CN102028515A - 无线夹计数器 - Google Patents
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Abstract
本发明提供了一种用于将外科夹子施加到体组织的装置,其包括:外壳;至少一个手柄,其可枢转地连接到外壳上;通道组件,其从外壳向远侧延伸出;夹承载器,其配置在通道组件内并在其中限定了通道和多个窗口;以及多个夹子,可滑动地配置在夹承载器的通道内。所述装置还包括支撑在外壳和通道组件中的至少一个内的计数器机构。该计数器机构被构造为基于至少一个手柄的每次致动而发送所述装置的状态的改变。本发明还公开了一种无线夹计数器。
Description
相关申请的交叉引用
本申请要求于2009年10月6日提交的、序列号为61/248,944的美国临时申请的优先权和利益,将其整个内容通过引用并入在此。
技术领域
本申请涉及外科器械,更特别地,涉及一种外科施夹器,其具有发送器(transmitter)和远程显示器以计数所述外科施夹器中夹子的数目。
背景技术
外科施夹器是现有技术已知的,并由于向体组织和血管的传统缝合提供了另一种选择而得到更多外科医生的欢迎。美国专利No.5,030,226(Green等人)和美国专利No.5,431,668(Burbank III等人)公开了典型的器械。这些器械通常提供多个夹子,所述多个夹子存储在器械中并基于器械近端处手柄的开合而被相继送入器械远端处的钳夹机构。当手柄闭合时,钳夹闭合以使位于钳夹元件之间的夹子变形,而当钳夹张开以释放变形的夹子时,将一个新的夹子从其序列送入钳夹之间的位置。这个过程重复执行直到将夹子序列中的所有夹子都已用过。
现有技术中还已知内窥镜用施夹器用于在进入体腔的过程中施加单个夹子。这些单个施夹器典型地由生物相容性材料制成并通常压在血管上。一旦施加在血管上,被压缩的夹子就终止流体流过其中。在共同转让的美国专利No.5,084,057和No.5,100,420(Green等人)中描述了内窥镜用施夹器,所述内窥镜用施夹器在内窥镜或腹腔镜检查过程中,当单次进入体腔时能够施加多个夹子,将所述两个专利的全部内容通过引用并入。在共同转让的美国专利No.5,607,436(Pratt等人)中公开了另一种多个内窥镜用施夹器,据此也将其全部内容通过引用并入。虽然不是必须的,但是在单一外科手术过程中还是典型地使用这些设备。美国专利申请序列号No.08/515,341即现在的美国专利No.5,695,502(Pier等人)公开了一种可重新消毒的外科施夹器,据此将其公开内容通过引用并入在此。所述施夹器在单次插入体腔的过程中改善和成形多个夹子。
夹子的应用可能会由于位于设备近端的用户的视野减小或触觉反馈的减少而复杂化。因此,需要通过向用户提供装载单元中所含的夹子用完的指示来改善器械的操作。传统的外科施夹器或内窥镜用施夹器具有内置计数器和显示器来提供这样的指示。由于施夹器的尺寸,显示器的尺寸会相对小。
发明内容
本公开涉及新的外科施夹器。
依照本公开的一个方案,提供一种外科施夹器,其包括:外壳;至少一个可枢转地连接到外壳上的手柄;从外壳延伸出的通道组件;配置在通道组件内并在其中限定了通道和多个窗口的夹承载器;可滑动地配置在夹承载器的通道内的多个夹子;以及支撑在外壳和通道组件中至少一个内的计数器机构,其中计数器机构被构造为基于至少一个手柄的每次致动而发送(transmit)装置的状态的改变。
计数器机构包括:开关,其被构造为基于至少一个手柄的致动而输出信号;编码器,其被构造为基于开关的致动而输出比特序列(bit sequence);射频,其可操作地被发射以将比特序列转换为射频信号;以及发射天线,其被构造为发射射频信号。
依照本公开的另一个方案,提供了一种用于将外科夹子施加到体组织的装置。该装置包括:具有扳机的手柄组件;轴组件,其从手柄组件向远侧延伸并限定了一纵向轴线;多个配置在轴组件内的外科夹子;邻近于轴组件的远端部安装的钳夹,该钳夹可在张开分隔状态与闭合接近状态之间移动;以及支撑在手柄组件内的计数器机构,其中当外科夹子基于扳机的致动而被射出时,所述计数器机构提供指示。
计数器机构包括:开关,其被构造为基于扳机的致动而输出信号;编码器,其被构造为基于开关的致动而输出比特序列;射频,其可操作地被发射以将比特序列转换为射频信号;以及发射天线,其被构造为发射射频信号。
依照本公开的另一个方案,提供了显示器单元,其包括:接收器,其被构造为接收来自施夹器的射频信号;解码器,其被构造为将射频信号解码;计数器,其被构造为提供夹子数目的计数;以及显示器驱动器,可操作地基于计数器提供的计数来控制显示器。
计数器是二进制编码的十进制计数器,其向显示器驱动器提供二进制编码的信号。当接收器接收来自施夹器的射频信号时,计数器将夹子数目的计数递减(decrement)。当接收器接收来自施夹器的射频信号时,计数器也可将夹子数目的计数递增(increment)。
显示器具有至少一个七段发光二极管。
显示器单元进一步包括加电,其被构造为当计数达到预定数目时将显示器复位。
依照本公开的另一个方案,提供了一种用于将外科夹子施加到体组织的系统,该系统包括用于施加外科夹子的装置和显示器单元,该显示器单元被构造为基于至少一个手柄的每次致动而接收所述装置的状态的改变,并基于状态的改变来显示夹子的数目的计数。所述装置包括:外壳;至少一个可枢转地连接到外壳上的手柄;从外壳向远侧延伸出的通道组件;配置在通道组件内并在其中限定了通道和多个窗口的夹承载器;可滑动地配置在夹承载器的通道内的多个夹子;以及支撑在外壳和通道组件中至少一个内的计数器机构,其中计数器机构被构造为基于至少一个手柄的每次致动而发送所述装置的状态的改变。
依照本公开的另一方案,提供了一种用于将外科夹子施加到体组织的系统,该系统包括用于施加外科夹子的装置和显示器单元,该显示器单元被构造为基于至少一个手柄的每次致动而接收所述装置的状态的改变,并基于所述状态的改变来显示夹子的数目的计数。所述装置包括:具有扳机的手柄组件;轴组件,其包括从手柄组件向远侧延伸的外壳并限定了一纵向轴线;多个配置在轴组件内的外科夹子;邻近于轴组件的远端部安装的钳夹,该钳夹可在张开分隔状态与闭合接近状态(closed approximated condition)之间移动;以及支撑在手柄组件内的计数器机构,其中当外科夹子基于扳机的致动而被射出时,所述计数器机构提供指示。
显示器单元显示剩余在装置中的夹子的数目或由装置施加的夹子的数目。
附图说明
结合下面的附图进行讨论,从下面详细的说明中将更好地理解和更充分地认识本施夹器,其中:
