CN107146329A - A kind of data processing equipment and method based on self-service electricity-selling terminal - Google Patents

A kind of data processing equipment and method based on self-service electricity-selling terminal Download PDF

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Publication number
CN107146329A
CN107146329A CN201710432830.5A CN201710432830A CN107146329A CN 107146329 A CN107146329 A CN 107146329A CN 201710432830 A CN201710432830 A CN 201710432830A CN 107146329 A CN107146329 A CN 107146329A
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module
electricity
self
charging
electricity consumption
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CN107146329B (en
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张罗平
赵伟
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Tsinghua University
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Tsinghua University
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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
    • G07F15/005—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity dispensed for the electrical charging of vehicles
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/08—Payment architectures
    • G06Q20/14—Payment architectures specially adapted for billing systems
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/08—Payment architectures
    • G06Q20/14—Payment architectures specially adapted for billing systems
    • G06Q20/145—Payments according to the detected use or quantity
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/30—Payment architectures, schemes or protocols characterised by the use of specific devices or networks
    • G06Q20/32—Payment architectures, schemes or protocols characterised by the use of specific devices or networks using wireless devices
    • G06Q20/327—Short range or proximity payments by means of M-devices
    • G06Q20/3276—Short range or proximity payments by means of M-devices using a pictured code, e.g. barcode or QR-code, being read by the M-device
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
    • G07F15/006—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity dispensed for the electrical charging of other devices than vehicles
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/08—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity with means for varying the tariff or changing the price
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/12—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity in which metering is on a time basis
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F9/00—Details other than those peculiar to special kinds or types of apparatus
    • G07F9/02—Devices for alarm or indication, e.g. when empty; Advertising arrangements in coin-freed apparatus
    • G07F9/026—Devices for alarm or indication, e.g. when empty; Advertising arrangements in coin-freed apparatus for alarm, monitoring and auditing in vending machines or means for indication, e.g. when empty
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/22—Payment schemes or models
    • G06Q20/24—Credit schemes, i.e. "pay after"
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q20/00—Payment architectures, schemes or protocols
    • G06Q20/22—Payment schemes or models
    • G06Q20/28—Pre-payment schemes, e.g. "pay before"

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  • Business, Economics & Management (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Accounting & Taxation (AREA)
  • Engineering & Computer Science (AREA)
  • Finance (AREA)
  • Strategic Management (AREA)
  • General Business, Economics & Management (AREA)
  • Theoretical Computer Science (AREA)
  • Development Economics (AREA)
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  • Computer Networks & Wireless Communication (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

It is of the invention that a kind of data processing equipment and method based on self-service electricity-selling terminal, including 2 D code information receiving module, Quick Response Code parsing module, routine call module, electricity consumption request acquisition module, electricity consumption request sending module, available information receiving module, charging beginning receiving module and ending message receiving module are provided.The present invention realizes the integrated management and coordination of system, reduces O＆M cost, meets the demand of user.

Description

A kind of data processing equipment and method based on self-service electricity-selling terminal
Technical field
The present invention relates to self-service sale of electricity technical field, more particularly to a kind of data processing based on self-service electricity-selling terminal Device and method.
Background technology
There are some powered products in existing public place (such as property, cell, store, park, railway station, airport), The charging pile of such as electric bicycle and electric automobile, these powered products are separate, and operation side needs periodically right to scene These equipment are safeguarded that O＆M cost is higher, and largely use traditional manual charge or coin-charging pattern, expense The efficiency of management is low and cost is high, is unfavorable for joint venture, therefore can not be widely applied.
Meanwhile, as user's request is improved constantly, public place needs more more dense powered products, which results in The quantity and management mode of powered products can not be matched with actual demand.
The content of the invention
It is an object of the invention to provide a kind of data processing equipment based on self-service electricity-selling terminal and method, reduction fortune Cost is tieed up, simplifies expenses management mode, facilitates joint venture and large scale application.
To reach above-mentioned purpose, the present invention provides a kind of data processing equipment based on self-service electricity-selling terminal, including two Tie up code information receiving module, Quick Response Code parsing module, routine call module, electricity consumption request acquisition module, electricity consumption request transmission mould Block, available information receiving module, charging start receiving module and ending message receiving module；Wherein：
2 D code information receiving module, the 2 D code information for receiving self-service electricity-selling terminal；
Quick Response Code parsing module is electrically connected with 2 D code information receiving module, for parsing 2 D code information, is used for The data processor of self-service sale of electricity；
Routine call module is electrically connected with Quick Response Code parsing module, for calling data processor；
Electricity consumption request obtains module and electrically connected with routine call module, obtains electricity consumption request using human-computer interaction interface, uses Electricity request includes the corresponding coding information of 2 D code information and preset charged duration information or preset charged amount information；
Electricity consumption request sending module obtains module with electricity consumption request and electrically connected, for electricity consumption request to be sent into cloud platform；
Available information receiving module, for receiving the relevant self-service available information of electricity-selling terminal from cloud platform, has The available information of self-service electricity-selling terminal is closed by the coding of the corresponding coding information of 2 D code information and self-service electricity-selling terminal to be believed The match is successful between breath result is determined；
Charging starts receiving module and electrically connected with available information receiving module, is used for：If self-service electricity-selling terminal can use, Receive the charging start information from cloud platform；
Ending message receiving module, for receiving the charging ending message from cloud platform, and utilizes man-machine interaction circle Face display charging ending message.
