Water quality management system control method

Abstract

The invention discloses a water quality management system control method which comprises the following steps: starting a water quality management application system in user intelligent equipment, and opening an intelligent equipment Bluetooth communication module and a positioning module; the water quality management application system controls the intelligent equipment Bluetooth communication module to be connected with the detection equipment Bluetooth communication module to obtain type information of water to be detected and scoring standards of related water quality data of different types of water to be detected, and controls the positioning module to position user intelligent equipment position information; after the type of to-be-detected water is selected through the water quality management application system, related water quality data of the to-be-detected water detected by the water quality detection equipment are received; the water quality management application system calculates the water quality score and the water quality grade of the water to be detected, uploads the positioning position information, the water quality data related to the water to be detected, the water quality score information and the water quality grade information to the background server, and displays the information through the user intelligent equipment, so that the background server collects the water quality data of tap water in different regions; and the user can check and know.

Description

[Technical field]

[0001] The invention relates to a water quality management system control method. [Background Technology]

[0002] In modern society, people pay more and more attention to healthy lifestyles and realize the importance of high-quality drinking water in maintaining good health. Clean and safe water can prevent many diseases, such as intestinal diseases and chronic diseases. However, due to the geographical environment of different regions, different living habits of people in different regions, and different production development, the water quality of tap water in different regions is different. It is difficult for users to know the water quality in local or neighboring areas, and it is difficult to know the use of filter elements. At the same time, when water quality is abnormal, it is difficult to know the cause of water quality abnormality and its solution in time. [Summary of the invention]

[0003] The present invention overcomes the deficiencies of the prior art and provides a water quality management system control method.

[0004] To achieve the above object, the present invention adopts the following technical solutions:

[0005] A water quality management system control method, characterized in that: it includes a water quality detection device for detecting water quality data related to the water to be detected, a user smart device and a background server, the water quality detection device is provided with a detection device Bluetooth communication module, the user smart device is provided with a smart device Bluetooth communication module wirelessly connected to the detection device Bluetooth communication module, a positioning module, a mobile communication module wirelessly connected to the background server and a water quality management application system, the background server is preset with type information of the water to be detected and scoring standards for related water quality data of different types of water to be detected, and the control steps are as follows:

[0006] S1, triggering and starting the water quality management application system in the user's smart device, and the water quality management application system turns on the Bluetooth communication module and positioning module of the smart device;

[0007] S2. The water quality management application system controls the Bluetooth communication module of the smart device to connect to the Bluetooth communication module of the detection device to obtain the type information of the water to be tested and the scoring criteria of the relevant water quality data of different types of water to be tested, and controls the positioning module to locate the location information of the user's smart device;

[0008] S3. The water quality management application system displays the water type options to be tested for the user to select through the user's smart device;

[0009] S4. The user selects the type of water to be tested, and the water quality management application system receives the water quality data related to the water to be tested detected by the water quality testing equipment;

[0010] S5. The water quality management application system calculates the water quality score and water quality grade of the water to be tested according to the scoring standard corresponding to the selected water type to be tested, and uploads the positioning location information, water quality data related to the water to be tested, water quality score information and water quality grade information to the background server, and displays it through the user's smart device.

[0011] A water quality management system control method as described above is characterized in that: a background server is provided with multiple user account information, and a water quality management application system of a user's smart device is associated with a user account; in S1, after triggering and starting the water quality management application system in the user's smart device, the user account is logged in through the water quality management application system; in S5, the located location information, water quality data related to the water to be tested, water quality scoring information and water quality grade information are uploaded to the associated user account database in the background server.

[0012] A water quality management system control method as described above is characterized in that: after multiple test data are stored in the user account database, the water quality management application system displays the historical test data and generates a historical test data curve based on the historical test data in the user account database.

[0013] The water quality management system control method as described above is characterized in that the types of water to be tested include tap water, mineral water, purified water, water filtered by an ultrafiltration membrane water purifier or water filtered by a nanofiltration membrane water purifier.

