CN109950956A - A kind of shared charging equipment system and its multisequencing encryption management method - Google Patents
A kind of shared charging equipment system and its multisequencing encryption management method Download PDFInfo
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- CN109950956A CN109950956A CN201910252192.8A CN201910252192A CN109950956A CN 109950956 A CN109950956 A CN 109950956A CN 201910252192 A CN201910252192 A CN 201910252192A CN 109950956 A CN109950956 A CN 109950956A
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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
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Abstract
The present invention relates to charging equipment fields, and in particular to a kind of shared charging equipment system and its multisequencing encryption management method.Multisequencing encryption management method is comprising steps of preset the sub- password of multiple sequentials；Charging equipment generation one includes the dynamic password group of the sub- password of multiple sequentials, and generates another dynamic password group again after triggering is opened, next sub- password of sub- password corresponding to input when first sub- password of dynamic password group is triggering unlatching；Background management system is generating different pairing passwords from intelligent mobile terminal communication connection each time, intelligent mobile terminal and background management system communication connection obtain pairing password as with the matched unlatching password of the dynamic password group of charging equipment；Cipher control triggering, which is opened, by input opens charging equipment.Background management system passes through the pairing password independently generated with charging equipment and dynamic password group matches the shared charging equipment management of realization, is not influenced by network, promotes charging experience.
Description
Technical field
The present invention relates to charging equipment fields, and in particular to a kind of shared charging equipment system and its multisequencing encryption handling
Method.
Background technique
With the rise and popularization of intelligent mobile terminal, people are increasingly dependent on intelligent mobile end in work and life
The work and operation at end, and the battery capacity of intelligent mobile terminal does not reach demand of the people to it far.Currently, occurring in the market
The mobile charging device of many intelligent mobile terminals, meets a part of demand of people, but still it is outgoing not to be able to satisfy people
Demand to intelligent mobile terminal charging.
Some public places on existing market have been mounted with shared charging equipment, and it is outgoing to intelligent terminal to meet people
The demand of charging.In existing shared charging equipment system, background management system and shared charging equipment are communicated to connect, control
Shared charging equipment charges to the intelligent mobile terminal for completing matching connection,
However, shared charging equipment can not be communicated to connect with background management system, thus can not in the case where network difference
It is carried out by the intelligent mobile terminal that background management system controls shared charging equipment pair with background management system completes to match connection
Charging causes shared charging equipment charging experience poor.
Summary of the invention
The technical problem to be solved in the present invention is that in view of the above drawbacks of the prior art, providing the shared charging of one kind and setting
Standby system and its multisequencing encryption management method overcome existing shared charging equipment can not be with backstage in the case where network difference
Communication connection is charged to matched intelligent mobile terminal is completed, and leads to shared charging equipment charging experience difference
Problem.
The technical solution adopted by the present invention to solve the technical problems is: providing a kind of more sequences of shared charging equipment system
Column encryption management method, comprising steps of
Preset the sub- password of multiple sequentials；
Charging equipment generates a dynamic password group comprising the sub- password of multiple sequentials, and secondary again after triggering is opened
At another dynamic password group, sub- password corresponding to input when first sub- password of the dynamic password group is triggering unlatching
Next sub- password；
Background management system is generating different pairing passwords, intelligent mobile from intelligent mobile terminal communication connection each time
Terminal obtains pairing password as close with the matched unlatching of the dynamic password group of charging equipment with background management system communication connection
Code；
Cipher control triggering, which is opened, by input opens charging equipment.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
It includes that sub- password number is identical another dynamic that charging equipment, which is generated after triggering is opened with upper dynamic password group,
State cipher code set.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
Sub- password is preset in a function, charging equipment passes through the function and an initial value when triggering each time is opened
Generate the dynamic password group comprising the sub- password of multiple sequentials.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
Sub- password is preset by an initial value and a function and is deposited in database, and charging equipment is touched each time
It is obtained from database when hair is opened and generates the dynamic password group comprising the sub- password of multiple sequentials.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
The frequency n that charging equipment opens Password Input mistake is set, and wherein n is positive integer；
It is more than n times opening Password Input errors number, charging equipment enters lock state.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
Password exception information is sent to background management system by intelligent mobile terminal；
Background management system, which resets and fed back after receiving password exception information, sends reset code to intelligent mobile terminal；
Charging equipment is reset by inputting reset code.
