CN107909494B - Insurance data information configuration method and device, computer equipment and storage medium - Google Patents

Insurance data information configuration method and device, computer equipment and storage medium Download PDF

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CN107909494B
CN107909494B CN201711293958.4A CN201711293958A CN107909494B CN 107909494 B CN107909494 B CN 107909494B CN 201711293958 A CN201711293958 A CN 201711293958A CN 107909494 B CN107909494 B CN 107909494B
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data information
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components
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CN107909494A (en
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陈真
杨丹丹
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Ping An Property and Casualty Insurance Company of China Ltd
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Ping An Property and Casualty Insurance Company of China Ltd
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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract

The application relates to a configuration method, a configuration device, computer equipment and a storage medium of insurance data information, wherein the method comprises the following steps: receiving an information configuration request sent by a terminal; the information configuration request carries the information type; acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance subclass components and the insurance responsibility components, sending the information configuration page to a terminal, and acquiring a selected operation corresponding to one or more insurance subclass components on the information configuration page by the terminal; receiving the selected insurance subclass component sent by the terminal; and generating insurance data information of the corresponding type by utilizing the selected insurance subclass component and the corresponding insurance responsibility component according to the information type. By adopting the method, the efficiency of insurance data information configuration can be improved.

Description

Insurance data information configuration method and device, computer equipment and storage medium
Technical Field
The present application relates to the field of computer technologies, and in particular, to a method and an apparatus for configuring insurance data information, a computer device, and a storage medium.
Background
Along with the continuous improvement of the living standard of people, the guarantee and investment consciousness of people are also continuously enhanced, thereby promoting the development of insurance industry. Insurance companies need to design a wide variety of insurance products for different events. Different insurance products are formed by different insurance data information, so that the new addition of different insurance products is realized by configuring different insurance data information. The traditional insurance company configures insurance data information manually. The insurance data information is related to various influence factors such as the type of the target, the geographic area where the target is located and the like, and the configuration of the insurance data information is realized by manually managing the complicated influence factors, so that the efficiency of the configuration of the insurance data information is low.
Disclosure of Invention
In view of the above, it is necessary to provide a method, an apparatus, a computer device, and a storage medium for arranging insurance data information, which can improve efficiency of arranging insurance data information, in order to solve the above-mentioned technical problems.
A method for configuring insurance data information comprises the following steps:
receiving an information configuration request sent by a terminal; the information configuration request carries an information type;
acquiring a plurality of insurance sub-class components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance sub-class components and the insurance responsibility components, sending the information configuration page to a terminal, and acquiring selected operations corresponding to one or more insurance sub-class components on the information configuration page by the terminal;
receiving the selected insurance subclass component sent by the terminal;
and generating insurance data information of a corresponding type by utilizing the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, and sending the insurance data information to a terminal to enable the terminal to display a page corresponding to the insurance data information.
In one embodiment, the terminal comprises a configuration terminal; before the step of obtaining a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, the method further comprises the following steps: receiving a plurality of insurance subclass components and a plurality of insurance responsibility components sent by the configuration terminal;
associating each insurance subclass component with one or more insurance responsibility components;
classifying the related insurance sub-class components to obtain a plurality of insurance parent class components;
each insurance parent component is associated with a corresponding one or more insurance child components.
In one embodiment, the insurance data information has a corresponding version number; the method further comprises the following steps:
adding corresponding version numbers to the plurality of insurance subclass components and the insurance responsibility components respectively;
when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component;
and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
In one embodiment, the method further comprises:
receiving a plurality of premium influence factors corresponding to each insurance parent component sent by a configuration terminal; each premium influence factor is associated with a corresponding calculation formula;
generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with a corresponding insurance subclass component or insurance responsibility component;
superposing premium formulas corresponding to the multiple insurance responsibility components to obtain premium formulas corresponding to the corresponding insurance subclasses, and superposing the premium formulas corresponding to the multiple selected insurance subclasses to obtain premium formulas corresponding to the corresponding insurance data information;
and associating the premium formula corresponding to the insurance data information with the corresponding insurance data information.
In one embodiment, the insurance data information has a corresponding application page; the method further comprises the following steps: receiving a buried point request sent by a terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page;
according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls;
the embedded point information of the control of the embedded point is sent to the terminal, so that when the terminal acquires the touch operation corresponding to one or more touchable controls on the application page, the terminal intercepts the touch event corresponding to the touch operation, acquires the attribute information of the touched control, identifies whether the touched control belongs to the control of the embedded point or not according to the attribute information and the embedded point information, and reports the intercepted touch event when the touched control belongs to the control of the embedded point;
and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
In one embodiment, the attribute information comprises a control name, a basic attribute and an access attribute; and respectively identifying whether the plurality of controls are touchable controls according to the attribute information, wherein the step comprises the following steps:
identifying whether the control is a touchable control according to the basic attribute;
when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value;
and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
In one embodiment, the buried point information includes view paths and index paths of controls of a plurality of buried points; and identifying whether the touched control belongs to the control of the buried point according to the attribute information and the buried point information, wherein the step comprises the following steps:
acquiring a view path and an index path of the touched control;
acquiring view paths and index paths of controls of a plurality of buried points;
matching the view path of the touched control with the view path of the control with a buried point, and matching the index path of the touched control with the index path of the control with the buried point;
and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
An insurance data information configuration apparatus, comprising:
the configuration request module is used for receiving an information configuration request sent by a terminal; the information configuration request carries an information type;
the component selection module is used for acquiring a plurality of insurance sub-class components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance sub-class components and the insurance responsibility components, sending the information configuration page to the terminal, and acquiring the corresponding selection operation of one or more insurance sub-class components on the information configuration page by the terminal; receiving the selected insurance subclass component sent by the terminal;
and the information configuration module is used for generating insurance data information of a corresponding type by utilizing the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, and sending the insurance data information to the terminal so that the terminal displays a page corresponding to the insurance data information.
A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the steps of any of the above methods when executing the computer program.
A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of any of the methods described above.
According to the configuration method, the configuration device, the computer equipment and the storage medium of the insurance data information, a plurality of pre-stored insurance subclass components and associated insurance responsibility components can be obtained according to an information configuration request sent by a terminal; the information configuration page of insurance data information can be generated by utilizing the plurality of insurance subclasses and insurance responsibility components; the information configuration page is sent to the terminal, so that related personnel can select one or more insurance sub-components on the information configuration page through the terminal; according to the selection operation of one or more insurance sub-class components on the information configuration page, the selected insurance sub-class components can be obtained; according to the information type carried by the information configuration request, the insurance data information of the corresponding type can be generated by utilizing the selected insurance subclass component and the corresponding insurance responsibility component. Because the constituent elements of the insurance data information are defined as the insurance subclass component and the insurance responsibility component in advance, when the insurance data information needs to be newly added, only the existing components need to be simply and sufficiently assembled, and the configuration time of the insurance data information can be saved; the insurance subclass component is associated with the insurance responsibility component, so that the insurance data information mass component for generation has a structure, management of a plurality of components is facilitated, and the configuration efficiency of the insurance data information can be improved; in addition, various types of insurance data information are generated according to the information configuration request of the terminal, and diversified insurance requirements can be met.
Drawings
FIG. 1 is a diagram illustrating an exemplary scenario for configuring insurance data information;
FIG. 2 is a flow diagram of a method for configuring insurance data information, according to one embodiment;
FIG. 3 is a block diagram of an apparatus for configuring insurance data information according to one embodiment;
FIG. 4 is a block diagram of a computer device in one embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
The application provides a configuration method of insurance data information, which can be applied to the application environment shown in fig. 1. The configuration terminal 102 is connected to the server 104 through a network. The service terminals 106 are connected to the server 104 through a network, respectively. The configuration terminal 102 and the service terminal 106 may be at least one of a smart phone, a tablet computer, a desktop computer, and a vehicle-mounted computer, but are not limited thereto. The server 104 may be an independent physical server or a server cluster including a plurality of physical servers.
