Mitsubishi Denki Kabushiki Kaisha

Yoshino Kogyosho Co., Ltd.

Alps Alpine Co., Ltd.

Kabushiki Kaisha Toshiba

Tdk Corporation

Toshiba Infrastructure Systems & Solutions Corporation

The Tokyo Electric Power Company, Incorporated

Mitsubishi Electric Semiconductor Software Co., Ltd

Equos Research Co., Ltd.

Alps Electric Co., Ltd.

Minoru Abe

Tetsuo Takahashi

Junichi Chiba

Masato Suzuki

Manabu Tamura

Yoshinori Sato

Tomoo Yamakage

Manabu Yamashita

Naruki Suetake

Takashi Naito

Masahiro Hasebe

Tatsuya Tanaka

Akiho Ota

Masaki Okada

Hiromi Shimura

Noriaki Ootsuka

Keita Iwami

Yasumichi Hashi

Shohei Kusumoto

Akira Demizu

Akira Mizuno

Munehisa Horiguchi

Yasuo Tada

Susumu Tanaka

Nobuaki Yokoyama

Toshiaki Amano

Hidetaka Sato

Syunichi Hirose

Masao Ando

Shinichi Hirose

Fumihiko Sakakibara

Daisuke Matsuoka

Ryuji Tohyama

Yasuo Kotera

Yosuke Ando

Hisanori Shirai

Ken Matsue

Masahito Ooyama

Tatsuro Yamaguchi

Nobukazu Takashima

Masato Yoshino Kogyosho Co Ltd Suzuki

Hiromi Yoshino Kogyosho Co Ltd Shimura

Junichi Yoshino Kogyosho Co Ltd Chiba

Kazuo Isogai

Kazuhisa Ozaki

A current detection device includes a plurality of current detection units arranged in the current detection device. Each of the current detection units includes a bus bar that enables a current to be measured to flow therethrough, a magnetic sensor disposed at a position facing the bus bar, and a pair of shields disposed so as to sandwich the bus bar and the magnetic sensor in a facing direction in which the bus bar and the magnetic sensor face each other. The bus bars of the plurality of current detection units extend so as to be aligned to one another and, as viewed in the facing direction, the positions of the shield and the magnetic sensor of each of the current detection units in an extension direction of the bus bars differ from the positions of the shield and the magnetic sensor of the adjacent current detection unit.

Current detection device

A current sensor includes a plurality of unit groups mounted in a first case and a current sensor includes a first case that is made of a resin and includes a first opposing part, a second case that is made of a resin and includes a second opposing part, a substrate mounted in at least one of the first case and second case, and a plurality of unit groups mounted in the first case and second case, each unit group measuring an induced magnetic field. second case, each unit group measuring an induced magnetic field. Each of the plurality of unit groups includes one or more measurement units arranged in a second direction. A current path and a first magnetic shield, each of which is formed integrally with a first opposing part, are positioned so as to be separated by a first distance. In all unit groups, all first distances are substantially the same. The current path and a magneto-electric conversion element, which is formed integrally with a second opposing part, are positioned so as to be separated by a second distance. In all measurement units included in a unit group shared among them, all second distances are substantially the same. The second distance differs for each unit group. The thickness of the first opposing part in a first direction is substantially constant. The thickness of the second opposing part in the first direction is substantially constant.

Current sensor

A current sensor includes at least one bus bar through which a current to be measured flows and a casing integrated with part of the bus bar. A conductive portion is provided in the at least one bus bar, which is used to verify whether the current sensor functions normally. In the conductive portion, a front face of the bus bar is exposed from a casing main body to form an exposed face and a rear face of the bus bar opposite the exposed face is coated with synthetic resin to form coated face. Furthermore, the conductive portion has a trapezoidal shape in which the longer base is the exposed face and the shorter base is the coated face.

A multilayer electronic component includes: a multilayer stack including a plurality of dielectric layers and a plurality of conductor layers stacked together; a plurality of terminals integrated with the multilayer stack; and a shield formed of a conductor and integrated with the multilayer stack. The multilayer stack has a top surface, a bottom surface, and four side surfaces connecting the top surface and the bottom surface. The plurality of terminals are provided on the bottom surface of the multilayer stack. The shield entirely covers the top surface and the four side surfaces of the multilayer stack. The shield includes a portion that is thicker than the other portions of the shield.

