阅读说明：本技术 一种水质区域划分管理系统 (Water quality area division management system ) 是由 林海广 邵琦 于 2021-06-25 设计创作，主要内容包括：一种水质区域划分管理系统,包括净水设备,净水设备中设有水质检测器,水质区域划分管理系统还包括水质数据库和服务站点库,水质数据库包括若干划分信息,服务站点库包括若干服务接收站,包括水质分析模块,根据污染物信息分析得到主要污染物信息,包括区域模型建立模块,根据各地区的主要污染物信息和划分信息配对建立得到区域地图模型,包括报修处理模块,将若干服务接收站与区域地图模型中各区域进行配对,当其中一个区域的报修信息大于配对的服务接收站中报修上限信息时,则该服务接收站将超出的部分报修信息发送至另一个空闲区域的服务接收站进行处理；本发明优点在于能够通过污染物进行区域划分且能够有效管理所有区域内净水设备。(A water quality regional division management system comprises a water purifying device, a water quality detector is arranged in the water purifying device, the water quality regional division management system also comprises a water quality database and a service station library, the water quality database comprises a plurality of division information, the service station library comprises a plurality of service receiving stations and a water quality analysis module, analyzing and obtaining main pollutant information according to the pollutant information, comprising a region model establishing module, establishing and obtaining a region map model according to the main pollutant information and the division information of each region in a matching way, comprising a repair processing module, matching a plurality of service receiving stations with each region in the region map model, when the repair information of one of the areas is larger than the repair upper limit information in the paired service receiving station, the service receiving station sends the exceeding part of repair information to another service receiving station in an idle area for processing; the invention has the advantages that the regional division can be carried out through pollutants and the water purification equipment in all regions can be effectively managed.)

1. A water quality area division management system is characterized in that: the device comprises a water purifying device, wherein a water quality detector is arranged in the water purifying device and is used for detecting the components of harmful impurities in water;

the water quality region division management system further comprises a water quality database and a service site library, wherein the water quality database comprises a plurality of division information, the plurality of division information comprises a heavy metal region, an organic region, an inorganic region and a pathogenic microorganism region, the service site library comprises a plurality of service receiving stations, and the service receiving stations reflect repair upper limit information;

the water quality area division management system also comprises a water quality analysis module (101), an area model building module (102) and a repair processing module (103);

the water quality analysis module (101) is used for acquiring impurity components detected by the water quality detectors in each region as pollutant information and analyzing according to the pollutant information to obtain main pollutant information;

the region model establishing module (102) is used for acquiring main pollutant information of each region in the water quality analysis module (101); obtaining division information in the water quality database, and establishing a regional map model according to the main pollutant information and the division information of each region in a matching manner;

the repair processing module (103) acquires the regional map model in the regional model establishing module (102), acquires a plurality of service receiving stations in the service station library, pairs the service receiving stations with the regions in the regional map model, acquires repair information in each region, and when the repair information of one region is greater than the repair upper limit information in the paired service receiving stations, the service receiving station sends the exceeding part of repair information to the service receiving station of another free region for processing.

2. The water quality area division management system according to claim 1, characterized in that: the water quality analysis system is characterized by further comprising an optimization module (104), wherein the optimization module (104) acquires pollutant information in the water quality analysis module (101), obtains characteristic pollutant information according to pollutant information analysis, obtains division information in the water quality database, obtains optimization information according to characteristic pollutant information and division information of each region in a matching mode, obtains a region map model in the water quality database, and obtains an accurate three-dimensional region model by optimizing in the region map model according to the optimization information.

3. The water quality area division management system according to claim 2, characterized in that: the system is characterized by further comprising an internet module (105), wherein the internet module (105) acquires pollution source information in the internet, the pollution source information reflects production information of each enterprise in the accurate three-dimensional area model, and pollution component information after each enterprise produces is obtained according to the pollution source information through analysis.

