CN107147785A - Charging electric vehicle man-machine interaction method and system - Google Patents
Charging electric vehicle man-machine interaction method and system Download PDFInfo
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- CN107147785A CN107147785A CN201710296530.9A CN201710296530A CN107147785A CN 107147785 A CN107147785 A CN 107147785A CN 201710296530 A CN201710296530 A CN 201710296530A CN 107147785 A CN107147785 A CN 107147785A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
-
- 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
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72409—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories
- H04M1/72415—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by interfacing with external accessories for remote control of appliances
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
Abstract
The invention discloses a kind of charging electric vehicle man-machine interaction method and system, including handheld client end and charging equipment, main control module and the information storage module being connected with main control module by communication bus are provided with charging equipment, pass through the information storage module of charging equipment, external identification module and the hardware structure for internally confirming module, at each moment of charging, detect charging equipment and the communications status of cloud platform, by optimizing internal execution logic, kept in by charge information and charging equipment and handheld client end temporary communications two ways, effectively solve the communication issue of cloud platform and charging equipment, improve Consumer's Experience.
Description
Technical field
The invention belongs to charging electric vehicle technical field, and in particular to charging electric vehicle man-machine interaction method and be
System.
Background technology
Current charging equipment of electric automobile field, in terms of man-machine interactive system, is concentrated mainly on by man-machine interaction
System is realized less in terms of the charge function of electric automobile, being related to the detail in charging experience, such as is opened in charging
Before beginning, in charging or charging terminate after etc. full charging link, because the factors such as network failure, cloud platform problem, other problemses are made
Into distal end cloud platform and the communication issue of charging equipment, current charging electric vehicle man-machine interactive system is only rested on man-machine
In terms of the bottom structure of interactive system, be not directed to before charging starts, in charging, charging terminate after etc. full charging link,
Because the factors such as network failure, cloud platform problem, other problemses cause the communication issue of distal end cloud platform and charging equipment, if not
Communication connection, or communication disruption, communication failure etc. can be set up, will be caused the need for can not meeting client's charging in time or nothing
The situation that method completes normal charging process occurs, and greatly reduces Consumer's Experience.
The content of the invention
In order to solve problems of the prior art, the invention provides a kind of charging electric vehicle man-machine interaction method
And system, efficiently solve charging equipment and cloud platform can not the Consumer's Experience that comes of communication band it is poor the problem of, the present invention is effectively
Ground solves the above problems, and improves Consumer's Experience.
To achieve these goals, the technical solution adopted by the present invention is that charging electric vehicle man-machine interaction method is hand-held
Client is set up with charging equipment by cloud platform and is connected, when charging equipment and cloud platform, which can not be set up, to be connected, handheld client
End is communicated with cloud platform, and client identity information and charge initiation authorization message are issued to handheld client end by cloud platform, are filled
Electric equipment directly sets up client identity information and the charge initiation for communicating and obtaining that handheld client termination is received with handheld client end
Authorization message, after obtaining successfully, it is allowed to which handheld client end initiates to start charge request, and charging equipment starts charging.
In charging process, after battery charging overflow status is detected, charging equipment sends charging END instruction, terminates
Charging；Meanwhile, charge information is stored in the information storage module inside charging equipment, in charging equipment connection cloud platform success
Afterwards, the charge information upload cloud platform progress of storage is handled and obtains the settlement information that charges, and charging settlement information is handed down to
User's handheld client end carries out user's charging clearing and confirmed, completes charging clearing.
