Processing device for weed bodies between rows of ridging orchard

Abstract

The invention relates to a processing device for weed bodies between rows of a ridging orchard. The device comprises a main body weed-cutting mechanism composed of a main body board, a gearbox arranged on the main body board and a main weed-cutting knife. The main weed-cutting knife is used for cutting off weed bodies in field ditches. Additionally, the front end of the main body board is equippedwith a suspension device and the back end thereof is equipped with main body ground wheels. The processing device also comprises two floating weed-cutting mechanisms which are symmetrically arrangedon left and right sides of the main body board. The floating weed-cutting mechanisms comprise floating boards and auxiliary weed-cutting knives. The weed-cutting knives are used for cutting off weed bodies on ridge slopes. Additionally, the insides of the floating boards are hinged onto the main body board. The outside of the floating boards are equipped with floating ground wheels such that the floating boards float along with the shapes of the ridge slopes. The processing device for weed bodies between rows of the ridging orchard can eliminate weeds in the ditch fields and on the ridge slopes in sync. Mechanical processing of the weed bodies between rows of the ridging orchard is achieved. Therefore, labor intensity of worker is reduced. Additionally, weeding efficiency is effectively increased.

Description

technical field [0001] The invention relates to the field of agricultural technology, in particular to a device for treating grass between rows in a ridged orchard. Background technique [0002] In my country, apple orchards are distributed on plains, hills, slopes and mountains. In view of the advantages of the ridge cultivation method that the soil is not easy to compact, increases the temperature difference between day and night, and improves the sweetness of the fruit, the cultivation of apple trees generally adopts ridge cultivation. In this way, the orchard after ridging includes high convex ridge platforms and low concave furrows between the ridge platforms. [0003] The cross-section of the ridge platform is trapezoidal, and the two sides of the ridge platform are inclined ridge slopes (or called ridge surfaces). Affected by factors such as the gardening environment, terrain factors, or planting techniques, the ridges cultivated on both sides of the fruit trees in the...

AI Technical Summary

Problems solved by technology

[0003] The cross-section of the ridge platform is trapezoidal, and the two sides of the ridge platform are inclined ridge slopes (or called ridge surfaces). Affected by factors such as the gardening environment, terrain factors or planting techniques, the ridges cultivated on both sides of the fruit trees in the orchard are 1m long. The ridges and slopes within the range are relatively high. If traditional lawn mowers are used for mowing, only the grass in the ridges can be removed. The grass on the ridges cannot be cut, and the weeds remaining on the ridges will cause harm to fruit trees.

[0004] In order to cut the grass on the ridges and slopes, the current orchards still use artificial sickle mowing, or manual weeding with brush cutters. However, this kind of operation method not only makes the staff labor intensive, but also has the disadvantages of weeding. The problem of inefficiency

Images