A mechanical buffer device and control method for a drawer-type bag loading machine

Abstract

The invention relates to a mechanical buffer device for a drawer-type bag loading machine, comprising: an assembly line frame with an inclined angle, a buffer assembly and a working section of an unpowered roller assembly; the buffer assembly and the unpowered roller assembly work The section is set on the assembly line frame, and the buffer assembly is located at the lower end of the assembly line frame; wherein, the buffer assembly includes: an upper belt assembly, a lower belt assembly, a support assembly and a power component; the upper Both the belt assembly and the lower belt assembly are arranged on the assembly line frame in the form of upper and lower layers by means of the support assembly; the power component can provide driving force for the upper belt assembly and the lower belt assembly; A section for conveying bagged articles is formed between the upper belt assembly and the lower belt assembly. The mechanical buffer device provided by the present invention has simple structure, easy installation, and convenient maintenance; it can also perform functions such as flattening bags, separating joint bags, and buffering.

Description

technical field [0001] The invention belongs to the technical field of bagged material loading, and in particular relates to a mechanical buffer device and a control method for a drawer-type bag loading machine. Background technique [0002] At present, most domestic cement manufacturers have a low degree of automation in their production lines and use manual bag insertion, resulting in non-uniform spacing between cement bags on the conveyor belt. The loading of domestic bagged items such as cement loading machines (Lanhaiyan, Mingdu Zhizhi, Ford Robot, Lanao, etc.) adopts single or double bag bagging method for palletizing and loading. There are three main problems: 1) Frequent mechanical failure of the guiding mechanism Movement shortens the life of parts; 2) Non-uniform bag spacing causes bags to be linked together, and the bag-linking processing mechanism is not ideal, which often causes temporary shutdown of the production line and requires manual processing; 3) In the ...

AI Technical Summary

Problems solved by technology

[0002] At present, most domestic cement manufacturers have a low degree of automation in their production lines and use manual bag insertion, resulting in non-uniform spacing between cement bags on the conveyor belt

The loading of domestic bagged items such as cement loading machines (Lanhaiyan, Mingdu Zhizhi, Ford Robot, Lanao, etc.) adopts single or double bag bagging method for palletizing and loading. There are three main problems: 1) Frequent mechanical failure of the guiding mechanism Movement shortens the life of parts; 2) Non-uniform bag spacing causes bags to be linked together, and the bag-linking processing mechanism is not ideal, which often causes temporary shutdown of the production line and requires manual processing; 3) In the compartment, bags fall Dust problems caused by palletizing

The drawer-type palletizing method alleviates the frequent movement of components and the short lifespan, but it takes a long time to depalletize under load and reset the drawer

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