Beijing Mobile Smart Toilet System
The Beijing Mobile Smart Toilet System achieves a transformation towards intelligent management, optimized user experience, and efficient resource utilization by integrating multiple technologies. Its core functions and applications are as follows:
1. Smart Access Control and Environmental Regulation
The system employs non-contact sensing devices (such as infrared or microwave sensors) to replace traditional physical locks, enabling automatic opening and closing, and uploading the door status to the management terminal in real-time. For environmental monitoring, air composition analyzers can detect the concentrations of harmful gases like ammonia and hydrogen sulfide, automatically activating ventilation equipment when levels exceed standards. Particulate matter sensors monitor the air quality index, triggering the air purification system to operate. The lighting and water systems switch to low-power mode automatically when unoccupied through presence-sensing modules, reducing energy consumption.
2. Consumable Management and Predictive Maintenance
Paper towel dispensers and soap dispensers are equipped with weight or optical sensors to measure remaining quantities in real-time, automatically sending alerts to maintenance personnel terminals when levels fall below safety thresholds. Based on historical data and real-time monitoring, the system can predict consumable usage trends, replacing traditional periodic inspection models and enhancing resource allocation accuracy. For example, by analyzing usage frequency during peak hours, it can replenish paper towels or hand soap in advance to prevent shortages.
3. Cleaning Operation Optimization
Floor moisture sensors and image recognition modules, combined with usage frequency, environmental data, and historical records, calculate the optimal cleaning time through algorithmic models and generate task orders. For instance, after peak usage periods or when humidity levels exceed standards, the system automatically schedules cleaning staff, reducing ineffective operations while ensuring hygiene quality.
4. User Guidance and IoT Support
Display screens show real-time availability of restrooms, with data sourced from door sensors and occupancy timers. Some systems use graphics or color blocks to display the overall occupancy of adjacent restrooms, assisting users in quickly selecting available spaces. Sensor data is transmitted via wireless networks to local or cloud servers, where management software analyzes and stores the data, issuing control commands based on rule sets to form a closed-loop management system.
5. Environmental Protection and Emergency Functions
The system adopts a modular design, integrating multi-stage sewage treatment technology. Sewage undergoes solid-liquid separation, biological treatment, and filtration disinfection, with some treated water reused for toilet flushing, reducing reliance on external water sources. Photovoltaic power generation components convert solar energy into electricity stored in battery packs, decreasing dependence on the city power grid. The emergency module is equipped with an independent power supply and water treatment capabilities, ensuring basic operation for over 72 hours even when external supplies are interrupted.
