Wood floor complete-set color mixing and matching system based on Internet of things

Abstract

The invention discloses a wood floor complete-set color mixing and matching system based on the Internet of things. The wood floor complete-set color mixing and matching system comprises a wood floor color measuring system. The wood floor color measuring system is connected with a wood floor match color database system. The wood floor match color database system is connected with a paint matching processor. The paint matching processor is connected with a match color generation subsystem, a match color retouching subsystem, an Internet-of-things system and a user management system. The match color retouching subsystem is connected with the wood floor match color database system. The match color generation subsystem includes a paint generation subsystem, an image display subsystem, and an actual proofing subsystem. The image display subsystem is connected with the match color retouching subsystem. The paint matching processor is further connected with an enterprise ERP system. With the system, the time for paint color mixing and matching is shortened, the accuracy of paint color mixing and matching is improved, the waste of paint is reduced, the difficulty in product design and color research and development is reduced, and the research and development cost of new products is reduced. In addition, the production efficiency is improved.

Description

technical field [0001] The invention relates to an intelligent color matching system, in particular to a wooden floor complete paint color matching system based on the Internet of Things. Background technique [0002] In order to increase the aesthetics and durability of wooden flooring, wooden flooring manufacturers will apply paint with different functions layer by layer and add color essence to the paint to adjust the paint color and then adjust the paint surface color to meet the different requirements of customers. According to the order requirements, traditional wood floor production enterprises need to carry out multiple paint test and color matching every day to meet the production needs, but at present, the paint test and color matching completely rely on the experience of paint technicians to operate, so that it is impossible to guarantee the same model of products in different production batches The color and quality of the surface paint are consistent, and in the...

AI Technical Summary

Problems solved by technology

According to the order requirements, traditional wood floor production enterprises need to carry out multiple paint test and color matching every day to meet the production needs, but at present, the paint test and color matching completely rely on the experience of paint technicians to operate, so that it is impossible to guarantee the same model of products in different production batches The color and quality of the surface paint are consistent, and in the process of adding color essence pigments to the paint, it needs to be repeatedly debugged to meet the final requirements, which will make the paint color adjustment time-consuming and the accuracy of the color adjustment Not high, resulting in time-consuming and labor-intensive, reducing the production efficiency of wood flooring products, reducing the output

At the same time, in order to adapt to changes in consumer demand, wood flooring companies need to keep up with trends in the research and development of new products. In the process of research and development of products with different surface designs and colors, R&D personnel often conduct paint blending tests manually. This method often It is necessary to constantly change the blending parameters of the color essence and the paint and carry out a large number of experiments in order to obtain the corresponding theoretical data as a support. Not only does the research take a long time, but also the cost of research and development is also high. The blended paint needs to be rolled (sprayed). The final effect can only be seen after drying (or UV drying) on ​​the surface of the wood floor, and the type of wood floor material, paint finishing method, coating structure, curing energy and coating amount will also affect the effect of the paint. Have a huge impact, thus increasing the difficulty of new product development

In addition, the existing wood flooring companies need to go through many links from receiving orders to production and delivery, such as finding customers in the early stage, customers choosing wood flooring types and paint types, making samples, customer confirmation, production, delivery and other links. Complicated and easy to reduce production efficiency

Therefore, the existing wood floor finishing technology has problems such as long paint mixing and color matching time, difficulty in ensuring the consistency of paint color matching, serious paint waste, difficulty in product design and color research and development, high cost of new product research and development, and low wood floor production efficiency.

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