As above, wherein, self-service electricity-selling terminal includes at least two charging sockets, and different charging sockets are used for for not The power supply for electrical equipment of same type；
Data processing equipment also includes charging regulation module；Electricity consumption request obtain module include coding information obtain module, First interface generation module, electrical equipment type instruction receiving module, second contact surface generation module, payment instruction receiving module, 3rd interface generation module, electricity consumption mode instruction receiving module, the 4th interface generation module, preset value command reception module, meter Take rule invocation module, expense computing module, expense processing module and electricity consumption request generation module；Wherein：
Charging regulation module is used to store charging regulation corresponding with electrical equipment type；
Coding information obtains module and 2 D code information receiving module, believes for being obtained according to 2 D code information with Quick Response Code The coding information of the corresponding self-service electricity-selling terminal of breath；
First interface generation module is electrically connected with routine call module, the first for obtaining the first human-computer interaction interface Electrical equipment type option is shown on machine interactive interface；
Electrical equipment type instruction receiving module is electrically connected with the first interface generation module, for receiving electrical equipment type Instruction, electrical equipment type instruction indicates default electrical equipment；
Second contact surface generation module is electrically connected with electrical equipment type instruction receiving module, for obtaining the second man-machine interaction Payment option is shown on interface, the second human-computer interaction interface, payment option includes pre-payment and post-paid；
Payment instruction receiving module is electrically connected with second contact surface generation module, for receiving payment instruction；
3rd interface generation module is electrically connected with payment instruction receiving module, for obtaining third party's machine interactive interface, the Display power mode on three human-computer interaction interfaces, is included according to power consumption computational costs and according to electricity consumption duration calculation with power mode Expense；
Electricity consumption mode instruction receiving module is electrically connected with the 3rd interface generation module, for receiving electricity consumption mode instruction；
4th interface generation module is electrically connected with electricity consumption mode instruction receiving module, for obtaining the 4th man-machine interaction circle Preset value input channel corresponding with electricity consumption mode instruction is shown on face, the 4th human-computer interaction interface；
Preset value command reception module is electrically connected with the 4th interface generation module, for receiving preset value instruction；
Charging regulation calling module is electrically connected with electrical equipment type instruction receiving module, for calling charging regulation；
Expense computing module is electrically connected with charging regulation calling module, preset value command reception module respectively, for foundation Charging regulation and electrical equipment type instruction computational costs；
Expense processing module is electrically connected with expense computing module, for processing cost
Electricity consumption request generation module obtains module, preset value command reception module and expense processing mould with coding information respectively Block is electrically connected, and is used for：In case of a pre-pay charge, generation electricity consumption request is completed according to expense processing；In the case of post-paid, Electricity consumption request is directly generated according to preset value instruction.
As above, wherein, electricity consumption request obtain module also include the 5th interface generation module and charging regulation confirmation Receiving module；Wherein：
5th interface generation module is electrically connected with electrical equipment type instruction receiving module, for obtaining the 5th man-machine interaction Charging regulation corresponding with electrical equipment type is shown on interface, the 5th human-computer interaction interface, charging regulation includes multiple unit prices Information, different monovalent and different periods and/or different power consumptions or electricity consumption duration are corresponding；
Charging regulation confirmation receiving module is electrically connected with the 5th interface generation module, is confirmed for receiving charging regulation Information.
As above, wherein, electricity consumption request obtain module also include the 6th interface generation module and charging rate command reception Module；Wherein：
6th interface generation module is electrically connected with electrical equipment type instruction module, for obtaining Sixth Man machine interaction circle Charging rate option is shown on face, Sixth Man machine interactive interface, charging rate option includes filling soon and trickle charge；
Charging rate command reception module is electrically connected with the 6th interface generation module, for receiving charging rate instruction.
As above, wherein, data processing equipment also include fault message generation module and fault message sending module；Its In：
Fault message generation module is electrically connected with 2 D code information receiving module and available information receiving module respectively, is used In：If 2 D code information reception failure receives the relevant self-service disabled information of electricity-selling terminal from cloud platform, Generate fault message；
Fault message sending module is electrically connected with fault message generation module, for fault message to be sent into cloud platform.
The present invention also provides a kind of data processing method based on self-service electricity-selling terminal, is filled using above-mentioned data processing Put, comprise the following steps：
Receive the 2 D code information of self-service electricity-selling terminal；
2 D code information is parsed, the data processor for self-service sale of electricity is obtained；
Data processor is called, electricity consumption request is obtained using human-computer interaction interface, electricity consumption request includes 2 D code information Corresponding coding information and preset charged duration information or preset charged amount information；
Electricity consumption request is sent to cloud platform；
The relevant self-service available information of electricity-selling terminal from cloud platform is received, relevant self-service electricity-selling terminal is available Information the match is successful between the corresponding coding information of 2 D code information and the coding information of self-service electricity-selling terminal result Lai It is determined that；
If self-service electricity-selling terminal can use, the charging start information from cloud platform is received；
If receiving the charging ending message from cloud platform, human-computer interaction interface display charging ending message is utilized.
As above, wherein, self-service electricity-selling terminal includes at least two charging sockets, and different charging sockets are used for for not The power supply for electrical equipment of same type；
Data processor is called, electricity consumption request is obtained using human-computer interaction interface, comprises the following steps：
The coding information of self-service electricity-selling terminal corresponding with 2 D code information is obtained according to 2 D code information；
Data processor is called, obtains and shows electrical equipment on the first human-computer interaction interface, the first human-computer interaction interface Type option；
Electrical equipment type instruction is received, electrical equipment type instruction indicates default electrical equipment；
Obtain and payment option is shown on the second human-computer interaction interface, the second human-computer interaction interface, payment option includes prepayment Take and post-paid；
Receive payment instruction；
Display power mode on third party's machine interactive interface, third party's machine interactive interface is obtained, includes foundation with power mode Power consumption computational costs and according to electricity consumption duration calculation expense；
Receive electricity consumption mode instruction；
Obtain and preset value corresponding with electricity consumption mode instruction is shown on the 4th human-computer interaction interface, the 4th human-computer interaction interface Input channel；
Receive preset value instruction；
Generate electricity consumption request；Wherein, if payment instruction is pre-payment, meter corresponding with default electrical equipment type is called Take rule, according to preset value instruction and charging regulation computational costs, and carry out expense processing, then complete life according to expense processing Into electricity consumption request；If payment instruction is post-paid, electricity consumption request is directly generated according to preset value instruction, and it is man-machine utilizing After interactive interface display charging ending message, charging regulation corresponding with default electrical equipment type is called, according to preset value Instruction and charging regulation computational costs, and carry out expense processing.
