Marine ecological pollutant recovery treatment method and system

Abstract

The invention discloses a marine ecological pollutant recovery processing method and system, and relates to the technical field of marine ecological pollutant recovery processing, and the method comprises the steps: obtaining the real-time recovery order information of marine pollutants; and based on the background management terminal, analyzing and processing the marine pollutant real-time recovery order information, and determining the residual capacity data of the numbered recovery warehouse. The method comprises the following steps: screening the types of recovered objects in a recovery warehouse through marine pollutant type information, then calculating the residual capacity of the recovery warehouse and marine pollutant weight information, and determining the recovery warehouse capable of recovering marine pollutants; the method comprises the following steps: firstly, acquiring marine pollutant recovery position information, then screening paths between a recovery warehouse capable of recovering marine pollutants and the marine pollutant recovery position information, determining a shortest recovery path, shortening the recovery time of the marine pollutants, reducing the recovery cost, finally, predicting the time of the shortest recovery path, determining the departure time of recovering the marine pollutants, and improving the recovery efficiency of the marine pollutants. And long-time waiting of the user is avoided.

Description

Technical Field

[0001] The present invention relates to the technical field of marine ecological pollutant recovery and treatment, and in particular to a marine ecological pollutant recovery and treatment method and system. Background Art

[0002] Marine ecological pollutants refer to substances or energy that are directly or indirectly introduced into the marine environment by human activities and have a harmful effect on the composition and properties of the marine environment. These pollutants are of various types and come from a wide range of sources, posing a serious threat to the marine ecosystem and human health.

[0003] When recycling existing marine ecological pollutants, the best recycling warehouse is not selected according to the location of the marine ecological pollutants, resulting in too long recycling time and increased recycling costs. In addition, there is no estimation of the recycling time, resulting in users being unable to accurately obtain the recycling time, which in turn causes users to wait too long. Summary of the invention

[0004] In order to solve the above-mentioned technical problems, a method and system for recycling and treating marine ecological pollutants are provided. This technical solution solves the problem that the existing marine ecological pollutants proposed in the above-mentioned background technology do not select the best recycling warehouse for recycling according to the location of the marine ecological pollutants during recycling, resulting in too long recycling time and increased recycling costs. In addition, the recycling time is not estimated, resulting in users being unable to accurately obtain the recycling time, which in turn causes the problem of users waiting too long.

[0005] In order to achieve the above purpose, the technical solution adopted by the present invention is:

[0006] A method for recovering and treating marine ecological pollutants, comprising:

[0007] Acquire real-time order information for recycling marine pollutants, wherein the real-time order information for recycling marine pollutants includes marine pollutant type information, marine pollutant weight information, marine pollutant recycling location information, and marine pollutant recycling time information;

[0008] Based on the backend management terminal, analyze and process the real-time order information of marine pollutants recycling to determine the remaining capacity data of the numbered recycling warehouse;

[0009] Based on the backend management terminal, the remaining capacity data of the numbered recycling warehouse is analyzed and processed to determine the location of the recycling warehouse;

[0010] Based on the backend management terminal, the location of the recycling warehouse and the time information of marine pollutant recycling are analyzed and processed to determine the departure time for recycling marine pollutants;

[0011] The backend management terminal recycles the marine pollutants according to the departure time for recycling the marine pollutants.

[0012] Preferably, the process of analyzing and processing the real-time marine pollutant recycling order information based on the backend management terminal to determine the remaining capacity data of the numbered recycling warehouse specifically includes the following steps:

[0013] Based on the backend management terminal, information retrieval processing is performed on the database system to obtain relevant data of the recycling warehouse, wherein the relevant data of the recycling warehouse includes capacity data of the recycling warehouse and data on types of recyclables of the recycling warehouse;

[0014] The backend management terminal screens and processes the data on the types of recyclables in the recycling warehouse based on the type information of marine pollutants, and determines the recycling warehouse number;

[0015] Based on the background management terminal, the recycling warehouse number and the weight information of marine pollutants are analyzed and processed to determine the remaining capacity data of the numbered recycling warehouse.

