Sony Corporation

Kabushiki Kaisha Toshiba

Jgc Corporation

Iks Co., Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Victor Company of Japan, Limited

Toshiba Infrastructure Systems & Solutions Corporation

Zuken, Inc.

Honda Motor Co., Ltd.

Toshiba Plant Systems & Services Corporation

Shinji Takahashi

Tadashi Saito

Hiroaki Hasegawa

Seiichi Ogata

Takatomo Nagamine

Yasushi Fujimura

Teruo Inaguma

Takashi Imai

Keiichi Nishida

Hideyuki Shimada

Satoshi Suzuki

Atsushi Inoue

Hiroshi Hasegawa

Hiroshi Umino

Syuichi Oguro

Aiko Matsuyama

Toshinobu Watanabe

Satoshi Miura

Susumu Nagano

Motohiko Okabe

Yoshito Ikeda

Tadashi Munakata

Yoshikata Kobayashi

Shinji Kawatani

Seiji Hanafusa

Shin Murakami

Yoshiyuki Inoue

Hiroyuki Takada

Kyu Kanno

Yoshihiko Inoue

Sueyoshi Mizuno

Nobuhiko Nakano

Norihito Togashi

Kazutaka Hiraoka

Shinobu Sekito

Katsune Zaitsu

Kazuo Tashiro

Kumi Takahashi

Nobuo Kakizaki

Go Iritani

Hiroaki Ogawa

Kazuhiko Sekido

Masanori Sotodate

Satoshi Irie

Kouki Minami

Provided are a power control device and control method employed therein. The power control device is provided with: a storage battery connected between the solar cell and the power conditioner; a converter, which is disposed between the storage battery and the solar cell, and which charges the storage battery with output power of the solar cell; and a control unit which controls the converter such that the converter charges the storage battery with differential power between the output power of the solar cell and the output power of the power conditioner in the cases where it is determined that the output of the solar cell will be larger than the outputtable power of the power conditioner.

Power control device and control method employed therein

A transmitting station includes a common memory, a receiver, a state-change information memory, a state-change table storage, and a state-change detection controller. The common memory includes a plurality of blocks storing therein data that is periodically broadcast by scan transmission among other transmitting stations. The state-change detection controller, when receiving the data from the other transmitting station, reads out from the state-change table storage a state detection word of the block corresponding to the other transmitting station of a transmission source of the relevant received data, and detects a state change of a word that is indicated by the common memory address stored in the state-change information memory in association with a target pointer that is an address pointer of the read-out state detection word.

Transmitting station for detecting state change of data stored in memory

Provided are a non-hydrocarbon gas separation device and the like capable of increasing a discharge pressure of a non-hydrocarbon gas to a downstream side while preventing an increase in size of equipment. In the non-hydrocarbon gas separation device, a first separation module () and a second separation module () connected to each other in series are each configured to separate a non-hydrocarbon from a natural gas through use of a separation membrane (). The non-hydrocarbon gas having been separated from the natural gas is discharged to each of discharge lines () and (). At this time, a pressure of the first separation module () on a discharge line () side is higher than a pressure of the second separation module () on a discharge line () or () side.

Nonhydrocarbon gas separation device and nonhydrocarbon gas separation method

Provided is a non-hydrocarbon gas separation device or the like capable of separating a non-hydrocarbon gas from a natural gas containing a heavy hydrocarbon. The non-hydrocarbon gas separation device is configured to separate a non-hydrocarbon gas from a natural gas. The natural gas containing a heavy hydrocarbon, the heavy hydrocarbon having 5 or more carbon atoms, is supplied to a separation module (). The natural gas having been separated from the non-hydrocarbon gas is allowed to outflow from the separation module (), and the non-hydrocarbon gas having been separated from the natural gas is discharged from the separation module (). An inorganic membrane (), which is housed in the separation module (), and is made of an inorganic material is configured to allow the non-hydrocarbon gas contained in the natural gas to permeate therethrough to a discharge side, and to allow the natural gas having been separated from the non-hydrocarbon gas to flow to an outflow side. A heating unit () is configured to heat the natural gas to be supplied to the separation module () so that a temperature in the separation module () is kept at a temperature higher than a dew point temperature of the heavy hydrocarbon.

According to one embodiment, a control device is for controlling a plurality of nodes configuring a dual ring network. Each of the nodes includes: a communicator configured to be capable of transmitting/receiving a frame to/from an adjacent node; a first counter configured to perform counting up when a normal frame is received via the communicator; and a second counter configured to perform counting up when an abnormal frame is received via the communicator. The control device includes a controller configured: to identify, when an abnormal frame is transmitted/received in the dual ring network, a terminal node of the dual ring network from the nodes based on values of the first counter and the second counter of each of the nodes; and to identify an abnormal part in the dual ring network based on the value of the second counter by using the identified terminal node as a starting point.

Control device

An electric power converter includes a first capacitor being located between an input terminal and an output terminal, and that connects a first terminal being located between the input terminal and a ground, a reactor that connects through electric contact between the first terminal and the output terminal, a switching element that connects through electric contact between the input terminal and the output terminal, and a control unit that executes a first PWM control process controlling a pulse width of the PWM waveform by on and off of the switching device according to the fluctuation of the output voltage, and that executes a second PWM control process widening a pulse width of the PWM and a duty cycle of a PWM than those of the previous cycle when a pulse width becomes a lower limit.

