99: Living Leaf Eyewear – Sustainable Design That Brings Nature Directly to Your Eyes- | Patent Drawing

Living Leaf Eyewear - Sustainable Design That Brings Nature Directly to Your Eyes- | Patent Drawing
Cited from JP7646935B1(J-PlatPat

Overview of the Patent Drawing

The drawing shows eyewear (62, 64) designed to reduce eye strain by mounting real leaves (2, 79) directly onto the frame. Airflow (1, 77, 78) is indicated around the structure, suggesting that ventilation prevents fogging or leaf decay. A nose support (58, 63) stabilizes the device. The leaves serve as natural light filters, transforming harsh sunlight into a softer, forest-like glow.

Patent Insight 1: Natural Light Diffusion Using Real Leaves

Real leaves scatter and filter incoming light in irregular, organic patterns. This reproduces the calming sensation of sitting under tree shade, reducing visual stress in an entirely non-digital way.

Patent Insight 2: Eco-Sustainable Wearable Design

By using biodegradable and renewable materials, the eyewear embodies environmental responsibility. It represents a break from reliance on artificial coatings and instead embraces “living materials” for human wellness.

Patent Insight 3: Customizable and Seasonal User Experience

Users can change leaves seasonally or according to mood. Each swap not only alters the color tone of the world but also turns eyewear into a playful and personalized interface with nature.

Keywords

real leaf eyewear, natural light filter, eco wearable, seasonal customization, bio-material design, wellness optics

Thoughts on the Patent Drawing

Honestly, this drawing feels almost poetic. It’s as if someone said, “Why don’t we take the shade of a tree and put it on your face?” and then actually engineered it. There’s something whimsical and human about using such a fragile material in a world obsessed with durable plastics and digital gadgets. At the same time, it makes me smile because it challenges our assumptions—maybe wellness isn’t always about high-tech screens and sensors, but about literally carrying a piece of nature with us. It feels playful, impractical, but oddly profound.

Application of the Technology: “Living Material Interfaces for Human Environments”

Purpose

Abstracting the concept: this invention is about using living or organic matter as functional filters or interfaces instead of synthetic substitutes. It suggests a new paradigm—designing tools that don’t just imitate nature, but directly incorporate it.

System Components

  • Living Material Modules: Swappable units (not limited to leaves) that bring natural structures—plants, moss, or even micro-organisms—into daily human devices.
  • Adaptive Housing Systems: Structures designed to maintain and support these materials (e.g., airflow, hydration).
  • User-Nature Interface Layer: The point of contact where people engage with the “living filter,” shaping perception, light, or even scent.

Operational Flow

  1. Abstraction – Filtering the World through Nature: Leaves filter light; moss filters sound; flowers filter air. The key principle is: natural structures as filters for human senses.
  2. Transfer – Extending to Other Contexts: Instead of eyewear, imagine headphones that use moss for sound damping, or office dividers filled with live leaves for stress reduction.
  3. Concrete Application – Future Products:
    • Moss Headphones: Ear cushions embedded with moss that absorb sound naturally while releasing a subtle earthy scent.
    • Leaf-Lined Architecture: Windows or skylights with replaceable leaf panels that shift with seasons, tinting indoor spaces with organic light filters.
    • Wearable Forest Accessories: Backpacks or clothing with integrated micro-gardens that serve as filters for light, sound, or even pollution.

The idea proposes using living materials—like leaves or moss—as functional filters in human devices. Rather than imitating nature, it integrates it directly, enabling designs that filter light, sound, or air naturally. This concept extends to ideas such as moss headphones, leaf-lined windows, and wearable gardens, where technology and ecology coexist.

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