Abstract: A vehicle door lock device includes a latch mechanism holding and releasing a striker of a door; a locking/unlocking member switching between locking and unlocking of the door; a first switch detecting a state of the locking/unlocking member; a second switch switching between on and off of a room lamp of the vehicle; a connection portion to which a connector for an external device is connected; and a switch plate connecting at least the first switch and the second switch to the connection portion. Further, the switch plate includes a first switch plate connecting the first switch to the connection portion, a second switch plate connecting the second switch to the connection portion, and a switch-plate joining portion joining the first switch plate and the second switch plate together and passing between a bottom surface of a case and the locking/unlocking member.

Abstract: A signal processor includes an amplifier that amplifies a control signal which is input into the amplifier to output an amplified control signal; and a controller that performs predetermined control based on the amplified control signal. When the control signal is not input into the amplifier, the amplifier amplifies a voltage signal input from a power source for driving the amplifier.

Abstract: A door latch device includes: a meshing mechanism configured to be meshable with a striker; a locking/unlocking mechanism configured to be movable to an unlock position where an opening operation of an operation handle provided at the door is enabled and where meshing of the meshing mechanism is releasable, and to be movable to a lock position where the opening operation of the operation handle provided at the door is disabled and where meshing of the meshing mechanism is unreleasable; a smart lever configured to be operable in linking with the opening operation of the operation handle when the locking/unlocking mechanism is in the unlock position, and to be inoperable in linking with the opening operation of the operation handle when the locking/unlocking mechanism is in the lock position; and a smart lever detection switch configured to be detectable an operation of the smart lever.

Abstract: A vehicle door latch device includes: a base fixed to a door; a latch pivotally supported on the base, and configured to be rotatable in association with opening and closing of the door, the latch having a cam portion on an outer periphery thereof; a detection lever pivotally supported on the base by a shaft, the detection lever having a detecting portion, which slides along the cam portion in association with rotation of the latch, and a cam surface, the detection lever being configured to be rotatable, by the detecting portion sliding along the cam portion, to a position corresponding to a rotational position of the latch; and a detection switch configured to detect open and closed states of the door by being turned ON and OFF by coming into contact with and separating from the cam surface in association with rotation of the detection lever.

Abstract: A signal processing device according to an embodiment includes a plurality of signal processing units and a pseudo signal generating unit. The plurality of signal processing units are provided in a plurality of reception antennas which receive reflection signals of a transmission signal reflected on an object, and perform signal processing in parallel on beat signals which are generated based on the transmission signal and the reflections signals. The pseudo signal generating unit generates a pseudo signal imitating the beat signal, and inputs the pseudo signal as a target of the signal processing into the plurality of signal processing units in parallel.

Abstract: A signal processor includes an amplifier that amplifies a control signal which is input into the amplifier to output an amplified control signal; and a controller that performs predetermined control based on the amplified control signal. When the control signal is not input into the amplifier, the amplifier amplifies a voltage signal input from a power source for driving the amplifier.

Abstract: In a communication system, a distributor terminal distributes content which is generated in real time to a content distribution unit, a request management server has an extracting unit which extracts an audio communication terminal to be connected from among a plurality of audio communication terminals and a connection location information transmitting unit which transmits connection location information with respect to an audio communication terminal which was extracted by the extracting unit, and an audio communication terminal receives connection location information which was transmitted from a request management server and is connected to an audio communication connection apparatus in accordance with connection location information and transmits audio information.

Abstract: In the conventional system, although a viewer can feel only part of the atmosphere of the hall while viewing images of a live performance etc, the viewer cannot enhance the mood and cannot get a feeling of participating in the live event. An image display system of the present invention is a system for displaying an image reflecting a motion of a viewer outside a hall for live performance etc. on a display being installed in the hall. Specifically, the system simultaneously transmits the image of the live performance etc. in the hall to a terminal for viewing of the viewer, receives motion information indicating the motion of the viewer outside the hall, thereby controlling display of the image on the display on the basis of the motion information.

Abstract: An electronic device includes alight emitting unit that provides backlight to a liquid crystal display unit, a communication unit that transmits video data, and a control unit that controls a current flowing from a DC-DC converter to the light emitting unit. The control unit controls the current flowing from the DC-DC converter to the light emitting unit so as to change an output voltage of the DC-DC converter from a first voltage to a second voltage which is lower than the first voltage. The first voltage is supplied to the light emitting unit and the second voltage is supplied to the communication unit.