4. The water quality area division management system according to claim 3, characterized in that: the water quality analysis module (101) further comprises a water quality analysis submodule (106), the water quality analysis submodule (106) acquires main pollution source information and characteristic pollutant information in the water quality analysis module (101), acquires pollution component information in the internet module (105), compares the main pollution source information and the characteristic pollutant information with the pollution component information, sends pollution source determination information to the water purification equipment if the pollution component information comprises the main pollution source information and the characteristic pollutant information, and sends pollution source omission information to the water purification equipment if the pollution component information does not comprise the main pollution source information and the characteristic pollutant information.

5. The water quality area division management system according to claim 4, characterized in that: the water quality analysis system is characterized by further comprising a searching module (107), wherein the searching module (107) obtains leakage information of a pollution source in the water quality analysis submodule (106), obtains the position of water purification equipment obtaining the information as leakage positioning information according to the leakage information of the pollution source, obtains an accurate three-dimensional map model in the optimization module (104), and obtains information of a searching area according to the leakage positioning information and the accurate three-dimensional map model.

6. The water quality area division management system according to claim 4, characterized in that: the water quality analysis system is characterized by further comprising a feedback module (108), wherein the feedback module (108) acquires pollution source determining information in the water quality analysis submodule (106), and the feedback module (108) sends warning information to an enterprise through the Internet, wherein the warning information reflects pollution source information, main pollution source information and characteristic pollution source information.

7. The water quality area division management system according to claim 6, characterized in that: the main pollution source information is main harmful ions, and the characteristic pollution source information is molecular substances combined by the main harmful ions.

8. The water quality area division management system according to claim 2, characterized in that: the water quality optimization system further comprises a grading module (109), wherein the grading module (109) acquires the accurate three-dimensional region model in the optimization module (104), and grades according to the accurate three-dimensional region model to obtain water quality grade information of each region.

Technical Field

The invention relates to the field of regional water quality division, in particular to a water quality regional division management system.

Background

Water is the essential material in people's life, along with the development of industry, the quality of water of all parts of the country all has pollution to a certain extent, therefore the water purification unit technique is mature gradually, but present water purification unit only has the function of water purification, there is certain life in water purification unit itself, need regular change maintenance, and present change maintenance is all that the user is manual reports to the backstage through the APP in, the pollution source in different areas is different, then the cycle of same water purification unit change maintenance is different, consequently this APP can't carry out effectual judgement to the pollution sources, and national water purification unit reports and repairs and all leads to this server card pause or can't handle easily in same server, consequently current system is difficult to carry out effectual management to national water purification unit.

Disclosure of Invention

In view of the defects in the prior art, the present invention provides a management system capable of performing area division by pollutants and effectively managing water purification units in all areas, so as to overcome the above-mentioned defects in the prior art.

In order to achieve the purpose, the invention provides the following technical scheme:

a water quality area division management system comprises water purification equipment, wherein a water quality detector is arranged in the water purification equipment and is used for detecting components of harmful impurities in water;

the water quality region division management system further comprises a water quality database and a service site library, wherein the water quality database comprises a plurality of division information, the plurality of division information comprises a heavy metal region, an organic region, an inorganic region and a pathogenic microorganism region, the service site library comprises a plurality of service receiving stations, and the service receiving stations reflect repair upper limit information;

the water quality area division management system also comprises a water quality analysis module, an area model building module and a repair processing module;

the water quality analysis module acquires impurity components detected by the water quality detectors in various regions as pollutant information, and analyzes the pollutant information to obtain main pollutant information;

the regional model establishing module is used for acquiring main pollutant information of each region in the water quality analysis module; obtaining division information in the water quality database, and establishing a regional map model according to the main pollutant information and the division information of each region in a matching manner;

and the repair processing module is used for acquiring the regional map model in the regional model establishing module, acquiring a plurality of service receiving stations in the service station library, pairing the service receiving stations with the regions in the regional map model, acquiring repair information in the regions, and when the repair information of one region is greater than the repair upper limit information in the paired service receiving stations, sending the exceeding part of repair information to the service receiving station of the other idle region for processing.