The detailed process of the present invention is as follows：
S1：Before charging starts, handheld client end obtains charging equipment port identities identification information, now into S2 flows；
S2：Charging equipment connects cloud platform, when connecting unsuccessful, into flow S3；
S3：After charging equipment connection cloud platform is unsuccessful, cloud platform is connected by handheld client end, realized and cloud platform
Communication, into flow S5；
S5：Handheld client end is communicated with cloud platform, and cloud platform is by client identity information and charge initiation authorization message
Be issued to handheld client end, after the completion of enter flow S6；
S6：The client identity information and charging that internal confirmation module reading handheld client termination in charging equipment is received are opened
Dynamic authorization message, reads unsuccessful entrance flow S2, and reading successfully then allows handheld client end to initiate to start charge request, enters
Flow S7；
S7：The startup charge request of handheld client end initiation is received, starts charging equipment, into charging flow, enters to become a mandarin
Journey S12；
S12：The battery of electric automobile is detected, after battery charging overflow status is detected, charging equipment enters
Charging terminates flow；
S13：After charging end flow is entered, charge information is stored in the information storage module inside charging equipment,
Into flow S17；
S17：Charging equipment sends charging ending message, into flow S18；
S18：Charging equipment is shut down after the charging END instruction based on charging ending message generation is received, terminates to fill
Electricity.
Further, in addition to following flow：
S19：After flow S18 complete charges, charging equipment application connection cloud platform, after successful connection, into flow
S20, connects unsuccessful, circulation process S19；
S20：After charging equipment connection cloud platform success, the charge information stored in flow S13 is uploaded into cloud platform, entered
Flow S21；
S21：Cloud platform is handled charge information, and charging settlement information is handed down into user's handheld client end；
S22：After the charging settlement information that S21 flows are issued is received, carry out user's charging clearing and confirm, complete charging knot
Calculate.
In step s 2, when charging equipment and cloud platform successful connection, into flow S4；
S4：After charging equipment connection cloud platform success, cloud platform issues charging equipment and starts order；
S8：Charging equipment receives charging equipment and started after order, into charging flow, into flow S9；
S9：In charging process, charging equipment and cloud platform connection status real-time judgment are carried out, when charging equipment and cloud platform
Communication pause, when being determined as off-network, into flow S10；Charging equipment connection is normal, into flow S11；
S10：Charging equipment keeps in the charge information at current charging moment to information storage module, and charging process continues,
Etc. it is to be communicated it is normal after, the charge information of storage is transferred to cloud platform；
S11：Charging equipment is detected after battery charging overflow status, and charging equipment enters charging and terminates flow S14；
S14：In S11 chargings terminate flow, charging equipment off-network judgement is carried out, when charging equipment off-network can not be flat with cloud
When platform is connected, into S15 information temporary storage flows；When charging equipment networking is connected normal with cloud platform, then into flow S16；
S15：Equipment off-network, charge information is kept in information storage module in this flow, charging equipment and cloud is waited
Platform communication recovers；
S16：The charge information of storage is transferred to cloud platform by charging equipment, and cloud platform is carried out under information processing, cloud platform
Hair charging END instruction, is transferred to charging equipment, complete charge, and user carries out disbursement and sattlement, closing charge clearing.
The invention also discloses a kind of charging electric vehicle man-machine interactive system, including handheld client end and charging equipment,
The internal confirmation module and information that main control module is provided with charging equipment and is connected with main control module by communication bus are deposited
Module is stored up, wherein：
Handheld client end is connected by the main control module of cloud platform and charging equipment, and operation requests are produced according to user's operation
Cloud platform is sent to, when the main control module of cloud platform and charging equipment can not set up communication, handheld client end is used to receive cloud
Client identity information and charge initiation authorization message that platform is sent；
The main control module of charging equipment is used to connect cloud platform and receives the instruction of cloud platform, and control charging equipment, which is performed, to be referred to
Order, when main control module can not set up communication with cloud platform, main control module is terminated by internally confirming that module obtains handheld client
The client identity information and charge initiation authorization message received, starts charging flow, and sends charging after charging terminates and terminate
The output of end-of-message charging equipment, main control module is additionally operable to upload charge information to cloud platform；
Information storage module is used to store charge information when main control module and cloud platform can not set up communication, including charging
In flow and charging terminates charge information when charging equipment and cloud platform in flow can not set up communication.
Internally confirm that module is set up by way of two-dimensional code scanning, infrared scan or Bluetooth communication with handheld client end to connect
Connect, and obtain identity information and charge initiation authorization message that handheld client end is received, be sent to main control module.
