Technology architecture of "Internet & smart manufacturing"

Abstract

The invention provides component-based ISMTA (Technology Architecture of "Internet & Smart Manufacturing") which is portable and reusable, and data uplink and downlink basic processes in the ISMTA. Moreover, on the basis of software engineering basic principles and software hierarchical basic ideas, common knowledge elements of each part of the technology architecture in the ISMTA are abstracted and instanced; portable and reusable analysis are provided for each part of the technology architecture; and software and hardware templates are provided for rapid application development.

Description

Technical field [0001] The present invention is oriented to the mutual combination of Internet and intelligent manufacturing in the manufacturing field, namely "Internet + intelligent manufacturing", and particularly relates to a componentized, portable and reusable architecture system (ISMTA) that realizes the combination of Internet and intelligent manufacturing. Background technique [0002] At present, the development of industrial technology, especially the development of the manufacturing industry, has entered the era of the fourth industrial revolution (Industry 4.0). Its main feature is to make full use of Internet technology, database technology, embedded technology, wireless sensor network, machine learning and other technologies in various fields. The integration of means to realize the intelligent and remote measurement and control transformation of the manufacturing industry is also known as the era of modern information technology. Its core is "Internet + intelligent...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the specific intelligent manufacturing systems are often dedicated, only applicable to specific projects, unable to achieve system transplantation and reuse, and must be redeveloped for new projects

However, to realize a specific "Internet + Smart Manufacturing" technical system and system involves many complex technologies, such as sensor application design, microcontroller programming, wireless sensor and controller network (Wireless Sensor and Controller Network, WSCN) group Network, WSCN and GPRS or Ethernet interconnection, database design, interception program design and human-computer interaction software design, etc., it is difficult to apply all these technologies in the system, and because the application scenarios and realization functions vary widely, starting from scratch Development, not only cannot reuse the existing mature technology, but also has problems such as long development cycle, unclear division of labor, and low development efficiency

In addition, the design, development and maintenance of the system are assigned to different personnel. Due to the inconsistent design ideas, the division of labor will be unclear, the development efficiency will be low, and more difficulties will be brought to the development and maintenance of the system.

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