A four-bar type rubber fertilizer applicator

Abstract

The invention relates to the field of rubber tree fertilization, in particular to a four-bar type rubber tree fertilizing machine. The four-bar type rubber tree fertilizing machine comprises a fertilizer hopper, a fertilizing pipe, a machine frame, a land wheel, a four-bar mechanism, a suspension mechanism, a soil / grass poking mechanism and a ditching plow, wherein the two ends of the four-bar mechanism are connected with the front end of the machine frame and the suspension mechanism through a hinge device; the soil / grass poking mechanism and the ditching plow are mounted on the suspension mechanism; the soil / grass poking mechanism is arranged at the front end of the ditching plow; the land wheel is mounted at the tail end of the machine frame; the fertilizer hopper is mounted on the machine frame, the bottom of the fertilizer hopper is communicated with the fertilizing pipe; the lower end part of the fertilizing pipe is positioned at the rear end of the ditching plow. The four-bar type rubber tree fertilizing machine provided by the invention can complete the processes of soil / grass poking, ditching, fertilization and the like at a time and belongs to the field of shallow fertilization, so that the working efficiency is greatly improved, the labor intensity is reduced, and the ditching cost is also reduced.

Description

technical field [0001] The invention relates to the field of rubber fertilization, and more specifically, to a four-bar rubber fertilization machine. Background technique [0002] Rubber fertilization is divided into two types: deep fertilization and shallow fertilization. In areas where deep fertilization is used, excavators or large-scale furrow plows are used to dig trenches between rubber tree rows (far from the roots of the trees), and then man- The method is a combination of machine and manual operation, and most of the processes need to be completed manually, the work efficiency is low, the cost of trenching is high, and deep trenching has the risk of damaging the growth of rubber trees and affecting the rubber production. [0003] In addition, fertilization in most rubber areas in my country still relies on human and livestock operations. Digging fertilization holes or opening fertilization ditches around trees and manually spreading fertilizers can only complete 2-...

AI Technical Summary

Problems solved by technology

In areas where deep fertilization is used, excavators or large-scale furrow plows are used to dig trenches between rubber tree rows (far from the roots of the trees), and then man- The method is a combination of machine and manual operation, and most of the processes need to be completed manually, the work efficiency is low, the cost of ditching is high, and deep ditching has the risk of damaging the growth of rubber trees and affecting the rubber production.

[0003] In addition, fertilization in most rubber areas in my country still relies on human and livestock operations. Digging fertilization holes or opening fertilization ditches around trees and manually spreading fertilizers can only complete 2-3 mu of work per person per day. Problems such as high labor intensity, low work efficiency, low fertilizer utilization rate and fertilizer harm to workers

Images