A flexible push-pull pick-up device with double cargo positions

Abstract

The invention relates to a flexible push-pull pickup device with two cargo spaces. The flexible push-pull pickup device with two cargo spaces comprises a cargo carrying platform, wherein the cargo carrying platform comprises a cargo carrying platform telescopic girder; a cargo carrying platform cross beam is fixed at the fixed end of the cargo carrying platform telescopic girder, and a cargo carrying platform support beam is fixed on the telescopic end of the cargo carrying platform telescopic girder; the cargo carrying platform is provided with a guide bar, wherein one end of the guide bar is fixedly connected to the cargo carrying platform support beam, and the other end of the guide bar is fixed on the telescopic girder through the guide bar; the cargo carrying platform cross beam is equipped with a fixed baffle; the cargo carrying platform support beam is equipped with an end baffle; a slide bar is installed between the fixed baffle and the end baffle; the slide bar is equipped with moveable baffles; conveyer belts are arranged between the end baffle and the moveable baffles; the moveable baffles are connected to the guide bar through linear sliders; the end baffle and the moveable baffles are equipped with telescopic arms; X-type cross links are installed below the end baffle, the moveable baffles and the conveyer belts. The flexible push-pull pickup device with the two cargo spaces provided by the invention makes the loading and unloading speed of goods faster, and can satisfy the load demand and make the pickup device to be placed without being worried about being damaged; besides, the loading and unloading efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of cargo loading and unloading, in particular to a flexible push-pull pick-up device with double cargo positions. Background technique [0002] The way and device for taking goods based on the loading platform of the existing stacker are directly installed on the top of the loading platform for picking up and placing the goods, and the goods are picked up by the extractable fork. Once the fork is installed, the structural size is relatively fixed, and it is impossible to access goods of different sizes. In addition, the traditional fork can only deposit and withdraw one cargo per operation, and completes a single deposit or withdrawal operation, resulting in low operating efficiency; the fork itself has a relatively heavy structure, which further increases the load on the loading platform. Therefore, the rapid development of lean logistics requires more efficient, flexible and stable storage operation metho...

AI Technical Summary

Problems solved by technology

Once the fork is installed, the structural size is relatively fixed, and it is impossible to access goods of different sizes

In addition, the traditional fork can only store and withdraw one cargo per operation, and completes a single operation of depositing or withdrawing, resulting in low operating efficiency; the structure of the fork itself is relatively heavy, which further increases the load on the loading platform

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