Across Nike patent drawings, shoes and apparel gradually stop behaving like passive objects. Garment textiles change structure in response to heat or moisture, while a shoe can treat foot movement as a command. Clothing measures body position and can answer with haptic feedback.

Materials and structures also respond to the body. Some ideas rely on magnets, air chambers, flexible cooling packs, or layered materials. The machinery is spread across motors, sensors, structures, fluids, and textiles.

Direct implementation in products remains unverified for all eight patents.

FIG. 01

Heat or moisture changes the textile structure and the garment's permeability

SOURCE FIGURESFIG. 1
PUBLICATIONUS20050208860A1
US20050208860A1 / FIG. 1. Textile structure changes under physical stimuli such as moisture or temperature, altering properties such as permeability.
FIG. 01US20050208860A1
Nike patent drawing of apparel incorporating a modifiable textile structure, with a shirt used to show stimulus-responsive textile regions.

US20050208860A1 / FIG. 1. Textile structure changes under physical stimuli such as moisture or temperature, altering properties such as permeability.

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What is it?

The patent incorporates textiles whose structure changes in response to physical stimuli including moisture, increased temperature, or moving air. Changes in openings, yarn geometry, or thickness can alter how easily air or water passes through the material.

No separate motor has to open a vent. The textile itself becomes the responsive mechanism, turning an apparently ordinary garment surface into a material system whose state can change while it is worn.

Nike IncFIG. 01
ASSIGNEE
Nike Inc
PRIORITY
2004-03-19
PUBLISHED
2005-09-22
PUBLICATION
US20050208860A1
INVENTORS
Michael Baron / Karin Carter / Bhupesh Dua
ORIGINAL
FIG. 02

A foot gesture becomes the button that tightens the shoe

SOURCE FIGURESFIG. 1, FIG. 2
PUBLICATIONUS20160262485A1
US20160262485A1. Sensors recognize selected foot movements and map them to commands for the motorized tensioning system.
FIG. 02US20160262485A1
Nike patent drawing of a motorized shoe with sensors and a gesture-controlled tensioning system.

US20160262485A1. Sensors recognize selected foot movements and map them to commands for the motorized tensioning system.

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What is it?

The system uses pressure or motion sensing to distinguish a deliberate control gesture from normal movement. A prompting gesture can arm the system, after which another gesture can mean tighten, loosen, or perform another command.

The wearer does not need a separate handheld controller. The body part already inside the device becomes the input mechanism for the device itself.

Nike IncFIG. 02
ASSIGNEE
Nike Inc
PRIORITY
2012-02-22
PUBLISHED
2016-09-15
PUBLICATION
US20160262485A1
INVENTORS
Steven H. Walker
ORIGINAL
FIG. 03

A shoe surface displays an image without becoming an electronic screen

SOURCE FIGURESFIG. 1, FIG. 5
PUBLICATIONUS20190118416A1
US20190118416A1 / FIG. 1. Variations in thickness and translucency create a visible image through the layered footwear surface.
FIG. 03US20190118416A1
Nike patent drawing of footwear with a layered image-display structure integrated into the upper.

US20190118416A1 / FIG. 1. Variations in thickness and translucency create a visible image through the layered footwear surface.

Drag to pan when zoomed. Use + / − to zoom, 0 to fit, arrow keys to pan, and Alt + arrow keys for the previous or next FIG.

What is it?

Here, 'display' does not mean an LCD or LED panel. The structure uses raised and recessed portions in a semi-transparent layer so that light transmission and the background layer create the visible image.

Instead of printing a graphic onto the shoe, the visual effect is built into the material geometry itself. The apparel surface becomes a display layer without conventional electronics.

Nike IncFIG. 03
ASSIGNEE
Nike Inc
PRIORITY
2010-05-13
PUBLISHED
2019-04-25
PUBLICATION
US20190118416A1
INVENTORS
James E. Diepenbrock / Connie A. Sarkinen / Todd A. Waatti
ORIGINAL
FIG. 04

Clothing measures body position and taps the wearer with haptic guidance

SOURCE FIGURESFIG. 1A, FIG. 1B
PUBLICATIONUS20200334962A1
US20200334962A1. Position sensors estimate body configuration while haptic elements return guidance to selected areas of the wearer.
FIG. 04US20200334962A1
Nike patent drawing of apparel with ultrasonic position sensors and haptic feedback devices distributed around the body.

US20200334962A1. Position sensors estimate body configuration while haptic elements return guidance to selected areas of the wearer.

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What is it?

The patent describes apparel equipped with ultrasonic positioning sensors and feedback devices that can support activities such as exercise or yoga.

Instead of requiring the wearer to watch a screen, the garment can return guidance directly through touch. The same wearable becomes both the measuring system and the output device.

Nike IncFIG. 04
ASSIGNEE
Nike Inc
PRIORITY
2015-11-30
PUBLISHED
2020-10-22
PUBLICATION
US20200334962A1
INVENTORS
Ernest Kim
ORIGINAL
FIG. 05

A magnetic fastener makes the shoe quick to secure with one hand

SOURCE FIGURESFIG. 1, FIG. 2
PUBLICATIONUS20200288800A1
US20200288800A1 / FIGS. 1–2. Magnets guide asymmetric male and female pieces into alignment for quick fastening and release.
FIG. 05US20200288800A1
Nike patent drawing of footwear using interfitting male and female magnetic fastener portions.

US20200288800A1 / FIGS. 1–2. Magnets guide asymmetric male and female pieces into alignment for quick fastening and release.

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What is it?

