CN207300848U - 一种水质分析仪 - Google Patents
一种水质分析仪 Download PDFInfo
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- CN207300848U CN207300848U CN201720940648.6U CN201720940648U CN207300848U CN 207300848 U CN207300848 U CN 207300848U CN 201720940648 U CN201720940648 U CN 201720940648U CN 207300848 U CN207300848 U CN 207300848U
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- UHOVQNZJYSORNB-UHFFFAOYSA-N benzene Chemical compound 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Abstract
本实用新型属于水质分析技术领域，特别涉及一种水质分析仪，包括避光壳体、光源、单色器、吸收池、检测器、读出装置、进样池、样品池和出样池，通过设置于样品池相连通的进样池和出样池，可实现污水处理排出口水质的连续自动监测，无须手动进样；进样池、出样池和稳流器和稳流液体的设置均有利于样品的稳定流动，降低检测噪声，提供检测的灵敏度；水质分析仪同时设置冲洗装置，可保持样品池的清洁，避免对后续检测产生影响，延长样品池的使用寿命。
Description
一种水质分析仪
技术领域
[0001] 本实用新型属于水质分析技术领域，特别涉及一种水质分析仪。
背景技术
[0002] 水质分析又称水化学分析。即用化学和物理方法测定水中各种化学成分的含量； 紫外分光光度法用于水质检测的理论依据是朗伯比尔定律，用公式A=KCL表示，其中，K表 示吸收系数，C表示被测溶液的浓度，L表示光程;水样中的苯、甲苯、酚类等作为主要的化 学需氧的物质，它们在紫外区有很强的光谱吸收;所以紫外吸光度测定和平行化学滴定测 量都能够很好地在水质⑶D的检测中应用;而各种溶液中的物质对紫外光吸收不同，决定了 溶液里物质浓度的定量监测分析。
[0003] 工业废水经过废水处理后，排至自然界前，需要对排出的水质进行监测，为了实现 污水的连续处理和排放，需要对水质进行连续的监测;现有技术中，用于水质分析的紫外分 光光度计需要手动采集样品和进样，不能对水质进行连续监测。 实用新型内容
[0004] 本实用新型针对上述现有技术中的技术问题，提供一种自动进样、连续监测水质 的水质分析仪。
[0005] 为解决上述问题，本实用新型的技术方案如下：
[0006] —种水质分析仪，包括避光壳体、光源、单色器、吸收池、检测器和读出装置，所述 检测器可以根据需要设置成紫敏光电管、红敏光电管、光电倍增管等;所述读出装置可设置 成安装在避光壳体上的数字显示器;所述光源、单色器、吸收池和检测器设置于避光壳体内 部，所述单色器、吸收池和检测器依次设置在光源的输出光路上，所述水质分析仪还包括进 样池、样品池和出样池；
[0007] 所述样品池放置于吸收池内，上下端均有开口，上端开口通过进样管与进样池相 连，下端开口通过出样管与出样池相连，进样管、样品池和出样管竖直方向的中心线在同一 条直线上；
[0008] 所述进样管和出样管上设置有稳流器；
[0009] 所述进样池和出样池之间连接一根通气管;所述通气管与进样池和出样池的连接 处位于池体上部，液面以上部分;通气管的作用是维持进样池和出样池的压力稳定，保证检 测液体能平稳顺畅地进入和流出样品室。
[0010] 检测水质时，只需将流动的待测水样通入进样池，通过稳流器控制待测水样进样 的流量和稳定性，待测水样通过样品池，入射光经过单色器透过样品池部分吸收，检测器检 测其透光率，通过读出装置读出吸光度;待测水样在重力作用下自然下落，流动速度不均 匀，水流紊乱，会使得检测信号噪声大，难以检测，通过设置竖直方向的中心线在同一条直 线上进样管、样品池和出样管以及设置在进样管和出样管上的稳流器，保证待测水样均匀、 稳定地流过吸收池，降低检测噪声。
[0011]作为本实用新型的一种改进，所述水质分析仪的进样管和出样管与避光壳体相交 处设置避光圈，避免相交处漏光，对检测结果的吸收峰和吸光度产生影响。
[0012] 作为本实用新型的一种改进，所述水质分析仪的进样池顶端设置冲洗装置，所述 冲洗装置包括外管和注射器，所述外管与进样池相连通，所述注射器设置在外管中，注射器 和外管之间设置弹性密封圈，注射器可在外管内上下移动，当水质分析仪结束检测后，为了 保持样品池的洁净、延长使用寿命，可采用该冲洗装置对样品池进行冲洗，注射器向下移 动，利用注射器的针头喷洒压力较大的以，可对样品池进行冲洗;所述注射器与样品池直方 向的中心线在同一条直线上，这样只要针头足够长，便可以接近样品池，对其进行近距离冲 洗，清洁效果更好。
[0013] 作为本实用新型的一种改进，所述水质分析仪的所述进样池顶端通过进水管与污 水处理池排水管相连，这样便可以对即将排出的水进行连续监测，避免污染环境;可将进水 管的底端设置在进样池内靠近池底的位置，待进样池积累的水样深度没过进水管后再开始 监测，更有利于进样的稳定性和均匀性，减少检测噪声。
[0014]作为本实用新型的一种改进，所述水质分析仪的所述出样池内盛有稳流液体，出 样管下端位于所述稳流液体液面下，所述稳流液体选择与待测液离子强度、粘度相近的液 体，这样可保持水样流出出样管时的稳定性，减少检测噪声。
