A new pollutant risk assessment platform based on environmental steward

Abstract

The present invention discloses a new pollutant risk assessment platform based on an environmental steward, and relates to the technical field of pollution risk assessment, an acquisition module, which is used to acquire management environment information of new pollutants, a marking module, which is connected to the acquisition module, and is used to acquire key ranges to be monitored in the management environment information and mark them in the management model, an establishment module, which is connected to the marking module, and is used to correspond the key ranges to be monitored in the management model to a cloud server and perform information binding, a transmission module, which is connected to the establishment module, and is used to collect new pollutant information in the key ranges to be monitored based on the acquisition end, and an evaluation module, which is connected to the transmission module, and is used to treat new pollutant information that does not meet preset conditions as abnormal information. The present invention eliminates abnormal verification information packets, and copies new verification information packets to replace the abnormal verification information packets, thereby ensuring the security of information transmission.

Description

Technical Field

[0001] The present invention relates to the technical field of pollution risk assessment, and in particular to a new pollutant risk assessment platform based on an environmental steward. Background Art

[0002] As people pay more attention to environmental protection, new pollutants have gradually attracted people's attention in recent years. Chemical substances or pollutants that have potential risks to the environment or human health need to be collected when conducting risk assessment of new pollutants. Due to the environmental protection control problems in the existing society, there is inaccurate information transmission during the collection of new pollutants, which in turn affects the subsequent risk assessment of new pollutants. Summary of the invention

[0003] The purpose of the present invention is to provide a new pollutant risk assessment platform based on environmental steward to solve the shortcomings of the background technology.

[0004] In order to achieve the above-mentioned purpose, the present invention provides the following technical solution: a new pollutant risk assessment platform based on environmental steward, comprising:

[0005] An acquisition module is used to acquire management environment information of new pollutants, wherein the management environment information includes management scope information and corresponding location information, and to build a management model based on the management environment information;

[0006] The marking module is connected to the acquisition module, and is used to obtain the key range to be monitored in the management environment information and mark it in the management model, configure the corresponding monitoring points corresponding to the key range to be monitored and bind the information, and obtain the collection end based on the monitoring point registration;

[0007] The establishment module is connected with the marking module to correspond the key range to be monitored in the management model to the cloud server and bind the information, and establish a communication channel between the collection end and the cloud server;

[0008] The transmission module is connected to the establishment module and is used to collect new pollutant information in the key range to be monitored based on the collection end, package the new pollutant information to obtain a transmission package, transmit the transmission package to the corresponding cloud server and mark it in the management model;

[0009] The evaluation module is connected to the transmission module and is used to treat the new pollutant information that does not meet the preset conditions as abnormal information, and to perform risk evaluation on the new pollutants based on the abnormal information to obtain an evaluation index.

[0010] In a preferred embodiment, the acquisition module includes:

[0011] A collection unit, used to obtain management range information and corresponding location information of new pollutants as management environment information, wherein the management range information includes management range space and corresponding size information;

[0012] The construction unit is used to perform three-dimensional construction based on the management environment information to obtain a management model.

[0013] In a preferred embodiment, the marking module comprises:

[0014] A marking unit, used to obtain monitoring points in the management environment information, divide the key range to be monitored based on the monitoring points, bind the monitoring points with the corresponding key range to be monitored and mark them in the management model;

[0015] A selection unit is used to select multiple collection points within the key range to be monitored, connect the multiple collection points as monitoring points, and bind the monitoring points with the corresponding key range to be monitored;

[0016] The registration unit is used to obtain the collection end based on the monitoring point registration.

[0017] In a preferred embodiment, the establishment module includes:

[0018] A configuration unit, configured to configure a corresponding cloud server corresponding to the key range to be monitored in the management model, and to bind information between the key range to be monitored and the corresponding cloud server;

[0019] The establishing unit is used to establish a communication channel between the acquisition terminal and the cloud server.

