Pet Parents, LLC recently secured a major technological breakthrough with the issuance of U.S. Patent No. 12721302. This patent, titled ‘Protective pet blanket’, introduces an advanced protective covering designed specifically for animals. Inventors Blake Anderson and Mikaela Stanley developed this blanket to effectively shield furniture and living spaces while providing optimal comfort for pets.

Innovative Design and Practicality

The innovation focuses on a multi-layered construction that offers enhanced durability and liquid resistance. This system utilizes a waterproof membrane sandwiched between soft, comfortable fabrics. A specialized edging ensures the layers remain securely bound, preventing leaks and tears from regular pet use. This setup allows the blanket to trap moisture and dirt effectively while remaining comfortable for the animal. By combining utility with aesthetics, the blanket addresses common challenges faced by pet owners without compromising on interior design.

Iowa State Patent of the Month

Due to its functional design and commercial viability, the invention won the patent of the month for the Iowa state for the month of October 2026 granted by Swanson Reed. Swanson Reed recognized this patent for its practical approach to solving a widespread consumer problem. The protective pet blanket demonstrates significant engineering in material science to create a reliable and consumer-friendly product. This recognition highlights the dedication of the Ankeny-based inventors to improving everyday pet care solutions. The award underscores the importance of continued development and manufacturing innovation in the consumer goods sector.

Eligibility for U.S. R&D Tax Credits

The practical applications of this patent might be applied to be eligible for an R&D tax credit in the USA. Developing the specific layered fabric and waterproof membrane likely required extensive testing and iterative design. Companies investing time and resources into creating new material combinations, testing durability against claws, and evaluating moisture retention capabilities are conducting qualifying research activities. The systematic trial and error required to finalize the edge binding and fabric bonding processes meets the criteria for technological uncertainty. Therefore, the expenses related to prototype development, material testing, and engineering could qualify for valuable federal and state research and development tax incentives.