A surface water pollution treatment system and method based on photon decomposition technology

Abstract

The present invention relates to the technical field of surface water pollution control, and specifically discloses a surface water pollution treatment system and method based on photon decomposition technology, including: an acquisition module for acquiring all types of predicted purification parameters of a set medium carrier; a first calculation module for acquiring the predicted purification efficiency value of the set medium carrier based on all types of basic parameters and all types of purification parameters of each reference medium carrier of the set medium carrier; a second calculation module for acquiring the predicted medium distribution distance of the set medium carrier based on the predicted purification efficiency value of the set medium carrier; and a layout module for acquiring all setting layout points of the set medium carrier based on the predicted medium distribution distance of the set medium carrier, thereby obtaining the surface water pollution treatment result based on photon decomposition technology. The present invention accurately determines all setting layout points of the set medium carrier and realizes the efficient distribution of the set medium carrier in practical applications.

Description

Technical Field

[0001] The present invention relates to the technical field of surface water pollution control, and in particular to a surface water pollution control system and method based on photon decomposition technology. Background Art

[0002] At present, with the acceleration of industrialization and urbanization, the problem of surface water pollution is becoming increasingly serious. Traditional water pollution treatment methods often have problems such as low efficiency and unstable treatment effects. How to improve the efficiency of surface water pollution treatment and ensure that the water quality meets environmental protection standards is an important issue that needs to be solved urgently. With the continuous advancement of science and technology, new water pollution treatment technologies continue to emerge, such as photon decomposition technology, which can greatly improve the efficiency of surface water pollution treatment.

[0003] However, the existing surface water pollution treatment system and method based on photon decomposition technology only uses a grid-like uniform distribution method to arrange the medium carrier, achieving a treatment without dead angles, but the use of a grid-like uniform distribution method will lead to redundant waste of the medium carrier, and does not consider how to accurately determine all the setting points for setting the medium carrier, and does not achieve efficient distribution of the setting medium carrier in practical applications. For example, the patent with the publication number "CN107352618A" and the patent name "a water treatment method for treating surface water pollution" includes the following steps: selecting a carrier: selecting stone and / or clay bricks as carriers and placing them in a designated closed space; making a medium carrier: turning on the photon emission device pre-installed in the designated closed space to treat the stone and / or clay bricks placed in the designated closed space with photon resonance technology to prepare a medium carrier; water treatment: determining the medium carrier arrangement plan according to the cyanobacteria content and eutrophication in the water to be treated, and placing it in the water to be treated after making it. The above patent has the advantages of low cost, high efficiency, easy implementation, and no secondary pollution to the water body. However, this patent only uses a grid-like uniform distribution method to arrange the media carriers, achieving a zero-dead-angle management. However, the use of a grid-like uniform distribution method will lead to waste of media carriers, and does not consider how to accurately determine all the setting points of the media carriers, and does not achieve efficient distribution of the media carriers in actual applications.

[0004] Therefore, the present invention proposes a surface water pollution treatment system and method based on photon decomposition technology. Summary of the invention

[0005] The present invention provides a surface water pollution treatment system and method based on photon decomposition technology, which is used to accurately obtain the purification efficiency value of each reference medium carrier of the set medium carrier according to all basic parameters and all purification parameters of each reference medium carrier of the set medium carrier, and realize the quantification of the efficiency of each reference medium carrier of the set medium carrier in purifying water bodies and improving ecology, and then accurately obtain the predicted purification efficiency value of the set medium carrier according to the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all basic parameters of the set medium carrier and all predicted purification parameters of the set medium carrier, and realize the quantification of the efficiency of the set medium carrier in purifying water bodies and improving ecology, and obtain the reference matrix of the set medium carrier according to all basic parameters of the set medium carrier and all basic parameters and purification efficiency values ​​of all reference medium carriers, so as to facilitate the subsequent setting of the medium carrier The predicted medium distribution distance is calculated, and then according to the reference matrix of the set medium carrier and the predicted purification efficiency value, the predicted medium distribution distance of the set medium carrier is accurately obtained, and the average arrangement distance of the set medium carrier that needs to be set in order to make the purification efficiency value of the set medium carrier reach the predicted purification efficiency value is accurately predicted. According to the predicted medium distribution distance of the set medium carrier, the standard reference medium carrier of the set medium carrier is obtained, and then according to the standard reference medium carrier of the set medium carrier, all arrangement points of the set medium carrier are obtained, which is convenient for determining the arrangement points. According to all the arrangement points of the set medium carrier, all the setting arrangement points of the set medium carrier are accurately obtained. Finally, according to all the setting arrangement points of the set medium carrier, the surface water pollution treatment result based on the photon decomposition technology is obtained, which ensures the efficient distribution of the set medium carrier in practical applications, avoids waste of resources, and improves the purification efficiency.

[0006] The present invention provides a surface water pollution treatment system based on photon decomposition technology, comprising:

[0007] an acquisition module, for acquiring all reference media carriers of the set media carrier based on all types of manufacturing parameters of the set media carrier, and acquiring all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers of the set media carrier;

[0008] A first calculation module is used to obtain a purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, and obtain a predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier;

[0009] A second calculation module is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, and to obtain a predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value;

[0010] A layout module is used to obtain a standard reference medium carrier for setting a medium carrier based on the predicted medium distribution distance of the medium carrier, and obtain all layout points of the medium carrier based on the standard reference medium carrier for setting the medium carrier, obtain all setting layout points of the medium carrier based on all layout points of the medium carrier, and obtain surface water pollution treatment results based on photon decomposition technology based on all setting layout points of the medium carrier.

[0011] Preferably, the surface water pollution treatment system based on the photon decomposition technology, the acquisition module comprises:

[0012] A first acquisition submodule is used to use the medium carrier input into the surface water pollution treatment system based on the photon decomposition technology as the set medium carrier, and to obtain all types of manufacturing parameters of the set medium carrier, wherein all types of manufacturing parameters include the wavelength of the irradiation light source and the irradiation time, and to use the difference between the wavelength of the irradiation light source of each medium carrier in the preset database and the wavelength of the irradiation light source of the set medium carrier as the judgment light source wavelength difference between each medium carrier and the set medium carrier, and to use the difference between the irradiation time of each medium carrier in the preset database and the irradiation time of the set medium carrier as the judgment irradiation time difference between each medium carrier and the set medium carrier;

[0013] A determination submodule, for determining that the corresponding medium carrier is a reference medium carrier of the set medium carrier if the difference in the determined light source wavelength between each medium carrier and the set medium carrier is less than a preset light source wavelength difference threshold, and the difference in the determined irradiation duration between the corresponding medium carrier and the set medium carrier is less than a preset irradiation duration difference threshold;

[0014] The processing submodule is used to obtain all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers of the set media carrier.