[0020] In a preferred embodiment, the establishing unit comprises:

[0021] A communication connection unit, used to establish a transmission channel between the acquisition terminal and the cloud server, and to set a transmission line based on the transmission channel, wherein a plurality of verification points are evenly set in the transmission line;

[0022] The transmission setting unit is used to establish a connection relationship between multiple verification points based on the transmission line to obtain a communication channel.

[0023] In a preferred embodiment, the transmission module includes:

[0024] A first association unit is used to obtain new pollutant information within a key range to be monitored collected by the collection end, extract multiple keywords from the new pollutant information, configure corresponding tags based on the multiple keywords, and associate the multiple tags around the new pollutant information to obtain a main information package;

[0025] A second associating unit is used to copy the corresponding main information packet to obtain a plurality of verification information packets, and associate the plurality of verification information packets around the main information packet to obtain a transmission packet;

[0026] A transmission unit, used to use multiple tags corresponding to the main information packet as verification information and synchronize them to the verification point in the communication channel, transmit the transmission packet through the communication channel, and verify the multiple tags of the verification information packet through the verification point respectively. If the multiple tags of the verification information packet are consistent with the verification information, it means that the transmission packet is in a normal state. If the multiple tags of the verification information packet are inconsistent with the verification information, it means that the transmission packet is in an abnormal state. The verification information packet whose multiple tags are inconsistent with the verification information is eliminated and replaced with a new verification information packet and re-associated with other verification information packets;

[0027] The information marking unit is used to transmit the transmission package to the corresponding cloud server and obtain the main information package, and mark the new pollutant information in the main information package in the key monitoring range of the corresponding management model.

[0028] In a preferred embodiment, the first association unit includes:

[0029] A data setting unit, used to set keywords of a plurality of new pollutant information, and set corresponding tags corresponding to the keywords of the plurality of new pollutant information, and match the keywords of the plurality of new pollutant information with the corresponding tags and store them to obtain a matching database;

[0030] An extraction unit, used to obtain new pollutant information in a key area to be monitored collected by the collection end and extract multiple keywords, and obtain labels corresponding to the multiple keywords based on a matching database;

[0031] The information association unit is used to associate multiple tags around the new pollutant information to obtain a main information package.

[0032] In a preferred embodiment, the evaluation module includes:

[0033] A judgment unit, used to set corresponding preset conditions for the key range to be monitored, and regard new pollutant information that does not meet the preset conditions as abnormal information;

[0034] The calculation unit is used to perform risk assessment on new pollutants based on abnormal information to obtain an assessment index.

[0035] In the above technical solution, the technical effects and advantages provided by the present invention are:

[0036] The present invention eliminates multiple verification information packets whose labels are inconsistent with the verification information and replaces them with new verification information packets to re-associate with other verification information packets. After the attacked verification information packet exists, the label corresponding to the verification information packet will disappear, and it will not be able to correspond to the verification information of the verification point, so it is an abnormality. The abnormal verification information packet is eliminated, and a new verification information packet is copied to replace the abnormal verification information packet, thereby ensuring the security of information transmission. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0038] Figure 1 It is a system block diagram of the present invention. DETAILED DESCRIPTION

[0039] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0040] Example 1, please refer to Figure 1 As shown, the new pollutant risk assessment platform based on the environmental steward described in this embodiment includes:

[0041] An acquisition module is used to acquire management environment information of new pollutants, wherein the management environment information includes management scope information and corresponding location information, and to build a management model based on the management environment information;

[0042] The marking module is connected to the acquisition module, and is used to obtain the key range to be monitored in the management environment information and mark it in the management model, configure the corresponding monitoring points corresponding to the key range to be monitored and bind the information, and obtain the collection end based on the monitoring point registration;

[0043] The establishment module is connected with the marking module to correspond the key range to be monitored in the management model to the cloud server and bind the information, and establish a communication channel between the collection end and the cloud server;