图1是依照本公开实施例的外科施夹器的立体图;
图1A是显示具有装运楔就位的图1的外科施夹器的后视立体图;
图1B是沿图1A的1B-1B剖切的剖视图;
图1C是沿图1A的1C-1C剖切的剖视图;
图2是图1的外科施夹器的俯视图;
图3是图1和图2的外科施夹器的侧视图;
图4是图1至3的外科施夹器的分解立体图;
图4A是图1至4的外科施夹器的钟形曲柄传动件(bell crank gear)和加速齿条(acceleratorrack)组件的分解立体图;
图4B是图1至4的外科施夹器的加速齿条的立体图;
图4C是图1至4的外科施夹器的钟形曲柄传动件的视图;
图4D是图1至4的外科施夹器的枢转臂的俯视立体图;
图4E是图4D的枢转臂的仰视立体图;
图4F是图1至4的外科施夹器的夹从动件的俯视立体图;
图4G是图1至4的外科施夹器的声音/触觉指示器的立体图;
图4H是图1至4的外科施夹器的齿条元件的立体图;
图5是图1至4的外科施夹器的纵向剖视图,图示外科施夹器位于未致动状态;
图6是图5所指示细节区域的放大图;
图7图示了图1-3的外科施夹器的计数器机构致动的放大剖视图;
图8是依照本公开的另一实施例的外科施夹器的正视立体图;
图9是图8的施夹器的后视立体图,图示了其轴组件的旋转;
图10是图8和9的施夹器的轴组件远端的正视立体图;
图11是图8和9的施夹器的俯视图;
图12是图8和9的施夹器的侧面正视图;
图13是图8至12的施夹器的手柄组件的立体图,图示了从其移除了左侧外壳的半部分;
图14是图8至12的施夹器的手柄组件的立体图,图示了从其移除了右侧外壳的半部分;
图15是图8至12的施夹器的手柄组件(各部件分开)的立体图;
图15A是图13至15的手柄组件(移除了扳机)的立体图;
图15B是图13至15的手柄组件的反馈元件的立体图;
图16是图8至12的施夹器的轴组件(各部件分开)的立体图;
图17是外科施夹器的计数器机构的示意框图;
图18是与外科施夹器关联的远程显示器的示意框图;以及
图19是图示了图18的远程显示器的前视图。
具体实施方式
现在将参照附图对依照本公开的外科施夹器的实施例进行详细描述,其中相同的附图标记代表类似或相同的结构元件。如附图所示以及如下贯穿全文所描述的,当涉及外科器械的相对位置时,跟传统的一样,术语“近侧”表示装置靠近用户的一端,而术语“远侧”表示装置远离用户的一端。
多种外科施夹器可与在此描述的实施例配合使用。在2009年3月18日提出的、序列号为No.12/406,345、题为“Endoscopic Surfical Clip Applier(内窥镜外科施夹器)”的美国专利申请;2008年8月25日提出的、序列号为No.61/091,485的美国临时专利申请;以及2008年8月29日提出的、序列号为No.61/092,804的美国临时专利申请中描述了这些施夹器,将所述专利的全部内容通过引用并入于此。
现在参见图1至6,依照本公开的实施例的外科施夹器通常用100表示。外科施夹器100通常包括手柄组件102,该手柄组件102包括具有上半外壳104a和下半外壳104b的外壳104。手柄组件102进一步包括一对手柄106,所述一对手柄106可枢转地固定在外壳104上并从此处向外延伸。通道组件108稳固地固定在外壳104上并从此处向外延伸,终止于钳夹组件110。
如图1至7所示,施夹器100的两半外壳104a和104b通过彼此搭扣配合(snap fit)接合而装在一起。外壳104限定了形成于下半外壳104b内的用于支撑计数器机构190的窗口104c,计数器机构190在下文将参考图17进行更详细讨论。外壳104由合适的塑性材料制成。
如在图4中可见,手柄106通过手柄枢轴支柱104d固定在外壳104上,支柱104d从下半外壳104b延伸出并进入到形成于手柄106上的相应的孔106a内。手柄组件102包括连杆元件122,该连杆元件122在形成于相应手柄106上的枢轴点106b处枢转地连接至每个手柄106。每个连杆元件122的远端122a通过驱动销124枢转地连接到形成于驱动通道140内的枢轴点140a。驱动销124的每端可滑动地容纳在形成于相应的上、下半外壳104a、104b内的细长通道104e中。使用时,如下文将更详细描述的,当扣动手柄106时,连杆元件122通过驱动销124向远侧推动驱动通道140。
通道组件108包括通道或仓盖130和外部或下部通道132,各自均具有保持在外壳组件102内并位于上、下半外壳104a、104b之间的近端。仓盖130包括至少一个保持构件130a,其被构造为并适于可选择地以搭扣配合接合的方式与设置在外部通道132上的互补或相应的保持构件132a相接合。
如在图4和6中可见,施夹器100包括可滑动地配置在仓盖130下方的夹子推杆(push bar)160。推杆160包括限定了推动器160c的远端160a,所述推动器160c被构造为并适于可选择地接合/移动存放在外科施夹器100内的最远侧夹子“C1”。推杆160进一步包括近端160b,近端160b限定了可滑动地接收驱动销124于其中的近侧窗口160d。推杆160还在其中限定了用于可操作地与稳定器162接合的远侧窗口160e,稳定器162在下文将更详细讨论。推杆160还包括从其侧边突出并相对来说紧挨近侧窗口160d的鳍状部160f。
施夹器100进一步包括稳定器162,所述稳定器162被构造为覆于推杆160之上并与其接合。稳定器162包括:远侧突起162a,所述突起162a被构造为接合推杆160的远侧窗口160e;以及细长窗口162b,其限定为位于基本覆于形成于推杆160的近侧窗口160d之上并与之对准。稳定器162进一步包括突块(nub)162c,突块162c从稳定器162底部表面延伸出,位于细长窗口162b的近侧,并被构造且定尺寸为容纳在形成于推杆160中的最近侧孔160g中。如在图4和6中可见,稳定器162进一步包括一对突起162e,它们从稳定器顶表面的延伸出,位于近侧和远侧位置,并被构造且定尺寸为容纳在形成于上半外壳104a中的相应通道中。
如在图4和4A至4C中可见,施夹器100进一步包括运动倍增系统,其具有枢转地支撑在外壳104内的钟形曲柄传动件154和可滑动地支撑在外壳104内的加速齿条156。钟形曲柄传动件154包括:枢轴销154a,其被构造为可枢转地连接到外壳104;支撑于枢轴销154a上的盘形体154b;从盘形体154b径向延伸出的臂154c;以及正齿轮154d,其支撑在枢轴销154a上或与之一体形成并邻近盘形体154b设置。钟形曲柄传动件154限定了形成于盘形体154b侧边的棘爪或凹口154e(见图4C)以及形成在臂154c中的纵向定位的槽154f。钟形曲柄传动件154的正齿轮154d限定了多个形成于其侧边的齿轮齿154g,并且可为正如图4C所示的扇形齿轮。
