INT MINERALS & CHEM CORP has a total of 2,026 patent applications. Its first patent ever was published in 1940. It filed its patents most often in United States, Canada and United Kingdom. Its main competitors in its focus markets materials and metallurgy, machines and organic fine chemistry are SMITH DOUGLASS COMPANY INC, SOUTHERN PHOSPHATE CORP and MINERALS SEPARATION AMERICAN SYNDICATE 1913 LTD.
# | Country | Total Patents | |
---|---|---|---|
#1 | United States | 695 | |
#2 | Canada | 441 | |
#3 | United Kingdom | 171 | |
#4 | France | 158 | |
#5 | Germany | 116 | |
#6 | Spain | 46 | |
#7 | Japan | 44 | |
#8 | EPO (European Patent Office) | 34 | |
#9 | Australia | 32 | |
#10 | South Africa | 31 | |
#11 | Switzerland | 26 | |
#12 | Israel | 26 | |
#13 | Brazil | 21 | |
#14 | Belgium | 20 | |
#15 | Netherlands | 16 | |
#16 | Denmark | 15 | |
#17 | Italy | 14 | |
#18 | Mexico | 12 | |
#19 | New Zealand | 12 | |
#20 | Sweden | 11 | |
#21 | Norway | 9 | |
#22 | Ireland | 8 | |
#23 | Portugal | 8 | |
#24 | India | 7 | |
#25 | Austria | 6 | |
#26 | Finland | 4 | |
#27 | Republic of Korea | 4 | |
#28 | African Intellectual Property Organization | 4 | |
#29 | Poland | 4 | |
#30 | Argentina | 3 | |
#31 | China | 3 | |
#32 | German Democratic Republic | 3 | |
#33 | Greece | 3 | |
#34 | Hungary | 3 | |
#35 | Philippines | 3 | |
#36 | Yugoslavia (Serbia and Montenegro) | 3 | |
#37 | Luxembourg | 2 | |
#38 | Morocco | 2 | |
#39 | Bulgaria | 1 | |
#40 | Egypt | 1 | |
#41 | Iceland | 1 | |
#42 | Kenya | 1 | |
#43 | Turkey | 1 | |
#44 | Zimbabwe | 1 |
# | Industry | |
---|---|---|
#1 | Materials and metallurgy | |
#2 | Machines | |
#3 | Organic fine chemistry | |
#4 | Pharmaceuticals | |
#5 | Chemical engineering | |
#6 | Foods and drinks | |
#7 | Biotechnology |
# | Technology | |
---|---|---|
#1 | Unspecified technologies | |
#2 | Non-metallic elements | |
#3 | Medical preparations | |
#4 | Flotation | |
#5 | Heterocyclic compounds | |
#6 | Fodder | |
#7 | Acyclic or carbocyclic compounds | |
#8 | Fermentation | |
#9 | Alkali metal compounds | |
#10 | Foundry moulding |
# | Name | Total Patents |
---|---|---|
#1 | Dancy William B | 65 |
#2 | Hoglan Forest A | 48 |
#3 | Gloss Gunter H | 35 |
#4 | Lask Gert-Wilhelm | 32 |
#5 | Vassel Bruno | 31 |
#6 | Kraemer John F | 28 |
#7 | Lawver James E | 28 |
#8 | Martin Jerome L | 26 |
#9 | Baumann Arthur N | 25 |
#10 | Fike Harold L | 24 |
Publication | Filing date | Title |
---|---|---|
US5028407A | Method of production of high purity fusible silica | |
US4992440A | Substituted 2,3-diphenyl-1,2-dihydroquinoxalines | |
US5101018A | Method for recovering recombinant proteins | |
US5158758A | Production of silica having high specific surface area | |
US4904689A | Lysocellin-containing feed efficiency-enhancing animal feed | |
US5030433A | Process for producing pure and dense amorphous synthetic silica particles | |
EP0289186A2 | Process for increasing the growth rate and enhancing the feed efficiency of meat producing livestock | |
US4981664A | Method of production of high purity silica and ammonium fluoride | |
IL86015D0 | Method of recovering ammonia and hydrogen fluoride from ammonium fluoride solutions | |
EP0279616A2 | Swine growth promotion | |
IL85374D0 | Method and composition comprising somatotropin for promoting swine-growth | |
PL270368A1 | Method for recovery of somatotropins from diluted water solutions | |
US4933364A | Process for promoting growth and feed efficiency of food producing mammals | |
BG50927A3 | A process for stabilisied growth-stimulating hormone preparation | |
HUT44706A | Process for stabilizing growth stimulating hormone and for producing stabilized hormone composition | |
US4803209A | Substituted 2,3-diphenyl-1,2-dihydroquinoxalines | |
US4847439A | Crystallization-inhibited trimethylolethane solutions | |
US4778821A | Method for controlling helmintic parasites | |
US4801456A | Growth hormone-releasing factor analogs | |
US4751239A | 6' Carbonate esters of zearalanol and its derivatives |