Intelligent facility remote control optimization method and system
By establishing a controllable digital mirror and generating a controllable window in the remote control system for building fire protection facilities, and performing shadow occupancy processing, the problem of misalignment between remote control intent and actual execution conditions is solved, and synchronous verification between remote control intent and actual execution conditions is achieved, avoiding mismatch of control objects and resource conflicts.
Patent Information
- Application Number
- CN202610796010.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Filing Date
- 2026-06-04
- Publication Date
- 2026-07-17
AI Technical Summary
During the remote control of building fire protection facilities, there are often issues such as misalignment between the remote control intent and the actual execution conditions, as well as the failure to synchronously verify the execution closed-loop resources. This can lead to problems such as the inability to close the execution feedback after the control action is released, missing fallback positions, concurrent occupation of control interfaces, or conflicting execution ports.
By establishing a controllable digital mirror body, a controllable window is generated, and the remote control intent data is matched with the controllable window in the edge control node. A shadow placeholder unit is generated to perform shadow four-slot placeholder processing to ensure that multi-resource synchronization confirmation is performed before the real execution port is released. Finally, facility control data is generated and written to the real execution port, and execution feedback data is collected for verification.
This effectively avoids remote control intent from entering subsequent control links based on old states, reduces control object mismatch problems, and reduces situations such as execution return failure, missing fallback positions, and interface port conflicts.
Smart Images
Figure CN122420360A_ABST