Water quality testing method and system

Abstract

The embodiment of the present invention discloses a water quality detection method and system, the water quality detection method includes sending a sampling instruction to an automatic sampling terminal, issuing a sampling task notification to a user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information and sampling time limit information of the target sampling terminal; receiving a confirmation instruction from at least one user terminal according to the sampling task notification, obtaining the identity information of the user terminal for associating with the water sample to be detected corresponding to the current sampling task notification collected by the target sampling terminal; after the user terminal completes sampling from the target sampling terminal, notifying the logistics terminal to transfer the water sample to be detected to the detection terminal; or, according to the status information of the water sample to be detected received by the detection terminal, confirming that the water sample to be detected has been transferred to the detection terminal; and detecting the water sample to be detected by the detection terminal to obtain the detection result. The water quality detection platform can complete water quality detection according to temporary and changeable situations.

Description

Technical Field

[0001] The present invention relates to the technical field of water quality detection, and in particular to a water quality detection method and system. Background Art

[0002] Water pollution is mainly caused by pollutants generated by human activities, which include four major parts: mining pollution sources, industrial pollution sources, agricultural pollution sources and domestic pollution sources. Water pollution is caused by harmful chemicals that reduce or lose the use value of water and pollute the environment. Acids, alkalis, oxidants, compounds such as copper, cadmium, mercury, arsenic, organic poisons such as benzene, ethylene dichloride, and ethylene glycol in sewage will poison aquatic organisms and affect drinking water sources and scenic spots. When organic matter in sewage is decomposed by microorganisms, it consumes oxygen in the water, affecting the life of aquatic organisms. After the dissolved oxygen in the water is exhausted, the organic matter undergoes anaerobically decomposition, producing unpleasant gases such as hydrogen sulfide and mercaptans, which further deteriorates the water quality. The increasingly severe water pollution has posed a major threat to human survival and safety, and has become a major obstacle to the sustainable development of human health, economy and society.

[0003] At present, water quality testing mainly relies on fixed-point collection and testing at water stations. Professional collectors go to designated locations to collect water samples and send them to laboratories for testing. As a result, water quality testing is difficult and costly, making existing testing measures and means unable to cope with the flexible and sudden changes in the existing water quality environment. Summary of the invention

[0004] In order to solve the existing technical problems, the embodiments of the present invention provide a water quality detection method and system that are easy to implement and can cope with various flexible and changeable detection requirements.

[0005] In a first aspect of an embodiment of the present invention, a water quality detection method is provided, comprising:

[0006] Sending a sampling instruction to the automatic sampling terminal, and issuing a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information of the target sampling terminal and the sampling time limit information;

[0007] Receiving a confirmation instruction from at least one user terminal according to the sampling task notification, and obtaining the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling end and corresponding to the current sampling task notification;

[0008] After the user terminal completes sampling from the target sampling end, the logistics end is notified to transfer the water sample to be tested to the detection end; or, according to the state information of the water sample to be tested received by the detection end, it is confirmed that the water sample to be tested has been transferred to the detection end;

[0009] The water sample to be tested is tested by the detection end to obtain the test result

[0010] In a second aspect of the embodiment of the present application, a water quality detection method is provided, comprising:

[0011] The water quality detection platform sends a sampling instruction to the automatic sampling terminal, and issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information of the target sampling terminal and the sampling time limit information;

[0012] The water quality detection platform receives a confirmation instruction from at least one user terminal according to the sampling task notification, and obtains the identity information of the user terminal for associating with the water sample to be detected corresponding to the current sampling task notification collected by the target sampling terminal;

[0013] When the water sample temporary storage receives the water sample to be tested, it reports it to the water quality testing platform, and the water quality testing platform notifies the logistics end to transfer the water sample to be tested to the testing end; or, when the testing end receives the water sample to be tested, it reports it to the water quality testing platform; or, when the water quality testing platform receives the sampling completion instruction reported by the user terminal, it notifies the logistics end to transfer the water sample to be tested to the testing end according to the location information carried in the sampling completion instruction;

[0014] The detection end detects the water sample to be detected to obtain a detection result.

[0015] According to a third aspect of an embodiment of the present application, a water quality detection system is provided, comprising a water quality detection platform and an automatic sampling end pre-set at a designated position, wherein the automatic sampling end respectively comprises at least one sample bottle for collecting water samples, and the water quality detection platform comprises a processor and a memory, wherein the memory stores a computer program, and when the computer program is executed by the processor, the steps of the water quality detection method described in any embodiment of the present application are executed.

[0016] In the water quality detection method and system provided by the above-mentioned embodiments, the water quality detection platform sends a sampling instruction to the automatic sampling terminal, and issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information and sampling time limit information of the target sampling terminal, receives a confirmation instruction from at least one user terminal according to the sampling task notification, obtains the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling terminal and corresponding to the current sampling task notification; after the user terminal completes sampling from the target sampling terminal, notifies the logistics terminal to transfer the water sample to be detected to the detection terminal; or, based on the status information of the water sample to be detected received by the detection terminal, confirms that the water sample to be detected has been transferred to the detection terminal, and detects the water sample to be detected through the detection terminal to obtain the detection result. In this way, by setting the automatic sampling terminal, the water quality detection platform can complete the water quality detection according to temporary and changeable situations, which greatly improves the convenience of water quality detection and is easy to implement. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 This is an application scenario diagram of a water quality detection method in one embodiment of the present invention;

[0018] Figure 2 A flow chart of a water quality detection method according to an embodiment of the present invention;

[0019] Figure 3 A flow chart of a water quality detection method in another embodiment of the present invention;

[0020] Figure 4 A flow chart of a water quality detection method in an optional specific example of the present invention;

[0021] Figure 5 Schematic diagram of the structure of a water quality detection platform in one embodiment of the present invention. DETAILED DESCRIPTION

[0022] The technical solution of the present invention is further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0023] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those generally understood by those skilled in the art of the technical field of the present invention. The terms used herein in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the scope of protection of the present invention. The term "and / or" used herein includes any and all combinations of one or more related listed items.

[0024] In the following description, reference is made to “some embodiments”, which describes a subset of all possible embodiments, but it should be understood that “some embodiments” may be the same subset or different subsets of all possible embodiments and may be combined with each other without conflict.

