CN111784304A

CN111784304A - Salary automatic issuing method and system based on RPA robot

Info

Publication number: CN111784304A
Application number: CN202010653639.5A
Authority: CN
Inventors: 彭宙硕; 吴明杰; 刘睿明; 成文诗; 江魁栋
Original assignee: Guangdong Yuefei Finance Cloud Technology Co ltd
Current assignee: Guangdong Yuefei Finance Cloud Technology Co ltd
Priority date: 2020-07-08
Filing date: 2020-07-08
Publication date: 2020-10-16

Abstract

The invention discloses an automatic salary issuing method based on an RPA robot, which comprises the following steps: acquiring personal information and salary data of employees, and calculating according to preset rules to obtain post-tax salary data; logging in a social insurance online business page by using prestored logging information, and declaring the social insurance of the employee according to a first preset task flow; logging in a business page on the public accumulation fund network by using the login information, and declaring the public accumulation fund of the employee according to a second preset task flow; logging in a natural person tax online business page by using the logging information, and declaring personal tax of the staff according to a third preset task flow; and pushing the post-tax payroll data to a bank payroll generation and sending system so as to facilitate the bank to send the post-tax real payroll to the bank account of the employee. The invention solves the problem of automatic issuing of employee salaries, and simultaneously realizes the automatic declaration and payment of employee social security, public deposit and personal tax so as to reduce human resource investment, cost and benefit.

Description

Salary automatic issuing method and system based on RPA robot

Technical Field

The invention belongs to the technical field of data processing, and particularly relates to an automatic salary issuing method and device based on an RPA robot.

Background

Payroll is an important matter of corporate management. As the number of staff in a business increases, the payroll work of the business becomes more and more complex. The early-stage salary statistics and distribution are realized by fully manually processing paper materials, the time consumption is high, the paper materials are not easy to store, and the problem that the salary distribution errors frequently occur due to manual operation exists. With the popularity of computers, enterprises have changed to use spreadsheets to assist in payroll distribution.

At the present stage, the salary structure is gradually complicated, and the traditional salary distribution mode is difficult to meet the enterprise requirements. With the application of office automation, information management and the like, a plurality of system software related to wage distribution appears in the market, and the system software not only has a human system in an enterprise, but also relates to systems of personal tax, social security, public deposit and the like, and further relates to a bank online banking system of the enterprise for the public.

The applicant researches and discovers that the existing multi-system on the market does not have a solution designed for pay allocation, and the integration of the systems in a traditional interface integration mode is unrealistic, so that the pay management at the current stage still needs manual intervention operation, the multi-system software increases the complexity of pay allocation, consumes human resources and increases the human cost.

Disclosure of Invention

The invention aims to solve the technical problems that a plurality of software systems related to salary payment cannot be integrated through a traditional interface at the present stage, large human resources still need to be input, and the human cost is high, and provides an automatic salary payment method and device based on an RPA robot.

In order to solve the problems, the invention is realized according to the following technical scheme:

the invention discloses an automatic salary issuing method based on an RPA robot, which comprises the following steps:

acquiring personal information and salary data of employees, and calculating according to preset rules to obtain post-tax salary data;

logging in a social insurance online business page by using prestored logging information, and declaring the social insurance of the employee according to a first preset task flow;

logging in a business page on the public accumulation fund network by using the login information, and declaring the public accumulation fund of the employee according to a second preset task flow;

logging in a natural person tax online business page by using the logging information, and declaring personal tax of the staff according to a third preset task flow;

and pushing the post-tax payroll data to a bank payroll generation and sending system so as to facilitate the bank to send the post-tax real payroll to the bank account of the employee.

Preferably, the first preset task flow includes:

identifying and loading a social insurance declaration page entering a business page on a social insurance network;

identifying an input item of a social insurance declaration page, and writing the personal information and salary data correspondingly according to the input item;

identifying the inspection result of the social insurance declaration page, and if the inspection is passed, declaring the social insurance of the employee; if not, the manual processing is informed.