As above, wherein, receive electrical equipment type instruction after, and obtain the second human-computer interaction interface before, also Including：
Obtain and charging rule corresponding with electrical equipment type are shown on the 5th human-computer interaction interface, the 5th human-computer interaction interface Then, charging regulation includes multiple monovalent information, when different monovalent and different periods and/or different power consumptions or electricity consumption Long correspondence；
Receive charging regulation confirmation.
As above, wherein, obtain the 5th human-computer interaction interface before, in addition to：
Obtain and show charging rate option, charging rate option on Sixth Man machine interactive interface, Sixth Man machine interactive interface Including filling soon and trickle charge；
Receive charging rate instruction；
Also, wherein, charging regulation is corresponding with charging rate.
As above, wherein, in addition to：
If 2 D code information reception failure receives the disabled letter of relevant self-service electricity-selling terminal from cloud platform Breath, then generate fault message；
Fault message is sent to cloud platform.
What the present invention was realized has the beneficial effect that：
(1) present invention makes multiple self-service electricity-selling terminals pass through gateway and cloud platform formation Internet of Things, data processing equipment The energization and power-off of self-service electricity-selling terminal are controlled by man-machine interaction and its cooperation with cloud platform, and by propping up online Pay to realize paying, realize the integrated management and coordination of system, reduce O＆M cost, it is convenient more self-service to quantity Electricity-selling terminal carries out operation management, helps to be widely applied, meets the demand of user.
(2) data processing equipment also aids in user to be selected to electrical equipment type, with power mode etc., adds self-service The selectivity and convenience of formula sale of electricity.
(3) data processing equipment can carry out breakdown judge automatically, and by transmitting fault information to cloud platform, be easy in time Maintenance.
(4) self-service electricity-selling terminal and cloud platform formation Internet of Things, and enter by way of Internet of Things and internet are combined Row management, expands the range of management of cloud platform significantly, reduces the quantity of gateway, simplifies cloud platform management system, reduces pipe The O＆M cost of reason system.
Brief description of the drawings
, below will be to embodiment or existing in order to illustrate more clearly of the embodiment of the present application or technical scheme of the prior art There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments described in application, for those of ordinary skill in the art, can also obtain other according to these accompanying drawings Accompanying drawing.
The schematic diagram of the management system for the self-service electricity-selling terminal that Fig. 1 provides for the present invention；
The structure chart for the data processing equipment based on self-service electricity-selling terminal that Fig. 2 provides for the present invention；
Fig. 3 obtains the structure chart of module for the electricity consumption request that the present invention is provided；
The flow chart for the data processing method based on self-service electricity-selling terminal that Fig. 4 provides for the present invention；
The flow chart for obtaining electricity consumption request that Fig. 5 provides for invention.
Embodiment
With reference to the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Ground is described, it is clear that described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on the present invention In embodiment, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made Example, belongs to the scope of protection of the invention.
Embodiment one
The schematic diagram of the management system for the self-service electricity-selling terminal that Fig. 1 provides for the present invention.
As described in Figure 1, self-service electricity-selling system includes cloud platform 4, gateway 3, multiple self-service electricity-selling terminals 2 and data Processing unit 5, system manager 6, join keeper 7 and memory 8, the self-service electricity supply and use equipment 1 of electricity-selling terminal 2 charges.
Each self-service electricity-selling terminal 2 is provided with 2 D code information, and each self-service electricity-selling terminal 2 has uniquely Second identity coding, can uniquely determine the specific letter of self-service electricity-selling terminal 2 in cloud platform 4 according to second identity coding Breath, such as geographical position, encrypt-decrypt algorithm information.
Self-service electricity-selling terminal 2 can be communicated to connect by gateway 3 with cloud platform 4, be based between gateway 3 and cloud platform 4 TCP/IP internet protocol communications are connected.
Preferably, self-service electricity-selling terminal 2 is communicated to connect based on RS-485 communications protocol with gateway 3.RS-485 communications association View makes to form Internet of Things between self-service electricity-selling terminal and cloud platform 4, it is possible to achieve the networking collection of multiple self-service electricity-selling terminals Middle control, is easy to manager to monitor all self-service electricity-selling terminals, reduces O＆M cost, is easy to be widely applied.
Alternatively, self-service electricity-selling terminal 2 can use the Internet of Things such as Lora, GPRS, Sigfox, NB-lot, Zigbee Agreement is communicated to connect with gateway 3.
Cloud platform 4 and data processing equipment 5 coordinate to control the power supply and power-off of self-service electricity-selling terminal 2 jointly.In addition, Cloud platform 4 is additionally operable to that the energy information of each self-service electricity-selling terminal 2 is stored, collected, classified, analyze and is grouped, Its traffic-operating period is planned as a whole and analyzed.Cloud platform 4 can also be by monitoring the barcode scanning situation of data processing equipment 5 or passing through The information such as electric current, voltage, the power of self-service electricity-selling terminal 2 are monitored to monitor that self-service electricity-selling terminal 2 whether there is failure.
Data processing equipment 5, system manager 6 and join keeper 7 to be based respectively on TCP/IP Internet protocols and cloud flat Platform 4 is communicatively coupled.
The user of the electricity supply and use equipment 1 of data processing equipment 5 is accessed, and carries out the data processing of user side, and such as electricity consumption is asked Generation, the calculating of expense and processing, the report of failure etc..Cloud platform 4 according to the electricity consumption of data processing equipment 5 set and/or Reimbursement of expense state controls the power supply and power-off of self-service electricity-selling terminal 2.Wherein, it can be entered by platforms such as wechat, Alipays The payment of row expense.User has unique first identity coding.
The system manager 6 of management system to cloud platform 4 carry out routine work management, such as according to the pool of cloud platform 4 with Setting and management of the analysis result to self-help electric-selling terminal are adjusted.
Join keeper 7 and join system manager for self-service electricity-selling terminal 2, it is to self-service in oneself compass of competency Formula electricity-selling terminal 2 is managed.
Memory 8 is used to store gathered data and result that cloud platform 4 is received, to back up.
