A rail type wall plastering machine

Abstract

The invention relates to a guide rail type wall plastering machine. The guide rail type wall plastering machine comprises a guide rail system, a plastering system and a pumping machine, wherein the plastering system is arranged on the guide rail system and can move along the guide rail system back and forth, and the pumping machine is connected with the plastering system to convey raw material. The guide rail system comprises a guide rail rod, a fixed part and a supporting part used for supporting the guide rail rod, and the fixed part is arranged on the guide rail rod and used for being fixed on a wall space; the plastering system comprises a plastering plate, a conveying pipe, a hand shank and angle adjusting devices, the conveying pipe is connected with the plastering plate and used for conveying the raw material, the hand shank is used for fixing the plastering plate, and the angle adjusting devices are arranged on the hand shank and the plastering plate. The guide rail type wall plastering machine has the following advantages of relieving manual labor of workers, reducing construction cost, improving plastering quality, being small in size, light in weight, convenient to install and transport, flexible in operation, almost capable of meeting requirements of plastering construction operation in all areas of the wall space, easy to use, high in operability, capable of accurately controlling perpendicularity and flatness of plastered faces and convenient and rapid to install and commission, and the workers can operate the equipment expertly without any experience.

Description

technical field [0001] The invention relates to the construction industry, in particular to a guide rail type wall plastering machine. Background technique [0002] At present, the plastering of walls in the construction industry still mainly relies on manual work. The plaster is thrown and plastered to the wall with a washboard, and then compacted and leveled with a scraper. This method has been used since the development of the construction industry. It is not only time-consuming and laborious, but also has low efficiency and quality. [0003] The technology closest to this scheme is an automatic plastering machine at present, which has been sold on the market, but has not been popularized. The general operation steps of the current plastering machine are to assemble the machine first, fix the guide rail and the roof after the machine is assembled, and then transport the ash to the wall through the transmission belt, and spread and compact the ash through the lifting and ...

AI Technical Summary

Problems solved by technology

[0006] The machine is bulky, and for rooms with small bays and small depths, the machine cannot be entered at all, and even if it is entered, there is no effective working space

After the improvement, although the volume has been reduced a lot, the quality is still very heavy, and it takes several people to lift it

The improved volume can smoothly enter a relatively small room, but it is not difficult to imagine that the operation will be more laborious for workers, and it is difficult to ensure that there is enough space for smaller rooms such as small-area storage rooms, bathrooms or closets, etc. space

[0007] 2. The mechanical assembly is troublesome

After completing an operation surface, it is time-consuming and laborious to dismantle the machine and fix it again, which leads to low efficiency

[0009] 3. Loud noise and poor construction environment

[0011] 4. Not efficient

[0012] Compared with the manual group, the efficiency of the machine has not been significantly improved, and the efficiency of manual plastering on the construction site can reach 50m 2 / person / day, which also includes the corners of the wall and the corners of the door and window openings. Obviously, this machine cannot achieve

[0013] 5. Inconvenient control of verticality and flatness

The most important items for wall acceptance are verticality and flatness. The improved version of this machine controls verticality and flatness by marking on the wall, and the operation is cumbersome.

[0015] 6. It cannot be operated at the openings of doors and windows, and at the corners of the wall

The machine is inoperable for the above areas

[0017] 7. Unable to plaster the exterior wall

[0018] In wall plastering, the area of ​​the outer wall accounts for a large proportion. Since there is no support point, the machine cannot be placed, and the machine loses its value for the outer wall.

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