[0016] Preferably, the process of analyzing and processing the recycling warehouse number and the marine pollutant weight information based on the background management terminal to determine the remaining capacity data of the numbered recycling warehouse specifically includes the following steps:

[0017] The backend management terminal extracts and processes the capacity data of the recycling warehouse based on the recycling warehouse number, and determines the capacity data of the recycling warehouse number;

[0018] The backend management terminal performs information retrieval processing on the database system based on the recycling warehouse number as a feature to determine the stored data of the recycling warehouse number;

[0019] Based on the background management terminal, the capacity data of the numbered recovery warehouse and the stored data of the numbered recovery warehouse are calculated to determine the remaining capacity data of the numbered recovery warehouse.

[0020] Preferably, the method of analyzing and processing the remaining capacity data of the numbered recycling warehouse based on the background management terminal to determine the location of the recycling warehouse specifically includes the following steps:

[0021] Based on the backend management terminal, the remaining capacity data of the numbered recycling warehouse and the weight information of marine pollutants are compared and judged;

[0022] If the remaining capacity data of the numbered recycling warehouse is greater than the weight information of the marine pollutants, the backend management terminal records the numbered recycling warehouse to be screened;

[0023] If the remaining capacity of the numbered recycling warehouse is less than or equal to the weight of the marine pollutants, the remaining capacity of the numbered recycling warehouse cannot store the marine pollutants. The backend management terminal sends the real-time recycling order information of the marine pollutants to the terminal processing plant, and the terminal processing plant recycles the marine pollutants.

[0024] Based on the background management terminal, the information of the recycling warehouse with the required number and the location of the marine pollutant recycling is analyzed and processed to determine the location of the recycling warehouse.

[0025] Preferably, the process of analyzing and processing the numbered recovery warehouse to be screened and the marine pollutant recovery location information based on the background management terminal to determine the recovery warehouse location specifically includes the following steps:

[0026] The backend management terminal performs information retrieval processing on the database system based on the warehouse for recycling the numbers to be screened, and determines the location information of the warehouse for recycling the numbers to be screened;

[0027] Based on the background management terminal, the location information of the recycling warehouse to be screened and the location information of the marine pollutant recycling are processed to select routes and determine several groups of recycling routes;

[0028] Based on the background management terminal, several groups of recycling paths are analyzed and processed to determine the location of the recycling warehouse.

[0029] Preferably, the process of analyzing and processing a plurality of recycling paths based on the background management terminal to determine the recycling warehouse location specifically includes the following steps:

[0030] Based on the background management terminal, several groups of recycling paths are calculated and processed to determine the distance information of several groups of recycling paths;

[0031] Based on the background management terminal, sort and process several groups of recycling path distance information to determine the shortest recycling path;

[0032] The backend management terminal matches the location information of the recycling warehouse with the number to be screened according to the shortest recycling path, and determines the location of the recycling warehouse;

[0033] The specific calculation formula for determining the shortest recycling path is:

[0034]

[0035] Wherein, Wmin is the distance information of the shortest recovery path; Wi is several groups of recovery path distance information; n is the specific number of several groups of recovery path distance information; min() is the minimum value function.

[0036] Preferably, the process of analyzing and processing the location of the recycling warehouse and the time information of the marine pollutant recycling based on the background management terminal to determine the departure time for recycling the marine pollutants specifically includes the following steps:

[0037] The backend management terminal extracts data from the database system based on the shortest recovery path as a feature, and determines the historical driving speed information corresponding to the shortest recovery path;

[0038] Based on the background management terminal, the historical driving speed information corresponding to the shortest recovery path is counted and processed to determine the driving speed with the most occurrences;

[0039] Based on the background management terminal, the most frequently occurring driving speed and the distance information of the shortest recovery path are analyzed and processed to determine the departure time for recovering marine pollutants.

[0040] Preferably, the process of analyzing and processing the most frequent driving speed and the shortest recovery path distance information based on the background management terminal to determine the departure time for recovering marine pollutants specifically includes the following steps:

[0041] The backend management terminal extracts data from the database system based on the driving speed that appears most frequently, and obtains the arrival time of several groups at the recycling location;

[0042] Based on the backend management terminal, the most frequent driving speed and the shortest recycling path distance information are calculated and processed to obtain the estimated arrival time for recycling marine pollutants;

[0043] Based on the background management terminal, the estimated arrival time of several groups of recovery locations and the estimated arrival time of recovered marine pollutants are calculated and processed to obtain the path consumption time of several groups;

[0044] Based on the background management terminal, several groups of route consumption times and the estimated arrival times for recovering marine pollutants are analyzed and processed to determine the departure time for recovering marine pollutants.

