Inventor · Xialubei, TW

Ming-Hung Wu

19Patents

2h-index

29Co-inventors

54Inventor score

Filing activity: Dec 19, 2001 → Nov 7, 2022

Most-cited inventions

Patent	Title	Area	Cited by	Status
USD466763S1	Storage stand	General	10	Expired
US7749783B2	Method of forming a display panel	Physics	3	Active
US8072562B2	Liquid crystal panel and liquid crystal mixture	Physics	2	Active
US8094284B2	Liquid crystal display panel including patterned pixel electrodes having micro slits, electronic apparatus and manufacturing method thereof	Physics	2	Active
US9583064B2	Liquid crystal display	Physics	1	Active
US11625588B2	Neuron circuit and artificial neural network chip	Physics	1	Active
US11650945B2	Cascade extension device and cascade system having the same	Physics	1	Active
US7684001B2	Liquid crystal display panel having photo-alignment film and patterned pixel electrodes with micro slits disposed therein, electronic apparatus, and manufacturing method thereof	Physics	1	Active
US7540975B2	Optically compensated birefringence alignment agent, liquid crystal display utilizing the same and fabrication method thereof	Physics	1	Active
US9094002B2	In situ pulse-based delay variation monitor predicting timing error caused by process and environmental variation	Electricity	1	Active
US8896589B2	Liquid crystal display panel and display driving method	Physics	0	Active
US12260891B2	MFMFET, MFMFET array, and the operating method thereof	Physics	0	Active
US11309443B2	Photosensitive module	Electricity	0	Active
US11355656B2	Photosensitive module	Electricity	0	Active
US10811332B2	Thermal-dissipating substrate structure	Electricity	0	Active
US10903136B2	Package structure having a plurality of insulating layers	Electricity	0	Active
US12341914B2	Key generation unit with physical unclonable function, key generator and circuit system	Electricity	0	Active
US10901935B2	IC, bus system and control method thereof	Physics	0	Active
US11810863B2	Sensor	Electricity	0	Active

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.