CN212379388U - Remote quality control system suitable for water quality multi-parameter monitor - Google Patents
Remote quality control system suitable for water quality multi-parameter monitor Download PDFInfo
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- CN212379388U CN212379388U CN202021194464.8U CN202021194464U CN212379388U CN 212379388 U CN212379388 U CN 212379388U CN 202021194464 U CN202021194464 U CN 202021194464U CN 212379388 U CN212379388 U CN 212379388U
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Abstract
The utility model provides a remote quality control system suitable for a water quality multi-parameter monitor, which comprises a water quality multi-parameter monitor, a quality control cup, a multi-way valve, a peristaltic pump, an injection pump, a control module, an industrial personal computer, an air filter, a pure water bottle and a plurality of mother liquid bottles; the utility model discloses a quality control system, including pure water bottle, a plurality of mother liquor bottle and air cleaner, the quality control system is characterized in that pure water bottle and a plurality of mother liquor bottle and air cleaner are connected to the multi-ported valve respectively, the multi-ported valve is connected to the quality control cup through changeable peristaltic pump route and syringe pump route, and the monitoring tube coupling of quality of water multi-parameter monitoring appearance is to the quality control cup, set up liquid level monitoring and overflow arrangement in the quality control cup, the terminal second interface connection pure water bottle of multi-ported valve, industrial computer and control module communication, the more complicated quality control system of component not only can provide the configuration of the quality control liquid of multiple parameter, can also provide the quantity of solution and remind, use one set of system.
Description
Technical Field
The utility model relates to a water quality monitoring field, specific theory has related to a long-range matter accuse system suitable for quality of water multi-parameter monitoring appearance.
Background
In the operation process of the water quality multi-parameter monitor, in order to achieve long-term effectiveness and reliability of measurement data, the calibration and quality control must be carried out regularly.
The existing calibration and quality control methods generally have two types: one is that the inspector carries standard solution or equipment to the site for manual calibration or quality control, which undoubtedly brings huge workload and labor cost and cannot ensure the long-term reliable operation of the monitor. The other method is remote quality control or online quality control, however, the existing quality control instrument can only control one monitoring device. If the quality control of various parameters is to be realized, a plurality of devices are required to be equipped, so that the construction cost is undoubtedly increased, and the method cannot be widely popularized and used.
In addition, the existing remote quality control or online quality control can only be used for preparing 2 solutions, and the existing water quality monitoring equipment has multiple parameter measurement functions. Under the condition, the existing remote quality control instrument or on-line quality control instrument can not meet the quality control or calibration requirements of the water quality multi-parameter monitor. That is, the 1 st disadvantage of the existing quality control instrument is that the kinds of the prepared solution are limited, and the requirement of the water quality multi-parameter monitor cannot be met.
The 2 nd defect of the existing quality control instrument is that the configuration of one-time quality control liquid or standard liquid is completed by adopting equipment comprising a controller, a three-way electromagnetic valve, a peristaltic pump, a standard adding pool, an air pump, a straight-through electromagnetic valve, an aeration pipe, a liquid level sensor, a waste liquid container, a liquid preparation cup, an injector bracket, a stepping motor, a screw rod sliding block, a pure water container, a mother liquid bottle, a camera, an air filter, an air control electromagnetic valve, a refrigerating system and the like, and the system is too complex, relatively high in cost and inconvenient to maintain.
In order to solve the above problems, people are always seeking an ideal technical solution.
SUMMERY OF THE UTILITY MODEL
The utility model aims at the not enough of prior art to a remote quality control system suitable for quality of water multi-parameter monitor that compatible multiple water quality parameter monitoring demand, system complexity reduce, use the subassembly still less, the modularization is easily expanded, the quantity can be monitored, cost reduction is provided.
In order to realize the purpose, the utility model discloses the technical scheme who adopts is: a remote quality control system suitable for a water quality multi-parameter monitor comprises the water quality multi-parameter monitor, a quality control cup, a multi-way valve, a peristaltic pump, an injection pump, a control module, an industrial personal computer, an air filter, a pure water bottle and a plurality of mother liquid bottles;
liquid level sensors are respectively arranged in the pure water bottles and the plurality of mother liquor bottles, and each liquid level sensor is connected with the control module and used for monitoring the liquid level;
the pure water bottle, the air filter and the plurality of mother liquor bottles are respectively connected to different interfaces of the multi-way valve, and the multi-way valve is controlled by the control module to construct different valve paths and combine different solutions;
the front end interface of the multi-way valve is connected to the quality control cup through a switchable peristaltic pump passage and an injection pump passage, and the peristaltic pump and the injection pump are controlled by a control module and are used for configuring different target solutions;
a monitoring pipeline of the water quality multi-parameter monitor is connected to the quality control cup, and the water quality multi-parameter monitor is communicated with the industrial personal computer and used for detecting and uploading water quality parameters;
a liquid level monitoring and overflowing device is arranged in the quality control cup, an overflowing outlet of the liquid level monitoring and overflowing device is connected with a waste liquid pool, a waste liquid level sensor is arranged in the waste liquid pool, and the liquid level monitoring and overflowing device and the waste liquid level sensor are controlled by a control module to monitor the liquid levels of the quality control cup and the waste liquid pool;
a first interface at the tail end of the multi-way valve is connected with a wastewater tank and used for storing reverse pumping water, a wastewater liquid level sensor is arranged in the wastewater tank and connected with a control module and used for monitoring the liquid level in the wastewater tank;
a second interface at the tail end of the multi-way valve is connected with a pure water bottle and is matched with the peristaltic pump to be used for cleaning a valve path and a pipeline;
the industrial personal computer is communicated with the control module and is used for configuring parameters of the control module.
