专利检索_..结合录音的专利检索_..结合录音的专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
141	Method for processing a black-and-white negative recording film material for motion picture soundtrack	EP03100081.3	2003-01-17	EP1331515B1	2006-01-11	Burtin, Jean c/o AGFA-GEVAERT
A processing method has been provided for an exposed silver halide black-and-white negative working sound recording film element, said processing method comprising the steps of processing said sound recording film element in a processing apparatus providing processing ability in a daylight environment, said processing method comprising the steps of developing in a time of less than 20 seconds; fixing in a fixer; rinsing and drying; preferably making use of an automatic processing machine, the mentioned processing steps being followed by a step of controlling black-and-white densitometry, therefor preferably providing the processing machine with a densitometer; further recording in a motion picture color print film and processing therein image area frames originating from an exposed and processed color negative recording film and from (an) optical soundtrack(s) originating from a silver halide black-and-white negative working sound recording film element, wherein said film element has been processed, after having been exposed, by the method as claimed.
142	Simultaneous coatings of wax dispersion containing lubricant layer and transparent magnetic recording layer for photographic element	EP98201486.2	1998-05-07	EP0880062A1	1998-11-25	Landry-Coltrain, C.J.T., Eastman Kodak Company; Corrigan, Michael John, Eastman Kodak Company; Keyes, Gregory William, Eastman Kodak Company; Criggs, James Harris, Eastman Kodak Company; Coltrain, Bradley Keith, Eastman Kodak Company
The present invention is a method of producing an imaging support which includes providing a support, simultaneously coating on a side of the support; a transparent magnetic recording layer comprising magnetic particles, a polymeric binder and an organic solvent, and a lubricating overcoat layer farthest from the support, the lubricating overcoat layer comprising wax particles having a size from 0.01 µm to 0.5 µm, and an organic solvent; and drying the magnetic recording layer and the lubricating overcoat layer.
143	SYSTEM FOR PHOTOGRAPHICALLY RECORDING DIGITAL DATA AND ANALOG SOUNDTRACK, AND MEDIUM HAVING DIGITAL DATA AND ANALOG SOUNDTRACK RECORDED THEREON	EP96929746	1996-08-26	EP0847544A4	1998-11-11	CALLAHAN RAYMOND E JR; FLEMMING HOWARD J; REESE LEROY H; JONES SHAWN F; WOOD DANA B
A photosensitive medium, such as motion picture film, having digital data in multiple formats and analog audio signals photographically recorded thereon, and a system for photographically recording digital data (preferable including digital audio bits) in multiple formats and optionally also analog audio signals on a medium. Shown is a block diagram of an embodiment of the inventive system which includes a first camera assembly (56, 58) for photographically recording both digital and analog audio signals on a single motion picture film (61) in real time, and also includes a second camera assembly (96) for recording additional data on the same film (61) at a rate slower than a real time rate.
144	Fluorinated particles as lubricants for transparent magnetic recording media	EP98200108.3	1998-01-15	EP0859274A1	1998-08-19	Nair, Mridula, c/o Eastman Kodak Company; Oltean, George Leslie, c/o Eastman Kodak Company; Osburn, Tamara Kay, c/o Eastman Kodak Company
