ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,271, issued on April 7, was assigned to II-VI DELAWARE INC. (Wilmington, Del.). "Optical communication device" was invented by Andrei Kaikk... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,272, issued on April 7, was assigned to ZTE Corp. (Shenzhen, China). "Correspondence generation method, control method, apparatus and syste... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,273, issued on April 7, was assigned to LENOVO (BEIJING) Ltd. (Beijing). "Electronic device" was invented by Yuefeng Su (Beijing) and Xiang... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,274, issued on April 7, was assigned to Semiconductor Energy Laboratory Co. Ltd. (Kanagawa-ken, Japan). "Display device" was invented by To... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,275, issued on April 7, was assigned to NICHIA Corp. (Anan, Japan). "Partitioning member, planar light source, and liquid crystal display d... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,277, issued on April 7, was assigned to Yungu (Gu'an) Technology Co. Ltd. (Langfang, China). "Display panel, display device, and method for... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,278, issued on April 7, was assigned to Continental Automotive Technologies GmbH (Hannover, Germany). "Dual-viewing mode motor vehicle disp... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,279, issued on April 7, was assigned to Sharp K.K. (Sakai City, Japan). "Active matrix substrate and a liquid crystal display" was invented... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,280, issued on April 7, was assigned to Japan Display Inc. (Tokyo). "Optical element" was invented by Kojiro Ikeda (Tokyo) and Takeo Koito ... Read More
ALEXANDRIA, Va., April 7 -- United States Patent no. 12,596,281, issued on April 7, was assigned to Seurat Technologies Inc. (Wilmington, Mass.). "Monolithic semiconductor-based optically addressable... Read More