Canon Kabushiki Kaisha

Sony Corporation

Fuji Xerox Co., Ltd.

Ricoh Company, Ltd.

Honda Motor Co., Ltd.

Jvc Kenwood Corporation

Kabushiki Kaisha Toshiba

Tatsuya Sato

Yuki Ono

Hiromasa Kanno

Akio Fukuyama

Kikutada Yoshida

Bokryong Lee

Osamu Takenouchi

Satoru Kaiya

Yuji Tanaka

Wasaburo Ohta

Manabu Kobayashi

Shigeo Nakashima

Mikio Kinoshita

Mitsuyuki Ishida

Motoshi Tohda

Yoshihiro Kageyama

Yasuhiro Matsui

Isao Kaneno

Hiroyuki Nobuta

Takashi Watanabe

Nobuyuki Sato

Masanori Ishikawa

Ryuji Suzuki

Masahisa Tamura

Tadanori Okada

Tatsuo Chigira

Jun Sugita

Masao Aoyagi

Mitsuru Shinohara

Tatsuru Kobayashi

Ryo Nishima

Kei Otagiri

Toshiaki Kawanishi

Masashi Nakazawa

Kazutaka Aboshi

Yasunori Nakashima

Toshihisa Naka

Naoya Koide

Tatsuya Mukouyama

Kouichi Kawamura

Miho Kamata

Taku Orihara

Koji Ikohagi

A sound emitting device includes: a speaker that is provided at a back surface of a user interface device; a support body that supports the user interface device; a horn portion that is provided in the support body; and a space portion that is a space formed inside the support body and extending from a sound emission region of the speaker to the horn portion.

Sound emitting device, image forming apparatus and electronic apparatus

An image forming apparatus includes: an operation display device that includes an operation display device body, a front light emission portion and a rear light emission portion, the operation display device body including an operation display provided in one face of the operation display device body, the front light emission portion being provided on an upper side of the face of the operation display device body where the operation display is provided, the front light emission portion emitting light in accordance with a processing status, the rear light emission portion being provided on an upper side of an opposite face of the operation display device body to the operation display, the rear light emission portion emitting light in synchronization with the front light emission portion, wherein the operation display device is attached to an upper portion of a body of the image forming apparatus.

Image forming apparatus

A working process processing system of an embodiment has: a 3D data storage for storing the 3D data; a working process data storage to store the working process data; an animation data processor to process animation data based on the 3D data stored in the 3D data storage and the working process data stored in the working process data storage, the animation data comprising displaying data showing a plurality of changing situations of the working processes; wherein the animation data processor is configured to include the comment information relating to the work attribute information of at least one of the working processes with the displaying data of the respective working process of the animation data processed thereof.

Working process processing system and working process processing method

An display apparatus, for a vehicle, according to one embodiment includes a substrate housing portion, an optical unit, a turning member, and a plate-like attachment plate. The substrate housing portion contains a circuit substrate for outputting an image signal of an image to be displaced. The optical unit generates an image based on the image signal outputted from the circuit substrate and projects the generated image. The combiner is provided at one end of the optical unit, and the image is projected onto the combiner. The turning member connects the optical unit to the substrate housing portion in a freely rotatable manner. The plate-like attachment plate is used to mount the substrate housing portion to a rear-view mirror such that the optical unit is freely rotatable without coming into contact with the rear-view mirror inside a vehicle.

Display apparatus for vehicle

An image display device includes: an image generation unit that generates image display light based on an image signal; a projection unit that projects the image display light generated by the image generation unit; a combiner that presents the image display light projected by the projection unit as a virtual image; and a rotating unit that rotationally moves the combiner along at least one rotation surface, wherein the projection unit changes a direction in which the image display light is projected based on the rotational movement of the combiner.

Image display device

A transfer apparatus which performs long-distance transfer at a high speed, while preventing dimensions of the apparatus from increasing. Specifically, a transfer apparatus transfers a work to a pressing machine The transfer apparatus is provided with a base section, a follower arm, which is connected to the base section on the base-section end side such that the follower arm can rotate and vertically slide, and a first driving arm which is rotatably connected to the base section on the base-section end side. The transfer apparatus also includes a driving arm, which is rotatably connected to the first driving arm on the base-section end side and rotatably connected to the follower arm on the leading end side, and a holding apparatus arranged on the leading end side of the follower arm for holding the work.

Transfer apparatus

A method for setting an operation condition of a press line includes a conveyance route setting step of setting a conveyance route so as to minimize a clearance between a work and a lower die; a phase difference setting step of setting a phase difference between conveying operations of respective conveyance machines so as to minimize a clearance between a work to be taken-out and a work to be taken-in; and a press-conveyance phase difference setting step that sets a phase difference between pressing operation and conveyance operation in accordance with the conveying route set for each conveyance machine, the phase difference between the conveyance machines, a line SPH, and a press SPH.