钟形曲柄传动件154对于每个小型、中型或大型施夹器100来说是通用部件。形成于钟形曲柄传动件154的盘形体154b侧边上的凹口154e可用于大型施夹器的组装。更大型的施夹器需要更大的推进器冲程,因此需要钟形曲柄传动件154旋转更大角度。由于钟形曲柄传动件154的更大的旋转,盘形体154b将接触从加速齿条156延伸出的突起156e(见图4A和4B)。在组装过程中,使钟形曲柄传动件154旋转直到凹口154e接触加速齿条156的突起156e。
继续参见图4和4A至4C,运动倍增系统的加速齿条156包括基座壁156a,基座壁156a限定了形成于其中的细长的、纵向延伸的槽156b,用于可滑动地接收钟形曲柄传动件154的枢轴销154a。加速齿条156包括从基座壁156a侧边沿相反的两方向突出的侧壁156c,以及形成于侧壁156c中并与基座壁156a的槽156b对准或对齐的齿轮齿条156d。齿轮齿条156d被构造为与钟形曲柄传动件154的正齿轮154d的齿轮齿154g接合。
施夹器100进一步包括使加速齿条156与驱动通道140互连的偏压元件158。
如在图6中可见,钟形曲柄传动件154的臂154c的槽154f被构造且定尺寸为可滑动地并可旋转地接收稳定器162的突块162d于其中。使用时,当驱动通道140向远侧平移时,使驱动通道140和加速齿条156互连的偏压元件158随后使加速齿条156向远侧移动。当加速齿条156向远侧移动时,由于稳定器162的突块162d搭在钟形曲柄传动件154的臂154c的槽154f中,因此加速齿条156使得钟形曲柄传动件154旋转并将稳定器162和推杆160依次推向远侧。
施夹器100进一步包括配置在通道组件108内及推杆160下方的夹承载器170。夹承载器170通常呈盒状结构,具有上壁170a、一对侧壁170b和下壁170c,限定一穿过其中的通道170d。夹承载器170包括多个分隔开的窗口172,所述窗口172形成于上壁170a内并延其长度纵向延伸。夹承载器170包括形成于下壁170c内并延其长度纵向延伸的细长窗口(未示出)。
如在图4中可见,一叠外科夹子“C”装载和/或保持在夹承载器170的通道(未示出)内,以在其内和/或沿其滑动。通道被构造且定尺寸为将一叠或多个外科夹子“C”以头尾相接的方式可滑动地保持于其中。
如在图4和图4F中可见,施夹器100进一步包括可滑动地配置在夹承载器170通道内的夹从动件(clip follower)174。如下面将要更详细地讨论的,夹从动件174位于这叠外科夹子“C”的后方,设置为在施夹器100致动期间将这叠夹子“C”向前推进。通过楔形板180的前后往复运动来致动夹从动件174。
如在图4F中可见,夹从动件174包括:限定了一平面的主体部174a,从主体部174a基本上向上和向后延伸出的远侧突起175,以及从主体部174a基本上向下和向后延伸出的近侧突起176。远侧突起175包括:在由主体部174a限定的所述平面下方向下延伸的远侧部175a;和在由主体部174a限定的所述平面上方向上延伸的近侧部175b。
远侧突起175的近侧部175b被构造且定尺寸为可选择地与形成于夹承载器170的上壁170a内的窗口172接合。使用时,夹从动件174的远侧突起175的近侧部175b接合在形成于夹承载器170的上壁170a内的窗口172中,防止了夹从动件沿在近侧方向平移或移动。
近侧突起176被构造且定尺寸为可选择地与形成于楔形板180内的窗口180b接合。使用时,夹从动件174的近侧突起176接合在形成于楔形板180内的窗口180b中,使得夹从动件174基于楔形板180的远侧移动而向远侧前进或移动。
如在图4中可见,施夹器100进一步包括可滑动地配置在手柄组件102和通道组件108内的楔形板180。楔形板180定位或配置在夹承载器170下方。楔形板180包括用于选择性操作地插在钳夹120之间的基本锥形的远端180a。楔形板180限定了:多个沿其长度纵向延伸并形成于其隆起部分中的间隔开的窗口或孔180b、位于孔180b远侧的远侧窗口或孔180c、以及定位在孔180c近侧的最近侧横向定向槽180d。
如在图4中可见,施夹器100包括由仓盖130支撑的远侧闭锁178。远侧闭锁178包括尾部或突起178a,所述尾部或突起178a基本上向后和向下延伸并构造且定尺寸为容纳在楔形板180的远侧窗口或孔180c中。
如在图4、4D、4E和6中可见,施夹器100包括楔形板运动反转机构(motion reversing mechanism),其呈枢转臂179的形式,可枢转地支撑在外壳104的下半外壳104b上,用于将驱动通道140的平移传递成楔形板180的反转平移(reverse translation)。枢转臂179包括:被构造为可枢转地连接到外壳104上的枢转凸起部(boss)179a、位于枢转臂179的一端并沿与枢转凸起部179a相反的方向延伸的第一柱杆或指状部179b、以及位于枢转臂179的第二端并沿与枢转凸起部179a相反的方向延伸的第二柱杆或指状部179c。第一柱杆或指状部179b被构造为适于接合在楔形板180的最近侧槽180d中。第二柱杆或指状部179c被构造为接合在形成于驱动通道140中的槽140g中,其连接在限定于驱动通道140中的窗口140g中。槽140g包括彼此轴向和横向偏离的纵向延伸远侧部和纵向延伸近侧部,以及使远侧部和近侧部相互连接的横向部。
使用时,当驱动通道140向远侧移动时,在一滞留时间段(dwell period)之后(即,驱动通道140的槽140g的纵向延伸的远侧部的长度),第二柱杆或指状部179c向远侧方向移动,使枢转臂179旋转,从而使第一柱杆或指状部179b沿第二方向移动。当第一柱杆或指状部17b沿第二方向移动时,第一柱杆或指状部179b将楔形板180从钳夹120之间拉出,推动推进器160的鳍状部160f以及向近侧推进或推动鳍状部160f以使推进器160沿近侧方向移动,从而使其推进器杆160c从钳夹120之间移出,反之亦然。当楔形板180向远侧方向移动时,如在图17中可见,楔形板180的远端180a凸靠(camagainst)钳夹120的内表面,从而保持钳夹120彼此间隔开。
如在图4和6中可见,施夹器100包括驱动通道140,其往复地支撑在手柄组件102的外壳104和通道组件108内并在二者之间延伸。驱动通道140的近端支撑在外壳104的上、下半外壳104a、104b之间,而驱动通道140的远端支撑在仓盖130和通道组件108的外部通道132之间,位于楔形板180的下方。