Still more preferably scheme of the invention is: the multisequencing encryption management method further comprises the steps of:
Intelligent mobile terminal carries out communication connection acquisition pairing password with background management system by scanning the two-dimensional code.
The technical solution adopted by the present invention to solve the technical problems is: providing a kind of shared charging equipment system, applies
Multisequencing encryption management method described above is managed, and the shared charging equipment system includes that charging equipment and backstage are managed
Reason system, in which:
Charging equipment includes the dynamic password group of the sub- password of multiple sequentials and the unlatching for verifying input for generating one
Triggering is opened and is charged to intelligent mobile terminal after password；
Background management system, for generating and sending pairing password to intelligent mobile end with intelligent mobile terminal communication connection
Hold the unlatching password as charging equipment.
Still more preferably scheme of the invention is: the charging equipment is equipped with two dimensional code, and the intelligent mobile terminal is logical
Over-scan two dimensional code and background management system communication connection.
Still more preferably scheme of the invention is: the charging equipment is additionally provided with AC converter and connect with AC converter
Charging output interface.
The beneficial effects of the present invention are, a kind of shared charging equipment system and its multisequencing encryption management method are provided,
A dynamic password group comprising the sub- password of multiple sequentials is generated by charging equipment, and generation is another again after triggering is opened
One dynamic password group, background management system are generating different pairing passwords, intelligence from intelligent mobile terminal communication connection each time
Can mobile terminal and background management system communication connection obtain pairing password as with the pairing of the dynamic password group of charging equipment
Password is opened, input opens the controllable triggering of password and opens charging equipment, realizes charging equipment and background management system without logical
It crosses network and is communicatively coupled the management that can complete shared charging equipment, do not influenced by network signal situation, promoted shared
Charging equipment charging experience effect.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples, in attached drawing:
Fig. 1 is the flow diagram of the multisequencing encryption management method of shared charging equipment system of the invention；
Fig. 2 is the flow chart element of the locking mechanism of the multisequencing encryption management method of shared charging equipment system of the invention
Figure；
Fig. 3 is the flow chart element of the reset mechanism of the multisequencing encryption management method of shared charging equipment system of the invention
Figure.
Specific embodiment
Now in conjunction with attached drawing, elaborate to presently preferred embodiments of the present invention.
As shown in Figure 1, the present invention provides a kind of preferred reality of the multisequencing encryption management method of shared charging equipment system
Apply example.
The multisequencing encryption management method of the shared charging equipment system comprising steps of
S11, the sub- password for presetting multiple sequentials；
S12, charging equipment generate a dynamic password group comprising the sub- password of multiple sequentials, and after triggering is opened again
It is secondary to generate another dynamic password group, son corresponding to input when first sub- password of the dynamic password group is triggering unlatching
Next sub- password of password；
S13, background management system are generating different pairing passwords from intelligent mobile terminal communication connection each time, intelligence
Mobile terminal obtains pairing password as with what the dynamic password group of charging equipment was matched with background management system communication connection and opens
Open password；
S14, cipher control triggering unlatching charging equipment is opened by input.
A dynamic password group comprising the sub- password of multiple sequentials is generated by setting charging equipment, and is opened in triggering
Generate another dynamic password group again afterwards, background management system generates different match from intelligent mobile terminal communication connection each time
It to password, matches password and is matched with dynamic password group, can be used as the unlatching password of charging equipment, triggering unlatching charging can be inputted and set
Standby, charging equipment and background management system are independently arranged, no network connection, realize charging equipment and background management system without logical
It crosses network and is communicatively coupled the management that can complete shared charging equipment, do not influenced by network signal situation, promoted shared
Charging equipment charging experience effect.
