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    • 2. 发明授权
    • Drug delivery devices
    • 给药装置
    • US08696619B2
    • 2014-04-15
    • US11658650
    • 2005-08-10
    • Robert P. Schnall
    • Robert P. Schnall
    • A61M37/00A61B17/20A61M5/00A61M5/32
    • A61M37/0015A61M2037/003A61N1/303
    • A drug delivery device for delivering a drug to a preselected treatment site, includes a rupturable film capsule enclosing a quantity of the drug to be delivered; an array of micro-needles formed with passageways therethrough carried by the device; a covering layer overlying the capsule and forming a fluid-tight seal with the perimeter of the micro-needle array such that when the device is located with the micro-needles facing the treatment site, the application of pressure to the device causes the micro-needles to penetrate the treatment site and the capsule film to rupture to deliver the drug via the passageways to the treatment site; and an open mesh layer adjacent to the array of micro-needles effective, upon rupture of the capsule film, to uniformly distribute the drug to the micro-needles and also to reduce the possibility of clogging of the passageways.
    • 用于将药物递送到预选治疗部位的药物递送装置包括:包封一定量的药物的可破裂膜胶囊; 由该装置承载的通道形成的微针阵列; 覆盖在胶囊上的覆盖层,并与微型针阵列的周边形成流体密封的密封,使得当该装置位于微针面向治疗部位时,向该装置施加压力导致微型针 针穿透处理部位和胶囊膜破裂,通过通道将药物输送到治疗部位; 并且与胶囊阵列相邻的开孔网层在胶囊膜破裂时有效,以将药物均匀分布到微针上,并且还降低了通道堵塞的可能性。
    • 3. 发明申请
    • Drug delivery devices
    • 给药装置
    • US20090118662A1
    • 2009-05-07
    • US11658650
    • 2005-08-10
    • Robert P. Schnall
    • Robert P. Schnall
    • A61M5/32A61M25/10A61B6/00A61J7/00A61N1/30A61M35/00
    • A61M37/0015A61M2037/003A61N1/303
    • A drug delivery device for delivering a drug to a preselected treatment site, includes a rupturable film capsule enclosing a quantity of the drug to be delivered; an array of micro-needles formed with passageways therethrough carried by the device; a covering layer overlying the capsule and forming a fluid-tight seal with the perimeter of the micro-needle array such that when the device is located with the micro-needles facing the treatment site, the application of pressure to the device causes the micro-needles to penetrate the treatment site and the capsule film to rupture to deliver the drug via the passageways to the treatment site; and an open mesh layer adjacent to the array of micro-needles effective, upon rupture of the capsule film, to uniformly distribute the drug to the micro-needles and also to reduce the possibility of clogging of the passageways.
    • 用于将药物递送到预选治疗部位的药物递送装置包括:包封一定量的药物的可破裂膜胶囊; 由该装置承载的通道形成的微针阵列; 覆盖在胶囊上的覆盖层,并与微型针阵列的周边形成流体密封的密封,使得当该装置位于微针面向治疗部位时,向该装置施加压力导致微型针 针穿透处理部位和胶囊膜破裂,通过通道将药物输送到治疗部位; 并且与胶囊阵列相邻的开孔网层在胶囊膜破裂时有效,以将药物均匀分布到微针上,并且还降低了通道堵塞的可能性。
    • 4. 发明授权
    • Method and apparatus for the non-invasive detection of medical conditions by monitoring peripheral arterial tone
    • 通过监测外周动脉音而无创检测医疗状况的方法和装置
    • US06319205B1
    • 2001-11-20
    • US09214788
    • 1999-01-12
    • Daniel A GoorRobert P SchnallJacob SheffyPeretz Lavie
    • Daniel A GoorRobert P SchnallJacob SheffyPeretz Lavie
    • A61B502
    • A61B5/6806A61B5/02007A61B5/02241A61B5/1073A61B5/6826A61B5/6838A61F2007/0036
    • A method and an apparatus for non-invasive detection of a physiological state or medical condition are disclosed. The method provides an indication of such state or condition such as myocardial ischemia or sleep apnea, by detecting the peripheral arterial tone's response to such state or condition, based on monitoring changes in peripheral arterial tone and determining that a change in the condition of the patient has occurred when a specific change in the peripheral arterial tone has been detected. A static pressure field is applied around the distal part of a digit of the subject. Peripheral arterial tone changes and related volume changes in the distal part of the digit are detected to thereby detect or monitor a physiological state or medical condition. The apparatus includes a finger probe (20), in the form of a tube (3) accommodating the patient's finger, which is designed to apply pressure, and a contiguous pressure cuff (40) which extends the boundary of the pressure field. The finger probe (2) either includes or is associated with a signal sensor/transducer (100, 101).
