Image tube performance regulation for security purposes

1. A security regulated image intensifier system comprising:

an image intensifier,

a power supply for providing primary power to the image intensifier,

a controller for controlling multiple operating states of the power supply, and

a housing for securely containing the image intensifier, the power supply and the controller,

wherein the controller is configured to automatically set at least one interval of time for controlling an operating state of the multiple operating states of the power supply,

the controller includes a counter for setting at least one interval of time, and a selector for selecting an operating state of the power supply during the set interval of time, and

the power supply is configured to provide a level of primary power based on the selected operating state for the set interval of time.

2. The security regulated image intensifier system of claim 1 wherein the multiple operating states of the power supply includes at least an ON state and an OFF state, the ON state providing a level of primary power that places the image intensifier in an operational mode, and the OFF state providing another level of primary power that places the image intensifier in a non-operational mode.

3. The security regulated image intensifier system of claim 2 wherein the multiple operating states of the power supply includes a degraded operational state for providing yet another level of primary power that places the image intensifier in a degraded operational mode.

4. The security regulated image intensifier system of claim 2 wherein

the multiple operating states of the power supply includes a destroy state providing still another level of primary power that permanently destroys the image intensifier and places it in a destroyed mode.

5. The security regulated image intensifier system of claim 1 wherein

the counter sets at least two intervals of time, and the selector selects different operating states of the power supply during the at least two intervals of time.

6. The security regulated image intensifier system of claim 5 wherein

the operating states of the power supply includes an OFF state and at least one of an ON state, a degraded operational state and a destroy state, and

the OFF state places the image intensifier in a non-operational mode,

the ON state places the image intensifier in an operational mode,

the degraded operational state places the image intensifier in a degraded operational mode, and

the destroy state destroys the image intensifier.

7. The security regulated image intensifier system of claim 1 including

an input/output (I/O) module disposed within the housing for interfacing with a control module disposed externally of the housing, the control module configured to send data to the controller for controlling the multiple operating states of the power supply.

8. The security regulated image intensifier system of claim 7 wherein

the data sent to the controller includes instructions for counting a length of an interval of time corresponding to at least one of the operating states of the power supply.

9. The security regulated image intensifier system of claim 7 wherein

the control module is configured to identify the security regulated image intensifier system, prior to sending the data to the controller.

10. The security regulated image intensifier system of claim 1 wherein

one of a night vision goggle or a weapon sight includes the housing.

11. A security regulated image intensifier system comprising:

an image intensifier,

supply means for providing primary power to the image intensifier,

controlling means for controlling operating states of the supply means, and

housing means for securing the image intensifier, the supply means and the controlling means,

wherein the controlling means is configured to automatically set at least one interval of time for controlling an operating state of the operating states of the supply means,

the controlling means includes counting means for setting at least one interval of time, and selecting means for selecting an operating state of the supply means during the set interval of time, and

the supply means is configured to provide at least one level of primary power based on the selected operating state for the set interval of time.

12. The security regulated image intensifier system of claim 11 wherein

the operating states of the supply means includes an OFF state and at least one of an ON state, a degraded operational state and a destroy state, and

the OFF state places the image intensifier in a non-operational mode,

the ON state places the image intensifier in an operational mode,

the degraded operational state places the image intensifier in a degraded operational mode, and

the destroy state destroys the image intensifier.

13. The security regulated image intensifier system of claim 11 including

input/output (I/O) means disposed within the housing means for communicating with a control module disposed externally of the housing means, the control module configured to send data to the controlling means for controlling the operating states of the power supply.

14. A method of regulating operational modes of an image intensifier comprising the steps of:

(a) embedding an image intensifier in a housing having a power supply;

(b) automatically controlling operating states of the power supply by setting at least one interval of time corresponding to at least one of the operating states; and

(c) supplying primary power to the image intensifier from the power supply, based on the operating states of the power supply controlled in step (b);

wherein step (b) includes counting at least one interval of time, and selecting an operating state of the power supply during the set interval of time, and

step (c) includes supplying at least one level of primary power based on the selected operating state for the set interval of time.

15. The method of claim 14 wherein

selecting the operating state of the power supply includes selecting an OFF state and at least one of an ON state, a degraded operational state and a destroy state, and

the OFF state places the image intensifier in a non-operational mode,

the ON state places the image intensifier in an operational mode,

the degraded operational state places the image intensifier in a degraded operational mode, and

the destroy state destroys the image intensifier.

16. The method of claim 14 wherein

step (b) includes counting at least one interval of time, and selecting an operating state of the power supply for the at least one interval of time.