Tire pressure measuring device

• US 9,188,498 B2
• Filed: 09/14/2012
• Issued: 11/17/2015
• Est. Priority Date: 09/19/2011
• Status: Active Grant

• Current Assignee: James Kenyon Sprague
• Original Assignee: James Kenyon Sprague
• Inventors: Sprague, James Kenyon
• Primary Examiner(s): Le, Toan
• Application Number:
  US13/618,271
• Publication Number:
  US 20130073246A1
• Time in Patent Office: 1,159 Days
• US Class Current: 1/1
• CPC Class Codes: G01L 17/005 using a sensor contacting the exterior surface, e.g. for measuring deformation

Abstract

A tire pressure measuring device is disclosed. The device includes a data generating impact module for striking a pneumatic tire, generating data correlative to the force imparted to the tire as a function of time and transmitting the data to a data gathering module. A data gathering module receives the data from the data generating impact module and communicates the data to a data processing module. A data processing module receives the data from the data gathering module, processes the data to determine the pressure of the pneumatic tire and communicates the determined pressure of the pneumatic tire to a tire pressure display. A tire pressure output display receives the determined pressure of the pneumatic tire and displays the calculated pneumatic tire pressure.

Claims

1. A tire pressure measuring device comprising:

a data generating impact module constructed and arranged for striking a pneumatic tire with an impulse of arbitrary value, generating data correlative to the impulse of arbitrary value imparted to the pneumatic tire and transmitting the data to a data gathering module;

the data generating impact module further comprising a head configured to receive an acceleration sensor and having a striking face constructed and arranged to impart the impulse of arbitrary value to the pneumatic tire, an acceleration sensor positioned within the head and configured to sense an acceleration as a function of time, and a handle configured to be held by a human hand and constructed and arranged to impart the impulse of arbitrary value imparted by a human hand to the head;

the data gathering module being constructed and arranged to receive the data from the data generating, impact module and communicate the data to a data processing module;

the data processing module being constructed and arranged to receive the data from the data gathering module, process the data to determine the pressure of the pneumatic tire and communicate the determined pressure of the pneumatic tire to a tire pressure output; and

the tire pressure output being constructed and arranged to receive the determined pressure of the pneumatic tire and output the determined pressure of the pneumatic tire.

2. The tire pressure measuring device of claim 1, wherein the data processing module comprises a computer.

3. The tire pressure measuring device of claim 2, wherein the computer is configured to acquire data from the acceleration sensor and process the data to determine the pressure of the pneumatic tire.

4. The tire pressure measuring device of claim 2, wherein the computer is configured to acquire data from the acceleration sensor and process the data to determine a value correlative to a peak force and to use the value correlative the peak force to determine the pressure of the pneumatic tire.

5. The tire pressure measuring device of claim 2, wherein the computer is configured to acquire data from the acceleration sensor and process the data to determine an impulse duration and to use the impulse duration to determine the pressure of the pneumatic tire.

6. The tire pressure measuring device of claim 1, wherein the data processing module is in wired communication with the data generating impact module.

7. The tire pressure measuring device of claim 1, wherein the data processing module is in wireless communication with the data generating impact module.

8. The tire pressure measuring device of claim 1, wherein the tire pressure output comprises a visual readout.

9. The tire pressure measuring device of claim 8, wherein the visual readout comprises an LCD readout.

10. The tire pressure measuring device of claim 8, wherein the visual readout comprises an LED readout.

11. The tire pressure measuring device of claim 8, wherein the visual readout comprises an analog gauge readout.

12. The tire pressure measuring device of claim 8, wherein the visual readout comprises a digital readout.

13. The tire pressure measuring device of claim 1, wherein the tire pressure output comprises an audible sound.

14. A tire pressure measuring device comprising:

a data generating impact module constructed and arranged for striking a pneumatic tire with an impulse of arbitrary value, generating data correlative to impulse duration and transmitting the data to a data gathering module;

the data generating impact module further comprising a head configured to receive an acceleration sensor and having a striking face constructed and arranged to impart the impulse of arbitrary value to the pneumatic tire, an acceleration sensor positioned within the head and configured to sense an acceleration as a function of time, and a handle configured to be held by a human hand and constructed and arranged to impart the impulse of arbitrary value imparted by a human hand from the handle to the head;

the data gathering module being constructed and arranged to receive the data from the data generating impact module and communicate the data to a data processing module;

the data processing module being constructed and arranged to receive the data from the data gathering module, process the data to determine the pressure of the pneumatic tire and communicate the determined pressure of the pneumatic tire to a tire pressure output; and

the tire pressure output being constructed and arranged to receive the determined pressure of the pneumatic tire and output the determined pressure of the pneumatic tire.

