Business and financial integration sharing platform of hydropower enterprise

Abstract

The invention discloses a business and financial integrated sharing platform of a hydropower enterprise, and relates to the technical field of hydropower enterprise resource management, and the business and financial integrated sharing platform comprises a visual management platform which comprises a map simulation unit, an employee allocation unit, an equipment inspection unit and a supply chain analysis unit. According to the business and financial integrated sharing platform of the hydropower enterprise, a visual map distributed based on the organization structure of the hydropower enterprise is established and serves as a bottom layer map layer of a human-computer interaction interface, communication of different businesses is carried out in a father-child node mode with the real position as the incidence relation, and the same business is displayed in the visual map; according to the method, the position distribution is clear, a more intuitive operation environment is provided for enterprise management, support is provided for efficient planning of a management scheme, support conditions are provided for efficient use and allocation of enterprise resources, and the management quality and operation and maintenance quality of hydropower enterprises are effectively improved.

Description

Technical Field

[0001] The present invention relates to the technical field of resource management of hydropower enterprises, and in particular to a business-finance integrated sharing platform for hydropower enterprises. Background Art

[0002] As related enterprises that use water resources to generate electricity, hydropower companies are generally large in scale and often use shared services for centralized management. Shared services are the integration of business operations and can be used by multiple departments of the same organization. Shared services are very cost-effective because they centralize back-end operations and can be used by multiple departments of the same company and reduce redundancy. Some companies use a collection system, and the departments using the service are charged based on usage, quarterly or annually. Some companies regard the cost of shared services as part of the ongoing cost of operating the business. Some companies have adopted shared services in finance, human resources management and information technology.

[0003] In the actual management process of hydropower enterprises, due to the diversification of business, there are many management departments, and the data obtained by managers cannot be effectively unified. When simply using computer terminals to display data, the data display is not comprehensive and not intuitive enough, which places high demands on managers. This can easily lead to deviations in management plans, which is not conducive to the efficient use and allocation of enterprise resources, seriously affecting the management quality of hydropower enterprises and having a negative impact on the operation and maintenance quality of hydropower enterprises. Summary of the invention

[0004] 1. Technical issues to be solved

[0005] In view of the deficiencies in the prior art, the present invention provides an integrated business and financial sharing platform for hydropower enterprises, which solves the problem that the data display is not comprehensive and intuitive enough in the method of simply using computer terminals for data display, and has high requirements for management personnel, which can easily lead to deviations in management plans, is not conducive to the efficient use and allocation of enterprise resources, seriously affects the management quality of hydropower enterprises, and has a negative impact on the operation and maintenance quality of hydropower enterprises.

[0006] (II) Technical solution

[0007] To achieve the above objectives, the present invention is implemented through the following technical solutions: a business-finance integrated sharing platform for a hydropower enterprise, including a visualization management platform, the visualization management platform including a map simulation unit, an employee deployment unit, an equipment inspection unit and a supply chain analysis unit, the map simulation unit is used to establish a visualization map based on the organizational structure of the hydropower enterprise, the map simulation unit is respectively connected with the employee deployment unit, the equipment inspection unit and the supply chain analysis unit, the employee deployment unit is used as a personnel management sub-node to display personnel deployment data in the visualization map, the equipment inspection unit is used as an inspection sub-node to display inspection data in the visualization map, and the supply chain analysis unit is used as a supply chain sub-node to display supply chain data in the visualization map.

[0008] The present invention is further configured as follows: the map simulation unit includes an architecture distribution module, an alternating display and hiding module and a parent-child link module, the architecture distribution module is connected to the alternating display and hiding module, and the alternating display and hiding module is connected to the parent-child link module.

