Bagged material multi-channel parallel delivery method and bagged material multi-channel parallel delivery mechanism

Abstract

The invention relates to a bagged material multi-channel parallel delivery method and a bagged material multi-channel parallel delivery mechanism. The bagged material multi-channel parallel delivery mechanism comprises a channel changing control mechanism, a conveying mechanism, a base and bagged materials, wherein the channel changing control mechanism mainly comprises an executing mechanism mounting rack, a blocking mechanism, side edge baffles, reversing mechanisms and the like; the blocking mechanism mainly comprises a pushing cylinder mounting plate, pushing cylinders, pushing cylinder connecting pieces, a material baffle plate, baffle plate sliding guide grooves, reinforcing ribs and the like; each reversing mechanism mainly comprises a baffle plate supporting plate, a baffle plate roller, a spacing baffle plate, a baffle plate, a driving component, a coupling, a baffle plate base and the like; the conveying mechanism mainly comprises a plurality of channels of conveyors with similar structures; the base exerts a carrier effect, and can be formed by welding or assembling channel steel or other profiles and other materials. The bagged material multi-channel parallel delivery mechanism is simple in structure, high in conveying efficiency, low in processing and manufacturing cost, and is convenient to mount and maintain, and the device is modularized.

Description

technical field [0001] The invention relates to a multi-channel parallel delivery method for bagged materials and a delivery mechanism thereof, belonging to the field of automatic loading equipment for bagged materials. Background technique [0002] The traditional loading operation of bagged materials is usually completed by manpower and forklift trucks. On the one hand, the handling efficiency of this operation method is low, the work intensity is very high, and the labor cost is very high. In response to this situation, various domestic departments are currently vigorously promoting intelligent manufacturing to solve problems such as low production efficiency and high operating costs. The automatic loading system for bagged materials is focused on research and development; for automatic loading of bagged materials, it is necessary to combine loading efficiency and packaging Line packaging efficiency matches. If the loading efficiency is lower than the packaging efficienc...

AI Technical Summary

Problems solved by technology

[0002] The traditional loading operation of bagged materials is usually completed by manpower and forklifts. On the one hand, the handling efficiency of this operation method is low, the work intensity is very high, and the labor cost is very high.

In response to this situation, various domestic departments are currently vigorously promoting intelligent manufacturing to solve problems such as low production efficiency and high operating costs. The automatic loading system for bagged materials is focused on research and development; for automatic loading of bagged materials, it is necessary to combine loading efficiency and packaging Line Packaging Efficiency Matching

If the loading efficiency is lower than the packaging efficiency, the automatic loading will affect the packaging

In order to solve this problem, methods such as stacking and palletizing are commonly used at present, or higher-speed actuators are used to improve the efficiency of conveying or processing. However, the current automatic loading system generally adopts a single-channel transmission mode, and the transmission efficiency is low, or Using multiple single-channel transmission mechanisms to transmit at the same time can improve the transmission efficiency, but its space occupation rate is large, the structure is complicated, the installation and maintenance are extremely inconvenient, and the use cost is high

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