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    • 3. 发明授权
    • Sleeve assembly for spinal stabilization system and methods of use
    • 用于脊柱稳定系统的套管组件及其使用方法
    • US07749233B2
    • 2010-07-06
    • US11176889
    • 2005-07-06
    • Morteza M. FarrCiaran Keane
    • Morteza M. FarrCiaran Keane
    • A61B17/58A61B17/60A61F2/00
    • A61B17/7085A61B17/7037A61B2090/061Y10S606/916
    • The present invention is a one or two-part sleeve assembly for use during minimally invasive spinal stabilization surgery. An outer sleeve is designed to slide over the coupling between a polyaxial screw and an inner sleeve so as to prevent the screw from becoming disengaged from the inner sleeve during surgery. The outer sleeve includes a lower generally cylindrical wall having a slot, and an upper extension having an outwardly protruding manipulation handle attached to it. The slot in the lower section extends the entire length of the cylindrical wall, giving it a generally “C” shaped cross section. This slot corresponds with a similar slot on the inner sleeve for receiving a stabilizing rod to be attached to the polyaxial screw during surgery. The interior diameter of the lower section is approximately the same as the outer diameter of the inner sleeve, so that the outer sleeve may slide snugly over the inner sleeve and the screw coupling. In addition, the edges of the cylindrical wall adjacent to the longitudinal slot are flattened so as to conform to the shape of the inner sleeve and the head portion of the polyaxial screw where it couples with the inner sleeve.
    • 本发明是在微创脊柱稳定手术中使用的一个或两个部分的套筒组件。 外套筒被设计成在多轴螺钉和内套筒之间的联接件上滑动,以防止螺钉在手术过程中与内套筒分离。 外套筒包括具有狭槽的下大致圆柱形壁,以及具有附接到其上的向外突出的操纵手柄的上延伸部。 下部的狭槽延伸圆柱形壁的整个长度,给它一个“C”形横截面。 该狭槽对应于内套筒上的类似狭槽,用于在手术期间接收要连接到多轴螺丝的稳定杆。 下部的内径与内套筒的外径大致相同,使得外套筒可以紧密地滑动在内套筒和螺钉联接件上。 此外,与纵向狭槽相邻的圆柱形壁的边缘被平坦化,以便符合内套筒的形状和多轴螺钉的与内套筒联接的头部。
    • 6. 发明授权
    • Implant device and method for interspinous distraction
    • 植入装置和方法用于棘突间牵引
    • US08308769B2
    • 2012-11-13
    • US12437513
    • 2009-05-07
    • Morteza M. Farr
    • Morteza M. Farr
    • A61B17/70
    • A61B17/7068A61B17/3468
    • Improved implant devices and methods for interspinous distraction distribute the load of interspinous distraction so that the entire load is not bearing on the interspinous surfaces. The implant device has a narrow midsection and two wider, flange-shaped outer sections. The wider, flange-shaped outer sections can be tightened to bear against the thicker bony portions of the spinous processes to support some of the load. Optionally, the wider, flange-shaped outer sections can be configured with pins that will penetrate and engage the thicker bony portions of the spinous processes, which will increase the load bearing potential of the wider, flange-shaped outer sections. Additionally, the wider, flange-shaped outer sections and the pins will help to stabilize the joint. The joint stabilization may help to prevent further dislocation of the vertebra that occurs with spondylolisthesis.
    • 用于椎间牵引的改进的植入装置和方法分布椎间牵引的负荷,使得整个负荷不会在棘突间表面上。 植入装置具有窄的中央部分和两个较宽的法兰形外部部分。 可以将更宽的法兰形外部部分紧固以抵靠棘突的较厚的骨部分以支撑某些负载。 可选地,更宽的法兰形外部部分可以被构造成能够穿过和接合棘突的较厚骨部分的销,这将增加更宽的法兰形外部的承载电位。 另外,更宽的法兰形外部和销将有助于稳定接头。 关节稳定可能有助于防止脊椎前移发生的椎骨进一步脱位。
    • 9. 发明申请
    • IMPLANT DEVICE AND METHOD FOR INTERSPINOUS DISTRACTION
    • 植物装置和方法进行分离
    • US20090281626A1
    • 2009-11-12
    • US12437513
    • 2009-05-07
    • Morteza M. Farr
    • Morteza M. Farr
    • A61F2/44A61B17/58
    • A61B17/7068A61B17/3468
    • Improved implant devices and methods for interspinous distraction distribute the load of interspinous distraction so that the entire load is not bearing on the interspinous surfaces. The implant device has a narrow midsection and two wider, flange-shaped outer sections. The wider, flange-shaped outer sections can be tightened to bear against the thicker bony portions of the spinous processes to support some of the load. Optionally, the wider, flange-shaped outer sections can be configured with pins that will penetrate and engage the thicker bony portions of the spinous processes, which will increase the load bearing potential of the wider, flange-shaped outer sections. Additionally, the wider, flange-shaped outer sections and the pins will help to stabilize the joint. The joint stabilization may help to prevent further dislocation of the vertebra that occurs with spondylolisthesis.
    • 用于椎间牵引的改进的植入装置和方法分配椎间牵引的负荷,使得整个负荷不受棘突间表面的影响。 植入装置具有窄的中央部分和两个较宽的法兰形外部部分。 可以将更宽的法兰形外部部分紧固以抵靠棘突的较厚的骨部分以支撑某些负载。 可选地,更宽的法兰形外部部分可以被构造成能够穿过和接合棘突的较厚骨部分的销,这将增加更宽的法兰形外部的承载电位。 另外,更宽的法兰形外部和销将有助于稳定接头。 关节稳定可能有助于防止脊椎前移发生的椎骨进一步脱位。