[0009] The present invention is further configured as follows: the architecture distribution module is used to obtain the organizational architecture information of the hydropower enterprise and its corresponding location distribution information, and to build an organizational architecture distribution map of the hydropower enterprise as a visual map, which is placed in a human-computer interaction interface for display;

[0010] The parent-child link module is used to serve as a parent node including a plurality of child nodes and establish a communication relationship between the child nodes and the parent node, and the parent node is set in a visual map of the human-computer interaction interface;

[0011] The alternating display and hiding module is used to hide the earlier subnode and display the later subnode in the time sequence according to the time axis when one subnode has been displayed in the visual map and another subnode also needs to be displayed in the visual map.

[0012] The present invention is further configured as follows: the employee deployment unit includes an employee distribution record module, an employee status analysis module, a deployable analysis module and an employee allocation module; the employee distribution record module is connected to the employee status analysis module, the employee status analysis module is connected to the deployable analysis module, and the deployable analysis module is connected to the employee allocation module.

[0013] The present invention is further configured as follows: the employee distribution recording module is used to summarize and integrate the organizational structure within a set distance in the visual map, obtain a collective management body as a personnel management subnode, wherein the organizational structure is a component module of the collective management body, and the employees in the collective management body are classified according to their positions to obtain indicator data of employee personnel distribution and employee quantity;

[0014] The employee status analysis module is used to obtain the number of employees with corresponding positions required for the work of the component module based on the unit length of time, such as day, week, month or year, and to obtain the number of employees available for work among the employees under the collective management body as the employees to be assigned;

[0015] The deployable analysis module is used to apply a deployment mark to the employee to be deployed from one component module to another component module, and remove the deployment mark after completing the deployment unit time set time;

[0016] The employee allocation module is used to allocate work to the employees to be allocated according to the number of employees of corresponding positions required for the work of the component modules, and during the allocation process, employees with deployment marks are screened out.

[0017] The present invention is further configured as follows: the equipment inspection unit comprises an important equipment marking module and an abnormal monitoring and early warning module, and the important equipment marking module and the abnormal monitoring and early warning module are connected.

[0018] The present invention is further configured as follows: the important equipment marking module is used to obtain the distribution points of the important equipment determined manually, and mark and display the important equipment as inspection sub-nodes in the visual map;

[0019] The abnormal monitoring and early warning module is used to obtain the operating status, maintenance records and inspection log information of important equipment, and establish early warning logic for corresponding important equipment. When the early warning logic is detected in important equipment, an active pop-up window warning is issued in the visual map.

[0020] The present invention is further configured as follows: the supply chain analysis unit includes a supply chain marking module, an associated pop-up window module and a data display module, the supply chain marking module is connected to the associated pop-up window module, and the associated pop-up window module is connected to the data display module.

[0021] The present invention is further configured as follows: the supply chain marking module is used to obtain the location information corresponding to each link of the supply chain, and map it in a visual map to obtain a mapping text display package;

[0022] The association pop-up window module is used to point and associate the mapping text display package in the visual map according to the supply chain process rules to form a supply chain community pop-up window;

[0023] The data display module is used to mark and display the supply chain community pop-up window as a supply chain sub-node in the visual map.

[0024] The present invention is further configured as follows: the map simulation unit is used to provide a bottom layer, which serves as a position reference layer for the personnel management sub-node, the inspection sub-node and the supply chain sub-node.

[0025] (III) Beneficial effects

[0026] The present invention provides a business-finance integrated sharing platform for hydropower enterprises. It has the following beneficial effects:

[0027] (1) The present invention constructs a visualization map based on the organizational structure distribution of the hydropower enterprise as the bottom layer of the human-computer interaction interface, and uses the real location as the association relationship to communicate between different businesses in the form of parent-child nodes, and displays the same business in the visualization map. While the location distribution is clear, a more intuitive operating environment is provided for enterprise management, and support is provided for the efficient formulation of management plans. It also provides support conditions for the efficient use and allocation of enterprise resources, effectively improving the management quality and operation and maintenance quality of the hydropower enterprise.

