Input: [Color Zone] Red [Antenna Type]

Output: In vicinity of the reflective structures, Medium Directional antenna type is the best for red, light green, green and yellow color zones. Having a reasonable size yet good ghost reduction, this antenna is claimed to be the most popular rooftop antenna.


Input: [Color Zone] Blue [Antenna Type]

Output: Medium Directional with pre-amplifier or Large Directional can be used in blue areas where the HDTV signal is weak or ghost producing structures are around. High rooftop installation is necessary.


Input: [Color Zone] Violet [Antenna Type]

Output: Large Directional antenna with a pre-amplifier and high rooftop installation can be used in a violet zone. Professional installation recommended. Running cables should be as short as possible.


Input: [Color Zone] Pink [Antenna Type]

Output: Large Directional antenna with an even more powerful pre-amplifier and even higher rooftop installation. Professional installation recommended. Running cables should be as short as possible.


Input: [Services we provide] CNC Milling [Material we work with] Aluminum [Industries we work for]

Output: Automotive Aftermarket


Input: [Services we provide] CNC Turning (Lathe) [Material we work with] Stainless Steel [Industries we work for]

Output: Oil and Gas Industry


Input: [Services we provide] Stamping [Material we work with] Copper [Industries we work for]

Output: Audio - Video


Input: [Services we provide] Marking [Material we work with] Sheet Metal [Industries we work for]

Output: RF Components


Input: [Services we provide] Mechanical Assembly [Material we work with] Nylon [Industries we work for]

Output: Instrumentation


Input: [Services we provide] CNC Water jet Cutting (Out Source) [Material we work with] Steel [Industries we work for]

Output: Medical / Laboratory


Input: [Services we provide] CNC Bending (Out Source) [Material we work with] Acetyl [Industries we work for]

Output: General Manufacturing


Input: [Services we provide] Wire EDM (Out Source) [Material we work with] Polycarbonate [Industries we work for]

Output: Lighting Industry


Input: [Services we provide] Laser Cutting (Out Source) [Material we work with] Acrylic [Industries we work for]

Output: Security


Input: [Material we work with] Plastic [Industries we work for]

Output: Electro Mechanical Control


Input: [Material we work with] Fiberglass [Industries we work for]

Output: Food Service


Input: [Material we work with] Brass [Industries we work for]

Output: Telecommunications


Input: [Industries we work for]

Output: Recreational


Input: [Pizza Toppings:] Sausage [1] Pepperoni [2]

Output: Hamburger


Input: [Pizza Toppings:] Meatballs [1] Bacon [2]

Output: Green Peppers


Input: [Pizza Toppings:] Mushrooms [1] Onions [2]

Output: Broccoli


Input: [Pizza Toppings:] Tomatoes [1] Garlic [2]

Output: Eggplant


Input: [Pizza Toppings:] Black Olives [1] Hot Peppers [2]

Output: Spinach


Input: [Pizza Toppings:] Pineapple [1] Ham [2]

Output: Anchovies


Input: [Pizza Toppings:] Chicken [1] Feta Cheese [2]

Output: Sun Dried Tomatoes


Input: [Contents Specifications] No vibrations No heat Button two face [Contents]

Output: Special advantage

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Input: [Contents Specifications] 5000 hour [Contents]

Output: Operating capacity

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Input: [Contents Specifications] More than 1 color [Contents]

Output: Color

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Input: [Contents Specifications] Use for Kitchen [Contents]

Output: Use

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Input: [Contents Specifications] Height: 35cm Length: 35cm [Contents]

Output: Aperture size

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Input: [Contents Specifications] Yes [Contents]

Output: Oil Container

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Input: [Contents Specifications] 5 Years Full Free Warranty [Contents]

Output: Warranty

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Input: [Description] Name of the protein or macromolecule (or other small molecule) [Sources] Manual Search PubMed UniProt KEGG MetaCyc [Field]

Output: Name

Yeast Metabolome Database: Documentation


Input: [Description] Gene name [Sources] UniProt [Field]

Output: Gene Name

Yeast Metabolome Database: Documentation


Input: [Description] Alternate names (protein names, abbreviations, etc.) [Sources] UniProt [Field]

Output: Synonyms

Yeast Metabolome Database: Documentation


Input: [Description] Amino acid sequence [Sources] UniProt GenBank Saccharomyces Genome Database [Field]

Output: Protein Sequence

Yeast Metabolome Database: Documentation


Input: [Description] Number of amino acids in the protein sequence [Sources] Automatic [Field]

Output: Number of Residues

Yeast Metabolome Database: Documentation


Input: [Description] Molecular weight given in Daltons or g/mol [Sources] Automatic [Field]

Output: Molecular Weight (Daltons)

Yeast Metabolome Database: Documentation


Input: [Description] Theoretical isoelectric point [Sources] Automatic [Field]

Output: Theoretical pI

Yeast Metabolome Database: Documentation


Input: [Description] Gene ontology classification including function, cellular process and location [Sources] Gene Ontology Automatic [Field]

Output: GO Classification

Yeast Metabolome Database: Documentation


Input: [Description] Short 3-4 word summary of the primary functions [Sources] UniProt ProtFun Automatic Manual Search [Field]

Output: General Function

Yeast Metabolome Database: Documentation


Input: [Description] Detailed 30-40 word summary of the specific functions [Sources] UniProt [Field]

Output: Specific Function

Yeast Metabolome Database: Documentation


Input: [Description] Key pathways or processes (from SMPD) that the given molecule is involved in [Sources] KEGG UniProt [Field]

Output: Pathways

Yeast Metabolome Database: Documentation


Input: [Description] Reaction(s) that the given molecule participates in [Sources] UniProt [Field]

Output: Reaction

Yeast Metabolome Database: Documentation


Input: [Description] Names and ID numbers of PFAM domains [Sources] UniProt [Field]

Output: Pfam Domain Function

Yeast Metabolome Database: Documentation


Input: [Description] Location of signal peptide or other localization signals in the sequence [Sources] UniProt Automatic [Field]

Output: Signals

Yeast Metabolome Database: Documentation


Input: [Description] Number and location of the transmembrane helices [Sources] UniProt TMHMM [Field]

Output: Transmembrane Regions

Yeast Metabolome Database: Documentation


Input: [Description] GenBank protein ID (if it exists) [Sources] GenBank [Field]

Output: GenBank ID Protein

Yeast Metabolome Database: Documentation


Input: [Description] UniProt ID (if it exists) [Sources] UniProt [Field]

Output: UniProt ID/Name

Yeast Metabolome Database: Documentation


Input: [Description] PDB ID (if it exists) [Sources] PDB [Field]

Output: PDB ID

Yeast Metabolome Database: Documentation


Input: [Description] Location of the given protein or macromolecule inside or around the cell (cytoplasm, nucleus, membrane, etc.) [Sources] UniProt [Field]

Output: Cellular Location

Yeast Metabolome Database: Documentation


Input: [Description] DNA sequence (from cDNA) of the given molecule [Sources] GenBank Saccharomyces Genome Database [Field]

Output: Gene Sequence

Yeast Metabolome Database: Documentation


Input: [Description] GenBank database gene identifier and link [Sources] GenBank [Field]

Output: GenBank ID Gene

Yeast Metabolome Database: Documentation


Input: [Description] Location of the molecule on any of the 16 Saccharomyces cerevisiae [Sources] GenBank Saccharomyces Genome Database [Field]

Output: Chromosome Location

Yeast Metabolome Database: Documentation


Input: [Description] More detailed location of the chromosomal position of the gene [Sources] GenBank Saccharomyces Genome Database [Field]

Output: Locus

Yeast Metabolome Database: Documentation


Input: [Description] Pubmed references [Sources] PubMed Automatic Manual Search [Field]

Output: References

Yeast Metabolome Database: Documentation


Input: [Evaluations] Safety [Zinc] Made of thin zinc sheet, chip off upon HIGH impact, leaving sharp edges of zinc sheet with high risk on injury. [PVC]

Output: Made of thicker PVC which will only leave indentation mark on high impact, reducing risk on injury.


Input: [Evaluations] Design selection [Zinc] Only limited to a few designs. [PVC]

Output: Multiple designs are available for different applications: - External corner plastering with various thickness - Household shelter door corner skim coat - Acute angle and curve corners plastering - Internal 90o corner plastering - Window ledge 2-in-1 drip-line and corner bead plastering


Input: [Evaluations] Re-plastering [Zinc] Once chip off with cavity, re-plaster over the damaged area is not possible. [PVC]

Output: Re-plastering is easy over the indentation mark.


Input: [Evaluations] Rust resistance [Zinc] Only thin layer of plaster covering the zinc corner bead, water moisture can seep through causing material to rust. [PVC]

Output: PVC material does not rust.


Input: [Evaluations] Appearance [Zinc] The material is dark in colour, thus the wall corner will surface a dark line after some time. [PVC]

Output: White PVC material blends in very well with plaster and paint.


Input: [Evaluations] Handling [Zinc] The stiff material can cause permanent deformation upon mishandling. [PVC]

Output: PVC material is flexible, lower risk to permanent deformation during handling.


