A security risk analysis method and system for collaborative work

Abstract

The present invention provides a safety risk analysis method and system for collaborative work. According to the position information of the site operator and the preset safety risk analysis model, the safety risk of the operator is analyzed. Safety risk analysis model includes: live interval safety risk model, personal safety risk source risk model, field operators' illegal operation risk model and multi-team cross-operation safety risk model. The invention utilizes the positioning information of the on-site operator and the preset safety risk analysis model to effectively analyze the safetyrisk of the on-site operator.

Description

technical field [0001] The invention relates to the technical field of information technology, in particular to a safety risk analysis method and system for collaborative operations. Background technique [0002] Power transmission and transformation operations in the power industry involve high-altitude operations and live-line operations and other high-risk operating environments, and inspection operators are faced with problems such as complex on-site environments and complicated task content. The current work site has problems such as complex manual safety monitoring methods, difficulty in timely grasping the dangerous points of the operator's work and the location of the personnel, and has limited effects in avoiding risks such as operational errors, high-voltage electric shocks, and strayed into the interval. Furthermore, on-site power operation process control is mainly realized through paper-based standardized operation cards. Under the conditions of multi-person col...

AI Technical Summary

Problems solved by technology

[0002] Power transmission and transformation operations in the power industry involve high-risk working environments such as high-altitude operations and live-line operations, and inspection operators are faced with problems such as complex on-site environments and complex tasks

The current work site has problems such as complex manual safety monitoring methods, difficulty in timely grasping the dangerous points of the operator's work and the location of the personnel, and the limited role in avoiding risks such as operational errors, high-voltage electric shocks, and strayed into the interval.

Furthermore, the control of electric field operation process is mainly realized through paper standardized operation cards. Under the conditions of multi-person collaboration and multi-team collaboration, it is often necessary to repeatedly confirm the execution of work steps and keep on-site certificates, which poses safety risks.

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