Anhui Mobile Smart Toilet Technology
Anhui Mobile's smart toilet technology is mainly reflected in two scenarios: intelligent management and maintenance of rural toilets and prefabricated 5G smart stations in cultural and tourism attractions, integrating technologies such as the Internet of Things (IoT), big data, and sensors to achieve efficient operation and intelligent management.
In the field of intelligent management and maintenance of rural toilets, Anhui Mobile Hefei Branch has built a long-term management and maintenance platform through IoT and big data technologies, achieving several core functions. First, digital toilet renovation file management: Electronically store toilet renovation information for rural households, forming a traceable dynamic database to provide data support for government decision-making. Second, mobile reporting for pumping and repair services: Villagers can submit pumping and repair requests in real-time through mobile devices. The system automatically generates work orders and pushes them to maintenance personnel, shortening response times. Third, IoT-based real-time monitoring: Use sensors to monitor data such as the liquid level in septic tanks and equipment operation status in real-time, automatically issuing warnings for abnormal situations to avoid environmental pollution risks. Fourth, work order-based task scheduling: Intelligently allocate tasks based on work order priority and geographical location, optimizing the path planning of maintenance personnel and improving work efficiency. Fifth, visual macro control: Government management departments can view key indicators such as regional toilet renovation coverage and maintenance progress in real-time through the platform's large screen, aiding scientific decision-making. This model has increased management and maintenance efficiency by over 40%, with villager satisfaction reaching 95%.
In cultural and tourism attractions and other scenarios, prefabricated 5G smart stations integrate multiple intelligent functions. The environmental intelligent control system monitors ammonia and hydrogen sulfide concentrations through gas sensors and automatically activates exhaust equipment when levels exceed standards; temperature and humidity sensors are linked to air conditioners or dehumidifiers to maintain a comfortable environment; light sensors combined with human induction technology achieve energy-saving control by turning lights on when people are present and off when they leave. The toilet stall intelligent guidance system uses occupancy sensors and electronic display screens to update toilet stall usage status in real-time, reducing waiting times for tourists. The material consumption monitoring system monitors the remaining quantities of consumables such as toilet paper and hand sanitizer in real-time through inventory monitoring devices and automatically sends restocking reminders to maintenance terminals when levels fall below thresholds. The facility failure alarm system monitors the operation status of key equipment such as water pumps and fans through current and vibration sensors, immediately locating fault points and sending alerts when failures occur, shortening repair cycles. The passenger flow statistics system counts daily usage through infrared or video sensors and analyzes peak periods in conjunction with time dimensions, providing data support for formulating differentiated cleaning plans. These stations adopt a prefabricated modular design, reducing construction periods by 60% and lowering post-maintenance costs by 35%.
