Other

Ken Hayashibara

Konica Corporation

Sakase Textile Co., Ltd.

Yoe Institute Co., Ltd.

Yoichi Endo

Kenji Matsumoto

Hiroyuki Yamazaki

Kazumi Masaki

Yutaka Ohtani

Ryo Takimura

Hirohiko Yamazaki

Takeyoshi Iguchi

Takao Tsuda

Takashi Sekimoto

Masahiko Yamazaki

The present device provides a novel saddle for a bicycle, which eliminates the risk of pain caused by oppression of the regions near the hip or the perineal regions, and ensures an agreeable riding. The front sides of the saddle has a shape projecting forward in the traveling direction of the bicycle from the front center portion, and at least the saddle displacement member including the projecting front sides is displaceable relative to the bicycle main body. The body weight of the bicycle rider can therefore be supported in a dispersed state over a wide range of the hip and the femoral regions. The hip, particularly the regions near the coccyx are not locally oppressed seriously.

Saddle for bicycle

A protector for protecting a human body against local load such as a load applied to a shoulder through a strap suspending a heavy article such as a bag. The protector has a protector member the surface of which contactable with the human body is configured in conformity with the configuration of the local portion of the human body, e.g., a shoulder. The protector member may be provided with a strap support for supporting the strap and a strap retainer for retaining the strap on the strap support. The protector member has a high rigidity and a considerable area so as to distribute the load over a wider area on the local portion of the human body, thereby unburdening the load portion of the body, thus preventing fatigue, pair or other undesirable effect which otherwise may be caused by concentration of the load to a limited area.

Protector

A facsimile machine for transmitting an image. The facsimile machine includes: an endless-belt shape writing member on which the image is to be written; a writing frame for exposing a portion of said writing member to outside of the facsimile machine; a conveyer for conveying the image holding member for at least a size of the writing frame at one time; an optical reader for reading the image on the image holding member at the writing frame portion in which the reading generates image signals corresponding the image; a transmitting circuit for transmitting the image signals to a transmission address; and a receiving circuit for receiving information signals from other facsimile machine.

Facsimile apparatus including a supporting frame member and image

Disclosed is an improvement of a vibrostimulative device wherein the vibration from a vibration generator is transmitted to a vibratory member through a closed gas space, the improvement comprising providing a closed gas space of variable shape, and supporting the vibratory member with a resilient support member to retain the closed gas space.

Vibrostimulative device

Disclosed is a vibrostimulative device comprising an oscillator for generating an electric signal of the most effective frequency for the subject; an amplifier; a vibration generator, e.g. loudspeaker, connected with the oscillator through the amplifier; a vibratory member to be placed on the body of the subject; and a compressed closed gas space for transmitting the vibration from the vibration generator to the vibratory member.

A novel electromagnetic vibration generator, wherein a coil member capable of generating magnetic line of force and its magnetic counterpart are placed in parallel and united in one body in such a manner that the coil member and magnetic counterpart form a uniform gap, is disclosed. A coil member and a vibration plate are feasible as the magnetic counterpart. The vibration generator is driven by supplying an alternating current to the coil member so that a set of coil member successively attract or repel each other, or that the magnetomotive force of single coil member successively attracts the vibration plate. The vibration generator is vibrotherapeutically effective in the vibration frequency range of 50-80 times/sec, and 100-280 times/sec.

Growing community of inventors

Tokyo, Japan

Yoichi Endo