[0044] The transmission module is connected to the establishment module and is used to collect new pollutant information in the key range to be monitored based on the collection end, package the new pollutant information to obtain a transmission package, transmit the transmission package to the corresponding cloud server and mark it in the management model;

[0045] An evaluation module, connected to the transmission module, is used to treat new pollutant information that does not meet the preset conditions as abnormal information, and to perform risk evaluation on the new pollutants based on the abnormal information to obtain an evaluation index;

[0046] It should be noted that, as people pay more attention to environmental protection, new pollutants have gradually attracted people's attention in recent years. Chemical substances or pollutants that have potential risks to the environment or human health need to be collected when conducting risk assessment of new pollutants. Due to the environmental protection control problems in the existing society, there is an inaccurate information transmission during the collection of new pollutants, which in turn affects the subsequent risk assessment of new pollutants. In this application, multiple verification information packets with inconsistent labels and verification information are eliminated and replaced with new verification information packets and re-associated with other verification information packets. After the existence of the attacked verification information packet, the label corresponding to the verification information packet will disappear, and then it cannot correspond to the verification information of the verification point, so it is abnormal. The abnormal verification information packet is eliminated, and the new verification information packet is copied and replaced with the abnormal verification information packet to ensure the security of information transmission;

[0047] In one embodiment, the acquisition module includes:

[0048] A collection unit, used to obtain management range information and corresponding location information of new pollutants as management environment information, wherein the management range information includes management range space and corresponding size information;

[0049] A construction unit, used for performing three-dimensional construction based on the management environment information to obtain a management model;

[0050] It should be noted that new pollutants mainly include four categories: persistent organic pollutants, endocrine disruptors, antibiotics, and microplastics. Here, we mainly collect new pollutants in the air. Before conducting risk assessment of new pollutants, we first obtain the management scope information and corresponding location information of new pollutants that need to be managed as management environment information. Then, we construct a three-dimensional management model based on the management scope space and the corresponding size information, which can clearly display the management environment information that needs to be collected, and facilitate the clear display of new pollutant information collected later.

[0051] In one embodiment, the marking module includes:

[0052] A marking unit, used to obtain monitoring points in the management environment information, divide the key range to be monitored based on the monitoring points, bind the monitoring points with the corresponding key range to be monitored and mark them in the management model;

[0053] A selection unit is used to select multiple collection points within the key range to be monitored, connect the multiple collection points as monitoring points, and bind the monitoring points with the corresponding key range to be monitored;

[0054] A registration unit, used to obtain a collection end based on monitoring point registration;

[0055] It should be noted that the monitoring points in the management environment information are obtained, where the monitoring points are locations where new pollutant leakage may occur in the management scope information, and then the key range to be monitored is divided according to the monitoring points, and the key range to be monitored is the spatial range where new pollutants need to be monitored, and then multiple collection points are selected within the key range to be monitored, and the multiple collection points are connected as monitoring points, and the monitoring points are bound to the corresponding key range to be monitored. The monitoring points and the corresponding key range to be monitored and the corresponding monitoring points are all marked in the management model for information display, which is convenient for the staff to understand the information. Later, for the subsequent collection of information, it is necessary to register the collection end based on the monitoring points, so as to make preparations for the collection in advance;

[0056] In one embodiment, the establishing module includes:

[0057] A configuration unit, configured to configure a corresponding cloud server corresponding to the key range to be monitored in the management model, and to bind information between the key range to be monitored and the corresponding cloud server;

[0058] An establishing unit, used to establish a communication channel between the acquisition terminal and the cloud server;

[0059] It should be noted that in order to display the new pollutant information subsequently collected by the collection end through the management model, a corresponding cloud server is configured for the key range to be monitored in the management model, and information is bound between the key range to be monitored and the corresponding cloud server, so that the cloud server corresponds to the corresponding key range to be monitored, and the new pollutant information received in the cloud server can be synchronized to the management model for display. Here, the operation of displaying the new pollutant information received in the cloud server in the management model includes:

