Abstract: Provided are a method for producing an FRP precursor and a device for producing an FRP precursor, wherein the method and the device have a good productivity, and under a normal pressure, enable filling of a resin into a bulk gap of an aggregate as well as prevent the resin from spouting out from an edge portion thereof. The method for producing the FRP precursor is to produce the FRP precursor by melt-adhering each of a pair of thermosetting resin films 54 to each of both surfaces 40a and 40b of an aggregate 40 that is in a form of a sheet, the method comprising: an aggregate's surface heating process to heat aggregate's both surfaces, i.e.

Abstract: An electronic device includes a first communication unit which performs wireless communication with another electronic device, and a second communication unit which carries out transactions of information, which is necessary for pairing with the other electronic device performed by the first communication, with the other electronic device using near field wireless communication.

Abstract: Provided are a method for producing an FRP precursor and a device for producing an FRP precursor, wherein the method and the device have a good productivity, and under a normal pressure, enable filling of a resin into a bulk gap of an aggregate as well as prevent the resin from spouting out from an edge portion thereof. The method for producing the FRP precursor is to produce the FRP precursor by melt-adhering each of a pair of thermosetting resin films 54 to each of both surfaces 40a and 40b of an aggregate 40 that is in a form of a sheet, the method comprising: an aggregate's surface heating process to heat aggregate's both surfaces, i.e.

Abstract: Provided are a method for producing an FRP precursor and a device for producing an FRP precursor, wherein the said FRP precursor is excellent in impregnability of a thermosetting resin as well as in heat resistance of the FRP precursor to be obtained. The method for producing the FRP precursor, wherein each of one pair of thermosetting resin films 54 are adhered to each of both surfaces 40a and 40b of an aggregate 40 in a form of a sheet, comprises: an attaching process to attach an organic solvent 13a to the both surfaces 40a and 40b of the aggregate 40; a film press-adhering process wherein under a normal pressure, each of the aggregate-side film surfaces 54a of the pair of the films 54 and 54 is press-adhered to each of the both surfaces 40a and 40b of the soaked aggregate 40 to obtain the FRP precursor 60; and an attached amount adjusting process to adjust amount of the organic solvent 13a that is attached to the soaked aggregate 40.

Abstract: A radiation measurement apparatus includes a radiation sensor that generates a detection signal, a first counter unit that counts the number of the detection signal, an oscillator that generates periodic signal with predetermined period, an AND circuit that outputs logical product obtained by performing AND operation between the detection signal and the periodic signal, a second counter unit that counts the number of a signal output from the AND circuit, and a display unit that displays a value counted by the first counter unit when a value counted by the second counter unit is less than predetermined value and a value being different from the value counted by the first counter unit when the value counted by the second counter unit is not less than predetermined value.

Abstract: A radiation detection apparatus is provided with a detection element group which includes a plurality of detection elements arranged on a support substrate, a shield body of which a pinhole is formed on front surface and a slit is formed on back surface, the shield body putting the detection element group therein, a signal processing substrate which processes a detection signal respectively detected by each detection element, is provided outside of the shield body, and has a dimension being larger than a width of the slit, and a relay substrate which goes through the slit and connects each detection element with the signal processing substrate.

Abstract: A three-dimensional imaging unit includes a plurality of image pickup devices that image an image and a rotation drive device which rotates the image pickup devices and adjusts optical axes such that reflections of an object to be measured in a space to be measured have a predetermined amount of overlap. An association calculating unit calculates position association information of pixels when a required measurement point is mapped onto a plurality of images. A three-dimensional shape calculating unit calculates a three-dimensional shape of the object to be measured using the position association information and rotational information of the rotation drive device. A three-dimensional shape estimation calculating unit estimates, from the three-dimensional shape, a three-dimensional shape of a region of the object to be measured where the three-dimensional shape is not obtained.

Abstract: A radiation measurement apparatus 10 includes a visible image acquisition unit 11 that takes a visible image, a radiation intensity acquisition unit 12 that measures intensity distribution of radiation incoming from a direction being substantially equal to an image picking up direction of the visible image acquisition unit, and an intensity display unit 15A that displays an image acquired by overlaying the intensity distribution of radiation, which is represented by using a plurality of colors being allocated to the intensity distribution of radiation on the visible image.

Abstract: A remote controller 200 serves as an intermediator relaying between a portable terminal 100 having a reader/writer 104 mounted thereon and a main device 300. After recognizing a transponder 204, the reader/writer 104 automatically performs a sequence of reading/writing NDEF (NFC Data Exchange Format) data in the transponder 204. In the remote controller 200, command data is received by the transponder 204 from the reader/writer 104. Then, the control unit 201 transmits the command data to the main device 300 through wireless communication by the wireless communication unit 205.

Abstract: An electronic device includes a first communication unit which performs wireless communication with another electronic device, and a second communication unit which carries out transactions of information, which is necessary for pairing with the other electronic device performed by the first communication, with the other electronic device using near field wireless communication.

Abstract: A two-dimensional radiation display device includes: a data acquisition unit that acquires two-dimensional radiation data detected a plurality of times from a plurality of radiation detectors; a data division processing unit that divides the two-dimensional radiation data into data regions of each section of specified direction; an integration processing unit that integrates the two-dimensional radiation data that is detected a plurality of times, for each section of specified direction; a data synthesis processing unit that synthesizes the integration values integrated for each section of specified direction into two-dimensional data including radiation distribution; and an image output unit that outputs two-dimensional data indicating radiation distribution as display data in accordance with a prescribed display format.

