IP Library › Assignment 010024/0652
Patent Assignment
Reel/Frame 010024/0652

Merger and Change of Name

Recorded: 1999-03-12 Pages: 12
Assignor
NITTO CHEMICAL INDUSTRY CO., LTD.
Executed: 1998-10-14
Assignee
MITSUBISHI RAYON CO., LTD.
NO. 6-41, KONAN 1-CHOME, MINATO-KU, TOKYO, JAPAN
Covered Properties (110)
Preparation of Stable Tellurium-Containing Solution from Metallic Tellurium and Process for Producing Tellurium-Antimony Containing Oxide Catalyst Using Said Solution
Patent: 4,374,758 →
Application: 06/243,109 →
Process for Producing Carboxylic Acid Esters from Nitriles
Patent: 4,408,067 →
Application: 06/287,655 →
Production of Acrylamide Using Immobilized Cells
Patent: 4,421,855 →
Application: 06/292,848 →
Process for Producing Methylamines
Patent: 4,485,261 →
Application: 06/367,022 →
Process for Improving Activity of Tellurium Containing Metal Oxide Catalysts
Patent: 4,618,593 →
Application: 06/379,205 →
Process for the Production of Hydrogen Cyanide
Patent: 4,461,752 →
Application: 06/468,528 →
Process for Biological Preparation of Amides
Patent: 4,637,982 →
Application: 06/527,579 →
Process for Regeneration of Iron-Antimony Metallic Oxide Catalysts
Patent: 4,536,483 →
Application: 06/545,713 →
Method for Cultivation of Pseudomonas Bacteria
Patent: 4,555,487 →
Application: 06/551,852 →
Method for Cultivation of Pseudomonas Bacteria
Patent: 4,661,456 →
Application: 06/569,021 →
Method for Cultivation of Pseudomonas Bacteria
Patent: 4,661,457 →
Application: 06/569,047 →
Process for the Preparation of Cationic Polymers
Patent: 4,514,551 →
Application: 06/572,753 →
Process for Producing Partially Hydrolyzed Acrylamide Polymer
Patent: 4,535,131 →
Application: 06/596,102 →
Process for Producing Dimethylamine the Preference to Mono-Ortrimethy- Lamine by Vapor-Phase Catalytic Reaction of Methanol and Ammonia
Patent: 4,578,516 →
Application: 06/607,679 →
Urea-Formaldehyde Condensate-Based Slow Release Nitrogen Fertilizer and Process for Producing Same
Patent: 4,596,593 →
Application: 06/612,805 →
Process for Producing Dimethylamine in Preference to Mono-and Timethy- Lamines by Gas Phase Catalytic Reaction of Amminia with Methanol
Patent: 4,582,936 →
Application: 06/617,636 →
Process for the Production of Antimony-Containing Metal Oxide Catalysts
Patent: 4,590,175 →
Application: 06/655,612 →
Process for Improving Activity of Tellurium Containing Metal Oxide Catalysts
Patent: 4,709,070 →
Application: 06/669,978 →
Process for Producing Antimony-Containing Oxide Catalyst with Improved Strength
Patent: 4,587,226 →
Application: 06/699,056 →
Process for Producing Antimony-Containing Oxide Catalyst Supported on Silica for Use in Fluidized Bed Reaction
Patent: 4,590,173 →
Application: 06/699,113 →
Method for Purifying Aqueous Acrylamide Solution
Patent: 4,701,558 →
Application: 06/799,051 →
Method for Purifying Reaction Solution Obtained by Using Microbial Cell, Immobilized Microbial Cell, or Immobilized Enzyme
Patent: 4,844,809 →
Application: 06/799,059 →
Process for Ammoxidation
Patent: 4,774,352 →
Application: 06/808,684 →
Process for Improving Activity of Tellurium Containing Metal Oxide Catalysts
Patent: 4,709,071 →
