CN-115471064-B - Scheduling method, device and equipment of RPA flow robot and storage medium

CN115471064BCN 115471064 BCN115471064 BCN 115471064BCN-115471064-B

Abstract

The invention discloses a scheduling method, a device, equipment and a storage medium of an RPA process robot, which are used for acquiring user identity data, matching user business process operation data with user business requirements, wherein the user business process requirements comprise user tasks and user task scores, substituting the user business process requirements into preset task allocation rules, scheduling and distributing the RPA task data according to the user business process requirements to generate a user operation list, acquiring the task scores after an RPA task execution end completes the user business process requirements, storing the task scores into a block chain to generate an RPA task process digital asset, and constructing an RPA business process management database according to the user operation list stored into the block chain and the RPA task process digital asset. The method solves the problems that when an operator checks the RPA process operation log, the authenticity of the data is difficult to distinguish, and once the fault occurs, whether someone falsifies or deletes the related RPA process data cannot be determined.

Inventors

LI JIA
ZHANG CHUNYANG
YANG CHENGLIN
WANG XIAODONG
GUO FEI
Huang Zhonglv

Assignees

湖南三湘银行股份有限公司

Dates

Publication Date: 20260512
Application Date: 20220906

Claims (10)

1. The scheduling method of the RPA flow robot is characterized by comprising the following steps of; Acquiring user identity data, verifying the user identity data with user identities stored in a database, and generating business process operation data of a user if the user identity data is consistent with the user identity data stored in the database; matching the user business process operation data with user business process requirements, wherein the user business process requirements comprise user tasks and user task scores; substituting the user business process requirements into a preset task allocation rule, scheduling and distributing RPA task data according to the user business process requirements, and generating a user operation list; the RPA task execution end obtains task points after completing the user business process requirements, stores the task points into a blockchain, generates RPA task process digital assets, matches the task requirements of subsequent users according to the condition that the RPA completes the task points, and the RPA robot with high points obtains more execution opportunities; and constructing an RPA business process management database according to the user operation list stored in the blockchain and the RPA task process digital asset.
2. The method of claim 1, wherein by matching the user business process operational data to user business process requirements, the user business process requirements include user tasks and user task credits, including; establishing corresponding service function feature data for the user service flow operation data, and establishing a feature tag for the service function feature data; Matching corresponding user service demand function data according to the feature tag, wherein the user service demand function data has associated mapping integral data; when the user service demand function data is started, corresponding integral data associated with the user service demand function data is matched.
3. The method of claim 1, wherein substituting the user business process requirements into a preset task allocation rule, scheduling and distributing RPA task data according to the user business process requirements, and generating a user operation list comprises: substituting the user business process requirements into preset task allocation rules, and matching corresponding number of RPA task execution ends according to the preset task allocation rules; Storing the user business process requirements and the operation steps to a blockchain; when an RPA operation data operation review request is received, user operation data stored in the blockchain is retrieved, and a user operation list is generated.
4. The method of claim 1, wherein the RPA task execution side obtains task credits after completing user business process requirements and stores the task credits to a blockchain to generate RPA task process digital assets, comprising: When the RPA receives the user service demand function data, mapping integral data associated with the user service demand function data, and storing the integral data into a block chain to generate to-be-deducted RPA task integral data; The RPA task integral data to be deducted comprises user information, storage time and hash value; and finishing data notarization by the to-be-deducted RPA task integral data and a third party notarization platform interface to generate the RPA task flow digital asset.
5. The method of claim 1, wherein constructing an RPA business process management database from a user operation manifest stored to a blockchain and the RPA task process digital asset comprises: classifying and storing the user operation list according to the RPA task flow function, and marking the classified and stored result; and establishing a data query rule according to the classified storage marks, and establishing an association relation between the data query rule and the RPA business process management database.
6. The scheduling device of the RPA flow robot is characterized by comprising the following components; The acquisition unit is used for acquiring user identity data, verifying the user identity data with the user identity stored in the database, and generating service flow operation data of a user if the user identity data is consistent with the user identity data stored in the database; the matching unit is used for matching the user business process operation data with user business process requirements, wherein the user business process requirements comprise user tasks and user task scores; the allocation unit is used for substituting the user business process requirements into a preset task allocation rule, scheduling and allocating RPA task data according to the user business process requirements, and generating a user operation list; the asset generation unit is used for acquiring task points after the RPA task execution end completes the user business process requirements, storing the task points into the blockchain, generating RPA task process digital assets, matching the task requirements of subsequent users according to the condition that the RPA completes the task points, and acquiring more execution opportunities by the RPA robot with high points; and the database construction unit is used for constructing an RPA business process management database according to the user operation list stored in the blockchain and the RPA task process digital asset.
7. The apparatus of claim 6, wherein the matching unit comprises; The feature marking unit establishes corresponding service function feature data for the user service flow operation data and establishes feature labels for the service function feature data; the function matching unit is used for matching corresponding user service demand function data according to the characteristic labels, wherein the user service demand function data has associated mapping integral data; And the data association unit is used for matching corresponding integral data associated with the user service demand function data when the user service demand function data is started.
8. The apparatus of claim 6, wherein the dispensing unit comprises; the task allocation unit substitutes the user business process requirements into preset task allocation rules, and matches corresponding number of RPA task execution ends according to the preset task allocation rules; the storage unit stores the user business process requirements and the operation steps into a block chain; and the user operation list generation unit is used for retrieving the user operation data stored in the blockchain to generate a user operation list when receiving the RPA operation data operation review request.
9. The server comprises a data transmission device, a memory and a processor, wherein the data transmission device is used for data transmission; The memory being for storing program instructions and the processor being for invoking the program instructions in the memory to perform the method according to any of claims 1-5.
10. A computer readable storage medium, characterized in that the computer readable storage medium has stored thereon a computer program which, when executed, implements the method according to any of claims 1-5.

