CN103617717B - The electricity charge based on Quick Response Code check meter pay method - Google Patents

Abstract

The present invention relates to a method for payment of electric bill meter reading based on a two-dimensional code, which is characterized in that it includes the following steps: Step S01: collecting electric meter data in real time through a remote electric bill meter reading machine and sending it to a remote electric bill management system; Step S02: remotely The electricity bill management system generates a two-dimensional code based on the user's ID when the electricity bill is settled every month, and the monthly electricity consumption data of the ID and the electricity bill payment link of the online bank; Step S03: Send the two-dimensional code to the remote electricity bill copy of the corresponding ID The computer displays it; Step S04: The user scans the QR code with the mobile phone to obtain the electricity consumption data and logs in to the online banking through the payment link to make mobile payment. The invention solves the troubles of needing bills for payment of electric charges and paying in banks, and the method is simple and practical.

Description

Method for payment of electricity meter reading based on two-dimensional code

technical field

The invention relates to the technical field of electricity meter reading and payment, in particular to a method for electricity meter reading and payment based on a two-dimensional code.

Background technique

There are two ways of existing household electricity meter reading, one is that the commissioner directly goes to each household to read the meter, and then gives the bill of payment and usage, the other is through remote meter reading, but it still needs to be paid by the commissioner. And usage list to the user. These two methods will waste bills and human resources; in addition, the way of payment is generally through the user to deposit in the bank to a self-determined account, or to pay in cash at the electricity bill management center, and in the case of arrears, if the user does not pay in time Receiving a payment notice can easily cause the user's power supply to be cut off, affecting the user's normal use.

Contents of the invention

The purpose of the present invention is to provide a method for paying electricity bills based on two-dimensional codes. This method not only does not require paper bills, but also saves manpower, allowing users to pay at home, and avoiding bills due to arrears. Power is cut off.

The present invention adopts the following scheme to realize: a kind of method based on two-dimension code electricity bill reading meter payment, it is characterized in that comprising the following steps:

Step S01: collect electricity meter data in real time through a remote electricity meter reading machine and send it to the remote electricity electricity fee management system;

Step S02: The remote electric power bill management system generates a QR code based on the user ID's monthly electricity consumption data and online banking electricity bill payment link when paying the monthly electricity bill;

Step S03: Send the QR code to the remote electricity meter reading machine corresponding to the ID for display;

Step S04: The user scans the QR code with the mobile phone to obtain the electricity consumption data and logs in to the online banking through the payment link to make mobile payment.

In an embodiment of the present invention, it also includes forwarding the payment link to other users, so that other users can pay on their behalf.

In an embodiment of the present invention, the remote electricity bill meter reading machine communicates with the remote electricity bill management system through power carrier communication.

In one embodiment of the present invention, before the step S01, it also includes integrating a credit card payment module on the remote electricity meter reading machine, the remote electricity meter reading machine is set in the user's house, and the card payment module can only The card is swiped once, and the card swiping activation is controlled by an instruction; the instruction is generated corresponding to the ID in the step S02, encrypted and then sent to the remote electricity meter reading machine corresponding to the ID to activate the card swiping payment module to The user can pay this month's electricity bill through the credit card payment module.

In an embodiment of the present invention, the remote electricity bill management system also forms a data packet of the current time and environmental parameters and sends them as heartbeat information to the remote electricity meter reading machine for display. The environmental parameters include the temperature and weather of the day Situation: After the remote electricity meter reading machine receives the heartbeat information, it uses the received time as a reference to correct and display the currently displayed time.

In one embodiment of the present invention, an audible alarm circuit is set on the remote electricity meter reading machine; the remote electricity electricity fee management system executes step S03 within a predetermined time, and the user does not pay, and the remote electricity electricity fee management system then Trigger the sound alarm circuit to remind the user to pay in time.

In an embodiment of the present invention, if the current electricity consumption data collected by the remote electricity meter reading machine exceeds a predetermined value, the user will be reminded by the sound alarm circuit to pay attention to electricity consumption and prevent overloading.

In one embodiment of the present invention, the user sends a historical data display instruction to the remote electricity bill management system through the human-computer interaction module of the remote electricity meter reading machine, and the remote electricity bill management system then displays the monthly electricity consumption within a predetermined period The amount data is sent to the remote electricity meter reading machine of the user, and the remote electricity meter reading machine forms a graph for display according to the data.

The invention forms a two-dimensional code for the user's monthly electricity fee and data through the remote electric power fee management system, and transmits it to the user, so that the user can log in to the online bank or pay by swiping a card. The present invention solves the troubles of needing a bill of payment and paying the fee in a bank, and the method is simple and practical.

Description of drawings

Fig. 1 is a schematic flow chart of the method of the present invention.

Fig. 2 is a schematic diagram of the system architecture formed according to the method of the present invention.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

As shown in Figure 1, the present embodiment provides a kind of method based on two-dimension code electricity meter reading payment, it is characterized in that comprising the following steps:

Step S01: collect electricity meter data in real time through a remote electricity meter reading machine and send it to the remote electricity electricity fee management system;

Step S02: The remote electric power bill management system generates a QR code based on the user ID's monthly electricity consumption data and online banking electricity bill payment link when paying the monthly electricity bill;

Step S03: Send the QR code to the remote electricity meter reading machine corresponding to the ID for display;

Step S04: The user scans the QR code with the mobile phone to obtain the electricity consumption data and logs in to the online banking through the payment link to make mobile payment.

