L’androïde Mahoro automatise le travail de laboratoire risqué

Mahoro, co-développé par AIST et Yaskawa, est un androïde universel utilisé pour l’automatisation de certaines tâches de laboratoire qui devaient auparavant être effectuées manuellement.
Le robot peut effectuer ces tâches, telles que la distribution et la culture, plus vite et plus précisément que les humains. Il peut donc effectuer des tests cliniques et travailler en condition de risque biologique efficacement.
Quand la précision, lors de tests d’amplification de gènes, de Mahoro …

Mahoro lab android automates dangerous lab work

Mahoro, co-developed by AIST and Yaskawa, is a general-purpose android for automating lab work that previously had to be done manually.
The robot can do tasks, such as dispensing and culturing, faster and more precisely than people. So, it can do clinical tests and work with biohazards efficiently.
“For example, to develop influenza drugs, we do infection trials every day, using virulent strains of influenza. This work is very hazardous, so it should be done by robots. We also have to do …

Casio’s PicapiCamera iPhone app is the world’s first to use visible light communication technology

PicapiCamera, developed by Casio, is the world’s first iPhone app which uses visible light communication technology.
To send and receive data via the app, the message to be sent is encoded using red, green and blue flashing lights and shown on the display. The receiver points their iPhone at the flashing lights and the data is transferred.
“There are two approaches to communication using visible light. One is to embed data in the light from illumination sources, by turning it on and …

Kokusai Kogyo developped AR app that visualizes water height in the event of a tsunami

Kokusai Kogyo is developing a disaster prevention AR application the can visualize the depth of water in the event of a tsunami or flooding.
With this prototype, the water level five meters ahead is superimposed on the view from the camera of an iPad.
“Hazard maps are distributed in printed form or published on Web sites, but people don’t know what the situation would be where they are right now. So, we want to let people know, right away, what would happen where they are now, using …

[Update] Mixed Reality system from Canon fuses real and virtual worlds, on sale in July 2012

In late July 2012, Canon will release a Mixed Reality system, immersing users in an interactive environment containing a combination of physical and virtual objects.
Canon has developed a special-purpose head-mount display and software for position alignment. The system uses high-precision, high-speed image processing to obtain synthesized images. These look the same size as they would with the naked eye, and they can be seen in real time.
This system is expected to find uses in various fields. …

Instantaneous Deodorizer by Kanto Gakuin University, Useful for Diaper Changing

In an industrial-academic project with a chemical engineering research group at Kanto Gakuin University, Ando has developed Nurscal, a system for removing the odor that arises when changing diapers.
“This system uses activated charcoal to absorb odors. This material is called mesopore activated charcoal. The activated charcoal sold by retailers is the micropore type; that has very small pores, and it can only absorb a certain substance; it could be ammonia or formaldehyde. But this …

NICT presents the Daedalus a New Cyber-attack alert system

NICT has developed Daedalus, a cyber-attack alert system.
Daedalus renders attacks on networks visible in real time. The sphere in the center represents the Internet, and the circles moving around it represent networks under observation. The state of an attack is shown using 3D graphics, and can be viewed from any perspective.
“We previously created a system called nicter for observing cyber-attacks. We also built an observation network in Japan, called the Darknet Observation Network, to …

i-SODOG from Tomy is a robot pet dog controlled via smartphone, can communicate with its friends

Tomy has announced an interactive robot dog, called i-SODOG, that works with a smartphone.
This is a follow-up to the i-SOBOT, a bipedal robot released in 2007. i-SODOG is intended for customers of all ages.
“Of course, this robot moves autonomously. It has sensors in its back and head, and two microphones, and it can recognize about 50 spoken words. i-SODOG can also dance, and do regular dog actions, like shaking hands and sitting on command.”
i-SODOG comes with a special-purpose …