Yanmar Co., Ltd.

Yamamoto Kogaku Co., Ltd.

Yanmar Agricultural Equipment Co., Ltd.

Sharp Corporation

Fumio Ishibashi

Kiyoyuki Okuyama

Akifumi Kuroda

Yoshihisa Ishiba

Hideya Takahashi

Yukio Kubota

Yoshiaki Kurokawa

Tamenobu Yamamoto

Hirokazu Kobayashi

Yasuo Noma

Eiji Shimizu

Koichiro Oka

Keishi Yoshikawa

Naoki Miyano

Noboru Kawanishi

Jindai Yamaguchi

Takeshi Takata

Kouichiro Oka

Tractor

Bonnet for tractor

Cabin for tractor

The synthetic resin lens has a function to generate heat by selectively absorbing infrared rays with wavelengths of 780 to 3000 nm. The synthetic resin lens includes an infrared absorber. Selective absorption of infrared rays allows the synthetic resin lens itself to generate heat and thus the lens of the present invention has the same function as being electrically heated to prevent fogging.

Synthetic resin lens and eye lens article thereof

A hydraulic transmission () has an electric actuator () for changing its output/input rotation speed ratio. A controller () of the actuator memorizes a command current value to the actuator supposing that load is not applied on the hydraulic transmission, and calculates a value of load applied on the hydraulic transmission by calculating a difference between an actual command current value to the actuator and the memorized command current value. A command current value is compensated based on the value of load, and the actuator receives feedback to be controlled. A vehicle may have a differential mechanism (), which combines rotation powers on input side and output side of the hydraulic transmission. A detector () detects rotation speed of a main speed change output shaft () serving as an output shaft of the differential mechanism. If the detected rotation speed differs from target rotation speed of the shaft () determined based on operation of a speed change operation tool, the actuator is forcedly controlled. This difference is supposed to be caused by load applied on the hydraulic transmission, whereby the load is calculated.

Hydraulic transmission vehicle

A sports goggle includes a goggle main body () on which information processing means () is mounted. The goggle main body () has an eye piece portion () on which information display means () is mounted. Information transmission means of transmission/reception of information on sports to/from outside can be mounted on the goggle main body (). Furthermore, the information processing means () and the information display means () may be made as a unitary block. There is provided a sports goggle through which a user can check the displayed information even while performing a sport, can get information judged to be appropriate at appropriate moment in a comparatively short time, can pay attention to the display unit without lowering the sport ability, and can get sophisticated instructions from an instructor or a coach.

Sports goggle

An abnormality detection support device, suitable for a case where rescue operations are made under situations that visibility is disturbed by smoke due to fire, includes an infrared camera, a display which, at least when the infrared camera is in use, comes to be positioned in front of a user's eyes and reproduces an image taken by the infrared camera thereon and a face protector or a helmet, on which the infrared camera and the display are provided, and the infrared camera and the display are arranged to be within an outline of the user's head in a front view when the device is put on the user. The present invention can, therefore, provide the abnormality detection support device which enables an operator to work with both hands available while directly watching the infrared image even under a circumstance that smoke or the like due to occurrence of fire disturbs the field of vision of the operator, and has excellent usability.

Device for assisting a person in rescue operations under hazardous situations

A hydraulic transmission () has an electric actuator () for changing its output/input rotation speed ratio. A controllerof the actuator memorizes a command current value to the actuator supposing that load is not applied on the hydraulic transmission, and calculates a value of load applied on the hydraulic transmission by calculating a difference between an actual command current value to the actuator and the memorized command current value. A command current value is compensated based on the value of load, and the actuator receives feedback to be controlled. A vehicle may have a differential mechanism (), which combines rotation powers on input side and output side of the hydraulic transmission. A detector () detects rotation speed of a main speed change output shaft () serving as an output shaft of the differential mechanism. If the detected rotation speed differs from target rotation speed of the shaft () determined based on operation of a speed change operation tool, the actuator is forcedly controlled. This difference is supposed to be caused by load applied on the hydraulic transmission, whereby the load is calculated.

There is provided a method for continuously manufacturing an optical article which comprises a first step of thermal press-molding a sheet-like curved body and a second step of insert injection-molding a back resin on a concave side of the sheet-like curved body, while transferring the continuous sheet in a longitudinal direction, using an apparatus for manufacturing an optical article in which a press-molding machine which can thermal press-mold the sheet-like curved body and an insert injection-molding machine equipped with a mold having a curvature similar to that of the sheet-like curved body are serially positioned in this order, wherein a cycle of thermal press-molding and a cycle of insert injection-molding are synchronized to continuously insert-mold the back resin on a concave side of the sheet-like curved body while continuously thermal press-molding the sheet-like curved body.

Method for continuously manufacturing optical article

Growing community of inventors

Osaka, Japan

Fumio Ishibashi