In the present invention, data processing equipment 5 can be mobile client.Data processing equipment 5 can be by calling correlation Small routine carries out the data processing of self-help electric-selling, can also enter line number by the application program installed on data processing equipment 5 According to processing.
The structure chart for the data processing equipment 5 based on self-service electricity-selling terminal 2 that Fig. 2 provides for the present invention.Fig. 2 is shown The embodiment of data processing is carried out by small routine.
As shown in Fig. 2 data processing equipment 5 includes 2 D code information receiving module 51, Quick Response Code parsing module 52, program Calling module 53, electricity consumption request acquisition module 54, electricity consumption request sending module 55, available information receiving module 56, charging start Receiving module 57, ending message receiving module and charging regulation module 59.
Data processing equipment 5 is provided with camera, and two can be obtained by scanning the Quick Response Code on self-service electricity-selling terminal 2 Tie up code information.2 D code information receiving module 51 is used for the 2 D code information for receiving the self-service electricity-selling terminal 2 obtained after scanning.
Quick Response Code parsing module 52 is electrically connected with 2 D code information receiving module 51, for parsing 2 D code information, is obtained Data processor for self-service sale of electricity.
Routine call module 53 is electrically connected with Quick Response Code parsing module 52, for calling data processor.If passing through solution Quick Response Code is analysed, learns that the Quick Response Code is used for self-service electricity-selling terminal 2, then calls the data processor for self-service sale of electricity.
Electricity consumption request obtains module 54 and electrically connected with routine call module 53.After data processor is opened, electricity consumption request Electricity consumption request can be obtained using human-computer interaction interface by obtaining module 54.Electricity consumption request includes the corresponding coding letter of 2 D code information Breath and preset charged duration information or preset charged amount information etc..
Electricity consumption request sending module 55 obtains module 54 with electricity consumption request and electrically connected, and is put down for electricity consumption request to be sent into cloud Platform 4.The corresponding coding information of 2 D code information is used for the Quick Response Code letter for the self-service electricity-selling terminal 2 that will start with cloud platform 4 Breath is matched, and preset charged duration or preset charged amount provide electricity consumption reference quantity for electrical equipment.
Available information receiving module 56, for receiving the relevant self-service available letter of electricity-selling terminal 2 from cloud platform 4 Breath, about the available information of self-service electricity-selling terminal 2 by the corresponding coding information of 2 D code information and self-service electricity-selling terminal 2 The match is successful between coding information result is determined.Will with cloud platform 4 if the corresponding coding information of 2 D code information is used for The coding information matching of the storage inside of self-service electricity-selling terminal 2 started, then the match is successful, you can is opened certainly by cloud platform 4 Help formula electricity-selling terminal 2.
Charging starts receiving module 57 and electrically connected with available information receiving module 56, is used for：If self-service electricity-selling terminal 2 can With electrical equipment can be attached by user with self-service electricity-selling terminal 2, and self-service electricity-selling terminal 2 passes successful connection information Cloud platform 4 is given, the statistics of real-time electricity consumption duration or real-time power consumption can be started to charge up and carry out.Cloud platform 4 charges this Start information sends data processing equipment 5 to.Charging starts receiving module 57 and starts letter for receiving the charging from cloud platform 4 Breath.
Ending message receiving module 58, for receiving the charging ending message from cloud platform 4, utilizes man-machine interaction circle Face display charging ending message.When real-time electricity consumption duration is equal to preset charged duration or real-time power consumption equal to preset charged amount, Charging tasks are completed, and cloud platform 4 will charge the information transmission terminated to data processing equipment 5.Ending message receiving module 58 is used In charging ending message of the reception from cloud platform 4, and utilize human-computer interaction interface display charging ending message.
Charging regulation module 59 is used to store charging regulation corresponding with electrical equipment type.
Further, data processing equipment 5 also has Trouble Report function.As shown in Fig. 2 data processing equipment 5 is also wrapped Include fault message generation module 510 and fault message sending module 511；Wherein：
Fault message generation module 510 is electrically connected with 2 D code information receiving module 51 and available information receiving module 56 respectively Connect.If 2 D code information reception failure receives the disabled information of relevant self-service electricity-selling terminal 2 from cloud platform 4, Then generate fault message.
Fault message sending module 511 is electrically connected with fault message generation module 510, for fault message to be sent into cloud Platform 4.
In certain embodiments, self-service electricity-selling terminal 2 includes at least two charging sockets, and different charging sockets are used for For different types of power supply for electrical equipment, such as it is used to be mobile phone, electric bicycle, the charging socket of charging electric vehicle.It is based on The embodiment, Fig. 3 obtains the structure chart of module 54 for the electricity consumption request that the present invention is provided.
As shown in figure 3, electricity consumption request, which obtains module 54, includes coding information acquisition module 541, the first interface generation module 542nd, electrical equipment type instruction receiving module 543, second contact surface generation module 548, payment instruction receiving module the 549, the 3rd Interface generation module 5410, electricity consumption mode instruction receiving module 5411, the 4th interface generation module 5412, preset value command reception Module 5413, charging regulation calling module 5414, expense computing module 5415, expense processing module 5416 and electricity consumption request generation Module 5417.
Be stored with 2 D code information and the corresponding table of the coding information of self-service electricity-selling terminal 2 in data processing equipment 5.From Help the coding information of itself that is also stored with the chip inside formula electricity-selling terminal 2.
Coding information obtains module 541 and is connected with 2 D code information receiving module 51, for utilizing corresponding table foundation two Tie up the coding information of code information acquisition self-service electricity-selling terminal 2 corresponding with 2 D code information.If it is self-service that corresponding table is determined The coding information of formula electricity-selling terminal 2 is consistent with the coding information of the self-service storage inside of electricity-selling terminal 2, then the match is successful.
First interface generation module 542 is electrically connected with routine call module 53, for obtaining the first human-computer interaction interface, the Electrical equipment type option is shown on one human-computer interaction interface, user may be selected to be mobile phone, electric bicycle or electric automobile and fill Electricity.
Electrical equipment type instruction receiving module 543 is electrically connected with the first interface generation module 542, is set for receiving electricity consumption Standby type instruction, electrical equipment type instruction indicates default electrical equipment.