[0015] Preferably, the surface water pollution treatment system based on the photon decomposition technology, the treatment submodule comprises:

[0016] An acquisition unit, used for acquiring all types of purification parameters of each reference medium carrier for setting the medium carrier, wherein all types of purification parameters include the number of purified cyanobacteria, the concentration of purified phosphorus, the concentration of purified nitrogen, and the content of purified dissolved oxygen;

[0017] A processing unit is used to use the average of the number of purified cyanobacteria or the purified phosphorus concentration or the purified nitrogen concentration or the purified dissolved oxygen content of all reference medium carriers for setting the medium carrier as the predicted number of purified cyanobacteria or the predicted purified phosphorus concentration or the predicted purified nitrogen concentration or the predicted purified dissolved oxygen content of the set medium carrier, and use the predicted number of purified cyanobacteria, the predicted purified phosphorus concentration, the predicted purified nitrogen concentration and the predicted purified dissolved oxygen content of the set medium carrier as the predicted purification parameters for setting the medium carrier.

[0018] Preferably, the surface water pollution treatment system based on the photon decomposition technology, the first computing module includes:

[0019] The second acquisition submodule is used to obtain all the basic parameters of the set medium carrier and all the basic parameters of each reference medium carrier, wherein all the basic parameters include the shortest distance of arrangement, the average distance of arrangement, the basic number of cyanobacteria, the basic phosphorus concentration, the basic nitrogen concentration and the basic dissolved oxygen content;

[0020] The purification efficiency value calculation submodule is used to obtain the purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, that is:

[0021]

[0022] in, To set the purification efficiency value of the current calculated reference medium carrier of the medium carrier, The base number of cyanobacteria in the reference medium carrier for setting the current calculation of the medium carrier, The number of purified cyanobacteria of the reference medium carrier for setting the current calculation of the medium carrier, To set the current calculated base phosphorus concentration of the reference medium carrier of the medium carrier, To set the current calculated reference medium carrier's purified phosphorus concentration for the medium carrier, To set the current calculated base nitrogen concentration of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier purge nitrogen concentration of the medium carrier, To set the current calculated base dissolved oxygen content of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier's purified dissolved oxygen content, ln is the natural logarithm, and the value of the natural constant e is 2.718;

[0023] The predicted purification efficiency value calculation submodule is used to obtain the predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier.

[0024] Preferably, in the surface water pollution treatment system based on the photon decomposition technology, the method for obtaining the predicted purification efficiency value of the set medium carrier by the predicted purification efficiency value calculation submodule based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier includes:

[0025]

[0026] in, To set the predicted purification efficiency value of the medium carrier, is the sum of the purification efficiency values ​​of all reference medium carriers that set the medium carrier, To set the basic number of cyanobacteria in the medium carrier, To set the predicted number of cyanobacteria to be purified by the medium carrier, To set the basic phosphorus concentration of the medium carrier, To set the predicted purified phosphorus concentration of the media carrier, To set the basic nitrogen concentration of the medium carrier, To set the predicted purified nitrogen concentration of the media carrier, To set the basic dissolved oxygen content of the medium carrier, To set the predicted purified dissolved oxygen content of the media carrier, The total number of all reference media carriers for setting the media carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value among all reference medium carriers of the medium carrier, ln is the natural logarithm, and the value of the natural constant e is 2.718.

[0027] Preferably, the surface water pollution treatment system based on the photon decomposition technology, the second computing module includes:

[0028] A construction submodule is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers;

[0029] The predicted medium distribution distance calculation submodule is used to obtain the predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value.

[0030] Preferably, the surface water pollution treatment system based on the photon decomposition technology is constructed with submodules, including:

[0031] An ordinal definition unit is used to use the absolute value of the difference between the average arrangement distance of the set medium carrier and the average arrangement distance of each reference medium carrier of the set medium carrier as the arrangement distance interval of the corresponding reference medium carrier of the set medium carrier, and to perform ordinal definition starting from 1 for all the reference medium carriers of the set medium carrier according to the arrangement distance intervals of all the reference medium carriers of the set medium carrier from small to large, to obtain an ordinal definition result;

[0032] A construction unit is used to obtain a reference matrix for setting the medium carrier based on the ordinal definition result, all class basic parameters and purification efficiency values ​​of all reference medium carriers, and the medium carrier, namely:

[0033]

[0034] in, To set the reference matrix of the medium carrier, The basic cyanobacteria number of the reference medium carrier whose ordinal number is set to 1, To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 1, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 1, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 1, To set the purification efficiency value of the reference medium carrier whose ordinal number is 1, The basic cyanobacteria number of the reference medium carrier whose ordinal number is 2 is set. To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 2, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 2, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 2, To set the purification efficiency value of the reference medium carrier whose ordinal number is 2, To set the media carrier's ordinal number to The basic cyanobacteria number of the reference medium carrier, To set the media carrier's ordinal number to The basic phosphorus concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic nitrogen concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic dissolved oxygen content of the reference medium carrier, To set the media carrier's ordinal number to The purification efficiency value of the reference medium carrier, The total number of all reference media carriers for setting the media carrier.

[0035] Preferably, in the surface water pollution treatment system based on the photon decomposition technology, the method for the predicted medium distribution distance calculation submodule to obtain the predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value includes:

[0036]

[0037] in, To set the predicted medium distribution distance of the medium carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value of all reference medium carriers, To set the rank of the reference matrix of the medium carrier, The total number of all reference media carriers for setting the media carrier, To set the predicted purification efficiency value of the medium carrier, It is the average of the shortest arrangement distances of all reference medium carriers for setting the medium carrier.

[0038] Preferably, the surface water pollution treatment system based on the photon decomposition technology is arranged with modules, including:

[0039] A standard reference medium carrier determination submodule is used to use the reference medium carrier with the smallest difference between the average arrangement distance and the predicted medium distribution distance of the set medium carrier among all reference medium carriers for setting the medium carrier as the standard reference medium carrier for setting the medium carrier;

[0040] The first arrangement submodule is used to obtain a surface water map, use the shortest arrangement distance of the standard reference medium carrier for setting the medium carrier as the first standard length for setting the medium carrier, and perform grid processing on the surface water map based on the first standard length for setting the medium carrier to obtain all arrangement points for setting the medium carrier;

[0041] The second layout submodule is used to use the predicted medium distribution distance of the medium carrier as the second standard length of the medium carrier, and grid the surface water map again based on the second standard length of the medium carrier to obtain all the setting frames of the medium carrier, and determine whether the number of layout points in each setting frame of the medium carrier is zero. If so, the center of the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, otherwise, the layout point closest to the center of the water surface in the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, and all the setting layout points of the medium carrier are obtained, and the surface water pollution treatment result obtained by distributing the medium carrier based on the positions of all the setting layout points of the medium carrier is used as the surface water pollution treatment result based on the photon decomposition technology.

