CN109151769B - Vehicle networking system data processing equipment and method supporting multiple network modes - Google Patents
Vehicle networking system data processing equipment and method supporting multiple network modes Download PDFInfo
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- CN109151769B CN109151769B CN201811032177.4A CN201811032177A CN109151769B CN 109151769 B CN109151769 B CN 109151769B CN 201811032177 A CN201811032177 A CN 201811032177A CN 109151769 B CN109151769 B CN 109151769B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/40—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P]
- H04W4/44—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P] for communication between vehicles and infrastructures, e.g. vehicle-to-cloud [V2C] or vehicle-to-home [V2H]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W36/00—Hand-off or reselection arrangements
- H04W36/14—Reselecting a network or an air interface
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
Abstract
The invention discloses a vehicle networking system data processing device and a processing method supporting a multi-network mode, wherein the device comprises a vehicle-mounted device (1) of a vehicle networking system, a vehicle-mounted data processing device (11) and a vehicle-mounted special central processing unit (12) configured with a WIFI connection service item, and the vehicle-mounted data processing device comprises an IVI (interactive voice interface) interface (111), a communication function module (112) and an auxiliary function module (115); the vehicle-mounted data processing equipment is connected with the vehicle-mounted special central processing unit through an IVI (interactive voice interface); the communication function module comprises a mobile communication module (113) and a WIFI module (116), the vehicle-mounted data processing equipment is in wireless connection with the intelligent terminal (3) through the mobile communication module or the WIFI module, and the vehicle-mounted data processing equipment is connected with the vehicle networking background server (2) through the WIFI module and the WIFI router (5). The invention enables the TBOX to have the traditional 2G/3G/4G wireless communication capability and the capability of connecting a WIFI hotspot network.
Description
Technical Field
The invention relates to a vehicle networking system and a data processing method thereof, in particular to a vehicle networking system data processing device and a vehicle networking system data processing method supporting a multi-network mode.
Background
In the current internet of vehicles system, a vehicle-mounted data processing device (Telematics BOX, abbreviated as TBOX) is used as a whole vehicle data processing and sending terminal to perform interactive communication with a background server (TSP) of the internet of vehicles, and the current TBOX can only establish network connection and interaction with the TSP through a traditional 2G/3G/4G wireless communication mode. This has the following problems:
1. once the conventional wireless communication module of TBOX is abnormal, TBOX cannot establish a connection to interact with the TSP.
Strong binding of TBOX to wireless communication network operator, heavily dependent on the wireless communication network operator.
3. The network access mode is single, the owner user can not select the network operator, and can not select the network flow package with better price.
Referring to fig. 1, a Vehicle-mounted device 1 of a Vehicle networking system In the prior art includes a Vehicle-mounted data processing device 11 (TBOX) and a Vehicle-mounted dedicated central processing unit 12 (In-Vehicle information, abbreviated as IVI), the Vehicle-mounted data processing device 11 is connected with the Vehicle-mounted dedicated central processing unit 12 (IVI) through an IVI interface 111, a communication function module 112 of the Vehicle-mounted data processing device 11 is connected with a Vehicle networking background server 2 and an intelligent terminal 3 through a mobile communication module 113 via a base station 4, and the mobile communication module 113 is connected with a wireless communication module 114.
Referring to fig. 2, the intelligent terminal 3 is connected to the mobile communication module 113, and the mobile communication module 113 is connected to the internet of vehicles background server 2 through the base station 4, so as to implement interaction of network data streams through the internet.
The chinese patent application publication No. CN106973092A discloses a system and method for providing a mobile communication network in a vehicle, which can provide a mobile communication network in a vehicle, work a vehicle-mounted communication module to provide a WIFI hotspot function, and a TBOX device still performs data interaction with a TSP through a 4G mobile communication module, and is highly dependent on network operators.
Disclosure of Invention
The invention aims to provide a vehicle networking system data processing device and a vehicle networking system data processing method supporting a multi-network mode, so that TBOX not only has the traditional 2G/3G/4G wireless communication capability, but also has the capability of connecting a WIFI hotspot network.
