<?xml version="1.0" encoding="UTF-8"?><rss version="2.0"><channel><title>Products, Materials &amp; Services Licensing Opportunities | Utah State University</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/products-materials-services.xml</link><description>Products, Materials &amp; Services licensing opportunities tracked by USU Technology Transfer.</description><image><url>https://templateresources.usu.edu/_resources/assets/images/U-State.png</url><title>Utah State University</title><link>https://research.usu.edu/</link></image><language>en-us</language><category>News</category><item><title>Opposing Climbing Hooks</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/opposing-climbing-hooks.php</link><description>USU researcher Scott Greenhalgh has developed a novel fall protection device for use in rock climbing that uses frictional force to ensure safety on rock faces with minimal surface area where other protections devices could be used.</description><pubDate>Wednesday, 27 August 2025</pubDate></item><item><title>Estimating Impulse Response From Seismological Data</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/estimating-impulse-response-from-seismological-data.php</link><description>In construction of large buildings, impulse response and resonance frequency are considered so that building designs can be resilient to local seismological threats. This technology provides a method by which to estimate the impulse response of a geograph</description><pubDate>Wednesday, 27 August 2025</pubDate></item><item><title>Hands-free crutch with articulated knee</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/hands-free-crutch-with-articulated-knee.php</link><description>Traditional and hands-free crutches limit mobility, comfort, and weight-bearing transition due to restricted knee movement. This USU device shifts weight to the thigh, allowing knee bend and adjustable leg loading, enhancing comfort while sitting, enablin</description><pubDate>Thursday, 7 August 2025</pubDate></item><item><title>Bulkhead Liner Via Two-Step Molding Process</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/bulkhead-liner-via-two-step-molding-process.php</link><description>The Bulkhead Liner is made of a two-step plastic molding process that introduces patterned ribs inside of a liner for composite pressure vehicles to hold and transport hydrogen gasses, while maintaining structure and preventing leakage.</description><pubDate>Wednesday, 2 July 2025</pubDate></item><item><title>Chemical Engineering for "Pb-Free" Double Perovskite Short-Wave IR (SWIR) Materials</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/chemical-engineering-for-pb-free-double-perovskite-short-wave-ir-materials.php</link><description>Traditional SWIR materials are composed of toxic materials such as InGaAs, HgCdTe, InSb, and recent Pb-based pervoskites. These materials are toxic and unstable. This technology is for an environmentally-friendlier "Pb-free" double perovskite short-wave I</description><pubDate>Monday, 28 April 2025</pubDate></item><item><title>Non-Thermally Conducting Lifting Anchor for Concrete Sandwich Wall Panels</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/non-thermally-conducing-lifting-anchor.php</link><description>This technology provides a non-thermally conductive concrete lifting anchor to improve efficiency in crane lifting concrete panels in large building construction.</description><pubDate>Tuesday, 1 April 2025</pubDate></item><item><title>Climbing Gear Removal Tool</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/climbing-gear-removal-tool.php</link><description>USU's climbing gear removal tool is a technology designed to allow rock climbers to remove nut pieces from rock in a less painful and more efficient way.</description><pubDate>Tuesday, 18 March 2025</pubDate></item><item><title>The Crescent Cam</title><link>https://research.usu.edu/rii/tech-transfer/licensing-opportunities/technologies/the-crescent-cam.php</link><description>The Crescent Cam is a new take on camming devices for climbers. It gracefully combines the actions of releasing the cam from the climber's harness and placing the cam into a rock wall.</description><pubDate>Friday, 18 October 2024</pubDate></item></channel></rss>