[0028] (2) The present invention realizes the centralized management of component modules within a certain range by formulating a collective management body. Combined with the statistics of employees classified by job title, the present invention can flexibly deploy employees of corresponding positions actually required by each component module, thereby realizing efficient utilization of human resources. In addition, the personnel distribution and number of employees are displayed in a visual map, which has a more intuitive display effect and provides convenient conditions for personnel deployment.

[0029] (3) The present invention introduces inspection sub-nodes to perform visual inspections on artificially defined important equipment, and introduces early warning logic. In the event of an emergency, a pop-up alarm can be issued in the visual map with a clear alarm location, providing efficient support conditions for the timely repair of important equipment.

[0030] (4) The present invention establishes a mapping relationship between the location information corresponding to each link in the supply chain and the visual map through the setting of supply chain sub-nodes, and establishes a supply chain community pop-up window to display it in the visual map. This provides intuitive conditions for managers to adjust the layout of the supply chain and provides effective support for improving the efficiency of the supply chain. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 It is a system principle block diagram of the present invention;

[0032] Figure 2 It is a system principle block diagram of the map simulation unit, employee deployment unit, equipment inspection unit and supply chain analysis unit of the present invention.

[0033] In the figure, 1. Visual management platform; 2. Map simulation unit; 3. Employee deployment unit; 4. Equipment inspection unit; 5. Supply chain analysis unit; 6. Architecture distribution module; 7. Alternating display and hiding module; 8. Parent-child link module; 9. Employee distribution record module; 10. Employee status analysis module; 11. Deployable analysis module; 12. Employee allocation module; 13. Important equipment marking module; 14. Abnormal monitoring and early warning module; 15. Supply chain marking module; 16. Association pop-up module; 17. Data display module. DETAILED DESCRIPTION

[0034] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0035] See also Figure 1-2 , the embodiment of the present invention provides the following technical solutions:

[0036] Embodiment 1

[0037] A business-finance integrated sharing platform for a hydropower enterprise comprises a visualization management platform 1, wherein the visualization management platform 1 comprises a map simulation unit 2 and an employee deployment unit 3, wherein the map simulation unit 2 is used to establish a visualization map based on the organizational structure of the hydropower enterprise, wherein the organizational structure of the hydropower enterprise includes but is not limited to the location distribution and hierarchical relationship of units at all levels such as the headquarters, branches, and project departments, which provides convenient conditions for managers to quickly understand the organizational structure and operation status of the enterprise, wherein the map simulation unit 2 is connected to the employee deployment unit 3, and the employee deployment unit 3 comprises an employee distribution recording module 9, an employee status analysis module 10, a deployable analysis module 11, and an employee allocation module 12, wherein the employee distribution recording module 9 is used to summarize and integrate the organizational structure within a set distance in the visualization map, obtain a collective management body as a personnel management subnode, wherein the organizational structure is a component module of the collective management body, and the employees in the collective management body are classified according to their positions, so as to obtain indicator data of employee personnel distribution and employee quantity;

[0038] The employee distribution recording module 9 is connected to the employee status analysis module 10. The employee status analysis module 10 is used to obtain the number of employees with corresponding positions required for the work of the component module based on the unit time of day, week, month or year, and obtain the number of employees who can work among the employees under the collective management body as the employees to be assigned;

[0039] The employee status analysis module 10 is connected to the deployable analysis module 11. The deployable analysis module 11 is used to apply a deployment mark to the employee after deploying the employee to be deployed from one component module to another component module, and remove the deployment mark after completing the deployment unit time set time;

[0040] The deployable analysis module 11 is connected to the employee allocation module 12. The employee allocation module 12 is used to allocate work to the employees to be allocated according to the number of employees of corresponding positions required for the work of the component modules. During the allocation process, employees with deployment marks are screened out.

[0041] In this embodiment, the distribution of employees is displayed in the form of a visual map, and centralized deployment of employees is achieved by building a collective management body, providing an intuitive and effective deployment environment for human resources.