The external identification module being connected with main control module by communication bus is additionally provided with charging equipment, mould is externally recognized
Block is used for the communication connection for realizing handheld client end and charging equipment, and handheld client end obtains charging by external identification module and set
Standby essential information.
Handheld client end is additionally operable to receive and shows the essential information and charge information of charging equipment, charging equipment it is basic
The position of information including charging equipment and the charge parameter of charging equipment, charge information include charging rate, charging remaining time,
Charge volume and charging expense.
Handheld client end is the mobile communication equipment for being provided with client software, operation requests include charge initiation request,
Charging stops request and charging payment request.
Also include the human-computer interaction module being connected by communication bus with main control module, human-computer interaction module, which is used to receive, to be used
The operation requests at family, and send it to main control module, while charging equipment running status and charging process service data are shown,
And electric automobile SOC and power battery information；Wherein, charging equipment running status includes device standby state, equipment charge
State and equipment downtime state, equipment charge state include charging neutralization charging and terminated, and charging process service data includes charging
Output voltage, charging output current, charging interval and charging expense.
Compared with prior art, the present invention at least have the advantages that, by the information storage module of charging equipment,
External identification module and the hardware structure for internally confirming module, charging each at moment (including charging start before, charging neutralizes
After charging terminates), the communications status of detection charging equipment and cloud platform, by optimizing internal execution logic, passes through charge information
Temporary and charging equipment and handheld client end temporary communications two ways, effectively solve charging equipment of electric automobile and start in charging
Before, in charging, charging terminate after etc. full charging link, because the factors such as network failure, cloud platform problem, other problemses are caused far
The communication issue of cloud platform and charging equipment is held, the problem of Consumer's Experience is poor is caused, the present invention efficiently solves above-mentioned ask
Topic, lifts Consumer's Experience.
Charging electric vehicle man-machine interactive system of the present invention, by internally confirming that module and external identification module are real
The function of bidirectional recognition is showed, when charging equipment can not communicate with cloud platform, cloud platform has been connected by handheld client end and obtained
Authorization message solved so as to starting charging, effectively charging interactive system before charging starts, in charging, charge terminate after etc. ring
Section, due to the charge fault that communication issue is caused, the problems such as can not such as carrying out charging identification, payment, terminate, it is ensured that charging is set
In the state of standby off-network, user can also carry out the corresponding operating of charging electric vehicle in time, and the present invention also stores mould by information
Block realizes efficient storage, and the function of information delay processing has provided the user more preferable experience.
Brief description of the drawings
Fig. 1 is the hardware system structure figure of the present invention；
Fig. 2 is the software flow pattern of the present invention.
Embodiment
The present invention is described in detail with reference to the accompanying drawings and detailed description.
As shown in figure 1, charging electric vehicle man-machine interactive system of the present invention, including：Handheld client end and charging equipment, fill
Electric equipment include main control module and be connected by communication bus with main control module human-computer interaction module, internally confirmation module,
External identification module, information storage module, communication module, wherein：
Handheld client end is the communication terminal for being provided with client software, is such as provided with client end AP P mobile phone, is led to
Mobile phone APP mode is crossed, user can carry out startup charging, complete charge and charging payment operation, and on handheld client end
Charging electric vehicle information is shown, charge information includes charging rate, charging remaining time and charging expense；Handheld client end leads to
The main control module for crossing cloud platform and charging equipment is connected, and producing operation requests according to user's operation is sent to cloud platform, when cloud is flat
When the main control module of platform and charging equipment can not set up communication, handheld client end be used for receive cloud platform transmission identity information and
Charge initiation authorization message, charging equipment is communicated by internally confirming that module is directly set up with handheld client end, and obtains hand-held
Client identity information and charge initiation authorization message that client is received, handheld client end is additionally operable to receive and shows that charging is set
Standby essential information and charge information, the essential information of charging equipment include the position of charging equipment and the charging ginseng of charging equipment