The present invention is an imaging element which includes a support and at least one image forming layer superposed on the support. A transparent magnetic layer is superposed on the support and includes magnetic particles, fluorinated polymeric particles having a size of from 0.01 to 1.5 µm, and a water dispersible binder, the transparent magnetic layer having a weight ratio of magnetic particles to aqueous dispersible binder of from 0.1:100 to 30:100.
145	Sound recording film	EP96420312.9	1996-10-16	EP0779542A3	1997-09-03	Gerlach, Steven Mark; Farrell, Gregory Edward
A black and white silver halide motion picture sound recording film is disclosed comprising a support bearing at least one silver halide emulsion layer, wherein said film is spectrally sensitized both above and below 600 nm. Such film may be used for recording multiple optical soundtracks by exposing said film with a first source of radiation having a peak wavelength of less than or equal to 600 nm, recording a second digital soundtrack by exposing said film with a second source of radiation having a peak wavelength of greater than 600 nm, and processing said exposed film to form first and second digital soundtrack silver images.
146	Sound recording film	EP96420312.9	1996-10-16	EP0779542A2	1997-06-18	Gerlach, Steven Mark; Farrell, Gregory Edward
A black and white silver halide motion picture sound recording film is disclosed comprising a support bearing at least one silver halide emulsion layer, wherein said film is spectrally sensitized both above and below 600 nm. Such film may be used for recording multiple optical soundtracks by exposing said film with a first source of radiation having a peak wavelength of less than or equal to 600 nm, recording a second digital soundtrack by exposing said film with a second source of radiation having a peak wavelength of greater than 600 nm, and processing said exposed film to form first and second digital soundtrack silver images.
147	Silver halide photographic material including a magnetic recording layer	EP93119026.8	1993-11-25	EP0603582A1	1994-06-29	Mukunoki, Yasuo; Hayakawa, Akihiro
A silver halide photographic material is disclosed, the material having one or more silver halide emulsion layers and one or more magnetic recording layers on a support. The magnetic recording layer has a coercive force of at least 400 Oe and contains from 10 to 300 mg/m² of a magnetic material including magnetic grains having a surface area of from 2 to 100 m²/g and a mean grain size of from 0.01 to 0.8 µm. The surfaces of the magnetic grains are surface-treated with from 1 to 200% by weight, based upon the weight of the magnetic grains, of one or both of a silane coupling agent and a titanium coupling agent. The magnetic material of the magnetic layer has improved dispersion stability. The transparency and the magnetic characteristic of the photographic material are good.
148	Support for photographic photosensitive materials and process for producing the same	EP92116773.0	1992-09-30	EP0535652A1	1993-04-07	Tsujimoto, Tadahiro, c/o Fuji Photo Film Co., Ltd.; Sakakibara, Yoshio, c/o Fuji Photo Film Co., Ltd.; Hashimoto, Morio, c/o Fuji Photo Film Co., Ltd.
A support for photographic photosensitive materials which consists essentially of a magnetic recording layer, a cellulose ester layer and an intermediate layer provided between the magnetic recording layer and the cellulose ester layer consisting essentially of a polymer of which the solubility in a solvent for separation is different from the cellulose ester of the cellulose ester layer. According to the support of the invention, the magnetic recording layer is very easily separated from the cellulose ester layer, and they can easily be recycled. Moreover, magnetic properties of the support are improved.
149		DE602006011008	2006-06-05	DE602006011008D1	2010-01-21	OLSON ROBERT ARTHUR; ZACHARIA MICHAEL ANTHONY; PROULX WARREN