The invention is realized by the following steps:
a vehicle networking system data processing device supporting multiple network modes comprises a vehicle networking system vehicle-mounted device, a vehicle-mounted data processing device and a vehicle-mounted special central processing unit for configuring WIFI connection service items, wherein the vehicle-mounted data processing device comprises an IVI (integrated circuit) interface with a WIFI (wireless fidelity) configuration function, a communication function module and an auxiliary function module; the vehicle-mounted data processing equipment is connected with the vehicle-mounted special central processing unit through an IVI (interactive voice interface); the communication function module comprises a mobile communication module and a WIFI module supporting detection and connection functions, the vehicle-mounted data processing equipment is in wireless connection with the intelligent terminal through the mobile communication module or the WIFI module, and the vehicle-mounted data processing equipment is in wireless connection with the internet of vehicles background server through the WIFI module and the WIFI router.
A vehicle networking system data processing method supporting a multi-network mode utilizes a vehicle-mounted special central processing unit to configure vehicle-mounted data processing equipment to establish connection with a vehicle networking background server through WIFI, and comprises the following steps:
step 1: displaying WIFI hotspot names periodically detected by the WIFI module on a screen of the vehicle-mounted special central processing unit;
step 2: selecting a WIFI hotspot name of a WIFI router to be connected on a screen of a vehicle-mounted special central processing unit, inputting a secret key of the WIFI hotspot, and sending a WIFI setting instruction message to vehicle-mounted data processing equipment;
and step 3: the vehicle-mounted data processing equipment receives and sets the WIFI setting instruction message sent by the vehicle-mounted special central processing unit, and is connected to the WIFI router;
and 4, step 4: after the connection is successful, sending an instruction message of successful WIFI connection to the vehicle-mounted special central processing unit;
and 5: and the vehicle-mounted special central processing unit displays a WIFI connection icon on a screen after receiving the instruction message of successful connection with WIFI.
After the WIFI router is closed, the vehicle-mounted data processing equipment is automatically switched to the mobile communication module to establish connection with the internet of vehicles background server and the intelligent terminal through the 2G/3G/4G wireless communication network.
In the process that the vehicle-mounted data processing equipment is connected with the background server of the Internet of vehicles through WIFI, the vehicle-mounted data processing equipment caches message messages, and after the connection is successful, the cached message messages are sent to the background server of the Internet of vehicles through the WIFI module; in the process of switching the connection network between the vehicle-mounted data processing equipment and the background server of the Internet of vehicles, the vehicle-mounted data processing equipment caches the message, and after the connection is successful, the cached message is sent to the background server of the Internet of vehicles through the mobile communication module.
A vehicle networking system data processing method supporting a multi-network mode is characterized in that vehicle-mounted data processing equipment is provided with a Bluetooth module, the intelligent terminal is used for configuring the vehicle-mounted data processing equipment through Bluetooth and establishing connection with a vehicle networking background server through WIFI, and the method comprises the following steps:
step 1: the intelligent terminal is wirelessly connected with the vehicle-mounted data processing equipment through Bluetooth, the APP of the intelligent terminal configures a service item of the vehicle-mounted data processing equipment for connecting WIFI, and the names of WIFI hotspots periodically detected by the WIFI module are displayed on the APP of the intelligent terminal;
step 2: selecting a WIFI hotspot name of a WIFI router to be connected on an APP of the intelligent terminal, inputting a secret key of the WIFI hotspot, and sending a WIFI setting instruction message to the vehicle-mounted data processing equipment;
and step 3: the vehicle-mounted data processing equipment receives and sets a WIFI setting instruction message sent by an APP of the intelligent terminal, and is connected to the WIFI router;
and 4, step 4: after the connection is successful, sending an instruction message for successfully connecting the WIFI to the intelligent terminal;
and 5: and the intelligent terminal displays a WIFI connection icon on the screen after receiving the instruction message of successful connection with WIFI, so that data interaction of the Internet of vehicles is realized.
