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US5254133: Surgical implantation device and related method of use
Filing Information
Patent Family
13 Claims, No Drawings
Abstract
A surgical implantation device to be placed within a patient's body and seal a hernial rupture includes either a single planar member attached to a locating segment or a first planar member and second planar member, large enough to cover the opening in the abdominal fascia, that are placed on opposite sides of the fascia. In the case of a single planar member, the locating member is placed in the fascia opening and the planar member is placed interiorly of the transversalis fascia. In the case of two planar members, the first and second planar members are connected by a locating member that passes through the fascia opening. The surgical implantation device can be folded upon itself and compressed to fit with a surgical tube and inserted into the patient to the hernial site. Once the surgical tube is at the site, the surgical implantation device is forced from the tube and automatically expands so the planar members assume their flat shape and the locating member assumes its elongated shape.
- 1. A surgical implantation device adapted to be placed within a patient using a surgical tube inserted through the patient's skin, for sealing a wall opening in one of the patient's body cavities, the surgical implant comprising:a first planar patch member, for bridging the wall opening, that can be compressed into an implanting condition such that it fits within a surgical tube and that can be expanded into a deployed condition upon release from the surgical tube such that it assumes a planar shape;a second planar patch member, for bridging the wall opening, that can be compressed into an implanting condition such that it fits within a surgical tube and that can be expanded into a deployed condition upon release from the surgical tube such that it assumes a planar shape;a second planar patch member, for bridging the wall opening, that can be compressed into an implanting condition such that it fits within the surgical tube and that can be expanded into a deployed condition upon release from the surgical tube such that it assumes a planar shape; anda locating member having a predetermined length;wherein one end of the locating member and one surface of the first patch member include hook and loop fasteners, for removably attaching the two members together, and the opposite end of the locating member and one surface of the second patch member include hook and loop fasteners, for removably attaching the two members together;wherein the first planar member, locating member, and second planar member are apart in the implanting condition;and wherein in the deployed condition, the first patch member is positioned on one side of the wall opening in the patient's body cavity, the second patch member is positioned on the other side of the wall opening, and the locating member extends through the wall opening to interconnect the first and second patch members.
- 8. A surgical implantation device that can be placed within a patient using a surgical tube inserted through the patient's skin and that, once placed, can be used to seal an enlarged generally circular opening in the wall of one of the patient's body cavities, the surgical implant comprising:a first flat, circular patch that is constructed of a biocompatible fabric and that includes a plurality of resilient members sufficiently stiff to urge the first patch into a planar orientation and resist any other orientations, but sufficiently flexible to allow the first patch to be folded into a surgical tube;a second flat, circular patch that is constructed of a biocompatible fabric and that includes a plurality of resilient members sufficiently stiff to urge the second patch into a planar orientation and resist any other orientations but sufficiently flexible to allow the second patch to be folded into the surgical tube; andan elongated locating member that is constructed of a biocompatible material and that includes at a first end hook and loop fastener means, for attaching the member to the first patch, and further includes at a second end hook and loop fastener means, for attaching the member to the second patch, the locating member having a generally cylindrical shape with a diameter substantially the same as the diameter of the circular opening in the wall of the patient's body cavity.
- 13.13. A method of implanting a surgical implantation device, having a generally planar first portion and second portion that are interconnected by a connecting segment, into a patient using a surgical tube to seal an enlarged, generally circular opening in the wall of one of the patient's body cavities, the method comprising the steps of:providing a surgical implementation device having a generally planar first portion and second portion that are interconnected by a connecting segment;inserting and locating one end of a surgical tube through a wall opening, in a wall of a body cavity, and adjacent a first side of the wall;forcing the first portion of the surgical implantation device out of the surgical tube adjacent the first side of the wall and allowing the first portion to automatically assume a planar shape;forcing the connecting segment of the surgical implantation device out of the surgical tube within the wall opening;forcing the second planar portion of the surgical implantation device out of the surgical tube adjacent a second side of the wall and allowing the second portion to automatically assume a planar shape;passing a suture through the first portion, the connecting segment, and the second portion of the surgical implantation device and tying off the suture, to attach together the first portion, connecting segment, and second portion; andwithdrawing the surgical tube from the patient.