[0025] See also Figure 1 , is a schematic diagram of an optional application scenario of a water quality detection method provided in an embodiment of the present application, including a user terminal 10, an automatic sampling terminal 20, a logistics terminal 30, a detection terminal 40 and a water quality detection platform 50. The user terminal 10 can be an electronic device such as a mobile phone, a computer, a tablet, etc., and the user terminal 10 is installed with a client application for the water quality detection method applied to the user terminal. The automatic sampling terminal 20 can be pre-set at a set position, and the automatic sampling terminal 20 is communicated with the water quality detection platform 50, and can receive the sampling instruction sent by the water quality detection platform 50 to collect water samples. The logistics terminal 30 can also be an electronic device such as a server, a mobile phone, a computer, a tablet, etc., and the logistics terminal 30 is installed with a client application for the water quality detection method applied to the logistics terminal. Among them, the automatic sampling terminal 20 can uniformly use standard bottles to collect water samples. After the automatic sampling terminal 20 collects the water sample, the water quality detection platform 50 notifies the user terminal 10 to take the sample from the automatic sampling terminal 20, and then transfers it to the detection terminal 40 through the logistics terminal 30. The detection terminal 40 is used to detect the delivered water sample to be detected. Optionally, the detection terminal 40 can be an automated device that completes the process of automatically grabbing, identifying, and detecting the sample bottle after receiving the sample bottle containing the water sample. The water quality detection platform 50 may include one or more physical servers. The water quality detection platform 50 is installed with a server-side application for the water quality detection method applied to the server side, and the water quality detection method provided by the present application is jointly implemented by interacting with the user terminal 10, the automatic sampling terminal, and the logistics terminal 30.

[0026] It should be noted that the above user terminal 10, automatic sampling terminal, logistics terminal 30, detection terminal 40 and water quality detection platform 50 are divided from the perspective of functional roles in the water quality detection method implementation process, and are not divided from the perspective of physical separation. For example, the detection terminal 40 and the water quality detection platform 50 may also be the same terminal in some optional embodiments; for example, the user terminal 10 and the logistics terminal may also be the same terminal in some optional embodiments.

[0027] See also Figure 2 , a water quality detection method provided in an embodiment of the present application, comprising the following steps:

[0028] S101, sending a sampling instruction to an automatic sampling terminal, and issuing a sampling task notification to a user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information of the target sampling terminal and the sampling time limit information.

[0029] The automatic sampling terminal is pre-set at the location point for water sample collection. The automatic sampling terminal is connected to the water quality detection platform for communication, and can receive the sampling instruction sent by the water quality detection platform, and perform the water sample collection action according to the sampling instruction. The automatic sampling terminal can receive the sampling instruction sent by the water quality detection platform according to the sudden detection demand to collect water samples, or it can collect water samples regularly according to the preset sampling frequency. The automatic sampling terminal includes a sample bottle for holding water samples. The automatic sampling terminal collects water samples through the sample bottle according to the sampling instruction of the water quality detection platform, and returns response information to the water quality detection platform after successfully executing the water sample collection according to the sampling instruction. After the water quality detection platform receives the response information returned by the automatic sampling terminal, it can confirm that the automatic sampling terminal has successfully completed the water sample collection, and thus can issue a sampling task notification to the user terminal.

[0030] The water sample notification page can be displayed on the application of the user terminal, and the user can confirm the receipt of the sampling task by touching or clicking the confirmation receipt task on the water sample notification page. Optionally, the application of the water quality detection method applied to the user terminal can be an independent APP program, or it can be loaded into a known application, such as loaded into an instant messaging software, a payment software and other applications. In an optional embodiment, the client application of the water quality detection method applied to the user terminal is loaded in a known communication application, and a function button of the water sample notification can be set in the function interface of the communication application. After the user clicks the function button of the water sample notification, the terminal device switches to the water sample notification page according to the user's operation, and receives the sampling task notification issued by the water quality detection platform through the water sample notification page. The sampling task notification carries the location information and sampling time limit information of the target sampling terminal, which is convenient for the user to go to the corresponding automatic sampling terminal to take the collected water sample in time according to the location information and sampling time limit information of the target sampling terminal.

[0031] S103, receiving a confirmation instruction from at least one user terminal according to the sampling task notification, and obtaining the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling end and corresponding to the current sampling task notification.

[0032] The user can choose to receive the sampling task on the water sample notification page of the user terminal. For example, a button for confirming the receipt of the task may be provided on the water sample notification page. The user can receive the sampling task by touching or clicking the button for confirming the receipt of the task on the water sample notification page. The identity information of the user terminal may refer to information that can uniquely characterize the identity of the user, such as the user name, user code, and telephone number of the user logging into the application. The water quality detection platform obtains the identity information of the user terminal, and associates the user identity information with the water sample to be detected corresponding to the current sampling task notification collected by the target sampling end, so as to conveniently track the transportation status of the water sample to be detected from being collected to being transported to the detection end. As an optional implementation, labels are provided on the sample bottles of the automatic sampling end, and the water quality detection platform stores the positions of each automatic sampling end and the idle status of the corresponding sample bottles. When the water quality detection platform issues a sampling instruction to the specified automatic sampling end and receives the response information returned by the automatic sampling end, the sample bottle associated with the current sampling task can be determined. When the user terminal confirms the receipt of the corresponding sampling task, the association relationship between the user terminal and the sample bottle can be determined.

[0033] S105, after the user terminal completes sampling from the target sampling end, notifying the logistics end to transfer the water sample to be tested to the testing end; or, based on the status information of the water sample to be tested received by the testing end, confirming that the water sample to be tested has been transferred to the testing end.

[0034] The user terminal completes sampling from the target sampling end, which may refer to the user sending a sampling completion instruction to the water quality detection platform through the user terminal after completing the sampling from the target sampling end. Optionally, a sampling completion button may be provided on the sampling notification page of the user terminal, and the user terminal may report the sampling completion instruction by touching or clicking the sampling completion button. After the water quality detection platform obtains the status of the user terminal completing sampling from the target sampling end, it notifies the logistics end to transfer the water sample to be detected to the detection end. Among them, the logistics end may refer to a logistics party with a pre-established cooperative relationship, and notifying the logistics end to transfer the water sample to be detected to the detection end may refer to the water quality detection platform sending a notification that the water sample to be detected needs to be transferred from the user terminal where the sampling is completed to the detection end to the management platform of the cooperative logistics party, and the management platform of the cooperative logistics party assigns the distribution task; after the management platform of the logistics end assigns the distribution task, it will send the relevant information of the distribution personnel performing the distribution task to the water quality detection platform, so that the water quality detection platform can track the transportation status of the water sample to be detected. Notifying the logistics end to transfer the water sample to be tested to the testing end may also mean that the water quality testing platform sends a notification of the need to transfer the water sample to be tested from the user terminal that has completed sampling to the testing end to the mobile terminal of the delivery personnel of the cooperative logistics party, so that the delivery personnel can directly receive the delivery task. The water quality testing platform can obtain relevant information about the delivery personnel who receive the delivery task to perform the delivery task, thereby tracking the transportation status of the water sample to be tested.

[0035] It should be noted that in some embodiments, the user terminal and the logistics end may be the same end. That is, in some embodiments, the delivery personnel at the logistics end may receive the sampling task notification issued by the water quality testing platform, take the water sample from the target sampling end and directly transfer it to the testing end; or in some embodiments, the user may receive the sampling task notification issued by the water quality testing platform, take the water sample from the target sampling end and directly transfer it to the testing end.