Basically, the front end interface of multi-way valve connects the first interface of first three-way valve, the second interface and the third interface of first three-way valve are connected to the import of peristaltic pump and syringe pump respectively, the export of peristaltic pump and syringe pump is connected to the first interface and the second interface of second three-way valve respectively, the third interface connection of second three-way valve the first interface of third three-way valve, the second interface connection matter of third three-way valve accuse cup, three-way valve are controlled by control module to the break-make in control fluid's walking route and route.
Basically, the pure water bottles and the plurality of mother liquor bottles are stored in the refrigerated cabinet.
The utility model discloses relative prior art has substantive characteristics and progress, specific theory, the utility model discloses with multiport valve, the three-way valve, the peristaltic pump, the syringe pump, the pipeline, the waste liquid pond, the wastewater disposal basin, less equipment such as container, the pipeline design that the construction has the commonality, through switching the three-way valve, multiport valve and peristaltic pump, the passageway of syringe pump with open and close, control system carries out different operations, just can realize the configuration of multiple type matter accuse liquid on a matter accuse instrument, and the key device of adoption reduces greatly for traditional long-range matter accuse system, very big reduction the complexity and the fortune dimension work load of system, and then the cost is reduced.
Further, because this system uses level sensor in many places, not only can provide the accurate configuration of multiple parameter matter accuse liquid, can also provide the quantity of mother liquor, pure water, waste liquid and remind, accomplish more accurate control.
Furthermore, the mother liquor end and the pure water end are connected into the multi-way valve, the modular design is adopted, the quality control requirements of various solutions can be met, and the multi-way valve is easy to expand and convenient to use.
Furthermore, according to the flexible configuration method of the system design, the precision control of the configuration of the quality control liquid is ensured by the methods of the pumpback processing and the incremental configuration of the injection pump, and meanwhile, the precision control of each process can be further ensured by combining the detection of the liquid level sensor, so that the final quality control precision or calibration precision is ensured.
Drawings
Fig. 1 is a schematic diagram of the module composition of the remote quality control system suitable for the water quality multi-parameter monitor.
Detailed Description
The technical solution of the present invention will be described in further detail through the following embodiments.
As shown in figure 1, the remote quality control system suitable for the water quality multi-parameter monitor comprises the water quality multi-parameter monitor, a quality control cup, a multi-way valve, a peristaltic pump, an injection pump, a control module, an industrial personal computer, an air filter, a pure water bottle and 3 mother liquid bottles, wherein mother liquid 1 and mother liquid 2 are stored in the two mother liquid bottles, and turbidity mother liquid is stored in the other mother liquid bottle.
Set up level sensor in pure water bottle and the 3 mother liquor bottles respectively, each level sensor connection control module for liquid level monitoring when level sensor triggers the warning, reminds staff's mother liquor not enough or pure water not enough, can be timely supply.
Pure water bottle, air cleaner and 3 mother liquor bottles are connected to the different interfaces of multi-way valve respectively, connect in principle in the same one side of multi-way valve, and the pure water is close to the front end interface of multi-way valve, and turbidity mother liquor is close to the rear end interface of multi-way valve, and the terminal second interface of multi-way valve is connected in another branch of pure water to when wasing the pipeline, can cover the drain pipe of turbidity mother liquor, the multi-way valve is controlled by control module to the valve way of building the difference makes up different solution collocation, and air cleaner wherein is used for the drum gas of mixed liquid and shakes evenly.