Wherein, the dynamic password group that the pairing password and charging equipment that background management system generates each time generate is wherein
One sub- password pairing, input charging equipment can trigger unlatching charging equipment.
Further, in step s 12, the multisequencing encryption management method further comprises the steps of: charging equipment and is triggering
Being generated after unlatching with upper dynamic password group includes the identical another dynamic password group of sub- password number.
Charging equipment and background management system in the embodiment of the present invention are communicatively coupled not over network, but logical
The pairing password match that a certain sub- password and background management system in the dynamic password group of electric equipment generation generate is overcharged to realize
Charging equipment is opened in triggering, realizes the management to charging equipment.Charging equipment generate each time dynamic password group include it is multiple according to
The sub- password of sequence arrangement, and another dynamic password group, first sub- password of dynamic password group are generated again after triggering is opened
It is next sub- password of sub- password corresponding to input when triggering is opened；Intelligent mobile terminal is often logical with background management system
News connection is primary, and background management system just generates the pairing password different from the last time, and the pairing password sequentially generated with fill
The sub- password for the dynamic password group being arranged in order that electric equipment generates is corresponding, opens charging equipment as triggering each time
Password is opened, is generated and sent by background management system to the pairing password of intelligent mobile terminal and charging equipment life to realize
At dynamic password group in a sub- password match, charging equipment is opened in triggering, without that can realize and set to charging by network
The standby matching connection management with background management system, without passing through background management system and charging equipment communication connection control triggering
Charging equipment is opened, influence of the network signal situation to the charging experience of shared charging equipment is reduced.
Wherein, charging equipment input background management system generate pairing password after, charging equipment to pairing password into
Row detection, judges whether the unlatching password that can be used as charging equipment, if with the sub- password in the dynamic password group of generation
Match.If the dynamic password group for matching password and generation mismatches, charging equipment does not generate new dynamic password group, if with generation
The matching of dynamic password group, then charging equipment can trigger immediately generates another dynamic password group, with background management system next time
The pairing password of generation is matched.
In the present embodiment, in step s 12, the multisequencing encryption management method further comprise the steps of: preset sub- password in
In one function, it includes multiple sequentials that charging equipment, which is generated when triggering is opened each time by the function and an initial value,
The dynamic password group of sub- password.
Wherein, background management system when each time with intelligent mobile terminal communication connection by Same Function and it is same just
Initial value generates pairing password.
The dynamic password that charging equipment and background management system are mutually matched by Same Function and the generation of same initial value
Group and pairing password promote dynamic password group and match the real-time matching degree of password.
Certainly, the multisequencing encryption management method may also comprise step: close by an initial value and the default son of a function
Code simultaneously deposited in database, charging equipment each time triggering open when from database obtain generate comprising it is multiple according to
Sequence arranges the dynamic password group of sub- password.
Wherein, background management system also includes a database, passes through same initial value and the default pairing password of Same Function
And deposited in the database of background management system, background management system each time with intelligent mobile terminal communication connection from
It is obtained in database and generates different pairing passwords.
Wherein, charging equipment obtains dynamic password group and the sequence of background management system acquisition pairing password is set in advance
It sets, just realizes that charging equipment and background management system are still achievable generated dynamic in the case where not by network connection in this way
State cipher code set is matched with pairing password.
The dynamic password that charging equipment and background management system are mutually matched by Same Function and the generation of same initial value
Group and pairing password generate dynamic password group and pairing password using such mode, and confidentiality is higher.
In the present embodiment, the multisequencing encryption management method is further comprised the steps of:
S21, setting charging equipment open the frequency n of Password Input mistake, and wherein n is positive integer；
S22, Password Input errors number is being opened more than n times, charging equipment enters lock state.
It is the locking mechanism of charging equipment with reference to Fig. 2, step S21 to step S22, passes through time of setting Password Input mistake
Number n, and after the unlatching Password Input errors number of charging equipment is more than n times, charging equipment enters lock state, can certain journey
It prevents malice trial from cracking on degree and opens charging equipment with the matched pairing password triggering of dynamic password group, improve shared charge and set
Standby maintainability and safety.
