Functional system module combinational method on production lines of daily chemical products

Abstract

The invention discloses a functional system module combinational method on production lines of daily chemical products. The method comprises the steps of separating system devices on large production lines of daily chemical products into a plurality of basic modules with independent functions in the manner of module, namely, splitting the large basic modules with independent functions into universal functional system modules and special functional system modules, further splitting the two kinds of system modules into sub-modules satisfying movement and transport, and then rearranging and assembling the sub-modules, steel frame structures, process pipes and energy pipes with all functions according to the functions and characteristics of the production lines of daily chemical products, so as to create new functional system modules on the production lines of daily chemical products. The characteristics are that the invention combines all modules such that each functional system module has independent functions and can be combined with other system modules, so as to form different production lines of daily chemical products.

Description

technical field [0001] The present invention relates to a combination method of functional system modules on a daily chemical product production line, in particular to various large-scale daily chemical product production lines in the daily chemical industry, which are developed into functional system modules one by one, and through various other functions The method of combining and linking the modules of the type system. Background technique [0002] The daily chemical product production line refers to a processing form used in the daily chemical industry to produce daily chemical products. Such as: fabric softener production line, toothpaste production line, washing powder production line, detergent production line, various care liquid production lines, etc. In the raw and auxiliary material pretreatment equipment of these daily chemical product production lines, the following large-scale functional system modules will be involved according to the process requirements: ...

AI Technical Summary

Problems solved by technology

First, each system equipment has formed a whole at the supplier, so it will be easy to move, transport and assemble on site. If you need to change the production structure of the product, you only need to move a certain system module that is suitable for the production process characteristics of the product. A new production line of daily chemical products can be switched over within a few days, so that it can be put into production quickly; secondly, because these system equipments have been transformed into system modules with independent functions, the suppliers have already The debugging has been completed according to the requirements of the design program. If any problems such as equipment failure are found, they can be solved in China, so only a small number of program designers need to go to the site to do some maintenance. Third, the installation tools and redundant materials after installation The transportation problem is also solved, and the complicated procedures of import and export are avoided; fourthly, the most important thing is that we use the system module combination installation method for the same daily chemical product production line through the budget of the costs generated by the two installation methods , not only the investment cost is greatly reduced, but also the direct cost in the production and operation process will be greatly reduced

Images