CN111613924B - 用于机电手术装置的包封插头组件 - Google Patents
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Abstract
一种用于机电手术系统的插头组件包括:限定面向近侧的孔的壳体;安置在所述壳体内的一对电触头,每个电触头包括从所述壳体的远侧末端向远侧突出的远侧末端部分;和安置在所述壳体的所述面向近侧的孔内的近侧末端部分;带状电缆,所述带状电缆具有电连接到所述一对电触头中的每一个的所述近侧末端部分的远侧末端部分,并且与所述壳体的所述面向近侧的孔一起安置;和填充所述壳体的所述面向近侧的孔的包封材料。
Description
相关申请的交叉引用
本申请要求2019年2月22日提交的美国临时专利申请第62/808,925号的权益和优先权,所述美国临时专利申请的全部公开内容以引用的方式并入本文中。
技术领域
本公开涉及手术装置。更具体地说,本公开涉及其中具有包封插头组件的用于执行手术程序的手持式机电手术系统。
背景技术
一种类型的手术装置为圆形夹持、切割和钉合装置。这类装置可用于重新附接先前横断的直肠部分的手术程序或相似程序中。传统的圆形夹持、切割和钉合装置包括手枪或线性握把式结构,其具有从其延伸的细长轴和支撑在细长轴的远侧末端上的钉仓。在此情况下,医生可将圆形钉合装置的装载单元部分插入到患者的直肠中,并且沿着患者的结肠道向上朝向横断的直肠部分操纵装置。装载单元包括具有多个钉的仓组件。沿横断的结肠的近侧部分,可将砧座组件缩拢系于其中。替代地,如果需要,那么砧座部分可穿过邻近横断的结肠的切口插入到结肠中。砧座和仓组件朝向彼此接近,并且钉从仓组件朝向砧座组件弹射,从而在组织中形成钉以实现端对端吻合,并且起动环形刀以对所夹持组织部分的一部分进行取芯。在实现端对端吻合之后,将圆形钉合装置从手术部位移除。
许多手术装置制造商也已经开发出用于操作和/或操纵末端执行器的专有动力驱动系统。动力驱动系统可包括可重复使用的动力手柄组件和可移除地连接到动力手柄组件的一次性末端执行器。
供与现有动力手术装置和/或手柄组件一起使用的许多现有末端执行器为由线性驱动力驱动的。举例来说,用于执行内胃肠道吻合程序、端对端吻合程序和横向吻合程序的末端执行器为由线性驱动力致动的。由此,这些末端执行器与使用旋转运动的手术装置和/或手柄组件不兼容。
为了使线性驱动的末端执行器与使用旋转运动来递送电力的动力手术装置兼容,需要适配器以将线性驱动的末端执行器与动力旋转驱动的手术装置互连。这些适配器还可重复使用,并且由此,需要能够承受多次杀菌循环。
随着这些适配器变得更加复杂并且包括各种电子部件,需要安置在适配器内的可承受多次高压灭菌循环的电子部件。举例来说,电子部件可包括由对消毒化学品(如氢氧化钾(KOH))的高pH环境具有高度抵抗力并且还可抵抗高温高压灭菌蒸汽和高压灭菌的相关压力(+atm/-atm)的材料制成的柔性或带状电缆。还期望这些电子部件的壳体也由对消毒化学品(KOH)的高PH环境具有高度抵抗力并且还可抵抗高温高压灭菌蒸汽和高压灭菌的相关压力(+atm/-atm)的材料制成。
发明内容
根据本公开的一个实施例,公开一种用于机电手术系统的插头组件。插头组件包括:限定面向近侧的孔的壳体;安置在壳体内的一对电触头,每个电触头包括从壳体的远侧末端向远侧突出的远侧末端部分;和安置在壳体的面向近侧的孔内的近侧末端部分;带状电缆,所述带状电缆具有电连接到一对电触头中的每一个的近侧末端部分的远侧末端部分,并且与壳体的面向近侧的孔一起安置;和填充壳体的面向近侧的孔的包封材料。
根据本公开的另一个实施例,插头组件包括:限定面向近侧的孔的壳体,壳体包括定位于面向近侧的孔内的向近侧延伸的中心肋;安置在壳体内的一对电触头,其中一对电触头彼此间隔开,每个电触头包括从壳体的远侧末端向远侧突出的远侧末端部分;和安置在壳体的面向近侧的孔内的近侧末端部分;带状电缆,所述带状电缆具有轴向分开的远侧末端部分,所述远侧末端部分限定通过间隙彼此间隔开的一对指形件,每个指形件电连接到一对电触头中的相应一个的近侧末端部分,并且与壳体的面向近侧的孔一起安置,其中壳体的肋安置在带状电缆的间隙内;和填充壳体的面向近侧的孔的包封材料。