[0015] 相对于现有技术，本实用新型的优点如下，
[0016] 本实用新型的水质分析仪通过设置于样品池相连通的进样池和出样池，可实现污 水处理排出口水质的连续自动监测，无须手动进样;进样池、出样池和稳流器和稳流液体的 设置均有利于样品的稳定流动，降低检测噪声，提供检测的灵敏度;水质分析仪同时设置冲 洗装置，可保持样品池的清洁，避免对后续检测产生影响，延长样品池的使用寿命。
附图说明
[0017] 图1为水质分析仪结构示意图；
[0018] 图中：1是壳体、2是光源、3是单色器、4是吸收池、5是检测器、6是读出装置、7是进 样池、8是样品池、9是出样池、10是通气管、11是外管、12是注射器、13是稳流器、14是避光 圈、15是密封圈、16是水阀、17是排水管、18是进样管、19是出样管、20是进水管。
具体实施方式 [0019] 实施例1:
[0020]参见图1，一种水质分析仪，包括避光壳体1、光源2、单色器3、吸收池4、检测器5和 读出装置6,所述检测器5可以根据需要设置成紫敏光电管、红敏光电管、光电倍增管等;所 述读出装置6可设置成安装在避光壳体1上的数字显示器;所述光源2、单色器3、吸收池4和 检测器5设置于避光壳体1内部，所述单色器3、吸收池4和检测器5依次设置在光源2的输出 光路上，所述水质分析仪还包括进样池7、样品池8和出样池9;
[0021] 所述样品池8放置于吸收池4内，上下端均有开口，上端开口通过进样管18与进样 池7相连，下端开口通过出样管19与出样池9相连，进样管18、样品池8和出样管19竖直方向 的中心线在同一条直线上；
[0022] 所述进样管18和出样管19上设置有稳流器13;
[0023] 所述进样池7和出样池9之间连接一根通气管10;所述通气管10与进样池7和出样 池9的连接处位于池体7、9上部。
[0024] 实施例2:
[0025] 参见图1，作为本实用新型的一种改进，所述水质分析仪的进样管18和出样管19与 避光壳体1相交处设置避光圈14，避免相交处漏光，对检测结果的吸收峰和吸光度产生影 响。
[0026]其余结构和优点与实施例1完全相同。
[0027] 实施例3:
[0028]参见图1，作为本实用新型的一种改进，所述水质分析伩的进样池7顶端设置冲洗 装置，所述冲洗装置包括外管11和注射器12,所述外管11与进样池7相连通，所述注射器12 设置在外管11中，注射器12和外管11之间设置弹性密封圈，注射器12可在外管11内上下移 动，当水质分析仪结束检测后，为了保持样品池8的洁净、延长使用寿命，可采用该冲洗装置 对样品池8进行冲洗，注射器12向下移动，利用注射器12的针头喷洒压力较大的以，可对样 品池8进行冲洗;所述注射器12与样品池8直方向的中心线在同一条直线上，这样只要针头 足够长，便可以接近样品池8，对其进行近距离冲洗，清洁效果更好。
[0029] 其余结构和优点与实施例1完全相同。
[0030] 实施例4:
[0031]参见图1，作为本实用新型的一种改进，所述水质分析仪的所述进样池7顶端通过 进水管2〇与污水处理池排水管17相连，连接处设置密封圈15，进水管20上设置水阀16，这样 便可以对即将排出的水进行连续监测，避免污染环境;可将进水管20的底端设置在进样池7 内靠近池底的位置，待进样池7积累的水样深度没过进水管20后再开始监测，更有利于进样 的稳定性和均匀性，减少检测噪声。
[0032]其余结构和优点与实施例1完全相同。
[0033]实施例5:
[0034]参见图1，作为本实用新型的一种改进，所述水质分析仪的所述出样池9内盛有稳 流液体，出样管19下端位于所述稳流液体液面下，所述稳流液体选择与待测液离子强度、粘 度相近的液体，这样可保持水样流出出样管I9时的稳定性，减少检测噪声。
[0035]其余结构和优点与实施例1完全相同。
[0036]本实用新型还可以将实施例2、3、4、5所述技术特征中的至少一个与实施例1组合 形成新的实施方式。
[0037]需要说明的是上述实施例仅仅是本实用新型的较佳实施例，并没有用来限定本实 用新型的保护范围，在上述基础上做出的等同替换或者替代均属于本实用新型的保护范 围。
Claims (6)
1.一种水质分析仪，包括避光壳体、光源、单色器、吸收池、检测器和读出装置，所述光 源、单色器、吸收池和检测器设置于避光壳体内部，所述单色器、吸收池和检测器依次设置 在光源的输出光路上，其特征在于，所述水质分析仪还包括进样池、样品池和出样池； 所述样品池放置于吸收池内，上下端均有开口，上端开口通过进样管与进样池相连，下 端开口通过出样管与出样池相连，进样管、样品池和出样管竖直方向的中心线在同一条直 线上； 所述进样管和出样管上设置有稳流器； 所述进样池和出样池之间连接一根通气管;所述通气管与进样池和出样池的连接处位 于池体上部。
2. 如权利要求1所述的水质分析仪，其特征在于，所述进样管和出样管与避光壳体相交 处设置避光圈。
3. 如权利要求1所述的水质分析仪，其特征在于，进样池顶端设置冲洗装置，所述冲洗 装置包括外管和注射器，所述外管与进样池相连通，所述注射器设置在外管中，注射器和外 管之间设置弹性密封圈。
4. 如权利要求3所述的水质分析仪，其特征在于，所述注射器与样品池直方向的中心线 在同一条直线上。
5. 如权利要求1所述的水质分析仪，其特征在于，所述进样池顶端通过进水管与污水处 理池排水管相连。
6. 如权利要求1所述的水质分析仪，其特征在于，所述出样池内盛有稳流液体，出样管 下端位于所述稳流液体液面下。
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