CN105491228A - Method and system for sharing vehicle control rights - Google Patents
Method and system for sharing vehicle control rights Download PDFInfo
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- CN105491228A CN105491228A CN201510829147.6A CN201510829147A CN105491228A CN 105491228 A CN105491228 A CN 105491228A CN 201510829147 A CN201510829147 A CN 201510829147A CN 105491228 A CN105491228 A CN 105491228A
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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
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B13/00—Taximeters
- G07B13/02—Details; Accessories
- G07B13/04—Details; Accessories for indicating fare or state of hire
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Human Computer Interaction (AREA)
- Computer Networks & Wireless Communication (AREA)
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Abstract
The invention provides a method and a system for sharing vehicle control rights, and belongs to the technical field of the Internet of things. The method and the system are used for solving the vehicle security problem caused by the loss of a handover password in the case of electronic authorization handover. The technical points are as follows: a user mobile phone APP receives authorization information, a user can set WIFI login information and send the WIFI login information to a vehicular device; vehicle control is executed under WIFI, when borrowing a vehicle, the WIFI is connected by the login information, an authorization verification request is sent, and when login and verification are successful, the user has the vehicle control rights. The method and the system are used for effectively reducing the vehicle management cost in the car rental industry and can also be realizing the aspiration of conveniently sharing vehicles among friends and families in life.
Description
Technical field
The invention belongs to technology of Internet of things field, relate to a kind of method that wagon control power shared by mobile phone utilizing technology of Internet of things to realize specifically.
Background technology
Industry of now commercially hiring a car is risen gradually, lending and giving back of vehicle is very frequent, and when being lent by car at present and give back, employing be all the mode directly joining car and car key, this all needs people to join face to face, this results in a part of cost of industry of hiring a car.In addition, people in life, between relative, friend borrow car, returning the car also has the identical problem joined face to face.
In addition, if can realize, one is non-to join face to face, the System and method for of electronic authorization handing-over, and must relate to the problem of vehicle safety, such as, vehicle, in handshaking, is usurped password by people, and the problems such as the vehicle loss caused.
Therefore, design one can realize electronic authorization handing-over, can avoiding again the System and method for losing the vehicle safety problem caused because joining password, seeming particularly important.
Summary of the invention
In order to solve the problems of the technologies described above, the invention provides a kind of method and system sharing wagon control power, to realize safety, the electronics handing-over of leasing vehicle.
To achieve these goals, the technical scheme that the present invention uses is: a kind of method sharing wagon control power, comprises the steps:
Cloud server is as IAD and account data storehouse, and leading subscriber, car owner log in;
The vehicle lease request that car owner's server receives user mobile phone A PP sends, sends authorization message to mobile unit;
Mobile unit receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
Further, the information that cloud server is preserved, comprises the authority of the account of each client and password, each client; Intercommunication mutually between client needs to forward through cloud server, and cloud server is to the authorization check of the client of the information of transmission.
Further, the step of the vehicle lease request that described user mobile phone APP sends is: user passes through user mobile phone APP and uses account and password login to cloud server, inquire about and select the vehicle that can lease, the time started that input vehicle is leased and end time, and waiting for and authorizing;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate.
Further, described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
Further, send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, mobile unit verification account number cipher passes through, perform corresponding control command, return successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command.
Further, car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit carry out power, by authorization message corresponding for user account delete, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server; " user account+vehicle account " is sent to user mobile phone APP by car owner's server.
The invention still further relates to a kind of system sharing wagon control power, comprising:
Cloud server, as IAD and account data storehouse, leading subscriber, car owner log in;
Car owner's server, receives the vehicle lease request that user mobile phone APP sends, and sends authorization message to mobile unit;
Mobile unit, receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP, receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
Further, described cloud server is core gateway, and mobile unit, user mobile phone APP, car owner mobile phone A PP, car owner's server are client, and each client uses account and password login to cloud server.
Further, in described system, share car owner's mobile phone of control corresponding one and above car owner's server and vehicle.
Further, the information that cloud server is preserved, comprises the authority of the account of each client and password, each client; Intercommunication mutually between client needs to forward through cloud server, and cloud server is to the authorization check of the client of the information of transmission;
The step of the vehicle lease request that described user mobile phone APP sends is: user passes through user mobile phone APP and uses account and password login to cloud server, inquire about and select the vehicle that can lease, the time started that input vehicle is leased and end time, and wait for mandate;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate;
Described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
Send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, and mobile unit verification account number cipher passes through, perform corresponding control command, return successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command;
Car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit carry out power, by authorization message corresponding for user account delete, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server; " user account+vehicle account " is sent to user mobile phone APP by car owner's server.
