REMOTE INTERFACE DEVICE FOR VEHICULAR REMOTE CONTROL

• US 20160094699A1
• Filed: 09/25/2015
• Published: 03/31/2016
• Est. Priority Date: 09/25/2014
• Status: Active Grant

• Current Assignee: Board of Regents of the University of Michigan (University of Michigan)
• Original Assignee: Board of Regents of the University of Michigan (University of Michigan)
• Inventors: Shaout, Adnan K., Al-Sawah, Munther
• Granted Patent: US 9,584,646 B2
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: H04M 1/72412 using two-way short-range wireless interfaces
• CPC Class Codes: H04M 1/72415 for remote control of appliances

Abstract

A remote operation system remotely controls a vehicle. The system may include a RF receiver and a remote interface device. The RF receiver resides in the vehicle and receives RF commands via a RF communication link. The remote interface device may be packaged in a housing and installed in the vehicle. The remote interface device includes a cellular transceiver, a RF transmitter, and a controller. The cellular transceiver may receive a given command via a cellular communication link. The controller may retrieve the given command from the cellular transceiver, and translate the given command to a RF command. The controller may transmit the RF command to the RF receiver by way of the RF transmitter.

Claims

1. A remote operation system for remotely controlling a vehicle, the system comprising:

a RF receiver residing in a vehicle and configured to receive RF commands via an RF communication link; and

a remote interface device packaged in a housing and installed in the vehicle, wherein the remote interface device includes;

a cellular transceiver configured to receive a given command via a cellular communication link,

a RF transmitter configured to transmit a RF command over the RF communication link to the RF receiver, and

a controller interfaced with the cellular transceiver and the RF transmitter, wherein the controller retrieves the given command from the cellular transceiver, translates the given command to a RF command and interacts with the RF transmitter to send the RF command to the RF receiver.

2. The remote operation system of claim 1 wherein the controller translates the given command based on a predefined command table that associates multiple commands with an operation request, and transmits the RF command indicative of the operation request that is associated with the given command.

3. The remote operation system of claim 1 further comprises a subscriber identification module interfaced with the cellular transceiver and operates to store an international mobile subscriber identity.

4. The remote operation system of claim 1 further comprises:

a remote control device that is operable by a user to issue the given command; and

a distribution center that is located remotely from the remote control device and the remote interface device, wherein the distribution center receives the given command from the remote control device via a wireless network and forwards the given command to the remote interface device via the cellular communication link.

5. The remote operation system of claim 4 wherein:

the remote control device identifies a recipient of the given command by way of an identifier; and

the distribution center validates the identifier based on pre-stored information that associates one or more registered identifiers with a respective remote interface device.

6. The remote operation system of claim 4 wherein the remote control device is a computing device having a remote control software application disposed therein.

7. The remote operation system of claim 4 wherein the remote control device and the distribution center communicate in accordance with a transmission control protocol.

8. The remote operation system of claim 4 wherein the remote interface device communicates with the remote control device by way of the distribution center.

9. The remote operation system of claim 1 wherein the given command indicates at least one of a start engine request, a stop engine request, an unlock door request, and a lock door request.

10. The remote operation system of claim 1 wherein:

the given command includes information indicative of a control operation to be performed and a set time and date at which the control operation is to be performed, and

the remote interface device transmits the RF command to the RF transmitter at the set time and date provided in the given command.

11. The remote operation system of claim 1 wherein:

the given command is a location request of the vehicle from a remote control device, and

the remote interface device determines the location of the vehicle based on a global positioning system provided in the vehicle and transmits the location to the remote control device.

12. The remote operation system of claim 1 wherein the remote interface device is connected to a 12V outlet in the vehicle.

13. A remote interface device located in a vehicle for controlling the vehicle based on a control command provided by a remote control device via a distribution center, the remote interface device comprising:

a transceiver including a processor and an antenna, wherein the transceiver receives the control command via cellular communication link;

a RF transmitter communicating with a RF receiver disposed in the vehicle; and

a control module coupled to the transceiver and to the RF transmitter, wherein the control module determines an operation request of the vehicle based on the control command and transmits a RF command signal indicative of the operation request to the RF receiver via the RF transmitter when the operation request is to operate a component in the vehicle.

14. The remote interface device of claim 13 wherein the transceiver includes a global service mobile processor and a global service mobile antenna.

15. The remote interface device of claim 13 further comprises a subscriber identification module interfaced with the transceiver and operates to store an international mobile subscriber identity.

16. The remote interface device of claim 13 wherein the control module includes a real-time clock and calendar module to monitor time and date.

17. The remote interface device of claim 13:

the control command includes information indicative of a control operation to be performed and a set time and date at which the control operation is to be performed, and

the control module transmits the RF command signal to the RF receiver at the set time and date provided in the control command.

18. The remote interface device of claim 13 further comprising:

a global positioning system coupled to the transceiver, wherein;

the control command is a location request of the vehicle, and

the control module receives the location of the vehicle from the global positioning system by way of the transceiver, and transmits the location to the remote control device by way of the cellular communication link.