[0042] Embodiment 2

[0043] As an improvement of the previous embodiment, this embodiment is a business-finance integrated sharing platform for a hydropower enterprise, and further includes an equipment inspection unit 4. The map simulation unit 2 is connected to the equipment inspection unit 4. The map simulation unit 2 includes an architecture distribution module 6, an alternating display and hiding module 7, and a parent-child link module 8. The architecture distribution module 6 is used to obtain the organizational structure information of the hydropower enterprise and its corresponding location distribution information, and to build an organizational structure distribution map of the hydropower enterprise as a visual map, which is displayed in a human-computer interaction interface;

[0044] The alternating display and hiding module 7 is connected to the parent-child link module 8. The parent-child link module 8 is used to serve as a parent node including a plurality of child nodes and establish a communication relationship between the child nodes and the parent node. The parent node is set in the visual map of the human-computer interaction interface.

[0045] The architecture distribution module 6 is connected to the alternating display and hiding module 7. The alternating display and hiding module 7 is used to hide the earlier child node in the timeline order and display the later child node in the timeline when one child node has been displayed in the visual map and another child node also needs to be displayed in the visual map.

[0046] As a preferred solution, the equipment inspection unit 4 is used as an inspection sub-node to display inspection data in a visual map. The equipment inspection unit 4 includes an important equipment marking module 13 and an abnormal monitoring and early warning module 14. The important equipment marking module 13 is used to obtain the distribution points of important equipment determined by humans, and mark and display the important equipment as an inspection sub-node in the visual map;

[0047] The important equipment marking module 13 is connected to the abnormal monitoring and early warning module 14. The abnormal monitoring and early warning module 14 is used to obtain the operating status, maintenance records and inspection log information of important equipment, and establish early warning logic for corresponding important equipment. When the early warning logic is detected in important equipment, an active pop-up warning is issued in the visual map.

[0048] In this embodiment, visual inspection of important equipment determined manually can also be implemented in the visual map.

[0049] Embodiment 3

[0050] As an improvement of the previous embodiment, this embodiment is a business-finance integrated sharing platform for hydropower enterprises, and further includes a supply chain analysis unit 5. The map simulation unit 2 is connected to the supply chain analysis unit 5. The supply chain analysis unit 5 is used as a supply chain sub-node to display supply chain data in a visual map. The supply chain analysis unit 5 includes a supply chain marking module 15, an associated pop-up window module 16 and a data display module 17. The supply chain marking module 15 is used to obtain the location information corresponding to each link of the supply chain, and map it in the visual map to obtain a mapping text display package, wherein each link includes but is not limited to raw material procurement, production, logistics and sales;

[0051] The supply chain marking module 15 is connected to the association pop-up window module 16. The association pop-up window module 16 is used to point and associate the mapping text display package in the visual map according to the supply chain process rules to form a supply chain community pop-up window;

[0052] The associated pop-up window module 16 is connected to the data display module 17, and the data display module 17 is used to mark and display the supply chain community pop-up window as a supply chain sub-node in the visual map.

[0053] In this embodiment, supply chain information can also be intuitively displayed in a visual map, which provides convenient conditions for adjusting the supply chain and provides effective support for improving the efficiency of the supply chain.

[0054] The method of using the business-finance integrated sharing platform of the hydropower enterprise specifically includes the following steps:

[0055] S1. Map architecture: obtaining the organizational structure information of the hydropower enterprise and its corresponding location distribution information, and constructing the organizational structure distribution map of the hydropower enterprise through the architecture distribution module 6, as a visual map, and displaying it in the human-computer interaction interface;

[0056] S2. Node planning:

