CN113298666A - Mobile operation platform system for financial insurance and agricultural insurance - Google Patents
Mobile operation platform system for financial insurance and agricultural insurance Download PDFInfo
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- CN113298666A CN113298666A CN202110848479.4A CN202110848479A CN113298666A CN 113298666 A CN113298666 A CN 113298666A CN 202110848479 A CN202110848479 A CN 202110848479A CN 113298666 A CN113298666 A CN 113298666A
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Abstract
The invention provides a financial and agricultural mobile operation platform system, which has the specific functions of but not limited to: mobile underwriting, mobile bidding verification, mobile survey, mobile underwriting, mobile claims, flash insurance, flash claims, video collaboration, multi-user assistance, customer self-service, and the like. The mobile operation platform system runs through the whole flow of agricultural insurance business, improves the efficiency, reduces the cost and comprehensively improves the insurance acceptance and claim settlement service experience of users.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a financial, agricultural and agricultural mobile operation platform system.
Background
National policy agricultural insurance has been successful since 2007. As is known, the premium income of agricultural insurance in 2018 in China breaks through 570 million yuan, and becomes the second major risk category of property insurance in China. Agricultural insurance is supported by a financial subsidy policy, which promotes the rapid development of the market and hides numerous violation phenomena.
While agricultural insurance is rapidly developed, the 'extensive type' feature of emerging markets is increasingly prominent, and the feature is expressed from the industrial development level as follows:
an automatic system capable of automatically surveying and verifying is lacked;
roughly putting the product: the product types are few, the subdivision degree is not enough, the guarantee level is low and single, the subsidy standard is lack of elasticity, and the combined effect of different crowds and different requirements cannot be achieved;
the pricing is extensive: the risk difference in one province is large, but one province is one rate, which is easy to cause inverse selection and moral risk;
and (4) carrying out extensive preservation: the position, the area and the number of the application target can not be determined, and the phenomena of serious multiple application and false application exist;
and (4) paying a claim roughly: the method has the disadvantages of backward survey and damage assessment means, incapability of carrying out on-site verification survey and on-site measurement, extensive claim settlement, low efficiency, high cost, frequent occurrence of false claim payment and agreement claim payment, and intrinsic safety violation.
Disclosure of Invention
The invention aims to provide a financial and agricultural insurance mobile operation platform system which can automatically survey and check marks according to effective insurance policies, improve the efficiency and reduce the cost.
The embodiment of the invention provides a financial and agricultural mobile operation platform system, which comprises:
the mobile terminal is used for performing label checking and mobile survey according to the effective insurance policy;
and the platform end is used for integrally displaying the land parcel and the sampling point related information according to the verification acquisition information and the survey information and generating a verification report.
Further, the mobile terminal includes:
the insurance policy issuing and label checking module is used for carrying out planting risk check label or breeding risk check label according to the effective insurance policy issuing;
the system comprises a case surveying module, a mobile surveying module and a sampling point information acquisition module, wherein the case surveying module is used for carrying out mobile surveying of planting insurance or cultivation insurance and sampling point information acquisition according to an effective insurance policy.
Further, the platform end includes:
the underwriting management module is used for displaying the logo checking information;
and the survey management module is used for displaying the survey information and the sampling point related information.
Further, the insurance policy verification module comprises:
the insurance policy checking unit is used for displaying the occupation of the insurance policy number and collecting the individual household list of the insurance farmers;
the label checking map unit is used for land acquisition and farmer authority confirmation;
the system comprises a label checking sample point unit, a label checking unit and a label checking unit, wherein the label checking sample point unit is used for displaying and displaying the plot information collected by the label checking;
the marking map checking and drawing unit is used for screening and positioning to a corresponding area according to the administrative division and checking the corresponding farmer information of the area;
the verification photo unit is used for storing case documents and image data in an off-line manner;
and the first submission auditing unit is used for submitting auditing after the logo verification is finished.
Further, the case survey module comprises:
the case reporting and checking unit is used for checking the basic information of the case so as to conveniently and rapidly dial the number to a case reporter;
the survey map unit is used for calling a map to collect survey point positions;
the survey sampling point unit is used for displaying the insurance information and the insurance reason;
the survey plot sketching unit is used for screening and positioning to a corresponding area according to the administrative division and checking farmer information corresponding to the area;
the survey photo unit is used for processing case survey information and image data;
and the second submission and verification unit is used for submitting verification after the verification is finished.