Beneficial effect: wagon control of the present invention weighs the method and system shared, employ technology of Internet of things, the right to use of vehicle is carried out network management, user uses mobile phone A PP, a series of flow processs of hiring a car, pay the bill, pick up the car, drive and returning the car can be completed online, do not need completely to join face to face with lease side, thus the cost that industry of hiring a car brings because of vehicle management can be significantly reduced, to can be implemented in life portable between friend and household yet and share the hope of vehicle.And use cloud server, hierarchical mandate between car owner's server and user APP, can prevent vehicle from joining the generation of the vehicle Loss caused because of electronics.
Accompanying drawing explanation
The present invention has accompanying drawing 7 width:
Fig. 1 network in general topological diagram;
Fig. 2 cloud working platform schematic diagram;
Fig. 3 cloud plate tunnel schematic diagram;
Flow chart leased by Fig. 4 vehicle;
Fig. 5 wagon control schematic diagram;
Fig. 6 wagon control flow chart;
The direct authorization flow figure of Fig. 7 car owner mobile phone.
Embodiment
embodiment 1:
Share a method for wagon control power, there are following steps:
Cloud server is as IAD and account data storehouse, and leading subscriber, car owner log in;
The vehicle lease request that car owner's server receives user mobile phone A PP sends, sends authorization message to mobile unit;
Mobile unit receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
embodiment 2:
There is the technical scheme identical with embodiment 1, more specifically: client logs to cloud server can with other client communications, cloud server can refuse the client by account number cipher mistake; The information that cloud server is preserved, comprise each client (vehicle, APP, server is all client) account and password, the authority of each client, each client and other clients relation and as some other information such as vehicle list and models, client beyond the clouds server can inquire the information oneself can checked.
Intercommunication mutually between client needs to forward through cloud server, as shown in Figure 2, when client 1 sends data to client 2, " data+client 2 account " is sent to cloud server, cloud server verification authority, when verification has authority, " data+client 1 account " is forwarded to client 2; It is the same that client 2 sends data to client 1 flow process.
Between the client having permission communication, cloud server is exactly transparent passage.But the communication between the client not having an authority, then can be refused by cloud server automatically.
embodiment 3:
There is the technical scheme identical with embodiment 1 or 2, more specifically: the step of the vehicle lease request that described user mobile phone APP sends is: user opens user mobile phone APP, use account and password login to cloud server; In user mobile phone APP, inquire about the vehicle that can lease, select the vehicle that user leases, input the time started and end time of leasing, confirm to need to lease vehicle, after payment, wait for mandate;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, after confirmation is paid the bill, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, and return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate.Now user mobile phone can go to appointed place to pick up the car with car after the time started, before the end time, vehicle is stopped go back to place of picking up the car, APP performs vehicle and gives back.
embodiment 4:
Have and the identical technical scheme of embodiment 1 or 2 or 3, more specifically: described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
In the security system of whole system, cloud server administrative login account and password, car owner's network in charge generates and controls password, and mobile unit is responsible for preserving and verification control password, user is responsible for arranging WIFI account and password, and wagon control only can perform again under WIFI.
So in order to steal vehicle, must get login password simultaneously, control password, WIFI password, and these three passwords are kept at cloud server respectively, mobile unit and user three place, the likelihood ratio of simultaneously losing is lower, improves security of system.
embodiment 5:
Have and the identical technical scheme of embodiment 1 or 2 or 3 or 4, more specifically: send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, mobile unit verification account number cipher passes through, perform corresponding control command, return successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command.
embodiment 6:
Have and the identical technical scheme of embodiment 1 or 2 or 3 or 4 or 5, more specifically: car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit and carries out power, mobile unit confirms that vehicle gets back to assigned address, and after door and window lock has all cut out and has locked, authorization message corresponding for user account deleted, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to user mobile phone APP by car owner's server.In order to confirm that vehicle has been given back, user leases vehicle and terminates.
