As we all know, the information physical system (CPS), is a concept proposed by the United States NSF (National Science Foundation) in 2006, the purpose is to form a deep symmetry management of the physical activity content through the data analysis, modeling and control of the virtual end of the network, and open the door to the manufacturing digital twin universe. Later, although many of our enterprises do this in practice, the author still believes that the CPSPS path is more appropriate, and the key is to pay attention to the “S (service, service)” in the middle of CPSPS.

On this basis, Germany built the information physical production management system, referred to as CPPS. With this as the core, the formation of manufacturing system change is the familiar Industry 4.0. Industry 4.0 has greatly promoted the integration of manufacturing and the Internet, and once the industrial mechanism is connected with the Internet, it has begun to constantly interpret the wonderful movie of intelligent manufacturing.

The author believes that the idea of industry PXIE-1085 4.0 still has its potential  and can be perfected. Industry 4.0, based on CPPS, starts from the manufacturing end, actively connects to the Internet, and then reaches users. Germany’s original intention is that after such “+ Internet”, it can not only earn one-time commercial benefits of equipment products, but also form predictive maintenance through remote machine monitoring, and form continuous and uninterrupted long-term commercial interests, and walk out of a path of “intelligent manufacturing + intelligent services”. However, in practice, there is a contradiction that cannot be ignored, that is, there is a certain blindness in the production supply at the manufacturing end, how much to produce, when to produce, what varieties to produce, what functions to have, these are uncertain, everything depends on experience. This is clearly not scientific enough and falls short of the means of the digital age.

How to improve? The author thinks that we should do our homework in the service side, PXIE-1085 and the beginning and end of the entire manufacturing production should be the service side. The production should be initiated by the server side, that is to say, the first thing to build the intelligence of the service, through the intelligent service, understand the user needs, calculate the user needs and explore the user needs. After that, production is organized according to intelligent demand data. After production, the server is connected, and the user can be connected to the industrial 4.0 path proposed by Germany. In other words, the original industry 4.0 path is not complete, only considering the intelligent after-sales service, the lack of the previous demand service. So, catch up on that lesson.

PXIE-1085

Therefore, the author thinks that we should take the path of Cyber-Physical Service Production System. CPSPS for short. There is an extra “S (service) service” in the middle, and it comes before the P (production). In other words, PXIE-1085 intelligent services and intelligent manufacturing should be organized, connected, and computationally driven through the information physical system. At present, the loss caused by short supply and oversupply in the world is far more than one trillion dollars every year, which is a very big waste, but also a very large digital network intelligent space. As the ancients say, aim at the right target. Today, we can see the possibility of precise implementation with CPSPS. We advocate the “dual carbon” target, through CPSPS, you can avoid ineffective production and achieve good results.

In fact, there are many enterprises in China like Kaos, Millet, etc. are the first to implement the industrial Internet manufacturing model path from the demand calculation, the effect is of course very good. Another example, Anhui three squirrel company every day there will be a large number of consulting attendants through the network chat with users, every day can get no less than 100,000 useful information, the company around these useful information planning products, and then distributed to PXIE-1085 various manufacturers to organize production. Such products are of course well accepted by consumers, and there are many similar cases. Starting from the perspective of consumer demand, starting from the data at the service end of demand, then going to the digital organization and promotion at the production end, and finally returning to the linkage service between the after-sales network and the network, this is the true meaning of Industry 4.0. It is also a complete industrial Internet path – sufficient connection (demand data connection before manufacturing + service data connection after manufacturing), precise mechanism calculation (design around user demand data + intelligent manufacturing + digital management, etc.).

To pay so much attention to the server side, from the beginning and the end of both ends of the article, is bound to have higher requirements for network transmission. And the number of base stations and base station coverage in our country happen to be the richest in the world, which is a huge advantage brought by our system. We must make good use of the superior environment of the new infrastructure, form the competitive advantage brought by the integration of OT, IT and CT, and serve our complete Industry 4.0, scientific and effective industrial Internet strategy.