Sony Corporation

Toyota Jidosha Kabushiki Kaisha

Canon Kabushiki Kaisha

Mitsubishi Electric Corporation

Saturn Licensing LLC

Olympus Optical Company, Ltd.

Sony Group Corporation

Kabushiki Kaisha Toshiba

Hitachi, Ltd.

Olympus Corporation

Centre National De La Recherche Scientifique

Aisan Kogyo Kabushiki Kaisha

Taiyo Nippon Sanso Corporation

Université De Nice Sophia Antipolis

Honda Motor Co., Ltd.

Kazuo Yamamoto

Shinobu Hattori

Kazuaki Toba

Toshiya Hamada

Kenjiro Ueda

Kuniaki Takahashi

Hiroyuki Imanishi

Masanari Yamamoto

Yoshiyuki Kobayashi

Hiroshi Morita

Shigeki Hasegawa

Hiromitsu Inoue

Motoki Kato

Tateo Oishi

Hirofumi Tanaka

Kouichi Uchimura

Hayato Mano

Sadahiro Kawasaki

Harumi Kawamura

Yuta Nakamura

Takahisa Nagayama

Hideki Toichi

Nobuyuki Haruna

Chiaki Mizutani

Miho Hatazaki

Masashi Toida

Mari Horiguchi

Michio Imada

Yoichi Kuroda

Yusuke Sakamoto

Yoji Oya

Yosaku Endo

Yasuto Kishii

Kazuna Oyama

Takayuki Kashima

Satoshi Miyazaki

Gen Ichimura

Mitsuhiro Nada

Yoshikazu Takashima

Ryohei Takahashi

Kenji Yamagata

Hiraku Inoue

Hisashi Harada

Hiroshi Nishizawa

Hiroyuki Ono

Tetsuya Matsuda

Hiroshi Kuno

Atsushi Endo

Tomohiko Kaneko

Hiroshi Yano

Tomohiro Ogawa

Yuehu Pu

Kihoko Kaita

Tomio Yamanaka

Kazuhiro Yasuda

Taizo Honda

Masayoshi Mizuno

Masahiro Okuyoshi

Nobuyuki Zumoto

Yoshinobu Shibayama

Kazushi Hanakawa

Yasuhiro Kojima

Kanji Shinkawa

Yohei Okamoto

Seiichi Tanaka

Nobukazu Mizuno

Kengo Sugahara

Toshiharu Suzuki

Katsuhisa Yoshida

Futoshi Iinuma

Takahisa Hayashi

Kazuhiko Watarai

Gwenael Nicolas

Yusuke Mogi

Norikazu Hirota

Yuko Teruya

Ikuyasu Kato

Shigeho Ogawa

Naoko Nakamura

Yukiko Hirano

Naruto Yonemoto

Kaoru Tatsumi

Takashi Hifumi

Masateru Hayashi

Tetsushi Azuma

Kenta Ono

Haruyasu Yamaguchi

Masato Yokosawa

Jiro Oikawa

Hiroaki Koishi

Natsuko Maeda

Yoichi Araki

Naomi Miyagi

Masaki Nishimura

Claire Blandine Migliaccio

Binh Duong Nguyen

Christian Yves Dominique Pichot Du Mezeray

Kimio Yamada

Takafumi Tomioka

An image pickup apparatus in which a cable is prevented from coming off a connecting terminal without requiring complicated operations. The image pickup apparatus comprising an image pickup apparatus main body, the connecting terminal provided in the image pickup apparatus main body and to which the cable is electrically connected, a grip belt that assists a user in holding the image pickup apparatus main body, and a cable clamp attachable to and detachable from the grip belt, wherein the cable clamp comprises a first holding portion that includes a U-shaped portion opened in a U shape and holds the grip belt and a second holding portion that includes a U-shaped portion opened in a U shape and holds the cable, and wherein the U-shaped portion of the first holding portion and the U-shaped portion of the second holding portion are opened in different directions.

