Abstract: According to one embodiment, an image conversion apparatus includes a 3D conversion instruction module, a determination module, and a converter. The 3D conversion instruction module is configured to instruct execution of a 3D conversion required to convert an input image into a 3D image. The determination module is configured to determine validity or invalidity of the 3D conversion instruction based on whether the input image corresponds to a 3D image format or a 2D image format. The converter is configured to convert, based on validity determination of the 3D conversion instruction, the input image into the 3D image in response to the 3D conversion instruction.

Abstract: According to one embodiment, an image conversion apparatus includes a 3D conversion instruction module, a determination module, and a converter. The 3D conversion instruction module is configured to instruct execution of a 3D conversion required to convert an input image into a 3D image. The determination module is configured to determine validity or invalidity of the 3D conversion instruction based on a type of the input image. The converter is configured to convert, based on validity determination of the 3D conversion instruction, the input image into the 3D image in response to the 3D conversion instruction.

Abstract: According to one embodiment, an image conversion apparatus includes a 3D conversion instruction module, a determination module, and a converter. The 3D conversion instruction module is configured to instruct execution of a 3D conversion required to convert an input image into a 3D image. The determination module is configured to determine validity or invalidity of the 3D conversion instruction based on a type of the input image. The converter is configured to convert, based on validity determination of the 3D conversion instruction, the input image into the 3D image in response to the 3D conversion instruction.

Abstract: According to one embodiment, an image conversion apparatus includes a 3D conversion instruction module, a determination module, and a converter. The 3D conversion instruction module is configured to instruct execution of a 3D conversion required to convert an input image into a 3D image. The determination module is configured to determine validity or invalidity of the 3D conversion instruction based on a type of the input image. The converter is configured to convert, based on validity determination of the 3D conversion instruction, the input image into the 3D image in response to the 3D conversion instruction.

Abstract: According to one embodiment, an information output control apparatus includes a detector and a controller. The detector is configured to detect a connection of a 3D image incompatible first image display apparatus. The controller is configured to execute control to output 3D image incompatibility information indicating that the first image display apparatus is incompatible with a 3D image in response to the detection of the connection of the first image display apparatus.

Abstract: According to one embodiment, an image output control apparatus includes a detector and a controller. The detector is configured to detect a capability of an image display apparatus. The controller is configured to execute control to output one of a 2D image and a 3D image to the image display apparatus based on the capability detected by the detector.

Abstract: According to one embodiment, an image conversion apparatus includes a 3D conversion instruction module, a determination module, and a converter. The 3D conversion instruction module is configured to instruct execution of a 3D conversion required to convert an input image into a 3D image. The determination module is configured to determine validity or invalidity of the 3D conversion instruction based on whether the input image corresponds to a 3D image format or a 2D image format. The converter is configured to convert, based on validity determination of the 3D conversion instruction, the input image into the 3D image in response to the 3D conversion instruction.

Abstract: A portable electronic device has contacting and noncontacting interfaces and an inhibiting section. The contacting interface including a plurality of contact terminals for exchanging driving power and data. The noncontacting interface for generating driving power and demodulating received data from a signal received via an antenna. The inhibiting section for inhibiting an operation of the other one of the contacting and noncontacting interfaces while the portable electronic device is driven via one of the contacting and noncontacting interfaces.

Abstract: A banknote account and arrangement apparatus includes a supply portion for supplying a bundle of banknotes in the apparatus one after another, a discrimination circuit for discriminating denomination, face, fitness, authenticity, and the like of the supplied banknotes, temporary stackers in which the banknote is stacked in an account mode, closed cassettes coupled to the temporary stackers, open pockets in which the banknote is stacked in an arrangement mode, a RAM for collecting data of the banknote stacked in the temporary stackers, a CPU for verifying the collected data of the banknote stacked in the temporary stackers with known data of the bundle of the banknotes, pushers and shutters for, only when a verification result is correct, stacking the banknote stacked in the temporary stackers in the closed cassettes, and a display portion for displaying the collected data. Sensors detect if the temporary stackers are full.

Abstract: A banknote account and arrangement apparatus includes a supply portion for supplying a group of banknotes in the apparatus one after another, a discrimination circuit for discriminating denomination, face, fitness, authenticity, and the like of the supplied banknotes, temporary stackers in which the banknote is stacked in an account mode, closed cassettes coupled to the temporary stackers, open pockets in which the banknote is stacked in an arrangement mode, a RAM for collecting data of the banknote stacked in the temporary stackers, a CPU for verifying the collected data of the banknote stacked in the temporary stackers with known data of the bundle of the banknotes, pushers and shutters for, only when a verification result is correct, stacking the banknote stacked in the temporary stackers in the closed cassettes, and a display portion for displaying the collected data.