A plastic particle mixer for building construction

Abstract

The invention discloses a building construction plastic particle stirrer. The building construction plastic particle stirrer is a device driving an elastic stirring head to rotate through a flexible power shaft and evenly mixing rubber particles by being matched with self rotating of the elastic stirring head. The building construction plastic particle stirrer is characterized in that two air cylinders are parallelly arranged on a fixing plate. The fixing plate is a round corner diamond plate with a round hole in the center position. An internally-sunken oil storage tank is formed in the innerwall of the round hole. Each air cylinder is internally provided with a piston plate. One end of a V-shaped connecting pipe is placed on the corresponding piston plate, and the other end of each V-shaped connecting pipe extends out of the corresponding air cylinder. A fixed block is connected with the other ends of the V-shaped connecting pipes in a spherical hinged mode. The fixed block is of ahexahedral structure. A mounting sleeve is arranged on the front end surface of the fixed block, located in the middle position, and penetrates through the whole fixed block. A straight tooth thread is formed in the inner wall of the mounting sleeve. A vibrating rod is vertically placed on the right side end surface of the fixed block. A supporting rod is vertically arranged on the left side end surface of the fixed block and corresponds to the vibrating rod. The supporting rod is of a hollow structure.

Description

technical field [0001] The invention relates to a plastic granule mixer for building construction, which relates to a device for stirring rubber granules used in the plastic track during the repair process of the plastic track, and belongs to the field of building construction. In particular, it relates to a device which drives an elastic stirring head to rotate through a flexible power shaft, and cooperates with the rotation of the elastic stirring head to realize uniform mixing of rubber particles. Background technique [0002] At present, when repairing the damage of the plastic field, the main construction includes the following steps, material preparation, line setting, ground grinding, primer coating, and runway bonding. In the material preparation stage, the rubber particles need to be evenly mixed to ensure that the rubber particles are in When laying, the rubber particle size is the same everywhere, and the thickness is the same, so as to avoid the uneven thickness ...

AI Technical Summary

Problems solved by technology

[0002] At present, when repairing the damage of the plastic field, the main construction includes the following steps, material preparation, line setting, ground grinding, primer coating, and runway bonding. In the material preparation stage, the rubber particles need to be evenly mixed to ensure that the rubber particles are in When laying, the rubber particle size is the same everywhere, and the thickness is the same, so as to avoid the uneven thickness of the repairing position, and the large difference in particle size, so that the wear resistance of the repairing position is different everywhere, which affects the service life. Some existing mixers are huge in size. It is inconvenient to move on site, and the mixing volume is large, so it is not suitable for small-area repair work. The existing mixing equipment uses a motor to drive the stirring paddle to rotate. Although the blades on the paddle are set in different shapes, their movement is single Rotating around the motor shaft, the rotation path is single, and the mixing efficiency is low. Due to the high friction between the rubber particles, the rubber particles will accumulate and get stuck during the single rotation process, causing the stirring action to be unsmooth. The rubber particles on the surface of the container are difficult to mix and stir

[0003] Publication No. CN106426605A discloses a mixer for the production of evenly stirred plastic granules, including a housing and a top cover, the top of the housing is fixedly connected to the bottom of the top cover, and the sides of the housing are equidistantly surrounded by four motor fixing seats. The motor casing is fixedly connected to the top of the motor fixing seat. The uniformly stirred plastic granule production mixer realizes the force transmission of driving the driving motor to drive the driving shaft through the cooperation of the driving wheel, the driven wheel, the belt, the driving gear and the driven gear. To the driven shaft, in this invention, the single axial rotation is changed to extrusion mixing in multiple directions, so that the material enters from multiple directions to the same side, so that the material is mixed, but the transmission structure in this method is complicated, and the equipment It is heavy and difficult to move, and the material in the middle is squeezed tightly, and it is easy to pile up and affect the progress of the mixing paddle

[0004] Publication number CN202237855U discloses a mixer for plastic field construction, including a hopper, a propeller, a frame, a reducer, a motor and a rear wheel, the hopper is installed on the frame, the reducer and the motor are located below the hopper and fixed on the frame The output shaft of the reducer (4) is connected to the rotating shaft of the propeller in the hopper, and the motor rotating shaft is connected to the input shaft of the reducer; a pair of rear wheels are installed under the rear side of the frame; a height adjustment device is installed on the legs on the front side of the frame, In this method, the motor drives the propeller to mix and stir the materials. In this process, the propeller rotates along the motor shaft in a single way to mix the materials with a stirring plate. During this process, the rotation direction is single, and the mixing effect of the stirring plate is poor.

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