RPI ID: 2022-038-201
Innovation Summary: A therapeutic system is disclosed that includes a coupling apparatus and a supporting apparatus designed to apply spinal traction while the user is in a seated position. The coupling apparatus attaches to the upper body using components such as a vest, belt, or harness, while the supporting apparatus—such as a chair or seat pan—bears part of the user's weight. The system allows for adjustable weight distribution and may include a control apparatus to regulate the position or state of the support and coupling elements. This configuration enables nonoperative spinal therapy with improved comfort and flexibility compared to traditional mechanized distraction tables.
Challenges / Opportunities: Conventional spinal distraction systems often require users to lie down, limiting mobility and comfort during therapy. This system addresses the need for seated, adjustable spinal traction, which could expand therapeutic options for patients with low back pain. With nearly 90% of U.S. adults experiencing back pain, there is significant opportunity for ergonomic, noninvasive treatment solutions. The modular design also opens pathways for integration into workplace wellness or remote therapy platforms.
Key Benefits / Advantages: ✔ Enables spinal traction in a seated position ✔ Adjustable weight distribution for personalized therapy ✔ Modular coupling and support components ✔ Compatible with various ergonomic setups ✔ Potential for nonoperative treatment of disc and joint conditions ✔ Enhanced user comfort via adjustable features
Applications: • Nonoperative spinal therapy and rehabilitation
Keywords: #spinaltraction #physicaltherapy #ergonomicdesign #rehabilitation #biomedicaldevices #painmanagement
Intellectual Property: US Patent Application 18/140736 – Published