Cleaning the house wouldn't be half as much of a hassle if it didn't involve hauling a heavy vacuum around every inch of each room. The Electrolux Robo Tap Cleaner does away with this problem with its ability to roam freely from one mess to the next.
But instead of spending hours circling carpets, tiles and hardwood floors, all the while avoiding obstructing furnishings, this intelligent invention by Gyu Ha Choi follows the user's lead to discovering areas in the most need.
An integrated IPS system is incorporated into one's shoes so that the device can track your whereabouts at all times. The Robo Tap Cleaner simply waits for you to strike the floor once with your foot, indicating a dirty patch, which it then approaches to suck up any scraps.
Step-Sensitive Vacuums
The Robo Tap Cleaner Tidies Where Your Toes Tell it to
Trend Themes
1. Step-sensitive Vacuums - Opportunity for disruptive innovation in the home cleaning industry by creating vacuum cleaners that can follow the user's lead and automatically clean areas in the most need.
2. Integrated IPS System - Opportunity for disruptive innovation in wearable technology by incorporating IPS systems into shoes to track user's whereabouts and enable smart devices to follow user commands.
3. Intelligent Inventions - Opportunity for disruptive innovation in the consumer electronics industry by developing intelligent devices that can autonomously identify and clean dirty patches.
Industry Implications
1. Home Cleaning - Opportunity for disruptive innovation in the home cleaning industry by developing step-sensitive vacuum cleaners that can efficiently and autonomously clean different floor surfaces.
2. Wearable Technology - Opportunity for disruptive innovation in the wearable technology industry by integrating IPS systems into shoes to enable location tracking and interaction with smart devices.
3. Consumer Electronics - Opportunity for disruptive innovation in the consumer electronics industry by creating intelligent devices that can detect and clean specific areas based on user input.