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    • 6. 发明专利
    • Blending device
    • 混合装置
    • JPS5962331A
    • 1984-04-09
    • JP17140882
    • 1982-09-30
    • Toshiba Corp
    • TAKADA KEISUKE
    • B01F15/04G05D11/13
    • B01F15/0412
    • PURPOSE:To improve the controllability of a titled device by transmitting a target flow rate value and a remaining quantity after presetting at every specified period from a main control device to slave control devices, monitoring the contents of the slave devices and eliminating the delay in the transmission time. CONSTITUTION:A digital type master controller 13 transmits a target integrated flow rate value and a target instantaneous flow rate value at every specified period as serial data to a serial data transmission line 18 in accordance with a programmed pattern. Respective digital type slave controllers 11A-11C count the pulse signals outputted by pulse transmission type flowmeters 12A-12C detecting the flow rates of the plural articles A, B, C to be mixed, and determine and store the integrated flow rate value and instantaneous flow rate value of the articles. Said controllers determine the controlled variables of the respective lines that make the deviations from the values obtd. by multiplying the target flow rate value from the controller 13 by the mixing ratios of the respective lines zero and control operation terminals 14A-11C. On the other hand, the controller 13 receives the above-mentioned integrated and instantaneous flow rate values, checks the mixing ratios and outputs correction signals when necessary.
    • 目的:通过将主控制装置的每个指定时段预设的目标流量值和剩余量发送到从属控制装置,来提高标题装置的可控性,监控从装置的内容,消除从属装置的内容 传输时间。 构成:数字式主控制器13根据编程模式将串行数据的每个指定周期的目标集成流量值和目标瞬时流量值发送到串行数据传输线18。 各个数字式从属控制器11A-11C对检测要混合的多个物品A,B,C的流量的脉冲传输型流量计12A-12C输出的脉冲信号进行计数,并确定并存储积分流量值和瞬时流量 物品的价值。 所述控制器确定使得偏离值obtd的各行的受控变量。 通过将来自控制器13的目标流量值乘以各行零点和控制操作终端14A-11C的混合比。 另一方面,控制器13接收上述积分和瞬时流量值,检查混合比并在必要时输出校正信号。
    • 7. 发明专利
    • Fluid diluting apparatus
    • 流体脱液装置
    • JPS5959238A
    • 1984-04-05
    • JP16874082
    • 1982-09-28
    • Yamatake Honeywell Co Ltd
    • AKIYAMA TADASHIMAEDA SHIYOUSAKU
    • B01F15/04F23N1/02
    • B01F15/0412
    • PURPOSE:To always enable dilution to a constant ratio, by a method wherein pressure receiving elements each forming one wall surface of each gas-tight chamber supplied individually with a fluid are connected and the displacement of this connecting means is detected while the fluid of the gas-tight chamber is discharged through a throttle having a predetermined ratio. CONSTITUTION:One wall surfaces of a first and a second gas-tight chambers 1a, 3a individually supplied with a first fluid (e.g., fuel F) and a second fluid (e.g., air A as a combustion supporting fluid) are formed by a first and a second pressure receiving elements 5, 6 which are, in turn, connected by a connecting means 7 and the displacement of the connecting means 7 is detected by a second fluid jet nozzle 9. In addition, an amplifying means 11 for amplifying the back pressure of the nozzle 9 is provided to a second fluid introducing pipe 4 while a constant pressure chamber 12 is arranged to a first fluid introducing pipe 2 and the fluids are discharged to a branched pipeline 15 from the first and the second gas-tight chambers 1a, 3a through throttles 13, 14 each having a predetermined ratio. By this simple constitution, the first fluid can be diluted always to a constant ratio by the second fluid.
    • 目的:为了始终使稀释至恒定比例,通过一种方法,其中各自形成各个气体腔的一个壁表面的压力接收元件单独供应流体,并且该连接装置的位移被检测到, 气密室通过具有预定比例的节气门排出。 构成:分别供应第一流体(例如燃料F)和第二流体(例如,作为燃烧支持流体的空气A)的第一和第二气密室1a,3a的一个壁表面由第一 并且通过连接装置7连接的第二压力接收元件5,6和连接装置7的移动被第二流体喷嘴9检测。此外,放大装置11用于放大背面 喷嘴9的压力设置到第二流体导入管4,同时将恒压室12配置到第一流体导入管2,并且流体从第一和第二气密室1a排出到分支管道15 ,3a通过节流阀13,14各自具有预定的比例。 通过这种简单的结构,第一流体可以通过第二流体始终以恒定比例稀释。
    • 10. 发明专利
    • Measuring device of mixing proportion for grain
    • 粮食混合比​​例测量装置
    • JPS58199031A
    • 1983-11-19
    • JP8207382
    • 1982-05-14
    • Yanmar Agricult Equip Co Ltd
    • KATOU HIROO
    • B01F15/00B01F15/04B02B3/04
    • B01F15/0412B01F15/00123
    • PURPOSE:To enable detection of mixing ratio of unmilled rice and unhulled rice from change of quantity of flowing out by providing a grain flow rate detector that detects natural flow rate of mixture of unmilled rice and unhulled rice flowed out from the grain outlet of a mixed rice container. CONSTITUTION:A mixed rice container 51 for flow rate measuring is provided below the grain inlet 49 of a mixed rice thrower 16 in a hopper 22 through a flow diverging plate 50. A grain outlet 53 is formed in the lower part of the container 51, and a notch 54 for overflow is formed on one side of the upper part. A switch 55 for detecting overflow is provided outside the container 51 below the notch 54, and the switch 55 is made on when the state of overflow is maintained. A flow rate detecting device 56 for measuring flow down impact load which corresponds to the quantity of flowing out of mixed rice falling from the notch 54 is provided in the vicinity of the container 51 of the hopper 22.
    • 目的:通过提供一种谷物流量检测器,检测未米饭和未脱壳米的混合比,从而检测未混合米和混合米的混合物的混合比,从而检测混合的米粒和未脱壳的混合物的混合比。 米饭容器。 构成:用于流量测量的混合米饭容器51通过分流板50设置在料斗22中的混合米饭投掷器16的谷物入口49的下方。在容器51的下部形成谷物出口53, 并且在上部的一侧上形成用于溢流的凹口54。 用于检测溢流的开关55设置在凹口54下方的容器51的外部,并且当保持溢流状态时,开关55被开启。 在料斗22的容器51的附近设置有用于测量与从切口54落下的混合米的流出量对应的下降冲击载荷的流量检测装置56。