Tdk Corporation

Disco Corporation

Teijin Pharma Limited

Koichi Shinohara

Masashi Sahashi

Tatsuo Shibata

Mikio Matsuzaki

Yuki Yamaura

Tomohiro Nozaki

Tomotaka Sawada

Provided is an oxygen concentration device, a control method, and a control program with which a start-up interval until a desired high-concentration oxygen gas can be supplied can be reduced. The oxygen concentration device includes a pressurized air supply unit for supplying pressurized air, an adsorption tube which concentrates oxygen in the pressurized air by adsorbing nitrogen in the supplied pressurized air to generate oxygen gas, an oxygen gas tank for storing oxygen gas, a flow rate adjustment unit which adjusts an oxygen gas flow rate to be output to the exterior from the oxygen gas tank, and a control unit which controls the flow rate adjustment unit so that the oxygen gas flow rate becomes a set flow rate and controls the pressurized air supply unit so that the pressurized air achieves a supply amount corresponding to the set flow rate.

Oxygen concentrator, control method, and control program

With reference to a plurality of images formed by an imaging unit, the position of a robot hand to be inserted into a cassette at the time of unloading a workpiece from the cassette is determined. Hence, it is not necessary for an operator to recognize in advance configuration details of the cassette and a warp or bending of the workpiece accommodated in the cassette. Accordingly, the operator's work at the time of unloading the workpiece from the cassette is simplified.

Transfer apparatus

A magnetic recording system including follows: a recording head, a recording medium that includes a first recording medium layer, a second recording medium layer, and a substrate. The magnetic recording system includes an electric field applying device applying an electric field and a magnetic field applying device applying a magnetic field to the recording medium, a movement mechanism that moves them to an arbitrary position. The magnetic recording system has a function of controlling an applying direction of at least one of the electric field applying device and the magnetic field applying device, and the recording head is arranged at a position facing the recording medium.

Magnetic recording system and magnetic recording device

Growing community of inventors

Tokyo, Japan

Koichi Shinohara