Physical examination method and device of Internet of Things equipment, Internet of Things platform and storage medium

Abstract

The embodiment of the invention discloses a physical examination method and device for Internet of Things equipment, an Internet of Things platform and a storage medium. The method comprises the following steps: receiving measurement data of Internet of Things equipment uploaded by a plurality of Internet of Things sensors in real time; and when a target sensor in the Internet of Things sensors generates early warning, performing linkage analysis on the measurement data of the Internet of Things sensors on the same chain structure as the target sensor based on a preset chain linkage rule between the Internet of Things sensors to obtain a physical examination analysis result. Intelligent linkage, intelligent early warning and intelligent response between sensor devices are achieved, scattered and independent measurement data are connected in series, the value of data is improved, the technical requirements of enterprises for on-site construction personnel are reduced, normal operation of stations is ensured, cost is saved for the enterprises, and meanwhile high flexibility and configurability are achieved; therefore, the method has good adaptability to complex scenes and expansibility of linkage requirements.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of the Internet of Things, and in particular, to a physical examination method and device for an Internet of Things device, an Internet of Things platform, and a storage medium. Background technique [0002] Under the premise of a large number of application-type devices connected in the Internet of Things environment, it is necessary to solve the detection of detailed status indicators of devices and the early warning of equipment maintenance. Existing equipment physical examination solutions can only display equipment status alarms in the data dimension. Generally, after setting a threshold for a single sensor, the reported data of the sensor is simply processed. Alarms need to be implemented during physical examination configuration. Scenario splitting and single alarm scenario configuration will greatly increase the production cost of the enterprise in the actual production of t...

AI Technical Summary

Problems solved by technology

Existing equipment physical examination solutions can only display equipment status alarms in the data dimension. Generally, after setting a threshold for a single sensor, the reported data of the sensor is simply processed. Alarms need to be implemented during physical examination configuration. Scene splitting, and then a single alarm scene configuration, so in the actual production of the enterprise, the production cost of the enterprise is greatly increased

At the same time, in real work, an industrial machine is monitored collaboratively by multiple IoT sensors. The existing solutions cannot integrate the data of associated sensors, and cannot quickly give decision makers a feasible management suggestion, thereby If the real cluster purpose cannot be achieved, there is no way to realize the physical examination requirements for intelligent detection and early warning of industrial machines

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