[0057] Personnel management sub-node,

[0058] The employee distribution record module 9 is used to summarize and integrate the organizational structure within the set distance in the visual map, and the collective management body is obtained as a personnel management sub-node, wherein the organizational structure is a component module of the collective management body, and the employees in the collective management body are classified according to their positions to obtain the indicator data of employee personnel distribution and the number of employees. The employee status analysis module 10 is used to obtain the number of employees with corresponding positions required for the work of the component module in a day, week, month or year, and the number of employees who can work among the subordinate employees of the collective management body is obtained as the employee to be assigned. After the employee to be assigned is deployed from one component module to another, the deployment analysis module 11 applies a deployment mark to the employee, and after completing the deployment unit time setting time, the deployment analysis module 11 removes the deployment mark, and the employee allocation module 12 allocates the employee to be assigned according to the number of employees with corresponding positions required for the work of the component module. During the allocation process, the employees with the deployment mark are screened out;

[0059] Inspection sub-nodes,

[0060] Obtain the distribution points of important equipment determined by humans, mark and display the important equipment as inspection sub-nodes in the visual map through the important equipment marking module 13, obtain the operating status, maintenance records and inspection log information of the important equipment, and establish the early warning logic of the corresponding important equipment. When the abnormal monitoring and early warning module 14 detects that the important equipment has the situation included in the early warning logic, it will actively pop up an early warning window in the visual map;

[0061] Supply Chain Sub-Node,

[0062] The location information corresponding to each link of the supply chain is obtained, and mapped in the visual map through the supply chain marking module 15, and the mapping text display package is obtained. The association pop-up window module 16 points and associates the mapping text display package in the visual map according to the supply chain process rules to form a supply chain community pop-up window. The data display module 17 marks and displays the supply chain community pop-up window as a supply chain sub-node in the visual map;

[0063] S3, alternating display of parent and child nodes: the parent-child link module 8, as a parent node containing several child nodes, establishes a communication relationship between the three child nodes in S2 and the parent node. The parent node is set in the visual map of the human-computer interaction interface. When a child node has been displayed in the visual map and another child node also needs to be displayed in the visual map, the alternating display and hiding module 7 hides the child nodes with earlier time according to the timeline order and displays the child nodes with later time. In the process, the visual map constructed by the architecture distribution module 6 is used as the bottom layer, and the bottom layer is used as the position reference layer of the personnel management sub-node, the inspection sub-node and the supply chain sub-node.

[0064] As a detailed explanation, after the management personnel browses the personnel management sub-node and completes the personnel deployment, when they want to know the inspection sub-node information, they can directly call up the inspection sub-node information in the visual map. At this time, the alternating display and hiding module 7 will automatically hide the personnel management sub-node information in the visual map, and display the inspection sub-node information in the visual map.

[0065] As an extended explanation, through the setting of the parent-child link module 8, hydropower enterprises can also independently formulate shared child nodes, which is convenient to operate, easy to use, and has the advantage of intuitive location display.

Claims

1. A business-finance integrated sharing platform for a hydropower enterprise, comprising a visual management platform (1), characterized in that: The visualization management platform (1) comprises a map simulation unit (2), an employee deployment unit (3), an equipment inspection unit (4) and a supply chain analysis unit (5); the map simulation unit (2) is used to establish a visualization map based on the organizational structure of the hydropower enterprise; the map simulation unit (2) is connected to the employee deployment unit (3), the equipment inspection unit (4) and the supply chain analysis unit (5) respectively; the employee deployment unit (3) is used to serve as a personnel management sub-node to display personnel deployment data in the visualization map; the equipment inspection unit (4) is used to serve as an inspection sub-node to display inspection data in the visualization map; and the supply chain analysis unit (5) is used to serve as a supply chain sub-node to display supply chain data in the visualization map.

2. The business-finance integrated sharing platform for hydropower enterprises according to claim 1 is characterized by: The map simulation unit (2) comprises an architecture distribution module (6), an alternating display and hiding module (7) and a parent-child link module (8); the architecture distribution module (6) is connected to the alternating display and hiding module (7), and the alternating display and hiding module (7) is connected to the parent-child link module (8).

