CN107516203A - Jing Jing based on cell phone application is logical to stop power transmission management system - Google Patents

Abstract

The invention discloses a well-connected power transmission management system based on a mobile phone APP, which includes a physical structure and a data structure. According to the data classification principle of the State Grid Corporation of China, the data of the data structure is divided into two levels. The first level is : structured data, unstructured data; the second layer is: structured data is divided into coding, business data, process data; unstructured data is divided into file data, media data and cache data; the physical structure is determined by the production application Server, production database server, query database server, historical database server, test application server, test database server, interface server, dynamic library of reading and writing cards, power APP, power intranet communication channel and other related service equipment; the invention realizes The seamless connection and flexible selection of two methods of remote fee control and local fee control provide a variety of electricity purchase channels and payment methods to meet the individual needs of users.

Description

Jingjingtong stop power transmission management system based on mobile phone APP

Technical field:

The invention relates to the field of power supply and transformation, in particular to a mobile phone APP-based management system for well-connected power-stopping and power transmission.

Background technique:

As a new payment method, code scanning payment is commonly used as QR code payment, a new generation of wireless payment solution based on the account system. By compiling transaction information such as account number, price, and fee into a QR code, And printed on various carriers, the user can realize the payment and settlement with the merchant's payment account by scanning the QR code, and complete the payment for the order. Compared with the traditional payment method, it is more convenient and faster, and it is currently a popular new payment method. payment method.

With the introduction of the concept of Internet + and the development of new service channels such as electric e-bao, handheld electric power, and marketing mobile operations, the application of Internet technology and the innovation of business models are constantly transforming the way of human production and life, and have profoundly affected consumers. behavior habits. Promote the innovative application of management models and Internet + technology, use modern two-dimensional code technology to realize scanning code irrigation by scanning the two-dimensional code of the agricultural discharge fee control terminal, get rid of the "well-connected electricity" electric card user swiping process, and completely solve the electricity problem. The problem of card loss and damage is convenient for electric card users to use independently and conveniently for irrigation and electricity.

Invention content:

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a well-connected power transmission management system based on mobile phone APP that is simple in structure, easy to carry, can be disassembled, can be hung and placed on the ground .

The technical solution of the present invention is: the mobile phone APP-based well-connected power transmission management system includes a physical structure and a data structure. According to the data classification principle of the State Grid Corporation of China, the data of the data structure is divided into two levels. The first level are: structured data and unstructured data; the second layer is: structured data is divided into coding, business data, and process data; unstructured data is divided into file data, media data and cache data; the physical structure is determined by the production Composition of application server, production database server, query database server, historical database server, test application server, test database server, interface server, read-write card dynamic library, power APP, power intranet communication channel and other related service equipment;

The specific steps are as follows: A. User management of well power supply, the marketing system adds a well power supply management module to realize the management of motorized wells, motorized well users, irrigation and drainage cards, blacklist management, etc.;

B. Start to use electricity. Every time the user waters and uses electricity, he first selects the mode. The default mobile APP account balance is used to water the ground. After the user uses the mobile APP to scan the code successfully, the mobile APP calls the marketing system machine well status query interface. If the information is correct After confirming the start of electricity consumption, after the mobile APP locks the balance of the user's account, the marketing system is called to send and shut down the power interface, and the electricity instruction, user balance, machine well number, etc. Power on the meter;

C. During the electricity consumption process, the terminal controls the user's electricity consumption according to the issued balance. The terminal reports the user's electricity consumption information to the collection through the event active reporting function every 15 minutes, and the collection is transmitted to the marketing system, and finally displayed by the front desk of the mobile APP Fee, if the real-time electricity fee is less than or equal to 0, the terminal will switch off the power immediately;

D. When the user ends the power consumption, the user clicks the end power consumption function, the mobile APP calls the marketing system to send the power-off interface, and sends a power-off command to the terminal through the power consumption information collection system, and the terminal powers off the on-site meter according to the command. After success, the terminal will immediately report the user's electricity consumption information to the collection through the event active reporting function, and the collection will be transmitted to the marketing system, and the marketing system will transmit it to the mobile APP for page display. If the user fails to power off after using it, the terminal will The no-load power consumption time threshold is automatically cut off and the corresponding consumption records are generated and reported to the collection, and finally used for marketing electricity bill settlement;

