Nuclear gauges and methods of configuration and calibration of nuclear gauges

• US 9,063,062 B2
• Filed: 03/07/2012
• Issued: 06/23/2015
• Est. Priority Date: 01/04/2008
• Status: Active Grant

• Current Assignee: Troxler Electronic Laboratories, Inc.
• Original Assignee: Troxler Electronic Laboratories, Inc.
• Inventors: Weger, Donald E., Steckmann, Dirk M., Troxler, Robert E.
• Primary Examiner(s): Bryant, Casey
• Application Number:
  US13/414,680
• Publication Number:
  US 20120169456A1
• Time in Patent Office: 1,203 Days
• Field of Search: 250/252.1, 250/390.04, 250/390.05, 250/391
• US Class Current: 1/1
• CPC Class Codes: G01D 18/008 with calibration coefficients stored in memory
• CPC Class Codes: G01N 23/06 and measuring the absorption
• CPC Class Codes: G01N 23/203 Measuring back scattering
• CPC Class Codes: G01T 7/005 calibration techniques stabilization of spectrometer G01T1/40
• CPC Class Codes: Y10T 29/49826 Assembling or joining

Abstract

Nuclear gauges and method of configuration and methods of calibrations of the nuclear gauges are provided. The nuclear gauges are used in measuring the density and/or moisture of construction-related materials. The nuclear gauge can include a gauge housing having a vertical cavity therethrough and at least one radiation detector located within the housing. The nuclear gauge can include a vertically moveable source rod and a radiation source operatively positioned within a distal end of the source rod.

Claims

1. A method for configuring a nuclear gauge, the method comprising:

(a) providing a nuclear gauge including a computing system and configurable to operate with different combinations of gauge features that are variable at manufacturing time, the computing system operable to enable and to disable the features of the nuclear gauge;

(b) providing a nuclear gauge configuration system separate from the nuclear gauge and capable of communicating with the computing system of the nuclear gauge;

(c) at the nuclear gauge configuration system, providing for selection from among the gauge features that are variable at manufacturing time, communicating commands to the computing system of the nuclear gauge for selectively enabling or disabling the selected features of the nuclear gauge; and

at the gauge, receiving the commands, utilizing an authentication scheme to determine whether the commands will be permitted to set flags in permanent gauge memory, the flags representing the gauge features that are variable at manufacturing time, and, in response to successful authentication, executing the commands to set the flags in the permanent gauge memory, and thereby to communicate to pre-existing software on the gauge the set of enabled features, from the features that are variable at manufacturing time, for the gauge, wherein the features that are variable at manufacturing time include source rod length, indexing positions, gauge type, and global positioning system (GPS) interoperability, and wherein, when the pre-existing software executes, the pre-existing software checks the flags to determine the source rod length, the indexing positions, the gauge type, and the GPS interoperability.

2. The method of claim 1, wherein the features that are variable at manufacturing time include features selected from the group consisting of diagnostic routines, calibration curve selection, calibration type, owner information, service information and scheduling, USB port, automatic depth versus manual position detection, and a remote keypad.

3. The method of claim 1, wherein the features of the nuclear gauge include the type of calibration that is used in a gauge.

4. The method of claim 3, wherein the features of the nuclear gauge include features selected from the group consisting of a one-block calibration, a 5 block calibration, a 3 block calibration, or a verification.

5. The method of claim 3, further comprising encrypting the commands from the nuclear gauge configuration system before communicating the commands to the computing system of the nuclear gauge.

6. The method of claim 5, wherein the encrypting of the commands comprises using a command line interface command.

7. The method of claim 6, wherein the gauge includes a command line interpreter.

8. The method of claim 1, wherein the nuclear gauge is one of a density gauge, a bulk density gauge, a thin overlay gauge, a thin layer gauge or a combination thereof.

9. The method of claim 1, wherein the nuclear gauge comprises at least one radiation detector.

10. A method for configuring a nuclear gauge, the method comprising:

(a) providing a nuclear gauge including a computing system and configurable to operate with a plurality of different combinations of gauge features that are variable at manufacturing time, the computing system operable to enable and to disable features of the nuclear gauge;

(b) providing a nuclear gauge configuration system separate from the nuclear gauge and capable of communicating with the computing system of the nuclear gauge;

(c) at the nuclear gauge configuration system, providing for selection from among the gauge features that are variable at manufacturing time;

(d) encrypting selections corresponding to the selected gauge features with a command line interface to create encrypted commands;

(e) communicating encrypted commands to the computing system of the nuclear gauge for selectively enabling or disabling the selected features of the nuclear gauge; and

at the gauge, receiving the commands, utilizing an authentication scheme to determine whether the commands will be permitted to set flags in permanent gauge memory, the flags representing the gauge features that are variable at manufacturing time, and, in response to successful authentication, executing the commands to set the flags in the permanent gauge memory, and thereby to communicate to pre-existing software on the gauge the set of enabled features, from the features that are variable at manufacturing time, for the gauge, wherein the features that are variable at manufacturing time include source rod length, indexing positions, gauge type, and global positioning system (GPS) interoperability, and wherein, when the pre-existing software executes, the pre-existing software checks the flags to determine the source rod length, the indexing positions, the gauge type, and the GPS interoperability.

