Hitachi, Ltd.

Mitsubishi Electric Corporation

Mitsubishi Denki Kabushiki Kaisha

Mitsubishi Jidosha Kogyo Kabushiki Kaisha

Hitachi Industrial Equipment Systems Co., Ltd.

Mitsubishi Jukogyo Kabushiki Kaisha

Hitachi Medical Corporation

Juki Corporation

Hitachi Microcomputer Engineering, Ltd.

Tdk Corporation

Director-general of Agency of Industrial Science and Technology

Mitsubishi Jidosha Engineering Kabushiki Kaisha

Mitsubishi Electric Metecs Co., Ltd.

Hitachi, Ltd. , Hitachi Medical Corporation

Kanehiro Co., Ltd.

Akira Maeda

Tetsuo Yokoyama

Koichi Sano

Hideaki Koizumi

Yasuhiro Suzuki

Takao Komai

Hitoshi Ashida

Motohisa Funabashi

Yukiyasu Ito

Yoji Taniguchi

Mitsuru Kawashima

Toshihide Ichimori

Hiroshi Nishimura

Hiromasa Yamaoka

Naomichi Yoshida

Kenyu Tanaka

Yori Takahashi

Takao Arai

Toshifumi Takeuchi

Makoto Tanaka

Hiroshi Yoshiura

Yuichi Yagawa

Shigetoshi Hayashi

Masahiko Tanaka

Takahiro Arima

Isao Echizen

Mikio Yoda

Fuminobu Komura

Koichi Homma

Toshihiko Nakano

Mitsuhiko Yoshimura

Haruo Hagiwara

Nobuyuki Fujikura

Hideyuki Maki

Erika Ayukawa

Mitsuo Yanagi

Kenichi Saga

Takashi Kasama

Takuo Ozawa

Noriyuki Hirose

Makoto Sato

Mikio Watanabe

Akira Yamada

Masao Imai

Kazuki Watanabe

Yoshihiro Takahashi

Kazuo Suzuki

Masahiko Takagi

Hiroaki Yoshida

Takashi Iizumi

Shigeru Matsuno

Mamoru Okano

Akira Miyao

Masahiro Uchida

Takehiko Matsushita

Nobuo Hamano

Michitaka Kosaka

Seiichi Takasaki

Nobuhiro Harada

Masato Koyama

Toyohisa Morita

Nobuyuki Kawai

Masafumi Tomita

Toshihiro Furuya

Hirotaka Mizuno

Toshio Hattori

Shimbu Yamagata

Koichi Haruna

Chiaki Hirai

Takaaki Takishita

Nobuya Furukawa

Hisamitsu Koga

Kazunori Handa

Shoji Miyashita

Takanori Sone

Yasumichi Hatanaka

Junichi Taguchi

Yoshinori Satou

Susumu Arai

Takeyuki Maegawa

Toshio Umemura

Kenji Kubozono

Tadashi Tenma

Hideki Honjo

Yutaka Takuma

Ryoji Taneda

Yuji Kamiya

Toshihiro Kurita

Weng Leong Loo

Satoru Hashimoto

Masahiko Yoshimura

Shigenobu Yanaka

Khotaro Yamashita

Koji Sugita

Yuji Tozuka

Hiroyuki Asaoka

Ryuko Someya

Toshikazu Kawahata

An inkjet recording device automatically determines an excitation voltage of a piezoelectric element for formation of ink droplets. An excitation voltage value is applied to the piezoelectric element of a nozzle over a plurality of sweeping events. A charge voltage is applied to ink droplets generated by the applied excitation voltage value in a plurality of arbitrary printing phases to give an electric charge thereto. A charge amount given to the ink droplets is detected by a sensor to obtain a printing phase. When the relationship of a current printing phase to a previous printing phase detected for each sweeping event is reversed from an increasing side to a decreasing side and two decrease determinations of the printing phase are established in succession, an excitation voltage value corresponding to the printing phase of the sweeping event immediately before the first decrease determination is set as a final excitation voltage value.

Inkjet recording device and inkjet recording method

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

Provided is an inkjet recording device, including a print head that includes a head base including: a nozzle from which ink is ejected; charging electrodes that charge the ink ejected from the nozzle; deflection electrodes that deflect the ink charged by the charging electrodes; and a gutter that collects ink not used in printing, and a head cover included in the head base, wherein the head base has a first horizontal uneven side portion, an oblique uneven side portion, and a second horizontal uneven side portion.

Inkjet recording device

An indoor unit of an air-conditioning apparatus includes a header main pipe to which an indoor pipe is connected at a brazed portion and header branch pipes. The header branch pipes are connected to first ends of heat-transfer pipes included in an indoor heat exchanger at brazed portions. The indoor pipe is connected to indoor refrigerant branch pipes at brazed portions. The indoor refrigerant branch pipes are connected to second ends of the heat-transfer pipes. A first leaked refrigerant receiver is disposed under the brazed portions. A first temperature sensor is disposed in the first leaked refrigerant receiver. A second leaked refrigerant receiver is disposed under flare joints connecting the indoor pipes to extension pipes, respectively. A second temperature sensor is disposed in the second leaked refrigerant receiver.

