Integrated mortar mixer convenient to transport and assemble

Abstract

The invention discloses an integrated mortar mixer convenient to transport and assemble. A box body B is fixedly connected to the top of a box body A, a stirring barrel is arranged on one side of thebox body A, a water tank is fixed into the box body A, an additive preparation box is fixed to the portion, corresponding to one side of the stirring barrel, of the side wall of the box body B, a cement bin is fixed into the box body B, a sand bin is fixed into the box body A, a dust removal bin communicating with the interior of the cement bin is further arranged on the side wall, on one side ofthe additive preparation box, of the box body B, a water pump in the water tank communicates with the interior of the water tank through a water drawing pipe, the cement bin communicates with the interior of the stirring barrel through a conveying auger, the sand bin communicates with the interior of the stirring barrel through a sand conveying device A, supporting legs are fixed to the bottom ofthe stirring barrel, and pressure sensors for metering the weight of materials in the stirring barrel are arranged on the supporting legs correspondingly. It can be known from the structure that by means of the integrated mortar mixer convenient to transport and assemble, the weighing accuracy of the stirred mortar materials is guaranteed, the quality of the mortar is guaranteed, one-time transportation is further facilitated, and the transportation cost is reduced.

Description

technical field [0001] The invention relates to the technical field of mortar mixing equipment, in particular to an integrated mortar mixer which is convenient for transportation and assembly. Background technique [0002] At present, there are three kinds of mortar production methods required in domestic construction sites; the first is the traditional manual mixer, which is easy to operate and requires more than three people on site to mix the mortar. Unstable quality wastes materials, dust and noise greatly pollute the environment. The second type is that the wet-mixed mortar is intensively mixed by the mixing station, and the mixed mortar has a large volume; it is not suitable for small-scale mortar. The high-temperature season condenses quickly and must be used up within a certain period of time, and the cost of mortar with a single variety and small production capacity is high. The third type is ready-mixed dry-mixed mortar. Ready-mixed dry-mixed mortar is produced b...

AI Technical Summary

Problems solved by technology

[0002] At present, there are three kinds of mortar production methods required in domestic construction sites; the first is the traditional manual mixer, which is easy to operate and requires more than three people on site to mix the mortar. Unstable quality wastes materials, dust and noise greatly pollute the environment

The second type is that the wet-mixed mortar is mixed centrally by the mixing station, and the mortar produced by mixing is relatively large; it is not suitable for small-quantity mortar.

[0003] Someone applied for a patent with a publication number of 108789852 A before, but in this technical solution, the sand and cement are weighed above the mixing device before entering the mixing device. In this process, the sand or cement will remain In the weighing device, there is an error in the material when it enters the mixing device from the weighing device, resulting in the mortar being stirred out not reaching the theoretically required quality, and after a long time, the cement and sand will dry out in the weighing device. In the device, the weighing error is getting bigger and bigger, and even the weighing device cannot be used

In addition, the sand transmission in the above-mentioned technical solution is carried out by the auger, and the principle of the auger conveying is to convey forward through extrusion, so the force between the sand and the auger blades during the conveying process is relatively large, which causes the sand to be mixed with the auger. The friction force of the auger blades is relatively large, and because the hardness of the sand is relatively high, the auger blades are particularly worn, resulting in high cost of use, and frequent replacement of the auger blades will affect production; if the auger blades are replaced If the material of the dragon blade is replaced by manganese steel, not only the cost will be greatly increased, but also because the transmission principle has not changed, friction still exists, and the pressure between the sand and the auger blade is still high, the service life is longer than before, but it is still Need to be replaced after a relatively short period of use

Finally, the above-mentioned technical solution is a completely integrated structure, so it is necessary to use a large-scale transport trolley during the turnaround process from the factory to the destination of use in order to avoid over-length and ultra-wide, which will lead to high transportation costs, and large-scale transport trolleys The transportation range of the car will also be greatly restricted, resulting in more troubles in the transportation process.

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