Excavating type one-time recovery residue film recycling machine

Abstract

The invention relates to an excavating type one-time recovery residue film recycling machine. The machine comprises an excavating system, a screening system, a breaking system and a separation system, the systems are all fixedly connected with a main box body, the main box body comprises side plates which are symmetrically distributed on the two sides of the excavating system, the two sides of the screening system and the two sides of the breaking system, the separation system is arranged below a gear assembly box, and a gap is arranged between the separation system and the gear assembly box. A transmission system connected with a power system is arranged on the main box body. According to the machine, repeated work does not exist, the adaptability is high, recycling can be completed at a time no matter what kind of soil quality exists, the work efficiency is high, operation is easy, the machine can be suitable for large and small plots, the machine effectively recycles large-area residue films, wastes in the soil can be cleared away at a time, centralized recovery is easily achieved, pollution-free processing is achieved, and the recycling cost is reduced.

Description

technical field [0001] The invention belongs to the field of residual film recovery machinery, and in particular relates to a digging type one-time recovery residual film recovery machine. Background technique [0002] Now a large number of peritoneal plantings are carried out in many areas. The plastic film grows with the crops until a good harvest. After being exposed to the sun, rain erosion, oxidation and weathering occur, it is easy to cause the plastic film to become fragments. At present, there is no machine that can completely recycle the residual film. Mainly rely on the following Recycling methods: 1. Manual Lou and rake recycling, each person can collect up to 2 mu per day, calculated on the basis of per capita wages of 120 yuan per day, the value of 60 yuan per mu, high cost and low efficiency; 2. Self-made simple rake tools, in the iron After welding a proper amount of iron hooks under the beams made of plastic, hang them to the back of the tractor, and repeat t...

AI Technical Summary

Problems solved by technology

[0002] Now a large number of peritoneal plantings are carried out in many areas. The plastic film grows with the crops until a good harvest. After being exposed to the sun, rain erosion, oxidation and weathering occur, it is easy to cause the plastic film to become fragments. At present, there is no machine that can completely recycle the residual film. Mainly rely on the following Recycling methods: 1. Manual Lou and rake recycling, each person can collect up to 2 mu per day, calculated on the basis of per capita wages of 120 yuan per day, the value of 60 yuan per mu, high cost and low efficiency; 2. Self-made simple rake tools, in the iron After welding a proper amount of iron hooks under the beams made of plastic, hang them to the back of the tractor, and repeat the recovery operation without orientation. Although this method improves the labor efficiency, it cannot recover the plastic film and residual film fragments covered under the soil layer. Its yield is less than 50%

As a result, the residual film cannot or is difficult to recycle, and the recovery rate is low. It remains in the land, which has caused soil compaction, soil surface structure damage, and fertility decline for a long time, which is not conducive to planting

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