WEIGHING SYSTEMS HAVING LOCATION CALIBRATION CAPABILITY

• US 20160131517A1
• Filed: 06/10/2014
• Published: 05/12/2016
• Est. Priority Date: 06/10/2013
• Status: Abandoned Application

• Current Assignee: AKA Advanced Technologies Ltd., Shekel Scale Company Limited
• Original Assignee: AKA Advanced Technologies Ltd., Shekel Scale Company Limited
• Inventors: MIZRAHI, Shimon
• Application Number:
  US14/896,779
• Publication Number:
  US 20160131517A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G01G 23/01 Testing or calibrating of weighing apparatus
• CPC Class Codes: G01G 23/015 by adjusting to the local gravitational acceleration

Abstract

An integrated weighing system having a calibration system for calibrating the weighing system based on geographical location information, and optionally, based on barometric information.

Claims

1. An integrated weighing system having a location calibration capability, the system comprising:

(a) a basic weighing system including;

(i) at least one weighing element adapted to produce weight information; and

(ii) a weighing interface adapted to receive said weight information, and to process said weight information to produce a weight indication;

(b) a calibration system, associated with said basic weighing system, said calibration system including a radio receiver arrangement adapted to receive radio signals broadcasted by at least one broadcasting radio station and to receive radio station identity information with respect to each of said at least one broadcasting radio station; and

(c) a processor adapted to;

(i) produce location-sensitive information with respect to said processor based at least partly on said radio station identity information; and

(ii) communicate said location-sensitive information to said weighing interface,

said weighing interface further adapted to utilize said location-sensitive information, such that said weight indication is a location-calibrated weight indication;

said calibration system being physically attached to said basic weighing system.

2. The integrated weighing system of claim 1, said calibration system further including a barometric sensor adapted to communicate barometric information pertaining to an ambient environment to said processor.

3. The integrated weighing system of claim 2, said processor further adapted to communicate said barometric information to said weighing interface, said weighing interface further adapted to utilize said barometric information, such that said weight indication is a pressure-calibrated weight indication.

4. The integrated weighing system of claim 1, said radio station station identity information including digital information.

5. The integrated weighing system of claim 1, further comprising a unitary structure housing both said basic weighing system and said calibration system.

6. The integrated weighing system of claim 1, of claim 1, said location-sensitive information being dependent on a local gravitational field strength (glocal).

7. The integrated weighing system of claim 1, said location-sensitive information including a local gravitational field strength calibration factor.

8. The integrated weighing system of claim 6, said glocal being associated with a specific location of the integrated weighing system.

9. The integrated weighing system of claim 6, said glocal being associated with a general region of the integrated weighing system.

10. The integrated weighing system of claim 1, said radio receiver arrangement having a tuner adapted to perform a frequency sweep.

14. The integrated weighing system of claim 4, said digital information including digital information of a system selected from the group consisting of Radio Data System (RDS) and Radio Broadcast Data System (RBDS).

15. The integrated weighing system of claim 4, said digital information including digital information selected from the group consisting of program identification (PI) information and program service (PS) information.

16. The integrated weighing system of claim 4, said processor adapted to:

based at least partly on said radio station identity information, produce a function dependent on a local gravitational field strength (glocal) that is local with respect to said processor; and

communicate said function to said weighing interface of the integrated weighing system.

17. The integrated weighing system of claim 1, said processor adapted to retrieve radio transmitter location information from a memory within the weighing system.

18. The integrated weighing system of claim 1, said calibration system including said processor.

19. The integrated weighing system of claim 4, said calibration system including said processor.

20. The integrated weighing system of claim 5, said calibration system including said processor.

21. A method for improving weighing accuracy of a weighing system, the method comprising:

(a) providing the integrated weighing system of claim 1;

(b) receiving radio signals from at least one said broadcasting radio station, said signals including said radio station identity information;

(c) determining a location of said radio station, based at least partly on said radio station identity information;

(d) producing an estimated geographical location for the integrated weighing system, based on said location of each said radio station; and

(e) utilizing said estimated geographical location to obtain a location-calibrated weight indication.

22. The method of claim 21, said determining a location of said radio station including retrieving radio transmitter location information from a memory within the weighing system.

23. The method of claim 21, said radio station identity information including digital information within a communications protocol communicated by the radio station.

11-13. -13. (canceled)