Wherein, charging equipment enter lock state refer to input open password after, charging equipment does not trigger unlatching still.And n
It can be configured as needed.
In the present embodiment, the multisequencing encryption management method is further comprised the steps of:
S31, password exception information is sent to background management system by intelligent mobile terminal；
S32, background management system, which reset and fed back after receiving password exception information, sends reset code to intelligent mobile terminal；
S33, charging equipment is reset by inputting reset code.
Different pairing passwords are repeatedly being obtained from background management system communication connection but will not match Password Input extremely
Charging equipment, and the dynamic password group that the pairing Password Input charging equipment that background management system generates can not have been generated with it
In any sub- password match when, can by intelligent mobile terminal send password exception information to background management system and obtain weight
Code is set, reset code input charging equipment resets charging equipment, meanwhile, background management system is also reset.Resetting
Charging equipment and background management system generation dynamic password group and pairing password afterwards returns to originally can matched state.
With reference to Fig. 3, step S31 to step S33 is the management reset mechanism of shared mobile power source, can prevent charging equipment
The lasting entanglement of the pairing password of dynamic password group and background management system, guarantees the normal use of charging equipment.
It is explained so that the dynamic password group that charging equipment generates includes the sub- password of five sequentials as an example below.
When third time inputs pairing password, and the sub- password of the third of pairing password and dynamic password group in charging equipment
Match, charging equipment triggering is opened, and generates another dynamic password group, waits the password of input pairing next time to be matched, and raw
At dynamic password group first sub- password be sub- password corresponding to input when triggering is opened next sub- password.
In another case, generating pairing password in first five background management system, but pairing Password Input is not filled
Electric equipment inputs pairing password in charging equipment when the 6th time, and pairing password and dynamic password group mismatch, and charging equipment is not given birth to
At another dynamic password group, and background management system just generates a pairing password with intelligent mobile terminal communication connection each time,
The pairing password that then background management system is subsequently generated can not match with any sub- password of five sub- passwords of dynamic password group
It is right, it is at this time just the situation of password exception.
In the present embodiment, in step s 13, the multisequencing encryption management method further comprises the steps of: intelligent mobile terminal
Communication connection acquisition pairing password is carried out with background management system by scanning the two-dimensional code.
In the present embodiment, the charging equipment leases mode are as follows:
Intelligent mobile terminal uses scanning by dedicated APP software or in the application module of the softwares such as wechat, Alipay
The mode and background management system communication connection of two dimensional code obtain unlatching password of the pairing password as charging equipment；It will pairing
Password Input charging equipment matches a sub- password match of password and dynamic password group, and charging equipment is opened in triggering, and user can make
It is charged with charging equipment, completes to lease, APP software or application module detect that intelligent mobile terminal is started to charge and recorded
Lease duration.
The charging equipment gives back the mode of deducting fees are as follows:
User extracts charging equipment from the charging interface of intelligent mobile terminal, and APP software or application module detect intelligence
Energy mobile terminal stops charging, and the record end charging time simultaneously deducts fees.
The present invention provides a kind of preferred embodiment of shared charging equipment system.
The shared charging equipment system is managed using multisequencing encryption management method described above, described shared
Charging equipment system includes charging equipment and background management system, in which:
Charging equipment includes the dynamic password group of the sub- password of multiple sequentials and the unlatching for verifying input for generating one
Triggering is opened and is charged to intelligent mobile terminal after password；
Background management system makees password to intelligent mobile terminal for concurrently providing and delivering with intelligent mobile terminal communication connection
For the unlatching password of charging equipment.
A dynamic password group comprising the sub- password of multiple sequentials, background management system are generated by setting charging equipment
It generates and generates and sends pairing password to intelligent mobile terminal with intelligent mobile terminal communication connection, match password and set as charging
Standby unlatching password, input charging equipment triggering open charging equipment, charge to intelligent mobile terminal.Charging equipment is with after
Platform management system is independently arranged, no network connection, realizes that charging equipment is not necessarily to be communicated by network with background management system
Connection can complete the management of shared charging equipment, not influenced by network signal situation, and shared charging equipment charge bulk is promoted
Test effect.
