Other

Sharp Kabushiki Kaisha Corporation

Mitsubishi Denki Kabushiki Kaisha

Kabushiki Kaisha Fujikin

Mistubishi Denki Kabushiki Kaisha

Makoto Iwata

Hiroaki Terada

Hisatoshi Akamoto

Masayuki Mizuno

Jyunji Satou

Toshiyuki Tamura

Shinji Komori

Satoru Kotoh

Takeharu Oshima

Shinji Nakashima

Hirono Tsubota

Katsuhito Yamaguchi

Junji Onishi

Akira Kondo

A flow controller ( ), comprising a valve body ( ) having flow paths forming an inlet and an outlet of fluid, a diaphragm ( ) held fixedly between the valve body and a bonnet ( ), and an operating mechanism ( ) moving the diaphragm vertically, wherein the valve body flow paths communicate with each other through a projection-free communication path ( ), the a diaphragm is formed so that, when lowering, it comes into close contact with the communication path so that it closes the flow path and, when rising, the center part thereof is recessed so that an area near the outer peripheral part is raised, and a curved surface ( ), to which the outer upper surface ( ) of the raised part is closely fitted, is formed on a bonnet on the inner lower surface of a diaphragm holding part ( ).

Fluid controller

A fluid controller ( ), having a valve body ( ) having flow paths used as inlet and outlet for a bonnet ( ), and an operating mechanism ( ) moving the diaphragm in vertical direction, wherein the flow paths of the valve body communicates with each other through a protrusion-free communication path ( ), the diaphragm is fitted closely to the communication path when lowered so as to close the flow path and, when raised, the center part of the diaphragm is recessed and its part near the outer periphery part is protruded, and also a curved surface ( ) to which the outer upper surface ( ) of the protruded part is closely fitted is formed on the bonnet at the inner lower surface of a diaphragm holding part ( ).

Intercommunication of data between adjacent element processors (3) is performed through a memory unit (6) which is independently accessible to the respective element processors (3) without interfere with the operations of the other element processors (3). Thus, memory access and data transfer can be achieved without interfere with the operations of individual element processor (3). Furthermore, it becomes possible to solve differential equations by asynchronous communication system.

Information processing system and method of computation performed with

A horizontal synchronizing signal is counted by a binary counter. A first switch is switched in response to the count value, whereby signal data is classified. A sampling clock signal is counted by a binary counter. An output of the first switch is switched by second and third switches in response to the count value, whereby the data input rate of signal data is reduced. Each classified signal is subjected to filtering by a two-dimensional FIR digital filter.

Distributed processing device for a digital filter

A signal input in a raster scan format is entered into one-dimensional digital filters. An output of the one-dimensional digital filter is multiplied in a multiplier. Outputs of one-dimensional digital filters are provided to delay circuits to generate a time delay in a direction perpendicular to the raster scan direction. The output of the multiplier and the outputs of the delay circuits are added by adders. A one-dimensional digital filter of the vertical direction is decomposed in a manner more simple than in the horizontal direction to reduce delay time between input and output.

Two-dimensional digital i.times.j filter of rang, r&lt;i, implemented as

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Osaka, Japan

Makoto Iwata