Shoelace tie helper

myminifactory

Most common everyday practical shoes come equipped with laces, but tying them can be a daunting task for individuals with limited mobility in their hands. This innovative device simplifies the process of tying shoes by incorporating a unique screwing method. The device allows users to insert their shoelaces and screw in the bolt to tie their shoes by threading the lace through the hole of the large ring attached to the bolt sleeve, looping it over, and placing the aglet (plastic tip commonly found on the end of shoelaces) onto the top of the bolt. Users can then screw the bolt in place to secure their shoes. The design is deliberately compact to minimize attention when worn on the shoe. Bumps on the bolt enhance grip, while a small, compact design provides ease of use. This device empowers individuals with limited mobility in their hands by streamlining the process of tying shoes, an everyday task that can be challenging for many people. The device is intentionally designed as a rigid bolt to increase grip and facilitate one-handed tying. With this device, users can tie their shoes independently without relying on others. Many modern shoes feature laces, but alternatives like slip-in shoes are less common and often more expensive. While Velcro offers an option, it can be cumbersome to clean and maintain, especially when dirt or substances get trapped inside. Laces remain the most reliable and practical choice for shoe tying due to their compact size and long-lasting functionality. The shoe market primarily revolves around comfortable, everyday shoes with laces, as they are inexpensive to produce and adjust. This device opens up new possibilities in the shoe market for individuals with limited mobility in their hands, allowing them to access a broader range of shoe options. The device is compatible with various disabilities affecting arm and hand mobility, making it an adaptable solution for users who need assistance tying their shoes. For example, individuals with difficulty closing their hands can use their palms to screw in the laces, while those who cannot open their hands entirely can utilize their wrists or hands to achieve this task. Additionally, people with limited mobility can use one arm to operate the device, and many other possibilities exist. The original inspiration for this design came from the Thingiverse bolt design created by Aubenc, which served as a starting point for my innovative solution.