RESULT LIST
Zeev Savion as the applicant or inventor
Select the first 12 results
1.IN-PIPE HYDRO TURBINE WITH AIR BUBBLE
US2013094939A1 • 2013-04-18 • SAVION ZEEV
Earliest priority: 2010-06-16 • Earliest publication: 2011-12-22
An in-pipe turbine with the use of an air bubble in a new and unique configuration with electronic controls can improve the efficiency of in-pipe hydroelectric turbines.
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2.A PRINTING MEMBER HAVING A TRANSFERRED IMAGE AND A METHOD FOR FABRICATING IT
WO2004110758A2 (A3) • 2004-12-23 • SAVION ZEEV
Earliest priority: 2003-06-18 • Earliest publication: 2004-12-23
Lithographic printing members and a method and system for fabricating them is provided. The printing member may comprices a solid substrate, a top layer over the substrate, wherein the top layer comprises two types of surface areas, a first one and a second one. The two types of surface area are fabricated by dipping imaging carry material into fluid mixture of the top layer during fabricating the top layer. The first surface area and the second surface area of the top layer have different affinities for ink and/or ink-repellent fluid. The method of fabricating the printing member may comprise providing a substrate, providing an imaged transfer film, coating the substrate or the image transfer film with a liquid formulation; laminating the image transfer film with the substrate over the liquid formulation while dipping the image carry material into the liquid formulation, curing the liquid formulation into a solid layer, and releasing the image transfer film and revealing the two types of surface areas.
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3.METHOD AND SYSTEM FOR COATING
WO2006072930A1 • 2006-07-13 • SAVION ZEEV
Earliest priority: 2005-04-18 • Earliest publication: 2006-07-13
A method for coating two substrates, face to face (F2F), simultaneously, by laminating the two substances while encapsulating coating material as a thin film in between the first substrate and the second substrate. Then the coated material is conditioned into solid or partial solid layer. Later the two substrates are separated for creating two coated substrates the first coated substrate and the second coated substrate.
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4.PRINTING MEMBERS FOR DIRECT IMAGING AND METHODS OF PRODUCING SAME
US2012031291A1 • 2012-02-09 • SAVION ZEEV
Earliest priority: 2008-05-27 • Earliest publication: 2011-11-22
Embodiments of the invention are directed to a printing member for imaging with an inkjet printer using pigment-based aqueous inkjet ink. The printing member may include a substrate and a hydrophilic coating layer. The coating layer may include acidic colloidal silica whose particles have an elongated shape, a hydrophilic polymer and a crosslinking agent.
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5.ULTRASCHALLZERSTÄUBER MIT UMLAUFLEITUNG
DE69803679T2 • 2002-06-13 • GREEN CLOUDS LTD [IL]
Earliest priority: 1997-07-28 • Earliest publication: 1999-02-04
No abstract available
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6.DIRECT INKJET IMAGING LITHOGRAPHIC PLATES, METHODS FOR IMAGING AND PRE-PRESS TREATMENT
WO2011061738A1 • 2011-05-26 • SAVION ZEEV
Earliest priority: 2009-11-23 • Earliest publication: 2011-05-26
Wet lithographic printing members for imaging by an inkjet printer using pigment-based aqueous ink and method for calibrating the amount of the inkjet ink to be injected in solid areas of an image are disclosed. An exemplary printing member can comprises a base substrate and a top hydrophilic coating layer having a thickness in the range of 2 to 10 microns above the base substrate. A volume of less than 10 nl/mm2 of inkjet ink is used in order to image areas in which the image is solid. Areas of the top hydrophilic coating layer, which are imagewise covered by aqueous pigmented inkjet ink, become hydrophobic. In some embodiments after imaging, the surface of the imaged printing member can be treated with acidic colloidal silica solution. Exemplary treatment can comprise wiping the surface of the imaged printing member with the acidic colloidal silica solution.