The water quality analysis system further comprises an optimization module, wherein the optimization module acquires pollutant information in the water quality analysis module, obtains characteristic pollutant information according to pollutant information analysis, acquires division information in the water quality database, obtains optimization information according to characteristic pollutant information and division information of each region in a matching mode, acquires a region map model in the water quality database, and obtains an accurate three-dimensional region model by optimizing in the region map model according to the optimization information.

The system further comprises an internet module, wherein the internet module acquires pollution source information in the internet, the pollution source information reflects production information of each enterprise in the accurate three-dimensional area model, and pollution component information after each enterprise is produced is obtained according to the pollution source information through analysis.

Further, the water quality analysis module further comprises a water quality analysis submodule, the water quality analysis submodule acquires main pollution source information and characteristic pollutant information in the water quality analysis module, acquires pollution component information in the internet module, compares the main pollution source information and the characteristic pollutant information with the pollution component information, sends pollution source determination information to the water purification equipment if the pollution component information includes the main pollution source information and the characteristic pollutant information, and sends pollution source omission information to the water purification equipment if the pollution component information does not include the main pollution source information and the characteristic pollutant information.

The water quality analysis sub-module is used for analyzing the water quality of the water purification equipment, and comprises a search module, wherein the search module acquires leakage information of a pollution source in the water quality analysis sub-module, acquires the position of the water purification equipment acquiring the information as leakage positioning information according to the leakage information of the pollution source, acquires an accurate three-dimensional map model in the optimization module, and acquires information of a search area according to the leakage positioning information and the accurate three-dimensional map model.

The water quality analysis sub-module is used for analyzing the water quality of the water quality, and analyzing the water quality of the water quality.

Further, the main pollution source information is main harmful ions, and the characteristic pollution source information is molecular substances combined by the main harmful ions.

The water quality grading system further comprises a grading module, wherein the grading module acquires the accurate three-dimensional region model in the optimization module, and grades according to the accurate three-dimensional region model to obtain the water quality grade information of each region.

Compared with the prior art, the invention has the beneficial effects that: classifying harmful substances in water quality of various regions, reversely deducing according to main pollution sources and characteristic pollution sources in the harmful substances detected by water purification equipment in each region to obtain corresponding derivatives, automatically searching production information of enterprises in each region according to the Internet, pairing all related derivatives obtained by reverse deduction and pollutants possibly brought by products produced by the enterprises, if the derivatives are matched to be related to the enterprise production, automatically sending warning information to the enterprises by a system, if the derivatives are not matched to be related to the enterprise production, positioning and reducing the regions of the pollutants which are not matched by the system, and sending the regions which are positioned and reduced to an environmental protection unit or carrying out system storage by the system to realize detection and positioning of the pollution sources; service receiving stations of the system are correspondingly arranged in each area to respectively receive information and repair information of water purifying equipment in each area, and the information received by the service receiving stations can be distributed to idle service receiving stations for processing according to the processing amount, so that the processing efficiency of the information is ensured, and the paralysis caused by excessive information amount in processing is avoided.

Drawings

FIG. 1 is a system connection diagram of the present invention;

fig. 2 is an area display diagram of the present invention.

Reference numerals: 101. a water quality analysis module; 102. a region model building module; 103. a repair processing module; 104. an optimization module; 105. an internet module; 106. a water quality analysis submodule; 107. a search module; 108. a feedback module; 109. and a grading module.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When a component is referred to as being "connected" to another component, it can be directly connected to the other component or intervening components may also be present. When a component is referred to as being "disposed on" another component, it can be directly on the other component or intervening components may also be present. The terms "vertical," "horizontal," "left," "right," and the like as used herein are for illustrative purposes only.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