驱动通道140的远端是基本呈U形的通道,其包括一对在远离外部通道132且朝向仓盖130的方向上、从其后跨部140c延伸出的间隔开的侧壁140b。驱动通道140进一步限定了形成于后跨部140c内、用于可枢转地接收驱动销124穿过其中的驱动销凹槽140a。驱动通道140进一步限定了位于驱动销凹槽140a远侧、从后跨部140c突出的突块140e。驱动通道140进一步限定了形成于后跨部140c内、位于槽140e远侧的往复限制槽140f。
如在图4中可见,施夹器100包括固定到驱动通道140的驱动通道条片143。条片143固定到驱动通道140的直柱140b上,以横向地横跨直柱140b延伸。条片143固定到驱动通道140上、位于往复限制槽140f的远侧。条片143固定到驱动通道140上以使楔形板180在条片143下方和钳夹120上方延伸。
如在图4、4G和6中可见,施夹器100进一步包括通过驱动销124连接到驱动通道140的声音/触觉指示器148。指示器148包括弹性指状部148a和一对凸起部148b。使用时,如在下面将更详细地描述的,当将施夹器100致动并使驱动通道140往复运动时,指示器148的第一弹性指状部148a与设置在施夹器100上的相应的互补结构或凸缘(ledge)(未示出)相互作用,以生成声音和/或触觉反馈给用户。指示器148的凸起部148b搭在形成于上半外壳104a的通道104e内并向指示器148提供支撑以防止指示器148旋转。
如在图4和6中可见,施夹器100进一步包括偏压元件146,其呈拉力弹簧的形式,可操作地固定到驱动通道140的近端和外壳104上并处于二者之间,趋向于保持驱动通道140处于缩回的或最近侧的位置。偏压元件146的作用在于在钳夹120之间成形夹子“C”之后使驱动通道140缩回或便于驱动通道140缩回。
如在图4和4H中可见,驱动通道140的近端包括棘轮齿条元件141,其固定在驱动销124上并可与驱动通道140一起移动。棘轮齿条元件141被构造为且适于与支撑在外壳104内的棘轮爪142接合。齿条元件141和棘爪142限定了棘轮机构144。使用时,当驱动通道140轴向移动时,齿条元件141也移动。齿条元件141限定了一系列具有一定长度的齿条齿141a,当随着驱动通道140到达最近或最远侧位置而使齿条元件141在近侧运动和远侧运动之间变化时,所述长度允许棘爪142倒退并返回到齿条元件141上。
通过棘爪销147将棘爪142可枢转地连接到下半外壳104b上,在此处棘爪142基本上与齿条元件141可操作地接合。棘爪142与齿条元件141能够接合以限制齿条元件141以及依次驱动通道140的纵向移动。棘轮机构144进一步包括棘爪弹簧145,其被构造且定位为将棘爪142偏压至与齿条元件141可操作的接合。棘爪弹簧145的作用在于保持棘爪142的齿与齿条元件141的齿141a啮合,以及保持棘爪142处于旋转或倾斜的位置。
如在图1至4中可见,施夹器100包括一对安装在通道组件108的远端上或远端处的钳夹120,其通过手柄组件102的手柄106来致动。钳夹120由适合的例如不锈钢或钛的生物相容性材料制成。
通过延伸穿过驱动通道140的往复限制槽140f的铆钉122或类似物将钳夹120安装在驱动通道140的远端,以使得钳夹120相对于外部通道132和驱动通道140是纵向静止的。
如在图1至4和6中可见,施夹器100进一步包括支撑在手柄组件102的外壳104中的计数器机构190。下文将参考图17更详细的描述计数器机构190。计数器机构190包括由PVC制成的突起192a,突起192a设置在电池或能源198和开关194的触点194a之间或设置在开关194的触点194a之间以防止电池或能源198在存放过程中被耗尽。如在图1A和1B中可见,突起192a从施夹器100的外壳104向外部延伸以允许该突起易于从外壳移除。一旦移除突起192a,电池或能源198与开关194的触点194a电接触或在开关194的触点194a之间形成电接触。可通过形成于驱动通道140中的突块140e来致动计数器机构190。使用时,如在图6中可见,当向前驱动驱动通道140时,其突块140e与触点194a接合使得触点194a形成一电路。在另一实施例中,如上在图4中可见,施夹器100可设置有被构造为将能源198固定到外壳104上的条片196。
如图17至19所示并将在下文更详细地描述的,施夹器100包括无线夹计数器机构800。
如在图1A和1C中可见,施夹器100包括支撑在外壳104上并插在手柄106之间的装运楔200。装运楔200的作用在于:在装运和/或存放施夹器100时保持手柄106间隔开或不被扣动。装运楔200连接到计数器机构190的突起192a上,以使得终端用户使用施夹器100时,终端用户必须移除装运楔200,因此也移除突起192a来启动计数器机构190。
如在图1A和1C中可见,装运楔200包括卡圈形式的主体部202,主体部202限定了被构造且定尺寸为可容纳一部分外壳104于其中的通道204。装运楔200包括直柱206,其从主体部202的相对两侧向外延伸出并被构造为容纳手柄106于其中。装运楔200进一步包括从直柱206的相对两侧向内延伸的突起208。装运楔200的突起208被构造且定尺寸为当装运楔200合适地固定到施夹器100上时与手柄106接合。
继续参见图7,如上所述,在进一步扣动手柄106期间,从计数器机构190移除突起192a的情况下,当驱动通道140向远侧前进时,其突块140e与开关194的触点194a接合从而形成一电路并使得计数器机构190执行上述的功能。
现在参见图8至12,依照本公开的实施例的外壳施夹器通常用1000表示。施夹器1000包括手柄组件1020和内窥镜部分,所述内窥镜部分包括从手柄组件1020向远侧延伸出的轴组件1040。
轴组件1040具有约10mm的外径。轴组件1040可根据所需的使用,例如减肥手术(bariatric surgery),而具有多种细长的或缩短的长度。
如在图8至12中可见,外科施夹器1000包括一对钳夹1060,它们安装于轴组件1040的远端并由手柄组件1020的扳机1080致动。钳夹1060由例如不锈钢或钛的合适的生物相容性材料制成,并在其之间限定了用于容纳外科夹子“C”于其中的通道1060a。当钳夹1060相对彼此处于张开或不接近的状态时,测出钳夹1060的宽度大于轴组件1040的外径。
钳夹1060安装于轴组件1040的远端,以使它们相对于轴组件1040纵向静止。旋钮1100可旋转地安装在手柄组件1020的远端并附连到轴组件1040上,以向轴组件1040和钳夹1060传递和/或提供关于其纵向轴线的360度的旋转(见图16)。
