Methods and systems for verifying the operation of a railroad gate

1. A system for verifying the operation of a railroad gate, said system comprising:

a tilt device for measuring a tilt of the railroad gate;

a controller coupled to said tilt device, said controller selectively operable in a calibration mode and a monitoring mode, such that when said controller is in the calibration mode, said controller measures a predetermined tilt of the railroad gate, and when said controller is in the monitoring mode, said controller measures a current tilt of the railroad gate to determine deviations between the current tilt and the predetermined tilt; and

a compass that measures an angular direction of the railroad gate, said controller coupled to said compass, such that when said controller is in the calibration mode, said controller measures a predetermined direction of the railroad gate, and when said controller is in the monitoring mode, said controller measures a current direction of the railroad gate to determine deviations between the current direction and the predetermined direction.

2. A system in accordance with claim 1 wherein said tilt device comprises an accelerometer that measures an amount of gravitational pull on the railroad gate.

3. A system in accordance with claim 1 wherein said controller determines deviations between the current tilt and the predetermined tilt by detecting a mean shift in the current tilt over time.

4. A system in accordance with claim 1 wherein said controller is further operable in an alert mode based on the determined deviations between the current tilt and the predetermined tilt.

5. A method for verifying the operation of a railroad gate, said method comprising:

measuring a predetermined tilt of the railroad gate during a calibrate mode;

monitoring a current tilt of the railroad gate during a monitoring mode different than the calibrate mode; and

determining deviations between the current tilt and the predetermined tilt; and

transmitting an alert signal based on deviations between at least one of the current tilt and the predetermined tilt.

6. A method in accordance with claim 5 further comprising:

measuring a predetermined direction of the railroad gate;

monitoring a current direction of the railroad gate; and

determining deviations between the current direction and the predetermined direction.

7. A method in accordance with claim 6 wherein monitoring a current direction of the railroad gate further comprises monitoring an angular direction of the railroad gate with a compass.

8. A method in accordance with claim 5 wherein monitoring a current tilt of the railroad gate further comprises monitoring an amount of gravitational pull on the railroad gate with an accelerometer.

9. A method in accordance with claim 5 wherein said determining deviations between the current tilt and the predetermined tilt further comprises detecting a mean shift in the current tilt over time.

10. A railroad gate assembly comprising:

a railroad gate; and

a processor configured to:

measure a predetermined tilt and a predetermined direction of the railroad gate during a calibrate mode,

monitor a current tilt and a current direction of the railroad gate,

filter data associated with the current tilt and the current direction with an error detection filter, and

determine deviations between at least one of the current tilt and the predetermined tilt, and between the current direction and the predetermined direction.

11. A railroad gate assembly in accordance with claim 10 wherein said processor is further configured to:

monitor the current tilt of the railroad gate by monitoring an amount of gravitational pull on the railroad gate with an accelerometer, and

monitor the current direction of the railroad gate by monitoring an angular direction of the railroad gate with a compass.

12. A railroad gate assembly in accordance with claim 10 wherein said processor is further configured to detect a mean shift in at least one of the current tilt and the current direction over time.

13. A railroad gate assembly in accordance with claim 10 wherein said processor is further configured to transmit an alert signal based on deviations between at least one of the current tilt and the predetermined tilt, and between the current direction and the predetermined direction.