34 results about "Surgical anchor" patented technology

A surgical anchor device for being anchored on the mucous membrane of the inner wall of the intestine, the device having a temporary anchor element presenting anchoring that can be modified in a controlled manner and having a first substantially cylindrical multiply-perforated wall presenting properties of radial elasticity whereby the first wall presents an outer diameter that can be varied in controlled manner, wherein a portion of the inner surface of the first wall is lined with an independent leakproof inner sheath having only its longitudinal ends fastened to the anchor element to define a suction chamber between the inner sheath and the first wall, the temporary anchor element being coupled to a flexible or semi-rigid tube extending outside the anchor element, an open end of the injection-suction tube opening out into the suction chamber enabling air to be injected into or sucked out from the suction chamber.

A surgical anchor device for being anchored on the mucous membrane of the inner wall of the intestine, the device having a temporary anchor element presenting anchoring that can be modified in a controlled manner and having a first substantially cylindrical multiply-perforated wall presenting properties of radial elasticity whereby the first wall presents an outer diameter that can be varied in controlled manner, wherein a portion of the inner surface of the first wall is lined with an independent leakproof inner sheath having only its longitudinal ends fastened to the anchor element to define a suction chamber between the inner sheath and the first wall, the temporary anchor element being coupled to a flexible or semi-rigid tube extending outside the anchor element, an open end of the injection-suction tube opening out into the suction chamber enabling air to be injected into or sucked out from the suction chamber.

A surgical anchor device for being anchored on the mucous membrane of the inner wall of the intestine, the device having a temporary anchor element presenting anchoring that can be modified in a controlled manner and having a first substantially cylindrical multiply-perforated wall presenting properties of radial elasticity whereby the first wall presents an outer diameter that can be varied in controlled manner, wherein a portion of the inner surface of the first wall is lined with an independent leakproof inner sheath having only its longitudinal ends fastened to the anchor element to define a suction chamber between the inner sheath and the first wall, the temporary anchor element being coupled to a flexible or semi-rigid tube extending outside the anchor element, an open end of the injection-suction tube opening out into the suction chamber enabling air to be injected into or sucked out from the suction chamber.

A system for temporarily securing a reference marker on the skin of a patient or above the skin of a patient at user selectable heights during a surgical or diagnostic procedure comprises a reference marker, a surgical anchor and an adjustment key. The marker includes a marker body having an exterior profile within a three-dimensional space as measured along three axes, wherein the exterior profile of the marker body is not symmetric relative to any two of the three axes. The anchor includes an anchor shaft and a plurality of attachment features disposed along the anchor shaft between first and second ends thereof, wherein each respective attachment feature provides a point of attachment for the reference marker to the anchor shaft at a different respective length relative to one of the first or second ends. The adjustment key enables the reference marker to be secured at the desired height of the anchor shaft. Also disclosed is a reference marker having an adhesive on a surface thereof for securing directly to the skin of a patient.

Surgical anchor constructs, fixation devices, and methods of manufacturing, as well as methods for tissue repairs are disclosed. A soft suture anchor has a sheath with varying densities along the length of the sheath. The anchor sheath can have different segments with different densities which can be provided in a pattern or a random manner. The segments with different densities allow secure fixation of the soft anchor within bone, and attachment of first tissue to second tissue.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone), at least one repair suture attached to the sheath, and at least one hybrid shuttling link attached to the sheath. The hybrid shuttling link is configured to act as both a shuttle / pull device and a repair suture. A free end of the repair suture is passed through the lumen and the body of the sheath to form at least one splice and a an adjustable, flexible, tensionable, knotless loop around soft tissue to be attached to bone. The hybrid shuttling link may form a knotted loop around soft tissue to be attached to bone.

Surgical anchor constructs, fixation devices, and methods of manufacturing are disclosed. A soft suture anchor has a sheath with varying densities along the length of the sheath. The anchor sheath can have different segments with different densities which can be provided in a pattern or a random manner. The segments with different densities allow secure fixation of the soft anchor within bone, and attachment of first tissue to second tissue.

The surgical anchor comprises a shell and an inner core, the outer portion of the shell is sequentially provided with a spine strip, a barb outlet and an expansion structure from outside to inside from the interior of a bone bed, the interior of the shell is hollow, and an internal thread is arranged in the portion, at the spine strip section, of the shell; the inner core is provided with an external thread which is matched with the internal thread of the shell to realize the movement of the inner core in the shell, the inner core is provided with a barb which moves in the shell and extends out of the barb outlet, and the end part of the inner core is provided with a nail point which is driven into a bone bed; the nail point is provided with a clamping table which enables the inner core to move in the shell to pull the end of the shell to enable the expansion structure to expand outwards, a wire hole is formed in the inner core close to the clamping table end, and a wire groove communicated to the wire hole from the longitudinal edge of the external thread is formed in the outer side of the inner core.

