Adv Antest Corporation

Honda Motor Co., Ltd.

Toyota Jidosha Kabushiki Kaisha

Toray Industries, Inc.

Subaru Corporation

Teijin Limited

Suzuki Motor Corporation

The University of Tokyo

Nagoya University

Kyowa Industrial Co., Ltd.

Aisin Seiki Kabushiki Kaisha

Takashi Kusaka

Masahiro Ishida

Kenji Okuma

Toru Nakura

Kosuke Sakurai

Kunihiro Asada

Naoki Terao

Hiromi Sato

Masahiko Muto

Weifeng Zhang

Satoshi Hirawaki

Kazuaki Amaoka

Katsuya Ikenobu

Yoshinori Yamamori

Rimon Ikeno

Kiyoshi Hashiba

Masashi Horikawa

Tomomi Ichida

Yuki Kagiya

Yasunari Kuratani

An occupant behavior determining apparatus includes a surveillance camera that captures an image of an occupant of a vehicle to acquire an image; a face recognizing section that recognizes a face of the occupant based on the image; a posture recognizing section that recognizes a posture of the occupant based on the image; and a behavior determining section that determines a behavior of the occupant in a vehicle cabin based on a recognition result of the face recognizing section and a recognition result of the posture recognizing section.

Occupant behavior determining apparatus, occupant behavior determining method, and storage medium

An operation control device includes a line-of-sight detector configured to detect a line of sight of a driver of a vehicle on the basis of an image of an interior of the vehicle captured by an imaging device provided in the vehicle, a hand state detector configured to detect a hand state of the driver on the basis of the image, a driving state determiner configured to determine whether the detected hand state is a first state in which it is estimated that a driving operation of the vehicle is being performed or a second state in which it is estimated that the driving operation is not being performed, a traveling state detector configured to detect a traveling state of the vehicle, and an operation restrictor configured to restrict reception of an operation on an operator including a display device arranged within the vehicle.

Operation control device, operation control method, and storage medium

A method of producing thermoplastic resin composite material in which a main base material containing thermoplastic resin and a sheet-like shaped auxiliary base material are integrally molded and are made into composite material. The production method includes the steps of: heating the auxiliary base material (step S); disposing the heated auxiliary base material in a mold (step S); disposing the main base material in the mold via the auxiliary base material (step S); closing the mold, and pressing together and integrally molding the auxiliary base material and the main base material (step S); and taking out the integrally-molded thermoplastic resin composite material from the mold.

Production method for the thermoplastic resin composite material

A power supply apparatus supplies a power supply voltage V. The power supply apparatus includes a compensation circuit in addition to a main power supply. The compensation circuit receives, via its input, as a feedback signal, a detection signal Vthat corresponds to the power supply voltage V. The compensation circuit has input/output characteristics fthat correspond to the characteristics of the main power supply and the characteristics of a target power supply to be emulated. The compensation circuit injects or otherwise draws a compensation current ithat corresponds to the detection signal Vto or otherwise from a node for generating the power supply voltage V.

Power supply apparatus

A reception circuit receives, via a cable, a transmission signal Sgenerated by a DUT. A comparator circuit compares a reception signal Safter signal transmission with at least one threshold signal V, and generates a judgment value Dthat represents a comparison result for every sampling timing. A threshold generation circuit generates at least one threshold signal V. A threshold control circuit adjusts each level of at least one threshold signal Vat a given sampling timing based on the history of the judgment value Dacquired at a past sampling timing.

Test apparatus determining threshold signal using history of judgment value

To realize a wireless communication apparatus with high transceiver coil mounting density, provided is a wireless communication apparatus comprising a plurality of differential coil pairs that respectively transmit and receive differential signals to and from a plurality of external differential coil pairs, through magnetic coupling, wherein one coil in a first differential coil pair among the differential coil pairs is provided at a distance from each of two coils of a second differential coil pair among the differential coil pairs that is less than or equal to a distance between the two coils of the second differential coil pair, and the other coil of the first differential coil pair is provided at a distance from each of the two coils of the second differential coil pair that is greater than the distance between the two coils of the second differential coil pair.

Wireless communication apparatus and wireless communication system

A main power supply is arranged such that its output terminal Po is connected to a power supply terminal of a DUT via a power supply line, and is configured to feedback control an output voltage Voutput from the output terminal such that a detection value V' that corresponds to a power supply voltage Vat the power supply terminal approaches a target value V&#x2032;. When a test pattern is supplied to the DUT, a power supply control unit is configured to feedforward control the main power supply such that the power supply voltage Vapproaches a predetermined target waveform V.

Test apparatus

A contact device including a contact array, in which contacts are arranged in a grid, and a plurality of differential wire pairs electrically connected to the contact array, wherein each differential wire pair is connected to a contact pair formed by two adjacent contacts in the contact array, and each contact pair is arranged such that a direction of a straight line connecting the two contacts therein is different from a direction of a straight line connecting the two contacts in a contact pair adjacent thereto.

Contact equipment and circuit package

The present invention can control the power of an output from a device, which changes the amplitude of an input and outputs a result of the change, according to the frequency of the input so that the power is close to a desired value. An output control system () includes an amplitude changer () which controls the ratio of a change in amplitude according to a control signal, a discrete attenuator () which outputs an output signal obtained by attenuating an output from the amplitude changer while discretely setting an amount of the attenuation, a measurement result changer () which changes a measurement result of the output signal, a set voltage recording unit () which records a correspondence between a value of the control signal and a value of the output signal when the input signal is at a predetermined frequency, a measurement result correcting unit () which corrects an output from the measurement result changer () according to the frequency of the input signal, a target value correcting unit () which corrects a target value of the output signal according to the frequency of the input signal, a voltage setting unit () which sets the value of the control signal, an attenuation setting unit () which sets the amount of the attenuation according to the frequency of the input signal and a change setting unit () which sets an amount of the change provided by the measurement result changer ().

Signal output device, signal output control method, program and recording medium

Growing community of inventors

Tokyo, Japan

Takashi Kusaka