Container capable of improving hoisting stability

Abstract

The invention discloses a container capable of improving the hoisting stability. According to the container capable of improving the hoisting stability, a plurality of auxiliary anti-shaking devices capable of adjusting the positions are arranged on the side face of a container body, the positions of the auxiliary anti-shaking devices can be adjusted according to hoisting and the requirement of the gravity center of an object in the container, and the hoisting stability and stability can be improved conveniently; and locking and limiting mechanisms capable of being adjusted in a sliding mode are arranged on the two sides of the auxiliary anti-shaking devices, the locking and limiting mechanisms are used for fixing and locking the position of the auxiliary anti-shaking devices, the auxiliary anti-shaking devices can be conveniently locked and fixed according to needs, locking and fixing are guaranteed, and meanwhile, according to the container capable of improving the hoisting stability, each auxiliary anti-shaking device comprises a fastening and fixing mechanism capable of being pulled out of the container body, the fastening and fixing mechanism can be detachably connected with ahoisting rope in a locked mode, the auxiliary anti-shaking devices can be conveniently and fixedly hoisted in an auxiliary mode, and the operation is simple and convenient.

Description

technical field [0001] The invention relates to the technical field of containers, in particular to a container capable of improving lifting stability. Background technique [0002] Containers are commonly used transportation equipment in large-scale logistics systems. The greatest success of containers lies in the standardization of their products and the establishment of a complete transportation system, which can standardize a giant with a load of tens of tons, and gradually realize globalization based on this. Ships, ports, routes, roads, transfer stations, bridges, tunnels, multimodal logistics systems within the logistics system. When the container is transported and transferred, it is generally loaded and unloaded by hoisting. Most of the hoisting of existing containers is fixed and hoisted through the hoisting buckles at the four corners of the top. The hoisting mechanism is simple and there are few stress points. During the lifting process, it is easy to cause slip...

AI Technical Summary

Problems solved by technology

When the container is transported and transferred, it is generally loaded and unloaded by hoisting. Most of the hoisting of existing containers is fixed and hoisted through the hoisting buckles at the four corners of the top. The hoisting mechanism is simple and there are few stress points. During the lifting process, it is easy to cause slippage during the lifting process, resulting in collision damage to the transported objects in the box. Moreover, at present, only a few hooks on the top or side of the container are used for lifting, and the lifting process is prone to overturning, especially for objects in the container. When the center of gravity of the container is not in the center of the container, this instability will be greatly amplified, which will greatly affect the stability of hoisting

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