The Internet of Things (IOT), as one of the core driving forces for the new round of scientific and technological revolutions and industrial changes, is the core infrastructure that promotes the digitalization, networking, and intelligent upgrade of the manufacturing industry. Deepening the application of networking in the textile industry
is of great significance to the promotion of high-quality development and intelligent transformation of the industry.
The so-called Internet of Things (IoT) refers to an intelligent service system that responds to and responds to information in the physical and virtual worlds by perceiving devices, connecting protocols, people, systems, and information resources according to agreed protocols. As an extension and development of the Internet and mobile Internet, the Internet of Things has extended the range of network terminals from high-processing computers and mobile phones to low-capacity terminals and even general items, realizing people, people, things, things and things. More extensive, more efficient, and more accurate links.
As an important component of China’s modern economic system, the realization of high-quality development of the textile industry is an objective requirement of industrial reality and economic law, and it is also a realistic choice
for adapting to the new development situation and responding to the major contradictions. The textile industry is advancing high-quality development and is facing three barriers, namely power, quality and efficiency.
To break through these three key points, it is necessary to deepen the application of networking in the textile industry and accelerate the transition from the shallower tools and products of the Internet of Things to the infrastructure
and key elements of the reconstructed value chain. With the Internet of Things as the infrastructure, information technologies such as big data, cloud computing, blockchain, and artificial intelligence have been integrated to link the textile value chain and promote the optimal allocation of key resources. Taking intelligent production, intelligent operations, intelligent products, and intelligent services as the direction, building a smart manufacturing system based on the Internet of Things in the textile industry and promoting intelligent transformation.
The first is to promote intelligent production
Strengthen the application of Internet of Things technology in textile machinery, develop high-end textile manufacturing equipment with depth perception, intelligent decision-making, and automatic execution functions, improve the level of equipment informationization; focus on the entire process of opening up the production and operation of enterprises, and build intelligent production lines in steps.
The second is to promote intelligent operations
Linking IoT technologies such as RFID with management information systems such as ERP, PLM, CRM, and SCM to seamlessly link the upstream, downstream, and industrial chain of the supply chain, realize intelligent operation and fine management of enterprises, and promote collaboration and supply within the company Chain collaboration to achieve open innovation. We will make full use of the high penetration of the Internet of Things technology to achieve a wide range of interconnections between the upstream, downstream and cross-industry industries, breaking the “islands of information” and promoting integrated innovation. Taking the responsibility transparency and responsibility assets as the main line, the company uses IoT technology to trace the origin of products, chemicals, water, and energy, and improve green manufacturing capabilities.
The third is to promote intelligent products and services
Application of IoT technologies in products, equipment, processes, and services, and deeper mining of data collected and accumulated by IoT devices, and promoting the transfer of industrial value to data-based services and the realization of manufacturing services. We will develop new models such as the sharing economy and continue to enrich the service content. To build a platform for the Internet of Things and leverage the agglomeration and network effects of the platform to innovate and develop new formats such as crowdsourced crowdsourcing, collaborative manufacturing, and intelligent services. Combining sensing, communication, and artificial intelligence technologies with textile technology to speed up the development of smart products and make products become service entrances, and guide manufacturing companies to transform from production-oriented manufacturing to “manufacturing + service” and “product + service”.