CN104269050A - Traffic information processing system - Google Patents
Traffic information processing system Download PDFInfo
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- CN104269050A CN104269050A CN201410546358.4A CN201410546358A CN104269050A CN 104269050 A CN104269050 A CN 104269050A CN 201410546358 A CN201410546358 A CN 201410546358A CN 104269050 A CN104269050 A CN 104269050A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/123—Traffic control systems for road vehicles indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, trams
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Abstract
The invention provides a traffic information processing system and relates to the field of information traffic. The traffic information processing system aims at solving the problem of traffic congestion, and comprises a positioning terminal arranged in a vehicle, a monitor server connected with the positioning terminal, and a mobile terminal connected with the monitor server, wherein the positioning terminal and the mobile terminal are each connected with a satellite navigation system, and send the obtained first position information and the obtained second position information to the monitor server respectively; the monitor server is used for sending the second position information sent by the mobile terminal to the positioning terminal, and sending the first position information sent by the positioning terminal to the mobile terminal; the monitor server is further used for determining the running path of the vehicle where the positioning terminal is located through the first position information sent by the positioning terminal according to a carrying request message received from the mobile terminal, and sending the carrying request message to the positioning terminal according to the running path and the preset strategy.
Description
Technical field
The present invention relates to information-based field of traffic, particularly relate to a kind of traffic information processing system.
Background technology
Instantly because Chinese car is many, the people of driving is more, and traffic congestion has become nationwide problem.Nearly all big city is all faced with this thorny difficult problem, and Beijing is called as " first stifled ", is the most serious typical case of Chinese big city traffic congestion, the average velocity 12--15 kilometer/hour that peak period, bus travelled sooner or later; Shenzhen automobile pollution in 2013 surpasses 2,300,000, and peak period, main trunk road bus operation speed dropped to about 10 kilometers/hour.The traffic problems in the city such as Guangzhou, Shanghai also allow of no optimist.
Now, often through the restriction trade mark, as limited the vehicle driving of car plate mantissa 1 to 2 number every day, the vehicle that can reduce 1/5th participates in blocking up of road, but it is more difficult that restricting the number measure makes some people go on a journey, and the people taken a taxi is more, the problem that unactual solving road is crowded.
Summary of the invention
Embodiments of the invention provide a kind of traffic information processing system, with the problem that solving road is crowded.
For achieving the above object, embodiments of the invention adopt following technical scheme:
A kind of traffic information processing system is provided, be arranged on the locating terminal in vehicle, the monitoring server be connected with described locating terminal and the mobile terminal be connected with described monitoring server, described locating terminal is connected with satellite navigation system respectively with described mobile terminal, wherein
Described locating terminal, for being obtained the primary importance information of described locating terminal by satellite navigation system, and is sent to described monitoring server by described primary importance information;
Described mobile terminal, for being obtained the second place information of described mobile terminal by satellite navigation system, and is sent to described monitoring server by described second place information;
Described monitoring server, is sent to described locating terminal for the second place information sent by described mobile terminal; The primary importance information sent by described locating terminal is sent to described mobile terminal;
Described monitoring server also for, the primary importance information sent according to described locating terminal determines the driving path of described locating terminal place vehicle, after the lift-launch request message receiving the transmission of described mobile terminal, according to preset strategy, described lift-launch request message is sent to described locating terminal according to described driving path.
Further, described monitoring server also for, receive the road condition query request message that described mobile terminal sends, and after the driving path determining described mobile terminal place according to described second place information, according to described road condition query request message, the traffic information of described driving path is sent to described mobile terminal;
Further, described monitoring server also for, receive the road condition query request message that described locating terminal sends, and after the driving path determining described locating terminal place vehicle according to described primary importance information, according to described road condition query request message, the traffic information of described driving path is sent to described locating terminal.
Further, described locating terminal also for, send empty wagons information to described monitoring server;
The mobile terminal of the first passenger also for, send chauffeur request message to described monitoring server; Wherein, described chauffeur request message comprises the positional information of described first passenger;
Described monitoring server specifically for, after determining that the vehicle at described locating terminal place is empty wagons according to described empty wagons information, the chauffeur request message that the mobile terminal of described first passenger sends is sent to described locating terminal;
Described locating terminal also for, determining according to the positional information of described first passenger to carry after described first passenger, send demand response message to described monitoring server;
Described monitoring server also for, described demand response message is sent to the mobile terminal of described first passenger.