Input: [Evaluations] Laboratory Test [Zinc] Not tested. [PVC]

Output: Compliance to: ASTM D638-03 Tensile Test ASTM D790-03 Flexural Test ASTM D1525 Vicat Softening Point ASTM D648 Deflection Test ASTM D1308 Chemical Test


Input: [Model] Metrology Series [450-M] OptiPrime-CD Series [Gemini-M] Gemini Series [Gemini-TF-M] Gemini-TF Series [1500-D] Disk Metrology [Olympian-M]

Output: Olympian Series


Input: [Model] Automated X-Y Stage [450-M] Yes [Gemini-M] Yes [Gemini-TF-M] Yes [1500-D] Yes [Olympian-M]

Output: Yes


Input: [Model] OCD Measurements [450-M] Yes [Gemini-M] Yes [Gemini-TF-M] No [1500-D] No [Olympian-M]

Output: Yes


Input: [Model] Thin Film Measurements [450-M] Yes [Gemini-M] Yes [Gemini-TF-M] Yes [1500-D] Yes [Olympian-M]

Output: Yes


Input: [Model] Substrate: Opaque and/or Transparent [450-M] Opaque Only [Gemini-M] Opaque & Transparent [Gemini-TF-M] Opaque & Transparent [1500-D] Opaque Only [Olympian-M]

Output: Opaque Only


Input: [Model] Micro-spot Technology [450-M] Yes [Gemini-M] Yes [Gemini-TF-M] Yes [1500-D] No [Olympian-M]

Output: Yes


Input: [Sku] E15PTDD01 [Description] Lacy Summer Day [Expected to Arrive]

Output: In Stock


Input: [Sku] E15PTDD02 [Description] Autumn Days [Expected to Arrive]

Output: In Stock


Input: [Sku] E15PTOF01 [Description] Patsy Loves to Read [Expected to Arrive]

Output: In Stock


Input: [Sku] E15PTOF02 [Description] Rise & Shine [Expected to Arrive]

Output: In Stock


Input: [Sku] E15PYDD01 [Description] Sweet & Simple [Expected to Arrive]

Output: In Stock


Input: [Sku] E15PYDD02 [Description] Little Alice [Expected to Arrive]

Output: In Stock


Input: [Sku] T14JADD01 [Description] Jupiter Ascending Jupiter Jones [Expected to Arrive]

Output: In Stock


Input: [Sku] T14JADD02 [Description] Jupiter Ascending [Expected to Arrive]

Output: In Stock


Input: [Sku] T14JADD03 [Description] Caine [Expected to Arrive]

Output: TBA


Input: [Sku] T15AMDD01 [Description] Garden Walk [Expected to Arrive]

Output: Sold Out


Input: [Sku] T15DCBD01 [Description] DIANA Basic [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCDD01 [Description] DIANA [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCDD02 [Description] Golden Princess [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCDD03 [Description] Special Agent Diana Prince [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCDD04 [Description] Bombshell - Supergirl [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCDD05 [Description] Batgirl 1966 [Expected to Arrive]

Output: TBA


Input: [Sku] T15DCDD06 [Description] Bombshell - Harley Quinn [Expected to Arrive]

Output: TBA


Input: [Sku] T15DCDD07 [Description] Bombshell - Wonder Woman [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15DCEO01 [Description] 18" Supergirl Outfit [Expected to Arrive]

Output: TBA


Input: [Sku] T15DCEO02 [Description] 18" Wonder Woman Outfit [Expected to Arrive]

Output: TBA


Input: [Sku] T15DCOF01 [Description] Winter Princess [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCOF02 [Description] Beauty and Strength [Expected to Arrive]

Output: In Stock


Input: [Sku] T15DCOF03 [Description] Stars & Stripes [Expected to Arrive]

Output: In Stock


Input: [Sku] T15FTDD01 [Description] Tweedle DeDe [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15FTDD02 [Description] Bianca Lapin [Expected to Arrive]

Output: TBA


Input: [Sku] T15FTDD03 [Description] Haddy Madigan [Expected to Arrive]

Output: TBA


Input: [Sku] T15FTDD04 [Description] Charlie Dodgson [Expected to Arrive]

Output: TBA


Input: [Sku] T15GWDD01 [Description] I'll Never Be Hungry Again [Expected to Arrive]

Output: In Stock


Input: [Sku] T15GWDD02 [Description] Shanty Town [Expected to Arrive]

Output: Sold Out


Input: [Sku] T15KTDD01 [Description] Tiny Kitty, Perfectly Pink [Expected to Arrive]

Output: In Stock


Input: [Sku] T15MWBD01 [Description] Marley Deluxe Basic [Expected to Arrive]

Output: TBA


Input: [Sku] T15MWDD01 [Description] Positive/Negative [Expected to Arrive]

Output: TBA


Input: [Sku] T15MWDD02 [Description] Rose, Rouge [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15MWDD03 [Description] Skyline Blue [Expected to Arrive]

Output: TBA


Input: [Sku] T15MWOF02 [Description] Crazy Nights Marley [Expected to Arrive]

Output: TBA


Input: [Sku] T15MWOF03 [Description] Cool Chic [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15OZDD02 [Description] Evening Evil [Expected to Arrive]

Output: In Stock


Input: [Sku] T15OZEO01 [Description] 18" Dorothy Outfit [Expected to Arrive]

Output: TBA


Input: [Sku] T15OZEO02 [Description] 18" Glinda Outfit [Expected to Arrive]

Output: TBA


Input: [Sku] T15OZEO03 [Description] 18" Wicked Witch Outfit [Expected to Arrive]

Output: TBA


Input: [Sku] T15OZEO04 [Description] 18" Flying High [Expected to Arrive]

Output: TBA


Input: [Sku] T15OZEO05 [Description] 18" On a Bubble [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTDD01 [Description] Spring Flowers [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEA01 [Description] Brown Braided Wig [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEA02 [Description] Side Part Black Wig [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEA03 [Description] Side Part Blonde Wig [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEA04 [Description] Long Red Bangs Wig [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEB01 [Description] My Imagination Starter Blonde [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEB02 [Description] My Imagination Starter Brunette [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEB03 [Description] My Imagination Starter Redhead [Expected to Arrive]

Output: TBA


Input: [Sku] T15RTEB04 [Description] My Imagination Deluxe Basic [Expected to Arrive]

Output: TBA


Input: [Sku] T15SBGS01 [Description] Fashion First Snoopy & Belle [Expected to Arrive]

Output: In Stock


Input: [Sku] T15SYBD01 [Description] Just Sindy Blonde [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYBD02 [Description] Just Sindy Redhead [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYDD01 [Description] Sindy's Perfect Day [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYDD02 [Description] Sindy's Urban Safari [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYDD03 [Description] Just Like a Princess [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYOF01 [Description] Sindy's Sun Shower [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYOF02 [Description] Sindy's Casual Saturday [Expected to Arrive]

Output: 8/3/2015


Input: [Sku] T15SYOF03 [Description] Sindy's Ship Shape [Expected to Arrive]

Output: 8/3/2015


Input: [Type] Aerosol, Smoke [Continuous phase] Gas [Example] smoke [Disperse phase]

Output: Liquid


Input: [Type] Fog, mist aerosol [Continuous phase] Gas [Example] exhaled breath [Disperse phase]

Output: Solid


Input: [Type] Foam [Continuous phase] Liquid [Example] Whipped cream, beaten eggs. [Disperse phase]

Output: Gas


Input: [Type] Emulsion [Continuous phase] Liquid [Example] Milk, Mayonnaise [Disperse phase]

Output: Liquid


Input: [Type] Sol, Colloidal solution, gel, paste [Continuous phase] Liquid [Example] Cloudy beer, milk, gelatin, tomato paste [Disperse phase]

Output: Solid


Input: [Type] Solid foam [Continuous phase] Solid [Example] Ice cream, Meringue [Disperse phase]

Output: Gas


Input: [Ingredient] White Sugar [Feeds] Bacteria [Ingredient_2] Maple Syrup [Feeds_3]

Output: Bacteria

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Corn Syrup [Feeds] Bacteria [Ingredient_2] Cane Sugar [Feeds_3]

Output: Bacteria

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Molasses [Feeds] Bacteria/Fungi [Ingredient_2] Fish Emulsion [Feeds_3]

Output: Bacteria

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Fruit Pulp [Feeds] Bacteria/Fungi [Ingredient_2] Fish Hydrolysate [Feeds_3]

Output: Fungi

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Kelp [Feeds] Bacteria/Fungi [Ingredient_2] Ground Oatmeal [Feeds_3]

Output: Fungi

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Rock Dusts [Feeds] Bacteria/Fungi [Ingredient_2] Yucca [Feeds_3]

Output: Fungi

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Ingredient] Humic Acids [Feeds] Bacteria/Fungi [Ingredient_2] Soybean Meal [Feeds_3]

Output: Fungi

Ultimate Compost Tea Recipe For Boosting Plant Growth


Input: [Pro's] It's fast. It's cheap. It's pretty reliable. ($20-$30 USD per gig) [Con's] It might not be big enough, and they do fail, usually at the worst possible time. Harder to take offsite as well. RAID is a viable option though. 20 gig drives are $350 USD now. [Name of Media]

Output: Hard Drive

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] Not susceptible to EMP, and everyone in the developed world has a CDROM drive. Media is also pretty sturdy and cheap ($2 USD per 650 Megs or so) [Con's] CDROM's do have a finite shelf life of 5-15 years, and not all recordables are equal. Keep away from sunlight, and make sure you have a CDROM drive that will read them. [Name of Media]

Output: CDROM

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] It's reliable, you can buy BIG tapes, tape carousels and tape robots, and they're getting cheap enough for almost everyone to own one. [Con's] Magnetic media, finite life span and some tapes can be easily damaged (you get what you pay for), also make sure the tapes can be read on other tape drives (in case the server burns down....). [Name of Media]

Output: Tape

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] I'm not kidding, there are rumors some people still use these to backup data. [Con's] It's a floppy. They go bad and are very small. Great for config files though. [Name of Media]

Output: Floppies

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] I have yet to damage one, nor have my cats. They hold 100 megs which is good enough for most single user machines. [Con's] Not everyone has a zip drive, and they are magnetic media. The IDE and SCSI models are passably fast, but the parallel port models are abysmally slow. Watch out for the click of death. [Name of Media]

Output: Zip Disks

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] 1 or 2 gig removable hard drives, my SCSI one averages 5 meg/sec writes. [Con's] They die. I'm on my third drive. The platters also have a habit of going south if used heavily. And they aren’t cheap. [Name of Media]

Output: Jazz Drives

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] 1.6 gigs, sealed platter, same as above. Sealed cartridges are more reliable. [Con's] Company did recently declare bankruptcy though. No warranty service. [Name of Media]

Output: SyQuest

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] 120 Megs, and cheap, gaining in popularity. [Con's] Slow. I'm not kidding. 120 megs over a floppy controller to something that is advertised as "up to 3-4 times faster then a floppy drive". [Name of Media]

Output: LS120

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [Pro's] Very long shelf life. requires a standard Mark 1 human being as a reading device. Handy for showing consultants and as reference material. Cannot be easily altered. [Con's] You want to retype a 4000 entry password file? OCR is another option as well. [Name of Media]

Output: Printer

Suresh Kumar Pakalapati's Linux Administration: Linux Administrator's Security Guide - IV


Input: [0] Black Forest [1]

Output: Chocolate sponge layers with kirsch, filled with Bing Cherries and whipped cream, topped with chocolate shavings.


Input: [0] Chocolate Strawberry Mousse [1]

Output: Chocolate sponde layered with Strawberry Mousse, top glazed with ganache and decorated with fresh strawberries.


