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    • 3. 发明公开
    • MESSGERÄT ZUR THERMOGRAVIMETRISCHEN MATERIALFEUCHTEBESTIMMUNG
    • MESSGERÄTZUR THERMOGRAVIMETRISCHEN MATERIALFEUCHTEBESTIMMUNG
    • EP3123145A1
    • 2017-02-01
    • EP15703882.9
    • 2015-02-11
    • Sartorius Lab Instruments GmbH & Co. KG
    • DUDDA, OlafSPANNAGEL, WilfriedFÄRGER, Daniel
    • G01N5/04
    • G01N5/045G01G1/00G01G17/04G01N25/00G01N25/56
    • The invention relates to a measuring device for the thermogravimetric determination of material moisture, comprising a base (12), which is designed as a scale and which has a base surface (22), which forms at least one scale-space bottom and through which a scale-plate support passes, and comprising a hood (14), which is pivotably connected to the base (12) and which has a scale-space cover (50) and scale-space walls (52, 54, 56) and at least one heating element (44), which is effective into the space surrounded by the scale-space walls (52, 54, 56) and which is in electrical contact with power electronics. The invention is characterized in that the hood (14) consists of two separate modules (36, 48), namely an electronics module (36), comprising the heating element (44) and the power electronics, and a mechanical module (48), comprising the scale-space cover (50) and all scale-space walls (52, 54, 56), the mechanical module (48) being rigidly and reversibly coupled to the electronics module (36) in such a way that the heating element (44), which protrudes from the main body (42) of the electronics module (36), which main body is pivotably connected to the base (12) and surrounds the power electronics, protrudes through a corresponding opening (58) in the rear scale-space wall (56).
    • 一种用于热重分析测定材料的含水量的测量仪器,其包括构造为平衡的基部(12),其具有基部表面(22)和可枢转地连接到所述基部的罩(14)。 罩具有称重室盖(50),称重室壁(52-56)和加热元件(44)。 所述罩包括包括所述加热元件和电子动力单元的电子模块(36)和包括所述称重室盖和所有称重室壁的机械模块(48)。 机械模块(48)刚性地和可逆地耦合到电子模块,使得加热元件从电子模块的主体(42)突出并且上升通过后称重室壁(56)中的对应的开口(58) ),其中主体可枢转地连接到基座并且围绕电子电源单元。
    • 6. 发明公开
    • VERFAHREN ZUR FUNKTIONSPRÜFUNG EINES MESSGERÄTES
    • VERFAHREN ZURFUNKTIONSPRÜFUNGEINESMESSGERÄTES
    • EP3102921A1
    • 2016-12-14
    • EP15700175.1
    • 2015-01-14
    • Sartorius Lab Instruments GmbH & Co. KG
    • DUDDA, OlafSPANNAGEL, WilfriedFÄRGER, Daniel
    • G01N5/04
    • G01N5/045G01M99/008
    • The invention relates to a method for functionally testing a measuring device for gravimetrically determining material moisture (10), comprising a weighing apparatus and a heating device (60) for heating a measurement medium (50) positioned on a load receiving means (40), comprising the steps of: - positioning the measurement medium (50) on the load receiving means (40), - heating the measurement medium (50) according to a predefined monotonous heating profile, - determining a weight profile of the measurement medium (50) by measuring at least two weight values at different times, at least one of which is measured during the heating step, - extracting a test value from the determined weight profile, - comparing the test value with a stored reference value. The invention is distinguished by the fact that the weight profile is determined by measuring a plurality of weight values at different times during the heating step and the magnitude of the gradient of a straight line segment representative of a characteristic test area (160) of the weight profile is determined as the test value and by the fact that the reference value is a gradient value which is expected and stored for the measurement medium.
    • 一种用于功能测试用于重量测定材料的水分含量的测量仪器(10)的方法。 该方法包括将待测量样品(50)定位在负载接收器(40)上,根据预定义的单调加热曲线加热样品,通过在不同时间测量至少两个重量值来确定样品的重量分布,在 在加热期间测量其中最小的一个,从确定的重量分布中提取测试值,并将测试值与存储的参考值进行比较。 通过在加热期间的不同时间测量多个重量值来确定重量轮廓,并且将代表重量轮廓的特征测试区域(160)的直线段的梯度的大小确定为 测试值。 参考值是样品的预期梯度值。