[0045] Preferably, the process of analyzing and processing several groups of path consumption times and estimated arrival times for recovering marine pollutants based on the background management terminal to determine the departure time for recovering marine pollutants specifically includes the following steps:

[0046] Based on the background management terminal, the consumption time of several groups of paths is calculated and processed to obtain the recovery compensation time;

[0047] Based on the background management terminal, the recycling compensation time and the estimated arrival time of the recycled marine pollutants are calculated and processed to determine the recycling arrival consumption time;

[0048] Based on the background management terminal, the difference between the marine pollutant recovery time information and the recovery arrival consumption time is calculated to determine the departure time for recovering marine pollutants;

[0049] The specific calculation formula for determining the recycling arrival consumption time is:

[0050]

[0051] Where Tf is the time it takes to recover the pollutants; Tα is the estimated time it takes to recover the pollutants; Tj is the time it takes to recover the pollutants; and m is the specific number of times it takes to recover the pollutants.

[0052] Furthermore, a marine ecological pollutant recovery and treatment system is proposed, which is used to implement the above-mentioned marine ecological pollutant recovery and treatment method, including:

[0053] A backend management terminal, which is used to analyze the capacity of recycling warehouses, determine the location of recycling warehouses, analyze recycling routes, and determine the departure time for recycling marine pollutants based on real-time marine pollutant recycling order information. The backend management terminal is used to control data transmission and information interaction between various modules;

[0054] A database system, the database system being used to store relevant data of recycling warehouses, stored data of numbered recycling warehouses, and historical driving speed information corresponding to the shortest recycling path;

[0055] A warehouse capacity calculation module, which calculates and processes the recovery warehouse according to the weight information of the marine pollutants to determine the remaining capacity data of the numbered recovery warehouse;

[0056] A warehouse screening module, wherein the warehouse screening module performs route selection processing on the location information of the numbered recovery warehouse and the location information of the marine pollutant recovery to be screened, and determines the location of the recovery warehouse;

[0057] A data calculation module, wherein the data analysis module calculates and analyzes the historical driving speed information corresponding to the shortest recovery path to determine the recovery compensation time;

[0058] A data analysis module, which performs analysis and processing based on the recovery compensation time and the estimated arrival time of recovered marine pollutants to determine the recovery arrival consumption time;

[0059] The recovery departure time determination module determines the departure time for recovering the marine pollutants by performing a difference calculation based on the marine pollutant recovery time information and the recovery arrival consumption time.

[0060] Compared with the prior art, the present invention provides a method and system for recovering and treating marine ecological pollutants, which has the following beneficial effects:

[0061] The present invention firstly screens the types of recyclables in the recycling warehouse through the type information of marine pollutants, then calculates the remaining capacity of the recycling warehouse and the weight information of marine pollutants to determine the recycling warehouse that can recycle the marine pollutants, and then screens the paths between the recycling warehouse that can recycle the marine pollutants and the marine pollutant recycling location information to determine the shortest recycling path, thereby shortening the recycling time of the marine pollutants and reducing the recycling cost. Finally, the time of the shortest recycling path is predicted to determine the departure time for recycling the marine pollutants, thereby avoiding long waiting times for users. BRIEF DESCRIPTION OF THE DRAWINGS

[0062] Figure 1 This is a schematic flow chart of steps S100-S500 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0063] Figure 2 This is a schematic flow chart of steps S201-S203 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0064] Figure 3 This is a schematic flow chart of steps S2031-S2033 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0065] Figure 4 This is a schematic flow chart of steps S301-S304 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0066] Figure 5 This is a schematic flow chart of steps S3041-S3043 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0067] Figure 6 This is a flow chart of steps S30431-S30433 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0068] Figure 7 This is a schematic flow chart of steps S401-S403 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0069] Figure 8 This is a schematic flow chart of steps S4031-S4034 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0070] Fig. 9 This is a flow chart of steps S40341-S40343 in a method for recovering and treating marine ecological pollutants proposed by the present invention;

[0071] Fig.10This is a structural block diagram of a marine ecological pollutant recovery and treatment system proposed by the present invention. DETAILED DESCRIPTION

[0072] The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments described below are only examples, and those skilled in the art may think of other obvious variations.

