Flexible production system for beer production

Abstract

The invention provides a flexible production system for beer production. The system comprises a bottle unloader, a can unloader, a distribution conveyor, a packaging system, a boxing system and a palletizing system; an inlet conveyer belt of a product to be processed communicates with the bottle unloader and the can unloader respectively; the distribution conveyor is provided with a plurality of device outlet channels which respectively communicate with the packaging system and the boxing system, and the product output end of the packaging system communicates with the product input end of theboxing system; and the palletizing system comprises a first palletizing robot and a film wrapping machine, the outlet end of the conveyer belt of the boxing system is arranged within the movable rangeof the first palletizing robot, and the outlet end of the conveyer belt of the film wrapping machine outputs the processed product. The flexible production system can realize the personalized beer customization and flexible and adjustable batch production of beer to meet the needs of consumers and further increase the economic benefits of beer production.

Description

technical field [0001] The invention belongs to the technical field of filling product production, and in particular relates to a flexible production system that can be used for beer production. Background technique [0002] The traditional beer filling production adopts the method of assembly line production. The process is mature, efficient and reliable, and is suitable for the production of high-speed and large-scale products; When the production parameters or requirements of the products are replaced, the conversion time is relatively long, and sometimes even involves the adjustment of the equipment on the entire production line; it is greatly restricted by the production conditions of the equipment. [0003] Moreover, in the prior art, there is not too much information exchange between the equipments in the assembly line, and the equipment can only be simply controlled through the conveying system, and the production process is long; corresponding to different products,...

AI Technical Summary

Problems solved by technology

[0002] Traditional beer filling production adopts assembly line production, which is mature, efficient and reliable, and suitable for high-speed and large-volume production; however, the traditional production line can only produce one bottle type, one liquor or one Production of a variety of labeling and packaging beer products. When the production parameters or requirements of the product are changed, the conversion time is relatively long, and sometimes even involves the adjustment of the equipment on the entire production line; it is greatly restricted by the production conditions of the equipment.

[0003] Moreover, in the existing technology, there is not too much information exchange between the various equipment on the assembly line, and the equipment can only be controlled simply through the conveying system, and the production process is relatively long; corresponding to different products, such as glass bottles, pop cans or duralumin bottles, etc. , it is necessary to set up independent production lines, and set up special production equipment corresponding to each process, and each equipment requires professional operators to operate and control, which greatly increases labor costs and production and operation costs, and the equipment occupies a relatively large space

[0004] With the continuous development of society, consumers have more and more individualized and small-batch production needs. For the traditional beer production line, the benefit loss caused by constantly changing product parameter requirements is obviously not in line with production benefits. ; Therefore, under the conditions of limited production area, product quality and product delivery date, how to realize the production of multi-variety and multi-demand products as much as possible while keeping the cost relatively stable or even reduced has become an urgent research in the industry. subject

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