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Browse by: INVENTOR PATENT HOLDER PATENT NUMBER DATE
 
 
Inventor:
Odagiri; Masaru
Address:
Kawanishi, JP
No. of patents:
42
Patents:












Patent Number Title Of Patent Date Issued
8076043 Fuel cell December 13, 2011
A fuel cell body has an anode having an anode-side separator with projections and depressions formed on its surface, a cathode, and a membrane electrode assembly disposed between the anode and the cathode, and the fuel cell body is disposed in a container for storing liquid fuel so t
7638938 Phosphor element and display device December 29, 2009
The phosphor element includes a pair of electrodes facing each other and a phosphor layer containing phosphor particles, the phosphor layer being supported between the pair of electrodes. The phosphor particles include a first semiconductor part and a second semiconductor part which cove
7479342 Fuel cell January 20, 2009
A fuel cell body has an anode having an anode-side separator with projections and depressions formed on its surface, a cathode, and a membrane electrode assembly disposed between the anode and the cathode, and the fuel cell body is disposed in a container for storing liquid fuel so t
7406013 Optical disc drive July 29, 2008
In a recordable data storage medium on which property data was recorded after having been modulated and on which data that is decodable by a cryptographic key to be generated from the property data was recorded, the property data was preferably modulated by a different method from th
7381490 Power system for fuel cell, electronic equipment and electric power feeding method June 3, 2008
As disclosed, there is provided a small-size power system for fuel cell allowing efficient extraction of electric power-output from a fuel cell and a secondary cell, electronic equipment, and an electric power feeding method. The power system for fuel cell has a voltage conversion circui
7118984 Method for fabricating semiconductor component October 10, 2006
Electrode layers (1, 2) are arranged on both sides of a dielectric layer (3) facing each other so as to configure a capacitor. Lead electrodes (4, 5) are formed in the electrode layers (1, 2). A penetrating electrode (6) that is insulated from the electrode layers (1, 2) is formed. An
6942903 Thin film, method and apparatus for forming the same, and electronic component incorporating the September 13, 2005
A method for forming a thin film includes the steps of: supplying a deposition material in the form of a liquid onto a heated surface; heating and vaporizing the deposition material on the heated surface while the deposition material is undergoing movement; and depositing the deposition
6879481 Layered product and capacitor April 12, 2005
A layered product comprising a plurality of deposition units, each comprising a thin resin layer and a thin metal layer wherein the surface roughness of the thin resin layer is 0.1 .mu.m or below, a protrusion forming component is not added to the thin resin layer or the surface roug
6838153 Layered product, capacitor and a method for producing the layered product January 4, 2005
A method for producing a laminate having resin layers and thin metal layers by repeating a process unit comprising a step of laminating a resin layer by applying a resin material, a step of depositing a patterning material on the resin layer and a step of laminating a thin metal layer,
6714401 Thin film, method and apparatus for forming the same, and electronic component incorporating the March 30, 2004
A method for forming a thin film includes the steps of: supplying a deposition material in the form of a liquid onto a heated surface; heating and vaporizing the deposition material on the heated surface while the deposition material is undergoing movement; and depositing the deposition
6710997 Layered product and capacitor March 23, 2004
A layered product including a plurality of deposition units, each having a thin resin layer and a thin metal layer wherein the surface roughness of the thin resin layer is 0.1 .mu.m or below, a protrusion forming component is not added to the thin resin layer or the surface roughness of
6704190 Layered product and capacitor March 9, 2004
A layered product comprising a plurality of deposition units, each comprising a thin resin layer and a thin metal layer wherein the surface roughness of the thin resin layer is 0.1 .mu.m or below, a protrusion forming component is not added to the thin resin layer or the surface roug
6602559 Thin film, method and apparatus for forming the same, and electronic component incorporating the August 5, 2003
A method for forming a thin film includes the steps of: supplying a deposition material in the form of a liquid onto a heated surface; heating and vaporizing the deposition material on the heated surface while the deposition material is undergoing movement; and depositing the deposition
6577493 Layered product and capacitor June 10, 2003
A layered product including a plurality of deposition units, each having a thin resin layer and a thin metal layer wherein the surface roughness of the thin resin layer is 0.1 .mu.m or below, a protrusion forming component is not added to the thin resin layer or the surface roughness of