The front port of the multi-way valve is connected with the first port of a first three-way valve (shown as a three-way valve 1), shown as a T0 pipeline, the second interface and the third interface of the first three-way valve are respectively connected to the inlet of the peristaltic pump and the inlet of the injection pump, illustrated as G3 and G4 tubing, the outlets of the peristaltic pump and syringe pump are connected to the first and second ports, respectively, of a second three-way valve (illustrated as three-way valve 2), illustrated as G5 and G6 conduits, the third port of the second three-way valve is connected to the first port of the third three-way valve, illustrated as a G7 tube, a second interface of the third three-way valve (illustrated as three-way valve 3) connected to a quality control cup, illustrated as a G9 tube, the peristaltic pump and syringe pump both controlled by a control module, the three-way valves are all controlled by the control module to control the walking path of the fluid and the on-off of the path.
A monitoring pipeline of the water quality multi-parameter monitor is connected to the quality control cup, and the water quality multi-parameter monitor is communicated with the industrial personal computer and used for detecting and uploading water quality parameters;
the quality control cup is internally provided with a liquid level monitoring and overflowing device, an overflowing outlet of the liquid level monitoring and overflowing device is connected with a waste liquid pool through a G10 pipeline, a waste liquid level sensor is arranged in the waste liquid pool, a liquid level sensor 5 is shown in the figure, and the liquid level monitoring and overflowing device and the waste liquid level sensor are controlled by a control module to monitor the liquid levels of the quality control cup and the waste liquid pool.
The first interface in end of multi-way valve passes through T7 pipe connection wastewater disposal basin for the storage is anti-draws water, installs waste water level sensor in the wastewater disposal basin, and the drawing is level sensor 4, and waste water level sensor connection control module for liquid level monitoring in the wastewater disposal basin.
And a second connector at the tail end of the multi-way valve is connected with a pure water bottle through a T6 pipeline and is matched with the peristaltic pump to be used for cleaning a valve path and the pipeline.
The industrial personal computer is communicated with the control module and is used for configuring parameters of the control module.
The pure water bottles and the 3 mother liquor bottles are stored in the refrigerated cabinet, so that the stable properties of the pure water bottles, the mother liquor and the turbidity mother liquor are ensured.
The use method of the remote quality control system is described by combining an example of mother liquor blending.
Firstly, an industrial personal computer receives a configuration instruction, calculates the required mother liquor volume to be 8mL according to the known concentration of 500mg/L of the mother liquor 1, the volume of 200mL of a quality control cup and the concentration of 20mg/L of the total nitrogen quality control liquid to be configured, and then starts a configuration process, wherein the configuration process comprises the following steps:
s1, calculating to obtain 8mL of required mother liquor;
s2, the control module controls a T2 interface on the multi-way valve, a T0 interface of the multi-way valve, a first interface and a second interface of a first three-way valve, a G3 pipeline, a peristaltic pump, a G5 pipeline, a first interface and a third interface of a second three-way valve, a G7 pipeline, a first interface and a second interface of a third three-way valve, a G9 pipeline and a quality control cup to form a channel, and the peristaltic pump is started to pump mother liquor to rinse the pipeline.
S3, closing a first connector of the third three-way valve, opening a second connector and a third connector of the three-way valve, enabling the mother liquor after being moistened to flow into a waste liquor pool through a G8 pipeline, and enabling a waste liquor level sensor in the waste liquor pool to sense the amount of the waste liquor so as to avoid overflowing due to full storage.
And S4, the control module controls the liquid level sensor to read the liquid capacities of the mother liquid 1 and the pure water, judges whether the configuration requirement is met or not, alarms and pauses if the configuration requirement is not met, informs technicians of replenishing the solution, and carries out the next step if the configuration requirement is met.
S5, the control module controls a T1 interface on the multi-way valve, a T0 interface of the multi-way valve, a first interface and a second interface of a first three-way valve, a G3 pipeline, a peristaltic pump, a G5 pipeline, a first interface and a third interface of a second three-way valve, a G7 pipeline, a first interface and a second interface of a third three-way valve, a G9 pipeline and a quality control cup to form a passage, pure water is filled into the quality control cup, the liquid level monitoring and overflowing device carries out in-place monitoring and feedback until overflowing liquid enters a waste liquid pool, and pure water fullness is indicated.
S6, the control module controls a front end connector T0 and a tail end first connector T7 of the multi-way valve, a first connector and a third connector of a first three-way valve, a G4 pipeline, a syringe pump start, a G6 pipeline, a second connector and a third connector of a second three-way valve, a G7 pipeline, a first connector and a second connector of a third three-way valve, a G9 pipeline and a quality control cup to form a passage, pure water is pumped back to a wastewater pool by 15ml, and the pumping amount is controlled by the liquid level monitoring and overflowing device, the wastewater liquid level sensor and the syringe pump together or alternatively controlled.
S7, the control module controls a T2 interface and a front end interface T0 of the multi-way valve, a first interface and a third interface of a first three-way valve, a G4 pipeline, the start of an injection pump, a G6 pipeline, a second interface and a third interface of a second three-way valve, a G7 pipeline, a first interface and a second interface of a third three-way valve, a G9 pipeline and a quality control cup to form a passage, 8ml of mother liquor is injected into the quality control cup, and the amount of the injected mother liquor is monitored by a liquid level monitoring and overflowing device.