Further, the underwriting management module comprises:
the insurance acceptance map unit is used for checking a map of a place of the insurance policy, and the insurance acceptance map is made into a four-to-four map;
the logo checking information unit is used for checking the logo checking photos of the insurance application;
the logo checking photo unit is used for checking the logo checking photos;
and the policy information unit is used for checking the policy information.
Further, the survey management module comprises:
the survey task unit is used for checking the survey task information;
the survey map unit is used for surveying the position map and making a four-to-one map;
the survey photo unit is used for surveying the photos;
and the photo map unit is used for surveying the photo map positioning.
Further, check mark map sketching unit is used for the plot sketching, and the fence sketching is through surveying the area of mu appearance automatic calculation sketching plot.
Furthermore, the platform end also comprises an analysis module, the analysis module collects sampling point information based on remote sensing image data by introducing a remote sensing disaster loss evaluation model and deep learning, analyzes and compares the sampling point information and the remote sensing image data through big data, calculates loss degree and loss area, and further determines loss amount of farmers.
Furthermore, the photo map unit collects the positions of the verification and survey points through a GPS.
Advantageous effects
The invention provides a financial and agricultural mobile operation platform system, which has the specific functions of but not limited to: mobile underwriting, mobile bidding verification, mobile survey, mobile underwriting, mobile claims, flash insurance, flash claims, video collaboration, multi-user assistance, customer self-service, and the like. The mobile operation runs through the whole flow of agricultural insurance business, the efficiency is improved, the cost is reduced, and the experience of underwriting and claim settlement service of a user is comprehensively improved.
Drawings
Fig. 1 is a block diagram of a financial, agricultural and financial operations platform system according to an embodiment of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are some, but not all, embodiments of the present invention. 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.
The embodiment of the invention provides a financial and agricultural mobile operation platform system, which comprises:
the mobile terminal is used for performing label checking and mobile survey according to the effective insurance policy;
and the platform end is used for integrally displaying the land parcel and the sampling point related information according to the verification acquisition information and the survey information and generating a verification report.
The embodiment provides a financial insurance and agricultural insurance mobile operation platform system, which is characterized in that a mobile terminal executes label checking and mobile survey according to an effective insurance policy; the platform end integrally displays the land parcel and the sampling point related information according to the verification acquisition information and the survey information and generates a verification report; the verification and survey tasks can be executed through the mobile phone terminal, the tasks can be distributed to the co-insured personnel, the mobile phone terminal of the co-insured personnel is used for executing operation, the system background integrally displays the land parcel and the relevant information of the sampling points, and a verification and survey report is generated. The mobile operation of the financial insurance and agricultural insurance mobile operation platform system runs through the whole flow of agricultural insurance business, so that the efficiency is improved, the cost is reduced, and the insurance acceptance and claim settlement service experience of a user is comprehensively improved.
Specifically, as shown in fig. 1, the moving end includes:
the insurance policy issuing and label checking module is used for carrying out planting risk check label or breeding risk check label according to the effective insurance policy issuing;
the system comprises a case surveying module, a mobile surveying module and a sampling point information acquisition module, wherein the case surveying module is used for carrying out mobile surveying of planting insurance or cultivation insurance and sampling point information acquisition according to an effective insurance policy.
The platform end includes:
the underwriting management module is used for displaying the logo checking information;
and the survey management module is used for displaying the survey information and the sampling point related information.
Further, the insurance policy verification module comprises:
the insurance policy checking unit is used for displaying the occupation of the insurance policy number and collecting the individual household list of the insurance farmers;
the label checking map unit is used for land acquisition and farmer authority confirmation;
the system comprises a label checking sample point unit, a label checking unit and a label checking unit, wherein the label checking sample point unit is used for displaying and displaying the plot information collected by the label checking;
the marking map checking and drawing unit is used for screening and positioning to a corresponding area according to the administrative division and checking the corresponding farmer information of the area;
the verification photo unit is used for storing case documents and image data in an off-line manner;
and the first submission auditing unit is used for submitting auditing after the logo verification is finished.