[0073] Reference Figure 1 As shown, a method for recovering and treating marine ecological pollutants comprises:

[0074] S100, obtaining real-time marine pollutant recycling order information, wherein the real-time marine pollutant recycling order information includes marine pollutant type information, marine pollutant weight information, marine pollutant recycling location information and marine pollutant recycling time information;

[0075] S200, based on the background management terminal, analyzing and processing the real-time order information of marine pollutants recovery, and determining the remaining capacity data of the numbered recovery warehouse;

[0076] S300, based on the background management terminal, analyzing and processing the remaining capacity data of the numbered recycling warehouse to determine the location of the recycling warehouse;

[0077] S400, based on the background management terminal, analyzing and processing the location of the recycling warehouse and the marine pollutant recycling time information, and determining the departure time for recycling the marine pollutants;

[0078] S500, the background management terminal recycles the marine pollutants according to the departure time of recycling the marine pollutants;

[0079] Those skilled in the art can understand that marine pollutants are divided into many types, and recycling warehouses establish different recycling warehouses according to the types of marine pollutants to realize the recycling of different types of marine pollutants. Therefore, by selecting recycling warehouses in suitable locations based on the marine pollutant type information and marine pollutant weight information in the real-time marine pollutant recycling order information, rapid recycling of marine pollutants is realized, reducing recycling costs and shortening recycling time. In addition, calculations are performed through recycling warehouses in suitable locations and marine pollutant recycling location information to determine the departure time for recycling marine pollutants, thereby avoiding users from waiting for a long time. It is worth noting that the marine pollutant recycling time information refers to the time when the user selects a certain time period after placing an order and the recycling personnel come to recycle the marine pollutants.

[0080] Reference Figure 2 As shown, based on the background management terminal, the real-time order information of marine pollutant recycling is analyzed and processed to determine the remaining capacity data of the numbered recycling warehouse, which specifically includes the following steps:

[0081] S201, based on the background management terminal, performing information retrieval processing on the database system to obtain relevant data of the recycling warehouse, wherein the relevant data of the recycling warehouse includes capacity data of the recycling warehouse and data on types of recyclables of the recycling warehouse;

[0082] S202, the backend management terminal screens and processes the data of the types of recyclables in the recycling warehouse according to the type information of marine pollutants, and determines the recycling warehouse number;

[0083] S203: Based on the background management terminal, the recycling warehouse number and the weight information of the marine pollutants are analyzed and processed to determine the remaining capacity data of the numbered recycling warehouse.

[0084] Reference Figure 3 As shown, based on the background management terminal, the recycling warehouse number and the weight information of the marine pollutants are analyzed and processed to determine the remaining capacity data of the numbered recycling warehouse, which specifically includes the following steps:

[0085] S2031, the backend management terminal extracts and processes the capacity data of the recycling warehouse based on the recycling warehouse number, and determines the capacity data of the recycling warehouse number;

[0086] S2032, the backend management terminal performs information retrieval processing on the database system based on the recycling warehouse number as a feature, and determines the stored data of the recycling warehouse number;

[0087] S2033. Based on the background management terminal, the capacity data of the numbered recovery warehouse and the stored data of the numbered recovery warehouse are calculated to determine the remaining capacity data of the numbered recovery warehouse;

[0088] In this embodiment, the types of recyclables in the recycling warehouse are first screened according to the information on the types of marine pollutants to determine the recycling warehouse that can accommodate this type of marine pollutants. Then, analysis is performed based on the weight information of the marine pollutants and the remaining capacity data of the recycling warehouse that can accommodate this type of marine pollutants to ensure that the recycling warehouse can complete the recycling of marine pollutants.