References Cited
U.S. Patent Documents
Foreign Patent Documents
| Document Number | Assignees | Inventors | Issue/Pub Date |
| WO20WO9014796 | | | Dec 1990 |
Referenced By
| Document Number | Assignee | Inventors | Issue/Pub Date |
|
EP1454599
|
Bard ASDI Inc.
|
Robert D. Kugel
|
Feb 2006
|
|
EP1830716
|
Boston Scientific Limited
|
Thomas HOLMAN et al.
|
Mar 2010
|
|
EP1274892
|
SOFRADIM PRODUCTION
|
Franois-Rgis ORY et al.
|
Nov 2009
|
|
US5709707
|
Children's Medical Center Corporation
|
James E. Lock et al.
|
Jan 1998
|
|
US6042534
|
SCIMED Life Systems, Inc.
|
Barry N. Gellman et al.
|
Mar 2000
|
|
US6290708
|
Bard ASDI Inc.
|
Robert D. Kugel et al.
|
Sep 2001
|
|
US5451235
|
C.R. Bard, Inc.
|
James E. Lock et al.
|
Sep 1995
|
|
US6241768
|
Ethicon, Inc.
|
Vishvaroop Agarwal et al.
|
Jun 2001
|
|
US6113641
|
Ethicon, Inc.
|
Joel Leroy et al.
|
Sep 2000
|
|
US5593441
|
C. R. Bard, Inc.
|
Irving L. Lichtenstein et al.
|
Jan 1997
|
|
US5947997
|
William Cook Europe A/S
|
Dusan Pavcnik et al.
|
Sep 1999
|
|
US6180848
|
Ethicon, Inc.
|
Jean Bernard Flament et al.
|
Jan 2001
|
|
US6120539
|
C. R. Bard Inc.
|
Stephen N. Eldridge et al.
|
Sep 2000
|
|
US6171318
|
Bard ASDI Inc.
|
Robert D. Kugel et al.
|
Jan 2001
|
|
US6197036
|
SciMed Life Systems, Inc.
|
Hugh Adam Tripp et al.
|
Mar 2001
|
|
US5676689
|
Kensey Nash Corporation
|
Kenneth Kensey et al.
|
Oct 1997
|
|
US5368602
|
|
de la Torre; Roger A.
|
Nov 1994
|
|
US5707393
|
Kensey Nash Corporation
|
Kenneth Kensey et al.
|
Jan 1998
|
|
US5766246
|
C. R. Bard, Inc.
|
Paul J. Mulhauser et al.
|
Jun 1998
|
|
US6214020
|
C. R. Bard, Inc.
|
Paul J. Mulhauser et al.
|
Apr 2001
|
|
US6176863
|
Bard ASDI Inc.
|
Robert D. Kugel et al.
|
Jan 2001
|
|
US6113623
|
Cabinet Beau de Lomenie
|
Jean Claude Sgro
|
Sep 2000
|
|
US6224616
|
Bard ASDI Inc.
|
Robert D. Kugel
|
May 2001
|
|
US6174320
|
Bard Asdi Inc.
|
Robert D. Kugel et al.
|
Jan 2001
|
|
US6280453
|
Bard Asdi Inc.
|
Robert D. Kugel et al.
|
Aug 2001
|
|
US6270530
|
C.R. Bard, Inc.
|
Stephen N. Eldridge et al.
|
Aug 2001
|
|
US5545178
|
Kensey Nash Corporation
|
Kenneth Kensey et al.
|
Aug 1996
|
|
US5697978
|
|
Jean-Claude Sgro
|
Dec 1997
|
|
US5972008
|
|
Robert J. Kalinski et al.