壳体可为至少部分透明的。壳体对于光或UV固化可为透明的。壳体可由聚苯砜(PPSU)或聚砜(PSU)制成。
包封材料可为光或UV可固化材料。包封材料可为树脂或丙烯酸类树脂。
壳体可在其中限定面向远侧的孔。插头组件可另外包括安置在壳体的面向远侧的孔内的密封构件。
壳体和密封构件可在其间形成液密密封。密封构件可由硅酮、橡胶、塑料或聚合物制成。
密封构件可包括从壳体向远侧突出的远侧部分和从壳体的侧表面延伸的近侧部分。
一对电触头中的每一个的远侧末端部分可向远侧延伸超过密封构件。
密封构件可包括围绕其延伸的至少一个周向脊。
每个电触头可包括从其近侧末端部分突出的凸块。带状电缆的远侧末端部分可限定形成在其中的用于容纳相应凸块的相应焊接凹槽。
每个电触头可包括从其近侧末端部分突出的一对凸块。带状电缆的远侧末端部分可限定形成在其中的用于容纳相应一对凸块的相应一对焊接凹槽。
每个电触头可包括从其近侧末端部分突出的凸块。带状电缆的远侧末端部分的每个指形件可限定形成在其中的用于容纳相应凸块的相应焊接凹槽。
每个电触头可包括从其近侧末端部分突出的一对凸块。带状电缆的远侧末端部分的每个指形件可限定形成在其中的用于容纳相应一对凸块的相应一对焊接凹槽。
附图说明
在本文中参考附图描述本公开的实施例,其中:
图1为根据本公开的实施例的手持式手术装置、适配器组件、具有再装载件的末端执行器和砧座组件的透视图;
图2为说明根据本公开的实施例的图1的适配器组件和手柄组件的连接的透视图;
图3为根据本公开的实施例的手柄组件的内部部件的透视图;
图4为根据本公开的实施例的无再装载件的图1的适配器组件的透视图;
图5为根据本公开的实施例的说明适配器组件的电气组件的图1-4的适配器组件的远侧末端部分的透视图;
图6为本公开的适配器组件的电气组件的透视图;
图7为图5和6的电气组件的远侧部分的放大视图;
图8为被配置成用于连接到手持式手术装置的再装载件的图1-7的电气组件的插头组件的远侧透视图;
图9为如穿过图8的9-9截取的图8的插头组件的横截面图;
图10为如穿过图8的10-10截取的图8的插头组件的横截面图;
图11为如穿过图8的11-11截取的图8的插头组件的横截面图;
图12A和12B分别为从其中移除密封件的图8的插头组件的后透视图和前透视图;
图13为图8的插头组件的透视图,其说明插头组件的带状电缆和触头插入到壳体中;
图14为图8的插头组件的带状电缆和触头的透视图;
图15为图8的插头组件的后透视图;
图16为根据本公开的插头组件的另一实施例的带状电缆的远侧末端部分的透视图;
图17为示出为连接到插头组件的一对电触头的图16的带状电缆的远侧末端部分的透视图;
图18为图16和17的一对触头和带状电缆以及图16和17的插头组件的壳体的零件分离的后透视图;
图19为图16和17的一对触头和带状电缆以及图16和17的插头组件的壳体的零件组装的后透视图;和
图20为如穿过图19的20-20截取的插头组件的横截面图。
具体实施方式
现在参考图式详细描述本公开的实施例,图中相同附图标记在若干视图中的每一个中表示相同或对应元件。如本文中所使用,术语“临床医生”是指医生、护士或任何其它医护人员并且可包括辅助人员。贯穿本说明书,术语“近侧”将是指更接近临床医生的装置的部分或其部件,并且术语“远侧”将是指更远离临床医生的装置的部分或其部件。另外,在图式以及随后的描述中,使用如“前”、“后”、“上”、“下”、“顶部”、“底部”以及类似的方向术语的术语仅仅是为了方便描述并且不旨在限制本公开。在以下描述中,没有详细描述众所周知的功能或构造,以避免在不必要的细节上使本公开模糊。