After the WIFI router is closed, the vehicle-mounted data processing equipment is automatically switched to the mobile communication module to establish connection with the internet of vehicles background server and the intelligent terminal through the 2G/3G/4G wireless communication network.
In the process that the vehicle-mounted data processing equipment is connected with the background server of the Internet of vehicles through WIFI, the vehicle-mounted data processing equipment caches message messages, and after the connection is successful, the cached message messages are sent to the background server of the Internet of vehicles through the WIFI module; in the process of switching the connection network between the vehicle-mounted data processing equipment and the background server of the Internet of vehicles, the vehicle-mounted data processing equipment caches the message, and after the connection is successful, the cached message is sent to the background server of the Internet of vehicles through the mobile communication module.
A vehicle networking system data processing method supporting a multi-network mode utilizes an intelligent terminal to configure vehicle-mounted data processing equipment through WIFI to establish connection with a vehicle networking background server, and comprises the following steps:
step 1: the intelligent terminal is wirelessly connected with the Internet of vehicles background server through the mobile communication module or the WIFI module, the vehicle-mounted data processing equipment is connected to the Internet of vehicles background server through a 2G/3G/4G wireless communication network and sends WIFI hotspot names periodically detected by the WIFI module to the Internet of vehicles background server, the WIFI hotspot names are sent to the intelligent terminal through the Internet of vehicles background server, and the WIFI hotspot names are displayed on an APP of the intelligent terminal;
step 2: selecting a WIFI hotspot name of a WIFI router to be connected on an APP of the intelligent terminal, inputting a secret key of the WIFI hotspot, and sending a WIFI setting instruction message to a background server of the Internet of vehicles;
and step 3: the Internet of vehicles background server receives and sets a WIFI setting instruction message sent by an APP of the intelligent terminal, and is connected to the WIFI router;
and 4, step 4: after the connection is successful, sending an instruction message of successful connection with WIFI to the Internet of vehicles background server, and forwarding the instruction message to the intelligent terminal by the Internet of vehicles background server;
and 5: and the intelligent terminal displays a WIFI connection icon on the screen after receiving the instruction message of successful connection with WIFI, so that data interaction of the Internet of vehicles is realized.
After the WIFI router is closed, the vehicle-mounted data processing equipment is automatically switched to the mobile communication module to establish connection with the internet of vehicles background server and the intelligent terminal through the 2G/3G/4G wireless communication network.
In the process that the vehicle-mounted data processing equipment is connected with the background server of the Internet of vehicles through WIFI, the vehicle-mounted data processing equipment caches message messages, and after the connection is successful, the cached message messages are sent to the background server of the Internet of vehicles through the WIFI module; in the process of switching the connection network between the vehicle-mounted data processing equipment and the background server of the Internet of vehicles, the vehicle-mounted data processing equipment caches the message, and after the connection is successful, the cached message is sent to the background server of the Internet of vehicles through the mobile communication module.
Compared with the prior art, the invention has the following beneficial effects:
1. the invention enables the TBOX to access the TSP of the vehicle networking system through the 2G/3G/4G wireless communication network, and can also be connected with the TSP through other network modes such as a WIFI hotspot network and the like, thereby getting rid of the dependence on operators and having better popularization prospect.
2. The invention diversifies network connection, ensures that the connection between the TSP and the TBOX is more reliably ensured, and the vehicle owner can freely select the wireless communication network with the highest price ratio to obtain the vehicle networking service provided by the vehicle, thereby saving the expense and expense cost for obtaining the vehicle networking service for users.
The invention ensures that the TBOX not only has the traditional 2G/3G/4G wireless communication capability, but also has the capability of connecting a WIFI hotspot network, thereby reducing the dependence on network operators and lowering the use cost.