[0014] A water quality management system control method as described above is characterized in that: after tap water is selected in S4, the control step also includes S6, the water quality management application system reads the water quality data of the water to be tested in the adjacent area in the background server according to the positioning position information, and compares and displays it.

[0015] A water quality management system control method as described above is characterized in that: when water filtered by an ultrafiltration membrane water purifier or water filtered by a nanofiltration membrane water purifier is selected in S4, the water quality management application system reads the water quality data of the water to be tested of the same water purifier user in the background server, and compares and displays the water quality data with the average of the water quality data of the water to be tested of the same water purifier user.

[0016] A water quality management system control method as described above is characterized in that: after the user installs a water purifier, the user account database associated with the water quality management application system of the user's smart device records the water purifier related information, calculates the filter element usage time, and regularly sends a filter element replacement or cleaning reminder to the water quality management application system.

[0017] A water quality management system control method as described above is characterized in that: when the water quality score of the water to be tested calculated by the water quality management application system in S5 exceeds the scoring standard, the background server determines that the water quality data is abnormal, and processes it through the water purifier customer service department, and prompts the water quality management application system of the water quality abnormality.

[0018] A water quality management system control method as described above is characterized in that: the background server obtains the tap water quality data detected by users in nearby areas of the background server according to the positioning location information in the user account database, and regularly sends it to the associated water quality management application system.

[0019] A water quality management system control method as described above is characterized in that: when abnormal water quality data related to tap water is received on the background server, the abnormal water quality data related to tap water is immediately sent to the water quality management application system associated with the user account database in the same area and a prompt is given based on the positioning location information in the sent user account database.

[0020] The beneficial effects of the present invention are:

[0021] The present invention is provided with a water quality detection device for detecting water quality data related to water to be tested, a user smart device and a background server. The user smart device sends positioning location information and the water quality data of the located tap water detected by the water quality detection device to the background server, so that the background server collects the water quality data of tap water in different regions for users to view and understand; at the same time, the water quality management application system of the user smart device is associated with a user account, and the water quality data of different types of water detected by the user is stored in the associated user account database for analysis, and the water quality data used by the user and the water purifier filter element replacement prompt are regularly pushed to the user, and when the water quality data is abnormal, abnormal prompts are pushed to users in the same region, and the cause of the abnormality and its solution are notified. [Drawings]

[0022] Figure 1 It is a schematic diagram of the water quality management system control of the present invention. [Specific implementation method]

[0023] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings.

[0024] It should be noted that all directional indications (such as up, down, left, right, front, back...) in the embodiments of the present invention are only used to explain the relative position relationship, movement status, etc. between the components under a certain specific posture (as shown in the accompanying drawings). If the specific posture changes, the directional indication will also change accordingly. In addition, the descriptions of "preferred", "sub-preferred", etc. in the present invention are only used for descriptive purposes, and cannot be understood as indicating or implying their relative importance or implicitly indicating the number of indicated technical features. Therefore, the features defined as "preferred" or "sub-preferred" may explicitly or implicitly include at least one such feature.

[0025] like Figure 1 As shown, a water quality management system control method includes a water quality detection device 1 for detecting water quality data related to the water to be detected, a user smart device 2 and a background server 3. The water quality detection device 1 is provided with a detection device Bluetooth communication module 11, and the user smart device 2 is provided with a smart device Bluetooth communication module 21 wirelessly connected to the detection device Bluetooth communication module 11, a positioning module 22, a mobile communication module 23 wirelessly connected to the background server 3, and a water quality management application system. The background server 3 is preset with the type information of the water to be detected and the scoring criteria for the relevant water quality data of different types of water to be detected. The control steps are as follows:

[0026] S1, triggering and starting the water quality management application system in the user's smart device 2, and the water quality management application system turns on the Bluetooth communication module 21 and the positioning module 22 of the smart device;

