Angel Kitty USB Keyboard Cosplay

Angel Kitty USB keyboard

This has got to be one of the stranger things I’ve seen come out of Japan in a while (maybe I don’t read enough…) The Angel Kitty online store has announced a cat maid (nekomimi) outfit that features a flexible USB keyboard that goes across the wearers chest. The press release hints at there being some science behind the idea of this. I think it’s just a way for fan boys to touch a woman in a cosplay cafe. The idea of having cute women wearing USB ‘enabled’ costume parts is not a new idea from this company. The have already released such items as a cat tail with a USB camera in it and a loin cloth with a USB storage device (with a 1 meter long cord, thank goodness!) hidden inside of the front. I know that the nonsensical nature of the press release is a byproduct of the mechanical translations, but "Key "Bust touch" not to touch will tell happiness to your the tip of a finger every one stroke." cracks me up. If you can find a woman that would let you ‘type’ on her chest like this I can think of better things to do than check email!

Please soften the pain of typing for a long time by using costume play USB keyboard for the office to say nothing of the room and the document making by the customer by all means as much as possible.

It is answered if it is asked, "Why, and does ..retreat.. , record the costume play gal on your desk and why touch the chest by both hands?"," of what "Though this is being typed with my USB keyboard now. Surroundings will hold a strong yearning and faint murderous intent in your aristocratic hobby.

Ok, that’s weird… 

[via PC Watch (translated)]

Angel Kitty:Costume play USB keyboard with the housemaid clothes. (original in japanese)

Epson A6 QXGA Electronic Paper

Epson epaper 

The technology of thin film displays marches on. I’ll take my place in line for a roll up computer monitor as soon as they hit the streets.

Epson announced that they successfully developed a A6 (7.1") QXGA (1536×2048) Electronic paper using the SUFTLA Technology (Surface-free technology by laser annealing) son poly-Si TFT-LCD.?
In order to realize electronic devices on plastic film, new technology has been developed that enables the transfer of thin-film devices from an original substrate to another substrate by using laser irradiation. This technology was termed SUFTLA, which stands for surface-free technology by laser annealing. A polycrystalline-silicon thin film transistor (poly-Si TFT) back-plane for liquid crystal displays (LCDs) with integrated drivers was fabricated using a low-temperature process (below 425/spl deg/C) and could be successfully transferred from a glass or quartz substrate to plastic film using this technology. This technology enabled us to fabricate an all-plastic substrate TFT-LCD having a display area of 0.7 in measured diagonally and a pixel count of 428/spl times/238. In addition, the operation of the integrated drivers and the displayed image could be confirmed for the first time in the world.

Epson A6 QXGA Electronic Paper

Initial Scientific Results of Hayabusa’s Investigation on Itokawa

 

It’s quite amazing that even after many problems the Japanese Aerospace Exploration Agency’s space probe Hayabusa has brought back some great science on the asteroid Itokawa.

Asteroid explorer Hayabusa observed asteroid Itokawa from the middle of September to the end of November last year. Hayabusa observed Itokawa form the altitude of 20 km to 3 km by using four observational instruments, and a lot of new results were obtained for the asteroid’s shape, geographical features, surface altitude variation, albedo, spectrum, mineral composition, gravity, and the main chemical composition, etc. These results are totally new information to understand the formation process of asteroid. It will be the important standard for all the future mission to asteroids to have revealed the detail features of the asteroid, which is a most common type in the asteroid belt. We introduce here the summaries of papers, which obtained excellent results of science.

Initial Scientific Results of Hayabusa’s Investigation on Itokawa