本公开涉及具有电子传感器的动力手术装置,所述电子传感器用于监测施加在动力手术装置的部件上的机械应变和力。更具体地说,本公开涉及负载测量传感器,所述负载测量传感器包括负载感测装置以及模拟和数字电路,所述负载感测装置以及模拟和数字电路为气密密封式的,使得负载传感器被配置成抵抗恶劣环境。在使用期间动力手术装置的电连接受到损坏的情况下,由本公开的传感器输出的测量信号保持不变。此外,传感器为可编程的,以允许调整增益和偏移值,以便优化测量信号。
参考图1,动力手术装置10包括手柄组件20,所述手柄组件20被配置成用于与适配器组件30选择性地连接,所述适配器组件30又被配置成用于与如环形再装载件40的末端执行器选择性地连接。尽管通常被称为动力手术装置,但是预期到,手术装置10可为手动致动的并且可包括各种配置。
手柄组件20包括手柄壳体22,所述手柄壳体22具有下部壳体部分24、从下部壳体部分24的部分延伸和/或支撑在下部壳体部分24的部分上的中间壳体部分26,以及从中间壳体部分26的部分延伸和/或支撑在中间壳体部分26的部分上的上部壳体部分28。如图2所示,上部壳体部分28的远侧部分限定被配置成接纳适配器组件30的近侧末端部分30b的鼻部或连接部分28a。
参考图3,手柄组件20包括联接到电池37的一个或多个电动机36。手柄组件20还包括用于操作手柄组件20的电动机36和其它电子部件、适配器组件30和再装载件40的主控制器38。电动机36联接到对应驱动轴39(图2),所述对应驱动轴39被配置成接合近侧末端部分30b上的插口33,使得在插口33上施加驱动轴39的旋转。致动组件52联接到相应插口33。致动组件52被配置成将插口33的旋转运动转换成线性运动并且连同砧座组件58一起致动再装载件40(图1)。
参考图4,适配器组件30包括管状壳体30a,其在近侧末端部分30b与相对的远侧末端部分30c之间延伸,所述近侧末端部分30b被配置成用于可操作地连接到手柄组件20的连接部分28a,所述远侧末端部分30c被配置成用于可操作地连接到再装载件40。以此方式,适配器组件30被配置成将由手柄组件20提供的旋转运动转变成轴向平移,其可用于推进/缩回可滑动地安置在适配器组件30的远侧末端部分30c内的套管针构件50,用于致动再装载件40的功能,例如用于起动再装载件40的钉。
参考图2,连接部分28a包括具有多个电触头31的电插座29,所述多个电触头31与手柄组件20的电子组件(例如,主控制器38)和电气部件(例如,电池37)电连通。适配器组件30包括被配置成接合电插座29的对应电连接器32。电连接器32还包括多个电触头34,其接合并且电连接到其对应电触头31。
参考图4,套管针构件50可滑动地安置在适配器组件30的管状壳体30a内并且延伸通过其远侧末端部分30c。以此方式,套管针构件50被配置成用于轴向平移,这又致使再装载件40的砧座组件58(图1)的对应轴向平移,以起动安置在其中的钉(未示出)。套管针构件50包括联接到适配器组件30的管状壳体30a的近侧末端。套管针构件50的远侧末端部分被配置成选择性地接合再装载件40的砧座组件58(图4)。以此方式,当砧座组件58连接到套管针构件50时,如下文中将详细描述,套管针构件50在第一方向上的轴向平移导致砧座组件58相对于再装载件40的打开,并且套管针构件50在第二相反方向上的轴向平移导致砧座组件58相对于再装载件40的关闭。
再装载件40被配置成用于可操作地连接到适配器组件30并且被配置成起动和形成手术钉的环形阵列,并且切断组织环。
对于包括适配器组件和再装载件的示例性动力手术钉合器的详细描述,参考Contini等人的2016年4月12日提交的标题为“《手持式机电手术系统(HandheldElectromechanical Surgical System)》”的第2016/0310134号共同拥有的美国专利申请公开,所述共同拥有的美国专利申请公开以全文引用的方式并入本文中。
现在参考图5-15,适配器组件30包括电气组件100,其安置在适配器组合件30内并且被配置成用于与手柄组件20和再装载件40电连接并且在手柄组件20与再装载件40之间电连接。电气组件100提供通过电插座29(图2)与手柄组件20的主控制器38的连通(例如,识别数据、寿命周期数据、系统数据、负载感测信号)。
