Processing device for rapidly knocking sand block based on magnetic principle

Abstract

The invention discloses a processing device for rapidly knocking a sand block based on the magnetic principle. The processing device structurally comprises a sand block knocking device, a rotatable sand block processing machine body, an annular groove and a high-strength annular net, wherein the bottom of the rotatable sand block processing machine body is fixedly connected with the sand block knocking device through the high-strength annular net, the outer side of the sand block knocking device, the top surface of the high-strength annular net and the inner side of the rotatable sand block processing machine body form the annular groove. Compared with the prior art, the device has the beneficial effects that the device is used for regularly and rapidly knocking and scattering the sand block by utilizing the magnetic principle, so that sand is stressed to be granular, the force of knocking and scattering is adjustable and controlled, the size of the magnetic force is indirectly changedby changing the amplitude of resistance, an electromagnet has the function of adjustable magnetic force, the sand with different caking degrees can be adapted, the labor is saved, the sand block processing time is shortened, and the construction efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a processing device for rapidly knocking sand blocks based on a magnetic principle. Background technique [0002] Whether it is road construction or bridge construction, sand is needed because sand is the main material that makes up concrete and mortar. [0003] Road construction or bridge construction are all in the open air, and the sand is always piled in the open space, and the air contains water vapor. When the water vapor content in the air is supersaturated, the sand will condense with water vapor, making the sand contain water. , the sand will agglomerate due to accumulation. Most of the agglomerated sand operators use a shovel to break it up. In addition, in case of rainy days, the sand contains more water and the hardness of the agglomerates is also greater, which is less likely to be artificially removed. Breaking up requires a lot of effort to disperse ...

AI Technical Summary

Problems solved by technology

[0003] Road construction or bridge construction are all in the open air, and the sand is always piled in the open space, and the air contains water vapor. When the water vapor content in the air is supersaturated, the sand will condense with water vapor, making the sand contain water. , the sand will agglomerate due to accumulation. Most of the agglomerated sand operators use a shovel to break it up. In addition, in case of rainy days, the sand contains more water and the hardness of the agglomerates is also greater, which is less likely to be artificially removed. Breaking up requires a lot of effort to disperse and can't completely break up the agglomerated sand into separate one by one, so a device that can quickly knock and disperse the sand blocks is needed to carry out the sand block breaking. deal with

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