现在参见图8至12,示出了外科施夹器1000的手柄组件1020。手柄组件1020包括具有第一或右侧半部分1030a和第二或左侧半部分1030b的外壳1030。手柄组件1020包括可枢转地支撑在右侧半部分1030a和左侧半部分1030b之间的扳机1080。如在下文将更详细地讨论的,手柄组件1020限定了形成于外壳1030中的窗口1030c用于支撑和显示计数器机构。手柄组件1020的外壳1030可由合适的塑性材料制成。
外壳1030支撑右侧半部分1030a和左侧半部分1030b之间的驱动组件1200。驱动组件1200包括叉形连杆1220,所述叉形连杆1220具有可枢转地连接到扳机1080的第一端和可枢转地连接到曲柄板1240的第二端。如在图13至16中可见,驱动组件1200进一步包括:可旋转地连接到曲柄板1240的驱动连接器1340、与驱动连接器1340互联的柱塞(plunger)1350、以及支撑在驱动连接器1340上的弹簧1360。柱塞1350限定了纵向槽1350a,所述纵向槽1350a被构造且适于容纳驱动杆1400的近端于其中。
将驱动杆1400通过整体销1350b连接到柱塞1350(见图16)。柱塞1350延伸穿过罩1440。设置密封件(未示出)以在柱塞1350和外部管1500之间形成气密密封。
如在图13至15中可见,手柄组件1020进一步包括形成于曲柄板1240之中/之上的齿条1240a,以使齿条1240a能随之移动。齿条1240a包括多个介于限定于曲柄板1240上的远侧凹槽1240b和近侧凹槽1240c之间的齿。设置凹槽1240b和1240c,以便当曲柄板1240在近侧运动和远侧运动之间变化时,允许棘爪2240能够倒退并返回到齿条1240a的齿之上。
手柄组件1020进一步包括棘爪2240,所述棘爪2240在如下位置通过棘爪销2260可枢转地连接到外壳1030上,在所述位置棘爪2240基本上与曲柄板1240的齿条1240a可操作地接合。棘爪2240包括棘爪齿2240a,所述棘爪齿2240a与曲柄板1240的齿条1240a的齿可选择地相接合。棘爪齿2240a与齿条齿接合以限制齿条1240a的纵向移动,进而,限制手柄组件1020内的曲柄板1240的纵向移动。设置爪簧2280以将棘爪2240偏压至与曲柄板1240的齿条1240a可操作地接合。
如在图13至15中可见,通过销1230将曲柄板1240可枢转地连接到叉形连杆1220上。曲柄板1240限定了一系列形成于其上的、用于与棘爪2240可选择地相啮合的棘轮齿1240a。
如图在15、15A和15B中可见,手柄组件1020进一步包括声音/触觉反馈元件1260,该反馈元件与扳机1080可操作地相联合,以便当扳机1080被致动时,它们绕公共轴线一起旋转。反馈元件1260限定了接合轨面(race)1260a,所述接合轨面1260a限定了多个棘齿(ratchet)或台阶1260b。设置可偏转的臂1270,其包括:可操作地连接到反馈元件1260的接合轨面1260a上或设置在接合轨面1260a中、与台阶1260b接触的第一端;以及连接到外壳1030的第二端。在操作中,当致动扳机1080时,臂1270通过和/或沿着形成于反馈元件1260中的接合轨面1260a运行。如下文将更详细讨论的,当臂1270移动到反馈元件1260的台阶1260b之上时,臂1270搭扣配合在台阶1260b上并产生听得见的声音/咔哒和/或能触知的振动。
声音/触觉反馈元件1260包括足够的台阶1260b,以使得在夹子完全装载到外科施夹器1000的钳夹之后、通过外科施夹器1000的钳夹使装载的夹子成形之后、以及当外科施夹器1000重置到原位置并准备好发射/成形另一个夹子时,生成声音/触觉指示。
如在图13、14、15和15A中可见,外科施夹器1000的手柄组件1020进一步包括计数器机构1320,其支撑在外壳1030上并可通过限定在外壳1030上的窗口1030c可见。计数器机构1320与计数器机构190类似,在下文将参考图17更详细地描述计数器机构1320。
在电池或能源(未示出)与计数器机构1320的触点之间设置有聚酯薄膜(Mylar)或其它聚合物绝缘材料,其防止电池或能源在存放期间被耗尽。突起从外科施夹器1000的外壳1030向外部突出以易于将突起从其上移除。一旦将突起移除,电池或能源便与计数器机构1320的触点形成电接触,从而致动该计数器机构。
如在图13、14、15和15A中可见,外科施夹器1000的手柄组件1020进一步包括计数器致动机构,其包括具有第一臂1300a的计数器致动杆1300,所述第一臂1300a被构造且适于可操作地并可选择地与计数器机构1320相接合。计数器致动杆1300进一步包括第二臂1300b,所述第二臂1300b被构造且适于可操作地并可滑动地与形成于可滑动地支撑在外壳1030上的致动板1280中的槽1280a相接合。
如在下面将更详细的描述的,在操作中,当扣动扳机1080时,扳机1080使得叉形连杆1220向远侧前进,从而曲柄板1240向远侧前进。当曲柄板1240的臂1240d前进预定距离时,臂1240d与致动板1280的指状部1280b相接合或接触。当曲柄板1240进一步向远侧前进时,曲柄板1240沿远侧方向推动或拉动致动板1280,从而致动计数器致动杆1300以启动计数器机构1320。
特别地,当致动板1280向远侧移动足够的距离时,计数器致动杆1300的第二臂1300b在槽1280b内做凸轮运动(cam)并使计数器致动杆1300转动,导致计数器致动杆1300的第一臂1300a与计数器机构1320的开关1324相接合。当致动板1280向近侧移动足够的距离时,计数器致动杆1300的第二臂1300b回到原位置,导致计数器致动杆1300的第一臂1300a脱离计数器机构1320。
现在看图9,下面示出和描述的是外科施夹器1000的轴组件1040。轴组件1040及其零件可由例如不锈钢、钛、塑料等的合适的生物相容性材料制成。轴组件1040包括外部管1500,该外部管1500具有支撑在外壳1030内的近端1500a、远端1500b、以及延伸从中穿过的内腔1500c。将外部管1500通过从其外表面突出的凸缘固定在外壳1030内。轴组件1040进一步包括上外壳1520a和下外壳1520b,所述上外壳1520a和下外壳1520b各自均设置在外部管1500的内腔1500c中。后上外壳1540设置在外部管1500内并在上外壳1520a的近侧。
