Abstract: To provide a light source unit which can be formed compact in size while contributing to enhancement in luminance and a projector including this light source unit, there is provided a light source unit including a first light source which emits light in a range of first wavelengths, and a second light source which emits light in a range of second wavelengths which is different from the range of first wavelengths, wherein the first light source and the second light source each include a long wavelength light emitting portion and a short wavelength light emitting portion, the long wavelength light emitting portion emitting, of lights of different wavelengths which exist in a range of light wavelengths producing light of similar colors, light of a long wavelength, the short wavelength light emitting portion emitting light of a short wavelength.

Abstract: To present a measurement result on the motion of a subject more easily, a processor 3 of an analysis system S includes an image acquisition unit 357, a sensor information acquisition unit 356, an analysis unit 358, and an image creation unit 359. The image acquisition unit 357 acquires a taken image of the subject. The sensor information acquisition unit 356 acquires a measurement result of the motion of the subject measured with a sensor. The analysis unit 358 creates an index indicating the motion of the subject based on the measurement result acquired by the sensor information acquisition unit 356. The image creation unit 359 makes an output unit 319 display an image acquired by the image acquisition unit 357 and an index created by the analysis unit 358 together.

Abstract: A movement analysis device includes a sensor information acquisition unit and a swing identification processing unit. The sensor information acquisition unit acquires sensor information that is movement information from a sensor unit which is attached to a target person and which senses the movement of the target person. The swing identification processing unit individually identifies the time of the start of the movement and the time of the completion thereof with reference to a predetermined threshold value in a predetermined timing of the sensor information that is the movement information acquired from the sensor information acquisition unit. The swing identification processing unit identifies a movement within the range of the operation based on the time of the start of the movement and the time of the completion that are identified.

Abstract: A light source device includes a plurality of first solid-state light emitting elements configured to emit first beams. a light splitting mirror provided in correspondence to the first solid-state light emitting elements and configured to split the first beams, which are incident from a first direction, by penetration and reflection, and a reflection mirror provided in correspondence to the light splitting mirror and configured to reflect one first beams split at the light splitting mirror in the same direction as the other first beams split at the light splitting mirror.

Abstract: According to one embodiment, a calculation data printing apparatus includes a printer and a processor. The processor is configured to execute processes of inputting a plurality of calculation data in accordance with a user operation; causing the printer to print, as first print data, the plurality of calculation data, and calculation result data of the plurality of calculation data; changing at least one of the plurality of calculation data in accordance with a user operation; and causing the printer to print, as second print data, at least one calculation data including the changed calculation data and calculation result data of the plurality of calculation data at least one of which is changed, without printing at least one of the plurality of calculation data printed as the first print data.

Abstract: An object recognizing is provided, which comprises a storing unit for storing feature values of objects in each classification of plural objects, wherein the feature value is used as a reference for specifying an object, an object recognizing unit for photographing an object placed within a prescribed area with a photographing device to specify a placing position of the object from an image of the photographed object, and referring to the feature values stored in the storing unit to recognize the classification of the photographed object, and a recognition result indicating unit for making a light emitting device emit light toward the specified placing position of the object to indicate whether or not the object recognizing unit has recognized the classification of the object photographed by the photographing device.

Abstract: An imaging apparatus equipped with a flicker detection function and including an image sensor of a rolling shutter type calculates a Fourier spectrum including an amplitude and a phase for each of two captured images acquired by the image sensor and having different imaging timings by performing Fourier spectrum analysis based on a flicker period serving as a detection target, and judges that flicker with the flicker period serving as the detection target has occurred, when the amplitude of a calculated Fourier spectrum and the phases of the two Fourier spectrums satisfy predetermined conditions and a sum of squares of a pixel value difference between the two captured images for each pixel is larger than a predetermined sum of squares.

Abstract: An information transmission system includes a transmission apparatus and a reception apparatus and uses visible lights as transmission media. The transmission apparatus includes a generating unit and a first replace unit. The generating unit generates a multi-value symbol stream. The first replace unit replaces the multi-value symbol stream generated by the generating unit to a discontinuous symbol stream. The discontinuous symbol stream is a symbol stream without a sequence of identical symbol values. The number of identical symbol values in the sequence is equal to or greater than a predetermined number. The reception apparatus includes an acquiring unit and a second replace unit. The acquiring unit acquires the discontinuous symbol stream. The second replace unit replaces the discontinuous symbol stream acquired by the acquiring unit to the multi-value symbol stream according to a predetermined rule.

Abstract: A heating apparatus includes an emitter that emits light to a thermal expansion sheet that expands according to a heating amount absorbed, the light being converted into heat by the thermal expansion sheet; a relative mover that causes the thermal expansion sheet to move relative to the emitter in a predetermined direction or that causes the emitter to move relative to the thermal expansion sheet in the predetermined direction; and a controller that gradually changes an amount of the light emitted by the emitter according to a rise in temperature in the emitter, the rise in temperature being caused by the emission of light by the emitter, when the relative mover causes the thermal expansion sheet to move relative to the emitter in the predetermined direction or causes the emitter to move relative to the thermal expansion sheet in the predetermined direction while the light is being emitted by the emitter.