[0027] S2, the water quality management application system controls the smart device Bluetooth communication module 21 to connect to the detection device Bluetooth communication module 11 to obtain the type information of the water to be tested and the scoring criteria of the relevant water quality data of different types of water to be tested, and controls the positioning module 22 to locate the location information of the user's smart device 2;

[0028] S3. The water quality management application system displays the water type options for the user to select through the user smart device 2; wherein the water types to be tested include tap water, mineral water, purified water, water filtered by an ultrafiltration membrane water purifier, or water filtered by a nanofiltration membrane water purifier;

[0029] S4, the user selects the type of water to be tested this time, and the water quality management application system receives the water quality data related to the water to be tested detected by the water quality testing device 1;

[0030] S5. The water quality management application system calculates the water quality score and water quality grade of the water to be tested according to the scoring standard corresponding to the selected water type to be tested, and uploads the positioning location information, water quality data related to the water to be tested, water quality score information and water quality grade information to the background server, and displays the relevant water quality data, water quality score, water quality grade and high-quality water index range through the user's smart device 2, so that the user can intuitively view the actual situation of the water quality test, and at the same time, the background server collects the water quality data of tap water in different regions, which can be used by water purifier manufacturers to analyze and improve water purifiers to optimize filtered water. Among them, smart device 2 is a mobile phone, tablet computer and other devices; the relevant water quality data includes TDS total dissolved solids data, TOC total organic carbon data, COD chemical oxygen demand data, UV ultraviolet transmittance data, EC conductivity data and temperature data.

[0031] In this case, the backend server 3 is provided with multiple user account information, and the water quality management application system of the user smart device 2 is associated with a user account. At the same time, the user account can be logged in through WeChat and the user identity can be bound through the phone number; after the water quality management application system in the user smart device 2 is triggered and started in S1, the user account is logged in through the water quality management application system; in S5, the location information, water quality data related to the water to be tested, water quality scoring information and water quality grade information are uploaded to the associated user account database in the backend server 3. At the same time, after multiple test data are stored in the user account database, the water quality management application system can display historical test data and generate historical test data curves based on the historical test data in the user account database for users to view.

[0032] In this case, when the user detects the tap water quality data, after selecting tap water in S4, the control step also includes S6, the water quality management application system reads the water quality data of the water to be tested in the adjacent area in the background server 3 according to the positioning location information, and compares and displays the comparison information.

[0033] In this case, when the user detects the water quality data of filtered water, he or she can select ultrafiltration membrane water purifier filtered water or nanofiltration membrane water purifier filtered water in S4 according to the actual detection. The water quality management application system reads the water quality data of the water to be tested of the same water purifier user in the background server 3, and compares and displays it with the average water quality data of the water to be tested of the same water purifier user as an indicator of the health of the filter element.

[0034] In this case, after the user installs the water purifier, the user account database associated with the water quality management application system of the user's smart device 2 records the information related to the water purifier model, calculates the usage time of the filter element, and sends a filter replacement reminder to the water quality management application system regularly based on the usage record. Among them, the water purifier related information includes the installed water purifier information, installation address information, filter element usage record, filter element replacement record, cleaning record, maintenance history and other information.

[0035] In this case, the backend server 3 obtains the tap water quality data detected by users in nearby areas of the backend server 3 according to the positioning location information in the user account database, and regularly sends it to the associated water quality management application system. At the same time, it regularly pushes the average water quality data of the water filtered by the relevant water purifier to let users understand the health status of the filter element they are using.

[0036] In this case, when the water quality score of the water to be tested calculated by the water quality management application system in S5 exceeds the scoring standard, the backend server 3 determines that the water quality data is abnormal, and processes it through the water purifier customer service department, and prompts the water quality management application system that the water quality is abnormal. Specifically, when the backend server 3 receives the abnormal water quality data related to tap water, it immediately sends the abnormal water quality data related to tap water to the water quality management application system associated with the user account database in the same area and prompts it according to the location information in the sent user account database. At the same time, the water purifier customer service department takes the initiative to arrange a time with the testing user to provide professional re-inspection services on site; if the water to be tested is filtered water and the filtered water quality data is judged to be abnormal, it will remind you to replace the filter element.

