CN111310437A - Robot-based counselor link system - Google Patents
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- CN111310437A CN111310437A CN202010132144.8A CN202010132144A CN111310437A CN 111310437 A CN111310437 A CN 111310437A CN 202010132144 A CN202010132144 A CN 202010132144A CN 111310437 A CN111310437 A CN 111310437A
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- 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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- G06Q10/0635—Risk analysis of enterprise or organisation activities
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- 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 invention relates to the technical field of data processing, and particularly discloses a robot-based counselor link system, which comprises a database for storing a keyword library and a risk information library; the risk analysis module acquires and identifies contract names and contract terms in contract text information to be analyzed, a plurality of terms are obtained according to the contract names to inquire preset contract name information, if matched terms do not exist, the contract names are judged to be not in accordance with requirements, risk information matched with the contract names in accordance with the requirements is called from a risk information base to serve as first risk information, risk analysis is carried out on the contract terms through a contract term risk analysis model to obtain risk results, then corresponding risk information is inquired from a risk information base according to the risk results to serve as second risk information, and a contract risk analysis report is generated according to the first risk information and the second risk information. By adopting the technical scheme of the invention, the risk analysis of the contract can be more comprehensive.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a robot-based counselor link system.
Background
The market economy is legal economy, in the process of market competition and enterprise operation, enterprises can encounter many aspects of legal problems, if the enterprises do not pay attention, the enterprises can generate irrecoverable loss and potential problems due to improper self treatment, poor effect or wrong selection, and the legal consultants can obtain legal services (including contract management, official seal use, labor relationship and the endorsement and identification of various agreements) at any time for the enterprises under the maximum action of the enterprises, so that risks are avoided or reduced to the maximum extent when the problems do not occur, and the enterprises can obtain the maximum legal benefits. Currently, risk analysis of enterprises relies mainly on professional analysis by counselors. However, the number of counselors with legal expertise is far from sufficient compared to the needs of the business. Therefore, a tool capable of replacing a lawful consultant is urgently needed for small and medium-sized enterprises to conduct risk analysis on the small and medium-sized enterprise business processes.
Currently, with the development of data processing technology, the invention patent with chinese patent publication No. CN110211006A discloses a contract risk analysis method, apparatus and storage medium. The contract risk analysis method comprises the steps of determining the contract type of a contract to be analyzed according to an analysis request including the contract to be analyzed from a client of a login system, carrying out interactive iterative analysis risk and interactive iterative modification on the contract to be analyzed and the client according to the corresponding relation between a pre-stored contract type template and a contract frame template and a modification request including the relevant information modification result of the contract to be analyzed from the client of the login system until the contract to be analyzed and the modification are determined not to be continuously modified, and exporting the modified contract to be analyzed and the modification. A device and a storage medium can carry out risk analysis on a contract to be analyzed, modify the contract to be analyzed in a man-machine combination mode and improve the export quality. The scheme described in the patent of the invention can carry out risk analysis on the contract to be analyzed provided by the client user according to the corresponding relation between the pre-stored contract type template and the contract frame template to obtain the risk, and modify the contract to be analyzed according to the analyzed risk, thereby improving the quality of the exported contract.
According to the scheme, risk analysis is carried out on the contract to be analyzed of the user through the corresponding relation between the contract type template and the contract frame template, for example, the contract type of the contract to be analyzed is a labor contract, at the moment, risk analysis is carried out on the labor contract through the pre-stored contract frame template of the labor contract, and the contract frame of the labor contract can be a party A, a party B, labor time limit, work content and return. By judging whether the frame of the contract to be analyzed is matched with the frame of the contract frame template of the labor contract or not, the risks that the contract to be analyzed is incomplete and necessary clauses are missing can be analyzed. However, for the same type of contract, different expression modes and terms contents are generated due to different expected targets and different contract results, for example, some works of the labor contract need to sign a secret agreement, the secret terms are supplemented in the labor contract, the contract frame template in the scheme has no secret terms in the frame, namely the risk of the secret terms cannot be analyzed, the terms contained in the frame of the contract frame template are not the terms necessarily contained in the contract frame, and the risk of the contract also exists in the transaction conditions expressed by the contract contents, the obligations assumed and the consequences of the default, and the like, for example, an advertisement contracts into the contract: "the contracting party can not fulfill contractual obligations on schedule, and every overdue day, it needs to pay default fee of 0.5% of the unfulfilled part of advertisement fee of the customized scheme. The fixed maker pays the advertising fee overdue, and every overdue day, the contracting party needs to pay default money according to 0.5 percent of the debt. The terms are apparently equal in right and obligation, but the contract does not have the time limit for completing the advertisement production at all, so that the default liability possibly brought by missing the optimal time of the advertisement is avoided, and the liability of a contractor is difficult to be pursued. In this example, if the contract risk is analyzed through the contract template in the scenario, the scenario can only analyze whether the constraint condition exists, and because the constraint condition exists in this example, the scenario does not analyze the risk. However, the risk of this situation is very costly for the enterprise. Therefore, it is desirable to have a more comprehensive risk analysis of contracts.
