Manual partition gate device for rectangular ore pulp distribution box

Abstract

The invention belongs to the technical field of ore equipment, and particularly relates to a manual partition gate device for a rectangular ore pulp distribution box. The manual partition gate device is characterized by comprising a rotating connection rod supporting beam arranged on an ore pulp distribution box body, a manual partition gate arranged on the rotating connection rod supporting beam, a guide barrel arranged on an overflow plate in the ore pulp distribution box body, and guide grooves arranged on two sides of a hole of the overflow partition. The manual partition gate device is arranged at the hole in the overflow partition in the rectangular ore pulp distribution box to open and close of the hole in the overflow partition; when the ore pulp distribution box is in a working state, the partition gate device is used to close the hole in the overflow partition; when the ore pulp distribution box needs maintenance, the partition gate device is moved away from the hole in the overflow partition to unblock the hole, ore pulp in the box body is fully discharged, and the ore pulp settles and is cleaned by flushing.

Description

technical field [0001] The invention belongs to the technical field of mineral processing equipment, and in particular relates to a manual partition gate device for a rectangular pulp distribution box. Background technique [0002] The rectangular pulp distribution box is widely used in the mineral processing industry to buffer and divert the pulp. In order to reduce the influence of the pulp impact fluctuation at the ore inlet end on the ore discharge end, an overflow partition is usually set between the ore inlet end and the ore discharge end in the box to divide the box into the ore inlet area and the ore discharge area. In the ore discharge area, according to the number of ore discharge ports, the ore discharge area is divided into several independent ore discharge units by setting partitions. The ore slurry enters each independent ore discharge unit from the ore inlet area through overflow, and then is fed to the next process through the ore discharge pipe. When it is...

AI Technical Summary

Problems solved by technology

However, when the pulp distribution box is in working condition, the opening on the overflow partition should be closed, otherwise the pulp cannot overflow from the top of the overflow partition to each independent ore discharge unit, which may easily cause uneven distribution of the pulp

Therefore, the opening and closing operation of the opening of the overflow partition will cause a large operating load, and the cost loss will be relatively large in terms of economy and operability.

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