Auxiliary device for limiting forklift transportation of stacked materials

Abstract

The invention discloses an auxiliary device for limiting forklift transportation of stacked materials, and relates to the technical field of stacking frames. The auxiliary device comprises stacking frames, supporting plates, inserting and connecting rails, pushing devices and pressing devices. The stacking frames are in sliding fit with the supporting plates; the inserting and connecting rails arein sliding fit with the supporting plates; the pushing devices are fixedly mounted on stacking frame handrails; and the pressing devices are in rotating fit with the stacking frames. Through the arrangement of damping springs, the supporting plates have a damping function; through sliding fit of the inserting and connecting rails and forklift discs, material pieces are pushed away from the stacking frame, and quantitatively-stored specific materials are allocated and distributed; and screw rods rotate to drive the inserting and connecting rails to move so that the gauge between the two inserting and connecting rails is adjusted to adapt to the forklift discs with different gauges. Through inserting and connecting fit of inserting and connecting columns and inserting and connecting sleeves, all the stacking frames can be matched for stacking, and the stability and safety of the whole device are improved.

Description

technical field [0001] The invention belongs to the technical field of stacking racks, and in particular relates to an auxiliary device for limiting the transport of stacked materials by a forklift. Background technique [0002] Stacking racks, also known as stacking racks or smart racks, are generally used with forklifts. They can be used as moving equipment for dynamic loads or as storage equipment for static loads. Quantitative storage, sorting and distribution of goods can be carried out in a planned way. The storage and transportation are convenient and quick, and the stacking rack can effectively protect the goods from damage during transportation, and the safety of the goods is guaranteed; the stacking racks are divided into fixed stacking racks and assembled stacking racks. The fixed stacking frame is welded by section steel, which is strong and durable; the assembled stacking frame is composed of a base and four columns. The base is generally welded by section stee...

AI Technical Summary

Problems solved by technology

[0003] However, the existing stacking racks do not have shock absorption and fixing devices, which leads to a decrease in the overall structural stability and safety of the entire stacking rack when the number of layers of the stacking rack increases; When distributing and distributing, in order to distribute some of the materials in the middle position, the surrounding stacking racks are removed. The amount of work is large, and a lot of manpower and material resources are wasted; the materials are usually stacked on the forklift tray, and the forklift is connected with it. The plates are stacked together on the stacking rack. Since there is no corresponding fixing device between the forklift plate and the stacking rack, most of the staff fix the material and the stacking rack with ropes. The workload is huge, and the rope needs to be unloaded again. unraveling, time consuming

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