Abstract: An image processing system includes circuitry to: obtain a wide-angle image captured by an image capturing apparatus; generate a first image representing a part of the wide-angle image; and determine whether a first area includes a second area, the first area being a viewable area to be displayed on a display, the second area being represented by the first image. Based on a determination that the first area does not include the second area, the circuitry further converts the first image into a second image, the second image having definition lower than that of the first image, and converts the wide-angle image into a third image, the third image having definition lower than that of the wide-angle image, such that the second image and the third image are displayable on the display of the information processing apparatus.

Abstract: An image system includes processing circuitry. The processing circuitry captures an image captured by a device such as a camera, and detects an attitude of the device. The processing circuitry corrects the captured image based on the attitude of the device and a designation including a point on the image and at least one of a region of the image and a direction.

Abstract: A communication management server manages communication with a sender terminal that transmits image data and a receive terminal that receives the image data. The communication management server includes processing circuitry. The processing circuitry receives from the receive terminal, sender terminal identification information identifying the sender terminal, and receive terminal identification information identifying the receive terminal. The processing circuitry transmits, to the sender terminal, request information indicating a request for transmitting image data of a first image type playable by the receive terminal, when a second image type of image data transmittable by the sender terminal according to the sender terminal identification information, and the first image type of image data playable by the receive terminal, according to the receive terminal identification information, are different.

Abstract: An image processing system includes circuitry to: obtain a wide-angle image captured by an image capturing apparatus; generate a first image representing a part of the wide-angle image; and determine whether a first area includes a second area, the first area being a viewable area to be displayed on a display, the second area being represented by the first image. Based on a determination that the first area does not include the second area, the circuitry further converts the first image into a second image, the second image having definition lower than that of the first image, and converts the wide-angle image into a third image, the third image having definition lower than that of the wide-angle image, such that the second image and the third image are displayable on the display of the information processing apparatus.

Abstract: A communication management server manages communication with a sender terminal that transmits image data and a receive terminal that receives the image data. The communication management server includes processing circuitry. The processing circuitry receives from the receive terminal, sender terminal identification information identifying the sender terminal, and receive terminal identification information identifying the receive terminal. The processing circuitry transmits, to the sender terminal, request information indicating a request for transmitting image data of a first image type playable by the receive terminal, when a second image type of image data transmittable by the sender terminal according to the sender terminal identification information, and the first image type of image data playable by the receive terminal, according to the receive terminal identification information, are different.

Abstract: An image system includes processing circuitry. The processing circuitry captures an image captured by a device such as a camera, and detects an attitude of the device. The processing circuitry corrects the captured image based on the attitude of the device and a designation including a point on the image and at least one of a region of the image and a direction.

Abstract: An apparatus, system, and method for controlling a display, each of which: controls the display to display an image of a predetermined area of a first image, the first image being superimposed with a second image; determines whether the second image is viewed by a user; and switches a display of the second image between a first display in which the second image is displayed as a still image and a second display in which the second image is displayed as a moving image, based on a determination result indicating whether the second image is viewed by the user.

Abstract: An apparatus, system, and method for controlling a display, each of which: controls the display to display an image of a predetermined area of a first image, the first image being superimposed with a second image; determines whether the second image is viewed by a user; and switches a display of the second image between a first display in which the second image is displayed as a still image and a second display in which the second image is displayed as a moving image, based on a determination result indicating whether the second image is viewed by the user.

Abstract: A communication apparatus includes: a transceiver configured to receive a receive window size for use in communication with at least one communication destination communication apparatus from the at least one communication destination communication apparatus; a power-mode determining unit configured to determine a power mode to which transition is to be made, based on the receive window size received by the transceiver; a protocol stack unit configured to request the power-mode determining unit to determine the power mode at a time after transmitting and receiving data to and from the at least one communication destination communication apparatus; and a power-mode control unit configured to control electric power in accordance with the power mode determined by the power-mode determining unit.

Abstract: An apparatus, system, and method for controlling a display, each of which: controls the display to display an image of a predetermined area of a first image, the first image being superimposed with a second image; determines whether the second image is viewed by a user; and switches a display of the second image between a first display in which the second image is displayed as a still image and a second display in which the second image is displayed as a moving image, based on a determination result indicating whether the second image is viewed by the user.

Abstract: A communication apparatus includes: a transceiver configured to receive a receive window size for use in communication with at least one communication destination communication apparatus from the at least one communication destination communication apparatus; a power-mode determining unit configured to determine a power mode to which transition is to be made, based on the receive window size received by the transceiver; a protocol stack unit configured to request the power-mode determining unit to determine the power mode at a time after transmitting and receiving data to and from the at least one communication destination communication apparatus; and a power-mode control unit configured to control electric power in accordance with the power mode determined by the power-mode determining unit.

Abstract: An output device is connected to a server configured to store one or more content items and an IC card terminal and is configured to output the one or more content items. The output device includes a control unit configured to control an IC card to store a content identifier of the content item by sending the content identifier of the content item to the IC card terminal when the IC card is detected by the IC card terminal while the content item is being projected by the projector, a reception unit configured to receive a content that corresponds to the content identifier from the server when the IC card is detected by the IC card terminal, and an output unit configured to output the content that is received by the reception unit.

Abstract: A networked data projecting system includes a server for storing one or more content items, a projector for projecting a projection content item selected from the content items, and an information processing terminal. The projector includes an IC card terminal, and a projection content identifier storing unit for storing a projection content identifier of the projection content item in the IC card when the IC card is held over the IC card terminal while the projection content item is being projected by the projector. The information processing terminal includes a projection content requesting unit for reading the projection content identifier stored in the IC card and sending the projection content identifier to the server. The server includes a projection content transmitting unit for sending the projection content item corresponding to the projection content identifier to the information processing terminal.

Abstract: A networked data projecting system includes a server for storing one or more content items, a projector for projecting a projection content item selected from the content items, and an information processing terminal. The projector includes an IC card terminal, and a projection content identifier storing unit for storing a projection content identifier of the projection content item in the IC card when the IC card is held over the IC card terminal while the projection content item is being projected by the projector. The information processing terminal includes a projection content requesting unit for reading the projection content identifier stored in the IC card and sending the projection content identifier to the server. The server includes a projection content transmitting unit for sending the projection content item corresponding to the projection content identifier to the information processing terminal.

Abstract: An electrical junction box consists of a relay terminal, a housing member having a receiving cavity formed therein for receiving the relay terminal, a circuit body having a mating terminal which mates with the relay terminal, and a locking means provided on the relay terminal for locking the relay terminal in the receiving cavity of the housing member. Lowering of positional accuracy of a relay terminal relative to a mating terminal and deformation of the relay terminal are prevented.