Solid mixture multilayer vibration physics screening machine

Abstract

The invention discloses a solid mixture multilayer vibration physics screening machine. The solid mixture multilayer vibration physics screening machine comprises sliding screen nets installed on a car frame and a machine frame and a double layer circling screening device, wherein the double layer circling screening device is obliquely installed on a sliding guide rail of the machine frame and can perform straight reciprocating motion along the sliding guide rail of the machine frame, a beating mechanism is located between two layers of screen nets of the double layer circling screening device, a beating rod on a rotation shaft of the beating mechanism performs auxiliary beat on a vibrating screen net so as to achieve efficient and rapid penetration screening, the car frame is located at the bottom of the solid mixture multilayer vibration physics screening machine, the machine frame is installed on the car frame on the lower portion of the solid mixture multilayer vibration physics screening machine through a shock absorption mechanism, a material receiving disc is located below the double layer circling screening device and installed on the car frame, a material receiving box is installed and fixed on a portion of the car frame, located in front of the solid mixture multilayer vibration physics screening machine, the material receiving box is divided into storage compartments of different grain diameters of materials through material guide dummy plates, and the different storage compartments are respectively provided with different unloading doors. The solid mixture multilayer vibration physics screening machine can effectively screen solid mixture materials, achieves physics screening on the solid mixture materials according to the different grain diameters, and is high in efficiency, low in labor intensity, low in cost, and wide in application range.

Description

technical field [0001] The invention belongs to the technical field of vibrating screening equipment, and relates to equipment for physically separating mixtures by particle size, in particular to a multilayer vibrating physical screening machine for solid mixtures. Background technique [0002] With the full development of my country's economic construction, the coal industry, transportation construction industry, construction industry, chemical industry, environmental protection and other industries are developing rapidly. Their healthy and efficient development is crucial to the progress of our society and the improvement of the country's comprehensive national strength. An important connection. After investigation, it is found that these industries need to apply a large number of screening technologies. It can even be said that the quality of screening equipment is directly related to the production quality, production efficiency and production cost of the entire industry....

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Problems solved by technology

[0002] With the full development of my country's economic construction, the coal industry, transportation construction industry, construction industry, chemical industry, environmental protection and other industries are developing rapidly. Their healthy and efficient development is crucial to the progress of our society and the improvement of the country's comprehensive national strength. An important connection. After investigation, it is found that these industries need to apply a large number of screening technologies. It can even be said that the quality of screening equipment is directly related to the production quality, production efficiency and production cost of the entire industry. For example: the coal industry needs complex components. Mining ores with different structures and sizes are used for mineral separation. The construction industry needs to screen sand and gravel materials. In the road traffic construction industry, it is necessary to classify stone materials and the environmental protection department to screen garbage. Therefore, the improvement and optimization of screening equipment It is a task that we urgently need to solve and research at present, and some industries still use manual processing for the screening of complex materials, which is labor-intensive, inefficient, and high-cost

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