Full-automatic drink filling machine

Abstract

The invention discloses a full-automatic drink filling machine. The full-automatic drink filling machine comprises a cup falling device, a full-automatic drink mixing and filling device, a picking mechanical arm device, a full-automatic drink cup sealing device, a code spraying device, a conveying device and a PLC. The cup falling device is used for placing cups on the conveying device one by one. The cups are sequentially filled with drinks through the full-automatic drink mixing and filling device. The picking mechanical arm device is used for placing cup covers. The full-automatic drink cup sealing device is used for packaging the cup covers. The code spraying device is used for spraying codes. The PLC is electrically connected with the cup falling device, the full-automatic drink mixing and filling device, the picking mechanical arm device, the full-automatic drink cup sealing device, the code spraying device and the conveying device. The full-automatic drink filling machine has the beneficial effects that the full-automatic drink filling machine is small and improves work efficiency.

Description

technical field [0001] The invention relates to the field of mechanical devices, in particular to a fully automatic beverage filling machine. Background technique [0002] At present, the existing large-scale automatic beverage filling system needs to occupy an area of ​​200-1000 square meters of factory buildings, with a production capacity of 5-500 tons at a time. It is mainly composed of semi-automatic cup delivery, automatic filling, automatic labeling, etc., and is mainly used for large quantities. Production is not suitable for small batches of personalized instant production needs, the entire production line requires 5-20 people. However, the existing small-batch production basically uses manual placement of cups, semi-automatic mixing and filling of beverages, and manual capping. The configuration time and customer information need to be written manually, which greatly affects the speed and completely relies on 2-3 manual cooperation. Finish. Thereby there is the p...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing large-scale automatic beverage filling system needs to occupy an area of ​​200-1000 square meters of factory buildings, with a production capacity of 5-500 tons at a time. It is mainly composed of semi-automatic cup feeding, automatic filling, automatic labeling, etc., and is mainly used for large quantities. Production, not suitable for small batch personalized real-time production needs, the entire production line needs 5-20 people

However, the existing small-batch production basically uses manual placement of cups, semi-automatic mixing and filling of beverages, and manual capping. The configuration time and customer information need to be written manually, which greatly affects the speed and completely relies on 2-3 manual cooperation. Finish

There are problems of low work efficiency and high labor cost

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