Preferably, the second preset task process includes:

acquiring and loading a change processing menu URL of a public accumulation fund online service page, and entering a change processing page;

capturing the accumulation fund information of each employee on the change processing page according to a preset condition;

comparing the accumulation fund information with the personal information and salary data of the staff, and entering the next step if the two data are consistent; if not, notifying manual processing;

acquiring and loading a collection and remittance menu URL of a service page on the accumulation fund network, and entering a collection and remittance page to confirm and declare;

and acquiring and loading a payment confirmation menu URL of the service page on the accumulation fund network, and entering a payment confirmation page to confirm to withdraw and deduct money.

Preferably, the third preset task flow includes:

acquiring and loading a personnel information acquisition menu URL of a natural person tax online service page, and entering a personnel information acquisition page;

capturing personal tax information of each employee on the staff information acquisition page according to preset conditions;

comparing the personal tax information with the personal information and salary data of the staff, and entering a submission page if the personal tax information and the personal information and the salary data of the staff are consistent; if not, notifying manual processing;

identifying and loading a URL (uniform resource locator) of a tax report form filling page for deducting from the submission page, and entering the tax report form filling page for deducting from the payment;

and identifying and loading the reporting URL of the reporting form in the reporting page, and entering the reporting page of the reporting form to submit the tax declaration.

The invention also provides a salary automatic issuing system based on the RPA robot, which comprises the RPA robot and a salary calculation subsystem;

the RPA robot acquires personal information and salary data of the staff and inputs the personal information and the salary data into a salary calculation subsystem, and the salary calculation subsystem calculates according to a preset rule to obtain post-tax salary data;

the RPA robot logs in a social insurance online service page by using prestored login information and declares the social insurance of the staff according to a first preset task flow;

the RPA robot logs in a public accumulation fund online service page by using the login information and declares the public accumulation fund of the staff according to a second preset task flow;

the RPA robot logs in a natural person tax online business page by using the login information and declares personal taxes of the staff according to a third preset task flow;

and the RPA robot pushes the post-tax payroll data to a bank payroll generation and sending system so that a bank can send the post-tax real payroll to a bank account of the employee conveniently.

Preferably, the first preset task flow includes:

the RPA robot identifies and loads a social insurance declaration page entering a business page on a social insurance network;

the RPA robot identifies an input item of a social insurance declaration page, and writes the personal information and salary data correspondingly according to the input item;

the RPA robot identifies the inspection result of the social insurance declaration page, and declares the social insurance of the employee if the inspection is passed; if not, the manual processing is informed.

Preferably, the second preset task process includes:

the RPA robot acquires and loads a change processing menu URL of a business page on the accumulation fund network, and enters a change processing page;

the RPA robot captures the accumulated fund information of each employee on the change processing page according to preset conditions;

the RPA robot compares the accumulation fund information with the personal information and salary data of the staff, and if the two data are consistent, the next step is carried out; if not, notifying manual processing;

the RPA robot acquires and loads a collection and remittance menu URL of a service page on the accumulation fund network, and enters a collection and remittance page to confirm declaration;

and the RPA robot acquires and loads a payment confirmation menu URL of the service page on the public accumulation fund network, and enters the payment confirmation page to confirm to withdraw and deduct money.

Preferably, the third preset task flow includes:

the RPA robot acquires and loads a personnel information acquisition menu URL of a natural person tax online service page, and enters the personnel information acquisition page;

the RPA robot captures personal tax information of each employee on the staff information acquisition page according to preset conditions;

the RPA robot compares personal tax information with personal information and salary data of the staff, and enters a submission page if the personal tax information and the personal information and the salary data of the staff are consistent; if not, notifying manual processing;

the RPA robot identifies and loads a URL (uniform resource locator) of a tax report filling page obtained by deduction in a submission page, and enters the tax report filling page obtained by deduction;

and the RPA robot identifies and loads the reporting URL in the reporting page, and enters the reporting page to submit the tax declaration.

Preferably, the RPA robot comprises: a script component unit and a flow unit;

the script component unit is used for performing script configuration on each step and performing data capture on each page;

the flow unit is used for serially connecting all the steps configured by the script component unit into a salary automatic issuing flow.

