Ai-driven smart shoe with adaptive insole height adjustment and wireless control

An AI-driven smart shoe with adaptive insole height adjustment and wireless control, comprising:

• a shoe body constructed from lightweight, breathable, and durable materials, housing internal components;
• a height-adjustable airbag positioned beneath key pressure zones of the foot, constructed from pressure-resistant, highly elastic materials;
• an air pump and an air valve integrated into the shoe's sole, responsible for the inflation and deflation of the height-adjustable airbag;
• a main control module embedded in the shoe's midsole, featuring a microprocessor, Bluetooth chip, and power management system;
• a sensor system comprising air pressure and foot pressure sensors for real-time monitoring;
• a mobile application for user interface, enabling remote control of insole height and real-time monitoring;
• and
• a battery module embedded in the heel or sole, providing energy to the air pump, air valves, and main control module;
• wherein the main control module manages the operation of the air pump and air valves based on user input received via the mobile application, and integrates an air pressure sensor to monitor the airbag's internal pressure, ensuring accurate and stable adjustments;
• wherein the sensor system provides real-time data for dynamic adjustments, ensuring the accuracy and safety of the insole height adjustment;
• wherein the mobile application communicates with the main control module via Bluetooth, transmitting user commands and receiving feedback on the shoe's current settings.