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Our Prototype
01
FEET ORIENTATION
Our product measures the orientation of the feet relative to each other using sensors that calculate coordinates of individual locations on the feet for accurate results. The orientation of the feet can help with treatments pertaining to posture, and foot disorders, also working to prevent their progression over the years.
02
PRESSURE DISTRIBUTION
Another important feature that our prototype takes notice of is pressure distribution. Our product incorporates high tech pressure sensors, that accurately measure the weight distribution across the foot in tenths of a pound, reflecting extreme accuracy. These sensors can measure as high as 200 pounds at any section of the foot.
03
3D MODEL
Our 3D model is an online application that can be accessed by a doctor to aid in the diagnosis of their patients using the data that our product receives from the patients' walking patterns. This visual representation works in real-time showing the motion of the person- thus providing a more accurate and beneficial platform for doctors and patients.
Background Information
TODAY'S REALITY
Nearly 40% of people at and above the age of 65 suffer form some type of mobility disorder. In fact, it has become a norm in society for the elderly to walk differently than younger people. Many of these people are also the victims of many foot disorders, such as arthritis or pressure ulcers. Today, doctors or physical therapists rely simply upon their expertise and their naked eye, which may not be sufficient for a more accurate diagnosis.
OUR VISION
After seeing many of our own family members suffering from such disorders, that affected their gait, posture, and daily lifestyle, we were led step by step to our idea: early diagnosis. Early diagnosis could practically change everything - turn the charts around, stop the graphs from continuously increasing over the years. Our vision wasn't to find a cure, it was to prevent the problem, and the root cause and potential solution lie in the way we walk.
TECHNOLOGY
The technology we have developed does not exist today to help physiotherapists with diagnosis. For diagnosis, physiotherapists typically ask their patient to pace back and forth and simply observe their gait to notice any abnormalities. Other tests that they administer are balance tests, speed measurements, and neurological examinations to check if there is any cognitive disorder that may cause a walking deformity, such as cerebral palsy. There will always be leeway for human error, and our technology aims to eliminate that and give more accurate results and readings.
Applications
Correct or proper athletic stances are extremely important to be successful in that sport. This device can help the athlete or their coach see where they might be messing up on their footwork to allow for their improvement.
Our model will have a very positive impact on patients undergoing physical therapy. An incorrect way of walking has many side effects, such as pressure ulcers, which are caused by an uneven pressure distribution across the foot, or improper posture. The side effects can further worsen the gait if not diagnosed and treated in time. In addition, walking disorders are most common in people above the age of 65, approximately 40%, and this number continues to rise. Early diagnosis means early treatment and revived health. Our model works to help doctors give an accurate diagnosis, and it will definitely benefit patients suffering from walking disorders.
Gait plays a vital role in the fashion industry as well. The cat walk, especially in heels is extremely hard to master, and this device can help the future fashionista step up her cat walk game.