INT STANDARD ELECTRIC CORP has a total of 28,017 patent applications. Its first patent ever was published in 1920. It filed its patents most often in France, United States and Germany. Its main competitors in its focus markets telecommunications, electrical machinery and energy and measurement are STANDARD ELECTRICA SA, STANDARD ELEKTRIK LORENZ AG and STANDARD TELEPHON & RADIO AG.
# | Country | Total Patents | |
---|---|---|---|
#1 | France | 6,300 | |
#2 | United States | 4,575 | |
#3 | Germany | 3,494 | |
#4 | United Kingdom | 2,340 | |
#5 | Canada | 1,791 | |
#6 | Switzerland | 1,342 | |
#7 | Austria | 934 | |
#8 | Australia | 932 | |
#9 | Japan | 846 | |
#10 | Denmark | 829 | |
#11 | Italy | 730 | |
#12 | Belgium | 715 | |
#13 | Brazil | 445 | |
#14 | EPO (European Patent Office) | 419 | |
#15 | Sweden | 406 | |
#16 | Netherlands | 281 | |
#17 | South Africa | 239 | |
#18 | Norway | 211 | |
#19 | Finland | 184 | |
#20 | New Zealand | 165 | |
#21 | Argentina | 115 | |
#22 | Ireland | 105 | |
#23 | Mexico | 74 | |
#24 | Yugoslavia (Serbia and Montenegro) | 60 | |
#25 | Greece | 55 | |
#26 | Israel | 47 | |
#27 | India | 45 | |
#28 | Portugal | 34 | |
#29 | Poland | 33 | |
#30 | WIPO (World Intellectual Property Organization) | 29 | |
#31 | Spain | 28 | |
#32 | Romania | 26 | |
#33 | Hungary | 25 | |
#34 | USSR (Union of Socialist Soviet Republics) | 23 | |
#35 | Turkey | 21 | |
#36 | Republic of Korea | 19 | |
#37 | Egypt | 18 | |
#38 | Hong Kong | 18 | |
#39 | German Democratic Republic | 17 | |
#40 | Philippines | 16 | |
#41 | China | 11 | |
#42 | Singapore | 6 | |
#43 | Czechoslovakia | 4 | |
#44 | Iceland | 2 | |
#45 | Taiwan | 2 | |
#46 | Bulgaria | 1 | |
#47 | Jordan | 1 | |
#48 | Morocco | 1 | |
#49 | Malta | 1 | |
#50 | Malaysia | 1 | |
#51 | Saudi Arabia | 1 |
# | Industry | |
---|---|---|
#1 | Telecommunications | |
#2 | Electrical machinery and energy | |
#3 | Measurement | |
#4 | Basic communication technologies | |
#5 | Digital networks | |
#6 | Semiconductors | |
#7 | Computer technology |
# | Technology | |
---|---|---|
#1 | Selecting | |
#2 | Telephonic communication | |
#3 | Transmission | |
#4 | Radio navigation | |
#5 | Pulse technique | |
#6 | Digital information transmission | |
#7 | Electric discharge tubes | |
#8 | Electric switches | |
#9 | Semiconductor devices | |
#10 | Electric digital data processing |
# | Name | Total Patents |
---|---|---|
#1 | Earp Charles William | 131 |
#2 | Deakin Gerald | 126 |
#3 | Wright Esmond Philip Goodwin | 102 |
#4 | Grieg Donald David | 89 |
#5 | Hertog Martinus Den | 89 |
#6 | Gerald Deakin | 88 |
#7 | Goodwin Wright Esmond Philip | 81 |
#8 | Treiber Robert | 76 |
#9 | Drake Cyril Francis | 66 |
#10 | William Earp Charles | 64 |
Publication | Filing date | Title |
---|---|---|
IL118917D0 | Battery pack for a helmet mounted night vision device | |
WO9610764A1 | Collimator/diopter assembly with folded optics for a night vision monocular device | |
JPH07312180A | Thermoelectronic cathode for electron beam pipe | |
JPH08125401A | Electronically tunable gain equalizer | |
AU6746994A | System and method for passive voice verification in a telephone network | |
WO9513551A1 | Monocular night vision devices | |
WO9509432A1 | Unistructural housing for an image intensifier tube | |
EP0721653A1 | Unistructural housing for an image intensifier tube | |
EP0712556A1 | Dynamic radio communications system | |
CA2167502A1 | Dynamic radio communications system | |
IL106269A | Consumer night vision viewing apparatus | |
KR100192136B1 | Replacement device for driver viewer | |
IL97871D0 | Image intensifier system for a driver's viewer | |
GB9422832D0 | Amplifier circuit | |
JO1608B1 | Integrated i/o interface for communication terminal | |
KR960002664B1 | An image intensifier and the manufacturing method thereof | |
GB8902475D0 | Apparatus and methods for the selective addition of noise to templates employed in automatic speech recognition systems | |
EP0322244A2 | Self-limiting mask undercut process | |
GB8822524D0 | Passive ranging to random scanning or non-scanning emitters | |
IL87695D0 | Method of performing system integrated fault-tree analysis |