ALEXANDRIA, Va., Sept. 30 -- United States Patent no. D1,095,855, issued on Sept. 30. "Foot therapy device" was invented by Huiming Zhang (Shenzhen, China). The patent was filed on Jan. 9, 2025, und... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. D1,095,571, issued on Sept. 30, was assigned to BOTRISTA TECHNOLOGY INC. (Dover, Del.). "Display screen or portion thereof with animated graphica... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,426,648, issued on Sept. 30, was assigned to Aurora Outdoor Outfits LLC (Chapel Hill, N.C.). "Garment having a manipulable crotch area" was in... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,427,286, issued on Sept. 30, was assigned to Boston Scientific Scimed Inc. (Maple Grove, Minn.). "Directional enhancement feature for articula... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,427,659, issued on Sept. 30, was assigned to GOOGLE LLC (Mountain View, Calif.). "Transporter network for determining robot actions" was inven... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,427,118, issued on Sept. 30, was assigned to President and Fellows of Harvard College (Cambridge, Mass.). "Injectable cryogel vaccine devices ... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. D1,096,057, issued on Sept. 30. "Holder and stand for paper grocery bag" was invented by David Barrickman (Anderson, Ind.) and Gene Schildmeier (... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,428,378, issued on Sept. 30, was assigned to UNIVERSITY OF PITTSBURGH-OF THE COMMONWEALTH SYSTEM OF HIGHER EDUCATION (Pittsburgh). "Methods an... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,427,401, issued on Sept. 30, was assigned to GREE HOLDINGS Inc. (Tokyo). "Game program, method for controlling computer, and computer" was inv... Read More
ALEXANDRIA, Va., Sept. 30 -- United States Patent no. 12,428,631, issued on Sept. 30, was assigned to Duke University (Durham, N.C.). "CRISPR/Cas9-based repressors for silencing gene targets in vivo ... Read More