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7.DIRECT INKJET IMAGING LITHOGRAPHIC PLATES, METHODS FOR IMAGING AND PRE-PRESS TREATMENT
US2013027462A1 (B2) • 2013-01-31 • SAVION ZEEV
Earliest priority: 2009-11-23 • Earliest publication: 2013-01-31
Wet lithographic printing members for imaging by an inkjet printer using pigment-based aqueous ink and method for calibrating the amount of the inkjet ink to be injected in solid areas of an image are disclosed. An exemplary printing member can comprises a base substrate and a top hydrophilic coating layer having a thickness in the range of 2 to 10 microns above the base substrate. A volume of less than 10 nl/mm2 of inkjet ink is used in order to image areas in which the image is solid. Areas of the top hydrophilic coating layer, which are imagewise covered by aqueous pigmented inkjet ink, become hydrophobic. In some embodiments after imaging, the surface of the imaged printing member can be treated with acidic colloidal silica solution. Exemplary treatment can comprise wiping the surface of the imaged printing member with the acidic colloidal silica solution.
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8.PRINTING MEMBERS AND METHODS OF PRODUCING SAME
US2009223625A1 • 2009-09-10 • No applicant available
Earliest priority: 2008-03-05 • Earliest publication: 2009-09-10
Embodiments of the invention are directed to a method for preparing a printing member. The method may include selectively applying an imaging material onto the hydrophilic coating of a transfer media to form an image The transfer media include a heat-resistant layer and hydrophilic coating. The transfer media may further include a thermoplastic layer. The method may further include hot laminating the transfer media with a substrate having hydrophilic surface and separating the substrate and the transfer media such that at least the image is transferred onto the hydrophilic surface of the substrate.
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9.Method and system for coating
US2007196578A1 • 2007-08-23 • No applicant available
Earliest priority: 2006-10-10 • Earliest publication: 2007-08-23
A method for coating two substrates, face to face (F2F), simultaneously, by laminating the two substances while encapsulating coating material as a thin film in between the first substrate and the second substrate. Then the coated material is conditioned into solid or partial solid layer. Later the two substrates are separated for creating two coated substrates the first coated substrate and the second coated substrate.
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10.LITHOGRAPHIC PRINTING MEMBERS AND A METHOD AND A SYSTEM FOR PREPARATION OF LITHOGRAPHIC PRINTING MEMBERS
WO2004014651A2 (A3) • 2004-02-19 • SAVION ZEEV
Earliest priority: 2002-08-07 • Earliest publication: 2004-02-19
Lithographic printing members and a method and system for fabricating them is provided. The printing member may comprise a base layer, a laser-absorbing layer, which may be a gradient solid dispersion of metal and metal-oxide areas, and a coating layer. The concentration ratios between the metal and the metal-oxide vary throughout a thickness of the laser-absorbing layer and the coating layer and the base layer have different affinities for ink. The method of fabricating the printing member may comprise preparing on demand for a single use a liquid-based coating material, pouring the coating material onto a substrate that may comprise a base layer and a laser-absorbing layer and laminating a form film onto the liquid-based coating material to form a coating layer.
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11.Imaged printing member, method and system for manufacturing it
US2007039502A1 • 2007-02-22 • No applicant available
Earliest priority: 2003-06-18 • Earliest publication: 2007-02-22
According to embodiments of the present invention, a method for manufacturing an imaged printing member is provided. The method may include imaging a selected image onto a transfer media which is coated with a surface forming coating by applying an image carry material onto the transfer media. Then, applying a coating material onto the substrate and/or the imaged transfer media and laminating the imaged transfer media with the substrate such that the coating material is captured in between. Next, the method may include conditioning the coating material to form the imaging layer of the printing member, the imaging layer having imaged areas and non-imaged areas, wherein the top layer of the non-imaged areas is an interface area between the coating material and the surface forming material.
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12.Rapid assay to detect ADAMTS-13 activity
US2005186646A1 • 2005-08-25 • CRUZ MIGUEL A.
Earliest priority: 2004-01-26 • Earliest publication: 2005-08-25
The present invention is directed to an assay for ADAMTS-13 activity. The assay provides rapid analysis of ADAMTS-13 activity in a biological sample under non-denaturing conditions. Furthermore, the present invention is directed to a recombinant polypeptide with a functional ADAMTS-13 site that is useful in ADAMTS-13 activity assays.
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