[0089] Reference Figure 4 As shown, based on the background management terminal, the remaining capacity data of the numbered recycling warehouse is analyzed and processed, and the location of the recycling warehouse is determined, which specifically includes the following steps:

[0090] S301, based on the background management terminal, compare and judge the remaining capacity data of the numbered recycling warehouse and the weight information of the marine pollutants;

[0091] S302. If the remaining capacity data of the numbered recycling warehouse is greater than the weight information of the marine pollutants, the backend management terminal records the numbered recycling warehouse to be screened;

[0092] S303. If the remaining capacity data of the numbered recycling warehouse is less than or equal to the weight information of the marine pollutants, the remaining capacity of the numbered recycling warehouse cannot store the marine pollutants, and the background management terminal sends the real-time recycling order information of the marine pollutants to the terminal processing plant, and the terminal processing plant recycles the marine pollutants;

[0093] S304: Based on the background management terminal, the information of the recycling warehouse with the number to be screened and the location of the marine pollutant recycling is analyzed and processed to determine the location of the recycling warehouse.

[0094] Reference Figure 5 As shown, based on the background management terminal, the numbered recovery warehouse to be screened and the marine pollutant recovery location information are analyzed and processed, and the location of the recovery warehouse is determined, which specifically includes the following steps:

[0095] S3041, the backend management terminal performs information retrieval processing on the database system based on the warehouse for recycling the numbers to be screened, and determines the location information of the warehouse for recycling the numbers to be screened;

[0096] S3042, based on the background management terminal, route selection and processing are performed on the location information of the recycling warehouse with the number to be screened and the location information of the marine pollutant recycling, and several groups of recycling routes are determined;

[0097] S3043. Based on the background management terminal, several groups of recycling paths are analyzed and processed to determine the location of the recycling warehouse.

[0098] Reference Figure 6 As shown, based on the background management terminal, analyzing and processing several groups of recycling paths to determine the location of the recycling warehouse specifically includes the following steps:

[0099] S30431. Based on the background management terminal, several groups of recycling paths are calculated and processed to determine the distance information of several groups of recycling paths;

[0100] S30432. Based on the background management terminal, sort and process several groups of recycling path distance information to determine the shortest recycling path;

[0101] S30433. The backend management terminal matches the location information of the recycling warehouse with the to-be-screened number according to the shortest recycling path, and determines the location of the recycling warehouse;

[0102] The specific calculation formula for determining the shortest recycling path is:

[0103]

[0104] Wherein, Wmin is the distance information of the shortest recovery path; Wi is the distance information of several groups of recovery paths; n is the specific number of several groups of recovery path distance information; min() is the minimum value function;

[0105] In this embodiment, after the location of the recycling warehouse is determined, there may be multiple recycling warehouses, but the distance between each recycling warehouse and the marine pollutant recycling location information is different. In order to shorten the recycling time of marine pollutants, the distance between each recycling warehouse and the marine pollutant recycling location information is compared, and the recycling warehouse with the shortest recycling path is selected as the preferred recycling warehouse.

[0106] Reference Figure 7 As shown, based on the background management terminal, the location of the recycling warehouse and the marine pollutant recycling time information are analyzed and processed to determine the departure time for recycling marine pollutants, which specifically includes the following steps:

[0107] S401, the backend management terminal extracts data from the database system based on the shortest recovery path as a feature, and determines the historical driving speed information corresponding to the shortest recovery path;

[0108] S402: Based on the background management terminal, the historical driving speed information corresponding to the shortest recovery path is counted and processed to determine the driving speed with the most occurrences;

[0109] S403, based on the background management terminal, analyzing and processing the most frequent driving speed and the shortest recovery path distance information, and determining the departure time for recovering marine pollutants;

[0110] In this embodiment, the speeds at which recycling personnel collect marine pollutants at different locations are different. However, in order to screen out a suitable driving speed, the historical driving speed information corresponding to the shortest recycling path is counted, and the driving speed that appears the most times is used as the speed for this marine pollutant collection visit.