[0042] The present invention provides a surface water pollution treatment method based on photon decomposition technology, which is applied to any one of the surface water pollution treatment systems based on photon decomposition technology in embodiments 1 to 9, comprising:

[0043] S1: based on all types of manufacturing parameters of the set media carrier, obtaining all types of reference media carriers of the set media carrier, and based on all types of purification parameters of all types of reference media carriers of the set media carrier, obtaining all types of predicted purification parameters of the set media carrier;

[0044] S2: based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, obtaining the purification efficiency value of each reference medium carrier of the set medium carrier, and based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier, obtaining the predicted purification efficiency value of the set medium carrier;

[0045] S3: Based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, a reference matrix of the set medium carrier is obtained, and based on the reference matrix of the set medium carrier and the predicted purification efficiency value, a predicted medium distribution distance of the set medium carrier is obtained;

[0046] S4: Based on the predicted media distribution distance of the set media carrier, obtain the standard reference media carrier of the set media carrier, and based on the standard reference media carrier of the set media carrier, obtain all layout points of the set media carrier, based on all layout points of the set media carrier, obtain all setting layout points of the set media carrier, and based on all setting layout points of the set media carrier, obtain the surface water pollution treatment result based on the photon decomposition technology.

[0047] The beneficial effects of the present invention compared with the prior art are as follows: based on all basic parameters of each reference medium carrier and all purification parameters of the set medium carrier, the purification efficiency value of each reference medium carrier of the set medium carrier is accurately obtained, so that the efficiency of each reference medium carrier of the set medium carrier in purifying water bodies and improving ecology can be quantified, and then based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all basic parameters of the set medium carrier and all predicted purification parameters of the set medium carrier, the predicted purification efficiency value of the set medium carrier is accurately obtained, so that the efficiency of the set medium carrier in purifying water bodies and improving ecology can be quantified, and based on all basic parameters of the set medium carrier and all basic parameters and purification efficiency values ​​of all reference medium carriers, a reference matrix for the set medium carrier is obtained, which is convenient for the subsequent predicted medium matrix of the set medium carrier. The calculation of the distribution distance is performed, and then according to the reference matrix of the set media carrier and the predicted purification efficiency value, the predicted medium distribution distance of the set media carrier is accurately obtained, and the average layout distance of the set media carrier that needs to be set in order to make the purification efficiency value of the set media carrier reach the predicted purification efficiency value is accurately predicted. According to the predicted medium distribution distance of the set media carrier, the standard reference media carrier of the set media carrier is obtained, and then according to the standard reference media carrier of the set media carrier, all layout points of the set media carrier are obtained, which is convenient for determining the setting layout points. According to all the layout points of the set media carrier, all the setting layout points of the set media carrier are accurately obtained. Finally, according to all the setting layout points of the set media carrier, the surface water pollution treatment result based on the photon decomposition technology is obtained, which ensures the efficient distribution of the set media carrier in practical applications, avoids waste of resources, and improves the purification efficiency.

[0048] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or be understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structure specifically pointed out in the written application document.

[0049] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0051] Figure 1 This is a schematic diagram of a surface water pollution treatment system based on photon decomposition technology in an embodiment of the present invention;

[0052] Figure 2This is a flow chart of a method for treating surface water pollution based on photon decomposition technology in an embodiment of the present invention. DETAILED DESCRIPTION

[0053] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0054] Embodiment 1:

[0055] The present invention provides a surface water pollution treatment system based on photon decomposition technology, referring to Figure 1 ,include:

[0056] an acquisition module, for acquiring all reference media carriers of the set media carrier based on all types of manufacturing parameters of the set media carrier, and acquiring all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers of the set media carrier;

[0057] A first calculation module is used to obtain a purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, and obtain a predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier;

[0058] A second calculation module is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, and to obtain a predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value;

[0059] A layout module is used to obtain a standard reference medium carrier for setting a medium carrier based on the predicted medium distribution distance of the medium carrier, and obtain all layout points of the medium carrier based on the standard reference medium carrier for setting the medium carrier, obtain all setting layout points of the medium carrier based on all layout points of the medium carrier, and obtain surface water pollution treatment results based on photon decomposition technology based on all setting layout points of the medium carrier.

[0060] In this embodiment, the medium carrier is set as a medium carrier input into a surface water pollution treatment system based on photon decomposition technology, wherein a specific input method is to input all types of manufacturing parameters and all types of basic parameters of the medium carrier.

[0061] In this embodiment, all reference medium carriers for setting the medium carrier are all medium carriers that need to be referenced in the process of analyzing and obtaining the predicted medium distribution distance of the set medium carrier.

[0062] In this embodiment, the purification efficiency value of the reference medium carrier is a numerical value obtained based on all types of basic parameters and all types of purification parameters of each reference medium carrier for setting the medium carrier, which can reflect the efficiency of the reference medium carrier for setting the medium carrier in purifying water bodies and improving ecology.

[0063] In this embodiment, the predicted purification efficiency value of the set medium carrier is a numerical value predicted based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all types of basic parameters of the set medium carrier and all types of predicted purification parameters of the set medium carrier, which can reflect the efficiency of the set medium carrier in purifying water bodies and improving ecology.

[0064] In this embodiment, the reference matrix for setting the media carrier is a matrix obtained based on all class basic parameters of the set media carrier and all class basic parameters and purification efficiency values ​​of all reference media carriers, which can be used to analyze the predicted media distribution distance of the set media carrier.

[0065] In this embodiment, the predicted media distribution distance of the set media carrier is based on the reference matrix of the set media carrier and the predicted purification efficiency value, and is the average arrangement distance of the set media carrier that needs to be set in order to make the purification efficiency value of the set media carrier reach the predicted purification efficiency value.

[0066] In this embodiment, the standard reference medium carrier for setting the medium carrier is a medium carrier that is selected from all reference medium carriers of the medium carrier based on the predicted medium distribution distance of the medium carrier and is the most capable of serving as a reference for the distribution of the medium carrier for setting the medium carrier (a reference for the arrangement of the medium carrier in the water body).

[0067] In this embodiment, the arrangement points are points in the surface water map where the medium carrier arrangement can be performed, which are obtained based on a standard reference medium carrier for the medium carrier.

[0068] In this embodiment, the setting layout point is a point in the surface water map where the medium carrier should be arranged, which is determined based on all the layout points of the medium carrier.

[0069] In this embodiment, the surface water pollution treatment result based on the photon decomposition technology is the surface water pollution treatment result obtained by distributing the medium carrier based on the positions of all setting arrangement points of the medium carrier.

