An image in content data to be sent out from an information processing apparatus to an HMD is configured such that images obtained by performing correction for left and right parallax images taking distortion of an image by a lens provided in the HMD into consideration are juxtaposed side by side. Further, graphics are displayed in regions of the image, which are invisible when the image is viewed through the lens, and a notification matter from the information processing apparatus is embedded into the graphics depending upon the color, pattern, and shape. The HMD specifies the notification matter corresponding to the graphics and changes the later output mode.

There are provided a communication path specifying device, a head mounted display, a communication path specifying method, and a program each capable of reducing a time required for specifying a communication path having high communication quality. An image acquiring unit (72) acquires an image of an environment where at least either a communication device or a communication partner of the communication device is disposed. A communication path specifying unit (74) specifies a communication path for communication between the communication device and the communication partner on the basis of the image acquired by the image acquiring unit (72), the communication path passing through reflection on a reflection surface.

A motorized door assembly for a vehicle includes a housing having a housing body, a housing opening extending into a housing cavity, a door coupled to the housing and rotatable with respect to the housing about a pivot axis, a motor with a motor head fixed to the housing and a motor adapter rotatably coupled to the motor head about a rotation axis that is different than the pivot axis, and an arm coupled to the door and the motor. The housing cavity secures a component therein. The door conceals the housing cavity in a door closed position and reveals the housing cavity in a door open position.

A driving assistance device includes a gaze detection unit that detects a gaze of a driver of a vehicle, an imaging selection unit that selects a first imaging unit corresponding to a direction of the gaze from among a plurality of first imaging units that image the periphery of the vehicle, and a display control unit that processes first captured image data obtained by imaging using the selected first imaging unit on the basis of second captured image data obtained by imaging using a second imaging unit that images the front of eyes of the driver and displays an image based on the first captured image data after the processing on a transmission type display unit fixed at the front of the eyes of the driver of the vehicle.

A device for displaying an image sequence in the form of a pixel matrix, includes a control unit coupled to a projector. The control unit includes an input interface designed to receive asynchronous information representing, for each pixel of the matrix, events concerning the pixel, and a processor designed to control the activation of each pixel of the matrix at moments determined by the respective events indicated by the asynchronous information for the pixel. The projector is disposed on a support so as to illuminate the light receptors of the eye when the device is in use and is designed to project a light flux corresponding to the pixels activated by the control unit.

Split-type televisions provided in this invention relate to the field of television, and separately configures the master control module and the display in the television, the display is mainly used to play the audio and video data, and the master control module is mainly used to receive and process the audio and video data; the master control module and the display are separately configured in the physical structure, thus it allows users to carry out the operations like repairing, maintenance, upgrading and replacement on them separately; at the same time, since the display (the screen terminal) is provided with the power adapter for the master control module, and as long as the master control module is connected to the display, the power adapter will be able to supply power to the master control module, thus achieving the master control module and the display configured separately share the same power source.

Split-type televisions provided in this invention relate to the field of television, and separately configures the master control module and the display in the television, the display is mainly used to play the audio and video data, and the master control module is mainly used to receive and process the audio and video data; the master control module and the display are separately configured in the physical structure, thus it allows users to carry out the operations like repairing, maintenance, upgrading and replacement on them separately; at the same time, since the display (the screen terminal) is provided with the power adapter for the master control module, and as long as the master control module is connected to the display, the power adapter will be able to supply power to the master control module, thus achieving the master control module and the display configured separately share the same power source.

A coated glass article includes a coating formed over a glass substrate. The coating comprises an optional base layer of an oxide of silicon, a first coating layer of an oxide of titanium, niobium or chromium, a second coating layer of an oxide of silicon, and a third coating layer of an oxide of tin. The coated glass article exhibits a Tvis of 40%-55% and an Rf of 40%-60%. A video display can be mounted behind the coated glass article, such that when the video display is in operation it is visible through the coated glass article and when the video display is not in operation is it concealed by the coated glass article.

The display device includes two stands 1 that support a chassis (holder). The stand has a strut, and the strut is fixed to the chassis with a fixing portion that encloses a back side and both horizontal sides of the strut. A first projected portion, which projects toward the strut, is formed on a second plate-like member positioned at one side of the strut, and a second projected portion, which projects at a position nearer to the back compared to the first projected portion, is formed on a third plate-like member positioned at the other side. Between the two fixing portions, positions of the second plate-like member and the third plate-like member are in reverse to each other. Due to difference in the positions of the first projected portion and the second projected portion, the two stands cannot be attached at reverse positions. Once the orientation of one fixing portion is reversed, one fixing portion becomes the other fixing portion, and the two fixing portions are common components.

The display device includes two stands 1 that support a chassis (holder). The stand has a strut, and the strut is fixed to the chassis with a fixing portion that encloses a back side and both horizontal sides of the strut. A first projected portion, which projects toward the strut, is formed on a second plate-like member positioned at one side of the strut, and a second projected portion, which projects at a position nearer to the back compared to the first projected portion, is formed on a third plate-like member positioned at the other side. Between the two fixing portions, positions of the second plate-like member and the third plate-like member are in reverse to each other. Due to difference in the positions of the first projected portion and the second projected portion, the two stands cannot be attached at reverse positions. Once the orientation of one fixing portion is reversed, one fixing portion becomes the other fixing portion, and the two fixing portions are common components.