Abstract: Disclosed herein is an in-vehicle reproducing system, including: a reproducing device; and a display device detachably mounted to the reproducing device, wherein the reproducing device is fixed to a vehicle and includes a reproducing portion obtaining at least a video signal from an attachable storage medium, a manipulation portion carrying out control for reproduction from the attachable storage medium, a first wireless communication portion transmitting the video signal to the display device, and an electric power transmitting portion transmitting an electric power to the display device through non-contact electric power transmission, and the display device includes an electric power receiving portion receiving the electric power transmitted thereto from the reproducing device through the non-contact electric power transmission, a second wireless communication portion receiving the video signal from the reproducing device, and a display portion displaying thereon an image based on the video signal received

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: A remote controller has a touch panel. Multiple items are shown on a display. A user draws a line on the touch panel in the direction where the item is desired to select by moving the finger, for example. The remote controller determines the direction of the drawn line, and transmits the signal indicating the direction to a control unit. The control unit determines the item disposed in the direction indicated by the signal, and executes a process associated with that determined item. The process is executed in this manner, and thus an instruction is made to given devices. The invention can be applied to a car navigation system.

Abstract: An on-vehicle device with a storage unit that includes a transfer unit that transfers data stored in the storage unit to another on-vehicle device of equal capability that is also equipped with a storage unit. In the on-vehicle device, the transfer unit is configured by a data transfer jack provided to each of the on-vehicle device and the another on-vehicle device, and a data transfer cable for connecting the transfer jacks.

Abstract: A remote controller has a touch panel. Multiple items are shown on a display. A user draws a line on the touch panel in the direction where the item is desired to select by moving the finger, for example. The remote controller determines the direction of the drawn line, and transmits the signal indicating the direction to a control unit. The control unit determines the item disposed in the direction indicated by the signal, and executes a process associated with that determined item. The process is executed in this manner, and thus an instruction is made to given devices. The invention can be applied to a car navigation system.