11. The method of claim 10, further comprising sending a handshaking request from the nuclear gauge configuration system to the nuclear gauge before communicating the encrypted commands.

12. The method of claim 11, further comprising sending encrypted command line interface commands from the nuclear gauge configuration system to the nuclear gauge before communicating the encrypted commands.

13. The method of claim 10, further comprising, at the nuclear gauge configuration system, providing for selection of features to be disabled in the nuclear gauge.

14. The method of claim 10, wherein the features include features selected from the group consisting of diagnostic routines, calibration curve selection, calibration type, owner information, service information and scheduling, USB port, automatic depth versus manual position detection, and a remote keypad.

15. A nuclear gauge configuration system, the system comprising:

a communication interface separate from a nuclear gauge and configured to communicate with a computing system of the nuclear gauge, the computing system being configured to enable and disable features of the nuclear gauge that are variable at manufacturing time;

a configuration module configured to provide for selection from among the gauge features that are variable at manufacturing time and to communicate commands, via the communication interface, to the computing system of the nuclear gauge for selectively enabling or disabling the selected features of the nuclear gauge; and

wherein the gauge is configured to receive the commands, utilize an authentication scheme to determine whether the commands will be permitted to set flags in permanent gauge memory, the flags representing the gauge features that are variable at manufacturing time, and, in response to successful authentication, execute the commands to set the flags in the permanent gauge memory, and thereby to communicate to pre-existing software on the gauge the set of enabled features, from the features that are variable at manufacturing time, for the gauge, wherein the features that are variable at manufacturing time include source rod length, indexing positions, gauge type, and global positioning system (GPS) interoperability, and wherein, when the pre-existing software executes, the pre-existing software checks the flags to determine the source rod length, the indexing positions, the gauge type, and the GPS interoperability.

16. The nuclear gauge configuration system of claim 15 wherein the features of the nuclear gauge include at least one of diagnostic routines, calibration curve selection, calibration type, owner information, service information and scheduling, USB port, automatic depth versus manual position detection, and remote keypad.

17. The nuclear gauge configuration system of claim 15 wherein the features of the nuclear gauge include the type of calibration that is used in a gauge.

18. The nuclear gauge configuration system of claim 17 wherein the features of the nuclear gauge include features selected from the group consisting of a one-block calibration, a 5 block calibration, a 3 block calibration, or a verification.

19. The nuclear gauge configuration system of claim 17 wherein the nuclear gauge configuration system is configured to encrypt the commands before communicating the commands to the computing system of the nuclear gauge.

20. The nuclear gauge configuration system of claim 19 wherein the nuclear gauge configuration system is configured to encrypt the commands using command line interface commands.

21. The nuclear gauge configuration system of claim 20 wherein the gauge includes a command line interpreter.

22. The nuclear gauge configuration system of claim 15 wherein the nuclear gauge is one of a density gauge, a bulk density gauge, a thin overlay gauge, a thin layer gauge or a combination thereof.

23. The nuclear gauge configuration system of claim 15 wherein the nuclear gauge comprises at least one radiation detector.

24. A nuclear gauge configuration system, the system comprising:

a communication interface separate from a nuclear gauge and configured to communicate with a computing system of the nuclear gauge, the computing system being configured to enable and disable features of the nuclear gauge that are variable at manufacturing time; and

a configuration module configured to;

provide for selection from among the nuclear gauge features that are variable at manufacturing time;

encrypt selections corresponding to the selected gauge features with a command line interface to create encrypted commands;

communicate the encrypted commands, via the communication interface, to the computing system of the nuclear gauge for selectively enabling or disabling the features of the nuclear gauge; and

wherein the gauge is configured to receive the commands, utilize an authentication scheme to determine whether the commands will be permitted to set flags in permanent gauge memory, the flags representing the gauge features that are variable at manufacturing time, and, in response to successful authentication, execute the commands to set the flags in the permanent gauge memory, and thereby to communicate to pre-existing software on the gauge the set of enabled features, from the features that are variable at manufacturing time, for the gauge, wherein the features that are variable at manufacturing time include source rod length, indexing positions, gauge type, and global positioning system (GPS) interoperability, and wherein, when the pre-existing software executes, the pre-existing software checks the flags to determine the source rod length, the indexing positions, the gauge type, and the GPS interoperability.

25. The nuclear gauge configuration system of claim 24 wherein the configuration module is configured to send a handshaking request from the nuclear gauge configuration system to the nuclear gauge before communicating the encrypted commands.

26. The nuclear gauge configuration system of claim 25 wherein the configuration module is configured to send encrypted command line interface commands from the nuclear gauge configuration system to the nuclear gauge before communicating the encrypted commands.

27. The nuclear gauge configuration system of claim 24 wherein the nuclear gauge configuration system is configured to select the features to be disabled in the nuclear gauge.

28. The nuclear gauge configuration system of claim 24 wherein the features include features selected from the group consisting of diagnostic routines, calibration curve selection, calibration type, owner information, service information and scheduling, USB port, automatic depth versus manual position detection, and a remote keypad.