Patent Architecture

Shape-Memory Alloy Mechanical Ventilation Parameters

Active Gills Simulation Engine

Vary internal actuator thermal parameters to observe Nitinol mechanical response

Core Actuator Temp: 30°C

SMA State:Martensite (Closed)

Venting Geometric Aperture:0.0%

Thermal Dispersal Rate:1.2 kW/m²

Core Fabric Matrix Micro-Weave

Active Gills Mechanics

The primary architecture integrates micro-engineered Nitinol shape-memory alloy (SMA) matrix layers directly into variable-elastic structural weaves. This gives the textile material properties the capability to dynamically alter structural geometry when specific ambient or thermal trigger profiles are achieved.

45°CVenting Activation Target

0.0sAuxiliary System Drag

100%Kinematic Flexibility

Technical Parameter Comparison

Operational Metric	Standard Synthetic Covering	RoboChic Active System
Thermal Energy Retention	High Concentration Risk	Dynamic Heat Dissipation
Kinematic Joint Friction	Variable Mechanical Drag	Zero Friction Overlap Weave
Actuator Power Draw	No Compensation System	Passive Shape Adaptation