Number, charge information includes charging rate, charging remaining time, charge volume and charging expense；
Charging equipment is used for the AC or DC electric energy that the electric energy of power network is converted into electric automobile needs, works as electric automobile
After charging equipment successful connection, charging equipment provides electric flux to charging electric vehicle；For the electronic of direct-current charging interface
Automobile, 12Vdc or 24Vdc accessory power supplys are provided by charging equipment to electric automobile BMS, are then set up and are communicated with electric automobile
Connection, main control module is obtained after charging electric vehicle demand, as desired to charging electric vehicle；
The main control module of charging equipment is used to connect cloud platform and receives the instruction of cloud platform, and control charging equipment, which is performed, to be referred to
Order, when fill main control module can not be set up with cloud platform communicate when, main control module is by internally confirming module acquisition handheld client end
The identity information and charge initiation authorization message received, starts charging flow, and send after charging terminates charging ending message
The output of charging equipment is terminated, main control module is additionally operable to upload charge information to cloud platform；I.e. main control module is responsible for receiving each
Unit information, coordinates each functional unit, issues specific instruction, realizes that electric automobile wisdom charges；
Internally confirm that module is set up by way of two-dimensional code scanning, infrared scan or Bluetooth communication with handheld client end to connect
Connect, and obtain identity information and charge initiation authorization message that handheld client end is received, and be sent to main control module；
External identification module is used to realize that handheld client end is connected with charging equipment foundation, and handheld client end is by externally knowing
Other module obtains the essential information of charging equipment；Alternatively, external identification module is the Quick Response Code being arranged on charging equipment, hand
Client is held by scanning Quick Response Code, essential information (position of such as charging equipment, the charging of charging equipment of charging equipment is recognized
Parameter).Afterwards, handheld client end is set up with cloud platform by network and contacted, and when handheld client end is successfully established with cloud platform
After communication, handheld client end sends the operation requests of user to cloud platform, when cloud platform communicates normal with charging equipment, Yun Ping
Platform issues charging instruction to charging equipment according to operation requests, and obtains charge information from charging equipment, and charge information is sent
Handheld client end is given, is shown on handheld client end.
Human-computer interaction module is used for the operation requests for receiving user, and sends it to main control module, while showing charging
Equipment running status and charging process service data, and electric automobile SOC and power battery information；Wherein, charging equipment is transported
Row state includes device standby state, equipment charge state and equipment downtime state, and equipment charge state includes charging neutralization and filled
Electricity terminates, and charging process service data includes charging output voltage, charging output current, charging interval and charging expense.
Information storage module is used to, when main control module and cloud platform can not set up communication, store charge information, including fill
In electric current journey and charging terminates charge information when charging equipment and cloud platform in flow can not set up communication.
Communication module is used for the network connection for realizing charging equipment and cloud platform server.
The man-machine interaction method of the present invention is as shown in Fig. 2 charging equipment is connected with cloud platform before mainly starting including charging
Handling process, charging in unsuccessful handling process, charging process during charging equipment suspension terminate rear charging equipment suspension
Handling process, detailed process is as follows：
S1：Before charging starts, handheld client end obtains charging equipment port identities identification information, now into S2 flows；
Charging equipment port identities identification information is external identification module, in a preferred embodiment of the invention, external identification module
(charging equipment port identities identification information) is Quick Response Code or port numbering；User scans Quick Response Code using handheld client end, or
Person is numbered in handheld client end input port, and the essential information of charging equipment is obtained by both modes；
S2：Charging equipment connects cloud platform, successful connection, into flow S4；Connection is unsuccessful, into flow S3；
When charging equipment connection cloud platform is unsuccessful：
S3：After charging equipment connection cloud platform is unsuccessful, cloud platform is connected by handheld client end, realized and cloud platform
Communication function, into flow S5；
S5：During S5, handheld client end is communicated with cloud platform, and cloud platform opens client identity information and charging
Dynamic authorization message is issued to handheld client end, after the completion of, into flow S6；
