Calsonic Kansei Corporation

Tomohiro Kawabata

Kaoru Tanaka

Kazuaki Mori

Hideyuki Takahashi

Hideki Sunaga

Yuki Hayakawa

[Object] An object of the present invention is to provide a substrate support structure which can prevent a crush rib from damaging components other than a substrate and brings excellent workability. [Means to solve] In a substrate support structure, a box-shaped resinous caseprovided with a holding space sectionis separated into a first caseand a second case, and a substrateis housed in the holding space section. A first crush riband a second crush ribare provided in the second case, and press and fix the substrateto first caseby reaction force that is generated by being pressed against the substrateand crushed when the both casesare joined together. A first guideis provided in the first case, and guides the first crush ribto the substratemounted in the first casewhen the both casesare joined together. A second guideis provided in the first case, and guides the second crush ribto the substratewhen the both casesare joined together.

Substrate support structure

A motor damping structure for an actuator device includes a motor housing and a casing. The motor housing includes a drive motor therein. The casing includes an upper actuator case and a lower actuator case to accommodate the motor housing therebetween, the casing including a motor support section formed integrally in at least one of the upper actuator case and the lower actuator case to support the drive motor by contacting an outside surface of the motor housing. The motor support section has an elastic contacting member protruding from the at least one of the upper actuator case and the lower actuator case to contact one of an upper slanted surface and a lower slanted surface of the motor housing.

Motor damping structure for actuator device

An actuator includes a lower housing member, an upper housing member ached to the lower one, and a cover member. Inside the lower housing member are arranged a driving source, a power-transmitting mechanism configured for transmitting a driving powder of the driving source to a output shaft to which a member to be driven is to be attached, a connector having terminals projected therefrom. A partition plate is provided in the upper housing member and has an opening for exposing said terminals of the connector and adapted to define a partition chamber opened to outside. A circuit board is placed on the partition plate, and has connection terminals connected to the terminals of the connector with a solder on the partition plate. A control circuit is assembled into the circuit board for the driving source. The cover member covers the circuit board.

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Sano, Japan

Tomohiro Kawabata