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    • 1. 发明授权
    • Apparatus and method for non-invasively monitoring a subjects arterial blood pressure
    • 非侵入性监测受试者动脉血压的装置和方法
    • US06228034B1
    • 2001-05-08
    • US09120069
    • 1998-07-20
    • Gregory I. VossAlvis J. SomervilleStephen H. O'Leary
    • Gregory I. VossAlvis J. SomervilleStephen H. O'Leary
    • A61B502
    • A61B5/022
    • Apparatus is disclosed for non-invasively monitoring a subject's blood pressure, in which a pressure sensor assembly that includes a pressure transducer is compressed against tissue overlying an artery, with sufficient force to compress the artery. A motor first servo control system optimizes the amount of artery compression, which occurs at a mean transmural pressure of about zero, by modulating one side of a lever arm compressing the assembly against the tissue, creating a pressure signal indicative of transmural pressure. Since different pressure effects are realized according to the amount of artery compression, an appropriate control signal can be produced that provides for a second motor to adjust the other side of the lever arm to provide the optimum compression of the assembly into the tissue overlying the artery. The apparatus is optimally positioned over an artery by including an ultrasonic blood flow sensor configured to sense the flow of blood under the pressure transducer.
    • 公开了用于非侵入性地监测受试者的血压的装置,其中包括压力换能器的压力传感器组件被压缩在动脉上方的组织上,具有足够的力来压缩动脉。 电动机第一伺服控制系统通过调节杠杆臂的一侧压缩组件抵抗组织来优化在平均透壁压力约为零时发生的动脉压缩量,产生指示透壁压的压力信号。 由于根据动脉压力的量实现了不同的压力效应,因此可以产生适当的控制信号,其提供第二电动机以调节杠杆臂的另一侧,以将组件的最佳压缩提供到覆盖动脉的组织中 。 该装置通过包括构造成感测压力传感器下方的血液流动的超声波血流传感器而优选地定位在动脉上。
    • 3. 发明授权
    • Syringe plunger driver
    • 注射器柱塞驱动
    • US5545140A
    • 1996-08-13
    • US270393
    • 1994-07-05
    • Ronald S. ConeroStephen H. O'Leary
    • Ronald S. ConeroStephen H. O'Leary
    • A61M5/145A61M5/20
    • A61M5/1456A61M2205/60A61M5/1458Y10S128/01
    • A plunger driver system which engages a plurality of different sizes of syringes. A pushing surface includes a detector to determine syringe plunger presence. In the event that the plunger is not present and the pump is operating, a processor provides an alarm and may stop the pump motor. Arms retain the plunger flange in a fixed position in relation to the plunger driver. The arms have anti-siphon flanges to prevent too rapid movement of the plunger into the syringe barrel. A shelf for opposing downward movement of the syringe plunger and a ramp to guide the syringe plunger into position in relation to the plunger driver are included in the plunger driver. A cradle for containing all sizes of syringe barrels yet aligning the syringes with the plunger driver is included with a clamp to hold the syringe barrel in position in the cradle. The detector button includes a bevel at its top edge to facilitate loading the plunger in the driver. The plunger driver arms are biased independently from the screw drive disengagement mechanism. A ramp is also formed with the shelf to assist in guiding the syringe plunger into position during syringe installation.
    • 柱塞驱动器系统,其接合多个不同尺寸的注射器。 推动表面包括用于确定注射器柱塞存在的检测器。 如果柱塞不存在并且泵正在运行,则处理器提供报警并可能停止泵电动机。 臂将柱塞法兰保持在相对于柱塞驱动器的固定位置。 臂具有防虹吸法兰,以防止柱塞进入注射器筒的过快的运动。 用于柱塞驱动器中包括用于针筒柱塞的相对向下运动的框架和用于将针筒柱塞相对于柱塞驱动器引导到位的斜面。 用于容纳所有尺寸的注射器筒而将注射器与柱塞驱动器对准的支架包括在夹持器中以将注射器筒保持在支架中的适当位置。 检测器按钮在其顶部边缘处包括斜面以便于将柱塞装载到驱动器中。 柱塞驱动器臂独立于螺杆驱动器分离机构而被偏置。 斜面还形成有搁板,以帮助在注射器安装期间引导注射器柱塞到位。
    • 6. 发明授权
    • Syringe pump drive system and disposable syringe cartridge
    • 注射泵驱动系统和一次性注射器药筒
    • US4067332A
    • 1978-01-10
    • US717769
    • 1976-08-25
    • Stephen H. O'Leary
    • Stephen H. O'Leary
    • A61M5/142A61M5/145A61M5/148A61M5/00
    • A61M5/1452A61M5/14216Y10S128/12
    • A motor driven syringe pump utilizing a disposable syringe cartridge. The syringe cartridge has no valves, and the apparatus repetitively and sequentially opens and closes, by means of an external pair of tube pinchers, a pair of intake and output I.V. tubes communicating with the inlet and outlet nipples. The cartridge includes a molded plastic cylinder having inlet and outlet nipples, a plastic piston and piston rod, and a rubber sealing cap defining a conical piston face, a pair of piston sealing rings and a sealing boot. The pair of sealing rings enhance axial alignment and stability, while the sealing boot prevents air or bacterial intake through the bottom of the cylinder during repetitive strokes. The plastic cross-sections are selected to provide maximum strength for minimum material employed. The interior cylinder chamber is sloped to drive out gas through the outlet nipple. An integral tab on the cylinder provides an operator handle for mounting and removing the syringe. One end of the piston rod is cut away and provided with mounting bosses, adapted to engage and be retained by a cooperating drive system mounting shoe so that the syringe can be inserted in the shoe horizontally, be rotated to a vertical position, and engage fixed guide and retaining slots by means of a pair of integral bosses projecting from the syringe cylinder. The shoe is connected to a linear drive shaft keyed against rotation.
