Toyo Kogyo Co., Ltd.

Jtekt Corporation

Toyoda Koki Kabushiki Kaisha

Tadayoshi Kamiya

Toshihiko Shima

Soichi Shirai

Nobuyuki Shirai

Hiroaki Suzuki

Yoshiyuki Takeuchi

Hidetoshi Fujiwara

Takuya Suzuki

Munetoshi Kuroyanagi

Mikio Asai

Thoshihiko Shima

A plug body housinghas a receiving recess, and the receiving recessincludes a first recessopening toward the outside and a second recessconnected to the first recess. Check valvesandare provided in the second recess, and a manual valveis provided in the first recess. An internal threaded portionis formed in an inner circumferential surface of the first recess, and a housingof the manual valveis threaded into the internal threaded portion. The check valvesandare held between a bottom surfaceof the second recessand a bottomof the housingso that the check valvesandare secured in the second recess

Valve device assembling structure, plug body, and manual valve

In order to obtain a solenoid valve device installed in a gas tank that is small in size and easy to attach to a gas tank, a valve body () including a flow passage (a) formed therein to communicate the inside and the outside of a gas tank () is inserted to the inside from the outside through a mouth hole () of the gas tank () and attached to the mouth hole (). A valve seat () is provided in the flow passage (a), and a movable valve element () attached to or detached from the valve seat () is provided in the valve body (). A solenoid unit () includes a movable core () engaged with the valve element () and a fixed core () facing the movable core () to attract the movable core () by the energization of a coil () and distract the movable core () by the non-energization of the coil (). The solenoid unit () is arranged inside a storage hole () formed at an end part of the valve body () inside the gas tank (). A cap member () is provided to cover the end part of the valve body () inside the gas tank (). An opening () formed in an end face of the cap member () communicates with the flow passage (a), and a flat plate-like filter member () is disposed in the opening ().

Solenoid valve device installed in gas tank

A stop valve for a gas tank is provided which achieves favorable sealing performance by inhibiting rotation of a sealing member attached to a valve element. A passage is formed inside a valve body, and a valve seat is provided in the passage. The valve element which is engaged and disengaged from the valve seat is slidably inserted to a sliding hole bored in the valve body. The annular sealing member is arranged in sliding contact with the outer peripheral surface of the valve element and the inner peripheral surface of the sliding hole. A screw hole connecting to the sliding hole and coaxial thereto is provided in the valve body. A rotating operation member having a male screw is rotatably screwed into the screw hole from the outside of the valve body. One end of the rotating operation member is made to abut the valve body.

Stop valve for gas tank

Growing community of inventors

Okazaki, Japan

Tadayoshi Kamiya