Further, the charging equipment is equipped with two dimensional code, and the intelligent mobile terminal is by scanning the two-dimensional code and backstage
Management system communication connection.Certainly, in other embodiments, two dimensional code is also disposed on other external carriers.
And the intelligent mobile terminal may include the electronic products such as mobile phone, plate.Intelligent mobile in the present embodiment is whole
End is preferably mobile phone.
Further, the charging output interface that the charging equipment is additionally provided with AC converter and connect with AC converter.AC
Converter can be electrically connected with city, and after charging equipment triggering is opened, charge the exportable electric current of output interface, and charging can be used to set for user
It is standby to charge to intelligent mobile terminal.
Certainly, in other embodiments, charging equipment can also be equipped with rechargeable battery and charging output interface, and charging is set
After standby triggering is opened, charging output interface is connect with rechargeable battery, and exportable electric current, user can be used charging equipment to intelligence
Mobile terminal charges.
It should be understood that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations, to ability
It for field technique personnel, can modify to technical solution illustrated in the above embodiments, or special to part of technology
Sign is equivalently replaced；And all such modifications and replacement, it should all belong to the protection domain of appended claims of the present invention.
Claims (10)
1. a kind of multisequencing encryption management method of shared charging equipment system, which is characterized in that the multisequencing encryption handling
Method comprising steps of
Preset the sub- password of multiple sequentials；
Charging equipment generates a dynamic password group comprising the sub- password of multiple sequentials, and generation is another again after triggering is opened
One dynamic password group, first sub- password of the dynamic password group are corresponding to input when triggering is opened under sub- password
One sub- password；
Background management system is generating different pairing passwords, intelligent mobile terminal from intelligent mobile terminal communication connection each time
With background management system communication connection obtain pairing password as with the matched unlatching password of the dynamic password group of charging equipment；
Cipher control triggering, which is opened, by input opens charging equipment.
2. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
It includes that the identical another dynamic of sub- password number is close that charging equipment, which is generated after triggering is opened with upper dynamic password group,
Code character.
3. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
Sub- password is preset in a function, charging equipment is generated when triggering is opened each time by the function and an initial value
Dynamic password group comprising the sub- password of multiple sequentials.
4. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
Sub- password is preset by an initial value and a function and is deposited in database, and charging equipment is opened in triggering each time
It is obtained in Qi Shicong database and generates the dynamic password group comprising the sub- password of multiple sequentials.
5. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
The frequency n that charging equipment opens Password Input mistake is set, and wherein n is positive integer；
It is more than n times opening Password Input errors number, charging equipment enters lock state.
6. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
Password exception information is sent to background management system by intelligent mobile terminal；
Background management system, which resets and fed back after receiving password exception information, sends reset code to intelligent mobile terminal；
Charging equipment is reset by inputting reset code.
7. multisequencing encryption management method according to claim 1, which is characterized in that the multisequencing encryption management method
It further comprises the steps of:
Intelligent mobile terminal carries out communication connection acquisition pairing password with background management system by scanning the two-dimensional code.
8. a kind of shared charging equipment system, which is characterized in that the shared charging equipment system application claim 1-7 is any
The multisequencing encryption management method is managed, and the shared charging equipment system includes charging equipment and back-stage management system
System, in which:
Charging equipment includes the dynamic password group of the sub- password of multiple sequentials and the unlatching password for verifying input for generating one
Triggering is opened and is charged to intelligent mobile terminal afterwards；
Background management system is made for generating and sending pairing password to intelligent mobile terminal with intelligent mobile terminal communication connection
For the unlatching password of charging equipment.
9. shared charging equipment system according to claim 8, which is characterized in that the charging equipment is equipped with two dimensional code,
The intelligent mobile terminal is by scanning the two-dimensional code and background management system communication connection.
10. shared charging equipment system according to claim 8, which is characterized in that the charging equipment is additionally provided with AC and turns
Parallel operation and the charging output interface being connect with AC converter.
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