Patch-Type Radiation Protective Suit 2020
- Motivation for the Project
During the past winter vacation, I had a proximal humerus fracture and received nonoperative treatment at a hospital. At the time of diagnosis, multiple sequential X-rays were taken until the fracture was fully united. While this was necessary for treatment, I was concerned about the radiation exposure not only to my fractured bone but also to other parts of my body. This inspired me to research methods to minimize unnecessary exposure and to develop radiation-protective clothing that could safeguard our bodies from radiation exposure.
- Description of the Work
(a) Summary
It is widely known that prolonged exposure to radiation is harmful to the human body. Recent news reports highlighted that children who undergo CT scans have a 1.5 times higher risk of developing cancer due to radiation exposure. While protective aprons and shields are available, they are not suitable for every situation, such as when children or adults need multiple body parts to be examined. As such, I created a new type of patch-based radiation shield to protect areas of the body that cannot be shielded by conventional aprons or shields during radiographic exams.
(b) Main Features
Patch-Type Protective Design:
Unlike traditional aprons or vests, the patch-based system allows specific areas of the body to be shielded independently. The patches use a lightweight yet dense material to effectively block radiation.
Targeted Protection:
These patches are designed to be placed only on areas that require protection, minimizing unnecessary material usage and increasing mobility.
