A barrel turning device and method for turning the barrel

Abstract

The invention relates to a charging barrel overturning device and a method for overturning a charging barrel. The charging barrel overturning device comprises a gantry frame formed by welding vertical channel steel on two sides, an upper transverse beam and a lower transverse beam, a front fork at the bottom end of the frame, a concave lifting fork above the front fork, a stand column, a horizontal hoisting rod, a barrel cover oil cylinder, a funnel type barrel cover, the charging barrel, a holding device, a rotary shaft, a speed reducing device, a main oil cylinder and chain wheels and chains on the two sides of the top of the main oil cylinder; a control cabinet and a control cabinet panel are mounted on an operation platform; a bracket hoisting control rod is arranged on one side of the platform; the main oil cylinder drives pulleys on the two sides of the rear end of the concave lifting fork through the chain wheel and the chain to roll up and down along hollow cavities of the channel steel so that the concave lifting fork is hoisted along the rolling. The charging barrel overturning device is used for lifting and overturning the charging barrel and has good safety; the operation is easy and time is saved, the labor intensity of workers is greatly alleviated, the working efficiency is improved, and the effective conveying of metal powder materials is realized.

Description

technical field [0001] The invention relates to the transfer, loading and unloading of large-scale barreled materials, in particular to a barrel turning device and a method for turning the barrel. Background technique [0002] Industrial production requires the cooperation of multiple processes to complete, and it is often necessary to transport the barreled semi-finished products processed in the previous process to the next production process for further processing. The opening of the steel drum container is upward, and it is easy to pick up powdery materials. Because of its excellent mechanical and comprehensive protection performance, it is often used in industrial production for packaging, storage and transportation of industrial products. At present, the transportation of steel drums between the front and back processes mainly relies on manual or trolley handling. Manual handling is labor-intensive, especially for heavy-duty material barrels. Due to the large volume ...

AI Technical Summary

Problems solved by technology

Manual handling is labor-intensive, especially for heavy-duty material barrels.

Due to the large volume of the steel drum and the heavy weight of the material when being transported by the trolley, the steel drum will tilt and fall to the ground if it is slightly careless when lifting it, resulting in waste of materials, and even rolling on the ground, causing severe friction between the powdery material and the wall of the drum, resulting in Safety accidents caused by combustion or physical explosion

In particular, when dumping or unloading, it is necessary to turn the steel drum so that the opening faces downward, and control the flip angle of the drum and the material dumping speed. For example, the temperature of the transferred material is high, the weight of the transferred material is heavy, and the transferred material is flammable. At this time, the manual operation is intensive and difficult, and the overflow of the material will cause waste or pose a safety hazard.

Some turning devices or lifting equipment are also used in the market, but there is a single turning function, and the lifting equipment has high site requirements, high cost, and complex equipment structure

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