Canning equipment for processing high-activity and high-tolerance probiotic dietary supplement

Abstract

The invention relates to the technical field of canning equipment for probiotic processing, and discloses canning equipment for processing high-activity and high-tolerance probiotic dietary supplements.The canning equipment is characterized in that a control mechanism is mounted at one end of a storage mechanism, and a placement mechanism is mounted at the top of the storage mechanism; through the arrangement of the pumping and charging dual-purpose electric pump, the transmission pipe, the gas outlet cabin and the connecting pipe, transmission of pumped gas is facilitated, meanwhile, through the arrangement of the hollow shaft and the elastic spray gun opening, the effect of assisting gas transmission is facilitated, meanwhile, through the arrangement of the torsion spring plate, the effect of maintaining the internal sealing performance of the elastic spray gun opening is facilitated, and the service life of the gas is prolonged. And meanwhile, one end of the hollow shaft is in a sealed state, so that the air flowing direction can be controlled, an air inlet hole is formed in one side of the processing cabin, air can be extracted and discharged, then the effect of recovering the compression state of the packaging box in real time can be achieved, and meanwhile the effect of cleaning the exterior of the placing mechanism can be achieved.

Description

technical field [0001] The invention relates to the technical field of canning equipment for probiotics processing, and more particularly to a canning equipment for processing dietary supplements of probiotics with high activity and high resistance. Background technique [0002] Filling equipment is one of the most important equipment in the processing of dietary supplements with high activity and high resistance to probiotic bacteria. It is mainly composed of storage mechanism, control mechanism, placement mechanism and filling mechanism. The main working principle of the filling equipment is as follows: : The placing mechanism is controlled by the control mechanism to move the packaging box to the bottom of the filling mechanism, and the control mechanism operates the filling mechanism to supplement the packaging box with probiotic raw materials. It is transported to the inside of the storage mechanism through the placement mechanism for storage processing; [0003] The f...

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Problems solved by technology

[0004] 1. It is impossible to adjust the state of the packaging box in real time. The main reason for this is that the conventional packaging box is often made of plastic materials, so it has a certain degree of plasticity, so the packaging box is easily deformed during transportation. Due to the conventional During the filling process of probiotics, the real-time status of the packaging box cannot be monitored, so when the packaging box is deformed, the overall equipment cannot be monitored and processed, and the overall filling equipment will perform conventional filling However, since the inside of the packaging box has been deformed, the internal storage space will be correspondingly reduced. Therefore, when the conventional amount of probiotics is filled, overflow may occur, which will cause production equipment Pollution occurs on the surface, and the storage capacity inside the packaging box does not meet the qualified standards, which leads to the ineffectiveness of the produced products;

[0005] 2. It cannot be cleaned in real time. The main reason for this is that during the operation of conventional filling equipment, a small amount of dust pollutants will appear on the surface of its placement mechanism. When the overall equipment stops processing, it needs to be cleaned manually. Cleaning treatment to prevent product contamination in the later production process of probiotics, which will lead to product ineffectiveness. However, conventional equipment cleaning is mainly done manually. This process requires a certain amount of manpower, and the overall production efficiency will also decrease. Affected to a certain extent, resulting in an increase in production costs

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