Crucibleless apparatus having means providing movement of discrete droplets or solid particles to thin-film precursor [e.g., Verneuil method]

Industry

CPC
Y10T117/1028

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Parent Industries

YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS Y10USPC classification Y10TTECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION Y10T117/00Single-crystal, oriented-crystal, and epitaxy growth processes non-coating apparatus therefor

Current Industry

Y10T117/1028Crucibleless apparatus having means providing movement of discrete droplets or solid particles to thin-film precursor [e.g., Verneuil method]

Industries

Patents Grantslast 30 patents

Information Patent Grant
Templated growth of porous or non-porous castings
- Patent number 9,238,594
- Issue date Jan 19, 2016
- Corning Incorporated
- Prantik Mazumder
- C04 - CEMENTS CONCRETE ARTIFICIAL STONE CERAMICS REFRACTORIES
Information Patent Grant
Templated growth of porous or non-porous castings
- Patent number 8,293,010
- Issue date Oct 23, 2012
- Corning Incorporated
- Prantik Mazumder
- C04 - CEMENTS CONCRETE ARTIFICIAL STONE CERAMICS REFRACTORIES
Information Patent Grant
System and method for crystal growing
- Patent number 8,177,910
- Issue date May 15, 2012
- GT Crystal Systems, LLC
- Frederick Schmid
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
System and method for crystal growing
- Patent number 7,918,936
- Issue date Apr 5, 2011
- GT Crystal Systems, LLC
- Frederick Schmid
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Crucible and single crystal growth method using crucible
- Patent number 7,785,416
- Issue date Aug 31, 2010
- Hitachi Chemical Company, Ltd.
- Keiji Sumiya
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Method and apparatus for growth of multi-component single crystals
- Patent number 7,641,733
- Issue date Jan 5, 2010
- Rensselaer Polytechnic Institute
- Partha Dutta
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Tubular reaction vessel and process for producing silicon therewith
- Patent number 7,553,467
- Issue date Jun 30, 2009
- Tokuyama Corporation
- Satoru Wakamatsu
- C01 - INORGANIC CHEMISTRY
Information Patent Grant
Method and equipment for producing biopolymer crystal
- Patent number 7,402,208
- Issue date Jul 22, 2008
- Protein Wave Corporation
- Akira Sanjoh
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Crucible and method of growing single crystal by using crucible
- Patent number 7,399,360
- Issue date Jul 15, 2008
- Hitachi Chemical Company, Ltd.
- Keiji Sumiya
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Production of crystalline materials by using high intensity ultrasound
- Patent number 7,357,835
- Issue date Apr 15, 2008
- Accentus PLC
- Linda Jane McCausland
- C07 - ORGANIC CHEMISTRY
Information Patent Grant
System and method for crystal growing
- Patent number 7,344,596
- Issue date Mar 18, 2008
- Crystal Systems, Inc.
- Frederick Schmid
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
High density protein crystal growth
