Inertial cone energy-saving crusher

Abstract

An inertial cone energy-saving crusher is characterized by comprising an underbed, a belt drive device, a vibration isolation element, an eccentric exciter, a housing, a spherical surface support, a lining plate, a fixed cone, a movable cone, a movable cone support, a shaft sleeve with the eccentric exciter, a motor and a machine body; the machine body is located on the vibration isolation element; the movable cone is inserted into the shaft sleeve with the eccentric exciter; the motor is positioned in the underbed; the eccentric exciter is fixed on the shaft sleeve with the eccentric exciter. The crushing force of the inertial cone energy-saving crusher provided by the invention has nothing to do with the nature of a crushed material, and is constantly kept always during the entire working process. The inertial cone energy-saving crusher can properly compact a material layer by exerting a strict and quantitative pressure caused by inertia force on the material layer, so that materials can bear all-around extrusion, and material particles act upon one another, therefore, material layer crushing is achieved, the work efficiency of the inertial cone energy-saving crusher is improved, and selective material crushing is achieved.

Description

technical field [0001] The invention relates to a mineral crusher, in particular to an inertia cone energy-saving crusher, which belongs to the field of mineral equipment. Background technique [0002] The current crusher uses the rotation of the eccentric sleeve to drive the eccentric shaft and the inner cone on the eccentric shaft to move along a strict geometric trajectory, so that the materials entering the crushing chamber are forced to be squeezed and crushed. When unbreakable materials enter the crushing cavity, the safety device is used to protect the key parts and components, stop the machine, and take out the unbreakable materials. When the movable cone liner is worn out, in order to ensure the particle size of the crushed product, it is necessary to restore the original width of the ore discharge port. The way to restore it is to use the conical nut on the upper end of the main shaft to adjust it. The adjustment is extremely troublesome and laborious. In order to...

AI Technical Summary

Problems solved by technology

When the movable cone liner is worn out, in order to ensure the particle size of the crushed products, it is necessary to restore the original width of the ore discharge port. The way to restore it is to use the conical nut on the upper end of the main shaft to adjust. The adjustment is extremely troublesome and laborious.

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