Rail-mounted millstone pasting machine

Abstract

The invention discloses a rail-mounted millstone pasting machine, which includes a pasting device and is characterized in that the pasting device is arranged on a lateral movement assembly, the lateral movement assembly is glidingly arranged on a vertical guide rail, the vertical guide rail is connected with a positioning stander, and the pasting device is connected with a lifting device; the positioning stander includes two groups of positioning racks, and each group of positioning rack includes an upper wall connection piece and a lower wall connection piece, which are arranged horizontally and connected with two ends of the vertical guide rail respectively; the lateral movement assembly includes a main rail rack, a lateral track and a traveling dolly, which are arranged horizontally, wherein the lateral track is glidingly matched with the main rail rack, the traveling dolly is glidingly matched with the lateral track, and the main rail rack is glidingly matched with the vertical guide rail through a vertical rail pair; and the pasting device is arranged on the traveling dolly and is connected with the lifting device through the vertical rail pair. The rail-mounted millstone pasting machine can be suitable for various wall surface pasting, and has the advantages of high pasting quality, low labor intensity for works, high pasting efficiency, less leaked plaster, small plaster consumption, and low cost.

Description

technical field [0001] The invention relates to construction machinery, in particular to a track-type grinding disc plastering machine. Background technique [0002] In the construction industry, all completed wall surfaces need to go through a plastering and decoration process. And this process is a major project that consumes more materials and has a greater labor intensity. For a long time, the completion of this project has been achieved and ensured by two types of processes: one is manual plastering. This traditional plastering method is backward in technology, labor-intensive, low in efficiency, and poor in plastering surface. The operator’s clothes are dirty, the hands are seriously corroded by the mortar, the mortar leaks to the ground, it is difficult to clean up, and the waste is large; the other type is to use mechanical plastering. Many existing plastering machines have the same model structure, and technological innovation and development Slow, the workload of...

AI Technical Summary

Problems solved by technology

And this process is a major project that consumes more materials and has a greater labor intensity.

For a long time, the completion of this project has been achieved and ensured by two types of processes: one is manual plastering. This traditional plastering method is backward in technology, labor-intensive, low in efficiency, and poor in plastering surface. The operator’s clothes are dirty, the hands are seriously corroded by the mortar, the mortar leaks to the ground, it is difficult to clean up, and the waste is large; the other type is to use mechanical plastering. Many existing plastering machines have the same model structure, and technological innovation and development Slow, the workload of the machine plastering completion process is only about 30%, most of the workload still needs to be completed by manual plastering, and it takes a lot of auxiliary time to disassemble and adjust the equipment during work, and the efficiency of effective work is low, and there are falls just like manual plastering Disadvantages such as large amount of mortar, large amount of slurry consumption, difficulty in cleaning polluted ground, and high cost of plastering

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