15. A tire pressure measuring device comprising:

an instrumented hammer constructed and arranged for striking a pneumatic tire with an impulse of arbitrary value, generating data correlative to the impulse of arbitrary value imparted to the pneumatic tire and transmitting the data to a data gathering module;

the instrumented hammer further comprising a head configured to receive a force sensor and having a striking face configured to strike the pneumatic tire with the impulse of arbitrary value and a back end configured to receive a plurality of weights;

a force sensor positioned in the head;

a handle configured to be held by a human hand and having a power source disposed therein configured to supply the force sensor with power; and

a neck connected to the head and to the handle and constructed and arranged to impart the impulse of arbitrary value imparted by the human hand from the handle to the head and further configured to provide wired communication between the handle and the force sensor in the head;

a computer configured to acquire the data correlative to the impulse of arbitrary value from the force sensor and process the data to determine the pressure of the pneumatic tire and communicate the determined pressure of the pneumatic tire to a tire pressure output display; and

the tire pressure output display being constructed and arranged to receive the determined pressure of the pneumatic tire and provide a visual display of the determined pressure of the pneumatic tire.

16. A tire pressure measuring device comprising:

a data generating impact module constructed and arranged for striking a pneumatic tire with an impulse of arbitrary value, generating data correlative to the impulse of arbitrary value imparted to the pneumatic tire and transmitting the data to a data gathering module;

the data generating impact module further comprising a head configured to receive a force sensor and having a striking face constructed and arranged to impart the impulse of arbitrary value to the pneumatic tire;

a force sensor positioned within the head and configured to sense the force transferred to the striking face as a function of time, and a handle configured to be held by a human hand and connected to the head and constructed and arranged to impart the impulse of arbitrary value imparted by the human hand to the head;

the data gathering module being constructed and arranged to receive the data from the data generating impact module and communicate the data to a data processing module;

the data processing module being constructed and arranged to receive the data from the data gathering module, process the data to determine the pressure of the pneumatic tire and communicate the determined pressure of the pneumatic tire to a tire pressure output; and

the tire pressure output being constructed and arranged to receive the determined pressure of the pneumatic tire and output the determined pressure of the pneumatic tire.

17. The tire pressure measuring device of claim 16, wherein the data processing module comprises a computer.

18. The tire pressure measuring device of claim 17, wherein the computer is configured to acquire data from the force sensor as a function of time and process the data to determine the pressure of the pneumatic tire.

19. The tire pressure measuring device of claim 17, wherein the computer is configured to acquire data from the force sensor as a function of time and process the data to determine a peak force and to use the peak force to determine the pressure of the pneumatic tire.

20. The tire pressure measuring device of claim 17, wherein the computer is configured to acquire data from the force sensor as a function of time and process the data to determine an impulse duration and to use the impulse duration to determine the pressure of the pneumatic tire.

21. The tire pressure measuring device of claim 16, wherein the data processing module is in wired communication with the data generating impact module.

22. The tire pressure measuring device of claim 16, wherein the data processing module is in wireless communication with the data generating impact module.

23. The tire pressure measuring device of claim 16, wherein the tire pressure output comprises a visual readout.

24. The tire pressure measuring device of claim 23, wherein the visual readout comprises an LCD readout.

25. The tire pressure measuring device of claim 23, wherein the visual readout comprises an LED readout.

26. The tire pressure measuring device of claim 23, wherein the visual readout comprises an analog gauge readout.

27. The tire pressure measuring device of claim 23, wherein the visual readout comprises a digital readout.

28. The tire pressure measuring device of claim 16, wherein the tire pressure output comprises an audible sound.

29. A tire pressure measuring device comprising:

A data generating impact module constructed and arranged for striking a pneumatic time with an impulse of arbitrary value, generating data correlative to impulse duration and transmitting the data to a data gathering module;

the data generating impact module further comprising a head configured to receive a force sensor and having a striking, face constructed and arranged to impart the impulse of arbitrary value to the pneumatic tire, a force sensor positioned within the head and configured to sense the force transferred to the striking face as a function of time, and a handle configured to be held by a human hand and constructed and arranged to impart the impulse of arbitrary value imparted by the human hand from the handle to the head;

the data gathering module being constructed and arranged to receive the data from the data generating impact module and communicate the data to a data processing module;

the data processing module being constructed and arranged to receive the data from the data gathering module, process the data to determine the pressure of the pneumatic tire and communicate the determined pressure of the pneumatic tire to a tire pressure output; and

the tire pressure output being constructed and arranged to receive the determined pressure of the pneumatic tire and output the determined pressure of the pneumatic tire.