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    • 1. 发明申请
    • MASS FLOW PICKUP
    • 大流量撷取
    • WO1992003706A2
    • 1992-03-05
    • PCT/DE1991000670
    • 1991-08-21
    • HYDAC TECHNOLOGY GMBHHEIN, Stefan
    • HYDAC TECHNOLOGY GMBH
    • G01F01/20
    • G01F1/20G01F1/05G01F1/075G01F1/28G01F1/72
    • The invention relates to a mass flow pickup (1b) having a thin, disc-shaped pulse detector (25b) with through-flow apertures (40b) floating in a fluid in a working chamber. The pulse detector (25b) is suited in weight and flow properties to the characteristic of the fluid. Counterpoise components (77, 78) can be coupled to the pulse detector (25b). In addition, at least one induction coil (11b) and a magnetic region (45b) acting on said induction coil (11b) is allocated to the pulse detector (25b). Furthermore, there are sensors (17b, 18b) which record movements of the pulse detector (25b). Sensors to measure pressure and temperature may be fitted in the working chamber (46b). The pulse detector (25b) can be guided in the longitudinal direction of the working chamber (46b). It can, however, also be rotated with the suitable adaptation of the working chamber, its guide, the induction coil, the magnetic region and the sensors.
    • 本发明涉及一种具有薄的盘形脉冲检测器(25b)的质量流量拾取器(1b),其具有漂浮在工作室中的流体中的通流孔(40b)。 脉冲检测器(25b)适合流体特性的重量和流动特性。 平衡部件(77,78)可以耦合到脉冲检测器(25b)。 此外,作用在所述感应线圈(11b)上的至少一个感应线圈(11b)和磁性区域(45b)被分配给脉冲检测器(25b)。 此外,存在记录脉冲检测器(25b)的运动的传感器(17b,18b)。 用于测量压力和温度的传感器可以安装在工作室(46b)中。 可以在工作室(46b)的纵向方向上引导脉冲检测器(25b)。 然而,它也可以随着工作室,其引导件,感应线圈,磁性区域和传感器的适当调整而旋转。
    • 3. 发明申请
    • FLUID FLOW RATE MEASURING APPARATUS
    • 流体流量测量装置
    • WO1994015179A1
    • 1994-07-07
    • PCT/CA1993000516
    • 1993-12-10
    • FRIEDRICH, JaromirWALTER, Bruno, H.
    • G01F01/20
    • G01F1/28G01F1/206
    • A liquid flow measuring device has a deflector (31, 69) slidably mounted relative to a cylindric inlet of the liquid to be measured, for a minute displacement along the axis of the inlet conduit. The deflector is exposed to the static pressure created by the fluid. It has a concavely shaped deflection face shaped to reverse the flow of the incoming liquid. The flowing liquid creates a dynamic force vector at the deflector in the direction of the axis thereof. The dynamic force at which the deflector is urged by, and in the direction of, the incoming flow is sensed by an electric pressure cell (42, 81) whose electrical output is then directed to a suitable indicator (47) or control apparatus. The device presents a simple arrangement. Yet, it is sensible to even minor variations in the rate of flow of the liquid due to the fact that virtually the entire flow participates in the generating of the pressure active at deflector and thus at the cell (42, 81).
    • 液体流量测量装置具有相对于要测量的液体的圆柱形入口可滑动地安装的偏转器,沿着入口导管的轴线微小移动。 导流板暴露于由流体产生的静压力。 它具有成形为反向进入液体的流动的凹形偏转面。 流动液体在偏转器的轴线方向上产生动力矢量。 通过电压力单元(42,81)感测偏转器被进入的流动并且在其方向上的动态力,电压单元(42,81)的电输出然后被引导到合适的指示器(47)或控制装置。 该装置呈现简单的布置。 然而,由于实际上整个流动参与在偏转器处产生压力活动并因此参与电池(42,81)的事实,甚至液体流速的微小变化是明智的。
    • 6. 发明申请
    • FLUIDIC FLOWMETER
    • 流体流量计
    • WO1989005441A1
    • 1989-06-15
    • PCT/GB1988001057
    • 1988-12-05
    • SOCIETE INDUSTRIELLE DE SONCEBOZ S.A.CLINE, Roger, LedlieCHALLANDES, Claude, Robert
    • SOCIETE INDUSTRIELLE DE SONCEBOZ S.A.CLINE, Roger, Ledlie
    • G01F01/20
    • G01K17/10G01F1/3227Y10T137/2185Y10T137/2224
    • A flowmeter comprises a chamber having a centerline (15), an inlet nozzle (22) directed along the centreline for the fluid whose flow is to be measured, a splitter (23) located on the centreline and having an apex (24) facing the nozzle, each side of the chamber on each side of a median plane including the centreline being divided into a feedback channel (28) and an outlet channel (29, 14) with an apex (53) therebetween, the feedback channel (28) extending from the apex (24) of the splitter to a location beside the mouth of the nozzle. In order to improve uniformity and sensitivity, particularly at flows corresponding to low Reynolds numbers, the distance a from the mouth of the nozzle to the splitter (23) is made greater than the distance c from the mouth of the nozzle to the apex (53) between the feedback channel and the outlet channel.
    • 流量计包括具有中心线(15)的腔室,沿着中心线引导流体的入口喷嘴(22),用于待流动的流体的流体;位于中心线上的分流器(23),其具有面向 包括中心线的中间平面的每一侧上的腔室的每一侧被分成反馈通道(28)和在其间具有顶点(53)的出口通道(29,14),反馈通道(28)延伸 从分离器的顶点(24)到喷嘴口附近的位置。 为了提高均匀性和灵敏度,特别是在对应于低雷诺数的流动下,使得从喷嘴的口部到分流器(23)的距离a大于从喷嘴的口到顶点的距离(53) )在反馈通道和出口通道之间。