Binary logic digitalization method for safety monitoring

Abstract

The invention belongs to the field of safety monitoring, and discloses a binary logic digitalization method for safety monitoring. A value domain sub-region corresponding to each safety grade of the monitoring parameter and a corresponding safety grade and a safety state are determined through decomposition, work packet and safety risk factor obtaining and parameter monitoring and encoding. The safety states of the monitoring parameters are acquired through the internet-of-things elements and uploaded. A safety state of a binary logic vector is adopted, and a safety level state where the monitoring parameter is located is digitally expressed. In order to achieve binary measurement and safe state expression of specific monitoring parameters, and hardware of the value-domain sub-interval limit values corresponding to different safety levels of the monitoring parameters is performed in a corresponding internet-of-things elements, is used as a preset judgment rules, so that the safety state of the front end can be judged. The two-value logic measurement of the safety state of the monitoring parameters can be completed more efficiently.

Description

technical field [0001] The invention relates to the field of safety monitoring, in particular to a binary logic digitization method for safety monitoring. Background technique [0002] The construction environment of the construction project is complicated, the process is various, the operation time is long after completion, the aging process is obvious, and there are many safety risk factors in each stage of the whole life cycle. The traditional manual inspection and evaluation method is time-consuming and labor-intensive, and it is difficult to meet the safety risk factor monitoring Comprehensiveness and timeliness requirements. The Internet of Things technology has the characteristics of comprehensive perception, real-time transmission and intelligent processing, and has significant advantages in the field of security monitoring, which provides support for solving the shortcomings of traditional security monitoring methods. [0003] Electronic tags based on radio frequen...

AI Technical Summary

Problems solved by technology

However, there are still deficiencies in the application of existing RFID electronic tags, mainly including: 1) RFID electronic tags can only identify the identity information of the object, but cannot perceive the state information of the object. High; 2) The centralized management mode of the server requires a large number of RFID electronic tags to upload parameter values ​​of various data types concurrently, and the communication cost is high; 3) The server processes the received data, judges the security status, and feeds back to the process of on-site management. It is time-consuming and cannot well meet the timeliness requirements of security evaluation

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