Many people—like post-surgery patients, those with poor leg circulation, or workers stuck sitting or standing all day—use compression socks to help blood flow. But most current compression socks apply the same pressure all the time and don’t adjust to how the person is moving. They can also be uncomfortable, rely on bulky machines, or need to be plugged in—limiting movement and ease of use.
Core Features
This invention is a high-tech compression sock with built-in air chambers shaped like spirals that run up the leg. As you walk or step, your movement naturally activates tiny pumps inside the sock that inflate these chambers. It mimics the natural squeezing motion your muscles do to push blood up the leg—known as “venous milking.” The sock includes sensors that automatically adjust the pressure to match your activity level and comfort. It’s also powered by a small rechargeable battery, supported by body-heat energy.
What’s New and Unique
Unlike existing solutions that use external power or apply fixed pressure, this sock responds to your movement in real time. It inflates in a controlled sequence, from your toes to your knee, using pressure created by your steps. No need for manual adjustments or external machines—it adapts on its own and keeps working wherever you are.
Tangible Benefits
- Improves blood flow and reduces swelling
- Works on the go—ideal for travel, work, or daily activity
- Increases comfort with dynamic pressure that adjusts to you
- Helps prevent serious conditions like blood clots (DVT)
Broader Impact
This sock could help hospitals, wellness clinics, and even athletes. It promotes recovery, reduces healthcare costs, and boosts everyday well-being—without tying users to a machine or chair.