Yazaki Corporation

Toyota Jidosha Kabushiki Kaisha

Kazuhiro Kusuyama

Yoshihiko Nakahama

Hirotaka Kiyota

Goro Nakamura

Norio Matsumura

Keiichi Ito

Takaaki Kakimi

Hiroki Goto

Hiroaki Kamo

Akinori Yamauchi

Koji Ueyama

Michihito Suzuki

Mikiya Matsuoka

Naoto Kuzutani

Hirotaka Takasu

Akira Sakuraba

Hiroki Shukuri

A grommet includes a bellows portion and a movable-member-side fitting portion connected with an end of the bellows portion. The movable-member-side fitting portion has an outer surface connected with the bellows portion and an inner surface formed on the opposite side of the outer surface. On the outer surface, the bellows portion is connected to the movable-member-side fitting portion with unequal distances from an axial center of the bellows portion to the outer edge of the movable-member-side fitting portion. Furthermore, on the outer surface, a first outer rib is formed that extends along a direction having a maximum distance from the axial center to the outer edge with an outer peripheral surface of the bellows portion serving as its base.

Grommet and wire harness

An electrical junction box includes a body case of the electrical junction box that has an opening part facing electrical components and has a case side locking part, and a cover that covers the opening part, is engaged to the body case of the electrical junction box, and has a cover side locking part. The cover is engaged to or disengaged from the body case of the electrical junction box with the case side locking part and the cover side locking part. The cover has a cover side abutting part to match a position of the cover side locking part. The body case of the electrical junction box has a case side abutting part to match a position of the case side locking part and a position of the cover side abutting part.

Electrical junction box

An electric distribution box, includes a box body for being placed in a vehicle room; a mounting portion which is provided on the box body for being fixed to a vehicle body, and a rupture induction portion which is provided at a box body side of the mounting portion for inducing the rupture of the mounting portion by an impact upon collision of a vehicle so as to separate the box body from the vehicle body. The mounting portion is divided into two virtual sections by a line passing through a center of an insertion hole of the mounting portion, the longitudinal axis being substantially parallel to an advance direction of the vehicle. The rupture induction portion is provided at one of the two virtual sections which is disposed in a direction away from a direction of laterally-inclining of the box body upon collision of the vehicle.

Electric distribution box

A waterproof housing of a junction box has at least one vent piece penetrating through a wall of the housing for ventilation of the junction box. The vent piece has an inner wall formed with a baffle projection to prevent invasion of a splashing water. The waterproof housing has a plurality of the vent pieces. The waterproof housing also has a drain hole provided in the housing. The vent piece has an inside opening positioned higher than the drain hole when the junction box is mounted at a usage position. The baffle projection is positioned at an axial inner end portion of the vent piece. The vent piece has a central axis inclined relative to an invasion direction of an expected splashing water.

Waterproof structure of junction box

A parts-half-mounting prevention connection block includes: a block body; a parts-mounting portion provided to the block body, on which a part is adapted to be mounted; and a detection wall having substantially the same height as a height of the part to be mounted, provided to the block body.

Parts half-mounting prevention connection block with detection wall for detecting a half-fitted state of a mounted part and electric connection box provided with same

A water-stop structure includes: an electric connection box body including a guide portion; a harness protector mounted in the guide portion; and a water-stop wall formed at the connection box body, which is disposed in opposed relation to an end of the harness protector.

Water-stop structure of electric connection box

A fusible link unit having a fuse circuit structure containing a plurality of female terminal parts linked through fusible members to a linking plate and screw fixing terminal parts, which are connected to the fuse circuit structure in a chain manner, and a housing into which the fuse circuit structure is assembled, is disclosed. In the fusible link unit, the fuse circuit structure is formed by laminating a plurality of part plates, and the part plates include linking portions corresponding to the linking plates, and the female terminal parts with the fusible members connected thereto and the screw fixing terminal parts, which are shared by the part plates.

Growing community of inventors

Toyota, Japan

Kazuhiro Kusuyama