S8, the control module controls a port T5 and a front port T0 which are connected with an air filter on the multi-way valve, a first port and a second port of a first three-way valve, a G3 pipeline, a peristaltic pump, a G5 pipeline, a first port and a third port of a second three-way valve, a G7 pipeline, a first port and a second port of a third three-way valve, a G9 pipeline and a quality control cup to form a passage, and the peristaltic pump is controlled to start to pump air to shake the solution in the quality control cup uniformly.
S9, the control module controls a port T1 and a front port T0 which are connected with pure water on the multi-way valve, a first port and a third port of a first three-way valve, a G4 pipeline, a syringe pump start, a G6 pipeline, a second port and a third port of a second three-way valve, a G7 pipeline, a first port and a second port of a third three-way valve, a G9 pipeline and a quality control cup to form a passage, pure water is injected into the quality control cup for constant volume, configuration of required standard solution is completed, and the amount of injected pure water is monitored by a liquid level monitoring and overflowing device.
After the steps are completed, the standard solution is prepared, and the industrial personal computer controls the water quality multi-parameter monitor to absorb the quality control liquid for quality control or calibration test.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting the same; although the present invention has been described in detail with reference to preferred embodiments, it should be understood by those skilled in the art that: the invention can be modified or equivalent substituted for some technical features; without departing from the spirit of the present invention, it should be understood that the scope of the claims is intended to cover all such modifications and variations.
Claims (3)
1. The utility model provides a long-range matter accuse system suitable for quality of water multi-parameter monitoring appearance which characterized in that: the system comprises a water quality multi-parameter monitor, a quality control cup, a multi-way valve, a peristaltic pump, an injection pump, a control module, an industrial personal computer, an air filter, a pure water bottle and a plurality of mother liquid bottles;
liquid level sensors are respectively arranged in the pure water bottles and the plurality of mother liquor bottles, and each liquid level sensor is connected with the control module and used for monitoring the liquid level;
the pure water bottle, the air filter and the plurality of mother liquor bottles are respectively connected to different interfaces of the multi-way valve, and the multi-way valve is controlled by the control module to construct different valve paths and combine different solutions;
the front end interface of the multi-way valve is connected to the quality control cup through a switchable peristaltic pump passage and an injection pump passage, and the peristaltic pump and the injection pump are controlled by a control module and are used for configuring different target solutions;
a monitoring pipeline of the water quality multi-parameter monitor is connected to the quality control cup, and the water quality multi-parameter monitor is communicated with the industrial personal computer and used for detecting and uploading water quality parameters;
a liquid level monitoring and overflowing device is arranged in the quality control cup, an overflowing outlet of the liquid level monitoring and overflowing device is connected with a waste liquid pool, a waste liquid level sensor is arranged in the waste liquid pool, and the liquid level monitoring and overflowing device and the waste liquid level sensor are controlled by a control module to monitor the liquid levels of the quality control cup and the waste liquid pool;
a first interface at the tail end of the multi-way valve is connected with a wastewater tank and used for storing reverse pumping water, a wastewater liquid level sensor is arranged in the wastewater tank and connected with a control module and used for monitoring the liquid level in the wastewater tank;
a second interface at the tail end of the multi-way valve is connected with a pure water bottle and is matched with the peristaltic pump to be used for cleaning a valve path and a pipeline;
the industrial personal computer is communicated with the control module and is used for configuring parameters of the control module.
2. The remote quality control system suitable for the water quality multi-parameter monitor according to claim 1, wherein: the front end interface of the multi-way valve is connected with a first interface of a first three-way valve, a second interface and a third interface of the first three-way valve are respectively connected to inlets of a peristaltic pump and an injection pump, outlets of the peristaltic pump and the injection pump are respectively connected to a first interface and a second interface of a second three-way valve, a third interface of the second three-way valve is connected with a first interface of a third three-way valve, a second interface of the third three-way valve is connected with a quality control cup, and the three-way valves are controlled by a control module to control a walking path of fluid and the on-off of the path.
3. The remote quality control system suitable for the water quality multi-parameter monitor according to claim 1 or 2, wherein: the pure water bottles and the plurality of mother liquor bottles are stored in the refrigerated cabinet.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202021194464.8U CN212379388U (en) | 2020-06-24 | 2020-06-24 | Remote quality control system suitable for water quality multi-parameter monitor |
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| CN202021194464.8U CN212379388U (en) | 2020-06-24 | 2020-06-24 | Remote quality control system suitable for water quality multi-parameter monitor |
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| CN212379388U true CN212379388U (en) | 2021-01-19 |
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