Richard Bernard Caspari
Physician in Dabneys, VA

License number
Utah 187705-1205
Issued Date
Feb 9, 1993
Expiration Date
Apr 30, 2000
Category
Physician
Type
Physician & Surgeon
Address
Address
Dabneys, VA

Professional information

Richard Caspari Photo 1

Self-Locking Suture Anchor

US Patent:
6660023, Dec 9, 2003
Filed:
Feb 27, 2003
Appl. No.:
10/375389
Inventors:
Dennis McDevitt - Upton MA
Jeffrey Halbrecht - San Francisco CA
Richard Caspari - Maidens VA
Assignee:
Ethicon, Inc. - Somerville NJ
International Classification:
A61B 1704
US Classification:
606232
Abstract:
A tissue anchor having a length of filament held so that an applied force greater than a threshold force will cause the filament to move longitudinally, while an applied force less than the threshold force will not move the filament, and methods of attaching soft tissue to bone using such an anchor.


Richard Caspari Photo 2

Self-Locking Suture Anchor

US Patent:
7081126, Jul 25, 2006
Filed:
Jul 30, 2003
Appl. No.:
10/629978
Inventors:
Dennis McDevitt - Upton MA, US
Jeffrey Halbrecht - San Francisco CA, US
Richard Caspari - Maidens VA, US
Assignee:
Ethicon, Inc. - Somerville NJ
International Classification:
A61B 17/04
US Classification:
606232
Abstract:
A tissue anchor having a length of filament held so that an applied force greater than a threshold force will cause the filament to move longitudinally, while an applied force less than the threshold force will not move the filament, and methods of attaching soft, tissue to bone using such an anchor.


Richard Caspari Photo 3

Self-Locking Suture Anchor

US Patent:
2005014, Jul 7, 2005
Filed:
Feb 7, 2005
Appl. No.:
11/052557
Inventors:
Dennis McDevitt - Upton MA, US
Jeffrey Halbrecht - San Francisco CA, US
Richard Caspari - Maidens VA, US
International Classification:
A61B017/56
US Classification:
606232000, 606072000
Abstract:
A tissue anchor having a length of filament held so that an applied force greater than a threshold force will cause the filament to move longitudinally, while an applied force less than the threshold force will not move the filament, and methods of attaching soft tissue to bone using such an anchor.


Richard Caspari Photo 4

Surgical Cutting Instrument With End And Side Openings

US Patent:
4844064, Jul 4, 1989
Filed:
Sep 30, 1987
Appl. No.:
7/103885
Inventors:
James A. Thimsen - Richmond VA
Terry L. Whipple - Richmond VA
Richard B. Caspari - Maidens VA
Assignee:
Baxter Travenol Laboratories, Inc. - Deerfield IL
International Classification:
A61B 1732
US Classification:
128305
Abstract:
A surgical cutting instrument comprising: an outer tube sized for insertion through an opening in a patient, the outer tube having a distal end wall, a peripheral wall and a longitudinal axis, the outer tube having a first and second opening, the first opening being located at least primarily in the distal end wall and the second opening being located at least primarily in the peripheral wall, each of the openings having first and second cutting edges defining portions of the periphery of such openings; and an inner cutting member rotatable within the outer tube, the inner cutting member having at least one cutting edge cooperable with the first and second cutting edges of the openings of the outer tube for cutting material from within the patient with a shearing action that progresses along the first and second cutting edges as the inner cutting member rotates.


Richard Caspari Photo 5

Shoulder Traction Apparatus

US Patent:
4616637, Oct 14, 1986
Filed:
Sep 14, 1984
Appl. No.:
6/650664
Inventors:
Richard B. Caspari - Maidens VA
Terry L. Whipple - Richmond VA
James A. Thimsen - Richmond VA
Assignee:
Precision Surgical Instruments, Inc. - Richmond VA
International Classification:
A61G 1300
US Classification:
128 84R
Abstract:
A shoulder traction applying apparatus which clamps to an operating table. The forearm of a patient is gripped by a tapering sleeve-like member and a cord therefrom is entrained over a pair of pulleys at opposite ends of a boom member. The remote end of the cord is selectively weighted to apply tension to the cord and achieve a desired traction. The boom is secured to the top member of a pair of separable members of which the lower member is clamped to the operating table. The top member is rotatable by a hand crank which turns a worm gear that meshes with a spur gear fixedly secured to the top member. The lower member may be raised or lowered by cranking a pinion of a rack and pinion assembly wherein the rack is mounted on the lower member. Hand controlled spring pressure locks the lower member in the position selected by the rack and pinion assembly. A caster-mounted stand stores the top and lower members when the apparatus is not in use.