Image pickup apparatus to which cable is connected, and cable clamp therefor

An imaging apparatus includes a forced air cooling mechanism that uses driving of a fan. The imaging apparatus further includes a lens mount, an air intake port, and an air exhaust port. The lens mount is provided on a front surface of an apparatus main body. A lens device is detachably attachable to the lens mount. The air intake port is formed in a first protruding portion on a first side surface of the apparatus main body. The air exhaust port is formed in a second protruding portion on a second side surface of the apparatus main body. The second side surface is different from the first side surface.

Imaging apparatus

An imaging apparatus includes an apparatus main body including a lens mount to which a lens device is detachably attachable, and at least two protruding portions protruding further to a front side in a direction of an optical axis than a mount surface on which the lens mount is provided. Amounts of protrusion in the direction of the optical axis of the at least two protruding portions are approximately the same.

A cable may be satisfactorily used that has a specific function such as a register that holds specification data and a current consumption unit such as an element for adjusting signal quality. The cable is connected between a first electronic device and a second electronic device. A determination unit determines whether or not the first electronic device is a compatible electronic device. A control unit performs control to operate in a compatible mode when the first electronic device is a compatible electronic device and operate in a non-compatible mode when the first electronic device is not a compatible electronic device on the basis of the determination result by the determination unit. Furthermore, an electronic device is connected to an external device via the cable. The determination unit determines whether or not the cable is a compatible cable. The control unit performs control to operate in the compatible mode when the cable is a compatible cable and operate in the non-compatible mode when the cable is not a compatible cable on the basis of the determination result by the determination unit.

Cable, method of controlling cable, connection device, electronic device, and method of controlling electronic device

An image capturing apparatus equipped with a function of performing image stabilization by moving an image capturing section (image sensor) and capable of effectively cooling the image sensor without increasing the size of the apparatus. The apparatus includes an image sensor board on which the image sensor is mounted, an image stabilization mechanism for performing image stabilization by moving the image sensor board, a first duct having an air flow passage and movable, a second duct having an air flow passage and fixedly disposed and connected to the first duct, and a cooling fan for causing outside air to flow through the first duct and the second duct. The image sensor board is held on the first duct.

Image capturing apparatus capable of cooling image sensor

A display device is provided that comprising circuitry configured to transmit, to a reproduction device, an extended display identification data (EDID) that includes the display information representing a performance of the display device. The circuitry further receives HDR video data from the reproduction device including HDR information that includes brightness characteristic information in frame data when the display information includes information representing a display performance of the HDR video, contains the EDID containing information of a 4k resolution or higher, displays an image of the received HDR video data in accordance with brightness designated by the HDR information, and adjusts a brightness of the image of the received HDR video data to a brightness capability for the display of the image.

Reproduction device, reproduction method, and recording medium

It is made possible to perform data transmission through a cable satisfactorily. A cable is connected between first electronic equipment and second electronic equipment. The cable includes a current consumption unit that receives supply of current from the first electronic equipment through a power supply line, a current monitor unit that observes a current amount the first electronic equipment is capable of supplying to the power supply line, and an information transmission unit that transmits control information according to the observed current amount to the first electronic equipment. The first electronic equipment controls the state of data to be supplied to the cable, on the basis of the control information transmitted thereto from the cable.

Cable, control information transmission method for cable, connection apparatus, electronic equipment, and output data controlling method for electronic equipment

Configuration of a multi-display system is facilitated by use of general television receivers (display devices). Multiple digital interface terminals to which each of multiple display devices configuring a multi-display is connected via a transmission path are provided. A video signal is output to each of the multiple digital interface terminals. Replacement of the video signals output from the signal output unit to the multiple digital interface terminals is controlled to display a correct video corresponding to each screen of the multi-display. For example, the replacement of the video signals is controlled according to a video replacement operation signal sent from any of the multiple display devices via the transmission path.

Video signal output device, method for controlling video signal output device, display device, and multi-display system

To enable preferable signal transmission between a plurality of daisy-chained devices at low cost. A transmission device generates a plurality of signals having different voltage levels and outputs the signals to a communication line at different timings. For example, the plurality of signals having different voltage levels is generated by a plurality of drivers or one driver. A receiving side can immediately determine whether or not it is information to be passed to the subsequent stage on the basis of only a difference in voltage level without logically analyzing contents of a signal, and cost of components such as a memory, verification cost, or the like are unnecessary so that the cost can be reduced.

