USS ENG & CONSULT has a total of 4,228 patent applications. Its first patent ever was published in 1968. It filed its patents most often in Canada, United Kingdom and Germany. Its main competitors in its focus markets materials and metallurgy, machines and environmental technology are OGLEBAY NORTON CO, CONCAST STANDARD AG and USINOR SACILOR.
# | Country | Total Patents | |
---|---|---|---|
#1 | Canada | 420 | |
#2 | United Kingdom | 375 | |
#3 | Germany | 369 | |
#4 | France | 360 | |
#5 | Italy | 241 | |
#6 | Australia | 237 | |
#7 | Spain | 237 | |
#8 | Brazil | 230 | |
#9 | Japan | 196 | |
#10 | South Africa | 190 | |
#11 | Belgium | 184 | |
#12 | Argentina | 107 | |
#13 | Austria | 107 | |
#14 | Netherlands | 96 | |
#15 | United States | 90 | |
#16 | Sweden | 77 | |
#17 | India | 65 | |
#18 | EPO (European Patent Office) | 60 | |
#19 | Norway | 56 | |
#20 | Romania | 50 | |
#21 | Yugoslavia (Serbia and Montenegro) | 48 | |
#22 | Mexico | 42 | |
#23 | WIPO (World Intellectual Property Organization) | 37 | |
#24 | Denmark | 36 | |
#25 | Finland | 35 | |
#26 | Turkey | 33 | |
#27 | USSR (Union of Socialist Soviet Republics) | 30 | |
#28 | Republic of Korea | 28 | |
#29 | Hungary | 24 | |
#30 | Poland | 21 | |
#31 | Ireland | 19 | |
#32 | Philippines | 17 | |
#33 | Portugal | 15 | |
#34 | Czechoslovakia | 14 | |
#35 | Switzerland | 11 | |
#36 | New Zealand | 11 | |
#37 | Luxembourg | 10 | |
#38 | Egypt | 9 | |
#39 | China | 8 | |
#40 | German Democratic Republic | 7 | |
#41 | Greece | 7 | |
#42 | Taiwan | 5 | |
#43 | Bulgaria | 4 | |
#44 | Hong Kong | 3 | |
#45 | Czechia | 2 | |
#46 | Algeria | 1 | |
#47 | Croatia | 1 | |
#48 | Indonesia | 1 | |
#49 | African Intellectual Property Organization | 1 | |
#50 | Russian Federation | 1 |
# | Industry | |
---|---|---|
#1 | Materials and metallurgy | |
#2 | Machines | |
#3 | Environmental technology | |
#4 | Thermal processes | |
#5 | Surface technology and coating | |
#6 | Measurement |
# | Name | Total Patents |
---|---|---|
#1 | Vassilicos Achilles | 50 |
#2 | Shapland Earl Page | 49 |
#3 | King Patrick Dana | 33 |
#4 | Copperthwaite Martin | 32 |
#5 | Shapland James Thomas | 30 |
#6 | Shapland E P | 26 |
#7 | Thrower Anthony | 26 |
#8 | Gallucci F | 25 |
#9 | Shapland E | 23 |
#10 | Shapland J T | 22 |
Publication | Filing date | Title |
---|---|---|
US6361624B1 | Fully-stabilized steel for porcelain enameling | |
US6331241B1 | Method of making chromium-plated steel | |
US6375346B1 | Method for detecting the spalling of a layer of buildup of a refractory lining in a metallurgical furnace | |
US6174426B1 | Tin-plated steel with adhesion promoter | |
US6166681A | Measuring the thickness of materials | |
US6006575A | Reversible mandrel bar assembly | |
US6137294A | Prediction of bulk density of particulates with a correlation based on moisture content | |
US6062777A | Machining threaded tubular goods | |
US5981917A | Ladle preheat indication system | |
US6022467A | Electrolytic tin plating process with reduced sludge production | |
US6130637A | Measuring the thickness of hot slag in steelmaking | |
CZ9902222A3 | Process for producing structural steels | |
US6056833A | Thermomechanically controlled processed high strength weathering steel with low yield/tensile ratio | |
US6110296A | Thin strip casting of carbon steels | |
US6246235B1 | Tubular products inspection | |
US5814202A | Electrolytic tin plating process with reduced sludge production | |
US5890805A | Method for monitoring the wear and extending the life of blast furnace refractory lining | |
US6013163A | Probe for detection of the concentration of various elements in molten metal | |
US5795410A | Control of surface carbides in steel strip | |
US5772795A | High strength deep drawing steel developed by reaction with ammonia |