Abstract: A projector having: a light source formed by a laser light emitting element; a first diffusion plate which light emitted from the light source is made to enter; a microlens array which light having passed through the first diffusion plate is made to enter; and a second diffusion plate which diffuses the light having passed through the microlens array.

Abstract: A communication device includes a wireless communication unit, a memory and a processor. The wireless communication unit is configured to perform wireless communication with an information display device. The processor is configured to perform operations including: receiving first work data including first setting data from the information display device having the first work data by the wireless communication unit; and registering the first work data as storage data in a case where the memory stores second work data including second setting data and in a case where the first setting data and the second setting data are different from each other.

Abstract: An electronic device includes a pressing member having plural protruding pressing parts, a first opening-formed member having plural first openings into which the plural pressing parts are inserted so as to individually protrude, a second opening-formed member having plural second openings into which the plural pressing parts are inserted so as to individually protrude, and a positioning member positioning the pressing member, first opening-formed member, and second opening-formed member so that the plural pressing parts are disposed at positions where the plural pressing parts are inserted in the plural first openings and plural second openings.

Abstract: An electronic apparatus of the present invention includes an apparatus body which is provided with an operation section, and a tray member which is slidably provided on the apparatus body and projects from a rear surface of the apparatus body on a side opposite to an operation side of the operation section so that a written announcement can be posted.

Abstract: A provisional coefficient acquirer of an image processing apparatus acquires provisional coefficients for projection conversion of an image, on the basis of feature points indicating features of the image. A polygon converter does projection conversion on a polygon having a plurality of fixed points as vertices, on the basis of the provisional coefficients acquired by the provisional coefficient acquirer. A transformation degree acquirer acquires a transformation degree indicating a magnitude of the transformation degree of the polygon from the pre-projection-conversion polygon and the post-projection-conversion polygon. A determiner determines whether the transformation degree acquired by the transformation degree acquirer exceeds a permitted transformation degree.

Abstract: A location obtaining unit obtains information on a location of the image capture apparatus during image; a direction obtaining unit obtains direction of an object in an image captured; a device information obtaining unit obtains information on a location of a wireless device that is included by an object during image capture; a distance obtaining unit obtains a distance of the object in the image captured from the image capture apparatus; an object location calculating unit calculates a location of the object based on the information on the location of the image capture apparatus, a direction of the object in the image, and the distance of the object from the image capture apparatus; and an object identifying unit identifies that the object is the object including the wireless device if the location of the object and the location of the wireless device are within a predetermined range.

Abstract: An analog display device, including: a display; a processor; and an operation member, wherein the display changes a display content by the movable display performing the movement operation, the processor causes the movable display to perform a fast-forward movement operation and display a plurality of display contents in order in accordance with a first input operation, the processor stops the fast-forward movement operation in accordance with a second input operation, and when the processor causes the movable display to perform the fast-forward movement operation, the processor determines a fast-forward movement speed of the movable display in at least a part of switching between display contents which are adjacent to each other in an order of display to a high movement speed which is larger than an average movement speed of the movable display during a round of display of the plurality of display contents.

Abstract: A light source unit includes a plurality of light sources that light source elements which emit laser beams and collimator lenses which collect the laser beams emitted from the light source elements are combined therein. Pencils of light emitted from the light source elements are made to be collected in different collecting degrees between the light sources respectively.

Abstract: A light source unit according to an aspect of the invention includes a first semiconductor light emitting device disposed centrally and a second semiconductor light emitting device disposed outwards of the first semiconductor light emitting device, the first and second semiconductor light emitting devices emitting lights, and a first collimator lens disposed centrally and a second collimator lens disposed outwards of the first collimator lens, the first and second collimator lenses being disposed so as to correspond to the first and second semiconductor light emitting devices, respectively, on sides of the first and second semiconductor light emitting devices from which the lights are emitted, and a degree at which the light of the first semiconductor light emitting device is collected onto an illuminated surface differs from a degree at which the light of the second semiconductor light emitting device is collected onto the illuminated surface.

Abstract: A drawing device includes: a finger holding case including a plurality of walls (a bottom wall, left and right sidewalls, a rear wall, and a top wall) surrounding a finger insertion opening into which a finger having a nail to be drawn on is inserted as well as an opening exposing the nail and a finger presser to which a fluid is supplied in order prevent movement of the finger by applying pressure between the finger and the finger holding case and from which the fluid is discharged to stop applying pressure. When the finger presser is not preventing movement of the finger, one of the walls (the top wall or the bottom wall) of the finger holding case moves in order to expand a space between the finger holding case and the finger.

Abstract: A video is generated from multi-aspect images. For each frame of the output video, a provisional video is created with provisional images which are used to designate a position of a target object on which to focus and to acquire a depth map showing a depth of the object, and which are reconstructed using default values from LFIs as the frames. Then, information designating coordinates of focal positions of the target object on the provisional video is acquired. A list creator acquires the depth value of the target object using a depth map created from the LFI of the current frame, and records this in a designation list after obtaining the reconstruction distance from the depth value. A corrector corrects the designation list. A main video creator creates and outputs a main video with reconstructed images focused at a focal length designated by the post-correction designation list as frames.