CN103971314A - Boarding indication service system at boarding bridge of airport - Google Patents
Boarding indication service system at boarding bridge of airport Download PDFInfo
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- CN103971314A CN103971314A CN201410225879.XA CN201410225879A CN103971314A CN 103971314 A CN103971314 A CN 103971314A CN 201410225879 A CN201410225879 A CN 201410225879A CN 103971314 A CN103971314 A CN 103971314A
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Abstract
The invention discloses a boarding indication service system at a boarding bridge of an airport. The boarding indication service system consists of a control module, an information checking module, a boarding indication module, a departure information module and an attachment module; the whole system comprises three display screens in total at a boarding gate in each fixed position, i.e., a display screen A, a display screen B and a display screen C; the control module is a core part of the whole system and is connected with all the other modules. The boarding indication service system disclosed by the invention has the use effects that passengers are instructed to go aboard quickly, so that the phenomenon of jamming at boarding bridge channels and cabin channels is avoided and the time of waiting for boarding is shortened; cabin seat distribution diagrams of different planes are intelligently displayed, thereby helping passengers to find seats quickly; the boarding order of passengers is prompted in a humanized manner, and passengers needing help, such as old people, children and women, are helped to go aboard preferentially; the luggage placement area are indicated to passengers, so that the phenomena that luggage racks are occupied in a disordered manner and luggage is placed everywhere are avoided; the boarding order is optimized, so that the potential hazard of flight delay caused by the preflight boarding process is eliminated.
Description
Technical field
The invention belongs to the departure hall indication facility technology field of boarding, particularly relate to a kind of airport shelter bridge indication service system of boarding.
Background technology
Along with the increase of civil aviation Passenger Traffic, passenger boarding waiting time lengthening, badly influences the operation of regular flight, also for nervous aircraft capacity, brings baptism.How to shorten the passenger boarding time, become airline and airport problem demanding prompt solution.
At present, boarding gate wait is boarded disorder, mainly has following problem:
(1) handled after check-in procedures, boarding gate waits for that ticket checking is disorder, and the phenomenon of not queuing up during ticket checking, jump the queue often occurs.
(2) in cabin, civil strike accounts for luggage carrier to the passenger who first boards, and causes luggage carrier off-capacity and luggage to put phenomenon everywhere.
(3) due to nacelle channel narrow space, next passenger who boards lays nowhere and stops up nacelle channel because of luggage, and after hindering, row passenger boards.
(4) because the passenger that boards increases, passenger places luggage overlong time in nacelle channel, causes the passenger after ticket checking to block up in shelter bridge passage.
(5), after part passenger normally boards, because looking for seat moves slowly, also can cause the boarding time to extend.
As can be seen here, there is much hidden danger in the present process of boarding, and the dilatory process of boarding will inevitably cause the prolongation of boarding time, finally has influence on the front time of valuable boat.
Summary of the invention
In order to address the above problem, the object of the present invention is to provide a kind of airport shelter bridge indication service system of boarding.
In order to achieve the above object, airport provided by the invention shelter bridge board indication service system by control module, information check module, the indicating module of boarding, departure from port information module and accessory module 5 modules form; Whole system comprises three display screens altogether for each boarding gate, fixed position, is respectively display screen A, display screen B and display screen C; Control module is the core component of whole system, connects all modules;
Control module consists of controller; Information is checked module and is comprised of display screen A and screen extender, and display screen A is connected with controller by screen extender; The indicating module of boarding consists of display screen B, and display screen B is connected with controller; Departure from port information module is comprised of display screen C and departure system, and display screen C is connected with controller by departure system; Accessory module is comprised of scanner and keyboard, mouse, and scanner is connected with controller respectively with keyboard, mouse.
Described control module is to have the controller that other module is controlled, and controller wherein needs at least two DB9 interfaces, three USB interface and 1 VGA interface; Wherein DB9 interface connects respectively departure system and code reader by RS-485 connection, and USB interface connects respectively keyboard, mouse and screen extender.
Described display screen A is large screen display, for showing boarding card information check system, checks passenger's flight number, board slogan and boarding time information.
Described display screen B is large screen display, and for showing cabin seats distributed intelligence, indication passenger boards sequentially.
Described display screen C is large screen display, for showing flight status information, and prompting flight time and the specifying information such as whether incur loss through delay.
Airport provided by the invention shelter bridge is boarded and is indicated the result of use of service system:
(1) indication passenger boards fast, avoids shelter bridge passage and the nacelle channel phenomenon that gets congestion, and shortens and boards the stand-by period.
(2) the intelligent cabin seats distribution plan that shows different flights, helps passenger's fast searching seat.
(3) hommization prompting passenger boarding order, helps old young women and children to wait the passenger that wants help preferentially to board.
(4) specify passenger baggage to lay interval, avoid disorderly taking luggage carrier, put luggage phenomenon everywhere.
(5) optimize the order of boarding, before elimination boat, the process of boarding causes delayed hidden danger.
Accompanying drawing explanation
Fig. 1 be airport provided by the invention shelter bridge board indication service system structural representation.
Fig. 2 is the control module indication mechanism process flow diagram of boarding.
Fig. 3 is node diagram instruction time of boarding.
Embodiment
Below in conjunction with the drawings and specific embodiments, airport provided by the invention shelter bridge is boarded and indicated service system to be elaborated.