[0070] The beneficial effects of the above technology are as follows: based on all the basic parameters of each reference medium carrier and all the purification parameters of the set medium carrier, the purification efficiency value of each reference medium carrier of the set medium carrier is accurately obtained, so that the efficiency of each reference medium carrier of the set medium carrier in purifying water bodies and improving ecology can be quantified, and then based on the purification efficiency values ​​of all the reference medium carriers of the set medium carrier, all the basic parameters of the set medium carrier and all the predicted purification parameters of the set medium carrier, the predicted purification efficiency value of the set medium carrier is accurately obtained, so that the efficiency of the set medium carrier in purifying water bodies and improving ecology can be quantified, and based on all the basic parameters of the set medium carrier and all the basic parameters and purification efficiency values ​​of all the reference medium carriers, a reference matrix for the set medium carrier is obtained, which is convenient for the subsequent predicted medium distribution distance of the set medium carrier. Calculation is performed, and then according to the reference matrix of the set media carrier and the predicted purification efficiency value, the predicted medium distribution distance of the set media carrier is accurately obtained, and the average arrangement distance of the set media carrier that needs to be set in order to make the purification efficiency value of the set media carrier reach the predicted purification efficiency value is accurately predicted; according to the predicted medium distribution distance of the set media carrier, the standard reference media carrier of the set media carrier is obtained, and then according to the standard reference media carrier of the set media carrier, all arrangement points of the set media carrier are obtained, which is convenient for determining the setting arrangement points; according to all the arrangement points of the set media carrier, all the setting arrangement points of the set media carrier are accurately obtained; finally, according to all the setting arrangement points of the set media carrier, the surface water pollution treatment result based on the photon decomposition technology is obtained, which ensures the efficient distribution of the set media carrier in practical applications, avoids waste of resources, and improves purification efficiency.

[0071] Embodiment 2:

[0072] On the basis of Example 1, the surface water pollution treatment system based on the photon decomposition technology, the acquisition module includes:

[0073] A first acquisition submodule is used to use the medium carrier input into the surface water pollution treatment system based on the photon decomposition technology as the set medium carrier, and to obtain all types of manufacturing parameters of the set medium carrier, wherein all types of manufacturing parameters include the wavelength of the irradiation light source and the irradiation time, and to use the difference between the wavelength of the irradiation light source of each medium carrier in the preset database and the wavelength of the irradiation light source of the set medium carrier as the judgment light source wavelength difference between each medium carrier and the set medium carrier, and to use the difference between the irradiation time of each medium carrier in the preset database and the irradiation time of the set medium carrier as the judgment irradiation time difference between each medium carrier and the set medium carrier;

[0074] A determination submodule, for determining that the corresponding medium carrier is a reference medium carrier of the set medium carrier if the difference in the determined light source wavelength between each medium carrier and the set medium carrier is less than a preset light source wavelength difference threshold, and the difference in the determined irradiation duration between the corresponding medium carrier and the set medium carrier is less than a preset irradiation duration difference threshold;

[0075] The processing submodule is used to obtain all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers of the set media carrier.

[0076] In this embodiment, the wavelength of the irradiation light source is the wavelength of the irradiation light source used when manufacturing the medium carrier or setting the medium carrier.

[0077] In this embodiment, the irradiation duration is the total length of time that the irradiation light source irradiates the corresponding medium carrier when manufacturing the medium carrier or setting the medium carrier.

[0078] In this embodiment, the preset database is a pre-set database that uses a large number of media carriers as database information.

[0079] In this embodiment, the preset light source wavelength difference threshold is a preset light source wavelength difference threshold used to determine whether the medium carrier is a reference medium carrier for setting the medium carrier.

[0080] In this embodiment, the preset irradiation time difference threshold is a preset irradiation time difference threshold used to determine whether the medium carrier is a reference medium carrier for setting the medium carrier.

[0081] The beneficial effects of the above technology are: the specific parameter items for setting all types of manufacturing parameters for the media carrier are clarified, and all reference media carriers for setting the media carrier are accurately screened out based on all types of manufacturing parameters for setting the media carrier. This embodiment gives in detail a specific method for obtaining all reference media carriers for setting the media carrier based on all types of manufacturing parameters for setting the media carrier.

[0082] Embodiment 3:

[0083] On the basis of Example 2, the surface water pollution treatment system based on the photon decomposition technology, the treatment submodule includes:

[0084] An acquisition unit, used for acquiring all types of purification parameters of each reference medium carrier for setting the medium carrier, wherein all types of purification parameters include the number of purified cyanobacteria, the concentration of purified phosphorus, the concentration of purified nitrogen, and the content of purified dissolved oxygen;

[0085] A processing unit is used to use the average of the number of purified cyanobacteria or the purified phosphorus concentration or the purified nitrogen concentration or the purified dissolved oxygen content of all reference medium carriers for setting the medium carrier as the predicted number of purified cyanobacteria or the predicted purified phosphorus concentration or the predicted purified nitrogen concentration or the predicted purified dissolved oxygen content of the set medium carrier, and use the predicted number of purified cyanobacteria, the predicted purified phosphorus concentration, the predicted purified nitrogen concentration and the predicted purified dissolved oxygen content of the set medium carrier as the predicted purification parameters for setting the medium carrier.

[0086] In this embodiment, the number of purified cyanobacteria of the reference medium carrier is the number of cyanobacteria in a unit water body (1L) of the water body where the reference medium carrier of the set medium carrier is located after the purification process is completed using the reference medium carrier of the set medium carrier.

[0087] In this embodiment, the purified phosphorus concentration of the reference medium carrier is the number of milligrams of phosphorus contained in a unit water body (1L) of the water body where the reference medium carrier corresponding to the set medium carrier is located after the purification process using the reference medium carrier of the set medium carrier is completed.

[0088] In this embodiment, the purified nitrogen concentration of the reference medium carrier is the number of milligrams of nitrogen contained in a unit water body (1L) of the water body where the reference medium carrier of the set medium carrier is located after the purification process is completed using the reference medium carrier of the set medium carrier.

[0089] In this embodiment, the purified dissolved oxygen content of the reference medium carrier is the number of milligrams of oxygen in a unit water body (1L) of the water body where the reference medium carrier of the set medium carrier is located after the purification process is completed using the reference medium carrier of the set medium carrier.

[0090] In this embodiment, the predicted number of purified cyanobacteria of the set medium carrier is the number of purified cyanobacteria of all reference medium carriers of the set medium carrier, which is the predicted number of cyanobacteria in a unit water body (1L) of the water body where the set medium carrier is located after the purification process is completed using the set medium carrier.

[0091] In this embodiment, the predicted purified phosphorus concentration of the set medium carrier is the predicted number of milligrams of phosphorus contained in a unit water body (1L) of the water body where the set medium carrier is located after the purification process is completed using the set medium carrier, based on the purified phosphorus concentrations of all reference medium carriers of the set medium carrier.

[0092] In this embodiment, the predicted purified nitrogen concentration of the set medium carrier is the predicted number of milligrams of nitrogen contained in a unit water body (1L) of the water body where the set medium carrier is located after the purification process is completed using the set medium carrier, based on the purified nitrogen concentrations of all reference medium carriers of the set medium carrier.

[0093] In this embodiment, the predicted purified dissolved oxygen content of the set medium carrier is the predicted number of milligrams of oxygen in a unit water body (1L) of the water body where the set medium carrier is located after the purification process is completed using the set medium carrier, based on the purified dissolved oxygen content of all reference medium carriers of the set medium carrier.

