Yazaki Corporation

Toyota Jidosha Kabushiki Kaisha

Toray Industries, Inc.

Kabushiki Kaisha Toyota Chuo Kenkyusho

Subaru Corporation

Hajime Kato

Masahiro Tanaka

Mitsuhiro Matsumoto

Takaaki Miyajima

Tsuyoshi Mizushima

Kazuyoshi Iwayama

Yasuhiro Yamaguchi

Kazuhiro Tomine

Yoshitaka Ohkubo

Hiroaki Imai

Haruhiko Yokoyama

Shinji Ichikawa

Hidehiko Kuboshima

Takashi Saito

Yoshiaki Ozaki

Minoru Kawasaki

Hiroshi Aihara

Tadashi Oshima

Toru Suzuki

Masahito Yoshikawa

Fuminori Sugiyama

Takeshi Innan

Ryoji Ichioka

Shuhei Ando

Kouji Tanaka

Terumichi Matsumoto

Hiroshi Shinba

Yoshitake Ohmori

Suminori Arima

Shigeo Mori

Hayato Iizuka

Hitoshi Tanaka

Natsuki Sugiyama

Hironori Aoyama

Kazuma Kayo

Takashi Omae

Masayuki Kataoka

Hiroyuki Tanaka

Kazuma Watanabe

Shinobu Yamakawa

Kouichi Nakayama

Hirohito Okino

Hisao Fukuhara

Tatsuya Goto

Shinichi Sakaguchi

Naoyuki Uchiyama

Hideomi Adachi

Hirotaka Fukushima

Nobuaki Yoshioka

Atsushi Mizutani

Eiji Aoki

Shigeru Tanaka

Hideto Watanabe

Masashi Kato

Tomokazu Yamane

Yasushi Iwata

Yasuhiro Yamamoto

Tsuyoshi Yano

Nobuyuki Shinohara

Hiroki Kuwamoto

Kenichi Sato

Satoshi Nakai

Yoshimitsu Yokouchi

Akihiro Saito

Yutaka Masuda

Masato Terashima

Takeaki Kaneko

Yasuhiro Otsuta

Naoyuki Miyara

Akira Kitamura

Sachiko Yagome

Hidekazu Nishino

Naoyo Okamoto

Masayuki Tanaka

Kunio Takeda

Miki Nakamura

Yusuke Tsutagawa

Yuuichirou Motohashi

Jun Asada

Kan Hayashida

Takehisa Fujita

Hiroshi Konta

Isamu Ueda

Kai Kiuchi

Yuichiro Matsumoto

Kazuyoshi Higuchi

Hiroki Komatsu

Shuko Ikeuchi

Koichi Nakayama

Kazuhiro Kondo

Hiroyuki Kawabata

Syunya Tsuge

Shiho Tanaka

Jun Nomasaki

Sotaro Kato

Madoka Ohishi

Yoshinori Hagita

Seizi Adachi

Tanaka Masahiro

A vehicle may include: a body including a front compartment; a hood panel covering the front compartment and including a recess in an upper surface of the hood panel; a hood garnish mounted at the recess; a drainage outlet disposed at a bottom of the recess and penetrating the hood panel; and a drainage channel disposed below the hood panel and including an inlet configured to receive drainage water from the recess.

Vehicle including drainage assembly

A waterproof structure includes a first seal portion covering around an electric wire to be inserted into a mounting hole of an object to which the electric wire is mounted, the electric wire having a conductor and an insulation covering the conductor, and the first seal portion being elastic and electrically insulative, a housing provided at an end portion of the electric wire, the housing covering the first seal portion, the housing being made of an insulating resin having higher rigidity than the first seal portion and a second seal portion covering around the electric wire, being provided contiguously with an end portion of the housing, and being elastic and electrically insulative.

Waterproof structure

A copper-based alloy which includes Cu, Ni, Si, Fe, and Mg, and at least one selected from the group consisting of Mo, W, and V, and in which a content of Mg is 0.02 mass % or more. The copper-based alloy exhibits wear resistance and improved weldability with respect to a substrate.

Copper-based alloy

A hardfacing alloy satisfies the following condition when the hardfacing alloy as a whole is 100 mass % (also simply referred to as '%,' hereinafter), Ni: 10-25%, Si: 1-3%, Fe: 3-18%, the total of one or more elements of Mo, W, and Nb: 6.5-20%, and the balance: Cu and impurities. In particular, it preferably satisfies Fe+2Mo&#x2265;22.6(%), Mo equivalent/Fe&#x2265;1.17, and Mo equivalent=Mo+0.522W+1.033Nb. In a hardfacing part composed of the hardfacing alloy, coarse hard particles are formed to ensure the wear resistance, and a soft phase present in the hard particles ensures the machinability. This may be understood as a raw material powder for hardfacing treatment and may also be understood as a hardfacing member in which a hardfacing part is formed on a base material using the raw material powder.

