Lifting braided rope with high adapting strength

Abstract

The invention discloses a lifting braided rope with high adapting strength. The lifting braided rope comprises a braided rope body. A reinforced braided layer is arranged in the braided rope body; ananti-wear layer is arranged on one side of the braided rope body; a deformation groove is formed in one side of the anti-wear layer; and a limiting convex block is arranged on one side of the deformation groove. By arranging the anti-wear layer, when a user uses the braided rope body to lift an article, one face of the anti-wear layer can be in contact with the article, so that the wear-resistantdegree of the braided rope body is improved. The anti-wear layer made from the rubber material is stressed to deform to drive the limiting convex block to deform along the position of the deformationgroove, so that the high adapting strength of an article fit face is achieved.

Description

technical field [0001] The invention relates to the field of braided ropes, in particular to a braided rope for hoisting with high adaptive strength. Background technique [0002] Most traditional cranes use iron chains or steel wires for hoisting. During construction operations in exposed environments, steel wires or iron chains are prone to rust, and breakage will cause the steel wires to pop out and cause dangerous accidents. Iron chains and steel wires are heavy, and it takes a long time to operate and install them on the crane. At the same time, they are easy to be rolled up and jammed in the machine during use, causing damage to the crane. The contact position between the existing lifting steel wire and iron chain and the object is not high (especially the irregularly shaped object), and sometimes the object will fall due to the non-fitting of the fixed position, which will endanger the safety of the user. [0003] Therefore, it is necessary to invent a kind of braide...

AI Technical Summary

Problems solved by technology

[0002] Most traditional cranes use iron chains or steel wires for hoisting. During construction operations in exposed environments, steel wires or iron chains are prone to rust, and breakage will cause the steel wires to pop out and cause dangerous accidents.

Iron chains and steel wires are heavy, and it takes a long time to install them on the crane. At the same time, they are easy to roll up and jam the machine during use, causing damage to the crane.

The contact position between the existing lifting steel wire and iron chain and the object is not high (especially for irregularly shaped objects), and sometimes the object will fall due to the non-fitting of the fixed position, which will endanger the safety of the user

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