[0094] The beneficial effect of the above technology is: clarifying the specific parameter items of all types of purification parameters of each reference media carrier for setting the media carrier, and then obtaining all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers for setting the media carrier.

[0095] Embodiment 4:

[0096] On the basis of Example 1, the surface water pollution treatment system based on the photon decomposition technology, the first computing module includes:

[0097] The second acquisition submodule is used to obtain all the basic parameters of the set medium carrier and all the basic parameters of each reference medium carrier, wherein all the basic parameters include the shortest distance of arrangement, the average distance of arrangement, the basic number of cyanobacteria, the basic phosphorus concentration, the basic nitrogen concentration and the basic dissolved oxygen content;

[0098] The purification efficiency value calculation submodule is used to obtain the purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, that is:

[0099]

[0100] in, To set the purification efficiency value of the current calculated reference medium carrier of the medium carrier, The base number of cyanobacteria in the reference medium carrier for setting the current calculation of the medium carrier, The number of purified cyanobacteria of the reference medium carrier for setting the current calculation of the medium carrier, To set the current calculated base phosphorus concentration of the reference medium carrier of the medium carrier, To set the current calculated reference medium carrier's purified phosphorus concentration for the medium carrier, To set the current calculated base nitrogen concentration of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier purge nitrogen concentration of the medium carrier, To set the current calculated base dissolved oxygen content of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier's purified dissolved oxygen content, ln is the natural logarithm, and the value of the natural constant e is 2.718;

[0101] The predicted purification efficiency value calculation submodule is used to obtain the predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier.

[0102] In this embodiment, the shortest arrangement distance is the interval distance between the two distribution carriers with the shortest distance among all distribution carriers when the medium carrier is set or each reference medium carrier of the medium carrier is set to perform carrier distribution (the medium carrier is set or each reference medium carrier of the medium carrier is set to perform distribution on the water body).

[0103] In this embodiment, the arrangement average distance is the average of the spacing distance between the two distribution carriers with the shortest distance and the spacing distance between the two distribution carriers with the farthest distance among all the distribution carriers when the medium carrier is set or each reference medium carrier of the medium carrier is set for carrier distribution (the medium carrier is set or each reference medium carrier of the medium carrier is set for distribution on the water body).

[0104] In this embodiment, the basic cyanobacteria count is the number of cyanobacteria per unit water body (1L) of the water body where the set medium carrier or each reference medium carrier of the set medium carrier is located before the purification process is completed using the set medium carrier or each reference medium carrier of the set medium carrier.

[0105] In this embodiment, the basic phosphorus concentration is the number of milligrams of phosphorus contained in a unit water body (1L) of the water body where the set media carrier or each reference media carrier of the set media carrier is located before the purification process is completed using the set media carrier or each reference media carrier of the set media carrier.

[0106] In this embodiment, the basic nitrogen concentration is the number of milligrams of nitrogen contained in a unit water body (1L) of the water body where the corresponding setting medium carrier or each reference medium carrier of the setting medium carrier is located before the purification process is completed using the setting medium carrier or each reference medium carrier of the setting medium carrier.

[0107] In this embodiment, the basic dissolved oxygen content is the number of milligrams of oxygen in a unit water body (1L) of the water body where the set medium carrier or each reference medium carrier of the set medium carrier is located before the purification process is completed using the set medium carrier or each reference medium carrier of the set medium carrier.

[0108] The beneficial effects of the above technology are: the specific parameter items of all types of basic parameters are clarified, and the purification efficiency value of each reference medium carrier of the set medium carrier is accurately obtained according to all types of basic parameters and all types of purification parameters of each reference medium carrier of the set medium carrier, so as to quantify the efficiency of each reference medium carrier of the set medium carrier in purifying water bodies and improving ecology, and then according to the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all types of basic parameters of the set medium carrier and all types of predicted purification parameters of the set medium carrier, the predicted purification efficiency value of the set medium carrier is accurately obtained, which facilitates the calculation of the predicted medium distribution distance of the set medium carrier.

[0109] Embodiment 5:

[0110] On the basis of Example 4, in the surface water pollution treatment system based on the photon decomposition technology, the predicted purification efficiency value calculation submodule obtains the method of setting the predicted purification efficiency value of the medium carrier based on the purification efficiency values ​​of all reference medium carriers of the medium carrier, the basic parameters of all classes of the medium carrier, and the predicted purification parameters of all classes of the medium carrier, including:

[0111]

[0112] in, To set the predicted purification efficiency value of the medium carrier, is the sum of the purification efficiency values ​​of all reference medium carriers that set the medium carrier, To set the basic number of cyanobacteria in the medium carrier, To set the predicted number of cyanobacteria to be purified by the medium carrier, To set the basic phosphorus concentration of the medium carrier, To set the predicted purified phosphorus concentration of the media carrier, To set the basic nitrogen concentration of the medium carrier, To set the predicted purified nitrogen concentration of the media carrier, To set the basic dissolved oxygen content of the medium carrier, To set the predicted purified dissolved oxygen content of the media carrier, The total number of all reference media carriers for setting the media carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value among all reference medium carriers of the medium carrier, ln is the natural logarithm, and the value of the natural constant e is 2.718.

[0113] The beneficial effects of the above technology are: based on the purification efficiency values ​​of all reference media carriers for setting the media carriers, all types of basic parameters of the media carriers and all types of predicted purification parameters of the media carriers, the predicted purification efficiency values ​​of the media carriers can be accurately obtained, thereby quantifying the efficiency of the media carriers for purifying water bodies and improving ecology. This embodiment gives in detail a specific method for quantifying the efficiency of the media carriers for purifying water bodies and improving ecology.

[0114] Embodiment 6:

[0115] On the basis of Example 4, the surface water pollution treatment system based on the photon decomposition technology, the second computing module includes:

[0116] A construction submodule is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers;

[0117] The predicted medium distribution distance calculation submodule is used to obtain the predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value.

[0118] The beneficial effects of the above technology are: based on all class basic parameters of the setting medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, a reference matrix for setting the medium carrier is obtained, which is convenient for calculating the predicted medium distribution distance of the subsequent setting medium carrier, and then based on the reference matrix and predicted purification efficiency value of the setting medium carrier, the predicted medium distribution distance of the setting medium carrier is accurately obtained, which is convenient for determining the standard reference medium carrier for the subsequent setting of the medium carrier.

