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    • 1. 发明授权
    • Bone screw with selectively securable washer
    • 带有选择性安全垫圈的骨螺钉
    • US08118849B2
    • 2012-02-21
    • US11724530
    • 2007-03-15
    • Rebecca Hawkins WahlHanspeter Robert BayerRonald George Litke, Jr.Scott W. ReedAlan G. Taylor
    • Rebecca Hawkins WahlHanspeter Robert BayerRonald George Litke, Jr.Scott W. ReedAlan G. Taylor
    • A61B17/04A61B17/86A61F2/08
    • A61B17/8605A61B17/863A61B17/8685A61B17/8695
    • A screw assembly (10) for insertion into a bone region (12A) (12B) includes a screw body (14) and a washer (16). The screw body (14) includes a distal end (218), a proximal end (224), and a distal threaded area (220), and a proximal threaded area (226). The distal threaded area (220) is positioned near the distal end (218) and the proximal threaded area (226) is positioned near the proximal end (224). The washer (16) includes a washer threaded area (238) that engages the proximal threaded area (226) to selectively secure the washer (16) to the screw body (14). With this design, the washer (16) can be selectively attached to the screw body (14) and different sized washers (16) can be alternatively and selectively secured to the screw body (14). As a result thereof, the person inserting the screw assembly (10) can pick the washer (16) size best suited to retain the bone region (12A) (12B) in which the screw assembly (10) is being inserted.
    • 用于插入到骨区域(12A)(12B)中的螺钉组件(10)包括螺钉体(14)和垫圈(16)。 螺钉体(14)包括远端(218),近端(224)和远端螺纹区域(220)以及近端螺纹区域(226)。 远端螺纹区域(220)定位在远端(218)附近,并且近端螺纹区域(226)位于近端(224)附近。 垫圈(16)包括与近侧螺纹区域(226)接合以选择性地将垫圈(16)固定到螺钉体(14)的垫圈螺纹区域(238)。 通过这种设计,可以将垫圈(16)选择性地附接到螺丝体(14),并且不同尺寸的垫圈(16)可以可选地和选择性地固定到螺钉体(14)。 结果,插入螺钉组件(10)的人可以拾取最适合于保持插入螺钉组件(10)的骨区域(12A)(12B)的垫圈(16)尺寸。
    • 2. 发明申请
    • Bone screw with selectively securable washer
    • 带有选择性安全垫圈的骨螺钉
    • US20070233125A1
    • 2007-10-04
    • US11724530
    • 2007-03-15
    • Rebecca Hawkins WahlHanspeter Robert BayerRonald George LitkeScott W. ReedAlan G. Taylor
    • Rebecca Hawkins WahlHanspeter Robert BayerRonald George LitkeScott W. ReedAlan G. Taylor
    • A61B17/58
    • A61B17/8605A61B17/863A61B17/8685A61B17/8695
    • A screw assembly (10) for insertion into a bone region (12A) (12B) includes a screw body (14) and a washer (16). The screw body (14) includes a distal end (218), a proximal end (224), and a distal threaded area (220), and a proximal threaded area (226). The distal threaded area (220) is positioned near the distal end (218) and the proximal threaded area (226) is positioned near the proximal end (224). The washer (16) includes a washer threaded area (238) that engages the proximal threaded area (226) to selectively secure the washer (16) to the screw body (14). With this design, the washer (16) can be selectively attached to the screw body (14) and different sized washers (16) can be alternatively and selectively secured to the screw body (14). As a result thereof, the person inserting the screw assembly (10) can pick the washer (16) size best suited to retain the bone region (12A) (12B) in which the screw assembly (10) is being inserted.
    • 用于插入骨区域(12A)(12B)的螺钉组件(10)包括螺钉体(14)和垫圈(16)。 螺钉体(14)包括远端(218),近端(224)和远端螺纹区域(220)以及近端螺纹区域(226)。 远端螺纹区域(220)定位在远端(218)附近,并且近端螺纹区域(226)位于近端(224)附近。 垫圈(16)包括与近侧螺纹区域(226)接合以选择性地将垫圈(16)固定到螺钉体(14)的垫圈螺纹区域(238)。 通过这种设计,可以将垫圈(16)选择性地附接到螺丝体(14),并且不同尺寸的垫圈(16)可以可选地和选择性地固定到螺钉体(14)。 作为其结果,插入螺钉组件(10)的人可以拾取最适合于保持插入螺钉组件(10)的骨区域(12A)(12B)的垫圈(16)尺寸。
    • 5. 发明申请
    • Snap-off screw with recessed breakoff area
    • 带有凹槽断裂区域的扣紧螺丝
    • US20070218750A1
    • 2007-09-20
    • US11711954
    • 2007-02-27
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • H01R4/24
    • A61B17/8605A61B2090/037
    • A snap-off screw (10) for insertion into one or more two bone regions (12A) (12B) includes a screw body (14) having a screw region (16) and a driver region (18). Upon insertion of the screw region (16), the driver region (18) is designed to be decoupled from the screw region (16). The screw region (16) includes a screw distal end (224), an opposed screw proximal end (226), a threaded area (228), and a head area (232) positioned at the screw proximal end (226). The driver region (18) includes a driver attachment end (238) and an opposed driver distal end (240). The driver attachment end (238) is coupled to the screw region (16) between the screw distal end (224) and the screw proximal end (226). With this design, when the driver region (18) is decoupled from the screw region (16), a screw break surface (460) is positioned below a portion of the head area (232) of the screw region (16). As a result thereof, the screw break surface (460) does not provide an area of irritation for soft tissue around the inserted snap-off screw (10).