Second contact surface generation module 548 is electrically connected with electrical equipment type instruction receiving module 543, for obtaining the second people Payment option is shown on machine interactive interface, the second human-computer interaction interface, payment option includes pre-payment and post-paid, is that user carries For two kinds of way of paying.
Payment instruction receiving module 549 is electrically connected with second contact surface generation module 548, for receiving payment instruction.
3rd interface generation module 5410 is electrically connected with payment instruction receiving module 549, for obtaining the interaction of third party's machine Display power mode on interface, third party's machine interactive interface, is included according to power consumption computational costs and according to electricity consumption with power mode Duration calculation expense.Power consumption is applied to charging interval well-to-do user, and it is true that electricity consumption duration is applied to routing Fixed user, using the free time charging between two strokes.
Electricity consumption mode instruction receiving module 5411 is electrically connected with the 3rd interface generation module 5410, for reception power mode Instruction.
4th interface generation module 5412 is electrically connected with electricity consumption mode instruction receiving module 5411, man-machine for obtaining the 4th Preset value input channel corresponding with electricity consumption mode instruction is shown on interactive interface, the 4th human-computer interaction interface.If selecting electricity consumption Time model, can input the expected charging interval；If selecting power consumption pattern, expected charge volume can be inputted.
As one embodiment, in the case of post-paid, the electricity consumption of user can be determined according to the credit line of user Measure the upper limit or the electricity consumption duration upper limit, it is contemplated that charge volume and the expected charging interval be not higher than the power consumption that credit line is limited The upper limit and the electricity consumption duration upper limit.
As another embodiment, in the case of post-paid, it is contemplated that charge volume and not trusted of expected charging interval With the limitation of amount.
Preset value command reception module 5413 is electrically connected with the 4th interface generation module 5412, is referred to for receiving preset value Order.
Charging regulation calling module 5414 is electrically connected with electrical equipment type instruction receiving module 543, for according to electricity consumption Device type is instructed and electricity consumption mode instruction calls charging regulation.
Expense computing module 5415 is electrically connected with charging regulation calling module 5414, preset value command reception module 5413 respectively Connect, for according to charging regulation and electrical equipment type instruction computational costs.
Expense processing module 5416 is electrically connected with expense computing module 5415, for according to the expense handling calculated With.Wherein, expense processing procedure includes user using the login of unique first identity coding, expense on human-computer interaction interface Display, the step such as selection, the payment verification of payment platform.
Electricity consumption request generation module 5417 obtains module 541, preset value command reception module 5413 with coding information respectively Electrically connect, be used for expense processing module 5416：In case of a pre-pay charge, the expense processing according to expense processing module 5416 Complete information generation electricity consumption request；In the case of post-paid, electricity consumption request is directly generated according to preset value instruction.Wherein, should Electricity consumption request including self-service electricity-selling terminal 2 corresponding with 2 D code information coding information and preset charged duration information or Preset charged amount information
In certain embodiments, it is additionally provided with the charging socket filled soon with trickle charge on self-service electricity-selling terminal 2.In the embodiment In, as shown in figure 3, electricity consumption request, which obtains module 54, also includes the 6th interface generation module 544 and charging rate command reception mould Block 545；Wherein：
6th interface generation module 544 is electrically connected with electrical equipment type instruction module, for obtaining the interaction of Sixth Man machine Charging rate option is shown on interface, Sixth Man machine interactive interface, charging rate option includes filling soon and trickle charge.
Charging rate command reception module 545 is electrically connected with the 6th interface generation module 544, is referred to for receiving charging rate Order.
Preferably, data processing equipment 5 can also show corresponding charging regulation according to the selection of user.As shown in figure 3, with Electricity request, which obtains module 54, also includes the 5th interface generation module 546 and charging regulation confirmation receiving module 547；Wherein：
5th interface generation module 546 is electrically connected with electrical equipment type instruction receiving module 543, for obtaining the 5th people Shown on machine interactive interface, the 5th human-computer interaction interface corresponding with electrical equipment type, with information such as power mode, charging rates Charging regulation.Wherein, charging regulation includes multiple monovalent information, different monovalent and different periods and/or different use Electricity or electricity consumption duration correspondence.
For example, in people's outdoor activities amount larger period (as in the daytime), the use pressure of self-service electricity-selling terminal compared with Greatly, the unit price of electricity consumption is higher, user is reduced charge volume in right amount as needed, allows more users to obtain electricity consumption chance.In people The outdoor activities amount less period (such as night), the use pressure of self-service electricity-selling terminal is smaller, electricity consumption it is monovalent relatively low, Unique user can improve power consumption and electricity consumption duration, while improving the utilization rate of the period self-service electricity-selling terminal.
Furthermore it is also possible to according to the power consumption of big data counting user and the average value of electricity consumption duration, according to the average value It is monovalent for the electricity consumption different with the formulation of electricity consumption duration of different power consumptions, it is whole with the power consumption of this balanced user and self-service sale of electricity The volume of services at end.By taking electricity consumption duration as an example, during electricity consumption during a length of t1, unit price is A；During electricity consumption during a length of t2, unit price is B.
Certainly, electricity consumption unit price can also be relevant with the Multiple factors such as period, power consumption or electricity consumption duration, many to make Individual monovalent charging regulation.
Charging regulation confirmation receiving module 547 is electrically connected with the 5th interface generation module 546, for receiving charging rule Then confirmation, for making user confirm to have learned that the charging regulation of its this charging.
The present invention makes multiple self-service electricity-selling terminals and cloud platform formation Internet of Things, and data processing equipment passes through man-machine interaction The energization and power-off of self-service electricity-selling terminal are controlled with its cooperation with cloud platform, and is realized and pays by on-line payment Take, realize the integrated management and coordination of system, reduce O＆M cost, it is convenient that the more self-service electricity-selling terminals of quantity are entered Row operation management, helps to be widely applied, meets the demand of user；Data processing equipment also aids in user to set electricity consumption Selected for type, with power mode etc., add the selectivity and convenience of self-service sale of electricity.
