A packing box that can be lifted and unloaded

Abstract

The invention discloses a packing container capable of moving and lifting to unload. The packing container comprises a fixed frame; a lifting mechanism is arranged in the fixed frame, and is connected with an object placing table; multiple trundles are fixed on the lower surface of the object placing table; the lifting mechanism drives the object placing table to descend to enable the trundles to support the fixed frame and to drive the whole packing container to move, so that the trundles and stand columns can be freely switched under heavy loads; the packing container can be freely switched between a landing mode and a moving mode to save both time and labors; the lifting mechanism drives the object placing table to ascend; an upper panel slides away to fix through support rods, the object placing table can show goods as a showing platform; guide rods on two sides of the object placing table extend out to place on the platform surface; the goods are flatly pushed to slide onto the platform surface through the guide rods; objects can be conveniently carried and unloaded; vibration reducers at the bottoms of the stand columns can protect carrying of the goods to improve the safety; and the whole multifunctional integral packing container satisfies the requirements of safe and quick goods conveying and time and labor saving in goods unloading.

Description

technical field [0001] The invention relates to a packing box, in particular to a packing box that can be moved, lifted and unloaded. Background technique [0002] At present, most of the equipment packaging boxes on the market are ordinary wooden boxes. Ordinary wooden boxes cannot have the functions of moving and lifting at the same time. When using manual packaging of such wooden boxes, the efficiency is slow and the labor intensity is high. It is very inconvenient to use special tools to disassemble the wooden packing box, and it will cause environmental disturbance, especially the noise pollution caused by hard beating. When the weight and volume of the equipment that needs to be packaged is large, a forklift must be needed to carry it. It is very difficult to carry it manually. It requires huge manpower and material resources, and there are uncontrollable safety hazards in the carrying process. There is no scientific data to analyze the causes of vibration, shock, tem...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the equipment packaging boxes on the market are ordinary wooden boxes. Ordinary wooden boxes cannot have the functions of moving and lifting at the same time. When using manual packaging of such wooden boxes, the efficiency is slow and the labor intensity is high.

It is very inconvenient to use special tools when disassembling the wooden packing box, and it will cause environmental disturbance, especially the noise pollution caused by hard knocking

When the weight and volume of the equipment that needs to be packaged is large, a forklift must be needed to carry it. It is very difficult to carry it by hand. It requires huge manpower and material resources, and there are uncontrollable safety hazards in the process of handling.

There is no scientific data to analyze the reasons for the vibration, impact, temperature and humidity damage to the equipment during transportation, and the best handling method cannot be provided

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