Join
today
Boliven PRO is more than just patent search
- Build and save lists using the powerful Lists feature
- Analyze and download your search results
- Share patent search results with your clients
Patents »
US4860746: Elastic surgical ring clip and ring loader
Filing Information
| Inventor(s) |
InBae Yoon ·
|
| Assignee(s) |
YOON INBAE ·
View assignee updates
|
| Attorney/Agent(s) |
Robert E. Bushnell ·
|
| Primary Examiner |
Dalton L. Truluck ·
|
| Application Number | US7063913 |
| Filing date | 06/19/1987 |
| Issue date | 08/29/1989 |
| Predicted expiration date | 08/29/2006 |
| U.S. Classifications |
128/326 ·
128/303.A ·
|
| International Classifications |
A61B 1712 ·
|
| Kind Code | A |
| International Classifications |
128303 A;325-327;346 ·
|
| Related U.S. Application Data | CROSS REFERENCE TO RELATED APPLICATIONS This application is a continuation-in-part of, makes reference to and incorporates herein, the disclosure of my earlier copending application entitled ELASTIC LIGATING RING CLIP filed on Oct. 21, 1985 and assigned Ser. No. 06/794,927 issued Jan. 3, 1989, which in turn is a divisional application which makes reference to and incorporates therein the disclosure of its copending application of ine entitled ELASTIC LIGATING RING CLIP filed on Apr. 20, 1982 and assigned Ser. No. 370,170, now U.S. Pat. No. 4,548,201, for purposes of claiming and obtaining the benefits provided by 35 U.S.C. ?120. |
Patent Family
17 Claims, No Drawings
Abstract
An elastic surgical ring clip which is of a configuration to provide a ring clip having greatly increased compressive and elastic strength. The clip may be of spherical configuration and has a central lumen which may have a variety of cross-sectional configurations to increase tissue gripping. A ring loader for loading elastic rings onto the distal end of a ring applicator device including a conical ring expander and a conical ring dilator which is slipped over and pushed along the ring expander to dilate rings and place the dilated rings on a ring applicator device distal end. A kit including a ring loader and one or more elastic surgical ring clips.
- 1. An elastic surgical ring clip comprising:a body made of elastic material, said body having a generally spherical configuration exhibiting a pair of generally flattened and diametrically opposed faces, andmeans defining an anatomical tissue engaging lumen generally extending centrally through said elastic body with opposite ends of the lumen forming orifices centrally disposed in said opposed faces,said opposed faces having greatest cross-sectional dimensions in a plane perpendicular to a longitudinal axis of said lumen, substantially less than corresponding greatest cross-sectional dimensions of said spherical configuration of said body taken parallel to said plane,said body being made of an elastic material having sufficient elastic memory to return to its initial configuration after being stretched to enlarge said lumen so that tissue may be drawn into said lumen, whereby, upon return of said clip to its initial configuration with tissue located within said lumen, secure engagement of said clip about tissue is assured.
- 9. A kit for preparing a ring applicator device to apply one or more elastic surgical rings onto anatomical tissue, comprising:a plurality of elastic surgical rings each having a substantially solid body made of elastic material, said body having a generally spherical configuration exhibiting a pair of generally flattened and diametrically opposed faces, and an anatomical tissue engaging lumen generally extending centrally through said elastic body with opposite ends of the lumen forming orifices centrally disposed in said opposed faces, said opposed faces having greatest cross-sectional dimensions in a plane perpendicular to a longitudinal axis of said lumen, substantially less than corresponding greatest cross-sectional dimensions of said spherical configuration of said body taken parallel to said plane, each of said bodies being made of an elastic material having suffificient elastic memory to return to an initial configuration after beomg stretched to enlarge said lumen so that anatomical tissue may be drawn into said lumen, whereby, upon return of said clip to its initial configuration with anatomical tissue located within said lumen, secure engagement of said clip about anatomical tissue is assured,a ring loader having an elongate needle shaped receiver onto which one or more of said elastic surgical rings are loaded with the receiver inserted through the lumen,a conically shaped elastic ring expander having an apex and a base, said receiver extending from said apex and said base being configured to be temporarily mounted on the distal end of a ring applicator device, anda ring dilator having a generally conically configured ring engaging portion being slit to define a plurality of ring engaging fingers for engaging an end of one of said one or more elastic rings loaded onto said receiver whereby one or more elastic rings may be advanced from the receiver, expanded by being pushed over said conical ring expander, and positioned on the distal e or a ring applicator be being pushed beyond said conical receiver base.
