Plug and play system based on field operating platform

Abstract

The invention discloses a plug-and-play system based on a field operation platform. The plug-and-play system is operated on the basis of the field operation platform and leads a physical unit to be virtual unit resource managed by the field operation platform through dynamically binding the virtual unit and the physical unit. The invention leads the various equipment and instruments in the application field to be accessed to a system environment in a plug-and-play mode, and can dynamically load or unloading the corresponding equipment drives and management components according to the on-line and off-line of the equipment.

Description

Technical field: [0001] The invention relates to a management system of medical equipment, in particular to a plug-and-play system capable of realizing plug-and-play and collaborative interoperability of medical equipment. Background technique: [0002] Healthcare is not only a knowledge-intensive industry, but also a capital-intensive industry. In addition to real estate and other assets, the hospital’s largest investment is all kinds of medical equipment. In a hospital that has been in business for more than 30 years, the total investment in equipment accounts for almost 2-3 times its real estate investment. The value of digital medical equipment in the modern medical and health service industry can be said to be very important. Medical equipment is not only an important tool for the medical service industry to realize value, but also an important link in the medical industry chain. [0003] After decades of continuous high growth, the growth of the medical equipment mar...

AI Technical Summary

Problems solved by technology

[0008] Feasibility issues: simple integration of equipment and information systems, such as automatic data collection and equipment management, without major obstacles on a purely technical level

Case-by-case, the traditional method of driving and adding interfaces is technically feasible, but in practical applications, the user's needs may be to combine N devices of different types and manufacturers with M devices of different architectures and different data models The integration of information systems, because various old systems with low standardization compatibility still account for the majority today, in large medical institutions that need to integrate a wide variety of equipment, outdated systems and complex needs, the technical feasibility is due to Resource and time constraints will be compromised

Since this integration strategy is difficult to form a product, the feasibility of the business model is far lower than the feasibility of the technical level

[0009] Data sharing problem: From the perspective of traditional system architecture, most information systems are vertically divided according to functional departments. However, some medical equipment may be commonly used equipment in many functional departments, such as electrocardiogram machines

That is to say, the same type of equipment may need to be cross-integrated with completely different information systems. In different systems, the same information may be expressed in quite different data formats. The Case-by-case method is used to integrate a large number of equipment into Traditional information islands will further increase the difficulty of large-scale interconnection and integration, and worsen the problem of information islands, which will fundamentally affect the depth and breadth of data sharing and affect the overall cost of informatization

[0010] Maintainability and scalability issues: Even if an information system based on traditional integration technology is successfully integrated with a wide variety of equipment, its maintainability and maintenance costs will also be issues that users need to pay attention to

At the same time, this will greatly increase the difficulty and cost of system expansion, upgrade and replacement

[0011] Collaborative interoperability problem: Dr. Goldman, head of the MDPnP program, believes that the lack of collaborative interoperability between POC devices is a stumbling block hindering clinical service innovation (Absence of MedicalDevice Interoperability is a roadblock to innovation)

To fundamentally solve this problem, the equipment itself needs to increase the interoperability function according to the standard. For the status quo today or in the next few years, making a group of equipment have a certain degree of collaborative interoperability requires new ideas and technological innovations. Case-by- The traditional method of case, driver and interface has very limited practical feasibility at the technical level, and the feasibility of other known solutions has yet to be verified by time

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