[0036] The water quality testing platform confirms that the water sample to be tested has been transported to the testing end based on the status information of the water sample to be tested received by the testing end. The water sample collected by the automatic sampling end is contained in a standard sample bottle. When the testing end detects the label of the sample bottle, it can be determined that the water sample to be tested has been transported to the testing end. The arrival of the water sample to be tested at the testing end can be achieved by the user who confirms that the sampling is delivered by himself, the water quality testing platform notifies the logistics end of the transportation, and the user who confirms that the sampling selects one of the logistics ends recommended by the water quality testing platform to transport the water sample to be tested.

[0037] S107, testing the water sample to be tested through the testing end to obtain a test result.

[0038] The detection end is a fixed-point institution that can provide reliable and authoritative detection of water quality. The detection end can be provided with a sample receiving window for receiving the water sample to be detected. After the logistics end transfers the water sample to be detected to the detection end, it directly delivers it through the sample receiving window to complete the transfer task. The detection end can be an automated device for implementing the water quality detection process. When it is detected that the water sample to be detected is placed in the sample receiving window, it automatically grabs, identifies and sends it to the subsequent detection process. Optionally, the detection end can be other known laboratories, workstations, etc. that can perform reliable and authoritative detection of water quality. The detection end can identify the transferred water sample to be detected by identifying the label of the sample bottle, and track the detection links and detection results of the water sample to be detected through the label of the sample bottle, and promptly inform the water quality detection platform. Among them, the water quality detection platform triggers the detection process by sending a sampling instruction to the automatic sampling end, and can establish an association between the sampling task and the label of the sampling bottle of the corresponding automatic sampling end. The user terminal takes samples from the automatic sampling end, and can establish an association between the user terminal and the label of the sampling bottle of the corresponding sampling task. The logistics end transports the water samples to be tested, and can establish an association between the logistics information and the label of the sample bottle. The detection end tests the water samples to be tested, and can establish an association between the detection process and the detection results and the label of the sample bottle. According to the associated information, the water samples to be tested corresponding to the sampling tasks issued by the water quality detection platform can be tracked in real time from collection, transportation, and detection to obtain the detection results corresponding to the sampling tasks.

[0039] In the above-mentioned embodiment of the present application, the water quality detection platform can send a sampling instruction to the automatic sampling end based on a temporary sampling task, and issue a sampling task notification to the user terminal according to the response information returned by the automatic sampling end; wherein, the sampling task notification carries the location information and sampling time limit information of the target sampling end, receives the confirmation instruction of the user terminal according to the sampling task notification, obtains the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling end and corresponding to the current sampling task notification; after the user terminal completes sampling from the target sampling end, notifies the logistics end to transfer the water sample to be detected to the detection end; or, according to the status information of the water sample to be detected received by the detection end, confirms that the water sample to be detected has been transferred to the detection end, and detects the water sample to be detected by the detection end to obtain the detection result. In this way, by setting the automatic sampling end and the transfer of the user terminal and the logistics end, the water quality detection platform can complete the water quality detection according to the temporary and changeable situation, which greatly improves the convenience of water quality detection and is easy to implement.

[0040] In some embodiments, sending a sampling instruction to the automatic sampling terminal includes:

[0041] Based on the water quality supervision requirements, sampling instructions are issued to the automatic sampling terminals within the designated area; wherein the automatic sampling terminals are pre-set at designated locations, and the automatic sampling terminals each include at least one sample bottle for collecting water samples to be tested.

[0042] The demand for water quality supervision can be based on emergencies, such as sudden pollution in a certain section of water, which requires immediate water quality testing of the water in that section; it can also be based on regular water quality supervision needs, such as the need to conduct water quality testing on certain waters once a week. The water quality testing platform can issue sampling instructions to automatic sampling terminals within a specified area based on temporary or regular water quality supervision needs, so that the automatic sampling terminals collect water samples at corresponding locations. Through the setting of the automatic sampling terminal, the need for professional sampling personnel to go to designated sampling points for sampling can be reduced each time water samples are collected, which can not only improve the sampling efficiency, but also avoid the authenticity of the test results affected by operational errors of sampling personnel.

[0043] In some embodiments, after receiving a confirmation instruction from at least one user terminal according to the sampling task notification, the method further includes:

[0044] According to the location information carried in the confirmation instruction or the location information of the target sampling end in the sampling task notification and the location information of the pre-stored water sample temporary storage, a water sample temporary storage that meets the set requirements is determined as a matching water sample temporary storage;

[0045] The location information of the water sample temporary storage is returned to the user terminal.

[0046] Among them, the automatic sampling end may not use a sample bottle for the collection of water samples. After the water quality detection platform sends a sampling instruction to the automatic sampling end, the automatic sampling end collects water samples, and the water quality detection platform issues a sampling task instruction to the user terminal. After the user terminal confirms the receipt of the sampling task, the water quality detection platform selects the matching water sample temporary storage and sends it to the user terminal, so that the user terminal can take the water sample from the corresponding automatic sampling end and temporarily store it in the sample bottle of the water sample temporary storage. The water sample temporary storage can be a device pre-set at a set position, and a plurality of sample bottles for holding water samples are provided in the water sample temporary storage. The sample bottle is a standard bottle, which can provide a fidelity storage condition for water samples, and can provide automatic identification of the water sample temporary storage and the detection end. The water quality detection platform stores the location of the existing water sample temporary storage, and the sample bottles contained in the water sample temporary storage, and other related information. In some optional embodiments, the relevant information corresponding to each water sample temporary storage includes: the code of the water sample temporary storage, the location of the water sample temporary storage, the number of sample bottles contained in the water sample temporary storage, the label of each sample bottle, the current status of each sample bottle, etc. The matching water sample temporary storage can be determined based on the distance between the water sample temporary storage and the user or the distance between the water sample temporary storage and the automatic sampling terminal, and the number of idle sample bottles contained in the water sample temporary storage.

[0047] In the above embodiments of the present application, water samples are collected using an automatic sampling terminal, which facilitates the collection of water samples at a certain time, location and depth, and avoids the problem of water sample distortion caused by operational errors in human sampling. The setting of the water sample temporary storage warehouse can facilitate users to take water samples from the automatic sampling terminal and uniformly store them in sample bottles in the water sample temporary storage warehouse. The setting of the water sample temporary storage warehouse facilitates the delivery of water samples to be tested after users take water, and also facilitates the centralized management of water quality testing platforms after water samples are collected by multiple automatic sampling terminals. Among them, the sample bottle can provide storage conditions for the water samples to be tested after collection, such as providing a constant temperature and sealed storage environment; secondly, the sample bottle is also convenient for associating the water samples to be tested with the sampling tasks one by one, and realizing full tracking and management of the water samples to be tested obtained under the sampling tasks. RFID tags can be set on the sample bottles. After the water quality detection platform sends a sampling instruction to the automatic sampling end, it issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling end after collecting water samples based on the sampling instruction. After the user terminal confirms receipt of the sampling task, it can associate the user information of the receiving sampling task with the water sample collected by the automatic sampling end according to the current sampling task; the user who receives the sampling task takes the water sample collected by the automatic sampling end and puts it into a sample bottle in the water sample temporary storage, and can associate the sample bottle with the user information of the receiving sampling task and the sampling task, so that the detection end receives the sample bottle, and after testing the water sample to be tested, the test results are associated with the automatic sampling end and the sampling task.