    • 公开了用于非侵入性检测生理状态或医疗状况的方法和装置。 该方法通过基于监测外周动脉音调的变化来检测外周动脉血压对这种状态或状况的反应来提供诸如心肌缺血或睡眠呼吸暂停之类的状态或状况的指示,并确定患者状况的变化 已经检测到外周动脉音的特定变化时发生。 在受试者的数字的远端部分周围施加静压场。 检测数字的远端部分的外周动脉音调变化和相关的体积变化,从而检测或监测生理状态或医疗状况。 该装置包括一个指状探针(20),其形式为容纳患者手指的管(3),其被设计成施加压力;以及连续的压力袖带(40),其延伸了压力场的边界。 手指探针(2)包括或与信号传感器/换能器(100,101)相关联。
    • 5. 发明授权
    • Non-invasive probe for detecting medical conditions
    • 用于检测医疗状况的无创探头
    • US07374540B2
    • 2008-05-20
    • US10471580
    • 2002-03-26
    • Robert P. Schnall
    • Robert P. Schnall
    • A61B5/02A61B5/00
    • A61B5/6826A61B5/0295A61B5/1073A61B5/6838
    • A non-invasive probe for application to a body part, such as a finger, toe or limb, for the detection of a medical condition of the subject includes a housing defining a compartment closed at one end and open at the opposite end for receiving the distal end of the subject's body part including its terminal-most extremity, a sensor for sensing a predetermined condition of the body part after being received within the compartment, and a removable liner lining the inner surface of the housing, to facilitate the insertion of the body part into the compartment. The described probe is one which senses changes in the peripheral arterial tone as manifested by changes in the pulsatile arterial blood volume and/or changes in the oxygen saturation level in a terminal extremity of a body part, and includes a number of other features particularly useful in such probes.
    • 用于应用于身体部位(例如手指,脚趾或肢体)以用于检测受试者的医疗状况的非侵入性探针包括限定在一端封闭并在相对端开放以接收受试者的外壳的壳体 被检体的身体部分的远端包括其最末端,用于感测身体部分在容纳在隔室内的预定状态的传感器,以及衬在壳体的内表面上的可移除衬垫,以便于插入 身体部分进入隔间。 所描述的探针是通过身体部位的终末末端的脉动动脉血容积的变化和/或氧饱和度的变化来表示外周动脉音的变化的探针,并且包括许多特别有用的其它特征 在这样的探针中。
    • 6. 发明授权
    • Pressure applicator devices particularly useful for non-invasive detection of medical conditions
    • 特别适用于非侵入性检测医疗条件的压力施加装置
    • US06916289B2
    • 2005-07-12
    • US10851137
    • 2004-05-24
    • Robert P. Schnall
    • Robert P. Schnall
    • A61B5/022A61B5/103A61B5/02
    • A61B5/6826A61B5/02007A61B5/1073A61B5/6838
    • A probe for application to a body part particularly a finger of a patent to detect a change in the physical condition of the patient includes a housing defining a compartment closed at one end and open at the opposite end for receiving the distal end of the patient's finger and a medium wholly self-contained within the probe for applying a static pressure field substantially uniformly around the distal end of the patient's finger, of a predetermined magnitude sufficient to substantially prevent distention of the venous vasculature, uncontrolled venous backflow, and retrograde shockwave propagation into the distal end, and to partially unload the wall tension of, but not to occlude, the arteries in the distal end when at heart level or below. A sensor senses changes in the distal end of the patient's finger related to changes in arterial blood volume therein.
