Abstract: Provided is a heterocyclic compound that can have an antagonistic action on an NMD A receptor containing the NR2B subunit and that is expected to be useful as a prophylactic or therapeutic agent for depression, bipolar disorder, migraine, pain, peripheral symptoms of dementia and the like. A compound represented by the formula (I), wherein each symbol is as defined in the DESCRIPTION, or a salt thereof.

Abstract: A fraud detection system for executing predetermined processing when a detection target is detected by using a detection device, the fraud detection system comprising at least one processor which determines, before the detection target is detected, whether a predetermined action has been performed by a user having a user terminal; executes, when it is determined that the predetermined action has been performed, fraud detection on the user based on identification information stored in the user terminal; and executes, when the detection target is detected, the predetermined processing based on an execution result of the fraud detection.

Abstract: During manufacturing of a tire component that includes a process of adhering a sheet-like rubber member 8b that is held by a supply section 30 to a drum 22, positions of ends 7d1, 7d2 n a width direction of the sheet-like rubber member 8b are detected by using sensors 52, 54 provided between the supply section 30 and the drum 22, and the supply section 30 is moved in a width direction X of the sheet-like rubber member 8b in accordance with the detected positions, so as to adhere the sheet-like rubber member 8b to a specified position on the drum 22.

Abstract: A tire inspection apparatus of the exemplary embodiment includes a conveyor 5 configured to convey a vulcanized tire T; a centering device 52 configured to position the tire T conveyed by the conveyor 5 to a predetermined position; an inspection part 54 provided on a side of the conveyor 5 and configured to inspect an internal defect of the tire T, and a conveying device 56 configured to convey the tire T positioned by the centering device 52 to the inspection part 54 with holding the tire T, wherein the conveying device 56 includes a chuck driving means 65 for rotating the tire T around an axis of the tire with holding the tire, and wherein the inspection part 54 is configured to inspect an internal defect of the tire T held by the conveying device 56.

Abstract: For a vulcanized tire, after executing a third inspection step of inspecting an internal defect, a first inspection step of inspecting uniformity and a second inspection step of inspecting dynamic balance are executed. For the tire of which an internal defect is detected in the third inspection step, the first inspection step and the second inspection step are not executed and the inspection is over.

Abstract: During manufacturing of a tire component that includes a process of adhering a sheet-like rubber member 8b that is held by a supply section 30 to a drum 22, positions of ends 7d1, 7d2 n a width direction of the sheet-like rubber member 8b are detected by using sensors 52, 54 provided between the supply section 30 and the drum 22, and the supply section 30 is moved in a width direction X of the sheet-like rubber member 8b in accordance with the detected positions, so as to adhere the sheet-like rubber member 8b to a specified position on the drum 22.

Abstract: A molding member shape control device includes: a flowable molding material flow passage; a flow resistance member advancing into and withdrawing from the flowable molding material flow passage; a sensor measuring a speed of a molding member formed by extruding a molding material from the flowable molding material flow passage; and a control unit advancing and withdrawing the flow resistance member on the basis of a difference between a speed of the molding member measured by the sensor and a target speed of the molding member at a position of the sensor.

Abstract: A portable telephone is designed to control generation of musical tones and/or incoming call sound in response to classes of telephone numbers by which incoming calls are to be received. That is, the portable telephone stops generating musical tones while generating incoming call sound in response to telephone numbers of the first class; or it gradually decreases musical tones in tone volume in response to telephone numbers of the second class. In response to telephone numbers of the third class, the portable telephone continues generating musical tones without interruption while automatically disconnecting the line without generating incoming call sound.

Abstract: An image processing method is capable of generating an image containing graphics that are transformed without carrying out multiplying/dividing operations. Image data of a transformed graphic is generated from image data of a source graphic stored in an image memory, and also stored into a frame buffer. Coordinate values of points of the graphic being transformed are determined utilizing digital differential analysis (DDA) algorithm-based processes. Image data of a location specified by the horizontal and vertical coordinate values of each point on the source graphic is read out from the image memory, and written into the frame buffer as image data of each point on the horizontal line segment.

