Open type structure digital control system of remote network monitoring and secondary development

Abstract

The open type digital control system includes one digital control system comprising system bus, CPU, universal control and user interactive chip, memory, power supply and clock circuit and universal control and user interactive interface; one state monitoring and fault diagnosing chip, one network managing and controlling chip, one data resource managing chip, one secondary development simulation chip, one data information storing chip, one simulation development storing chip, one secondary development memory chip, one secondary development platform, one network and remote monitoring interface, one secondary development simulation interface; and one cured control software. The present invention provides secondary development function and opened structure data system, has hierarchial intelligent network functions of state monitoring and fault diagnosis.

Description

technical field [0001] The invention belongs to the category of control and adjustment, and in particular relates to computer remote network monitoring and open control of secondary development functions. Background technique [0002] The current CNC system basically has two modes, one is the closed structure CNC system of the traditional special-purpose single-chip processor mode, and the other is the open CNC system based on the industrial computer and the motion control card mode that is currently in the research and development stage. [0003] The traditional CNC system uses a dedicated single-chip microcomputer as the hardware core. The closed architecture shields all system technical details, and only provides users with fixed-function external general control interfaces. Users must select matching peripheral drive devices according to system requirements. CNC machine construction. Once the system is finalized, users are bound by the...

AI Technical Summary

Problems solved by technology

Since this kind of network does not consider the transmission requirements of large-flow signal data streams for CNC machining and status monitoring, it limits the remote network application capabilities of the system in terms of speed, and is basically only suitable for program transmission between systems.

[0009] Finally, since the control system does not have an independent open structure system, it must rely on the structure system and software framework of the PC computer, so it is doomed to only reflect the secondary development in the form of a single function library, which requires an ordinary user or a machine tool operator Have a good programming foundation and computer hardware and software knowledge

And this is undoubtedly too much price for general improvement users, and sometimes it is not worth the loss

For advanced users, it is not enough to only provide function libraries.

In addition, the current development methods do not have a special friendly platform, nor a guided process suitable for the development of CNC functions to help users define functions. On the one hand, they cannot fully provide users with the structural advantages of an open CNC system. On the other hand, On the other hand, users who are inexperienced or not very clear about the required functions will take detours and even destroy the stability of the system

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