Counting and combining device

Abstract

The invention relates to a counting and combining device, in which a low-speed upper conveying body and a high-speed upper conveying body are respectively arranged above a low-speed lower conveying body and a high-speed lower conveying body, the low-speed upper conveying body and the low-speed lower conveying body are arranged in an inlet end, the high-speed upper conveying body and the high-speed lower conveying body are arranged in an outlet end, detection elements are arranged on the outlet ends of the high-speed upper conveying body and the high-speed lower conveying body; the low-speed upper conveying body and the high-speed upper conveying body are driven by a set of synchronous speed difference mechanism, its conveying belt is provided with sponge, the low-speed lower conveying body and the high-speed lower conveying body are driven by other set of synchronous speed difference mechanism, and its conveying body has a layer of red glue, two sets of synchronous speed difference mechanisms are all driven by transmission mechanisms; a front transition conveying body is connected to the inlet end of a counting and combining device, the outlet end is connected to a rear transition conveying body; the rear transition conveying body and the front transition conveying body are installed on a rack; the low-speed upper conveying body and the high-speed upper conveying body are connected by a transition upper conveying body, the low-speed lower conveying body and the high-speed lower conveying body are connected by a transition lower conveying body. The counting and combining device combines the materials in a conveying way without damaging the materials, the utilization rate of the single machine and the stability of the system in the whole line are improved.

Description

technical field [0001] The invention relates to a material counting and merging device, which realizes the counting, distribution and merging of materials, and belongs to the technical field of automatic material sorting. Background technique [0002] In the current numerous automated logistics systems for material sorting, the merging method generally adopts dial-type merging machines, conveying-type merging machines, compound conveying-type merging machines and other equipment for merging. The dial-type merging machine completes the distribution of materials by the dial head to realize the merging of two lines. However, due to the influence of the replenishment time of the materials to be distributed and the travel time of the materials after distribution, the dialing and distribution actions are carried out intermittently, so the ability of the merging mode is not high. , and damage the materials; the conveyor type confluence machine uses a swing conveyor to complete the ...

AI Technical Summary

Problems solved by technology

The dial-type merging machine completes the distribution of materials by the dial head to realize the merging of two lines. However, due to the influence of the replenishment time of the materials to be distributed and the travel time of the materials after distribution, the dialing and distribution actions are carried out intermittently, so the ability of the merging mode is not high. , and damage the materials; the conveyor type confluence machine uses a swing conveyor to complete the two-line confluence of materials, and the density of the materials to be confluent cannot be changed during confluence, so the confluence capacity is not high, but there is no damage to the materials; compound conveying The merging machine uses a swing conveyor to complete the two-line merging of materials, but it needs to add several movable baffles to pretreat several groups of materials to be merged, and change the density of the materials to be merged to improve the merging capacity. Its disadvantages Yes: The quantity of materials to be merged is different for each group, and the length occupied on the conveying line is also different, which makes it difficult to set the position of the movable baffle. If it is set at a fixed position, the order interval between each group of materials to be merged will be different. Varying in size, resulting in reduced capacity

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