Nissan Motor Company Limited

Ichikoh Industries, Ltd.

Fuji Kiko Co., Ltd.

Takeo Tamura

Takayoshi Kido

Hiroshi Hara

Hideo Ishida

Tatuo Nakamura

Tatsuo Nakamura

Morimasa Tanaka

Taiji Yamabe

Kiichiro Shimura

Mamoru Imai

A meter has a polarizing filter so that only light having a substantially horizontal wave motion is emitted therefrom. The meter is positioned beneath a canopy which prevents light from impinging on the vehicle windshield so that polarized light impinges on the side window where reflection thereof is attenuated due to the angle of incidence thereof. A non reflective surface is located adjacent the side window which adds to the attenuation of the reflected light.

Apparatus to prevent reflection of vehicle instrument panel illumination

An automotive vehicle part and fitting structure therefore includes a cover for covering a fastener such as screw so that the sharp end of the fastener does not damage the lining or insulation of electric wiring of the vehicle. The cover is rotatably attached to the vehicle parts and is movable during installation of the part onto the vehicle panel in order to permit the part to be attached to the vehicle panel. The cover mainly comprises two plain sections connected with each other at a right angle, one of which is positioned over the top of fastener to serve as a cover and the other of which engages part of the vehicle panel so as to hold the cover in position covering the end of the fastener.

Automotive vehicle parts and fitting structure therefor

A drive circuit for a wiper device includes reversible driving motors for alternately driving a pair of wiper assemblies in first and second directions. Each driving circuit includes a switching means and a means for detecting both ends of the wiper blade motions in the first and second directions. The switching means is operative to switch the direction of electric current supplied to an electric motor when the detecting means detects the end of wiper blade motion. Each driving circuit is connected to both of switching means so that it can reverse the current supplied to the driving motor when both of switching means detect the ends of the wiper assembly motion.

Drive circuit for a wiper device

A mirror which utilizes a transparent synthetic resin such as a polymethyl methacrylate resin in place of glass and is suitable, e.g., as an automobile inside rearview mirror. The back side of the resin plate is coated with a reflective metal film by vacuum deposition, and at least the front side of the resin plate is coated with a surface-hardening film, which is inevitably somewhat permeable to humidity. To prevent warping of the resin plate resulting from its moisture absorption and swelling only in its front region, the reflective film and a back-coat layer covering this film are both made permeable to humidity substantially equally to the surface-hardening film. Preferred material for the reflective film is a Sn--Cu--Cr ternary alloy having high reflectivity and excellent resistance to moisture.

Mirror using transparent synthetic resin plate

A wiper device for wiping rain on a mirror surface of a rear-view mirror provided on the exterior of an automotive vehicle, includes a driving means of the wiper blade for driving the latter in first and second directions alternatively. The driving device comprises an electric circuit which includes a switching means and a means for detecting both ends of the wiper blade motions in the first and second directions. The switching means is operative to switch direction of an electric power supply to an electric motor when the detecting means detects the end of wiper blade motion.

Wiper device

A mirror apparatus having a wiper means intended to wipe a surface of a mirror supported on a mirror holder, wherein the wiper means comprises: a rubber ribbon for wiping the mirror surface; a pair of holders for supporting the rubber ribbon; and a pair of stays for supporting the pair of holders, respectively, to cause them to exert wiping operations, the rubber ribbon being provided with a curvable intermediate portion and a curvable end portion which are resulted from arrangement of the rubber ribbon being supported by the pair of holders excluding an intermediate portion and at least one end portion of the rubber ribbon, the pair of stays being coupled to each other by a shaft member at a site just above the intermediate portion of the rubber ribbon to provide for pivotable actions of these stays, that particular holder which located on the curvable end portion side of the rubber ribbon being coupled to its mating stay at a site located within a groove formed at a corresponding site of the rubber ribbon, to thereby reduce unwiped regions on the mirror surface and to enhance wiping efficiency.

Mirror apparatus having wiper means

An outside mirror with a wiper is disclosed. The outside mirror includes a mirror drive motor and a wiper drive motor for a wiper. The wiper drive motor is mounted for rotation about an axis perpendicular to the mirror drive motor. The wiper is spring biased against the mirror to follow the movement thereof. As the mirror pivots about a vertical axis, a wiper guide urges the drive motor to pivot correspondingly so that the wiper follows the mirror surface. As the mirror pivots about a horizontal axis, the spring biased wiper follows the mirror to maintain the proper wiping contact with the mirror.

Outside mirror with wiper

A seat back tilts forward when an actuating lever is pulled, and remains forward after the lever is released. The seat back is restored to a desired operating position by pushing it backward until it stops moving. The desired position is set by pulling a release lever, pushing the seat back to the desired position, and releasing the release lever.

Vehicle seat back tilt control mechanism

A vehicle seat assembly having a substantially horizontal seat member and a normally upright backrest pivoted relative to the seat member is locked in one of a plurality of selectable positions lengthwise of a stationary guide fixed to the vehicle floor. A seat position memory element is provided having a first latch which is selectively engageable with the stationary guide and a slide member which is slidably carried on the stationary guide. The slide member has a second latch which normally engages the stationary guide to lock the seat assembly in position and is disengaged therefrom when the backrest is folded forward to permit the seat assembly to move forward. A control shaft is rotatably carried on the slide member and arranged to coact with the first and second latches. Upon rotation of the control shaft, the first and second latches are disengaged from the stationary guide to move the seat to a selected position. Restoring of the control shaft causes the first and second latches to come into engagement with the stationary guide. When the backrest is folded forward to move the seat forward, the first latch remains engaged with the stationary guide while the second latch is disengaged therefrom. Upon return movement of the seat, the second latch comes into engagement with the stationary guide such that the seat assembly returns to the selected position.

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Yokohama, Japan

Takeo Tamura