Interplant monomer between ridges with bidirectional profile modeling function

Abstract

An inter-planting and seeding single body with bilateral copying function belongs to agricultural machinery. A vertical four-bar copying mechanism is hinged on a horizontal four-bar copying mechanism; a single body beam frame is welded and hinged on the vertical four-bar copying mechanism; an assembly of fertilizer can and fertilizer feed, an assembly of seed can and seeding mechanism, a drive ground wheel, a welded fertilizer pipe mounting frame, a deep soil loosening and covering spade and a press wheel are welded and mounted on the single body beam frame; a rigid fertilizer pipe and a rigid seed spout are mounted on the welded fertilizer pipe mounting frame in an inserted manner; a fertilizer and seed furrow opener is mounted on the rigid fertilizer pipe. The single body is particularly applicable to winter wheat inter-planting and fertilizing operations in the fields where leguminous crops are still unripe and have not been harvested yet, thereby satisfying the operation of winter wheat production in extremely code regions. The single body is characterized in novel structure, good operational quality, reliable use, high efficiency and strong adaptability.

Description

technical field [0001] The invention belongs to agricultural machinery, and mainly relates to an operation assembly for interplanting fertilization and sowing between ridges that can complete horizontal profiling and vertical profiling movements. Background technique [0002] In the northern alpine region of our country, due to the low temperature and short crop growth time, only one field crop can be planted in a year in agriculture, that is, only one field crop can be planted a year, such as corn, soybean, spring wheat, etc., and the rest are about The land can only be idle for half a year, which reduces the efficiency of land use, and the winter wheat varieties in North China cannot be used in the alpine regions of Northeast China. Winter slack has become a major feature of Northeast rural areas. In order to solve the above problems, breeding scientists have successfully bred winter wheat varieties suitable for planting in alpine regions in recent years. However, when it ...

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Problems solved by technology

[0002] In the northern alpine region of our country, due to the low temperature and short crop growth time, only one field crop can be planted in a year in agriculture, that is, only one field crop can be planted a year, such as corn, soybean, spring wheat, etc., and the rest are about The land can only be idle for half a year, which reduces the efficiency of land use, and the winter wheat varieties in North China cannot be used in the alpine regions of Northeast China. Winter slack has become a major feature of rural areas in Northeast China.

In order to solve the above problems, breeding scientists have successfully bred winter wheat varieties suitable for planting in alpine regions in recent years. However, when it is necessary to plant winter wheat, there are still crops such as soybeans that are not yet mature and are still at the key to growth. During this period, if the sowing of winter wheat is carried out after soybean crops are harvested, the germination, rooting, and tillering periods of winter wheat will be too short, and the cold resistance ability of overwintering will be greatly reduced, which will seriously affect the yield of winter wheat, and even cause wheat seedlings to freeze to death in winter, resulting in a phenomenon of extinction

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