Application: 06/847,074 →
Process for Manufacturing High Purity Silica
Patent: 4,683,128 →
Application: 06/878,773 →
Method for Preservation of Nitrile Hydration Activity
Patent: 4,931,391 →
Application: 07/045,869 →
Method for Preservation of Nitrile Hydration Activity
Patent: 4,900,672 →
Application: 07/045,870 →
Regeneration of Iron-Antimony Metalic Oxide Catalysts
Patent: 4,757,038 →
Application: 07/052,226 →
Method of Cultivation of Pseudomonas Bacteria
Patent: 4,880,739 →
Application: 07/104,566 →
Process for Producing N-Substituted Maleimides
Patent: 4,812,579 →
Application: 07/107,478 →
Process for Producing Amides by Use of Microorganisms
Patent: 4,908,313 →
Application: 07/131,281 →
Process for Producing 2,6-Dichlorobenzonitrile
Patent: 4,883,897 →
Application: 07/135,353 →
Method for Preparation of Antimony and Tellurium-Containing Metal Oxide Catalysts
Patent: 4,826,802 →
Application: 07/159,997 →
Process for Producing Unsintered Cristobalite Silica
Patent: 4,853,198 →
Application: 07/169,548 →
Process for Maintaining High Level of Yield of Acrylonitrile and Hydrogen Cyanide in Ammoxidation of Propylene
Patent: 5,160,721 →
Application: 07/253,526 →
Phosphorus-Antimony-Containing Catalyst for Oxidation
Patent: 4,946,819 →
Application: 07/276,586 →
Process for Preparing Iron-Antimony-Phosphorus-Containing Catalyst for Fluidized Bed Process
Patent: 4,981,830 →
Application: 07/290,326 →
Process for Producing Acrylonitrile
Patent: 4,965,393 →
Application: 07/318,299 →
Conducting Varnish Composition
Patent: 5,009,811 →
Application: 07/321,284 →
Process for the Production of Hydrogen Cyanide
Patent: 5,158,787 →
Application: 07/331,980 →
Process for the Production of Acrylonitrile
Patent: 4,978,765 →
Application: 07/337,803 →
Method for Maintaining the Activity of Zeolite Catalysts
Patent: 5,068,442 →
Application: 07/353,446 →
Dna Encoding Polypeptide Having Nitrile Hydratase Activity and Method for Producing Amides from Nitriles with Transformant Containing the Same
Patent: 5,130,235 →
Application: 07/372,449 →
Method of Culturing a Strain of Rhodococcus Rhodochrous Having Nitrile Hydratase Activity
Patent: 5,089,411 →
Application: 07/417,259 →
Process for the Production of Optically Active (R)-(-)-3-Halo-1, 2-Propanediol
Patent: 4,943,528 →
Application: 07/438,124 →
Process for Producing Molybdenum-Containing Metal Oxide Fluid-Bed Catalyst
Patent: 5,059,573 →
Application: 07/480,698 →
Process for Preparing Silica Having a Low Silanol Content
Patent: 5,202,104 →
Application: 07/481,235 →
Process for Producing Molybdenum Bismuth-Containing Metal Oxide Catalyst
Patent: 5,071,814 →
Application: 07/497,299 →
Method of Manufacturing Spherical Silica Particles
Patent: 5,028,360 →
Application: 07/508,813 →
Process for Preparing Optically Active (R)-(-)-3-Halo-1,2-Propanediol from an Epihalohydrin by a Strain of Corynebacterium or Microbacterium
Patent: 5,155,030 →
Application: 07/511,377 →
Method of Forming Pattern by Using an Electroconductive Composition
Patent: 5,091,285 →
Application: 07/515,444 →
"Process for the Preparation of Amides Using Microorganisms"
Patent: 5,179,014 →
Application: 07/523,287 →