Abstract: A peripheral information display with enhanced expandability by enabling the customization and display of peripheral related data such as status information for each peripheral. The peripheral information display system is configured from a TV (20) and a recorder (10) connected with a HDMI connection. The TV (20) is equipped with a memory portion (29) that stores display region information comprising region identification information used to identify a display region for arranging the peripheral related data of the recorder (10). The recorder (10) is equipped with a LAN I/F18 which transmits the peripheral related data of the recorder (10) in association with the region identification information to the TV (20) in response to the display region information acquired from the TV (20). The TV (20) displays the peripheral related data transmitted from the recorder (10) in the display region identified using the region identification information.

Abstract: A wireless system (1) includes: a wireless adapter (10) including a first retaining section which retains identification information for distinguishing the wireless system (1) from another wireless system; and a wireless adapter (20) including (a) a second retaining section (24) which retains identification information identical to the identification information retained by the first retaining section (14) and (b) an executing section (22) which executes a received command only in a case where the received command contains identification information identical to the identification information retained by the second retaining section (24).

Abstract: A radiation measurement apparatus 10 includes a visible image acquisition unit 11 that takes a visible image, a radiation intensity acquisition unit 12 that measures intensity distribution of radiation incoming from a direction being substantially equal to an image picking up direction of the visible image acquisition unit, and an intensity display unit 15A that displays an image acquired by overlaying the intensity distribution of radiation, which is represented by using a plurality of colors being allocated to the intensity distribution of radiation on the visible image.

Abstract: According to an embodiment, a welding target position measuring device comprises: a groove wall welding part detection means for detecting a groove wall welding part based on a result of the calculation performed by a groove shape change amount calculation means; a weld bead end detection means for detecting a weld bead end based on a result of the calculation performed by a groove shape difference amount calculation means; and a welding target position selection means for obtaining a welding pass number of a subsequent pass in a welding information stored in a welding information recording means and selecting a welding target position of the subsequent pass which differs depending on welding positions based on results of the detection of the groove wall welding part and the weld bead end.

Abstract: A communication system includes: a remote controller having an input unit inputting user operations and a communication unit performing bidirectional communication, transmitting a remote control code in accordance with the user operation with respect to the input unit from the communication unit; and a host device having a communication unit performing bidirectional communication and a host function unit executing processing corresponding to the remote control code received in the communication unit, wherein the host device transmits a status response from the communication unit in response to a status inquiry transmitted from the communication unit of the remote controller, the remote controller repeatedly executes a status check communication procedure including the transmission of the status inquiry and waiting for receiving the status response after transmitting the remote control code at given time intervals during which the communication unit is in a dormant state.

Abstract: A calibration device including a communication section which communicates with a display device which displays images on a screen, a light sensor arranged in a position to receive transmitted light of a lens of shutter glasses, a signal processing section which processes an output signal of the light sensor, a processing section which determines a shutter opening/closing timing, and a shutter driving section which operates the opening and closing of shutters of shutter glasses in accordance with the shutter opening/closing timing determined by the processing section, where the communication section receives a standard pulse which shows a timing when images are switched from the display device, and the processing section determines an appropriate correction amount ? of the shutter opening/closing timing based on a change in the output of the light sensor when the shutter opening/closing timing is changed with regard to the standard pulse.

Abstract: The present invention includes a camera which takes an image of a camera or an inspection target; a device which estimates the movement of the inspection target; a device which generates a high resolution image having a higher resolution than the pixel resolution of a video image taken by the camera from the video image taken by the camera; a device which evaluates the quality of the high resolution image generated by the generation device; and a device which presents an inspector who visually inspects the inspection target with the high resolution image together with the quality evaluation result of the high resolution image. The present invention can improve the reliability of inspection by use of the high resolution image as well as can reduce the inspection time, and further can guarantee the reliability of the inspection using a high resolution image.

Abstract: According to one embodiment, a three-dimensional data processing apparatus includes: an acquiring unit configured to acquire point group data measured by a three-dimensional measuring instrument that emits a beam for scanning from one position in a space in which a target object exists; a discriminating unit configured to discriminate a region unirradiated with the beam in the space on a basis of the point group data; a coordinate integrating unit configured to integrate, into one global coordinate system, respective local coordinate systems at a plurality of the positions at each of which the three-dimensional measuring instrument is placed; and an extracting unit configured to extract an overlapping region formed by integrating, into the global coordinate system, the unirradiated regions discriminated in the respective local coordinate systems.

Abstract: A two-dimensional radiation display device includes: a data acquisition unit that acquires two-dimensional radiation data detected a plurality of times from a plurality of radiation detectors; a data division processing unit that divides the two-dimensional radiation data into data regions of each section of specified direction; an integration processing unit that integrates the two-dimensional radiation data that is detected a plurality of times, for each section of specified direction; a data synthesis processing unit that synthesizes the integration values integrated for each section of specified direction into two-dimensional data including radiation distribution; and an image output unit that outputs two-dimensional data indicating radiation distribution as display data in accordance with a prescribed display format.