Smart Mobile Toilet Management System

The Smart Mobile Toilet Management System is a comprehensive solution that digitally reconstructs the entire lifecycle of public toilets using technologies such as the Internet of Things (IoT), big data, cloud computing, automation control, and AI decision-making.

Technical Composition and Functional Implementation

The system takes IoT, big data, cloud computing, artificial intelligence, and automation control as its core technological foundations, achieving intelligent management by integrating various information resources within public toilets. Specific functions include:

• Real-time Monitoring: It can monitor data such as human activity status, air quality (e.g., ammonia and hydrogen sulfide concentrations), ambient temperature and humidity, and the operational status of facilities and equipment (e.g., toilet paper levels, faucet malfunctions).
• Automatic Regulation: Based on monitoring results, it automatically activates equipment such as deodorization, lighting, disinfection, and fresh air systems. For example, when air quality exceeds standards, it triggers exhaust fans; when a toilet stall is occupied, it locks the door and illuminates an indicator light.
• Remote Management: Through the Smart Public Toilet Cloud Management Platform, administrators can grasp the operational status of public toilets without being on-site, including stall occupancy, equipment failure alerts, and consumable level warnings.

System Architecture and Core Equipment

Taking Guangzhou Zhongqi Technology's "ZQ-SmartToilet" system as an example:

• Modular Design: It supports the on-demand selection of over a hundred self-developed smart devices, adapting to different scenario requirements with advantages such as high-precision detection, dual-network compatibility, offline operation, and low power consumption.
• Core Control Equipment: The smart management host (e.g., ZQ-MATE211H) serves as the central hub for the entire domain subsystem, integrating IoT gateways, management terminals, linkage controllers, and routing functions. It can independently complete local data collection, analysis, linkage, and uploading.
• Full-link Intelligence: From data collection, transmission, and computation to device linkage, it forms a closed-loop control system. For example, when sensors detect insufficient toilet paper, it automatically sends a restocking reminder to the management platform.

Application Scenarios and Development Trends

• Core Scenario Coverage: The technology has penetrated into four major areas: environmental monitoring, equipment control, data management, and convenience services. For example, it displays stall usage via electronic screens or provides value-added services such as shared charging and vending machines.
• Deep Intelligent Transformation: It upgrades from a single-function facility to a "city service ecological node," achieving a full lifecycle service model with data-driven management in planning, construction, operation, maintenance, and upgrades.
• Cross-platform Collaboration: Through standard data docking protocols, it links with platforms such as Smart City, Smart Sanitation, and Smart Urban Management, forming a cross-regional, cross-system collaborative network. For example, it shares pedestrian flow data with waste classification systems to optimize collection routes.

Innovative Form: 5G Smart Station

As an upgraded form of smart public toilets, the 5G Smart Station integrates functions such as 5G micro-base stations, environmental monitoring, vending machines, and shared charging, becoming a micro-complex for urban smart services and further expanding the service boundaries and ecological value of public toilets.