Transmission device, transmission method, receiving device, and receiving method for performing signal transmission between a plurality of daisy chained devices

The present technology relates to a display device that enables content having a wide dynamic range of brightness to be displayed with an appropriate brightness from a reproduction device. The display comprises circuitry configured to store display information related to high dynamic range (HDR) video and to transmit to the reproduction device an extended display identification data that includes display information representing a performance of the display device. The display device includes a monitor configured to display an image of the HDR video in accordance with brightness designated by HDR information if the monitor is capable of displaying the designated brightness and to adjust a brightness of the image of the HDR video to a brightness capability of the monitor if the monitor is not capable of displaying the designated brightness.

Reproduction device reproduction method, and recording medium

Provided is a cable connected between a first electronic device and a second electronic device. A determination unit determines whether or not the first electronic device is a compatible electronic device. A control unit performs control to operate in a compatible mode when the first electronic device is a compatible electronic device and operate in a non-compatible mode when the first electronic device is not a compatible electronic device on the basis of the determination result by the determination unit. Furthermore, an electronic device is connected to an external device via the cable. The determination unit determines whether or not the cable is a compatible cable. The control unit performs control to operate in the compatible mode when the cable is a compatible cable and operate in the non-compatible mode when the cable is not a compatible cable on the basis of the determination result by the determination unit.

It is possible to determine, with a simple configuration, that the connection direction of a cable is the reverse direction. A cable is connected for use between a transmission device and a reception device, and transmits data in one direction. A connection direction determination unit determines whether the connection direction is the reverse direction, on the basis of a result of voltage monitoring at a predetermined position on a power-supply line. When the connection direction is determined to be the reverse direction, the information transmission unit transmits information indicating that the connection direction is the reverse direction, to the transmission device or the reception device.

Cable, method for controlling cable, transmission device, method for controlling transmission device, reception device, and method for controlling reception device

An image pickup apparatus that prevents hooking of a cable, coming-off of a connector, or the like without lowering insertion and extraction performance of a cable even when external connection terminals are arranged on inclined faces formed on a side surface of an apparatus main body in its width direction while reducing a size of the apparatus main body in the width direction. The inclined faces inclines such that ends of the respective inclined faces on a back side of the apparatus main body are inclined in a direction to come close to the optical axis. The inclined faces are arranged at positions so as not to overlap to each other when viewed from the width direction of the apparatus main body, and are arranged such that a part of the inclined faces overlap to each other when viewed from a direction of the optical axis.

Image pickup apparatus having plurality of external connection terminals

An image pickup apparatus that can efficiently solve problems caused by heat generated by a heat generating element. The image pickup apparatus including a sensor substrate configured to implement an image sensor, and a main circuit board configured to implement a heat generating element. A length of the main circuit board is longer than a length of the sensor substrate in a width direction of the image pickup apparatus. The main circuit board is aslant arranged to an optical axis of the image pickup apparatus so that a first space part will be provided between the sensor substrate and the main circuit board. A cross section of the first space part in a plane that is parallel to both the optical axis and the width direction is approximately triangle.

Image pickup apparatus equipped with heat dissipation mechanism

A fuel cell system includes a fuel cell, a fuel gas supply channel, a regulator, an injector, and a controller. The controller drives the regulator in conjunction with the injector. The controller compares a fuel gas flow amount necessary for the fuel cell to generate electricity with a predetermined fuel gas flow amount, selects the fuel gas flow amount that is larger, and issues commands to the regulator and the injector. The predetermined fuel gas flow amount is set to be larger than the fuel gas flow amount necessary for the fuel cell to generate the electricity when a generated current or output of the fuel cell is smaller than a predetermined threshold value.

Fuel cell system

Growing community of inventors

Chiba, Japan

Kazuo Yamamoto