The embodiments of the invention will be described in further detail below with reference to the accompanying drawings:

because the water quality of different regions is different, for example, the water quality of east China is good relative to the water quality of north China and the water quality of northwest China, and the pollution sources of the regions are different, the same water purification equipment has different periods of replacement and maintenance, so the APP cannot effectively judge the pollution sources, and the water purification equipment in China reports that the servers are stuck or cannot be treated easily in the same server, so the existing system is difficult to effectively manage the water purification equipment in China, therefore, the water quality regional division management system comprises the water purification equipment (the water purification equipment is provided with the functions of signal transmission and the like and is registered in the management system of the invention), the water purification equipment is provided with a water quality detector for detecting the components of harmful impurities in water, and the water purification equipment is sold and distributed all over the country, the water quality detector in the water purifying equipment detects the water quality firstly and then carries out filtration treatment, because the current municipal water is only pure bleaching filtration and a plurality of pollution ions or pollutants dissolved in the water are difficult to be completely filtered, the current water purifying equipment has the function of filtering the pollutants, and the pollutants in other water are more.

As shown in fig. 1, the water quality region division management system further includes a water quality database and a service site library, the water quality database includes a plurality of division information, the plurality of division information includes a heavy metal region, an organic region, an inorganic region and a pathogenic microorganism region (pollutants in each divided region are different), the service site library includes a plurality of service receiving stations, the number of the service receiving stations is the same as the number of the divided regions, each divided region is provided with a corresponding service receiving station, the service receiving stations reflect upper limit information for repair, generally, the information processing upper limit of each service receiving station is the same, and once the information amount exceeds the processing upper limit, the water quality region is easily jammed or crashed.

The water quality area division management system also comprises a water quality analysis module 101, an area model establishing module 102 and a repair processing module 103;

the water quality analysis module 101 is used for acquiring impurity components detected by the water quality detectors in various regions as pollutant information and analyzing the pollutant information to obtain main pollutant information;

the regional model establishing module 102 is used for acquiring main pollutant information of each region in the water quality analysis module 101; obtaining partition information in a water quality database, and establishing a regional map model according to main pollutant information and partition information of each region in a matching manner, for example, if main pollutant information detected by water purification equipment in 31 provinces and cities across the country comprises heavy metals, organic matters, inorganic matters and pathogens, a heavy metal region is divided into provinces and cities which are the heavy metals, organic matter regions are divided into provinces and cities which are the organic matters, inorganic matter regions are divided into provinces and cities which are the pathogens are divided into pathogen microorganism regions, and the specific reference can be shown in fig. 2;

a repair processing module 103, which obtains the area map model in the area model establishing module 102, obtains a plurality of service receiving stations in the service station library, pairs the service receiving stations with each area in the area map model, obtains repair information in each area, and when the repair information in one area is greater than the repair upper limit information in the paired service receiving stations, the service receiving station sends the excess repair information to another service receiving station in a free area for processing, for example, the service station library includes A, B, C, D four service receiving stations, the corresponding areas also include an area a matching with the a receiving station, an area B matching with the B receiving station, an area C matching with the C receiving station, and an area D matching with the D receiving station, when the repair information amount in the area a is greater than the repair upper limit information, the repair information amount in the area B is less than the repair upper limit information, the repair information amount in the a area is partially transmitted to the B receiving station, and is specifically calculated as follows: p_t ^a-P^A＜|P_t ^b-P^BL, wherein P_t ^aFor the amount of repair information in the a region of the t period, P^AReporting upper limit information for A receiving station, P_t ^bFor the amount of repair information in the region b of t time period, P^BAnd reporting the upper limit information for the B receiving station.