Drawings
FIG. 1 is a schematic diagram of a prior art Internet of vehicles system data processing device;
FIG. 2 is a schematic diagram of network connection interaction of a prior art data processing method for a vehicle networking system;
FIG. 3 is a schematic diagram of a vehicle networking system data processing device supporting multiple network modes in accordance with the present invention;
FIG. 4 is an interactive schematic diagram of a vehicle-mounted dedicated central processing unit configured with a vehicle-mounted data processing device in the processing method of the present invention, which establishes a connection with a background server of the Internet of vehicles via WIFI;
FIG. 5 is an interactive schematic diagram of an intelligent terminal configuring a vehicle-mounted data processing device through Bluetooth to establish connection with a background server of the Internet of vehicles through WIFI in the processing method of the present invention;
fig. 6 is an interaction schematic diagram of the intelligent terminal configuring the vehicle-mounted data processing device through the WIFI and establishing a connection with the background server of the internet of vehicles through the WIFI in the processing method of the present invention.
In the figure, 1 vehicle networking system vehicle-mounted device, 11 vehicle-mounted data processing equipment (TBOX), 111 IVI interface, 112 communication function module, 113 mobile communication module (modem), 114 wireless communication module, 115 auxiliary function module, 116 WIFI module, 12 vehicle-mounted special central processing unit (IVI), 2 vehicle networking background server (TSP), 3 intelligent terminal, 4 base stations, 5 WIFI router.
Detailed Description
The invention is further described with reference to the following figures and specific examples.
Referring to fig. 3, the data processing device of the car networking system supporting multiple network modes comprises a car networking system on-board device 1, a car-mounted data processing device 11 (TBOX) and a car-mounted dedicated central processor 12 (IVI) configured with WIFI connection service items, wherein the car-mounted data processing device 11 comprises an IVI interface 111 with a WIFI configuration function, a communication function module 112 and an auxiliary function module 115; the vehicle-mounted data processing device 11 is connected with the vehicle-mounted special central processing unit 12 through the IVI interface 111, and the WIFI connection configuration of the vehicle-mounted data processing device 11 can be operated through a touch screen of the vehicle-mounted special central processing unit 12; the communication function module 112 comprises a mobile communication module 113 (modem) with a traditional 2G/3G/4G wireless communication function and a WIFI module 116 supporting detection and connection functions, so that the vehicle-mounted data processing device 11 has a WIFI-connectable characteristic, the vehicle-mounted data processing device 11 is in wireless connection with the intelligent terminal 3 through the mobile communication module 113 or the WIFI module 116, and the vehicle-mounted data processing device 11 is in wireless connection with the internet of vehicles background server 2 (TSP) through the WIFI module 116 and the WIFI router 5. Preferably, the intelligent terminal 3 can adopt a smart phone, a tablet computer, intelligent wearable equipment and the like provided with corresponding APPs, the APPs of the intelligent terminal 3 are provided with service items for configuring the vehicle-mounted data processing equipment 11 to be connected to the WIFI, so that the vehicle-mounted data processing equipment 11 can use a Bluetooth or a 2G/3G/4G wireless communication network to send a WIFI configuration message to the vehicle-mounted data processing equipment 11, and the vehicle-mounted data processing equipment 11 completes the configuration and connection of the WIFI after receiving the message information.
Referring to fig. 4, a data processing method of a car networking system supporting multiple network modes, which utilizes a vehicle-mounted dedicated central processing unit 12 to configure a vehicle-mounted data processing device 11 to establish a connection with a car networking background server 2 via WIFI, includes the following steps:
step 1: and displaying the names of the WIFI hotspots periodically detected by the WIFI module 116 on the screen of the vehicle-mounted special central processing unit 12.
Step 2: and selecting the WIFI hotspot name of the WIFI router 5 to be connected on the screen of the vehicle-mounted special central processing unit 12, inputting the key of the WIFI hotspot, and sending a WIFI setting instruction message to the vehicle-mounted data processing equipment 11.
And step 3: the vehicle-mounted data processing device 11 receives and sets the WIFI setting instruction message sent by the vehicle-mounted special central processing unit 12, and is connected to the WIFI router 5.
And 4, step 4: and after the connection is successful, sending an instruction message of successful connection with WIFI to the vehicle-mounted special central processing unit 12.
And 5: and the vehicle-mounted special central processing unit 12 displays a WIFI connection icon on the screen after receiving the instruction message of successful connection with WIFI.