Embodiment two
The flow chart for the data processing method based on self-service electricity-selling terminal 2 that Fig. 4 provides for the present invention.
As shown in figure 4, the data processing method based on self-service electricity-selling terminal 2 comprises the following steps：
Step 101：Receive the 2 D code information of self-service electricity-selling terminal 2.
If 2 D code information is received successfully, step 102 is performed：2 D code information is parsed, is obtained for self-service sale of electricity Data processor.If by parsing Quick Response Code, learning that the Quick Response Code is used for self-service electricity-selling terminal 2, then calling for certainly Help the data processor of sale of electricity.
Step 103：Data processor is called, electricity consumption request is obtained using human-computer interaction interface, electricity consumption request includes two Tie up the corresponding coding information of code information and preset charged duration information or preset charged amount information.
Step 104：Electricity consumption request is sent to cloud platform 4；
Step 105：Receive the available information of relevant self-service electricity-selling terminal 2 from cloud platform 4, relevant self-service sale of electricity The available information of terminal 2 is by the corresponding coding information of 2 D code information and the coding information of the self-service storage inside of electricity-selling terminal 2 Between the match is successful result determine.The corresponding coding information of 2 D code information be used for cloud platform 4 will start it is self-service The coding information of the storage inside of formula electricity-selling terminal 2 is matched, and preset charged duration or preset charged amount provide for electrical equipment Electricity consumption reference quantity.
If self-service electricity-selling terminal 2 can use, step 106 is performed：Receive the charging start information from cloud platform 4.If Self-service electricity-selling terminal 2 be can use, and electrical equipment can be attached by user with self-service electricity-selling terminal 2, self-service electricity-selling terminal 2 By successful connection information transmission to cloud platform 4, the statistics of real-time electricity consumption duration or real-time power consumption can be started to charge up and carried out. Cloud platform 4 sends the charging start information to data processing equipment 5.
If receiving the charging ending message from cloud platform 4, step 107 is performed：Shown using human-computer interaction interface Charge ending message.When real-time electricity consumption duration is equal to preset charged duration or real-time power consumption equal to preset charged amount, charging is appointed Business is completed, and cloud platform 4 will charge the information transmission terminated to data processing equipment 5.Data processing equipment 5, which is received, comes from cloud platform 4 charging ending message, and utilize human-computer interaction interface display charging ending message.
Further, data processing equipment 5 also has Trouble Report function.As shown in figure 4, Trouble Report includes following step Suddenly：
If 2 D code information reception failure or to receive the relevant self-service electricity-selling terminal 2 from cloud platform 4 disabled Information, then perform following steps：
Step 108：Generate fault message.
Step 109：Fault message is sent to cloud platform 4.
In certain embodiments, self-service electricity-selling terminal 2 includes at least two charging sockets, and different charging sockets are used for For different types of power supply for electrical equipment, such as it is used to be mobile phone, electric bicycle, the charging socket of charging electric vehicle.It is based on The embodiment, the flow chart for obtaining electricity consumption request that Fig. 5 provides for invention.
As shown in figure 5, calling the data processor, electricity consumption request is obtained using human-computer interaction interface, including it is as follows Step：
Step 201：The coding letter of self-service electricity-selling terminal 2 corresponding with 2 D code information is obtained according to 2 D code information Breath.Be stored with 2 D code information and the corresponding table of the coding information of self-service electricity-selling terminal 2 in data processing equipment 5.Receive After 2 D code information, it is possible to use it is whole that the corresponding table obtains self-service sale of electricity corresponding with 2 D code information according to 2 D code information The coding information at end 2.If inside the coding information and self-service electricity-selling terminal 2 of the self-service electricity-selling terminal 2 that corresponding table is determined The coding information of storage is consistent, then the match is successful.
Step 202：Data processor is called, obtains and is shown on the first human-computer interaction interface, the first human-computer interaction interface Electrical equipment type option, user may be selected to be mobile phone, electric bicycle or charging electric vehicle.
Step 203：Electrical equipment type instruction is received, electrical equipment type instruction indicates default electrical equipment.
Step 208：Obtain and show payment option, payment option on the second human-computer interaction interface, the second human-computer interaction interface Including pre-payment and post-paid, two kinds of way of paying are provided the user.
Step 209：Receive payment instruction.
Step 210：Display power mode on third party's machine interactive interface, third party's machine interactive interface is obtained, power mode is used Including according to power consumption computational costs and according to electricity consumption duration calculation expense.
Step 211：Receive electricity consumption mode instruction.
Step 212：Obtain and show corresponding to electricity consumption mode instruction on the 4th human-computer interaction interface, the 4th human-computer interaction interface Preset value input channel.If selecting electricity consumption time model, the expected charging interval can be inputted；, can if selecting power consumption pattern The expected charge volume of input.
Step 213：Receive preset value instruction.
If payment instruction is pre-payment, following steps are performed：
Step 214：Call charging regulation corresponding with default electrical equipment type.
Step 215：According to preset value instruction and charging regulation computational costs.
Step 216：Carry out expense processing.Wherein, expense processing procedure utilizes unique first identity coding including user Display on human-computer interaction interface of login, expense, the step such as selection, the payment verification of payment platform.
Step 217：Generation electricity consumption request is completed according to expense processing.
If payment instruction is post-paid, following steps are performed：
Step 218：Electricity consumption request is directly generated according to preset value instruction.
Utilizing human-computer interaction interface display charging ending message (step 107)) after, continue executing with following steps：
Step 219：Call charging regulation corresponding with default electrical equipment type.
Step 220：According to preset value instruction and charging regulation computational costs.
Step 221：Carry out expense processing.
In certain embodiments, it is additionally provided with the charging socket filled soon with trickle charge on self-service electricity-selling terminal 2.In the embodiment In, as shown in figure 5, data processing method also comprises the following steps：
Step 204：Obtain and show charging rate option on Sixth Man machine interactive interface, institute's Sixth Man machine interactive interface, fill Electric speed option includes filling soon and trickle charge.
Step 205：Receive charging rate instruction.
