一种自适应水质的智能加药控制装置

Abstract

本实用新型涉及循环水处理的技术领域，特别是涉及一种自适应水质的智能加药控制装置，包括：配置组件，用于对阻垢剂和水进行计量；混合罐，用于接收阻垢剂和水并使两者均匀混合形成阻垢液；泵体一，用于将阻垢液抽出并送至循环水内；稀释组件，用于调节阻垢液浓度；稀释组件包括储水罐一和泵体二，泵体二连通储水罐一和泵体一的输出管道；循环水内设置有水质检测仪；控制器，与配置组件、泵体一、泵体二和水质检测仪电连接，控制器用于接收水质检测仪传输的水质数据；能够根据水质自动调节阻垢剂浓度，避免阻垢剂过度或者不足，改善循环水质量。

Claims

1. An intelligent dosing control device for self-adapting water quality, characterized in that, include: Configuration component (1) for metering scale inhibitor and water; Mixing tank (2) is used to receive scale inhibitor and water and mix them evenly to form scale inhibitor solution; Pump body 1 (3) is used to extract the scale inhibitor and send it into the circulating water; A dilution component (4) is used to adjust the concentration of the scale inhibitor; the dilution component (4) includes a water storage tank (41) and a pump body (42), the pump body (42) being connected to the output pipe of the water storage tank (41) and the pump body (3); A water quality analyzer (5) is installed in the circulating water system; The controller is electrically connected to the configuration component (1), pump body one (3), pump body two (42) and water quality analyzer (5). The controller is used to receive water quality data transmitted by the water quality analyzer (5), and send metering control instructions to the configuration component (1), scale inhibitor delivery control instructions to pump body one (3) and dilution adjustment control instructions to pump body two (42) according to the water quality data, so as to realize adaptive adjustment of scale inhibitor concentration according to the circulating water quality.

2. The intelligent dosing control device for adaptive water quality as claimed in claim 1, wherein, A flow meter (6) is installed on the output pipe of the pump body (3).

3. The intelligent dosing control device of claim 2, wherein the water quality sensor is a turbidity sensor. A flow meter 2 (43) is installed on the outlet pipe of the pump body 2 (42).

4. The intelligent dosing control device of claim 3, wherein the water quality sensor is a turbidity sensor. A scale inhibitor concentration monitor (7) is installed on the output pipe of the first pump body (3). The connection point between the outlet pipe of the second pump body (42) and the output pipe of the first pump body (3) is located between the flow meter (6) and the scale inhibitor concentration monitor (7).

5. The intelligent dosing control device of claim 1, wherein, The configuration component (1) includes a scale inhibitor weighing component (8); The scale inhibitor weighing assembly (8) includes a bracket, a transition tank (81) and at least one hopper (82), wherein the transition tank (81) is mounted on the bracket via a weighing module (85); The discharge pipe of the silo (82) extends into the transition tank (81), and a screw feeder (83) is installed in the discharge pipe of the silo (82); the discharge end of the transition tank (81) extends into the mixing tank (2), and an automatic valve (84) is installed at the discharge end of the transition tank (81).

6. The intelligent dosing control device of claim 5, wherein the water quality is determined by the water quality sensor. The configuration component (1) also includes a water weighing component (9), which includes a transfer tank (91) and a second water storage tank (92). The transfer tank (91) is fixed on the bracket by a weighing module (85). The outlet end of the transfer tank (91) extends into the mixing tank (2), and an automatic valve (93) is installed at the outlet end. The output end of the second water storage tank (92) extends into the transfer tank (91), and the output end of the second water storage tank (92) is equipped with an automatic valve (94).

7. The intelligent dosing control device of claim 1, wherein the water quality sensor is a turbidity sensor. The mixing tank (2) is equipped with a stirring assembly (10).

8. The intelligent dosing control device for adapting to water quality according to claim 5, wherein, The bottom of the transition tank (81) is inverted conical.

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