A flavor automatic production system

Abstract

The invention discloses an automatic essence production system which comprises a plurality of storage tanks, a plurality of pushing-pressing switches, a plurality of photoelectric detection marks, a blending tank, a trolley, pressing heads, photoelectric sensors and a controller, wherein the plurality of storage tanks are in one-to-one corresponding to the plurality of pushing-pressing switches; the heights of the plurality of storage tanks are smaller than the heights of the plurality of pushing-pressing switches; the trolley is provided with a platform on which the blending tank can be arranged; the platform is provided with a weight sensor for detecting the weight of the blending tank; the pressing heads are used for ejecting and pressing the pushing-pressing switches and are driven by a driving mechanism which is arranged on the trolley; the photoelectric sensors are used for detecting the plurality of photoelectric detection marks on the plurality of pushing-pressing switches; the controller is used for controlling the driving mechanism to be switched on and off according to photoelectric signals received by the controller and detected by the photoelectric sensors and is also used for comparing a set value with a blending tank weight signal received by the controller and send by the weight sensor. The automatic essence production system is relatively high in automatic degree, is free from a liquid pump, reduces the cost and improves the accuracy of material adding.

Description

technical field [0001] The invention relates to an automatic essence production system. Background technique [0002] In the original flavor production process, the dosing of materials is manually measured and then injected into the blending tank. Although this dosing method can accurately add the required material dosage, it is labor-intensive. The cost is high, it cannot meet the requirements of large-scale production, and manual operation is prone to misoperation, resulting in waste of raw materials. [0003] At present, in order to solve the problem of low output of manual operation, in the process of adding materials, liquid pumps are usually used to realize the transfer of materials, and controllers are used to control the liquid pumps to control the dosage of materials. Specifically, , the liquid pump is connected to the storage tank for storing materials through pipelines. Each material that needs to be added corresponds to a liquid pump. When a certain material nee...

AI Technical Summary

Problems solved by technology

[0002] In the original flavor production process, the dosing of materials is manually measured and then injected into the blending tank. Although this dosing method can accurately add the required material dosage, it is labor-intensive. The cost is high, it cannot meet the requirements of large-scale production, and manual operation is prone to misoperation, resulting in waste of raw materials

[0003] At present, in order to solve the problem of low output of manual operation, in the process of adding materials, liquid pumps are usually used to realize the transfer of materials, and controllers are used to control the liquid pumps to control the dosage of materials. Specifically, , the liquid pump is connected to the storage tank for storing materials through pipelines. Each material that needs to be added corresponds to a liquid pump. When a certain material needs to be added, the controller controls the opening of the liquid pump according to the set program. Time, so as to add corresponding doses of corresponding materials to the blending tank

This flavor production system needs to be equipped with a liquid pump for each material, which increases the cost of the equipment, has a high failure rate, and makes daily maintenance difficult.

In addition, when using liquid pumps to pump materials, there may be air leakage at the connection position of the pipelines, which will eventually lead to differences between the materials pumped into the blending tank and the theoretically required dosage, which will seriously affect the quality of the product; and, because Due to the difference in the precision of the liquid pump and the physical and chemical properties of the material, it is difficult to accurately add the material, which will also cause the final fragrance product to fail to achieve the expected effect

[0004] In the existing production system, there are many pipelines for transporting materials, and a large number of switches are distributed on them. Therefore, in general, two to three pipes are required to connect to a storage tank. Therefore, there are many pipelines, which means The pipeline layout of the production system is more complicated, and elbows need to be installed on the pipeline bends, which increases the difficulty of pipeline installation, and is easy to form pipeline cavitation and impact corrosion

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