Panasonic Intellectual Property Management Co., Ltd.

Tatsuya Sato

Norikazu Kaneda

Takuya Amano

Hikaru Tsuchitani

Yuuji Matsuo

Shusaku Yamamoto

Tomoki Zembutsu

An imaging apparatus includes a flow path including a flow direction diverter that changes the direction of air flow, a heat dissipation member including first fins, second fins, and third fins disposed in the flow path, and an object to be cooled connected to the heat dissipation member. The first fins are pin-shaped fins disposed in the flow direction diverter in the flow path, the second fins are plate-shaped fins disposed in a section of the flow path downstream of the flow direction diverter, and the third fins are plate-shaped fins disposed in a section of the flow path upstream of the flow direction diverter.

Imaging apparatus

The imaging apparatus includes a first object to be cooled, a second object to be cooled, and a heat dissipation member including a first connection part connected to the first object to be cooled, a second connection part connected to the second object to be cooled, and a first fin. The first connection part is provided at a position closer to the first fin than the second connection part. The heat dissipation member includes a cutout in a portion between the second connection part and the first fin.

Imaging apparatus with heat dissipation member having high cooling efficiency

An imaging device main-body of an imaging device of the present disclosure includes a first engaged portion, a second engaged portion and a locked portion, and an accessory holding unit includes a first engaging portion, a second engaging portion and a locking portion. When the accessory holding unit is to be mounted to the imaging device main-body, the first engaging portion and the first engaged portion are engaged with each other, the second engaged portion and the second engaging portion are engaged with each other, and the locking portion is locked to the locked portion.

Imaging device, and mounting/removing mechanism for imaging device

Lid guide mechanism of this disclosure include lid body which slidingly moves between first position and second position which are adjacent to support base, and urging member. Support base includes attachment part to which first end part of urging member is attached, and locking part. Lid body includes first shaft part to which second end part of urging member is attached, and second shaft part which is provided at a position closer to attachment part than first shaft part and which is to be locked on locking part at first position. When lid body is moved, by external force, to third position more distant from second position than first position against urging force of urging member so that locking state between second shaft part and locking part is released and when external force is then released, lid body is moved to second position by urging force of urging member.

Lid guide mechanism and imaging device

An imaging device of the present disclosure is configured that when the accessory holding unit is mounted to the imaging device main-body, the first mounting/removing movable portion and the second mounting/removing movable portion are moved to the mounted positions, the first engaging portion and the first engaged portion are engaged with each other, the second engaged portion and the second engaging portion are engaged with each other, the locking portion and the locked portion are locked to each other, and the first connection terminal and the second connection terminal are electrically connected to each other, and when an accessory component is mounted only to the first engaged portion, the first mounting/removing movable portion is moved to the mounted position, and the second mounting/removing movable portion is held at the non-mounted position to protect the second engaged portion, the locked portion, and the first connection terminal.

Growing community of inventors

Osaka, Japan

Tatsuya Sato