Abstract: A first terminal device includes an input unit which inputs operation information indicating operation content, and a first transmission unit which transmits packet information including operation information input from the input unit and destination information for designating a second terminal device, which is a transmission target of the operation information among a plurality of terminal devices to an operation information transmission server. The operation information transmission server includes a first reception unit which receives the packet information transmitted from the first transmission unit and a second transmission unit which refers to the destination information included in the received packet information and transmitting the packet information addressed to the second terminal device corresponding to the destination information.

Abstract: An electronic device includes alight emitting unit that provides backlight to a liquid crystal display unit, a communication unit that transmits video data, and a control unit that controls a current flowing from a DC-DC convertor to the light emitting unit. The control unit controls the current flowing from the DC-DC convertor to the light emitting unit so as to change an output voltage of the DC-DC convertor from a first voltage to a second voltage which is lower than the first voltage. The first voltage is supplied to the light emitting unit and the second voltage is supplied to the communication unit.

Abstract: A power supply control circuit is configured including a MOS-FET 61 connected between a DC power supply 10 and a load circuit 31 so that a body diode D300 formed between the drain and the source is in a forward direction; and a holding circuit 62 for maintaining the ON state of the MOS-FET 61 for a predetermined time when the power supply from the DC power supply 10 is stopped; where heat generation of the switching element by the surge voltage is suppressed when the surge voltage is generated to prevent breakdown of the switching element while preventing breakdown of internal circuits with respect to reverse connection of the power supply.

Abstract: An FM-CW radar includes a transmitting section, a mixing section, an A/D conversion section, a storage unit, and a signal processing section. The transmitting section transmits a continuous wave frequency-modulated with a triangular wave. The mixing section mixes the continuous wave transmitted and a reflected wave from a target, to generate a beat wave. The A/D conversion section A/D converts the beat wave into digital data. The storage unit includes a first storage section and a second storage section. The signal processing section reads data from the first storage section to process the read data. The A/D conversion section writes the digital data into the second storage section. The control section switches the first storage section and the second storage section alternately in synchronous with switching between up and down of the triangular wave.

Abstract: A display device whereby appropriate operation control desired by a user can be conducted is implemented even if an image for driver's seat which can be seen by a driver but cannot be seen by a passenger in a passenger seat and an image for passenger seat which can be seen by the passenger in the passenger seat but cannot be seen by the driver are displayed on a common screen. The display device comprises a unit for conducting operation control on an image with priority of an image GDR for driver's seat and an image GPA for passenger seat when an operation is performed to an operating switch arranged in such a manner that the operation area for the image GDR for driver's seat on the display screen and the operation area for the image GPA for passenger seat on the display screen overlap each other.

Abstract: A power supply control circuit is configured including a MOS-FET 61 connected between a DC power supply 10 and a load circuit 31 so that a body diode D300 formed between the drain and the source is in a forward direction; and a holding circuit 62 for maintaining the ON state of the MOS-FET 61 for a predetermined time when the power supply from the DC power supply 10 is stopped; where heat generation of the switching element by the surge voltage is suppressed when the surge voltage is generated to prevent breakdown of the switching element while preventing breakdown of internal circuits with respect to reverse connection of the power supply.

Abstract: An imaging apparatus control unit that controls an operation of an imaging apparatus, comprising a receiver, a timer, and an imaging device driving unit, is provided. The imaging apparatus comprises an imaging device. The receiver receives an input signal. The input signal is generated when a command is input. The command is for ordering the imaging apparatus to carry out a predetermined function. The timer starts clocking when the receiver receives the input signal. The imaging device driving unit orders the imaging device to capture the optical image once every first interval before the predetermined period of time elapses. The imaging device driving unit orders the imaging device to capture the optical image once every second interval after the predetermined period of time elapses. The second interval is longer than the first interval.

Abstract: An FM-CW radar includes a transmitting section, a mixing section, an A/D conversion section, a storage unit, and a signal processing section. The transmitting section transmits a continuous wave frequency-modulated with a triangular wave. The mixing section mixes the continuous wave transmitted and a reflected wave from a target, to generate a beat wave. The A/D conversion section A/D converts the beat wave into digital data. The storage unit includes a first storage section and a second storage section. The signal processing section reads data from the first storage section to process the read data. The A/D conversion section writes the digital data into the second storage section. The control section switches the first storage section and the second storage section alternately in synchronous with switching between up and down of the triangular wave.