Vehicle-mounted Mobile Toilet Solution

The vehicle-mounted mobile toilet solution mainly includes three types: the Seres 'Vehicle-mounted Toilet and Vehicle' patent solution, vehicle-mounted mobile toilets, and vehicle-towed mobile restrooms.

Seres 'Vehicle-mounted Toilet and Vehicle' Patent Solution: This solution is specifically designed for new energy vehicles, with the core being to provide an emergency toilet device that can be stowed under the seat. The device consists of a toilet body and a slide rail assembly. The telescopic design of the slide rail allows users to easily pull the toilet out from under the seat when needed and push it back to hide it after use. This design takes up almost no effective space inside the vehicle, effectively solving the problem of integrating a toilet without sacrificing seating comfort, providing a new idea for the utilization of interior space in new energy vehicles.

Vehicle-mounted Mobile Toilets: This solution typically consists of a vehicle chassis, toilet units, water storage tanks, sewage treatment systems, and auxiliary equipment. The vehicle chassis gives it mobility, enabling it to flexibly respond to different scenario demands. The toilet units include multiple independent compartments to meet the needs of multiple people using them simultaneously. The water storage tanks are used to store clean water, ensuring that cleaning work after using the toilet can be carried out. The sewage treatment system is responsible for collecting and treating fecal sewage to avoid environmental pollution. Auxiliary equipment such as ventilation devices, lighting systems, and hand-washing facilities enhance the user experience. This solution is suitable for the context of accelerating urbanization and the increasing number of large-scale outdoor activities, effectively solving the problem of insufficient public toilet resources.

Vehicle-towed Mobile Restrooms: This solution adopts a heavy-duty truck chassis modification or towing design, equipped with an independent water storage system (usually with a capacity of 500-1000 liters) and a sewage collection device, ensuring long-term use without the need for frequent water replenishment and sewage discharge. The most advanced models integrate vacuum suction technology, requiring only 0.5 liters of water per flush, which is 80% less water-consuming than household toilets, greatly reducing water consumption. They use automotive-grade steel frames and FRP composite material bodies, ensuring structural strength while achieving lightweighting. A flagship product of a certain brand even innovatively incorporates GPS positioning and IoT monitoring systems, allowing managers to grasp operational data in real-time and improving operational efficiency. This solution is suitable for scenarios such as construction sites and large-scale events.