[0111] Reference Figure 8 As shown, based on the background management terminal, the most frequent driving speed and the shortest recovery path distance information are analyzed and processed to determine the departure time for recovering marine pollutants, which specifically includes the following steps:

[0112] S4031, the backend management terminal extracts data from the database system based on the driving speed that appears most frequently, and obtains several groups of arrival times at the recycling location;

[0113] S4032. Based on the background management terminal, the most frequent driving speed and the shortest recovery path distance information are calculated and processed to obtain the estimated arrival time for recovery of marine pollutants;

[0114] S4033, based on the background management terminal, calculating and processing the arrival time of several groups at the recovery location and the estimated arrival time for recovering the marine pollutants, and obtaining the path consumption time of several groups;

[0115] S4034. Based on the background management terminal, several groups of route consumption times and estimated arrival times for recovering marine pollutants are analyzed and processed to determine the departure time for recovering marine pollutants.

[0116] Reference Fig. 9 As shown, based on the background management terminal, the path consumption time and the estimated arrival time for recovering marine pollutants are analyzed and processed to determine the departure time for recovering marine pollutants, which specifically includes the following steps:

[0117] S40341. Based on the background management terminal, the consumption time of several groups of paths is calculated and processed to obtain the recovery compensation time;

[0118] S40342. Based on the background management terminal, the recovery compensation time and the estimated arrival time of the recovered marine pollutants are calculated and processed to determine the recovery arrival consumption time;

[0119] S40343. Based on the background management terminal, the ocean pollutant recovery time information and the recovery arrival consumption time are calculated to determine the departure time for recovering the ocean pollutants;

[0120] The specific calculation formula for determining the recycling arrival consumption time is:

[0121]

[0122] Where, Tf is the time it takes to recover the waste; Tα is the estimated time it takes to recover marine pollutants; Tj is the time it takes to recover a number of paths; m is the specific number of times it takes to recover a number of paths;

[0123] In this embodiment, since various situations may occur to the recycling personnel on the road, which may lead to different door-to-door recycling times, the time of arrival at the recycling location each time and the estimated arrival time for recycling marine pollutants are calculated to obtain the time that multiple groups of recycling personnel are delayed on the road, that is, several groups of path consumption time. By calculating the several groups of path consumption time, the average time is obtained, and the average time is set as the recycling compensation time, that is, the time that the recycling personnel may be delayed when recycling the marine pollutants this time, and the average time is used to compensate for the estimated arrival time for recycling marine pollutants, so that users will not wait too long.

[0124] Reference Fig.10 As shown, a marine ecological pollutant recovery and treatment system is used to implement a marine ecological pollutant recovery and treatment method as described above, comprising:

[0125] A backend management terminal, which is used to analyze the capacity of recycling warehouses, determine the location of recycling warehouses, analyze recycling routes, and determine the departure time for recycling marine pollutants based on real-time marine pollutant recycling order information. The backend management terminal is used to control data transmission and information interaction between various modules;

[0126] A database system, the database system being used to store relevant data of recycling warehouses, stored data of numbered recycling warehouses, and historical driving speed information corresponding to the shortest recycling path;

[0127] A warehouse capacity calculation module, which calculates and processes the recovery warehouse according to the weight information of the marine pollutants to determine the remaining capacity data of the numbered recovery warehouse;

[0128] A warehouse screening module, wherein the warehouse screening module performs route selection processing on the location information of the numbered recovery warehouse and the location information of the marine pollutant recovery to be screened, and determines the location of the recovery warehouse;

[0129] A data calculation module, wherein the data analysis module calculates and analyzes the historical driving speed information corresponding to the shortest recovery path to determine the recovery compensation time;

[0130] A data analysis module, which performs analysis and processing based on the recovery compensation time and the estimated arrival time of recovered marine pollutants to determine the recovery arrival consumption time;

[0131] The recovery departure time determination module determines the departure time for recovering the marine pollutants by performing a difference calculation based on the marine pollutant recovery time information and the recovery arrival consumption time.

[0132] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions only describe the principles of the present invention. The present invention may be subject to various changes and improvements without departing from the spirit and scope of the present invention. These changes and improvements fall within the scope of the present invention. The scope of protection claimed by the present invention is defined by the attached claims and their equivalents.

