Driverless Mobile Toilet

The driverless mobile toilet is an innovative design that combines driverless technology with mobile toilet functions to address the issues of difficulty in finding nearby toilets and long waiting times for toilets.

Concept and Function

The driverless mobile toilet aims to solve the problems of difficulty in finding toilets in specific scenarios and long waiting times in areas with high foot traffic. It breaks the limitation of traditional toilets being fixed in one place. By utilizing driverless technology, it can move flexibly and quickly reach locations where there is a demand, providing people with convenient toilet services.

Practical Application Cases

Hyundai Motor in South Korea once showcased the concept of a “toilet-hailing service”. Users can summon a driverless toilet cabin named Mobilet equipped with non-contact sanitary facilities through a dedicated app similar to ride-hailing services. This toilet cabin uses a facial recognition system for entry, ensuring the safety and privacy of use. At the same time, it can offer multiple pricing models based on the user's level of urgency, meeting the needs of different users.

Patent Technology Composition

Sichuan Yijian Technology Co., Ltd. has applied for a patent for a driverless mobile toilet. This toilet mainly consists of a driverless vehicle chassis, a cabin, sanitary ware, a lighting and ventilation system, a power supply system, and a control system. The driverless vehicle chassis installed at the bottom of the cabin is used for support and movement, serving as the mobile foundation for the entire mobile toilet. The sanitary ware includes a toilet bowl and hand-washing equipment, meeting people's basic toilet and cleaning needs. The lighting and ventilation system ensures sufficient indoor lighting and achieves fresh and disinfected air, providing users with a comfortable toilet environment.

Key Technology Modules

The driverless vehicle chassis also includes various key technologies such as multiple radar and communication modules. The multiple radar modules can perceive the surrounding environment in real-time, effectively preventing collision accidents and ensuring safety during movement. The communication modules are used for positioning and navigation functions, enabling the driverless mobile toilet to accurately reach designated locations and provide services to users.