Nissan EPORO robots [+]

Nissan stole the show with their demonstration of the EPORO robot concept car, which travels in groups and is designed to avoid obstacles and collisions by mimicking the behavior of fish. [More]

NTT DoCoMo’s eye-controlled music player [+]

NTT DoCoMo showcased a set of earphones that enable the wearer to control a music player simply by shifting his or her eyes. Electrodes embedded in the earphones detect the subtle changes in eye movement.

TOUCH WOOD: Front [+] // Back [+]

NTT DoCoMo’s TOUCH WOOD prototype handset is made from the surplus wood of trees culled during forest-thinning operations. [More]

A model wears special glasses to promote Sony’s 3D Full HDTV displays [+]

Sony’s booth featured a variety of new 3D Full HDTV displays, and the accompanying presentation starred a pair of models wearing special 3D glasses.

A model wears special glasses to promote Sony’s 3D Full HDTV displays [+]

Vaio concept [+]

Sony also displayed a few concept items incorporating their flexible display technology, such as this future Vaio notebook.

Panasonic 3D Full HDTV PDP [+]

Panasonic exhibited their latest 3D display technology, which includes 50″ 3D Full HDTV plasma displays.

Sekai Camera [+]

Sekai Camera, an augmented reality social tagging application for the iPhone, was on display at the Yamaha booth. [More]

Squid robot 1 [+]

Representatives from Hakodate showcased a pair of squid robots designed to attract attention to their area. The robots are part of an unorthodox campaign that includes some entertaining tourism promotion videos. [More]

Squid robot 2 [+]

Fujitsu exhibited a selection of interesting concept phones submitted by participants in the mobile phone design competition.

F-Circle: Fujitsu concept phone [+]

The F-Circle phone, designed by Yuji Ito, has a “timeless” appearance that departs from the typical rectangular mobile shape.

FOLD-A-PHONE: Fujitsu concept phone [+]

Designed by Hanna Sahlen and Sachiko Munakata, the FOLD-A-PHONE is a paper-thin handset that can be folded into a compact shape. The design was inspired by the “Miura-fold” origami method.

chamelephone: Fujitsu concept phone [+]

The chamelephone, designed by Hiroyuki Tabuchi, has a body that changes its appearance to match the texture of the surface it is placed on.

KAORA: Fujitsu concept phone [+]

Designed by Wataru Igarashi, the KAORA concept features a curved design that can assume various configurations to suit different uses.

Amoeba Phone: Fujitsu concept phone [+]

The Amoeba Phone (designed by Kwak Yeon), whose entire surface is a touchscreen, has a concave shape designed to fit the user’s face when they are talking on the phone.

Sento-kun [+]

Sento-kun, the official mascot character for next year’s Commemorative Events of the 1,300th Anniversary of the Nara-Heijokyo Capital, was on hand to promote investment in Nara prefecture.

The annual Good Design Expo — billed as one of the biggest design events in Asia — showcases thousands of well-designed products under consideration for the year’s Good Design Awards. Over 2,000 items ranging consumer electronics, automobiles and furniture to office equipment, building designs and sporting goods were exhibited at this year’s event, which was held at Tokyo Big Sight this weekend (Aug 28-30). Here are just a few of the many eye-catching designs on display.

Freshness label [+]

One the most interesting items was this hourglass-shaped freshness label for meat products (designed by TO-GENKYO). The label contains special ink that changes color based on the amount of ammonia emitted by the meat (the older the meat, the more ammonia it releases).

Freshness label [+]

Like an hourglass, the bottom half of the label “fills up” as the meat ages. Consumers can judge the product’s freshness at a glance.

Freshness label (with 1/2 price tag) [+]

When the meat is no longer suitable for sale, the ink blocks the barcode at the bottom so that it cannot be scanned at the cash register.

Hana-Akari [+]

These stylish Hana-Akari interior lamp shades by Sony are actually dye-sensitized solar cells that mimic photosynthesis by storing energy in a thin membrane. The shades collect sunlight during the day and power the lamp at night.

“Concent” USB hub that looks like wall outlet (by ELECOM) [+]

Lotte “Fit’s” gum package [+]

LED desk lamp [+]

Kissing Octopus Couple USB flash drives [+]

The magnetized mouths of these Kissing Octopus Couple USB flash drives (by A-Data) allow them to function as magnetic stickers when not plugged into a computer. The USB connector tucks neatly inside the body.

Kissing Octopus Couple USB flash drives [+]

When two are placed face to face, they lock together in a magnetic kiss (making them an ideal gift for Valentine’s Day).

Restroom Item 01 urinals by Toto [+]

Balsa Max fishing lure [+]

The eye-catching Balsa Max fishing lures by Megabass are built using cutting-edge technology and natural materials.

