An automatic grouting system and grouting method applied to rice cake grouting

Abstract

The invention relates to an automatic grouting system and a grouting method for rice cake grouting, comprising a first pump (1) for pumping the main slurry fluid to the output part and a first pump (1) for pumping the auxiliary material slurry fluid to the output Part of the second pump (4), between the first pump (1) and the second pump (4) is set for input grouting ratio value to control the first pump (1) and the second pump (4) by selecting A control ratio component for pumping main grout fluid and auxiliary grout fluid with a fixed grout ratio value. A control proportioning component is provided between the first pump (1) and the second pump (4), and the user can enter the required proportioning value between the main slurry fluid and the auxiliary material slurry fluid in the control proportioning component. Determine the relative fluid specific gravity between the main slurry fluid and the auxiliary slurry fluid pumped by the first pump (1) and the second pump (4), compared with the existing technology, it is in line with Industry 4.0 about intelligence for user groups to make independent choices The definition of regulation has broad application prospects.

Description

technical field [0001] The invention relates to an automatic grouting system, which can be used for grouting in fields such as medicine and food. Background technique [0002] The so-called Industry 4.0 (Industry4.0) is a division based on different stages of industrial development. According to the current consensus, Industry 1.0 is the era of steam engines, Industry 2.0 is the era of electrification, Industry 3.0 is the era of informationization, and Industry 4.0 is the era of using information technology to promote industrial transformation, that is, the era of intelligence. The so-called Industry 4.0 in Germany is It refers to the use of the Internet of Things information system (Cyber—Physical System referred to as CPS) to digitize and intelligentize the supply, manufacturing, and sales information in production, and finally achieve fast, effective, and personalized product supply. In the fields of medicine and food, automatic grouting systems are usually used for prop...

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Problems solved by technology

In the fields of medicine and food, automatic grouting systems are usually used for proportioning medicines or foods with different proportions. With the gradual advancement of Industry 4.0, it is more and more important to adjust the proportioning grouting in the automatic grouting system according to customer needs. More and more important, more and more order-based production emerges as the times require, and the traditional automatic grouting system cannot independently regulate the grouting ratio according to the customer's demand ratio. The existing automatic grouting system adds too many auxiliary material control valves and pipelines when different auxiliary materials need to be added, which greatly increases the corresponding production cost and use cost, and for too many types of auxiliary materials, it is necessary to add corresponding pipes The structure is complex and occupies a large area. During the use of the existing automatic grouting system, there is a certain error between the actual running speed of the pump body used to pump the grout and the actual running speed of the pump body corresponding to the grouting ratio, resulting in The amount of grout transported by different pipelines per unit time is different from the actual required grouting amount, resulting in a large difference between the finished product obtained by grouting and the customer's demand, and the excessive deviation will cause the quality of the finished product to fail to meet the standard. Therefore, it is necessary to carry out Improve

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