Honda Giken Kogyo Kabushiki Kaisha

Honda Motor Co., Ltd.

Keikichi Shimokobe

Yoshiteru Kinoshita

Osamu Sato

Hiroshi Yamaura

Katsumi Sato

Naohisa Okawada

Kunihiro Osada

In a motorcycle in which an engine body of an internal combustion engine is rubber-mounted on a vehicle body frame, to permit the rider(s) to enjoy a feeling of pulses. A rod-like frame member mounted at its one end to an engine body is abutted at its other end on a bottom plate of a rider's seat.

Motorcycle having a support for controlling vibrations transmitted to a seat thereof

A support structure for a motorcycle's rearview mirror includes a vibration dampening device. The support structure includes a mirror base attached to a fairing stay of the motorcycle. The vibration dampening device includes an isolated weight supported between two elastic members. The elastic members are attached to the fairing stay close to the attachment location of the mirror base to the fairing stay. Since the isolated weight is attached to the fairing stay, it can be large enough to sufficiently dampen vibrations which propagate along the fairing stay, without adversely affecting the outward appearance of the motorcycle.

Vibration dampening rearview mirror support structure

A support structure for a motorcycle's rearview mirror is constructed so as to dampen any vibrations which would normally be transmitted to the rearview mirror, and to reduce the risk of rattling noises in the rearview mirror assembly. The support structure includes a mirror stay, in the form of an elongated tubular extension, which serves to distance the rearview mirror from the motorcycle. One end of the mirror stay is connected to the motorcycle through a mirror stay supporting structure, which allows the mirror stay to rotate within a limited range. A rearview mirror housing is connected to the other end of the mirror stay. The connection between the mirror stay and the rearview mirror housing is accomplished by a rearview mirror main body supporting structure. The rearview mirror main body supporting structure allows the mirror housing to assume various orientations relative to the mirror stay. The rearview mirror main body supporting structure is characterized by two engaging spherical surfaces which are spring biased toward each other, and which may be adjusted relative to each other. The two surfaces ensure a stable, adjustable connection between the mirror housing and the mirror stay.

Rearview mirror support structure

Growing community of inventors

Saitama, Japan

Keikichi Shimokobe