Citizen Watch Company, Ltd.

Sumitomo Heavy Industries, Ltd.

Fuji Electric Co., Ltd.

Other

Nec Corporation

Sony Corporation

Anritsu Corporation

Mitsui Chemicals, Inc.

Ube Industries, Inc.

Kyorin Pharmaceutical Co., Ltd.

Fuji Electric Device Technology Co., Ltd.

Teijin Pharma Limited

Moriroku Technology Company Ltd.

Kenji Fujita

Masahiro Sase

Akiyoshi Murakami

Akinari Takada

Kiyotaka Igarashi

Shinya Yoshida

Kenichi Nemoto

Masahiro Tanoguchi

Kenji Shimoda

Tsuyoshi Sato

Isamu Kobayashi

Haruhiko Higuchi

Atsushi Kitabata

Katsumi Kawase

Tsuneo Shibuya

Noboru Takigawa

Makoto Sato

Hiroshi Takahashi

Shinji Kobayashi

Hiroshi Takeuchi

Daisuke Mochizuki

Shigeru Tajima

Masanori Yamamoto

Yukihiro Nishikawa

Junya Tanaka

Yasumichi Fukuda

Yoshikazu Asahina

Satoru Ozaki

Ikuya Sato

Kikuo Kawasaki

Yoshihiro Chosokabe

Masao Mafune

Yoshiyasu Itsuji

Tomohiro Ide

Ayako Nakamura

Motoki Funahashi

Kunikazu Mochida

Fumiyoshi Kobayashi

Yuji Shibata

Kazuhiko Ibe

Kazuo Korehisa

Isao Saikyo

Noriko Ishii

Hideo Harada

Kanji Komatsu

Takahiro Higaki

Hirotomo Fukuda

Tomoyuki Oguchi

Nami Takiguchi

Isao Takasu

Shunichi Makuta

Kouji Yotsumoto

Sigeo Kawasima

Takasi Miyata

Tayuna Nambu

Michiko Yagi

Yuichi Takami

Hisao Mikuni

Hirosi Asaba

Hidenori Matsushima

A monitoring apparatus includes a sensing circuitry configured to sense a locked or released state of a door of a railway vehicle, or sense an open or closed state of the door, and a processor. The processor acquires an output of the sensing circuitry, and position information in an opening or closing direction of the door, and determines an abnormality in a configuration related to an opening or closing operation of the door, based on a match between the acquired output of the sensing circuitry and the position information.

Monitoring apparatus and monitoring method

A protrusion is formed on a facing surface which is integral with a shaft of a hinge mechanism. The protrusion has a tip that is in contact with an end surface of the engagement portion when the first member and the second member swing relative to each other, so that displacement of the second member along the lengthwise direction of the shaft is restricted. A state immediately after the engagement portion is engaged with the shaft is referred to as an initial engagement state. In the initial engagement state, the protrusion is situated at a position beyond a center of the shaft when viewed in a direction of engaging the engagement portion with the shaft, and the end surface of the engagement portion is separated from the tip of the protrusion.

Vehicle storage device

Provided is a mobile terminal testing apparatus capable of executing a test for putting any pseudo base station out of service during state transition, such as during handover or during position registration. A mobile terminal testing apparatus includes a plurality of pseudo base station units--, and-that simulate a plurality of base stations, and a scenario processing unitthat controls the pseudo base station units--, and-in compliance with a set scenario to execute a test. The scenario processing unitputs the pseudo base station units--, and-set as a base station executing an out-of-service test out of service in a case where a message set as a message to execute the out-of-service test is transmitted from the pseudo base station units--, and-set as a base station transmitting the message to execute the out-of-service test.

Mobile terminal testing apparatus and method of controlling out-of-service test of the same

A door control device includes: an electric motor control unit configured to drive, in response to a closing command for closing a door that is driven to be opened and closed by an electric motor, the electric motor; a door closed state detection unit configured to detect a closed state of the door; and a lock command output unit configured to output a lock command to lock a locking device of the door, upon the closed state being detected when a predetermined waiting time has passed after the electric motor was driven by the electric motor control unit in response to the closing command and the closed state was detected by the door closed state detection unit.

Door control device

A door control device includes: a speed control unit configured to perform speed control of an electric motor that drives a door; a speed detection unit configured to detect a speed of the door; and an obstruction detection unit configured to detect obstruction between the door and a door pocket, upon a value of the speed of the door detected by the speed detection unit decreasing by a first predetermined value or more with respect to a speed command value in the speed control during a door opening operation of the door.

Door control device and door control method

A door opening/closing device includes: an opening/closing bar attached to a door, which is actuated by a motor and is used for opening and closing the door; a door closing state detecting part configured to detect whether the door is in a closed state; a locking device configured to lock and unlock the door; a lock pin capable of being moved to a locked position or an unlocked position by the locking device; an engaging member attached to the opening/closing bar, which includes an engaging part configured to engage with the lock pin moved to the locked position; a first spring provided between the opening/closing bar and the engaging member; and a locking control unit configured to cause the locking device to lock the door when the closed state is detected by the door closing state detecting part.