|
Oct 1999
|
|
US5634931
|
Surgical Sense, Inc.
|
Robert D. Kugel
|
Jun 1997
|
|
US5769864
|
Surgical Sense, Inc.
|
Robert D. Kugel
|
Jun 1998
|
|
US6267772
|
C. R. Bard, Inc.
|
Paul J. Mulhauser et al.
|
Jul 2001
|
|
US5690674
|
Cordis Corporation
|
Roberto Diaz
|
Nov 1997
|
|
US6042592
|
Meadox Medicals, Inc.
|
Peter J. Schmitt
|
Mar 2000
|
|
US6007563
|
Kensey Nash Corporation
|
John E. Nash et al.
|
Dec 1999
|
|
US5759204
|
|
Seare, Jr.; William J.
|
Jun 1998
|
|
US5643317
|
William Cook Europe S.A.
|
Dusan Pavcnik et al.
|
Jul 1997
|
|
US5916225
|
Surgical Sense, Inc.
|
Robert D. Kugel
|
Jun 1999
|
|
US5501700
|
|
Keisuke Hirata
|
Mar 1996
|
|
US5741297
|
|
Morris Simon
|
Apr 1998
|
|
US5643300
|
|
Keisuke Hirata
|
Jul 1997
|
|
US6183496
|
Datascope Investment Corp.
|
Jeffrey Urbanski
|
Feb 2001
|
|
US5411520
|
Kensey Nash Corporation
|
John Nash et al.
|
May 1995
|
|
US5425740
|
|
Hutchinson, Jr.; William B.
|
Jun 1995
|
|
US6258124
|
C. R. Bard, Inc.
|
Roger E. Darois et al.
|
Jul 2001
|
|
US6090130
|
Kensey Nash Corporation
|
John E. Nash et al.
|
Jul 2000
|
|
US6080168
|
|
John M. Levin et al.
|
Jun 2000
|
|
US6224615
|
Bard ASDI Inc.
|
Robert D. Kugel et al.
|
May 2001
|
|
US5634944
|
The Nemours Foundation
|
Gary Magram
|
Jun 1997
|
|
US6652595
|
Davol Inc.
|
Enrico Nicolo
|
Nov 2003
|
|
US6669706
|
SciMed Life Systems, Inc.
|
Peter J. Schmitt et al.
|
Dec 2003
|
|
US6632237
|
Bio-Seal Tech, Inc.
|
Shlomo Ben-David et al.
|
Oct 2003
|
|
US7094258
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
Aug 2006
|
|
US7500978
|
Intrinsic Therapeutics, Inc.
|
Bogomir Gorensek et al.
|
Mar 2009
|
|
US7549983
|
Atritech, Inc.
|
Chad C. Roue et al.
|
Jun 2009
|
|
US6482235
|
Intrinsic Orthopedics, Inc.
|
Gregory H. Lambrecht et al.
|
Nov 2002
|
|
US6666817
|
SciMed Life Systems, Inc.
|
Jianmin Li
|
Dec 2003
|
|
US7025756
|
ev 3 Sunnyvale, Inc.
|
Andrew G. C. Frazier et al.
|
Apr 2006
|
|
US7338514
|
St. Jude Medical, Cardiology Division, Inc.
|
Dennis W. Wahr et al.
|
Mar 2008
|
|
US6712859
|
Ethicon, Inc.
|
Robert A. Rousseau et al.
|
Mar 2004
|
|
US6986786
|
SCIMED Life Systerms, Inc.
|
John K. Smith
|
Jan 2006
|
|
US6883520
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
Apr 2005
|
|
US7331199
|
Sofradim Production
|
Francois-Regis Ory et al.
|
Feb 2008
|
|
US7361138
|
Scimed Life Systems, Inc.
|
James Wagner et al.
|
Apr 2008
|
|
US7507243
|
|
Gregory Lambrecht et al.
|
Mar 2009
|
|
US6383201
|
|
Tennison S. Dong
|
May 2002
|
|
US6551356
|
Ethicon, Inc.