Disclosure of Invention
To address the technical problem of the comprehensiveness of contract risk analysis, the present invention provides a robot-based counselor link system.
The technical scheme of the invention is as follows:
robot-based counselor link system, comprising an interactive terminal, a database, a risk analysis module and a risk processing module, wherein:
the interactive terminal is used for receiving the contract information to be analyzed, then analyzing and processing the contract information to be analyzed to obtain contract text information to be analyzed, wherein the contract text information to be analyzed comprises a contract name and contract clauses;
the database is used for storing a keyword library and a risk information library, and keywords in the keyword library are common words in contracts and near-meaning words of the words;
the risk analysis module is used for acquiring and identifying contract names and contract clauses in the contract text information to be analyzed from the interactive terminal, obtaining word information by performing semantic word segmentation on the contract names, inquiring preset contract name information according to the word information, judging whether matched words exist or not, judging that the contract names do not meet the requirements if matched words do not exist, and calling risk information matched with the contract names which do not meet the requirements from a risk information base to serve as first risk information; the contract risk analysis system is also used for carrying out risk analysis on contract terms through the contract term risk analysis model to obtain a risk result, wherein the risk result is a possible risk, then corresponding risk information is inquired from a risk information base according to the risk result to serve as second risk information, and a contract risk analysis report is generated according to the first risk information and the second risk information, wherein the contract terms comprise transaction conditions, both-party execution obligations and default terms;
and the risk processing module is used for supplementing and modifying the text information of the contract to be analyzed according to the contract risk analysis report to obtain the text information of the analyzed contract and feeding back the text information of the analyzed contract and the risk analysis report to the interactive terminal.
The working principle and the advantages of the scheme are as follows: according to the technical scheme, the contract information to be analyzed is obtained through the interactive terminal, and then the contract information to be analyzed is analyzed and processed to obtain the contract text information to be analyzed, so that the contract information to be analyzed is unified into a text form, and subsequent risk analysis of the contract text information to be analyzed and modification of the contract text information to be analyzed are facilitated. The risk analysis module identifies contract names and contract clauses of the contract text information to be analyzed, judges that the contract names do not meet requirements by analyzing whether the contract names meet preset contract names or not, and retrieves first risk information of which the contract names do not meet the requirements from a risk information base. Since 15 contracts are written in the "contract law" branch, in other words, there are 15 categories of contract names. When the contract name in the contract text information to be analyzed does not belong to the category of the contract name in 15 above, there is a risk that the contract nature is unclear. And the risk analysis module is also used for carrying out risk analysis on contract terms in the contract text information to be analyzed through the contract term analysis model to obtain a risk result, and inquiring from the risk information base according to the risk result to obtain second risk information. If the risk result is that the time limit for completing the task is not written, the risk information is that the party B on the contract has the potential default responsibility of avoiding missing the time for completing the task optimally. Then, the risk analysis module generates a risk information report according to the first risk information and the second risk information. And the risk processing module supplements and modifies the text information of the contract to be analyzed according to the risk information report to obtain the text information of the analyzed contract, and feeds back the text information of the analyzed contract and the risk analysis report to the interactive terminal.