Hardfacing alloy and hardfacing member

A connector includes a plurality of conductors, a magnetic core, and a housing, the housing includes a housing member that is provided with a housing chamber that houses the plurality of conductors and the magnetic core, an abutment surface on which a core assembling portion abuts, and an opening that is arranged to face the abutment surface at an interval and exposes the core assembling portion housed in the housing chamber outward, the core assembling portion being composed of the respective intermediate portions of the plurality of conductors and the magnetic core housed in the housing chamber; a cover member that closes the opening; and a pressing member that is sandwiched between the cover member and the core assembling portion by pressing the core assembling portion to push the core assembling portion against the abutment surface when the housing member and the cover member are in an assembled state.

Connector with an annular shaped megnetic core

A connector which can improve reliability of electrical connection is provided. Accommodation recesses are formed to a plate-like terminal member, and a coil member accommodated in the accommodation recesses is retained to the terminal member, thereby allowing wire winding portions of the coil member to be deformed within the accommodation recesses when the winding wire portions are sandwiched between bottom faces of the accommodation recesses and a mating terminal. Consequently, the obliquely wound coil member is not likely to experience deformation other than fall over of ring portions, and/or is not likely to be displaced, improving contact between the coil member and both of the terminal member and the mating terminal. As a result, reliability of electrical connection can be improved.

Connector

Terminal fitting for electric connector

An electric wire branching structure () branches a shielded electric wire () with a plurality of electric wires () from a main wire (A) to a plurality of branch wires (B,C). The electric wire branching structure () includes an electroconductive shield member () configured to cover the electric wires () corresponding to the main wire (A) and the branch wires (B,C). The shield member () has a plurality of electric wire insertion openings () for the electric wires () corresponding to the branch wires (B,C) to be inserted for each of the branch wires (B,C).

Cable branching structure

The connector device includes a first connector in which a first conductive member is housed in a first housing chamber, a second connector including a second housing chamber, and a cover, wherein the second housing chamber has a first housed position of the holding member of when an energization circuit is in an energized state, and a second housed position of the holding member of when the energization circuit is in a broken state, the holding member includes a non-contact portion that does not come into contact with a protruded body of the cover in a case of the first attachment state, and a pushed portion pushed by the protruded body to the second housed position in a case of the first housed position and in a case where the cover is attached in the second attachment state to the second opening.

Connector device

A connector includes a housing body, a shield shell that externally covers the housing body, a first connection terminal that is housed in the housing body, electrically connected to a first wire in the housing body, and electrically connected to a counterpart terminal when the connector is connected to a counterpart connector, and a circuit protection component that is interposed, in the housing body, between the first connection terminal and the first wire, and connects the first connection terminal and the first wire in series to protect a circuit. The housing body includes at least one thermal conductor that performs thermal conduction with the circuit protection component by being in contact with the circuit protection component.

Connector including circuit protection component and thermal conductor

A lever-fitting type connector includes a lever configured to linearly perform a relative movement with respect to a terminal accommodation member when lever operational force in a straight direction is input, a first guide mechanism configured to convert lever input acting along a lever operation direction that is exerted from the lever on the terminal accommodation member, into force in a connector insertion-removal direction orthogonal to the lever operation direction, and to guide a relative movement between the terminal accommodation member and the lever while performing conversion of a direction of the force, and a second guide mechanism that is a screw mechanism that can exert axial force acting along the lever operation direction, on the lever, and is configured to relatively move the lever with respect to the electrically-connected target object while guiding in the lever operation direction.

Lever-fitting type connector

A wear-resistant copper-based alloy includes: at least one selected from the group made of molybdenum, tungsten, and vanadium and niobium carbide; chromium in an amount of less than 1.0% in terms of wt %; and a matrix and hard particles dispersed in the matrix, in which the hard particles include niobium carbide and at least one selected from the group made of Nb&#x2014;C&#x2014;Mo, Nb&#x2014;C&#x2014;W, and Nb&#x2014;C&#x2014;V around the niobium carbide.

Wear-resistant copper-based alloy, cladding alloy, cladding layer, and valve system member and sliding member for internal combustion engine

An electric wire holding member () includes: a main body portion () formed in a cylindrical shape having a central axis line (X); a plurality of electric wire accommodating portions (, and) provided to penetrate through the main body portion () along the central axis line (X), respectively, and are formed to be capable of individually accommodating electric wires (, and), respectively, the electric wire accommodating portions (, and) being disposed along a circumferential direction around the central axis line (X) at equal intervals in a cross section as viewed from an axial direction; and a space portion () formed between two electric wire accommodating portions adjacent to each other along the circumferential direction to penetrate through the main body portion () along the central axis line (X).

Electric wire holding member and wire harness

A fixing structure of a shield connector includes a housing, a shield shell, a protector and a protector engaged part on an electric wire leading-out part side of the protector. In the housing, an electric wire is configured to be led out from one end side in a direction intersecting a fitting direction in a state that the other end side is fitted to a device side connector. The shield shell is configured to be electrically connected and fixed to a shield case of the device so as to cover the housing. The protector is attached to the electric wire leading-out part side in the shield shell so as to cover the electric wire. The protector engaged part is configured to be engaged with and disengaged from a protector engaging part on the shield case in the same direction as the fitting direction.

Fixing structure of shield connector

Growing community of inventors

Kakegawa, Japan

Hajime Kato