S6：The client identity information and charging that internal confirmation module reading handheld client termination in charging equipment is received are opened
Dynamic authorization message, reads unsuccessful entrance flow S2, and reading successfully then allows handheld client end to initiate charge request, into flow
S7；In a preferred embodiment of the invention, internally confirm module by way of infrared scan, Bluetooth communication or near field NFC and hand
Hold client and set up connection, read the data (i.e. client identity information and charge initiation authorization message) in handheld client end；
S7：The charge request of handheld client end initiation is received, starts charging equipment, into charging flow；Into flow
S12；
S12：The battery of electric automobile is detected, after battery charging overflow status is detected, charging equipment enters
Charging terminates flow；
S13：After charging end flow is entered, charge information is stored in the information storage module inside charging equipment,
Into flow S17；
S17：Charging equipment sends charging ending message, in this step, and charging equipment can not connect cloud platform, now charge
END instruction is charging equipment oneself control, as long as detecting the output voltage of charging equipment, electric current reaches cut-off condition,
Now enter S18；
S18：Charging equipment is shut down after the charging END instruction based on charging ending message generation is received, terminates to fill
Electricity, now, user do not carry out the clearing of expense, can first draw guns and leave, it is to avoid charging equipment, which can not network, causes user to wait
Overlong time；
S19：After flow S18 complete charges, charging equipment application connection cloud platform, after successful connection, into flow
S20, connects unsuccessful, circular wait is carried out in this flow；
S20：After charging equipment connection cloud platform success, the charge information stored in flow S13 is uploaded into cloud platform, entered
Flow S21；
S21：Cloud platform carries out processing generation charging settlement information to charge information, and charging settlement information is handed down into use
Family handheld client end；
S22：After the charging settlement information that S21 flows are issued is received, user carries out charging clearing and confirmed, closing charge knot
Calculate.
When charging equipment connection cloud platform success：
S4：Into after information flow, the i.e. success of charging equipment connection cloud platform, charge initiation process is carried out in this flow
Information processing, cloud platform issues charging equipment and starts order；
S8：Charging equipment receives charging equipment and started after order, into charging system charging flow, into flow S9；
S9：In charging process, charging equipment and cloud platform connection status real-time judgment are carried out, when charging equipment and cloud platform
Communication pause, when being determined as off-network, into flow S10；Charging equipment connection is normal, into flow S11；
S10：Charging equipment keeps in the charge information at current charging moment to information storage module, i.e., now equipment will be real
When data message keep in, charging engineering continues, wait it is to be communicated it is normal after, the charge information of storage is transferred to cloud platform；
S11：Charging equipment is detected after battery charging overflow status, and charging equipment enters charging and terminates flow S14；
S14：In S11 chargings terminate flow, charging equipment off-network judgement is carried out, (i.e. charging is set when charging equipment off-network
It is standby to be connected with cloud platform), then into S15 information temporary storage flows；When charging equipment networking, (charging equipment is connected with cloud platform
Normally), then into flow S16；
S15：Equipment off-network, information storage module, waiting facilities network recovery are kept in by charge information in this flow；
S16：The charge information of storage is transferred to distal end cloud platform by equipment, and relevant information processing is carried out in cloud platform side,
Cloud platform issues charging END instruction, is transferred to charging equipment, complete charge, and user carries out disbursement and sattlement, closing charge clearing.
Idea of the invention is that internally confirming module by the information storage module of charging equipment, external identification module
Hardware structure, at each moment of charging, the communications status of detection charging equipment and cloud platform is patrolled by optimizing internal perform
Volume, kept in by charge information and charging equipment and handheld client end temporary communications two ways, effectively solve charging equipment temporary
When off-network when the problem of normally use charging equipment, so as to reach the purpose for effectively improving customer experience.
Claims (11)
1. charging electric vehicle man-machine interaction method, it is characterised in that handheld client end is set up by cloud platform and charging equipment
Connection, when charging equipment and cloud platform, which can not be set up, to be connected, handheld client end is communicated with cloud platform, and cloud platform is by client
Identity information and charge initiation authorization message are issued to handheld client end, and charging equipment is directly set up with handheld client end and communicated simultaneously
Client identity information and charge initiation authorization message that handheld client termination is received are obtained, after obtaining successfully, it is allowed to handheld client
End initiates to start charge request, and charging equipment starts charging.
