We will give a demonstration of a mobile robot for the purpose of the living and life support. Various sensors such as range image sensors are attached on the robot and we can control remotely while judging sensor information. The robot can go to a destination by remote controlling and can avoiding obstacles automatically.

Our research field includes the development of piezoresistive force sensors utilizing MEMS technology and their applications. We introduce Pitot tube and wave height sensor using highly sensitive differential pressure sensor chip.

Our research aims to achieve vibration reduction and energy harvesting by transferring the vibrational energy of a structure to an electrical circuit system using the coupling of mechanical and electrical systems. We are also developing some methods to detect and quantitatively evaluate structural defects and bonding failures using ultrasonic waves.

We research on a novel production process of optical elements using nanoscale cutting and ultra-precision grinding. In addition, we are working on development of intelligent machine tools which have ability to control machining force and vibration according to cutting state. In our booth, we will exhibit samples of optical elements produced by ultra-precision machining and show the developed intelligent machine tools.

We propose a novel smart farming system using agricultural support robot and cloud work management system. We develop and verify the sensing technology and motion control of robot for supporting farmers and a framework to record and manage the farm work and crop yield in the real field.