Intelligent apparatus and communication method with outside and device

Abstract

The invention relates to a communication method of the intelligent equipment with the outside and a device to achieve the method. An automation application server device firstly receives control orders from a third-party application system through a network; wherein, the control orders are converted into communication data that the intelligent equipment can identify under real-time configuration information in the real-time database thereof, and then transmitted to the intelligent equipment. Compared with the prior art, the invention has advantages that: the communication of the intelligent equipment with the outside is realized through the automation application server device that stores the real-time database with real-time configuration information in the intelligent equipment, and automation application server device can timely realize the communication of the intelligent equipment with the third-party of outside, thereby not only allowing the fault information of the intelligent equipment to timely feedback the third-party application system, but also transmitting maintenance instructions sent by the third-party application system to the intelligent equipment, thereby achieving timely, efficient and safe communication.

Description

technical field [0001] The invention relates to a communication method between an intelligent device and the outside world and a device for realizing the method. Background technique [0002] In the field of automated industrial control, the number of smart devices that need to be accessed and monitored is increasing rapidly. The maintenance tasks of smart devices are becoming more and more difficult, and the maintenance work is becoming more and more difficult. These smart devices are usually installed at the equipment layer, and the surrounding environment is relatively complex. The line length supported by the automatic communication interface of the equipment is limited, which makes it extremely inconvenient for maintenance personnel to maintain these equipment through PCs on site, which is not conducive to timely diagnosis and resolution of faults. The traditional on-site manual maintenance management method is no longer suitable. In order to be able to understand the o...

AI Technical Summary

Problems solved by technology

Although the above method avoids the heavy workload of maintenance personnel directly going to the smart device site for maintenance, there are still many shortcomings: first, in the above method, the serial port server / communication server, industrial computer, man-machine interface server or plug-in card are composed of The monitoring and configuration system of the company is expensive and complex, and only engineers with proficient professional skills can perform maintenance and management; secondly, due to the huge cost of the system, in general, multiple smart devices are used to configure a set of the above-mentioned system, but this is for the For third-party application systems, it is still not easy to determine which smart device is faulty among many smart devices, which is not conducive to the access monitoring of third-party application systems; moreover, an industrial computer needs to store real-time data of multiple smart devices. Configuration information and historical information, which requires a corresponding increase in the system configuration of the industrial computer, and when the industrial computer in the system fails, the data of all smart devices connected to the industrial computer cannot communicate with the external third-party application system , and when it is necessary to monitor access to one of these smart devices in an emergency, this will bring very adverse consequences to operators and managers

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