2. charging electric vehicle man-machine interaction method according to claim 1, it is characterised in that also include：Charging
Cheng Zhong, after battery charging overflow status is detected, charging equipment sends charging END instruction, complete charge；Meanwhile, it will charge
Information is stored in the information storage module inside charging equipment, after charging equipment connection cloud platform success, by the charging of storage
Information upload cloud platform progress, which is handled, obtains the settlement information that charges, and the settlement information that will charge is handed down to user's handheld client end and entered
Row user charging clearing confirm, complete charging clearing.
3. charging electric vehicle man-machine interaction method according to claim 2, it is characterised in that detailed process is as follows：
S1：Before charging starts, handheld client end obtains charging equipment port identities identification information, now into S2 flows；
S2：Charging equipment connects cloud platform, when connecting unsuccessful, into flow S3；
S3：After charging equipment connection cloud platform is unsuccessful, cloud platform is connected by handheld client end, realized logical with cloud platform
Letter, into flow S5；
S5：Handheld client end is communicated with cloud platform, and cloud platform issues client identity information and charge initiation authorization message
To hand-held client, after the completion of enter flow S6；
S6：The client identity information and charge initiation that internal confirmation module reading handheld client termination in charging equipment is received are awarded
Information is weighed, unsuccessful entrance flow S2 is read, reading successfully then allows handheld client end to initiate to start charge request, into flow
S7；
S7：The startup charge request of handheld client end initiation is received, starts charging equipment, into charging flow, into flow
S12；
S12：The battery of electric automobile is detected, after battery charging overflow status is detected, charging equipment enters charging
Terminate flow；
S13：After charging end flow is entered, charge information is stored in the information storage module inside charging equipment, entered
Flow S17；
S17：Charging equipment sends charging ending message, into flow S18；
S18：Charging equipment is shut down, complete charge after the charging END instruction based on charging ending message generation is received.
4. charging electric vehicle man-machine interaction method according to claim 3, it is characterised in that also including following flow：
S19：After flow S18 complete charges, charging equipment application connection cloud platform after successful connection, into flow S20, connects
Connect unsuccessful, circulation process S19；
S20：After charging equipment connection cloud platform success, the charge information stored in flow S13 is uploaded into cloud platform, into flow
S21；
S21：Cloud platform is handled charge information, and charging settlement information is handed down into user's handheld client end；
S22：After the charging settlement information that S21 flows are issued is received, carry out user's charging clearing and confirm, complete charging clearing.
5. charging electric vehicle man-machine interaction method according to claim 3, it is characterised in that in step s 2, when filling
When electric equipment is with cloud platform successful connection, into flow S4；
S4：After charging equipment connection cloud platform success, cloud platform issues charging equipment and starts order；
S8：Charging equipment receives charging equipment and started after order, into charging flow, into flow S9；
S9：In charging process, charging equipment and cloud platform connection status real-time judgment are carried out, when charging equipment communicates with cloud platform
Pause, when being determined as off-network, into flow S10；Charging equipment connection is normal, into flow S11；
S10：Charging equipment keeps in the charge information at current charging moment to information storage module, and charging process continues, and waits
After communication is normal, the charge information of storage is transferred to cloud platform；
S11：Charging equipment is detected after battery charging overflow status, and charging equipment enters charging and terminates flow S14；
S14：In S11 chargings terminate flow, charging equipment off-network judgement is carried out, when charging equipment off-network can not connect with cloud platform
When connecing, into S15 information temporary storage flows；When charging equipment networking is connected normal with cloud platform, then into flow S16；
S15：Equipment off-network, charge information is kept in information storage module in this flow, charging equipment and cloud platform is waited
Communication recovery；
S16：The charge information of storage is transferred to cloud platform by charging equipment, and cloud platform carries out information processing, and cloud platform, which is issued, fills
Electric END instruction, is transferred to charging equipment, complete charge, and user carries out disbursement and sattlement, closing charge clearing.