[0048] Among them, the user who receives the sampling task takes the water sample collected by the automatic sampling end and puts it in the sample bottle of the water sample temporary storage warehouse. The user who receives the sampling task can carry the water sample taken from the automatic sampling end to the sample bottle of the water sample temporary storage warehouse for temporary storage, waiting for transportation; or take out the sample bottle from the water sample temporary storage warehouse and take the water sample from the automatic sampling end, and then put the sample bottle containing the water sample back into the water sample temporary storage warehouse, waiting for transportation. Optionally, the matching water sample temporary storage warehouse can refer to a water sample temporary storage warehouse that is close to the user who confirms to receive the sampling task and includes sample bottles in an idle state, or it can refer to a water sample temporary storage warehouse that is close to the automatic sampling end and includes sample bottles in an idle state. The matching water sample temporary storage warehouse can be one or more. When there are multiple matching water sample temporary storage warehouses, the user can select one of them for delivery.

[0049] In some embodiments, after the user terminal completes sampling from the target sampling end, notifying the logistics end to transfer the water sample to be tested to the testing end includes:

[0050] After the water sample temporary storage receives the water sample to be tested, the logistics end is notified to transfer the water sample to be tested from the target water sample temporary storage to the detection end; or,

[0051] After the user terminal reports the sampling completion instruction, the sampling point is determined according to the location information carried in the sampling completion instruction, and the logistics end is notified to transport the water sample to be tested from the sampling point to the detection end; or,

[0052] After the user terminal reports the sampling completion instruction, the optional logistics end information is returned to the user terminal, and according to the selected instruction of the user terminal to the logistics end, the logistics end is notified to collect the water sample to be tested.

[0053] After the water quality testing platform receives the water sample to be tested in the water sample temporary storage, it notifies the logistics end to transfer the water sample to be tested from the target water sample temporary storage to the testing end. Optionally, the water quality testing platform can obtain the identity information of the logistics end by sending a collection notification to the logistics end, according to the collection instruction of the logistics end to the collection notification, and use the identity information to track the logistics status of the water sample to be tested from the water sample temporary storage to the testing end, and associate the logistics end with the water sample to be tested. The collection task page can be displayed on the application of the logistics end, and the collection notification issued by the water quality testing platform can be published on the collection task page. The logistics end confirms the collection by touching or clicking the collection notification on the collection task page. Optionally, the application of the water quality testing method applied to the logistics end can be an independent APP program, or it can be loaded into a known application, such as loaded into instant messaging software, payment software and other applications. In an optional embodiment, the logistics-end application of the water quality detection method is loaded into a known communication application. The function interface of the communication application may be provided with a function button for a logistics order. The user activates the function of the logistics order and keeps it running in the background. When the water quality detection platform or the logistics management platform issues a collection notification, the logistics-end application receives the collection notification and can remind through voice, text, etc., so that the delivery personnel can be informed of the collection notification in time and confirm whether to collect the goods according to their current location and other conditions. It should be noted that the specific implementation method of the water quality detection platform sending a collection notification to the logistics end and the logistics end confirming the collection and executing the delivery task according to the collection notification is not limited to the form of the logistics order described in the above embodiments. Other forms of transportation and logistics status tracking of water samples to be tested that can be completed under the technical guidance of the embodiments of this application are also included in the protection scope of this application.

[0054] After the user terminal reports the sampling completion instruction, the water quality detection platform determines the sampling point according to the location information carried by the sampling completion instruction, and notifies the logistics end to transfer the water sample to be detected from the sampling point to the detection end. Among them, the user terminal reports the sampling completion instruction by setting a sampling completion button on the display page confirming the receipt of the sampling task, and reporting the sampling completion instruction by touching or clicking the sampling completion button. The location information carried by the sampling completion instruction may refer to the location information entered by the user in the display page of the sampling completion instruction, or may refer to the location information of the user terminal obtained by the positioning function when the user submits the sampling completion instruction. The implementation method of the water quality detection platform notifying the logistics end to transfer the water sample to be detected from the sampling point to the detection end may be the same as the implementation method of the above-mentioned water quality detection platform notifying the logistics end to transfer the water sample to be detected from the target water sample temporary storage to the detection end, which will not be repeated here.

[0055] After the user terminal reports the sampling completion instruction, the water quality detection platform returns the optional logistics terminal information to the user terminal, and notifies the logistics terminal to collect the water samples to be tested according to the selected instruction of the user terminal for the logistics terminal. The water quality detection platform returns the optional logistics terminal information to the user terminal according to the location information carried in the reported sampling instruction. After the user terminal selects one of the optional logistics terminal information returned, the notification that the water samples to be tested need to be transported from the user terminal to the detection terminal is sent to the management platform of the corresponding cooperative logistics party, and the management platform of the cooperative logistics party assigns the delivery task. After the logistics terminal management platform assigns the delivery task, it will send the relevant information of the delivery personnel performing the delivery task to the water quality detection platform, so that the water quality detection platform can track the transportation status of the water samples to be tested. In other optional embodiments, the optional logistics terminal information is returned to the user terminal based on the location information carried in the sampling completion instruction. After the user terminal selects one of them, the corresponding logistics terminal is notified to collect the sample at the door according to the contact information of the logistics terminal. When the user terminal sends the water sample to be tested through the logistics terminal, the logistics order information can be reported through the user terminal, or when the user terminal sends the water sample to be tested through the logistics terminal, the logistics terminal can report the logistics order information, so that the water quality testing platform can track the transportation status of the water sample to be tested according to the logistics order information.

[0056] In some embodiments, the water quality detection method further includes:

[0057] The detection result is stored in association with the water sample to be detected that is collected by the target sampling end and corresponds to the current sampling task notification, and the identity information of the user terminal.