- Patent number 6,761,861
- Issue date Jul 13, 2004
- UAB Research Foundation
- Robyn Rouleau
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
High density protein crystal growth
- Patent number 6,623,708
- Issue date Sep 23, 2003
- UAB Research Foundation
- Lawrence Delucas
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
High density protein crystal growth
- Patent number 6,592,824
- Issue date Jul 15, 2003
- UAB Research Foundation
- Lawrence Delucas
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Method of growing protein crystals
- Patent number 6,579,358
- Issue date Jun 17, 2003
- UAB Research Foundation
- Lawrence Delucas
- Y10 - TECHNICAL SUBJECTS COVERED BY FORMER USPC
Information Patent Grant
Process for preparing single crystal silicon having uniform thermal...
- Patent number 6,458,202
- Issue date Oct 1, 2002
- MEMC Electronic Materials, Inc.
- Makoto Kojima
- C30 - CRYSTAL GROWTH
Information Patent Grant
High density protein crystal growth
- Patent number 6,447,726
- Issue date Sep 10, 2002
- UAB Research Foundation
- Lawrence Delucas
- C30 - CRYSTAL GROWTH
Information Patent Grant
Manufacturing apparatus for use in a micro-gravity environment
- Patent number 5,531,185
- Issue date Jul 2, 1996
- Fujitsu Limited
- Koji Asano
- C30 - CRYSTAL GROWTH
Information Patent Grant
Apparatus for manufacturing crystals through floating zone method
- Patent number 5,367,981
- Issue date Nov 29, 1994
- Mitsuhiro Maruyama
- C30 - CRYSTAL GROWTH
Information Patent Grant
Float zone processing of particulate silicon
- Patent number 5,108,720
- Issue date Apr 28, 1992
- Hemlock Semiconductor Corporation
- Michael Bourbina
- C30 - CRYSTAL GROWTH
Information Patent Grant
Process for producing crystalline silicon ingot in a fluidized bed...
- Patent number 5,006,317
- Issue date Apr 9, 1991
- CommTech Development Partners II
- Angel Sanjurjo
- C30 - CRYSTAL GROWTH
Information Patent Grant
Powder flow control device for growing Verneuil crystals
- Patent number 4,062,653
- Issue date Dec 13, 1977
- Siemens Aktiengesellschaft
- Richard Falckenberg
- C30 - CRYSTAL GROWTH
Information Patent Grant
Apparatus for producing monocrystals by the Verneuil technique
- Patent number 4,000,977
- Issue date Jan 4, 1977
- Siemens Aktiengesellschaft
- Richard Falckenberg
- C30 - CRYSTAL GROWTH
Information Patent Grant
3917459
- Patent number 3,917,459
- Issue date Nov 4, 1975
- C30 - CRYSTAL GROWTH
Information Patent Grant
3892540
- Patent number 3,892,540
- Issue date Jul 1, 1975
- C30 - CRYSTAL GROWTH
Information Patent Grant
3876382
- Patent number 3,876,382
- Issue date Apr 8, 1975
- C30 - CRYSTAL GROWTH
Information Patent Grant
3870472
- Patent number 3,870,472
- Issue date Mar 11, 1975
- C30 - CRYSTAL GROWTH
Information Patent Grant
3697228
- Patent number 3,697,228
- Issue date Oct 10, 1972
- C30 - CRYSTAL GROWTH
Information Patent Grant
3607111
- Patent number 3,607,111
- Issue date Sep 21, 1971
- C30 - CRYSTAL GROWTH
Information Patent Grant
3558284
- Patent number 3,558,284
- Issue date Jan 26, 1971
- C30 - CRYSTAL GROWTH

