Monitoring system and method for forming grouting pipeline

Abstract

The invention relates to a monitoring system and method for forming a grouting pipeline. The monitoring system comprises a plurality of forming production lines, a control terminal, a server and a client. The control terminal stores a scheduling schedule of the plurality of forming production lines, is electrically connected with the control box on each forming production line, sends the working state information of each forming production line to the server, and displays the working state information of each forming production line in a working interface form; the server is in communication connection with the control terminal, receives the working state information, sent by the control terminal, of each forming production line, and is further used for receiving a query request sent by the client and returning a query result to the client; and the client is in communication connection with the server. The method has the advantages that by increasing the number of the grouting circulation pipelines, the probability of grouting time coincidence is reduced, manual variation is reduced due to application of the monitoring system, and the scheme can effectively monitor the formed grouting time so as to reduce generation of forming bubbles.

Description

technical field [0001] The invention relates to the field of ceramic product production, in particular to a monitoring system and method for forming a grouting pipeline. Background technique [0002] Existing ceramic products are usually formed by grouting. The conventional production process is: the raw material department injects new slurry into the old tank for aging, and then injects the slurry in the old tank into the grouting tank for adjustment, so that the specific gravity, viscosity, and After the thickness and temperature reach the control range, the adjusted molding mud is pumped into the grouting pipeline by the injection pump, and then the mud is injected into the mold through the diaphragm pump. After the mud is formed in the plaster mold , the excess slurry in the mold is discharged into the slurry discharge barrel through the slurry pump. In order to improve production efficiency in the above process, multiple molding production lines are often set up in the...

AI Technical Summary

Problems solved by technology

In order to improve production efficiency in the above process, multiple molding production lines are often set up in the factory, and grouting is performed by one grouting pipeline. If the number of pulp forming production lines is greater than 2, the pipeline will lack pulp, which will cause air bubbles in the green body

[0003] Although the number of molding production lines for grouting at the same time can be stipulated in the form of shift scheduling, but in actual production, it is often impossible to effectively implement it due to negligence or shortening the working hours of the operators.

Moreover, the deviation between the actual grouting time and the scheduled grouting time cannot be effectively monitored

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