embodiment 7:
Share a system for wagon control power, comprising:
Cloud server, as IAD and account data storehouse, leading subscriber, car owner log in;
Car owner's server, receives the vehicle lease request that user mobile phone APP sends, and sends authorization message to mobile unit;
Mobile unit, receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP, receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
Make cloud server (CloudServer), mobile unit (VehicleEquipment), car owner's server (OwnerServer), car owner mobile phone A PP (OwnerPhone), user mobile phone APP (UserPhone) network consisting.
embodiment 8:
There is the technical scheme identical with embodiment 7, more specifically: described cloud server is core gateway, mobile unit, user mobile phone APP, car owner mobile phone A PP, car owner's server are client, and each client uses account and password login to cloud server.
embodiment 9:
There is the technical scheme identical with embodiment 7 or 8, more specifically: in described system, share car owner's mobile phone of control corresponding one and above car owner's server and vehicle.Server is in the network of core composition beyond the clouds, except can having multiple car and multiple user mobile phone, also supports multiple car owner's mobile phone and multiple car owner's server.That is, this system can support the service of cars on hire of multiple rent-a-car company, also can support that single car owner is to the borrowservice of oneself car.
embodiment 10:
Have and the identical technical scheme of embodiment 7 or 8 or 9, more specifically:, client logs to cloud server can with other client communications, cloud server can refuse the client by account number cipher mistake;
The information that cloud server is preserved, comprises the account of each client (server is all client for vehicle, APP) and the relation of password, the authority of each client, each client and other clients; And as some other information such as vehicle list and models, client beyond the clouds server can inquire the information oneself can checked.
Intercommunication mutually between client needs to forward through cloud server, as shown in Figure 2, when client 1 sends data to client 2, " data+client 2 account " is sent to cloud server, cloud server verification authority, when verification has authority, " data+client 1 account " is forwarded to client 2; It is the same that client 2 sends data to client 1 flow process.
Between the client having permission communication, cloud server is exactly transparent passage.But the communication between the client not having an authority, then can be refused by cloud server automatically.
The step of the vehicle lease request that described user mobile phone APP sends is: user opens user mobile phone APP, uses account and password login to cloud server; In user mobile phone APP, inquire about the vehicle that can lease, select the vehicle that user leases, input the time started and end time of leasing, confirm to need to lease vehicle, after payment, wait for mandate;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, after confirmation is paid the bill, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, and return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate.Now user mobile phone can go to appointed place to pick up the car with car after the time started, before the end time, vehicle is stopped go back to place of picking up the car, APP performs vehicle and gives back.
Described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
Send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, and mobile unit verification account number cipher passes through, perform corresponding control command, return successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command.
Car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit and carries out power, mobile unit confirms that vehicle gets back to assigned address, and after door and window lock has all cut out and has locked, authorization message corresponding for user account deleted, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server; " user account+vehicle account " is sent to user mobile phone APP by car owner's server.In order to confirm that vehicle has been given back, user leases vehicle and terminates.
embodiment 11:
Mobile unit uses wireless network (GPRS or 3G, 4G net), and when vehicle drives to the region not having base station coverage, user still can use APP to pass through local WIFI and control vehicle, can't affect user and use.Again or cloud server to be attacked or delayed machine, also can not have influence on user this locality and control vehicle.
This is localization and discrete type (non-central calculating) characteristic of Internet of things system, data storage and computing is distributed to each node of Internet of Things as far as possible, thus avoids occurring large-scale loss of data and service disruption.
As shown in Figure 7, system also can support the mode of being authorized directly to user APP by car owner APP, can meet the function of mutually borrowing car between friend or household like this.Car owner's mobile phone stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will borrow, after mobile unit receives authorization message, authorization message is saved in this locality, return authorization successfully gives car owner's server.Car owner's mobile phone will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives information, information is saved in this locality, return authorization successfully gives car owner's server.Between start and end time, can communicate between user account and vehicle account.Car owner's mobile phone will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate.
The above; be only the present invention's preferably embodiment; but protection scope of the present invention is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses; be equal to according to technical scheme of the present invention and inventive concept thereof and replace or change, all should be encompassed within protection scope of the present invention.
Claims (10)
1. share a method for wagon control power, it is characterized in that,
Cloud server is as IAD and account data storehouse, and leading subscriber, car owner log in;
The vehicle lease request that car owner's server receives user mobile phone A PP sends, sends authorization message to mobile unit;
Mobile unit receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
2. share the method for wagon control power as claimed in claim 1, it is characterized in that,
The information that cloud server is preserved, comprises the authority of the account of each client and password, each client; Intercommunication mutually between client needs to forward through cloud server, and cloud server is to the authorization check of the client of the information of transmission.
