Abstract: A wireless receiver includes a wireless communication component and a controller. The wireless communication component receives from a wireless transmitter a wireless signal that includes content data and encoded data having first error correction information and second error correction information of a different type from that of the first error correction information, for correcting errors in the content data. The controller determines which of the first error correction information and the second error correction information is to be given priority based on the signal quality of the wireless signal.

Abstract: A wireless receiver includes a wireless communication component and a controller. The wireless communication component receives from a wireless transmitter a wireless signal that includes content data and encoded data having first error correction information and second error correction information of a different type from that of the first error correction information, for correcting errors in the content data. The controller determines which of the first error correction information and the second error correction information is to be given priority based on the signal quality of the wireless signal.

Abstract: The disclosure provides a receiving device, receiving broadcasts. The receiving device has a frequency setting part, setting a high-side local oscillating frequency or a low-side local oscillating frequency with respect to predetermined receiving frequency bands to be received.

Abstract: Noise generation in transferring data is suppressed or prevented by transferring data at a data transfer rate according to the amount of data to be transferred to a memory. In a reproducing apparatus, when a read unit or both reads data from a storage medium or both, a determination unit determines the type of the storage medium from which the data is read, then, according to the determined type of the storage medium, a transfer rate change unit orders a data transfer unit to use a preset transfer rate corresponding to the type of the storage medium. The data transfer unit transfers the read data to the temporary storage unit at the ordered transfer rate. This allows data to be transferred without a significant change in the amount of data transfer, which suppresses or prevents noise.

Abstract: Noise generation in transferring data is suppressed or prevented by transferring data at a data transfer rate according to the amount of data to be transferred to a memory. In a reproducing apparatus, when a read unit or both reads data from a storage medium or both, a determination unit determines the type of the storage medium from which the data is read, then, according to the determined type of the storage medium, a transfer rate change unit orders a data transfer unit to use a preset transfer rate corresponding to the type of the storage medium. The data transfer unit transfers the read data to the temporary storage unit at the ordered transfer rate. This allows data to be transferred without a significant change in the amount of data transfer, which suppresses or prevents noise.

Abstract: This disk device includes a pickup head (PUH), a PUH shift control unit, and an inner circumference position detection unit. The PUH reads out data upon a disk. The inner circumference position detection unit detects whether or not the PUH has shifted to the inner circumferential edge of the disk. And, after having stopped the PUH in the neighborhood of a position at which the detection state of the inner circumference position detection unit changes over, the PUH shift control unit determines a shift time period T5 for the PUH when a predetermined operation has been performed. And, by supplying power during the time period T7, the PUH is stopped at a predetermined position.

Abstract: This disk device includes a pickup head (PUH), a PUH shift control unit, and an inner circumference position detection unit. The PUH reads out data upon a disk. The inner circumference position detection unit detects whether or not the PUH has shifted to the inner circumferential edge of the disk. And, after having stopped the PUH in the neighborhood of a position at which the detection state of the inner circumference position detection unit changes over, the PUH shift control unit determines a shift time period T5 for the PUH when a predetermined operation has been performed. And, by supplying power during the time period T7, the PUH is stopped at a predetermined position.

Abstract: A connector structure includes: a housing having a substantially U-shaped cross section; a flexible flat cable inserted through an opening of the housing; and a junction terminal which has a substantially tuning-fork-shaped cross section and is formed integrally with the housing. The junction terminal has a contacting inward projection at its opening side upper and lower position. The projection electrically contacts with a conductive section of the flexible flat cable. A terminal extending from an inner part of the housing to be connected with a board. A vertical holding member into which an end of the flexible flat cable is inserted is provided at an innermost part of the housing.

Abstract: A connector structure includes: a housing having a substantially U-shaped cross section; a flexible flat cable inserted through an opening of the housing; and a junction terminal which has a substantially tuning-fork-shaped cross section and is formed integrally with the housing. The junction terminal has a contacting inward projection at its opening side upper and lower position. The projection electrically contacts with a conductive section of the flexible flat cable. A terminal extending from an inner part of the housing to be connected with a board. A vertical holding member into which an end of the flexible flat cable is inserted is provided at an innermost part of the housing.