Abstract: A recording and reproducing device 1 and a portable type reproducing device 4 are connected by communication means 8, a transfer start time and a transfer end time are set, a time required for the transfer is calculated from an amount of data to be transferred out of recorded data stored in storage means 2 for which it has been predetermined at the time of recording whether or not to perform a transfer to the portable type reproducing device 4 and a transfer rate, and when the transfer can be judged not to complete by the transfer end time, the user is warned thereof. When the transfer can be judged to complete, a transfer of the recorded data to the portable type reproducing device 4 is started at the transfer start time and the recorded data is stored in storage means 6.

Abstract: To provide a CS digital video receiver with which a audio/video recording device does not start recording when the CS digital broadcast receiver is turned ON by the user, whereby preventing accidental recordings. Multiple external output terminals 4 and 5 for supplying audio/video signals from a tuner 3 to an external monitor 7 and an external recording means 8 are provided, and audio/video signals from the tuner 3 are supplied, not to the external output terminal 5 to connect to the recording means 8 but to the external output terminal 4 to the monitor 8 in the standby mode for programmed recording. Audio/video signals from the tuner 3 are supplied to the external output terminal 5 to the recording means 8 at the start time of the programmed recording in the programmed mode.

Abstract: The prior art CRT type digital television requires overall redesigning of the analog block board and the digital block board. Therefore, development man-hour and board mold cost is a big burden. An efficient board arrangement technique is provided to resolve this problem. This is accomplished with a CRT type digital television in which an analog block board 10 and a CRT board 11 have fixed board arrangements used in combination with multiple digital block boards 12, by which the cost of developing an analog block board is reduced and focus is placed on developing a digital block board, thereby reducing development and mass production related costs. Regarding the board arrangement, a CRT board 11 is provided outside the analog block board 10 to eliminate the vacant area 11a, thereby down-sizing the analog block board 10.

Abstract: A method of fabricating a printed circuit board efficiently within a short time is disclosed. Two areas R1 and R2 to fabricate two printed circuit boards are assigned to a single original board 5 from which a plurality of boards are available. A first automatic mounting area 1 where the chip parts are mounted to obtain one printed circuit board is set in the area R1. A second automatic mounting area 2 where the chip parts are mounted to obtain another printed circuit board is set in the area R2. An automatic mounting range 3, including the two automatic mounting areas 1 and 2, is set in a predetermined range of the original board 5 in such a manner as to correspond to the range where the chip parts mounter carries out the work of mounting the chip parts.

Abstract: A method of fabricating a printed circuit board efficiently within a short time is disclosed. Two areas R1 and R2 to fabricate two printed circuit boards are assigned to a single original board 5 from which a plurality of boards are available. A first automatic mounting area 1 where the chip parts are mounted to obtain one printed circuit board is set in the area R1. A second automatic mounting area 2 where the chip parts are mounted to obtain another printed circuit board is set in the area R2. An automatic mounting range 3, including the two automatic mounting areas 1 and 2, is set in a predetermined range of the original board 5 in such a manner as to correspond to the range where the chip parts mounter carries out the work of mounting the chip parts.