Space Suits TRIZ Cases
- MXene-Based Conductive Pathway for Spacesuit Charge Mitigation
See how MXene coating layers conduct charges across spacesuit fabric to neutralize regolith-ind
- Thermal management system with sublimator and adsorbent bed
See how serial adsorbent bed filtration removes amphipathic organics from feed water to prevent
- Toilet and garment for waste removal in a zero-gravity condition
See how inflatable seals, lap bars, and garment chambers solve microgravity waste management fa
- Thermal management system with sublimator and adsorbent bed
See how an adsorbent bed filter removes organic compounds from feed water to prevent adherent m
- Space Cooling Structure Using Water-Absorbing Evaporation
A water-absorbing evaporator cools spaceborne coolant with low-purity feedwater, avoiding porous plate clogging and complex purification.
- STF-Intercalated Composite Layers for Lightweight Impact Protection
Shear thickening fluid intercalated textiles boost composite impact resistance and damage tolerance without adding impractical suit weight.
- Spacesuit Cleaning Control Using Electronic Cleanliness Feedback
Real-time electronic cleanliness measurements guide automated spacesuit cleaning protocols to remove debris more consistently than visual inspection.
- Space Suit Joint Race Geometry With Ferrofluid Pressure Sealing
Hybrid A/X race geometry and a magnetic ferrofluid seal cut friction, wear, and leakage in space suit joints under radial and axial loads.
- Self-Adaptive Space Fabric Using Pressure-Driven Fiber Expansion
Pressure-responsive hollow fibers let space fabric expand in vacuum, replacing heavy bladders and deployment mechanisms with a simpler structure.
- Multi-Use Conductive-Fiber Dust Mitigation for Flexible Spacesuit Materials
AC-driven conductive fibers embedded in fabric repel and remove dust, addressing flexible spacesuit contours and lunar EVA contamination.
- Piezoelectric Assembly Vibration for Space Suit Regolith Dust Expulsion
AC-driven piezoelectric transducers vibrate space suit surfaces to expel regolith dust without slow manual cleaning.
- Space Suit Piezoelectric Vibration for Planetary Regolith Dust Removal
Controlled AC vibration from piezoelectric transducers dislodges regolith dust while limiting cleaning time and power use.