Abstract: A portable telephone is designed to realize portable telephone functions and game device functions, particularly music games, which are embodied by a vibration device such as a vibration sensor and a vibration motor. When the user swings and vibrates the portable telephone like a maraca in synchronization with the rhythm of a prescribed musical tune, the vibration device produces vibration pulses, which are compared with rhythm pulses. Then, a score is marked on user's operation to swing the portable telephone on the basis of time differences detected between the vibration pulses and rhythm pulses and is displayed on the screen of a display.

Abstract: A portable telephone is designed to control generation of musical tones and/or incoming call sound in response to classes of telephone numbers by which incoming calls are to be received. That is, the portable telephone stops generating musical tones while generating incoming call sound in response to telephone numbers of the first class; or it gradually decreases musical tones in tone volume in response to telephone numbers of the second class. In response to telephone numbers of the third class, the portable telephone continues generating musical tones without interruption while automatically disconnecting the line without generating incoming call sound.

Abstract: A portable telephone is designed to realize portable telephone functions and game device functions, particularly music games, which are embodied by a vibration device such as a vibration sensor and a vibration motor. When the user swings and vibrates the portable telephone like a maraca in synchronization with the rhythm of a prescribed musical tune, the vibration device produces vibration pulses, which are compared with rhythm pulses. Then, a score is marked on user's operation to swing the portable telephone on the basis of time differences detected between the vibration pulses and rhythm pulses and is displayed on the screen of a display.

Abstract: There is provided a display control device according to which video data for a plurality of windows to be displayed on a display screen is prestored in a video memory regardless of a display position of the video data in each of the windows and an effective zone of each of the windows in a display screen and a priority order of the respective windows are also prestored. With respect to each scanning position in the display screen, one of the windows which is of the highest priority order is selected from among the windows which are being scanned in accordance with an effective display zone and a priority order of each of the windows, and video data of the selected window is read from the video memory on the basis of relation between the display position and the storage position of the video data.

Abstract: Conversion of YUV-format data into RGB-format data is consecutively carried out through pipeline processing in two stages, namely, primary and secondary conversion which are derived from only the common expressions of theoretical conversion equations. The secondary conversion is executed by a circuit subsequent to ROMs 51a to 51c. Of the secondary conversion operation, the conversion of a G component requires complicated calculation. Therefore, analogous calculation is carried out to convert the G component.

Abstract: A PLL circuit includes a phase comparator that compares an external synchronizing signal and an internal synchronizing signal to detect a phase difference therebetween, and a voltage-controlled oscillator that generates the internal synchronizing signal by oscillation thereof. The frequency of the voltage-controlled oscillator is controlled depending upon the phase difference, so that the internal synchronizing signal becomes in phase with the external synchronizing signal. A limiting device is provided, which limits the phase of the external synchronizing signal supplied to the phase comparator to be within a predetermined window period that includes the timing of generation of the internal synchronizing signal.

Abstract: An image display control system stores display data in a memory. A display coordinate generator generates coordinates on a display space, based on a count for use in position control of display scan. An address generator generates addresses of the display data stored in the memory, based on the coordinates generated by the display coordinate generator. A memory interface device accesses the memory according to the addresses generated by the address generator. Mode-setting registers set a display mode for each memory access slot required for accessing one address of the memory. A slot-selecting device selects a set value from set values stored in the mode-setting registers to indicate the display mode. A decoder decodes the set value selected by the slot-selecting device to generate a control signal corresponding to the display mode to be supplied to the address generator and the memory interface device.

Abstract: A video display controller supplies a raster address signal to a video memory for sequentially reading out a series of video data codes, and comprises a first data register for memorizing a control data code indicative of a bit length to be circulated in a rewritable manner, a second register for memorizing a repetition rate code indicative of a repetition pattern of the raster address in a rewritable manner, a combination of a shift register and a selector supplied with the repetition rate code in synchronism with a frame clock signal and circulating the data bits of the repetition code indicated by the control data code in synchronism with a line clock signal and a raster counter responsive to an enable signal fed from the selector and latching the line clock signal for incrementing the raster address, wherein the raster address is incremented or maintained depending upon the data bit at a predetermined bit position serving as the enable signal, so that the series of video data codes are repeatedly read out