6. charging electric vehicle man-machine interactive system, it is characterised in that including handheld client end and charging equipment, in charging equipment
Main control module and the internal confirmation module being connected with main control module by communication bus and information storage module are provided with, its
In：
Handheld client end is connected by the main control module of cloud platform and charging equipment, and producing operation requests according to user's operation sends
To cloud platform, when the main control module of cloud platform and charging equipment can not set up communication, handheld client end is used to receive cloud platform
The client identity information and charge initiation authorization message of transmission；
The main control module of charging equipment is used to connect cloud platform and receives the instruction of cloud platform, controls charging equipment execute instruction,
When main control module and cloud platform can not set up communication, main control module is received by internally confirming that module obtains handheld client termination
Client identity information and charge initiation authorization message, start charging flow, and send after charging terminates charging ending message
The output of charging equipment is terminated, main control module is additionally operable to upload charge information to cloud platform；
Information storage module is used to store charge information, including charging flow when main control module and cloud platform can not set up communication
The charge information that charging equipment in charging end flow is neutralized when communication can not be set up with cloud platform.
7. charging electric vehicle man-machine interactive system according to claim 6, it is characterised in that internally confirm that module passes through
The mode of two-dimensional code scanning, infrared scan or Bluetooth communication and handheld client end are set up and are connected, and obtain handheld client end and receive
Identity information and charge initiation authorization message, be sent to main control module.
8. charging electric vehicle man-machine interactive system according to claim 6, it is characterised in that also set up in charging equipment
There is the external identification module being connected with main control module by communication bus, external identification module is used to realize handheld client end with filling
The communication connection of electric equipment, handheld client end obtains the essential information of charging equipment by external identification module.
9. charging electric vehicle man-machine interactive system according to claim 6, it is characterised in that handheld client end is additionally operable to
Receive and show the essential information and charge information of charging equipment, the essential information of charging equipment include charging equipment position and
The charge parameter of charging equipment, charge information includes charging rate, charging remaining time, charge volume and charging expense.
10. charging electric vehicle man-machine interactive system according to claim 6, it is characterised in that handheld client end is peace
Mobile communication equipment equipped with client software, operation requests include charge initiation request, charging and stop request and charging payment
Request.
11. the charging electric vehicle man-machine interactive system according to any one in claim 6 to 10, it is characterised in that
Also include the human-computer interaction module being connected by communication bus with main control module, human-computer interaction module is used for the operation for receiving user
Request, and send it to main control module, while charging equipment running status and charging process service data are shown, and it is electronic
Automobile SOC and power battery information；Wherein, charging equipment running status includes device standby state, equipment charge state and set
Standby stopped status, equipment charge state includes charging and neutralizes charging terminating, charging process service data include charging output voltage,
Charge output current, charging interval and charging expense.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710296530.9A CN107147785A (en) | 2017-04-28 | 2017-04-28 | Charging electric vehicle man-machine interaction method and system |
| PCT/CN2017/090441 WO2018196156A1 (en) | 2017-04-28 | 2017-06-28 | Human-machine interaction method and system for electric automobile charging |
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| CN201710296530.9A CN107147785A (en) | 2017-04-28 | 2017-04-28 | Charging electric vehicle man-machine interaction method and system |
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| CN107147785A true CN107147785A (en) | 2017-09-08 |
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| CN201710296530.9A Pending CN107147785A (en) | 2017-04-28 | 2017-04-28 | Charging electric vehicle man-machine interaction method and system |
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| WO (1) | WO2018196156A1 (en) |
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| WO2018196156A1 (en) | 2018-11-01 |
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Address after: 710065 R&D Building E206-2, E Building, No. 211 Tiangu Eighth Road, Xi'an High-tech Zone, Shaanxi Province Applicant after: XI'AN TERUIDE INTELLIGENT CHARGING TECHNOLOGY CO., LTD. Address before: 710065 R&D Building 101, 102-2, Building C, No. 211 Tiangu Eighth Road, Xi'an High-tech Zone, Shaanxi Province Applicant before: XI'AN TERUIDE INTELLIGENT CHARGING TECHNOLOGY CO., LTD. |
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Application publication date: 20170908 |