Sugatsune Kogyo Co., Ltd.

Mitsubishi Denki Kabushiki Kaisha

Hitachi, Ltd.

Nippon Shokubai Co., Ltd.

Hitachi-high-technologies Corporation

Nintendo Co., Ltd.

Mitsubishi Jidosha Kogyo Kabushiki Kaisha

Bridgestone Sports Co., Ltd.

Nihon Joryu Kogyo Co., Ltd.

Pkm Corporation

Manabu Hasegawa

Masaya Suzuki

Tsuyoshi Wakuda

Kazuyoshi Oshima

Yoshinori Saito

Hiroshi Higuchi

Satoshi Arai

Takashi Kobayashi

Hideki Tanaka

Hideyuki Kazumi

Atsushi Nanba

Tadayoshi Kosaka

Toshiyuki Yokosuka

Kenji Tomizawa

Nobuyuki Kataoka

Kazuaki Kashiwaguma

Toshiya Inubushi

Yoshihito Nakahara

Chahn Lee

Mihoko Shimoji

Tetsurou Ogushi

Takahiro Oguma

Atsushi Musha

Kazushige Nakao

Koichi Hirao

Eiichi Ozaki

Shinichirou Koshikawa

Yusuke Jin

Jiro Yoshizawa

Kenta Naganuma

Hisashi Fukai

Keiji Kobayashi

Ryou Niimi

Naoki Furuya

Koichi Akamatsu

Thomas Bourdaire

A travel control device for a hybrid vehicle includes: an acceleration control part for controlling a traveling motor generator or an engine based on a depression amount of an accelerator pedal; and a regenerative control part for controlling the traveling motor generator with a regenerative control intensity set by an operation part. The acceleration control part includes: an EV priority control portion for prioritizing EV traveling over engine traveling. The regenerative control part includes: a restriction portion for restricting or prohibiting regenerative braking; and a forced regeneration portion for performing regenerative braking on a driving wheel and rotationally driving a power generation motor generator by electricity generated in the traveling motor generator to rotationally drive an engine, if the regenerative braking intensity is increased by the operation part in a state where the restriction portion restricts or prohibits the regenerative braking. The acceleration control part deselects an EV priority mode if the regenerative braking intensity is increased by the operation part in a state where the EV priority mode is selected and acceptance of electricity to the driving battery is restricted.

Travel control device for hybrid vehicle

A server device stores data sent from a client device together with data identification information and stakeholder identification information that identifies a stakeholder operating the client device. A controller determines a number of stakeholders included in the data, and, in a case where the data stores information on stakeholders of a plurality of n organizations, leaves information on a specific stakeholder unrewritten and rewrites information of other stakeholders with optional information to generate n types of management data. The controller generates first hash value for each of the n types of management data, and controls n transactions including the first hash value to be issued to a blockchain, and transmits the transaction. The controller returns, in response to a browsing request specifying the data identification information and the stakeholder identification information from the client device, management data corresponding to the stakeholder identification information among the n types of management data.

Server device and traceability method

The present invention provides a charged particle beam device capable of predicting the three-dimensional structure of a sample, without affecting the charge of the sample. The present invention provides a charged particle beam device characterized in that a first distance between the peak and the bottom of a first signal waveform obtained on the basis of irradiation with a charged particle beam having a first landing energy, and a second distance between the peak and the bottom of a second signal waveform obtained on the basis of irradiation with a charged particle beam having a second landing energy different from the first landing energy are obtained, and the distance between the peak and the bottom at a landing energy (zero, for instance) different from the first and second landing energies is obtained on the basis of the extrapolation of the first distance and the second distance.

Charged particle beam device and pattern measurement device

Door closer

A door opening and closing device can change a damping force of a damper when an arm rotates by opening and closing of a door. On a caseof the door opening and closing device, the armis mounted which rotates by opening and closing of the door. Inside the case, friction generating unitis provided. The friction generating unithas a sliderwhich moves linearly relative to the caseby opening and closing of the doorand a fixed partwhich is fixed to the caseto slide the slider. The friction generating unitgenerates friction between the sliderand the fixed part. In opening and closing of the door, a radio of the rotation angle of the armand the amount of displacement of the slideris varied.