E. Electricity fee deduction, the mobile APP automatically deducts the fee after receiving the user's consumption record forwarded by the marketing system, and calls the marketing system interface to cancel the payment of the user's account, and the marketing system will store the user's consumption amount as a pre-stored deposit to the virtual account of the machine well user;

F. Electricity bill reconciliation, marketing system and mobile APP reconciliation adopt the current reconciliation method;

G. Calculation of electricity bills. When the electricity bills are issued at the end of the month, the power marketing system will form receivable data based on consumption records. When the receivable data is released, the electricity bills will be automatically deducted from the account of the virtual associated household;

H. Bill printing, the marketing system summarizes the consumption records on a monthly basis according to the user's card number, and issues corresponding invoices to the user.

The production application server, production database server, query database server, historical database server, and interface server are connected to the firewall through the power intranet, and the transaction turnover server, load balancer, and backup management server are also connected to the power intranet. The production database server, the query database server, the history database server and the backup management server are connected to the optical fiber switch, and the optical fiber switch is connected to the storage and the controller.

The firewall is connected to the banking system through a dedicated optical cable, connected to the power APP through wireless, connected to the trusted access area, and connected to the provincial and municipal company information management intranet. The provincial and municipal company information management intranet communicates with The read-write card dynamic library is connected and connected with the test release area, the test release area includes a test database server, a test application server and a test transaction turnover server, and the bank system includes a bank terminal and a bank host.

The beneficial effects of the present invention are:

1. The present invention realizes the seamless connection and flexible selection of two modes of remote fee control and local fee control, thereby providing multiple electricity purchase channels and multiple payment methods, adapting to the individual needs of users, and improving the efficiency of electricity users. service satisfaction.

2. In the present invention, since the electricity charge information of the motor-driven well meter comes from the accumulated consumption records of electric card users, there is no charging error, thereby avoiding user complaints.

3. The present invention utilizes modern two-dimensional code technology to promote the innovative application of management mode and Internet + technology, and expand the application of electronic channels for users.

4. The present invention completely solves the problem of lost and damaged electric cards, has a wide application range, is easy to popularize and implement, and has good economic benefits.

Description of drawings:

Figure 1 is a data architecture diagram of the Jingjingtong power outage and transmission management system based on the mobile phone APP.

Figure 2 is a physical architecture diagram of the Jingjingtong power outage management system based on the mobile phone APP.

Figure 3 is a working block diagram for querying the state of the well.

Figure 4 is a working block diagram of electricity operation.

Fig. 5 is a working block diagram of ending the operation with electricity.

Figure 6 is a working block diagram for obtaining the amount of drainage and irrigation process.

Fig. 7 is a working block diagram of acquiring user consumption records.

detailed description:

Embodiment: see Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, in the figure, 1-production application server, 2-production database server, 3-query database server, 4-historical database Server, 5-interface server, 6-power intranet, 7-firewall, 8-transaction turnover server, 9-load balancer, 10-backup management server, 11-fiber switch, 12-storage, 13-controller , 14-power APP, 15-PC terminal, 16-read-write card dynamic library.

The application is described in detail below according to the accompanying drawings;

The Jingjingtong power transmission management system based on mobile phone APP includes physical structure and data structure. According to the data classification principle of State Grid Corporation of China, the data of the data structure is divided into two levels. The first level is: structured data, non- Structured data; the second layer is: structured data is divided into code, business data, process data; unstructured data is divided into file data, media data and cache data; the physical structure is composed of production application server, production database server, Query database server, historical database server, test application server, test database server, interface server, dynamic library for reading and writing cards, electric power APP, electric power intranet communication channel and other related service equipment;

(1) Query the status of the well:

The mobile APP calls this query interface, the message is forwarded to the marketing system, the marketing system forwards it to the collection system, the collection is forwarded to the terminal, the terminal returns the result to the collection system, the collection system returns to the marketing system, and the marketing system returns to the mobile APP.

(2) Start using electricity:

After the customer successfully scans the code through the mobile APP and checks that the information is correct, the customer confirms the start of power consumption. The mobile APP sends the closing command to the marketing system. After receiving the command, the marketing system immediately sends the collection master station. After the website returns the result, return to the mobile APP immediately.

(3) End electricity consumption:

After the user finishes using electricity, click on the function of ending electricity consumption in the mobile APP, and the mobile APP will issue the switching command to the marketing system. After receiving the instruction, the marketing system will immediately issue the collection system. After the marketing system receives the result returned by the collection master station , and immediately return to the mobile APP.