Input: [0] Dark Chocolate Mousse [1]

Output: Chocolate sponge layered with chocolate mousse, covered with chocolate shavings.


Input: [0] White Chocolate Mousse* [1]

Output: Vanilla sponge with a base of strawberry puree, then layers of creamy marzipan mousse, decorated with thick white chocolate curls.


Input: [0] Hazelnut Mocha Mousse* [1]

Output: Vanilla sponge layered with hazelnut mocha mousse.


Input: [0] Orange Chocolate Truffle [1]

Output: Chocolate sponge, layered with rich Grand Marnier chocolate mousse of fresh orange juice and zest, topped with dark coco icing and delicious chocolate truffles.


Input: [0] Fresh Fruit Cake / Strawberry Short Cake [1]

Output: Vanilla sponge layers filled with whipped cream and seasonal mixed fruits, including strawberries, kiwi, melon etc.


Input: [0] Dutch Apple Pie [1]

Output: Flaky pie crust filled with baked cinnamon custard with fresh sliced apple.


Input: [0] Mango Dream Cake [1]

Output: Vanilla sponge layers filled with a rich Alfonso Mango mousse.


Input: [0] Gateau Saint Honore [1]

Output: Large cream puff filled with custard and whipped cream, decorated with chocolate dipped profiteroles and chocolate shavings.


Input: [0] Hazelnut Chocolate Mousse* [1]

Output: Chocolate sponge cake with roasted hazelnut and hazelnut chocolate mousse, hidden under a layer of ganache.


Input: [0] Yogurt Fruit Cake [1]

Output: Low-fat yogurt combined with fresh lemon juice & zest, mixed with fresh fresh fruits, such as strawberries, lemon and kiwi etc.


Input: [0] Hollandaise Cake* [1]

Output: Butter ground almond cake baked with pear slices.


Input: [0] Walnut Banana Mousse* [1]

Output: White sponge layered with banana mousse and sprinkled with California walnut bits.


Input: [0] Viennese Chocolate* [1]

Output: Butter almond chocolate cake layered with raspberry jam covered with chocolate butter cream.


Input: [0] Tiramisu [1]

Output: Chocolate sponge soaked with espresso coffee and Marsala wine, filled with mascarpone cheese and egg yolk mixture. Topped with chantilly cream and finished with chocolate shavings.


Input: [0] Chestnut Cake* [1]

Output: Rum soaked with sponge, layered with imported chestnut puree and whipped cream, decorated with glazed strawberries and crushed almond meringue.


Input: [Specific Waste Items] Solid Waste items permitted only at the new transfer station. Liquid and/or septic tank waste is not permitted. [Charge] Residential Commercial $ 40/ton Loads are pro-rated [Waste Classification]

Output: Household waste


Input: [Specific Waste Items] Clean Up Day-a designated time & place will be announced * [Waste Classification]

Output: Household Hazardous waste


Input: [Specific Waste Items] Paint will be accepted after it is opened and dried * [Charge] $40/ton [Waste Classification]

Output: Paint


Input: [Specific Waste Items] Barrels will be available at transfer station [Charge] $40/ton [Waste Classification]

Output: Oil & Antifreeze


Input: [Specific Waste Items] Inert waste (i.e. rocks, dirt, cement, etc.) [Charge] $5/ton $5/ton [Waste Classification]

Output: Fill Material


Input: [Specific Waste Items] Refrigerator, Freezers, Washers, Dryers & Water Heaters [Charge] $20 Large/$10 Small (Appliances with freon) [Waste Classification]

Output: Appliances with freon inccur charge/Appliances with no freon free of charge


Input: [Specific Waste Items] All sizes. [Charge] $100/ton [Waste Classification]

Output: Tires


Input: [Specific Waste Items] Designated Area at the Transfer Station Only [Charge] $60/ton [Waste Classification]

Output: Burn Barrels


Input: [Specific Waste Items] Nothing to be mixed with chips. i.e. no tree branches of any size, or other waste, etc. [Charge] $10/ton [Waste Classification]

Output: Wood Chips from Grinding/Tree Limbs


Input: [CODE] BSBWOR203B [CORE/ SPECIALISATION] C [TITLE]

Output: Work effectively with others

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTAP401B [CORE/ SPECIALISATION] C [TITLE]

Output: Confirm physical health status

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTCOM404C [CORE/ SPECIALISATION] C [TITLE]

Output: Communicate effectively with clients

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTCOM405D [CORE/ SPECIALISATION] C [TITLE]

Output: Administer a practice

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTCOM406C [CORE/ SPECIALISATION] C [TITLE]

Output: Make referrals to other health care professionals when appropriate

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTCOM408D [CORE/ SPECIALISATION] C [TITLE]

Output: Use specific health terminology to communicate effectively

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTHIR301C [CORE/ SPECIALISATION] C [TITLE]

Output: Communicate and work effectively in health

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTWHS300A [CORE/ SPECIALISATION] C [TITLE]

Output: Contribute to WHS processes

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTFA311A [CORE/ SPECIALISATION] C-complete externally [TITLE]

Output: Apply First Aid

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTIN301C [CORE/ SPECIALISATION] C [TITLE]

Output: Comply with infection control policies and procedures in health work

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTREM401D [CORE/ SPECIALISATION] S [TITLE]

Output: Work within a massage framework

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTREM406C [CORE/ SPECIALISATION] S [TITLE]

Output: Provide massage treatment

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTREM407C [CORE/ SPECIALISATION] S [TITLE]

Output: Plan massage treatment

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTREM408C [CORE/ SPECIALISATION] S [TITLE]

Output: Apply massage assessment framework

Cert IV in Massage Therapy | Holistic Education


Input: [CODE] HLTREM409C [CORE/ SPECIALISATION] S [TITLE]

Output: Perform massage health assessment

Cert IV in Massage Therapy | Holistic Education


Input: [Condition] New - With Tags [Description]

Output: Items are new with original tags


Input: [Condition] New - Without Tags [Description]

Output: Items are new without original tags


Input: [Condition] Used - Like New [Description]

Output: Lightlhy used items that appear new


Input: [Condition] Used - Excellent [Description]

Output: Lightly used items that show minimal signs of wear


Input: [Condition] Used - Good [Description]

Output: Used items that show some signs of wear


Input: [Condition] Used - Acceptable [Description]

Output: Used items that show signs of wear, or minor damages


Input: [Condition] Used - Poor [Description]

Output: Used items that show heavy signs of wear, or heavy damages


Input: [Components] Owl Pellets [Qty] 3 [Included?]

Output: Included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Wooden Probes [Qty] 6 [Included?]

Output: Included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Teacher's Manual and Reproducible Student Guide [Qty] 1 [Included?]

Output: Included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Paper Plates or Trays [Included?]

Output: Needed, Not included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Forceps (optional) [Included?]

Output: Needed, Not included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Disposable Gloves (optional) [Included?]

Output: Needed, Not included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Clear Tape (optional) [Included?]

Output: Needed, Not included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Components] Hand Lenses or Stereomicroscopes (optional) [Included?]

Output: Needed, Not included

Owl Pellet Study Individual Student Kit | Carolina.com


Input: [Fire danger rating] Catastrophic [What you should do] Enact your bushfire survival plan — survival is now your first priority. Leave your property early in the day. It is not safe to stay and defend even the best-prepared property in catastrophic conditions. Listen to a battery-powered radio tuned to ABC local radio to keep updated with the situation throughout the day. [Fire behaviour and risks]

Output: Fire will threaten without warning. It will be very hard to see, hear and breathe. Fire may be uncontrollable and fast moving. Embers will start spot fires, often kilometres ahead of the main fire. Strongly likely that unprepared people will suffer serious or life-threatening injury. Property in the fire’s path is likely to be destroyed (even well-prepared homes). Wide-scale power, telephone and water supply failure likely. Do not expect a fire truck or firefighters to attend.

Fire Danger Ratings - Dept of Land Resource Management


Input: [Fire danger rating] Extreme [What you should do] Enact your bushfire survival plan—survival is now your first priority. If you are leaving your property, do so early in the day. If your bushfire survival plan permits the decision to stay and defend your home, only do so if it is prepared to the highest level and constructed to withstand bushfire, and you are physically able to do so. Listen to a battery-powered radio tuned to ABC local radio to keep updated with the situation throughout the day. [Fire behaviour and risks]

Output: Fire will threaten suddenly and it will be hot, windy and difficult to see, hear and breathe. Fires will be fast moving and very difficult to control. Burning embers will start spot fires. There is potential for property in the fire’s path or homes under ember attack to be lost. People may suffer serious or life-threatening injury. Only very well-prepared homes that are solidly constructed will be likely to offer any safety. Expect power, telephone and water supply failure. Do not expect a fire truck or firefighters to attend.

Fire Danger Ratings - Dept of Land Resource Management


Input: [Fire danger rating] Severe [What you should do] Enact your bushfire survival plan—survival is now your first priority. If you are leaving your property, do so early in the day. If your bushfire survival plan permits the decision to stay and defend your home, only do so if it is prepared to the highest level and constructed to withstand bushfire, and you are physically able to do so. Listen to a battery-powered radio tuned to ABC local radio to keep updated with the situation throughout the day. [Fire behaviour and risks]

Output: Fires will burn unpredictably and may be difficult to control. Embers will be blown around. It will be dangerous and uncomfortable to be outside. There is potential for property in the fire’s path or homes under ember attack to be lost. People may suffer serious or life-threatening injury. Only very well-prepared homes that are solidly constructed will be likely to offer any safety. Expect localised power, telephone and water supply failure. Do not expect a fire truck or firefighters to attend.

Fire Danger Ratings - Dept of Land Resource Management


Input: [Fire danger rating] Very High [What you should do] Enact your bushfire survival plan. If you are leaving your property, do so early in the day. If your bushfire survival plan permits the decision to stay and defend your home, only do so if it is prepared to the highest level and constructed to withstand bushfire, and you are physically able to do so. Listen to ABC local radio to keep updated throughout the day. [Fire behaviour and risks]

Output: Fires can be difficult to control. Embers may be blown around. Loss of property and injury is less likely, but significant damage could occur. Well-prepared homes and substantial buildings can offer safe shelter. Some local infrastructure may be temporarily unavailable.

Fire Danger Ratings - Dept of Land Resource Management


Input: [Fire danger rating] High [What you should do] Listen to ABC local radio to keep updated throughout the day. Know how and where to get further information if required. [Fire behaviour and risks]

Output: Fire can be controlled. Loss of property is unlikely but damage may occur. Well-prepared homes and substantial buildings can offer safe shelter.