[0119] Embodiment 7:

[0120] On the basis of Example 6, a surface water pollution treatment system based on photon decomposition technology is constructed with submodules, including:

[0121] An ordinal definition unit is used to use the absolute value of the difference between the average arrangement distance of the set medium carrier and the average arrangement distance of each reference medium carrier of the set medium carrier as the arrangement distance interval of the corresponding reference medium carrier of the set medium carrier, and to perform ordinal definition starting from 1 for all the reference medium carriers of the set medium carrier according to the arrangement distance intervals of all the reference medium carriers of the set medium carrier from small to large, to obtain an ordinal definition result;

[0122] A construction unit is used to obtain a reference matrix for setting the medium carrier based on the ordinal definition result, all class basic parameters and purification efficiency values ​​of all reference medium carriers, and the medium carrier, namely:

[0123]

[0124] in, To set the reference matrix of the medium carrier, The basic cyanobacteria number of the reference medium carrier whose ordinal number is set to 1, To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 1, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 1, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 1, To set the purification efficiency value of the reference medium carrier whose ordinal number is 1, The basic cyanobacteria number of the reference medium carrier whose ordinal number is 2 is set. To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 2, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 2, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 2, To set the purification efficiency value of the reference medium carrier whose ordinal number is 2, To set the media carrier's ordinal number to The basic cyanobacteria number of the reference medium carrier, To set the media carrier's ordinal number to The basic phosphorus concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic nitrogen concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic dissolved oxygen content of the reference medium carrier, To set the media carrier's ordinal number to The purification efficiency value of the reference medium carrier, The total number of all reference media carriers for setting the media carrier.

[0125] The beneficial effects of the above technology are: according to the average arrangement distance of the set media carrier and the average arrangement distance of each reference media carrier of the set media carrier, the arrangement distance interval of each reference media carrier of the set media carrier is obtained, and then according to the arrangement distance interval of all reference media carriers of the set media carrier, the ordinal definition result is obtained, and according to the obtained ordinal definition result, all class basic parameters of the set media carrier, all class basic parameters of all reference media carriers and purification efficiency values, the reference matrix of the set media carrier is obtained, which is convenient for the subsequent calculation of the predicted media distribution distance of the set media carrier. This embodiment gives in detail a specific method for constructing a reference matrix for setting media carriers.

[0126] Embodiment 8:

[0127] On the basis of Example 6, in the surface water pollution treatment system based on the photon decomposition technology, the predicted medium distribution distance calculation submodule obtains the method of setting the predicted medium distribution distance of the medium carrier based on the reference matrix of the medium carrier and the predicted purification efficiency value, including:

[0128]

[0129] in, To set the predicted medium distribution distance of the medium carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value of all reference medium carriers, To set the rank of the reference matrix of the medium carrier, The total number of all reference media carriers for setting the media carrier, To set the predicted purification efficiency value of the medium carrier, It is the average of the shortest arrangement distances of all reference medium carriers for setting the medium carrier.

[0130] The beneficial effects of the above technology are: based on the reference matrix of the set media carrier and the predicted purification efficiency value, the predicted media distribution distance of the set media carrier is accurately obtained, and the average arrangement distance of the set media carrier that needs to be set in order to make the purification efficiency value of the set media carrier reach the predicted purification efficiency value is accurately predicted. This embodiment gives in detail a specific method for obtaining the predicted media distribution distance of the set media carrier based on the reference matrix of the set media carrier and the predicted purification efficiency value.

[0131] Embodiment 9:

[0132] On the basis of Example 1, the surface water pollution treatment system based on the photon decomposition technology is arranged with modules, including:

[0133] A standard reference medium carrier determination submodule is used to use the reference medium carrier with the smallest difference between the average arrangement distance and the predicted medium distribution distance of the set medium carrier among all reference medium carriers for setting the medium carrier as the standard reference medium carrier for setting the medium carrier;

[0134] The first arrangement submodule is used to obtain a surface water map, use the shortest arrangement distance of the standard reference medium carrier for setting the medium carrier as the first standard length for setting the medium carrier, and perform grid processing on the surface water map based on the first standard length for setting the medium carrier to obtain all arrangement points for setting the medium carrier;

[0135] The second layout submodule is used to use the predicted medium distribution distance of the medium carrier as the second standard length of the medium carrier, and grid the surface water map again based on the second standard length of the medium carrier to obtain all the setting frames of the medium carrier, and determine whether the number of layout points in each setting frame of the medium carrier is zero. If so, the center of the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, otherwise, the layout point closest to the center of the water surface in the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, and all the setting layout points of the medium carrier are obtained, and the surface water pollution treatment result obtained by distributing the medium carrier based on the positions of all the setting layout points of the medium carrier is used as the surface water pollution treatment result based on the photon decomposition technology.

[0136] In this embodiment, the surface water map is set as a map or image that graphically displays the water surface edge contour of the water body (such as rivers, lakes, etc.) corresponding to the medium carrier, which not only reflects the position and shape of the water body, but also emphasizes the boundary between water and land through specific boundary lines.

[0137] In this embodiment, the gridding process is to set the geometric center of the surface water surface map as the central layout point, and at the same time, to completely grid the surface water surface map with multiple longitude lines and latitude lines separated by a distance equal to the first standard length of the medium carrier, and all gridded points (intersection points of longitude lines and latitude lines) are used as setting points, and the central layout point is one setting point.

[0138] In this embodiment, all setting boxes for setting the medium carrier are arranged with the geometric center of the surface water surface map as the center point, and the surface water surface map is completely gridded with multiple longitude lines and latitude lines with an interval distance equal to the second standard length of the medium carrier, and all the divided grids are used as setting boxes for setting the medium carrier.

[0139] In this embodiment, the number of arrangement points existing in the setting frame is the number of arrangement points existing on and in the setting frame.

[0140] The beneficial effects of the above technology are: according to the predicted medium distribution distance of the medium carrier, a standard reference medium carrier for the medium carrier is obtained, and then according to the standard reference medium carrier for the medium carrier, a first standard length and a second standard length of the medium carrier are obtained, and according to the first standard length and the second standard length of the medium carrier, all layout points of the medium carrier are obtained, which is convenient for determining the setting layout points, and according to all the layout points of the medium carrier, all the setting layout points of the medium carrier are accurately obtained, and finally, according to all the setting layout points of the medium carrier, the surface water pollution treatment result based on the photon decomposition technology is obtained, which ensures the efficient distribution of the medium carrier in practical applications, avoids waste of resources, and improves purification efficiency. This embodiment gives in detail a specific method for setting all the setting layout points of the medium carrier based on the predicted medium distribution distance of the medium carrier.

[0141] Embodiment 10:

[0142] The present invention provides a surface water pollution treatment method based on photon decomposition technology, which is applied to any one of the surface water pollution treatment systems based on photon decomposition technology in embodiments 1 to 9, with reference to Figure 2 ,include:

[0143] S1: based on all types of manufacturing parameters of the set media carrier, obtaining all types of reference media carriers of the set media carrier, and based on all types of purification parameters of all types of reference media carriers of the set media carrier, obtaining all types of predicted purification parameters of the set media carrier;

[0144] S2: based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, obtaining the purification efficiency value of each reference medium carrier of the set medium carrier, and based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier, obtaining the predicted purification efficiency value of the set medium carrier;

[0145] S3: Based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, a reference matrix of the set medium carrier is obtained, and based on the reference matrix of the set medium carrier and the predicted purification efficiency value, a predicted medium distribution distance of the set medium carrier is obtained;

[0146] S4: Based on the predicted media distribution distance of the set media carrier, obtain the standard reference media carrier of the set media carrier, and based on the standard reference media carrier of the set media carrier, obtain all layout points of the set media carrier, based on all layout points of the set media carrier, obtain all setting layout points of the set media carrier, and based on all setting layout points of the set media carrier, obtain the surface water pollution treatment result based on the photon decomposition technology.

