Unknown Organization (20240341412). AUTOMATIC SHOELACE TYING SYSTEM simplified abstract
Contents
AUTOMATIC SHOELACE TYING SYSTEM
Organization Name
Inventor(s)
Bret Arthur Wozniak of Algonquin IL (US)
AUTOMATIC SHOELACE TYING SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240341412 titled 'AUTOMATIC SHOELACE TYING SYSTEM
The automatic shoelace tying system is a device designed to simplify and streamline the process of fastening shoelaces.
- Compact motor and user-friendly buttons allow for easy control of the device.
- Battery-powered for convenience and portability.
- Eliminates the need for manual tying by attaching the device to the shoe.
- Improves convenience, comfort, and security by ensuring a secure fit.
- Compatible with various shoe types and sizes, offering versatility.
- Benefits individuals with limited dexterity or mobility issues by enhancing accessibility.
Potential Applications: - Footwear industry - Healthcare sector for individuals with disabilities - Elderly care facilities
Problems Solved: - Manual shoe tying - Limited dexterity or mobility hindering the ability to tie shoelaces
Benefits: - Time-saving - Improved convenience and comfort - Enhanced accessibility for individuals with disabilities
Commercial Applications: Title: "Automatic Shoelace Tying System: Revolutionizing Footwear Fastening" This technology can be marketed to shoe manufacturers, retailers, and healthcare facilities catering to individuals with disabilities.
Questions about the Automatic Shoelace Tying System: 1. How does the automatic shoelace tying system improve accessibility for individuals with limited dexterity? The device eliminates the need for manual tying, making it easier for individuals with limited dexterity to fasten their shoes independently.
2. What sets the automatic shoelace tying system apart from traditional shoelace tying methods? The device streamlines the shoe fastening process, saving time and effort while ensuring a secure fit, which may not be achievable through manual tying methods.
Original Abstract Submitted
an automatic shoelace tying system is provided that aims to address the problem of manual shoe tying by providing a convenient and efficient solution. the device, powered by a battery, includes a compact motor and user-friendly buttons for controlling the motor's movement. by attaching the device to the shoe where laces are typically positioned the need for manual tying is eliminated. the invention streamlines the shoe fastening process, saving time and effort, improving convenience, and improving comfort by ensuring a secure fit. the device also caters to individuals with limited dexterity or mobility issues, thereby enhancing accessibility. furthermore, the device offers versatility, as it is compatible with various shoe types and sizes.
