Abstract: A first image captured is received, a second image captured by a second imaging device is received, detection of an object captured in the first image and the detection of the object captured in the second image are performed, characteristic information of the first image is calculated, learning information that associates the characteristic information, a detection index regarding good or bad of a result of the detection, and range information regarding an imaging range of the second imaging device is stored, a correspondence relation between the characteristic information and the range information for obtaining the better detection index is estimated based on the learning information, and the imaging range of the second imaging device is controlled to become the imaging range indicated by the range information related to the characteristic information in the correspondence relation when the calculated characteristic information corresponds to the characteristic information in the estimated correspondence re

Abstract: A power source apparatus includes a power source section configured to output a current comprising a preset current value as a power supply current after reducing a voltage value of a power supply voltage in case the power supply current reaches a preset current value, a first protection section configured to stop operation of the power source section if the power supply voltage stays below a first voltage value until lapse of a first period subsequent to establishment of connection between a mobile terminal device and a power supply terminal, and a second protection section configured to cause the power source section to output a power supply voltage of a voltage value based on instruction information by a second time interval if the voltage value of the power supply voltage falls below a second voltage value after reaching a target voltage value.

Abstract: A power source apparatus includes a power source section configured to output a current comprising a preset current value as a power supply current after reducing a voltage value of a power supply voltage in case the power supply current reaches a preset current value, a first protection section configured to stop operation of the power source section if the power supply voltage stays below a first voltage value until lapse of a first period subsequent to establishment of connection between a mobile terminal device and a power supply terminal, and a second protection section configured to cause the power source section to output a power supply voltage of a voltage value based on instruction information by a second time interval if the voltage value of the power supply voltage falls below a second voltage value after reaching a target voltage value.

Abstract: In a cathode ray tube socket which is provided with a socket body having a plurality of contacts disposed in a circle and a high voltage discharge gap housing provided on one side of the socket body, there are provided along the inside surface of both a case forming the high voltage discharge gap housing and a cover to be put on the case on the side of its open end face a plurality of plate-shaped ribs extending in a direction across a high voltage discharge in the high voltage discharge gap housing. The ribs of the case and the cover are disposed at predetermined intervals so that they do not overlap each other. A meandering ridge is formed along one of the opposed side walls of the case and cover to define a gap therebetween.

Abstract: A contact plate is provided in obliquely opposing relation to a flange part of a high-voltage side discharge electrode disposed in a high-voltage chamber of a CRT socket. A movable urging member is movable into and away from a place where the urging member presses the contact plate against the flange part. A lead insertion hole is bored through the high-voltage chamber above the contact plate so that a high-voltage lead can be inserted through the lead insertion hole into between the contact plate and the flange.