6488985 Thin film, method and apparatus for forming the same, and electronic component incorporating the December 3, 2002
A method for forming a thin film includes the steps of: supplying a deposition material in the form of a liquid onto a heated surface; heating and vaporizing the deposition material on the heated surface while the deposition material is undergoing movement; and depositing the deposition
6413456 Method for manufacturing electronic parts July 2, 2002
In a method for manufacturing electronic parts by laminating metal thin films and insulating thin films on a support, a mold releasing agent is applied to the support before the start of lamination. Alternatively, the mold releasing agent is applied to the surface of the laminate during
6270832 Method for manufacturing a layered product August 7, 2001
Before forming resin layers and metal thin film layers on a rotating supporting base, a belt-shaped object is run over the supporting base to remove foreign particles adhering to the supporting base. After a resin layer and a metal thin film layer are formed on the belt-shaped object and
6195249 Electronic component having gaps between conductive thin films February 27, 2001
An electronic component provided with a dielectric thin film (4), normal electrodes (1a, 1b) formed on the thin film (4), dummy electrodes (2a,2b) formed on the dielectric thin film (4) with an insulating region (20) therebetween, and auxiliary electrodes (3) provided on both side faces
6165832 Method for manufacturing a capacitor December 26, 2000
A method for manufacturing a capacitor includes the step of depositing metal thin film layers and resin layers alternating with each other, thereby forming a layered product. The thickness of the resin layer and the metal thin film or the width of margins are measured during the depo
6153259 Thin film, method and apparatus for forming the same, and electronic component incorporating the November 28, 2000
A method for forming a thin film includes the steps of: supplying a deposition material in the form of a liquid onto a heated surface; heating and vaporizing the deposition material on the heated surface while the deposition material is undergoing movement; and depositing the deposition
5798135 Method for producing a magnetic recording medium having a carbon protective layer August 25, 1998
A ferromagnetic metal thin film recording medium having a nonmagnetic substrate, a ferromagnetic metal thin film formed on the nonmagnetic substrate, a dry etched layer which is formed in a surface layer of the ferromagnetic metal thin film and contains oxygen atoms in a higher conce
5776602 Magnetic recording medium having a carbon protective film containing nitrogen and oxygen and ove July 7, 1998
A magnetic recording medium of the present invention includes: a non-magnetic substrate; a ferromagnetic thin metal layer formed on the non-magnetic substrate; and a carbon layer and a lubricant layer in contact with the carbon layer, which is formed above the ferromagnetic thin meta
5670107 Method for producing magnetic recording medium September 23, 1997
A magnetic recording medium produced by treating a magnetic recording medium which comprises a non-magnetic substrate and a magnetic layer formed on said substrate in an atmosphere kept at a temperature of at least 50.degree. C., with applying a tension of 1 gf. or less per 10 mm wid
5637393 Magnetic recording medium and its manufacturing method June 10, 1997
A magnetic recording medium comprising a non-magnetic substrate, a ferromagnetic thin film on the non-magnetic substrate, a hard carbon film on the ferromagnetic thin film, a modified layer of which atomic ratio of nitrogen/carbon is 0.8% or more, and of which thickness is less than 3 nm
5589263 Magnetic recording medium having a ferromagnetic metal thin film, a dry etched layer, a carbonac December 31, 1996
A ferromagnetic metal thin film recording medium having a nonmagnetic substrate, a ferromagnetic metal thin film formed on the nonmagnetic substrate, a dry etched layer which is formed in a surface layer of the ferromagnetic metal thin film and contains oxygen atoms in a higher conce
5540957 Method of manufacturing a magnetic recording medium July 30, 1996
A magnetic recording media comprising a non-magnetic substrate, a ferromagnetic thin film on the non-magnetic substrate, a hard carbon film on the ferromagnetic thin film, a modified layer of which atomic ratio of nitrogen/carbon is 0.8% or more, and of which thickness is less than 3 nm
5496595 Method for forming film by plasma CVD March 5, 1996
A magnetic recording medium comprising a back coating layer formed on a surface reverse to a magnetic layer and a carbonaceous film which is formed on the back coating layer and contains fluorine atoms and silicon atoms and/or nitrogen atoms and in which a concentration of fluorine atoms
5494742 Magnetic recording medium having improved running time and corrosion resistance February 27, 1996
A magnetic recording medium comprising a non-magnetic substrate, a ferromagnetic metal film formed on said non-magnetic substrate, a carbon film which is formed on said ferromagnetic metal film and in which a concentration of at least one element selected from the group consisting of
