초록 ▼

A radar/laser emission detector is augmented with a cellular communications capability to provide the capability to share emission detection information amongst drivers to give other drivers even more advanced warning. A network of a plurality of cellular augmented radar/laser emission detector devi

A radar/laser emission detector is augmented with a cellular communications capability to provide the capability to share emission detection information amongst drivers to give other drivers even more advanced warning. A network of a plurality of cellular augmented radar/laser emission detector devices may be formed, each having the capability to source the location of radar or laser emission detections to others requesting access to such information, and each being warned when within a proximity of a recent radar or laser emission detection reported by at least one of the plurality of hybrid radar/laser detector devices.

대표청구항 ▼

What is claimed is: 1. A cellular augmented emission detection device physical gateway, comprising: a location positioning module, distinct from a plurality of cellular augmented emission detection devices, to obtain a location position of said cellular augmented emission detection devices; a close

What is claimed is: 1. A cellular augmented emission detection device physical gateway, comprising: a location positioning module, distinct from a plurality of cellular augmented emission detection devices, to obtain a location position of said cellular augmented emission detection devices; a close proximity evaluation module to determine a relative location position of said cellular augmented emission detection devices through a tiered data structure comprised of successively finer grained tiers; a warning transmitter to transmit a warning to a first cellular augmented emission detection device in response to receipt of a radar emission detection received from a second cellular augmented emission detection device and based on said relative location position of said first cellular augmented emission detection device to said second cellular augmented emission detection device. 2. The cellular augmented emission detection device physical gateway according to claim 1, wherein: said warning triggers an audible warning. 3. The cellular augmented emission detection device physical gateway according to claim 1, wherein: said warning initiator further initiates a warning in response to receipt of a laser emission detection received from said second cellular augmented emission detection device. 4. A cellular augmented emission detection device physical gateway, comprising: a location positioning module, distinct from a plurality of cellular augmented emission detection devices, to obtain a location position of said cellular augmented emission detection devices; a close proximity evaluation module to determine a relative location position of said cellular augmented emission detection devices through a tiered data structure comprised of successively finer grained tiers; a warning initiator to initiate a warning, in response to receipt of a laser emission detection received from a first cellular augmented emission detection device, to a second cellular augmented emission detection device and based on said relative location position of said first cellular augmented emission detection device to said second cellular augmented emission detection device. 5. The cellular augmented emission detection device physical gateway according to claim 4, wherein: said warning triggers an audible warning. 6. The cellular augmented emission detection device physical gateway according to claim 4, further comprising: said warning initiator further initiates a warning in response to receipt of a radar emission detection received from said second cellular augmented emission detection device. 7. A method of passing radar emission data from one radar detector device to another, comprising: receiving information at a first cellular augmented radar emission detector relating to detection of radar by a second cellular augmented radar emission detector, said information comprising a location position of said second cellular augmented radar emission detector obtained from a location positioning module distinct from said first cellular augmented emission detection device and said second cellular augmented emission detection device; determining a relative location position of said first cellular augmented radar emission detector to said second cellular augmented radar emission detector through a tiered data structure comprised of successively finer grained tiers; initiating a warning to said first cellular augmented radar emission detector upon receipt of said information relating to a previous detection of radar detected by said second cellular augmented radar emission detector and based on said relative location position of said first cellular augmented radar emission detector to said second cellular augmented radar emission detector. 8. The method of passing radar emission data from one radar detector device to another according to claim 7, wherein: said received information is received during a call to a central database. 9. The method of passing radar emission data from one radar detector device to another according to claim 8, wherein: said call is a phone call. 10. The method of passing radar emission data from one radar detector device to another according to claim 8, wherein: said call is a data connection. 11. A method of passing radar emission data from one radar detector device to another, comprising: receiving information at a first cellular augmented radar emission detector relating to detection of radar by a second cellular augmented radar emission detector at a time that said first augmented radar emission detector is not detecting emission of radar, said information comprising a location position of said second cellular augmented radar emission detector obtained from a location positioning module distinct from said first cellular augmented emission detection device and said second cellular augmented emission detection device; determining a relative location position of said first cellular augmented radar emission detector to said second cellular augmented radar emission detector through a tiered data structure comprised of successively finer grained tiers; initiating a warning from to first cellular augmented radar emission detector upon receipt of said information relating to a previous detection of radar by said second cellular augmented radar emission detector and based on said relative location position of said first cellular augmented radar emission detector to said second cellular augmented radar emission detector. 12. The method of passing radar emission data from one radar detector device to another according to claim 11, wherein: said received information is a call to a central database. 13. The method of passing radar emission data from one radar detector device to another according to claim 12, wherein: said call is a phone call. 14. The method of passing radar emission data from one radar detector device to another according to claim 12, wherein: said call is a data connection.