Self-adaptivity push device for automobile non-metal waste pulverizer and operation method of self-adaptivity push device

Abstract

The invention discloses a self-adaptivity push device for an automobile non-metal waste pulverizer. A bottom plate is arranged at one side of a guide seat, wherein a material push box is arranged on the bottom plate; a hydraulic cylinder is fixed between the guide seat and a fixed plate; a piston rod in the hydraulic cylinder penetrates through the guide seat and is fixed with the material push box; a pressure sensor is arranged on a hydraulic system which is connected with the hydraulic cylinder; wall plates are arranged at two ends of the guide seat and the material push box and are fixed with a rack; one side surface of the material push box is set to be an inclined plane; a dustproof plate is fixedly arranged at the bottom of the inclined plane; sliding rails are arranged at two ends of the bottom plate; the material push box is arranged on the sliding rail; a plurality of grooves are formed in the upper plane of the bottom plate; a bump is arranged on the dustproof plate; an electronic ruler is fixedly arranged on the guide seat and comprises a motion sensor and a draw bar; and a positioning plate which is fixed with one end of the draw bar is arranged on the material push box. According to the self-adaptivity push device for the automobile non-metal waste pulverizer, disclosed by the invention, the extrusion force applied when the automobile non-metal waste is extruded and cut is increased; the friction resistance is small; and the smashing effect on the waste is relatively good.

Description

technical field [0001] The invention relates to an adaptive pushing device and an operating method of an automobile non-metal waste shredder. Background technique [0002] With the progress of society, the application of automobiles is increasing day by day, which leads to the increase of scrapped cars. Among the existing technologies and equipment for recycling, 75% of the materials in scrapped cars can be recycled and reused in batches, while the remaining 25% However, due to the complex composition, it is difficult to achieve high-efficiency recycling and environmental protection utilization under the existing technology. Most of the scrapped non-metallic products of automobiles and the production waste of non-metallic products of automobiles are directly landfilled or incinerated, which wastes a lot of resources. At the same time, the environment is seriously polluted, so higher requirements are placed on the devices in the automobile non-metallic waste shredder. [000...

AI Technical Summary

Problems solved by technology

[0002] With the progress of society, the application of automobiles is increasing day by day, which leads to the increase of scrapped cars. Among the existing technologies and equipment for recycling, 75% of the materials in scrapped cars can be recycled and reused in batches, while the remaining 25% However, due to the complex composition, it is difficult to realize high-efficiency recycling and environmental protection utilization under the existing technology. Most of the scrapped non-metallic products of automobiles and the production waste of non-metallic products of automobiles are directly landfilled or incinerated, which wastes a lot of resources. At the same time, the environment is seriously polluted, so higher requirements are put forward for the devices in the automobile non-metallic waste shredder

[0003] Because in the self-adaptive pushing device of the existing automobile non-metallic waste shredder, the side of the pushing box close to the waste product is vertically arranged with the bottom plate, because the pushing box of the pushing device with such a structure performs non-metallic waste in the pulverizer. During the crushing process, the waste is crushed by extrusion and cutting, so the crushing force on the waste during the waste crushing process is small, which makes the crushing effect of the non-metallic automobile waste less effective, and the non-metallic waste of the automobile is easily crushed during the crushing process. The explosion causes the waste to splash out from the feeding port, and when the upper plane of the bottom plate in the pushing device is in full contact with the lower plane of the pushing box, the pushing box slides reciprocally on the bottom plate. During the pushing process of the device, due to the large contact surface between the bottom plate and the pushing box, the friction resistance between the pushing box and the bottom plate is relatively large, and it is more laborious to push the material, and when the shredder is cutting waste products, the pushing device is not aligned. The feeding accuracy of waste products is controlled, so that the cutter in the pulverizer is easy to wear or crack, and the crushing effect of waste products is poor

Images