With the rapid development of digitalization, networking and intelligence in the manufacturing industry, as the basic perception and measurement tool for manufacturing data acquisition, instrumentation has become the core link for the deep integration of artificial intelligence, big data analysis, industrial Internet and other technologies with the real economy. The position of the instrumentation industry in the reshaping of the global manufacturing structure, the transformation and upgrading of the manufacturing industry, the technological power and the country's high-quality development has become increasingly prominent.

With the rapid development of digitalization, networking and intelligence in the manufacturing industry, as the basic perception and measurement tool for manufacturing data acquisition, instrumentation has become the core link for the deep integration of artificial intelligence, big data analysis, industrial Internet and other technologies with the real economy. The position of the instrumentation industry in the reshaping of the global manufacturing structure, the transformation and upgrading of the manufacturing industry, the technological power and the country's high-quality development has become increasingly prominent.

For instrument design as a design company, what should we do hard?
One: Modular design is based on the function, accuracy requirements and economic and technical indicators of the instrument, from top to bottom, according to the design and debugging of the instrument function, and then connect them for general adjustment. This is the basic idea of designing the instrument.

Two: Module connection After the software and hardware development and debugging of intelligent instruments and meters, they need to be connected in a certain way to form a complete instrument to realize the established various functions.

Three: We must pay attention to reliability design. Reliability (Rea lizab) theory is widely used in various fields of engineering technology. Its branch-reliability analysis and design is paid attention to and applied in the design of advanced intelligent instruments. At the design stage, great attention is paid to reliability analysis and design. Using the reliability distribution theory, the reliability index is distributed step by step from the whole system to the component level and the component level, so that the reliability of the whole machine is guaranteed. China's instrument design should pay attention to this, which is an important key link in product quality.

The 4. pays attention to maintainability design maintainability (Main tain ability), which includes not only the maintenance of products in use, but also the technical indexes such as calibration function, debugging function and maintenance function of instruments in the production stage. maintainability must be guaranteed in the design stage. Foreign intelligent instruments and meters have a high degree of maintenance, making them convenient for production, debugging and maintenance, including the implementation of automatic detection systems in the design. The product designed in this way provides users with great convenience in measurement and use.

5. advanced design methods and methods The design of foreign intelligent instruments and meters, and the extensive use of modern design methods, such as logic analyzers, computer-aided design systems, etc., can increase the design and debugging efficiency by dozens or even hundreds of times.

In recent years, the dramatic changes in the international situation and the instrumentation industry is closely related, the war "epidemic" required high-end sensors and instruments rely heavily on imports, the new infrastructure for the instrumentation industry to provide a huge demand market. We need to cooperate with design companies to jointly promote the high-quality development of China's instrumentation industry.