FOOTWEAR HAVING MOTORIZED ADJUSTMENT SYSTEM AND ELASTIC UPPER

Smart overview of the Invention

The footwear described integrates a motorized adjustment system with an elastic upper. The upper is designed to accommodate the foot, featuring both elastic and inelastic sections. A series of lace receiving members are attached to the inelastic parts of the upper. A sole structure is securely connected to the upper, and a motorized tensioning system is implemented to adjust the fit of the footwear by tightening a tensile member through the lace receiving members.

Motorized Tensioning System

The motorized tensioning system includes a motorized tightening device, a control unit, a power source, and a tensile member acting as a lace. The tightening device is mounted on the upper's exterior, while the control unit and power source are concealed within a removable midsole in the sole structure. This configuration allows the control unit and power source to be easily replaced, enhancing the footwear's longevity and convenience.

Material Composition

The upper combines elastic and inelastic materials to provide both comfort and support. Elastic materials ensure a snug fit and ease of entry, while inelastic materials offer stability and durability. The use of elastic materials allows the upper to maintain a streamlined, sock-like appearance, eliminating the need for an opening in the lacing area.

Construction and Functionality

The footwear's construction involves attaching the upper to the sole structure and threading the tensile member through the lace receiving members. The motorized tightening device applies tension to adjust the internal space, ensuring a secure fit. The power source, housed in the midsole, powers the tightening device, which can be activated to adjust the fit dynamically.

Applications and Benefits

This innovative footwear design offers a customizable fit through its motorized adjustment system, enhancing user comfort and support. The removable and replaceable components, such as the power source and control unit, contribute to the product's sustainability. This approach caters to consumers seeking advanced technology in footwear, providing both functionality and ease of use.