[0147] The beneficial effects of the above technology are as follows: based on all the basic parameters of each reference medium carrier and all the purification parameters of the set medium carrier, the purification efficiency value of each reference medium carrier of the set medium carrier is accurately obtained, so that the efficiency of each reference medium carrier of the set medium carrier in purifying water bodies and improving ecology can be quantified, and then based on the purification efficiency values ​​of all the reference medium carriers of the set medium carrier, all the basic parameters of the set medium carrier and all the predicted purification parameters of the set medium carrier, the predicted purification efficiency value of the set medium carrier is accurately obtained, so that the efficiency of the set medium carrier in purifying water bodies and improving ecology can be quantified, and based on all the basic parameters of the set medium carrier and all the basic parameters and purification efficiency values ​​of all the reference medium carriers, a reference matrix for the set medium carrier is obtained, which is convenient for the subsequent predicted medium distribution distance of the set medium carrier. Calculation is performed, and then according to the reference matrix of the set media carrier and the predicted purification efficiency value, the predicted medium distribution distance of the set media carrier is accurately obtained, and the average arrangement distance of the set media carrier that needs to be set in order to make the purification efficiency value of the set media carrier reach the predicted purification efficiency value is accurately predicted; according to the predicted medium distribution distance of the set media carrier, the standard reference media carrier of the set media carrier is obtained, and then according to the standard reference media carrier of the set media carrier, all arrangement points of the set media carrier are obtained, which is convenient for determining the setting arrangement points; according to all the arrangement points of the set media carrier, all the setting arrangement points of the set media carrier are accurately obtained; finally, according to all the setting arrangement points of the set media carrier, the surface water pollution treatment result based on the photon decomposition technology is obtained, which ensures the efficient distribution of the set media carrier in practical applications, avoids waste of resources, and improves purification efficiency.

[0148] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention, and the present invention is also intended to include these changes and modifications.

Claims

1. A surface water pollution treatment system based on photon decomposition technology, characterized in that: include: An acquisition module is used to use the medium carrier input to the surface water pollution treatment system based on the photon quantum decomposition technology as a set medium carrier, obtain all reference medium carriers of the set medium carrier based on all types of manufacturing parameters of the set medium carrier, and obtain all types of predicted purification parameters of the set medium carrier based on all types of purification parameters of all reference medium carriers of the set medium carrier; A first calculation module is used to obtain a purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, and obtain a predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier; A second calculation module is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, and to obtain a predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value; A layout module is used to obtain a standard reference medium carrier for setting a medium carrier based on the predicted medium distribution distance of the medium carrier, and obtain all layout points of the medium carrier based on the standard reference medium carrier for setting the medium carrier, obtain all setting layout points of the medium carrier based on all layout points of the medium carrier, and obtain surface water pollution treatment results based on photon decomposition technology based on all setting layout points of the medium carrier.

2. The surface water pollution treatment system based on photon decomposition technology according to claim 1 is characterized in that: Get modules, including: A first acquisition submodule is used to use the medium carrier input into the surface water pollution treatment system based on the photon decomposition technology as the set medium carrier, and to obtain all types of manufacturing parameters of the set medium carrier, wherein all types of manufacturing parameters include the wavelength of the irradiation light source and the irradiation time, and to use the difference between the wavelength of the irradiation light source of each medium carrier in the preset database and the wavelength of the irradiation light source of the set medium carrier as the judgment light source wavelength difference between each medium carrier and the set medium carrier, and to use the difference between the irradiation time of each medium carrier in the preset database and the irradiation time of the set medium carrier as the judgment irradiation time difference between each medium carrier and the set medium carrier; A determination submodule, for determining that the corresponding medium carrier is a reference medium carrier of the set medium carrier if the difference in the determined light source wavelength between each medium carrier and the set medium carrier is less than a preset light source wavelength difference threshold, and the difference in the determined irradiation duration between the corresponding medium carrier and the set medium carrier is less than a preset irradiation duration difference threshold; The processing submodule is used to obtain all types of predicted purification parameters of the set media carrier based on all types of purification parameters of all reference media carriers of the set media carrier.

3. The surface water pollution treatment system based on photon decomposition technology according to claim 2 is characterized in that: Processing submodules, including: An acquisition unit, used for acquiring all types of purification parameters of each reference medium carrier for setting the medium carrier, wherein all types of purification parameters include the number of purified cyanobacteria, the concentration of purified phosphorus, the concentration of purified nitrogen, and the content of purified dissolved oxygen; A processing unit is used to use the average of the number of purified cyanobacteria or the purified phosphorus concentration or the purified nitrogen concentration or the purified dissolved oxygen content of all reference medium carriers for setting the medium carrier as the predicted number of purified cyanobacteria or the predicted purified phosphorus concentration or the predicted purified nitrogen concentration or the predicted purified dissolved oxygen content of the set medium carrier, and use the predicted number of purified cyanobacteria, the predicted purified phosphorus concentration, the predicted purified nitrogen concentration and the predicted purified dissolved oxygen content of the set medium carrier as the predicted purification parameters for setting the medium carrier.

4. The surface water pollution treatment system based on photon decomposition technology according to claim 1 is characterized in that: The first computing module includes: The second acquisition submodule is used to obtain all the basic parameters of the set medium carrier and all the basic parameters of each reference medium carrier, wherein all the basic parameters include the shortest distance of arrangement, the average distance of arrangement, the basic number of cyanobacteria, the basic phosphorus concentration, the basic nitrogen concentration and the basic dissolved oxygen content; The purification efficiency value calculation submodule is used to obtain the purification efficiency value of each reference medium carrier of the set medium carrier based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, that is: in, To set the purification efficiency value of the current calculated reference medium carrier of the medium carrier, The base number of cyanobacteria in the reference medium carrier for setting the current calculation of the medium carrier, The number of purified cyanobacteria of the reference medium carrier for setting the current calculation of the medium carrier, To set the current calculated base phosphorus concentration of the reference medium carrier of the medium carrier, To set the current calculated reference medium carrier's purified phosphorus concentration for the medium carrier, To set the current calculated base nitrogen concentration of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier purge nitrogen concentration of the medium carrier, To set the current calculated base dissolved oxygen content of the medium carrier to the reference medium carrier, To set the current calculated reference medium carrier's purified dissolved oxygen content, ln is the natural logarithm, and the value of the natural constant e is 2.718; The predicted purification efficiency value calculation submodule is used to obtain the predicted purification efficiency value of the set medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier.

