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    • 21. 发明授权
    • Method for positioning a split ring over an enlarged flange
    • 将开口环定位在扩大法兰上的方法
    • US5651170A
    • 1997-07-29
    • US502752
    • 1995-07-14
    • Brian Stevens
    • Brian Stevens
    • A61M39/00B23P19/08B23P11/02
    • B23P19/084Y10T29/4987Y10T403/1674
    • A method for using a positioning apparatus having a cylindrical shaft including a retaining shaft, an expansion shaft, and a frustoconical transition shaft extending therebetween. The expansion shaft has a recess sized to receive a flange radially extending outward on an elongated member. The shaft is configured to be received within a housing having a passageway extending therethrough. The passageway is defined by an interior surface which includes a cylindrical first surface positioned at the top of the housing. The first surface has an inner diameter equal to the outer diameter of the split ring. The interior surface also includes a frustoconical constriction surface positioned at the bottom end of the housing. The housing raises and lowers relative to the shaft for positioning the split ring onto the elongated body under the force of a weight.
    • 一种使用定位装置的方法,所述定位装置具有包括保持轴,膨胀轴和在其间延伸的截头圆锥过渡轴的圆柱形轴。 膨胀轴具有凹部,其尺寸被设计成容纳在细长构件上向外径向延伸的凸缘。 轴构造成容纳在具有延伸穿过其中的通道的壳体内。 通道由内表面限定,内表面包括位于壳体顶部的圆柱形第一表面。 第一表面的内径等于开口环的外径。 内表面还包括位于壳体底端的截头圆锥形收缩表面。 壳体相对于轴升高并降低,用于在重量的作用下将开口环定位在细长体上。
    • 22. 发明授权
    • Method of manufacturing a split ring airless rotatable connector
    • 开口无气旋转连接器的制造方法
    • US5616203A
    • 1997-04-01
    • US502754
    • 1995-07-14
    • Brian Stevens
    • Brian Stevens
    • A61M25/00A61M39/10F16L19/02F16L27/08F16L37/088
    • F16L37/53A61M25/0014A61M39/1055F16L19/0218F16L27/082F16L37/088A61M2039/1027A61M2039/1033
    • A rotatable connector having an enlarged annular flange positioned at the distal end of a tubular body. An annular cap having an aperture is received on the tubular body through the aperture so as to rotatably encircle the tubular body proximal of the retaining flange. A split ring rotatably encircles the tubular body between the retaining flange and the cap. The split ring has an inner diameter smaller than the outer diameter of the retaining flange and an outer diameter larger than the inner diameter of the aperture of the cap. An access chamber positioned at the proximal end of a tubular hub receives the distal end of the tubular body in mating relationship to enable the proximal end of the hub to be ridgedly coupled to the cap. A transfer duct communicating with the access chamber in the tubular hub is rotatably fluid coupled with the passage in the tubular body.
    • 一种可旋转的连接器,其具有位于管状体的远端处的扩大的环形凸缘。 具有孔的环形盖通过孔容纳在管状体上,以便可旋转地环绕保持凸缘近侧的管状体。 开口环可旋转地围绕管状体在保持凸缘和盖之间。 开口环的内径小于保持凸缘的外径,外径大于盖的孔的内径。 定位在管状毂的近端处的入口室以配合关系接收管状体的远端,以使得毂的近端能够脊部地联接到帽。 与管状毂中的进入室连通的传送管道与管状体中的通道可旋转地流体联接。
    • 26. 发明申请
    • Self suturing anchor device
    • 自动缝合锚装置
    • US20080015509A1
    • 2008-01-17
    • US11202484
    • 2005-08-11
    • D. Kent BackmanBrian StevensGreg McArthurWilliam PadillaFred P. Lampropoulos
    • D. Kent BackmanBrian StevensGreg McArthurWilliam PadillaFred P. Lampropoulos
    • A61M5/32
    • A61M25/02A61M2025/0286
    • A catheter securement device which automatically deploys one or more sutures to secure a catheter without requiring the practitioner to manually suture the catheter to the self-suturing anchor device. A ratchet mechanism having one or more rotatable ratchet members which pivot and a ratchet member engagement spring which maintains contact between the teeth of the rotatable ratchet member and the teeth of the ratchet ring. An O-ring is provided to maintain the position of the sutures to minimize disruption of the sutures before deployment of the sutures. In one embodiment, a stationary base of the anchor device comprises a single molded member. In another embodiment a method of manufacturing the catheter anchor device comprising welding a rotatable ring and one or more bearing members of the catheter anchor device through access bores in the stationary base.
