Methods and Devices for a Multi-Protocol Wireless Security Controller

• US 20120019354A1
• Filed: 01/15/2010
• Published: 01/26/2012
• Est. Priority Date: 02/06/2009
• Status: Abandoned Application

• Current Assignee: SerComm Corporation
• Original Assignee: QUEL Technologies Incorporated
• Inventors: Saldin, Paul Glendenning, Bergman, John Todd
• Application Number:
  US13/148,135
• Publication Number:
  US 20120019354A1
• Time in Patent Office: Days
• US Class Current: 340/5.1
• CPC Class Codes: H04L 63/1408 by monitoring network traffic monitoring network traffic per se H04L43/00

Abstract

Methods and devices for a wireless security controller that is able to receive data transmissions over multiple frequency channels and decode security messages that use different data protocols is provided. The security controller monitors an incoming security message transmission from a security sensor. As the transmission is received, the security controller analyzes the data, and determines whether is encoded using one of two or more different transmission protocols. The security controller then completes reception and error-checking of the received security message, and processes the security message.

Claims

1. A system for sending and receiving security messages in a wireless security system, the system comprising:

a multi-protocol security controller capable of receiving the security messages from a security sensor device, the security controller able to differentiate between the two or more transmission protocols to determine the transmission protocol used to encode the security message, decode the security message based on the transmission protocol used to encode the security message, and in response to the decoded security message is capable of generating an instruction signal.

2. The system of claim 1, further comprising one or more security sensor devices, each security sensor device is capable of monitoring a status change in an area and is capable of generating and transmitting a security message encoded using one of two or more different transmission protocols, the security message based on a change in status of the area being monitored.

3. The system of claim 1, wherein the multi-protocol security controller is capable of receiving the security messages sent from the one or more security sensor devices that are transmitted over either a first frequency channel or a second frequency channel or both.

4. A multi-protocol security controller useable in a wireless security system, the multi-protocol security controller comprising:

a receiver module that monitors for a security message; and

a controller module coupled to the receiver module that decodes the security message based on a transmission protocol used to encode the security message, processes the decoded security message and generates an instruction signal based on the decoded security message,

wherein the multi-protocol security controller determines a transmission protocol used to encode the security message between two or more unique transmission protocols.

5. The security controller of claim 4, wherein the receiver module that monitors for a security message over a first frequency channel and over a second frequency channel.

6. The security controller of claim 4, wherein the receiver module is a transceiver that is capable of transmitting the instruction signal.

7. The security controller of claim 4, wherein the receiver module includes a microprocessor that determines the transmission protocol used to encode the security message between the two or more unique transmission protocols.

8. The security controller of claim 4, wherein the controller module determines the transmission protocol used to encode the security message between the two or more unique transmission protocols.

9. The security controller of claim 4, wherein the controller module includes a system controller portion that decodes the security message based on the transmission protocol used to encode the security message, processes the decoded security message and generates an instruction signal based on the decoded security message.

10. A method of receiving security messages using a multi-protocol security controller for a wireless security system, the method comprising:

monitoring an area to be secure over a first frequency channel and second frequency channel using a receiver module of the multi-protocol system controller;

receiving a data transmission over either the first frequency channel and/or the second frequency channel using the receiver module;

determining whether the received data transmission is encoded using one of two or more unique transmission protocols using a microprocessor in the receiver module of the multi-protocol security controller;

decoding a security message from the data transmission based on the transmission protocol used to encode the data transmission using the system controller portion;

generating an instruction signal based on the security message using the system controller portion.