会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • DEVICE FOR DETERMINING AND/OR MONITORING THE MASS FLOW OF A FLUID MEDIUM
    • 用于确定和/或监测流体介质的质量流量的装置
    • WO2007063111A3
    • 2007-07-19
    • PCT/EP2006069156
    • 2006-11-30
    • FLOWTEC AGKOUDAL OLEPOPP OLIVERGIMSON CHRISKHAN MOHAMMEDBAILEY JONATHANLLOYD GARYMOTTERSHEAD NEILKARBULA JIRI
    • KOUDAL OLEPOPP OLIVERGIMSON CHRISKHAN MOHAMMEDBAILEY JONATHANLLOYD GARYMOTTERSHEAD NEILKARBULA JIRI
    • G01F1/696
    • G01F1/6965G01F1/6986G01F1/699
    • The invention relates to a thermal measurement device for determining and/or monitoring the mass flow of a fluid medium (3) through a pipeline (2) or through a measurement tube, comprising at least two temperature sensors (11, 12) and a regulation/analytical unit (10), both temperature sensors (11, 12) being resistance elements of which one is of a design which may be heated, both temperature sensors (11, 12) are arranged In a region of a housing (5) facing the medium (3) and are in thermal contact with the medium (3) flowing through the pipeline (2) or measuring tube. The regulation/analytical unit is provided with two differing precision resistances (R1, R2), the first precision resistance (R1) having a first defined value (Y1) and the second precision resistance (R2) having a second defined value (Y2), wherein the regulation /analytical unit (10) assigns a measured resistance (Rx1; Rx2) determined on a resistance element (11, 12) a measurement value (Y1; Y2) lying on a straight line (g) running through two calibration points ((R1, Y1), (R2, Y2)) provided by two precision resistances (R1,R2) and the regulation /analytical unit (10) determines the mass flow through the pipeline (2) or the measuring tube from the measured values (Y1,Y2) provided by the temperature sensors (11, 12).
    • 本发明涉及一种热测量装置,用于通过管道确定和/或监测流体介质(3)的质量流率(2)或通过与至少两个温度传感器(11,12)和一个控制/评估单元(10)的测量管, 其被布置在所述两个温度传感器(11,12)是电阻元件,其中的一个被至少配置加热时,与所述两个温度传感器(11,12)中的壳体的所述介质(3)的区域的朝向(5)和在热 与通过导管(2)接触或通过测量管流动的介质(3),其中,所述控制/评估两种不同的精密电阻(R1,R2)相关联,其中,第一精密电阻(R1)的第一限定 第二规定尺寸(Y2)的尺寸(Y1)和第二精密电阻器(R2)相对应,其中电阻元件(1)上的控制/评估单元 1,12)电阻(Rx1; RX2)分别测量变量的(Y1;分配Y2),其位于一条直线上(g)中,由两个(精密电阻R1,R2)的校准点((R1,Y1相关联),(R2,Y2)),并且其中 的由温度传感器的基础上,控制/分析单元(10)(11,12)供给的测量变量(Y1,Y2)的质量流通过管线(2)或通过测量管确定的。
    • 3. 发明专利
    • CORIOLIS TYPE MASS FLOWMETER
    • JPH07324960A
    • 1995-12-12
    • JP12688095
    • 1995-05-25
    • FLOWTEC AG
    • BITTO ENNIOFLEURY PATRICKKOUDAL OLELORENZ RAINERECKERT GERHARDWENGER ALFRED
    • G01F1/84
    • PURPOSE: To reduce the costs through simple configuration from different constituent members by eliminating a diaphragm to transmit the vibration of a measuring pipe to another measuring pipe, using an electric sensor in line of optical sensor, and furnishing two pairs of sensors and a pair of energizing means on the two measuring pipes. CONSTITUTION: Through an inlet pipe 11 and an outlet pipe 12, a mass flow rate sensor 10 is installed on a conduit pipe in which a fluid to be measured flows, and the pipes 11 and 12 are attached to the end of a supporting pipe 14 situated outside through respective flanges 16, 18. An inlet distributing member 19 and a flow-out distributing member 20 are secured to the end of the supporting pipe 14, and the ends of two measuring pipes 23, 24 are fixed in the holes provided in the members 19 and 20, and protection against alternate loads is established with node plates 25, 26. The supporting pipe 14 is equipped with a number of openings where two pairs of electric sensors 29-32 are fixed to sense vibrations of a temp. sensors 33, 34, energizing means 27, 28, and measuring pipes 23, 24. The phase difference between two signals owing to the vibrations of the measuring pipes 23, 24 is sensed to serve for evaluation of the mass flow rate.
    • 5. 发明专利
    • DE102008022373A1
    • 2009-11-12
    • DE102008022373
    • 2008-05-06
    • FLOWTEC AG
    • KOUDAL OLEMATT CHRISTIANENGSTLER GERNOTPOHL HANS
    • G01F25/00G01D5/12G01D21/00G01F1/84G01R15/04G01R31/02
    • A measuring device includes: a measuring transducer accommodated, at least partially, in a housing, for registering at least one, measured variable; and a measuring device electronics electrically connected, at least at times, with the measuring transducer. The measuring device electronics includes at least one measurement channel for registering and further processing at least one primary signal generated by means of the measuring transducer, and an electrical current measuring circuit for registering measuring-device-internally flowing, electrical currents. Furthermore, it is provided, that the electrical current measuring circuit registers, during operation, at least at times, especially recurringly, an electrical leakage current, which flows as a result of a potential difference existing, at least at times, between housing and measuring device electronics and as a result of an electrically conductive connection likewise existing between housing and measuring device electronics, especially an undesired, electrically conductive connection and/or an electrically conductive connection formed by a deposit affecting the housing. Taking into consideration the registered leakage current, the measuring device electronics generates, additionally, at least one state value, especially a digital state value, instantaneously representing an operating state, especially a defective operating state, of the measuring device.
    • 9. 发明专利
    • DK0668992T3
    • 1999-09-13
    • DK94927561
    • 1994-09-05
    • FLOWTEC AG
    • KOUDAL OLEWENGER ALFRED
    • G01F1/84
    • A mass flow sensor is provided to be installed in a conduit through which a fluid flows. The mass flow sensor includes flanges for mounting to the conduit, a single measuring tube, an external support tube, and an internal support element. The measuring tube is fixed at its ends to the flanges and includes a vibrating portion having the shape of a circular constant-pitch helix. The external support tube includes external support tube ends fixed to the measuring tube or flanges. The internal support element includes internal support element ends fixed to the measuring tube adjacent to the flanges. The mass flow sensor further includes connecting elements evenly distributed along the vibrating portion of the measuring tube, interconnecting the vibrating portion of the measuring tube and the internal support element, and permitting only those modes of the vibrating portion of the measuring tube in which the centerline of the vibrating portion remains, as far as possible, substantially on a rest-position cylindrical enveloping surface of the modes. The mass flow sensor also includes a mechanism to excite the vibrating portion of the measuring tube into resonance vibrations perpendicular to its centerline.