A Modular Parallel Sorting System

Abstract

The invention relates to mechanical devices for logistics and discloses a modularized parallel sorting system. The modularized parallel sorting system is composed of a plurality of parallel sorting line units; cigarettes enter effective cigarette caching equipment through a longitudinal striking mechanism and a longitudinal flow dividing mechanism; the upper and lower layers of cigarettes are combined quickly through a transverse striking mechanism, a winding mechanism, an auditing and separating mechanism and a combining mechanism without a swing arm. According to the modularized parallel sorting system, the equipments are modularized, the number of the cigarette cabin of each of the sub line and the main line is regulated according to the requirements and demand efficiency, the system stability and the product standard are improved, the spatial arrangement for the sorting lines is more reasonable, and the product is more standard.

Description

technical field [0001] The invention relates to a mechanical system. Specifically relates to a modularized parallel sorting system used in the logistics industry. Background technique [0002] The existing logistics sorting line system is composed of box cigarette conveying and replenishment equipment, carton sorting equipment, carton conveying equipment, carton buffering equipment, sub-line tobacco converging equipment and stacking equipment. In order to improve sorting efficiency, At present, it is mostly solved by adding sorting equipment and adopting parallel sorting mode, but the existing sorting line and smoke conveying equipment all go from the front of the sorting machine. Due to the limited space at the front end of the sorting line (the height is about 1.1 meters, it is more suitable) , considering the comfort of personnel visiting and troubleshooting), it can only support the operation of three main lines, and with the increase of the speed of the sorting line, t...

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Problems solved by technology

[0002] The existing logistics sorting line system is composed of box cigarette conveying and replenishment equipment, carton sorting equipment, carton conveying equipment, carton buffering equipment, sub-line tobacco converging equipment and stacking equipment. In order to improve sorting efficiency, At present, it is mostly solved by adding sorting equipment and adopting parallel sorting mode, but the existing sorting line and smoke conveying equipment all go from the front of the sorting machine. Due to the limited space at the front end of the sorting line (the height is about 1.1 meters, it is more suitable) , considering the comfort of personnel visiting and troubleshooting), it can only support the operation of three main lines, and with the increase of the speed of the sorting line, the number of main lines must continue to increase. Therefore, the height limit makes the parallel sorting of multiple main lines The model has been seriously challenged and needs to be re-arranged according to the characteristics of each site

The above-mentioned sorting line system does not make reasonable use of the site and three-dimensional space, and the utilization rate of the cigarette sorting equipment is not high, and there is also a shortage of cigarette buffers caused by the use of the documentary mode for tracking. In addition, the sorting system cannot sort orders of multiple lines at the same time, frequent start-up and stop of equipment and long-distance transportation lead to poor smoke posture. At the packaging machine downstream of the high-speed sorting line, Due to the limitation of packaging machine efficiency, orders for a single line can only be exported from multiple outlets, resulting in the disorderly storage of packages in multiple turnover containers, and the increase in the container's unfulfilled rate, which indirectly leads to an increase in the number of required turnover containers and an increase in the storage area.

[0003] In addition, due to the limitation of the capacity of the laser coding machine, the processing capacity of a single laser coding machine is at most about 20,000 pieces per hour. The number will inevitably reach 2 to 3. Since the sorting line adopts the principle of parallel operation, this determines that each sorting sub-line must be able to reach any The laser coding machine of the main line, and the position of the front end of the existing sorting line obviously cannot meet the requirements of multiple sub-lines being arranged at the front end at the same time and the multi-sub-lines merging and shunting. At this time, a non-standard design is required, but this will lead to separation There are many factors such as difficulty in line picking design and difficulty in site placement

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