    • 用于插入到一个或多个两个骨区域(12A)(12A)中的弹性螺钉(10)包括具有螺钉区域(16)和驱动器区域(18)的螺钉体(14)。 在插入螺钉区域(16)时,驱动器区域(18)设计成与螺钉区域(16)分离。 螺钉区域(16)包括螺钉远端(224),相对的螺钉近端(226),螺纹区域(228)和位于螺钉近端(226)处的头部区域(232)。 驱动器区域(18)包括驱动器附接端(238)和相对的驱动器远端(240)。 驱动器附接端(238)联接到螺杆远端(224)和螺钉近端(226)之间的螺钉区域(16)。 通过这种设计,当驱动器区域(18)与螺钉区域(16)分离时,螺钉断裂面(460)位于螺钉区域(16)的头部区域(232)的一部分的下方。 结果,螺钉断裂面(460)对于插入的拔出螺钉(10)周围的软组织没有提供刺激的区域。
    • 7. 发明授权
    • Compression pin with opposed threaded regions
    • 带相对螺纹区域的压脚
    • US08147531B2
    • 2012-04-03
    • US11724415
    • 2007-03-15
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • A61B17/86A61F2/08
    • A61B17/863A61B17/8645A61B2090/062
    • A compression pin for urging two bone regions together includes a pin body having a distal end, an opposed proximal end, a first threaded region, and a second threaded region. The first threaded region is positioned near the distal end, and the second threaded region is positioned near the first threaded region. The first threaded region includes a first thread having a FT leading surface that is at a FT leading angle, and the second threaded region includes a second thread having a ST leading surface that is at a ST leading angle that is different than the FT leading angle. During insertion of the compression pin, the first threaded region and the second threaded region cooperate to aggressively compress the bone regions together.
    • 用于将两个骨区域推动在一起的压缩销包括具有远端,相对的近端,第一螺纹区域和第二螺纹区域的销体。 第一螺纹区域位于远端附近,并且第二螺纹区域位于第一螺纹区域附近。 第一螺纹区域包括具有处于FT前导角的FT前导表面的第一螺纹,并且第二螺纹区域包括第二螺纹,其具有处于与前导角不同的ST前导角的ST前表面 。 在插入压缩销期间,第一螺纹区域和第二螺纹区域配合以将骨区域积极压缩在一起。
    • 8. 发明申请
    • Compression pin with opposed threaded regions
    • 带相对螺纹区域的压脚
    • US20070233124A1
    • 2007-10-04
    • US11724415
    • 2007-03-15
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • Ernie CorraoRebecca Hawkins WahlAlan G. Taylor
    • A61B17/58
    • A61B17/863A61B17/8645A61B2090/062
    • A compression pin (10) for urging two bone regions (12A) (12B) together includes a pin body (14) having a distal end (220), an opposed proximal end (222), a first threaded region (216), and a second threaded region (218). The first threaded region (216) is positioned near the distal end (220), and the second threaded region (218) is positioned near the first threaded region (216). The first threaded region (216) includes a first thread (228) having a FT leading surface (242F) that is at a FT leading angle (248F), and the second threaded region (218) includes a second thread (230) having a ST leading surface (242S) that is at a ST leading angle (248S) that is different than the FT leading angle (248F). Additionally, the first thread (228) includes a FT trailing surface (244F) that is at a FT trailing angle (246F), and the second thread (230) includes a ST trailing surface (244S) that is at a ST trailing angle (246S) that is different than the FT trailing angle (246F). Moreover, the first thread (228) has a first thread shape and the second thread (230) has a second thread shape that is substantially opposite to the second thread shape. With this design, during insertion of the compression pin (10), the first threaded region (216) and the second threaded region (218) cooperate to aggressively compress the bone regions (12A) (12B) together.
