Mitsubishi Electric Corporation

International Business Machines Corporation

Kureha Corporation

Nec Corporation

Mitsubishi Denki Kabushiki Kaisha

Oki Electric Industry Co., Ltd.

Kayaba Industry Company, Ltd.

Alps Alpine Co., Ltd.

Other

Fujitsu Corporation

Bridgestone Corporation

Asahi Glass Company, Limited

Ntn Corporation

Akebono Brake Industry Co., Ltd.

Agc Inc.

Yasuhiro Suzuki

Kazuki Watanabe

Akira Maeda

Shinichi Kato

Masahiro Takahashi

Kenji Suzuki

Satoshi Nakajima

Seiji Kobayashi

Daisuke Ito

Hiroshi Yoshida

Masayuki Ishikawa

Toshiyuki Tanaka

Takashi Okazaki

Masahiko Takagi

Kazuhito Akiyama

Tadashi Tsumura

Hirokazu Minamisako

Kazutaka Suzuki

Atsuki Tachibana

Naoya Matsunaga

Akihiro Konno

Keiji Uehara

Hiroshi Ogawa

Yoshikatsu Satake

Satoshi Matsumoto

Yoshihiro Takahashi

Yasutaka Nishimura

Mitsutaka Sato

Satoshi Hayasaka

Akio Ogawa

Masashi Takahashi

Keisuke Sone

Yohei Kato

Kimio Takahashi

Hideaki Maeyama

Yoshiaki Nishida

Hiroaki Makino

Yuki Ugajin

Tatsuya Kawase

Satoshi Takeda

Kazuyuki Suzuki

Yasutaka Ochiai

Masaaki Kadoyanagi

Susumu Kawaguchi

Katsuya Ueno

Kiyoharu Ikeda

Kenyu Tanaka

Katsumi Tashiro

Takao Komai

Taro Hattori

Shizuo Nagata

Hisashi Kurokawa

Yoshinari Nakamura

Mitsuru Kawashima

Takafumi Mito

Emiko Yamada

Masafumi Tomita

Kentaro Tsukamoto

Takaaki Takishita

Ken-Ichi Takaki

Kenichi Oi

Koichi Obara

Teppei Higuchi

Mizuo Sakai

Katsuhide Tanoshima

Kazuki Okada

Yoshihide Ogawa

Masanori Aoki

Takeshi Fushiki

Minoru Ishii

Yuichi Fukuda

Takashi Nozaki

Tetsuya Hiraoka

Kazuo Iwano

Masayoshi Hirata

Hiroshi Morikawa

Yoshiyuki Nagasawa

Takeshi Fukuda

Tamito Igarashi

Jumpei Nomura

Atsushi Tsuji

Tetsuo Ejiri

Katsuyuki Amano

Hiroyuki Hakamata

Takashi Sebata

Satoru Kawamata

Junichi Yokosato

Yohei Suzuki

Masazumi Chisaki

Masakazu Homma

Osamu Kanaya

Haruo Nakano

Shinichiro Hanada

Hideki Tsukino

Minoru Watanabe

Yuki Honda

Yasuo Shimizu

Yui Yoshida

Motor driver for a conveyor system

The present invention provides a nucleic acid conjugate in which a sugar chain ligand is bonded to an oligonucleotide via a linker, the sugar chain ligand having O-bonded mannose at its non-reducing end.

Nucleic acid conjugate

The transport system includes transport modules each including a coil group and an inverter unit that applies an AC voltage to the coil group. The transport system has at least one carriage having a magnet installed thereon to receive an electromagnetic force from the coil group. Each inverter unit includes an inverter circuit and a diode. The inverter circuit has a DC voltage applied thereto, the DC voltage being output from a DC power supply, and converts the DC voltage into the AC voltage. The diode is connected between the DC power supply and the inverter circuit and disposed to allow a current to flow in a forward direction from a first side of the diode connected to the DC power supply to a second side of the diode opposite to the first side when a potential on the first side is higher than a potential on the second side.

Transport system, and transport module

The vinylidene-fluoride-based polymer composition according to the present invention comprises a vinylidene-fluoride-based polymer and a specific surfactant and contains no fluorinated surfactant, wherein the specific surfactant is contained in an amount of 10 ppm or larger but less than 100 ppm in terms of mass ppm of the solid components of the composition and has an HLB value of 10 or greater. The method for producing a vinylidene-fluoride-based polymer according to the present invention comprises emulsion-polymerizing specific monomers in an aqueous medium in the presence of a specific emulsifier and an initiator without using any fluorinated surfactant, the use amount of the emulsifier being 8.5 ppm or larger but less than 100 ppm in terms of mass ppm of the monomers.

Vinylidene fluoride-based polymer composition obtained using non-fluorinated surfactant and production method therefor

A processing device that determines a vulnerability of open software in a system, the processing device comprising: a control unit that outputs priority of the vulnerability based on at least one of first information indicating whether the open software is externally accessible, and second information indicating whether an attack code for the vulnerability of the open software is in circulation, wherein the control unit assigns higher priority to the vulnerability of the open software externally accessible compared to the vulnerability of the open software externally inaccessible, or assigns higher priority to the vulnerability where the attack code is in circulation compared to the vulnerability where the attack code is not in circulation.