- 13. An elastic surgical ring clip for engaging anatomical tissue, comprising:a body made of elastic material; andmeans defining an anatomical tissue engaging lumen extending generally centrally through said elastic body, said body being made of an elastic mate having sufficient elastic memory to return to its initial configuration after being stretched to enlarge said lumen so that tissue may be drawn into said lumen, said lumen having generally an elliptical configuration in a cross-se taken in a plane perpendicular to a longitudinal axis of said lumen with major and minor axes of said elliptical configuration being perpendicular to said longitudinal axis with said major axis being greater in dimension than said minor axis.
References Cited
U.S. Patent Documents
Foreign Patent Documents
| Document Number | Assignees | Inventors | Issue/Pub Date |
| GB491348 | ETHELBERT REAVLEY | | Aug 1938 |
Referenced By
| Document Number | Assignee | Inventors | Issue/Pub Date |
|
AU759822
|
ASTRAZENECA AB
|
HORPPU PETRI et al.
|
May 2003
|
|
EP1069863
|
Boston Scientific Limited
|
Richard C. FORTIER et al.
|
Dec 2005
|
|
EP1063922
|
Ensurg, Inc.
|
Eric L. MEARS
|
Oct 2006
|
|
US6197042
|
Medical Technology Group, Inc.
|
Richard S. Ginn et al.
|
Mar 2001
|
|
US5273054
|
WALKER JOHN W
|
John W. Walker
|
Dec 1993
|
|
US4976712
|
VANDERSLIK JULIUS
|
Julius VanderSlik
|
Dec 1990
|
|
US5681328
|
C.R. Bard, Inc.
|
Ronald B. Lamport et al.
|
Oct 1997
|
|
US6277140
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Aug 2001
|
|
US5226908
|
YOON INBAE
|
InBae Yoon
|
Jul 1993
|
|
US5797939
|
|
InBae Yoon
|
Aug 1998
|
|
US5334209
|
YOON INBAE
|
InBae Yoon
|
Aug 1994
|
|
US5643290
|
Osbon Medical Systems, Ltd.
|
Jeffrey W. Clark et al.
|
Jul 1997
|
|
US5788715
|
C.R. Bard, Inc.
|
Watson, Jr.; Thomas E. et al.
|
Aug 1998
|
|
US5797958
|
|
InBae Yoon
|
Aug 1998
|
|
US5843121
|
|
InBae Yoon
|
Dec 1998
|
|
US5984939
|
|
InBae Yoon
|
Nov 1999
|
|
US6527784
|
SciMed Life Systems, Inc.
|
Ronald David Adams et al.
|
Mar 2003
|
|
US6780197
|
Integrated Vascular Systems, Inc.
|
Steven N. Roe et al.
|
Aug 2004
|
|
US6942674
|
Integrated Vascular Systems, Inc.
|
W. Martin Belef et al.
|
Sep 2005
|
|
US7220266
|
C. R. Bard, Inc.
|
Richard A. Gambale
|
May 2007
|
|
US6719777
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Apr 2004
|
|
US6695867
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Feb 2004
|
|
US7399304
|
C.R. Bard, Inc.
|
Richard A. Gambale et al.
|
Jul 2008
|
|
US6391048
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
May 2002
|
|
US6749621
|
Integrated Vascular Systems, Inc.
|
Anthony Pantages et al.
|
Jun 2004
|
|
US6409737
|
Scimed Life Systems, Inc.
|
Richard C. Fortier et al.
|
Jun 2002
|
|
US6632238
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Oct 2003
|
|
US7867249
|
Integrated Vascular Systems, Inc.
|
Thomas J Palermo et al.
|
Jan 2011
|
|
US7879071
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Feb 2011
|
|
US7887555
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Feb 2011
|
|
US7887563
|
Abbott Vascular Inc.