Further, described locating terminal specifically for, when determining that described vehicle is loaded with the first passenger, the first start bit sending corresponding first passenger to described monitoring server puts the identification information with the first destination information and described vehicle;
Described monitoring server specifically for, put and described first destination information determination driving path according to described first start bit, and the lift-launch request message that the mobile terminal receiving the second passenger sends, wherein, described lift-launch request message comprises the destination information of second reference position of described second passenger and the user profile of the second passenger and described second passenger, and determining that described driving path is after described second reference position and described second destination information, described lift-launch request message is sent to described locating terminal by the identification information according to described vehicle;
Described locating terminal also for, determining according to the user profile of described second reference position and described second passenger to carry after described second passenger, sending to described monitoring server and confirm to carry message;
Described monitoring server also for, the mobile terminal that message is sent to described second passenger is carried in the confirmation that sent by described locating terminal.
Further, described locating terminal specifically for, when determining that described vehicle is loaded with the first passenger, the first start bit sending corresponding first passenger to described monitoring server puts the identification information with the first destination information and described vehicle;
Described monitoring server specifically for, put and described first destination information determination driving path according to described first start bit, and described driving path is sent to the mobile terminal of the second passenger, and the lift-launch request message that the mobile terminal receiving described second passenger sends, wherein, described lift-launch request message comprises the identification information of second reference position of described second passenger and the user profile of the second passenger and described vehicle, and according to the identification information of described vehicle, described lift-launch request message is sent to described locating terminal;
Described locating terminal also for, determining according to the user profile of described second reference position and described second passenger to carry after described second passenger, sending to described monitoring server and confirm to carry message;
Described monitoring server also for, the mobile terminal that message is sent to described second passenger is carried in the confirmation that sent by described locating terminal.
Further, described system also comprises: networking client, and described networking client is connected with described monitoring server, and described networking client is used for, and receives primary importance information and the second place information of the transmission of described monitoring server;
Described monitoring server also for, receive the lift-launch request message that described networking client sends according to described primary importance information, determined the driving path of described locating terminal place vehicle according to described lift-launch request message by the primary importance information that described locating terminal sends, according to preset strategy, described lift-launch request message is sent to described locating terminal according to described driving path.
Further, also comprise: video capture device, described video capture device is arranged in described vehicle, is connected with described monitoring server, and described video capture device is used for the vision signal of collection to be sent to described monitoring server.
Further, described mobile terminal also for, completed charge by Third-party payment interface and described locating terminal.
Further, described satellite navigation system comprises: Beidou satellite navigation system and/or global position system GPS satellite navigation system.
The traffic information processing system that the embodiment of the present invention provides, comprise: be arranged on the locating terminal in vehicle, the monitoring server be connected with this locating terminal and the mobile terminal be connected with this monitoring server, this locating terminal is connected with satellite navigation system respectively with this mobile terminal, respective positional information can be sent to monitoring server by locating terminal and mobile terminal in real time, this positional information can be sent to the other side by this monitoring server, to realize the position information share of vehicle and user, and the driving path of vehicle is obtained according to the positional information of locating terminal, thus reasonably carry out path planning, alleviate traffic congestion phenomenon.
Accompanying drawing explanation
The structural representation of the first traffic information processing system that Fig. 1 provides for the embodiment of the present invention;
The structural representation of the second traffic information processing system that Fig. 2 provides for the embodiment of the present invention;
The structural representation of the third traffic information processing system that Fig. 3 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of traffic information processing system, as shown in Figure 1, this system comprises: be arranged on the locating terminal 11 in vehicle, the mobile terminal 13 that the monitoring server 12 be connected with this locating terminal 11 and the user be connected with this monitoring server 12 hold, this locating terminal 11 is connected with satellite navigation system 14 respectively with this mobile terminal 13, wherein
This locating terminal 11, for being obtained the primary importance information of this locating terminal 11 by satellite navigation system 14, and is sent to this monitoring server 12 by this primary importance information.
This mobile terminal 13, for being obtained the second place information of this mobile terminal 13 by satellite navigation system 14, and is sent to this monitoring server 12 by this second place information.