Process for Producing Acrylamide Polymer
Patent: 5,296,577 →
Application: 07/528,618 →
Iron-Antimony-Phosphorus-Containing Metal Oxide Catalyst for Oxidation
Patent: 5,094,990 →
Application: 07/540,729 →
Process for the Production of 4-Halo-3-Hydroxybutyronitrile with Corynebacterium or Microbacterium
Patent: 5,166,061 →
Application: 07/555,001 →
Method of Improving Ground and Apparatus Used Therefor
Patent: 5,141,366 →
Application: 07/592,384 →
Process for the Production of Modified H-Mordenite, Catalyst Comprising Said H-Mordenite and Process for the Synthesis of Methy- Lamine with the Use of the Same
Patent: 5,137,854 →
Application: 07/596,262 →
Water-Soluble Radical-Curing Polyvinyl Alcohol Derivative
Patent: 5,200,464 →
Application: 07/631,846 →
Water-In-Oil Emulsion of Cationic Polymer
Patent: 5,185,393 →
Application: 07/635,026 →
Process for Biological Production of Organic Acids
Patent: 5,135,858 →
Application: 07/659,878 →
Process for Producing R(-)-Mandelic Acid and Derivatives Thereof
Patent: 5,223,416 →
Application: 07/677,175 →
Process for Preparing Glycine from Glycinonitrile
Patent: 5,238,827 →
Application: 07/677,176 →
Biological Process for Preparing Optically Active Lactic Acid
Patent: 5,234,826 →
Application: 07/745,297 →
Iron-Antimony-Molybdenum-Containing Oxide Catalyst Composition and Process for Preparing the Same
Patent: 5,132,269 →
Application: 07/756,708 →
Iron-Antimony-Containing Metal Oxide Catalyst Composition and Process for Producing the Same
Patent: 5,139,988 →
Application: 07/761,079 →
Circular Plasmids Derived from the Genus Rhodococcus
Patent: 5,246,857 →
Application: 07/773,055 →
Process for Biological Production of Amides with R. Rhodochrous J-1.
Patent: 5,334,519 →
Application: 07/777,641 →
Biological Process for Producing Alpha-Hydroxyamide or Alpha-Hydroxy Acid
Patent: 5,326,702 →
Application: 07/791,523 →
Method for Producing Unsintered Cristobalite Particles
Patent: 5,154,905 →
Application: 07/814,051 →
Process for the Production of R(-)-4-Halo-3- Hydroxybutyronitrile
Patent: 5,210,031 →
Application: 07/830,516 →
Manufacture of Optically Active 2-Phenylpropionic Acid and 2-Phenylpropionamide from the Nitrile Using Rhodococcus Equi
Patent: 5,258,305 →
Application: 07/849,768 →
Method for Producing N-Methylolacrylamide
Patent: 5,220,065 →
Application: 07/865,270 →
Process for Stabilizing Aqueous Acrylamide Solution
Patent: 5,352,828 →
Application: 07/885,358 →
Process for Producing R(-)-Mandelic Acid or a Derivative Thereof from Mandelonitrile Using Rhodococcus
Patent: 5,296,373 →
Application: 07/904,335 →
Sulfonated Aniline-Type Copolymer and Process for Production Thereof
Patent: 5,354,816 →
Application: 07/996,786 →
Dna Fragment Encoding a Polypeptide Having Nitrile Hydratase Activity, a Transformant Containing the Gene and a Process for the Production of Amides Using the Transformant
Patent: 5,731,176 →
Application: 08/028,463 →
Process for Preparing a Water-in-Oil Emulsion
Patent: 6,348,541 →
Application: 08/116,555 →
Process for Producing Optically Active a-Hydroxycarboxylic Acid Having Phenyl Group Using Gordona Terrae
Patent: 5,580,765 →
Application: 08/191,164 →