Richard Caspari Photo 6

Thigh Restraining Apparatus And Method

US Patent:
4549540, Oct 29, 1985
Filed:
Nov 16, 1983
Appl. No.:
6/552375
Inventors:
Richard B. Caspari - Maidens VA
Terry L. Whipple - Richmond VA
James A. Thimsen - Richmond VA
Assignee:
Precision Surgical Instruments, Inc. - Richmond VA
International Classification:
A61F 1300
US Classification:
128133
Abstract:
A thigh restraining apparatus especially useful in connection with arthroscopic knee surgery wherein the surgeon may perform the operation while viewing the knee on a television screen. A bar member extends across the operating table supported by horizontally extending rail members customarily provided on operating tables. A specially designed sphygmomanometer constitutes a tourniquet member and applies a known pressure to the thigh of the patient. A strap member envelops the thigh of the patient and is reeled out or in by a screw feed as required to accommodate the patient's thigh. One end of the strap is secured and an intermediate portion is removably attached to the sphygmomanometer. If necessary, both knees may be operated upon sequentially without disturbing a required sterile field by positioning a pair of strap feeding devices on opposite sides of the bar member and securing each strap to an adjacent sphygmomanometer applied to each of the patient's thighs.


Richard Caspari Photo 7

Device And Method For Delivering A Connector For Surgically Joining And Securing Flexible Tissue Repair Members

US Patent:
5902321, May 11, 1999
Filed:
Jul 25, 1997
Appl. No.:
8/901027
Inventors:
Richard B. Caspari - Maidens VA
Alan Chervitz - Hopkinton MA
Thomas Wade Fallin - Hyde Park UT
Rickey D. Hart - Plainville MA
Daniel F. Justin - Logan UT
Daniel A. Perkins - Hyde Park UT
Assignee:
Innovasive Devices, Inc. - Marlborough MA
International Classification:
A61B17/04
US Classification:
606232
Abstract:
A connector delivery device and method include a rod frangibly affixed to an inner member and a support member slidable around the rod. The support member is adapted to support an outer member for movement relative to the inner member for forming a snap fit therebetween, the snap fit for trapping flexible material such as suture at a surgical site. In an alternate embodiment a pistol-type handle and trigger operate to move a push rod seated within an outer barrel against the outer member to push the outer member over the inner member to form the snap fit. A collet is attached to a collet barrel slidable within the outer barrel, the collet barrel positioned in surrounding relation to the push rod. The collet, which is spring biased into a closed position, supports the outer member prior to activation of the delivery device.


Richard Caspari Photo 8

Connector Device And Method For Surgically Joining And Securing Flexible Tissue Repair Members

US Patent:
6290711, Sep 18, 2001
Filed:
Aug 13, 1999
Appl. No.:
9/374727
Inventors:
Richard B. Caspari - Maidens VA
Daniel F. Justin - Logan UT
Assignee:
Innovasive Devices, Inc. - Logan UT
International Classification:
A61B 1704
US Classification:
606232
Abstract:
A connector for joining sections of flexible material includes a locking member that has an engagement portion at a distal end and that can support a flexible member at a proximal end. An outer member is engageable with the locking member's engagement portion and is movable between a disengaged position and a locking position in cooperation with the locking member. When the outer member is in the locking position, the flexible material piece is retainable along the nonlinear path against movement between the locking member and the outer member. The connector is lockable at a desired surgical site in a generally collinear fashion with the flexible material piece. The nonlinear pathway defined by the material enhances the strength of the connection, which is particularly effective in the case of suture material, which is known to slip easily. The piece of material to be secured may include one or more pieces of suture or a loop of suture having two ends, or sections of wire, cable, or tissue pieces.


Richard Caspari Photo 9

Method Of Arthroscopically Preparing An Articular Bone Surface

US Patent:
5263498, Nov 23, 1993
Filed:
Jan 26, 1993
Appl. No.:
8/016176
Inventors:
Richard B. Caspari - Maidens VA
Jeffrey G. Roberts - Palm Harbor FL
James T. Treace - Largo FL
International Classification:
A61B 1900, A61F 238
US Classification:
128898
Abstract:
Methods and apparatus for prosthetic knee replacement permit preparation of tibial plateau and femoral condyle surfaces and implant of tibial and femoral protheses components with the use of arthroscopic surgical techniques. The bone surfaces are resected by moving a rotating milling cutter longitudinally across the bone surface and moving the rotating milling cutter substantially laterally across the bone. Cement is supplied between the prostheses and the bone surfaces after positioning of the prostheses on the bone, and cement bonding is enhanced by applying suction to the bone to draw the cement into the bone.


Richard Caspari Photo 10

Methods And Apparatus For Arthroscopic Prosthetic Knee Replacement

US Patent:
5171244, Dec 15, 1992
Filed:
Jan 8, 1990
Appl. No.:
7/462529
Inventors:
Richard B. Caspari - Maidens VA
Jeffrey G. Roberts - Palm Harbor FL
James T. Treace - Largo FL
International Classification:
A61B 1900, A61F 238
US Classification:
606 88
Abstract:
Methods and apparatus for prosthetic knee replacement permit preparation of tibial plateau and femoral condyle surfaces and implant of tibial and femoral protheses components with the use of arthroscopic surgical techniques. The bone surfaces are resected by moving a rotating milling cutter longitudinally across the bone surface and moving the rotating milling cutter substantially laterally across the bone. Cement is supplied between the prostheses and the bone surfaces after positioning of the prostheses on the bone, and cement bonding is enhanced by applying suction to the bone to draw the cement into the bone.