The insurance company stores a plurality of insurance sub-class components and a plurality of insurance responsibility components associated with each insurance sub-class component in advance in the server 104 through the configuration terminal 102. The server 104 classifies the plurality of insurance sub-class components to obtain a plurality of insurance parent class components. When the insurance data information needs to be configured, the configuration terminal 102 or the service terminal 106 may send an information configuration request to the server 104. The information configuration request carries information types, such as standard data information, custom data information and the like. The server 104 acquires the plurality of insurance sub-class components and the associated insurance responsibility components according to the information configuration request, generates an information configuration page by using the insurance sub-class components and the associated insurance responsibility components, and returns the information configuration page to the configuration terminal 102 or the service terminal 106. The designer may select one or more insurance sub-components on the information configuration page via the configuration terminal 102. The server 104 generates the standard data information using the insurance subclass components selected by the designer and the associated insurance responsibility components. The business personnel can select one or more insurance sub-class components on the information configuration page through the business terminal 106 and recombine the selected insurance sub-class components with the associated plurality of insurance responsibility components. The server 104 generates custom data information using the insurance subclass components selected by the business personnel and the corresponding reassembled insurance responsibility components. Because the insurance subclass component and the insurance responsibility component which are the constituent elements of the insurance data information are defined in advance, when the insurance data information needs to be newly added, only simple assembly is needed to be carried out on the existing components, and the time for newly adding the insurance data information can be saved; and the insurance subclass component is associated with the insurance responsibility component, so that the mass components for generating the insurance data information have structures, the management of a plurality of components is facilitated, and the configuration efficiency of the insurance data information can be improved.
In an embodiment, as shown in fig. 2, a method for configuring insurance data information is provided, which is described by taking an example that the method is applied to a server, and specifically includes the following steps:
step 202, receiving an information configuration request sent by a terminal; the information configuration request carries the information type.
The insurance data information refers to various data information corresponding to insurance products, such as insurance responsibility, insurance rate and the like. In other words, the insurance data information refers to an insurance product file composed of a plurality of kinds of data information. The terminal comprises a configuration terminal and a service terminal. The configuration terminal is a terminal corresponding to an insurance data information designer; the service terminal is a terminal corresponding to the service personnel of the insurance company. The information type of the insurance data information includes standard data information, custom data information or combined data information and the like. The standard data information refers to insurance data information with a fixed insurance range created by a designer. The custom data information refers to insurance data information temporarily created by service personnel according to the insurance application will of the applicant. The combined data information refers to insurance data information obtained by combining a plurality of standard data information by service personnel according to the insurance application will of the insurance applicant.
When the designer needs to configure the standard data information, an information configuration request can be sent to the server through the configuration terminal. When business personnel need to configure the self-defined data information or the combined data information, an information configuration request can be directly sent to the server through the business terminal.
Step 204, acquiring a plurality of insurance sub-class components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance sub-class components and the insurance responsibility components, sending the information configuration page to the terminal, and acquiring the selected operation corresponding to one or more insurance sub-class components on the information configuration page by the terminal.
And step 206, receiving the selected insurance subclass component sent by the terminal.
The server stores a plurality of insurance subclass components and a plurality of insurance responsibility components in advance. The insurance sub-class component refers to insurance class names corresponding to insurance data information, such as family property insurance, serious disease insurance, motor vehicle insurance and the like. The insurance responsibility component refers to the responsibility for reimbursement placed by the insurance company at the time of the insurance accident. The insurance responsibility component includes a basic responsibility component, a special obligation component, and an exemption responsibility component. The plurality of insurance subclasses and insurance responsibility components may be pre-configured at the server by the configuration terminal. Each insurance subclass component is associated with one or more insurance responsibility components.
The server acquires a plurality of pre-stored insurance sub-class components and associated insurance responsibility components according to the information configuration request, generates an information configuration page by using the acquired insurance sub-class components and insurance responsibility components, and returns the information configuration page to the configuration terminal or the service terminal. The information configuration page includes a list of insurance subclasses and a corresponding list of insurance responsibilities. The constituent elements of the insurance data information include insurance responsibility, insurance premium delivery method, insurance deadline, insurance claim payment, insurance fund payment method, and the like. The server also prestores other element components such as various premium delivery modes, insurance time limits, insurance claim money or insurance fund payment modes and the like. The information configuration page also comprises options corresponding to the other element components.
The designer can select one or more insurance sub-class components in the insurance sub-class list on the information configuration page through the configuration terminal, can also respectively select other element components, and can also newly add the other element components. The configuration terminal sends the one or more insurance sub-class components selected by the designer and the selected other element components to the server.
The service personnel can select one or more insurance sub-class components on the information configuration page through the service terminal, can also recombine the selected insurance sub-class components with the associated multiple insurance responsibility components, and can also respectively select or newly add other element components. And the business terminal sends the insurance subclass component selected by the business personnel, the recombined insurance responsibility component corresponding to the selected insurance subclass component and the selected other element components to the server.
And 208, generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, and sending the insurance data information to the terminal to enable the terminal to display a page corresponding to the insurance data information.
The constituent elements of the insurance data information also include insurance rates. Premium rate refers to the standard by which an insurance company charges an applicant for insurance based on the amount of unit insurance. The server determines insurance rates according to the selected insurance subclass component and the corresponding insurance responsibility component, and generates corresponding types of insurance data information by using the selected insurance subclass component and the corresponding insurance responsibility component, the selected other element components and the insurance rates. And the server adds corresponding attribute information such as authorized client type, application industry, sales channel and the like to the insurance data information. The authorized client types are differentiated according to the client size, for example, when the client is an enterprise, the authorized client types include a micro enterprise and a large enterprise, and the like. The same insurance data information may have multiple corresponding application industries. The sales channels comprise counter sales, network sales, telephone sales and the like. And the server issues insurance data information to the corresponding terminal according to the attribute information, so that the terminal displays a page corresponding to the insurance data information, such as an information detail page or an insurance application page.
In one embodiment, the step of determining the premium rate from the selected insurance subclass component and the corresponding insurance responsibility component comprises: and acquiring a actuarial model, inputting the selected insurance subclass component and the associated insurance responsibility component into the actuarial model, and calculating to obtain the insurance rate.
The server prestores the actuarial model. The actuarial model can be obtained by utilizing the insurance range and the insurance rate training of insurance data information corresponding to a plurality of traditional insurance products. The server determines an insurance range based on the selected insurance subclass component and the corresponding insurance responsibility component, inputs the insurance range into the actuarial model, calculates to obtain insurance cost and insurance profit, and determines insurance rates according to the insurance cost and the insurance profit. The insurance rate corresponding to the insurance data information is determined by using the actuarial model, so that the efficiency and the accuracy of insurance rate calculation can be improved, and the configuration efficiency of the insurance data information can be improved.
In this embodiment, according to an information configuration request sent by a terminal, a plurality of pre-stored insurance subclass components and associated insurance responsibility components can be obtained; the information configuration page of insurance data information can be generated by utilizing the plurality of insurance subclasses and insurance responsibility components; the information configuration page is sent to the terminal, so that related personnel can select one or more insurance sub-components on the information configuration page through the terminal; according to the selection operation of one or more insurance sub-class components on the information configuration page, the selected insurance sub-class components can be obtained; according to the information type carried by the information configuration request, the insurance data information of the corresponding type can be generated by utilizing the selected insurance subclass component and the corresponding insurance responsibility component. Because the constituent elements of the insurance data information are defined as the insurance subclass component and the insurance responsibility component in advance, when the insurance data information needs to be newly added, only the existing components need to be simply and sufficiently assembled, and the configuration time of the insurance data information can be saved; the insurance subclass component is associated with the insurance responsibility component, so that a mass component for generating insurance data information has a structure, management of a plurality of components is facilitated, and the configuration efficiency of the insurance data information can be improved; in addition, various types of insurance data information are generated according to the information configuration request of the terminal, and diversified insurance requirements can be met.