Preferably, data processing equipment 5 can also show corresponding charging regulation according to the selection of user.As shown in figure 5, number Also comprise the following steps according to processing method：
Step 206：Obtain display and the electrical equipment class on the 5th human-computer interaction interface, the 5th human-computer interaction interface of institute The corresponding charging regulation of type.Display is with electrical equipment type, with information such as power mode, charging rates on 5th human-computer interaction interface Corresponding charging regulation.Charging regulation includes multiple monovalent information, different monovalent and different periods and/or different use Electricity or electricity consumption duration correspondence.
Step 207：Receive charging regulation confirmation.
What the present invention was realized has the beneficial effect that：
(1) present invention makes multiple self-service electricity-selling terminals and cloud platform formation Internet of Things, and data processing equipment passes through man-machine Interact and it controls the energization and power-off of self-service electricity-selling terminal with the cooperation of cloud platform, and realized by on-line payment Pay, realize the integrated management and coordination of system, reduce O＆M cost, it is convenient to the more self-service electricity-selling terminals of quantity Operation management is carried out, helps to be widely applied, meets the demand of user.
(2) data processing equipment also aids in user to be selected to electrical equipment type, with power mode etc., adds self-service The selectivity and convenience of formula sale of electricity.
(3) data processing equipment can carry out breakdown judge automatically, and by transmitting fault information to cloud platform, be easy in time Maintenance.
(4) self-service electricity-selling terminal and cloud platform formation Internet of Things, and enter by way of Internet of Things and internet are combined Row management, expands the range of management of cloud platform significantly, reduces the quantity of gateway, simplifies cloud platform management system, reduces pipe The O＆M cost of reason system.
Although having been described for the preferred embodiment of the application, those skilled in the art once know basic creation Property concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include excellent Select embodiment and fall into having altered and changing for the application scope.Obviously, those skilled in the art can be to the application Various changes and modification are carried out without departing from spirit and scope.So, if these modifications and variations of the application Belong within the scope of the application claim and its equivalent technologies, then the application is also intended to exist comprising these changes and modification It is interior.

Claims (10)

1. a kind of data processing equipment based on self-service electricity-selling terminal, it is characterised in that including 2 D code information receiving module, Quick Response Code parsing module, routine call module, electricity consumption request obtain module, electricity consumption request sending module, available information and receive mould Block, charging start receiving module and ending message receiving module；Wherein：
The 2 D code information receiving module, the 2 D code information for receiving self-service electricity-selling terminal；
The Quick Response Code parsing module is electrically connected with the 2 D code information receiving module, for parsing the 2 D code information, Obtain the data processor for self-service sale of electricity；
Described program calling module is electrically connected with the Quick Response Code parsing module, for calling the data processor；
The electricity consumption request obtains module and electrically connected with described program calling module, and obtaining electricity consumption using human-computer interaction interface please Ask, the electricity consumption request includes the corresponding coding information of the 2 D code information and preset charged duration information or preset charged Measure information；
The electricity consumption request sending module obtains module with electricity consumption request and electrically connected, for electricity consumption request to be sent to Cloud platform；
The available information receiving module, it is available for receiving the relevant self-service electricity-selling terminal from the cloud platform Information, it is described about the self-service available information of electricity-selling terminal by the corresponding coding information of the 2 D code information and described The match is successful between the coding information of self-service electricity-selling terminal result is determined；
The charging starts receiving module and electrically connected with the available information receiving module, is used for：If the self-service sale of electricity is whole End is available, then receives the charging start information from the cloud platform；
The ending message receiving module, for receiving the charging ending message from the cloud platform, and utilizes man-machine friendship Charge ending message described in mutual interface display.
2. the data processing equipment according to claim 1 based on self-service electricity-selling terminal, it is characterised in that described self-service Formula electricity-selling terminal includes at least two charging sockets, and the different charging sockets is used to supply for different types of electrical equipment Electricity；
The data processing equipment also includes charging regulation module；The electricity consumption request, which obtains module, includes coding information acquisition mould Block, the first interface generation module, electrical equipment type instruction receiving module, second contact surface generation module, payment instruction receive mould Block, the 3rd interface generation module, electricity consumption mode instruction receiving module, the 4th interface generation module, preset value command reception module, Charging regulation calling module, expense computing module, expense processing module and electricity consumption request generation module；Wherein：
The charging regulation module is used to store charging regulation corresponding with electrical equipment type；
The coding information obtains module and is connected with the 2 D code information receiving module, for being obtained according to the 2 D code information Obtain the coding information of the self-service electricity-selling terminal corresponding with the 2 D code information；
First interface generation module is electrically connected with described program calling module, for obtaining the first human-computer interaction interface, institute State and electrical equipment type option is shown on the first human-computer interaction interface；
The electrical equipment type instruction receiving module is electrically connected with first interface generation module, for receiving electrical equipment Type instruction, the electrical equipment type instruction indicates default electrical equipment；
The second contact surface generation module is electrically connected with the electrical equipment type instruction receiving module, man-machine for obtaining second Payment option is shown on interactive interface, second human-computer interaction interface, the payment option includes pre-payment and post-paid；
The payment instruction receiving module is electrically connected with the second contact surface generation module, for receiving payment instruction；
3rd interface generation module is electrically connected with the payment instruction receiving module, for obtaining third party's machine interaction circle Display power mode on face, third party's machine interactive interface, it is described with power mode include according to power consumption computational costs and according to According to electricity consumption duration calculation expense；
The electricity consumption mode instruction receiving module is electrically connected with the 3rd interface generation module, is referred to for reception with power mode Order；
4th interface generation module is electrically connected with the electricity consumption mode instruction receiving module, for obtaining the 4th man-machine interaction Preset value input channel corresponding with the electricity consumption mode instruction is shown on interface, the 4th human-computer interaction interface；
The preset value command reception module is electrically connected with the 4th interface generation module, for receiving preset value instruction；
The charging regulation calling module is electrically connected with the electrical equipment type instruction receiving module, for calling the charging Rule；
The expense computing module is electrically connected with the charging regulation calling module, the preset value command reception module respectively, For according to the charging regulation and the electrical equipment type instruction computational costs；
The expense processing module is electrically connected with the expense computing module, for processing cost
The electricity consumption request generation module obtains module, the preset value command reception module and institute with the coding information respectively The electrical connection of expense processing module is stated, is used for：In case of a pre-pay charge, generation electricity consumption request is completed according to expense processing；Rear In the case of paying, electricity consumption request is directly generated according to preset value instruction.