3. The business-finance integrated sharing platform for hydropower enterprises according to claim 2 is characterized by: The structure distribution module (6) is used to obtain the organizational structure information of the hydropower enterprise and its corresponding location distribution information, and to build an organizational structure distribution map of the hydropower enterprise as a visual map, which is placed in a human-computer interaction interface for display; The parent-child link module (8) is used to serve as a parent node including a plurality of child nodes and establish a communication relationship between the child nodes and the parent node, and the parent node is set in a visual map of the human-computer interaction interface; The alternating display and hiding module (7) is used to hide the earlier subnode in time and display the later subnode in time according to the time axis sequence when one subnode has been displayed in the visual map and another subnode also needs to be displayed in the visual map.

4. The business-finance integrated sharing platform for hydropower enterprises according to claim 1 is characterized by: The employee deployment unit (3) comprises an employee distribution recording module (9), an employee status analysis module (10), a deployable analysis module (11) and an employee allocation module (12); the employee distribution recording module (9) is connected to the employee status analysis module (10), the employee status analysis module (10) is connected to the deployable analysis module (11), and the deployable analysis module (11) is connected to the employee allocation module (12).

5. The business-finance integrated sharing platform for hydropower enterprises according to claim 4 is characterized by: The employee distribution recording module (9) is used to summarize and integrate the organizational structure within a set distance in the visual map, obtain a collective management body as a personnel management subnode, wherein the organizational structure is a component module of the collective management body, and classify the employees in the collective management body according to their positions, so as to obtain indicator data of employee personnel distribution and employee quantity; The employee status analysis module (10) is used to obtain the number of employees with corresponding positions required for the work of the component module based on a day, week, month or year as a unit of time, and to obtain the number of employees who can work among the employees under the collective management body as the employees to be assigned; The deployable analysis module (11) is used to apply a deployment mark to the employee after deploying the employee to be deployed from one component module to another component module, and to remove the deployment mark after completing the deployment unit time set time; The employee allocation module (12) is used to allocate work to the employees to be allocated according to the number of employees of corresponding positions required for the work of the component modules, and during the allocation process, employees with deployment marks are screened out.

6. The business-finance integrated sharing platform for hydropower enterprises according to claim 1 is characterized by: The equipment inspection unit (4) comprises an important equipment marking module (13) and an abnormality monitoring and early warning module (14), and the important equipment marking module (13) and the abnormality monitoring and early warning module (14) are connected.

7. The business-finance integrated sharing platform for hydropower enterprises according to claim 6 is characterized by: The important equipment marking module (13) is used to obtain the distribution points of important equipment determined manually, and mark and display the important equipment as inspection sub-nodes in the visual map; The abnormal monitoring and early warning module (14) is used to obtain the operating status, maintenance records and inspection log information of important equipment, and establish early warning logic corresponding to the important equipment. When the important equipment is monitored to have a situation included in the early warning logic, an active pop-up window early warning is issued in the visual map.

8. The business-finance integrated sharing platform for hydropower enterprises according to claim 1 is characterized by: The supply chain analysis unit (5) comprises a supply chain marking module (15), an associated pop-up window module (16) and a data display module (17); the supply chain marking module (15) is connected to the associated pop-up window module (16), and the associated pop-up window module (16) is connected to the data display module (17).

9. The business-finance integrated sharing platform for hydropower enterprises according to claim 8, characterized in that: The supply chain marking module (15) is used to obtain the location information corresponding to each link of the supply chain, and map it in a visual map to obtain a mapping text display package; The associated pop-up window module (16) is used to point and associate the mapped text display package in the visual map according to the supply chain process rules to form a supply chain community pop-up window; The data display module (17) is used to mark and display the supply chain community pop-up window as a supply chain sub-node in the visual map.

10. The business-finance integrated sharing platform for hydropower enterprises according to claim 1, characterized in that: The map simulation unit (2) is used to provide a bottom layer, which serves as a position reference layer for the personnel management sub-node, the inspection sub-node and the supply chain sub-node.

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