Cassava stem clamp

Abstract

A cassava stem clamp is a farm implement for clamping a cassava stem and consists of a clamping screw, a flexible member, a right hanging lug shaft, a right hanging lug seat, a right hanging lug, a right clamping pad seat, a right clamping pad, a clamp seat, a left clamping pad, a left hanging lug shaft, a left hanging lug and a left hanging lug base, wherein the left clamping pad and the right clamping pad are made of an elastic material, the clamping screw is loosened to put the cassava stem between the left clamping pad and the right clamping pad, then the clamping screw is turned, the cassava stem is clamped by the right clamping pad and the left clamping pad, the clamping screw is loosened, the right clamping pad breaks away from the cassava stem, the left hanging lug shaft can rotate I the left hanging lug seat, the right hanging lug shaft can rotate in the right hanging lug seat, and the flexible member is flexible and high in adapbility. The cassava stem clamp has the advantages of being large in clamping force and firm in clamping and preventing the cassava stem from being sheared off, the productivity can be effectively improved, and the cassava stem clamp can be used for cassava stems different in diameter and growth direction and can be used for pull-up type cassava harvesters including small hydraulic bionic cassava harvesters and the like.

Description

technical field [0001] The invention relates to an agricultural implement for clamping cassava stems, in particular to a cassava stem clamp capable of effectively clamping cassava stems and adapting to various stem growth directions. Background technique [0002] The existing practical agricultural tool for clamping the cassava stalk is a bayonet type cassava harvester, which fixes a V-shaped bayonet at the front middle of the lever, and utilizes the bayonet to clamp the cassava stem, which has the advantage of simple structure. But when this cassava harvester is in use, because the teeth are sharper and the cassava stalks are brittle, the cassava stalks are easily cut off and cause harvesting difficulties. And, because cassava stalk growth direction has randomness, there are the cassava stalks of various growth directions, thereby cause clamping difficulty and influence cassava harvest. In addition, pull-up cassava harvesters such as small hydraulic bionic cassava harveste...

AI Technical Summary

Problems solved by technology

However, when this cassava harvester is in use, because the teeth are sharper and the cassava stalks are brittle, the cassava stalks are easily cut off and cause harvesting difficulties.

Moreover, due to the randomness of the growth direction of cassava stalks, there are cassava stalks in various growth directions, thus causing difficulties in clamping and affecting cassava harvesting.

In addition, pull-up cassava harvesters such as small hydraulic bionic cassava harvesters also lack cassava stem clamps

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