Japanese researcher's 'force transceiver' transmits sense of touch | South China Morning Post
  • Wed
  • Apr 1, 2015
  • Updated: 2:08pm
NewsAsia
TECHNOLOGY

Japanese researcher's 'force transceiver' transmits sense of touch

'Force transceiver' allows for the transmission of feeling between two devices

PUBLISHED : Friday, 20 December, 2013, 10:40pm
UPDATED : Saturday, 21 December, 2013, 12:40am
 

A Japanese researcher yesterday unveiled an invention that instantly and wirelessly transmits force between two devices, in a development that could allow physical therapists to treat patients remotely.

Kouhei Ohnishi said his "force transceiver" allowed instant two-way communication of the amount of pressure being applied and the resistance it was encountering.

If applied to a robot, for example, it would mean an operator could use the device to carry out complex work in areas where it was not safe for people to be, such as in high temperatures or radiation.

"For physical therapy, the feeling and movement of therapists must be transferred without any delay," Ohnishi said. "The therapist will also be able to feel how well the patient's limbs are moving, for example, which is a key piece of information."

The technology should help reduce the burden on medical care providers while increasing convenience for patients, said Ohnishi, a system design engineering professor at Keio University.

The technology could also amplify or diminish the force being applied, he said.

"We could apply this technology to do construction work that could not be done by humans."

The system uses high-speed wireless communication many times faster than the presently available wi-fi used for domestic internet connections, along with high-speed computing capacity.

To demonstrate the technology, Ohnishi's team built two box-like tools with levers on top.

When a user moved the lever on one of the units, the lever on the other moved at exactly the same speed and force instantaneously, as if they were physically connected.

A reporter who tested the device said when using a lever on one device to make the other one push a fork into an apple, it was possible to feel the resistance of the fruit's skin as the fork penetrated it.

Ohnishi said the device could in the future be used to preserve the techniques of skilled craftsmen, such as master lens grinders, who apply differing levels of pressure as they work their materials.

Share

For unlimited access to:

SCMP.com SCMP Tablet Edition SCMP Mobile Edition 10-year news archive
 
 

 

 
 
 
 
 

Login

SCMP.com Account

or