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    • 21. 发明授权
    • Mode detection and safety monitoring in blood pressure measurement
    • 血压测量中的模式检测和安全监测
    • US07226419B2
    • 2007-06-05
    • US11158773
    • 2005-06-22
    • John A. LaneDavid E. QuinnCraig M. MeyersonTyson B. Whitaker
    • John A. LaneDavid E. QuinnCraig M. MeyersonTyson B. Whitaker
    • A61B5/02
    • A61B5/0225
    • A method is provided for blood pressure measurement by means of an inflatable cuff (50) applied to a limb of a vertebrate and pneumatically coupled to a first port (112A) and a second port (112B) of a blood pressure measurement apparatus (100). A pump (160) coupled to the second port inflates the cuff pneumatically. During an initial cuff inflation period, a first pressure sensor (180) pneumatically coupled to the first port senses a first pressure and a second pressure sensor (182) pneumatically coupled to the second port senses a second pressure. An analysis module (142) compares the magnitude of the first pressure to the magnitude of the second pressure to determine the relative relationship between the respective magnitudes of the first pressure and the second pressure. The relative relationship between these pressure may be used to determine whether a single lumen or dual lumen cuff is use, to determine whether the blood pressure measurement procedure selected is correct for the cuff actually in use, or to automatically select the proper blood pressure measurement procedure to be used for the actual cuff in use.
    • 提供了一种用于通过施加到脊椎动物的肢体并气动联接到血压测量装置的第一端口(112A)和第二端口(112B)的可充气袖带(50)进行血压测量的方法 100)。 联接到第二端口的泵(160)气动地膨胀袖带。 在初始的套囊充气期间,气动地联接到第一端口的第一压力传感器(180)感测到第一压力,气动地联接到第二端口的第二压力传感器(182)感测第二压力。 分析模块(142)将第一压力的大小与第二压力的大小进行比较,以确定第一压力和第二压力的相应大小之间的相对关系。 可以使用这些压力之间的相对关系来确定单腔或双腔袖带是否被使用,以确定所选择的血压测量程序是否对于实际使用的袖带是正确的,或者自动选择适当的血压测量程序 用于实际使用的袖口。
    • 27. 发明授权
    • Handheld medical microwave radiometer
    • 手持医用微波辐射计
    • US08447385B2
    • 2013-05-21
    • US12845447
    • 2010-07-28
    • Fred SterzerDaniel D. MawhinneyLaleh RabieiradDavid E. QuinnJohn A. LaneMatthew D. MullinCharles N. Stewart
    • Fred SterzerDaniel D. MawhinneyLaleh RabieiradDavid E. QuinnJohn A. LaneMatthew D. MullinCharles N. Stewart
    • A61B5/055A61B5/00G01J5/00
    • A61B5/01A61B5/015A61B5/0507
    • A microwave handheld radiometer for measuring subsurface tissue temperature of a subject includes a microwave antenna disposed relative to a handheld radiometer housing and adapted to electromagnetically couple to a skin surface of a subject, a circulator having a first circulator input and a second circulator input, wherein the first circulator input is electrically coupled to said antenna via a microwave feedline. A switch is electrically disposed between the antenna and an microwave feedline, said switch having a calibrate state and a measure state. A noise source, electrically coupled to the circulator, is being configured to provide a first source of thermal noise at a first temperature and a second source of thermal noise at a second temperature, wherein the noise source is switched between the first source and second source upon external command wherein a detector provides an output wherein surface temperature effects are corrected for the sub-surface measurement.
    • 用于测量受试者的地下组织温度的微波手持式辐射计包括相对于手持式辐射计壳体布置并适于电磁耦合到受试者的皮肤表面的微波天线,具有第一循环器输入和第二循环器输入的循环器,其中 第一循环器输入通过微波馈线电耦合到所述天线。 开关电气地设置在天线和微波馈线之间,所述开关具有校准状态和测量状态。 电耦合到环行器的噪声源被配置成在第二温度下在第一温度和第二热噪声源处提供第一热噪声源,其中噪声源在第一源极和第二源之间切换 根据外部命令,其中检测器提供输出,其中对于子表面测量校正表面温度效应。
    • 29. 发明申请
    • HANDHELD MEDICAL MICROWAVE RADIOMETER
    • 手持式医用微波辐射计
    • US20120029359A1
    • 2012-02-02
    • US12845447
    • 2010-07-28
    • Fred SterzerDaniel D. MawhinneyLaleh RabieiradDavid E. QuinnJohn A. LaneMatthew D. MullinCharles N. Stewart
    • Fred SterzerDaniel D. MawhinneyLaleh RabieiradDavid E. QuinnJohn A. LaneMatthew D. MullinCharles N. Stewart
    • A61B5/01
    • A61B5/01A61B5/015A61B5/0507
    • A microwave handheld radiometer for measuring subsurface tissue temperature of a subject includes a microwave antenna disposed relative to a handheld radiometer housing and adapted to electromagnetically couple to a skin surface of a subject, a circulator having a first circulator input and a second circulator input, wherein the first circulator input is electrically coupled to said antenna via a microwave feedline. A switch is electrically disposed between the antenna and an microwave feedline, said switch having a calibrate state and a measure state. A noise source, electrically coupled to the circulator, is being configured to provide a first source of thermal noise at a first temperature and a second source of thermal noise at a second temperature, wherein the noise source is switched between the first source and second source upon external command wherein a detector provides an output wherein surface temperature effects are corrected for in the sub-surface measurement.
    • 用于测量受试者的地下组织温度的微波手持式辐射计包括相对于手持式辐射计壳体布置并适于电磁耦合到受试者的皮肤表面的微波天线,具有第一循环器输入和第二循环器输入的循环器,其中 第一循环器输入通过微波馈线电耦合到所述天线。 开关电气地设置在天线和微波馈线之间,所述开关具有校准状态和测量状态。 电耦合到环行器的噪声源被配置成在第二温度下在第一温度和第二热噪声源处提供第一热噪声源,其中噪声源在第一源极和第二源之间切换 其中检测器提供输出,其中表面温度效应在子表面测量中被校正。