Abstract: A method of determining a value of density of a heat absorbing agent to be applied to a target pixel on a medium, wherein the medium is distended, when heated, the value of density of the heat absorbing agent is a density value of the heat absorbing agent that is applied to the medium before heated, and density values of the heat absorbing agent are set for plural pixels on the medium, the method comprising, calculating a first average density value of first plural pixels in the vicinity of the target pixel among the plural pixels, calculating a second average density value of second plural pixels in the vicinity of the target pixel, and determining a density value of the heat absorbing agent based on the calculated first average density value and second average density value, when a density value applied to the target pixel satisfies a first prescribed condition.

Abstract: A high resolution photographed image, picked up by a camera device, is projected by using a projector. In a case where there is a magnifying operation of a display image that is projected, image data of the display image that is reduced in accordance with the resolution at the projector side, is not magnified, but the image data of a display region corresponding to the size of a requested magnification ratio in the original photographed image, is reduced, to project a magnified image that is a display image based on the image data.

Abstract: A graphic display control device includes: a display screen; and a processor configured to perform: a graphic display control process to perform control to display a polygon on the display screen; a graphic value setting process to set a value denoting a characteristic for at least one of an angle and a side of the displayed polygon; an angle range determining process to determine a range of possible angle value as the value denoting the characteristic for a target angle of the displayed polygon based on the value denoting the characteristic set by the graphic value setting process; and an angle range display control process to perform control to display the range of possible angle value determined by the angle range determining process for the target angle.

Abstract: An electronic device includes a first processor, a second processor, and a light source. The first and second processors are configured such that the first processor can be shifted from a control state of controlling the light source to a non-control state of not controlling the light source and such that the second processor can be shifted from the non-control state of not controlling the light source to the control state of controlling the light source, along with a shift of the first processor from an operating state to a non-operating state.

Abstract: A training support system supports a user in performing physical training, wherein the physical training includes first training performed using a training machine and second training performed without using the training machine, the system consisting of a sensor attached on the user to obtain information of the user, a second-training information collecting unit for collecting from the sensor exercise information indicating an exercise volume of the second training, and a first-training menu notifying unit for preparing a menu of the first training reflecting the exercise information of the second training collected by the sensor and notifying the prepared menu of the first training to the user.

Abstract: An antenna device including an antenna element which transmits or receives an electromagnetic wave having a specific frequency by being supplied with electric power; a conductive element which is a parasitic element; and a square-shaped housing which includes a wall-thickness portion having a predetermined wall thickness. The antenna element is provided inside the square-shaped housing. The conductive element is provided only inside the wall-thickness portion which is included in any one side of the square-shaped housing, is electromagnetically coupled to the antenna element without being galvanically connected with other components, resonates with the specific frequency, and transmits or receives the electromagnetic wave.

Abstract: An image reader includes a first judging section which judges whether a newly captured image is an image obtained by page-turning of a book to a destination position of the page; a temporary storage section which temporarily stores the newly captured image as a previous captured image when it is judges that the newly captured image is not an image obtained by page-turning to a destination position; a second judging section which, prior to temporarily storing the newly captured image as a previous captured image, judges whether, based on a latest image temporarily stored as a previous captured image and the newly captured image to be temporarily stored, the latest captured image and the newly captured image are an image of same pages; and a determining section which determines the latest captured image as a storage target when it is judged that the latest captured image and the newly captured image are not an image of a same page.

Abstract: In a smartphone, the imaging mode of an imager or the display mode of a display is changed from a normal mode when an image of an optical communication region is captured. More specifically, a process of lowering the contrast of the entire image (frame), a process of superimposing an icon image on the candidate region, a masking process for lowering the contrast of the candidate region, a process of reducing the count of display frames by image averaging or thinning, or a zoom limiting process of limiting the upper limit of the zoom ratio of the imager or the upper limit of the enlarged display magnification on the display is performed.

Abstract: An image-capturing apparatus includes the following. An image-capturing unit performs exposure of each frame to generate a captured image of a subject. A changing unit changes an image-capturing direction of the image-capturing unit. A control unit controls the changing unit to change the image-capturing direction of the image-capturing unit. The control unit determines a valid term in which the image-capturing direction is changed according to an exposure term of the image-capturing unit. The control unit controls the changing unit to change the image-capturing direction during the determined valid term.

Abstract: A drawing apparatus includes a drawing unit that forms a nail design on a nail of an object by performing a plurality of processes and a processor that extracts a feature value of the object and controls the drawing unit. The processor acquires information on a performed process with respect to the nail of one object, whose nail is provided to be formed with the nail design, based on process management information in which the feature value with respect to each of a plurality of the objects and an information on the performed process with respect to the nail of each of the plurality of the objects are registered in association with each other and the feature value with respect to the one object, and determines a specific process to be performed to the nail of the one object, and causes the drawing unit to perform the specific process.

