Assembly automatic identification system of Internet of Things teaching training platform and application thereof

Abstract

The invention discloses an assembly automatic identification system of an Internet of Things teaching training platform and an application thereof. An in-place monitoring module monitors a component interface of the Internet of Things teaching training platform in real time, the component library management module is provided with a storage device, the storage device stores component feature information of the Internet of Things teaching training platform, and the system application comprises the following steps of enabling the in-place monitoring module to monitor the level signal change of the component interface and records an interface identifier; sending a level signal to a type detection module, wherein the type detection module determines whether to start a detection function; receiving an in-place level signal of the component, starting voltage measurement, and transmitting a measured component voltage value to the microprocessor; enabling the microprocessor to compare the voltage value with the component data of the component library management module; sending a comparison result to the state management module through an electric signal; displaying an identification result; the state of a new access component does not need to be checked, the time of a trainee is saved, component information can be visually reflected, information in the component management module canbe updated in real time, and training content is enriched.

Description

technical field [0001] The invention belongs to the technical field of the teaching and training platform of the Internet of Things, and in particular relates to an automatic component identification system of the teaching and training platform of the Internet of Things and its application. Background technique [0002] The combination of IoT technology and industry will be the commanding heights of future competition in the field of information industry and the core driving force for industrial upgrading. The concept of IoT is huge and rich, covering a large number of existing professional technical categories and technical systems. At present, in the process of physical operation training of the Internet of Things, how to improve the professional ability of trainees, cultivate their practical ability, professional skills, diligence and rigorous and pragmatic style is closely related to the improvement of training conditions and the innovation of methods. [0003] In the ma...

AI Technical Summary

Problems solved by technology

However, the components (such as various sensors and control devices) required on these Internet of Things teaching and training platforms generally have the following deficiencies: the components are all passively identified, that is, after the components are connected to the Internet of Things teaching and training platform, the platform does not The components can be automatically identified, but after the trainers identify the components subjectively, they will conduct the IoT training experiment

This traditional method causes a certain degree of inconvenience to trainees, affects user experience, and reduces the efficiency of training

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