A vibrating subsoiling mechanism

Abstract

The invention relates to a vibration deep loosening mechanism. The vibration deep loosening mechanism is characterized by consisting of a cam mechanism, a locking mechanism and a deep loosening device; the cam mechanism consists of a straight gear with a projection, a conversion cam, a gear shaft and a guide rod; the locking mechanism consists of a locking shaft, a bearing I, a locking outer ring, a locking inner ring, a cylinder, a sleeve, a locking switch and a bearing II; and the deep loosening device consists of a shovel handle, a shovel tip and a shovel wing. The vibration deep loosening mechanism adopts the cam mechanism to convert rotation of the gear shaft to up-down linear movement of the deep loosening device, improves the energy utilization rate, is excellent in soil loosening effect and uniform in cultivation, relieves wear of the shovel tip, can realize two cultivation modes (selected according to plant plantation modes and requirements) of the deep loosening shovel by the locking mechanism, can realize resistance reduction and consumption reduction through vibration, can finish intertillage, and achieves excellent cultivation effect.

Description

technical field [0001] The invention relates to a vibration subsoiling mechanism. Background technique [0002] Due to long-term shallow tillage methods such as rotary tillage and the use of large-scale agricultural machinery, a layer of hard and thick plow bottom layer is formed at about 30 cm in the soil layer. The existence of the plow bottom makes the plow layer shallower and the soil degrades; when the surface is dry and water-scarce, the plow bottom blocks the rise of soil moisture in the lower layer and cannot supply the growth of crops; it hinders water penetration and forms surface runoff, causing serious soil erosion; the bottom layer of the plow is thickened and the sheet-like structure of the soil layer is firm, resulting in a decrease in the vertically distributed root systems of the crops and an increase in the horizontally distributed root systems. harvest. Soil subsoiling technology, as a mechanized operation project to improve soil quality and increase cro...

AI Technical Summary

Problems solved by technology

[0003] At present, the problems existing in the existing subsoiling machines are: problems such as large working resistance, excessive energy consumption, uneven subsoiling and other problems in the subsoiling process have greatly hindered the promotion of subsoiling technology

Vibration subsoiling due to the uncompact structure of the vibration mechanism, the complexity of the mechanism leads to a decrease in reliability, and at the same time causes the tractor to vibrate violently, causing discomfort to the driver

Images