Stress monitoring system for vibrator screen units

1. A stress monitoring system for use in a vibrating unit comprising:

a vibrating unit including a first sidewall plate, a second opposing sidewall plate and at least one screen deck transversely mounted between said first and second sidewall plates, said first sidewall plate including at least a first monitoring point and said second sidewall plate including at least a second monitoring point, wherein said monitoring points are located at corresponding locations on said first and second sidewall plates;

at least two motion sensors corresponding respectively to the x and y-axes disposed at each of said first and second monitoring points on said first and second sidewall plates, each of said at least two motion sensors being configured to monitor movement in one orthogonal axis;

said at least two motion sensors on each of said first and second sidewall plates being connected to a processor such that simultaneous monitoring data of said first and second monitoring points in both said x and y-axes is provided to said processor for comparing real-time movement of said first and second monitoring points on said first and second sidewall plates.

2. The system of claim 1 wherein three motion sensors respectively corresponding to the x, y and z-axes are disposed at each of said first and second monitoring points, each of said three motion sensors being provided for monitoring movement in one orthogonal axis.

3. The system of claim 1 wherein said processor is provided with a display and said data from each of said first and second monitoring points displayed in superimposed fashion on said display for visually monitoring discrepancies between the first and second sidewall plates.

4. The system of claim 1 wherein at least one of said at least two motion sensors is an accelerometer.

5. The system of claim 1 further including providing a machine monitoring network, with each said processor connected to said network.

6. A stress monitoring system for use in a vibrator screen unit having first and second opposed sidewall plates with at least one screen deck transversely mounted therebetween, the first and second sidewall plates each including at least one corresponding monitoring point, the system comprising:

at least two motion sensors corresponding respectively to the x and y-axes disposed at each of the at least one corresponding monitoring points on each of the first and second sidewall plates, each of said at least two motion sensors being configured to monitor movement in one orthogonal axis;

said at least two motion sensors being connected to a processor with a display such that simultaneous monitoring data of said at least one corresponding monitoring point on the first and second sidewall plates in both said x and y-axes is provided to said processor for comparing real-time movement of the at least one corresponding monitoring points of the first and second sidewall plates and displayed on said display.

7. The system of claim 6 further including three motion sensors located at each of the monitoring points on the first and second sidewalls for monitoring motion in the x, y and z-axes.

8. The system of claim 7 wherein at least one of said three motion sensors is an accelerometer.

9. The system of claim 6 wherein said display is configured to display data from each of the monitoring points on the first and second sidewalls in superimposed fashion for visually monitoring motion discrepancies between the first and second sidewall plates.

10. A stress monitoring system for use in a vibrator screen unit operating under induced motion and having first and second opposed sidewall plates with at least one screen deck transversely mounted therebetween, the first and second sidewall plates each including at least one corresponding monitoring point, the system comprising:

at least one motion sensor configured for monitoring at least the x and y-axes disposed at each monitoring point located on the first and second sidewall plates at corresponding locations;

said at least one motion sensor being connected to a processor with a display such that simultaneous monitoring data collected from each monitoring point on the first and second sidewall plates in the x and y-axes is provided to said processor for comparing real-time relative movement of said plates at said corresponding locations, and said monitoring data being visible on said display.

11. The system of claim 10 wherein said data from the first and second monitoring points is displayed in superimposed fashion on said display for visually monitoring discrepancies between the first and second sidewall plates to evaluate the relative movement of the first and second sidewall plates.

12. The system of claim 10 wherein said at least one motion sensor is configured for monitoring movement in the x, y and z-axes at each of the first and second monitoring points.