DURABLE TYMPANIC PROBE AND THERMOMETER
    1.
    发明申请
    DURABLE TYMPANIC PROBE AND THERMOMETER 审中-公开
    耐用的典型探头和温度计

    公开(公告)号:WO1997001083A1

    公开(公告)日:1997-01-09

    申请号:PCT/US1996010730

    申请日:1996-06-20

    Abstract: A tympanic IR thermometer (302) capable of resisting damage from a drop comprises an IR thermometer probe (214) having a reinforced speculum (200) for reception within a human ear near the tympanum, a metal brick (210) holding the probe (214) to the body of the IR thermometer (302), a barrel (204) within the speculum (200) acting as an infrared waveguide, an insulating and shock absorbing seal (202) surrounding the barrel (204), a window (206) within the barrel (204) remote from the end of the speculum (200) nearest the tympanum, a thermometer housing (300), an IR sensor, and electrical components to translate and display a signal generated by the IR sensor into a visible temperature reading.

    Abstract translation: 能够抵抗来自液滴的损伤的鼓膜IR温度计(302)包括具有加强窥器(200)的红外温度计探针(214),用于在鼓膜附近的人耳内接收;保持探头(214)的金属砖(210) )到IR温度计(302)的主体,用作红外波导的窥器(200)内的镜筒(204),围绕镜筒(204)的绝缘和减震密封件(202),窗口(206) 在距离鼓膜最近的窥器(200)的端部远的枪管(204)内有一个温度计壳体(300),一个红外传感器和电气元件,用于将由IR传感器产生的信号转换并显示在可见的温度读数 。

    DURABLE TYMPANIC PROBE AND THERMOMETER
    2.
    发明公开
    DURABLE TYMPANIC PROBE AND THERMOMETER 失效
    永久鼓膜探头和温度计

    公开(公告)号:EP0834058A1

    公开(公告)日:1998-04-08

    申请号:EP96921750.0

    申请日:1996-06-20

    Abstract: A tympanic IR thermometer (302) capable of resisting damage from a drop comprises an IR thermometer probe (214) having a reinforced speculum (200) for reception within a human ear near the tympanum, a metal brick (210) holding the probe (214) to the body of the IR thermometer (302), a barrel (204) within the speculum (200) acting as an infrared waveguide, an insulating and shock absorbing seal (202) surrounding the barrel (204), a window (206) within the barrel (204) remote from the end of the speculum (200) nearest the tympanum, a thermometer housing (300), an IR sensor, and electrical components to translate and display a signal generated by the IR sensor into a visible temperature reading.

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