Unattended system and method for aggregate crushing equipment

Abstract

The invention discloses an unattended system and method for aggregate crushing equipment. The system comprises a dangerous area monitoring part, a discharge size monitoring part, an image processing module and a programmable controller. The method comprises the steps of determining and warning a production dangerous area of the crushing equipment, and performing online detection on the qualified rate of the product size after being crushed. The unattended system comprises safety protection and visual detection, the conditional decision of the safe operation of the equipment is reinforced, thevisual detection technique is introduced, and the detectability of the safe operation and intermediate products of the equipment is increased; the safety of the equipment environment is combined witha production automation control system, so that the safety production coefficient of a production line is increased, and the product detection is implemented in advance; and the safety production environment can be effectively increased, the detection function is realized in advance, and the product online detection is introduced in advance.

Description

technical field [0001] The invention belongs to the field of sand and gravel aggregate processing, and relates to a sand and gravel aggregate production line with high requirements for equipment safety production and intermediate product detection, and in particular to an unattended system and method for aggregate crushing equipment. Background technique [0002] At present, in the sand and gravel processing system, the existing sand and gravel aggregate production line is gradually improving the automatic production capacity. Due to the influence of production environment factors, it tends to realize unattended control of crushing equipment, although the start-stop control function is more advanced. It is easy to implement, but the details still need to be perfected. [0003] Although the unattended system on the existing aggregate production line has realized intelligence and automation well, there are still some deficiencies. First, the safety level of operation is not v...

AI Technical Summary

Problems solved by technology

First, the safety level of operation is not very high; second, the detection ability of intermediate products is not enough, and the pre-testing of products cannot be realized; There will still be errors during the on-duty process, and the safety and quality of equipment and products cannot be guaranteed

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