D-Clips (animal-shaped paperclips by Designphil) [+]

Animal rubber bands (by +d.) [+]

Honda Walking Assist Device [+] [+]

Honda’s experimental Walking Assist Device helps support the wearer’s body weight, reducing the load on the legs while walking, going up and down stairs, and crouching.

“Palook” spiral fluorescent bulbs by Panasonic [+]

Rice spoons that stand on end [+]

Disposable AED pads [+]

These disposable pads are designed for use with automated external defibrillators (AEDs) placed in public areas. The imprinted design shows where to attach the pads to the body — helpful information for the first-time user.

Candy-colored portable hard drives (by A-Data) [+]

QLD-101 table lamp [+]

The QLD-101 table lamp (designed by Qisda Corporation) is a modular LED light fixture composed of crystal-like units that connect together with magnets. The polyhedral units can be easily configured into a variety of shapes, and the low-temperature LEDs prevent them from becoming hot to the touch.

QLD-101 table lamp [+]

The interactive lamp, whose design was inspired by natural crystals, gently cycles through a spectrum of colors.

+ Video

Spotted at the International Stationery and Office Products Fair, this eye-catching digital signage system consists of a 0.3-millimeter-thick high-luminance rear-projection film (Vikuiti Rear Projection Film developed by 3M) applied to a 3-millimeter-thick glass substrate cut into the shape of a woman. A rear projector beams video onto the film, whose microbead-arrayed surface produces a crisp, brilliant image viewable from any angle, even in brightly lit environments.

[Source: Robot Watch]

To promote its laptops and showcase digital signage technology capable of utilizing real-time data over the Internet, electronics giant Toshiba tested an interactive digital billboard in Tokyo last weekend that allowed YouTube users and pedestrians with mobile phones to play video games against each other. (Watch a video of the game action.)

Played on a digital billboard above the entrance to the Yodobashi Camera superstore in Akihabara, each game involved up to six players in a 90-second race to paint squares on a grid and hunt for Toshiba’s cuddly Pala-Chan mascot. Mobile phone players followed the action on the billboard and used the number keys on their handsets to control the game’s paint brushes, while YouTube players on computers used the arrow keys on their keyboards. (More video.)

To participate, pedestrians in Akihabara called a phone number displayed on the billboard before the start of each game, while YouTube users simply clicked a button on Toshiba’s toshibanotepc channel (where the game is still available).

Winners who played via mobile phone in Akihabara received Pala-Chan parkas from Toshiba representatives stationed near the billboard site.

The company plans to use similar interactive billboard games to promote other products around town in the future.

[Source: Nikkei]

Major automotive supplier Denso Corporation has developed an electronic cat-faced ring that turns the human hand into a remote control and lets the wearer operate devices simply by pressing fingers together.

In a recent prototype demonstration of the ring, called “Yubi-nya” — which is a play on the Japanese words for “ring” (yubiwa) and “meow” (nya) — users were able to remotely open and close the doors of a model car by pressing their index finger and thumb together.

Yubi-nya, whose components are packed into the 2-centimeter thick likeness of a calico cat head, produces a weak electric current that is conducted through the wearer’s index finger. When the tips of the finger and thumb are pressed together, the current travels through the flesh of the hand and loops back around to the ring. A sensor inside the ring then detects the returning current, and the corresponding remote control radio signal is sent to the appropriate device.

The developers suggest Yubi-nya’s technology can be put to use in a variety of devices, including portable music players. A commuter on a crowded train, for example, could operate a music player while maintaining a firm grip on the subway strap.

Denso has not announced when a commercial version of Yubi-nya will become available, but researcher Saori Noda says, “We are working to make it smaller and less noticeable.”

[Source: Yomiuri]

Maywa Denki, a Tokyo-based group of artists/musicians/engineers famous for inventing “nonsense machines,” has teamed up with Kamakura-based IT solutions provider Kayac to develop a device that lets users visualize, monitor and control how they shake their restless legs.

The sleek black diamond-shaped contraption — called “Yurex” (yure means “shake” in Japanese) — straps to the thigh. A pair of silver disco ball-shaped sensors measure the leg’s horizontal and vertical vibrations, and a 10-digit LCD counter displays the user’s accumulated leg-shake tally.

When Yurex is connected to a computer’s USB port, special software automatically downloads the data from the device and analyzes the user’s leg-shaking habits and rhythm patterns. The software can also generate a personalized “creative beat pattern” based on leg-shake data obtained while the user is in a state of deep concentration. Then, whenever a boost of creative energy is needed, users can simply jiggle their knees in concert with this beat data to achieve higher brain power.

Yurex is the result of the so-called BBU Project, a collaboration between Maywa Denki and Kayac aimed at developing a marketable product that harnesses the energy of binbo-yusuri, or the constant and rapid up-and-down movement of restless legs often done unconsciously and/or out of habit.