Further, the case survey module comprises:
the case reporting and checking unit is used for checking the basic information of the case so as to conveniently and rapidly dial the number to a case reporter;
the survey map unit is used for calling a map to collect survey point positions;
the survey sampling point unit is used for displaying the insurance information and the insurance reason;
the survey plot sketching unit is used for screening and positioning to a corresponding area according to the administrative division and checking farmer information corresponding to the area;
the survey photo unit is used for processing case survey information and image data;
and the second submission and verification unit is used for submitting verification after the verification is finished.
Further, the underwriting management module comprises:
the insurance acceptance map unit is used for checking a map of a place of the insurance policy, and the insurance acceptance map is made into a four-to-four map;
the logo checking information unit is used for checking the logo checking photos of the insurance application;
the logo checking photo unit is used for checking the logo checking photos;
and the policy information unit is used for checking the policy information.
Further, the survey management module comprises:
the survey task unit is used for checking the survey task information;
the survey map unit is used for surveying the position map and making a four-to-one map;
the survey photo unit is used for surveying the photos;
and the photo map unit is used for surveying the photo map positioning.
Taking the breeding risk as an example, only the pig image is shot and uploaded, and the background can calculate and return the length and weight information of the current target body through the big data model; when the user carries out data acquisition in the verification and survey, the position acquisition is carried out to verification and survey point through the automatic positioning place of GPS geographical position acquisition.
Specifically, check mark map sketching unit is used for the plot sketching, and the fence sketching is through surveying the area of mu appearance automatic calculation sketching plot.
Taking the planting insurance as an example, in the processes of the verification and survey operation, the verification map drawing unit can be used for drawing the plots, drawing the electronic fence, automatically calculating the area of the drawn plots by the land area measuring instrument and returning the areas to the front end, so that a user can verify whether the verification target is consistent with the underwriting target or not; the planting structure data of the marking inspection point can be automatically identified through satellite remote sensing, and information such as the variety of planted crops is returned for operators to perform marking inspection and survey verification;
furthermore, the platform end also comprises an analysis module, the analysis module collects sampling point information based on remote sensing image data by introducing a remote sensing disaster loss evaluation model and deep learning, analyzes and compares the sampling point information and the remote sensing image data through big data, calculates loss degree and loss area, and further determines loss amount of farmers. By introducing a remote sensing disaster loss evaluation model and deep learning, based on remote sensing image data, sampling point information is collected, sampling point information and remote sensing image data are analyzed and compared through big data, loss degree and loss area can be calculated, loss amount of farmers is further determined, remote sensing automatic damage assessment is achieved, one image of agricultural insurance big data is achieved in an agricultural operation center platform based on multi-source data fusion, the conversion from simple insurance service to comprehensive risk management and control is achieved, and the risk management and control capability in the field of agricultural insurance is effectively improved.
Specifically, the mobile terminal homepage-policy service-planting risk check mark and cultivation risk check mark function selects, and according to the user click, the effective insurance policy data corresponding to the planting risk and the cultivation risk pushed by the core system is loaded.
And (3) carrying out standard inspection on the planting insurance application bill: continuously selecting the farmer required by the user to be verified, sketching land parcel information of the farmer, shooting image information (close shot, characteristic, long shot and working shot), OCR (optical character recognition) identity card and bank card information, comparing the guaranteed area with the actually measured area, carrying out signature confirmation on the verification information by the client, and transmitting the image to the image system according to the insurance policy.
And (3) checking the culture insurance policy: continuously selecting the farmers whose marks need to be checked by the users, sketching the electronic fence information of the farmers, shooting image information (field photos), OCR identification identity cards and bank card information, comparing the number of the insurance applications with the number of the check applications, carrying out signature confirmation on the mark checking information by the clients, and transmitting the images to an image system according to the insurance application numbers.
And (3) allocating a marking checking task: the internal staff distributes the policy insurance policy verification tasks to the co-insurance staff, and the co-insurance staff can only receive the policy insurance policy distributed to the co-insurance staff after logging in the APP end system to perform the same flow of verification work.
The system loads a corresponding case list according to cultivation risk and planting risk selection, and a user can select a specified case to carry out on-site survey, including loss information confirmation, farmer information, photos and farmer signatures.
The ICON is selected by the functions of the mobile terminal home page, the policy service, the planting insurance survey and the cultivation insurance survey, and the planting insurance case information and the cultivation insurance case information (not receiving the state of settlement and cancellation) data which are correspondingly pushed by the core system are loaded according to the click selection of the user.