150		DE69815433	1998-04-16	DE69815433T2	2004-05-19	TSOU ANDY HAISHUNG; ANDERSON CHARLES C; WOODGATE PAUL EDWARD; DELLE FAVE DEBRA LEE

151		DE69815433	1998-04-16	DE69815433D1	2003-07-17	TSOU ANDY HAISHUNG; ANDERSON CHARLES C; WOODGATE PAUL EDWARD; DELLE FAVE DEBRA LEE

152		DE69710325	1997-03-27	DE69710325T2	2002-09-19	TAYLOR A; FLORCZAK M; PETERSON A; IVERSON R; SKORJANEC JOSEPH; LORENTZ D

153	Photographic elements comprising highly loaded particulate material containing layer	GB9818145	1998-08-21	GB2329031B	2001-12-12	NAIR MRIDULA; LOBO LLOYD ANTHONY; OLTEAN GEORGE LESLIE; OSBURN TAMARA KAY
A photographic element is disclosed comprising a film support, at least one light-sensitive layer, a highly loaded layer which contains more than 30 volume percent of non-film forming particulate material, and upper and lower aqueous coated adjacent layers which are next to the highly loaded layer, the upper adjacent layer being further from the support and the lower adjacent layer being closer to the support relative to the highly loaded layer, each adjacent layer having a film forming binder content of greater than 70 volume percent, and the lower adjacent layer being at least 1.0 micron thick. In accordance with a preferred embodiment of the invention, an imaging element having excellent adhesion characteristics is obtained in combination with excellent magnetic recording characteristics and photographic transparency where the non-film forming particulate material in the highly loaded layer comprises conductive particles, the layer adjacent to the highly loaded layer which is closer to the support comprises a hydrophilic curl control layer, and the layer adjacent to the highly loaded layer which is further from the support or a layer coated thereover comprises an aqueous coated transparent magnetic recording layer, by virtue of the physical flatness, low granularity, and optical density of the element. Also disclosed is a process for simultaneously applying a plurality of coating compositions comprising an aqueous magnetic recording layer coating composition, an antistatic layer aqueous coating composition, and a curl control layer aqueous coating composition, along with other optional conventional gelatin containing aqueous coated layers, onto a support. The placing of the highly filled antistatic layer between two aqueous coated adjacent layers, which in a preferred embodiment of the invention comprise a magnetic recording layer and a curl control layer or two curl control layers, results in excellent adhesion of the coated layers to the support compared to where the antistatic layer is closest to the support. The mechanical properties of a photographic element containing such a highly filled layer is substantially strengthened when the highly filled layer is sandwiched between the two other aqueous coated layers.
154		DE69325250	1993-12-15	DE69325250T2	1999-12-16	UENO MASATOSHI; MIYAMORI SHINJI

155	Diagnostic film with magnetic coating	DE19722939	1997-05-27	DE19722939A1	1998-12-03	BEDRICH MICHAEL R DIPL PHYS
The diagnostic film has a magnetic storage layer (1) to store information, in addition to each emulsion layer system. The magnetic layer may have any geometric design, and may be applied at desired positions on the film. The magnetic layer may applied on one or both sides of the film. During the production of the film, the magnetic layer is preferably applied subsequently by coating or by adhering on the film. For non-square magnetic layer geometries, centring perforations, or other sensor type markings, are provided in the region of the magnetic layer.
156	DISPOSICION PARA REGISTRAR FOTOGRAFICAMENTE DATOS DIGITALES SOBRE UN MEDIO FOTOSENSIBLE.	AR10415796	1996-08-29	AR003380A1	1998-07-08
Una disposición para registrar fotográficamente datos digitales (que preferentemente incluyen bits de audio digitales) en múltiples formatos yopcionalmente también senales de audio analógicas en un medio. Realizaciones preferidas del invento incluyen un conjunto de cámaras a través de las cualesuna película cinematográfica se traslada en tiempo real. El conjunto de cámaras incluye un primer conjunto para registrar fotográficamente datosdigitales en la película en un primer formato exponiendo la película a luz de una primer longitud de onda,un segundo conjunto para registrar fotográficamentedatos digitales adicionales en la película(en por lo menos un formato diferente que el primer conjunto) exponiendo la película a luzde una segunda longitud deonda, y opcionalmente también un tercer conjunto para registrar fotográficamente senales de audio analógicas en la película. Realizacionesalternativas incluyen un primer conjunto de cámara para registrar datos digitales en la película en un primer formato, exponiendo la película a luz deuna primer longitud de onda a medida que la película se traslada a una velocidad de tiempo real, y un segundo conjunto de cámara para registrar datosdigitales adicionales en la película (en por lo menos un formato diferente del primer conjunto) exponiendo la película a luz de una segunda longitud de ondaa medida que la película se traslada a menos de la velocidad de tiempo real.
157		DE69500453	1995-04-19	DE69500453D1	1997-09-04	CHRISTIAN PAUL ALBERT; ANDERSON CHARLES CHESTER

158	Imaging elements capable of providing in a single layer an image and an independent magnetic record	GB9706098	1997-03-24	GB9706098D0	1997-05-14
An imaging element is disclosed comprised of a support and, coated on the support, at least one radiation-sensitive emulsion layer containing (a) radiation-sensitive silver halide grains and (b) an aqueous processing solution permeable vehicle, wherein the radiation-sensitive emulsion layer additionally contains (c) from 0.1 to 10 mg/dm2 of magnetic particles having a major axis less than 1 mu m and, (d) based on the weight of the magnetic particles, from 10 to 200 percent of an amphipathic dispersant for the magnetic particles having a hydrophilic/lipophilic balance number of at least 8.
159		BR9502098	1995-05-16	BR9502098A	1995-12-05	FENDLER PAULO

160		DE3518764	1985-05-24	DE3518764C2	1987-12-03	KETTERLE, DIETMAR, 7252 WEIL DER STADT, DE

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