|
Robert A. Rousseau
|
Apr 2003
|
|
US6669735
|
Davol, Inc.
|
Edouard P. Pelissier
|
Dec 2003
|
|
US6790213
|
C.R. Bard, Inc.
|
Dennis Cherok et al.
|
Sep 2004
|
|
US6755868
|
Ethicon, Inc.
|
Robert A. Rousseau
|
Jun 2004
|
|
US6991637
|
Gore Enterprise Holdings, Inc.
|
Jerald M. Crawley et al.
|
Jan 2006
|
|
US7575586
|
St. Jude Medical ATG, Inc.
|
Todd A Berg et al.
|
Aug 2009
|
|
US7582103
|
ev3 Endovascular, Inc.
|
Michelle M. Young et al.
|
Sep 2009
|
|
US7608114
|
GI Dynamics, Inc.
|
Andy H. Levine et al.
|
Oct 2009
|
|
US6695856
|
General Surgical Innovations, Inc.
|
Maciej J. Kieturakis et al.
|
Feb 2004
|
|
US6689047
|
SciMed Life Systems, Inc.
|
Barry N. Gellman
|
Feb 2004
|
|
US7115110
|
ev3 Sunnyvale, Inc.
|
Andrew G. C. Frazier et al.
|
Oct 2006
|
|
US7101381
|
C.R. Bard, Inc.
|
Steven Palmer Ford et al.
|
Sep 2006
|
|
US7479155
|
EV3 Endovascular, Inc.
|
John P. Gainor et al.
|
Jan 2009
|
|
US7377936
|
ev3, Inc.
|
John Gainor et al.
|
May 2008
|
|
US6911037
|
ev3, Inc.
|
John Gainor et al.
|
Jun 2005
|
|
US7070558
|
Boston Scientific SciMed, Inc.
|
Barry Gellman et al.
|
Jul 2006
|
|
US6953428
|
Boston Scientific SciMed, Inc.
|
Barry N. Gellman et al.
|
Oct 2005
|
|
US7377929
|
Gore Enterprise Holdings, Inc.
|
Jerald M Crawley et al.
|
May 2008
|
|
US7553329
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
Jun 2009
|
|
US6425924
|
Ethicon, Inc.
|
Robert A. Rousseau
|
Jul 2002
|
|
US6755781
|
SciMed Life Systems, Inc.
|
Barry N. Gellman
|
Jun 2004
|
|
US7235043
|
Boston Scientific Scimed Inc.
|
Barry N. Gellman et al.
|
Jun 2007
|
|
US7179272
|
General Surgical Innovations, Inc.
|
Maciej J. Kieturakis et al.
|
Feb 2007
|
|
US7402133
|
Boston Scientific Scimed, Inc.
|
Michael S. H. Chu et al.
|
Jul 2008
|
|
US7553330
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
Jun 2009
|
|
US7615076
|
Anulex Technologies, Inc.
|
Joseph C. Cauthen, III et al.
|
Nov 2009
|
|
US7465270
|
Boston Scientific Scimed, Inc.
|
Jamie Li
|
Dec 2008
|
|
US7404819
|
C.R. Bard, Inc.
|
Roger Darios et al.
|
Jul 2008
|
|
US6783554
|
Atrium Medical Corporation
|
Ryan A. Amara et al.
|
Aug 2004
|
|
US6991597
|
Boston Scientific SciMed, Inc.
|
Barry N. Gellman et al.
|
Jan 2006
|
|
US7156804
|
Davol, Inc.
|
Enrico Nicolo
|
Jan 2007
|
|
US7220281
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
May 2007
|
|
US7288105
|
ev3 Endovascular, Inc.
|
Jana F. Oman et al.
|
Oct 2007
|
|
US7513911
|
Intrinsic Therapeutics, Inc.
|
Gregory H. Lambrecht et al.
|
Apr 2009
|
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