The design scheme carries out semantic word splitting processing on contract names of contracts to obtain word information, whether matched words exist or not is inquired in preset contract name information according to the word information, whether the contract names meet requirements or not is judged, the condition that the word information does not have the matched words in the preset contract name information is judged, the contract names do not meet the requirements, risk information matched with the contract names which do not meet the requirements is called from a risk information base to serve as first risk information, and therefore the first risk information existing in the contract names is analyzed. In addition, according to the technical scheme, risk analysis is carried out on contract terms through a contract term risk analysis model to obtain a risk result, the risk result is a possible risk, and then corresponding risk information is inquired from a risk information base according to the risk result and serves as second risk information, wherein the contract terms comprise transaction conditions, both-side execution obligations and default terms. Thus, a report is generated from the first risk information and the second risk information that the contract risk analysis reports as risk information about contract name, transaction conditions, both-party execution obligations, and default terms. Therefore, compared with the prior art that risk analysis is carried out on the contract according to the contract template, and only the risk which is caused when the components in the contract template are lacked can be analyzed, the content covered by the risk analysis carried out on the contract is more comprehensive, and the risk analysis and the clause content are both carried out, so that the risk analysis on the contract is more comprehensive.
Further, the contract clause risk analysis model is a neural network analysis model trained by a plurality of groups of original contract clauses and original risk results, the original contract clauses are contract clauses acquired from the contract, and the original risk results are risks analyzed by lawyers according to the original contract clauses.
Has the advantages that: under the continuous training of artificial intelligence, the contract clause risk analysis model has a large amount of data bases and can match contract clauses of contracts provided by current users to the nearest risk result.
Further, the interactive terminal is also used for acquiring a supplementary file and a contract main body file, the supplementary file is content information required by the risk processing module in the process of modifying and supplementing the contract text information to be analyzed, and the contract main body file is related data of a contract main body in the contract text information to be analyzed.
Has the advantages that: the contract main body file facilitates the follow-up risk analysis module to carry out deeper analysis on the content of contract terms in the contract text information to be analyzed, and the supplementary file facilitates the follow-up risk processing module to provide the required content information in the process of modifying and supplementing the contract text information to be analyzed, so that the modified and supplemented analyzed contract text information better meets the requirements of users.
Further, the risk analysis module is further configured to perform a main qualification audit on the contract text of the contract text information to be analyzed according to a contract main document acquired by the interactive terminal to obtain an audit result, query a third risk information from the risk information base according to the audit result of the main qualification if the main qualification audit result fails, and generate a contract risk analysis report according to the first risk information, the second risk information and the third risk information, where the contract main document includes an identity certificate, a working certificate, a business license and a qualification certificate.
Has the advantages that: whether the contract principal has legal qualifications for signing and fulfilling the contract is the primary issue in contract inspection. By checking the main qualification of contract main bodies in the contract text information to be analyzed, the risk analysis of the contract text information to be analyzed is more comprehensive.
Further, the risk analysis module is also used for generating contract subject document demand information according to the type of the contract subject of the contract text information to be analyzed, and sending the contract subject document demand information to the interactive terminal.
Has the advantages that: and the user can conveniently upload the contract main body file required by the risk analysis module according to the contract main body demand information of the interactive terminal.
And further, the risk processing module is also used for generating the requirement information of the supplementary file according to the contract risk analysis report and sending the requirement information to the interactive terminal.
Has the advantages that: and the user can conveniently upload the related supplementary file according to the supplementary file demand information of the interactive terminal.
Further, the method for acquiring the contract information to be analyzed by the interactive terminal comprises one or more of a scanning acquisition method and an input acquisition method introduced by the mobile terminal.
Has the advantages that: scanning the contract information to be analyzed suitable for the acquisition of the paper contract or the image contract, and directly importing the contract information to be analyzed suitable for the acquisition of the electronic format contract through a computer terminal or a mobile terminal. Therefore, the types of carriers for acquiring the contract information to be analyzed by the interactive terminal are increased, and convenience is provided for submitting the contract information to be analyzed to the interactive terminal by a user.
Further, the interactive terminal marks the modified or supplemented content in the analyzed contract text information and the corresponding risk information into the same color to form a duplicate file, and the analyzed contract text information without the color marking is the original file.
Has the advantages that: the same color can be made clear to the risk information and the content modified or supplemented by the risk information, as needed to refer to the optional copy file of the modified content, as appropriate to the learning counselor and student. While the original text is convenient for the user to use directly.
Further, the interactive terminal is used for analyzing and processing the requirement of the supplementary file and the requirement of the contract main body file to obtain the interactive problem of the supplementary file and the interactive problem of the contract main body file, then collecting reply information made by the user according to the interactive problems, and analyzing and processing the reply information to obtain the supplementary file or the contract main body file.