In one embodiment, before the step of obtaining a plurality of insurance subclasses components and associated insurance responsibility components according to the information configuration request, the method further comprises the following steps: receiving a plurality of insurance subclass components and a plurality of insurance responsibility components sent by a configuration terminal; associating each insurance subclass component with one or more insurance responsibility components; classifying the related insurance sub-class components to obtain a plurality of insurance parent class components; each insurance parent component is associated with a corresponding one or more insurance child components.
The insurance company designer defines in advance various insurance subclasses components and insurance responsibility components and stores them to the server. In another embodiment, the server extracts various insurance subclasses and insurance responsibility components from insurance data information corresponding to conventional insurance products. The server respectively associates a large number of insurance responsibility components to one or more insurance subclass components according to preset association rules, and each insurance subclass component can be associated with one or more insurance responsibility components. The server extracts keywords from the insurance sub-class components, acquires a plurality of preset classification keywords, matches the extracted keywords with the preset classification keywords, and classifies a large number of insurance sub-class components according to matching results to obtain a plurality of insurance parent-class components. The predetermined classification keyword may be a plurality of target types such as house, motor vehicle, etc. The insurance parent component refers to an insurance type name corresponding to the insurance data information, such as property insurance, personal insurance and the like. The insurance parent component includes insurance child components, for example, in the above examples, property insurance includes home property insurance, motor vehicle insurance and the like, and life insurance includes serious illness insurance, aviation accident injury insurance and the like. And the server associates the insurance parent class component with the corresponding insurance child class component.
In this embodiment, a large number of insurance responsibility components are respectively associated with insurance subclass components, a large number of insurance subclass components are further classified, and the classified insurance parent components are associated with corresponding insurance subclass components, so that a plurality of components are structurally stored, which facilitates management of the plurality of components and management of insurance data information generated by using the components with structures, and can save extraction time of the components in an insurance data information configuration process, thereby improving configuration efficiency of the insurance data information.
In one embodiment, the insurance data information has a corresponding version number; the method further comprises the following steps: adding corresponding version numbers to the plurality of insurance subclass components and the insurance responsibility components respectively; when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component; and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
After receiving the plurality of insurance sub-class components and the plurality of insurance responsibility components sent by the configuration terminal, the server adds corresponding version numbers to each insurance sub-class component and each insurance responsibility component, respectively adds corresponding version numbers to each generated insurance parent class component and insurance data information generated by using the plurality of insurance sub-class components and the associated insurance responsibility components, respectively. The version number refers to the identification number of the version, such as V1.0 or V1.1.
The designer can update the insurance subclass component or the insurance responsibility component through the configuration terminal. When an assembly change request sent by a configuration terminal is received, the assembly change request carries an assembly identifier and a corresponding update field, and a server acquires a plurality of preset key fields and matches the update field with the key fields. And when the matching is successful, the updated field is a field which can influence the related business process of premium or follow-up correction claim, the server updates the corresponding insurance subclass component or insurance responsibility component by using the updated field, and upgrades the version number of the updated insurance subclass component or insurance responsibility component according to a preset increasing rule, for example, V1.0 is upgraded to V1.1. It is easy to understand that when the version number of an insurance responsibility component is upgraded, the version number corresponding to the insurance subclass component associated with the insurance responsibility component should also be upgraded; when the version number of the insurance subclass component is upgraded, the version number corresponding to the insurance parent component associated with the insurance subclass component is also upgraded; when the version number of the insurance sub-class component or the insurance responsibility component is upgraded, the version number corresponding to the insurance data information generated by the insurance sub-class component or the insurance responsibility component should also be upgraded.
And adding a corresponding version number for the insurance data information, so that insurance companies can carry out policy correction and claim settlement according to the insurance data information purchased by customers. Specifically, when a correction request or a claim settlement request sent by a client terminal is received, the correction request or the claim settlement request carries policy identifications respectively, and the server acquires corresponding policy data according to the policy identifications. The policy data records the version number of insurance data information purchased by the customer. And the server acquires corresponding product information according to the version number of the insurance data information and performs correction processing or claim settlement processing according to the acquired product information.
As the market changes, the insurance responsibility contained in the online insurance data information often needs to be updated and adjusted. In the conventional method, in order to ensure compatibility of operations such as revision and claim settlement of an original insurance data information underwriting policy during updating and adjusting, system developers are often required to modify background processing logic of an insurance data information design system, so that the insurance data information design system becomes more and more complex and is not easy to maintain. In the embodiment, the version number is introduced for the insurance data information. When the insurance policy held by the low-version-number insurance data information is corrected or settled, the corresponding product information is obtained for processing only according to the insurance data information version number recorded by the insurance policy, and the compatibility of operations such as correction and settlement of the original insurance data information held insurance policy can be realized without intervention of system developers.
In one embodiment, the method further comprises: receiving a plurality of premium influence factors corresponding to each insurance parent component sent by a configuration terminal; each premium influence factor is associated with a corresponding calculation formula; generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with the corresponding insurance subclass component or insurance responsibility component; superposing the premium formulas of the multiple insurance responsibility components to obtain premium formulas of the corresponding insurance subclasses, and superposing the premium formulas of the multiple selected insurance subclasses to obtain premium formulas of the corresponding insurance data information; and associating the premium formula of the insurance data information with the corresponding insurance data information.
In order to improve the configuration efficiency of the premium formula corresponding to the insurance data information, the configuration terminal encapsulates the calculation formula corresponding to each factor influencing premium calculation into the Chinese premium influence factor, and associates the premium influence factor with the corresponding calculation formula. For example, the premium influence factors corresponding to the insurance subclass component "home property insurance" include rental day base rate, rental total, house type, and collateral rate, etc. And the configuration terminal sends the multiple premium influence factors corresponding to each insurance parent class component and the associated calculation formula to the server. When a formula configuration request of a premium formula sent by a configuration terminal is received, a server acquires a plurality of calculation formulas according to the formula configuration request, and generates the premium formula by using the acquired calculation formulas.
In one embodiment, the step of generating the premium formula using a plurality of calculation formulas includes: receiving formula description sent by a configuration terminal; and acquiring a corresponding calculation formula according to the selected premium influence factors in the formula description, and splicing the calculation formulas by using operators in the formula description to generate the premium formula.
When a formula configuration request of a premium formula sent by a configuration terminal is received, the formula configuration request carries a parent component identifier, the server acquires a plurality of corresponding premium influence factors according to the parent component identifier, and generates a formula configuration page of the premium formula by using the plurality of acquired premium influence factors. The formula configuration page may present the plurality of premium impact factors in a list. The formula configuration page includes a formula edit box. The server sends the formula configuration page to the configuration terminal, so that a designer can select one or more premium influence factors on the list through the configuration terminal and input operators in the formula edit box. And the configuration terminal adds the input operator and the selected premium influence factors to the formula editing box according to the selection operation of one or more premium influence factors and the input operation of the operator on the list, and generates formula description by using the content in the formula editing box when receiving a configuration finishing instruction input by a designer. The configuration terminal sends the formula description to the server. The formula description is a piece of text used to describe the meaning of the formula. And the server acquires a corresponding calculation formula according to the premium influence factors selected in the formula description, and splices the acquired calculation formulas by using the operator input in the formula description to generate the premium formula.
