Honda Giken Kogyo Kabushiki Kaisha

Honda Motor Co., Ltd.

Kabushiki Kaisha Imasen Denki Seisakusho

Nisshin Pharma Inc.

Nagata Sangyo Co., Ltd.

Yoshio Suzuki

Hiroshi Hashimoto

Yuji Kawaguchi

Yasuhiro Toyoda

Kazuhiko Yamada

Tomio Aoi

Ryuji Murayama

Hiroyuki Ikemoto

Tetsuya Ohno

Toshihiro Kameda

Kiyohide Nagase

Norimasa Kitoh

Kaoru Umeda

Kiyoshi Kuramochi

Takeo Kanafuji

Yasuhito Muranaka

Isao Murakami

Akihiro Iwasaki

Rumiko Muranaka

Seiichi Iwasa

Yoshiyuki Shirane

Kazuo Sato

Kimio Mizuno

Takashi Satoh

Akira Sekigawa

Kazuo Kokubo

The file name () of a second data file is included in a first data file (). A position information data () is likewise included in the first data file () for specifying the position of specific data in the second data file. A processing unit obtains the specific data from the second data file based on the description in the first data file. Specific instructions are supplied to a quality analyzing apparatus in a vehicle quality analyzing system based on the obtained data. The quality analyzing apparatus supplies electronic apparatuses or devices in a vehicle with predetermined signals in response to the specific instructions, so as to analyze the quality of the vehicle based on responses from the electronic apparatuses or devices. A set of independent files is utilized to establish the data structure. Data can be changed or modified in the individual file in a facilitated manner.

Vehicle quality analyzing system and data management method

Image data () assigned to a specific language is included in a second data file () at a specific position. A first data file includes a position information data specifying the position of the image data. A processing unit obtains the image data assigned to the specific language based on the position information data in the first data file. An image is displayed on the screen based on the obtained image data (). The language is set in the first data file for generation of the image. A change of the position information data in the first data file enables a facilitated change of language included in the display image data.

Vehicle quality analyzing system and plural data management method

The process for the preparation of amylase inhibitor including the steps of: (A) obtaining an extract solution containing the amylase inhibitor; (B) insolubilizing the amylase inhibitor by salting out by addition of a salt or salts to the solution obtained in the step (A) and recovering the insolubilized substance resulting from the salting out; and (C) directly drying the insolubilized substance recovered in the step (B) or dissolving the insolubilized substance in water to prepare an aqueous solution, and desalting and drying the aqueous solution to recover the amylase inhibitor, whereby, an amylase inhibitor in high concentrations 0.19 AI is prepared that shows highly inhibitive activity against the amylase in high yield and with good productivity.

Process for the preparation of amylase inhibitor

Each of motor local controllers for controlling operation of electric motors based on command data sent from a central controller has a memory for storing a plurality of command data for a predetermined period. When the motor local controller fails to receive normal command data, a CPU of the motor local controller predicts new command data from the command data in the past stored in the memory, and controls operation of the electric motor based on the predicted new command data.

Control apparatus for legged mobile robot

A memory stores a vehicle identifier code which enables identification of a vehicle carrying the same type of electronic control unit (ECU) correspondingly to an ECU identification code (ECU-ID) and display means for displaying the vehicle identifier code is displayed on the basis of the ECU-ID provided by an ECU, and a predetermined fault diagnostic program corresponding to the vehicle identifier code is selected and initiated in response to the input of a verification signal of the displayed vehicle identifier code. When a plurality of faulty parts of a vehicle are detected, a priority table is referred to and fault codes corresponding to the plurality of faulty parts are displayed with priority. The necessary specific work procedure is sequentially displayed according to the selected diagnostic program.

Fault diagnostic system for vehicles using identification and program

A throttle body assembly for supplying a mixture of fuel and air to an intake port of an internal combustion engine, integrally incorporating a fuel injection valve, a fuel pump, a fuel supply passage defined in the throttle body and extending from the fuel pump to the fuel injection valve, and a fuel pressure control valve directly incorporated in the throttle body to control pressure of fuel in the fuel supply passage. Thus, there is no need to use an external tubing system for supplying and returning fuel to and from the fuel injection valve, and the throttle body assemby may be simplified in structure so as to facilitate the assembling and servicing of the throttle body assembly. Further, an electronic control unit and sensors associated with the control unit are both directly mounted on the throttle body so that wiring around the throttle body may be eliminated.

Throttle body assembly

A reclining device for vehicle seats utilizes a differential reduction gear (A) and a small size high speed motor (27) as a drive source, wherein one gear (10) having a plurality of slots (15) positioned radially outwardly from the axis of the gear is between another gear (16) having a corresponding number of slots (20) in alignment with the slots (15) in the one gear and a bracket (22) associated with the other gear (16) and held in position by rivets (12,21) through the aligned slots in the two gears to thereby regulate the adjustment range of the reclining angle. The motor output shaft (27a) and reduction gear (A) are connected by a resilient joint (35), a resilient member (32) is interposed between the motor and coupling (33) or between the coupling and reduction gear (A) to prevent oscillation and noise, and a coiled spring (43) acts on one end of the worm shaft (30a) of the reduction gear to prevent play between a worm (30 ) and worm gear (29).

Reclining device

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Wako, Japan

Yoshio Suzuki