如在图16中可见,轴组件1040进一步包括可滑动地设置在上外壳1520a和后上外壳1540内的推杆1560。推杆1560包括限定了狭窄形推进器1560c的远端1560a,所述推进器1560c被构造为且适于可选择地接合/移动(即向远侧前进)一叠夹子“C”中的最远侧夹子“C1”,并适于在最远侧夹子“C1”的初始成形时保持与最远侧夹子“C1”相接触。推杆1560进一步包括近端1560b。推杆1560限定了:具有窗钩1560e的远侧窗口1560d;一对位于远侧窗口1560d的近侧并形成于其每侧边缘上的凹槽1560f;位于侧凹槽1560f的近侧的细长槽1560g;以及位于槽1560g的近侧的最近侧窗口1560h。
如在图16中可见,推杆1560沿其上表面在推杆1560的侧凹槽1560f的远侧的位置处支撑第一搭扣配合夹1570a。第一搭扣配合夹1570a被构造为使其夹齿从推杆1560上表面突出或与推杆1560上表面相隔一距离。
如在图16中可见,推杆1560沿其下表面在推杆1560的最近侧窗口1560h近侧的位置处支撑第二搭扣配合夹1570b。第二搭扣配合夹1570b定位为使其夹齿突出足够的距离以覆在推杆1560的最近侧窗口1560h之上。第二搭扣配合夹1570b的夹齿相互间隔一定距离,该距离小于推杆1560的最近侧窗口1560h的宽度。
如在图16中可见,轴组件1040进一步包括往复地支撑在推杆1560下方的前进板(advancer plate)1620。搭扣配合夹1570d包括一对夹齿,所述一对夹齿可拆卸地连接在形成于上外壳1520a中的近侧保持槽和远侧保持槽中。这样,使用时,搭扣配合夹1570d可拆卸地与近侧保持槽和远侧保持槽接合以将前进板1620保持在近侧或远侧位置。在前进板1620向远侧前进时,搭扣配合夹1570d的夹齿向内做凸轮运动并允许前进板1620继续向远侧移动。
如在图16中可见,轴组件1040进一步包括夹承载器1640,其设置在上外壳1520a内、前进板1620的下方。夹承载器1640为通常盒状结构,其具有上壁、一对侧壁以及下壁,限定了穿过其中的通道。夹承载器1640包括多个形成于下壁中的并延其长度纵向延伸的间隔开的窗口1640a。夹承载器1640包括形成于上壁中并延其长度纵向延伸的细长窗口。
如图16所示,一叠外科夹子“C”装载和/或保持在夹承载器1640的通道内,以在其内和/或沿其滑动。夹承载器1640的通道被构造且定尺寸为以头尾相接的方式将一叠或多个外科夹子“C”可滑动地保持于其中。
如在图16中可见,施夹器1000的轴组件1040进一步包括可滑动地配置在夹承载器1640的通道内的夹从动件1660。夹从动件1660位于所述一叠外科夹子“C”的后方,设置为在施夹器1000致动期间将这叠夹子“C”向前推进。如在下面将要更详细地讨论的,通过前进板1620的前后往复运动来致动夹从动件1660。
夹从动件1660的远侧突起1660b被构造且定尺寸为可选择地与前进板1620的窗口1620a的凸缘1620c相接合。使用时,夹从动件1660的远侧突起1660b与前进板1620的窗口1620a的凸缘1620c的接合使得夹从动件1660随着前进板1620沿远侧方向的前进或移动而逐步(incremental)向远侧前进或行进。如在图16中可见,一对侧鳍状部1620b可滑动地设置在推杆1560的侧凹槽1560f内。
近侧突起1660c被构造且定尺寸为可选择地与形成于夹承载器1640中的窗口1640a相接合。使用时,夹从动件1660的近侧突起1660c与形成于夹承载器1640的窗口1640a的接合可防止夹从动件1660沿近侧方向的行进或移动。
夹从动件1660包括支撑于其上或可选择地与其一体形成的闭锁板1650。闭锁板1650包括弹性尾部1650a,所述弹性尾部1650a限定了在自夹从动件1660的主体部1660a向上和向后的方向上从其中延伸的窗口1650b。
如在图16中可见,轴组件1040进一步包括驱动通道1680,所述驱动通道往复地支撑在通道组件1040内,并位于夹承载器1640之下。驱动通道1680为基本U形的通道,其包括一对在远离夹承载器1640且朝向下外壳1520b的方向上从其后跨体(backspan)1680c延伸出的间隔开的侧壁1680b。驱动通道1680进一步包括从后跨体1680c突出的突起(未示出),其位于槽1680a的近侧位置处,并沿侧壁1680b的方向延伸。
如在图16中可见,施夹器1000的轴组件1040包括固定到驱动通道1680上的驱动通道条片1670。条片1670固定到驱动通道1680的侧壁1680b上,以便横向地横跨侧壁1680b延伸。条片1670在细长槽1680a远侧的位置处固定到驱动通道1680上。条片1670固定到驱动通道1680上以使楔形板1720在驱动通道1680的后跨体1680c和钳夹1060之间延伸。
如在图16中可见,施夹器1000包括一对钳夹1060,所述一对钳夹1060安装于轴组件1040的远端上或远端处并由扳机1080致动。钳夹1060由例如不锈钢或钛的合适的生物相容性材料制成。
钳夹1060通过形成在下外壳1520b中的、与形成于钳夹1060中的接收槽相接合的凸起部而安装得靠近驱动通道1680的远端,使得钳夹1060相对于驱动通道1680保持不动。
如在图16中可见,施夹器1000的轴组件1040进一步包括楔形板1720,该楔形板1720具有插在驱动通道1680和钳夹1060之间的远端和延伸穿过轴组件1040的近端。楔形板1720包括用于可选择操作地插在钳夹1060之间的基本上锥形的远端1720a。如在图26中可见,楔形板1720限定了从其下表面突出的鳍状部或突起1720b。
如在图16中可见,施夹器1000的轴组件1040进一步包括连接板1740,所述连接板1740可滑动地插在推杆1560和楔形板1720之间,并可拆卸地连接到推杆1560和楔形板1720中的每一个上。连接板1740包括锥形远端1740a、从其上表面延伸的第一柱杆1740b、以及从其底表面延伸的第二柱杆(未示出)。每个柱杆都具有基本上泪滴状的形状,其中每个柱杆的远端都大于其近端。
在操作中,连接板1740的第一柱杆1740b被构造且定尺寸为与固定在推杆1560上的第二搭扣配合夹1570b可拆卸地连接,而连接板1740的第二柱杆(未示出)被构造且定尺寸为与固定在楔形板1720上的第三搭扣配合夹1570c可拆卸地连接。
如在图16中可见,保护件1980在一位置处支撑在下外壳1520b上,以便使第三搭扣配合夹1570c在其最初向远侧前进期间保持第三搭扣配合夹1570c的夹齿之间的相对距离。这样,连接板1740的第二柱杆1740b不会过早地与第三搭扣配合夹1570c脱离,直到第三搭扣配合夹1570c超过保护件1980。