[0058] Among them, after the water quality detection platform sends a sampling instruction to the automatic sampling terminal, it issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal after collecting water samples based on the sampling instruction. After the user terminal confirms the receipt of the sampling task, it takes a water sample from the corresponding automatic sampling terminal. At this time, the user information of the user who receives the sampling task can be associated with the water sample taken by the user, that is, the user information of the user who receives the sampling task can be associated with the water sample collected by the automatic sampling terminal according to the current sampling task. In the case where the automatic sampling terminal uses a sample bottle to collect water samples, the user information is associated with the sample bottle after taking the water sample, and when the sample bottle is transported to the detection terminal through the logistics terminal, the logistics information of the logistics terminal is associated with the sample bottle. In the case where the automatic sampling end does not use a sample bottle to collect water samples, the user who receives the sampling task can take the water sample collected from the automatic sampling end and put it in a sample bottle in the water sample temporary storage. The sample bottle can be associated with the user information of the sampling task and the sampling task, so that the detection end receives the sample bottle, and after the water sample to be detected is detected, the detection result obtained is associated with the automatic sampling end and the sampling task. When the sample bottle is transported to the detection end through the logistics end, the logistics information of the logistics end is associated with the sample bottle. The sample bottle provided by the automatic sampling end or the water sample temporary storage to hold the water sample to be detected can provide the storage conditions for the water sample to be detected after collection, such as providing a constant temperature and sealed storage environment; secondly, an RFID tag can be set on the sample bottle, so as to facilitate the one-to-one association between the water sample to be detected and the detection request, and realize the full tracking management of each user's detection request.

[0059] See also Figure 3 On the other hand, the present application also provides a water quality detection method, comprising the following steps.

[0060] S201, the water quality detection platform sends a sampling instruction to the automatic sampling terminal, and issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information of the target sampling terminal and the sampling time limit information.

[0061] The automatic sampling terminal is pre-set at the location point for water sample collection. The automatic sampling terminal is connected to the water quality detection platform for communication, and can receive the sampling instruction sent by the water quality detection platform, and perform the action of water sample collection according to the sampling instruction. The automatic sampling terminal can receive the sampling instruction sent by the water quality detection platform according to the sudden detection demand to collect water samples, or it can collect water samples regularly according to the preset sampling frequency. The automatic sampling terminal includes a sample bottle for holding water samples. The automatic sampling terminal collects water samples through the sample bottle according to the sampling instruction of the water quality detection platform, and returns a response message to the water quality detection platform after successfully completing the water sample collection according to the sampling instruction. After the water quality detection platform receives the response message returned by the automatic sampling terminal, it can confirm that the automatic sampling terminal has successfully completed the water sample collection, so that the sampling task notification can be issued to the user terminal. The water sample notification page can be displayed on the application of the user terminal, and the user can send a confirmation instruction to the water quality detection platform to confirm the receipt of the sampling task by touching or clicking the confirmation receipt task on the water sample notification page. Optionally, the application of the water quality detection method applied to the user end can be an independent APP program, or can be loaded into a known application, such as instant messaging software, payment software, etc. The sampling task notification carries the location information of the target sampling end and the sampling time limit information, so that the user can go to the corresponding automatic sampling end to take the collected water sample in time according to the location information and sampling time limit information of the target sampling end.

[0062] S203, the water quality detection platform receives a confirmation instruction from at least one user terminal according to the sampling task notification, and obtains the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling terminal and corresponding to the current sampling task notification.

[0063] The user can choose to receive the sampling task on the water sample notification page of the user terminal. The identity information of the user terminal may refer to information that can uniquely characterize the user's identity, such as the user name, user code, telephone number, etc. of the user logging into the application. The water quality testing platform obtains the identity information of the user terminal, and associates the user identity information with the water sample to be tested that is collected by the target sampling terminal and corresponds to the current sampling task notification, so as to conveniently track the transportation status of the water sample to be tested from the time it is collected to the time it is transported to the testing terminal.

[0064] S205, when the water sample temporary storage receives the water sample to be tested, it reports it to the water quality testing platform, and the water quality testing platform notifies the logistics end to transfer the water sample to be tested to the testing end; or, when the testing end receives the water sample to be tested, it reports it to the water quality testing platform; or, when the water quality testing platform receives the sampling completion instruction reported by the user terminal, it notifies the logistics end to transfer the water sample to be tested to the testing end according to the location information carried in the sampling completion instruction.

[0065] Optionally, the water sample temporary storage can be a device pre-set at a set position, and a plurality of sample bottles for holding water samples are provided in the water sample temporary storage. The sample bottle is a standard bottle, which can provide a fidelity storage condition for water samples, and can provide automatic identification of the water sample temporary storage and the detection end. The water quality detection platform stores the location of the existing water sample temporary storage, and the sample bottles contained in the water sample temporary storage, and other related information. In some optional embodiments, the relevant information corresponding to each water sample temporary storage includes: the code of the water sample temporary storage, the location of the water sample temporary storage, the number of sample bottles contained in the water sample temporary storage, the label of each sample bottle, the current state of each sample bottle, etc. Among them, the matching water sample temporary storage can be determined according to the distance between the water sample temporary storage and the user or the distance between the water sample temporary storage and the automatic sampling end, and the situation of the idle sample bottles contained in the water sample temporary storage. Optionally, the automatic sampling end can also collect water samples without using sample bottles. After the water quality detection platform sends a sampling instruction to the automatic sampling end, the automatic sampling end collects water samples, and the water quality detection platform issues a sampling task instruction to the user terminal. After the user terminal confirms the receipt of the sampling task, the water quality testing platform selects the matching water sample temporary storage and sends it to the user terminal, so that the user terminal can take the water sample from the corresponding automatic sampling terminal and temporarily store it in the sample bottle of the water sample temporary storage. When the water sample temporary storage receives the water sample taken by the user from the automatic sampling terminal, it reports it to the water quality testing platform, and the water quality testing platform notifies the logistics end to transport the water sample to be tested to the testing end.

[0066] Optionally, the water quality testing platform confirms that the water sample to be tested has been transported to the testing end based on the status information of the water sample to be tested received by the testing end. Optionally, the automatic sampling end puts the collected water sample in a standard sample bottle. When the testing end detects the label of the sample bottle, it can be determined that the water sample to be tested has been transported to the testing end. The arrival of the water sample to the testing end can be achieved by confirming that the sampling user sends the sample by himself, the water quality testing platform notifies the logistics end to transport the sample, and the user who confirms that the sampling user selects one of the logistics ends recommended by the water quality testing platform to transport the water sample to be tested.

[0067] As another optional embodiment, the user terminal completes sampling from the target sampling end, which may refer to the user sending a sampling completion instruction to the water quality detection platform through the user terminal after completing the sampling from the target sampling end. Optionally, a sampling completion button may be provided on the sampling notification page of the user terminal, and the user terminal may report the sampling completion instruction by touching or clicking the sampling completion button. After the water quality detection platform obtains the status of the user terminal completing sampling from the target sampling end, it notifies the logistics end to transfer the water sample to be detected to the detection end. Among them, the logistics end may refer to the logistics party with which a cooperative relationship has been established in advance, and notifying the logistics end to transfer the water sample to be detected to the detection end may refer to the water quality detection platform sending a notification that the water sample to be detected needs to be transferred from the user terminal where the sampling is completed to the detection end to the management platform of the cooperative logistics party, and the management platform of the cooperative logistics party assigns the distribution task; after the management platform of the logistics end assigns the distribution task, it will send the relevant information of the distribution personnel performing the distribution task to the water quality detection platform, so that the water quality detection platform can track the transportation status of the water sample to be detected. Notifying the logistics end to transfer the water sample to be tested to the testing end may also mean that the water quality testing platform sends a notification of the need to transfer the water sample to be tested from the user terminal that has completed sampling to the testing end to the mobile terminal of the delivery personnel of the cooperative logistics party, so that the delivery personnel can directly receive the delivery task. The water quality testing platform can obtain relevant information about the delivery personnel who receive the delivery task to perform the delivery task, thereby tracking the transportation status of the water sample to be tested.