5. The surface water pollution treatment system based on photon decomposition technology according to claim 4 is characterized in that: The predicted purification efficiency value calculation submodule obtains a method for setting a predicted purification efficiency value of a medium carrier based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier, and all class predicted purification parameters of the set medium carrier, including: in, To set the predicted purification efficiency value of the medium carrier, is the sum of the purification efficiency values ​​of all reference medium carriers that set the medium carrier, To set the basic number of cyanobacteria in the medium carrier, To set the predicted number of cyanobacteria to be purified by the medium carrier, To set the basic phosphorus concentration of the medium carrier, To set the predicted purified phosphorus concentration of the media carrier, To set the basic nitrogen concentration of the medium carrier, To set the predicted purified nitrogen concentration of the media carrier, To set the basic dissolved oxygen content of the medium carrier, To set the predicted purified dissolved oxygen content of the media carrier, The total number of all reference media carriers for setting the media carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value among all reference medium carriers of the medium carrier, ln is the natural logarithm, and the value of the natural constant e is 2.

718.

6. The surface water pollution treatment system based on photon decomposition technology according to claim 4 is characterized in that: The second computing module includes: A construction submodule is used to obtain a reference matrix of the set medium carrier based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers; The predicted medium distribution distance calculation submodule is used to obtain the predicted medium distribution distance of the set medium carrier based on the reference matrix of the set medium carrier and the predicted purification efficiency value.

7. The surface water pollution treatment system based on photon decomposition technology according to claim 6 is characterized in that: Build submodules, including: An ordinal definition unit is used to use the absolute value of the difference between the average arrangement distance of the set medium carrier and the average arrangement distance of each reference medium carrier of the set medium carrier as the arrangement distance interval of the corresponding reference medium carrier of the set medium carrier, and to perform ordinal definition starting from 1 for all the reference medium carriers of the set medium carrier according to the arrangement distance intervals of all the reference medium carriers of the set medium carrier from small to large, to obtain an ordinal definition result; A construction unit is used to obtain a reference matrix for setting the medium carrier based on the ordinal definition result, all class basic parameters and purification efficiency values ​​of all reference medium carriers, and the medium carrier, namely: in, To set the reference matrix of the medium carrier, The basic cyanobacteria number of the reference medium carrier whose ordinal number is set to 1, To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 1, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 1, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 1, To set the purification efficiency value of the reference medium carrier whose ordinal number is 1, The basic cyanobacteria number of the reference medium carrier whose ordinal number is 2 is set. To set the base phosphorus concentration of the reference medium carrier whose ordinal number is 2, To set the basic nitrogen concentration of the reference medium carrier whose ordinal number is 2, To set the basic dissolved oxygen content of the reference medium carrier whose ordinal number is 2, To set the purification efficiency value of the reference medium carrier whose ordinal number is 2, To set the media carrier's ordinal number to The basic cyanobacteria number of the reference medium carrier, To set the media carrier's ordinal number to The basic phosphorus concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic nitrogen concentration of the reference medium carrier, To set the media carrier's ordinal number to The basic dissolved oxygen content of the reference medium carrier, To set the media carrier's ordinal number to The purification efficiency value of the reference medium carrier, The total number of all reference media carriers for setting the media carrier.

8. The surface water pollution treatment system based on photon decomposition technology according to claim 6 is characterized in that: The predicted medium distribution distance calculation submodule obtains a method for setting a predicted medium distribution distance of a medium carrier based on a reference matrix of the medium carrier and a predicted purification efficiency value, including: in, To set the predicted medium distribution distance of the medium carrier, To set the maximum purification efficiency value of all reference medium carriers, To set the minimum purification efficiency value of all reference medium carriers, To set the rank of the reference matrix of the medium carrier, The total number of all reference media carriers for setting the media carrier, To set the predicted purification efficiency value of the medium carrier, It is the average of the shortest arrangement distances of all reference medium carriers for setting the medium carrier.

9. The surface water pollution treatment system based on photon decomposition technology according to claim 1 is characterized in that: Arrangement module, including: A standard reference medium carrier determination submodule is used to use the reference medium carrier with the smallest difference between the average arrangement distance and the predicted medium distribution distance of the set medium carrier among all reference medium carriers for setting the medium carrier as the standard reference medium carrier for setting the medium carrier; The first arrangement submodule is used to obtain a surface water map, use the shortest arrangement distance of the standard reference medium carrier for setting the medium carrier as the first standard length for setting the medium carrier, and perform grid processing on the surface water map based on the first standard length for setting the medium carrier to obtain all arrangement points for setting the medium carrier; The second layout submodule is used to use the predicted medium distribution distance of the medium carrier as the second standard length of the medium carrier, and grid the surface water map again based on the second standard length of the medium carrier to obtain all the setting frames of the medium carrier, and determine whether the number of layout points in each setting frame of the medium carrier is zero. If so, the center of the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, otherwise, the layout point closest to the center of the water surface in the corresponding setting frame of the medium carrier is used as the setting layout point of the medium carrier, and all the setting layout points of the medium carrier are obtained, and the surface water pollution treatment result obtained by distributing the medium carrier based on the positions of all the setting layout points of the medium carrier is used as the surface water pollution treatment result based on the photon decomposition technology.

10. A method for treating surface water pollution based on photon decomposition technology, characterized in that: A surface water pollution treatment system based on photon decomposition technology for implementing any one of claims 1 to 9, comprising: S1: using the medium carrier input to the surface water pollution treatment system based on the photon decomposition technology as the set medium carrier, obtaining all reference medium carriers of the set medium carrier based on all types of manufacturing parameters of the set medium carrier, and obtaining all types of predicted purification parameters of the set medium carrier based on all types of purification parameters of all reference medium carriers of the set medium carrier; S2: based on all class basic parameters and all class purification parameters of each reference medium carrier of the set medium carrier, obtaining the purification efficiency value of each reference medium carrier of the set medium carrier, and based on the purification efficiency values ​​of all reference medium carriers of the set medium carrier, all class basic parameters of the set medium carrier and all class predicted purification parameters of the set medium carrier, obtaining the predicted purification efficiency value of the set medium carrier; S3: Based on all class basic parameters of the set medium carrier and all class basic parameters and purification efficiency values ​​of all reference medium carriers, a reference matrix of the set medium carrier is obtained, and based on the reference matrix of the set medium carrier and the predicted purification efficiency value, a predicted medium distribution distance of the set medium carrier is obtained; S4: Based on the predicted media distribution distance of the set media carrier, obtain the standard reference media carrier of the set media carrier, and based on the standard reference media carrier of the set media carrier, obtain all layout points of the set media carrier, based on all layout points of the set media carrier, obtain all setting layout points of the set media carrier, and based on all setting layout points of the set media carrier, obtain the surface water pollution treatment result based on the photon decomposition technology.

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