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    • 4. 发明专利
    • Water quality measuring instrument
    • 水质测量仪器
    • JPS59107241A
    • 1984-06-21
    • JP21716082
    • 1982-12-10
    • Mitsubishi Electric Corp
    • TAKASHIMA KAZUOSASAKI TOSHIHIKOTONEGAWA HISASHIYOTSUMOTO HATSUO
    • G01N21/59G01N33/18
    • G01N21/59
    • PURPOSE:To extend the dynamic range of measurement, by providing an elastic part in a part of a measuring tube to vary a measuring length. CONSTITUTION:In a water quality measuring instrument where a measuring light is made incident to a liquid 1 to be measured from a light source 2 to measure the turbidity, MLSS, VU, etc. of the liquid 1 to be measured, a part of a measuring tube 7a is formed with an elastic body. A luminous flux A from the light source 2 is irradiated to the liquid 1 to be measured. The transmission quantity of a luminous flux B is detected by the first photocell 1. A head part 8 provided with the light source 2 is moved freely in the transverse direction by the elasticity of the measuring tube 7a. Consequently, the measuring length is varied. A motor 9 is controlled by an operator 11 so that an output X of the first photocell 4 is always within a proper range, thereby moving the light source head 8, namely, adjusting the measuring length.
    • 目的:通过在测量管的一部分提供弹性部分来改变测量长度来扩展测量的动态范围。 构成:在从光源2入射到要测量的液体1的测量光的水质测量仪器中,测量要测量的液体1的浊度,MLSS,VU等, 测量管7a形成有弹性体。 来自光源2的光束A照射到待测量的液体1。 光通量B的透射量由第一光电池1检测。设置有光源2的头部8通过测量管7a的弹性在横向上自由移动。 因此,测量长度是变化的。 电动机9由操作者11控制,使得第一光电管4的输出X总是在适当的范围内,从而移动光源头8,即调节测量长度。
    • 5. 发明专利
    • Water quality measuring instrument
    • 水质测量仪器
    • JPS59107239A
    • 1984-06-21
    • JP21715882
    • 1982-12-10
    • Mitsubishi Electric Corp
    • TAKASHIMA KAZUOSASAKI TOSHIHIKOTONEGAWA HISASHIYOTSUMOTO HATSUO
    • G01N21/59G01N21/25
    • G01N21/253G01N21/534G01N33/18
    • PURPOSE:To measure a water quality in plural positions with one measuring instrument, by providing a linear or plane light source and a scanning sensor on both sides of plural measuring tubes so that they face eash other. CONSTITUTION:A line sensor 8 has a linear visual field in the longitudinal direction of a bar-shaped light source 9 and is scanned in the direction of an arrow A. The bar-shaped light source 9 and the line sensor 8 are installed so as to face each other, and measuring tubes 7a, 7b, and 7c are interposed between them. In accordance with turbidity components of liquids 1a, 1b, and 1c flowed in measuring tubes 7a, 7b, and 7c, the output signal of the line sensor 8 is varied as shown in Fig. In Fig., a signal level Y is attained when the light from the bar-shaped light source 9 is made incident to the line sensor 8 as it is, and signal levels Xa, Xb, and Xc are attained when the light from the light source 9 is transmitted through liquids 1a, 1b, and 1c to be measured and is made incident to the line sensor 8; and turbidities in measuring tubes 7a, 7b, and 7c are calculated in an operator 10 on a basis of theses values.
    • 目的:通过一个测量仪器测量多个位置的水质,通过在多个测量管的两侧设置线性或平面光源和扫描传感器,使其面对其他的方式。 构成:线传感器8在棒状光源9的纵向上具有线性视野,并沿箭头A的方向扫描。条形光源9和线传感器8安装成 彼此面对,并且测量管7a,7b和7c插在它们之间。 根据在测量管7a,7b和7c中流动的液体1a,1b和1c的浊度分量,线传感器8的输出信号如图3所示变化。 在图中,当来自棒状光源9的光原样入射到线传感器8时,获得信号电平Y,并且当来自光的光线达到信号电平Xa,Xb和Xc时 源9通过要测量的液体1a,1b和1c传播并入射到线传感器8; 并且基于这些值在操作器10中计算测量管7a,7b和7c中的浊度。
    • 6. 发明专利
    • Water sampling apparatus for water sensor
    • 水传感器采水设备
    • JPS58213250A
    • 1983-12-12
    • JP9652882
    • 1982-06-04
    • Mitsubishi Electric Corp
    • NAKAYAMA SHIGEKIYOTSUMOTO HATSUOUSUI AKIRASASAKI TOSHIHIKO
    • G01N21/33G01N1/00G01N1/14G01N33/18
    • G01N33/18G01N2001/1436
    • PURPOSE:To correct precisely the injecting quantity of ozone always and to prevent surely sticking of a living organism, by circulating ozone-containing water to a UV meter cell and providing with a means for detecting the concentration of the ozone and integrating the effective ozone quantity contacting with the UV meter cell. CONSTITUTION:A water collecting apparatus is provided with an UV meter 3b. Further, ozone from an intermittent type ozone generator 10 and water contg. the ozone, are mixed by an ejector 9a and ozone-containing water is discharged from a water receiving vessel 5 through a valve 9d and sensors 3a, 3b etc. Then, the meter 3b is in a functioning state during a washing period and the ozone concentration in circulating water is measured continuously. Further, its output is inputted into an integral circuit and the integrated value of the concentration for the time is found. Hereby, the injecting quantity of the ozone is precisely revised always and sticking of a living organism is prevented surely.
