Jiangyin Park Mobile Toilet Construction Plan
The construction plan for mobile toilets in Jiangyin Park is developed around the principles of 'adapting to local conditions, being flexible and efficient, and achieving a closed-loop management system'. It aims to meet the needs of visitors through scientific site selection, functional adaptation, and intelligent operation and maintenance.
In terms of site selection and layout, mobile toilets are prioritized in areas with high visitor traffic, such as park entrances, corners of parking lots, and edges of plazas, forming a '50-meter walking circle'. This design is based on the dynamic distribution pattern of visitors, ensuring that regardless of whether visitors are at the starting point of their tour, midway rest stops, or activity concentration areas, they can find toilet facilities within a short distance, effectively alleviating queuing issues during peak hours. For example, the entrance can serve visitors who have just entered the park, the corners of parking lots are convenient for self-driving visitors for temporary use, and the edges of plazas cover large-scale event scenarios, forming a multi-level coverage network.
In terms of functional adaptation, considering the characteristics of the visitor composition, mobile toilets need to be equipped with maternal and child facilities and barrier-free toilet stalls. Maternal and child facilities include independent breastfeeding rooms, baby changing tables, etc., to meet the needs of families with infants and young children; barrier-free toilet stalls are equipped with handrails, emergency call devices, and low-level washbasins to facilitate use by disabled individuals and the elderly. In addition, considering the hot and rainy climate in Jiangyin during summer, the interior of the toilets adopts a powerful ventilation system to accelerate air circulation and reduce stuffiness; moisture-proof design is achieved through the selection of corrosion-resistant materials and optimization of drainage slopes to prevent bacterial growth in humid environments; a water-saving vacuum flushing system uses negative pressure to reduce water consumption, requiring only 0.5-1 liters of water per flush, saving more than 60% of water compared to traditional toilets while reducing sewage production.
In terms of operation and maintenance management, a 'daily cleaning + intelligent monitoring' dual-protection mechanism is established. Daily scheduled cleaning and disinfection are carried out, focusing on high-frequency contact areas such as toilet bowls, floors, and door handles, using chlorine-containing disinfectants to kill pathogens; intelligent sensor trash cans are equipped, which automatically open and close through infrared sensing to reduce contact contamination; automatic deodorization devices are installed, using photocatalysts or activated carbon to adsorb odor molecules and keep the air fresh. In addition, a 'one toilet, one code' electronic inspection system is introduced. Visitors can scan the code to provide feedback on the status of the facilities (such as lack of toilet paper, damage, etc.), and management personnel can locate problems in real-time through the background and assign repair orders, forming a 'discovery-handling-feedback' closed loop to ensure the long-term availability of the facilities.