|
Christy Cummins
|
Feb 2011
|
|
US7905900
|
Integrated Vascular Systems, Inc.
|
Thomas J. Palermo et al.
|
Mar 2011
|
|
US7901428
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Mar 2011
|
|
USD611144
|
Abbott Laboratories
|
Timothy C. Reynolds et al.
|
Mar 2010
|
|
US7806910
|
Abbott Laboratories
|
Steven C. Anderson
|
Oct 2010
|
|
US7806904
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Oct 2010
|
|
US7819895
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Oct 2010
|
|
US7828817
|
Integrated Vascular Systems, Inc.
|
W. Martin Belef et al.
|
Nov 2010
|
|
US7841502
|
Abbott Laboratories
|
Erik K. Walberg et al.
|
Nov 2010
|
|
US7842068
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn
|
Nov 2010
|
|
US7850709
|
Abbott Vascular Inc.
|
Christy Cummins et al.
|
Dec 2010
|
|
US7850797
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Dec 2010
|
|
US7854810
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Dec 2010
|
|
US7857828
|
Integrated Vascular Systems, Inc.
|
Ronald Jabba et al.
|
Dec 2010
|
|
US6613060
|
SciMed Life Systems, Inc.
|
Ronald David Adams et al.
|
Sep 2003
|
|
US6461364
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Oct 2002
|
|
US7918873
|
Abbott Vascular Inc.
|
Christy Cummins
|
Apr 2011
|
|
US7931669
|
Integrated Vascular Systems, Inc.
|
Richard S. Ginn et al.
|
Apr 2011
|
|
US7951157
|
C.R. Bard, Inc.
|
Richard A. Gambale
|
May 2011
|
|
US7993368
|
C.R. Bard, Inc.
|
Richard A. Gambale et al.
|
Aug 2011
|
|
US8048108
|
Abbott Vascular Inc.
|
Wilmer L. Sibbitt, Jr. et al.
|
Nov 2011
|
|
US8057386
|
C.R. Bard, Inc.
|
Harold M. Aznoian et al.
|
Nov 2011
|
|
US8075573
|
C.R. Bard, Inc.
|
Richard A. Gambale et al.
|
Dec 2011
|
|
US8105351
|
C.R. Bard, Inc.
|
Glen Lehman et al.
|
Jan 2012
|
|
US8100920
|
C.R. Bard, Inc.
|
Richard A. Gambale et al.
|
Jan 2012
|
|
US8128644
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Mar 2012
|
|
US8132566
|
Family Health International
|
David C. Sokal
|
Mar 2012
|
|
US8236026
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Aug 2012
|
|
US8226681
|
Abbott Laboratories
|
Ian J. Clark et al.
|
Jul 2012
|
|
US8202293
|
Integrated Vascular Systems, Inc.
|
Brian A. Ellingwood et al.
|
Jun 2012
|
|
US8202283
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Jun 2012
|
|
US8202294
|
Integrated Vascular Systems, Inc.
|
Ronald Jabba et al.
|
Jun 2012
|
|
US8206284
|
C.R. Bard, Inc.
|
Harold M. Aznoian et al.
|
Jun 2012
|
|
US8192459
|
Abbott Vascular Inc.
|
Christy Cummins et al.
|
Jun 2012
|
|
US8257390
|
Integrated Vascular Systems, Inc.
|
Michael T. Carley et al.
|
Sep 2012
|
|
US8303624
|
Abbott Cardiovascular Systems, Inc.
|
Aaron M. Fortson
|
Nov 2012
|
|
US8313497
|
Abbott Laboratories
|
Erik K. Walberg et al.
|
Nov 2012
|
|
US8323312
|
Abbott Laboratories
|
Ian J. Clark
|
Dec 2012
|
Patent Family
The current document is not in a family.
Boliven’s Predicted Expiration Date includes in its calculation the number of days of patent term adjustment a U.S. patent is entitled. The Predicted Expiration Date does not, currently, include in its calculation the payment of maintenance fees, the filing of any disclaimer(s), and/or patent term extension, but Boliven is working to include this information in the near future.