This monitoring server 12, the second place information for being sent by this mobile terminal 13 is sent to this locating terminal 11; The primary importance information that this locating terminal 11 sends is sent to this mobile terminal 13.
This monitoring server 12 also for, the driving path of this locating terminal 11 place vehicle is determined according to the primary importance information of this locating terminal 11 transmission, after the lift-launch request message receiving the transmission of this mobile terminal 13, according to preset strategy, this lift-launch request message is sent to this locating terminal 11 according to this driving path.Further, this monitoring server 12 also for, receive the road condition query request message that this mobile terminal 13 sends, and after the driving path determining this mobile terminal 13 place according to this second place information, according to this road condition query request message, the traffic information of this driving path is sent to this mobile terminal 13.Wherein, this traffic information can be the congestion information of this driving path.
It should be noted that, the locating terminal in this system can be at least two, like this, and the primary importance information that monitoring server sends according to all locating terminals thus the traffic information obtained on different driving path.
Particularly, monitoring server 12 obtains the traffic information on different driving path according to the primary importance information that the locating terminal of all vehicle set sends, and after the road condition query request message receiving mobile terminal 13 transmission, the driving path at this mobile terminal 13 place is determined according to second place information, and according to this road condition query request message, the traffic information of this driving path is sent to this mobile terminal 13, like this, user can know the traffic information of this driving path by mobile terminal 13, thus select traffic path flexibly, evade crowded road.
Similarly, locating terminal 11 also can send road condition query request message to monitoring server 12, particularly, this monitoring server 12 also for, receive the road condition query request message that this locating terminal 11 sends, and after the driving path determining this locating terminal 11 place vehicle according to this primary importance information, according to this road condition query request message, the traffic information of this driving path is sent to this locating terminal 11.Like this, namely the driver of vehicle knows this traffic information by this locating terminal 11, thus evades the driving path blocked up, and then alleviates traffic congestion.
It should be noted that, the traffic information of this driving path can by different color markings on the map of mobile terminal or locating terminal display, and such as, red expression blocks up, and yellowly represents that vehicle flowrate is large, greenly represents unobstructed, and the present invention is not construed as limiting this.
Further, this locating terminal 11 also for, send empty wagons information to this monitoring server;
The mobile terminal of the first passenger also for, send chauffeur request message to this monitoring server; Wherein, this chauffeur request message comprises the positional information of this first passenger.
This monitoring server 12 specifically for, after determining that the vehicle at this locating terminal place is empty wagons according to this empty wagons information, the chauffeur request message that the mobile terminal of this first passenger sends is sent to this locating terminal.
This locating terminal 11 also for, after determine to carry this first passenger according to the positional information of this first passenger, send demand response message to this monitoring server.
This monitoring server 12 also for, this demand response message is sent to the mobile terminal of this first passenger.
It should be noted that, the vehicle at this locating terminal place can be taxi.
Particularly, this locating terminal indicates handle to be connected with the empty wagons of taxi, according to this empty wagons instruction handle, locating terminal is when determining that this taxi is empty wagons (namely not taking out visitor), this locating terminal sends the positional information of empty wagons information and this locating terminal to this monitoring server, after the first passenger logs in this monitoring server by mobile terminal, according to the positional information of empty wagons information and this locating terminal by the taxi in mobile terminal enquiry preset range (such as can be set to search in 500 meters or in 1000 meters), and when determining that this taxi is empty wagons, chauffeur request message is sent to monitoring server by mobile terminal, wherein, this chauffeur request message comprises the positional information of this first passenger, this chauffeur request message is sent to locating terminal by this monitoring server, the car owner of taxi sees the positional information of this first passenger by the display screen of locating terminal after, and after determining to carry this first passenger by this locating terminal, this locating terminal sends demand response message to this monitoring server, this demand response message is sent to the mobile terminal of this first passenger by this monitoring server, to inform that this this taxi of the first passenger is determined to carry this first passenger.
Wherein, this demand response message can comprise the owner information of taxi, with the car owner facilitating the first passenger to contact this taxi.
Like this, user can by mobile terminal enquiry to the empty taxi run, thus prevent the blindness sky of taxi to run, and also solves user and to call a taxi difficult problem, alleviate traffic congestion.