Processing device and processing method

The location system includes two measurers apart from each other and configured to measure first and second variables in accordance with times of arrival of radio waves and first reception strengths, respectively; a memory configured to store first data associating a plurality of zones with first and second reference variables corresponding to times of arrivals of radio waves with respect to the two measurers for a case where the radio waves are transmitted from the plurality of zones, and second data associating the plurality of zones with first and second reference reception strengths with respect to the two measurers for the case where the radio waves are transmitted from the plurality of zones; and a processor configured to identify from among the plurality of zones a zone having a highest probability of including a position from where radio waves are transmitted.

Location system

A coordinate input device includes a plurality of detection electrodes arranged in a grid shape, a coordinate calculation unit that calculates coordinates representing a proximity position of an object on a basis of changes in capacitances of the plurality of detection electrodes, and an output unit that outputs the coordinates calculated by the coordinate calculation unit. The coordinate calculation unit calculates the coordinates using each of a first calculation method and a second calculation method. In a case where two objects are detected using both the first calculation method and the second calculation method, the output unit outputs the coordinates calculated using the first calculation method in a case where a distance between the two objects is greater than a predetermined first threshold, and outputs the coordinates calculated using the second calculation method in a case where the distance between the two objects is less than a predetermined second threshold.

Coordinate input device and coordinate calculation method

An air-conditioning apparatus that uses refrigerant having a higher density than that of air, and includes a housing, an air inlet provided in a front surface of the housing to allow air in a room to flow into the housing, a heat exchanger that transfers heat between the refrigerant and the air that flows into the housing through the air inlet, an air outlet that allows the air subjected to heat exchange at the heat exchanger to be blown from the housing, a fan provided in an air passage extending from the air inlet to the air outlet, and a sensor that detects leakage of the refrigerant. The heat exchanger is provided above the fan, and the sensor is provided below the fan.

Air-conditioning apparatus

A refrigeration cycle apparatus includes a refrigeration cycle circuit, a liquid receiver, a first valve and a second valve. The refrigeration cycle circuit includes a compressor, an outdoor heat exchanger and an indoor heat exchanger. The liquid receiver is provided in a second section located in the refrigeration cycle circuit. The second section is a section extending between the outdoor heat exchanger and the indoor heat exchanger without extending through the compressor. The first valve is provided in a first section in the refrigeration cycle circuit, and is a solenoid valve or a motor valve. The first section is a section extending between the outdoor heat exchanger and the indoor heat exchanger through the compressor. The second valve is provided in the second section and between the liquid receiver and the indoor heat exchanger, and is an electronic expansion valve, a solenoid valve or a motor valve.

Refrigeration cycle apparatus

Servo amplifier

A heat-pump using apparatus includes a refrigerant circuit and a heat medium circuit. The refrigerant circuit is capable of executing a heating operation and a cooling operation. A first expansion device is provided downstream of a reservoir, and a second expansion device is provided upstream of the reservoir, in the flow of refrigerant in the heating operation. A main circuit of the heat medium circuit includes a branching part and a joining part. An overpressure protection device is connected to a connection part which is located between a load-side heat exchanger and one of the branching part and the joining part or at the load-side heat exchanger. A refrigerant leakage detecting device is connected to the other of the branching part and the joining part, or between the other of the branching part and the joining part and the connection part, or to the connection part.

Heat-pump using apparatus

An indoor unit includes an air-sending fan, an air inlet through which air of an indoor space is sucked in, and an air outlet located above the air inlet and through which the air sucked in through the air inlet is blown out to the indoor space. A control unit activates the air-sending fan when leakage of the refrigerant is detected. When M [kg] represents an amount of charge of the refrigerant in a refrigeration cycle, LFL [kg/m] represents a lower flammable limit of the refrigerant, A [m] represents a floor area of the indoor space, and Ho [m] represents a height of the air outlet above a floor surface of the indoor space, the amount of charge M, the lower flammable limit LFL, the floor area A, and the height Ho satisfy a relationship of M&#x3c;LFL&#xd7;A&#xd7;Ho.

Method for setting the refrigerant charge amount in an air-conditioning apparatus

An apparatus using a heat pump includes a refrigerant circuit and a heat medium circuit. The refrigerant circuit is capable of performing a first operation, in which a load-side heat exchanger is used as a condenser, and a second operation, in which the load-side heat exchanger is used as an evaporator. A main circuit of the heat medium circuit has a branching part and a joining part. An overpressure protection device and a refrigerant leakage detecting device are connected to the main circuit. The overpressure protection device is connected to a connection part located between the load-side heat exchanger and one of the branching part and the joining part, or at the load-side heat exchanger. When leakage of refrigerant is detected, the state of a refrigerant flow switching device is set to a second state, an expansion device is set to a closed state, and a compressor is operated.

Apparatus using a heat pump including a refrigerant leakage detector

A heat pump apparatus includes: a refrigerant circuit which circulates refrigerant; a heat medium circuit which makes a heat medium flow; a heat exchanger which cause heat exchange to be performed between the refrigerant and the heat medium; and an indoor unit which houses at least the heat exchanger. The heat exchanger has a double-wall structure. The indoor unit includes a container which houses the heat exchanger. In the container, a first opening port is formed to communicate with an outdoor space without communicating with an indoor space.

Heat pump apparatus and method for installing the same

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Tokyo, Japan

Yasuhiro Suzuki