System for detecting, positioning, and cleaning indoor air pollution

The system divides the indoor space into multiple detection zones by strategically placing several gas detection devices throughout the space. Each device independently monitors its local area, enabling the system to segment the monitoring task and rapidly identify which specific zone contains air pollution, thereby reducing the time to locate pollution sources while maintaining comprehensive air quality coverage.

The system replaces traditional mechanical air circulation methods with an intelligent detection and guidance system. Gas detection devices equipped with sensors and processing units automatically detect, locate, and track air pollution sources in real-time, then guide filtering devices to the precise location through electronic control, eliminating the delay of conventional widespread air circulation approaches.

The gas detection devices are designed as multi-functional integrated units that simultaneously perform air pollution detection, pollution source location identification, and data transmission to the central control system. This universal design allows a single device type to fulfill multiple functions, improving detection capability across the space without proportionally increasing system complexity through multiple specialized components.

The system implements a feedback mechanism where gas detection devices continuously monitor air quality, transmit data to the control system, and receive guidance commands in return. The control system processes detection data to determine pollution locations and sends targeted commands to specific filtering devices, creating a closed-loop feedback system that optimizes the configuration and reduces operational complexity.

The gas detection devices continuously and preliminarily detect air pollution levels and locations before filtering devices are activated. This preliminary detection allows the system to identify pollution sources in advance and only activate filtering devices when and where needed, rather than running all filtering devices continuously, thereby ensuring air quality safety while minimizing unnecessary energy consumption.

The system activates filtering devices locally at the specific locations where air pollution is detected rather than operating all filtering devices uniformly throughout the space. The control system identifies the precise location of pollution sources and enables only the nearest or most appropriate filtering devices, creating a localized response that maintains air quality safety while significantly reducing overall energy consumption compared to full-system operation.