Further, the traffic information processing system that the embodiment of the present invention provides can be applied to the share-car of taxi, specifically comprises following two kinds of implementations:
Mode one, this locating terminal 11 specifically for, when determining that this vehicle is loaded with the first passenger, sending the first start bit of corresponding first passenger to this monitoring server and putting identification information with the first destination information and this vehicle.
Particularly, taxi is when lift-launch the first passenger, by satellite navigation system, locating terminal determines that the first start bit of this first passenger is put, and obtaining the first destination information according to the destination that the first passenger will go to, the first start bit obtained is put and is sent to monitoring server with the identification information of the first destination information and taxi by locating terminal.
Wherein, the identification information of this taxi can be the license plate number of taxi, and also can be that other can distinguish the information indicating this taxi, the present invention be not construed as limiting this.
It should be noted that, the car owner of this taxi needed by the identification information (as license plate number) of the taxi of monitoring server registration oneself and owner information (contact method such as cell-phone number as car owner) before carrying, and the identification information of this taxi and owner information are preserved by monitoring server.
This monitoring server 12 specifically for, put according to this first start bit and this first destination information determination driving path, and the lift-launch request message that the mobile terminal receiving the second passenger sends, wherein, this lift-launch request message comprises the destination information of second reference position of this second passenger and the user profile of the second passenger and this second passenger, and determining that this driving path is after this second reference position and this second destination information, this lift-launch request message is sent to this locating terminal by the identification information according to this vehicle.
Particularly, put by first start bit the driving path travelled to the first destination information due to taxi and may have many, therefore, monitoring server obtains the current location of this taxi by the locating terminal in this taxi, and determine according to the current location of this taxi the driving path that this taxi is current, thus determining that this driving path is after this second reference position and this second destination information, this lift-launch request message is sent to this locating terminal by the identification information according to this vehicle.
When taxi is equipped with the first passenger, after second passenger logs in this monitoring server by mobile terminal, the second reference position and the second destination information is inputted by this mobile terminal, the lift-launch request message of the user profile of the destination information and the second passenger that comprise this second reference position and the second passenger is sent to monitoring server by this mobile terminal, monitoring server is determining that this driving path is after this second reference position and this second destination information, this lift-launch request message is sent to this locating terminal according to the identification information of this taxi by monitoring server.
It should be noted that, because driving path may have a lot through the taxi of this second reference position and this second destination information, therefore, in a kind of possible implementation of the present invention, monitoring server is before being sent to this locating terminal according to the identification information of this taxi by this lift-launch request message, driving path is sent to the mobile terminal of the second passenger by this monitoring server through this second reference position and the identification information of all taxis of this second destination information, second passenger is according to the taxi determining in the identification information of all taxis to carry, and the identification information of this taxi is sent to monitoring server.
This locating terminal 11 also for, after determining to carry this second passenger according to the user profile of this second reference position and this second passenger, send to this monitoring server and confirm to carry message.
This monitoring server 12 also for, the mobile terminal that message is sent to this second passenger is carried in the confirmation that sent by this locating terminal.
Particularly, after the car owner of taxi receives this lift-launch request message by locating terminal, user profile according to this second reference position and this second passenger determines whether to carry this passenger, after determining to carry this second passenger, send confirmation by this locating terminal to this monitoring server and carry message, this confirmation is carried message and is sent to mobile terminal, to inform that the second passenger determines to carry this second passenger by this monitoring server; After determining that refusal carries this second passenger, send refusal carry message by this locating terminal to this monitoring server, then this refusal is carried message and is sent to mobile terminal by this monitoring server.
Mode two: this locating terminal 11 specifically for, when determining that this vehicle is loaded with the first passenger, sending the first start bit of corresponding first passenger to this monitoring server and putting identification information with the first destination information and this vehicle;
This monitoring server 12 specifically for, put according to this first start bit and this first destination information determination driving path, and this driving path is sent to the mobile terminal of the second passenger, and the lift-launch request message that the mobile terminal receiving this second passenger sends, wherein, this lift-launch request message comprises second reference position of this second passenger and the user profile of the second passenger and the identification information of this vehicle, and according to the identification information of this vehicle, this lift-launch request message is sent to this locating terminal.