An inserter for tissue repair includes a shaft that operatively engages an implant. The implant is coupled to at least one flexible strand. A strand securing device is located at the proximal end of the shaft. The strand securing device has a base portion and a handle portion moveably coupled to the base portion between a first position and a second position.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone) with dimensions designed to fit bone holes of about 1.0 to about 1.1 mm. At least one flexible strand is attached to the sheath and passed through the lumen of the sheath in a specific direction to form one or more adjustable, flexible, tensionable loops extending around and through the cannulated sheath.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone), at least one repair suture attached to the sheath, and at least one hybrid shuttling link attached to the sheath. The hybrid shuttling link is configured to act as both a shuttle / pull device and a repair suture. A free end of the repair suture is passed through the lumen and the body of the sheath to form at least one splice and a an adjustable, flexible, tensionable, knotless loop around soft tissue to be attached to bone. The hybrid shuttling link may form a knotted loop around soft tissue to be attached to bone.

Systems and methods recited herein provide for affixation of a prosthetic valve to surrounding tissue, by at least one anchor and an anchor deployment device. The surgical anchor includes a distal end tapered to a distal tip configured to pierce and anchor into tissue; a proximal head; and a tension component integrally connected with the distal end and the proximal head; wherein the tension component is configured to exert a force on the proximal head when the distal end is anchored into the tissue.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone) and at least one flexible strand attached to the sheath. Free ends of the flexible strand are passed through the lumen and the body of the sheath in different directions and for multiple times, to each form at least one splice and a plurality of adjustable, flexible, tensionable, knotless loops extending around and through the cannulated sheath.

A surgical anchor device for being anchored on the mucous membrane of the inner wall of the intestine, the device having a temporary anchor element presenting anchoring that can be modified in a controlled manner and having a first substantially cylindrical multiply-perforated wall presenting properties of radial elasticity whereby the first wall presents an outer diameter that can be varied in controlled manner, wherein a portion of the inner surface of the first wall is lined with an independent leakproof inner sheath having only its longitudinal ends fastened to the anchor element to define a suction chamber between the inner sheath and the first wall, the temporary anchor element being coupled to a flexible or semi-rigid tube extending outside the anchor element, an open end of the injection-suction tube opening out into the suction chamber enabling air to be injected into or sucked out from the suction chamber.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone) and at least one flexible strand attached to the sheath. Free ends of the flexible strand are passed through the lumen and the body of the sheath in different directions and for multiple times, to each form at least one splice and a plurality of adjustable, flexible, tensionable, knotless loops extending around and through the cannulated sheath.

Systems and methods recited herein provide for affixation of a prosthetic valve to surrounding tissue, by at least one anchor and an anchor deployment device. The surgical anchor includes a distal end tapered to a distal tip configured to pierce and anchor into tissue; a proximal head; and a tension component integrally connected with the distal end and the proximal head; wherein the tension component is configured to exert a force on the proximal head when the distal end is anchored into the tissue.

An inserter for tissue repair includes a shaft that operatively engages an implant. The implant is coupled to at least one flexible strand. A strand securing device is located at the proximal end of the shaft. The strand securing device has a base portion and a handle portion moveably coupled to the base portion between a first position and a second position.

A method of tissue repair using expandable surgical anchors and knotless fixation. The method includes coupling repair strands to tissue to be fixed and inserting an implant with the repair strands captured by the implant into a pre-drilled bone hole in an insertion direction. After the implant is inserted into the bone hole, an expandable cannulated fixation device is placed within the bone hole such that the repair strands are disposed outside the fixation device. After the fixation device is placed within the bone hole, the fixation device is expanded by pulling the implant into the fixation device in an actuation direction while the fixation device remains stationary, thereby compressing the fixation device against the bone hole with the repair strands disposed between the outer surface of the fixation device and the bone hole, and fixating the tissue without creating knots.

Surgical anchoring systems for use with a surgical instrument for endoluminal access are provided. The surgical instrument includes an outer sleeve defining a working channel therethrough. The outer sleeve is configured to be disposed within a first natural body lumen. A channel arm is configured to extend through the working channel and to move independently relative to each other. The channel arm has an anchor member and is configured to move between expanded and unexpanded states. When in the expanded state, the anchor member is configured to be disposed within a second natural body lumen. A control actuator extends along the channel arm and is operatively coupled to the anchor member, the control actuator being operatively coupled to a drive system that is configured to control motion of the channel arm to selectively manipulate an organ associated with the first and second natural body lumens.

Surgical anchor structures, fixation devices, and methods of manufacture, as well as methods for tissue repair are disclosed. A soft suture anchor has a sheath having a varying density along a length of the sheath. The anchor sheath may include different segments having different densities, which may be provided in a pattern or random manner. The segments of different densities allow the soft anchor to be securely secured within the bone and attach the first tissue to the second tissue.

A surgical anchoring device may include a first beam and a second beam each extending along a longitudinal direction; and a connecting member bridging a first proximal portion of the first beam to a second proximal portion of the second beam such that the first beam is substantially aligned with the second beam. In addition, the anchoring device may include a first barb protruding from a medial side of the first beam, wherein the first barb extends diagonally in a generally proximal direction; and a second barb protruding from a medial side of the second beam, wherein the second barb extends diagonally in a generally proximal direction. The first barb may include a proximal facing surface that is separated from the first beam by a recess.

