Method for controlling a mineral material processing plant and a mineral material processing plant
A mineral material processing plant and a method for controlling thereof. The mineral material processing plant includes at least one motor, at least one actuator, a feeder device, a control system, and an arrangement for recognizing a need to switch off a standby-mode. The control system is configured to control the processing plant in such a way that the need to switch off a standby mode is automatically recognized. In response to the recognized need to switch off the standby mode the running speed of a motor or motors of the mineral material processing plant is raised from a stand-by speed (Rsb) to a process speed (Rf); and the feeding of mineral material into the processing plant is enabled.
1. A method for controlling a mineral material processing plant, characterized in that the method comprises:
operating the mineral material processing plant in a standby mode in which feeding of mineral material into the mineral material processing plant is prevented;
automatically recognizing a need to switch out of the standby mode and into a process mode;
in response to the recognized need to switch out of the standby mode and into the process mode, raising the running speed of a motor or motors of the mineral material processing plant from the stand-by speed to a process speed; and
enabling the feeding of mineral material into the processing plant in the process mode.
2. The method of claim 1 , characterized in that the need to switch out of the stand-by mode is recognized by recognizing mineral material on a feeder device of the mineral material processing plant.
3. The method of claim 1 , characterized in that the need to switch out of the stand-by mode is recognized by recognizing mineral material arriving to be processed.
4. The method of claim 2 , characterized in that the mineral material on the feeder device is recognized by measuring a surface height of the mineral material on the feeder device of the mineral material processing plant.
5. The method of claim 4 , characterized in that the surface height of the mineral material on the feeder device of the mineral material processing plant is measured with one of an ultrasound sensor, an optical sensor and/or a radiation sensor.
6. The method of claim 2 , characterized in that the mineral material on the feeder device is recognized by measuring one of tension, force and/or pressure caused to the feeder device by the mineral material.
7. The method of claim 6 , characterized in that the tension, force and/or pressure caused to the feeder device by the mineral material is measured with one of strain gauges, conveyor scale and/or pressure sensor.
8. The method of claim 2 , characterized in that the mineral material on the feeder device is recognized from a video with image based measurement.
9. The method of claim 3 , characterized in that the mineral material arriving to be processed is recognized by recognizing a proximity to the feeder device of the mineral material processing plant of a machine or of a part of the machine used to bring the mineral material.
10. The method of claim 9 , characterized in that the proximity to the feeder device of the mineral material processing plant of the machine or the part of the machine is recognized by reading an identifier positioned in the machine or in a part of the machine.
11. The method of claim 10 , characterized in that the proximity to the feeder device of the mineral material processing plant of the machine or the part of the machine is recognized by reading a radio frequency identification, RFID, identifier positioned in the machine or in the part of the machine.
12. The method of claim 9 , characterized in that the proximity to the feeder device of the mineral material processing plant of the machine or the part of the machine is recognized by satellite positioning.
13. The method of claim 9 , characterized in that the proximity to the feeder device of the mineral material processing plant of the machine or the part of the machine is recognized from a video with image based measurement.
14. The method of claim 3 , characterized in that the mineral material arriving to be processed is recognized based on measurement information received from an earlier processing phase.
15. The method of claim 3 , characterized in that the mineral material arriving to be processed is recognized by recognizing an identifier placed among the mineral material.
16. The method of claim 3 , characterized in that prior to enabling the feeding of mineral material into the processing plant, the mineral material on a feeder device of the mineral material processing plant is recognized, and the feeding of mineral material into the processing plant is enabled in response to recognizing the mineral material on the feeder device of the mineral material processing plant.
17. A mineral material processing plant, comprising:
at least one motor;
at least one actuator;
a feeder device; and
a control system;
characterized in that the processing plant further comprises
an arrangement for recognizing a need to switch out of a standby-mode and into a process mode;
in which processing plant the control system is configured to control the processing plant by:
operating the mineral material processing plant in the standby mode in which feeding of mineral material into the mineral material processing plant is prevented;
automatically recognizing a need to switch out of the standby mode and into the process mode;
in response to the recognized need to switch out of the standby mode, raising the running speed of a motor or motors of the mineral material processing plant from a stand-by speed to a process speed; and
enabling the feeding of mineral material into the processing plant in the process mode.
18. The mineral material processing plant of claim 17 , characterized in that the processing plant comprises a crusher and/or a screen.
19. The mineral material processing plant of claim 17 , characterized in that the processing plant is one of the following; a fixed plant, a track-based plant, a wheel-based plant.
20. The mineral material processing plant of claim 17 , characterized in that the arrangement for recognizing the need to switch out of a standby-mode comprises an arrangement for recognizing mineral material on the feeder device.
21. The mineral material processing plant of claim 17 , characterized in that the arrangement for recognizing the need to switch out of the standby-mode comprises an arrangement for recognizing material arriving to be processed.
22. The mineral material processing plant of claim 20 , characterized in that the arrangement for recognizing mineral material on the feeder device comprises an arrangement for measuring a surface height of the material on the feeder device.
23. The mineral material processing plant of claim 22 , characterized in that the arrangement for measuring the surface height of the material on the feeder device comprises an ultrasound sensor, an optical sensor and/or a radiation sensor.
24. The mineral material processing plant of claim 20 , characterized in that the arrangement for recognizing mineral material on the feeder device comprises an arrangement for measuring a tension, force and/or pressure caused to the feeder device by the mineral material.
25. The mineral material processing plant of claim 24 , characterized in that the arrangement for measuring the tension, force and/or pressure caused to the feeder device by the mineral material comprises strain gauges, a conveyor scale and/or a pressure sensor.
26. The mineral material processing plant of claim 20 , characterized in that the arrangement for recognizing mineral material on the feeder device comprises an arrangement for recognizing mineral material on the feeder device from a video with image based measurement.
27. The mineral material processing plant of claim 21 , characterized in that the arrangement for recognizing material arriving to be processed comprises an arrangement for recognizing the proximity to the feeder device of the mineral material processing plant of a machine or of a part of the machine used to bring the mineral material.
28. The mineral material processing plant of claim 27 , characterized in that the arrangement for recognizing the proximity to the feeder device of the mineral material processing plant of the machine or of the part of the machine used to bring the mineral material comprises an arrangement for reading an identifier positioned in the machine or in the part of the machine.
29. The mineral material processing plant of claim 28 , characterized in that the identifier positioned in the machine or in the part of the machine comprises a radio frequency identification, RFID, identifier.
30. The mineral material processing plant of claim 27 , characterized in that the arrangement for recognizing the proximity to the feeder device of the mineral material processing plant of the machine or of the part of the machine used to bring the mineral material comprises a recognition arrangement based on satellite positioning.
31. The mineral material processing plant of claim 27 , characterized in that the arrangement for recognizing the proximity to the feeder device of the mineral material processing plant of the machine or of the part of the machine used to bring the mineral material comprises a recognition arrangement with image based measurement from a video image.
32. The mineral material processing plant of claim 21 , characterized in that the arrangement for recognizing the proximity to the feeder device of the mineral material processing plant of the machine or of the part of the machine used to bring the mineral material comprises an arrangement for recognizing the material arriving to be processed based on measurement information received from an earlier processing phase.
33. The mineral material processing plant of claim 21 , characterized in that the arrangement for recognizing material arriving to be processed comprises an arrangement for recognizing an identifier placed among the mineral material arriving to be processed.