[0060] A model corresponding to the key range to be monitored is established in the cloud server as a storage model, and the location of the collection point in the key range to be monitored is marked in the storage model and the identity table is marked to obtain the storage point identity information;

[0061] The corresponding collection points are marked to obtain the collection point identity information, and the corresponding relationship between the collection point identity information and the storage point identity information is established;

[0062] Based on the storage point identity information, the storage model and the key range to be monitored in the management model are overlapped to obtain an information correspondence relationship; the new pollutant information collected by the collection point can be stored in the corresponding storage model according to the correspondence relationship in the future, and the new pollutant information in the storage model is displayed in the management model according to the information correspondence relationship obtained by overlapping the storage model with the key range to be monitored in the management model, which can better facilitate people to understand the new pollutant information. In order to collect new pollutant information, a communication channel needs to be established between the collection end and the cloud server, and the communication channel is used for the subsequent transmission of the collected new pollutants;

[0063] In one embodiment, the establishing unit includes:

[0064] A communication connection unit, used to establish a transmission channel between the acquisition terminal and the cloud server, and to set a transmission line based on the transmission channel, wherein a plurality of verification points are evenly set in the transmission line;

[0065] A transmission setting unit, used to establish a connection relationship between multiple verification points based on the transmission line to obtain a communication channel;

[0066] It should be noted that a transmission channel is established between the collection end and the cloud server. In order to prepare for subsequent transmission, multiple verification points need to be set in the transmission channel. The verification points uniformly store the verification information in the subsequent transmission process. The subsequent transmission packets are verified by the verification information during the transmission process, so that the subsequent damaged transmission packets can be repaired and the transmission can be continued. The multiple verification points on the transmission line are also connected. The transmission channel with the transmission line and verification points is used as a communication channel, which can ensure the security and accuracy of the subsequent transmission of new pollutant information and facilitate the subsequent risk assessment of new pollutants.

[0067] In one embodiment, the transmission module includes:

[0068] A first association unit is used to obtain new pollutant information within a key range to be monitored collected by the collection end, extract multiple keywords from the new pollutant information, configure corresponding tags based on the multiple keywords, and associate the multiple tags around the new pollutant information to obtain a main information package;

[0069] A second associating unit is used to copy the corresponding main information packet to obtain a plurality of verification information packets, and associate the plurality of verification information packets around the main information packet to obtain a transmission packet;

[0070] A transmission unit, used to use multiple tags corresponding to the main information packet as verification information and synchronize them to the verification point in the communication channel, transmit the transmission packet through the communication channel, and verify the multiple tags of the verification information packet through the verification point respectively. If the multiple tags of the verification information packet are consistent with the verification information, it means that the transmission packet is in a normal state. If the multiple tags of the verification information packet are inconsistent with the verification information, it means that the transmission packet is in an abnormal state. The verification information packet whose multiple tags are inconsistent with the verification information is eliminated and replaced with a new verification information packet and re-associated with other verification information packets;

[0071] An information marking unit, used to transmit the transmission package to the corresponding cloud server and obtain the main information package, and mark the new pollutant information in the main information package in the key monitoring range of the corresponding management model;

[0072] It should be noted that after the collection environment is prepared, multiple keywords in the new pollutant information are extracted according to the new pollutant information in the key monitoring range collected by the collection end, and corresponding tags are configured based on the multiple keywords. The multiple tags are associated around the new pollutant information to obtain a main information package. The tag here is a matching tag set in advance. Then the main information package is copied to obtain multiple verification information packets, and the multiple verification information packets are associated around the main information packet to obtain a transmission packet. The multiple verification information packets here communicate around the main information packet. By surrounding the main information packet with multiple verification information packets, a posture of protecting the main information packet can be played. The main information packet is inside the information packet, and then the multiple tags corresponding to the main information packet are used as verification information and synchronized to the verification point in the communication channel. Then The transmission packet is transmitted through the communication channel. During the transmission process, multiple labels of the verification information packet are verified respectively through the verification point. In the case of an external network attack, if the multiple labels of the verification information packet are consistent with the verification information, it means that the transmission packet is in a normal state. If the multiple labels of the verification information packet are inconsistent with the verification information, it means that the transmission packet is in an abnormal state. The verification information packet with multiple labels inconsistent with the verification information is eliminated and replaced with a new verification information packet and re-associated with other verification information packets. After the existence of the attacked verification information packet, the label corresponding to the verification information packet will disappear, and it cannot correspond to the verification information of the verification point, so it is abnormal. The abnormal verification information packet is eliminated, and a new verification information packet is copied to replace the abnormal verification information packet, thereby ensuring the security of information transmission;

