A partition pretreatment mortar spiral stirring device

Abstract

The invention discloses a partition pretreatment mortar screw stirring device. The partition pretreatment mortar screw stirring device comprises a supporting installing cylinder arranged vertically, amaterial guiding transmission separation plate is horizontally arranged at the center position of the supporting installing cylinder, and the supporting installing cylinder at the lower end of the material guiding transmission separation plate is vertically provided with a dropped bottom stirring cylinder through a fixed installing column with the inner wall extending out at an equal angle. A limiting installing plate is horizontally arranged at the center position on the upper part of the supporting installing cylinder, the outer side of the limiting installing plate is connected to the upper end of the supporting installing cylinder through a plurality of material guiding fixing columns arranged at equal angles, the supporting installing cylinder on the upper part of the material guiding transmission separation plate is internally provided with a partition pre-stirring discharging structure, and the partition pre-stirring discharging structure comprises a limiting rotating ball shaft which is rotatably arranged at the center position of the lower end of the limiting installing plate in an semi-embedding mode. The partition pretreatment mortar screw stirring device has the advantages of compact structure design, high efficiency of partition pre-stirring and remixing, good stirring quality, being suitable for continuous stirring operations and the like.

Description

technical field [0001] The invention relates to the field of construction machinery, in particular to a partition pretreatment mortar spiral stirring device. Background technique [0002] The traditional mortar equipment is mainly through the mixing of the machine, the material in the machine is affected by two rotors in opposite directions, and performs compound motion. The blade drives the material to rotate counterclockwise along the inner wall of the machine tank, and on the other hand drives the material to turn left and right. , in the weightless area where the two rotors cross and overlap, in this area, regardless of the shape, size, and density of the material, the material can be floated up, so that the material can form a full range of continuous cyclic turning in the machine tank, interlaced and sheared, So as to achieve the effect of fast, soft and uniform mixing, but the efficiency is low, insufficient, and it is impossible to continuously stir and discharge. ...

AI Technical Summary

Problems solved by technology

[0002] The traditional mortar equipment is mainly through the mixing of the machine, the material in the machine is affected by two rotors in opposite directions, and performs compound motion. The blade drives the material to rotate counterclockwise along the inner wall of the machine tank, and on the other hand drives the material to turn left and right. , in the weightless area where the two rotors cross and overlap, in this area, regardless of the shape, size, and density of the material, the material can be floated up, so that the material can form a full range of continuous cyclic turning in the machine tank, interlaced and sheared, So as to achieve the effect of fast, soft and uniform mixing, but the efficiency is low, insufficient, and it cannot be continuously stirred and discharged

[0003] In order to solve the above-mentioned problems, the present invention is proposed, which overcomes the problems of the current mortar stirring device, due to the single-barrel rotating stirring structure, which causes long-time stirring and uneven stirring, and solves the problems of the current mortar stirring device, due to the use of integrated installation The structure causes the single mixing to wait until the mortar is completely exported before continuing the mixing operation, which leads to low efficiency of the mixing operation, so that the present invention has a compact structure design, high efficiency of pre-mixing and re-mixing in partitions, and good mixing quality, which is suitable for continuous mixing operations Etc

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