Thermal expansion cooling fission type mining machinery crushing device

Abstract

The invention discloses a thermal expansion cooling fission type mining machinery crushing device. Comprising a cutting type ore crushing main body, a multi-dimensional transverse staggered type crushing device, an intermediate combined type condensate stirring and silencing device, an airflow circulating type ultrasonic stirring and dust removing device, a thermal expansion instant condensation type wrapping type feeding device and an anti-blocking flapping type discharging device. The invention belongs to the technical field of thermal expansion cooling fission type mining machinery crushing devices, and particularly relates to a thermal expansion cooling fission type mining machinery crushing device. The invention provides mining machinery crushing equipment, in order to further simplify the structure and improve the practicability and generalizability, the invention creatively provides an intermediary combination type condensate stirring silencer and an airflow circulation type ultrasonic stirring dust removal device on the basis of the versatility and intermediary principle, condensate is used as an intermediary, and the practicability and the generalizability are improved. Noise reduction treatment can be conducted on noise generated in the crushing process, and adsorption treatment can be conducted on dust generated in the crushing process.

Description

technical field [0001] The invention belongs to the technical field of thermal expansion cooling fission type mining machinery crushing device, and specifically refers to a thermal expansion cooling fission type mining machinery crushing device. Background technique [0002] Crushing equipment is an indispensable mining machinery in the mining industry. In metallurgy, mining, chemical, cement and other industrial sectors, a large number of raw materials and reused waste need to be processed by crushers every year. For example, in a concentrator, in order to separate the useful minerals in the ore, it is necessary to use a crusher to crush the raw ore to the particle size required by the grinding process. [0003] Most of the crushing equipment in the prior art is automatically fed by the ore. The feeding is uneven, and the ore is easy to block the feed port, causing the crushing equipment to run idly, and the blocked feed port needs to be shut down for cleaning, which affect...

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Problems solved by technology

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides a thermal expansion cooling fission type mine mechanical crushing device. In order to solve the problem of poor crushing effect of the existing crushing equipment, the present invention is based on the principle of thermal destruction and cryogenics Based on the principle of changing from one dimension to multi-dimensional, the multi-dimensional transverse interlaced crushing device and thermal expansion instant condensation wrapping type feeding device are creatively proposed. The ore is first heated to make the molecular gaps of the ore larger, and then cooled instantly, causing the surface of the ore to Cracks appear due to shrinkage, and the center column and the crushing column are used to cooperate with each other to carry out horizontal cross-type crushing of the falling ore, which solves the problem that the ore particle size is too large after crushing and the crushing effect is poor; at the same time, in order to further simplify the structure and improve the practicality and reliability. Popularity, based on the principle of versatility and intermediary, the present invention creatively proposes an intermediary-combined condensate stirring noise reduction device and an airflow circulation type ultrasonic agitating dust removal device. The condensate can be used as an intermediary to reduce the noise generated during the crushing process. Due to the noise reduction treatment, the dust generated by the crushing can also be adsorbed; in order to better promote green energy, this invention is based on the principle of self-service, and creatively proposes an air pressure structure type non-powered ventilation structure and a self-service dust stirring type mixing The device, in the absence of any power motor, only through ingenious design, not only realizes the stirring of dust and condensate, but also realizes the air circulation in the crushing equipment, which greatly improves the energy utilization efficiency and overcomes the crushing equipment operation. In the process of energy saving, it is necessary to deal with technical problems such as noise and dust generated by crushing.

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