[0073] In one embodiment, the first associating unit comprises:

[0074] A data setting unit, used to set keywords of a plurality of new pollutant information, and set corresponding tags corresponding to the keywords of the plurality of new pollutant information, and match the keywords of the plurality of new pollutant information with the corresponding tags and store them to obtain a matching database;

[0075] An extraction unit, used to obtain new pollutant information in a key area to be monitored collected by the collection end and extract multiple keywords, and obtain labels corresponding to the multiple keywords based on a matching database;

[0076] An information association unit, used for associating multiple tags around new pollutant information to obtain a main information package;

[0077] It should be noted that the matching database here stores multiple keywords and corresponding tags of new pollutant information. This is a database of a large amount of data set in advance. Therefore, the new pollutant information of the key range to be monitored collected by the collection end is obtained and multiple keywords are extracted. The tags corresponding to the multiple keywords are obtained based on the matching database. The tags here correspond to the new pollutant information as a data code for association. The tags and the corresponding keywords in the new pollutant information are in a binding state. The main information package is obtained by associating multiple tags around the new pollutant information, which can have better data security and ensure the accuracy of the risk assessment of new pollutants.

[0078] In one embodiment, the evaluation module includes:

[0079] A judgment unit, used to set corresponding preset conditions for the key range to be monitored, and regard new pollutant information that does not meet the preset conditions as abnormal information;

[0080] The calculation unit is used to perform risk assessment on new pollutants based on abnormal information to obtain an evaluation index, wherein the calculation formula of the evaluation index is:

[0081] ,in, is the evaluation index, is the number of times that multiple tags are inconsistent with the verification information. is the difference between the new pollutant information that does not meet the preset conditions and the preset conditions. is the weight coefficient corresponding to the new pollutant information that does not meet the preset conditions, is a constant greater than zero, where a larger value of the evaluation index represents a higher risk of new pollutants;

[0082] It should be noted that corresponding preset conditions are set for the key areas to be monitored, and the new pollutant information that does not meet the preset conditions is regarded as abnormal information. The evaluation index is then calculated to understand the risks of new pollutants.

[0083] The above is only a specific implementation of the present application, but the protection scope of the present application is not limited thereto. Any person skilled in the art who is familiar with the present technical field can easily think of changes or substitutions within the technical scope disclosed in the present application, which should be included in the protection scope of the present application. Therefore, the protection scope of the present application should be based on the protection scope of the claims.

