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    • 1. 发明申请
    • METHOD OF AND APPARATUS FOR WEIGHING A CONTINUOUS STREAM OF FLUENT MATERIAL
    • 用于称量流体连续流动的方法和装置
    • WO1989011082A1
    • 1989-11-16
    • PCT/EP1989000490
    • 1989-05-03
    • NEUMÜLLER, Josef
    • G01F01/30
    • G01G11/043G01F1/30G01F1/76
    • A method of and an apparatus for weighing a continuous stream of fluent material (16) includes a weighing means (12) which, in use, in the direction of flow of the material, is arranged in a plane which is at an acute angle relative to a vertical plane; a load measuring means (14) for measuring the load imparted by the material (16) to the weighing means (12), the load measuring means (14) being arranged at substantially the same angle as the weighing means (12) to neutralise the effect of any frictional forces generated between the material (16) and the weighing means (12), and the load measuring means (14) being operable to generate a first signal representative of mass of the material; a speed measuring means (18) for measuring the speed of flow of the material (16) and for generating a second signal which is representative of the speed of flow of the material; and a processing means (38) for processing the first signal and the second signal to obtain an output signal which is representative of mass flow rate of the material.
    • 用于称量流动材料(16)的连续流的方法和装置包括称重装置(12),其在使用中沿着材料的流动方向布置在与锐角相关的平面中 到垂直平面; 负载测量装置(14),用于测量由所述材料(16)施加到所述称重装置(12)的载荷,所述负载测量装置(14)以与所述称重装置(12)基本相同的角度布置,以中和 在材料(16)和称重装置(12)之间产生的任何摩擦力的作用和负载测量装置(14)可操作以产生代表材料质量的第一信号; 速度测量装置(18),用于测量材料(16)的流速并产生代表材料流动速度的第二信号; 以及处理装置(38),用于处理第一信号和第二信号以获得代表材料的质量流率的输出信号。
    • 2. 发明申请
    • APPARATUS FOR MEASURING MASS FLOW
    • 用于测量质量流量的装置
    • WO1993016356A1
    • 1993-08-19
    • PCT/DK1992000045
    • 1992-02-12
    • CIMBRIA UNIGRAIN LTD. A/SOLESEN, Henry, Toftdahl
    • CIMBRIA UNIGRAIN LTD. A/S
    • G01F01/30
    • G01F1/30G01F1/76G01G11/00
    • In an apparatus for weighing continuously flowing flowable material, in which the mass flow is determined as a function of measurements of forces exerted on at least one plate (1) in contact with the flowing material, the main novel features are that the apparatus is adapted to perform at least two of said measurements in substantial dependence of the distribution of weight, such as between third points (A, B), on a basically rectilinear inclined plate, on which the material flows slidingly. With this arrangement, the results of the measurement may be used for creating an expression of the mass flow, the accuracy of which is independent of the flow velocity, density and friction of the material.
    • 在用于称量连续流动的可流动材料的装置中,其中质量流量被确定为与施加在与流动材料接触的至少一个板(1)上的力的测量的函数的函数,主要的新颖特征是该装置被适配 以基本上依赖于重量分布(例如在第三点(A,B))之间执行至少两个所述测量,所述基本直线倾斜板在材料上滑动地流动。 通过这种布置,测量结果可用于产生质量流量的表达式,其精度与材料的流速,密度和摩擦力无关。
    • 3. 发明申请
    • THROUGH HOLE CONSTRUCTION FOR PROCESS MEASURING DEVICES
    • 用于过程测量装置的通孔结构
    • WO1987005694A1
    • 1987-09-24
    • PCT/FI1987000036
    • 1987-03-17
    • VALMET OY
    • VALMET OYHIETARANTA, Matti
    • G01F01/30
    • G01F1/30
    • The measuring device (2) comprises a sensing element (4) communicating with the process substance as well as a lever-like transfer element (7) connected with the sensing element and arranged to transfer the force acting on the sensing element due to the process substance to be measured and/or to transfer the movement of the sensing element effected by the process substance to a measuring element (6) using the torque applied to the transfer element (7) about its fulcrum. The through hole (8) has a diaphragm (14) of elastic material covering the hole, being in engagement with the transfer member (7) in the position substantially perpendicular to the longitudinal axis thereof and acting as a sealing member separating the portion outside the process substance from the process substance. The diaphragm is mounted between two elastic gaskets (16) located in the side region of the through hole (8) in order to allow the free movement of the diaphragm in the direction of its main plane for eliminating tension forces applied to the diaphragm by the translation and the rotation of the transfer element (7) and causing measurement inaccuracy.
