Honda Giken Kogyo Kabushiki Kaisha

Honda Motor Co., Ltd.

Taikisha Ltd.

Shinto Paint Co., Ltd.

Uhee Kikuchi

Jun-Ichi Yasukawa

Hiroyoshi Nozaki

Tadashi Takeo

Nobuaki Todoroki

Satoru Kamiyama

Suguru Kimura

Kazuhide Matsuo

Kiyohiro Ichinose

Hiroshi Arai

Niichi Toyama

Hirofumi Hara

Masao Fukuda

Kunio Kishino

Junichi Murayama

Kazuto Iiyama

Hideki Takashima

Katsushi Sadamitsu

Goro Uchida

Toshihiko Satake

Nobuo Siozawa

Kunio Enomoto

Masanori Kobori

The present invention is for an apparatus and method of batch type surface treatment on a car body. The car body is rolled in the bath about the horizontal and longitudinal axis of the car body.

Method and apparatus for surface treatment on automotive bodies

A coating layer such as a paint coating, a sealer, or the like on an electrically conductive workpiece such as an automotive body is baked or dried by holding an induction coil or induction coils closely to the workpiece, supplying an electric current to the induction coil or coils to induce eddy currents in the workpiece to heat the workpiece with the eddy current, and applying a gas such as air to the surface of the coating layer to bake or dry the same.

Method of and apparatus for baking coating layer utilizing electrical

A painting apparatus for a vehicle body is provided. The painting apparatus comprises a long paint booth through which the vehicle is conveyed, the paint booth including a plurality of stages positioned longitudinally in series, at least some of the plurality of stages being provided with painting robots disposed therein such that while the vehicle body is passed through the painting booth, inner and outer panel regions thereof are painted by the painting robots, wherein the vehicle body is stopped at each of the stages. Each of the painting robots comprises a multi-axis robot and bell-type atomizer attached thereto, and the plurality of stages are in communication with one another without partitions therebetween.

Painting apparatus for vehicle body

A sealing apparatus wherein the nozzle on the forward end portion of a sealing gun on a programmable industrial robot includes a nozzle holder and a nozzle body made of a flexible material. The forward inner end of the nozzle body can gradually diverge and a reinforcement pipe can be provided in the nozzle holder. The nozzle body can be in the form of a tubular brush made of nylon bristles, a solid tubular body of polyurethane foam or a solid tubular body of silicone rubber.

Sealing apparatus

A method for supplying powder into a coating tank for electrophoretic powder coating comprises a first step for taking out a specified amount of plating bath of which the powder contained therein is reduced as a result of coating work, a second step in which the powder of much the same amount as the reduced amount of the powder is supplied to the plating bath taken out while the plating bath is being agitated to disperse the powder in the plating bath (the first dispersion) to form supplementary plating bath, a third step including the step for second dispersion of the powder in which the powder contained in the supplementary plating bath is further uniformly dispersed and a step for aging the supplementary plating bath with the dispersed powder, and a fourth step for supplying to the coating tank sufficiently aged supplementary plating bath which is obtained from the third step and has a high density of powder which is substantially uniformly dispersed in the supplementary plating bath, and an apparatus is one for executing that method.

Method for supplying powder into a coating tank and its apparatus

A method for supplying binder into a coating tank for electrophoretic power coating comprises: a step for transferring into a solid/liquid separation tank a proper amount of plating bath liquid contained in the coating tank of which the binder component is reduced as a result of the work for coating a given number of articles; a step in which the plating bath liquid is left as it is so as to form supernatant liquid and residual liquid; a step for agitating the supernatant liquid in a supernatant tank; a step for returning the residual liquid to the coating tank; a step for supplying mother binder liquid corresponding in amount to the reduced binder component to a mixing tank; a step for transferring a given amount of the liquid in the supernatant liquid tank into the mixing tank; a step in which a proper amount of plating bath liquid in the coating tank is supplied into the mixing tank while being agitated to form replenisher or supplementary bath liquid; and a step for supplying the replenisher bath liquid into the coating tank. The method is realized by an apparatus of this invention for supplying binder into a coating tank for electrophoretic powder coating.

Method for supplying binder into a coating bath and its apparatus

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Sayama, Japan

Uhee Kikuchi