After the WIFI router 5 is closed, the vehicle-mounted data processing equipment 11 is automatically switched to the mobile communication module 113 to establish connection with the vehicle networking background server 2 and the intelligent terminal 3 through a 2G/3G/4G wireless communication network. In the process that the vehicle-mounted data processing device 11 establishes connection with the vehicle networking background server 2 through WIFI, the vehicle-mounted data processing device 11 caches the message, and after connection is successful, the cached message is sent to the vehicle networking background server 2 through the WIFI module 116. In the process of switching the connection network between the vehicle-mounted data processing device 11 and the vehicle networking background server 2, the vehicle-mounted data processing device 11 caches the message, and sends the cached message to the vehicle networking background server 2 through the mobile communication module 113 after the connection is successful.
Referring to fig. 5, a data processing method of a vehicle networking system supporting multiple network modes, where a vehicle data processing device 11 is provided with a bluetooth module, and the vehicle data processing device 11 is configured by using a smart terminal 3 through bluetooth to establish a connection with a vehicle networking background server 2 through WIFI, includes the following steps:
step 1: intelligent terminal 3 passes through bluetooth and vehicle data processing equipment 11 wireless connection, and intelligent terminal 3's APP disposes vehicle data processing equipment 11 and connects the service item of WIFI, shows the WIFI hotspot name that WIFI module 116 detected periodically on intelligent terminal 3's APP.
Step 2: the WIFI hotspot name of the WIFI router 5 to be connected is selected from the APP of the intelligent terminal 3, the key of the WIFI hotspot is input, and a WIFI setting instruction message is sent to the vehicle-mounted data processing equipment 11.
And step 3: and the vehicle-mounted data processing equipment 11 receives and sets the WIFI setting instruction message sent by the APP of the intelligent terminal 3, and is connected to the WIFI router 5.
And 4, step 4: and after the connection is successful, sending an instruction message of successful connection with WIFI to the intelligent terminal 3.
And 5: and the intelligent terminal 3 displays a WIFI connection icon on the screen after receiving the instruction message of successful WIFI connection, so that data interaction of the Internet of vehicles is realized.
After the WIFI router 5 is closed, the vehicle-mounted data processing equipment 11 is automatically switched to the mobile communication module 113 to establish connection with the vehicle networking background server 2 and the intelligent terminal 3 through a 2G/3G/4G wireless communication network. In the process that the vehicle-mounted data processing device 11 establishes connection with the vehicle networking background server 2 through WIFI, the vehicle-mounted data processing device 11 caches the message, and after connection is successful, the cached message is sent to the vehicle networking background server 2 through the WIFI module 116. In the process of switching the connection network between the vehicle-mounted data processing device 11 and the vehicle networking background server 2, the vehicle-mounted data processing device 11 caches the message, and sends the cached message to the vehicle networking background server 2 through the mobile communication module 113 after the connection is successful.
Referring to fig. 6, a data processing method of a car networking system supporting multiple network modes, which utilizes an intelligent terminal 3 to configure a vehicle-mounted data processing device 11 through WIFI and establishes a connection with a car networking background server 2 through WIFI, includes the following steps:
step 1: intelligent terminal 3 passes through mobile communication module 113 or WIFI module 116 and car networking backend server 2 wireless connection, and vehicle-mounted data processing equipment 11 is connected to car networking backend server 2 through 2G/3G/4G wireless communication network and sends the WIFI hotspot name that WIFI module 116 detected periodically to car networking backend server 2, is sent intelligent terminal 3 by car networking backend server 2 again, shows WIFI hotspot name on intelligent terminal 3's APP.
Step 2: the WIFI hotspot name of the WIFI router 5 needing to be connected is selected from the APP of the intelligent terminal 3, the key of the WIFI hotspot is input, and a WIFI setting instruction message is sent to the Internet of vehicles background server 2.
And step 3: the internet of vehicles background server 2 receives and sets the WIFI setting instruction message sent by the APP of the intelligent terminal 3, and is connected to the WIFI router 5.