    • 5. 发明申请
    • IMPACT FLOWMETER
    • 冲击流量计
    • WO1994008210A1
    • 1994-04-14
    • PCT/US1993009306
    • 1993-09-30
    • ENDRESS & HAUSER INC.
    • ENDRESS & HAUSER INC.KEMPF, DavidMcCARTHY, William, Patrick
    • G01F01/30
    • G01F1/30G01G11/08
    • An impact flowmeter (10) includes a housing (12) having an inlet end, an outlet end, and an interior region (15), an inlet chute (18) having an open end for discharging material into the interior region (15) being coupled to the inlet end of the housing (12), a load cell (40) coupled to the housing (12) for generating an output signal, and an impact plate (32) coupled to the load cell (40). The impact plate (32) is aligned with the inlet chute (18) so that the material entering the housing (12) strikes the impact plate (32). The impact plate (32) deflects the load cell (40) in a measurement direction (64) to change the signal from the load cell (40) based on the flow rate of material. The flowmeter (10) further includes a stop (56) for biasing the load cell (40) in the measurement direction (64) to establish a preload condition on the load cell (40), a load cell mounting bracket (34) located outside the interior region (15).
    • 冲击流量计(10)包括具有入口端,出口端和内部区域(15)的壳体(12),具有用于将材料排放到内部区域(15)中的开口端的入口槽(18) 耦合到壳体(12)的入口端,耦合到壳体(12)的用于产生输出信号的测力传感器(40)以及耦合到测力传感器(40)的冲击板(32)。 撞击板(32)与入口槽(18)对准,使得进入壳体(12)的材料撞击冲击板(32)。 冲击板(32)在测量方向(64)上使测力传感器(40)偏转,以根据材料的流速改变来自测力传感器(40)的信号。 所述流量计(10)还包括用于在所述测量方向(64)上偏置所述测力传感器(40)以在所述测力传感器(40)上建立预载状态的止动件(56),位于外部的称重传感器安装支架(34) 内部区域(15)。
    • 6. 发明申请
    • SYSTEM FOR MEASURING VOLUME AND FLOW RATE
    • 用于测量体积和流量的系统
    • WO1999056089A1
    • 1999-11-04
    • PCT/US1998008414
    • 1998-04-27
    • POSNER, Paul, H., Jr.SCHAEFER, Clifford, L., II
    • G01F01/30
    • G01F1/002G01F1/28G01F23/292
    • A flow level measuring device for measuring quantities from a moving source of material is disclosed. The flow level measuring device includes an Electronic Control Unit (ECU) (28), and the following ancillary components: a programmable display (32), a Motion Detector Assembly Group (MDAG) (25), and a Level Detector Assembly Group (LDAG) (23). These assembly groups detect horizontal and vertical displacement of a material stream, respectively, and encode the displacement data. The encoded data is sent to ECU (28), whereby the encoded data is processed according to an algorithm. The manipulated data is then transformed into a suitable data stream that can be displayed on a viewing screen or other suitable display device, providing real time volumetric measurements not available in the prior art.
    • 公开了一种用于从移动材料源测量量的流量测量装置。 流量测量装置包括电子控制单元(ECU)(28)和以下辅助部件:可编程显示器(32),运动检测器组件组(MDAG)(25)和液位检测器组件组 (23)。 这些组装组分别检测材料流的水平和垂直位移,并对位移数据进行编码。 编码数据被发送到ECU(28),由此根据算法对编码数据进行处理。 然后将操纵的数据转换成可以在观看屏幕或其他合适的显示装置上显示的合适的数据流,从而提供现有技术中不可用的实时体积测量。