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Soil whole-course broken film recovery and deep scarification machine

A technology of residual film recovery and subsoiling machine, which is applied to collectors, agricultural machinery and implements, shovels, etc., can solve the problems of serious soil pollution, residual film cannot be completely removed, etc., and achieve simple structure, The effect of high cleaning rate

Inactive Publication Date: 2007-03-07
多江学
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, the area of ​​plastic film cultivation technology in the planting industry is expanding year by year, and more and more types of crops are applied. Since the residual film on the ground surface cannot be completely removed every year, there is residual film in the entire plow layer. The residual film remaining in the soil is increasing year by year, causing serious pollution to the soil. At present, the main way to solve this problem is to pick up the residual film on the surface layer manually. There are also some simple machines that can remove the large residual film on the soil surface Even so, there is still a large amount of residual film left in the surface layer and the fully cultivated layer, accumulating year by year, and the degree of soil pollution caused by the residual film is becoming more and more serious. So far, there is no good solution

Method used

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  • Soil whole-course broken film recovery and deep scarification machine
  • Soil whole-course broken film recovery and deep scarification machine

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Experimental program
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Effect test

Embodiment 1

[0011] Embodiment 1: traction type, including road wheels, frame, transmission mechanism, above the front end of the frame from top to bottom are respectively equipped with a primary soil pressure roller, a primary vibrating screen, a guide plate, a secondary soil pressure roller, and a secondary soil pressure roller. Vibrating screen, separating screen, residual film conveyor belt and soil guide plate, subsoiling shovel is installed under the front end of the frame, residual film collection box and water tank are installed above the rear of the frame, and there is no nozzle at the bottom of the water tank. The upper outlet of the residual film conveyor belt is set on the top of the residual film collection box, and the soil auger is installed in front of the frame, and the soil conveyor belt is installed behind the soil auger, and the upper outlet of the conveyor belt is set at the first level soil above the rollers.

Embodiment 2

[0012] Embodiment 2: self-propelled, including frame, transmission mechanism, power mechanism, speed change mechanism, steering mechanism, walking structure, above the front end of the frame from top to bottom are respectively provided with a primary soil pressure roller, a primary vibrating screen, Guide plate, secondary soil pressure roller, secondary vibrating screen, separating screen, residual film conveyor belt and soil guide plate, a subsoiling shovel is provided under the front of the frame, and a residual film collection box is provided above the rear of the frame And the water tank, there is no nozzle at the bottom of the water tank, the upper outlet of the residual film conveyor belt is set on the top of the residual film collection box, a soil auger is provided in front of the frame, and a soil conveyor belt is provided behind the soil auger , the upper outlet of the conveyor belt is set above the primary soil pressure roller.

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Abstract

The invention relates to a soil left film recycling loosening machine, which comprises walking wheel, frame, transmission device, first soil compressing roller, first vibration screen, guide plate, second soil compressing roller, second vibration screen, separating screen, left film transmission band and soil guide plate which are mounted at the front of frame from up to down, and a loosening shovel arranged under the front end of frame, the left film collecting tank and water tank arranged above the back of frame, an ejector at the bottom of water tank, an upper outlet of left film transmission band arranged at the top of left film collecting tank, a turnover mixer at the front of frame, a soil transmission band at the back of turnover mixer, and an upper outlet of transmission band above the first soil compressing roller. The invention has simple structure, high efficiency and the ability for loosening soil.

Description

technical field [0001] The invention relates to a whole-process residual film recovery and subsoiler for soil. Background technique [0002] At present, the area of ​​plastic film cultivation technology in the planting industry is expanding year by year, and more and more types of crops are applied. Since the residual film on the ground surface cannot be completely removed every year, there is residual film in the entire plow layer. The residual film remaining in the soil is increasing year by year, causing serious pollution to the soil. At present, the main way to solve this problem is to pick up the residual film on the surface layer manually. There are also some simple machines that can remove the large residual film on the soil surface Even so, there is still a large amount of residual film left in the surface layer and the fully cultivated layer, which accumulates year by year, and the degree of soil pollution caused by residual film is becoming more and more serious. S...

Claims

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Application Information

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IPC IPC(8): A01B49/02A01B43/00A01B13/08
Inventor 多江学
Owner 多江学
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