And 4, step 4: after the connection is successful, the instruction message of successful WIFI connection is sent to the Internet of vehicles background server 2, and the instruction message is forwarded to the intelligent terminal 3 by the Internet of vehicles background server 2.
And 5: and the intelligent terminal 3 displays a WIFI connection icon on the screen after receiving the instruction message of successful WIFI connection, so that data interaction of the Internet of vehicles is realized.
After the WIFI router 5 is closed, the vehicle-mounted data processing equipment 11 is automatically switched to the mobile communication module 113 to establish connection with the vehicle networking background server 2 and the intelligent terminal 3 through a 2G/3G/4G wireless communication network. In the process that the vehicle-mounted data processing device 11 establishes connection with the vehicle networking background server 2 through WIFI, the vehicle-mounted data processing device 11 caches the message, and after connection is successful, the cached message is sent to the vehicle networking background server 2 through the WIFI module 116. In the process of switching the connection network between the vehicle-mounted data processing device 11 and the vehicle networking background server 2, the vehicle-mounted data processing device 11 caches the message, and sends the cached message to the vehicle networking background server 2 through the mobile communication module 113 after the connection is successful.
The present invention is not limited to the above embodiments, and any modifications, equivalent replacements, improvements, etc. within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (2)
1. A vehicle networking system data processing method supporting a multi-network mode is characterized by comprising the following steps: the processing method is realized on the basis of vehicle networking system data processing equipment supporting multiple network modes, the vehicle networking system data processing equipment supporting the multiple network modes comprises a vehicle-mounted device (1) of the vehicle networking system, vehicle-mounted data processing equipment (11) and a vehicle-mounted special central processing unit (12) for configuring WIFI connection service items, and the vehicle-mounted data processing equipment (11) comprises an IVI (integrated circuit) interface (111) with a WIFI configuration function, a communication function module (112) and an auxiliary function module (115); the vehicle-mounted data processing equipment (11) is connected with a vehicle-mounted special central processing unit (12) through an IVI (interactive voice interface) (111); the communication function module (112) comprises a mobile communication module (113) and a WIFI module (116) supporting detection and connection functions, the vehicle-mounted data processing equipment (11) is in wireless connection with the intelligent terminal (3) through the mobile communication module (113) or the WIFI module (116), and the vehicle-mounted data processing equipment (11) is in wireless connection with the vehicle networking background server (2) through the WIFI module (116) and the WIFI router (5);
the method is characterized in that the vehicle-mounted special central processing unit (12) is used for configuring vehicle-mounted data processing equipment (11) to establish connection with the vehicle networking background server (2) through WIFI, and comprises the following steps:
step 1: displaying WIFI hotspot names periodically detected by the WIFI module (116) on a screen of the vehicle-mounted special central processing unit (12);
step 2: selecting a WIFI hotspot name of a WIFI router (5) to be connected on a screen of a vehicle-mounted special central processing unit (12), inputting a secret key of the WIFI hotspot, and sending a WIFI setting instruction message to vehicle-mounted data processing equipment (11);
and step 3: the vehicle-mounted data processing equipment (11) receives and sets the WIFI setting instruction message sent by the vehicle-mounted special central processing unit (12), and is connected to the WIFI router (5);
and 4, step 4: after the connection is successful, sending an instruction message of successful WIFI connection to a vehicle-mounted special central processing unit (12);
and 5: after receiving the instruction message of successful WIFI connection, the vehicle-mounted special central processing unit (12) displays a WIFI connection icon on a screen;
after the WIFI router (5) is closed, the vehicle-mounted data processing equipment (11) is automatically switched to the mobile communication module (113) to be connected with the vehicle networking background server (2) and the intelligent terminal (3) through a 2G/3G/4G wireless communication network;
in the process that the vehicle-mounted data processing equipment (11) is connected with the vehicle networking background server (2) through WIFI, the vehicle-mounted data processing equipment (11) caches message messages, and after connection is successful, the cached message messages are sent to the vehicle networking background server (2) through a WIFI module (116); in the process of switching the connection network between the vehicle-mounted data processing equipment (11) and the vehicle networking background server (2), the vehicle-mounted data processing equipment (11) caches the message, and after the connection is successful, the cached message is sent to the vehicle networking background server (2) through the mobile communication module (113).
