Abstract: The image inspection apparatus includes an image score calculator and an imaging condition specifier. The image score calculator calculates scores of images, which are produced under different imaging conditions. The imaging condition specifier receives, when two or more thumbnails corresponding to two or more of the images that have a higher score are displayed on the display, selection of one from the two or more thumbnails to specify a set of imaging conditions corresponding to the thumbnail selected. The different imaging conditions include a single-shot set of conditions under which a single-shot image is produced, and a composition series of sets of conditions under which images are captured to produce a composite image from the images. The display shows a reference information display area that indicates reference information representing the single-shot set or composition series of sets in response to the displaying of the two or more thumbnails.

Abstract: To enable inspection setting flows appropriate for a rule-based inspection mode and a learning-based inspection mode to be easily created when these modes are implemented in an image inspection apparatus. The rule-based inspection mode and the learning-based inspection mode are implemented in the image inspection apparatus. In the setting mode in a rule-based inspection, the user can set an imaging condition, select an image processing tool, set the application range of an image processing tool, and adjust the parameters of the image processing tool. In the setting mode in a learning-based inspection, a non-defective product image and a defective product image are input to generate a distinguishing device.

Abstract: To enable inspection setting flows appropriate for a rule-based inspection mode and a learning-based inspection mode to be easily created when these modes are implemented in an image inspection apparatus. The rule-based inspection mode and the learning-based inspection mode are implemented in the image inspection apparatus. In the setting mode in a rule-based inspection, the user can set an imaging condition, select an image processing tool, set the application range of an image processing tool, and adjust the parameters of the image processing tool. In the setting mode in a learning-based inspection, a non-defective product image and a defective product image are input to generate a distinguishing device.

Abstract: According to one embodiment, an information processing apparatus includes a display, a speaker, a connector, a multi-display module, an audio driver, and an audio-output controller. The connector is configured to output a video signal and an audio signal. The multi-display module is configured to control an outputting of the video signal in order to display a part of an image on the display and another part of the image at an external apparatus connected to the connector. The audio driver is configured to control an outputting of the audio signal at the speaker and the connector. The audio-output controller is configured to control the audio driver to output the audio signal to the speaker or the connector in accordance with the state of displaying the image at the display or the external apparatus, if the multi-display module displays the parts of the image on the display and the external apparatus.

Abstract: According to one embodiment, an information processing apparatus includes a display, a speaker, a connector, a multi-display module, an audio driver, and an audio-output controller. The connector is configured to output a video signal and an audio signal. The multi-display module is configured to control an outputting of the video signal in order to display a part of an image on the display and another part of the image at an external apparatus connected to the connector. The audio driver is configured to control an outputting of the audio signal at the speaker and the connector. The audio-output controller is configured to control the audio driver to output the audio signal to the speaker or the connector in accordance with the state of displaying the image at the display or the external apparatus, if the multi-display module displays the parts of the image on the display and the external apparatus.

Abstract: An apparatus including: a speaker; a sound controller for generating audio data; an audio driver for controlling the sound controller; and a connection terminal configured to attach a cable for simultaneously transmitting video data and audio data to an external monitor. When it is determined that the external monitor has an audio output function, the audio driver switches an output destination of the audio data to the connection terminal. When it is determined that the external monitor does not have the audio output function, the audio driver switches the output destination of the audio data to the speaker.

Abstract: According to one embodiment, an integrated circuit includes an internal circuit and a resin layer which covers the internal circuit. A radio wave absorbing material is mixed in the resin layer.

Abstract: According to one embodiment, signal processing equipment comprising a second circuit conducting signal processing by the first supply voltage generated in the first circuit, a fourth circuit conducting signal processing by the second supply voltage generated in the third circuit, a standard ground terminal to which each ground terminal of the second and fourth circuits connect, and a circuit board leading the first and second supply voltage generated in the first and third circuits to the second and fourth circuits respectively, and forming a plain ground pattern to which each ground terminal from the first to fourth circuits connects.

Abstract: A projection image display apparatus of the present invention in its broader aspects has a light source, a color wheel to transmit light from the light source, a digital micromirror device (DMD) to which color light transmitted through the color wheel is applied, a screen onto which video light from the DMD is projected through a projection lens, a power supply control unit to control a supply voltage of the light source in a completely on state, completely off state and low-power standby state, and an informing mechanism to inform the controlled states of the power supply control unit, wherein the operation states of the light source can be easily and externally recognized.

Abstract: A synchronous belt of the present invention has a tension member in the form of a cord, a plurality of teeth fixedly provided on one side of the tension member at set intervals in a longitudinal direction of the belt and a back layer bonded to the other side of the tension member. The back layer and the teeth are formed of urethane elastomer. The tension member is formed of inorganic fibers and is impregnated with a water based latex adhesive. A film of an epoxy adhesive is formed on the surface of the tension member.