Door opening and closing device

Stay for furniture

A superconducting coil whose shape can be modified after it is shaped and a superconducting rotating machine with the superconducting coil are provided. The superconducting coil has an feature that the superconducting coilcomprising a superconducting material wirecoated with an insulation material and a coil frameon which the superconducting material wireis wound, the coil framecomprising a first memberbeing a thin plate in a circular ring shape and a second memberjointed with an inner periphery portion of the first member, the first member inner periphery portion extending from the jointed portion toward an outer periphery of the first member, wherein the superconducting material wireis wound between the first memberand the second member, which constitute the coil frame

Superconducting coil and superconducting rotating machine using the same

An object of the invention is to change over accurately the switch part between use condition and nonuse condition. A signal transmitting and receiving circuitfor transmitting and receiving signals comprises a tuning and matching circuitfor transmitting and receiving the signals, a signal communication wiretransmitting the signals, and a wavelength wirehaving a length (L) defined by a relational expression given in an Equation of L=N&#xb7;(&#x3bb;/4) where L: length of the wavelength wire, N: 1, 2, 3, . . . , and &#x3bb;: wavelength. The circuitalso comprises a switch partchanging over between a grounded connection target and an ungrounded connection target. Further, the tuning and matching circuitis mutually connected to the signal communication wire, and the wavelength wireis constituted such that one end thereof is connected between the tuning and matching circuitand the signal communication wire, and the other end thereof is connected to the switch part

Signal transmitting and receiving circuit, a NMR probe, and a nuclear magnetic resonance equipment

One end portion of a connecting memberis connected to a first housingsuch that the connecting memberis rotatable about a first rotation axis Lfixed in position with respect to the first housing. The other end portion of the connecting memberis connected to a second housingsuch that the connecting memberis rotatable about a second rotation axis Lfixed in position with respect to the second housingand extending parallel to the first rotation axis L. The first housingand the second housingare located in different locations in a direction of the first and the second rotation axes L, Lsuch that a top surfaceof the first housingand an undersurfaceof the second housingare located generally on a same plane.

Portable device and hinge assembly

Hinge for furniture

A first abutment surfacefor restricting an initial position of a hinge main body, and a second abutment surfacefor restricting a terminal position of the hinge main bodyare formed on the transmission case. A third abutment surfacefor restricting an intermediate position of a reception caseis formed on the reception case. Between the transmission caseand the hinge main body, there are provided a first turn biasing means (not shown) adapted to turn bias the hinge main bodyto the initial position, and a second turn biasing means (not shown) adapted to turn bias the hinge main bodyto the terminal position. Between the reception caseand the hinge main body, there are provided a third turn biasing means (not shown) adapted to turn bias the reception caseto a folded position, and a fourth turn biasing means (not shown) adapted to turn bias the reception caseto a transmission position. The turn biasing force of the first turn biasing means is larger than that of the third turn biasing means. The turn biasing force of the fourth turn biasing means is larger than that of the second turn biasing means.

Device case opening/closing device, and 2-axis hinge device

A card attachment/detachment device includes a card accommodation section arranged at any one of the body and the lid; a terminal arranged at the other to comes into contact with a card placed in the card accommodation section and to press the card toward the card accommodation section; a stopper section constituting a part of a card insertion/removal opening communicating with the card accommodation section and coming into contact with a part of the card placed in the card accommodation section; and a first biasing means pressing the card toward the stopper section when the card is placed in the card accommodation section and ejecting the card to the outside through the card insertion/removal opening when the card is removed from the card accommodation section.

Card attachment/detachment device

Growing community of inventors

Tokyo, Japan

Manabu Hasegawa