The designer can generate the formula description of the formula only by simply selecting the premium influence factors and inputting operators at the configuration terminal according to the functions to be realized by the formula, and the server can automatically splice the corresponding calculation formula to generate the premium formula according to the formula description, so that the configuration threshold of the premium formula can be reduced, and the configuration efficiency of the premium formula can be improved.
The formula configuration request also carries the component identification. And the server associates the premium formula with the corresponding insurance subclass component or insurance responsibility component according to the component identification. The server superposes the premium formulas of the insurance responsibility components to obtain premium formulas of the corresponding insurance subclasses; and superposing the premium formulas of the selected insurance subclasses to obtain the premium formula corresponding to the insurance data information. And the server associates the premium formula of the insurance data information with the corresponding insurance data information. It is easy to understand that the insurance sub-class component can also individually set the corresponding premium formula, instead of overlapping the premium formulas of the related insurance responsibility components.
In the embodiment, according to the factors influencing premium calculation, the calculation formula corresponding to each factor is packaged into popular and easily understood Chinese premium influence factors in advance; when the insurance responsibility component or the insurance subclass component needs to be configured with the corresponding premium formula, the corresponding calculation formula can be used for generating the corresponding premium formula only by selecting the premium influence factors, so that the configuration threshold of the premium formula can be reduced, and the configuration efficiency of the premium formula can also be improved.
In one embodiment, the terminal comprises a configuration terminal; the information type comprises standard data information; generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, wherein the step comprises the following steps: generating insurance unit information by using the selected insurance subclass component and the associated insurance responsibility component; adding a corresponding insurance application rule to the insurance unit information; and generating standard data information by using a plurality of insurance unit information provided with insurance rules.
The information configuration page includes a first information configuration page. When the designer needs to configure the standard data information, an information configuration request can be sent to the server through the configuration terminal. The information configuration request carries a parent component identifier, the server acquires a plurality of insurance subclass components corresponding to corresponding insurance parent components according to the parent component identifier, a first information configuration page is generated by using the acquired insurance subclass components and the associated insurance responsibility components, and the first information configuration page is returned to the configuration terminal. The designer can select one or more insurance sub-class components on the first information configuration page through the configuration terminal. And the configuration terminal sends the selected insurance sub-class components to the server according to the selected operation corresponding to one or more insurance sub-class components on the first information configuration page. The server generates insurance unit information using the selected insurance subclass component and the associated insurance responsibility component. The designer can perform different selection operations for multiple times at the configuration terminal, and further can generate insurance unit information with different specifications. The server may generate insurance data information having different coverage using one or more of the insurance unit information.
The server prestores a plurality of insurance rules corresponding to each insurance parent component, such as minimum insurance application quantity, insurance time limit, occupation type and the like. In one embodiment, the first information configuration page further includes options corresponding to the plurality of insurance rules, the configuration terminal obtains the selected insurance rule according to the operation of the designer on the insurance rule in the first information configuration page, sends the selected insurance rule to the server, and the server associates the insurance rule with the corresponding insurance unit information. In another embodiment, the server analyzes the generated insurance unit information, acquires a corresponding insurance application rule according to the analyzed insurance range, and associates the acquired insurance application rule with the corresponding insurance unit information. The server generates standard data information by using a plurality of insurance unit information provided with insurance rules.
In this embodiment, a plurality of components are defined by using the constituent elements of the insurance data information in advance, the components are associated and classified, and the components are classified and stored in a structured manner.
In one embodiment, the terminal comprises a service terminal; the information type comprises self-defined data information; the step of generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type comprises the following steps: receiving an insurance responsibility component recombined with the selected insurance subclass component, which is sent by the business terminal according to the operation of recombining the selected insurance subclass component and the associated multiple insurance responsibility components on the information configuration page; and generating custom data information by utilizing the selected insurance subclass component and the corresponding recombined insurance responsibility component.
The insurance responsibility configured by the standard data information is fixed, and the insurance applicants do not need to apply certain terms contained in the corresponding insurance product when the corresponding insurance product is sold, but can only apply all insurance due to the fact that the insurance applicants can not freely select the insurance responsibility, so that the insurance business is slow to popularize and is not flexible enough. In the traditional mode, in order to accelerate the popularization of insurance services, insurance companies can only add insurance data information manually to meet the personalized insurance requirements of insurance applicants, but the personalized insurance data information is configured manually, so that the efficiency of configuring the insurance data information is low. In order to solve the problem of low efficiency of configuring the personalized insurance data information, the service terminal of the embodiment can directly and freely combine the insurance subclass component and the insurance responsibility component.
The information configuration page includes a second information configuration page. When business personnel need to design custom data information according to the insurance application will of the insurance applicant, an information configuration request can be directly sent to the server through the business terminal. The information configuration request carries a parent component description. The parent component describes the product classification, target type, time to effect and time to fail, etc., including insurance data information desired by the applicant. The server acquires a plurality of insurance subclass components and associated insurance responsibility components corresponding to the corresponding insurance parent component according to the parent component description, generates a second information configuration page by using the acquired insurance subclass components and the associated insurance responsibility components, and returns the second information configuration page to the service terminal. The designer can select one or more insurance sub-class components on the second information configuration page through the business terminal, and can also recombine the selected insurance sub-class components and the associated multiple insurance responsibility components to re-determine the insurance range according to the wishes of the applicant. And the service terminal configures the selected operation corresponding to one or more insurance subclass components on the page according to the second information, recombines the selected insurance subclass component and the associated multiple insurance responsibility components, and sends the insurance responsibility components recombined by the selected insurance subclass component and the corresponding class components to the server. The server generates custom data information using the selected insurance subclass components and the corresponding recombined insurance responsibility components.
In this embodiment, the service terminal may directly and freely combine the insurance subclass component and the insurance responsibility component according to the individual insurance application requirement of the applicant to generate the individual insurance data information suitable for the applicant, and may directly reselect on the basis of the plurality of structured components, thereby improving the configuration efficiency of the custom data information.
In one embodiment, the terminal further comprises a service terminal; the information configuration request sent by the service terminal carries a client identifier and information identifiers of a plurality of standard data information; the information type further comprises combined data information; generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, wherein the step comprises the following steps: acquiring a corresponding client type according to the client identifier, and acquiring an application industry corresponding to a plurality of standard data information according to a plurality of information identifiers; performing risk verification on the combination of the plurality of standard data information according to the client type and the application industry; when the verification passes, the combined data information is generated using the plurality of standard data information.
To facilitate the promotion of insurance business, insurance companies often push combined data information across insurance parents, for example, when selling motor vehicle insurance products, family property insurance products or casualty health insurance products may be sold in conjunction with a bundle. The insurance father corresponding to the motor vehicle insurance is the property insurance, and the insurance father corresponding to the unexpected health insurance is the personal insurance, and belongs to different insurance fathers. The applicant can freely select the insurance data information for the bundle sale.
When the service personnel need to design the combined data information according to a plurality of standard data information selected by the applicant, an information configuration request can be sent to the server through the service terminal. The information configuration request carries a client identifier and information identifiers of a plurality of standard data information. The server obtains the corresponding client type according to the client identification, and obtains the application industry corresponding to a plurality of standard data information according to a plurality of information identifications. The client types include micro-enterprises, large-scale enterprises, and the like. The application industry comprises the medical industry, the Internet industry and the like. And the server carries out risk verification on the combination of the plurality of standard data information according to the client type and the application industry. Specifically, the server obtains authorized client types of a plurality of standard data information according to the information identification; and checking whether the client type belongs to the authorized client type of each standard data message and whether the application industries of the plurality of standard data messages contain the same application industry. When a plurality of standard data messages have the same application industry and the client type belongs to the authorized client type of each standard data message, the risk verification is passed.
