Mobile mortar spreading device with stirring apparatus

Abstract

The invention discloses a mobile mortar spreading device with a stirring apparatus comprising a material distributing roller, two road wheels, a main shaft, a handle, a material bin, a lower rotating disk, a belt, an upper rotating disk, a motor, a case cover, a mixer shaft, several stirring paddles and a feed inlet. An opening of the bottom of the material bin is provided with the main shaft. The material distributing roller is arranged on the main shaft. Each of the two ends of the main shaft is provided with the road wheel respectively. Two ends of the handle are respectively connected to two ends of the main shaft. The mixer shaft is arranged inside the material bin. The mixer shaft is provided with several stirring paddles. A power take-off shaft of the motor is provided with the upper rotating disk. A part of the mixer shaft reaching out of the material bin is provided with the lower rotating disk. The upper rotating disk and the lower rotating disk are connected with each other by the belt. The mobile mortar spreading device with stirring apparatus is simple in structure and easy in operation. By use of the device, agglomeration and sedimentation of mortar in the material bin is prevented; mortar spreading speed is increased; working intensity is reduced; and work efficiency is increased.

Description

technical field [0001] The invention relates to the construction field, in particular to a mobile grouting device with a stirring device. technical background [0002] In construction technology, when building walls, it is necessary to manually spread mortar on the end faces of bricks to form a joint and closed mortar joint structure between blocks. When the blocks used to build the wall are thermal insulation blocks with thermal insulation layer in the middle and thermal insulation through holes processed on the protective layers on both sides, it is necessary to avoid laying mortar on the end face of the thermal insulation layer to ensure that the end faces of the thermal insulation layer of the upper and lower blocks are fully protected. To realize partition insulation by contact, it is also necessary to prevent mortar from falling into the heat insulation through holes on both sides of the block, resulting in waste of mortar. The grouting method in the traditional techn...

AI Technical Summary

Problems solved by technology

The grouting method in the traditional technology is generally manual operation. Put the mortar on the end face of the brick wall with a grout shovel, and then spread the mortar evenly with a brick knife. This method is labor-intensive and the uniformity of grouting It is difficult to ensure that the efficiency of grouting is low, and it requires high technology and proficiency of workers, and it is easy to drop the mortar into the through hole on the block. However, the existing grouter prevents the mortar in the material box from caking. and sedimentation, the capacity of the general material box is relatively small, frequent feeding is required, and the efficiency is relatively low

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