2. A vehicle networking system data processing method supporting a multi-network mode is characterized by comprising the following steps: the processing method is realized on the basis of vehicle networking system data processing equipment supporting multiple network modes, the vehicle networking system data processing equipment supporting the multiple network modes comprises a vehicle-mounted device (1) of the vehicle networking system, vehicle-mounted data processing equipment (11) and a vehicle-mounted special central processing unit (12) for configuring WIFI connection service items, and the vehicle-mounted data processing equipment (11) comprises an IVI (integrated circuit) interface (111) with a WIFI configuration function, a communication function module (112) and an auxiliary function module (115); the vehicle-mounted data processing equipment (11) is connected with a vehicle-mounted special central processing unit (12) through an IVI (interactive voice interface) (111); the communication function module (112) comprises a mobile communication module (113) and a WIFI module (116) supporting detection and connection functions, the vehicle-mounted data processing equipment (11) is in wireless connection with the intelligent terminal (3) through the mobile communication module (113) or the WIFI module (116), and the vehicle-mounted data processing equipment (11) is in wireless connection with the vehicle networking background server (2) through the WIFI module (116) and the WIFI router (5);
the method is characterized in that the intelligent terminal (3) is used for establishing connection with the vehicle networking background server (2) through the WIFI configuration vehicle-mounted data processing equipment (11), and comprises the following steps:
step 1: the intelligent terminal (3) is in wireless connection with the Internet of vehicles background server (2) through the mobile communication module (113) or the WIFI module (116), the vehicle-mounted data processing equipment (11) is connected to the Internet of vehicles background server (2) through the 2G/3G/4G wireless communication network and sends WIFI hotspot names periodically detected by the WIFI module (116) to the Internet of vehicles background server (2), the WIFI hotspot names are sent to the intelligent terminal (3) through the Internet of vehicles background server (2), and the WIFI hotspot names are displayed on the APP of the intelligent terminal (3);
step 2: selecting a WIFI hotspot name of a WIFI router (5) to be connected on an APP of the intelligent terminal (3), inputting a secret key of the WIFI hotspot, and sending a WIFI setting instruction message to the Internet of vehicles background server (2);
and step 3: the Internet of vehicles background server (2) receives and sets a WIFI setting instruction message sent by the APP of the intelligent terminal (3), and is connected to the WIFI router (5);
and 4, step 4: after the connection is successful, sending an instruction message of successful connection with WIFI to the Internet of vehicles background server (2), and forwarding the instruction message to the intelligent terminal (3) by the Internet of vehicles background server (2);
and 5: after receiving the instruction message of successful WIFI connection, the intelligent terminal (3) displays a WIFI connection icon on a screen to realize data interaction of the Internet of vehicles;
after the WIFI router (5) is closed, the vehicle-mounted data processing equipment (11) is automatically switched to the mobile communication module (113) to be connected with the vehicle networking background server (2) and the intelligent terminal (3) through a 2G/3G/4G wireless communication network;
in the process that the vehicle-mounted data processing equipment (11) is connected with the vehicle networking background server (2) through WIFI, the vehicle-mounted data processing equipment (11) caches message messages, and after connection is successful, the cached message messages are sent to the vehicle networking background server (2) through a WIFI module (116); in the process of switching the connection network between the vehicle-mounted data processing equipment (11) and the vehicle networking background server (2), the vehicle-mounted data processing equipment (11) caches the message, and after the connection is successful, the cached message is sent to the vehicle networking background server (2) through the mobile communication module (113).
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| CN201811032177.4A CN109151769B (en) | 2018-09-05 | 2018-09-05 | Vehicle networking system data processing equipment and method supporting multiple network modes |
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| CN109756864A (en) * | 2019-01-09 | 2019-05-14 | 深圳高新兴物联科技有限公司 | A kind of vehicle-mounted TBOX equipment communication means and device, TBOX equipment and readable storage medium storing program for executing |
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