Telegraph pole crusher

Abstract

The invention discloses a telegraph pole crusher comprising a support, wherein the front end of the support is provided with four telegraph pole conveying rack supports and four telegraph pole conveying racks supported on the four telegraph pole conveying rack supports, and a support retraction oil cylinder is arranged below each telegraph pole conveying rack support; four corners positioned at the lower side of the support are symmetrically provided with four mechanical hydraulic supports and four tyres; the rear end of the support is provided with a mechanical towing bracket for facilitating towing of equipment; a crushed material conveying belt A and a crushed material conveying belt B are arranged below the support; a crushed material conveying rack lift oil cylinder and a crushed material conveying rack folding oil cylinder are arranged below the crushed material conveying belt A and the crushed material conveying belt B; the support is sequentially provided with a vibrating hammer A, three groups of compression rollers, i.e. a compression roller group A, a compression roller group B and a compression roller group C, and a vibrating hammer B from front to back; and a vibration reduction platform is arranged below the vibrating hammer B. According to the telegraph pole crusher disclosed by the invention, a design structure is simple, flexible and light so that the positionof integral crusher can be freely moved with an environment, and therefore, an occupied space is reduced, convenience and high efficiency are achieved when in use, and labor intensity is greatly reduced.

Description

technical field [0001] The invention relates to the technical field of roller mill crushing equipment, and relates to a high-efficiency and energy-saving crushing equipment applied to brittle materials such as utility poles. Background technique [0002] In order to carry out urban construction planning and power sector reconstruction planning, urban utility poles will be eliminated and left unused. Idle utility poles will waste a large area of ​​storage area and cause unnecessary waste. Therefore, in order to effectively solve the storage waste caused by idle utility poles , designed and invented utility pole crushing and recycling machinery. [0003] This machine is widely used in electric pole crushing and waste recycling, replacing the traditional manual operation. The crushing of electric poles is a continuation of the traditional manual knocking. There are many disadvantages in technical manual operation. First, the efficiency of manual operation is very low. , It tak...

AI Technical Summary

Problems solved by technology

[0002] In order to carry out urban construction planning and power sector reconstruction planning, urban utility poles will be eliminated and left unused. Idle utility poles will waste a large area of ​​storage area and cause unnecessary waste. Therefore, in order to effectively solve the storage waste caused by idle utility poles , designed and invented utility pole crushing and recycling machinery

[0003] This machine is widely used in electric pole crushing and waste recycling, replacing the traditional manual operation. The crushing of electric poles is a continuation of the traditional manual knocking. There are many disadvantages in technical manual operation. First, the efficiency of manual operation is very low. , It takes up a lot of manpower, which often hinders the smooth progress of the work and delays the work period; secondly, the safety of manual operation is low, and the scraps are easy to hurt the staff during manual knocking work, causing unpredictable injuries; thirdly, the work process The scraps caused in the process are not easy to recycle, causing pollution to the working environment. Manual operations are limited by geographical locations, and staff must move around, resulting in waste of personnel time and environmental pollution in many places, and pedestrians and other staff in the work area. the inconvenience

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