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ADHERING SUBSTANCE QUANTIFICATION DEVICE AND ADHERING SUBSTANCE QUANTIFICATION METHOD USING THE SAME

机译:粘贴物质量化装置和使用相同方法粘贴物质量化方法

摘要

PROBLEM TO BE SOLVED: To provide an adhering substance quantification device which quantifies an amount of adhering substances adhering to an internal wall of a water conduction passage of a water conduction facility having water condition piping or a water conduction device in which the water of an industrial water supply system or an industrial water drainage system passes, and an adhering substance quantification method using the same.SOLUTION: An adhering substance quantification device 10 which quantifies an amount of adhering substances adhering to an internal wall of a water conduction passage 2 of a water conduction facility 1 in which the water of an industrial water supply system or an industrial water drainage system passes comprises: a branch part 3 which makes branched water branched from a branch pipe 5 arranged at the water conduction passage 2 pass, and has a permeation part 40 formed of a permeable material; an irradiation part 20 which irradiates the permeation part 40 with the light of a light emitting body 20a; a light receiving part 30 which receives the light of the irradiation part 20 permeating the permeation part 40; a branched water block part 50 which block the water conduction of the branched water in the permeation part 40; and an adhering substance quantification part 60 which quantifies the amount of the adhering substances in the water conduction passage 2 on the basis of a light quantity which is received by the light receiving part 30 when the branched water block part 50 blocks the branched water.SELECTED DRAWING: Figure 1
机译:解决的问题:提供一种附着物定量装置,该附着物定量装置对附着在具有水调节配管的导水设备的导水通道的内壁或工业用水中的水的导水装置的附着量进行定量。供水系统或工业排水系统通过,并使用该方法进行附着物定量的方法。解决方案:附着物定量装置10,其对附着在水的导水通道2的内壁上的附着物的数量进行定量。工业供水系统或工业排水系统的水通过的引导设备1包括:分支部分3,其使从布置在水引导通道2上的分支管5分支的分支水通过,并具有渗透部分。 40由可渗透材料制成;照射部20,以发光体20a的光照射透过部40。受光部30,使照射部20的光透过透过部40。分支水阻挡部50,其阻挡渗透水中的分支水的水的传导。附着物定量部60,其在分支水阻隔部50阻挡分支水时,根据受光部30所接收的光量来定量导水通路2内的附着物的量。图:图1

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