Expandable surgical anchors and methods of tissue repair with knotless fixation. The method includes coupling a repair strand to tissue to be fixated and inserting an implant with the repair strand that is captured by an implant into a pre-drilled bone hole in an insertion direction. After the implant is inserted into the bone hole, an expanding cannulated fixation device is installed into the bone hole such that the repair strand is positioned outside of the fixation device. After installing the fixation device into the bone hole, the fixation device is expanded by pulling the implant in an activation direction into the fixation device while the fixation device remains stationary, thereby compressing the fixation device against the bone hole with the repair strand disposed between an outer surface of the fixation device and the bone hole and providing tissue fixation without tying any knots.

The present invention relates to a surgical assembly (1), in particular in the form of a surgical needle-suture or surgical anchor-suture assembly, comprising:-a first element (10) having a proximal end portion (11) and a distal end portion (12), and-a second element (20) having a proximal end portion (21) and a distal end portion (22), the distal end portion (12) of the first element (10) and the proximal end portion (21) of the second element (20) are joined to each other via a third element (30) covering the distal end portion (12) of the first element (10) and the proximal end portion (21) of the second element (20) and attached to the distal end portion (12) of the first element (10) and the proximal end portion (21) of the second element (20). The invention also relates to a method and an apparatus for manufacturing a surgical assembly.

A surgical anchor delivery device includes a shaft, a plurality of anchors disposed within the shaft, and a threaded rod disposed within the shaft and threadably engaged with the anchors. Rotation of the threaded rod advances the anchors toward the distal end of the shaft without rotating the anchors relative to the shaft. The delivery device may include an actuation mechanism configured to rotate the threaded rod. A method of delivering the anchors may include advancing the distal end of the shaft to a first location, rotating the threaded rod to advance a first anchor out the distal end of the shaft without rotating the first anchor relative to the shaft, repositioning the distal end of the shaft to a second position, and rotating the threaded rod to advance a second anchor out the distal end of the shaft without rotating the second anchor relative to the shaft.

A surgical device includes a handle assembly, an elongated assembly, a motor, a circuit board, and an encoder assembly. The encoder assembly is disposed within the handle assembly, and includes an encoder wheel and an encoder eye. The encoder wheel is rotatable about the first longitudinal axis defined by the elongated assembly, and is disposed in mechanical cooperation with the motor. The encoder eye is disposed in mechanical cooperation with the circuit board. The encoder assembly is configured to monitor rotation of the motor with regard to rotation of a first anchor, and is configured to determine if the rotation of the motor should be adjusted with regard to rotation of a second anchor.

A surgical anchor device for being anchored on the mucous membrane of the inner wall of the intestine, the device having a temporary anchor element presenting anchoring that can be modified in a controlled manner and having a first substantially cylindrical multiply-perforated wall presenting properties of radial elasticity whereby the first wall presents an outer diameter that can be varied in controlled manner, wherein a portion of the inner surface of the first wall is lined with an independent leakproof inner sheath having only its longitudinal ends fastened to the anchor element to define a suction chamber between the inner sheath and the first wall, the temporary anchor element being coupled to a flexible or semi-rigid tube extending outside the anchor element, an open end of the injection-suction tube opening out into the suction chamber enabling air to be injected into or sucked out from the suction chamber.

The present disclosure relates to expandable surgical anchors and methods of tissue repair using knotless fixation. The method includes coupling a repair strand to tissue to be fixed, and inserting an implant having the repair strand captured by the implant into a pre-drilled bone hole in an insertion direction. After the implant is inserted into the bone hole, an expanded hollow fixation device is installed into the bone hole such that the repair strand is positioned outside the fixation device. After mounting the fixation device into the bone hole, the fixation device is pressed against the bone hole by expanding the fixation device by pulling the implant into the fixation device in an activation direction while the fixation device remains stationary, with the repair strand disposed between an outer surface of the fixation device and the bone hole, and tissue fixation is provided without knotting.

Surgical anchor constructs, fixation devices, and methods for tissue repairs are disclosed. A soft suture anchor has a cannulated sheath (that is fixed in bone) with dimensions designed to fit bone holes of about 1.0 to about 1.1 mm. At least one flexible strand is attached to the sheath and passed through the lumen of the sheath in a specific direction to form one or more adjustable, flexible, tensionable loops extending around and through the cannulated sheath.

A surgical anchoring device may include a first beam and a second beam each extending along a longitudinal direction; and a connecting member bridging a first proximal portion of the first beam to a second proximal portion of the second beam such that the first beam is substantially aligned with the second beam. In addition, the anchoring device may include a first barb protruding from a medial side of the first beam, wherein the first barb extends diagonally in a generally proximal direction; and a second barb protruding from a medial side of the second beam, wherein the second barb extends diagonally in a generally proximal direction. The first barb may include a proximal facing surface that is separated from the first beam by a recess.