The invention also provides a computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor implements the following steps when executing the computer program:

Compared with the prior art, the invention has the beneficial effects that:

the invention adopts the RPA robot process automation technical means to realize the integration of a plurality of heterogeneous systems related to salary payment and solves the problem that the traditional interface can not integrate a plurality of systems. The system realizes the automatic calculation of the staff salary in the automatic salary issuing process, also solves the automatic issuing of the staff salary, and simultaneously realizes the automatic declaration and payment of social security, public deposit and personal tax of the staff so as to reduce the human resource input, cost and benefit.

Drawings

Embodiments of the invention are described in further detail below with reference to the attached drawing figures, wherein:

FIG. 1 is a block diagram of the flow of the automatic salary issuing method based on the RPA robot of the present invention;

FIG. 2 is a flow chart illustrating a first predetermined task flow according to the present invention;

FIG. 3 is a flow chart illustrating a second predetermined task flow according to the present invention;

fig. 4 is a flow chart illustrating a third predetermined task flow according to the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

As shown in fig. 1, it is a flowchart of a salary automatic issuing method based on an RPA robot according to an embodiment of the present invention, and the method shown in the diagram includes:

s100, acquiring personal information and salary data of employees, and calculating according to preset rules to obtain post-tax salary data;

s200, logging in an online page of the social security system by using prestored login information, and declaring the social security of the employee according to a first preset task flow;

s300, logging in an online page of the accumulation fund system by using the login information, and declaring the accumulation fund of the employee according to a second preset task flow;

s400, logging in a natural person tax system online page by using the login information, and declaring personal tax of the staff according to a third preset task flow;

and S500, pushing the staff salaries to a bank salary generation and sending system so that the bank can send the taxed real salaries to the bank accounts of the staff conveniently.

In this embodiment, an RPA robot process automation technical means is adopted, so that the automatic calculation of the employee salaries is realized in the automatic salary issuing process, the automatic issuance of the employee salaries is also realized, and meanwhile, the automatic declaration and payment of the employee social security, the public deposit and the personal tax are also realized, so that the human resource investment is reduced, the cost is reduced, and the efficiency is improved.

The following is a specific example description of each step of the automatic salary issuing method based on the RPA robot of the present invention:

in S100, the personal information and salary data of the employee may be obtained from a human resource management system of the enterprise for the RPA robot, or may be manually pre-stored in a computer for the RPA robot to obtain. The personal information of the employee comprises name, wage number, wage card number, certificate number (identity card, social security number and the like) and the like; the salary data comprises a salary structure, attendance and performance data, a payment base number of social insurance, a public accumulation fund payment base number and the like. The specific personal information and salary data can be adjusted by technical personnel according to the requirements of the enterprise.

As an embodiment of the present invention, the S100 obtains employee pay data through a preset calculation rule, where the employee pay data includes information of employees, social security, public deposit, personal tax, post-tax payroll, and the like. The preset calculation rule comprises the following parts:

A) staff information: the system comprises employee fixed wages, floating wages, social security base numbers, public accumulation fund base numbers, social security numbers, certificate numbers and wage card numbers; salary structure (fixed wages, floating wages), attendance data, performance data;

B) and (3) calculating a rule: describing the calculation method of calculating the result of generating the pre-tax payroll and the post-tax payroll by the data; payroll calculation rule example:

and $ (pre-tax payroll) $ (staff fixed payroll) + ($ (staff floating payroll) $ (staff performance coefficient)) $ (actual attendance time of the staff in the current month)/$ (due attendance time of the staff in the current month).

$ (post-tax payroll) $ (pre-tax payroll) - $ (social security base personal payment part) $ (accumulation base personal payment part) $ (personal income tax).

In a preferred embodiment, the S100 further includes the RPA process robot pushing the post-tax payroll data back to the human resource management system, so as to facilitate the human resource management system to generate payroll.

