Tilt, motion and shock sensor

Details Tilt, motion and shock sensor Tilt, motion and shock sensor

G - Physics

01

C

G01C 9/10 (2006.01) G01C 9/06 (2006.01)

Patent

CA 2424357

An electronic sensor device that utilizes a piezo electric cell and a free moving sphere within the sensor's structure to produce electrical signals that are representative of applied tilt, shock, vibration, or motion. The Piezo electric sensor produces electric impulses when shock or sound waves are felt. The free moving sphere, such as a ball bearing, also causes the sensor to produce electric impulses as the sphere moves, due to tilting or acceleration, across the surface of the piezo device. The sensor's structure is cylindrical and generally horizontal. The electric impulses produced by the sensor may be amplified to produce an alarm signal. These impulses may also be filtered, or subjected to other forms of signal processing, so that the type and magnitude of the applied movement may be characterized.

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