[0037] In this case, the water quality testing device 1 is provided with a central processor, which is connected to a Bluetooth communication component that is wirelessly connected to the user's smart device, a display component that displays water quality testing information, a TDS electrode component, an ultraviolet transceiver component, a temperature sensor, and a button component. During testing, the water quality testing device 1 is placed in the water to be tested, and the test is started through the button component. After the test is completed, the display component displays relevant water quality data such as TDS total dissolved solids data, TOC total organic carbon data, COD chemical oxygen demand data, UV ultraviolet transmittance data, EC conductivity data, and temperature data.

[0038] Among them, the temperature data detection principle of the water quality detection equipment 1 is that a temperature comparison table corresponding to the water temperature digital signal generated by the temperature sensor is preset in the central processing unit; the temperature sensor is in contact with the water to be tested, and generates different analog voltage outputs according to the water temperature to be tested, and is converted into a water temperature digital signal after the A / D analog-to-digital conversion of the temperature sensor and sent to the central processing unit; the central processing unit obtains the temperature data by looking up the table according to the water temperature digital signal and the temperature comparison table.

[0039] The detection principle of EC conductivity data and TDS total dissolved solids data of the water quality detection device 1 is that the temperature compensation algorithm relationship between TDS total dissolved solids, EC conductivity and temperature is preset in the central processing unit; the TDS electrode assembly contacts the water to be tested, and generates different currents according to the distribution of ions in the water, and the corresponding voltage signal is converted by the conversion circuit of the TDS electrode assembly. After the A / D analog-to-digital conversion of the TDS electrode assembly, the EC conductivity data of the water to be tested is obtained and sent to the central processing unit; the central processing unit calculates the TDS total dissolved solids data according to the temperature data, EC conductivity data, temperature compensation algorithm relationship and the calibration value of the corresponding water quality parameter. Among them, the temperature compensation algorithm relationship is the relationship between temperature, conductivity and total dissolved solids obtained by curve fitting after multi-point sampling.

[0040] The detection principle of the UV ultraviolet transmittance data, TOC total organic carbon data and COD chemical oxygen demand data of the water quality detection equipment 1 is that the central processor is preset with the relationship between UV ultraviolet transmittance and TOC total organic carbon and COD chemical oxygen demand; the ultraviolet transceiver component contacts the water to be tested and controls the transmitting end of the ultraviolet transceiver component to emit 275nm ultraviolet light, and after the receiving end of the ultraviolet transceiver component receives the ultraviolet light, the light intensity is converted into a corresponding voltage signal through the conversion circuit of the ultraviolet transceiver component, and the UV transmittance data of the water to be tested is obtained after the A / D analog-to-digital conversion of the ultraviolet transceiver component, and sent to the central processor; the central processor calculates the TOC total organic carbon data and COD chemical oxygen demand data according to the relationship between UV ultraviolet transmittance and TOC total organic carbon and COD chemical oxygen demand and the calibration value of the corresponding water quality parameters. Among them, the relationship is the relationship between UV ultraviolet transmittance and TOC total organic carbon and COD chemical oxygen demand obtained by curve fitting after multi-point sampling.

[0041] The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. All equivalent structural changes made using the contents of the present invention's specification and drawings under the inventive concept of the present invention, or directly or indirectly applied in other related technical fields, are included in the patent protection scope of the present invention.