Method for setting operation condition of press line

[Object] To make it possible to control a CEC-non-compliant device connected to a television receiver by using a remote control sender of the television receiver. [Solving Means] The fact that a physical address [2000] is a device (Recording Device) that a photo playerB controls in place of the physical address [2000] is set by a user in the photo playerB. In accordance with this setting, the photo playerB decides a logical address {1} as a CEC-controlled Recording Device. When the user operates a disc recorderB that is a CEC-non-compliant device by using a remote control sender, a television receiverB generates a CEC control command addressed to the disc recorderB. The photo playerB detects the CEC control command, converts the CEC control command into an infrared remote control command, and sends the infrared remote control command from an infrared sending unitto the disc recorderB.

Electronic device and control signal sending method in electronic device

Disclosed herein is an electronic device that is connected to one or more other devices via a specified signal line and capable of operating in accordance with a control signal transmitted from any of the one or more other devices connected to the electronic device. The electronic device includes: a reception section configured to receive the control signal transmitted from any of the one or more other devices connected to the electronic device; a control section configured to perform a specified process if, after receiving a specific control signal, the reception section does not receive a control signal corresponding to the specific control signal within a set signal waiting period; and a waiting period adjustment section configured to adjust the signal waiting period based on traffic in the signal line.

Electronic device and method for controlling the same

A lens barrel includes a lens holding frame configured to hold a lens and being provided with a cam follower, a guide tube engaging with the lens holding frame and being configured to rectilinearly guide the lens holding frame in an optical axis direction, and a cam tube engaging with the cam follower and being provided with a cam slot which engages with the cam follower, the cam tube being configured to rotate about the optical axis thereby to move the lens holding member in the optical axis direction, wherein the cam slot has a locus including a flat portion orthogonal to the optical axis and a lift portion not orthogonal to the optical axis, wherein the flat portion has a surface perpendicular to the optical axis, and wherein the cam follower has a surface parallel to the perpendicular surface.

Lens barrel

An information processing apparatus configured to connect an external device in conformity with a predetermined interface specification, includes: a control LSI configured to control signal output to an external device effectively connected; and a CPU configured to control the operation within the apparatus including the control LSI as a whole; wherein the CPU includes an interface circuit connected to a detecting unit configured to detect the validity of connection to an external device, a control LSI control unit configured to control reset of the control LSI, and release of the reset state of the control LSI according to the detection result of the detecting unit, and the control LSI.

Connection detecting information processing apparatus

An optical apparatus is capable of achieving reduction in noise caused by lens driving and reduction in size. The optical apparatus includes a main and a movable housing member which houses a lens movable in a direction of an optical axis. The housing member is movable in the optical axis direction between a first position where the movable housing member is retracted in the main body and a second position where the movable housing member protrudes from the first position. Further, the apparatus includes a first actuator which moves the movable housing member between the first position and the second position, and a second actuator which moves the lens with respect to the movable housing member.

Optical apparatus

A light-quantity adjusting apparatus is disclosed, in which a light-blocking member and an optical filter can be driven with a single actuator, and which can be made compact. The light-quantity adjusting apparatus includes a light-blocking member that changes a quantity of light through an open/close operation within an optical path, an optical filter that can be inserted into and withdrawn from the optical path, independently from the light-blocking member, and a driving mechanism that has a single actuator as a driving source and that drives the light-blocking member and the optical filter. The driving mechanism drives the optical filter by operating the actuator further in an opening direction after the actuator has driven the light-blocking member into an open position, and operating the actuator further in a closing direction after the actuator has driven the light-blocking member into a closed position.

Light-quantity adjusting apparatus and optical apparatus

A lens barrel includes fixed tubes each arranged to hold an optical unit having an optical axis, a rotating tube arranged to rotate around the optical axis with respect to the fixed tubes, wherein the rotating tube is provided, at front and rear portions thereof as viewed along the optical axis, respectively with end surfaces of ring shape having a center thereof on the optical axis, and each of the fixed tubes is provided with an end surface opposite to the associated end surface of the rotating tube, and sheet members of ring shape having a center thereof on the optical axis, each of the sheet members being disposed on a space formed by each end surface of the rotating tube and the associated end surface of the fixed tubes, so that the torque of a rotating operation on the rotating tube is lessened and, yet, the lens barrel excels in dust-proof and drip-proof.

Growing community of inventors

Yokohama, Japan

Tatsuya Sato