电气组件100包括电连接器102;具有带状电缆105的连接到电连接器102的近侧线束组件104;具有带状电缆107的连接到近侧线束组件104的远侧线束组件106;连接到远侧线束组件106的负载感测组件108;和也连接到远侧线束组件106的远侧电插头组件110。远侧电插头组件110被配置成选择性地机械和电连接到再装载件40的芯片组件(未示出)。
电气组件100的电连接器102支撑在适配器组件30的近侧末端部分30b内。电连接器102包括使得能够电连接到手柄组件20的电触头102a。近侧线束组件104电连接到安置在印刷电路板103上的电连接器102。
电气组件100的相应近侧线束组件104的带状电缆105和远侧线束组件106的带状电缆107包括适合于将电子部件支撑和/或电连接到其的主体或基底。带状电缆105、107的基底由一层或多层或一片或多片介质材料(如聚合物或陶瓷)和在基底中形成导电迹线(未明确示出)的一层或多层导电材料(如铜箔)形成。通孔(未示出)可穿过带状电缆105、107的不同层使导电迹线互连。
在实施例中,带状电缆105、107的基底由覆铜聚酰亚胺形成,如或其为由杜邦(DuPont)拥有的注册商标。在一些实施例中,带状电缆105、107的基底由高温材料形成,如/>HT,其也为由杜邦拥有的注册商标。
在实施例中,预期到,带状电缆105、107可全部或部分地由液晶聚合物(LCP)制成。与不带LCP的带状电缆相比,LCP对高PH环境和高压灭菌更具抵抗力。带状电缆105、107可包括多个层,例如,包括作为内层或外层的聚酰亚胺层。形成带状电缆105、107的多个层可使用热粘结层压(例如,将各层熔融/融合在一起)或通过使用粘合剂层将各层彼此粘结来粘结。在其它实施例中,带状电缆105、107的基底由粘结到液晶聚合物(LCP)膜的覆铜形成。
应理解,带状电缆105、107的基底被配置成允许制造单侧或双侧柔性电路、多层柔性电路和刚性柔性电路。带状电缆105、107的基底的层可通过例如层压、熔接和/或使用粘合剂,以及在本领域的技术人员的认知内的其它方法和材料彼此接合。
插头组件110包括限定面向近侧的孔112a的壳体112,所述面向近侧的孔112a被配置成容纳远侧线束组件106的带状电缆107的远侧末端部分107a。电触头或刀片114、116支撑在壳体112内,其中每个电触头114、116包括从壳体112向远侧突出的相应远侧末端部分114a、116a。电触头114、116可以任何合适的方式固定在壳体112的孔112a内,例如,压配合、摩擦配合、搭扣配合、钉接、熔接、用树脂材料等罐封(用于电触头114、116在壳体112内的液密保持)、胶合等。
参考图12A、12B、13和14,每个电触头114、116分别包括在其相应近侧末端部分114b、116b中形成和/或从其突出的一对凸块114c、116c。凸块114c、116c限定用于电连接到带状电缆107的远侧末端部分107a的焊接区域。具体地说,带状电缆107的远侧末端部分107a包括形成在其第一侧边缘中的第一对焊接凹槽107b1和形成在其第二侧边缘中的第二对焊接凹槽107b2。第一对焊接凹槽107b1被配置成与电触头114的一对凸块114c对齐,并且第二对焊接凹槽107b2被配置成与电触头116的一对凸块116c对齐。第一对焊接凹槽107b1和第二对焊接凹槽107b2中的每个焊接凹槽可限定用于与电触头114、116的相应凸块114c、116c电连接的焊盘(例如,城堡型焊盘)。预期到,带状电缆107的远侧末端部分107a可经由浸锡工艺、化学镀镍浸金(ENIG)工艺或本领域技术人员已知的类似工艺焊接或固定到每个电触头114、116。