Air-conditioning apparatus and refrigerant leakage detection method

An indoor unit of an air-conditioning apparatus is installed at an installation height of hor more in an installation floor space A [m] and a refrigerant amount M [kg] to be filled falls within (formula) M&#x2264;&#x3b1;&#xd7;G&#xd7;h&#xd7;A.

Air-conditioning apparatus and method of installing the same

A load unit includes a water circuit chamber configured to accommodate at least a part of a water circuit configured to allow water to flow therethrough, a fan, an air inlet formed at a height positioned different from that of the air inlet and configured to suck indoor air therethrough, an air outlet configured to blow indoors the air sucked through the air inlet, and an air passage formed between the air inlet and the air outlet so as to be isolated from the water circuit chamber. A load-side heat exchanger is provided in the air passage.

Heat pump apparatus with refrigerant leakage protection

A refrigeration cycle device uses a refrigerant having a higher concentration than air under atmospheric pressure, and is capable of preventing a region having a certain refrigerant concentration or higher from being formed even if the refrigerant leaks in a casing of the refrigeration cycle device in a nonenergized state. The refrigeration cycle device includes: a casing having a first opening and a second opening, one of which is an inlet and the other of which is an outlet, and having therein an air course providing communication between the first opening and the second opening; and a refrigerant circuit provided in the air course in the casing and filled with a refrigerant having a higher concentration than air under atmospheric pressure, the casing having a third opening providing communication between the air course and outside of the casing.

Refrigeration cycle device

The inside of a casing constituting an indoor unit of an air-conditioning apparatus is laterally divided by an air passage partition so that an air passage chamber housing an indoor fan and an indoor heat exchanger is defined close to a casing side panel. A space in the casing close to the casing side panel is further vertically divided by a partition having through holes so that a pipe connection chamber housing parts of the extension pipes, flare joints, and indoor pipes is defined in an upper portion and a pipe draw-out chamber in which the extension pipes are arranged is defined in a lower portion. Gaps between outer peripheries of the extension pipes and inner peripheries of the through holes are filled with insulations.

Refrigeration cycle apparatus

A power supply control circuit, which is connected to a stabilized direct current power supply having a pair of first and second output terminals and a pair of first and second remote sensing terminals, includes: a current detector configured to detect an output current that is supplied to a load from the stabilized direct current power supply, and to output a current detection voltage; a current difference output unit configured to output a current difference voltage corresponding to a voltage difference between the current detection voltage and a current setting voltage; and a control voltage generator configured to generate a control voltage and output the control voltage to the first remote sensing terminal so as to perform a constant current control operation. The current detector, the current difference output unit and the control voltage generator are operated by only the direct current voltage supplied by the auxiliary power supply.

Power supply control circuit and power supply device

Cartridge for ink jet printer

A solder alloy includes 5 to 15% by mass of Sb, 3 to 8% by mass of Cu, 0.01 to 0.15% by mass of Ni, and 0.5 to 5% by mass of In. The remainder thereof includes Sn and unavoidable impurities. Thereby, highly reliable solder alloy and semiconductor device suppressing a fracture in a semiconductor element and improving crack resistance of a solder material can be obtained.

Solder alloy and semiconductor device

A front wheel is rotatably fitted to a knuckle of a suspension by means of a hub unit. While a stator bracket, which is fitted to an outer hub of the hub unit fixed to the knuckle, supports an annular stator, a rotor bracket, which is fitted to an inner hub of the hub unit to which the front wheel is fixed, supports an annular rotor, outside the stator. Rotation of the rotor is guided by a bearing of the hub unit.

In-wheel motor

A definition tool of the present invention declares columns which are concealed in external tables to a multi-database server. The multi-database server controls a decomposition and an execution of query messages such that the multi-database server does not perform an arithmetic using the concealed columns. The external database server encrypts the data of concealed columns in tables of query result tables. The multi-database server designates a range to be decrypted at the time of acquiring and integrating respective result tables. A client program acquires an integrated result table and decrypts the designated range. Since the data encrypted by the external database server is decrypted by and is referred to the client program, it becomes difficult for the multi-database server to refer to a content of the concealed columns.

Secure multi database system including a plurality of database devices

A metal electrode is formed on a substrate. The metal electrode includes a first layer, a second layer, and a third layer lying, from an outermost surface of the metal electrode toward the substrate, in this order. The first layer contains tin as a principal constituent and the second layer contains a metallic element which produces an eutectic reaction with tin, wherein the melting point of the first layer is higher than the melting point of the second layer. The third layer is an underlying metallic layer for the first and second layers.

Metal electrode and bonding method using the metal electrode

A method of embedding information into contents includes a changeable range calculating step of obtaining a range where value change of the contents is imperceptible to the human being and a step of embedding information by changing the values of the contents within the changeable range.

Method and system for embedding information into contents

Growing community of inventors

Tokyo, Japan

Akira Maeda