Miura Co., Ltd.

Miura Institute of Research & Developement Co., Ltd.

Yasuo Ochi

Hideo Furukawa

Yuji Yoshinari

Yusuke Okamoto

Yasukuni Tanaka

Kazutaka Baba

Kazuhiro Tachino

Hitoshi Shiraishi

Yasutoshi Senoo

Norio Yasu

Nobuaki Yanagihara

Hitoshi Abe

Masanobu Nishiyama

Kenichiro Takematsu

Yasuhiro Miyagama

Toshitaka Shigematsu

Yasuhito Mitsukami

Yukinori Tobisaka

Yasuhiro Kawakami

Yasuhiro Miyagawa

A steam engine and an electric motor are arranged, which respectively drives an air compressor. The compressed air from the air compressor is supplied to a compressed air using device through a common air tank. The steam is supplied to the steam engine through a steam supply path, and the steam used in the steam engine is supplied to a steam using device through a steam exhaust path. The steam pressure is monitored by a pressure sensor arranged in a steam header ahead of the steam exhaust path. The air pressure is monitored by a pressure sensor arranged in an air tank. A steam supply valve is controlled based on the steam pressure and the air pressure, and the electric motor is controlled based on the air pressure. The steam engine is preferentially driven over the electric motor by shifting the target value of the air pressure.

Steam system

An air compressor is driven by a steam engine that generates power using steam. The steam is supplied to the steam engine through a steam supply path, and the steam is exhausted through a steam exhaust path. The steam from the steam engine is supplied to a steam using device through a steam header. The usage load of the steam is monitored by a pressure sensor arranged in the steam header. The compressed air from the air compressor is supplied to a compressed air using device through a compressed air path. The usage load of the compressed air is monitored by a pressure sensor arranged on the compressed air path. The steam supply to the steam engine is controlled based on the usage load of the steam and the usage load of the compressed air.

Membrane deaerator apparatus

A time control device provided in a water conditioning apparatus, and including a control mechanism, a main shaft, a main wheel rotating about the axis of the main shaft at a constant speed, and a skipper wheel rotating about the axis of the main shaft and rotated by the main wheel through a predetermined angle. The control mechanism controls a flow of liquid in the apparatus in accordance with a rotation of the main shaft, to carry out a liquid treatment. A pin engageable with a projection cam formed on a housing is provided at the main wheel to rotate the skipper wheel through the predetermined angle, and a finger member is provided on the skipper wheel to transmit the predetermined angle rotation to the main shaft, so that the main shaft drives the control mechanism to control the flow.

Time control device for water conditioning apparatus

Growing community of inventors

Matsuyama, Japan

Yasuo Ochi