    • 一种使用一次性注射器药筒的马达驱动的注射泵。 注射器药盒不具有阀门,并且该设备通过外部一对管钳夹重复并依次打开和关闭一对进气和输出I.V。 管与入口和出口接头连通。 墨盒包括具有入口和出口接头,塑料活塞和活塞杆的模制塑料圆筒,以及限定圆锥形活塞面,一对活塞密封环和密封套的橡胶密封盖。 这对密封环增强了轴向对准和稳定性,同时密封罩可防止重复冲击时空气或细菌进入气缸底部。 选择塑料横截面以为最小材料提供最大强度。 内部气缸室倾斜以通过出口接头驱出气体。 圆筒上的整体式舌片提供了一个用于安装和拆卸注射器的操作手柄。 活塞杆的一端被切除并设置有安装凸台,其适于接合并由协作的驱动系统安装靴保持,使得注射器可以水平地插入到鞋中,并被旋转到垂直位置,并且固定 通过从注射器筒体突出的一对一体的凸起引导和保持狭槽。 鞋子连接到一个防止旋转的线性驱动轴。
    • 7. 发明授权
    • Thermometer probe for use with disposable probe cover
    • 温度计探头,用于一次性探头盖
    • US06461037B1
    • 2002-10-08
    • US09261611
    • 1999-02-28
    • Stephen H. O'Leary
    • Stephen H. O'Leary
    • G01K108
    • G01K1/083
    • A medical probe having a handle with an end cap mounted at the proximal end of the handle for urging ejector wires through the handle and out of the distal end of the handle to push off a probe cover frictionally secured to the probe and overlying a probe shaft. The retention device to retain the probe cover on the probe comprises a lip that forces the probe cover into a different shape. The probe shaft is secured to the handle and is slidable axially within the handle and is urged into a fully extended position by a coil spring mounted in the handle. A cable runs through the end cap for connecting the sensor located in the probe to a measurement and display device, such as a thermometer. The end cap has a radius that assists in relieving stress on the cable.
    • 一种具有手柄的医疗探针,其具有安装在手柄的近端处的端盖,用于将推出器线推动通过手柄并从手柄的远端推出,以推动摩擦地固定到探针并且覆盖探针轴的探针盖 。 将探针盖保持在探头上的保持装置包括迫使探针盖变成不同形状的唇缘。 探头轴固定在手柄上,并可在手柄内轴向滑动,并通过安装在手柄中的螺旋弹簧推动到完全伸出位置。 电缆穿过端盖,用于将位于探头中的传感器连接到诸如温度计的测量和显示装置。 端盖具有有助于缓解电缆应力的半径。
    • 10. 发明授权
    • Syringe pump drive system and disposable syringe cartridge
    • 注射泵驱动系统和一次性注射器药筒
    • US3993061A
    • 1976-11-23
    • US554230
    • 1975-02-28
    • Stephen H. O'Leary
    • Stephen H. O'Leary
    • A61M5/142A61M5/145A61M5/148A61M5/20
    • A61M5/1452A61M5/14216Y10S128/12
    • A parenteral administration system, utilizing a syringe pump operated by a motor to repetitively fill and empty a disposable syringe cartridge over a plurality of operational cycles of successive fill and pump stroke periods. The syringe cartridge has no valves, and the apparatus repetitively and sequentially opens and closes, by means of an external pair of tube pinchers, a pair of intake and output I.V. tubes communicating with the inlet and outlet nipples. The disposable syringe cartridge includes a molded plastic cylinder having inlet and outlet nipples, a plastic piston and piston rod, and a rubber sealing cap defining a conical piston face, a pair of piston sealing rings and a sealing boot. The pair of sealing rings enhance axial alignment and stability, while the sealing boot prevents air or bacterial intake through the bottom of the cylinder during repetitive strokes. The plastic cross-sections are selected to provide maximum strength for minimum material employed. The interior cylinder chamber is sloped to drive out gas through the outlet nipple. An integral tab on the cylinder provides an operator handle for mounting and removing the syringe. One end of the piston rod is cut away and provided with mounting bosses, adapted to engage and be retained by a cooperating drive system mounting shoe so that the syringe can be inserted in the shoe horizontally, be rotated to a vertical position, and engage fixed guide and retaining slots by means of a pair of integral bosses projecting from the syringe cylinder.
    • 肠胃外给药系统,利用由电动机操作的注射泵,在连续填充和泵冲程周期的多个操作循环中重复地填充和清空一次性注射器药筒。 注射器药盒不具有阀门,并且该设备通过外部一对管钳夹重复并依次打开和关闭一对进气和输出I.V。 管与入口和出口接头连通。 一次性注射器药盒包括具有入口和出口接头,塑料活塞和活塞杆的模制塑料圆筒,以及限定锥形活塞面的橡胶密封帽,一对活塞密封环和密封套。 这对密封环增强了轴向对准和稳定性,同时密封罩可防止重复冲击时空气或细菌进入气缸底部。 选择塑料横截面以为最小材料提供最大强度。 内部气缸室倾斜以通过出口接头驱出气体。 圆筒上的整体式舌片提供了一个用于安装和拆卸注射器的操作手柄。 活塞杆的一端被切除并设置有安装凸台,其适于接合并由协作的驱动系统安装靴保持,使得注射器可以水平地插入到鞋中,并被旋转到垂直位置,并且固定 通过从注射器筒体突出的一对一体的凸起引导和保持狭槽。