Trophy Feed LLC recently secured a major structural innovation with the issuance of U.S. Patent No. 12721307. This patent, titled ‘Feeder system and method of use’, introduces a versatile way to deliver feed to wildlife. Users can now operate feeding stations with a two in one approach that interchanges between gravity feed and throw modes as required.
Advanced Design for Wildlife Feeders
The innovation focuses on a specialized feeding mechanism developed by inventors Zachary David Stemple and Garrett Burnett. This system uses multiple feeder chutes to manage the flow of feed. A specialized flap or lip within the chute prevents the feed from prematurely leaving the opening. A uniquely engineered transition system ensures the user can swap between timed broadcasting and continuous gravity feeding without needing entirely separate units. This setup allows for reliable and controlled distribution during outdoor management operations.
October 2026 Patent of the Month
This invention won the Texas state patent of the month for October 2026 granted by Swanson Reed because of its practical utility and direct problem solving in the agricultural and wildlife sector. The design successfully addresses the common need to purchase two separate feeders by consolidating both functions into one reliable system. By demonstrating significant mechanical improvement over existing feeding apparatuses, the patent exemplifies the ingenuity and commercial viability that Swanson Reed recognizes in the state of Texas.
R&D Tax Credit Eligibility in the USA
The practical applications of this patent present strong opportunities to be eligible for a Research and Development (R&D) tax credit in the USA. The process of engineering a feeder that seamlessly transitions between gravity and motorized throw modes requires overcoming significant technical uncertainties related to feed flow, mechanical jamming, and material durability in harsh outdoor environments. Prototyping the specific lip and flap mechanisms to regulate feed without clogging involves a systematic process of experimentation based on mechanical engineering principles. Future iterations, such as testing new weather resistant polymers or refining the motor timing systems, would also qualify as eligible R&D activities. Companies investing resources to further refine this system can likely claim these expenses as qualifying research activities under the R&D tax credit program.
