Renewables
Murata has teamed up with Kowa Co., Ltd., to develop a personalized Electric Walking Assist Car
Murata Manufacturing Co., Ltd has teamed up with Kowa Co., Ltd., a general manufacturer of welfare products, to develop a personalized Electric Walking Assist Car, which the companies describe as an Electric Walking Assist Car and that goes by the name of KeePace. As a result of the progress made in assist control systems, which incorporate Murata's own MEMS gyro sensor*1 and inclinometers*2 as well as its inverted pendulum control technology*3, uphill mobility support and turning functions have undergone a quantum leap in improvement.
MuraMr. Hideharu Ieki, Executive Vice President of Murata Manufacturing says we believe that there is still plenty of room for electronics to find uses in nursing care and welfare equipment. We at Murata are hoping to move our products onto the market with all due speed as an example of being in the vanguard of the health care field to which Murata is currently paying a great deal of attention.
Terminology & On-board sensors products
*1
MEMS gyros sensor:
This angular speed sensor detects changes in inclination and curvature. In car navigation systems, it serves to identify the car's present position by detecting changes in the direction in which the vehicle is moving. Elsewhere, it is also being used for camera shake compensation and sensing motion using remote control.
*2
Inclinometers:
This sensor measures angles of inclination. The inclinometers made by Murata Electronics Oy (formerly VTI) is featured in the KeePace. This product features (1) high accuracy, (2) high reliability and (3) high practicability. It is mainly used in forklift trucks, cranes and other construction equipment, leveling devices for measuring horizontality on construction sites and measuring systems (artificial horizons) in aircraft.
*3
Inverted pendulum control technology:
This balance control technology prevents tip-over by the robot's sensing its own inclination and then moving the body in the direction in which it will tip over.