Has the advantages that: the method for obtaining information by asking questions of the user in a targeted manner reduces the analysis and processing of some useless information by the interactive terminal, and improves the efficiency of obtaining the information of the supplementary file or the contract main file.
Furthermore, the interactive terminal is also used for obtaining reply information of the interactive question according to the user behavior.
Has the advantages that: if the click is determined, the hand swinging is negative, the interestingness of the robot is increased, and another answer mode is provided for the user.
Drawings
FIG. 1 is a block diagram of a first embodiment of a robot-based counselor link system;
FIG. 2 is a block diagram of a second embodiment of a robot-based counselor link system.
Detailed Description
The following is further detailed by way of specific embodiments:
example one
A robot-based counselor link system, as shown in fig. 1, comprising an interactive terminal, a database, a risk analysis module, and a risk processing module, wherein:
and the interactive terminal is used for receiving the contract information to be analyzed, and then analyzing and processing the contract information to be analyzed to obtain contract text information to be analyzed, wherein the contract text information to be analyzed comprises a contract name and contract clauses. The method for acquiring the contract information to be analyzed by the interactive terminal comprises one or more of a scanning acquisition mode and an input acquisition mode which is imported through the mobile terminal. The interactive terminal is also used for marking the modified or supplemented content in the analyzed contract text information and the corresponding risk information into the same color to form a duplicate file, and the analyzed contract text information without the color is the original file.
The database is used for storing a keyword library and a risk information library, and keywords in the keyword library are common words in contracts and near-meaning words of the words;
the risk analysis module is used for acquiring and identifying contract names and contract terms in the contract text information to be analyzed from the interactive terminal, obtaining a plurality of terms by semantic word segmentation processing on the contract names, inquiring preset contract name information according to the terms, judging whether matched terms exist or not, judging that the contract names do not meet the requirements if the matched terms do not exist, and calling first risk information that the contract names do not meet the requirements from a risk information base, wherein the preset contract name information in the embodiment comprises buying and selling, borrowing, leasing, keeping, entrusting, contracting and the like. The risk analysis module is also used for carrying out risk analysis on contract terms through the contract term risk analysis model to obtain a risk result, wherein the risk result is a possible risk, then inquiring corresponding second risk information from the risk information base according to the risk result, and generating a contract risk analysis report according to the first risk information and the second risk information, wherein the contract terms comprise transaction conditions, execution obligations of both parties and default terms; in this embodiment, the contract clause risk analysis model is a neural network analysis model trained from a plurality of sets of original contract clauses and original risk results, the original contract clauses are collected contract clauses of a contract, and the original risk results are risks analyzed by lawyers according to the original contract clauses.
And the risk processing module is used for supplementing and modifying the text information of the contract to be analyzed according to the contract risk analysis report to obtain the text information of the analyzed contract and feeding back the text information of the analyzed contract and the risk analysis report to the interactive terminal.
The specific implementation process comprises the following steps: the user A can directly insert the USB flash disk into the USB interface of the robot interaction terminal to lead the contract to be subjected to risk analysis in the USB flash disk into the interaction terminal, and can also send the contract to be subjected to risk analysis to the interaction terminal through a mobile phone, a tablet personal computer or a networked computer in a wireless communication mode. The interactive terminal analyzes the contract information to be analyzed input by the user and converts the contract information to be analyzed into text information of the contract to be analyzed in a text form. The risk analysis module identifies contract names and contract terms of the contract text information to be analyzed, performs semantic word segmentation on the same names to obtain a plurality of words, such as contracting contracts, and performs semantic word segmentation to obtain two words, namely 'contracting' and 'contract'. And inquiring according to the obtained terms in the preset contract name information to obtain the matched terms, namely 'take-over', so that the contract name is judged to meet the requirements. Then, the risk analysis module performs risk analysis through a contract clause risk analysis model, for example, the contract clause of the user A is that the contractor cannot fulfill the contractual obligation according to the term, and every overdue day, the default money of 0.5% of the advertising fee of the unfinished part of the customized scheme needs to be paid. The fixed maker pays the advertising fee overdue, and every overdue day, the contracting party needs to pay default money according to 0.5 percent of the debt. "the analysis result of the contract term risk analysis model to the contract term is" obligation of the contracting party is a scheduled making scheme, obligation of the contracting party is to pay advertising fee to the contracting party in a scheduled manner, default responsibilities are all paying default money to the opposite party according to 0.5% of the owed term, no agreed scheme completion period exists, and risk exists ", and the risk analysis module inquires second risk information from the risk information base according to the risk result to be the" unconfigured scheme completion period ", avoids the default responsibilities possibly brought by missing the optimal time of the scheme, and is difficult to follow up the responsibilities of the contracting party". Then, the risk analysis module generates a contract risk analysis report according to the second risk information. The risk processing module supplements the contract text information to be analyzed with the appointed scheme completion period of 3 months and 1 day in 2020 year according to the unconfined scheme completion period in the contract risk analysis report to obtain analyzed contract text information, and feeds the contract risk analysis report and the analyzed contract text information back to the interactive terminal, thereby completing risk analysis and correction of the contract.
