Vibration type subsoiler

Abstract

The invention discloses a vibration type subsoiler, which comprises a machine frame (1), a hanging connecting frame (2), a support rod (8), a plough arm (9), a circular disc cutter (10), a plough post (11), a plough tip (13), a land wheel support rod (15), a land wheel (16), a vibration spring (4) and a spring support rod (5), wherein one end of the spring support rod is movably connected onto the machine frame through a support rod pin (3), the other end of the spring support rod is connected onto the tail end of the plough post, the vibration spring is sheathed on the spring support rod, one end of the vibration spring is butted on the machine frame, the other end of the vibration spring is butted on the plough post, one end of the plough arm is movably connected under the machine frame through a plough arm pin (14) and is positioned behind the land wheel support rod, and the other end of the plough arm is fixedly arranged on the plough post. The vibration type subsoiler has the advantages that the structure is simple, and the soil resistance change is utilized, so a subsoiling plough is pushed to do forward and backward vibration, under the condition that the motive power is not provided, the subsoiling resistance can be reduced, the subsoiling effect can also be improved, the operation efficiency improvement is realized, and the operation cost is reduced.

Description

technical field [0001] The invention relates to a subsoiler, in particular to a vibrating subsoiler. Background technique [0002] In recent years, my country has promoted the conservation tillage technology on a large scale. The subsoiler is the main machine used in the conservation tillage technique. The subsoiler is widely used for deep loosening of the soil. After the soil is deep loosened, it can help increase soil water storage. Moisture retention ability, improve soil permeability, improve crop growth conditions, and increase crop yield. [0003] At present, most of the subsoilers used in my country are non-vibration subsoilers, that is, the subsoilers only rely on the traction force of tractors and other traction machines to perform subsoiling. This kind of subsoiler has relatively large resistance to the plow tip, and has the following disadvantages: The workload is heavy, the production efficiency is low, and the effect is poor. The vibratory subsoiler in the prior...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the subsoilers used in our country are non-vibration subsoilers, that is, the subsoilers only rely on the traction force of tractors and other traction machines to perform subsoiling. This kind of subsoiler is subject to greater resistance at the plow tip, and has the following disadvantages: Heavy workload, low production efficiency and poor effect

The vibratory subsoiler existing in the prior art has a camshaft structure as its vibration source, which needs to be provided with corresponding power to realize it, which has complex structure, high cost and high energy consumption.

Images