Toyota Jidosha Kabushiki Kaisha

Kazuhiro Sato

Ian Richard Cartabiano

Katsuhiro Suzuki

Kenji Kido

Keita Kominami

Yuki Isogai

Nozomi Hirai

Junwon Han

Takuya Ishibashi

Masahiko Takeuchi

Hideki Kamatani

Kenta Shimoguchi

Yukio Kushima

Tomomi Kishi

Stephan Jubt Rasmussen

Iwao Nihashi

Shuusaku Kodama

Naoki Noda

Billes Ken Mark

Koji Umeda

Kei Ohta

Yasushi Uchida

A magnet arrangement method capable of easily assembling magnets is provided. A magnet arrangement method according to one aspect of the present invention is a magnet arrangement method for arranging a plurality of magnetized magnets in a Halbach array, the method comprising: a process of forming a first magnet group by combining magnets in such a way that a direction of a magnetic force that acts on the magnets is oriented in a first direction; a process of forming a second magnet group by combining magnets in such a way that the direction of a magnetic force that acts on the magnets is oriented in a second direction that is opposite to the first direction; and a process of assembling a plurality of the first magnet groups and a plurality of the second magnet groups.

Magnet arrangement method and rotor manufacturing method

Motor vehicle and/or toy vehicle replica thereof

Front bumper for a motor vehicle

Rear bumper for a motor vehicle

Motor vehicle and/or toy replica thereof

Front combination lamp for a motor vehicle

Rear combination lamp for an automobile

Front bumper for an automobile

A film peeling method for a film-coated flat wire that is performed by a film peeling device including: a rotational holder that can rotationally convey in a perpendicular direction to a rotational axis; a positioning mechanism that positions a film-coated flat wire in a longitudinal direction; and a working section that is provided in plural, aligned at specified intervals, and works an end portion of the film-coated flat wire, the method includes: holding the film-coated flat wire that is cut in a specified length in advance by the rotational holder; rotationally conveying the film-coated flat wire that is held by the rotational holder in the perpendicular direction to the rotational axis; positioning the conveyed film-coated flat wire by the positioning mechanism; and working the end portion of the film-coated flat wire by the working section.

Film peeling method and film peeling device for film-coated flat wire

Firstly, a flat conductor raw wire is formed in a rectangular cross-section and bent in a continuous meandering pattern in a same plane to include in-slot wire portions arranged in each slot of the stator core, coil-end wire portions arranged as a coil end outside the slots, and bent portions joining the in-slot wire portions and the coil-end wire portions. Thereafter, in a setting step, the bent portions located at the opposite ends of the in-slot wire portion are grasped by a pair of grasping tools and the in-slot wire portion is grasped by a twisting jig. Next, in a processing step, the bent portions are twisted and bent into crank-shape by displacing a predetermined axis to a predetermined direction while rotating the twisting jig about the axis. The flat conductor is obtained by performing the setting step and the processing step each of the in-slot wire portions.

Method of forming flat conductor wire for use in cage-shaped distributed winding coil

Spoiler for an automobile

Growing community of inventors

Toyota, Japan

Kazuhiro Sato