And (3) surveying the planting risk cases: continuously selecting the farmers needing to be checked by the users, sketching the land parcel information searched by the secondary farmers, shooting image information (close shot, characteristic, long shot and working picture), comparing the insurable area, the checking area and the loss degree, carrying out signature confirmation on the checking information by the clients, and transmitting the images to the image system according to the report numbers.
Investigation of breeding risk cases: continuously selecting the farmers whose mark needs to be checked by the user, shooting image information (field pictures and pig body length pictures), comparing the number of the insurances with the number of the checks, carrying out signature confirmation on the mark checking information by the client, and transmitting the image to the image system according to the report number.
Allocating survey tasks: the internal staff distributes the survey task to the claims assistant staff, and the case information distributed to the internal staff can only be received after the claims assistant staff log in the APP end system, so that the survey work with the same flow is carried out.
The system is realized as follows:
access stratum
PC terminal
The PC side refers to a system which is opened by an insurance clerk through a browser by using the PC. The technology mainly used by the PC end is a technology system mainly based on fact, and is realized by using basic HTML, CSS and JAVASCRIPT.
Mobile terminal-android
The mobile terminal-android refers to a system which is opened by an insurance businessman, an assistant security businessman and the like after scanning an APP installed by a two-dimensional code through a mobile phone or a tablet of an android version. APP is mainly developed by Android Native, and part of interfaces are realized by using a server HTML5 page.
Business layer
The service layer mainly refers to a service end. The server uses Docker to deploy, all micro services use Kubernetes framework to perform resource allocation and management, and the main function is to provide or receive data of an access layer. The server side uses a large number of assemblies, and the assemblies are open source assemblies which are verified for many times and can be used safely.
The service layer uses HTTPS + JSON to interact with the access layer, and simultaneously uses ORM to access and operate the data layer.
Data layer
The data layer provides various types of data storage, MySql stores structured data, Redis stores cache data, ELK stores log data, and NAS stores photo data and unstructured data of mobile jobs.
Foundation support
The base support refers to a support tool of the whole system. Kubernets is a basic micro-service framework of the whole system, Docker is an implementation mode of Pod in Kubernets, Harbor is a storage warehouse of Docker mirror images, and Nginx is responsible for reverse proxy and partial load balancing functions in the whole system.
Space service
The spatial service is a network spatial data service provided by taking an Arcgis Server as a core, and comprises two types of MapService and FeatureServer, wherein the two types of services are service types which are issued by using Arcgis Server software on the basis of spatial data. The MapService supports the query operation of the spatial data, and the FeatureServer supports the addition, modification and deletion operations of the spatial data.
The flowchart and block diagrams in the figures illustrate the architecture, functionality, and operation of possible implementations of systems, methods and computer program products according to various embodiments of the present invention. In this regard, each block in the flowchart or block diagrams may represent a module, segment, or portion of code, which comprises one or more executable instructions for implementing the specified logical function(s). It should also be noted that, in some alternative implementations, the functions noted in the block may occur out of the order noted in the figures. For example, two blocks shown in succession may, in fact, be executed substantially concurrently, or the blocks may sometimes be executed in the reverse order, depending upon the functionality involved. It will also be noted that each block of the block diagrams and/or flowchart illustration, and combinations of blocks in the block diagrams and/or flowchart illustration, can be implemented by special purpose hardware-based systems which perform the specified functions or acts, or combinations of special purpose hardware and computer instructions.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. A financial and agricultural mobile operation platform system, which is characterized in that the platform system comprises:
the mobile terminal is used for performing label checking and mobile survey according to the effective insurance policy;
and the platform end is used for integrally displaying the land parcel and the sampling point related information according to the verification acquisition information and the survey information and generating a verification report.
2. The platform system according to claim 1, wherein the moving end comprises:
the insurance policy issuing and label checking module is used for carrying out planting risk check label or breeding risk check label according to the effective insurance policy issuing;
the system comprises a case surveying module, a mobile surveying module and a sampling point information acquisition module, wherein the case surveying module is used for carrying out mobile surveying of planting insurance or cultivation insurance and sampling point information acquisition according to an effective insurance policy.
3. The platform system of claim 1, wherein the platform end comprises:
the underwriting management module is used for displaying the logo checking information;
and the survey management module is used for displaying the survey information and the sampling point related information.
