REMOTE CONTROL OF A MOTOR VEHICLE DURING A PARKED PHASE
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Accused Products
Abstract
The invention relates to a control unit for a motor vehicle, wherein the control unit is configured to switch off, upon reception of an ignition-off signal transmitted in the motor vehicle for initiating a parked phase, a main module provided for operation with ignition switched on. It is the object of the invention to provide a remote service with low latency during the parked phase. For this purpose, in the control unit, a mobile radio module is provided, which is configured so that it remains logged into a mobile radio network with the main module switched off. An auxiliary processor device is configured to reserve an Internet address on an address server of the Internet via the mobile radio module, and to store the Internet address on a control server of the Internet, which is configured for the remote control of the motor vehicle.
15 Citations
24 Claims
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1-12. -12. (canceled)
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13. A control unit for a motor vehicle, comprising:
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a main module configured to operate when an ignition is powered on; a mobile radio module configured to remain logged into a mobile radio network when the main module is powered off; and an auxiliary processor device configured to; reserve an Internet address on an address server of the Internet via the mobile radio module, and store the Internet address on a control server of the Internet wherein the Internet address is used to remotely control the motor vehicle, wherein the auxiliary processor device is configured to receive a wake-up command from the control server and power on the main module via a wake-up line as a function of the wake-up command, wherein the auxiliary processor device is configured to control a power supply of the control device to power on the main module through a power supply line electrically connected to an on-board electrical network for the electrical supply of the main module, and wherein the control unit is configured to power off upon reception of an ignition-off signal transmitted in the motor vehicle for initiating a parked phase. - View Dependent Claims (14, 15, 16, 17, 18, 19, 20, 21)
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22. A motor vehicle comprising:
a control unit, the control unit comprising; a main module configured to operate when an ignition is powered on; a mobile radio module configured to remain logged into a mobile radio network when the main module is powered off; and an auxiliary processor device configured to; reserve an Internet address on an address server of the Internet via the mobile radio module, and store the Internet address on a control server of the Internet wherein the Internet address is used to remotely control the motor vehicle, wherein the auxiliary processor device is configured to receive a wake-up command from the control server and power on the main module via a wake-up line as a function of the wake-up command, wherein the auxiliary processor device is configured to control a power supply of the control device to power on the main module through a power supply line electrically connected to an on-board electrical network for the electrical supply of the main module, and wherein the control unit is configured to power off upon reception of an ignition-off signal transmitted in the motor vehicle for initiating a parked phase.
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23. A method for the remote control of a motor vehicle during a parked phase of the motor vehicle, the method comprising:
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switching an ignition from an ignition-on state to an ignition-off state; providing, for operation, a main module of a control device based at least in part on the ignition switching; maintaining a network connection between a mobile radio module of the control unit and a mobile radio network; reserving, at an auxiliary processor device, an Internet address in an address server of the Internet via the mobile radio module; and providing the Internet address on a control server of the Internet, wherein the auxiliary processor device is designed to receive a wake-up command from the control server and power on the main module via a wake-up line as a function of the wake-up command, wherein the auxiliary processor device is configured to control a power supply of the control device to power on the main module through a power supply line electrically connected to an on-board electrical network for the electrical supply of the main module. - View Dependent Claims (24)
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Specification