Electric power converter and power amplifier

The electronic-substrate electrical design apparatus has: a user interface for setting a first position coordinate and a first direction coordinate with respect to a predetermined layer constituting a multilayer electronic substrate, the first position coordinate indicating a viewpoint position when viewing the layer, the first direction coordinate indicating a visual line direction; a controller for controlling the generation of a three dimensional display image of the electronic substrate obtained when viewing the layer on the basis of the first position coordinate and the first direction coordinate set by the user interface; a display for displaying the three-dimensional display image generated by the control of the controller; and an editor for performing an electrical design of the electronic substrate on the three-dimensional display image displayed by the display. This electronic-substrate electrical design apparatus can easily verify a complicated electrical design of an electronic substrate and can also reduce design errors.

Electric-substrate electrical design apparatus using three-dimensional space, electrical design method, program and computer-readable recording medium

An electronic device includes a display section that displays an object; a touch panel that detects a touch input manipulation; a touch determination section that determines a type and a direction of the touch input manipulation performed on the object; and a scroll control unit that performs a first inertial scroll of the object in a direction of flicking manipulation when the touch determination section determines that that flicking manipulation is performed on the object without performing slide manipulation on the object, and a second inertial scroll of the object that is longer in scroll distance and faster in scroll speed than the first inertial scroll when the touch determination section determines that slide manipulation is performed on the object and then the flicking manipulation is performed on the object in a direction opposite to the direction of the slide manipulation.

Electronic device, method of controlling display, and program

An aspheric mirror has an aspheric reflective surface symmetrical with respect to an optical axis that goes through the reflective surface and a reference plane provided in the reflective surface. The optical axis may go through the reflective surface at a non-center position on the reflective surface. The reference plane may be perpendicular to the optical axis. The reference plane may be flat enough for a beam to be reflected from the reference plane in almost specular reflection when emitted to the reference plane.

Aspheric mirror, projection-type image displaying apparatus and method of producing projection-type image displaying apparatus

There can be solved a problem in which a lock range is narrowed by using an oscillator such as a ceramic having a high Q and a horizontal deflection frequency generating system compatible with all horizontal deflection frequencies of a variety of television systems cannot be formed without difficulty. This system includes a frequency-fixed oscillator oscillating at a frequency f sufficiently higher than a deflection frequency fh in a multi-scan display, a first counter for counting a clock outputted from said oscillator in a descending order, a duration in which an integer n which results from rounding a decimal point of a value obtained by a division of f fh is divided by an integer m smaller than n and said first counter counts a value k thus obtained k times is set to one cycle and a duration in which a second counter for counting a value m times repeats the counting m cycles is set to one period and thereby generating a deflection frequency fh.

System for generating horizontal synchronizing signal compatible with multi-scan

The signal processing apparatus for setting a vertical blanking signal of the television set that allows to set the beginning position and end position of a horizontal blanking signal irrespective of the numbers of lines in the vertical synchronous signal interval, comprising: an up counter for counting the vertical synchronous signal interval, synchronizing with the horizontal synchronous signal to lock forcedly the interlace signal to become a non-interlace signal; and a down counter for loading and down counting the count value of the up counter, wherein the down counter loads the data of the up counter immediately before the up counter is reset at a timing of the vertical synchronous signal and down counts the data which is loaded in the down counter as the initial value.

Signal processing apparatus for setting up vertical blanking signal of television set

A magnetic head having optimum recording/reproducing characteristics and a method for producing the magnetic head. A pair of magnetic core halves,, each having a substrate,and a thin magnetic metal film,formed obliquely on it, are bonded together via a non-magnetic material C for defining a magnetic gap. A portion of the substrate faces a junction surface,of the magnetic core halves,. The substrate portion is arranged for facing an end face of the magnetic meta film,of the opposite side magnetic core half facing the junction surface

Magnetic head with magnetic metal film core having offset halves

A horizontal electron-beam deflector capable of preventing circuits from being damaged due to disturbance such as electric discharge with a simple and small circuit configuration, wherein an AFC circuit inputs a control signal indicating a frequency from a computer, the control signal is output to a deflection circuit, the AFC circuit generates a horizontal synchronization pulse signal, and the deflection circuit generates a horizontal deflection signal while controlling a voltage by using the control signal input from the AFC circuit.

Horizontal electron-beam deflector, automatic frequency controller, and video signal receiver

According to a magnetic head and a method of manufacturing the same, a connecting process required when a magnetic head is attached to a head base can be implemented with ease. A pair of magnetic core half blocks (3, 4) are joined to form a magnetic core for forming a closed magnetic circuit. A thin film coil (6) is formed on the joint surface in which the magnetic core half blocks (3, 4) are joined. Terminals (7) of the thin film coil (6) are formed on the same plane of a head side surface (10a) intersecting the above-mentioned joint surface, resulting in a magnetic head (10) being constructed.

Magnetic head and method of manufacturing the same

The inspection apparatus for inspecting performance of a structure such as stator windings of an electric rotating machine of the invention comprises a probe including a measuring element, an arm unit and a cylinder face circumferential moving apparatus. The arm unit has an arm link section supporting the probe (mainly comprising a leading end link assembly and an arm posture keeping mechanism), an arm housing section (mainly comprising a guide rail) regarding driving of this arm link section, and an arm driving mechanism. The arm driving mechanism causes the leading end link assembly to project from the guide rail at an angle toward a measuring position side of the stator windings relative to the axial direction of the rotor unit, while causing the arm link section to travel along the guide rail. The arm posture keeping mechanism is provided with a link wire and a spring, and maintains a straight arm posture of the leading end link assembly after projection from the guide rail.

Inspection apparatus for inspecting performance of structure by

Growing community of inventors

Kanagawa, Japan

Shinji Takahashi