The idea addresses two common inefficiencies in floor cleaning: the time-consuming nature of vacuuming large spaces and the physical strain it places on individuals with limited mobility. While robotic vacuums automate the process, they lack precision for spot-cleaning, and commercial-grade cleaners are often too bulky for personal use. A middle ground could be a device that combines personal mobility with vacuuming functionality.

How It Works

The concept involves integrating a vacuum cleaner with a Segway-like self-balancing transporter. Users ride the device, moving around while it vacuums the floor beneath them. Key features could include:

• A modular design, allowing the vacuum to attach to existing personal transporters or function as a standalone device.
• Adjustable suction levels for different floor types like carpets or hardwood.
• Safety features such as obstacle detection, speed limits, and an auto-stop function.

This approach could appeal to commercial cleaners needing efficiency, individuals with mobility challenges, and tech enthusiasts who enjoy multifunctional gadgets.

Potential Advantages Over Existing Solutions

Compared to robotic vacuums, this idea offers manual control for targeted cleaning. Unlike industrial ride-on cleaners, it would be compact enough for home or small business use. Partnering with existing transporter manufacturers could reduce development costs while adding new functionality to their products.

Path to Implementation

One way to test viability could involve creating a vacuum attachment for existing self-balancing transporters as a minimal product. If initial trials with commercial cleaning services show promise, further refinement could make the device suitable for home use. Revenue might come from direct sales, leasing models, or maintenance subscriptions.