Example two
The difference from the first embodiment is that: as shown in fig. 2, the risk analysis module is further configured to generate, according to the type of the contract main body of the contract text information to be analyzed, the contract main body document requirement information, which includes a supplier and a customer, for example, if the contract main body is a supplier of a pharmaceutical product, and send the contract main body document requirement information to the interactive terminal, where the contract main body document requirement information is a pharmaceutical product license. And the risk processing module is also used for generating the supplementary file demand information according to the contract risk analysis report and sending the supplementary file demand information to the interactive terminal.
The interactive terminal is also used for acquiring a supplementary file and a contract main body file, wherein the supplementary file is content information required by the risk processing module in the process of modifying and supplementing the contract text information to be analyzed, and the contract main body file is related data of a contract main body in the contract text information to be analyzed. The interactive terminal is also used for analyzing and processing the supplementary file requirements and the contract main body file requirements to obtain the interactive problems of the supplementary files and the contract main body file, then collecting the reply information made by the user according to the interactive problems, and analyzing and processing the reply information to obtain the supplementary files or the contract main body file. The interactive terminal is further configured to obtain reply information of the interactive question according to the user behavior, in this embodiment, the head of the user behavior indicates the determined reply information, and shaking the head or waving the hand indicates negative reply information. If the interactive question is "whether the contract subject has a license for drug production? ", user A shaking head, indicates that the contract principal does not have a pharmaceutical production license.
The risk analysis module is further used for performing main qualification audit on the contract text of the contract text information to be analyzed according to the contract main document acquired by the interactive terminal to obtain an audit result, inquiring third risk information from the risk information base according to the audit result of the main qualification if the main qualification audit result does not pass, and generating a contract risk analysis report according to the first risk information, the second risk information and the third risk information, wherein the contract main document comprises an identity certificate, a working certificate, a business license and a qualification certificate.
Example 3
The difference from the first embodiment is that: this system also includes a voice interaction subsystem for contract information entry, including: a storage module, a voice recognition module, an image recognition module, an interactive terminal and an acquisition terminal, wherein,
the storage module is used for storing a problem information base, a database and a temporary database, wherein the database comprises user information and expansion information determined by a user, the temporary database comprises the expansion information which is not confirmed by the user, and the expansion information is information additionally provided for the user according to the problem information;
the interactive terminal is used for sending question information to a user and acquiring reply information of the user, wherein the reply information comprises user information related to the question information and expansion information unrelated to the question information, the user information is stored in the database, and the expansion information is stored in the temporary database; the expansion confirmation information is generated according to the expansion information in the temporary database, and when the user confirms the expansion confirmation information, the expansion information is stored in the database; when the user denies the expansion confirmation information, deleting the expansion information from the temporary database;
the acquisition terminal is used for acquiring voice information and facial images of the user when the user replies the expansion confirmation information;
the voice recognition module is used for recognizing voice information when a user replies the expansion confirmation information, recognizing the voice information through a semantic recognition technology, and confirming the expansion confirmation information on behalf of the user when the voice information recognition result is positive languages such as 'yes' and 'right'; when the result of the voice information recognition is negative languages such as 'No', 'not' and the like, the user rejects the expansion confirmation information;
the image identification module is used for analyzing and processing a facial image of a user facing preselected problem information to obtain facial feature information of the user, and matching the facial feature information from a facial expression library to obtain user expression information.
The image recognition module is also used for capturing the eyeball motion in the facial image and representing positive expansion confirmation information when the eyeball notices the expansion confirmation information and the voice information and the user expression information do not represent negative meanings.