    • 用于应用于身体部位,特别是用于检测患者的身体状况变化的专利手指的探针包括限定在一端封闭并在相对端开口以用于接收患者手指的远端的隔室的壳体 以及在探头内完全独立包含的介质,用于基本上均匀地围绕患者手指的远端施加静态压力场,其具有足以基本上防止静脉血管扩张,不受控制的静脉回流和逆行冲击波传播的预定量值 远端,并且在心脏水平或以下时部分地卸载远端的动脉的壁张力但不阻塞动脉。 传感器感测与其中的动脉血容量的变化相关的患者手指的远端的变化。
    • 7. 发明授权
    • Body surface probe, apparatus and method for non-invasively detecting medical conditions
    • 身体表面探针,用于非侵入性检测医疗状况的装置和方法
    • US07621877B2
    • 2009-11-24
    • US10520273
    • 2003-07-15
    • Robert P. Schnall
    • Robert P. Schnall
    • A61B5/02
    • A61B5/02116A61B5/02007A61B5/02241A61B5/4035A61B5/6843
    • A probe for application to a selected area of a subject's skin covering a body part, which selected area serves as a measurement site for measuring changes in the pulsatile arterial blood volume thereat, includes: a base for application to the selected area of the subject's skin at the measurement site; a pressure applicator for applying a static pressure to the subject's skin at the measurement site; and a sensor for sensing changes in the pulsatile arterial blood volume at the measurement site. The pressure applicator is designed to apply to the measurement site a static pressure of a magnitude to partially unload the wall tension of, but not to occlude, the arteries. The pressure applicator is configured to substantially prevent venous distention and blood pooling at the measurement site by permitting free venous drainage through tissues surrounding the measurement site. This is done by configuring the pressure applicator to apply the static pressure to a relatively restricted area of the subject's skin, which area occupies a relatively small fraction of the surface perimeter of the respective body part at the measurement site, to thereby permit free venous drainage from the measurement site via a wide region of unrestricted passageways surrounding the measurement site.
    • 用于应用于被覆物体的选定区域的探针,所述选择区域用作用于测量其脉动动脉血容量变化的测量部位,包括:用于施用于受试者皮肤的选定区域的基底 在测量点; 压力施加器,用于在所述测量部位处对所述受试者的皮肤施加静压; 以及用于感测测量部位的脉动动脉血容量的变化的传感器。 压力施加器被设计成向测量部位施加一个大小的静态压力,以部分地卸载动脉的壁张力而不阻塞动脉。 压力施加器被配置为通过允许通过围绕测量位置的组织的自由静脉引流来基本上防止在测量位置的静脉扩张和血液聚集。 这通过配置压力施加器来将静压施加到受试者皮肤的相对受限的区域,该区域在测量部位占相应身体部位的表面周边的相对较小的一部分,从而允许自由静脉引流 从测量地点通过围绕测量现场的无限制通道的广泛区域。
    • 10. 发明授权
    • Detecting medical conditions with noninvasive body probes
    • 用无创身体探针检测医疗状况
    • US07819811B2
    • 2010-10-26
    • US10533970
    • 2003-11-06
    • Robert P. Schnall
    • Robert P. Schnall
    • A61B5/00
    • A61B5/026A61B5/02A61B5/02007A61B5/022A61B5/02241A61B5/1073A61B5/6826A61B5/6838A61B2560/0228
    • A method and apparatus for improving the diagnostic performance of a probe system (30) for detecting a medical condition in a patient by sensing volume changes in a monitored body part due to pulsatile arterial blood flow in the body part, characterized in calibrating the probe system (30) for the respective measurement site according to a predetermined characteristic of the monitored body part of the patient and quantifying the arterial pulsatile volume thereat. Such calibration is described with respect to probes including: (1) a pressure sensor (63), which senses pressure changes in a compressible fluid system to which the patient's body part (e.g., finger, toe or a distal portion of a limb) is subjected, which pressure changes are convertible to volume changes in the body part due to pulsatile arterial blood volume changes therein; and (2) an optical sensor (140), which senses optical density or transmissivity changes in the body part, which changes are also convertible to volume changes due to pulsatile arterial blood volume changes in the body part.
    • 一种用于通过感测由于身体部位中的脉动动脉血流引起的被监测身体部位的体积变化来检测患者的医疗状况的探针系统(30)的诊断性能的方法和装置,其特征在于, (30),用于根据患者的被监测身体部位的预定特征对各测量部位进行定量,并定量其动脉搏动体积。 关于探头描述了这种校准,包括:(1)压力传感器(63),其感测患者的身体部分(例如,手指,脚趾或肢体的远端部分)可压缩的流体系统中的压力变化 由于其中的脉动动脉血容量变化,哪个压力变化可转换成身体部位的体积变化; 以及(2)感测身体部位的光密度或透射率变化的光学传感器(140),其变化也可以由于体部的脉动动脉血容量变化而转换为体积变化。