[0068] It should be noted that in some embodiments, the user terminal and the logistics end may be the same end. That is, in some embodiments, the delivery personnel at the logistics end may receive the sampling task notification issued by the water quality testing platform, take the water sample from the target sampling end and directly transfer it to the testing end; or in some embodiments, the user may receive the sampling task notification issued by the water quality testing platform, take the water sample from the target sampling end and directly transfer it to the testing end.

[0069] S207, the detection end detects the water sample to be detected to obtain a detection result.

[0070] The detection end is a fixed-point institution that can provide reliable and authoritative detection of water quality. The detection end can be provided with a sample receiving window for receiving the water sample to be detected. After the logistics end transfers the water sample to be detected to the detection end, it directly delivers it through the sample receiving window to complete the transfer task. The detection end can be an automated device for implementing the water quality detection process. When it is detected that the water sample to be detected is placed in the sample receiving window, it automatically grabs, identifies and sends it to the subsequent detection process. Optionally, the detection end can be other known laboratories, workstations, etc. that can perform reliable and authoritative detection of water quality. The detection end can identify the transferred water sample to be detected by identifying the label of the sample bottle, and track the detection links and detection results of the water sample to be detected through the label of the sample bottle, and promptly inform the water quality detection platform. Among them, the water quality detection platform triggers the detection process by sending a sampling instruction to the automatic sampling end, and can establish an association between the sampling task and the label of the sampling bottle of the corresponding automatic sampling end. The user terminal takes samples from the automatic sampling end, and can establish an association between the user terminal and the label of the sampling bottle of the corresponding sampling task. The logistics end transports the water samples to be tested, and can establish an association between the logistics information and the label of the sample bottle. The detection end tests the water samples to be tested, and can establish an association between the detection process and the detection results and the label of the sample bottle. According to the associated information, the water samples to be tested corresponding to the sampling tasks issued by the water quality detection platform can be tracked in real time from collection, transportation, and detection to obtain the detection results corresponding to the sampling tasks.

[0071] In the above embodiments of the present application, by setting an automatic sampling end to obtain the sampling instructions sent by the water quality detection platform, and by setting a user terminal and a logistics end to transfer the water sample to the detection end, the water quality detection platform can complete water quality detection according to temporary and changing situations, which greatly improves the convenience of water quality detection and is easy to implement.

[0072] In some embodiments, the automatic sampling end is pre-set at a designated position, and the automatic sampling end is used to collect at least one sample bottle of water sample; when the water sample temporary storage receives the water sample to be tested, it reports to the water quality testing platform, including:

[0073] When the water sample temporary storage detects the return operation of the sample bottle, it determines that the water sample to be tested is received and reports it to the water quality testing platform;

[0074] When the detection end receives the water sample to be detected, it reports it to the water quality detection platform, including:

[0075] When the detection end detects the label information of the sample bottle, it determines that the water sample to be detected is received and reports it to the water quality detection platform.

[0076] Among them, after the water quality detection platform receives the sample bottle containing the water sample to be detected in the water sample temporary storage and puts it back, it notifies the logistics end to transfer the water sample to be detected from the target water sample temporary storage to the detection end. The water quality detection platform can send a collection notification to the logistics end, obtain the identity information of the logistics end according to the collection instruction of the logistics end to the collection notification, and use the identity information to track the logistics status of the water sample to be detected from the water sample temporary storage to the detection end, and associate the logistics end with the water sample to be detected. The collection task page can be displayed on the application of the logistics end, and the collection notification issued by the water quality detection platform can be published on the collection task page. The logistics end confirms the collection by touching or clicking the collection notification on the collection task page. Optionally, the application of the water quality detection method applied to the logistics end can be an independent APP program, or it can be loaded in a known application, such as loaded in an instant messaging software, payment software and other applications. In an optional embodiment, the logistics-end application of the water quality detection method is loaded into a known communication application. The function interface of the communication application may be provided with a function button for a logistics order. The user activates the function of the logistics order and keeps it running in the background. When the water quality detection platform or the logistics management platform issues a collection notification, the logistics-end application receives the collection notification and can remind through voice, text, etc., so that the delivery personnel can be informed of the collection notification in time and confirm whether to collect the goods according to their current location and other conditions. It should be noted that the specific implementation method of the water quality detection platform sending a collection notification to the logistics end and the logistics end confirming the collection and executing the delivery task according to the collection notification is not limited to the form of the logistics order described in the above embodiments. Other forms of transportation and logistics status tracking of water samples to be tested that can be completed under the technical guidance of the embodiments of this application are also included in the protection scope of this application.

[0077] In some embodiments, the water quality detection platform receives the sampling completion instruction reported by the user terminal, and notifies the logistics end to transport the water sample to be detected to the detection end according to the location information carried in the sampling completion instruction, including:

[0078] The water quality detection platform receives the sampling completion instruction reported by the user terminal, determines the sampling point according to the location information carried in the sampling completion instruction, and notifies the logistics end to transport the water sample to be detected from the sampling point to the detection end; or,

[0079] The water quality testing platform receives the sampling completion instruction reported by the user terminal, returns the optional logistics end information to the user terminal, and notifies the logistics end to collect the water samples to be tested according to the selected instruction of the user terminal to the logistics end.

[0080] Among them, after the user terminal reports the sampling completion instruction, the water quality detection platform determines the sampling point according to the location information carried by the sampling completion instruction, and notifies the logistics end to transfer the water sample to be detected from the sampling point to the detection end. The user terminal reports the sampling completion instruction by setting a sampling completion button on the display page confirming the receipt of the sampling task, and reporting the sampling completion instruction by touching or clicking the sampling completion button. The location information carried by the sampling completion instruction may refer to the location information entered by the user in the display page of the sampling completion instruction, or may refer to the location information of the user terminal obtained by the positioning function when the user submits the sampling completion instruction. The implementation method of the water quality detection platform notifying the logistics end to transfer the water sample to be detected from the sampling point to the detection end may be the same as the implementation method of the above-mentioned water quality detection platform notifying the logistics end to transfer the water sample to be detected from the target water sample temporary storage to the detection end, which will not be repeated here.