When the plurality of standard data information do not have the same application industries, namely cross-industry, the server acquires a plurality of preset industry combinations, and the plurality of industry combinations are respectively matched with the application industry combinations of the plurality of standard data information in the combination request. And when the matching is successful and the client type belongs to the authorized client type of each standard data message, the risk verification is passed. And when the matching fails, generating a combined task according to the plurality of standard data information carried by the information configuration request, sending the combined task to the configuration terminal, and judging whether the plurality of standard data information can be combined or not by the underwriter through the configuration terminal. And when the risk verification is passed or a confirmation result of the agreement combination returned by the configuration terminal is received, the server generates combined data information and a corresponding insurance application page by using the acquired plurality of standard data information, and sends the insurance application page to the service terminal. The application page includes an option of whether to "merge out of the order". When the applicant purchases the combined data information and selects the option of 'merging the order' through the service terminal, the service terminal sends a selection result corresponding to the option of 'merging the order' to the server. And the server generates a corresponding policy according to the selection result. A plurality of standard data information of the traditional cross-insurance father class are difficult to be combined into one policy when issuing the policy, and the insurance data information design system needs to generate corresponding policies respectively, so that a plurality of policies need to be processed in later-stage correction and claim settlement, and the correction and claim settlement efficiency is reduced. In the scheme, no matter whether the standard data information generating the combined data information crosses the insurance parent class or not, the standard data information can be merged into a single, so that the later-stage correction and claim settlement are facilitated.
In the embodiment, the multiple pieces of standard data information crossing the insurance parent class are directly combined according to the requirements of customers, the combination of the multiple pieces of standard data information is subjected to risk verification, and when the verification is passed, new combined data information is automatically formed, so that the configuration efficiency of the combined data information is improved.
In one embodiment, the insurance data information has a corresponding application page; the method further comprises the following steps: receiving a buried point request sent by a terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page; according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls; the method comprises the steps that embedded point information of a control of an embedded point is sent to a terminal, so that when the terminal obtains touch operations corresponding to one or more touchable controls on an application page, touch events corresponding to the touch operations are intercepted, attribute information of the touched control is obtained, whether the touched control belongs to the control of the embedded point or not is identified according to the attribute information and the embedded point information, and when the touched control belongs to the control of the embedded point, the intercepted touch events are reported; and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
The configuration terminal and the service terminal respectively run an application program or a network platform for purchasing insurance data information provided by the above embodiments. A plug-in SDK (Software development kit) is preinstalled in an application or a network platform. The SDK is a script generated by pre-development across a platform framework based on an open source UI (User Interface). The UI cross-platform framework can be a real Native framework or a Weex framework and the like. The SDK comprises a data acquisition script, a touch event interception script, a control matching script, a touch event reporting script and the like, and is used for data acquisition, touch event interception, control matching, touch event reporting and the like.
When an applicant requests to purchase certain insurance data information, service personnel can send an insurance application request to a server by using an application program or a network platform on a service terminal according to the insurance application desire of the applicant. In another embodiment, an application or network platform for the application is also running on the client terminal. The applicant can directly send an application request to the server through the corresponding client terminal, which is not limited to this. The application or network platform includes a plurality of application pages. The insurance application page can be designed by the configuration terminal according to each insurance data information. The application page includes a plurality of views. Each view has a corresponding view identification and view name. The view includes a control and a control controller. The control controller is used to configure and manage the controls, and is not visible to the user. The user can perform touch operation on visible buttons, text boxes and other controls. The touch operation includes clicking, long pressing, short pressing, sliding and the like.
In order to better understand the insurance application condition of each insurance data information, the configuration terminal carries out point burying on a plurality of controls in the insurance application page. Specifically, the configuration terminal analyzes the current application page by using the SDK and collects attribute information of a plurality of views in the application page. The attribute information includes a view name and a view index. It is to be readily understood that the view name may be a control name or a controller name, and the view index may be a control index or a controller index. The view index may be a number that the SDK assigns to the multiple views in advance according to the hierarchical relationship between the multiple views in the application page. The SDK may record the view index as an index to the view name of the corresponding view, such as UIButton0,UIButton1And UIButton2. The attribute information also includes hierarchical information for the multiple views in the application page. Each view has corresponding hierarchical information that includes an inheritance relationship between the view and one or more other views. For example, the control UIView inherits from the control controller ViewController, which is the previous level view of the control UIView. The configuration terminal obtains a page screenshot of the application page, generates a point burying request by using the page screenshot and attribute information of a plurality of views, and sends the point burying request to the server.
The server identifies a control (hereinafter referred to as a 'touchable control') capable of performing touch operation in the page screenshot according to the attribute information, constructs view paths corresponding to the touchable controls respectively by using a plurality of view names according to the hierarchy information of the views, and constructs index paths corresponding to the touchable controls respectively by using a plurality of view indexes. And the server positions the touchable control according to the view path and the hierarchical path of the touchable control, and adds a buried point frame at the position of the touchable control. The dotted frame may be a rectangular frame, etc. And the server returns the page screenshot added with the buried point frame to the configuration terminal. A designer can set the buried points on the touchable control with the buried point frame through the configuration terminal. The configuration terminal obtains a buried point result of a touchable control (hereinafter referred to as a buried point control) of the buried point, and sends the buried point result to the server. The server generates embedded point information by using the embedded point control piece, the view path and the index path, and issues the embedded point information to the service terminal so as to collect operation behavior data of the application page on any service terminal.
And the service terminal inserts a pre-programmed touch event interception function in the method function corresponding to the embedded point control element by using the SDK so as to bind the touch events of the embedded point control elements in the application page. When a service person carries out insurance application through an application program or a network platform on a service terminal, the service terminal acquires touch operations corresponding to one or more touch controls on a corresponding insurance application page, and touch events corresponding to the touch operations are intercepted through a touch event intercepting function. The service terminal acquires the attribute information of the touched control (hereinafter referred to as the touched control) by using the SDK, and generates a view path and an index path of the touched control according to the attribute information. And the business terminal matches the view path of the touched control with the view path of the embedded point control, matches the index path of the touched control with the index path of the embedded point control, and indicates that the touched control belongs to the embedded point control when the view path and the index path are successfully matched respectively. And when the touched control belongs to the buried point control, reporting the intercepted touch event to a server.
The server can acquire operation behavior data on the application page according to the touch event and analyze the acquired operation behavior data. The operation behavior data comprises access flow, access amount, jumping rate and return visit amount of business personnel to insurance application pages corresponding to different insurance data information, and search engines, keywords, associated keywords and the like used by the business personnel on the insurance application pages according to requirements of the insurance application personnel. The server can judge whether the structural design of the application page is reasonable or not by analyzing the access flow; the sales popularity of different insurance data information can be judged by analyzing the visit amount, the jump rate and the return visit amount; by analyzing the search engine, keywords, and associated keywords used, the application preferences of the applicant, etc. can be obtained. The server feeds information such as structural design rationality of the insurance application page, information sales heat of different insurance data, insurance application preference of different insurance appliers and the like obtained through analysis back to the configuration terminal so as to guide designers to better design the insurance data information through the configuration terminal.
In this embodiment, a buried point is set in advance on an insurance page corresponding to the insurance data information, the operation behavior data on the insurance page is collected by using the buried point, and the design of the insurance data information can be guided by analyzing the operation behavior data, so that the configuration terminal can generate more popular insurance data information more quickly.
In one embodiment, the attribute information includes a control name, a base attribute, and an access attribute; and respectively identifying whether the plurality of controls are touchable controls according to the attribute information, wherein the step comprises the following steps: identifying whether the control is a touchable control according to the basic attribute; when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value; and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
And configuring the attribute information of the control sent by the terminal to the server to comprise basic attributes. The basic attribute includes a transparent attribute, a hidden attribute, an interactive attribute, and the like. The interaction attribute includes a userinteractioneenabled attribute. For the native APP, the server can identify whether the control belongs to the touchable control according to the basic attribute of the control. When the application is a Web APP or a hybrid APP, the attribute information further includes an access attribute. The access attribute includes an isaccessfilityelement (an attribute name) attribute.