3. the data processing equipment according to claim 2 based on self-service electricity-selling terminal, it is characterised in that the electricity consumption Request, which obtains module, also includes the 5th interface generation module and charging regulation confirmation receiving module；Wherein：
5th interface generation module is electrically connected with the electrical equipment type instruction receiving module, man-machine for obtaining the 5th Charging regulation corresponding with the electrical equipment type, the charging are shown on interactive interface, the 5th human-computer interaction interface Rule includes multiple monovalent information, and different monovalent and different periods and/or different power consumptions or electricity consumption duration are corresponding；
The charging regulation confirmation receiving module is electrically connected with the 5th interface generation module, for receiving charging regulation Confirmation.
4. the data processing equipment according to claim 3 based on self-service electricity-selling terminal, it is characterised in that the electricity consumption Request, which obtains module, also includes the 6th interface generation module and charging rate command reception module；Wherein：
6th interface generation module is electrically connected with the electrical equipment type instruction module, for obtaining the interaction of Sixth Man machine Charging rate option is shown on interface, the Sixth Man machine interactive interface, the charging rate option includes filling soon and trickle charge；
The charging rate command reception module is electrically connected with the 6th interface generation module, is referred to for receiving charging rate Order.
5. the data processing equipment according to claim 1 based on self-service electricity-selling terminal, it is characterised in that the data Processing unit also includes fault message generation module and fault message sending module；Wherein：
The fault message generation module is electric with the 2 D code information receiving module and the available information receiving module respectively Connection, is used for：If 2 D code information reception failure receives the relevant self-service electricity-selling terminal from the cloud platform Disabled information, then generate fault message；
The fault message sending module is electrically connected with the fault message generation module, for the fault message to be sent to The cloud platform.
6. a kind of data processing method based on self-service electricity-selling terminal, using the data processing equipment described in claim 1-4, It is characterised in that it includes following steps：
Receive the 2 D code information of self-service electricity-selling terminal；
The 2 D code information is parsed, the data processor for self-service sale of electricity is obtained；
The data processor is called, electricity consumption request is obtained using human-computer interaction interface, the electricity consumption request includes described two Tie up the corresponding coding information of code information and preset charged duration information or preset charged amount information；
Electricity consumption request is sent to cloud platform；
The relevant self-service available information of electricity-selling terminal from the cloud platform is received, it is described self-service to be sold about described The available information of electric terminals is by the corresponding coding information of the 2 D code information and the coding information of the self-service electricity-selling terminal Between the match is successful result determine；
If the self-service electricity-selling terminal can use, the charging start information from the cloud platform is received；
If receiving the charging ending message from the cloud platform, show that the charging terminates letter using human-computer interaction interface Breath.
7. the data processing method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that described self-service Formula electricity-selling terminal includes at least two charging sockets, and the different charging sockets is used to supply for different types of electrical equipment Electricity；
The data processor is called, electricity consumption request is obtained using human-computer interaction interface, comprises the following steps：
The coding information of the self-service electricity-selling terminal corresponding with the 2 D code information is obtained according to the 2 D code information；
The data processor is called, obtains and shows electricity consumption on the first human-computer interaction interface, first human-computer interaction interface Device type option；
Electrical equipment type instruction is received, the electrical equipment type instruction indicates default electrical equipment；
Obtain and show payment option on the second human-computer interaction interface, second human-computer interaction interface, the payment option includes Pre-payment and post-paid；
Receive payment instruction；
Display power mode on third party's machine interactive interface, third party's machine interactive interface is obtained, the power mode includes According to power consumption computational costs and according to electricity consumption duration calculation expense；
Receive electricity consumption mode instruction；
Obtain and show corresponding pre- with the electricity consumption mode instruction on the 4th human-computer interaction interface, the 4th human-computer interaction interface If being worth input channel；
Receive preset value instruction；
Generate electricity consumption request；Wherein, if the payment instruction is pre-payment, call corresponding with the default electrical equipment type Charging regulation, according to preset value instruction and the charging regulation computational costs, and expense processing is carried out, then according to taking Generation electricity consumption is completed with processing to ask；If the payment instruction is post-paid, use is directly generated according to preset value instruction Electricity request, and after the utilization human-computer interaction interface shows the charging ending message, call and the default electricity consumption The corresponding charging regulation of device type, according to preset value instruction and the charging regulation computational costs, and is carried out at expense Reason.
8. the data processing method according to claim 7 based on self-service electricity-selling terminal, it is characterised in that the reception After electrical equipment type instruction, and before the second human-computer interaction interface of the acquisition, in addition to：
Obtain and count corresponding with the electrical equipment type is shown on the 5th human-computer interaction interface, the 5th human-computer interaction interface Take rule, the charging regulation includes multiple monovalent information, different monovalent and different periods and/or different power consumptions Or electricity consumption duration correspondence；
Receive charging regulation confirmation.
9. the data processing method according to claim 8 based on self-service electricity-selling terminal, it is characterised in that the acquisition Before 5th human-computer interaction interface, in addition to：
Obtain and show charging rate option, the charging rate on Sixth Man machine interactive interface, the Sixth Man machine interactive interface Option includes filling soon and trickle charge；
Receive charging rate instruction；
Also, wherein, the charging regulation is corresponding with the charging rate.
10. the data processing method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that also include：
If 2 D code information reception failure or to receive the relevant self-service electricity-selling terminal from the cloud platform unavailable Information, then generate fault message；
The fault message is sent to the cloud platform.
CN201710432830.5A 2017-06-09 2017-06-09 data processing device and method based on self-service electricity selling terminal Expired - Fee Related CN107146329B (en)

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