How to download trailers from the Apple site WITHOUT Quicktime PRO
- Go to http://www.apple.com/trailers/ and select your trailer. Let's say you choose http://www.apple.com/trailers/paramount/missionimpossibleiii/hd/
- On most trailer pages there are different sizes of the same trailer, so let's say in this case we want to download the "480p" version of this trailer.
- In Internet Explorer click 'View' then select 'Source'.
- In the source code look for the following section...
param value="http://movies.apple.com/movies/paramount/mission_impossible_3/mission_impossible_3-sb_480p.mov - Copy the "href" url and using a download manager, (i recommend http://www.freedownloadmanager.org/), download this file to your desktop.
- In some cases this file MAY be the actual trailer, but more often than not this file is merely a pointer to the actual trailer so...
- Open this mov file in notepad and you should see something like this...
moov rmra trmda 6rdrf url "mission_impossible_3-sb_h480p.mov rmdr rmqu
rmvc qtim - See the other MOV link? Copy this and add this to the href link above to give you
http://movies.apple.com/movies/paramount/mission_impossible_3/mission_impossible_3-sb_h480p.mov - VOILA! You can now download the full trailer using this link in your download manager WITHOUT THE NEED FOR QUICKTIME PRO.
UK student's WashDryIron does just that Posted Feb 15th 2006 7:00AM by Evan Blass Filed under: Household While the brains at Whirlpool, Samsung, GE, and the like have been toiling for years to improve upon the staid washer/dryer combo ("now with nanofilters!"), it took a UK college student to design a new laundry solution that actually succeeds in saving the owner significant time/labor. Oliver Blackwell of Devon came up with the creative-but-awfully-named WashDryIron, which performs all three titular functions in one machine without the need for operator intervention, for his final project at the University of Plymouth. Rather than tossing your clothes into the machine a la traditional washers, each item is attached to a hanger in one of several independently-controllable compartments, where they are washed and air-dried right where they hang. This method supposedly eliminates color runs, shrinking, and wrinkles, and also allows different fabric types to be washed at the same time. Blackwell will be showing off a prototype at next month's Ideal Home Show, where he hopes to impress some of those same manufacturers who have thus far failed to come up with something this innovative.
now this sounds cool..... kind snow crash cool:
US, Canadian Olympic skiers get skintight armor Posted Feb 14th 2006 2:58PM by Marc Perton Filed under: Wearables Some American and Canadian skiers competing in the Olympics have a secret weapon: a flexible form of "body armor" that's molded to the shape of their bodies and hardens on impact. The material, known as d3o, and developed by scientists working with skiwear maker Spyder, contains a proprietary polymer that has "strain rate flexibility." While normally flexible, sudden impact hardens the molecules of the material, making it as protective as the traditional arm and leg guards worn in slalom runs. The developers envision expanding d30's uses to other purposes, including protection for military and police personnel. Unfortunately, they don't seem to have any plans for a material that can protect Bode Miller from himself.
and the science article:
- 16:52 14 February 2006
- NewScientist.com news service
- Will Knight
A futuristic flexible material that instantly hardens into armour upon impact will protect US and Canadian skiers from injury on the slalom runs at this year's Winter Olympics. The lightweight bendable material, known as d3o, can be worn under normal ski clothing. It will provide protection for US and Canadian skiers taking part in slalom and giant slalom races in Turin, Italy. Skiers normally have to wear bulky arm and leg guards to protect themselves from poles placed along the slalom run. Skiwear company Spyder, based in Colorado, US, developed racing suits incorporating d3o along the shins and forearms and offered members of the US and Canadian Olympic alpine ski teams the chance to try them out several months ago. "Now they love it and won't ski without it," claims Richard Palmer, CEO of UK-based d3o Labs, which developed the material. Although the exact chemical ingredients of d3o are a commercial secret, Palmer says the material is synthesised by mixing together a viscose fluid and a polymer. Following synthesis, liquid d3o is poured into a mould that matches the shape of the body part it will protect. Brief impact The resulting material exhibits a material property called "strain rate sensitivity". Under normal conditions the molecules within the material are weakly bound and can move past each with ease, making the material flexible. But the shock of sudden deformation causes the chemical bonds to strengthen and the moving molecules to lock, turning the material into a more solid, protective shield. In laboratory testing, d3o-guards provided as much protection as most conventional protective materials, its makers claim. But Phil Green, research director at d3o Labs, says it is difficult to precisely measure the material's properties because the hardening effect only last as long as the impact itself. However, Green believes it may be possible to alter the properties of d3o for new applications. "There are certainly opportunities to dabble with the chemistry and enhance the effect," he told New Scientist. The ultimate goal is "flexible ballistic protection", he says. Another potential application may be sound-proofing. The propagation of sound waves should generate a similar strain to an impact, so it may be feasible to create a material that becomes more sound proof in response to increasing noise. "It could have some very interesting, unexplored properties," Green says.
Very cool way to 'redraw' a picture with words:
and a tool to do it:
And a MYTH ON FEDORA how-to
The temporary physical Virtual Store (link to this article) February 14, 2006 We’ve been hearing about the virtual store for many years now, with the hype growing to a crescendo during the first coming of the internet, and peaking just before the tech wreck. Since then, e-commerce has been growing steadily towards inevitable dominance at some point in the distant future. A spectacular initiative from American department store retailing institution J. C. Penney yesterday might cause everybody to rethink how e-commerce and the future of retailing might unfold though. The company will construct a 15, 000-square-foot physical manifestation of the virtual store at One Times Square on the corner of 42nd Street and Broadway, New York. In our humble opinion, the opening of this temporary virtual store from March 3-26, in which shoppers can purchase the company's full range of merchandise at interactive kiosks, marks a significant development in the history of retail. We believe that traveling virtual superstores could be a part of retailing’s future.
- 15 February 2006
- From New Scientist Print Edition
- Duncan Graham-Rowe
A MANUFACTURING process that can print you a pair of bespoke shoes could put an end to ill-fitting footwear and help usher in an era of mass customisation. The tailored shoes are built layer by layer using a form of rapid 3D printing called selective laser sintering, in which a laser fuses together particles of a nylon-based material (New Scientist, 4 June 2005, p 26). Initially the system will be used to make shoes for professional sportspeople such as British Premiership soccer players, says Greg Lever-O'Keefe, creative director and co-founder of Prior 2 Lever (P2L), the London-based company launching the service in April. The aim is then to take the process to the high street, where shops could print you a pair of bespoke shoes in just a few hours.
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