[0081] After the user terminal reports the sampling completion instruction, the water quality detection platform returns the optional logistics terminal information to the user terminal, and notifies the logistics terminal to collect the water samples to be tested according to the selected instruction of the user terminal for the logistics terminal. The water quality detection platform returns the optional logistics terminal information to the user terminal according to the location information carried in the reported sampling instruction. After the user terminal selects one of the optional logistics terminal information returned, the notification that the water samples to be tested need to be transported from the user terminal to the detection terminal is sent to the management platform of the corresponding cooperative logistics party, and the management platform of the cooperative logistics party assigns the delivery task. After the logistics terminal management platform assigns the delivery task, it will send the relevant information of the delivery personnel performing the delivery task to the water quality detection platform, so that the water quality detection platform can track the transportation status of the water samples to be tested. In other optional embodiments, the optional logistics terminal information is returned to the user terminal based on the location information carried in the sampling completion instruction. After the user terminal selects one of them, the corresponding logistics terminal is notified to collect the sample at the door according to the contact information of the logistics terminal. When the user terminal sends the water sample to be tested through the logistics terminal, the logistics order information can be reported through the user terminal, or when the user terminal sends the water sample to be tested through the logistics terminal, the logistics terminal can report the logistics order information, so that the water quality testing platform can track the transportation status of the water sample to be tested according to the logistics order information.

[0082] In some embodiments, the water quality detection method further includes:

[0083] The water quality detection platform evaluates the user terminal according to the sampling task index of the user terminal, and performs hierarchical management on the user terminal based on the evaluation result;

[0084] Wherein, the sampling task indicator includes at least one of the following: the time of receiving the confirmation instruction of the sampling task notification, the time of issuing the sampling completion instruction, the time when the water sample temporary storage receives the water sample to be tested, the time when the detection end receives the water sample to be tested, and the validity of the detection result of the water sample to be tested; and / or,

[0085] The water quality detection platform evaluates the logistics end according to the transfer task index of the logistics end, and performs hierarchical management on the logistics end based on the evaluation result;

[0086] Among them, the transfer task indicators include at least one of the following: the time from the logistics end receiving the notification to the time of taking the water sample to be tested, the logistics status information of the water sample to be tested, and the validity of the test result of the water sample to be tested.

[0087] The water quality testing platform tracks and manages the water samples to be tested in the whole process of automatic sampling end collecting water samples, user terminal sampling from the automatic sampling end, logistics end transporting water samples to the testing end, and testing the water samples to be tested at the testing end. Among them, the water quality testing platform can collect water samples from the automatic sampling end of the water sample collection points distributed at various set locations by introducing user terminals and logistics ends, and can transfer the water samples to the testing end in a timely manner and effectively maintain the characteristics of the water samples when they are collected. Among them, the timeliness of the user terminal sampling from the automatic sampling end and the conditions for preserving the water samples, as well as the timeliness of the logistics end transporting the water samples and the conditions for preserving the water samples, greatly affect the accuracy and effectiveness of the water sample test results.

[0088] In the process of tracking and managing the process of sampling from the automatic sampling end by the user terminal, the water quality detection platform obtains the sampling task index to evaluate the user terminal, and hierarchically manages the user terminal based on the evaluation result. By hierarchically managing the user terminal, after issuing the sampling task notification, according to the hierarchical management result, the user who can complete the sampling task with a higher level and better can be selected to perform the sampling. Correspondingly, in the process of tracking and managing the process of the logistics end transporting the water sample to be tested to the detection end, the water quality detection platform obtains the transfer task index to evaluate the logistics end, and hierarchically manages the logistics end based on the evaluation result. By hierarchically managing the logistics end, after the user terminal completes the sampling, according to the hierarchical management result, the distribution personnel with a higher level who can complete the transfer better can be selected to perform the transfer. Optionally, the water quality detection platform gives corresponding rewards to the users who assist in completing the sampling and the distribution personnel who complete the transfer after completing the corresponding tasks. By hierarchically managing the user terminal and the logistics end, the reward value can be set to match the corresponding level of the user and the distribution personnel.

[0089] See also Figure 4In order to have a further overall understanding of the water quality detection method provided by the present application, the implementation process of the water quality detection method is described below by taking an optional specific example as an example, including:

[0090] S11, the supervisor initiates a sampling task, and the water quality testing platform sends a sampling instruction to the corresponding automatic sampling terminal;

[0091] S12, the automatic sampling terminal collects water samples according to the sampling instruction;

[0092] S13, the water quality testing platform issues a sampling notification to the user terminal;

[0093] S14, after receiving the sampling notification, the user terminal confirms the order and goes to the automatic sampling terminal to take water samples;

[0094] If the current sampling task is an urgent task, S15 is executed, and the user terminal can deliver the sample to the detection end through the water sample temporary storage after taking the sample; if the current task is a non-urgent task, S16 is executed, and the user terminal can deliver the sample to the detection end after taking the sample;

[0095] S15, the water quality testing platform receives the order confirmation instruction submitted by the user terminal for sampling, and recommends a matching water sample temporary storage to the user terminal; the water sample temporary storage is pre-set at each designated location, including sample bottles that can hold water samples and keep the water samples from being distorted and invalid during transportation.

[0096] S151, the user sends the water sample to the water sample temporary storage; for example, the user brings the water sample to the water sample temporary storage and puts it in a sample bottle in the water sample temporary storage, and an association is established between the user and the sample bottle, or the user takes out the sample bottle from the water sample temporary storage, puts the water sample in the sample bottle and then puts it back into the water sample temporary storage. The sample bottle is provided with a label, and at this time, an association is established between the user and the sample bottle.

[0097] S152, the water sample temporary storage uses sample bottles to hold water samples and temporarily store them;

[0098] S153, the water quality testing platform notifies the logistics end to collect the water samples to be tested from the water sample temporary storage warehouse; the water quality testing platform can notify the cooperative logistics party to collect the water samples from the water sample temporary storage warehouse through the instruction of the completed sampling sent by the user terminal, or according to the status of the water samples to be tested received by the water sample temporary storage warehouse. The notification can be to issue a collection notification to the logistics end, and the receiving logistics end confirms the collection instruction after receiving the collection notification to complete the distribution of the delivery task.

[0099] S154, after the logistics end takes a sample from the water sample temporary storage, the water sample to be tested is sent to the testing end;

[0100] S16, the user sends the obtained water sample to the corresponding detection end;

[0101] S17, the detection end can identify the label on the sample bottle, and after completing the detection of the water sample to be detected in the sample bottle, obtain the detection result of the corresponding sampling task.

[0102] In an embodiment of the present application, the water quality management platform can issue sampling tasks, send sampling instructions to the automatic sampling end, and with the assistance of the user terminal and the logistics end, take samples from the automatic sampling end and transport them to the detection end to obtain the detection results corresponding to the sampling tasks. Under the unified management of the water quality detection platform, the water quality detection can be completed and reliable and authoritative detection results can be obtained, which greatly facilitates meeting the needs of different users for water quality detection.