如在图16中可见,施夹器1000的轴组件1040进一步包括可滑动地支撑在下外壳1520b的通道内的滑动关节(slider joint)1800。滑动关节1800包括主体部1820和从其延伸的杆1840。当滑动关节1800的杆1840恰好位于下外壳1520b的通道内时,所述滑动关节1800的杆1840基本上向远侧方向上延伸。滑动关节1800的杆1840可滑动地穿过桩部(stub)1520d,该桩部1520d形成于下外壳1520b的通道中并从其延伸出(见图29)。轴组件1040进一步包括偏压元件1860,其呈压缩弹簧的形式,支撑在杆1840上并插在下外壳1520b的桩部1520d和滑动关节1800的主体部1820之间。
滑动关节1800的主体部1820包括凸起部1820a,该凸起部形成于其近端附近并被构造为且适于可滑动地接合在驱动杆1400的细长槽1400a中。滑动关节1800的主体部1820进一步包括袋部1820b,袋部1820b形成在主体部1820远端附近并被构造为且适于容纳驱动通道1680的突起于其中。
如在图16中可见,施夹器1000的轴组件1040进一步包括楔形板锁1900,所述楔形板锁1900可滑动地支撑在下外壳1520b的通道和驱动通道1680内。楔形板锁1900包括主体部1900a、从主体部1900a向远侧延伸的杆1900b、从主体部1900a向近侧延伸的尾部1900c、形成于主体部1900a的上表面的袋部1900d、以及从尾部1900c延伸的柱杆或齿1900e。轴组件1040进一步包括偏压元件1920,其呈压缩弹簧的形式,支撑在杆1900b上并插在楔形板锁1900的下外壳1520b与主体部1900a之间。
施夹器1000的轴组件1040进一步包括可旋转地支撑在下外壳1520b的通道内的楔形板释放件1940。楔形板释放件1940包括:被构造为与从楔形板锁1900的尾部1900c延伸出的齿1900e相接合的柱杆;在朝向楔形板锁1900的尾部1900c的方向上从柱杆向外延伸的锤;以及在远离楔形板锁1900的尾部1900c的方向上从柱杆向外延伸的齿。
如在图17中可见,通常用800表示依照本公开的实施例的计数器机构。计数器机构800向显示单元900(图18)发送信号以显示夹子的数目。计数器机构800包括向计数器机构800中的电路提供电力的电池802。电池802可由将交流(AC)电源转换为直流(DC)电源的动力源替换。计数器机构800包括开关804。当按如前所述致动开关804时(采用施夹器100的计数器机构190的开关194和/或施夹器1000的计数器机构1320的开关1324的方式),开关804形成向编码器806提供信号或脉冲的电路。编码器806可提供具有单个比特的比特序列来指示开关804已被启动,或提供具有至少两个比特的比特序列来指示开关804未被启动。比特序列可具有数据头和数据部分,所述数据头能识别由临床医师使用的施夹器或将接收所发送的比特或比特序列的显示器,所述数据部分指示已施加的夹子和/或确定由计数器机构800发送的信号是否正确的错误校正码。编码器806向射频(RF)发送器808提供比特或比特序列。RF发送器808将信号转换成RF信号并通过发射天线810发射该RF信号。
如在图18和19中可见,通常用900表示依照本公开实施例的显示器单元。显示器单元900包括接收天线902,该接收天线902接收来自计数器机构800的发送器808的RF信号并将该RF信号传送给RF接收器904。RF接收器904接受该RF信号并将该RF信号转换成比特序列。将比特序列提供给将该比特序列解码的解码器906。解码器906可确定显示器单元900是正确的显示器单元,以使用数据头信息接收该比特序列。解码器906还可确定接收到的比特序列是没有错误的,并且如果所接收到的比特序列确实存在错误的话,则解码器906可校正该错误或要求从计数器机构800重新发送该比特序列。
解码器906向二进制编码的十进制(BCD)计数器908提供信号或脉冲。BCD计数器908包括计十位的BCD计数器908a和计个位的BCD计数器908b。当开启显示器单元900时,表示施夹器中夹子数目的默认数字将存储在存储器中(未示出)。当BCD计数器908从解码器906接收到一信号时,BCD计数器将对默认数字加一或减一。例如,当BCD计数器908接收一信号时,第二BCD计数器908b可将计数加一。当第二BCD计数器908b中的计数达到10时,则例如第一BCD计数器908a中的计数加一。反过来,如果计数递减的话,当BCD计数器908接收一信号时,第二BCD计数器908b可将计数减一。当第二BCD计数器908b中的计数到达0时,则第一BCD计数器908a中的计数减一。
BCD计数器908向BCD解码器/驱动器912提供二进制编码信号。BCD解码器/驱动器912包括从第一BCD计数器908a接收信号的第一BCD解码器/驱动器912a和从第二BCD计数器908b接收信号的第二BCD解码器/驱动器912b。BCD解码器/驱动器912将接收到的二进制编码信号进行解码并将该信号输出给显示器914。显示器914向外科医师显示一个或多个施夹器的操作参数。由显示器914显示的操作参数包括剩余夹子的数量或数目、已经使用的夹子的数目或过程中的其它任意参数。显示器914包括一对七段发光二极管(LEDs)914a和914b。第一LED 914a显示由第一BCD解码器/驱动器912a提供的十位数,而第二LED 914b显示由第二BCD解码器/驱动器912b提供的个位数。
由动力源916向显示器单元900提供电力。动力源916可连接至交流电源或其它任何电源,交流电源例如是110v/220v墙面上的电源(wall source)。动力源916能将AC电源转换为足够的DC电压以向显示器单元900的零件提供电力。备选地,动力源916可包括串联或并联的一个或多个电池以向显示器单元900的零件提供充足的电力。
显示器单元900还提供了“加电”/“复位”开关918。当显示器914上所显示的计数到达0或某个预定的数字时,开关918可用于将显示器914复位为存储在显示器单元900中的默认数字或重置为0。还可提供“与”门910,以便就BCD计数器908a和BCD计数器908b而言,当BCD计数器908中的计数到达0时,与门910将计数保持在0。
在此描述的实施例仅仅是示意性的,并不旨在限制本申请的范围。本领域技术人员能很容易地认识到,当前所描述的实施例可用在各种外科施夹器中。例如,序列号为No.12/406,345的美国专利申请,将其整个内容也通过引用并入于此,其中在外科施夹器上使用了光学路径,当路径被破坏时,可向计数器机构提供信号以将计数递增或递减。
