Distributed vehicle event recorder systems having a portable memory data transfer system
View Patent ↗Data transfer systems for vehicle event recorders are provided as: a vehicle event recorder, a vehicle event recorder resident memory, and upload module in conjunction with, a communication port suitable for coupling with, a portable memory device, a server computer datastore, a server download module in conjunction with, a similar cooperating communications port. The portable memory device is arranged to operably couple with the communications ports of both the vehicle event recorder and the server computer and to be repeatedly moved between the two. The upload/download modules are arranged to transfer data to/from the portable memory in an orderly fashion in which no files are removed from the vehicle event recorder resident memory without first having been successfully transferred to the server computer datastore.
1. Vehicle event recorder systems comprising:
a video event recorder:
a portable memory; and
a server computer,
said video event recorder comprising a communications port arranged for coupling with said portable memory,
said to server computer comprising a communications port arranged for coupling with said portable memory,
said vehicle event recorder and said server communications ports are each arranged with an electro-mechanical interface operable for repeated coupling and decoupling, these electro-mechanical interfaces having same gender,
said portable memory is arranged with a complementary electro-mechanical interface operable for repeated coupling and decoupling having gender opposite of the vehicle event recorder and server interfaces whereby the portable memory may be alternately coupled with the vehicle event recorder and server computer.
2. Vehicle event recorder systems of claim 1 , said electro-mechanical interface is characterized as a Universal Serial Bus type system.
3. Vehicle event recorder systems of claim 1 , said portable memory comprises a semiconductor type memory characterized as ‘flash’ memory.
4. Vehicle event recorder systems of claim 3 , said portable memory further comprises an electro-mechanical interface characterized as either of those from the group including: USB flash; CompactFlash; or Secure Disk flash.
5. Vehicle event recorder systems of claim 1 , said portable memory is characterized as an electro-mechanical ‘hard drive’ memory system.
6. Vehicle event recorder systems of claim 1 , said vehicle event recorder comprising an upload module and said server computer comprising a download module,
said upload module is disposed between and is communicatively coupled via an electronic circuit to the vehicle event recorder's resident memory and the vehicle event recorder's communications port whereby data transfer actions may be executed with regard to data stored in the resident memory, and
said download module is disposed between and is communicatively coupled via an electronic circuit to the server computer's datastore and the server computer's communications port whereby data transfer actions may be executed with regard to data stored in the portable memory.
7. Vehicle event recorder systems of claim 6 , said upload module having therein an upload manager system operable for executing program code to effect:
receipt and processing of control files;
data transfer actions; and
preparing and writing of control files to portable memory,
said receipt and processing of control files includes reading a control file on the portable memory coupled with the vehicle event recorder to determine the transfer state of a prescribed set of event record datasets,
said data transfer actions include transferring data from a vehicle event recorder resident memory to the portable memory in agreement with a transfer scheme, and
said preparing and writing control files to portable memory includes providing indicia to a portable memory to reflect a transfer status.
8. Vehicle event recorder systems of claim 6 , said download module having therein a download manager system operable for executing program code to effect:
receipt and processing of control files;
data transfer actions; and
preparing and writing of control files to portable memory,
said receipt and processing of control files includes reading a control file on the portable memory coupled with the server computer to determine the transfer state of a prescribed set of event record datasets,
said data transfer actions include transferring data from a portable memory to the server computer datastore memory in agreement with a transfer scheme, and
said preparing and writing control files to portable memory includes providing indicia to a portable memory to reflect a transfer status.
9. Vehicle event recorder systems of claim 6 , said upload and download modules each include a management system which includes a processing scheme which implicitly determines the download state of event record datasets.
10. Vehicle event recorder systems of claim 1 , said portable memory further includes indicia to reflect the download state of event record datasets.
11. Vehicle event recorder systems of claim 10 , said indicia is embodied as a computer readable control file.
12. Vehicle event recorder systems, comprising:
a video event recorder;
a portable memory; and
a server computer,
said video event recorder comprising a communications port arranged for coupling with said portable memory,
said to server computer comprising port arranged for coupling with said portable memory,
said video event recorder further comprises:
a video camera;
resident memory;
microcontroller; and
a upload module,
the video camera has a field-of-view coupled to an environment about a vehicle and is operable to provide image data for temporary storage at the resident memory,
the microcontroller is arranged to effect transfer of data under direction of the upload module from the resident memory to the portable memory coupled at the vehicle event recorder's communications port.
13. Vehicle event recorders of claim 12 , said server computer comprises:
a datastore memory;
a microprocessor; and
download module,
the server computer is arranged as an application specific computing systems which provides data analysis and data handling services on data from vehicle event recorder systems including storage of data at the datastore memory;
the microprocessor is arranged to effect transfer data under direction of the download module from the portable memory to the datastore memory via the server computer's communications port.