[0103] On the other hand, an embodiment of the present application further provides a water quality detection system, including a water quality detection platform and an automatic sampling end pre-set at a designated position, wherein the automatic sampling end includes at least one sample bottle for collecting water samples, and the water quality detection platform includes a processor 51 and a memory 52, wherein the memory 52 stores a computer program, and when the computer program is executed by the processor 51, the steps of the water quality detection method described in any embodiment of the present application are executed.

[0104] The water quality detection method and system provided in the embodiments of the present application have at least the following characteristics:

[0105] First, the implementation of water quality testing can be completed with the help of the public. It is no longer limited to the method of professional sampling personnel temporarily going to various sampling points to collect water samples according to sampling tasks and then sending them to the laboratory. The water quality testing process and test results do not rely on personal experience. It can not only ensure the professionalism and reliability of the test, but also greatly improve the convenience of water quality testing and make it easy to implement;

[0106] Second, the entire testing process can be completed automatically. From the formation and transportation of water samples to be tested to the completion of testing and the sending of test results, tracking management can be achieved throughout the entire testing cycle. The entire testing process can achieve quality control to ensure the accuracy and traceability of the test results.

[0107] Third, it reduces the cost and threshold of water quality testing, lowers the high professional requirements for staff, and solves the problems that urgently need to be solved in the current water environment industry.

[0108] It will be understood by those skilled in the art that all or part of the processes in the above-mentioned embodiments can be implemented by instructing the relevant hardware through a computer program, and the program can be stored in a non-volatile computer-readable storage medium. When the program is executed, it can include the processes of the embodiments of the above-mentioned methods. Among them, any reference to memory, storage, database or other media used in the embodiments of the present application may include non-volatile and / or volatile memory. Non-volatile memory may include read-only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM) or flash memory. Volatile memory may include random access memory (RAM) or external cache memory. As an illustration and not limitation, RAM is available in many forms, such as static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double data rate SDRAM (DDRSDRAM), enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).

[0109] The above is only a specific embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art can easily think of changes or substitutions within the technical scope disclosed by the present invention, which should be included in the protection scope of the present invention. The protection scope of the present invention should be based on the protection scope of the claims.

Claims

1. A water quality detection method, characterized in that: include: Sending a sampling instruction to the automatic sampling terminal, and issuing a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information and sampling time limit information of the target sampling terminal; the automatic sampling terminal is pre-set at the location point for water sample collection, and is used to perform water sample collection; the response information indicates that the automatic sampling terminal has successfully completed the water sample collection; Receiving a confirmation instruction from at least one user terminal according to the sampling task notification, and obtaining the identity information of the user terminal for associating with the water sample to be detected collected by the target sampling end and corresponding to the current sampling task notification; Determine a temporary water sample storage; the temporary water sample storage provides a sample bottle, the sample bottle provides storage conditions for the water sample to be tested after collection, and returns the location information of the temporary water sample storage to the user terminal, so as to instruct the user terminal to take the water sample from the automatic sampling end and temporarily store it in the sample bottle of the temporary water sample storage; After the water sample temporary storage receives the water sample to be tested, the logistics end is notified to transfer the water sample to be tested from the target water sample temporary storage to the testing end; The water sample to be detected is detected by the detection end to obtain a detection result.

2. The water quality detection method according to claim 1, characterized in that: The step of sending a sampling instruction to the automatic sampling terminal comprises: Based on water quality supervision requirements, sampling instructions are issued to automatic sampling terminals within the designated area.

3. The water quality detection method according to claim 1, characterized in that: The step of determining a temporary water sample storage library comprises: According to the location information carried in the confirmation instruction or the location information of the target sampling end in the sampling task notification and the location information of the pre-stored water sample temporary storage, a water sample temporary storage whose distance meets the set requirements is determined as a matching water sample temporary storage.

4. The water quality detection method according to claim 1, characterized in that: Also includes: The detection result is stored in association with the water sample to be detected that is collected by the target sampling end and corresponds to the current sampling task notification, and the identity information of the user terminal.

5. A water quality detection method, characterized in that: include: The water quality detection platform sends a sampling instruction to the automatic sampling terminal, and issues a sampling task notification to the user terminal according to the response information returned by the automatic sampling terminal; wherein the sampling task notification carries the location information and sampling time limit information of the target sampling terminal; the automatic sampling terminal is pre-set at the location point for water sample collection, and is used to perform water sample collection; the response information indicates that the automatic sampling terminal has successfully completed water sample collection; The water quality detection platform receives a confirmation instruction from at least one user terminal according to the sampling task notification, and obtains the identity information of the user terminal for associating with the water sample to be detected corresponding to the current sampling task notification collected by the target sampling terminal; When the water sample temporary storage receives the water sample to be tested, it reports it to the water quality testing platform, and the water quality testing platform notifies the logistics end to transport the water sample to be tested to the testing end; the water sample temporary storage provides a sample bottle, and the sample bottle provides the storage conditions for the water sample to be tested after collection. The user terminal takes the water sample from the automatic sampling end and temporarily stores it in the sample bottle of the water sample temporary storage; The detection end detects the water sample to be detected to obtain a detection result.

6. The water quality detection method according to claim 5, characterized in that: When the water sample temporary storage receives the water sample to be tested, it reports it to the water quality testing platform, including: When the water sample temporary storage detects the return operation of the sample bottle, it determines that the water sample to be tested is received and reports it to the water quality testing platform; When the detection end receives the water sample to be detected, it reports it to the water quality detection platform, including: When the detection end detects the label information of the sample bottle, it determines that the water sample to be detected is received and reports it to the water quality detection platform.

7. The water quality detection method according to claim 5, characterized in that: Also includes: The water quality detection platform evaluates the user terminal according to the sampling task index of the user terminal, and performs hierarchical management on the user terminal based on the evaluation result; Wherein, the sampling task indicator includes at least one of the following: the time of receiving the confirmation instruction of the sampling task notification, the time of issuing the sampling completion instruction, the time when the water sample temporary storage receives the water sample to be tested, the time when the detection end receives the water sample to be tested, and the validity of the detection result of the water sample to be tested; and / or, The water quality detection platform evaluates the logistics end according to the transfer task index of the logistics end, and performs hierarchical management on the logistics end based on the evaluation result; Among them, the transfer task indicators include at least one of the following: the time from the logistics end receiving the notification to the time of taking the water sample to be tested, the logistics status information of the water sample to be tested, and the validity of the test result of the water sample to be tested.

8. A water quality detection system, comprising a water quality detection platform and an automatic sampling terminal pre-set at a specified position, wherein the water quality detection platform comprises a processor and a memory, wherein the memory stores a computer program, and when the computer program is executed by the processor, the steps of the method as described in any one of claims 1 to 4 are performed.

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