Restless legs are highly frowned upon in Japan — much more so than in other countries — and the Japanese word binbo-yusuri, which literally translates as “poverty shake,” has a very negative ring to it. Incidentally, there are several possible origins for the word. Some suggest it may derive from the fact that a person with a twitchy leg looks like a poor person shivering in the cold. Others link the word’s origins to the tendency of loan sharks to tap their feet impatiently when collecting debts from the poor. Also, in Edo-period Japan, it is said that twitchy legs were a telltale sign that one was being stalked by Binbogami, the god of poverty.

Regardless of the word’s origins, people tend to have a very negative view of binbo-yusuri, and it is often seen as a sign of poor intelligence and social grace.

The developers of Yurex, however, take a different view. They see binbo-yusuri as a sign of concentration and creativity — a reflection of the brain at work. Moreover, they believe this “creative beat” can work in reverse. Shaking your leg in the proper way can increase concentration and creativity, they believe. Yurex is thus designed to work as a barometer of mental activity and as a tool to enhance brain power.

Yurex users are also eligible to participate in a social networking community (yurex.jp), whose members are referred to as “yusletes” (binbo-yusuri athletes). Users can display their binbo-yusuri data on the site and update it automatically each time the Yurex is connected to the computer. In addition to seeing how their binbo-yusuri counts rank in comparison to others, members can find the locations of other active “yusletes” through the site.

Yurex can also be used as a standalone device. With a 10-digit display that can tally up to 10 billion shakes, Yurex is suitable for use as a lifetime leg-shake monitor. For reference, a heavy shaker (like Maywa Denki president Nobumichi Tosa) who jiggles his leg an average of 400 times per minute for 8 hours per day will tally up nearly 5 billion shakes over a 70-year period.

Kayac plans to begin accepting orders for Yurex in January. The initial shipment, scheduled to hit shelves next spring, will be limited to 3,000 units. The price has yet to be announced.

[Link: Yurex]

Oto-Shigure, a high-tech umbrella that functions as a personal audio speaker system, gives music lovers a reason to dance in the rain. Developed by Keio University and IT company Toa Engineering, Oto-Shigure looks like an ordinary traditional Japanese umbrella made of bamboo and oiled paper, but the entire object emits sound when connected to an iPod or other portable audio device, thanks to a tiny built-in amplifier and four small vibrating motors mounted along the periphery, which effectively turn the canopy into a large speaker cone. The umbrella produces a highly localized three-dimensional sound space audible only to the people underneath, so it can be used in public without disturbing the peace.

After filing a patent application for Oto-Shigure last September, inventors Yusuke Kamiyama and Mai Tanaka worked with Toa Engineering to complete a prototype earlier this year. They are now showing it off to the public to gauge user interest. If the response is positive, they plan to begin selling the audio umbrella next year for under 10,000 yen ($100).

[Source: Asahi]

For drowsy train commuters afraid of sleeping past their stop, inventor and manga artist Pyocotan has developed “Noriko-san,” a sleep mask with an electronic scrolling display that communicates the wearer’s destination to fellow passengers.

Noriko-san is designed to give sleepyheads greater peace of mind (and thus a deeper level of sleep) by increasing the odds that a stranger will wake them in time. In theory, other passengers feel compelled to act either out of courtesy or simply so they can sit in the empty seat left behind. Here’s a video of Pyocotan testing a prototype on Tokyo’s Yamanote line.

The video shows Pyocotan board the Yamanote line at Nishi-Nippori station. When a seat becomes available, he sits down, slips on the mask and goes to sleep. The mask’s scrolling message reads: “I will get off at Mejiro station.” Unfortunately, nobody wakes him up when he arrives. The test fails.

Pyocotan admits that Noriko-san is not 100% effective, perhaps because the unusual appearance makes other passengers feel uncomfortable and prevents them from acting. But the device will likely grow more effective as it becomes more widespread, he suggests. Until then, the fact that the mask might encourage others to act makes it a little easier for the user to relax and sleep more soundly.

Noriko-san cost about 20,000 yen ($200) to develop.

[Source: INTER News]

Nissan BR23C Biomimetic Robot Car

Nissan unveiled the bumblebee-inspired BR23C Biomimetic Robot Car, which is equipped with a prototype collision avoidance system developed in cooperation with the University of Tokyo. The next-generation safety technology is modeled after the way that bees avoid crashing into each other.

* * * * *

Mechadroid Type C3

The Mechadroid Type C3 receptionist robot developed by Business Design Laboratory relies on face recognition technology, a touch panel display, speech, and facial expressions to interact with visitors and guide them to their destination.

* * * * *

ifbot

Ifbot — also developed by Business Design Laboratory — is a speech-capable robot that can identify emotions in the voice and word choice of the person talking. The robot can also communicate its own emotions with a range of facial expressions.

