Invention Title:

AUTOLACING FOOTWEAR HAVING A SLIDING SECURING DEVICE

Publication number:

US20260068994

Publication date:
Section:

Human necessities

Class:

A43C11/165

Inventors:

Assignee:

Applicant:

Smart overview of the Invention

The patent application pertains to a novel design for autolacing footwear featuring a sliding securing device. This system integrates a motorized lacing mechanism that adjusts the tension on a lace, which in turn moves a sliding securing device along a track to tighten or loosen the shoe's upper segments around the wearer's foot. The design aims to enhance the fit and comfort of the footwear by automating the lacing process.

Technical Field

This innovation is situated in the domain of footwear technology, specifically focusing on shoes equipped with an automatic lacing motor and a sliding securing device. This technology combines traditional shoe components with advanced electronic systems to provide enhanced functionality and user experience.

Detailed Description

The footwear comprises a midsole, an upper, and a slidable securing device. The securing device, coupled with a motorized lacing system, operates by sliding along a track to adjust the shoe's fit. The motorized system interacts with a lace, applying tension to move the securing device, thereby tightening or loosening the shoe. The design allows for flexibility in the upper material to accommodate the movement of the lace guides.

Components and Mechanism

  • Lacing Engine: Includes a housing, a lid, an actuator, and a midsole plate.
  • Drive Mechanism: Consists of a motor, transmission, and lace spool.
  • Sensors and Controls: Features interface buttons, a foot presence sensor, and a motion sensor to control the lacing system.
  • Power Supply: Utilizes a battery and a receive coil for charging.

Functionality and Operation

The processor circuit manages the drive mechanism based on input from various sensors and buttons, adjusting the tension of the lace accordingly. The system considers environmental conditions to maintain optimal function of the foot presence sensor. The sliding securing device, such as a zipper, operates along a track to secure the shoe, with lace guides facilitating the movement of the lace for a snug fit.