Claims

1. A method for recovering and treating marine ecological pollutants, characterized in that: include: Acquire real-time order information for recycling marine pollutants, wherein the real-time order information for recycling marine pollutants includes marine pollutant type information, marine pollutant weight information, marine pollutant recycling location information, and marine pollutant recycling time information; Based on the backend management terminal, analyze and process the real-time order information of marine pollutants recycling to determine the remaining capacity data of the numbered recycling warehouse; Based on the backend management terminal, the remaining capacity data of the numbered recycling warehouse is analyzed and processed to determine the location of the recycling warehouse; Based on the backend management terminal, the location of the recycling warehouse and the time information of marine pollutant recycling are analyzed and processed to determine the departure time for recycling marine pollutants; The backend management terminal recycles the marine pollutants according to the departure time for recycling the marine pollutants.

2. A method for recovering and treating marine ecological pollutants according to claim 1, characterized in that: The method of analyzing and processing the real-time marine pollutant recycling order information based on the backend management terminal and determining the remaining capacity data of the numbered recycling warehouse specifically includes the following steps: Based on the backend management terminal, information retrieval processing is performed on the database system to obtain relevant data of the recycling warehouse, wherein the relevant data of the recycling warehouse includes capacity data of the recycling warehouse and data on types of recyclables of the recycling warehouse; The backend management terminal screens and processes the data on the types of recyclables in the recycling warehouse based on the type information of marine pollutants, and determines the recycling warehouse number; Based on the background management terminal, the recycling warehouse number and the weight information of marine pollutants are analyzed and processed to determine the remaining capacity data of the numbered recycling warehouse.

3. A method for recovering and treating marine ecological pollutants according to claim 2, characterized in that: The method of analyzing and processing the recycling warehouse number and the marine pollutant weight information based on the backend management terminal to determine the remaining capacity data of the numbered recycling warehouse specifically includes the following steps: The backend management terminal extracts and processes the capacity data of the recycling warehouse based on the recycling warehouse number, and determines the capacity data of the recycling warehouse number; The backend management terminal performs information retrieval processing on the database system based on the recycling warehouse number as a feature to determine the stored data of the recycling warehouse number; Based on the background management terminal, the capacity data of the numbered recovery warehouse and the stored data of the numbered recovery warehouse are calculated to determine the remaining capacity data of the numbered recovery warehouse.

4. A method for recovering and treating marine ecological pollutants according to claim 1, characterized in that: The method of analyzing and processing the remaining capacity data of the numbered recycling warehouse based on the background management terminal to determine the location of the recycling warehouse specifically includes the following steps: Based on the backend management terminal, the remaining capacity data of the numbered recycling warehouse and the weight information of marine pollutants are compared and judged; If the remaining capacity data of the numbered recycling warehouse is greater than the weight information of the marine pollutants, the backend management terminal records the numbered recycling warehouse to be screened; If the remaining capacity of the numbered recycling warehouse is less than or equal to the weight of the marine pollutants, the remaining capacity of the numbered recycling warehouse cannot store the marine pollutants. The backend management terminal sends the real-time recycling order information of the marine pollutants to the terminal processing plant, and the terminal processing plant recycles the marine pollutants. Based on the background management terminal, the information of the recycling warehouse with the required number and the location of the marine pollutant recycling is analyzed and processed to determine the location of the recycling warehouse.

5. A method for recovering and treating marine ecological pollutants according to claim 4, characterized in that: Based on the background management terminal, the analysis and processing of the numbered recovery warehouse to be screened and the marine pollutant recovery location information to determine the recovery warehouse location specifically includes the following steps: The backend management terminal performs information retrieval processing on the database system based on the warehouse for recycling the numbers to be screened, and determines the location information of the warehouse for recycling the numbers to be screened; Based on the background management terminal, the location information of the recycling warehouse to be screened and the location information of the marine pollutant recycling are processed to select routes and determine several groups of recycling routes; Based on the background management terminal, several groups of recycling paths are analyzed and processed to determine the location of the recycling warehouse.

6. A method for recovering and treating marine ecological pollutants according to claim 5, characterized in that: The steps of analyzing and processing a plurality of recycling paths based on the backend management terminal and determining the recycling warehouse location specifically include the following steps: Based on the background management terminal, several groups of recycling paths are calculated and processed to determine the distance information of several groups of recycling paths; Based on the background management terminal, sort and process several groups of recycling path distance information to determine the shortest recycling path; The backend management terminal matches the location information of the recycling warehouse with the number to be screened according to the shortest recycling path, and determines the location of the recycling warehouse; The specific calculation formula for determining the shortest recycling path is: Wherein, Wmin is the distance information of the shortest recovery path; Wi is several groups of recovery path distance information; n is the specific number of several groups of recovery path distance information; min() is the minimum value function.