* * * * *

Murata Seiko-chan and Seisaku-kun (a.k.a. Murata Boy)

Murata Manufacturing Co., Ltd.’s popular robot bicyclist, Murata Seisaku-kun (a.k.a. Murata Boy), was joined on stage by his recently-unveiled younger cousin, Murata Seiko-chan, who is well-balanced enough to ride a unicycle.

* * * * *

Nabaztag

The Nabaztag Wi-Fi Smart Rabbit manufactured by Violet is a bunny-shaped personal assistant that connects to your home wireless network.

Nabaztag

In addition to announcing the latest news, weather and traffic information, the rabbit can tell the time, light up when email arrives, stream Internet radio and podcasts, and respond to spoken commands.

* * * * *

Enon leads the way to the wine section

Fujitsu’s Enon robot demonstrated the ability to interact with customers and guide them to the wine section.

Enon takes a break

The researchers — led by assistant professor Takao Someya of the University of Tokyo — were able to create elastic electronic circuits that could be stretched up to 1.7 times their original size without affecting performance, thanks to conductive wires made from a new carbon nanotube-polymer composite they developed.

In recent years, scientists have made advances in blending carbon nanotubes (good conductors of electricity) with polymers to make flexible conductive materials, but success has been limited because nanotubes tend to cluster together, causing the composite to harden when too many nanotubes are added. The University of Tokyo researchers were able to overcome this hurdle by mixing the nanotubes with an ionic liquid containing charged particles that keep the nanotubes evenly distributed and prevent them from clumping together. The result is a stretchable material that conducts electricity more than 500 times better than other commercially available carbon nanotube-polymer blends.

With the list of potential uses of stretchable electronic circuits limited only by the imagination, the researchers envision applications ranging from high-tech suits that enhance athletic performance and monitor the wearer’s physical condition, to soft machines with flexible mechanical parts. For robots, elastic electronic circuits will enable layers of soft, sensor-laden skin to be stretched tightly across the curves of their bodies, giving them both a more lifelike appearance and greater sensitivity to touch.

The research results were published in the online edition of Science (August 8).

[Link: Yomiuri]

See also: Robot beauty goes skin-deep

Next-generation large-screen display manufacturer Shinoda Plasma has unveiled a flexible, 1-millimeter thick, 125-inch film-type prototype display that can be used as a curved or wrap-around screen. The 3 x 1 meter plasma tube array (PTA) display (which actually consists of 3 seamlessly integrated 1 x 1 meter square sub-modules) offers a resolution of 960 x 360 and weighs 3.6 kilograms (8 lbs), or about 10 times less than a conventional plasma display. At a low-key unveiling on May 15, Shinoda Plasma announced plans to exhibit the device in June at the InfoComm 2008 conference in Las Vegas and confirmed their intent to begin small-scale production of a 150-inch (3 x 2 meter) version this autumn. While Shinoda Plasma envisions a variety of digital signage and advertising applications, the ultrathin displays would also undoubtedly make good digital wallpaper for the home.

[Source 1, Source 2]

The green, high-quality cotton bra features a waist-mounted solar panel that powers a small, chest-mounted electronic billboard or any other electronic device you choose to connect. A pair of reusable drink containers attach to the bra cups, allowing the wearer to reduce consumption of aluminum cans and plastic bottles while increasing bust size. When not in use, the containers can be collapsed and stored in small pockets in the cups.

Triumph hopes the bra inspires people to think about global warming, the dwindling supply of fossil fuels, and the future of energy.

[Source: Nikkei]

A few of the many concept bras by Triumph:

- NO! Shopping Bag Bra
- Voter Turnout Lift-UP Bra
- My Chopsticks Bra

The new product, called “Firmo,” consists of a card-sized transmitter carried in the user’s pocket. The card converts stored data into a weak AC electric field that extends across the body, and when the user touches a device or object embedded with a compatible receiver, the electric field is converted back into a data signal that can be read by the device. For now, Firmo transfers data at 230kbps, but NTT is reportedly working on a low-cost 10Mbps version that can handle audio/video data transfers.

Firmo is based on NTT’s RedTacton human area network (HAN) technology, which is designed to allow convenient human-machine data exchange through natural physical contact — even through clothing, gloves and shoes.

NTT initially hopes this human area network technology will appeal to organizations looking to boost convenience and security in the office. Obvious applications include secure entrances and keyless cabinets that recognize employees when they touch the door handle (thus bypassing the need for card-swipers and keys), or secure printers that operate only when you touch them.

For now, a set of 5 card transmitters and 1 receiver goes for around 800,000 yen ($8,000), but NTT expects the price to come down when mass production begins.

[Source: RBB Today]