Ridger capable of forming ridge through overturn and reverse push

Abstract

The invention relates to a ridger capable of forming a ridge through overturn and reverse push. The ridger comprises a machine frame (1), a ridge forming wheel (2) and a rotary cultivating wheel (3), wherein the machine frame (1) is composed of a traction and suspension frame (11) and a rotary cultivating and ridge forming frame (12), the ridge forming frame (12) is hinged on the traction and suspension frame (11), and can overturn horizontally, an overturning oil cylinder (4) is arranged between the traction and suspension frame (11) and the rotary cultivating and ridge forming frame (12), and is used for controlling the overturn of the rotary cultivating and ridge forming frame (12), and the ridge forming wheel (2) and the rotary cultivating wheel (3) are respectively installed on the rotary cultivating and ridge forming frame (12). The ridger is convenient to form the ridge at a plot end and to adjust transversely; when a transverse deviation exists between the ridger and the ridge, the transverse adjustment can be carried out conveniently to increase operating speed; the ridge forming wheel (2) and the rotary cultivating wheel (3) can rotate 180 degrees on the suspension frame; the ridge at the plot end can be conveniently formed by using traction machinery to reversely push the ridge forming wheel and the rotary cultivating wheel to work; the formed ridges are consistent in direction; and solidity of the ridges cannot be affected.

Description

technical field [0001] The invention relates to agricultural machinery, in particular to a ridge building machine. Background technique [0002] The ridge building machine is an agricultural machine that can replace manual ridge building. It has the advantages of fast ridge building speed, high efficiency, and neat and beautiful ridges, and is widely popularized and applied. However, the existing ridge-building machines are all rear-hanging traction operations. It is inconvenient to build a ridge when advancing to the head of the field when building a ridge. , but the section of the ridge built later is reversed, so that the consistency of the ridge cannot meet the requirements, and it will also affect the firmness of the ridge. In the operation of the existing ridge-building machine, when there is a lateral position deviation between the ridge-building wheel and the field ridge, it is inconvenient to adjust laterally, and it needs to move laterally together with the tracti...

AI Technical Summary

Problems solved by technology

However, the existing ridge-building machines are all rear-hanging traction operations. It is inconvenient to build a ridge when advancing to the head of the field when building a ridge. , but the ridge built later is reversed, so that the consistency of the ridge cannot meet the requirements, and it will also affect the firmness of the ridge

In the operation of the existing ridge-building machine, when there is a lateral position deviation between the ridge-building wheel and the field ridge, it is inconvenient to adjust laterally. It needs to move laterally with the traction machine to adjust laterally. It is inconvenient to adjust and affects the working speed.

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