Patents Applicationslast 30 patents

Information Patent Application
TEMPLATED GROWTH OF POROUS OR NON-POROUS CASTINGS
- Publication number 20130011604
- Publication date Jan 10, 2013
- Prantik Mazumder
- C04 - CEMENTS CONCRETE ARTIFICIAL STONE CERAMICS REFRACTORIES
Information Patent Application
METHOD AND APPARATUS FOR GROWTH OF MULTI-COMPONENT SINGLE CRYSTALS
- Publication number 20120048183
- Publication date Mar 1, 2012
- Rensselaer Polytechnic Institute
- Partha Dutta
- C30 - CRYSTAL GROWTH
Information Patent Application
SYSTEM AND METHOD FOR CRYSTAL GROWING
- Publication number 20110146566
- Publication date Jun 23, 2011
- GT CRYSTAL SYSTEMS, LLC
- Frederick SCHMID
- C30 - CRYSTAL GROWTH
Information Patent Application
Templated Growth of Porous or Non-Porous Castings
- Publication number 20100215899
- Publication date Aug 26, 2010
- Prantik Mazumder
- B28 - WORKING CEMENT, CLAY, OR STONE
Information Patent Application
Method and apparatus for growth of multi-component single crystals
- Publication number 20100129657
- Publication date May 27, 2010
- Rensselaer Polytechnic Institute
- Partha Dutta
- C30 - CRYSTAL GROWTH
Information Patent Application
Method and Apparatus for Growth of Multi-Component Single Crystals
- Publication number 20080203361
- Publication date Aug 28, 2008
- Rensselaer Polytechnic Institute
- Partha Dutta
- C30 - CRYSTAL GROWTH
Information Patent Application
CRUCIBLE AND SINGLE CRYSTAL GROWTH METHOD USING CRUCIBLE
- Publication number 20080173234
- Publication date Jul 24, 2008
- Keiji Sumiya
- C30 - CRYSTAL GROWTH
Information Patent Application
SYSTEM AND METHOD FOR CRYSTAL GROWING
- Publication number 20080035051
- Publication date Feb 14, 2008
- CRYSTAL SYSTEMS, INC.
- Frederick SCHMID
- C30 - CRYSTAL GROWTH
Information Patent Application
System and method for crystal growing
- Publication number 20070044707
- Publication date Mar 1, 2007
- Frederick Schmid
- C30 - CRYSTAL GROWTH
Information Patent Application
Tubular reaction vessel and process for producing silicon therewith
- Publication number 20060219161
- Publication date Oct 5, 2006
- Satoru Wakamatsu
- B01 - PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
Information Patent Application
Crucilble and method of growing single crytal by using crucible
- Publication number 20060174822
- Publication date Aug 10, 2006
- Keiji Sumiya
- C30 - CRYSTAL GROWTH
Information Patent Application
Production of crystalline materials by using high intensity ultrasound
- Publication number 20050188913
- Publication date Sep 1, 2005
- Linda Jane McCausland
- C07 - ORGANIC CHEMISTRY
Information Patent Application
Method and equipment for producing biopolymer crystal
- Publication number 20030159641
- Publication date Aug 28, 2003
- Protein Wave Corporation, RIKEN
- Akira Sanjoh
- C30 - CRYSTAL GROWTH
Information Patent Application
High density protein crystal growth
- Publication number 20030003036
- Publication date Jan 2, 2003
- UAB RESEARCH FOUNDATION
- Robyn Rouleau
- C30 - CRYSTAL GROWTH
Information Patent Application
High density protein crystal growth
- Publication number 20020122760
- Publication date Sep 5, 2002
- UAB RESEARCH FOUNDATION
- Lawrence Delucas
- C30 - CRYSTAL GROWTH
Information Patent Application
High density protein crystal growth
- Publication number 20020106318
- Publication date Aug 8, 2002
- UAB RESEARCH FOUNDATION
- Lawrence Delucas
- C30 - CRYSTAL GROWTH
Information Patent Application
High density protein crystal growth
- Publication number 20020064485
- Publication date May 30, 2002
- UAB RESEARCH FOUNDATION
- Lawrence Delucas
- C30 - CRYSTAL GROWTH

Crucibleless apparatus having means providing movement of discrete droplets or solid particles to thin-film precursor [e.g., Verneuil method]

Industry

Parent Industries

Current Industry

Patents Grantslast 30 patents

Templated growth of porous or non-porous castings

Templated growth of porous or non-porous castings

System and method for crystal growing

System and method for crystal growing

Crucible and single crystal growth method using crucible

Method and apparatus for growth of multi-component single crystals

Tubular reaction vessel and process for producing silicon therewith

Method and equipment for producing biopolymer crystal

Crucible and method of growing single crystal by using crucible

Production of crystalline materials by using high intensity ultrasound

System and method for crystal growing

High density protein crystal growth

High density protein crystal growth

High density protein crystal growth

Method of growing protein crystals

Process for preparing single crystal silicon having uniform thermal...

High density protein crystal growth

Manufacturing apparatus for use in a micro-gravity environment

Apparatus for manufacturing crystals through floating zone method

Float zone processing of particulate silicon

Process for producing crystalline silicon ingot in a fluidized bed...

Powder flow control device for growing Verneuil crystals

Apparatus for producing monocrystals by the Verneuil technique

3917459

3892540

3876382

3870472

3697228

3607111

3558284

Patents Applicationslast 30 patents

TEMPLATED GROWTH OF POROUS OR NON-POROUS CASTINGS

METHOD AND APPARATUS FOR GROWTH OF MULTI-COMPONENT SINGLE CRYSTALS

SYSTEM AND METHOD FOR CRYSTAL GROWING

Templated Growth of Porous or Non-Porous Castings

Method and apparatus for growth of multi-component single crystals

Method and Apparatus for Growth of Multi-Component Single Crystals

CRUCIBLE AND SINGLE CRYSTAL GROWTH METHOD USING CRUCIBLE

SYSTEM AND METHOD FOR CRYSTAL GROWING

System and method for crystal growing

Tubular reaction vessel and process for producing silicon therewith

Crucilble and method of growing single crytal by using crucible

Production of crystalline materials by using high intensity ultrasound

Method and equipment for producing biopolymer crystal

High density protein crystal growth

High density protein crystal growth

High density protein crystal growth

High density protein crystal growth