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    • 13. 发明授权
    • Knee protector
    • 膝盖保护
    • US4768500A
    • 1988-09-06
    • US13236
    • 1987-02-10
    • Bradley R. MasonJeffrey T. Mason
    • Bradley R. MasonJeffrey T. Mason
    • A61F5/01A61F3/00
    • A61F5/0123A61F2005/0139
    • An athletic knee protector is disclosed wherein a bowed leaf spring hinge structure is supported on load distribution pads or cuffs attached to the thigh and shin of the wearer and is spaced laterally from the lateral side of the knee to protect the knee of an athlete against injury from lateral forces and impacts such as are likely to occur in football. The bowed leaf spring hinge structure absorbs such forces and impacts and redistributes them at locations spaced substantially above and below the knee proximate the strong bones of the leg. Preloading of knee ligaments in the lateral/medial direction is avoided, and lateral forces and impacts are better distributed, by connecting the pads or cuffs to the hinge structure with a free rocking or pivoting action in the lateral/medial direction. Also, the pads or cuffs are made more adaptable to the curvature of the leg by a variable flexibility in the anterior/posterior direction so that attachment and working loads applied to the leg are spread out more uniformly.
    • 公开了一种运动膝盖保护器,其中弓形弹簧铰链结构支撑在附着于穿戴者的大腿和胫骨的负荷分布垫或袖带上,并且与膝盖的侧面横向隔开以保护运动员的膝盖免受伤害 从侧面的力量和冲击,如可能发生在足球。 弓形弹簧铰链结构吸收这种力和冲击,并将它们重新分布在靠近腿部的强壮的膝部附近大致高于和低于膝部的位置处。 避免膝盖韧带在横向/内侧方向的预加载,并且通过在侧向/内侧方向上以自由的摆动或枢转作用将垫或袖口连接到铰链结构,从而更好地分布横向力和冲击力。 此外,垫或袖口通过前/后方向上的可变柔性使得脚架的曲率更适应于腿部的曲率,使得施加到腿部的附接和工作负荷更均匀地展开。
    • 18. 发明授权
    • Medication infusion and aspiration system and method
    • 药物输液和抽吸系统及方法
    • US07527608B2
    • 2009-05-05
    • US10909157
    • 2004-07-30
    • Jeffrey T. Mason
    • Jeffrey T. Mason
    • A61M1/00F04B39/00F04B53/00
    • A61M1/0058A61M1/0011A61M1/0084A61M5/1413A61M5/14232A61M5/16831A61M2205/123A61M2205/18A61M2205/6045
    • A medication infusion system may include a controller and a reservoir module including a reservoir containing medication to be delivered to an internal wound site via the controller. The controller may have a peristaltic pump driven by a motor to urge medication to flow toward the internal wound site. The controller and the reservoir module may each have a mating surface oriented such that the reservoir module can slide into engagement with the controller along a direction parallel to an axis of rotation of the motor. The mating surfaces may have features such as dovetails that facilitate secure assembly and retention. A reservoir module may include only a single reservoir for infusion, or two separate reservoirs for infusion and aspiration. One single controller may be capable of mating with either type of reservoir module to provide only infusion, or infusion combined with aspiration, as desired.
    • 药物输注系统可以包括控制器和储存器模块,其包括含有经由控制器输送到内部伤口部位的药物的容器。 控制器可以具有由马达驱动的蠕动泵,以促使药物流向内部伤口部位。 控制器和储存器模块可以各自具有取向的配合表面,使得储存器模块可以沿着平行于电动机的旋转轴线的方向滑动与控制器接合。 配合表面可以具有诸如燕尾形的特征,其有助于安全的组装和保持。 储存器模块可以仅包括用于输注的单个储存器或用于输注和抽吸的两个单独的储存器。 一个单一的控制器可能能够与任一种类型的贮存器模块相匹配,以根据需要仅提供输注或与抽吸结合的输液。
    • 19. 发明授权
    • Orthosis providing dynamic tracking of the patello-femoral joint
    • 矫形术提供髌股关节的动态跟踪
    • US07060045B2
    • 2006-06-13
    • US10420344
    • 2003-04-22
    • Jeffrey T. MasonJames M. Fout
    • Jeffrey T. MasonJames M. Fout
    • A61F5/00
    • A61F5/0125A61F2005/0176
    • A knee orthosis is provided having upper and lower arms and a hinge assembly positionable about the knee to one side of the patella. The hinge assembly has a hinge pivot and a tension strap lever. The upper and lower arms and tension strap lever are each rotatable about the hinge pivot. A compression member is positioned in engagement with the knee on the opposite side of the patella from the hinge assembly and a tension strap is connected to the compression member and the tension strap lever. The tension strap applies a tension force to the compression member which increases when the upper and lower arms and tension strap lever rotationally transition from a flexion position to an extension position and decreases when the upper and lower arms and tension strap lever rotationally transition from the extension position to the flexion position.
    • 提供了一种膝关节矫形器,其具有上臂和下臂以及可围绕膝盖定位到髌骨一侧的铰链组件。 铰链组件具有铰链枢轴和张力带杆。 上臂和下臂和张紧带杆各自可绕铰链枢轴转动。 压缩构件定位成与髌骨的与铰链组件相反的一侧上的膝盖接合,并且张紧带连接到压缩构件和张紧带杆。 张力带对压缩构件施加张力,当上臂和下臂和张紧带杆从弯曲位置旋转地转动到延伸位置时,压力构件增加,并且当上臂和下臂和张紧带杆从延伸部旋转地转动时, 位置到屈曲位置。
    • 20. 发明授权
    • Tubing connector
    • 管接头
    • US06260890B1
    • 2001-07-17
    • US09374703
    • 1999-08-12
    • Jeffrey T. Mason
    • Jeffrey T. Mason
    • F16L2500
    • F16L33/224A61M39/1011F16L19/065
    • A tubing connector has a body, a tubular member, a compression member, a cap and a coupling. The body has a bore extending through it and a body portion of the tubular member is positioned in the bore of the body with an extension portion of the tubular member extending from the bore of the body. The compression member is fitted in the cap and also has a bore extending through it. The cap is provided with an opening and an orifice which are aligned with the bore of the compression member to define a continuous passageway through the cap. The coupling connectively engages the body with the cap. The tubing connector also optionally includes a coupling element which enables connective engagement of the body with an adjoining member. To use the tubing connector, the flexible tube is threaded through the continuous passageway of the cap and fitted over the extension portion of the tubular member. The cap and the body are then connectively engaged around the extension portion. The body applies a compressive force to the elastically-deformable compression member when engaged with the cap which retains the flexible tube in place while the non-elastically-deformable tubular member prevents the compressive force from collapsing the flexible tube.
    • 管连接器具有主体,管状构件,压缩构件,帽和联接器。 主体具有延伸穿过其的孔,并且管状构件的主体部分定位在主体的孔中,其中管状构件的延伸部分从主体的孔延伸。 压缩构件安装在盖中并且还具有延伸穿过其的孔。 盖设置有与压缩构件的孔对准的开口和孔,以限定通过盖的连续通道。 联轴器将主体与盖连接。 管连接器还可选地包括联接元件,其能够使主体与相邻构件的连接接合。 为了使用管连接器,柔性管穿过帽的连续通道并且装配在管状构件的延伸部分上。 然后将盖和主体连接地接合在延伸部分周围。 当与将弹性管保持在适当位置的盖接合时,本体对可弹性变形的压缩构件施加压缩力,而不可弹性变形的管状构件防止压缩力使柔性管塌陷。