Gene Encoding a Polypeptide Having Nitrile Hydratase Activity, a Transformant Containing the Gene and a Process for the Production of Amides Using the Transformant
Patent: 5,648,256 →
Application: 08/233,146 →
Solvent Composition
Application: 08/260,741 →
Process for Preparing Amino-Polycarboxylic Acids or Salts Thereof
Patent: 5,543,566 →
Application: 08/305,293 →
Composition and Method for Recovery of Petroleum and Gas
Patent: 5,487,425 →
Application: 08/310,486 →
Novel Hybrid Plasmid Vectors, Recombinant Plasmids Containing Genes Encoding Nitrile Degrading Enzymes, Transformants Containing the Recombinant Plasmids and Methods of Producing Amides and Acids Using the Transformants
Patent: 5,654,180 →
Application: 08/344,683 →
Soluble Alkoxy-GR0UP Substituted Aminobenzenesulfonic Acid Conducting Polymers
Patent: 5,589,108 →
Application: 08/361,577 →
Biocatalysts Immobilized in a Storage Stable Copolymer Gel
Patent: 5,567,608 →
Application: 08/370,254 →
Process for Producing Alpha-Hydroxy Acid or Alpha-Hydroxyamide by Microorganisms
Patent: 5,508,181 →
Application: 08/378,006 →
Dna Fragment Encoding a Polypeptide Having Nitrile Hydratase Activity, a Transformant Containing the Gene and a Process for the Production of Amides Using the Transformant
Patent: 5,753,472 →
Application: 08/461,836 →
Gene Encoding a Polypeptide Having Nitrile Hydratase Activity, a Transformant Containing the Gene and a Process for the Production of Amides Using the Transformant
Patent: 5,789,211 →
Application: 08/463,470 →
Alkylenediamine-N,N'-Disuccinic Acid Iron (Iii) Complex Salts and Process for Production Thereof
Patent: 5,679,817 →
Application: 08/505,461 →
Method for Preparing Cyanoacetic Acid Higher Ester
Patent: 5,637,752 →
Application: 08/507,258 →
Kanamycin Resistance Gene Derived from Microorganisms of the Genus Rhodococcus
Patent: 5,776,771 →
Application: 08/510,878 →
Process for Production of Phenyllactic Acid Derivative
Patent: 5,684,186 →
Application: 08/511,152 →
Method for Recovering Uncrosslinked Synthetic Resin Waste
Patent: 5,630,945 →
Application: 08/517,760 →
Polyfunctional Cationic Monomer and Process for Producing the Same
Patent: 5,612,388 →
Application: 08/528,706 →
Regulatory Gene for the Expression of Nitrile Hydratase Gene
Patent: 5,683,913 →
Application: 08/537,434 →
Method for Preserving Nitrile Hydratase or Nitrilase Activity of Microbial Cells with Inorganic Salts
Patent: 5,705,382 →
Application: 08/542,291 →
Solvent Composition
Patent: 5,612,303 →
Application: 08/555,309 →
Method for Producing Optically Active Alpha-Hydroxy Acid or Alpha-Hydroxyamide Using a Cyano Ion Detector and Substrate Concentration Regulator
Patent: 5,736,385 →
Application: 08/556,085 →
Regulatory System for Expression of Nitrilase Gene and a Gene Thereof
Patent: 5,602,014 →
Application: 08/577,184 →
Production of Alkylene or Phenylenediamine Disuccinic Acid from Fumaric Acid and a Diamine Using Lyase from Microbes
Patent: 5,707,836 →
Application: 08/612,437 →
Circular Plasmids
Patent: 5,705,386 →
Application: 08/678,650 →
Process for Producing Dimethylamine
Patent: 5,773,659 →
Application: 08/682,588 →
Process for the Preparation of a Water-in-Oil Type High-Molecular-Weight Polymer Emulsion