According to the technical scheme, all the reply information of the user is stored, the reply information comprises the expansion information irrelevant to the question information, and then the authenticity of the expansion confirmation information is judged subsequently through the language information, the user expression or the eyeball action when the user faces the expansion confirmation information, so that the experience effect of the user is improved, and the interaction efficiency is also improved.
The foregoing is merely an example of the present invention and common general knowledge of known specific structures and features of the embodiments is not described herein in any greater detail. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. Robot-based counselor link system, comprising an interactive terminal, a database, a risk analysis module and a risk processing module, wherein:
the interactive terminal is used for receiving the contract information to be analyzed, then analyzing and processing the contract information to be analyzed to obtain contract text information to be analyzed, wherein the contract text information to be analyzed comprises a contract name and contract clauses;
the database is used for storing a keyword library and a risk information library, and keywords in the keyword library are common words in contracts and near-meaning words of the words;
the risk analysis module is used for acquiring and identifying contract names and contract clauses in the contract text information to be analyzed from the interactive terminal, obtaining word information by performing semantic word segmentation on the contract names, inquiring preset contract name information according to the word information, judging whether matched words exist or not, judging that the contract names do not meet the requirements if the matched words do not exist, and calling risk information of which the contract names do not meet the requirements from a risk information base as first risk information; the contract risk analysis system is also used for carrying out risk analysis on contract terms through the contract term risk analysis model to obtain a risk result, wherein the risk result is a possible risk, then corresponding risk information is inquired from a risk information base according to the risk result to serve as second risk information, and a contract risk analysis report is generated according to the first risk information and the second risk information, wherein the contract terms comprise transaction conditions, both-party execution obligations and default terms;
and the risk processing module is used for supplementing and modifying the text information of the contract to be analyzed according to the contract risk analysis report to obtain the text information of the analyzed contract and feeding back the text information of the analyzed contract and the risk analysis report to the interactive terminal.
2. The robot-based counselor link system of claim 1, wherein: the contract clause risk analysis model is a neural network analysis model which is trained by a plurality of groups of original contract clauses and original risk results, wherein the original contract clauses are collected contract clauses of the contract, and the original risk results are risks analyzed by lawyers according to the original contract clauses.
3. The robot-based counselor link system of claim 1, wherein: the interactive terminal is also used for acquiring a supplementary file and a contract main body file, wherein the supplementary file is content information required by the risk processing module in the process of modifying and supplementing the contract text information to be analyzed, and the contract main body file is related data of a contract main body in the contract text information to be analyzed.
4. The robot-based counselor link system of claim 3, wherein: the risk analysis module is further used for performing main qualification audit on the contract text of the contract text information to be analyzed according to the contract main document acquired by the interactive terminal to obtain an audit result, inquiring third risk information from the risk information base according to the audit result of the main qualification if the main qualification audit result does not pass, and generating a contract risk analysis report according to the first risk information, the second risk information and the third risk information, wherein the contract main document comprises an identity certificate, a working certificate, a business license and a qualification certificate.
5. The robot-based counselor link system of claim 4, wherein: and the risk analysis module is also used for generating contract main body file demand information according to the type of the contract main body of the contract text information to be analyzed and sending the contract main body file demand information to the interactive terminal.
6. The robot-based counselor link system of claim 3, wherein: and the risk processing module is also used for generating the supplementary file demand information according to the contract risk analysis report and sending the supplementary file demand information to the interactive terminal.
7. The robot-based counselor link system of claim 1, wherein: the method for acquiring the contract information to be analyzed by the interactive terminal comprises one or more of a scanning acquisition method and an input acquisition method imported by the mobile terminal.
8. The robot-based counselor link system of claim 1, wherein: the interactive terminal marks the modified or supplemented content in the analyzed contract text information and the corresponding risk information into the same color to form a duplicate file, and the analyzed contract text information without the color is the original file.
9. The robot-based counselor link system of claim 3, wherein: the interactive terminal is also used for analyzing and processing the supplementary file requirements and the contract main body file requirements to obtain the interactive problems of the supplementary files and the contract main body file, then collecting the reply information made by the user according to the interactive problems, and analyzing and processing the reply information to obtain the supplementary files or the contract main body file.
10. The robot-based counselor link system of claim 9, wherein: the interactive terminal is also used for obtaining the reply information of the interactive question according to the user behavior.
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| CN111310437B (en) | 2020-12-15 |
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