The server stores a preset set. The preset set records control names of a plurality of touchable controls as set elements, such as UIControl, uitableview cell, uicollectionview cell, UIView (a control name) and control names of sub-class controls respectively corresponding to the control names. The server identifies whether the control name of the control belongs to a set element in a preset set. And when the control name does not belong to the set element in the preset set, indicating that the control cannot be subjected to touch operation. When the control name belongs to a set element in a preset set, the server acquires respective attribute values of the transparent attribute, the hidden attribute and the interactive attribute of the control, and identifies whether the three attribute values respectively reach the respective preset attribute values. And when the attribute value of the transparent attribute is the corresponding preset attribute value, the control is represented to be opaque. And when the attribute value of the hidden attribute is the corresponding preset attribute value, the control is visible. When the attribute value of the interaction attribute is the corresponding preset attribute value, the control can interact with the user, namely the control can respond to the touch operation of the user. And when the transparent attribute, the hidden attribute and the interactive attribute of the control all have respective corresponding preset attribute values, the server marks the control as a touchable control.
The method includes the steps that a Web APP or a hybrid APP is provided with a cross-platform page, such as an H5(HTM L5, hypertext markup language) page, the cross-platform page is translated by a JS (JavaScript) engine, so that the control name of a control in the cross-platform page does not belong to a set element in a preset set.
In the embodiment, when the application program is a native APP, the touchable control in the application program application page can be identified according to the basic attribute; when the application program is a Web APP or a mixed APP, the touchable control in the application program application page can be identified according to the access attribute, so that the touchable control identification method can be universal to various types of application programs, and the identification precision of the touchable control can be improved.
In one embodiment, the buried point information comprises view paths and index paths of controls of a plurality of buried points; the step of identifying whether the touched control belongs to the control of the buried point or not according to the attribute information and the buried point information comprises the following steps: acquiring a view path and an index path of the touched control; acquiring view paths and index paths of controls of a plurality of buried points; matching the view path of the touched control with the view path of the control of the buried point, and matching the index path of the touched control with the index path of the control of the buried point; and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
After receiving the embedded point information sent by the configuration terminal, the server constructs view paths corresponding to a plurality of embedded point control elements respectively by using a plurality of view names according to the hierarchy information of a plurality of views, and constructs index paths corresponding to the plurality of embedded point control elements respectively by using a plurality of view indexes. Specifically, the server backtracks upwards step by step according to the level information of the buried point control, namely, whether the buried point control has a view of the previous level is identified, and when the view of the previous level exists, the view name and the view index of the view of the previous level are extracted. And the server continues to backtrack upwards step by step according to the level information of the embedded point control, namely, whether the previous level view of the embedded point control still has the corresponding previous level view is identified, and if so, the corresponding view name and view index are extracted until the highest level view is reached. It should be noted that, although the control controller is not visible to the user, the control and the control controller together can reflect the entire hierarchical structure of the multiple views in the application page, and thus the control controller is also necessary for constructing the view path and the index path.
According to the level information of the embedded point control, the server splices the extracted view names step by using a first preset identifier, namely sequentially splices the view names of the views from the highest level view to the embedded point control to obtain a directory character string, and the directory character string is used as a view path corresponding to the embedded point control. And the SDK splices the extracted view indexes step by using a second preset identifier, namely sequentially splices the view indexes of the view from the highest level to the view of the embedded point control element to obtain an index character string, and uses the index character string as an index path corresponding to the embedded point control element so as to obtain a level path corresponding to the embedded point control element. The first and second preset designations may be "/", "_", "#", "@" or "xt", respectively.
The view names composing the view path respectively correspond to views of different levels, so the view path can distinguish the views of different levels. For example, the view path/UIwindow/ViewController/UIView/UIButton in the above example means that UIwindow is the highest level view, the ViewController is the next level view of UIwindow, UIView is the next level view of ViewController, and UIButton is the next level view of UIView.
The multiple views may inherit to the same view, that is, the previous level views corresponding to the multiple views may be the same view, such as the control UIButton0Control UIButton1And control UIButton2May be inherited to the same control UIView. The index path may reflect a display hierarchical relationship of one view in a corresponding view of an upper hierarchy, i.e., different views of the same hierarchy may be distinguished. For example, assume the control UIButton in the above example1Corresponding toIf the index path is 0_1_2_1, it means that UIwindow is the highest level view, the view controller is the 2 nd sub-view of the previous level view UIwindow, the control UIView is the 3 rd sub-view of the previous level view UIView, and the control UIButton is the 2 nd sub-view of the previous level view UIView.
The view path can distinguish views in different levels, and the index path can distinguish different views in the same level, so that the combination of the view path and the index path can jointly complete the unique positioning of the touchable control. It is to be appreciated that the hierarchical path may also expose the view path in conjunction with the index path. For example, the view index is used as a subscript of a view name of a corresponding view, and a plurality of view names with the subscript are spliced step by using the first preset identifier or the second preset identifier according to the above manner, so as to obtain the following hierarchical path: /UIwindow0/ViewController1/UIView2/UIButton1。
And the server sends the index path of the view path of the buried point control to the service terminal. When a touch operation corresponding to a control on the application page is received, the service terminal can also generate a view path and a hierarchy path of the touched control according to the above manner. And the service terminal compares whether the view path and the index path of the touched control are respectively consistent with the view path and the index path of the embedded point control by using the SDK. When the view path of the touched control is consistent with the view path of the buried point control and the index path of the touched control is consistent with the index path of the buried point control, the touched control is represented to belong to the buried point control, in other words, the currently touched control is set with a buried point, and the service terminal reports the intercepted touch event to the server.
In the embodiment, the view path can distinguish controls corresponding to different levels of views, the index path can distinguish different controls corresponding to the same level of views, and the combination of the view path and the index path can accurately position the controls, so that the matching precision of the controls can be improved, and the touch events of the controls can be accurately reported.
In one embodiment, as shown in fig. 3, there is provided an insurance data information configuring apparatus including: a configuration request module 302, a component selection module 304, and an information configuration module 306, wherein:
a configuration request module 302, configured to receive an information configuration request sent by a terminal; the information configuration request carries the information type.
The component selection module 304 is used for acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance subclass components and the insurance responsibility components, sending the information configuration page to the terminal, and acquiring a selection operation corresponding to one or more insurance subclass components on the information configuration page by the terminal; and receiving the selected insurance sub-class components sent by the terminal.
And the information configuration module 306 is configured to generate insurance data information of a corresponding type according to the information type by using the selected insurance subclass component and the corresponding insurance responsibility component, and send the insurance data information to the terminal, so that the terminal displays a page corresponding to the insurance data information.
In one embodiment, the terminal comprises a configuration terminal; the device also comprises a component definition module 308, which is used for receiving a plurality of insurance subclasses components and a plurality of insurance responsibility components sent by the configuration terminal; associating each insurance subclass component with one or more insurance responsibility components; classifying the related insurance sub-class components to obtain a plurality of insurance parent class components; each insurance parent component is associated with a corresponding one or more insurance child components.
In one embodiment, the insurance data information has a corresponding version number; the device further comprises a version definition module 310, which is used for adding corresponding version numbers to the plurality of insurance subclasses components and insurance responsibility components respectively; when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component; and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
In one embodiment, the apparatus further includes a formula configuration module 312, configured to receive a plurality of premium influencing factors corresponding to each insurance parent component sent by the configuration terminal; each premium influence factor is associated with a corresponding calculation formula; generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with the corresponding insurance subclass component or insurance responsibility component; superposing premium formulas corresponding to the multiple insurance responsibility components to obtain premium formulas corresponding to the corresponding insurance subclasses, and superposing the premium formulas corresponding to the multiple selected insurance subclasses to obtain premium formulas corresponding to the corresponding insurance data information; and associating the premium formula corresponding to the insurance data information with the corresponding insurance data information.
