Hanging-type handheld vibrating plastering machine

Abstract

The invention discloses a hanging-type handheld vibrating plastering machine, and relates to a building plastering machine. The hanging-type handheld vibrating plastering machine is composed of a handheld vibrating plastering device, a sling, a hanging bracket and an electric winch. The handheld vibrating plastering device is connected with the hanging bracket and the electric winch through the sling. A high-frequency vibrator, a control handle and a controller are arranged on a machine body of the handheld vibrating plastering device. The handheld vibrating plastering device is connected withthe hanging bracket only through the sling to be hung on the lower portion of one end of a hanging arm of the hanging bracket. A constructor operates the handheld vibrating plastering machine throughthe control handle with the controller to make back and forth movement from bottom to top for construction. The electric winch is arranged on the hanging bracket constituted by a base, a vertical column and the hanging arm, and the hanging arm can rotate in the horizontal direction. The hanging-type handheld vibrating plastering machine has the characteristics of simple structure, flexible operation and high practicability.

Description

technical field [0001] The invention relates to a construction machine, in particular to a suspended hand-held vibration plastering machine. Background technique [0002] Existing plastering machine is mainly divided into two types of reciprocating type and compression type. The design concept of the reciprocating plastering machine: the plastering device is close to the construction wall, and the construction is carried out by moving back and forth on the rigid support through mechanical energy; the thickness and flatness of the plastering layer depend on the verticality of the support and the distance from the wall. Also depends on the stability of the stand. Every time the bracket moves, it needs to re-adjust the verticality, adjust the distance from the wall, and strengthen the stability of the bracket, which is tedious and time-consuming. In order to save man-hours during construction, it is necessary to reduce the number of bracket movements accordingly. The single p...

AI Technical Summary

Problems solved by technology

In order to prevent the mortar from segregating and losing its fluidity to block the slurry pipe during construction, it is necessary to change the physical and chemical properties of the existing mortar by adding a variety of admixtures. The addition of admixtures increases the cost of construction materials

These two types of plastering machines generally have disadvantages such as complex structure, high cost, and difficult manipulation.

The handheld vibrating plastering machine has the application prospect of simple structure, low cost and flexible operation, but because the weight of the machine body and mortar is completely controlled by manpower during the construction process, it improves the construction efficiency and increases the labor intensity. The biggest technical bottleneck of the practical application of the handjob

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