参考图7-11,插头组件110包括安置在壳体112的面向远侧的孔112b(参见图12A)内的密封构件120。密封构件120包括形成在其中的一对槽,用于使电触头114、116的远侧末端部分114a、116a从中穿过。密封构件120被固定到壳体112的远侧末端,并且包括从壳体112的远侧末端延伸的远侧部分120a,以及被配置成通过壳体112的至少一个侧表面容纳并且与其形成互锁的近侧部分120b。密封构件120可包括周向脊122,其被配置成接合再装载件40的插头插座的内壁(未示出),以促进适配器组件30的插头组件110与再装载件40的插头插座之间的摩擦配合和液密密封。
密封构件120可由硅酮、橡胶、塑料、聚合物或任何其它合适的材料形成。
如上文所提及,插头组件110的电触头114、116的相应远侧末端部分114a、116a穿过并从密封构件120延伸。电触头114、116的远侧末端部分114a、116a被配置成与再装载件40的互补插头插座的相应触头构件电联接(未示出)。
参考图15,在将电触头114、116和带状电缆107的远侧末端部分107a安置在壳体112内的情况下,壳体112的面向近侧的孔112a可填充有耐消毒和杀菌操作(例如,洗涤、漂洗、高压灭菌等)的包封材料130(例如,树脂、丙烯酸类树脂)。
壳体112可为透明的或接近透明的,从而使得能够使用光或UV可固化的包封材料130。壳体112的透明性允许在插头组件110完全组装之后固化包封材料130。因此,壳体112可由聚苯砜(PPSU)使用注射模制工艺、挤出工艺等制成,或者由对于光/UV固化也为透明的聚砜(PSU)制成。在实施例中,壳体112可由不透明材料制成,其条件是选择可固化而不需要UV或光固化工艺的室温硫化(RTV)包封。
现在转到图16-20,根据本公开的替代实施例的插头组件被整体上指定为210。插头组件210基本上类似于插头组件110,并且为了简洁起见,下文将仅详细描述它们之间的差异。
参考图16-18,示出并且描述供与插头组件210一起使用的电气组件100的带状电缆207的远侧末端部分207a。带状电缆207的远侧末端部分207a被分开、分割或分叉,以包括由间隙或空间207e分隔的一对向远侧延伸的指形件207c、207d。
带状电缆207的远侧末端部分207a包括形成在第一指形件207c的第一侧边缘中的第一对焊接凹槽207b1和形成在第二指形件207d的第二侧边缘中的第二对焊接凹槽207b2。第一对焊接凹槽207b1被配置成与电触头114的一对凸块114c对齐,并且第二对焊接凹槽207b2被配置成与电触头116的一对凸块116c对齐。第一对焊接凹槽207b1和第二对焊接凹槽207b2中的每个焊接凹槽可限定用于与电触头114、116的相应凸块114c、116c电连接的焊盘(例如,城堡型焊盘)。预期到,带状电缆207的远侧末端部分207a的第一指形件207c和第二指形件207d可分别经由浸锡工艺、化学镀镍浸金(ENIG)工艺或本领域技术人员已知的类似工艺焊接或固定到每个电触头114、116。
现在参考图18-20,示出并且描述插头组件210的壳体212。壳体212限定面向近侧的孔212a,其被配置成容纳带状电缆207的远侧末端部分207a。电触头或刀片114、116支撑在壳体112内,其中每个电触头114、116包括安置在相应腔212c、212d(图20)内并且限定在其内并且从壳体212向远侧突出的相应远侧末端部分114a、116a。电触头114、116可以任何合适的方式固定在壳体212的孔212a内,例如,压配合、摩擦配合、搭扣配合、钉接、熔接、用树脂材料等罐封(用于电触头114、116在壳体212内的液密保持)、胶合等。
壳体212包括安置在面向近侧的孔212a内的中心的向近侧延伸的肋或壁212e。当电触头114、116和带状电缆207的远侧末端部分207a位于壳体212内时,肋212e被配置和定尺寸成基本上填充在带状电缆207的远侧末端部分207a中限定的间隙207e(如上所述)。肋212e可为壳体212的集成部件,并且因此可由与壳体212相同的导电电阻材料构成。根据本公开预期到,肋212e可与面向近侧的孔212a的包封材料130(例如,树脂、丙烯酸类树脂)结合工作,以阻止水分进入插头组件210,并且阻止由带状电缆207的远侧末端部分207a的第一对焊接凹槽207b1和第二对焊接凹槽207b2限定的焊盘的短路。
