Mitsubishi Denki Kabushiki Kaisha

Tdk Corporation

Kabushiki Kaisha Toshiba

Tamagawa Academy & University

Yutaka Sakai

Takeshi Maeda

Hiroshi Kurihara

Katsuhiko Sekiguchi

Mitsuo Kougo

Masataka Midori

Yoshihiro Koizumi

Tatsuji Tanaka

Takashi Toya

Yoshikazu Isomura

Hiroyuki Nedate

An electromagnetic stirrer including: a shaft body extending in a first direction; and a plurality of stirring blades disposed on the shaft body, in which the plurality of stirring blades include a first stirring blade and a second stirring blade, the first stirring blade and the second stirring blade are aligned from a reference position of the shaft body in the first direction in order of the first stirring blade and the second stirring blade, a shape of the first stirring blade and a shape of the second stirring blade are similar to each other, and a size of the first stirring blade is different from a size of the second stirring blade.

Electromagnetic stirrer and reflection chamber

The purpose of the present invention is to provide a technique whereby multiple projection targets are efficiently identified from multiple neurons in multiple brain areas with the use of multis-point light stimulation. An acquisition unitacquires spike signals generated from multiple neurons existing in the vicinity of two or more recording sites. A stimulation control unitselects one projection target candidate from two or more candidates in accordance with a definite system on the basis of the spike signals and then determines irradiation timing of light stimulation. Upon the light stimulation, a management unitacquires the spike signals in all of the recording sites within a definite period of time before or after the light stimulation, while dividing the spike signals into anti responses and collision responses. An anti response management unitacquires and manages information relating to the anti responses. A collision response management unitacquires and manages information relating to the collision responses. A priority control sectioncorrects and determines priority depending on the anti response information and the collision response information.

Device, method and program for identification of projection targets

In a data management unit in a computer system, the computer system has a computer in which the data management unit is incorporated, and a terminal intercommunicates with the computer. In the data management unit, an object data storage unit (memory) stores in addresses thereon data items to which the terminal is adapted to make access. A parameter management file stores thereon parameters concerning a data structure of each data item. The parameters include a data name of each data item, a data type of each data item, an address related to each data item on the data storage unit and an array information of at least one data item. Then at least one data item has an array structure, and the array information includes a number of the array elements. On a number of bytes definition table, a number of bytes corresponding to each data type of each data item is stored. A data table producing module is adapted to make, according to the parameters concerning the data structures of the data items of the numbers of bytes of the data types, an address related to each data item in array element units on the memory (data storage unit) correspond to each data name of each data item so as to produce a data table.

Data management unit, computer system and computer-readable storage medium

The invention relates to a card assembly apparatus for assembling PC cards and the like, and it is an object of the invention to provide a card assembly apparatus which makes it possible to reduce costs required for card assembly and to improve the throughput of card assembly. It has a top side processing portion for performing predetermined assembly processes on a top side of a card and a bottom side processing portion for performing predetermined assembly processes on a bottom side of a card. A supply magazine portion a resin applying portion a sheet inserting portion a cover inserting portion a thermo-compression bonding portion and a compression bonding portion are provided in the top side processing portion and a resin applying portion , a sheet inserting portion , a cover inserting portion &prime;, thermo-compression bonding portions &prime; and &Prime;, compression bonding portions and &Prime; and a housing magazine portion are provided in the bottom side processing portion where those portions are listed above in the order of their X values increasing in the positive direction. There is also provided a transport portion for transporting PC cards in a path extending from the supply magazine portion to the housing magazine portion

Card assembly apparatus, card inspecting apparatus and card magazine used therefor

In order to present the generation of spouting up of the engine revolution number and the like, compensation of the bypass air quantity is carried out depending on the driving load during the running range being positioned, and the solenoid valve,serving as the intake air control valve provided within the bypass passage is controlled depending on thus compensated bypass air quantity.

Method and system for controlling engine idle revolution number

An idling-engine-speed control method and apparatus capable of stabilizing an engine speed before completion of warming-up even if cooling water temperatures greatly change compared to the voltage change of water temperature sensor outputs under the transition state in which the cooling-water temperature of an engine changes from a low temperature to a high temperature. A simulated water temperature setting device for generating a simulated cooling water temperature WTm operating so as to keep a holding start water temperature WT.sub.ks when a cooling water temperature WT exceeds the holding start water temperature WT.sub.ks and converge to the cooling water temperature WT in accordance with a predetermined change rate when the cooling water temperature WT exceeds a warming-up completed water temperature WT.sub.ke is used to determine the target engine speed under idling in accordance with the simulated cooling water temperature.

Growing community of inventors

Tokyo, Japan

Yutaka Sakai