    • 导管固定装置,其自动部署一个或多个缝合线以固定导管,而不需要从业者将导管手动缝合到自缝合锚定装置。 棘轮机构,其具有一个或多个可旋转的棘轮构件,其枢转;以及棘轮构件接合弹簧,其保持可旋转棘轮构件的齿与棘轮环的齿之间的接触。 提供O形环以保持缝合线的位置,以最小化在缝合线部署之前对缝合线的破坏。 在一个实施例中,锚固装置的固定基座包括单个模制构件。 在另一个实施例中,制造导管锚定装置的方法包括通过固定基座中的通孔焊接可旋转环和导管锚定装置的一个或多个支承构件。
    • 27. 发明申请
    • SELF-SUTURING ANCHOR DEVICE
    • 自动锚固装置
    • US20070106223A1
    • 2007-05-10
    • US11532056
    • 2006-09-14
    • Fred LampropoulosBrian Stevens
    • Fred LampropoulosBrian Stevens
    • A61M5/32
    • A61M25/02A61M2025/0286
    • A catheter anchor device for use with a catheter includes an adhesive layer configured to be secured to the skin of the patient proximate the catheter insertion site, a stationary base secured to the adhesive layer, a rotatable ring coupled to the stationary base and circumscribing the stationary base such that the rotatable outer ring can be rotated by the user relative to the stationary base, a first suture including a loop portion and first and second ends, the loop portion looping around a catheter when the anchor device is in place relative to the catheter insertion site, and a pull handle including first and second separable pull tabs, the pull handle being coupled to the first and second ends of the first suture, the pull handle being configured such that actuation of the pull handle actuates first suture to secure the catheter relative to the rotatable ring.
    • 与导管一起使用的导管锚定装置包括被配置为固定到靠近导管插入位置的患者皮肤的粘合剂层,固定到粘合剂层的固定基底,可旋转的环,其连接到固定基部并限定固定 基座,使得可旋转外圈可以由使用者相对于固定基座旋转,第一缝合线包括环部分和第一和第二端部,当锚定装置相对于导管位于适当位置时,环部分围绕导管环绕 插入位置和拉手柄,其包括第一和第二可分离的拉片,所述拉手柄联接到所述第一缝合线的第一端和第二端,所述拉手被构造成使得所述拉手柄的致动致动第一缝合线以固定所述导管 相对于可旋转环。
    • 28. 发明授权
    • Universal I.V. stand mounting system
    • 通用I.V. 立式安装系统
    • US5322253A
    • 1994-06-21
    • US984458
    • 1992-12-02
    • Brian Stevens
    • Brian Stevens
    • A61M5/14F16M13/02A47B96/07
    • F16M13/022A61M5/1415
    • A universal mounting system for attaching any of a variety of I.V. devices to an I.V. pole. The mounting system has both a C-clamp and a spring-actuated clamp. The C-clamp attaches to the I.V. pole with a threaded stud that is manually adjustable with a knob. The spring-actuated clamp secures the I.V. device and is pivotally connected to the C-clamp by a pivot-screw that extends through both a spring and a non-threaded bore that is formed in the C-clamp, and exits at a recess area on the C-clamp. The pivot-screw is threaded into a threaded bore that extends through a projection on the spring-actuated clamp. The projection fits within the recess to prevent pivoting of the spring-actuated clamp relative to the C-clamp. The spring-actuated clamp has two aligned, opposing and spring-loaded clips for holding I.V. devices. The clips pivot and fulcrum together at a pivot point between the ends of each clip so as to bring the clip ends together to a clamped position on an I.V. device.
    • 一种通用安装系统,用于连接各种I.V. 设备到I.V. 极。 安装系统具有C形夹和弹簧驱动夹。 C型钳夹连接到I.V. 带螺柱的杆,可通过旋钮手动调节。 弹簧驱动夹具固定I.V. 并且通过枢轴螺钉枢转地连接到C形夹,该枢轴螺钉延伸穿过形成在C形夹中的弹簧和非螺纹孔,并且在C形夹具上的凹陷区域处离开。 枢轴螺钉被拧入螺纹孔,该螺纹孔延伸穿过弹簧致动夹具上的突起。 突起装配在凹槽内,以防止弹簧致动夹具相对于C形夹的枢转。 弹簧致动的夹具具有两个对准的,相对的和弹簧加载的夹子,用于保持I.V。 设备。 夹子在每个夹子的端部之间的枢转点处枢转和支点,以使夹子端部一起到达I.V的夹紧位置。 设备。