The fastener does more than rely on magnetic attraction. The male portion fits into a shaped recess that constrains orientation and resists twisting once engaged.

Mechanical geometry and magnetic assistance can reduce the manual manipulation needed to secure the shoe with one hand.

Nike IncFIG. 05
ASSIGNEE
Nike Inc
PRIORITY
2017-08-30
PUBLISHED
2020-09-17
PUBLICATION
US20200288800A1
INVENTORS
Giorgio Anceresi / Eric Y. Lee
ORIGINAL
FIG. 06

A cooling vest bends with the body instead of carrying rigid cold packs

SOURCE FIGURESFIG. 1
PUBLICATIONUS20200397072A1
US20200397072A1 / FIG. 1. Flexible cooling packs are held close to the body in garment pockets while preserving movement.
FIG. 06US20200397072A1
Nike patent drawing of a flexible cooling vest with multiple cooling packs arranged around the torso.

US20200397072A1 / FIG. 1. Flexible cooling packs are held close to the body in garment pockets while preserving movement.

Drag to pan when zoomed. Use + / − to zoom, 0 to fit, arrow keys to pan, and Alt + arrow keys for the previous or next FIG.

What is it?

Conventional cooling garments can become uncomfortable when rigid ice packs pull away from the body or restrict movement. This system combines flexible cooling packs with garment structures intended to hold them against the wearer.

The garment becomes a thermal-control system, moving the role of sports apparel beyond coverage and moisture management into active body cooling.

Nike IncFIG. 06
ASSIGNEE
Nike Inc
PRIORITY
2018-08-30
PUBLISHED
2020-12-24
PUBLICATION
US20200397072A1
INVENTORS
Jacob R. Arnold / Baron C. Brandt / Alexander J. Dedman / Payton A. Rose / Kevin C. Sze
ORIGINAL
FIG. 07

The heel and forefoot can use different air pressures inside the same sole

SOURCE FIGURESFIG. 2
PUBLICATIONUS20250057288A1
US20250057288A1 / FIG. 2. One outer bladder is divided into separately inflatable chambers that can use different pressures.
FIG. 07US20250057288A1
Nike patent drawing of a footwear sole containing an adjustable multi-chamber bladder and valve structure.

US20250057288A1 / FIG. 2. One outer bladder is divided into separately inflatable chambers that can use different pressures.

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What is it?

A valve structure divides the air system into multiple chambers, allowing pressure in different regions of the sole to be adjusted separately.

Instead of defining cushioning entirely through a fixed foam shape, the sole can be treated as a fluid system whose state changes according to how it is inflated.

Nike IncFIG. 07
ASSIGNEE
Nike Inc
PRIORITY
2011-04-06
PUBLISHED
2025-02-20
PUBLICATION
US20250057288A1
INVENTORS
Elizabeth Langvin / James Molyneux / Lee D. Peyton / Ty A. Ransom / Nicola J. Reynolds / Aaron B. Weast
ORIGINAL
FIG. 08

The shoe carries a heater and battery to warm the foot from inside

SOURCE FIGURESFIG. 2
PUBLICATIONUS20140059882A1
US20140059882A1 / FIG. 2. A removable inner liner carries heating and power components that warm the toe region from inside the footwear.
FIG. 08US20140059882A1
Nike patent drawing of heated footwear with an outer boot shell and a removable inner liner shown in exploded view.

US20140059882A1 / FIG. 2. A removable inner liner carries heating and power components that warm the toe region from inside the footwear.

Drag to pan when zoomed. Use + / − to zoom, 0 to fit, arrow keys to pan, and Alt + arrow keys for the previous or next FIG.

What is it?

The patent uses a removable inner liner that carries a heating system, wiring, and a battery compartment. A heating element is positioned around the toe-cap region.

Instead of adding more passive insulation, the footwear actively produces heat. Paired with the cooling garment elsewhere in the article, it shows apparel being designed to move body temperature in either direction.

Nike IncFIG. 08
ASSIGNEE
Nike Inc
PRIORITY
2012-08-29
PUBLISHED
2014-03-06
PUBLICATION
US20140059882A1
INVENTORS
Jaroslav J. Lupinek / Patricia L. Smaldone
ORIGINAL

AFTER THE FIGURES

Footwear and apparel move from fitting the body to reading it and responding

Across these eight patents, adaptive ventilation, tightening, display, haptics, cooling, air pressure, and active heating all move into the things worn directly on the body.

The shoe becomes especially machine-like. It can use a motor to tighten, interpret foot movement as an input, actively warm the foot, and alter pneumatic behavior under different parts of the sole. Wearing the product is no longer the end of the interaction.

Apparel, meanwhile, becomes an interface between body and environment. It can change textile permeability in response to stimuli, sense position, return tactile guidance, and move heat away from the wearer. The future sports garment looks less like passive fabric and more like a thin mechanical layer that exchanges information and energy with the body.

SOURCES

Primary sources

  1. US20050208860A1 — Article of apparel incorporating a modifiable textile structure
  2. US20160262485A1 — Motorized Shoe With Gesture Control
  3. US20190118416A1 — Device for displaying image on apparel
  4. US20200334962A1 — Apparel with ultrasonic position sensing and haptic feedback for activities
  5. US20200288800A1 — Magnetic fastener for an article of footwear
  6. US20200397072A1 — Flexible cooling garment system
  7. US20250057288A1 — Adjustable Multi-Bladder System For An Article Of Footwear
  8. US20140059882A1 — Article of Footwear with a Heating System
NikeFootwearWearablesSportsSensorsHapticsCooling

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