Door opening/closing device

The object of the present invention is to provide a mobile terminal tester which can reduce the production cost from that of the conventional mobile terminal tester. The mobile terminal tester according to the present invention comprises a plurality of base transceiver station simulators () for respectively simulating base transceiver stations by exchanging signals with a mobile terminal () to be tested; a base transceiver station information storage () for storing therein a plurality of types of base transceiver station information to have the base transceiver station simulators () function; a base transceiver station information setting section () for setting the base transceiver station information to the base transceiver station simulators (); a transmission status setting section () for setting transmission status of each base transceiver station simulator (); and a test process executing section () for executing each process of a test of the mobile terminal () by controlling the base transceiver station information setting section () and the transmission status setting section (), in which the number of the types of the base transceiver station information stored in the base transceiver station information storage () is more than the number of the base transceiver station simulators ().

Mobile terminal tester and mobile terminal test method

There is provided an electric power supply device including an electric power supply portion that continuously supplies, to another device with which an agreement about electric power supply has been made, electric power agreed with the other device until one of a time at which the agreement becomes unnecessary and a time determined in advance, the electric power being supplied via a bus line formed by a pair of conductors, and an information communication portion that transmits and receives an information signal indicating information to and from the other device to which the electric power supply portion supplies the electric power, such that the information signal is superimposed on the electric power supplied from the electric power supply portion. The electric power supply portion determines whether to change the electric power to be supplied, in accordance with one of connection of a new device to the bus line and disconnection of the new device from the bus line.

Electric power supply device, electric power supply method and electric power supply system

Whether a safety function unit having a safety function of a desired standard is correctly mounted in a safety device having a configuration in which a basic control function and safety function are separated is accurately determined. The safety device includes a controller and the safety function unit. The controller is provided with a unit which selects a category for identifying a safety function unit which should be connected, a unit which transmits a reference signal to the safety function unit, a unit which determined, based on a category identification signal returned from the safety function unit, whether or not the category of the connected safety function unit coincides with a selected category, and a unit which, in the event that the result of the determination is such that the category of the connected safety function unit and the selected category do not coincide, prohibits the output of a control signal. The safety function unit is provided with a unit which, based on the reference signal transmitted from the controller, generates the category identification signal in accordance with a process appropriate to the category of the safety function unit, and returns it to the controller.

Safety device and power converter

A compound represented by the following formula (1): (wherein the carbon atom denoted by * is in the R-configuration; Rand Rare each independently a hydrogen atom, a halogen atom, an amino group, a hydroxyl group, a hydroxyamino group, a nitro group, a cyano group, a sulfamoyl group, a C-Calkyl group, a C-Calkoxy group, a C-Calkylsulfanyl group, a C-Calkylsulfinyl group or a C-Calkylsulfonyl group; and A is a substituted or unsubstituted heteroaryl group), or a pharmaceutically acceptable salt thereof.

Glucokinase activator

The present invention provides a portable electronic device including an operator block, a display block, detection means, and control means. The operation block has a plurality of operation buttons arranged in matrix. The display block, arranged in the vicinity of the operator block, is capable of displaying a screen divided into a plurality of areas corresponding to the arrangement of the plurality of operation buttons, displaying a cursor for selecting each the areas, and entering the selection by operation of each of the operation buttons. The detection means detects whether any one of the plurality of operation buttons has been operated. The control means positions the cursor to the area corresponding to the detected operation button and displays the cursor on the display block.

Portable electronic device, display method, program, and graphical user interface thereof

A control method for controlling a switching power supply circuit has a control circuit including a setting device that limits the exciting current of a transformer at the time of changeover from a switching delay to a switching period. The setting value set by the setting device is changed slowly to prevent the exciting current of transformer from changing rapidly and to reduce the excitation noise of transformer, and the setting value is changed gradually to prevent the output voltage from lowering even when the load becomes heavier than a certain value during the light load operation. The control method facilitates reducing the electric power consumption of the switching power supply circuit under a light load, reducing the transformer excitation noise and preventing the output voltage from lowering when the load is light.

Control method for switching power supply circuit

When a stem switch () is pulled out, a switch signal forming unitoutputs a signal (RS) indicating that effect, a control unit () receives the signal (RS) and starts clocking by a timer (). The control unit () receives a signal (HS) output from an electricity-generation detecting unit () within the clocking period, detects the electricity generating operation of an electricity generating unit (), and outputs a signal (CS) indicating that effect. A narrow pulse forming unit () forms a narrow pulse having a width of such a degree that the motor () is not driven based on the signal (CS), and outputs the narrow pulse to a motor driving circuit (). The motor driving circuit () flows a fine current through a coil () which drives the motor () based on the narrow pulse. An external device detects a variation of the narrow pulse, thereby confirming whether electricity is generated.

Electronic timepiece

A catalyst of a water insoluble vanadyl sulfate or a complex catalyst, in which a specific oxide and a specific sulfate are combined to the water insoluble vanadyl sulfate are excellent not only in their activity, durability and SOresistance, not only in substantially no oxidization of SOto SOas in HCl resistant. Therefore, using this catalyst, a decomposition treatment of an organic halide(s) can be carried out with high efficiency and good stability. In particular, a efficient decomposition treatment of an organic halides(s) can be carried out also in the cases that dust is coexist; the gas to be treated contains SOor HCl; or they generate in the decomposition area.

Catalyst for decomposing organic harmful substances and method for decomposing organic halides by use thereof

An injection molding machine includes a driving part, a driven part driven by the driving part, and a detector detecting a driven state of the driven part, wherein a storage medium is installed in the detector. Detector information to distinguish the detector, original point position information of the driving part, or molding machine information to distinguish the injection molding machine is stored in the storage medium. This information is compared with information stored in the controller of the injection molding machine.

Injection molding machine having a detector where a storage medium is installed

Growing community of inventors

Chiba, Japan

Kenji Fujita