    • 目的:为了正确校正臭氧的注入量,防止活生物体的牢固粘附,通过将含臭氧的水循环到紫外线测量池中,并提供检测臭氧浓度和整合有效臭氧量的手段 与UV计单元接触。 构成:集水装置设有UV计3b。 此外,来自间歇型臭氧发生器10的臭氧, 臭氧通过喷射器9a混合,含臭氧的水通过阀9d和传感器3a,3b等从受水容器5排出。然后,在洗涤期间,仪表3b处于工作状态,臭氧 连续测量循环水中的浓度。 此外,其输出被输入到积分电路中,并且发现了时间的浓度的积分值。 因此,总是精确地修改臭氧的注入量,并且可靠地防止生物体的粘附。
    • 9. 发明专利
    • DEVICE FOR REARING
    • JPH03180132A
    • 1991-08-06
    • JP31955789
    • 1989-12-08
    • MITSUBISHI ELECTRIC CORP
    • KOBAYASHI TOSHIAKIYOTSUMOTO HATSUOOZAWA KENJUSASAKI TOSHIHIKONAKAYAMA SHIGEKI
    • A01K63/04C02F1/28C02F1/50C02F1/78
    • PURPOSE:To enable stabilized rearing of fishes by providing a construction for mixing part of ozonized water with water treated with active carbon and further circulating water in a rearing water tank to a purifier in a process for taking in water for rearing, filtering the obtained water, ozonizing the filtrate water, treating the ozonized water with the active carbon and feeding the resultant water to the rearing water tank. CONSTITUTION:Rearing water is taken in with an intake pump 3, filtered through a filter 1, passed through a filtrate water storage tank 2 and fed to an ozonization device 7 with a purifying pump 4 to carry out ozonization treatment. The ozonized water is then fed to an active carbon device 8 to perform active carbon treatment. Part of the ozonized water is simultaneously branched with a branch valve 10, mixed with water treated with the active carbon and fed to a rearing water tank 5 with a feed pump 9 to rear fishes. Furthermore, water in the rearing water tank 5 is circulated to a purifier composed of the ozonization device 7 and the active carbon device 8 by changing over a branch valve 11 during a period of not feeding the ozonized water to the rearing water tank 5 to purify the water.
    • 10. 发明专利
    • DEVICE FOR REARING
    • JPH03180131A
    • 1991-08-06
    • JP31955689
    • 1989-12-08
    • MITSUBISHI ELECTRIC CORP
    • KOBAYASHI TOSHIAKIYOTSUMOTO HATSUOOZAWA KENJUSASAKI TOSHIHIKONAKAYAMA SHIGEKI
    • A01K63/04C02F1/28C02F1/50C02F1/78
    • PURPOSE:To maintain a microorganic concentration in a rearing water tank at a low value and reduce onset of diseases by providing a construction for mixing part of ozonized water with water treated with active carbon in a process for taking in water for rearing, filtering the obtained water, ozonizing the filtrate water, then treating the ozonized water with the active carbon and feeding the resultant water to the rearing water tank. CONSTITUTION:Rearing water is taken in with an intake pump 3, filtered through a filter 1, passed through a filtrate water storage tank 2 and fed to an ozonization device 7 with a purifying pump 4 to carry out ozonization treatment. The ozonized water is then fed to an active carbon device 8 to perform active carbon treatment. Part of the ozonized water is simultaneously branched with a branch valve 10, mixed with water treated with the active carbon and fed to a rearing water tank 5 with a feed pump 9 to rear fishes. Thereby, even if microorganisms thickly grown in the active carbon in the active carbon device 8 are peeled and mixed in the water treated with the active carbon, part of the ozonized water is mixed with the water treated with the active carbon. As a result, contaminant microorganisms are sterilized.