Claims

1. A new pollutant risk assessment platform based on environmental steward, characterized in that: include: An acquisition module is used to acquire management environment information of new pollutants, wherein the management environment information includes management scope information and corresponding location information, and to build a management model based on the management environment information; The marking module is connected to the acquisition module, and is used to obtain the key range to be monitored in the management environment information and mark it in the management model, configure the corresponding monitoring points corresponding to the key range to be monitored and bind the information, and obtain the collection end based on the monitoring point registration; The establishment module is connected with the marking module to correspond the key range to be monitored in the management model to the cloud server and bind the information, and establish a communication channel between the collection end and the cloud server; The transmission module is connected to the establishment module and is used to collect new pollutant information in the key range to be monitored based on the collection end, package the new pollutant information to obtain a transmission package, transmit the transmission package to the corresponding cloud server and mark it in the management model; The transmission module comprises: A first association unit is used to obtain new pollutant information within a key range to be monitored collected by the collection end, extract multiple keywords from the new pollutant information, configure corresponding tags based on the multiple keywords, and associate the multiple tags around the new pollutant information to obtain a main information package; A second associating unit is used to copy the corresponding main information packet to obtain a plurality of verification information packets, and associate the plurality of verification information packets around the main information packet to obtain a transmission packet; A transmission unit, used to use multiple tags corresponding to the main information packet as verification information and synchronize them to the verification point in the communication channel, transmit the transmission packet through the communication channel, and verify the multiple tags of the verification information packet through the verification point respectively. If the multiple tags of the verification information packet are consistent with the verification information, it means that the transmission packet is in a normal state. If the multiple tags of the verification information packet are inconsistent with the verification information, it means that the transmission packet is in an abnormal state. The verification information packet whose multiple tags are inconsistent with the verification information is eliminated and replaced with a new verification information packet and re-associated with other verification information packets; An information marking unit, used to transmit the transmission package to the corresponding cloud server and obtain the main information package, and mark the new pollutant information in the main information package in the key monitoring range of the corresponding management model; The evaluation module is connected to the transmission module and is used to treat the new pollutant information that does not meet the preset conditions as abnormal information, and to perform risk evaluation on the new pollutants based on the abnormal information to obtain an evaluation index.

2. According to claim 1, a new pollutant risk assessment platform based on environmental steward is characterized by: The acquisition module comprises: A collection unit, used to obtain management range information and corresponding location information of new pollutants as management environment information, wherein the management range information includes management range space and corresponding size information; The construction unit is used to perform three-dimensional construction based on the management environment information to obtain a management model.

3. The new pollutant risk assessment platform based on environmental steward according to claim 1 is characterized by: The marking module comprises: A marking unit, used to obtain monitoring points in the management environment information, divide the key range to be monitored based on the monitoring points, bind the monitoring points with the corresponding key range to be monitored and mark them in the management model; A selection unit is used to select multiple collection points within the key range to be monitored, connect the multiple collection points as monitoring points, and bind the monitoring points with the corresponding key range to be monitored; The registration unit is used to obtain the collection end based on the monitoring point registration.

4. The new pollutant risk assessment platform based on environmental steward according to claim 1 is characterized by: The establishment module includes: A configuration unit, configured to configure a corresponding cloud server corresponding to the key range to be monitored in the management model, and to bind information between the key range to be monitored and the corresponding cloud server; The establishing unit is used to establish a communication channel between the acquisition terminal and the cloud server.

5. The new pollutant risk assessment platform based on environmental steward according to claim 4 is characterized by: The establishing unit comprises: A communication connection unit, used to establish a transmission channel between the acquisition terminal and the cloud server, and to set a transmission line based on the transmission channel, wherein a plurality of verification points are evenly set in the transmission line; The transmission setting unit is used to establish a connection relationship between multiple verification points based on the transmission line to obtain a communication channel.

6. The new pollutant risk assessment platform based on environmental steward according to claim 1 is characterized by: The first association unit comprises: A data setting unit, used to set keywords of a plurality of new pollutant information, and set corresponding tags corresponding to the keywords of the plurality of new pollutant information, and match the keywords of the plurality of new pollutant information with the corresponding tags and store them to obtain a matching database; An extraction unit, used to obtain new pollutant information in a key area to be monitored collected by the collection end and extract multiple keywords, and obtain labels corresponding to the multiple keywords based on a matching database; The information association unit is used to associate multiple tags around the new pollutant information to obtain a main information package.

7. The new pollutant risk assessment platform based on environmental steward according to claim 1 is characterized by: The evaluation module includes: A judgment unit, used to set corresponding preset conditions for the key range to be monitored, and regard new pollutant information that does not meet the preset conditions as abnormal information; The calculation unit is used to perform risk assessment on new pollutants based on abnormal information to obtain an assessment index.

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