Patent: 5,698,629 →
Application: 08/698,952 →
Soluble Alkoxy-Group Substituted Aminobenzenesulfonic Acid Aniline Coducting Polymers
Patent: 5,700,399 →
Application: 08/700,994 →
Production of Methylamines
Patent: 5,688,854 →
Application: 08/712,886 →
Process for Producing a-Hydroxy Acid or a-Hydroxyamide by Microorganism
Patent: 5,756,306 →
Application: 08/745,918 →
Ionizing Radiation Exposure Method Utilizing Water Soluble Aniline Antistatic Polymer Layer
Patent: 5,776,659 →
Application: 08/762,877 →
Process for Producing Optically Active Alpha-Hydroxycarboxylic Acid Having Phenyl Group
Patent: 5,714,357 →
Application: 08/764,295 →
Method for Preparing Cyanoacetic Acid Higher Ester
Patent: 5,698,730 →
Application: 08/769,702 →
Purification of Nitrile
Patent: 5,969,175 →
Application: 08/874,727 →
Related Assignments (23)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignors Interest. Apr 9, 1982
From: ASHINA, YOSHIRO; FUKATSU, MICHIO
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA
Reel/Frame 003987/0971 →
Assignment of Assignors Interest. Nov 30, 1982
From: SASAKI, YUTAKA; NAKAMURA, YOSHIMI
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 004065/0272 →
Assignment of Assignors Interest. Jul 5, 1983
From: YAMADA, HIDEAKI; TANI, YOSHIKI
To: HIDEAKI YAMADA 19-1 KINOMOTO CHO MATSUGASAKI SAKYO KU KYOTO SHI KYOTO FU JAPAN
Reel/Frame 004175/0283 →
Assignment of Assignors Interest. Jul 15, 1983
From: NAKAMURA, TOMIO; DOI, SHUNICHI
To: NITTO CHEMICAL INDUSTRIES, LTD.
Reel/Frame 004148/0428 →
Assignment of Assignors Interest. Sep 29, 1983
From: WATANABE, ICHIRO; SAKASHITA, KEIICHI; OGAWA, YASUO
To: NITTO CHEMICAL INDUSTRY CO., LTD. NO. 5-1, MARUNOUCHI 1-CHOME, CHIYODA-KU, TOKYO, JAPAN
Reel/Frame 004174/0426 →
Assingns to Each Assignee 1/2 of the Entire Right Nov 15, 1983
From: YAMADA, HIDEAKI; RYUNO, KOITCHIRO
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA 5-1 MARUNOUCHI 1 CHOKME CHIYODA KU TOKYO TO JAPAN; HIDEAKI YAMADA, 19-1 MATSUGASAKI KINOMOTO CHO SAKYO KU KYOTO SHI KYOTO FU JAPAN
Reel/Frame 004198/0795 →
Assignment of 1/2 of Assignors Interest Jan 9, 1984
From: ENOMOTO KAREHIKO; WATANABE INCHIRO; YAMADA, HIDEAKI
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA; HIDEAKI YAMADA
Reel/Frame 004216/0913 →
Assignment of 1/2 of Assignors Interest Jan 9, 1984
From: YAMADA, HIDEAKI; RYUNO, KOITCHIRO; ENOMOTO, KANEHIKO; WATANABE, ICHIRO
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA; YAMADA HIDEAKI
Reel/Frame 004217/0001 →
Assignment of Assignors Interest. Jan 23, 1984
From: FURUNO, AKIHISA; INUKAI, KENICHI; OGAWA, YASUO
To: NITTO CHEMICAL INDUSTRY CO., LTD., MITSUBISHI RAYON CO., LTD.5-1, MARUNOUCHI-1-CHOME, CHIYODA-KU, TOKYO, JAPAN, 3-19, KYOBASHI-2-CHOME, CHUO-KU, TOKYO, JAPAN A CORP OF JAPAN; DIAFLOC CO., LTD., 5-1, MARUNOUCHI-1-CHOME, CHIYODA-KU, TOKYO, JAPAN A CORP OF JAPAN
Reel/Frame 004222/0264 →
Assignment of Assignors Interest. Apr 2, 1984
From: HANDA, RYOJI; HOSODA, JUN; YOSHIDA, NORIMASA
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA, MITSUBISHI RAYON CO., LTD. 5-1, MARUNOUCHI 1-CHOME, CHIYODA-KU, TOKYO-TO, JAPAN; DIAFLOC CO., LTD.