Particularly, when taxi is equipped with the first passenger, after second passenger logs in this monitoring server by mobile terminal, the position of all taxis and the driving path of quantity and each taxi that (such as can be set to search in 500 meters or in 1000 meters) in preset range is checked according to the map that this mobile terminal shows, when the second passenger determines that this driving path being equipped with the taxi of the first passenger passes through self position and destination, this second passenger comprises second reference position of the second passenger and the lift-launch request message of the user profile of the second passenger and the identification information of taxi by mobile terminal to monitoring server transmission, this lift-launch request message is sent to locating terminal according to the identification information of this taxi by monitoring server.
This locating terminal 11 also for, after determining to carry this second passenger according to the user profile of this second reference position and this second passenger, send to this monitoring server and confirm to carry message.
This monitoring server 12 also for, the mobile terminal that message is sent to this second passenger is carried in the confirmation that sent by this locating terminal.
Particularly, after the car owner of taxi receives this lift-launch request message by locating terminal, user profile according to this second reference position and this second passenger determines whether to carry this passenger, after determining to carry this second passenger, send confirmation by this locating terminal to this monitoring server and carry message, this confirmation is carried message and is sent to mobile terminal, to inform that the second passenger determines to carry this second passenger by this monitoring server; After determining that refusal carries this second passenger, send refusal carry message by this locating terminal to this monitoring server, then this refusal is carried message and is sent to mobile terminal by this monitoring server.
It should be noted that, locating terminal can show the reference position of the second passenger and the user profile (cell-phone number etc. as the second passenger) of the second passenger by display screen, facilitates the car owner of taxi to determine whether to embark on journey and finds the second passenger fast.
As from the foregoing, the difference of mode one and mode two is: mode one is after user is by mobile terminal self reference position of input and destination information, determine whether the driving path of hiring a car passes through this reference position and destination information by monitoring server, and the locating terminal passing through the taxi of this reference position and destination information to driving path sends lift-launch request message; Mode two is the driving paths of taxi and the taxi that the map and map that are shown by mobile terminal by user show, oneself selects the taxi identical with the path of oneself, and the identification information of this taxi is sent to monitoring server, the lift-launch request message comprising this identification information and reference position and destination information is sent to locating terminal by monitoring server.
In addition, for aforesaid way one, monitoring server is determining that this driving path is after this second reference position and this second destination information, the identification information of the taxi preserved when monitoring server also can be registered according to this taxi and owner information contact directly the car owner of this taxi, such as, contact this car owner in the mode of direct calling or SMS notification by the mobile terminal (as mobile phone) of this car owner.
For aforesaid way two, when the second passenger determines that this driving path being equipped with the taxi of the first passenger passes through self position and destination, this second passenger also can car owner that is direct by mobile terminal and taxi contact, such as make a phone call or send short messages, particularly, because monitoring server preserves identification information and the owner information of taxi, therefore, after second passenger determines the taxi that will carry, acquisition solicited message is sent to monitoring server by locating terminal, this acquisition solicited message comprises the identification information of this taxi, with the owner information (as cell-phone number) of taxi corresponding to the identification information to this taxi of monitoring server acquisition request, the owner information of the taxi of correspondence is sent to the mobile terminal of the second passenger by monitoring server according to the identification information of the taxi in the acquisition solicited message received, second passenger is by the owner information of acquisition for mobile terminal, and contact the car owner of taxi in the mode of making a phone call or send note according to this owner information.
Like this, make the multiple passengers on same driving path arrive respective destination by same taxi, add the utilization factor of taxi, solve taxi and to call a taxi difficult problem, alleviate traffic congestion.
Alternatively, user also can check the vehicle position information in preset range by the browser of networking client, wherein, this networking client can be desktop computer, particularly, as shown in Figure 2, this system also comprises: networking client 15, this networking client 15 is connected with this monitoring server 12, this networking client 15 for, receive this monitoring server 12 send primary importance information and second place information;
This monitoring server 12 also for, receive the lift-launch request message that this networking client 15 sends according to this primary importance information, determined the driving path of this locating terminal place vehicle by the primary importance information that this locating terminal sends according to this lift-launch request message, it should be noted that, the specific implementation that this lift-launch request message to be sent to this locating terminal according to this driving path according to preset strategy by this monitoring server with reference to the description of aforesaid way one and mode two, can repeat no more herein.