Fire Danger Ratings - Dept of Land Resource Management


Input: [Fire danger rating] Low – Moderate [What you should do] Listen to ABC local radio to keep updated throughout the day. Know how and where to get further information if required. [Fire behaviour and risks]

Output: Fire can be easily controlled. Little risk to life and property.

Fire Danger Ratings - Dept of Land Resource Management


Input: [:] : [Solid pvc resin] 1/8" Double strength Glass [Vinyl Frames]

Output: Insulated Glass

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [:] : [Solid pvc resin] Warm edge spacer system [Vinyl Frames]

Output: PPG intercept spacer

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [:] : [Solid pvc resin] Constant force stainless steel [Vinyl Frames]

Output: Balance

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [:] : [Solid pvc resin] Tilt in for cleaning [Vinyl Frames]

Output: Sashes

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [:] : [Solid pvc resin] Gives exterior clean elegant look [Vinyl Frames]

Output: Beveled profile

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [:] : [Solid pvc resin] Lifetime [Vinyl Frames]

Output: Warranty

ULTRAMAXX FUSION-WELDED VINYL WINDOW/ windowmanplus.com


Input: [Process Stage] Farm [Description] Red Tractor standards now have enhanced biosecurity built into them. This includes, foot dips, clothing requirements and biosecurity barriers. [Intervention]

Output: Biosecurity

Resource Library | The British Poultry Council


Input: [Description] Birds in poultry houses that are not thinned are all taken to slaughter at the same time. This reduces the human/bird interaction, and minimises the opportunity for campylobacter to be brought into a flock. [Intervention]

Output: No thinning

Resource Library | The British Poultry Council


Input: [Process Stage] Catching [Description] Revised Red Tractor standards also include the requirement that catching teams abide by the same biosecurity standards as farm staff and that all equipment is disinfected with a DEFRA approved disinfectant prior to use. [Intervention]

Output: Improved practices

Resource Library | The British Poultry Council


Input: [Process Stage] Transport [Description] Poultry is transported to the slaughterhouse in creates contained in a module. These will be thoroughly washed prior to re-use to prevent cross contamination between flocks. [Intervention]

Output: Crate and Module washing

Resource Library | The British Poultry Council


Input: [Process Stage] Slaughterhouse [Description] Slaughtered poultry is scalded prior to de-feathering to loosen the feathers. They may be scalded a second time after de-feathering to remove any contamination. [Intervention]

Output: Re-scalding

Resource Library | The British Poultry Council


Input: [Description] All BPC producers will ensure that they optimise the maintenance and adjustment of their carcass washing systems to ensure a maximum level of cleaning of each bird. [Intervention]

Output: Improved washing

Resource Library | The British Poultry Council


Input: [Description] As part of the chilling process, some producers will be trialling temperature treatment of the birds to reduce and remaining levels of bacteria. Sonosteam treatment works as follows: The zone of air closest to the surface serves as a protective mantel restricting vapour and heat exchange across the surface. This layer is often referred to as the laminar sub-layer. The ultrasound sets the air of the laminar zone in a state with intensified molecular oscillations, causing the steam to be continuously pumped and forced towards the very surface of the target material. This results in a destruction of the protective characteristics of the laminar sub-layer and hot steam can now enter microstructures and pits in the surface and secure fast heat transfer. The continuous pumping of new steam creates a fast, substantial flux of heat to the surface structure. Due to the small size of microorganisms, these are heated and killed so quickly that the depth of heat entrance into the surface of the product is kept at a minimum. Therefore, the treatment can be stopped before the surface is sensory affected. That is why the effective processing time in a SonoSteam® treatment is very short and for some applications even shorter than one second. Cold temperature treatments work as follows: In one technology the surface of the birds is exposed to a liquid nitrogen spray at -196 degree Centigrade for a few seconds to chill the surface layer down below freezing (but above -2 degrees Centigrade) and kill bacteria. Another technology uses the liquid nitrogen to chill air, which again is used to chill the surface layer down below freezing (but above -2 degree Centigrade) and kill bacteria. [Intervention]

Output: Temperature treatment

Resource Library | The British Poultry Council


Input: [Process Stage] Packaging [Description] Some producers and retailers are packaging that does not need to be removed prior to cooking, removing an opportunity for cross contamination in the kitchen [Intervention]

Output: Novel packaging

Resource Library | The British Poultry Council


Input: [Process Stage] Kitchen [Description] The BPC and its members continue to educate the public about the need for good kitchen hygiene to avoid cross contamination and thorough cooking. [Intervention]

Output: Education

Resource Library | The British Poultry Council


Input: [Product] Bi-O-Kleen Dishwashing Powder Buy It Now! [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Bi-O-Kleen Dishwashing Liquid Buy It Now! [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Cascade Gel [Chlorine] YES [Phosphates]

Output: YES

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Cascade Powder [Chlorine] YES [Phosphates]

Output: YES

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Ecover Dishwasher Tablets Buy It Now! [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Electrasol Jet Dry [Chlorine] YES [Phosphates]

Output: YES

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Trader Joe's Powder/Gel [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Rating] Rating [Image] Image [Product] Product [Chlorine] Chlorine [Phosphates]

Output: Phosphates

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Kirkland's Signature Detergent [Chlorine] YES [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Method Detergent Cubes [Chlorine] YES [Phosphates]

Output: YES

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Mrs. Meyers Dishwasher Detergent Buy It Now! [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Seventh Generation Dishwasher Gel Buy It Now! [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Product] Palmolive Dishwasher Detergent [Chlorine] NO [Phosphates]

Output: NO

Natural Dishwasher Detergent Chart - Find a Safe One


Input: [Menu Month] January Menu [Weekly Recipes]

Output: Enchilada Casserole | Spicy BBQ Beef Bakers | Parmesan Potato Gnocchi | Tex-Mex Tacos | Gnocchi Soup | Ginger-Pineapple Stir Fry

Weekly Meal Plans


Input: [Menu Month] February Menu [Weekly Recipes]

Output: Ciabatta Pizzas | Lettuce Wraps | Slammin’ Salmon Mac | Lemon Swordfish | Canellini and Kale Soup | Taco Salad

Weekly Meal Plans


Input: [Menu Month] March Menu [Weekly Recipes]

Output: Mushroom Casserole | Lentils & Paneer | Sundried Tomato Tart | Kansas City BBQ | Eggplant Curry | Southwest Chicken and Dumplings

Weekly Meal Plans


Input: [Menu Month] April Menu [Weekly Recipes]

Output: Sesame Tempeh Sandwich | Cream of Celery Soup | Spinach Omelets | Mushroom Saucers | Asparagus Alfredo | Twice Baked Potatoes

Weekly Meal Plans


Input: [Menu Month] May Menu [Weekly Recipes]

Output: Chowed Noodles | Chef Salad | Chili Mac | Kedgeree | Hungarian Mushroom Soup | Unstuffed Pepper Salad

Weekly Meal Plans


Input: [Menu Month] June Menu [Weekly Recipes]

Output: Stuffed Bell Peppers | Avocado Bahn Mi | Cauliflower Ravioli | Shepherd’s Pie | Oregon Dal | Super Quick Salad Trio

Weekly Meal Plans


Input: [Menu Month] July Menu [Weekly Recipes]

Output: Navy Beans & Corn Bread | Chicken & Rice Pilaf | Chard with Beans & Bacon | Chicken Tacos & Corn Salad | Sweet & Sour Stir Fry | Tex-Mex Migas

Weekly Meal Plans


Input: [Menu Month] August Menu [Weekly Recipes]

Output: Coming soon!

Weekly Meal Plans


Input: [Menu Month] September Menu [Weekly Recipes]

Output: Pizza Margharita | Cajun Beans & Rice | Pesto Calzones | Grilled Stuffed Peppers | Pasta Puttanecsa | Veggie Kebabs

Weekly Meal Plans


Input: [Menu Month] October Menu [Weekly Recipes]

Output: Chicken Mahkani | Black Bean & Corn Salad with Baked Yams | Jim & Michele's Rice Cakes | Creamy Curried Eggplant Pasta | Tortilla de Patata | Ginger Mushroom Stir Fry

Weekly Meal Plans


Input: [Menu Month] November Menu [Weekly Recipes]

Output: Chicken Pot Pie | Mushroom Millet Soup | Chicken Pesto Pasta | Bethany's Polenta Casserole | Thai Peanut Salad | Pesto Polenta Bake

Weekly Meal Plans


Input: [Menu Month] December Menu [Weekly Recipes]

Output: Grande Gorditas | Veggie Chili | Simple Spaghetti | Falafel & Quinoa Tabouli | Chili con Queso Casser-Olé | Falafel Salad

Weekly Meal Plans


Input: [Sequence Position] 47 W [Mutation/ Cardiac] G [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: active site residue


Input: [Sequence Position] 51 M [Mutation/ Cardiac] K [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: contacts to active site W47 and dimer interface


Input: [Sequence Position] 92 D [Mutation/ Cardiac] H [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: active site residue


Input: [Sequence Position] 93 D [Mutation/ Cardiac] G [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: active site residue


Input: [Sequence Position] 134 Y [Mutation/ Cardiac] S/X [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: active site residue/stop


Input: [Sequence Position] 236 W [Mutation/ Cardiac] C,L/X [Type of Mutation Site] Buried [α-GAL Structure Importance]

Output: buried/stop


Input: [Sequence Position] 250 Q [Mutation/ Cardiac] X [Type of Mutation Site] - [α-GAL Structure Importance]

Output: stop


Input: [Sequence Position] 264 D [Mutation/ Cardiac] V/Y [Type of Mutation Site] Active [α-GAL Structure Importance]

Output: near active site residues


Input: [Sequence Position] 396 F [Mutation/ Cardiac] [Y]/X [Type of Mutation Site] Other [α-GAL Structure Importance]

Output: Unknown mutation not disease associated/stop


Input: [Sequence Position] 409 P [Mutation/ Cardiac] A, T, S [Type of Mutation Site] Buried [α-GAL Structure Importance]

Output: buried, initiates strand beta 16


Input: [Sequence Position] 410 T [Mutation/ Cardiac] K/A [Type of Mutation Site] Buried [α-GAL Structure Importance]

Output: buried; no room for Lys, Ala introduces hole


Input: [0] Component [2] Humidity effect [1]

Output: Temp.effect

Effect of temperature and humidity on electronic components


Input: [0] Capacitors, Ceramic [2] - [1]

Output: Changes in dielectric constant and capacitance, lowered insulation resistance with high temp.