7. A method for recovering and treating marine ecological pollutants according to claim 1, characterized in that: The process of analyzing and processing the location of the recycling warehouse and the time information of the marine pollutant recycling based on the background management terminal to determine the departure time for recycling the marine pollutants specifically includes the following steps: The backend management terminal extracts data from the database system based on the shortest recovery path as a feature, and determines the historical driving speed information corresponding to the shortest recovery path; Based on the background management terminal, the historical driving speed information corresponding to the shortest recovery path is counted and processed to determine the driving speed with the most occurrences; Based on the background management terminal, the most frequently occurring driving speed and the distance information of the shortest recovery path are analyzed and processed to determine the departure time for recovering marine pollutants.

8. A method for recovering and treating marine ecological pollutants according to claim 7, characterized in that: The method of analyzing and processing the most frequent driving speed and the shortest recovery path distance information based on the background management terminal to determine the departure time for recovering marine pollutants specifically includes the following steps: The backend management terminal extracts data from the database system based on the driving speed that appears most frequently, and obtains the arrival time of several groups at the recycling location; Based on the backend management terminal, the most frequent driving speed and the shortest recycling path distance information are calculated and processed to obtain the estimated arrival time for recycling marine pollutants; Based on the background management terminal, the estimated arrival time of several groups of recovery locations and the estimated arrival time of recovered marine pollutants are calculated and processed to obtain the path consumption time of several groups; Based on the background management terminal, several groups of route consumption times and the estimated arrival times for recovering marine pollutants are analyzed and processed to determine the departure time for recovering marine pollutants.

9. A method for recovering and treating marine ecological pollutants according to claim 8, characterized in that: The method of analyzing and processing several groups of path consumption times and estimated arrival times for recovering marine pollutants based on the background management terminal to determine the departure time for recovering marine pollutants specifically includes the following steps: Based on the background management terminal, the consumption time of several groups of paths is calculated and processed to obtain the recovery compensation time; Based on the background management terminal, the recycling compensation time and the estimated arrival time of the recycled marine pollutants are calculated and processed to determine the recycling arrival consumption time; Based on the background management terminal, the difference between the marine pollutant recovery time information and the recovery arrival consumption time is calculated to determine the departure time for recovering marine pollutants; The specific calculation formula for determining the recycling arrival consumption time is: Where Tf is the time it takes to recover the waste; Tα is the estimated time it takes to recover marine pollutants; Tj is the time it takes to recover a number of paths; and m is the specific number of times it takes to recover a number of paths.

10. A marine ecological pollutant recovery and treatment system, used to implement a marine ecological pollutant recovery and treatment method as claimed in any one of claims 1 to 9, characterized in that: include: A backend management terminal, which is used to analyze the capacity of recycling warehouses, determine the location of recycling warehouses, analyze recycling routes, and determine the departure time for recycling marine pollutants based on real-time marine pollutant recycling order information. The backend management terminal is used to control data transmission and information interaction between various modules; A database system, the database system being used to store relevant data of recycling warehouses, stored data of numbered recycling warehouses, and historical driving speed information corresponding to the shortest recycling path; A warehouse capacity calculation module, which calculates and processes the recovery warehouse according to the weight information of the marine pollutants to determine the remaining capacity data of the numbered recovery warehouse; A warehouse screening module, wherein the warehouse screening module performs route selection processing on the location information of the numbered recovery warehouse and the location information of the marine pollutant recovery to be screened, and determines the location of the recovery warehouse; A data calculation module, wherein the data analysis module calculates and analyzes the historical driving speed information corresponding to the shortest recovery path to determine the recovery compensation time; A data analysis module, which performs analysis and processing based on the recovery compensation time and the estimated arrival time of recovered marine pollutants to determine the recovery arrival consumption time; The recovery departure time determination module determines the departure time for recovering the marine pollutants by performing a difference calculation based on the marine pollutant recovery time information and the recovery arrival consumption time.

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