进一步,显示器单元可包括执行上述零件的所有功能并向显示器输出信号的微处理器。显示器可为具有任何数量的七段发光二极管以适应任意数量的数位或可以是液晶显示器。
可以理解的是,之前的描述仅仅是本公开示意性的描述。所属领域技术人员不脱离本公开可设计多种变形和修改。因此,本公开旨在包含所有这些变形、修改和变化。参考随附的附图描述的实施例仅仅展示了本公开的特定实例。其它非实质性不同于以上描述和/或附加的权利要求的元件、步骤、方法和技术也希望包括在本公开的范围内。
Claims (16)
1.一种用于将外科夹子施加到体组织的装置,所述装置包括:
外壳;
至少一个手柄,其可枢转地连接到所述外壳上;
通道组件,其从所述外壳向远侧延伸出;
夹承载器,其配置在所述通道组件内并在其中限定了通道和多个窗口;
多个夹子,可滑动地配置在所述夹承载器的通道内;以及
计数器机构,其支撑在所述外壳和所述通道组件中的至少一个内,其中所述计数器机构被构造为基于所述至少一个手柄的每次致动而发送所述装置的状态的改变。
2.根据权利要求1所述的装置,其中所述计数器机构包括:
开关,其被构造为基于所述至少一个手柄的致动而输出信号;
编码器,其被构造为基于所述开关的致动而输出比特序列;
射频,其可操作地被发射以将所述比特序列转换为射频信号;以及
发射天线,其被构造为发射所述射频信号。
3.一种用于将外科夹子施加到体组织的装置,所述装置包括:
手柄组件,其具有扳机;
轴组件,其包括从所述手柄组件向远侧延伸出的外壳并限定了纵向轴线;
多个外科夹子,配置在所述轴组件内;
钳夹,其邻近于所述轴组件的远端部安装,所述钳夹能够在张开分隔状态与闭合接近状态之间移动;以及
计数器机构,其支撑在所述手柄组件内,其中当外科夹子基于所述扳机的致动而被射出时,所述计数器机构提供指示。
4.根据权利要求3所述的装置,其中所述计数器机构包括:
开关,其被构造为基于所述扳机的致动而输出信号;
编码器,其被构造为基于所述开关的致动而输出比特序列;
射频,其可操作地被发射以将所述比特序列转换为射频信号;以及
发射天线,其被构造为发射所述射频信号。
5.一种构造为从施夹器接收信号的显示器单元,所述显示器单元包括:
接收器,其被构造为接收来自所述施夹器的射频信号;
解码器,其被构造为将所述射频信号解码;
计数器,其被构造为提供夹子的数目的计数;以及
显示器驱动器,其可操作地基于所述计数器提供的计数来控制显示器。
6.根据权利要求5所述的显示器单元,其中所述计数器是二进制编码的十进制计数器,其向所述显示器驱动器提供二进制编码信号。
7.根据权利要求5所述的显示器单元,其中所述显示器具有至少一个七段发光二极管。
8.根据权利要求5所述的显示器单元,进一步包括加电复位开关,所述加电复位开关被构造为当所述计数达到预定数目时将显示器复位。
9.根据权利要求5所述的显示器单元,其中当所述接收器接收来自所述施夹器的射频信号时,所述计数器将夹子数目的计数递减。
10.根据权利要求5所述的显示器单元,其中当所述接收器接收来自所述施夹器的射频信号时,所述计数器将夹子数目的计数递增。
11.一种用于将外科夹子施加到体组织的系统,所述系统包括:
一种用于施加所述外科夹子的装置,所述装置包括:
外壳;
至少一个手柄,其可枢转地连接到所述外壳上;
通道组件,其从所述外壳向远侧延伸出;
夹承载器,其配置在所述通道组件内,并在其中限定了通道和多个窗口;
多个夹子,可滑动地配置在所述夹承载器的通道内;以及
计数器机构,其支撑在所述外壳和所述通道组件中的至少一个内,其中所述计数器机构被构造为基于所述至少一个手柄的每次致动而发送所述装置的状态的改变;以及
显示器单元,其被构造为基于所述至少一个手柄的每次致动而接收所述装置的状态的改变,并基于所述状态的改变来显示夹子的数目的计数。
12.根据权利要求11所述的系统,其中所述显示器单元显示剩余在所述装置中的夹子的数目。
13.根据权利要求11所述的系统,其中所述显示器单元显示由所述装置施加的夹子的数目。
14.一种用于将外科夹子施加到体组织的系统,所述系统包括:
一种用于施加所述外科夹子的装置,所述装置包括:
手柄组件,其具有扳机;
轴组件,其包括从所述手柄组件向远侧延伸出的外壳并限定了纵向轴线;
多个外科夹子,配置在所述轴组件内;
钳夹,其邻近于所述轴组件的远端部安装,所述钳夹能够在张开分隔状态与闭合接近状态之间移动;以及
计数器机构,其支撑在所述手柄组件内,其中当外科夹子基于所述扳机的致动而被射出时,所述计数器机构提供指示。
显示器单元,其被构造为基于至少一个手柄的每次致动而接收所述装置的状态的改变,并基于所述状态的改变来显示夹子的数目的计数。
15.根据权利要求14所述的系统,其中所述显示器单元显示剩余在所述装置中的夹子的数目。
16.根据权利要求14所述的系统,其中所述显示器单元显示由所述装置施加的夹子的数目。
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US12/895,901 US8430892B2 (en) | 2009-10-06 | 2010-10-01 | Surgical clip applier having a wireless clip counter |
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Also Published As
Publication number | Publication date |
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EP2335615A1 (en) | 2011-06-22 |
AU2010226985B2 (en) | 2015-07-09 |
JP5984330B2 (ja) | 2016-09-06 |
CA2972385A1 (en) | 2011-04-06 |
US8430892B2 (en) | 2013-04-30 |
CN102028515B (zh) | 2015-04-08 |
AU2010226985A1 (en) | 2011-04-21 |
US20110082474A1 (en) | 2011-04-07 |
CA2716672A1 (en) | 2011-04-06 |
CA2716672C (en) | 2017-08-22 |
JP2011078780A (ja) | 2011-04-21 |
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