Aisin Seiki Kabushiki Kaisha

Yazaki Corporation

Nifco Inc.

Yushi Tanamura

Yuichi Shirase

Tatsuo Ogawa

Toshiyuki Torii

Akitomo Iijima

A power supply structure for a sliding door includes other end-side holding portion which holds the other end of the electric wire. The other end-side holding portion includes first and second turning arms which are rotatably supported directly or indirectly by the sliding door and hold the electric wire at a tip end thereof, and biasing unit which biases the first turning arm in a direction to absorb an extra length of the electric wire. The tip end of the second turning arm inclines with respect to a longitudinal direction of a vehicle at climbing-over timing at which the electric wire climbs over a predetermined climbing-over position of a lower end edge of a door trim which configures the sliding door on an inner side of the vehicle when the sliding door is slid and moved.

Power supply structure for sliding door

A toilet seat attachment structure is used for attaching a toilet seat unit on a toilet bowl. The structure includes a bolt with an axis portion, an abutting member disposed around the axis portion, an expanding member situated adjacent to the abutting member, and a nut member situated adjacent to the expanding member and engaging the axis portion. The abutting member has a shaft portion with a through-hole, and a flange formed on an upper periphery of the shaft portion. The axis portion passes through the abutting member and the expanding member, and engages the nut member. A friction member is disposed outside the expanding member. When the bolt is rotated, the nut member ascends on the axis portion, so that the expanding member gradually expands the diameter. Accordingly, the frictional member is enlarged to frictionally engage with an attachment hole of a toilet bowl.

Toilet seat attachment structure

Growing community of inventors

Kariya, Japan

Yushi Tanamura