The invention has the advantages that: classifying harmful substances in water quality of various regions, reversely deducing according to main pollution sources and characteristic pollution sources in the harmful substances detected by water purification equipment in each region to obtain corresponding derivatives, automatically searching production information of enterprises in each region according to the Internet, pairing all related derivatives obtained by reverse deduction and pollutants possibly brought by products produced by the enterprises, if the derivatives are matched to be related to the enterprise production, automatically sending warning information to the enterprises by a system, if the derivatives are not matched to be related to the enterprise production, positioning and reducing the regions of the pollutants which are not matched by the system, and sending the regions which are positioned and reduced to an environmental protection unit or carrying out system storage by the system to realize detection and positioning of the pollution sources; service receiving stations of the system are correspondingly arranged in each area to respectively receive information and repair information of water purifying equipment in each area, and the information received by the service receiving stations can be distributed to idle service receiving stations for processing according to the processing amount, so that the processing efficiency of the information is ensured, and the paralysis caused by excessive information amount in processing is avoided.

As shown in fig. 1, the management system further includes an optimization module 104, the optimization module 104 obtains the pollutant information in the water quality analysis module 101, analyzing according to the pollutant information to obtain characteristic pollutant information (main pollution source information is main harmful ions, and characteristic pollution source information is molecular substances combined with the main harmful ions), obtaining division information in the water quality database, obtaining optimized information according to the characteristic pollutant information and the division information of each region, obtaining a region map model in a water quality database, optimizing in the regional map model according to the optimization information to obtain an accurate three-dimensional regional model, originally only obtaining a preliminary regional map model aiming at the contrast matching of harmful ions, however, in order to obtain an accurate region model, the ion-binding molecule or derivative is optimized for matching to obtain an accurate three-dimensional region model.

As shown in fig. 1, the management system further includes an internet module 105, the internet module 105 acquires pollution source information in the internet, the pollution source information reflects production information of each enterprise in the accurate three-dimensional region model, and pollution component information after production of each enterprise is obtained according to the pollution source information; if the system divides the heavy metal area, the system can automatically search out enterprises producing metal in the heavy metal area, then some pollutants which are easy to generate in the production process of each enterprise are obtained through analysis, including metal ions or metal products, and the pollution source information detected by the water purifying equipment is convenient to compare.

The water quality analysis module 101 further comprises a water quality analysis submodule 106, the water quality analysis submodule 106 obtains main pollution source information and characteristic pollutant information in the water quality analysis module 101, obtains pollution component information in the internet module 105, compares the main pollution source information and the characteristic pollutant information with the pollution component information, if the pollution component information includes the main pollution source information and the characteristic pollutant information, sends pollution source determination information to the water purification equipment, and if the pollution component information does not include the main pollution source information and the characteristic pollutant information, sends pollution source omission information to the water purification equipment, as shown in fig. 1, the management system further comprises a search module 107, when the search module 107 obtains the pollution source omission information in the water quality analysis submodule 106, the position of the water purification equipment obtaining the information is obtained as omission positioning information according to the pollution source omission information, acquiring an accurate three-dimensional map model in the optimization module 104, acquiring search area information according to the missing positioning information and the accurate three-dimensional map model, automatically sending the search area information to an environmental protection agency system, and performing investigation on the small area range by the environmental protection agency to prevent illegal merchants from randomly discharging and discharging pollution sources; as shown in fig. 1, the management system further includes a feedback module 108, the feedback module 108 obtains pollution source determination information in the water quality analysis submodule 106, the feedback module 108 sends warning information to an enterprise through the internet, the warning information reflects pollution source information, main pollution source information and characteristic pollution source information, for example, 2 same metal manufacturing enterprises exist in the area, when the pollution component information is mercury ions, weak mercury ions are detected in the water purification equipment, the system can simultaneously send warning information to 2 enterprises to remind the 2 enterprises that whether the emission of the enterprises exceeds standard or not, and if the water purification equipment detects that the mercury ions exceed the standard for a long time, the system can send complaint report information to an environmental protection agency.

As shown in fig. 1, the management system further includes a grading module 109, where the grading module 109 obtains the accurate three-dimensional region model in the optimization module 104, and performs grading according to the accurate three-dimensional region model to obtain water quality grade information of each region, and the grading is used to give the accurate three-dimensional region model marked with water quality grade to the public for viewing, and also to prompt the government department to treat and improve the water quality of each region.

The above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above-mentioned embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.