Self-adaptive feeding structure used on rubber tapping mechanism

Abstract

The invention discloses a self-adaptive feeding structure used on a rubber tapping mechanism. The self-adaptive feeding structure comprises a self-adaptive tool part and a steering engine feeding part, the steering engine feeding mechanism comprises a feeding steering engine, a transmission assembly and a first sliding platform, and the feeding steering engine drives the transmission assembly to drive the self-adaptive tool part to move forwards and backwards along the sliding platform; and the self-adaptive tool part comprises a tool bit, a self-adaptive spring, a limiting assembly and a second sliding platform, and force generated by the self-adaptive spring in a compressed state is used for driving the limiting assembly and the tool bit on the second sliding platform to move in place. The self-adaptive feeding structure used on the rubber tapping mechanism can automatically adapt to trees with different diameters and uneven positions on the surfaces of the trees in the rubber tapping process of the rubber tapping mechanism; and in the rubber tapping process, the mechanism further has the functions of retracting the tool bit in the process of moving to a tool starting position and releasing the tool bit for rubber tapping operation after reaching the tool starting position.

Description

technical field [0001] The invention relates to the technical field of tapping mechanisms, in particular to an adaptive knife feed structure used in tapping mechanisms. Background technique [0002] The rubber tapping mechanism without self-adaptive mechanism can only cut trees of one diameter. At the same time, if the surface of the tree is uneven, the rubber tapping operation cannot be completed. The rubber tapping mechanism with this structure has a relatively small application range and cannot be used in large areas application. There is a rubber tapping mechanism with an adaptive structure, which can solve the problem of cutting trunks with different diameters and the unevenness of the trunk surface; Scraping the bark in reverse, or even deforming the tool, will not only cause great damage to the bark, but also affect the effect of tapping. Contents of the invention [0003] The purpose of the present invention is to provide a self-adaptive knife feed structure used...

AI Technical Summary

Problems solved by technology

[0002] The rubber tapping mechanism without self-adaptive mechanism can only cut trees of one diameter. At the same time, if the surface of the tree is uneven, the rubber tapping operation cannot be completed. The rubber tapping mechanism with this structure has a relatively small application range and cannot be used in large areas application

There is a rubber tapping mechanism with an adaptive structure, which can solve the problem of cutting trunks with different diameters and the unevenness of the trunk surface; Scraping the bark in reverse, or even deforming the tool, will not only cause great damage to the bark, but also affect the effect of tapping

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