(4) Obtain the amount of irrigation and drainage process:

After the power failure is successful, the terminal immediately reports the user's electricity consumption information to the collection through the event active reporting function, and the collection is transmitted to the marketing system, and the marketing system transmits it to the mobile APP for page display.

(5) Obtain user consumption records:

The acquisition master station actively reports the consumption amount of the user's drainage and irrigation when the user finishes watering the ground, and the interface adopts the form of an intermediate library. This interface is called by mobile APP.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention in any form. Any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention still belong to within the scope of the technical solutions of the present invention.

Claims (3)

1. A well-connected power transmission management system based on mobile phone APP, including physical structure and data structure, is characterized in that: according to the data classification principle of the State Grid Corporation, the data of the data structure is divided into two levels, the first Layers are: structured data, unstructured data; the second layer is: structured data is divided into coding, business data, process data; unstructured data is divided into file data, media data and cache data; the physical structure is composed of Production application server, production database server, query database server, historical database server, test application server, test database server, interface server, dynamic library of read-write card, power APP, power intranet communication channel and other related service equipment; The specific steps are as follows: A. User management of well power supply, the marketing system adds a well power supply management module to realize the management of motorized wells, motorized well users, irrigation and drainage cards, blacklist management, etc.; B. Start to use electricity. Every time the user waters and uses electricity, he first selects the mode. The default mobile APP account balance is used to water the ground. After the user uses the mobile APP to scan the code successfully, the mobile APP calls the marketing system machine well status query interface. If the information is correct After confirming the start of electricity consumption, after the mobile APP locks the balance of the user's account, the marketing system is called to send and shut down the power interface, and the electricity instruction, user balance, machine well number, etc. Power on the meter; C. During the electricity consumption process, the terminal controls the user's electricity consumption according to the issued balance. The terminal reports the user's electricity consumption information to the collection through the event active reporting function every 15 minutes, and the collection is transmitted to the marketing system, and finally displayed by the front desk of the mobile APP Fee, if the real-time electricity fee is less than or equal to 0, the terminal will switch off the power immediately; D. When the user ends the power consumption, the user clicks the end power consumption function, the mobile APP calls the marketing system to send the power-off interface, and sends a power-off command to the terminal through the power consumption information collection system, and the terminal powers off the on-site meter according to the command. After success, the terminal will immediately report the user's electricity consumption information to the collection through the event active reporting function, and the collection will be transmitted to the marketing system, and the marketing system will transmit it to the mobile APP for page display. If the user fails to power off after using it, the terminal will The no-load power consumption time threshold is automatically cut off and the corresponding consumption records are generated and reported to the collection, and finally used for marketing electricity bill settlement; E. Electricity fee deduction, the mobile APP automatically deducts the fee after receiving the user's consumption record forwarded by the marketing system, and calls the marketing system interface to cancel the payment of the user's account, and the marketing system will store the user's consumption amount as a pre-stored deposit to the virtual account of the machine well user; F. Electricity bill reconciliation, marketing system and mobile APP reconciliation adopt the current reconciliation method; G. Calculation of electricity bills. When the electricity bills are issued at the end of the month, the power marketing system will form receivable data based on consumption records. When the receivable data is released, the electricity bills will be automatically deducted from the account of the virtual associated household; H. Bill printing, the marketing system summarizes the consumption records on a monthly basis according to the user's card number, and issues corresponding invoices to the user. 2. The mobile phone APP-based Jingjingtong power transmission management system according to claim 1, characterized in that: the production application server, production database server, query database server, history database server, and interface server pass through the power intranet It is connected with a firewall, and the intranet of the electric power is also connected with a transaction turnover server, a load balancer, and a backup management server, and the production database server, query database server, historical database server, and backup management server are connected with an optical fiber switch, and the optical fiber The switch is connected to the storage and the controller. 3. The Jingjingtong power transmission management system based on mobile phone APP according to claim 2, characterized in that: the firewall is connected to the banking system through an optical cable dedicated line, connected to the power APP through wireless, and connected to the trusted access area Connect, connect with provincial and municipal company information management intranets, provincial and municipal company information management intranets connect with the dynamic library of read-write cards through PC terminals and OCX controls, and connect with the test release area, which includes test database servers, A test application server and a test transaction turnaround server, the banking system includes a bank terminal and a bank host.