In one embodiment, the terminal comprises a configuration terminal; the information type includes standard data information. The information configuration module 306 includes a standard information configuration module 3062. The standard data information generation module 3062 is used for generating insurance unit information by utilizing the selected insurance subclass component and the related insurance responsibility component; adding a corresponding insurance application rule to the insurance unit information; and generating standard data information by using a plurality of insurance unit information provided with insurance rules.
In one embodiment, the terminal comprises a service terminal; the information type includes custom data information. Information configuration module 306 includes custom information configuration module 3064. The self-defined information configuration module 3064 is used for receiving the insurance responsibility components recombined with the selected insurance subclass components, which are sent by the business terminal according to the operation of recombining the selected insurance subclass components and the associated multiple insurance responsibility components on the information configuration page; and generating custom data information by utilizing the selected insurance subclass component and the corresponding recombined insurance responsibility component.
In one embodiment, the terminal further comprises a service terminal; the information configuration request sent by the service terminal carries a client identifier and information identifiers of a plurality of standard data information; the information type also includes combined data information. The information configuration module 306 includes a combined information configuration module 3066. The combined information configuration module 3066 is used for acquiring a corresponding client type according to the client identifier and acquiring an application industry corresponding to a plurality of standard data information according to a plurality of information identifiers; performing risk verification on the combination of the plurality of standard data information according to the client type and the application industry; when the verification passes, the combined data information is generated using the plurality of standard data information.
In one embodiment, the information configuration page comprises a plurality of touchable controls corresponding to insurance subclasses and insurance responsibility components respectively; the device also comprises an application insurance analysis module 314, which is used for receiving a buried point request sent by the terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page; according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls; the method comprises the steps that embedded point information of a control of an embedded point is sent to a terminal, so that when the terminal obtains touch operations corresponding to one or more touchable controls on an application page, touch events corresponding to the touch operations are intercepted, attribute information of the touched control is obtained, whether the touched control belongs to the control of the embedded point or not is identified according to the attribute information and the embedded point information, and when the touched control belongs to the control of the embedded point, the intercepted touch events are reported; and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
In one embodiment, application analysis module 314 includes control identification module 3142. The attribute information includes a control name, a base attribute, and an access attribute. A control identification module 3142, configured to identify whether the control is a touchable control according to the basic attribute; when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value; and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
In one embodiment, the buried point information includes view paths and index paths of a plurality of buried point controls. The application analysis module 314 includes a control matching module 3144. A control matching module 3144, configured to obtain a view path and an index path of the touched control; acquiring view paths and index paths of controls of a plurality of buried points; matching the view path of the touched control with the view path of the control of the buried point, and matching the index path of the touched control with the index path of the control of the buried point; and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
The configuration means of the insurance data information described above may be implemented in the form of a computer program that is executable on a computer device as shown in fig. 4.
In one embodiment, a computer device is provided, which may be a server or a mobile terminal. When the computer device is a server, its internal structure diagram may be as shown in fig. 4. The computer apparatus includes a processor, a storage device, and a network interface connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The storage device of the computer equipment comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a method of configuring insurance data information. Those skilled in the art will appreciate that the architecture shown in fig. 4 is merely a block diagram of some of the structures associated with the disclosed aspects and is not intended to limit the computing devices to which the disclosed aspects apply, as particular computing devices may include more or less components than those shown, or may combine certain components, or have a different arrangement of components.
The processor, when executing the computer program, may perform the following steps: receiving an information configuration request sent by a terminal; the information configuration request carries the information type; acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance subclass components and the insurance responsibility components, sending the information configuration page to a terminal, and acquiring a selected operation corresponding to one or more insurance subclass components on the information configuration page by the terminal; receiving the selected insurance subclass component sent by the terminal; and generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, and sending the insurance data information to the terminal to enable the terminal to display a page corresponding to the insurance data information.
In one embodiment, the terminal comprises a configuration terminal; the processor, when executing the computer program, further performs the steps of: receiving a plurality of insurance subclass components and a plurality of insurance responsibility components sent by a configuration terminal; associating each insurance subclass component with one or more insurance responsibility components; classifying the related insurance sub-class components to obtain a plurality of insurance parent class components; each insurance parent component is associated with a corresponding one or more insurance child components.
In one embodiment, the insurance data information has a corresponding version number; the processor, when executing the computer program, further performs the steps of: adding corresponding version numbers to the plurality of insurance subclass components and the insurance responsibility components respectively; when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component; and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
In one embodiment, the processor, when executing the computer program, further performs the steps of: receiving a plurality of premium influence factors corresponding to each insurance parent component sent by a configuration terminal; each premium influence factor is associated with a corresponding calculation formula; generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with the corresponding insurance subclass component or insurance responsibility component; superposing premium formulas corresponding to the multiple insurance responsibility components to obtain premium formulas corresponding to the corresponding insurance subclasses, and superposing the premium formulas corresponding to the multiple selected insurance subclasses to obtain premium formulas corresponding to the corresponding insurance data information; and associating the premium formula corresponding to the insurance data information with the corresponding insurance data information.
In one embodiment, the insurance data information has a corresponding application page; the processor, when executing the computer program, further performs the steps of: receiving a buried point request sent by a terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page; according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls; the method comprises the steps that embedded point information of a control of an embedded point is sent to a terminal, so that when the terminal obtains touch operations corresponding to one or more touchable controls on an application page, touch events corresponding to the touch operations are intercepted, attribute information of the touched control is obtained, whether the touched control belongs to the control of the embedded point or not is identified according to the attribute information and the embedded point information, and when the touched control belongs to the control of the embedded point, the intercepted touch events are reported; and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
In one embodiment, the attribute information includes a control name, a base attribute, and an access attribute; the processor, when executing the computer program, further performs the steps of: identifying whether the control is a touchable control according to the basic attribute; when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value; and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
In one embodiment, the buried point information comprises view paths and index paths of controls of a plurality of buried points; the processor, when executing the computer program, further performs the steps of: acquiring a view path and an index path of the touched control; acquiring view paths and index paths of controls of a plurality of buried points; matching the view path of the touched control with the view path of the control of the buried point, and matching the index path of the touched control with the index path of the control of the buried point; and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored which, when executed by a processor, implements the computer program to: receiving an information configuration request sent by a terminal; the information configuration request carries the information type; acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance subclass components and the insurance responsibility components, sending the information configuration page to a terminal, and acquiring a selected operation corresponding to one or more insurance subclass components on the information configuration page by the terminal; receiving the selected insurance subclass component sent by the terminal; and generating insurance data information of a corresponding type by using the selected insurance subclass component and the corresponding insurance responsibility component according to the information type, and sending the insurance data information to the terminal to enable the terminal to display a page corresponding to the insurance data information.
In one embodiment, the terminal comprises a configuration terminal; the computer program when executed by the processor further performs the steps of: receiving a plurality of insurance subclass components and a plurality of insurance responsibility components sent by a configuration terminal; associating each insurance subclass component with one or more insurance responsibility components; classifying the related insurance sub-class components to obtain a plurality of insurance parent class components; each insurance parent component is associated with a corresponding one or more insurance child components.