As an embodiment of the present invention, the S200 logs in the social security system web page by using the pre-stored login information, the S300 logs in the public deposit system web page by using the login information, and the S400 logs in the natural people tax system web page by using the login information, and the automatic login can be realized by pre-storing the address URL of each page, automatically loading the address URL into the page, and configuring information by the pre-stored system account such as the user name, the password, and the like.

As shown in fig. 2, the first preset task process of S200 includes:

s210, identifying and loading a social insurance declaration page entering a social insurance online business page;

s220, identifying an input item of a social insurance declaration page, and correspondingly writing the personal information and salary data according to the input item;

s230, identifying the inspection result of the social insurance declaration page, and declaring the social insurance of the employee if the inspection is passed; if not, the manual processing is informed.

As shown in fig. 3, the second preset task process of S300 includes:

s310, acquiring and loading a change processing menu URL of the service page on the accumulation fund network, and entering a change processing page;

s320, capturing the accumulation fund information of each employee on the change processing page according to preset conditions;

s330, comparing the accumulation fund information with the personal information and salary data of the staff, and entering the next step if the two data are consistent; if not, notifying manual processing;

s340, acquiring and loading a collection and remittance menu URL of the service page on the accumulation fund network, and entering a collection and remittance page to confirm and declare;

s350, obtaining and loading a payment confirmation menu URL of the business page on the public accumulation fund network, and entering a payment confirmation page to confirm to withdraw and deduct money.

As shown in fig. 4, the third preset task flow of S400 includes:

s410, acquiring and loading a personnel information acquisition menu URL of a natural person tax online service page, and entering a personnel information acquisition page;

s420, capturing personal tax information of each employee on the staff information acquisition page according to preset conditions;

s430, comparing personal tax information with personal information and salary data of the staff, and entering a submission page if the personal tax information and the personal information and the salary data of the staff are consistent; if not, notifying manual processing;

s440, identifying and loading a URL (uniform resource locator) of a tax report form filling page obtained by deducting in the submission page, and entering the tax report form filling page obtained by deducting;

s450, identifying an input item of a social insurance declaration page, and writing the personal information and salary data correspondingly according to the input item;

and S460, identifying and loading the reporting URL in the reporting page, entering the reporting page and submitting the tax declaration.

The invention realizes the process automation of a plurality of heterogeneous systems without any IT system transformation of the original system, and solves the problem that the traditional interface can not integrate a plurality of systems. And moreover, automatic declaration and payment of social insurance, public deposit and personal tax of staff are realized, complex work of financial staff in wage distribution is replaced, and the effects of reducing human resources, reducing the human cost of enterprises and reducing misoperation risks can be achieved. When the abnormity is found, the manual processing is informed, and the reliability is high.

As an embodiment of the present invention, the step S500 of pushing the employee payroll to the bank payroll issuing system specifically includes the following steps:

s510, acquiring a payroll generation form document, and writing personal information and post-tax payroll data of the employee;

specifically, the payroll publication form document is an Excel form. According to the calculated data of post-tax payroll, etc., filling the information of each employee according to the line, which can include name, payroll number and post-tax payroll amount. And adding a remark 'wage', generating a wage generation invention detailed form document, and automatically counting the total amount and the total stroke number.

S520, logging in an enterprise bank salary issuing system by using the login information, acquiring and loading a batch payment menu URL, and entering a batch payment page;

the enterprise bank pay issuing system is an enterprise public account online banking system, and can automatically log in the online banking system by acquiring the address, the user name, the password and the like of the enterprise public account online banking.

S530, uploading the payroll issuing form document to a bank payroll issuing system and confirming.

Fig. 2 is a schematic structural diagram of an automatic salary dispensing system based on an RPA robot according to an embodiment of the present invention, where the system shown in the diagram includes: the system comprises an RPA robot, a salary calculation subsystem and a document subsystem;

the RPA robot acquires personal information and salary data of the staff and inputs the information and the salary data into a salary calculation subsystem, and the salary calculation subsystem calculates according to a preset rule to obtain post-tax salary data;

As an embodiment of the present invention, an RPA robot may include: script component unit, flow unit. The script component unit is used for performing script configuration on each step and performing data capture and identification on each page. The flow unit is used for serially connecting all the steps configured by the script component unit into a salary automatic issuing flow.