3. share the method for wagon control power as claimed in claim 1, it is characterized in that,
The step of the vehicle lease request that described user mobile phone APP sends is: user passes through user mobile phone APP and uses account and password login to cloud server, inquire about and select the vehicle that can lease, the time started that input vehicle is leased and end time, and wait for mandate;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate.
4. share the method for wagon control power as claimed in claim 1, it is characterized in that, described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
5. share the method for wagon control power as claimed in claim 4, it is characterized in that, send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, mobile unit verification account number cipher passes through, and performs corresponding control command, returns successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command.
6. the method sharing wagon control power described in as claimed in claim 17, is characterized in that,
Car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit carry out power, by authorization message corresponding for user account delete, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server; " user account+vehicle account " is sent to user mobile phone APP by car owner's server.
7. share a system for wagon control power, it is characterized in that, comprising:
Cloud server, as IAD and account data storehouse, leading subscriber, car owner log in;
Car owner's server, receives the vehicle lease request that user mobile phone APP sends, and sends authorization message to mobile unit;
Mobile unit, receives and preserves authorization message, sends authorization message extremely at user mobile phone APP;
User mobile phone APP, receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, user has wagon control power.
8. share the system of wagon control power as claimed in claim 1, it is characterized in that, described cloud server is core gateway, and mobile unit, user mobile phone APP, car owner mobile phone A PP, car owner's server are client, and each client uses account and password login to cloud server.
9. share the system of wagon control power as claimed in claim 2, in described system, share car owner's mobile phone of control corresponding one and above car owner's server and vehicle.
10. share the system of wagon control power as claimed in claim 1, it is characterized in that,
The information that cloud server is preserved, comprises the authority of the account of each client and password, each client; Intercommunication mutually between client needs to forward through cloud server, and cloud server is to the authorization check of the client of the information of transmission;
The step of the vehicle lease request that described user mobile phone APP sends is: user passes through user mobile phone APP and uses account and password login to cloud server, inquire about and select the vehicle that can lease, the time started that input vehicle is leased and end time, and wait for mandate;
Described transmission authorization message is to mobile unit, mobile unit receives and preserves authorization message, send authorization message in the step of user mobile phone APP being: car owner's server receives vehicle lease request, stochastic generation one controls password, will " user account+control password+time started+end time " send to the mobile unit of the vehicle that will lease as authorization message, after mobile unit receives authorization message, authorization message is saved in this locality, return authorization successful information is to car owner's server;
Car owner's server will " user account+vehicle account+time started+end time " send to cloud server, after cloud server receives above-mentioned information, information is saved in this locality, return authorization successful information is to car owner's server; In the time interval of start and end time, user account can communicate with vehicle account;
Car owner's server will " vehicle account+control password+time started+end time " send to user mobile phone APP to complete mandate;
Described user mobile phone APP receives authorization message, and user can arrange WIFI logon information and be sent to mobile unit; Wagon control performs under WIFI, when leasing vehicle, uses logon information to connect WIFI, and sends authority checking request, and when logging in and be proved to be successful, the step that user has wagon control power is:
Mobile unit is with WIFI module, after user mobile phone APP obtains the authorization, need WIFI title and password that mobile unit is first set, when user arrives the du vehicule of asking to lease, vehicle-mounted WIFI is connected with password according to the WIFI title of setting, WIFI successful connection, the control operation that user can use user mobile phone APP to be unlocked by WIFI network control vehicle, locked, light a fire, stop working, before control operation, need checking authorization requests, user mobile phone APP keys in described control password, completes authorization requests.
Send in authorization requests first and obtain the authorization, control operation afterwards performs all to be needed to key in described control password, and mobile unit verification account number cipher passes through, perform corresponding control command, return successful operation information to user mobile phone APP, verification is not passed through, then do not perform corresponding control command;
Car owner's server receive user mobile phone APP return the car message time, " user account+vehicle account " is sent to mobile unit carry out power, by authorization message corresponding for user account delete, the power of returning to completes information to car owner's server;
" user account+vehicle account " is sent to cloud server and carries out power by car owner's server, and cloud server deletes authorization message corresponding to user account, and the power of returning to completes information to car owner's server; " user account+vehicle account " is sent to user mobile phone APP by car owner's server.
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