    • 用于将两个骨区域(12A)(12A)(12B)推动在一起的压缩销(10)包括具有远端(220),相对的近端(222),第一螺纹区域(216) ,和第二螺纹区域(218)。 第一螺纹区域(216)位于远端(220)附近,并且第二螺纹区域(218)位于第一螺纹区域(216)附近。 第一螺纹区域(216)包括具有FT前导角(248F)的FT前导表面(242F)的第一螺纹(228),并且第二螺纹区域(218)包括第二螺纹(230) 具有与前导角(248F)不同的ST前进角(248S)的ST前行面(242S)。 此外,第一螺纹(228)包括处于FT后退角(246°F)的FT后表面(244F),并且第二螺纹(230)包括处于ST的ST后表面(244S) 后角(246S)不同于FT后视角(246°F)。 此外,第一螺纹(228)具有第一螺纹形状,并且第二螺纹(230)具有与第二螺纹形状基本相反的第二螺纹形状。 通过这种设计,在插入压缩销(10)期间,第一螺纹区域(216)和第二螺纹区域(218)协同作用以将骨区域(12A)(12B)积极压缩在一起。
    • 9. 发明申请
    • Bone clamp assembly
    • 骨钳组装
    • US20080177290A1
    • 2008-07-24
    • US11655713
    • 2007-01-18
    • Rebecca Hawkins WahlErnie CorraoAlan Taylor
    • Rebecca Hawkins WahlErnie CorraoAlan Taylor
    • A61B17/08
    • A61B17/8866A61B17/2812A61B17/86A61B2017/00858A61B2017/90
    • A clamp assembly (16) for stabilizing one or more adjacent regions (12A) (12B) and for selecting a bone screw (18) to be inserted into the one or more adjacent regions (12A) (12B) includes a first clamp side (224), a second clamp side (226) and a connector (228) that pivotally secures the first clamp side (224) and the second clamp side (226) together. The first clamp side (224) includes a first locking component (236) having a first plurality of first teeth (236B) and the second clamp side (226) includes a second locking component (244) having a second plurality of second teeth (244B). The plurality of first teeth (236B) selectively engage the plurality of second teeth (244B) when the clamp assembly (16) is positioned about the bone regions (12A) (12B) so that the clamp assembly (14) is in a locked position with the first clamp side (224) and the second clamp side (226) engaging substantially opposite sides of the adjacent regions (12A) (12B). Additionally, the clamp assembly (16) includes a screw guide (20) that is secured to at least one of the clamp sides (224) (226). The screw guide (20) provides information for selecting the appropriate bone screw (18) based on the relative position of the clamp sides (224) (226).
    • 用于稳定一个或多个相邻区域(12A)(12B)并用于选择要插入到一个或多个相邻区域(12A)中的骨螺钉(18)(12B))的夹具组件(16)包括: 第一夹持侧(224),第二夹持侧(226)和连接器(228),其将第一夹持侧(224)和第二夹持侧(226)枢转固定在一起。 第一夹持侧(224)包括具有第一多个第一齿(236B)的第一锁定部件(236),并且第二夹紧侧(226)包括具有第二多个第二齿的第二锁定部件(244) 244 B)。 当夹具组件(16)围绕骨区域(12A)(12B)定位时,多个第一齿(236B)选择性地接合多个第二齿(244B),使得夹具组件(14)是 在第一夹持侧(224)和第二夹持侧(226)处于锁定位置的情况下,与相邻区域(12A)(12B)的基本相对的侧面接合。 另外,夹具组件(16)包括固定到至少一个夹紧侧面(224)(226)的螺钉导向件(20)。 螺钉导向器(20)基于夹紧侧面(224)(226)的相对位置提供用于选择合适的骨螺钉(18)的信息。
    • 10. 发明申请
    • METATARSAL BONE IMPLANT
    • US20100262254A1
    • 2010-10-14
    • US12421480
    • 2009-04-09
    • Bruce R. LawrenceRebecca Hawkins Wahl
    • Bruce R. LawrenceRebecca Hawkins Wahl
    • A61F2/42
    • A61F2/4225A61F2002/30205A61F2002/3021A61F2002/30214A61F2002/30275A61F2002/30299A61F2002/30688A61F2002/30878A61F2002/30934A61F2002/4233A61F2002/4235A61F2230/0067A61F2230/0089A61F2230/0093
    • A metatarsal implant (212) for insertion into a stem aperture (25) in a metatarsal (14) bone of a foot and to form a joint with the proximal phalanx (16) of the great toe, includes a head (226) and a stem (228). The head (226) includes an articular joint engaging surface (232) and an opposed, bone engaging surface (230). The stem (228) cantilevers away from the bone engaging surface (230), and is adapted to be inserted into the stem aperture (25). The stem (228) can have a stem axis (228A) that is at an angle (234) of between approximately 45 and 75 degrees relative to the bone engaging surface (230). The stem axis (228A) can also be at an angle (266) of between approximately 40 and 80 degrees relative to a tangential reference line (234) drawn from the articular joint engaging surface (232). In one embodiment, the stem axis (228A) is at an angle (266) of between approximately 50 and 70 degrees relative to the tangential reference line (234) of the articular joint engaging surface (232).
    • 用于插入脚的跖骨(14)中的杆孔(25)并与大脚趾的近侧指骨(16)形成关节的跖骨植入物(212)包括头部(226)和 茎(228)。 头部(226)包括关节接合表面(232)和相对的骨接合表面(230)。 所述杆(228)悬臂离开所述骨接合表面(230),并且适于插入所述杆孔(25)中。 杆(228)可以具有相对于骨接合表面(230)处于大约45度和75度之间的角度(234)的杆轴线(228A)。 茎轴(228A)也可以相对于从关节关节接合表面(232)拉出的切线参考线(234)处于大约40和80度之间的角度(266)。 在一个实施例中,杆轴线(228A)相对于关节关节接合表面(232)的切线参考线(234)处于大约50度和70度之间的角度(266)。