Claims

1. A water quality management system control method, characterized in that: The invention comprises a water quality detection device (1) for detecting water quality data related to water to be detected, a user smart device (2) and a background server (3), wherein the water quality detection device (1) is provided with a detection device Bluetooth communication module (11), the user smart device (2) is provided with a smart device Bluetooth communication module (21) wirelessly connected to the detection device Bluetooth communication module (11), a positioning module (22), a mobile communication module (23) wirelessly connected to the background server (3) and a water quality management application system, and the background server (3) is preset with type information of water to be detected and scoring standards for relevant water quality data of different types of water to be detected, and the control steps are as follows: S1, triggering and starting a water quality management application system in a user's smart device (2), and the water quality management application system turns on a Bluetooth communication module (21) and a positioning module (22) of the smart device; S2, the water quality management application system controls the Bluetooth communication module (21) of the smart device to connect to the Bluetooth communication module (11) of the detection device to obtain the type information of the water to be tested and the scoring criteria of the relevant water quality data of different types of water to be tested, and controls the positioning module (22) to locate the location information of the user's smart device (2); S3, the water quality management application system displays the water type options to be tested for the user to select through the user's smart device (2); S4, the user selects the type of water to be tested, and the water quality management application system receives the water quality data related to the water to be tested detected by the water quality testing equipment (1); S5. The water quality management application system calculates the water quality score and water quality grade of the water to be tested according to the scoring standard corresponding to the selected water type to be tested, and uploads the positioning location information, water quality data related to the water to be tested, water quality score information and water quality grade information to the background server, and displays them through the user's smart device (2).

2. A water quality management system control method according to claim 1, characterized in that: The backend server (3) is provided with a plurality of user account information, and the water quality management application system of the user smart device (2) is associated with one user account; after the water quality management application system in the user smart device (2) is triggered and started in S1, the user account is logged in through the water quality management application system; in S5, the location information of the positioning, the water quality data related to the water to be tested, the water quality scoring information and the water quality grade information are uploaded to the associated user account database in the backend server (3).

3. A water quality management system control method according to claim 2, characterized in that: After multiple test data are stored in the user account database, the water quality management application system displays the historical test data and generates a historical test data curve based on the historical test data in the user account database.

4. A water quality management system control method according to claim 1, characterized in that: The types of water to be tested include tap water, mineral water, purified water, water filtered by an ultrafiltration membrane water purifier or water filtered by a nanofiltration membrane water purifier.

5. A water quality management system control method according to claim 4, characterized in that: When tap water is selected in S4, the control step also includes S6, where the water quality management application system reads the water quality data of the adjacent area to be tested in the background server (3) according to the positioning position information, and compares and displays the data.

6. A water quality management system control method according to claim 4, characterized in that: When water filtered by an ultrafiltration membrane water purifier or water filtered by a nanofiltration membrane water purifier is selected in S4, the water quality management application system reads the water quality data of the water to be tested of the same water purifier user in the background server (3), and compares and displays the water quality data with the average of the water quality data of the water to be tested of the same water purifier user.

7. A water quality management system control method according to claim 6, characterized in that: After the user installs the water purifier, the user account database associated with the water quality management application system of the user's smart device (2) records information related to the water purifier model, calculates the usage time of the filter element, and sends a reminder to the water quality management application system to replace the filter element or clean it at regular intervals.

8. A water quality management system control method according to claim 7, characterized in that: When the water quality score of the water to be tested calculated by the water quality management application system in S5 exceeds the score standard, the backend server (3) determines that the water quality data is abnormal, and processes it through the water purifier customer service department, and prompts the water quality management application system that the water quality is abnormal.

9. A water quality management system control method according to claim 1, characterized in that: The backend server (3) obtains the tap water quality data detected by users in the vicinity of the backend server (3) according to the positioning location information in the user account database, and sends it to the associated water quality management application system on a regular basis.

10. A water quality management system control method according to claim 8, characterized in that: When the background server (3) receives abnormal water quality data related to tap water, it immediately sends the abnormal water quality data related to tap water to the water quality management application system associated with the user account database in the same area and prompts it according to the location information in the sent user account database.

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