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    • 2. 发明授权
    • Temperature stabilized fluid reference system
    • 温度稳定的流体参考系统
    • US6060319A
    • 2000-05-09
    • US083680
    • 1993-06-25
    • David W. DeetzRussell L. Morris
    • David W. DeetzRussell L. Morris
    • A61B5/145A01N1/00A61B5/00A61B5/1495G01N27/26G01N27/30G01N31/00G01N33/00G01N33/96G01N37/00G05D21/00
    • G01N33/0006A61B5/1495G01N33/96G01N2496/70Y10T436/10Y10T436/102499Y10T436/106664
    • A method and system for controlling the concentration of one or more gaseous species of interest in a fluid reference medium throughout a range of temperatures in which a temperature related, dominant independent source of the gaseous species of interest is used to control the partial pressure of one or more gaseous species of interest contained in the reference medium in a manner such that the concentration of the gaseous species of interest in the reference medium is controlled as a predetermined, normally generally linear, function of temperature, f(T), over the temperature range. The source of the one or more gaseous species of interest is a separate reservoir containing an amount of a formulated temperature sensitive source of the one or more gaseous species of interest. The reference medium and the reservoir are contained in separate liquid-tight, gas-permeable enclosures contained in a common substantially gas-tight enclosure.
    • 一种用于在整个温度范围内控制流体参考介质中一种或多种感兴趣的气体物质的浓度的方法和系统,其中使用感兴趣的气体物种的温度相关的主要独立来源来控制一个 或更多的气体物质包含在参考介质中,使得参考介质中感兴趣的气体物质的浓度被控制为温度f(T)超过温度的预定的,通常是线性的函数 范围。 一种或多种感兴趣的气体物质的来源是含有一定量的一种或多种感兴趣的气体物质的配制的温度敏感源的单独储存器。 参考介质和储存器包含在包含在通用的基本上不透气的外壳中的分开的不透液体的透气外壳中。
    • 7. 发明授权
    • Dosage control electrode for iontophoresis device
    • 离子电渗装置用量控制电极
    • US07844327B2
    • 2010-11-30
    • US10545761
    • 2003-10-02
    • Carter R. AndersonRussell L. Morris
    • Carter R. AndersonRussell L. Morris
    • A61N1/30
    • A61N1/0436A61N1/044
    • An electrode assembly for use in an iontophoresis device for the transcutaneous administration of an active therapeutic species has a base layer of including a linking conductive base material which is consumed (oxidizes or reduces) preferentially to water, a first upper layer of sacrificial material coated on a first portion of the base layer wherein the sacrificial material is consumed preferentially to the linking conductive base material of the base layer. A second upper layer of non-conducting material is coated on a second portion of the base layer, the second upper layer being spaced from the first upper layer, connected by a narrow exposed linking area of the base layer material remaining exposed therebetween. During operation of an associated iontophoresis device, the sacrificial material will be sequentially consumed; the first upper layer will be fully consumed followed by the linking conductive base material of the exposed linking area of the base layer which severs the base layer thereby breaking circuit continuity disabling activity in the device. A visual indicator may be provided allowing a wearer to monitor the state of reaction of the linking area.
    • 用于经皮给药活性治疗物种的离子电渗装置的电极组件具有包括优先吸收(氧化或还原)于水的连接导电基材的基层,涂覆在第一上层的牺牲材料 基底层的第一部分,其中牺牲材料优先地消耗到基底层的连接导电基底材料。 第二上层非导电材料被涂覆在基层的第二部分上,第二上层与第一上层隔开,第二上层由保留在其间的基层材料的窄暴露的连接区连接。 在相关联的离子电渗装置的操作期间,牺牲材料将被顺序消耗; 第一上层将被完全消耗,之后是基底层的暴露的连接区域的连接导电基底材料,其切断基底层,从而破坏器件中的电路连续性失效活动。 可以提供视觉指示器,允许佩戴者监视连接区域的反应状态。
    • 8. 发明授权
    • Dosage control electrode for iontophoresis device
    • 离子电渗装置用量控制电极
    • US07031769B2
    • 2006-04-18
    • US10371532
    • 2003-02-21
    • Carter R. AndersonRussell L. Morris
    • Carter R. AndersonRussell L. Morris
    • A61N1/30A61N1/00A61N1/04A61N1/05A61M31/00
    • A61N1/0436A61N1/044
    • An electrode assembly for use in an iontophoresis device for the transcutaneous administration of an active therapeutic species includes a base layer of conductive material which is consumed (oxidizes or reduces) preferentially to water, a first upper layer of sacrificial material coated on a first portion of the base layer wherein the sacrificial material is consumed preferentially to the conductive material of the base layer. A second upper layer of non-conducting material is coated on a second portion of the base layer, the second upper layer being spaced from the first upper layer, a narrow exposed linking area of the base layer material remaining therebetween. The exposed linking area of the base layer extends across the base layer. During operation of an associated iontophoresis device, the sacrificial material will be sequentially consumed; the first upper layer will be followed by the exposed linking area of the base layer which severs the base layer thereby breaking circuit continuity in the device.
    • 用于经皮给药活性治疗物种的离子电渗疗法装置的电极组件包括优先被消耗(氧化或减少)水的导电材料的基底层,涂覆在第一部分上的第一牺牲材料上层 其中牺牲材料优先地消耗到基层的导电材料的基层。 第二上层非导电材料被涂覆在基层的第二部分上,第二上层与第一上层隔开,基层材料残留在其间的窄暴露的连接区域。 基底层的暴露的连接区域延伸穿过基底层。 在相关联的离子电渗装置的操作期间,牺牲材料将被顺序消耗; 第一上层之后将是基底层的暴露的连接区域,从而破坏器件的电路连续性。