Alternatively, as shown in Figure 3, this system also comprises: video capture device 16, and this video capture device 16 is arranged in this vehicle, is connected with this monitoring server 12, and this video capture device 16 is for being sent to this monitoring server 12 by the vision signal of collection.
Alternatively, this mobile terminal 13 also for, completed charge by Third-party payment interface and this locating terminal.
Particularly, after the second passenger arrives destination, this second passenger completes electronic payment by mobile terminal and this locating terminal, and the mode of paying can be the payment of micro-letter or Alipay payment etc., and the present invention is not construed as limiting the mode of paying.
It should be noted that, the mobile terminal in the embodiment of the present invention can be the equipment such as mobile phone or panel computer, and the present invention is not construed as limiting this.
In addition, first, second the saying that above-described embodiment adopts in describing, the not meaning of restriction order, only for convenience of distinguishing.
Further, above-mentioned satellite navigation system comprises: Beidou satellite navigation system and/or GPS (Global Positioning System, GPS) satellite navigation system.
It should be noted that, the mobile terminal in the present invention and car-mounted terminal can support Beidou satellite navigation system, also can support GPS navigation system, in addition, can also support Beidou satellite navigation system and gps satellite navigational system simultaneously.Pass through said system, respective positional information can be sent to monitoring server by locating terminal and mobile terminal in real time, this positional information can be sent to the other side by this monitoring server, to realize the position information share of vehicle and user, and the driving path of vehicle is obtained according to the positional information of locating terminal, thus reasonably carry out path planning, alleviate traffic congestion phenomenon.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (10)
1. a traffic information processing system, it is characterized in that, comprise: be arranged on the locating terminal in vehicle, the monitoring server be connected with described locating terminal and the mobile terminal be connected with described monitoring server, described locating terminal is connected with satellite navigation system respectively with described mobile terminal, wherein
Described locating terminal, for being obtained the primary importance information of described locating terminal by satellite navigation system, and is sent to described monitoring server by described primary importance information;
Described mobile terminal, for being obtained the second place information of described mobile terminal by satellite navigation system, and is sent to described monitoring server by described second place information;
Described monitoring server, is sent to described locating terminal for the second place information sent by described mobile terminal; The primary importance information sent by described locating terminal is sent to described mobile terminal;
Described monitoring server also for, the primary importance information sent according to described locating terminal determines the driving path of described locating terminal place vehicle, after the lift-launch request message receiving the transmission of described mobile terminal, according to preset strategy, described lift-launch request message is sent to described locating terminal according to described driving path.
2. system according to claim 1, is characterized in that,
Described monitoring server also for, receive the road condition query request message that described mobile terminal sends, and after the driving path determining described mobile terminal place according to described second place information, according to described road condition query request message, the traffic information of described driving path is sent to described mobile terminal.
3. system according to claim 1, is characterized in that,
Described monitoring server also for, receive the road condition query request message that described locating terminal sends, and after the driving path determining described locating terminal place vehicle according to described primary importance information, according to described road condition query request message, the traffic information of described driving path is sent to described locating terminal.
4. system according to claim 1, is characterized in that,
Described locating terminal also for, send empty wagons information to described monitoring server;
The mobile terminal of the first passenger also for, send chauffeur request message to described monitoring server; Wherein, described chauffeur request message comprises the positional information of described first passenger;
Described monitoring server specifically for, after determining that the vehicle at described locating terminal place is empty wagons according to described empty wagons information, the chauffeur request message that the mobile terminal of described first passenger sends is sent to described locating terminal;
Described locating terminal also for, determining according to the positional information of described first passenger to carry after described first passenger, send demand response message to described monitoring server;
Described monitoring server also for, described demand response message is sent to the mobile terminal of described first passenger.
5. system according to claim 4, is characterized in that,
Described locating terminal specifically for, when determining that described vehicle is loaded with the first passenger, the first start bit sending corresponding first passenger to described monitoring server puts the identification information with the first destination information and described vehicle;
Described monitoring server specifically for, put and described first destination information determination driving path according to described first start bit, and the lift-launch request message that the mobile terminal receiving the second passenger sends, wherein, described lift-launch request message comprises the destination information of second reference position of described second passenger and the user profile of the second passenger and described second passenger, and determining that described driving path is after described second reference position and described second destination information, described lift-launch request message is sent to described locating terminal by the identification information according to described vehicle;
Described locating terminal also for, determining according to the user profile of described second reference position and described second passenger to carry after described second passenger, sending to described monitoring server and confirm to carry message;
Described monitoring server also for, the mobile terminal that message is sent to described second passenger is carried in the confirmation that sent by described locating terminal.
