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    • 3. 发明授权
    • Tube placement and retention member
    • 管放置和保持构件
    • US5190448A
    • 1993-03-02
    • US730184
    • 1991-07-12
    • John A. LaneFrederick C. DenoFrederick F. Schweitzer, Jr.
    • John A. LaneFrederick C. DenoFrederick F. Schweitzer, Jr.
    • F04B43/12
    • F04B43/12
    • A pump assembly used in conjunction with a fluid delivery set is disclosed which includes a tube slot into which the outlet tube of the fluid delivery set is intended to be mounted. The invention includes a retention member which is pivotally attached to the pump adjacent the point at which the outlet tube exits the tube slot of the pump assembly. The retention member includes a pivoting flat elongate arm which is secured to the pump by a pin and designed to rotate from a first position wherein the tube can be placed into the tube slot, and a second position wherein the tube is secured in the tube slot by the arm. The arm also has formed thereon a tab member which includes a tapered guide edge for ensuring that the tubing is forced into a secured position within the tube slot when the arm is pivoted thereover.
    • 公开了一种与流体输送装置结合使用的泵组件,其包括管狭槽,流体输送装置的出口管将被安装在管槽中。 本发明包括一个保持构件,该保持构件与出口管离开泵组件的管槽的点相邻地枢转地附接到泵。 保持构件包括枢转扁平细长臂,其通过销固定到泵,并设计成从管可以放置在管槽中的第一位置旋转,以及第二位置,其中管固定在管槽中 由手臂。 臂还在其上形成有突片构件,其包括锥形引导边缘,用于确保当臂在其上枢转时管道被迫进入管狭槽内的固定位置。
    • 7. 发明授权
    • Ambient sensing feature for thermometer recalibration system
    • 温度计重新校准系统的环境感应功能
    • US06179785B2
    • 2001-01-30
    • US08951061
    • 1997-10-15
    • Joseph W. MartinoskyBradford G. ClayFrederick F. Schweitzer, Jr.
    • Joseph W. MartinoskyBradford G. ClayFrederick F. Schweitzer, Jr.
    • A61B500
    • G01J5/04G01J5/02G01J5/026G01J5/049G01J5/522G01J2005/0048G01J2005/068G01K15/00
    • The present invention is directed to an ambient temperature recalibration subsystem for a recalibration system that recalibrates a tympanic thermometer. In particular, the present invention relates to a computer-related invention comprising a computer that is in communication with a tympanic thermometer which includes an ambient sensing subsystem for sensing the surrounding ambient temperature experienced by the tympanic thermometer. The ambient temperature recalibration subsystem makes several threshold determinations before recalibration of the tympanic thermometer is allowed to proceed. The computer first instructs the thermometer to take a plurality of ambient temperature readings for determining whether the current ambient temperature experienced by the thermometer is stable. Once the temperature stability of the tympanic thermometer is determined, the computer determines whether the ambient sensing subsystem is providing an accurate ambient temperature reading by cross referencing one ambient sensor against another in the ambient sensing subsystem. An average ambient temperature is then determined from the plurality of readings previously taken which is then corrected using a scaling factor. If the corrected ambient temperature falls within a predetermined range of ambient temperatures, the computer permits the recalibration procedure to proceed.
    • 本发明涉及一种用于重新校准鼓膜温度计的重新校准系统的环境温度重新校准子系统。 具体地,本发明涉及一种计算机相关发明,包括与鼓膜温度计连通的计算机,该计算机包括用于感测鼓室温度计所经历的周围环境温度的环境感测子系统。 环境温度重新校准子系统在进行鼓膜温度计重新校准之前进行了几个阈值测定。 计算机首先指示温度计采取多个环境温度读数,以确定温度计所经历的当前环境温度是否稳定。 一旦确定了鼓膜温度计的温度稳定性,计算机通过在环境感测子系统中将另一个环境传感器交叉参考来确定环境感测子系统是否提供准确的环境温度读数。 然后从先前采用的多个读数确定平均环境温度,然后使用缩放因子来校正。 如果校正的环境温度落在环境温度的预定范围内,则计算机允许重新校准程序进行。