Multilayer electronic component

A transmitting system includes a variable-length packet multiplexing apparatus and a transmission slotting apparatus. The variable-length packet multiplexing apparatus generates a variable-length packet. The transmission slotting apparatus stores the variable-length packet in slots forming transmission main signals. The transmission slotting apparatus includes a capacity calculator, an extractor, a remainder calculator, a selector, and a slot information multiplexer. The capacity calculator calculates a data capacity of the transmission main signals for one frame. The extractor extracts a byte number of the variable-length packet. The remainder calculator calculates a remaining capacity of the transmission main signals. The selector stores a predetermined data sequence in a region left in the slots, and outputs the slots storing the data sequence. The slot information multiplexer multiplexes slot information and the slots output by the selector.

Transmitting system, transmission slotting apparatus, receiving apparatus, and transmission slot generating method

Each of three magnetic sensors is positioned on a first virtual line that passes the centers of two magnetic shields in the width direction and is perpendicular to a virtual plane, so a value detected by the magnetic sensor is less likely to be influenced by an external magnetic field. The first virtual line and the center of a conductor intersecting the first virtual line are separated from each other by a certain distance. Therefore, even if a distance from the center of the conductor in the width direction to the magnetic sensor is short, it is possible to improve, on a high-frequency side, frequency characteristics in the detection sensitivity of the magnetic sensor for the frequency of the current under measurement.

Current sensor having conductor between pair of plate-like magnetic shields

The technical problem to be solved is to change the thickness of the colored resin layer of the preform gradually in the upward or downward direction, by utilizing a tendency of gradual decrease in the thickness of the colored resin layer caused by the flow of the main resin inside the preform mold when the main resin and the colored resin are injected into the mold. This involves adjusting the injection pattern including the time of starting and ending the supply of the main resin and the colored resin, and pressure or velocity profiles, reducing the thickness of the colored resin layer gradually upstream or downstream, injection-molding the preform in which a color-gradated portion associated with the thickness of the colored resin layer has been formed, and biaxially drawing and blow molding this preform into a bottle having a color-gradated portion.

Synthetic resin bottle having a gradation pattern, and process for injection molding the preform for use in such a bottle

The technical problem to be solved by the invention is to change the thickness of the colored resin layer of the preform gradually in the upward or downward direction, by utilizing a tendency of gradual decrease in the thickness of the colored resin layer caused by the flow of the main resin inside the preform mold when the main resin and the colored resin are injected into the mold. The objects of this invention is to provide a biaxially drawn, blow molded bottle having new decorativeness created in which sophisticated color gradations associated with color density are created in the body of this bottle. The means of accomplishing this object involves adjusting the injection pattern including the time of starting and ending the supply of the main resin and the colored resin, and pressure or velocity profiles, reducing the thickness of the colored resin layer in the multi-layered molten resin fluid gradually at an upstream or downstream point of the flow, injection-molding the preform in which a color-gradated portion associated with the thickness of the colored resin layer has been formed, and biaxially drawing and blow molding this preform into a bottle having a color-gradated portion associated with the color density or color shade created on the body of the bottle.

A vehicle control device which can at least provide compatibility between a high grip performance and fuel efficiency or compatibility between quietness and fuel efficiency is provided. When a camber angle of a wheelis adjusted to a negative camber, ground contact in a first treadis increased and ground contact in a second treadis decreased. Accordingly, the high grip performance or the quietness is provided. On the other hand, when the camber angle of the wheelis adjusted to a positive camber, the ground contact in the first treadis decreased and the ground contact in the second treadis increased. Accordingly, a rolling resistance becomes low, and fuel saving is achieved. In this manner, by adjusting the camber angle of the wheel, the compatibility can be provided between conflicting performances of the high grip performance or the quietness and the fuel saving.

Vehicle control device

Growing community of inventors

Tokyo, Japan

Minoru Abe