A load hanging device for a mechanical lifting tower

Abstract

The present invention provides a load hanging device for mechanical lifting hanging tower, which involves the field of load patching technology, including: hook body, cardboard, protective cover, balance cover and traction parts;There are two sets of relative side supports at the end, one end of the pull rope is connected to the bottom bottom of the tongue, and the other end is connected to the bottom of the side of the side support.There are top links, the top rod is interspersed in the middle of the protective cover, and through the two sets of cardboard cards, the balance sheet is packed at the middle of the top link through the key axis holes.There is a penetration cavity, and the top link is penetrated into the plug -in cavity through the inner jack.It can eliminate the rotation power when the heavy object is lifted. When the heavy object is landing, the tongue block is automatically separated from the opening end of the hook body, which solves the hard friction of the bottom end of the sling and the hook body when the heavy object is lifted, and the bottom end of the hook body.The hook body sometimes rotates with the heavy objects, which affects the safety of hanging safety.

Description

technical field [0001] The invention relates to the technical field of load spreaders, in particular to a load hanger for a mechanical lifting tower. Background technique [0002] As one of the key components in the mechanical pendant, the load hook is widely used in various loading, unloading and handling work. [0003] For example, in the patent with the application number: 202111101124.5, a sling with a hook for lifting a crane is disclosed. The present invention provides a sling with a hook for lifting a crane, which relates to the technical field of slings to solve the problem of In the process of hoisting and transporting light cargo with large volume and high height, the cargo itself is prone to shaking, and the large shaking can easily cause the bundled cargo to be scattered. At the same time, when the cargo reaches the designated position, the operator needs to climb on the cargo Decoupling increases the problem of risk factors for operators, including the main bod...

AI Technical Summary

Problems solved by technology

[0004] However, with regard to the current traditional load spreader, when lifting heavy objects, the center of the sling is sometimes not at the inner bottom end of the hook body, resulting in rigid friction between the sling and the inner bottom end of the hook body when the heavy object is hoisted. Moreover, the hook body sometimes rotates with the hoisted heavy object, which affects the safety of hoisting. Secondly, after the hoisted heavy object falls to the ground, it is necessary to drop the hook to a very low level to remove the sling, which affects the hoisting efficiency.

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