Suspension type crushing single tower

Abstract

The invention belongs to the technical field of material crushing integrated system and particularly relates to a suspension type crushing single tower comprising a compacted flat ground, a single tower, a material crushing integrated system of a crushing production line and a suspension anti-seismic machine seat. The single tower is erected on the compacted flat ground through the suspension anti-seismic machine seat. The suspension anti-seismic machine seat comprises a block stone damping layer installed on the compacted flat ground and bearing structures evenly erected on the block stone damping layer. A material feeding device is a feeding and screening machine. The single tower comprises a multi-layer single tower frame which is vertically arranged and a single tower enclosure structure. All the layers of the single tower frame are sequentially provided with a feeding and screening machine and multiple material crushing devices from top to bottom according to the material feedingand crushing sequence. The material feeding and screening machine is connected with the multiple material crushing devices through different material conveying pipelines. The suspension type crushingsingle tower achieves that the material equipment is located in the suspension state, the original state of the ground is protected, and a good screening effect is achieved.

Description

technical field [0001] The invention relates to a floating crushing single tower. The utility model belongs to the technical field of a material crushing integrated system. Background technique [0002] The crushing operation is not completed by a single machine at one time, but by multiple machines and multiple stages of crushing. In addition, auxiliary machines such as feeder, conveyor, and screening machine (also called vibrating screen) are also required. The feeder transports the raw material to the primary material crusher. After the first crushing, the primary material is crushed by the conveyor Crushed products are transported to the secondary material crusher for re-crushing, then to the third-level crushing, fourth-level crushing, etc., and finally transported to the screening machine through the conveyor for screening. Qualified finished products are classified into storage, and unqualified products are passed through The conveyor goes back to the material crush...

AI Technical Summary

Problems solved by technology

[0005] The advantages of "fixed type" are 1. The installation of equipment is not limited by the length, width and height space, and the large-scale crushing production line is not limited; 2. The material transportation is free to expand, which is very convenient; 3. The maintenance space is sufficient; its disadvantages are 1. Once broken The production line cannot be moved after the construction is completed; 2. It occupies a large area; 3. There is pollution to the land;

[0006] The advantages of "mobile" are 1. It can be relocated in different places; 2. It does not invade the land; 3. It is reinstalled after relocation, and there is no need to invest in infrastructure costs again; its disadvantages are 1. The equipment is affected by the length and width of road transportation conditions. High space limitation, only suitable for miniature and small crushing production lines; 2. The material conveying mechanism is complex and expensive; 3. The maintenance space is narrow, making maintenance extremely inconvenient

[0007] Moreover, most of the crushing production lines in the prior art are open-air production lines. During the crushing operation, the crushing machine vibrates sharply, which produces a large amount of force and stress concentration on the supporting frame supporting the crushing machine. Usually, the service life of the supporting frame is not long. , it will also cause a certain amount of damage to the ground at the site where the material is broken, and invade the land resources. There are also some manufacturers who pre-embed the support frame in the reinforced concrete foundation and the ground through the cast-in-place concrete foundation, but there will also be the above problems

And the feeder is an indispensable auxiliary equipment in the crushing production line. The feeder is at the beginning of the production line, and the raw materials are sent to the crusher for crushing operations; the feeding surface of the feeder is usually composed of sieve bars. At the same time, it also has a screening function, which is used to separate the soil on the mineral material. Because the soil enters the crushing production line, it will affect the crushing effect, cause the crusher to be blocked, and affect the quality of the finished material. The existing deslimed feeding Most machines use sieve bars to form a feeding conveying surface. The sieve bars are arranged in parallel with the same spacing. This structure is likely to cause mineral materials to be blocked in the gaps between the sieve bars during conveying, unable to advance or fall, and hinder the progress of the mineral materials behind. , resulting in the accumulation of mineral materials on the feeding conveying surface, which cannot be fed normally and efficiently

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