Description

Scheduling method, device and equipment of RPA flow robot and storage medium Technical Field The present invention relates to the field of network technologies, and in particular, to a scheduling method, apparatus, device, and storage medium for an RPA flow robot. Background The RPA is fully called robotic process automation (Robotic Process Automation), and the main function is to interact the work information with the business through the robot to execute according to the process designed in advance. Therefore, if the interaction between the working information and the service is excessive, the RPA can efficiently solve the complex processes, and the labor cost is saved. Today, RPA has become the most widely used, most effective, and highly mature intelligent software. Many enterprises wish to deploy RPAs that fit themselves. RPA is a technology application model that enables robotic software or robots to capture and interpret information of existing applications, thereby enabling transactions, operational data, trigger responses, and communication with other digitizing systems. The prior art chinese patent CN202011133600.7 discloses and provides a server communication method device and medium of an RPA flow control terminal based on AI. The method comprises the steps that a first server receives a service call request of an RPA flow executing end, if communication connection exists between the first server and a second server, the first server sends a communication message requesting to call a service to the second server, and the first server returns a call structure in the communication message to the RPA flow executing end in response to the communication message receiving a service call response returned by the second server. Wherein the data type of the communication message between the first server and the second server is a byte type. The method of the embodiment of the disclosure improves the efficiency and performance of server communication of the RPA flow control end. In the use process, a server receives a service call request of an RPA flow executing end, and returns a call structure in a communication message to the RPA flow executing end in response to the communication message of receiving a call response. Although the communication efficiency and performance of the server of the RPA flow control end are improved, in the process of automatic flow processing, the RPA performs according to the flow, once the execution end is abnormal, for example, a form is wrongly filled and reported, and then the form is sent to a designated port, so that a large amount of error data can be generated, when an operator looks up the RPA flow operation log, the authenticity of the data is difficult to distinguish, whether someone falsifies or deletes the related RPA flow data can not be determined, and a scheduling method, a device, equipment and a storage medium of the RPA flow robot are developed for solving the problem. Disclosure of Invention The invention aims to provide a scheduling method, device and equipment of an RPA flow robot and a storage medium, which are used for solving the problems that when an operator checks an RPA flow operation log, the authenticity of data is difficult to distinguish, and once the operation log fails, whether a person falsifies or deletes related RPA flow data cannot be determined. In a first aspect, the present invention provides a scheduling method for an RPA flow robot, including; Acquiring user identity data, verifying the user identity data with user identities stored in a database, and generating business process operation data of a user if the user identity data is consistent with the user identity data stored in the data; Matching the user business process operation data with user business requirements, wherein the user business process requirements comprise user tasks and user task scores; substituting the user business process requirements into a preset task allocation rule, scheduling and distributing RPA task data according to the user business process requirements, and generating a user operation list; The RPA task execution end obtains task points after completing the user business process requirements, stores the task points into a block chain and generates RPA task process digital assets; And constructing an RPA business process management database according to the user operation list stored in the blockchain and the RPA task process digital asset. Further, by matching the user business process operation data with user business process requirements, the user business process requirements include user tasks and user task credits, including; establishing corresponding service function feature data for the user service flow operation data, and establishing a feature tag for the service function feature data; Matching corresponding user service demand function data according to the feature tag, wherein the user service demand function data has associated map