In one embodiment, the insurance data information has a corresponding version number; the computer program when executed by the processor further performs the steps of: adding corresponding version numbers to the plurality of insurance subclass components and the insurance responsibility components respectively; when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component; and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
In one embodiment, the computer program when executed by the processor further performs the steps of: receiving a plurality of premium influence factors corresponding to each insurance parent component sent by a configuration terminal; each premium influence factor is associated with a corresponding calculation formula; generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with the corresponding insurance subclass component or insurance responsibility component; superposing premium formulas corresponding to the multiple insurance responsibility components to obtain premium formulas corresponding to the corresponding insurance subclasses, and superposing the premium formulas corresponding to the multiple selected insurance subclasses to obtain premium formulas corresponding to the corresponding insurance data information; and associating the premium formula corresponding to the insurance data information with the corresponding insurance data information.
In one embodiment, the insurance data information has a corresponding application page; the computer program when executed by the processor further performs the steps of: receiving a buried point request sent by a terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page; according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls; the method comprises the steps that embedded point information of a control of an embedded point is sent to a terminal, so that when the terminal obtains touch operations corresponding to one or more touchable controls on an application page, touch events corresponding to the touch operations are intercepted, attribute information of the touched control is obtained, whether the touched control belongs to the control of the embedded point or not is identified according to the attribute information and the embedded point information, and when the touched control belongs to the control of the embedded point, the intercepted touch events are reported; and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
In one embodiment, the attribute information includes a control name, a base attribute, and an access attribute; the computer program when executed by the processor further performs the steps of: identifying whether the control is a touchable control according to the basic attribute; when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value; and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
In one embodiment, the buried point information comprises view paths and index paths of controls of a plurality of buried points; the computer program when executed by the processor further performs the steps of: acquiring a view path and an index path of the touched control; acquiring view paths and index paths of controls of a plurality of buried points; matching the view path of the touched control with the view path of the control of the buried point, and matching the index path of the touched control with the index path of the control of the buried point; and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a non-volatile storage medium, and can include the processes of the embodiments of the methods described above when the computer program is executed. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), or the like.
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above examples only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims (10)

1. A method for configuring insurance data information comprises the following steps:
receiving an information configuration request sent by a terminal; the information configuration request carries an information type; the information types comprise standard data information, custom data information and combined data information; the information configuration request carries a client identifier and information identifiers of a plurality of standard data information;
acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by using the insurance subclass components and the insurance responsibility components, and sending the information configuration page to a terminal, wherein the terminal acquires a selected operation corresponding to one or more insurance subclass components on the information configuration page, or an operation of recombining the selected insurance subclass component and the associated insurance responsibility components;
receiving the selected insurance subclass component sent by the terminal;
when the information type is standard data information or custom data information, generating insurance data information of the standard data information type or the custom data information type by using the selected insurance subclass component and the corresponding insurance responsibility component;
when the information type is combined data information, acquiring a corresponding client type according to the client identification, and acquiring an application industry corresponding to a plurality of standard data information according to a plurality of information identifications; performing risk verification on the combination of the plurality of standard data information according to the client type and the application industry; when the verification passes, generating insurance data information of a combined data information type by using the plurality of standard data information;
and sending the insurance data information to a terminal, and enabling the terminal to display a page corresponding to the insurance data information.
2. The method of claim 1, wherein the terminal comprises a configuration terminal; before the step of obtaining a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, the method further comprises the following steps: receiving a plurality of insurance subclass components and a plurality of insurance responsibility components sent by the configuration terminal;
associating each insurance subclass component with one or more insurance responsibility components;
classifying the related insurance sub-class components to obtain a plurality of insurance parent class components;
each insurance parent component is associated with a corresponding one or more insurance child components.
3. The method of claim 2, wherein the insurance data information has a corresponding version number; the method further comprises the following steps:
adding corresponding version numbers to the plurality of insurance subclass components and the insurance responsibility components respectively;
when receiving a component change request sent by a configuration terminal, upgrading the version number of a corresponding insurance subclass component or insurance responsibility component;
and when the version number of the insurance subclass component or the insurance responsibility component is upgraded, upgrading the version number of the corresponding insurance data information.
4. The method of claim 2, further comprising:
receiving a plurality of premium influence factors corresponding to each insurance parent component sent by a configuration terminal; each premium influence factor is associated with a corresponding calculation formula;
generating a premium formula by using a plurality of calculation formulas, and associating the premium formula with a corresponding insurance subclass component or insurance responsibility component;
superposing premium formulas corresponding to the multiple insurance responsibility components to obtain premium formulas corresponding to the corresponding insurance subclasses, and superposing the premium formulas corresponding to the multiple selected insurance subclasses to obtain premium formulas corresponding to the corresponding insurance data information;
and associating the premium formula corresponding to the insurance data information with the corresponding insurance data information.
5. The method according to any one of claims 1 to 4, wherein the insurance data information has a corresponding application page; the method further comprises the following steps:
receiving a buried point request sent by a terminal; the embedded point request carries an application page and attribute information of a plurality of controls in the application page;
according to the attribute information, respectively identifying whether the plurality of controls are touchable controls, and setting buried points for the plurality of touchable controls;
the embedded point information of the control of the embedded point is sent to the terminal, so that when the terminal acquires the touch operation corresponding to one or more touchable controls on the application page, the terminal intercepts the touch event corresponding to the touch operation, acquires the attribute information of the touched control, identifies whether the touched control belongs to the control of the embedded point or not according to the attribute information and the embedded point information, and reports the intercepted touch event when the touched control belongs to the control of the embedded point;
and receiving a touch event reported by the terminal, acquiring operation behavior data corresponding to the application page according to the touch event, analyzing the operation behavior data, and feeding back an analysis result to the terminal.
6. The method of claim 5, wherein the property information includes a control name, a base property, and an access property; the step of respectively identifying whether the plurality of controls are touchable controls according to the attribute information comprises the following steps:
identifying whether the control is a touchable control according to the basic attribute;
when the control is not a touchable control, identifying whether the control name is a collection element in the target collection and whether the access attribute has a preset attribute value;
and when the control name is a collection element in the target collection and the access attribute has a preset attribute value, marking the control as a touchable control.
7. The method of claim 5, wherein the burial point information comprises view paths and index paths of controls of a plurality of buried points; and identifying whether the touched control belongs to the control of the buried point according to the attribute information and the buried point information, wherein the step comprises the following steps:
acquiring a view path and an index path of the touched control;
acquiring view paths and index paths of controls of a plurality of buried points;
matching the view path of the touched control with the view path of the control with a buried point, and matching the index path of the touched control with the index path of the control with the buried point;
and when the view path and the index path are successfully matched respectively, the touched control belongs to the control of the buried point.
8. An insurance data information configuration apparatus, comprising:
the configuration request module is used for receiving an information configuration request sent by a terminal; the information configuration request carries an information type; the information types comprise standard data information, custom data information and combined data information; the information configuration request carries a client identifier and information identifiers of a plurality of standard data information;
the component selection module is used for acquiring a plurality of insurance subclass components and associated insurance responsibility components according to the information configuration request, generating an information configuration page by utilizing the insurance subclass components and the insurance responsibility components, sending the information configuration page to the terminal, and acquiring selected operation corresponding to one or more insurance subclass components on the information configuration page or recombining the selected insurance subclass components and the associated insurance responsibility components by the terminal; receiving the selected insurance subclass component sent by the terminal;
the information configuration module is used for generating insurance data information of the standard data information type or the custom data information type by utilizing the selected insurance subclass component and the corresponding insurance responsibility component when the information type is the standard data information or the custom data information; when the information type is combined data information, acquiring a corresponding client type according to the client identification, and acquiring an application industry corresponding to a plurality of standard data information according to a plurality of information identifications; performing risk verification on the combination of the plurality of standard data information according to the client type and the application industry; when the verification passes, generating insurance data information of a combined data information type by using the plurality of standard data information; and sending the insurance data information to the terminal.
9. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the steps of the method of any one of claims 1 to 7 when executing the computer program.
10. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method of any one of claims 1 to 7.
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