Specifically, the script component unit records the operation of each step, corresponds to the login address, the user name, the password and other information of the system page, and stores the information in the robot rule base.

As an embodiment of the present invention, the payroll calculation subsystem is provided with preset rules for calculating post-tax payrolls. The document subsystem is used for writing personal information and post-tax payroll data of the staff to obtain payroll generation form documents, such as Office/WPS document systems.

The system of the invention can automatically log in a social insurance online service system, a public accumulation fund online service system, a natural person tax online service system and the like. Automatically pushing the salary data to a bank salary issuing system to complete the salary issuing process. The enterprise user carries out the script component design and the process design of salary automatic issuing through the RPA robot, and the RPA robot automatically completes the salary issuing process.

Wherein the RPA robot executing the first preset task process comprises:

Wherein the RPA robot executing the second preset task process comprises:

Wherein the RPA robot executing the third preset task process includes:

In one embodiment of the invention, the system comprises an RPA robot, a document subsystem and a salary calculation subsystem. The RPA robot connects the processing flows of the social insurance business system, the public accumulation fund online business system, the natural person tax online business system, the document subsystem and the salary calculation subsystem. Specifically, the method comprises the following steps:

the RPA robot is a software program deployed on a client PC, and realizes flow linkage between heterogeneous systems without damaging the original IT structure by adopting a non-invasive mode and simulating interaction of systems and operations based on preset fixed rules through an RPA flow automation technology.

The social insurance business system, the online business system of the public deposit and the online business system of the tax income of natural people refer to the financial system of official to public and are responsible for the online business handling system of social insurance, the public deposit and personal tax.

Specifically, the RPA robot in the embodiment of the present invention includes a script component unit and a flow unit, specifically:

the script component unit is responsible for carrying out script design on each independent flow step, and capturing element field information on the original system in a mode of dragging and pulling a control or a mode of compiling script codes, such as identifying a virtual button of a page through a keyword; and the daily manual operation of a user, such as mouse clicking, keyboard input, copying/pasting and the like, is simulated, and a certain specific task flow is automatically executed.

The script technology includes operations based on a window handle mode, a screen recording mode and a browser mode according to a software interface mode to realize automation of operation processes, for example, processing of an HTML format file, and realizing capture of element contents by searching through a mode of taking tags in HTML as indexes (for example, [ 'HTML', 'BODY', 'DIV', 'INPUT', ] and [ '0', '1', '41', '2', '1'), or by searching through id in an HTML tag as an index to locate a certain element, and after the element is obtained, operations such as clicking the element, setting text contents, setting drop frame contents and the like can be performed on the element.

The process unit is responsible for connecting task flows of all steps finished by design and configuration of the script component unit in series to form a service flow, activity or affair which can be automatically executed, and is responsible for transmitting data information (personal information and salary data of staff, login information of enterprise accounts and the like) and machine information used in the process node to the script component unit, so that the script component unit can automatically execute the process according to preset rules.

In the embodiment of the invention, the Office/WPS and other document subsystems are responsible for carrying out automatic operation processing on Excel through a script component unit in the RPA robot, wherein the automatic operation processing comprises Excel creation, opening, saving, closing, cell acquisition, writing, various settings and the like. The PRA robot fills in each employee information, which may include name, payroll number, and post-tax payroll amount, by row according to the calculated post-tax payroll and other data. And adding the remark 'wage', automatically counting the total amount and the total stroke number, and storing until a wage generation invention detail form document is generated.

Specifically, the present invention provides the following process example in which the RPA robot completes the above salary automatic issuing method, and the specific process includes:

s101: the RPA robot obtains personal information and salary data of the staff from a human resource system of the enterprise and uploads the personal information and the salary data to a salary calculation subsystem.

