Txt_ Installations with projection

http://www.txtualhealing.com/

Augmented_Syracuse?

http://phantomcity.org/

another mode of content...speculative histories and projected futures - iPhone Augmented Reality

not really related to our current desired outcome, but still interesting.

MIT's Flyfire Project

http://www.youtube.com/watch?v=K-9CRSNseL0&feature=player_embedded

Mechanical fireflies could help create a new kind of 3-D display, say researchers at MIT.

Standing in for the bioluminescent beetles will be LED-fitted, remotely controlled micro-helicopters that can be choreographed electronically to display shapes and images as they hover in midair. The project, called Flyfire, would use RC helicopters similar to the toys sold at the mall today.

“Each of the helicopters then acts as what we call a smart pixel,” E Roon Kang, the MIT research fellow who is leading the project, told Wired.com. “By controlling their movement, we can have the pixels flying through the air.”

The idea is almost all theoretical now since it is in its very early stages, says Kang. Researchers at MIT’s SENSEable City Lab and Aerospace Robotics and Embedded Systems (ARES) Lab are jointly developing the idea.

In traditional displays, pixels are static and arranged on a flat surface. Finding a way to make truly three-dimensional displays has been a frequent subject of research, but few practical solutions have emerged despite decades of effort.

The MIT researchers are betting that if each pixel can be made to hover in space and can be controlled reliably, they can create a giant 3-D display.

Ultimately the project would be a step in the direction of “smart dust” — the idea that computing devices will be extremely small, somewhat self-contained, and pervasive, says MIT.

The canvas made by little lighted helicopters can show either a two-dimensional image or a 3-D shape.

Currently researchers are trying to design these little helicopters that will serve as the smart pixels. Kang says the team is looking at microcopters with four rotors as a possible vehicle.

Simple as the idea may seem, creating an army of microcopters poses some significant technical challenges. For instance, each of these little devices will have be self-stabilizing. That means as they hover, they will have to maintain their co-ordinates with extreme accuracy for at least a few minutes.

Another problem lies in being able to reliably control thousands of these microcopters.

“Today we are able to simultaneously control a handful of micro-helicopters but with Flyfire, we are aiming to scale up and reach very large numbers,” says Emilio Frazzoli, head of the ARES Lab in a statement.

Flyfire is being conceived as a installation in a large public place, where the pixels can recharge every few minutes and then perform in space. So far, the team has performed simulations to show the idea at work and hopes to start designing the actual devices soon.

Check out MIT’s video explaining how the Flyfire idea will work.

Read More http://www.wired.com/gadgetlab/2010/02/flyfire-3-d/#ixzz0gEVgQb5b

Architectural Urban Light Graffiti

http://weburbanist.com/2007/09/07/architectural-light-graffiti-projection-bombing-images-on-urban-surfaces/

This can be some inspiration on how to draw people in to this project or maybe have it visible from hills on campus or the freeway if it projects high.. this is expanding on some of the drawings Andrew put up.

http://www.urbanartcore.eu/amazing-urban-light-art/

This has two videos, the first I'm not sure if we've already talked about here, but if we could project things his fantastic (as in fantasy) it might be able to become the spark for conversation via text or be responsive to something or .....

Banksy

Good ole Banksy in NYC, comicizing phone booths. This might be irrelevant ...

Shadowland

The power of shadows in playing with scale: http://www.youtube.com/watch?v=QgvmlqqkofM&feature=related

Precedents 3

http://www02.zkm.de/you/index.php?option=com_content&view=article&id=74%3Asampling-1&catid=35%3Awerke&Itemid=82%E3%80%88=en

http://www.pw-videoblog.de/ (Link to their Blog)

You_Ser sample 1 - A project, in which two artists are determined to collect video footage from mobile phones to display and interact with.

http://www.mobispray.com/


mobispray is an interactive project in which people can you their cellphone as a spray paint can and spray paint onto physical surfaces.

http://lab.rockwellgroup.com/work/digital-confetti.html

Digital confetti is an installation used for a celebration

The characteristic of Xica Film Heater

Xica Film heater shows steady heating efficiency and electric resistance changing rate.

• Regularly printed high density carbon
• Advanced printing technology for regular product surface
• Development of special equipment for Film Heater
• The Application of flameproof film
• Electric spark preventing technology on the printed carbon surface by specialized silver booth bar
• Electric spark preventing technology by carbon printing adjustment
• Special waterproof treatment
• The application of insulation laminex film
• The Specification of Xica Film Heater

The Specification of Xica Film Heater

Product Name	Width (cm)	Thickness (mm)	Packing (m/box)	Gross Weight (Kg)	Power consumption		Using Temperature	Heat Resisting	Application
					W/m	W/m2
XM205	50	0.275	150	30.3	110W	220W	40C~ 50C	50C~ 60C	General For normal heating (EVA)
XM206	60		100	27.3	130W
XM208	80		100	31.7	180W
XM210	100		100	39.1	220W
XM305	50	0.338	150	36.6	110W
XM308	80		100	39.8	130W
XM310	100		100	47.6	220W
XM505	50	0.5	50		110W
XM506	60		50		130W
XM508	80		50		180W
XM510	100		50		220W
XM205e	50	0.275	150	30,6	220W	400W	70C	80C~ 100C	For high heating (EEA)
XM305e	50	0.338	100	36.9	220W

