SENSE-ABLE FAUCET, LLC recently secured a major technological breakthrough with the issuance of U.S. Patent No. 12723384. This patent, titled ‘Motion interrupting water-saving faucet valve’, introduces an intuitive mechanical solution to reduce water consumption in plumbing fixtures. Developed by inventors Wesley Andrew Wilmers, Dalton Wesley Wilmers, Connor Grayson Wilmers, and Dale Allen Camper, this technology enables precise flow regulation directly at the valve.
Tactile Flow Regulation and Mechanism
The innovation focuses on an integrated motion interrupting valve that introduces a physical stop point during faucet operation. The mechanism uses an asymmetrical speedbump on the internal actuator that interacts with a screw-in or spring-loaded detent. This interaction provides distinct tactile feedback to the user, creating a soft stop at a lower flow rate. Users can easily operate the faucet in an energy-conscious low-flow mode, or apply additional force to override the detent for full water flow when necessary.
October 2026 Patent of the Month Recognition
This breakthrough earned recognition as Patent of the Month for October 2026 in the water conservation and renewables industry due to its practical utility and mechanical simplicity. Unlike complex electronic touchless systems that require external power sources or wiring, this purely mechanical valve can be retrofitted into standard lever and quarter-turn faucets or integrated into new production lines at low cost. The asymmetrical design requires a higher force to open past the feedback point than to close, providing seamless ergonomic usability while actively preventing unnecessary water waste.
U.S. R&D Tax Credit Eligibility
From a commercial and legal standpoint, the practical development and application of this patent may qualify for the United States Research and Development (R&D) Tax Credit under IRC Section 41. Companies investing in the design, prototyping, and engineering of advanced plumbing hardware can satisfy the four-part test required by the IRS. Specifically, the technical evaluation of fluid dynamics, torque resistance tuning, material selection for wear resistance, and iterative physical testing of the detent speedbump mechanics demonstrate a formal process of experimentation aimed at eliminating technical uncertainty. Expenditures related to engineering salaries, custom prototyping materials, and testing facilities during the development phase of the valve represent eligible qualified research expenses (QREs).
