Connecting rod type multi-adjustment sweeper

Abstract

A connecting rod type multi-adjustment sweeper comprises a sweeper body, an adjusting rod and a plurality of adjusting units are arranged on the sweeper body, key grooves are formed in the adjusting units, a plurality of movable keys distributed at intervals are arranged on the adjusting rod, the adjusting rod is rotationally connected with the adjusting units, blade mechanisms are arranged on the adjusting units, and after the key grooves are clamped with the movable keys, the adjusting rod and the adjusting units rotate relatively to drive the blade mechanisms to move up and down. According to the connecting rod type multi-adjustment sweeper, a worker does not need to enter a discharging hopper for operation, equipment and personal safety risks are avoided, the operation technical requirements of the worker are reduced, and operation flexibility and convenience are enhanced. In the running process of equipment, according to the actual sweeping condition, shutdown is not needed, real-time effective adjustment treatment can be achieved, the sweeping effect of the sweeper can be brought into full play, and the damage risk of a belt is reduced. In order to realize remote automatic control, the structural technical problem is solved.

Description

Technical field [0001] The present invention relates to a belt cleaning device, more particularly to a sweeper-link polyhydric regulator. Background technique [0002] Since the belt cleaner blades by a plurality of components, the use segment independently adjustable manner, in the installation, during maintenance, the worker must enter the hopper adjusted individually check each blade is at a standstill, the work space is small, the depth of the hopper large operation extremely inconvenient greater security risks exist, especially not real-time adjustment of the blade during operation, only in stop status with technical experience, the feel blind transfer, operation is extremely inconvenient, not a problem timely adjustment process, the long-term development of remote control automatically adjusts there is a big bottleneck. Inventive content [0003] The present invention solves the technical problem, overcoming the above drawbacks of the prior art, without the need to provide...

AI Technical Summary

Problems solved by technology

[0002] Since the belt conveyor cleaner is composed of multiple blades, it adopts a segmented and independent adjustment method. During the installation, commissioning, and maintenance processes, the operator must enter the lower hopper to check and adjust each blade one by one when the machine is stopped. The working space is narrow and the depth of the hopper is limited. Large size, very inconvenient to operate and a great safety risk, especially during the running process, the blades cannot be adjusted in real time, and can only be adjusted blindly by technical experience and feeling when the machine is shut down. It is extremely inconvenient to operate and use. Timely adjustment and processing, there is a big technical bottleneck in the long-term development to realize remote automatic adjustment control

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