One-way constraint fastening breaking mechanism

Abstract

The invention relates to the field of stranded rope continuous fastening breaking, in particular to a one-way constraint fastening breaking mechanism for water plants rooted in a rope. The mechanism comprises a base, a moving twisted rope part and a fixed twisted rope part, the moving twisted rope part and the fixed twisted rope part are arranged above the base, the fixed twisted rope part is fixedly connected with the base, the moving twisted rope part performs reciprocating movement along the surface of the top of the base, the moving twisted rope part comprises a clamping rotating device and a reciprocating moving device, and the fixed twisted rope part comprises a clamping rotating device and a fastening breaking device. By means of the mechanism, continuous fastening breaking of a stranded rope is achieved, shapes of gaps among ropes are normalized, the positions among the gaps of the ropes are fixed, and the reliability of subsequent seedling transplanting is improved.

Description

technical field [0001] The invention relates to the field of continuous buckle breaking of strand ropes, in particular to a one-way restraint buckle breaking mechanism for aquatic plants rooted on ropes. Background technique [0002] The kelp clamping process in kelp culture is the bottleneck process of kelp culture. An effective way to improve the production efficiency of kelp clamping and reduce production costs is to realize the automation of kelp clamping. Kelp seedling clamping mainly includes two steps of breaking the buckle and inserting the seedlings. The key to realizing automation is to realize the continuous and precise breaking of the buckle for the seedling clamping rope. The seedling rope is the attachment of kelp seedlings, and the research on the continuous breaking method and movement characteristics of the seedling rope is to realize the function of holding kelp seedlings without hurting the seedlings. Kelp seedling rope is generally formed by twisting thr...

AI Technical Summary

Problems solved by technology

[0003] The existing kelp seedling clamping equipment generally adopts the following two working methods: one is to rotate the broken buckle, rotate in the opposite direction of the strand rope winding, and divide the strands so that there is a gap between the strand ropes. The position of the gap obtained in this way And the shape is very unstable, not suitable for subsequent automatic seedling insertion; the second is to insert into the inside of the rope to realize the gap between the strands, but it is easy to damage the insertion during the insertion process, and at the same time, the insertion may not be able to insert the rope in some cases , making this approach impractical for

Therefore existing kelp seedling clipping equipment has not been widely promoted and applied

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