Mobile Robotic Toilet

There are mobile robotic toilets that have been put into practical use. Here is the specific information:

I. Typical Product Cases

The Yueban Intelligent Toilet Robot 'Xiaoban' is one of the representative products. It made its debut at the 2026 Shanghai International Exhibition on Aging Industry, Assistive Devices and Rehabilitation Medicine (AID). It is specifically designed for the disabled, semi-disabled, and those with mobility issues. Its core functions include:

1. Autonomous Mobility: Through an AI 3D obstacle-avoidance system, it can smoothly move to the bedside or a designated location, supporting one-click calling or voice control without the need for manual operation by the user.
2. Fully Automatic Cleaning and Sewage Discharge: It is equipped with warm water cleaning, warm air drying, and dual UV sterilization functions. It has a built-in low-noise crushing mechanism to prevent blockages and automatically discharges waste to the base station, reducing manual intervention.
3. Safety Design: It features a weighted and stable chassis, an anti-tipping structure, and an emergency call button. It supports intelligent obstacle avoidance (such as going around obstacles) to reduce usage risks.

In addition, the first domestic toilet robot was displayed at the Shanghai International Exhibition on Aging Industry. With an official retail price of 28,999 yuan, it also has autonomous mobility capabilities and can be summoned via a remote control or voice to 'actively find people' and provide services.

II. Technical Implementation Principles

The mobility mainly relies on AI navigation and obstacle-avoidance technology:

• It uses sensors (such as LiDAR and infrared cameras) to perceive the environment in real-time, build a 3D spatial map, and plan the optimal path.
• Combined with deep learning algorithms, it can identify obstacles (such as furniture and people) and dynamically adjust the direction of movement to ensure smooth progress.
• Some products support voice interaction, allowing users to control the robot's position through voice commands, enhancing operational convenience.

III. Application Scenarios and Value

1. Home-based Elderly Care: It addresses the risk of nighttime falls during toilet use, especially suitable for the elderly living alone or those with mobility issues. Users do not need to get up and walk or wait for manual assistance.
2. Nursing Institutions: It reduces the burden on caregivers and improves service efficiency. For example, in rehabilitation centers or nursing homes, the robot can autonomously respond to the needs of multiple users.
3. Barrier-free Environment Construction: It provides independent toilet solutions for the disabled, promoting social inclusivity.

Conclusion: Mobile robotic toilets have achieved a transformation from 'fixed facilities' to 'intelligent service terminals' by integrating AI, sensors, and cleaning technologies, showing significant application value in fields such as elderly care and nursing.