Goujard; Stephane

Patent Applications and Registrations

Patent applications and USPTO patent grants for Goujard; Stephane.The latest application filed is for "shaping equipment and facility for gas-phase chemical infiltration of fibrous preforms".

Company Profile

1.16.12

Goujard; Stephane - Moissy-Cramayel FR
Goujard; Stephane - Merignac FR
Goujard; Stephane - Erignac FR

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Method of chemical vapor infiltration or deposition Grant 11,198,934 - Goujard , et al. December 14, 2	2021-12-14
Shaping equipment and facility for gas-phase chemical infiltration of fibrous preforms Grant 10,906,205 - Thibaud , et al. February 2, 2	2021-02-02
Shaping Equipment And Facility For Gas-phase Chemical Infiltration Of Fibrous Preforms App 20200061868 - THIBAUD; Simon ; et al.	2020-02-27
A Method Of Chemical Vapor Infiltration Or Deposition App 20190389774 - GOUJARD; Stephane ; et al.	2019-12-26
Chemical vapour infiltration apparatus having a high loading capacity Grant 10,392,696 - Bertrand , et al. A	2019-08-27
Device for loading porous substrates of three-dimensional shape in order to be densified by directed flow chemical vapor infiltration Grant 10,233,540 - Bertrand , et al.	2019-03-19
Loader device and an installation for densifying stackable frustoconical porous preforms Grant 9,828,670 - Goujard , et al. November 28, 2	2017-11-28
Method for manufacturing a part made of CMC Grant 9,611,180 - Goujard , et al. April 4, 2	2017-04-04
Method For Manufacturing A Part Made Of Cmc App 20150251959 - Goujard; Stephane ; et al.	2015-09-10
Chemical Vapour Infiltration Apparatus Having a High Loading Capacity App 20150218693 - Bertrand; Sebastien ; et al.	2015-08-06
A Loader Device And An Installation For Densifying Stackable Frustoconical Porous Preforms App 20150152545 - Goujard; Stephane ; et al.	2015-06-04
Device for Loading Porous Substrates of Three-Dimensional Shape in Order to be Densified by Directed Flow Chemical Vapor Infiltration App 20150075428 - Bertrand; Sebastien ; et al.	2015-03-19
Method of densifying thin porous substrates by chemical vapor infiltration, and a loading device for such substrates Grant 8,491,963 - Lamouroux , et al. July 23, 2	2013-07-23
Method Of Densifying Thin Porous Substrates By Chemical Vapor Infiltration, And A Loading Device For Such Substrates App 20120171375 - Lamouroux; Franck ; et al.	2012-07-05
Method of densifying thin porous substrates by chemical vapor infiltration, and a loading device for such substrates Grant 8,163,088 - Lamouroux , et al. April 24, 2	2012-04-24
Method and installation for the densification of substrates by means of chemical vapor infiltration Grant 7,691,440 - Bernard , et al. April 6, 2	2010-04-06
Method and substrate for making composite material parts by chemical vapour infiltration densification and resulting parts App 20090110877 - Bernard; Bruno ; et al.	2009-04-30
Method For the Densification of Thin Porous Substrates By Means of Vapour Phase Chemical Infiltration and Device For Loading Such Substrates App 20080152803 - Lamouroux; Franck ; et al.	2008-06-26
Chemical vapor infiltration method for densifying porous substrates having a central passage Grant 7,182,980 - Goujard , et al. February 27, 2	2007-02-27
Method and installation for the densification of substrates by means of chemical bapour infiltration App 20040237898 - Bernard, Bruno ; et al.	2004-12-02
Chemical vapour infiltration method for densifying porous substrates having a central passage App 20040071877 - Goujard, Stephane ; et al.	2004-04-15
Composite material with ceramic matrix and SiC fiber reinforcement, method for making same Grant 6,291,058 - Goujard , et al. September 18, 2	2001-09-18
Device for extracting gas from an oven for chemical vapor deposition or infiltration in an installation for fabricating composite material parts Grant 6,051,071 - Charvet , et al. April 18, 2	2000-04-18
Composite material protected against oxidation by a self-healing matrix, and a method of manufacturing it Grant 5,965,266 - Goujard , et al. October 12, 1	1999-10-12
Method of manufacturing a composite material with lamellar interphase between reinforcing fibers and matrix, and material obtained Grant 5,738,951 - Goujard , et al. April 14, 1	1998-04-14

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