In order to better realize free payment, the method in this embodiment also includes forwarding the payment link to other users, so that other users can log in to online banking to pay on their behalf. For example, if the elderly do not know how to pay, or if they have no money in their bank cards, they can send the link to their friends and ask them to pay on their behalf.

In an embodiment of the present invention, the remote electricity bill meter reading machine communicates with the remote electricity bill management system through power carrier communication. Before the above step S01, it also includes integrating a card swiping payment module on the remote electricity meter reading machine. The remote electricity meter reading machine is set in the user's house. The card swiping payment module can only be swiped once a month, and the card swiping is activated by An instruction control; the instruction is generated corresponding to the ID in the above step S02, encrypted and then sent to the remote electricity meter reading machine corresponding to the ID to activate the card swiping payment module so that the user can pay the bill through the card swiping payment module monthly electricity bill. It should be noted that the payment by card payment in the present invention is triggered at the end of the month through encrypted instructions, and only once a month, which can not only ensure the safe use of the card payment module to the greatest extent, but also prevent criminals from cashing out by swiping cards through the card payment module. Wait.

In addition, in this embodiment, in order to make full use of resources and ensure the normal operation of the remote electricity bill meter reading machine, the remote electricity bill management system also forms a data packet of the current time and environmental parameters and sends it to the remote electricity bill meter reader as heartbeat information. The meter machine displays, and the environmental parameters include the temperature and weather conditions of the day; after receiving the heartbeat information, the remote electricity meter reading machine uses the received time as a reference to correct and display the currently displayed time. In this way, the remote electricity bill meter reading machine can be used as the user's clock at ordinary times, and the clock has its own weather display. It is worth noting that the current time and environmental parameters obtained by the above-mentioned remote electric power bill management system can be obtained by connecting to a network.

In order to prevent the user from forgetting to pay, the present embodiment sets a sound alarm circuit on the remote electricity meter reading machine; the remote electricity electricity fee management system executes step S03 within a predetermined time, and the user does not pay, the remote electricity electricity fee management system Then trigger the sound alarm circuit to remind the user to pay in time. It is worth noting that the present invention integrates the payment module into the remote electricity meter reading machine, which can be realized by those skilled in the art. Since the configuration of the module and the design of the shell are diversified, no specific limitations and descriptions are made here; A relatively simple design method may be to connect the payment module and the sound alarm module with the central control module of the remote electricity meter reading machine.

In order to further humanize the reminder, if the current power consumption data collected by the remote electricity meter reading machine described in this embodiment exceeds a predetermined value, the user will be reminded by the sound alarm circuit to pay attention to power consumption and prevent overload. In addition, the user can also send historical data display instructions to the remote electricity bill management system through the human-computer interaction module of the remote electricity meter reading machine, and the remote electricity bill management system will send the monthly electricity consumption data within a predetermined period to The user's remote electricity meter reading machine, the remote electricity meter reading machine forms a chart according to the data for display. In this way, users can intuitively understand their own electricity consumption and provide a basis for saving electricity.

A schematic diagram of the system architecture constructed according to the method of the present invention is shown in FIG. 2 .

The above descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made according to the scope of the patent application of the present invention shall fall within the scope of the present invention.

Claims (1)

1. to check meter the method paid based on the electricity charge of Quick Response Code, it is characterized in that comprising the steps:

Step S01: send to remote power charge management system by a long-range electricity charge meter reader Real-time Collection ammeter data;

Step S02: this ID electricity consumption data monthly and the link of Net silver paying electric charge when the monthly monthly closing entry electricity charge, are generated Quick Response Code according to the ID of user by remote power charge management system;

Step S03: sent to by Quick Response Code the long-range electricity charge meter reader of corresponding ID to show;

Step S04: user, by mobile telephone scanning Quick Response Code, obtains electricity consumption data and logs in Net silver by described payment link and carry out mobile-phone payment;

Also comprise and payment link is forwarded to other users, to allow other users on behalf of payment;

Described long-range electricity charge meter reader is communicated with described remote power charge management system by the mode of power line carrier, PLC;

Also comprising payment module of swiping the card before described step S01 is integrated on described long-range electricity charge meter reader, and this long-range electricity charge meter reader is arranged in user house, and this payment module of swiping the card monthly can only be swiped the card once, and this is swiped the card, activation is controlled by an instruction; This instruction corresponding described ID in described step S02 generates, and sends to the long-range electricity charge meter reader of corresponding ID after being encrypted, and with payment module of swiping the card described in activating, pays this month electricity charge in order to user by this payment module of swiping the card;

Described remote power charge management system also sends to described long-range electricity charge meter reader to show as heartbeat message after current time and environmental parameter form packet, and this environmental parameter comprises temperature and the weather condition on the same day; After described long-range electricity charge meter reader receives heartbeat message, the time of reception is carried out correction display as benchmark to the time of current display;

At described long-range electricity charge meter reader, one audible alarm circuit is set; Remote power charge management system is after execution step S03 in the schedule time, and user does not pay, and this remote power charge management system then triggers the prompt payment of described audible alarm circuit reminding user;

The current power electric quantity data of described long-range electricity charge meter reader collection more than a predetermined value, then by audible alarm circuit reminding user, is noted electricity consumption, is prevented overload;

User sends historical data idsplay order by the human-computer interaction module of long-range electricity charge meter reader to remote power charge management system, monthly power consumption data in one predetermined period are then sent to the long-range electricity charge meter reader of this user by described remote power charge management system, and this long-range electricity charge meter reader forms chart according to these data and shows.