Method and apparatus for usinig thermal data to trigger identification process
A security system and method for collecting and analyzing thermal data to save power and identify persons. The security system includes a processor with connected processor and one or more additional devices such as an alarm, lighting device or visual light camera. When the security system is in a low power sleep mode, the thermal sensor detects and collects thermal data from a thermal object body and the processor determines if the collected thermal data matches predefined parameters for a thermal body and then activates any one of one or more of the connected additional devices based on the match. The system is then operational to collect visual data and process the collected thermal and visual data to match against stored profiles. The thermal data may be collected at low or no light conditions to determine the need to power up the system to collect visual data.
1. A Security system, comprising:
a processor;
a thermal image sensor connected to the processor; and
one or more devices enabled to communicate with the processor;
wherein with the security system in a low power sleep mode, the thermal sensor detects and collects data from a thermal body and the processor determines if it matches predefined parameters for a thermal body and the processor wakes the system from the low power sleep mode and activates any one or more first external devices based on the match;
wherein the one or more first external devices is a visual light camera connected to the processor, the visual light camera enabled to capture visual image data;
wherein the thermal data is within a predefined thermal range consistent with a person, an image is captured by the visual light camera and the visual image data is sent to a data store with the thermal data, the data store accessible by the processor enabled to authenticate an identity of the person; and
wherein image profiles are associated with specific identities and stored in the data store, and the thermal data and image data are integrated and used to match to one of the image profiles thereby making an identification.
2. The security system of claim 1 , wherein upon making the identification, the processor causes a second device to activate.
3. The security system of claim 2 , wherein the second device is a lock device.
4. The security system of claim 1 , wherein a computerized device connected to the processor and data store, executes software to process the thermal and visual image data, match the processed data to one of the stored image profiles, and makes the identification.
5. A method for implementing a security system in a low power sleep mode, comprising the steps of:
positioning the system having a predetermined operational range and in a state of low power sleep mode;
connecting a processor and data store to a thermal image sensor; detecting and collecting thermal data from a thermal object body in the determined operational range;
determining by the thermal sensor, if the thermal data matches predefined parameters for a thermal body; and
if the determination is that the thermal data matches predefined parameters, the system wakes from the low power sleep mode and activates one or more first devices enabled to communicate with the processor;
wherein the one or more first devices is a visual light camera connected to the processor, the visual light camera activated and enabled to capture image data;
wherein when the thermal data is within a predefined thermal range consistent with a person, an image is captured by the visual light camera and the visual image data is sent to the data store with the thermal data, the data store accessible by the processor, enabled to authenticate an identity of the person; and
wherein image profiles are associated with specific identities and stored in the data store, and the thermal data and image data are integrated and used to match to one of the image profiles, thereby making an identification.
6. The method of claim 5 , wherein upon making the identification, the processor causes a second device to activate.
7. The method of claim 6 , wherein the second device is a lock device.
8. The security system of claim 5 , wherein a computerized device connected to the processor and data store, executes software to process the thermal and visual image data, match the processed data to one of the stored image profiles, and makes the identification.