Inventions for License
We are working on several technologies for commercialization and actively seeking partners to assist with that process. Please view the opportunities below based on the field.
For more information on any of the technologies, contact the Intellectual Property Office.
Engineering
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Internally Supported Composite Linked Structures
A novel design for internally supported composite link structures that can fully support industrial applications involving robotic architectures that perform at high-speed and high-payload operations.
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On-board Battery Charger with Wide-Output Voltage
Groundbreaking universal charger that utilizes a variable DC link voltage at the PFC converter. This innovative design tackles the challenge of accommodating a wide range of battery pack voltages with a DC-DC converter.
Learn more about On-board Battery Charger with Wide-Output Voltage
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Self-Propelled Rotary Turning Tool
Innovative self-propelled rotary turning tool for the automotive industry and medical device applications. This tool offers numerous advantages, including reduced friction, heating, and the elimination of cooling and toxic coolants. It also minimizes maintenance and downtime, lowering operator costs. By utilizing off-the-shelf parts, it reduces equipment costs and increases supplier flexibility.
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Electricity Generation From Any Heat Source
A novel piston arrangement that involves 2 embedded pistons linked to arms that follow cam profiles, allowing for a very compact piston arrangement with piston motion that can be optimized since they can follow any path determined by the cam shape. This technology provides more power in a compact design.
Learn more about Electricity Generation From Any Heat Source
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Novel On-Board Battery Charger with Wide-Output Voltage
A novel universal Charging device that overcomes traditional limits based on a charger's output voltage.
Learn more about Novel On-Board Battery Charger with Wide-Output Voltage
Science
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Dissolved Iron Test
The development of an innovative testing method for measuring iron concentration in solutions and for purification of iron contaminated solutions.
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Methods for Mercury Detection and Removal
Nanomaterials-based technology for detecting and removing mercury ions. The technology utilizes chemical receptors and magnetic properties of the nanomaterials, allowing easy removal with a magnet.
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Novel Folate Phosphoramidite Synthesis and siRNA Nanotherapeutic
The first technology represents a significant advancement in the field by providing a simple and cost-effective process to prepare a novel folate phosphoramidite intermediate.
Learn more about Novel Folate Phosphoramidite Synthesis and siRNA Nanotherapeutic
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Fuel Cell Catalyst Support Based on Doped Titanium Suboxide
Introducing an extraordinary breakthrough in fuel cell technology, this carbon-free multifunctional titanium suboxide (Ti3O5Mo0.2Si0.4) fuel cell catalyst support exhibits exceptional electronic conductivity when combined with platinum, significantly improving the efficiency and durability of fuel cells.
Learn more about Fuel Cell Catalyst Support Based on Doped Titanium Suboxide
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Photo-Controlled Gene Silencing
A short interfering RNA that incorporates an azobenzene moiety into the central region of the sense strand providing greater stability to the siRNA and also allows to control the siRNA’s activity via UV or visible light for inactivation or activation respectively.
Information Technology
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Large Scale Network Failure Resiliency
A proactive and dynamic software-defined networking technology that preemptively monitors and fixes large-scale network failures.
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Video Password
Online video interaction technology during password authentication to support results-driven revenue production for online advertisers.
Nuclear Science
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CANDU Production of Mo-99
The introduction of a simple, yet robust, novel and reliable method of producing 99Mo using CANDU reactors to support the future of medical imaging.
