Abstract: A door closing-inspection apparatus for a vehicle includes a first lightening and light-receiving device which strides over a transferring conveyer in a finished vehicle inspection line which inspects a finished vehicle while being transferred; a pair of door-closing devices arranged at positions on a downstream side of the first lightening and light-receiving device and on symmetrically both sides of a length of the transferring conveyer; a second lightening and light-receiving device arranged on a downstream side of the door-closing devices which strides over the transferring conveyer; a pair of door distance-measuring sensors arranged at positions on a downstream side of the second lightening and light-receiving device is on symmetrically both sides of the length of the transferring conveyer; and a controller which is connected to the first and second lightening and light-receiving devices, the door-closing devices, the sensors, and a driving source controller of the transferring conveyer.

Abstract: This door closing-inspection apparatus for a vehicle is provided with: a first lightening and light-receiving device which is arranged so as to stride over a transferring conveyer in a finished vehicle inspection line which inspects a finished vehicle while transferring the finished vehicle; a pair of door-closing devices arranged at positions where are on a downstream side of the first lightening and light-receiving device, and are on symmetrically both sides of a length of the transferring conveyer; a second lightening and light-receiving device arranged on downstream side of the door-closing devices so as to stride over the transferring conveyer; a pair of door distance-measuring sensors arranged at positions where are on a downstream side of the second lightening and light-receiving device, and are on symmetrically both sides of the length of the transferring conveyer; and a controller which is connected to the first lightening and light-receiving device, the second lightening and light-receiving device,

Abstract: A magnetic card reader apparatus includes a convey unit, a sensor, a buffer, a reading unit, a detection unit, and a calculation unit. The convey unit conveys an inserted prepaid card at a predetermined speed, and the prepaid card has a punch hole formed at a position corresponding to balance information. The sensor samples the punch hole of the prepaid card during conveying of the prepaid card at a predetermined time interval from a leading end side of the prepaid card. The buffer stores sampling data output from the sensor. The reading unit sequentially reads out the sampling data stored in the buffer from sampling data corresponding to a trailing end portion of the prepaid card. The detection unit detects data first representing a punch hole from the sampling data read out from the buffer. The calculation unit calculates a position of the punch hole on the basis of a detection output from the detection unit to detect the balance information of the prepaid card.

Abstract: A card reader maintenance system includes a card reader and a maintenance apparatus.