Abstract: A camera operation apparatus including a display unit; and a processor which is configured to: list and display a profile image that is identification information of each camera corresponding to each of a plurality of cameras capable of synchronous photographing on a screen display of the display unit; receive a live view image of the camera corresponding to the profile image selected according to a selection of the profile image listed and displayed; and display the received live view image on the display unit.

Abstract: The positioning device includes: a GPS processing unit configured to receive a signal from a GPS satellite and measure a position where the positioning device is located; a data storage unit configured to register a planned positioning point where a position is measured; and a GPS control unit configured to control timing to start up the GPS processing unit such that the GPS processing unit be ready in time for measurement at the registered planned positioning point.

Abstract: An objective of the present disclosure is to provide a wireless communication device that is capable of efficiently searching another wireless communication device that is capable of providing a required service. A master device, when the master device receives an advertisement from a slave device, transmits, to the slave device, a scan request that includes information on a requested service that the master device requires. The slave device, which has received the scan request, decides whether or not the slave device itself is capable of providing the requested services, and transmits, to the master device, a scan response that includes a result of the decision. When the decision result included in the scan response indicates that the slave device is capable of providing the requested service, the master device establishes a connection to the slave device.

Abstract: In a projector, a comparator included in a trapezoid correction unit compares the aspect ratio of a rectangular input unit with that of the device area. A projection area determination unit determines an effective projection area that is an area included in the projection area and that is rectangular on the object on the basis of a result of the comparison. The device area determination unit determines an effective device area so that the relation of the effective projection area with the projection area corresponds to the relation of the effective device area with the device area. A geometric transformation unit projects the input image into the effective device area so that the input image is projected without distortion within the effective projection area of the object.

Abstract: An imaging device shoots a common subject in synchronization with other imaging devices. The imaging device includes a processor. The processor receives states of the other imaging devices, compare an own state of the imaging device with the received states of the other imaging devices, and determine whether the imaging device functions as a main device or a subordinate device for setting an imaging condition. When the processor determines that the imaging device functions as the main device, the processor sends imaging information acquired or determined by the imaging device for shooting the common subject to the subordinate devices. When the processor determines that the imaging device functions as the subordinate device, the processor sets the imaging condition in the imaging device based on the imaging information received from the main device.

Abstract: An electronic device includes: a memory; and a processor. The processor causes a display section to display variables and variable values stored in the memory in a list form, causes the display section to display a first variable specified by a user operation as a first part of an expression, causes the display section to display the variables and the variable values after the first variable is displayed, causes the display section to display a second variable specified by a user operation as a second part of the expression, together with the first part, and calculates the expression based on the first part and the second part by referring to a variable value of the first variable and a variable value of the second variable to obtain a calculation result.

Abstract: There is provided an input device which accepts input with a simple operation. A printing device 100 is an input device which accepts the input of input data, including a motion detection section 100a, a determination section, and an acquisition section 100d. The motion detection section 100a detects the motion of the input device. The determination section determines whether an input condition is met. When the determination section determines that the input condition is met, the acquisition section 100d acquires a trajectory of the input device based on the motion of the input device detected by the motion detection section 100a to acquire, as input data, the layout of a pattern corresponding to the trajectory.

Abstract: A key structure includes a key, a key sheet and a supporting portion. The key displaces in a direction. The key sheet is disposed at a side of the key toward which the key displaces and comprises a sheet base portion and a contacting portion that displaces in the displacing direction of the key in accordance with a displacement of the key. The supporting portion is disposed between the key and the sheet base portion and supports one end portion of the key by contacting a member disposed opposite to the supporting portion while the other end portion of the key displaces in the displacing direction of the key.

Abstract: An information transmission system includes: an information sending device including a light emitting section that emits light in a plurality of colors, a modulating section that modulates information to be transmitted into signals composed of changes in color, and a light emission control section that controls the light emitting section to emit light while changing color temporally based on the signals generated by the modulating section; and a receiving device including a camera that captures an image having color, and a control and communication section that detects a temporal color change of the light emitting section emitting light by light emission control by the information transmitting device, from images consecutively captured by the camera, decodes the detected color change into information, and outputs the generated information to a display section.

Abstract: An electronic device configured to detect arrival at a specified location, includes: a location information acquisition unit configured to acquire current location of the electronic device; a detection range setting unit configured to set detection ranges for detecting arrival of the electronic device at specified locations given the order; and a detection range control unit configured to change the detection ranges according to location status of the electronic device based on relationship between the current location and the specified locations.