4. The platform system of claim 2, wherein the insurance policy validation module comprises:
the insurance policy checking unit is used for displaying the occupation of the insurance policy number and collecting the individual household list of the insurance farmers;
the label checking map unit is used for land acquisition and farmer authority confirmation;
the system comprises a label checking sample point unit, a label checking unit and a label checking unit, wherein the label checking sample point unit is used for displaying and displaying the plot information collected by the label checking;
the marking map checking and drawing unit is used for screening and positioning to a corresponding area according to the administrative division and checking the corresponding farmer information of the area;
the verification photo unit is used for storing case documents and image data in an off-line manner;
and the first submission auditing unit is used for submitting auditing after the logo verification is finished.
5. The platform system of claim 2, wherein the case survey module comprises:
the case reporting and checking unit is used for checking the basic information of the case so as to conveniently and rapidly dial the number to a case reporter;
the survey map unit is used for calling a map to collect survey point positions;
the survey sampling point unit is used for displaying the insurance information and the insurance reason;
the survey plot sketching unit is used for screening and positioning to a corresponding area according to the administrative division and checking farmer information corresponding to the area;
the survey photo unit is used for processing case survey information and image data;
and the second submission and verification unit is used for submitting verification after the verification is finished.
6. The platform system of claim 3, wherein the underwriting management module comprises:
the insurance acceptance map unit is used for checking a map of a place of the insurance policy, and the insurance acceptance map is made into a four-to-four map;
the logo checking information unit is used for checking the logo checking photos of the insurance application;
the logo checking photo unit is used for checking the logo checking photos;
and the policy information unit is used for checking the policy information.
7. The platform system of claim 3, wherein the survey management module comprises:
the survey task unit is used for checking the survey task information;
the survey map unit is used for surveying the position map and making a four-to-one map;
the survey photo unit is used for surveying the photos;
and the photo map unit is used for surveying the photo map positioning.
8. The platform system according to claim 4, wherein the landmark map delineation unit is used for land parcel delineation, electronic fence delineation, and automatic calculation of the area of the delineated land parcel through the land area measuring instrument.
9. The platform system of claim 3, wherein the platform end further comprises an analysis module, the analysis module collects sampling point information based on remote sensing image data by introducing a remote sensing disaster loss evaluation model and deep learning, analyzes and compares the sampling point information and the remote sensing image data through big data, calculates loss degree and loss area, and further determines loss amount of farmers.
10. The platform system of claim 7, wherein the photo map unit collects the positions of the verification and survey points through GPS.
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| CN202110848479.4A CN113298666A (en) | 2021-07-27 | 2021-07-27 | Mobile operation platform system for financial insurance and agricultural insurance |
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| CN105898214A (en) * | 2016-03-24 | 2016-08-24 | 北京农业信息技术研究中心 | Site surveying device, site surveying confirmation method, and server |
| CN107169018A (en) * | 2017-04-06 | 2017-09-15 | 河南云保遥感科技有限公司 | A kind of agricultural insurance is surveyed, loss assessment system and its implementation |
| WO2019021313A1 (en) * | 2017-07-26 | 2019-01-31 | Capitaworld Platform Private Limited | A monitoring and prediction system for agricultural loan‐insurance and method thereof |
| CN112734579A (en) * | 2020-12-24 | 2021-04-30 | 中科禾信遥感科技（苏州）有限公司 | Accurate planting risk underwriting method based on satellite remote sensing technology |
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2021
- 2021-07-27 CN CN202110848479.4A patent/CN113298666A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105898214A (en) * | 2016-03-24 | 2016-08-24 | 北京农业信息技术研究中心 | Site surveying device, site surveying confirmation method, and server |
| CN107169018A (en) * | 2017-04-06 | 2017-09-15 | 河南云保遥感科技有限公司 | A kind of agricultural insurance is surveyed, loss assessment system and its implementation |
| WO2019021313A1 (en) * | 2017-07-26 | 2019-01-31 | Capitaworld Platform Private Limited | A monitoring and prediction system for agricultural loan‐insurance and method thereof |
| CN112734579A (en) * | 2020-12-24 | 2021-04-30 | 中科禾信遥感科技（苏州）有限公司 | Accurate planting risk underwriting method based on satellite remote sensing technology |
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Application publication date: 20210824 |