5451427 Magnetic recording medium and method of producing the same September 19, 1995
With the use of a novel method in which after a magnetic recording medium carrying a ferromagnetic metal thin film is heated, a protective layer is developed on the ferromagnetic metal thin film by a known plasma CVD technique while an out gas from the magnetic recording medium being
5443888 Magnetic recording medium having a carbon protective layer and partially fluorinated alkyl carbo August 22, 1995
In making a magnetic recording medium, a diamond-like carbon film is formed stably with high product efficiency such as 200 .ANG./sec, without occurrence of irregular discharge, and improved still durability and reduced head contamination are achieved by utilizing a.c. plasma discharge
5364690 Magnetic recording medium comprising a ferromagnetic metal film and two carbon protective layers November 15, 1994
A magnetic recording medium comprising: a non-magnetic substrate; a ferromagnetic metal thin film provided on the non-magnetic substrate; a filmlike first carbon layer provided on the ferromagnetic metal thin film; and a hard and amorphous second carbon layer provided on the first carbon
5328737 Method of forming film by plasma CVD July 12, 1994
A method of forming a film on a substrate by plasma CVD, comprising the steps of: providing a discharge tube in a vacuum chamber; providing a partition wall around the discharge tube; evacuating space between the discharge tube and the partition wall to vacuum; providing the substrate
5322716 Method for producing magnetic recording medium June 21, 1994
A method of producing a magnetic recording medium comprises the steps of heating in vacuum a magnetic recording medium produced by forming a ferromagnetic metal-film-type recording medium onto a non-magnetic substrate and of forming, immediately after heating, a protective layer on t
5302424 Method for forming a film with plasma CVD process April 12, 1994
In plasma discharge to form a film on a magnetic tape of the like in a plasma CVD process, a hollow electrode 12 is arranged in a discharge tube 8 or arranged opposed to another electrode 34. A non-polymerizable gas is blown out from the inside of the hollow electrode 12 made from a sint
5182132 Magnetic recording medium and method for making it January 26, 1993
In making a magnetic recording medium, a diamond-like carbon film is formed stably with high product efficiency such as 200 .ANG./sec, without occurrence of irregular discharge, and improved still durability and reduced head contamination are achieved by utilizing a.c. plasma discharge
5110676 Magnetic recording medium incorporating metallic magnetic thin film May 5, 1992
A magnetic metallic thin film type of recording medium has particles of predetermined size uniformly distributed over a surface of a base layer, with a magnetic metallic thin film formed over these. A diamond-state carbon protective film, a carbon protective layer, e.g. of graphite, and
5104685 Method of producing magnetic recording medium April 14, 1992
A method of producing a magnetic recording medium has the steps of forming a ferromagnetic metallic film layer on a non-magnetic substrate, forming, by a plasma CVD process, a protective layer on the ferromagnetic metallic film layer, and forming an oxidation layer on the protective laye
4833031 Magnetic recording medium May 23, 1989
A magnetic recording medium is provided with a protective film made of a diamond like carbon film and an organic compound film on a ferromagnetic metal recording film; and it realizes excellent durability and small spacing loss or the like; and as a result high density magnetic recording
4647507 Magnetic recording material March 3, 1987
A magnetic recording medium wherein a thin layer comprising an organic compound having at least one carboxyl or mercapto group, at least one fluoroalkyl group having 3 or more carbon atoms and at least one aliphatic alkyl group having 8 or more carbon atoms on its molecular terminals is
4514451 Polyester substrate for magnetic recording medium having oligomer protrusions thereon April 30, 1985
A magnetic recording media comprises a polyester substrate having 1000/mm.sup.2 or more protrusions of polyester oligomer, and a ferromagnetic thin film of 400 .ANG. or larger thickness both formed on the surface of the polyester substrate; the recording media has substantially no sq
4323629 Metallic thin film magnetic recording medium April 6, 1982
A magnetic thin film deposited on a non-magnetic substrate consists substantially of Ni, Co and oxygen, the content of Ni being between 10 and 55% by weight based on the weight of Ni and Co, the atomic percent ratio of oxygen to Ni and Co being between 3 and 45%.
4239835 Magnetic recording medium December 16, 1980
A magnetic recording medium wherein a ferromagnetic substance consisting of Fe, Co, Ni or alloy thereof is vacuum evaporated and deposited on a substrate made of a plastic film or a sheet of non-magnetic metal. The thin ferromagnetic film has the columnar crystal structure, and the c










 
 
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