Novel slurry conveying system

Abstract

The invention discloses a novel slurry conveying system. The system comprises an electronic control cabinet assembly, an automatic slurry filter, a small ball position sensor, a second residual liquidtank and a two-way receiving and sending device. According to the slurry conveying system, a conveying method comprises the steps that by installing the two-way receiving and sending device at the upper end of a main pipeline, a pullable sending port is opened, a small push ball is put into the pullable sending port, and the small ball position sensor senses the small push ball; after receiving asignal of sending start, a first pneumatic ball valve and a second pneumatic ball valve in the main pipeline act; driven by compressed gas, the small push ball pushes all the residual liquid or sediments in the main pipeline into a receiving tank; and after pushing, the small push ball enters into a tail end two-way automatic service device, and the compressed gas in the main pipeline is discharged through a first residual liquid tank and the second residual liquid tank at both ends, so that the advantage that the pipeline is convenient and fast to clean without disassembling the pipeline section by section is achieved.

Description

technical field [0001] The invention relates to the related fields of fluid transportation, in particular to a novel slurry transportation system. Background technique [0002] In the processing of pharmaceuticals, lithium batteries, food, beverages, bioengineering, water treatment, daily chemical, petroleum, chemical and other fields, it is necessary to transport the slurry generated in the process. Slurry is an organic material with general colloidal properties. The substance can dissolve or swell in water and become a viscous and plastic paste. It can be used as a transfer agent to bring dyes and other chemicals to the fabric. After the printing is fixed, it will be washed off at last. The existing slurry delivery system The following problems exist: the slurry conveying system has a low degree of automation and a complex structure, requiring the use of multiple equipment for processing and coordination, resulting in a waste of financial and material resources; when clean...

AI Technical Summary

Problems solved by technology

[0002] In the processing of pharmaceuticals, lithium batteries, food, beverages, bioengineering, water treatment, daily chemicals, petroleum, chemical and other fields, it is necessary to transport the slurry generated in the process. Slurry is an organic substance with general colloidal properties. The substance can dissolve or swell in water and become a viscous and plastic paste. It can be used as a transfer agent to bring dyes and other chemicals to the fabric. After the printing is fixed, it will be washed off at last. The existing slurry delivery system The following problems exist: the slurry conveying system has a low degree of automation and a complex structure, requiring the use of multiple equipment for processing and coordination, resulting in a waste of financial and material resources; when cleaning the pipeline, it is necessary to disassemble the pipeline to clean it, which is laborious and laborious

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