Sensor monitoring system based on electronic identifier and cloud platform, convenient detection data acquisition system and method

Abstract

The invention discloses a sensor monitoring system based on an electronic identifier and a cloud platform, and a convenient detection data acquisition system and method. The sensor monitoring system comprises a first electronic identifier having sensor technical parameter information or encoding information, a cloud platform having a database, a sensor acquisition module, a second electronic identifier having technical parameter information or encoding information of the sensor acquisition module, and a handheld terminal. Data records of the database comprise sensor technical parameter information, the technical parameter information of the sensor acquisition module and data collected in a test; the sensor acquisition module receives the data collected by the sensor and sends it to the cloud platform; the handheld terminal is configured to identify the first and second electronic identifiers, and match data stored on the sensor acquisition module, the sensor and the database in the cloud platform. The terminal acquires data collected by the sensor through the cloud platform and sets parameters and warning indicators of each sensor. The monitoring system of the invention is simple,flexible, stable in performance and saves investment.

Description

technical field [0001] The invention belongs to the fields of engineering monitoring and the Internet of Things, and in particular relates to a sensor monitoring system based on electronic identification and a cloud platform, a convenient detection data collection system and a method. Background technique [0002] In the fields of infrastructure construction such as civil engineering, water conservancy, transportation, bridges, ocean engineering, and energy, engineering monitoring and testing of buildings or structures are often required. In order to grasp the working status and changes of engineering objects under the action of loads and various factors, timely find signs of abnormalities, analyze the causes, and effectively deal with them to ensure engineering safety. Therefore it is very necessary to continuously improve and enhance the monitoring and detection technology. [0003] At present, when carrying out engineering monitoring and testing, the main technical probl...

AI Technical Summary

Problems solved by technology

[0003] At present, when carrying out engineering monitoring and testing, the main technical problems are: (1) The environment of the construction and operation site is complex, the workload of sensor data line layout is heavy, and the operation interference is large

(3) When a large number of sensors in the project calculate their test values, they need to use the calibration parameters or technical parameters of the sensors themselves. It is very inconvenient to manage and calculate the values ​​of these technical data

(4) In the previous wireless monitoring system, the data collected by the sensor has multi-level upload phenomenon, and the management and maintenance of the collection equipment of different sensor types is complicated

When there are many types and quantities of sensors, the workload of manual sensor readings is very large, and the timeliness, accuracy and reliability of monitoring cannot be guaranteed.

(5) During engineering testing, the measured data needs to be recorded manually, and data storage and calculation management are inconvenient

Images