SELF LEARNING DATA MODULE SYSTEM

• US 20100123564A1
• Filed: 11/20/2008
• Published: 05/20/2010
• Est. Priority Date: 11/20/2008
• Status: Abandoned Application

• Current Assignee: Oliver David Grunhold
• Original Assignee: Oliver David Grunhold
• Inventors: Grunhold, Oliver David
• Application Number:
  US12/275,077
• Publication Number:
  US 20100123564A1
• Time in Patent Office: Days
• US Class Current: 340/426.140
• CPC Class Codes: B60R 25/10 actuating a signalling device

Abstract

A self learning data module system includes a microprocessor with non-volatile memory adapted to removably attach to a vehicle equipment control network. Software extracts operational codes from the vehicle equipment control network upon activation of vehicle equipment such as door locks or arming of alarm systems. The software assigns each of the operational codes to a predetermined command codes and stores the assigned pairs in memory. An attached system with remote control is adapted to send and receive the command codes. The microprocessor transmits each of the operational codes to the network upon receipt of a command code from the attached system. Attached systems include vehicle alarms, remote starting systems, vehicle control systems, vehicle function communication systems, and cellular communications systems. The network also communicates the operational codes to the microprocessor which sends the assigned predetermined command codes to the attached system which sends command codes to the remote control.

Claims

1. A self learning data module system, comprising:

a microprocessor;

adapted to removably attach to a vehicle equipment control network;

non-volatile memory, said memory connected to said microprocessor; and

software;

said software adapted to extract operational codes from said vehicle equipment control network upon activation of vehicle equipment, assign each of said operational codes to one of a series of predetermined command codes and store said operational codes and assigned command codes in said memory.

2. The self learning data module system as described in claim 1, further comprising:

a wireless transponder, said transponder being connected to said microprocessor and adapted to send said command codes to and receive said command codes from a wireless remote control; and

said microprocessor transmitting each of said stored operational codes to said vehicle equipment control network upon receipt of an assigned command code from said transponder.

3. The self learning data module system as described in claim 1, further comprising:

an attached system, said attached system communicating with said microprocessor and being programmed with said series of predetermined command codes;

said attached system having a control for directing said attached system to communicate said predetermined command codes to said microprocessor; and

said microprocessor communicating each of said operational codes for which a predetermined command code has been assigned to said vehicle equipment control network upon receipt of each of said predetermined command codes.

4. The self learning data module system as described in claim 3, wherein, said vehicle equipment control network communicates said operational codes to said microprocessor, said microprocessor communicates said assigned predetermined command codes to said attached system and said attached system communicates said predetermined command codes to said control.

5. The self learning data module system, as described in claim 3, wherein said attached system is selected from the group comprising:

vehicle alarms, remote starting systems, vehicle control systems, vehicle function communication systems, and cellular communications systems.

6. The self learning data module system, as described in claim 3, wherein:

said attached system further comprises a transceiver, said transceiver adapted to send said predetermined command codes to and receive said predetermined command codes from a cellular telephone;

said cellular telephone having software adapted receive said predetermined command codes from said transceiver, to assign telephone key sequences to said command codes and to send said command codes to said transceiver upon entry of said key sequences;

said attached system communicating said predetermined command codes to said microprocessor upon receipt of each of said command codes from said transceiver;

said microprocessor communicating each of said operational codes for which a predetermined command code has been assigned to said vehicle equipment control network upon receipt of each of said predetermined command codes.

7. The self learning data module system as described in claim 6, wherein, said vehicle equipment control network communicates said operational codes to said microprocessor, said microprocessor communicates said assigned predetermined command codes to said attached system, said attached system communicates said predetermined command codes to said transceiver and said transceiver communicates each of said command codes to said cellular telephone for either of storage and notification of a user.

8. The self learning data module system, as described in claim 6, wherein said attached system is selected from the group comprising:

vehicle alarms, remote starting systems, vehicle control systems, and vehicle function communication systems.

9. The self learning data module system, as described in claim 1, wherein said microprocessor is serially connected to said vehicle equipment control network.

10. The self learning data module system, as described in claim 1, wherein said microprocessor is optically connected to said vehicle equipment control network.

11. The self learning data module system, as described in claim 1, wherein the connection of said microprocessor to said vehicle equipment control network is an analog connection.

12. The self learning data module system, as described in claim 6, wherein communications between said transceiver and said cellular telephone is encrypted.

13. The self learning data module system, as described in claims 1, further comprising:

a programming switch, said programming switch either of activating and deactivating a code learning function of said software;

first and second indicators, both of said indicators providing a first signal upon activation of said code learning function;

said first indicator providing a second signal upon activation of a selected vehicle equipment item and successful storage of an operational code associated with activation of said vehicle item;

said successful storage including assignment of each of said operational codes to one of a series of predetermined command codes;

said second signal of said first indicator signaling readiness for said module system to learn an operational code for activation of a subsequent vehicle equipment item; and

a third signal provided by said second indicator signaling failure of said module system to successfully store an operational code and indicating need to reactivate said vehicle equipment item until said first indicator provides said second signal.

14. The self learning data module system, as described in claim 1, further comprising:

a connection on said microprocessor to allow communication of said predetermined command codes with either of a security remote start and a wireless system; and

each of said operational codes transmitted from said memory to said vehicle equipment control network upon receipt of each of said predetermined command codes from either of said security remote start and said wireless system.

15. The self learning data module system, as described in claim 14, wherein said vehicle equipment control network communicates said operational codes to said microprocessor, said microprocessor communicates said assigned predetermined command codes to either of a security remote start and a wireless system.

16. The self learning data module system, as described in claim 14, wherein said communications between said module system and either of said security remote start and said wireless system is encrypted.

17. The self learning data module system, as described in claims 1, in which said vehicle equipment control network is an optical network.

18. The self learning data module system, as described in claim 3, in which said microprocessor is serially connected to said attached system.

19. The self learning data module system, as described in claims 3, in which said microprocessor is optically connected to said attached system.