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| 국가/구분 | United States(US) Patent 등록 |
|---|---|
| 국제특허분류(IPC7판) |
|
| 출원번호 | US-0443080 (2007-10-05) |
| 등록번호 | US-8246637 (2012-08-21) |
| 국제출원번호 | PCT/US2007/021412 (2007-10-05) |
| §371/§102 date | 20090326 (20090326) |
| 국제공개번호 | WO2008/045333 (2008-04-17) |
| 발명자 / 주소 |
|
| 출원인 / 주소 |
|
| 인용정보 | 피인용 횟수 : 357 인용 특허 : 94 |
A handle assembly for operating a surgical instrument is provided and includes a housing; a trigger operatively supported on the housing; and at least one actuation cable operatively associated with the trigger and extending from the housing in such a manner that an actuation of the trigger imparts
A handle assembly for operating a surgical instrument is provided and includes a housing; a trigger operatively supported on the housing; and at least one actuation cable operatively associated with the trigger and extending from the housing in such a manner that an actuation of the trigger imparts both an axial translation of the actuation cable and a rotation to the actuation cable. Each of the axial translation and rotation of the actuation cable performs a separate function.
1. A handle assembly for operating a surgical instrument, comprising: a housing;a trigger operatively supported on the housing; andat least one actuation cable operatively associated with the trigger and extending from the housing in such a manner that an actuation of the trigger, in a single direct
1. A handle assembly for operating a surgical instrument, comprising: a housing;a trigger operatively supported on the housing; andat least one actuation cable operatively associated with the trigger and extending from the housing in such a manner that an actuation of the trigger, in a single directional motion, imparts both an axial translation of the actuation cable and a rotation to the actuation cable, wherein each of the axial translation and rotation of the actuation cable performs a separate function. 2. The handle assembly according to claim 1, further comprising a pair of articulation cables operable from the housing, wherein each articulation cable includes a proximal end operatively connected to a control element supported on the housing. 3. The handle assembly according to claim 2, wherein a first movement of the control element results in axial translation of the pair of articulation cables in opposed directions to one another, and wherein a second movement of the control element results in a reversed axial translation of the pair of articulation cables. 4. The handle assembly according to claim 3, wherein the control element is rotatably supported on the housing, wherein the first movement of the control element is a rotation of the control element in a first direction; and wherein the second movement of the control element is a rotation of the control element in a second direction. 5. The handle assembly according to claim 1, wherein the trigger includes a trigger plate defining a first gear segment operatively engagable with a spur gear which is operatively supported on an actuation shaft, wherein actuation of the trigger results in at least a rotation of the spur gear and the actuation shaft, wherein the actuation shaft is coupled to the actuation cable. 6. The handle assembly according to claim 5, wherein the trigger is operatively connected to the actuation shaft in such a manner that actuation of the trigger results in axial translation of the actuation shaft and actuation cable. 7. The handle assembly according to claim 6, wherein the trigger plate defines a second gear segment operatively engagable with a gear rack operatively supported on the actuation shaft, wherein actuation of the trigger results in an axial translation of the gear rack and the actuation shaft. 8. The handle assembly according to claim 7, further comprising a follower block rotatably supported on the actuation shaft and coupled to the gear rack via a biasing element, wherein actuation of the trigger results in axial translation of the gear rack, biasing of the biasing member and subsequent axial translation of the follower block and actuation shaft. 9. The handle assembly according to claim 8, wherein the spur gear forms a part of a slip clutch which is slidably supported on the actuation rod, wherein a proximal portion of the slip clutch is operatively engaged with the spur gear in such a manner so as to enable uni-directional rotation of the proximal portion upon a rotation of spur gear. 10. The handle assembly according to claim 9, further comprising a biasing member configured to maintain the proximal portion of the slip clutch in engagement with the spur gear. 11. The handle assembly according to claim 10, further comprising a pawl, wherein the proximal portion of the slip clutch is configured for engagement with the pawl in such a manner that the pawl limits the direction of rotation of the proximal portion of the slip clutch. 12. An endoscopic stitching device, comprising: a handle assembly, including: a housing;a trigger operatively supported on the housing; andat least one actuation cable operatively associated with the trigger and extending from the housing in such a manner that a motion of actuation of the trigger, in a single direction, imparts both an axial translation of the actuation cable and a rotation to the actuation cable, wherein each of the axial translation and rotation of the actuation cable performs a separate function; andan end effector operatively connected to the handle assembly, the end effector including a tool assembly configured and adapted to perform at least a pair of operations,wherein the actuation cable is operatively connected to the tool assembly in such a manner that the actuation cable is capable of effecting a first operation of the pair of operations of the end effector upon the axial translation thereof; andwherein the actuation cable is operatively connected to the tool assembly in such a manner that the actuation cable is capable of effecting a second operation of the pair of operations of the end effector upon the rotation thereof. 13. The endoscopic stitching device according to claim 12, further comprising an articulatable neck assembly interconnecting the handle assembly and the end effector, wherein the neck assembly is configured and adapted for articulation in at least one direction transverse to a longitudinal axis thereof. 14. The endoscopic stitching device according to claim 13, further comprising at least one articulation cable slidably extending through the neck assembly and having a distal end fixedly connected to the tool assembly. 