Reel/Frame 004246/0010 →
Assignment of Assignors Interest. May 7, 1984
From: ASHINA, YOSHIRO; FUJITA, TAKEYUKI; FUKATSU, MICHIO; YAGI, JUNSUKE
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA 5-1, MARUNOUCHI 1-CHOME, CHIYODA-KU, TOKYO-TO, JAPAN
Reel/Frame 004258/0664 →
Assignment of Assignors Interest. May 7, 1984
From: SASAKI, YUTAKA; UTSUMI, HIROSHI
To: NITTO CHEMICAL INDUSTRIES CO., LTD 5-1, MARUNOUCHI 1-CHOME, CHIYODA-KU, TOKYO, JAPAN
Reel/Frame 004253/0303 →
Assignment of Assignors Interest. May 22, 1984
From: TAZAWA, SHUNSUKE; KURIHARA, KATSUHIKO; KAWAGOE, YUZURU; ANDO, SEINOSUKE
To: NITTO CHEMICAL INDUSTRY INDUSTRY CO., LTD., A CORP. OF JAPAN
Reel/Frame 004310/0355 →
Assignment of Assignors Interest. Jun 6, 1984
From: ASHINA, YOSHIRO; FUJITA, TAKEYUKI; FUKATSU, MICHIO; YAGI, JUNSUKE
To: NITTO KAGAKU KOGYO KABUSHIKI KAISHA
Reel/Frame 004276/0966 →
Assignment of 1/2 of Assignors Interest Jun 20, 1984
From: YAMADA, HIDEAKI; TANI, YOSHIKI
To: NITTO KAGAKU KOGY KABUSHIKI KAISHA, 5-1, MARUNOUCHI 1-CHOM, CHIYODA-KU, TOKYO-TO, JAPAN, A CORP. OF
Reel/Frame 004271/0289 →
Assignment of Assignors Interest. May 30, 1985
From: SASAKI, YUTAKA; KIYOMIYA, YUTAKA; NAKAMURA, TOSHIO; NAKAMURA, YOSHIMI
To: NITTO CHEMICAL INDUSTRY COMPANY, LIMITED
Reel/Frame 004407/0583 →
Assignment of Assignors Interest. Feb 25, 1986
From: SASAKI, YUTAKA; NAKAMURA, TOSHIO; YAMAMOTO, HIROSHI; MURATA, HIROSHI
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 004513/0937 →
Assignment of Assignors Interest. Mar 10, 1986
From: SASAKI, YUTAKA; UTSUMI, HIROSHI; MORI, KUNIO; YAMAMOTO, HIROSHI
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 004520/0462 →
Assignment of Assignors Interest. Jun 25, 1986
From: ORII, KOICHI; NISHIDA, MASASHI; YAGI, JUNSUKE; OHSHIMA, IWAO
To: NITTO CHEMICAL INDUSTRY CO., LTD., A CORP. OF JAPAN; MITSUBISHI RAYON CO., LTD., A CORP. OF JAPAN
Reel/Frame 004572/0683 →
Assignment of Assignors Interest. Jul 14, 1986
From: SASAKI, YUTAKA; KIYOMIYA, YUTAKA; NAKAMURA, TOSHIO
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 004574/0413 →
Assignment of Assignors Interest. Apr 6, 1988
From: SASAKI, YUTAKA; KIYOMIYA, YUTAKA; NAKAMURA, TOSHIO
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 004847/0625 →
Assignment of Assignors Interest. Feb 3, 1989
From: ASHINA, YOSHIRO; YAMAGUCHI, YASUMASA; NISHIDA, MASASHI; DOI, TOSHIAKI
To: NITTO CHEMICAL INDUSTRY CO., LTD.
Reel/Frame 005013/0398 →
Assignment of Assignor's Interest May 23, 2003
From: DIAFLOC CO., LTD.
To: DIA-NITRIX CO., LTD.
Reel/Frame 014097/0770 →