6. system according to claim 4, is characterized in that,
Described locating terminal specifically for, when determining that described vehicle is loaded with the first passenger, the first start bit sending corresponding first passenger to described monitoring server puts the identification information with the first destination information and described vehicle;
Described monitoring server specifically for, put and described first destination information determination driving path according to described first start bit, and described driving path is sent to the mobile terminal of the second passenger, and the lift-launch request message that the mobile terminal receiving described second passenger sends, wherein, described lift-launch request message comprises the identification information of second reference position of described second passenger and the user profile of the second passenger and described vehicle, and according to the identification information of described vehicle, described lift-launch request message is sent to described locating terminal;
Described locating terminal also for, determining according to the user profile of described second reference position and described second passenger to carry after described second passenger, sending to described monitoring server and confirm to carry message;
Described monitoring server also for, the mobile terminal that message is sent to described second passenger is carried in the confirmation that sent by described locating terminal.
7. the system according to any one of claim 1 to 6, it is characterized in that, described system also comprises: networking client, and described networking client is connected with described monitoring server, described networking client is used for, and receives primary importance information and the second place information of the transmission of described monitoring server;
Described monitoring server also for, receive the lift-launch request message that described networking client sends according to described primary importance information, determined the driving path of described locating terminal place vehicle according to described lift-launch request message by the primary importance information that described locating terminal sends, according to preset strategy, described lift-launch request message is sent to described locating terminal according to described driving path.
8. system according to claim 7, it is characterized in that, also comprise: video capture device, described video capture device is arranged in described vehicle, be connected with described monitoring server, described video capture device is used for the vision signal of collection to be sent to described monitoring server.
9. system according to claim 8, is characterized in that, described mobile terminal also for, completed charge by Third-party payment interface and described locating terminal.
10. system according to claim 8 or claim 9, it is characterized in that, described satellite navigation system comprises: Beidou satellite navigation system and/or global position system GPS satellite navigation system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410546358.4A CN104269050A (en) | 2014-10-15 | 2014-10-15 | Traffic information processing system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410546358.4A CN104269050A (en) | 2014-10-15 | 2014-10-15 | Traffic information processing system |
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| CN104269050A true CN104269050A (en) | 2015-01-07 |
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| CN201410546358.4A Pending CN104269050A (en) | 2014-10-15 | 2014-10-15 | Traffic information processing system |
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| CN (1) | CN104269050A (en) |
Cited By (4)
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| CN106156074A (en) * | 2015-03-31 | 2016-11-23 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
| CN107145150A (en) * | 2017-06-16 | 2017-09-08 | 华为技术有限公司 | A kind of motor vehicles automatic Pilot method and terminal device |
| WO2019119542A1 (en) * | 2017-12-21 | 2019-06-27 | 深圳市沃特沃德股份有限公司 | Navigation method for vehicle-mounted system and vehicle-mounted system |
| CN113343165A (en) * | 2021-05-25 | 2021-09-03 | 广州瀚信通信科技股份有限公司 | Community personnel management method and device based on Beidou satellite navigation and positioning |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106156074A (en) * | 2015-03-31 | 2016-11-23 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
| CN107145150A (en) * | 2017-06-16 | 2017-09-08 | 华为技术有限公司 | A kind of motor vehicles automatic Pilot method and terminal device |
| CN107145150B (en) * | 2017-06-16 | 2020-04-21 | 华为技术有限公司 | Automatic driving method for motor vehicle and terminal equipment |
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| WO2019119542A1 (en) * | 2017-12-21 | 2019-06-27 | 深圳市沃特沃德股份有限公司 | Navigation method for vehicle-mounted system and vehicle-mounted system |
| CN113343165A (en) * | 2021-05-25 | 2021-09-03 | 广州瀚信通信科技股份有限公司 | Community personnel management method and device based on Beidou satellite navigation and positioning |
| CN113343165B (en) * | 2021-05-25 | 2023-02-10 | 广州瀚信通信科技股份有限公司 | Community personnel management method and device based on Beidou satellite navigation and positioning |
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