15. The endoscopic stitching device according to claim 14, wherein the articulation cable is disposed along an axis spaced a distance from a central axis of the neck assembly. 16. The endoscopic stitching device according to claim 14, further comprising a pair of articulation cables operable from the housing, wherein each articulation cable includes a proximal end operatively connected to a control element supported on the housing. 17. The endoscopic stitching device according to claim 16, wherein a first movement of the control element results in axial translation of the pair of articulation cables in opposed directions to one another, and wherein a second movement of the control element results in a reversed axial translation of the pair of articulation cables. 18. The endoscopic stitching device according to claim 17, wherein the control element is rotatably supported on the housing, wherein the first movement of the control element is a rotation of the control element in a first direction; and wherein the second movement of the control element is a rotation of the control element in a second direction. 19. The endoscopic stitching device according to claim 12, wherein the trigger includes a trigger plate defining a first gear segment operatively engagable with a spur gear which is operatively supported on an actuation shaft, wherein actuation of the trigger results in at least a rotation of the spur gear and the actuation shaft, wherein the actuation shaft is coupled to the actuation cable. 20. The endoscopic stitching device according to claim 19, wherein the trigger is operatively connected to the actuation shaft in such a manner that actuation of the trigger results in axial translation of the actuation shaft and actuation cable. 21. The endoscopic stitching device according to claim 20, wherein the trigger plate defines a second gear segment operatively engagable with a gear rack operatively supported on the actuation shaft, wherein actuation of the trigger results in an axial translation of the gear rack and the actuation shaft. 22. The endoscopic stitching device according to claim 21, wherein the handle assembly further comprises a follower block rotatably supported on the actuation shaft and coupled to the gear rack via a biasing element, wherein actuation of the trigger results in axial translation of the gear rack, biasing of the biasing member and subsequent axial translation of the follower block and actuation shaft. 23. The endoscopic stitching device according to claim 22, wherein the spur gear forms a part of a slip clutch which is slidably supported on the actuation rod, wherein a proximal portion of the slip clutch is operatively engaged with the spur gear in such a manner so as to enable uni-directional rotation of the proximal portion upon a rotation of spur gear. 24. The endoscopic stitching device according to claim 23, wherein the handle assembly further comprises a biasing member configured to maintain the proximal portion of the slip clutch in engagement with the spur gear. 25. The endoscopic stitching device according to claim 24, wherein the handle assembly further comprises a pawl, wherein the proximal portion of the slip clutch is configured for engagement with the pawl in such a manner that the pawl limits the direction of rotation of the proximal portion of the slip clutch. 26. The endoscopic stitching device according to claim 23, wherein the handle assembly further comprises a spline shaft, co-axially aligned with the actuation shaft, and extending from a proximal end of the housing, and a knob supported on a proximal end of the spline shaft extending from the proximal end of the housing in such a manner so as to transmit rotation to the spline shaft and to the actuation shaft and actuation cable. 27. The endoscopic stitching device according to claim 12, further comprising a suture needle operatively associated with the tool assembly, wherein the tool assembly includes a pair of juxtaposed jaws pivotally associated with one another, and wherein each jaw defines a needle receiving recess formed in a tissue contacting surface thereof. 28. The endoscopic stitching device according to claim 27, further comprising an axially translatable needle engaging blade slidably supported in each jaw. 29. The endoscopic stitching device according to claim 28, wherein each blade includes an advanced position wherein a distal end of the blade engages the suture needle when the suture needle is in the respective jaw to thereby secure the suture needle therewith, and wherein each blade includes a retracted position wherein a distal end of the blade is out of engagement with the suture needle. 30. The endoscopic stitching device according to claim 29, wherein the pair of blades are operatively joined to one another so as to translate in opposite directions relative to one another upon a rotation of the actuation cable. 31. The endoscopic stitching device according to claim 28, wherein the end effector further comprises a camming hub keyed to the actuation cable so as to enable an axial translation of the actuation cable relative to the camming hub, wherein the camming hub rotates upon a rotation of the actuation cable. 32. The endoscopic stitching device according to claim 31, wherein the camming hub is operatively connected to a proximal end of each blade in such a manner that rotation of the camming hub results in axial translation of each of the pair of blades. 33. The endoscopic stitching device according to claim 31, wherein the end effector further includes a thrust bearing disposed proximally of the camming hub in operatively engaged therewith. 34. The endoscopic stitching device according to claim 27, wherein axial, reciprocal translation of the actuation cable results in opening and closing of the pair of jaws. 35. The endoscopic stitching device according to claim 34, wherein the actuation cable translatably extends between the handle assembly and the end effector. 36. The endoscopic stitching device according to claim 34, wherein when the actuation cable is in a first position the pair of jaws are spaced apart from one another, and when the actuation cable is in a second position the pair of jaws are in a close spaced relation to one another. 37. The endoscopic stitching device according to claim 27, wherein the suture needle includes a length of barbed suture extending therefrom.
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