S102: the salary calculation subsystem calculates the post-tax salary data of the staff through a preset calculation rule, wherein the post-tax salary data can comprise information data such as social security, public deposit, personal tax, post-tax payroll and the like. When an anomaly occurs, the RPA robot notifies the manual process.

S103: and the RPA robot transmits the post-tax payroll data back to a human resource system of the enterprise so that the human resource system can generate a corresponding payroll.

S20: the flow unit of the RPA robot triggers the flow node to automatically log in the social security online service system, the script component unit automatically opens the browser, inputs the address of the social security online service system, enters the social security online service page of the social security online service system, inputs the pre-configured user account and password information, and automatically logs in the system. The RPA robot declares the social insurance of the employee according to a first preset task flow, wherein the task flow comprises the following steps:

s201: and the script component unit of the RPA robot identifies a detail declaration button through key elements on a business page of the social security network, simulates and clicks the button, and opens and enters the detail declaration page.

S202, the RPA robot calculates the post-tax salary data of each staff according to the previous information on the detailed declaration page, summarizes the post-tax salary data on the obvious declaration page through the script component, and automatically fills the input items of the paying base numbers and the rates of the social insurance numbers, the names, the paying months of the staff, the endowment, the unemployment, the medical treatment, the work injury insurance and the fertility insurance of the staff.

S203, the RPA robot identifies a virtual button for checking through key word elements in the detail declaration page, simulates and clicks the virtual button, and enters the next step if the page is identified to prompt that the checking is passed; and if the identification page is not checked, notifying manual processing.

S204, the RPA robot identifies a 'save' virtual button through a keyword element in a detail declaration page, simulates and clicks the virtual button, and enters the next step if the page is identified and prompted successfully; and if the page prompt is not successful, notifying manual processing.

S205, the RPA robot reloads a business page entering the social security network, identifies a 'check' virtual button through a keyword element, simulates and clicks the virtual button, and enters the next step if the identification page prompts that the check is passed; and if the identification page is not checked, notifying manual processing.

S206, the RPA robot identifies the 'save' virtual button through the key element on the social insurance network service page, simulates and clicks the virtual button, identifies the 'yes' virtual button by using the key element in the return result page, and simulates and clicks the virtual button to declare the social insurance.

S30: the flow unit of the RPA robot triggers a flow node to automatically log in the public accumulation online service system, the script component unit automatically opens a browser, inputs the address of the public accumulation online service system, enters a public accumulation online service page of the public accumulation online service system, inputs the pre-configured user account and password information, and automatically logs in the system. The RPA robot declares the accumulated fund of the staff according to a second preset task flow, and the task flow comprises the following steps:

s301, the RPA robot acquires a URL of a change processing menu under remittance management on a business page of the public accumulation fund network, loads the URL and enters a remittance change processing page;

s302: and the step component unit of the RPA robot captures the information of the name, the certificate number, the personal payment base number and the unit payment base number of each employee according to the name, the certificate number, the payment base number, the personal payment base number and the unit payment base number which are used as table header keywords.

S303: comparing the data such as the public accumulation fund base number of the salary data of the staff acquired from the human resource management system with the data such as the public accumulation fund base number of each staff captured in the step S303, and if the comparison results are consistent, entering the next step; and if the two are inconsistent, notifying manual processing.

S304, the RPA robot acquires a collection and payment ordering menu URL under collection management, loads the URL and enters a collection and payment ordering processing page; and the RPA robot identifies a virtual button for declaration confirmation in the page according to the key word elements, and simulates and clicks the virtual button to perform declaration confirmation.

S305: the RPA robot acquires a payment confirmation menu URL under payment management, loads the URL and enters a payment confirmation processing page; the RPA robot matches a 'withholding' button according to the keywords, and simulates and clicks the button to confirm withholding.

S40: the method comprises the steps that a flow unit of an RPA robot triggers a flow node to automatically log in a natural personal tax online service system, a script component unit automatically opens a browser, inputs an address of the natural personal tax online service system, enters a natural personal tax online service page of the natural personal tax online service system, inputs a pre-configured user account and password information, and automatically logs in the system. The RPA robot declares personal income tax of the staff according to a third preset task flow, wherein the task flow comprises the following steps:

s401: and the RPA robot acquires a personnel information acquisition menu URL on a business page on the personal tax network, loads the URL and enters the personnel information acquisition page.