1. Customized Manufacturing is available, considering safety and durability for thin booth bar (high conductivity), carbon design and other electric conductivity and heating

The Merits of Xica Film Heater

1. Superior Economic Efficiency
   Film Heater is not only light but also constructed easily everywhere can connect electric power.Moreover, Film Heater is able to be controlled all installed spaces by the only a temperature control device. So, It does not need the space of control equipment.
   So, Film Heater will supply you more living and business space.
   Besides, Film Heater gives you economic benefit through the cheap heating cost.
2. Environment Friendly Heating System
   Film Heater use electricity.
   Film heater does not use flame and air when it produces the heat.
   Moreover, Film Heater does not cause dust, harmful gas and noise.
   So, Film Heater is helpful to maintain fresh indoor air and quietness
3. Healthful Heating System
   Film Heater cause plenty of anion and far infrared ray which are useful to our health.
   So, Film Heater is ideal heating method in hospital, nursing home, kindergarten, baby nursery, etc...

Comparison of the monthly heating cost by the heating methods

Classification	Unit price for supply	Monthly Energy Using Quantity	Heating cost	Heating index
LPG	990\/Kg	130Kg	krw 128,700	100
Fuel boiler	1,050/L	175L	krw 157,500	99
Electric panels	66.8/kwh	1,248kwh	krw 83,366	58
XiCA heating film	66.8/kW h	840kwh	krw 56,112	32

krw - korean won(exchange rate : US1$=krw1,300)

1. General electricity using method : 8 hours a day * 30 days a month for 33 square meter room.
   
2. The heating cost of the heating film and electric panels was not included basic electricity rate.
   
3. The monthly using quantity of LPG, Fuel can be influenced on the heat efficiency, equipments and isulation materials of the building.
   

Comparison of the heating methods

Classification	Fuel / Gas Boiler	XiCA heating film	Electric Boiler	Electric panels
Type	Fossil Fuel	Electricity	Electricity	Electricity
The generation of far infrared ray	No	Over 90%	No	No
Heating time	30~60 Min	4~10 Min	30~60 Min	15~30 Min
Durability	About 10 years	Semi-permanent	About 5 years	2~3 years
Weakness	Frozen/Break & Expensive fuel cost	Need to water heater	Possibility of frequent break-down Control of temperature is difficult	Heated floor only Deformation of panel Generating the large amounts of electromagnetic waves Need to install the water heater

Comparison of Installation of the heating methods

Classification		Fuel / Gas Boiler Boiler	Film heating by Far infrared	Remark
Building	Building method	Wet type	Dry type	Easy construction
	Boiler room	Need some space	No need	Increased actual space
	Heating plumbing	Shown outside	No	Clean
	Installed thickness	110~220mm	6mm	About 10 cm higher floor
	Building period	4~5 days	1 day	For better financial flow
	Wt./3.3M2	About 240Kg	2Kg	238Ton/3,300M2 Wt. Saving
Maintenance	Maintenance	Need continuous maintenance	No need	Convenient
	A/S	Frequent	Almost No	Safe enough
	Frozen/Break	Possible to cause	No	Do not have to worry
	Repair the floor	Big size construction (taking off all floors)	Middle size construction	Easy
	Expense	high (100%)	low (64%)	Compared to Fuel heating
	Remodeling	Very limited	Easy

The cross section of Film Heater installation

Subsidiary Materials For Installation of Film Heater

• Thermostat
• Insulation Tape
• Terminal Clipper
• Terminal
• Insulation Pad

Regarding O.E.M products manufacturing

• RexVa Co., Ltd. can manufacture O.E.M products. If the company wants to manufacture O.E.M film heater,
  Please, contact us and leave a message.

RexVa's Certification

Brand Name

Material

Standard

HS code

Trade Statistics related with [Home Appliances]

colortv black and white tv VCR video camera video recorder radio radio cassette component speaker mike and headphone audio tape and record part of audio apparatus other audio apparatus refrigerator washing machine airconditioner electric fan ventilator vacuum cleaner mixer dish washer other consumer rotary appliance heating apparatus electric iron hair dryer microwave range electric rice cooker electric jar toaster part of space heating apparatus and electro-thermic appliance other space heating apparatus and electro-thermic appliance electron clock

Rank	Country	2009		2010
		Price	Increasing Rate	Price	Increasing Rate
	Total	＄3,724,938,241	-36.4%	＄402,473,308	95.8%
1	Mexico	＄527,215,604	-60.13%	＄69,978,052	81.33%
2	Poland	＄536,297,800	-19.2%	＄54,729,754	130.69%
3	Pr.China	＄248,857,885	-65.81%	＄39,315,744	71.51%
4	Brazil	＄286,462,821	-23.9%	＄30,247,035	38.75%
5	U.A.E.	＄148,404,725	10.08%	＄21,600,055	474.98%
6	Hungary	＄169,058,155	-44.13%	＄17,551,683	305.28%
7	Slovak	＄80,768,625	-67.79%	＄13,700,332	77.96%
8	Russia	＄203,687,371	39.45%	＄12,407,924	124.95%
9	Hong Kong	＄78,180,239	-55.67%	＄11,170,463	274.16%
10	U.S.A	＄113,068,464	-36.75%	＄10,459,503	8.18%