Effect of temperature and humidity on electronic components


Input: [0] Capacitors, Electrolytic [2] Decreased insulation resistance increased dielectric breakdown increase in shorts [1]

Output: Increased electrolyte leakage; shortened life, large change in capacitance, increased series resistance with low temp.

Effect of temperature and humidity on electronic components


Input: [0] Capacitors, Tantalum [2] Decreased insulation resistance increased dielectric breakdown increase in shorts [1]

Output: Electrolyte leakage; change in capacitance insulation resistance; series resistance

Effect of temperature and humidity on electronic components


Input: [0] Transistors [2] ncreased leakage current; decreased current gain , if sealed not effect [1]

Output: Increased leakage current; changes in gain; increases in opens and shorts

Effect of temperature and humidity on electronic components


Input: [0] Connectors, standard [2] shorts fungus; corrosion of contacts lowered insulation resistance [1]

Output: Flash over, dielectric damage

Effect of temperature and humidity on electronic components


Input: [0] Crystals [2] Drift; [1]

Output: Drift;

Effect of temperature and humidity on electronic components


Input: [0] Switches [2] Contacts arcing [1]

Output: Oxidation of contacts

Effect of temperature and humidity on electronic components


Input: [0] Thermistors [2] Change in resistance [1]

Output: Increased shorts and opens

Effect of temperature and humidity on electronic components


Input: [Description] a medical illness that causes a persistent feeling of sadness and loss of interest – a common condition for people living with abuse [Symptoms] emotional withdrawal confusion agitation [Condition]

Output: Depression


Input: [Description] Sudden temporary state of mental confusion and fluctuating consciousness – Results from: high fever, intoxication, shock, malnutrition, dehydration , high/low blood sugar or even things such as bladder or urinary tract infections [Symptoms] anxiety disorientation hallucinations delusions, and incoherent speech. [Condition]

Output: Delirium


Input: [Description] Abuse or misuse of prescription drugs or alcohol [Symptoms] delerium can be result see above symptoms [Condition]

Output: Abuse of Drugs/Alcohol


Input: [Description] mild to severe language impairment caused by injury to the brain (e.g., stroke, head trauma, tumor, infection). [Symptoms] difficulty speaking difficulty understanding difficulty reading difficulty writing [Condition]

Output: Aphasia


Input: [Description] Irrational behaviour that may be due to: Social isolation (e.g. psychotic depression). A type of dementia (Lewy body). Progressive sensory decline (e.g., hearing and sight impairment). [Symptoms] Irrationally suspicious confusion agitation [Condition]

Output: Paranoia


Input: [Description] Cerebral Palsy (CP) Multiple Sclerosis (MS) Parkinson’s Disease Lou Gehrig Disease (ALS) [Symptoms] we must be careful not to attribute dementia to older adults who are suffering from other disabling conditions [Condition]

Output: Other Disabling Conditions


Input: [Description] 33" [Specification]

Output: Total Width

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Catrike Space Frame [Specification]

Output: Frame

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Comfortable Sling Seat [Specification]

Output: Seat

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 29" [Specification]

Output: Front Track

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 43" [Specification]

Output: Wheelbase

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 18' [Specification]

Output: Turning Circle

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 10" [Specification]

Output: Seat Height

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 37 degrees [Specification]

Output: Seat Back Angle

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 16" [Specification]

Output: Bottom Bracket

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 4.25" [Specification]

Output: Ground Clearance

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Single Sided Clipless (SPD) [Specification]

Output: Pedals

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 35lbs [Specification]

Output: Weight (no pedals)

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Catrike 20mm hubs with 20" 406 rims [Specification]

Output: Frt Wheels

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Catrike sealed cartridge hub with 26" 559 rim [Specification]

Output: Rear Wheel

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Schwalbe Marathon Racers [Specification]

Output: Tires

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Dura Ace Barends, 3 x 9 [Specification]

Output: Shifters

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Avid BB7 Mechanical Disc [Specification]

Output: Brakes

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Truvativ Elita EXO, 165mm triple [Specification]

Output: Crank

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Shimano Tiagra [Specification]

Output: Frt Derailleur

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] Shimano LX long cage [Specification]

Output: Rear Derailleur

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] SRAM PG950 11/32 9 speed [Specification]

Output: Cassette

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [Description] 24" to 123" [Specification]

Output: Gear Inches

Catrike Expedition - Power On Cycling Recumbents Bacchetta, Catrike Lightning RANS TRICE Top End Handcycles


Input: [cilantro] red onions [spinach/ricotta mix] fresh spinach [anchovies]

Output: mushrooms

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] dried apricots [spinach/ricotta mix] zucchini [anchovies]

Output: artichoke hearts

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] ricotta cheese [spinach/ricotta mix] sport peppers [anchovies]

Output: onions

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] roasted garlic [spinach/ricotta mix] fresh tomatoes [anchovies]

Output: BBQ chicken

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] exotic mushrooms [spinach/ricotta mix] linguica [anchovies]

Output: pepperoni

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] roasted red bell peppers [spinach/ricotta mix] garlic [anchovies]

Output: black olives

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] extra cheese [spinach/ricotta mix] sun dried tomatoes [anchovies]

Output: pepperoncini

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] slivered almonds [spinach/ricotta mix] sweet red peppers [anchovies]

Output: broccoli

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] fajita chicken [spinach/ricotta mix] teriyaki chicken [anchovies]

Output: pesto

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] smoked gouda cheese [spinach/ricotta mix] meatballs [anchovies]

Output: pineapple

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [cilantro] fresh basil [spinach/ricotta mix] green peppers [anchovies]

Output: Canadian bacon

Pizz’A Chicago Santa Clara — Menu - Pizz'A Chicago


Input: [Manufacturer] Chisco [SKU] 36027 [Product]

Output: Clip On Bottle Holder


Input: [Manufacturer] Chisco [SKU] 90020 [Product]

Output: Surfboard Bottle Opener


Input: [Manufacturer] Chisco [SKU] 90150 [Product]

Output: Double Header Key Chain


Input: [Manufacturer] Chisco [SKU] CH50 [Product]

Output: The Band watch bands


Input: [Manufacturer] Chisco [SKU] 90160 [Product]

Output: Clip Detachable Keychain


Input: [Manufacturer] Chisco [SKU] 90180 [Product]

Output: Marsupial Key Chain


Input: [Manufacturer] Chisco [SKU] 90190 [Product]

Output: Carabiner Keychain


Input: [Manufacturer] Chisco [SKU] 00010.BL [Product]

Output: The Band, 3/4" Standard Band (19mm)


Input: [Manufacturer] Chisco [SKU] 00010.CO [Product]

Output: The Band Watch Band with Compass


Input: [Manufacturer] Chisco [SKU] 12129 [Product]

Output: Chisco Imprinted Neoprene Classic Retainer


Input: [Manufacturer] Chisco [SKU] 12206 [Product]

Output: Chisco Cool Dry


Input: [Phase I] I carried a Canon s60 5MP digital camera with a 28-80 optical zoom, 3 batteries and their charger, (1) 32 MB CF card and (2) 512 MB CF cards. [Phase II] I’m carrying a Nikon D70s digital SLR as my main camera. My main lens is a Nikon 18-200mm DX VR, with a 20mm lens as a backup and two batteries. My backup camera is the Canon s60 from Phase I, although it has a smudge on the sensor that I can’t get rid of. It’s good for macro and movies. I also added an addition 512mb card for a total of (1) 32 MB CF card and (3) 512 MB CF cards. I usually have 1-2 disposable cameras along for cartwheel photos only. [0]

Output: Cameras


Input: [Phase I] Against my better judgment I am bringing my Apple iBook which I love dearly. It’s a little old and not quite as fast as it used to be but running Adobe Creative Suite is a big undertaking. It has a CD/DVD drive that burns CDs which will serve to back up my photos. [Phase II] My iBook lives! And even better, during Phase II a friend gave me his old battery so now I am mobile too. Sadly, my iBook still only has a 20gig drive so I bought a portable hard drive in Korea that accepts all memory cards directly. This allows me to backup all of my photos to the drive as well as burn CDs to send home. [0]

Output: Computing


Input: [Phase I] My 2nd generation iPod is coming along to keep me company during long bus rides. I switched out the beautiful white headphones that match my iPod and iBook with cheap black ones in the hope that it will be less of an obvious target for theft. [Phase II] My chubby iPod tagged along again, this time with a new, 3rd party battery that I installed before I left. 20 hours, baby! [0]

Output: Music


Input: [Phase I] I’ve retired my trusty 4700 cu. backpack for a smaller 3100 cu. pack from REI. Because I should be in warm climates for the most part I haven’t packed a sleeping bag, boots or sweaters which take up a lot of room. [Phase II] Same old backpack, but somehow it’s heavier… winter clothes make packing no fun. [0]

Output: Backpack


Input: [Phase I] pair Chacos sandals, 1 pair Keen walking shoes. [Phase II] The Chacos weren’t good all-day shoes and now I’m floating in my Keen sandals and mid-height hiking boots. [0]

Output: Shoes


Input: [Phase I] 1 sleeveless fleece 1 longsleeve button down shirt 1 longsleeve T-shirt 1 shortsleeve T-shirt 2 short sleevebutton down shirts 1 skirt 1 pair of pants 6 pairs of underwear 3 pairs of socks [Phase II] 1 sleeveless fleece 1 longsleeve button down shirt 1 longsleeve T-shirt 3 shortsleeve T-shirt 1 short sleevebutton down shirts 1 pair of shorts 1 pair of pants 6 pairs of underwear 4 pairs of socks [0]

Output: Clothes


Input: [Phase I] I only needed an updated Typhoid shot (they only last 3 years!) as I’ve gotten most of my shots for my trip to Peru 3 years ago. I am taking a small amount of malaria medication to start me out when I get to an affected region. I did not like the side effects of Lariam the last time I took it so I’m sticking to Doxycycline this time around. I am also taking some Cipro, a strong antibiotic, just in case. My biggest medicine purchase is 17 packs of Mircette (birth control) which I take instead of the typical 12 packs (aka, I skip the placebo week). Squat toilets are no place for menstration! I am allergic to the strangest things, like perfume or other foul-smelling things, chemicals and plastics for which I am bringing an antihistamine. Rounding out the list are a few over- the-counter drugs like Pepto Bismol and Aleve. [Phase II] Typhoid again (pills this time), Cipro just in case, Doxy for malaria, a combination of Mircette and a new brand that my doc had free smaples of… and the usual over the counter stuff. [0]