S402, the RPA robot captures personal tax information of each line of staff on the page according to the 'name' and 'license number', identifies a 'submission' virtual button according to key elements, and simulates to click the virtual button to enter the submission page.

S403: the RPA robot identifies 'the completion of the tax report form of the withholding payment', acquires a URL of the tax report form of the withholding payment ', loads the URL and enters a page for the completion of the tax report form of the withholding payment' according to the key word elements.

S404: writing the acquired personal information and salary data of the staff into a tax statement filling page obtained by deducting, filling fields such as income amount, accumulated fund, social security deduction and the like, identifying a 'save' virtual button by the RPA robot according to key word elements, simulating and clicking the virtual button for saving.

S405: the RPA robot obtains a reporting URL according to the keyword 'reporting report delivery', loads the URL and enters a reporting report delivery page; the RPA robot identifies a declaration password input frame according to a keyword element 'please input a declaration password', a script component unit of the RPA robot fills the declaration password into the declaration password input frame, and the RPA robot identifies a 'confirmation' virtual button according to the keyword element, simulates and clicks the virtual button to submit, thereby completing tax declaration.

S50: and triggering a flow node by a flow unit of the RPA robot, and automatically logging in an online banking system where the enterprise is located for the public account. The script component unit acquires system account configuration information such as address, user name and password of the public account online bank of the enterprise and then automatically logs in the online bank system. The RPA robot pushes post-tax payroll data to the online banking system, and the method specifically comprises the following steps:

s501: the RPA robot acquires a payroll transmission template Excel document, fills the post-tax payroll data and the like with names, card numbers, money and purpose remarks 'payroll' according to rows to generate payroll invention detail files, and counts the total money and the total stroke number.

S502: the RPA robot acquires a batch payment menu URL on an online bank system interface, and loads the URL to enter a batch payment page; the RPA robot identifies an uploading input frame, a total amount input frame and a total stroke input frame of the 'uploading file' file according to the keyword elements, fills the results of the total amount and the total stroke calculated in the step S501 into the corresponding input frames, and fills the salary innovation detail file into the uploading file input frame.

S503: the RPA robot identifies a 'submit' virtual button according to the keyword elements, simulates and clicks the virtual button to submit. The whole salary automatic issuing flow step is completed.

The embodiment of the present invention further provides a computer device, which includes a memory, a processor, and a computer program stored in the memory and capable of running on the processor, and when the processor executes the computer program, the following steps are implemented:

The invention also provides the computer equipment based on the application concept which is the same as the method and the system for automatically issuing salaries based on the RPA robot. Because the principle of solving the problem by the computer device is similar to the method and the system, the implementation of the computer device can be referred to the implementation of the salary issuing method and the system based on the RPA robot, and repeated details are not repeated.

The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims

1. An automatic salary issuing method based on an RPA robot is characterized by comprising the following steps:

2. The RPA robot-based salary automatic issuing method according to claim 1, wherein said first preset task flow includes:

3. The RPA robot-based salary automatic issuing method according to claim 1, wherein said second preset task flow includes:

4. The RPA robot-based salary automatic issuing method according to claim 1, wherein said third preset task flow comprises:

5. An automatic salary issuing system based on an RPA robot is characterized by comprising the RPA robot and a salary calculation subsystem;

6. The RPA robot-based salary automatic dispensing system of claim 5 wherein said first predetermined task flow comprises:

7. The RPA robot-based salary automatic dispensing system of claim 5 wherein said second predetermined task flow comprises:

8. The RPA robot-based salary automatic dispensing system of claim 5 wherein said third predetermined task flow comprises:

9. The RPA robot-based salary automatic dispensing system according to any one of claims 5 to 8, wherein said RPA robot comprises: a script component unit and a flow unit;

10. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor when executing the computer program implements the steps of: