Networked collaborative efficient enterprise management platform based on industrial internet

Abstract

The invention discloses a networked cooperative efficient enterprise management platform based on an industrial internet, relates to the technical field of enterprise management platforms, solves the problems that current enterprise office shared accounts cannot be cooperatively used and account resources are unreasonably allocated, and comprises an employee management module, an authority issuing unit, a duration management unit and an online management unit, the employee management module is used for carrying out identity verification on enterprise employees according to registration information or login information sent by an employee terminal and sending the registration information passing the identity verification to the account management module, and the authority issuing unit is used for setting account daily online duration of enterprise shared sub-accounts. The duration management unit is used for managing the online conditions of the enterprise shared sub-accounts corresponding to the enterprise employees, the online management unit is used for managing the corresponding online number of the enterprise shared sub-accounts at the same time, and network cooperative use and reasonable allocation use of enterprise resources in the enterprise management platform are achieved.

Description

Technical Field

[0001] The present invention belongs to the field of enterprise management technology, and specifically relates to a networked collaborative and efficient enterprise management platform based on the industrial Internet. Background Art

[0002] An enterprise management platform is an integrated software platform that helps enterprises optimize internal management, improve operational efficiency and realize information management. It integrates various core businesses of an enterprise, such as human resources, finance, production, supply chain, customer relationship management, etc., to achieve unified storage and sharing of information and promote collaboration and communication between departments. Enterprise management systems usually have data collection, analysis and decision support functions, which can automate daily business processes, reduce operating costs and enhance the overall competitiveness of enterprises.

[0003] In the prior art, after purchasing office software, enterprises will set up multiple shared sub-accounts for enterprise employees under the authority of the main account in order to improve the enterprise's collaborative office capabilities, realize convenient sharing of enterprise resources and save enterprise costs. However, due to the shared nature of shared sub-accounts, there may be usage conflicts when different enterprise employees use them without negotiation. At the same time, there are also cases where enterprise employees occupy shared sub-account resources for a long time, resulting in other enterprise employees being unable to use the shared sub-accounts. To this end, the present invention proposes a networked collaborative and efficient enterprise management platform based on the Industrial Internet. Summary of the invention

[0004] The purpose of the present invention is to propose a networked collaborative and efficient enterprise management platform based on the Industrial Internet to solve the problems raised in the above-mentioned background technology.

[0005] The technical problems to be solved by the present invention are: How to achieve network collaborative use and rational allocation of enterprise resources in the enterprise management platform.

[0006] In order to achieve the above object, the present invention adopts the following technical solutions: The networked collaborative and efficient enterprise management platform based on the industrial Internet includes an employee terminal, an employee management module, a data collection module, an account management module, a database module and a control center. The employee terminal is used for employees to register or log in to an enterprise shared sub-account, and send the registration information at the time of registration or the login information at the time of login to the employee management module; the database module is used to store employee information, IP addresses and account passwords corresponding to the enterprise shared sub-accounts of employees of different enterprises; the employee management module is used to authenticate the identity of enterprise employees according to the registration information or login information sent by the employee terminal, and send the registration information that passes the identity authentication to the account management module via the control center; The account management module includes an authority delegation unit, a duration management unit and an online management unit. The authority delegation unit is used to set the daily online duration of the enterprise shared sub-account, and at the same time, the daily online duration of the account is summarized into the registration success information and then fed back to the control center. The control center sends the registration success information to the employee terminal and the database module. The database is used to store the registration success information of the enterprise employees in real time. The employee terminal is used for the enterprise employees to log in to the enterprise shared sub-account according to the registration success information; The data collection module is used to collect the login time and account operation logs of enterprise employees using enterprise shared sub-accounts in real time, and send the login time and account operation logs to the duration management unit and the online management unit; the duration management unit is used to manage the online status of enterprise employees corresponding to the enterprise shared sub-accounts; The data collection module is also used to collect the real-time online number of enterprise shared accounts and send the real-time online number to the online management unit, and the online management unit is used to manage the online number corresponding to the enterprise shared sub-accounts at the same time.

[0007] Furthermore, the registration information includes the employee information filled in by the enterprise employee when registering and the IP address of the employee when applying for registration. The employee information includes the enterprise employee ID, name, gender, age and department to which he belongs; The login information is the IP address when the enterprise employee applies for login and the account password corresponding to the enterprise shared sub-account submitted by the enterprise employee when logging in.

[0008] Furthermore, the working process of the employee management module is as follows: Authenticate the identity of the enterprise employee who sent the registration information, match the employee information in the registration information with the employee information stored in the database module, and then match the IP address in the registration information with the IP address stored in the database module: If the employee information in the registration information matches the employee information stored in the database module, and the IP address in the registration information matches the IP address stored in the database module, the registration information of the enterprise employee is sent to the control center; If the employee information in the registration information does not match the employee information stored in the database module or the IP address in the registration information does not match the IP address stored in the database module, the registration of the enterprise employee is rejected; Authenticate the identity of the enterprise employee who sent the login information, and match the IP address in the enterprise employee's login information with the IP address stored in the database module: If the IP address in the login information does not match the IP address stored in the database module, the enterprise employee is denied login; If the IP address in the login information matches the IP address stored in the database module, proceed to the next step.

[0009] Furthermore, the working process of the employee management module also includes: The account and password corresponding to the enterprise shared sub-account in the enterprise employee's login information are matched with the account and password corresponding to the enterprise shared sub-account stored in the database module: If the account and password corresponding to the enterprise shared sub-account in the login information match the account and password corresponding to the enterprise shared sub-account stored in the database module, the login information of the enterprise employee is sent to the control center; If the account and password corresponding to the enterprise shared sub-account in the login information do not match the account and password corresponding to the enterprise shared sub-account stored in the database module, the enterprise employee is denied login.

[0010] Furthermore, the working process of the authority decentralization unit is as follows: Obtain the corresponding employee level of the enterprise employee according to the enterprise employee ID, and then obtain the corresponding employee's time increase index DJX based on the enterprise employee level; Then obtain the basic usage time YJC of the enterprise employees using the enterprise shared sub-account; The daily online time YSC of the enterprise shared sub-account corresponding to the enterprise employee level is calculated by the formula YSC=YJC×(1+DJX); Generate the account and password of the enterprise shared sub-account corresponding to the enterprise employee applying for registration, and merge the daily online time, account password, usage time and enterprise employee level of the enterprise shared sub-account into the registration success information.

[0011] Further, the enterprise employee level includes a first enterprise employee level, a second enterprise employee level and a third enterprise employee level, the employee level of the first enterprise employee level is higher than the employee level of the second enterprise employee level, and the employee level of the second enterprise employee level is higher than the employee level of the third enterprise employee level; The level of enterprise employees is directly proportional to the time increase index, that is, the higher the level of enterprise employees, the greater the time increase index.

[0012] Furthermore, the management process of the duration management unit is as follows: Subtract the login time from the current time of the enterprise shared sub-account to get the online time DLS of the enterprise shared sub-account on that day; When it is detected that the online duration of any enterprise shared sub-account on that day reaches a first duration threshold, the control center sends a duration warning message to the first enterprise employee terminal; When it is detected that the online duration of any enterprise shared sub-account on the same day reaches a second duration threshold, the control center sends a duration alarm message to the first enterprise employee terminal, wherein the second duration threshold is greater than the first duration threshold, and the first duration threshold is greater than zero; When it is detected that the online duration of any enterprise shared sub-account reaches the account daily online duration, the control center sends a duration end message to the first enterprise employee terminal and interrupts the first enterprise employee from using the enterprise shared sub-account.

[0013] Furthermore, the management process of the duration management unit also includes: When the online time corresponding to any enterprise shared sub-account reaches the account's daily online time, the corresponding enterprise shared sub-account sends a time application request to the control center, and the control center sends an inquiry message to the employee terminals of each enterprise employee; If the online time for the day does not reach the daily online time of the account and the enterprise shared sub-account is not used on the same day, the online time for the day of the corresponding enterprise shared sub-account will be merged into the enterprise shared sub-account that sent the time application request; If the online time on that day does not reach the account's daily online time and the enterprise shared sub-account is not used on that day, no operation will be performed.

[0014] Furthermore, the management process of the online management unit is specifically as follows: When the number of online users of an enterprise shared sub-account at the same time reaches the upper limit, the upper limit warning is triggered, and the current time and the login time of all enterprise shared sub-accounts in the logged-in enterprise shared sub-account are obtained. The online duration DLS of each enterprise shared sub-account on the day is obtained by subtracting the login time from the current time. The current daily usage time of the online enterprise shared sub-account is obtained based on the account operation log. The current daily usage time is compared with the current online time to obtain the idle rate KXL of the enterprise shared sub-account. Then, the enterprise employee level of the enterprise employee corresponding to the enterprise shared sub-account is obtained, and the account importance index ZZS of the enterprise shared sub-account is obtained according to the enterprise employee level.

[0015] Furthermore, the management process of the online management unit also includes: The mandatory offline index QZX of the enterprise shared sub-account is calculated by the formula QZX=DLS / ZZS*KXL; The forced offline index is compared with the preset forced offline index; The enterprise shared sub-accounts whose forced offline index is greater than or equal to the preset forced offline index will be forced offline until the number of corresponding online sub-accounts at the same time does not reach the upper limit, the upper limit warning is lifted, and employee terminals are allowed to log in to the enterprise shared sub-accounts.

[0016] In summary, due to the adoption of the above technical solution, the beneficial effects of the present invention are: 1. When an employee registers or logs in to an enterprise shared sub-account, the employee management module can authenticate the enterprise employee according to the registration information or login information sent by the employee terminal. At the same time, for the registration information that passes the identity authentication, the daily online duration of the enterprise shared sub-account can be set through the authority delegation unit, and the daily online duration of the account can be summarized into the registration success information for subsequent login use by newly registered enterprise employees. 2. The present invention collects the login time and account operation log of enterprise employees using enterprise shared sub-accounts in real time, and uses a duration management unit to manage the online status of enterprise employees corresponding to enterprise shared sub-accounts, thereby realizing intelligent management and control of the online duration of enterprise shared sub-accounts. At the same time, it also collects the real-time online number of enterprise shared accounts, and uses an online management unit to manage the corresponding online number of enterprise shared sub-accounts at the same time, thereby avoiding waste and idleness of enterprise resources corresponding to enterprise shared sub-accounts, and realizing network collaborative use and reasonable allocation of enterprise resources in the enterprise management platform. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to facilitate understanding by those skilled in the art, the present invention is further described below with reference to the accompanying drawings.

[0018] Figure 1 is the overall system block diagram of the present invention; Figure 2 This is a schematic diagram of the composition of the account management module in the present invention; Figure 3 This is a connection diagram of the enterprise shared main account in the present invention. DETAILED DESCRIPTION

[0019] The technical solution of the present invention will be clearly and completely described below in conjunction with the embodiments. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0020] Example 1: Please refer to Figure 1-Figure 3 As shown, the technical solution provided by the present invention is: a networked collaborative and efficient enterprise management platform based on the industrial Internet, the enterprise management platform includes an employee terminal, an employee management module, a data collection module, an account management module, a database module and a control center; In the embodiment, the control center is connected to several employee terminals, and the control center also controls the enterprise shared master account, and one enterprise shared master account includes multiple enterprise shared sub-accounts; It should be specifically noted that enterprise employees register enterprise shared sub-accounts through employee terminals. Employee terminals can specifically be devices used by enterprise employees to register or log in to enterprise shared sub-accounts, including but not limited to computers, tablets, mobile phones, etc. Enterprise employees register enterprise shared sub-accounts or log in to enterprise shared sub-accounts through employee terminals; Specifically, when an enterprise employee applies for registration through an employee terminal, the employee terminal combines the employee information filled in when the enterprise employee registers and the IP address when the employee applies for registration into registration information, and then sends the registration information to the employee management module; when an enterprise employee applies for login through an employee terminal, the employee terminal combines the IP address when the enterprise employee applies for login and the account password corresponding to the enterprise shared sub-account submitted by the enterprise employee when logging in into login information, and then sends the login information to the employee management module; It should be noted that employee information includes company employee ID, name, gender, age and department, etc.

[0021] After the employee terminal sends the registration information or login information of the enterprise employee to the employee management module, the employee management module is connected to a database module, which is used to store the employee information, IP addresses and account passwords corresponding to the enterprise shared sub-accounts of different enterprise employees. The employee management module is used to authenticate the identity of the enterprise employee according to the registration information or login information sent by the employee terminal. The specific work flow of the employee management module is as follows: Step S1, the employee management module authenticates the enterprise employee who sent the registration information, matches the employee information in the registration information with the employee information stored in the database module, and then matches the IP address in the registration information with the IP address stored in the database module; Step S2: If the employee information in the registration information matches the employee information stored in the database module, and the IP address in the registration information matches the IP address stored in the database module, the employee management module sends the registration information of the enterprise employee to the control center; if the employee information in the registration information does not match the employee information stored in the database module, or the IP address in the registration information does not match the IP address stored in the database module, the enterprise employee is refused registration; Step S3, the employee management module authenticates the enterprise employee who sent the login information, and matches the IP address in the enterprise employee's login information with the IP address stored in the database module; Step S4, if the IP address in the login information matches the IP address stored in the database module, proceed to the next step; if the IP address in the login information does not match the IP address stored in the database module, the enterprise employee is denied login; Step S5, the account number and password corresponding to the enterprise shared sub-account in the login information of the enterprise employee are matched with the account number and password corresponding to the enterprise shared sub-account stored in the database module. If the account number and password corresponding to the enterprise shared sub-account in the login information match with the account number and password corresponding to the enterprise shared sub-account stored in the database module, the employee management module sends the login information of the enterprise employee to the control center; if the account number and password corresponding to the enterprise shared sub-account in the login information do not match with the account number and password corresponding to the enterprise shared sub-account stored in the database module, the enterprise employee is denied login; The employee management module sends the registration information that has passed identity authentication to the control center, and the control center sends the registration information that has passed identity authentication to the account management module.

[0022] In this embodiment, the account management module includes a permission delegation unit, a duration management unit, and an online management unit; the permission delegation unit is used to obtain the enterprise employee level corresponding to the enterprise employee according to the registration information of the enterprise employee, and calculate and issue the account daily online duration of the corresponding enterprise shared sub-account according to the enterprise employee level. The calculation process of the account daily online duration corresponding to the enterprise shared sub-account is as follows: Step P1, issuing an enterprise employee grade to the corresponding enterprise employee according to the enterprise employee ID, and then obtaining the corresponding enterprise employee's time increase index DJX according to the enterprise employee grade; Among them, the enterprise employee level includes the first enterprise employee level, the second enterprise employee level and the third enterprise employee level. The employee level of the first enterprise employee level is higher than the employee level of the second enterprise employee level, and the employee level of the second enterprise employee level is higher than the employee level of the third enterprise employee level. The enterprise employee level is proportional to the time increase index, that is, the higher the enterprise employee level, the greater the time increase index; For example, the time increase index of the first enterprise employee level is 1, the time increase index of the second enterprise employee level is 0.8, and the time increase index of the third enterprise employee level is 0.5; Step P2, obtaining the basic usage time YJC of the enterprise employees using the enterprise shared sub-account through the database module; Step P3, calculate the daily online time YSC of the enterprise shared sub-account corresponding to the enterprise employee level through the formula. The specific formula is as follows: YSC=YJC×(1+DJX); Step P4, the account management module generates an account and password for the enterprise shared sub-account corresponding to the enterprise employee who applied for registration, and combines the account daily online time, account password, usage time and enterprise employee level of the enterprise shared sub-account into registration success information; The authority decentralization unit feeds back the registration success information to the control center, and then the control center sends the registration success information to the employee terminal and the database module. The database is used to store the registration success information of the enterprise employees in real time. The enterprise employees log in to the enterprise shared sub-account through the employee terminal according to the registration success information.

[0023] Furthermore, the data collection module is used to collect the login time and account operation log of the enterprise employees using the enterprise shared sub-account in real time, and then send the login time and account operation log to the duration management unit and the online management unit; The duration management unit is used to manage the online status of enterprise employees corresponding to the enterprise shared sub-accounts. The management process is as follows: Step R1, subtract the login time from the current time of the enterprise shared sub-account to obtain the online time DLS of the enterprise shared sub-account on the same day; Step R2: When it is detected that the online duration of any enterprise shared sub-account on the same day reaches a first duration threshold, the control center sends a duration warning message to the first enterprise employee terminal; Step R3, when it is detected that the online duration of any enterprise shared sub-account on the same day reaches the second duration threshold, the control center sends a duration alarm message to the first enterprise employee terminal; Step R4, when it is detected that the online duration of any enterprise shared sub-account reaches the account daily online duration, the control center sends a duration end message to the first enterprise employee terminal, and simultaneously interrupts the first enterprise employee from using the enterprise shared sub-account; Step R5: When the daily online time corresponding to any enterprise shared sub-account reaches the daily online time of the account, the corresponding enterprise shared sub-account can send a time application request to the control center, and the control center sends an inquiry message to the employee terminal of each enterprise employee; Step R6: If the online time for the day does not reach the daily online time of the account and the enterprise shared sub-account is not used on the day, the online time for the day of the corresponding enterprise shared sub-account is merged into the enterprise shared sub-account that sent the time application request; if the online time for the day does not reach the daily online time of the account and the enterprise shared sub-account is not used on the day, no operation is performed; It should be specifically noted that the second duration threshold is greater than the first duration threshold, and the first duration threshold is greater than zero.

[0024] The data collection module is also used to collect the real-time online number of enterprise shared accounts and send the real-time online number to the online management unit. The online management unit is used to manage the online number corresponding to the enterprise shared sub-accounts at the same time. The management process is as follows: Specifically, when the account management module detects that the number of online corresponding enterprise shared sub-accounts at the same time reaches the upper limit, the upper limit warning is triggered, and subsequent employee terminals are prohibited from logging into the enterprise shared sub-account. At the same time, the login time and current time of all enterprise shared sub-accounts in the logged-in enterprise shared sub-account are obtained; Subtract the login time from the current time to get the daily online time DLS of each enterprise shared sub-account; The current daily usage time of the online enterprise shared sub-account is obtained based on the account operation log. The current daily usage time is compared with the current online time to obtain the idle rate KXL of the enterprise shared sub-account. Among them, the account operation log is used to record the operation time of web page opening, mouse clicks, keyboard input and other behaviors in the enterprise shared sub-account; Then, the enterprise employee level of the enterprise employee corresponding to the enterprise shared sub-account is obtained, and the account importance index ZZS of the enterprise shared sub-account is obtained according to the enterprise employee level; wherein, the higher the enterprise employee level, the greater the account importance index; For example, if the employee is at the first enterprise level, the account importance index is 1, if the employee is at the second enterprise level, the account importance index is 0.7, and if the employee is at the third enterprise level, the account importance index is 0.4; After removing the dimension, the mandatory offline index QZX of the enterprise shared sub-account is calculated by the formula. The specific formula is as follows: QZX=DLS / ZZS*KXL; The forced offline index is compared with the preset forced offline index; The enterprise shared sub-accounts whose forced offline index is greater than or equal to the preset forced offline index will be forced offline until the number of corresponding online sub-accounts at the same time does not reach the upper limit, the upper limit warning is lifted, and employee terminals are allowed to log in to the enterprise shared sub-accounts.

[0025] In this application, if corresponding calculation formulas appear, the above calculation formulas are all dimensionless and take their numerical calculations. The weight coefficients, proportional coefficients and other coefficients in the formulas are set to a result value obtained by quantifying each parameter. The size of the weight coefficient and the proportional coefficient can be determined as long as it does not affect the proportional relationship between the parameter and the result value.

[0026] Embodiment 2: Based on another concept of the same invention, a networked collaborative and efficient enterprise management method based on the industrial Internet is proposed, and the method is specifically as follows: Step 1: Register or log in to the enterprise shared sub-account, obtain the registration information or login information, and authenticate the enterprise employees based on the registration information or login information; Step 2: Set the daily online duration of the enterprise shared sub-account, and summarize the daily online duration of the account into the successful registration information for storage. Enterprise employees log in to the enterprise shared sub-account based on the successful registration information; Step 3: Collect the login time and account operation logs of enterprise employees using enterprise shared sub-accounts in real time, and manage the online status of enterprise employees corresponding to enterprise shared sub-accounts; Step 4: At the same time, the real-time online number of enterprise shared accounts is collected, and the corresponding online number of enterprise shared sub-accounts at the same time is managed.

[0027] The preferred embodiments of the present invention disclosed above are only used to help explain the present invention. The preferred embodiments do not describe all the details in detail, nor do they limit the invention to only specific implementation methods. Obviously, many modifications and changes can be made according to the content of this specification. This specification selects and specifically describes these embodiments in order to better explain the principles and practical applications of the present invention, so that those skilled in the art can understand and use the present invention well. The present invention is limited only by the claims and their full scope and equivalents.

Claims

1. A networked collaborative and efficient enterprise management platform based on the Industrial Internet, characterized by: It includes an employee terminal, an employee management module, a data collection module, an account management module, a database module and a control center. The employee terminal is used for employees to register or log in to the enterprise shared sub-account, and send the registration information during registration or the login information during login to the employee management module; The database module is used to store employee information, IP addresses and account passwords corresponding to enterprise shared sub-accounts of employees of different enterprises; the employee management module is used to authenticate the identity of enterprise employees according to the registration information or login information sent by the employee terminal, and send the registration information that passes the identity authentication to the account management module via the control center; The account management module includes an authority delegation unit, a duration management unit and an online management unit. The authority delegation unit is used to set the daily online duration of the enterprise shared sub-account, and at the same time, the daily online duration of the account is summarized into the registration success information and then fed back to the control center. The control center sends the registration success information to the employee terminal and the database module. The database is used to store the registration success information of the enterprise employees in real time. The employee terminal is used for the enterprise employees to log in to the enterprise shared sub-account according to the registration success information; The data collection module is used to collect the login time and account operation logs of enterprise employees using the enterprise shared sub-account in real time, and send the login time and account operation logs to the duration management unit and the online management unit; The duration management unit is used to manage the online status of enterprise employees corresponding to the enterprise shared sub-account; The data collection module is also used to collect the real-time online number of enterprise shared accounts and send the real-time online number to the online management unit, which is used to manage the online number corresponding to the enterprise shared sub-accounts at the same time; The management process of the duration management unit is as follows: Subtract the login time from the current time of the enterprise shared sub-account to get the online time DLS of the enterprise shared sub-account for the day; When it is detected that the online duration of any enterprise shared sub-account on that day reaches a first duration threshold, the control center sends a duration warning message to the first enterprise employee terminal; When it is detected that the online duration of any enterprise shared sub-account on the same day reaches a second duration threshold, the control center sends a duration alarm message to the first enterprise employee terminal, wherein the second duration threshold is greater than the first duration threshold, and the first duration threshold is greater than zero; When it is detected that the online duration of any enterprise shared sub-account reaches the account daily online duration, the control center sends a duration end message to the first enterprise employee terminal and interrupts the first enterprise employee from using the enterprise shared sub-account; The management process of the duration management unit also includes: When the online time corresponding to any enterprise shared sub-account reaches the account's daily online time, the corresponding enterprise shared sub-account sends a time application request to the control center, and the control center sends an inquiry message to the employee terminals of each enterprise employee; If the online time for the day does not reach the daily online time of the account and the enterprise shared sub-account is not used on the same day, the online time for the day of the corresponding enterprise shared sub-account will be merged into the enterprise shared sub-account that sent the time application request; If the online time on that day does not reach the account's daily online time and the enterprise shared sub-account is not used on that day, no operation will be performed.

2. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 1 is characterized in that: Registration information includes employee information filled in when the company employee registers and the IP address of the employee when applying for registration. Employee information includes company employee ID, name, gender, age and department; The login information is the IP address when the enterprise employee applies for login and the account password corresponding to the enterprise shared sub-account submitted by the enterprise employee when logging in.

3. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 2 is characterized in that: The working process of the employee management module is as follows: Authenticate the identity of the enterprise employee who sent the registration information, match the employee information in the registration information with the employee information stored in the database module, and then match the IP address in the registration information with the IP address stored in the database module: If the employee information in the registration information matches the employee information stored in the database module, and the IP address in the registration information matches the IP address stored in the database module, the registration information of the enterprise employee is sent to the control center; If the employee information in the registration information does not match the employee information stored in the database module or the IP address in the registration information does not match the IP address stored in the database module, the registration of the enterprise employee is rejected; Authenticate the identity of the enterprise employee who sent the login information, and match the IP address in the enterprise employee's login information with the IP address stored in the database module: If the IP address in the login information does not match the IP address stored in the database module, the enterprise employee is denied login; If the IP address in the login information matches the IP address stored in the database module, proceed to the next step.

4. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 3 is characterized in that: The working process of the employee management module also includes: The account and password corresponding to the enterprise shared sub-account in the enterprise employee's login information are matched with the account and password corresponding to the enterprise shared sub-account stored in the database module: If the account and password corresponding to the enterprise shared sub-account in the login information match the account and password corresponding to the enterprise shared sub-account stored in the database module, the login information of the enterprise employee is sent to the control center; If the account and password corresponding to the enterprise shared sub-account in the login information do not match the account and password corresponding to the enterprise shared sub-account stored in the database module, the enterprise employee is denied login.

5. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 1 is characterized in that: The working process of the authority decentralization unit is as follows: Obtain the corresponding employee level of the enterprise employee according to the enterprise employee ID, and then obtain the corresponding employee's time increase index DJX based on the enterprise employee level; Then obtain the basic usage time YJC of the enterprise employees using the enterprise shared sub-account; The daily online time YSC of the enterprise shared sub-account corresponding to the enterprise employee level is calculated by the formula YSC=YJC×(1+DJX); Generate the account and password of the enterprise shared sub-account corresponding to the enterprise employee applying for registration, and merge the daily online time, account password, usage time and enterprise employee level of the enterprise shared sub-account into the registration success information.

6. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 5 is characterized in that: The enterprise employee grades include the first enterprise employee grade, the second enterprise employee grade and the third enterprise employee grade, the employee grade of the first enterprise employee grade is higher than the employee grade of the second enterprise employee grade, and the employee grade of the second enterprise employee grade is higher than the employee grade of the third enterprise employee grade; The level of enterprise employees is directly proportional to the time increase index, that is, the higher the level of enterprise employees, the greater the time increase index.

7. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 1 is characterized in that: The management process of the online management unit is as follows: When the number of online users of an enterprise shared sub-account at the same time reaches the upper limit, the upper limit warning is triggered, and the current time and the login time of all enterprise shared sub-accounts in the logged-in enterprise shared sub-account are obtained. The online duration DLS of each enterprise shared sub-account on the day is obtained by subtracting the login time from the current time. The current daily usage time of the online enterprise shared sub-account is obtained based on the account operation log. The current daily usage time is compared with the current online time to obtain the idle rate KXL of the enterprise shared sub-account. Then, the enterprise employee level of the enterprise employee corresponding to the enterprise shared sub-account is obtained, and the account importance index ZZS of the enterprise shared sub-account is obtained according to the enterprise employee level.

8. The networked collaborative and efficient enterprise management platform based on the industrial Internet according to claim 2 is characterized in that: The management process of the online management unit also includes: The mandatory offline index QZX of the enterprise shared sub-account is calculated by the formula QZX=DLS / ZZS*KXL; The forced offline index is compared with the preset forced offline index; The enterprise shared sub-accounts whose forced offline index is greater than or equal to the preset forced offline index will be forced offline until the number of corresponding online sub-accounts at the same time does not reach the upper limit, the upper limit warning is lifted, and employee terminals are allowed to log in to the enterprise shared sub-accounts.

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