应理解,可对目前公开的适配器组合件的实施例进行各种修改。因此,以上描述不应解释为限制性的,而仅仅是作为实施例的例证。本领域的技术人员将设想在本公开的范围和精神内的其它修改。
Claims (14)
1.一种用于机电手术系统的插头组件,所述插头组件包含:
限定面向近侧的孔的壳体,所述壳体包括定位于所述面向近侧的孔内的向近侧延伸的中心肋;
安置在所述壳体内的一对电触头,其中所述一对电触头彼此间隔开,每个电触头包括:
从所述壳体的远侧末端向远侧突出的远侧末端部分;和
安置在所述壳体的所述面向近侧的孔内的近侧末端部分;
带状电缆,所述带状电缆具有轴向分开的远侧末端部分,所述远侧末端部分限定通过间隙彼此间隔开的一对指形件,每个指形件电连接到所述一对电触头中的相应一个的所述近侧末端部分,并且与所述壳体的所述面向近侧的孔一起安置,其中所述壳体的所述肋安置在所述带状电缆的所述间隙内;和
填充所述壳体的所述面向近侧的孔的包封材料,
其中所述壳体在其中限定面向远侧的孔;并且其中所述插头组件另外包含:
安置在所述壳体的所述面向远侧的孔内的密封构件,
其中所述壳体和所述密封构件在其间形成液密密封,
其中所述密封构件包括从所述壳体向远侧突出的远侧部分和从所述壳体的侧表面延伸的近侧部分,
其中所述近侧部分被构造成通过所述壳体的至少一个侧表面容纳并且与其形成互锁。
2.根据权利要求1所述的插头组件,其中所述壳体为至少部分透明的。
3.根据权利要求1所述的插头组件,其中所述壳体对于光或UV固化为透明的。
4.根据权利要求2所述的插头组件,其中所述壳体由聚苯砜(PPSU)或聚砜(PSU)制成。
5.根据权利要求3所述的插头组件,其中所述包封材料为光或UV可固化材料。
6.根据权利要求5所述的插头组件,其中所述包封材料为树脂或丙烯酸类树脂。
7.根据权利要求1所述的插头组件,其中所述密封构件由硅酮、橡胶、塑料或聚合物制成。
8.根据权利要求1所述的插头组件,其中所述一对电触头中的每一个的所述远侧末端部分向远侧延伸超过所述密封构件。
9.根据权利要求8所述的插头组件,其中所述密封构件包括围绕其延伸的至少一个周向脊。
10.根据权利要求1所述的插头组件,其中每个电触头包括从其所述近侧末端部分突出的凸块,并且其中所述带状电缆的所述远侧末端部分的每个指形件限定形成在其中的用于容纳相应凸块的相应焊接凹槽。
11.根据权利要求1所述的插头组件,其中每个电触头包括从其所述近侧末端部分突出的一对凸块,并且其中所述带状电缆的所述远侧末端部分的每个指形件限定形成在其中的用于容纳相应一对凸块的相应一对焊接凹槽。
12.根据权利要求11所述的插头组件,其中所述壳体对于光或UV固化为透明的。
13.根据权利要求12所述的插头组件,其中所述壳体由聚苯砜(PPSU)或聚砜(PSU)制成。
14.根据权利要求13所述的插头组件,其中所述包封材料为光或UV可固化材料。
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- 2020-02-19 CN CN202010101834.7A patent/CN111613924B/zh active Active
- 2020-02-21 EP EP20158699.7A patent/EP3698728B1/en active Active
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CN111613924A (zh) | 2020-09-01 |
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US20200268390A1 (en) | 2020-08-27 |
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