Automatic dispense system of randomly assembled sorting unit

Abstract

The invention discloses a self-distribution system to combine and pickup unit randomly, which consists of upstream distribution device and downstream interflow device along the material conveying line, wherein the distribution device contains pile-shaped material conveying structure (1) and distribution structure (2) in the output end of conveyer; the interflow device connects the output end of distribution structure, which contains distribution material conveying structure (3) and dialing structure (4) on the conveying structure. The invention can pick up and dispense random quantity of bar-shaped material, which replaces the worker to lessen the working strength greatly.

Description

technical field [0001] The invention relates to the technical field of material sorting and distribution, in particular to the technical field of equipment capable of sorting out any required quantity of strip-shaped materials transported by stacking and automatically distributing them to subsequent equipment for distribution. Background technique [0002] At present, in many material distribution fields, it is often necessary to sort and distribute materials according to the individual needs of customers. Especially in cigarette companies, it is often necessary to sort and deliver cigarettes of different varieties and quantities according to orders according to the needs of users. However, the sorting and distribution of existing bar-shaped materials (such as cigarettes) mainly adopts electronic label-assisted sorting technology and tower (vertical) sorting technology. Electronic label-assisted picking technology uses electronic labels instead of traditional paper orders t...

AI Technical Summary

Problems solved by technology

However, due to the limitation of the structure of the tower (vertical) sorting machine, the one-time storage capacity of the material conveying channel is small, and it needs to be replenished continuously, and the replenishment is basically done manually. The replenishment workload is large and the efficiency is low. The labor intensity of workers is still high, so it is only suitable for the situation where the sorting volume is particularly small

In particular, the number of materials sorted out by tower (vertical) sorting machines is fixed each time (generally an integer multiple of the number of materials on each layer), and the number of materials to be sorted cannot be selected arbitrarily, so it is difficult to flexibly adapt to various needs of users. order requirements

Images