Output: Medicine


Input: [Foundry Process] Green Sand Molding [Process] The green sand process utilizes a mold made of compressed or compacted moist sand packed around a wood or metal pattern. A metalframe or flask is placed over the pattern to produce a cavity representing one half of the casting. The sand is compacted by either jolting or squeezing the mold. The other half of the mold is produced in like manner and the two flasks are positioned together to form the complete mold. If the casting has hollow sections, cores consisting of hardened sand (baked or chemically hardened) are used. High-Density Molding (High Squeeze Pressure / Impact) Large air cylinders, hydraulic, and innovative explosive methods have improved the sand compaction around the pattern, improving the standards of accuracy and finish which can be achieved with certain types of castings. [Pros / Cons]

Output: Advantages Most ferrous / non-ferrous metals can be used. Low Pattern & Material costs. Almost no limit on size, shape or weight of part. Adaptable to large or small quantities Used best for light, bench molding for medium-sized castings or for use with production molding machines. Disadvantages Low design complexity. Lower dimensional accuracy.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] No-Bake Molding [Process] Chemical binders (furan or urethane) are mixed with sand and placed in mold boxes surrounding the pattern halves. At room temperature, the molds become rigid with the help of catalysts. The pattern halves are removed and the mold is assembled with or without cores. [Pros / Cons]

Output: Advantages Most ferrous / non-ferrous metals can be used. Adaptable to large or small quantities High strength mold Better as-cast surfaces. Improved dimensional repeatability Less skill and labor required then in conventional sand molding. Better dimensional control. Disadvantages Sand temperatures critical. Patterns require additional maintenance.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Resin Shell Molding [Process] Resin-bonded silica sand is placed onto a heated pattern, forming shell-like mold halves. Pattern halves are bonded together with or without cores. Probably the earliest, most automated and most rapid of mold (and coremaking) processes was the heat-curing technique known as the shell process. Ejector pins enable the mold to be released from the pattern and the entire cycle is completed in seconds depending upon the shell thickness desired. The two halves of the mold, suitably cored, are glued and clamped together prior to the pouring of the metal. Shell molds may be stored for long periods if desired. Because of pattern costs, this method is best suited to higher volume production. [Pros / Cons]

Output: Advantages Adaptable to large or medium quantities Most ferrous / non-ferrous metals can be used. Rapid production rate. Good dimensional casting detail and accuracy. Shell molds are lightweight and may be stored almost indefinitely. Disadvantages Since the tooling requires heat to cure the mold, pattern costs and pattern wear can be higher. Energy costs are higher. Material costs are higher than those for green sand molding.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Permanent Mold [Process] Permanent molds consist of mold cavities machined into metal die blocks and designed for repetitive use. Currently, molds are usually made of cast iron or steel, although graphite, copper and aluminum have been used. Permanent mold castings can be produced from all of the metals including iron and copper alloys, but are usually light metals such as zinc-base, magnesium and aluminum. Gravity Permanent Mold-The flow of metal into a permanent mold using gravity only is referred to as a gravity permanent mold. There are two techniques in use: static pouring, where metal is introduced into the top of the mold through downsprues similar to sand casting; and tilt pouring, where metal is poured into a basin while the mold is in a horizontal position and flows into the cavity as the mold is gradually tilted to a vertical position. Normally, gravity molding is used because it is more accurate than shell molding. It is preferred almost exclusively to shell molding for light alloy components. Low-Pressure Permanent Mold -Low-pressure permanent mold is a method of producing a casting by using a minimal amount of pressure (usually 5-15 lb/sq in.) to fill the die. It is a casting process that helps to further bridge the gap between sand and pressure diecasting. [Pros / Cons]

Output: Advantages Superior mechanical properties. Produces dense, uniform castings with high dimensional accuracy. Excellent surface finish and grain structure. The process lends itself very well to the use of expendable cores and makes possible the production of parts that are not suitable for the pressure diecasting process. Repeated use of molds. Rapid production rate with low scrap loss. Disadvantages Higher cost of tooling requires a higher volume of castings. The process is generally limited to the production of somewhat small castings of simple exterior design, although complex castings such as aluminum engine blocks and heads are now commonplace.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Die Casting [Process] This process is used for producing large volumes of zinc, aluminum and magnesium castings of intricate shapes. The essential feature of diecasting is the use of permanent metal dies into which the molten metal is injected under high pressure (normally 5000 psi or more). The rate of production of diecasting depends largely on the complexity of design, the section thickness of the casting, and the properties of the cast metal. Great care must be taken with the design and gating of the mold to avoid high-pressure porosity to which this process is prone. [Pros / Cons]

Output: Advantages Cost of castings is relatively low with high volumes. High degree of design complexity and accuracy. Excellent smooth surface finish. Suitable for relatively low melting point metals (1600F/871C) like lead, zinc, aluminum, magnesium and some copper alloys. High production rates. Disadvantages Limits on the size of castings - most suitable for small castings up to about 75 lb. Equipment and die costs are high.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Investment Casting (Lost Wax) [Process] Investment Casting is the process of completely investing a three-dimensional pattern in all of its dimensions to produce a one-piece destructible mold into which molten metal will be poured. A refractory slurry flows around the wax pattern, providing excellent detail. The wax patterns are assembled on a "tree" and invested with a ceramic slurry. The tree is then immersed into a fluidized bed of refractory particles to form the first layer of the ceramic shell.The mold is allowed to dry and the process repeated with coarser material until sufficient thickness has been built up to withstand the impact of hot metal. When the slurry hardens, the wax pattern is melted out and recovered and the mold or ceramic shell is oven cured prior to casting. Most materials can be cast by this process but the economics indicate that fairly high volume is necessary and the shape and complexity of the castings should be such that savings are made by eliminating machining. [Pros / Cons]

Output: Advantages Excellent accuracy and flexibility of design. Useful for casting alloys that are difficult to machine. Exceptionally fine finish. Suitable for large or small quantities of parts. Almost unlimited intricacy. Suitable for most ferrous / non-ferrous metals. No flash to be removed or parting line tolerances. Disadvantages Limitations on size of casting. Higher casting costs make it important to take full advantage of the process to eliminate all machining operations.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Expandable Pattern Casting (Lost Foam) [Process] Also known as Expanded Polystyrene Molding or Full Mold Process, the EPC or Lost Foam process is an economical method for producing complex, close-tolerance castings using an expandable polystyrene pattern and unbonded sand. The EPC process involves attaching expandable polystyrene patterns to an expandable polystyrene gating system and applying a refractory coating to the entire assembly. After the coating has dried, the foam pattern assembly is positioned on several inches of loose dry sand in a vented flask. Additional sand is then added while the flask is vibrated until the pattern assembly is completely embedded in sand. A suitable downsprue is located above the gating system and sand is again added until it is level to the top of the sprue. Molten metal is poured into the sprue, vaporizing the foam polystyrene, perfectly reproducing the pattern. Gases formed from the vaporized pattern permeate through the coating on the pattern, the sand and finally through the flask vents. In this process, a pattern refers to the expandable polystyrene or foamed polystyrene part that is vaporized by the molten metal. A pattern is required for each casting. [Pros / Cons]

Output: Advantages No cores are required. Reduction in capital investment and operating costs. Closer tolerances and walls as thin as 0.120 in. No binders or other additives are required for the sand, which is reusable. Flasks for containing the mold assembly are inexpensive, and shakeout of the castings in unbonded sand is simplified and do not require the heavy shakeout machinery required for other sand casting methods. Need for skilled labor is greatly reduced. Casting cleaning is minimized since there are no parting lines or core fins. Disadvantages The pattern coating process is time-consuming, and pattern handling requires great care. Good process control is required as a scrapped casting means replacement not only of the mold but the pattern as well.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Vacuum ("V") Process Molding [Process] This adaptation of vacuum forming permits molds to be made out of free-flowing, dry, unbonded sand without using high-pressure squeezing, jolting, slinging or blowing as a means of compaction. The V-process is dimensionally consistent, economical, environmentally and ecologically acceptable, energy thrifty, versatile and clean. The molding medium is clean, dry, unbonded silica sand, which is consolidated through application of a vacuum or negative pressure to the body of the sand. The patterns must be mounted on plates or boards and each board is perforated with vent holes connected to a vacuum chamber behind the board. A preheated sheet of highly flexible plastic material is draped over the pattern and board. When the vacuum is applied, the sheet clings closely to the pattern contours. Each part of the molding box is furnished with its own vacuum chamber connected to a series of hollow perforated flask bars. The pattern is stripped from the mold and the two halves assembled and cast with the vacuum on. [Pros / Cons]

Output: Advantages Superb finishes. Good dimensional accuracy. No defects from gas holes. All sizes and shapes of castings are possible Most ferrous / non-ferrous metals can be used. Disadvantages The V-process requires plated pattern equipment.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [Foundry Process] Centrifugal Molding [Process] The Centrifugal Casting process consists of a metal or graphite mold that is rotated in the horizonal or vertical plane during solidification of the casting. Centrifugal force shapes and feeds the molten metal into the designed crevices and details of the mold. The centrifugal force improves both homogeneity and accuracy of the casting. This method is ideally suited to the casting of cylindrical shapes, but the outer shape may be modified with the use of special techniques. [Pros / Cons]

Output: Advantages Rapid production rate. Suitable for Ferrous / Non-ferrous parts. Good soundness and cleanliness of castings. Ability to produce extremely large cylindrical parts. Disadvantages Limitations on shape of castings. Normally restricted to the production of cylindrical geometric shapes.

Metal Casting Processes Comparison Table - Green Sand Molding|No-Bake Molding|Resin Shell Molding|Permanent Mold|Die Casting|Investment Casting|Expandable Pattern Casting|Centrifugal Molding


Input: [PUA code point] EC00 [description]

Output: capital alpha with reduced iota


Input: [PUA code point] EC01 [description]

Output: capital alpha with reduced iota and smooth


Input: [PUA code point] EC02 [description]

Output: capital alpha with reduced iota and rough


Input: [PUA code point] EC03 [description]

Output: capital alpha with reduced iota and smooth and acute


Input: [PUA code point] EC04 [description]

Output: capital alpha with reduced iota and rough and acute


Input: [PUA code point] EC05 [description]

Output: capital alpha with reduced iota and smooth and grave


Input: [PUA code point] EC06 [description]

Output: capital alpha with reduced iota and rough and grave


Input: [PUA code point] EC07 [description]

Output: capital alpha with reduced iota and smooth and circumflex


Input: [PUA code point] EC08 [description]

Output: capital alpha with reduced iota and rough and circumflex


Input: [PUA code point] EC09 [description]

Output: capital eta with reduced iota


Input: [PUA code point] EC0A [description]

Output: capital eta with reduced iota and smooth


Input: [PUA code point] EC0B [description]

Output: capital eta with reduced iota and rough


Input: [PUA code point] EC0C [description]

Output: capital eta with reduced iota and smooth and acute


Input: [PUA code point] EC0D [description]

Output: capital eta with reduced iota and rough and acute


Input: [PUA code point] EC0E [description]

Output: capital eta with reduced iota and smooth and grave


Input: [PUA code point] EC0F [description]

Output: capital eta with reduced iota and rough and grave


Input: [PUA code point] EC10 [description]

Output: capital eta with reduced iota and smooth and circumflex


Input: [PUA code point] EC11 [description]

Output: capital eta with reduced iota and rough and circumflex


Input: [PUA code point] EC12 [description]

Output: capital omega with reduced iota


Input: [PUA code point] EC13 [description]

Output: capital omega with reduced iota and smooth


Input: [PUA code point] EC14 [description]

Output: capital omega with reduced iota and rough


Input: [PUA code point] EC15 [description]

Output: capital omega with reduced iota and smooth and acute


Input: [PUA code point] EC16 [description]

Output: capital omega with reduced iota and rough and acute


Input: [PUA code point] EC17 [description]

Output: capital omega with reduced iota and smooth and grave


Input: [PUA code point] EC18 [description]

Output: capital omega with reduced iota and rough and grave


Input: [PUA code point] EC19 [description]

Output: capital omega with reduced iota and smooth and circumflex


Input: [PUA code point] EC1A [description]

Output: capital omega with reduced iota and rough and circumflex


Input: [PUA code point] EC20 [description]

Output: capital alpha with subscript


Input: [PUA code point] EC21 [description]

Output: capital alpha with subscript and smooth


Input: [PUA code point] EC22 [description]

Output: capital alpha with subscript and rough


Input: [PUA code point] EC23 [description]

Output: capital alpha with subscript and smooth and acute


Input: [PUA code point] EC24 [description]

Output: capital alpha with subscript and rough and acute


Input: [PUA code point] EC25 [description]

Output: capital alpha with subscript and smooth and grave


Input: [PUA code point] EC26 [description]

Output: capital alpha with subscript and rough and grave


Input: [PUA code point] EC27 [description]

Output: capital alpha with subscript and smooth and circumflex


Input: [PUA code point] EC28 [description]

Output: capital alpha with subscript and rough and circumflex


Input: [PUA code point] EC29 [description]

Output: capital eta with subscript


Input: [PUA code point] EC2A [description]

Output: capital eta with subscript and smooth


Input: [PUA code point] EC2B [description]

Output: capital eta with subscript and rough


Input: [PUA code point] EC2C [description]

Output: capital eta with subscript and smooth and acute


Input: [PUA code point] EC2D [description]

Output: capital eta with subscript and rough and acute


Input: [PUA code point] EC2E [description]

Output: capital eta with subscript and smooth and grave


Input: [PUA code point] EC2F [description]

Output: capital eta with subscript and rough and grave


Input: [PUA code point] EC30 [description]

Output: capital eta with subscript and smooth and circumflex


Input: [PUA code point] EC31 [description]

Output: capital eta with subscript and rough and circumflex


Input: [PUA code point] EC32 [description]

Output: capital omega with subscript


Input: [PUA code point] EC33 [description]

Output: capital omega with subscript and smooth


Input: [PUA code point] EC34 [description]

Output: capital omega with subscript and rough


Input: [PUA code point] EC35 [description]

Output: capital omega with subscript and smooth and acute


Input: [PUA code point] EC36 [description]

Output: capital omega with subscript and rough and acute


Input: [PUA code point] EC37 [description]

Output: capital omega with subscript and smooth and grave


Input: [PUA code point] EC38 [description]

Output: capital omega with subscript and rough and grave


Input: [PUA code point] EC39 [description]

Output: capital omega with subscript and smooth and circumflex


Input: [PUA code point] EC3A [description]

Output: capital omega with subscript and rough and circumflex


Input: [PUA code point] EC3B (U+007C, U+007C, U+007C) [description]

Output: end of stanza mark = three vertical bars


Input: [PUA code point] EC3C (U+2012, U+0308) [description]

Output: contracted biceps = two dots over macron


Input: [PUA code point] EC3D (U+0020, U+0020, U+032D [description]

Output: catalexis caret


Input: [PUA code point] EC3E (U+25EF, U+25EF) [description]

Output: aeolic basis = two small circles


Input: [PUA code point] EC3F [description]

Output: alternate capital omega with downward opening


Input: [PUA code point] EC40 [description]

Output: capital H with line below for demotic egyptian


Input: [PUA code point] EC41 [description]

Output: small c with caron and dot below for demotic egyptian


Input: [PUA code point] EC42 (=U+A723) [description]

Output: small Egyptological alef = new U+A723


Input: [PUA code point] EC43 (=U+A725) [description]

Output: small Egyptological ain = new U+A725


Input: [PUA code point] EC44 [description]

Output: small i with inverted breve below for demotic eqyptian


Input: [PUA code point] EC45 [description]

Output: small u with inverted breve below for demotic egyptian


Input: [PUA code point] EC46 [description]

Output: small Egyptological yod


Input: [PUA code point] EC47 [description]

Output: small h with circumflex below


Input: [PUA code point] EC48 [description]

Output: capital h with circumflex below


Input: [PUA code point] EC49 [description]

Output: capital Egyptological yod


Input: [PUA code point] EC4A [description]

Output: Coptic small letter ua with horizontal through it


Input: [PUA code point] EC4F [description]

Output: Coptic small letter iauda with diaeresis


Input: [PUA code point] EC50 [description]

Output: Coptic small letter ua with diaeresis


Input: [PUA code point] EC51 [description]

Output: alternative glyph for papyrological 4 chalkoi


Input: [PUA code point] EC52 [description]

Output: alternative glyph for drachme


Input: [PUA code point] EC53 [description]

Output: alternative glyph for etos


Input: [PUA code point] EC54 [description]

Output: another alternative glyph for etos


Input: [PUA code point] EC55 [description]

Output: medieval cursive double tau


Input: [PUA code point] EC56 [description]

Output: alternative medieval form of tau


Input: [PUA code point] EC57 [description]

Output: another alternative medieval form of tau


Input: [PUA code point] EC58 [description]

Output: another alternative medieval form of tau


Input: [PUA code point] EC59 [description]

Output: another alternative medieval form of tau


Input: [PUA code point] EC5A [description]

Output: alternative medieval form of gamma


Input: [PUA code point] EC5B [description]

Output: suspended ου ligature


Input: [PUA code point] EC5C [description]

Output: alternative medieval form of beta


Input: [PUA code point] EC5D [description]

Output: another alternative medieval form of beta


Input: [PUA code point] EC5E [description]

Output: marginal quotation mark


Input: [PUA code point] EC5F [description]

Output: alternative form of lowercase numerical koppa (cf. 03DF)


Input: [PUA code point] EC60 [description]

Output: reference mark formed of two crosses vertically stacked


Input: [PUA code point] EC61 [description]

Output: cursive stigma reference mark


Input: [PUA code point] EC62 [description]

Output: breathing style descriptor (half eta form)


Input: [PUA code point] EC63 [description]

Output: calendrical sign (selene)


Input: [PUA code point] EC64 [description]

Output: calendrical sign (sun), alternative to 2609


Input: [PUA code point] EC65 [description]

Output: alternative form of fraction 1/2, cf. 10176


Input: [PUA code point] EC66 [description]

Output: breathing style descriptor (quarter eta form)


Input: [PUA code point] EC67 [description]

Output: open-face uncial kappa


Input: [PUA code point] EC68 [description]

Output: abbreviation for σημείωσαι/σημειωτέον


Input: [PUA code point] EC69 [description]

Output: abbreviation for ὥρα


Input: [PUA code point] EC6A [description]

Output: a ligatured form of τό


Input: [PUA code point] EC6B [description]

Output: another ligatured form of τό


Input: [PUA code point] EC6C [description]

Output: page corner symbol, upper left


Input: [PUA code point] EC6D [description]

Output: page corner symbol, upper right


Input: [PUA code point] EC6E [description]

Output: page corner symbol, lower left


Input: [PUA code point] EC6F [description]

Output: page corner symbol, lower right


Input: [PUA code point] EC70 [description]

Output: three-dot punctuation (mirror of 2056)


Input: [PUA code point] EC71 [description]

Output: abbreviation for γράφεται/γράφε


Input: [PUA code point] reversed lowercase n [description]

Output: 0xEC72


Input: [PUA code point] epsilon breve acute [description]

Output: 0xEC73


Input: [PUA code point] epsilon breve grave [description]

Output: 0xEC74


Input: [PUA code point] epsilon breve smooth [description]

Output: 0xEC75


Input: [PUA code point] epsilon breve rough [description]

Output: 0xEC76


Input: [PUA code point] epsilon breve smooth grave [description]

Output: 0xEC77


Input: [PUA code point] epsilon breve rough grave [description]

Output: 0xEC78


Input: [PUA code point] epsilon breve smooth acute [description]

Output: 0xEC79


Input: [PUA code point] epsilon breve rough acute [description]

Output: 0xEC7A


Input: [PUA code point] omicron breve acute [description]

Output: 0xEC7B


Input: [PUA code point] omicron breve grave [description]

Output: 0xEC7C


Input: [PUA code point] omicron breve smooth [description]

Output: 0xEC7D


Input: [PUA code point] omicron breve rough [description]

Output: 0xEC7E


Input: [PUA code point] omicron breve smooth grave [description]

Output: 0xEC7F


Input: [PUA code point] omicron breve rough grave [description]

Output: 0xEC80


Input: [PUA code point] omicron breve smooth acute [description]

Output: 0xEC81


Input: [PUA code point] omicron breve rough acute [description]

Output: 0xEC82


Input: [Part #] CA-18-VTB9046 [Manufacturer] Carnhill [Type]

Output: Input


Input: [Part #] CA-18-VTB1847 [Manufacturer] Carnhill [Type]

Output: Output


Input: [Part #] CA-18-VTB9043 [Manufacturer] Carnhill [Type]

Output: Inductor


Input: [Part #] CA-18-VTB9044 [Manufacturer] Carnhill [Type]

Output: Inductor


Input: [Part #] CA-18-VTB9050 [Manufacturer] Carnhill [Type]

Output: Inductor


Input: [Part #] CA-18-VTT2326 [Manufacturer] Carnhill [Type]

Output: Power


Input: [Part #] CA-18-VTB9045 [Manufacturer] Carnhill [Type]

Output: Input


Input: [Existing Thin Veneers] Not thin enough to transmit light. [Tennâge® Wood Veneers]

Output: 0.2mm… The thinnest veneer on the market! Thin enough to transmit light.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Easily cracks, breaks and flakes when being folded or bent. [Tennâge® Wood Veneers]

Output: Crack Resistant… Flexible and durable enough for folding and repeat bending.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] No way of sewing or stitching. [Tennâge® Wood Veneers]

Output: Can be sawn or stitched.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Non water-resistant. [Tennâge® Wood Veneers]

Output: Water-resistant.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Color fades under sun and time goes by. [Tennâge® Wood Veneers]

Output: Less color fade to sun and time.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Limited use. [Tennâge® Wood Veneers]

Output: More applications and use.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Not environmentally conscious. [Tennâge® Wood Veneers]

Output: Recycling leftover wood remnants to be environmentally conscious.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Imitations-Plastics, Films and Papers [Tennâge® Wood Veneers]

Output: Tennâge® Wood Veneers

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Not real wood… Can’t compare with the beauty and richness of real wood. [Tennâge® Wood Veneers]

Output: Real wood and 100% natural… No plastics or films are used to keep its natural color and texture.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [Existing Thin Veneers] Not Eco-friendly. [Tennâge® Wood Veneers]

Output: Eco-friendly.

Tennâge: Thinnest, Most Flexible, and Sewable Wood Veneer Sheets

Compare the differences!


Input: [0] Product [1] Class A Trees with needles or no needles, but twigs attached [3] Comments [2]

Output: Class B Trees with no needles, most twigs and branches lost, and some broken tops

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Appearance lumber2 [1] Not recommended [3] Blue stain prohibits use [2]

Output: Not recommended

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Dimension lumber2 (structural) [1] Can be used with caution [3] Should be kiln dried to prevent emergence of secondary insects. Low moisture content may dull saws and chipper knives faster than with sound wood and may require milder kiln schedule. Do not use where toughness is important. [2]

Output: Not recommended

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Decorative lumber boards and paneling [1] Can be used [3] Should be kiln dried [2]

Output: Can be used

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Posts, poles, piling [1] Not recommended [3] Toughness and preservative treatability may be highly variable [2]

Output: Not recommended

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Plywood [1] Can be used [3] Adhesives and gluing practices may have to be adjusted [2]

Output: Not recommended

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Hardboard, particle-board, medium density fiberboard [1] Can be used [3] Low moisture content may affect some production schedules. Should be mixed with sound wood. [2]

Output: Can be used

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Pulp [1] Can be used [3] Blue stain and low moisture content may affect pulping process and chemical or energy requirements. Should be mixed with sound wood, particularly where strength is important. [2]

Output: Can be used

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [0] Fuelwood [1] Can be used [3] Low moisture content increases heat value [2]

Output: Can be used

How to Evaluate and Manage Storm-Damaged Forest Areas


Input: [Features] TractiveGroove Technology [Benefits]

Output: Offers enhanced traction in deep mud and snow

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Features] Self-cleaning shoulder blocks [Benefits]

Output: Help provide enhanced dirt, gravel and mud traction

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Features] Highly angled center tread blocks [Benefits]

Output: Help provide enhanced traction and lateral stability while reducing road noise

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Features] Mountain Snowflake Symbol [Benefits]

Output: Designation for outstanding winter traction

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Features] Rim protector [Benefits]

Output: Helps protect wheels from accidental curb damage

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Features] Pinned for #16 metal studs* [Benefits]

Output: Enhanced traction in winter driving conditions

Goodyear Wrangler DuraTrac Tires LT245/70R17 E 312022142 Goodyear Tire


Input: [Digital Gauge] BST [Description] Engine boost in PSI, KPA, MM, or IN if desired. [Name]

Output: Boost

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] MPG KPG MPL LHK KPL [Description] Instant fuel economy is updated about every 2 seconds at the NORMAL update rate . Small changes in throttle position or load while driving will show almost immediate changes in this gauge. [Name]

Output: Miles Per Gallon Kilomteres Per Gallon Miles Per Liter Liters Per 100Km Kilomteres Per Liter

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] MPH KPH [Description] Speed in the units selected [Name]

Output: Miles Per Hour Kilometers Per Hour

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] RPM [Description] The RPM of the engine [Name]

Output: Revolutions Per Minute

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] TPS [Description] In some vehicles, a closed throttle will read 0 and full throttle will read 100. Other vehicles will have a higher value than 0 for a closed throttle and a full throttle value less than 100. [Name]

Output: Throttle Position Sensor

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] FWT CWT [Description] Water/Coolant temperature A vehicle with a 50/50 mix of coolant and water will not boil over until about 265˚ F at sea level. This will be reduced at higher elevations. [Name]

Output: Water Temperature

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] AVG [Description] This is the current average fuel economy and is updated about every 2 seconds (normal rate). [Name]

Output: Average Fuel Economy

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] TFC [Description] This is the total fuel cost for the current trip. [Name]

Output: Trip Fuel Cost

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] CPM [Description] Cost of fuel per mile at this time [Name]

Output: Cost Per Mile

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] VLT [Description] Normal running battery voltage is between 13 and 15. When the engine is off it should be between 11 and 13. Voltages higher than 15 volts can damage batteries and electrical components. Voltages below 13 when the vehicle is running could indicate poor charging of the battery. Voltage below 11 when the engine is off could indicate a low battery charge or a shorted battery cell. [Name]

Output: Battery Voltage

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] FIA CIA [Description] Temperature of the air going into the engine. At highway speeds, this will typically be a few degrees higher than the outside air temperature. At idle or low speed, it may be much higher in temperature than the outside temperature due to the low airflow into the engine and the high under-hood temperatures warming it up. [Name]

Output: Intake Air Temperature

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] TFT [Description] Transmission Fluid Temperature in degrees Fahrenheit. [Name]

Output: Transmission Fluid Temperature

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] GPH LPH [Description] Fuel consumption rate in the selected units. This is sensitive to throttle, gear and loading changes. [Name]

Output: Gallons Per Hour Liters Per Hour

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] OIL [Description] This indicates the engine oil pressure in unit PSI/IN/KPA/MM as selected by the user. [Name]

Output: Oil Pressure

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] LOD [Description] This is a percentage of the maximum power available currently being generated. In some vehicles it is the maximum available at the present RPM. [Name]

Output: Engine Loading

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Digital Gauge] HP [Description] Displays the calculated Horsepower your vehicle is currently making. This value can be adjusted for accuracy through the Advanced Setup parameters [Name]

Output: Horsepower

ScanGaugeD - Advanced J1939 & J1708 compatible Vehicle Monitor for Diesel Pusher Vehicles : Linear Logic


Input: [Water Damaged Material] Books and paper [Action]

Output: Non-valuable items, discard Valuable/Important, photocopy and discard originals Invaluable items, freeze in frost free freezer, meat locker or freeze dry


Input: [Water Damaged Material] Carpet and backing [Action]

Output: Wet vacuum Reduce ambient humidity levels with dehumidifier Accelerate drying process with fans


Input: [Water Damaged Material] Ceiling tiles [Action]

Output: Discard and replace


Input: [Water Damaged Material] Cellulose insulation [Action]

Output: Discard and replace


Input: [Water Damaged Material] Concrete or cinder block surfaces [Action]

Output: Wet vacuum Accelerate drying process with dehumidifiers, fans and/or heaters


Input: [Water Damaged Material] Fiberglass insulation [Action]

Output: Discard and replace


Input: [Water Damaged Material] Hard surfaces, porous floorings (linoleum, ceramic tile, vinyl) [Action]

Output: Vacuum or damp wipe with water and mild detergent Scrubbing may be necessary Allow to dry


Input: [Water Damaged Material] Upholstered furniture [Action]

Output: Wet vacuum Accelerate drying process with dehumidifiers, fans and/or heaters


Input: [Water Damaged Material] Wallboard (dry wall and gypsum board) [Action]

Output: If obvious swelling and seams are not intact - discard If no obvious swelling and seams are intact, may be dried in place Ventilate wall cavity


Input: [Water Damaged Material] Window drapes [Action]

Output: Launder or clean according to manufacturer's instructions


Input: [Water Damaged Material] Wood surfaces [Action]

Output: Remove water with wet vacuum Accelerate drying process with dehumidifiers, fans and/or heaters Treated or finished wood, damp wipe Wet paneling, discard and ventilate wall cavity


Input: [Component] Wall Mount for Sharp LC42D64U [Model] Ergotron WM Low Profile Wall Mount P/N 60-578-003 [each] $89.00 [Notes]

Output: costco.ca Item # 115242


Input: [Component] Null Modem Cable [Model] Generic Null Modem Cable DB9 Female to DB9 Female 6FT [each] $4.50 [Notes]

Output: to control the TV


Input: [Component] Straight RS-232 Cable [Model] Generic Straight-Through DB9 Female to DB9 Male 6FT [each] $4.50 [Notes]

Output: to control the receiver


Input: [Component] DB9 Gender Mender [Model] DB9 Female to DB9 Female Gender Mender [each] $6.00 [Notes]

Output: needed to connect to the Marantz receiver


Input: [Component] HDMI-DVD cable [Model] Generic HDMI-DVI/D M/M HDMI to DVI-D (Dual Link) 10FT Cable - M/M (19 Pins) / (24 PINS+1) [each] $30.00 [Notes]

Output: to connect the TV


Input: [Component] infrared transceiver [Model] USB UIRT [each] $50 + $8 S&H [Notes]

Output: to use IR remotes and control AV gear


Input: [Component] TRS to RCA adapter cable [each] <$10 [Notes]

Output: to go from soundcard line-out to receiver