As shown in Figure 1, airport provided by the invention shelter bridge board indication service system by control module 1, information check module 2, the indicating module 3 of boarding, departure from port information module 4 and accessory module 55 modules form; Whole system comprises three display screens altogether for each boarding gate, fixed position, is respectively display screen A, display screen B and display screen C; Control module 1 is the core component of whole system, connects all modules;
Control module 1 consists of controller 7; Information is checked module 2 and is comprised of display screen A and screen extender 6, and display screen A is connected with controller 7 by screen extender 6; The indicating module 3 of boarding consists of display screen B, and display screen B is connected with controller 7; Departure from port information module 4 is comprised of display screen C and departure system 8, and display screen C is connected with controller 7 by departure system 8; Accessory module 5 is comprised of scanner 9 and keyboard, mouse 10, and scanner 9 is connected with controller 7 respectively with keyboard, mouse 10.
Described control module 1 is for having the controller that other module is controlled, and controller 7 wherein needs at least two DB9 interfaces, three USB interface and 1 VGA interface; Wherein DB9 interface connects respectively departure system 8 and code reader 9 by RS-485 connection, and USB interface connects respectively keyboard, mouse 10 and screen extender 6.
Described display screen A is large screen display, for showing boarding card information check system, checks passenger's flight number, board slogan and boarding time information; Display screen B is large screen display, and for showing cabin seats distributed intelligence, indication passenger boards sequentially; Display screen C is large screen display, for showing flight status information, and prompting flight time and the specifying information such as whether incur loss through delay.
Display screen A realized by described screen extender 6 and display screen B shows different pictures function, and respectively controlled device 7 system programs are controlled.
Fig. 2 is the finger programs process flow diagram of boarding of control module 1 middle controller 7 operations.In flight service process, system need be carried out initialization according to S1 step in certain hour before the boarding time, according to flight number judgement type of airplane, loads aircraft freight space distribution plan, seat number, the freight space information such as board in initialization procedure.Then according to S2 step, according to cabin type and number, the passenger of this flight is carried out to subregion wait deployment.The Air Passenger A320T1 type of now take carries out subregion to seat, first-class cabin 1-2Pai Wei A district as example; Economy class 11-19 Pai Wei B district; Economy class 20-27 Pai Wei C district; Economy class 28-35 Pai Wei D district.
Then according to S3 step, in the boarding time first 5 minutes, control display screen B and show the seat distribution plan that this flight is scheduled.Then according to S4 step, start ticket checking and board, display screen B shows this flight passenger-seat prompting figure that preferentially boards.Then according to step S5, subregion waiting Passengen is discharged to front-seat order prompting from afterwards and boards, the Air Passenger A320T1 type of take is example, first points out 31-35 arrange seats passenger to board in this step, then points out 27-30 arrange seats passenger successively to board.If a certain arrange seats is not scheduled in this process, system can be skipped not Reserved seating according to Reserved seating distributed data in S3 step and point out the order of boarding.After having pointed out all Reserved seating, system can be according to S6 step, according to boarding card cross-check information, judges and shows the passenger-seat of not boarding.According to S7 step, after all passengers board and finish, system is submitted flight passenger boarding situation data to, and the service of boarding of this flight finishes.
Fig. 3 is node diagram instruction time of boarding in display B procedure for displaying.Different according to the board timing node of indication service process of type and airport difference whole, it is example that Air Passenger A320T1 type is only take in the present invention.
Timing node Ta is first 5 minutes of boarding time, until the boarding time, this process dynamics shows this flight seat predetermined case, and shows by different colours or difformity, and this process can be with reference to described Fig. 2 step S3.
The passenger that timing node Tb is the power of preferentially boarding of boarding constantly, have as indicated freight space prompting boards in advance, and this process can be with reference to described Fig. 2 step S4.
Timing node Tc is the coach passenger boarding time to Td constantly, and this procedures system arranges and begins every four to arrange prompt passengers successively and board in conjunction with selling seat from cabin, and this process can be with reference to described Fig. 2 step S5.If boarded in process front-seat passenger, rear row passenger arrives evening, with respect to front-seat passenger, has the power of preferentially boarding, and can avoid like this nacelle channel phenomenon that can not get congestion.
Timing node Te is for boarding indication service finish time, and this shows this flight passenger-seat of not boarding constantly, can notify passenger to board in time by broadcast system, and this process can be with reference to described Fig. 2 step S6.
Timing node Tf is the flight for putting forth moment, this shows that all passenger-seats by boarding gate ticket checking distribute constantly, system is automatically boarded this flight the data transmission of indication service to server and is prepared the next flight service, and this process can be with reference to described Fig. 2 step S7.
Airport provided by the invention shelter bridge is boarded and is indicated the course of work of service system as follows:
This system is mainly installed to wicket, boarding gate, and each place, boarding gate system configuration is identical, and Flight Information, by departure system real-time release, indicates passenger to board to the ticket checking of corresponding boarding gate by display screen.In first 30 minutes of flight boarding time, the system prompt boarding gate passenger of place is according to waiting between different seating areas, and indication is boarded sequentially.
After starting boarding, system is that passenger indicates seat in cabin to distribute and luggage riding position by display screen.After finishing wait boarding, system adds up according to ticket checking Customer information the number of boarding, and points out the passenger that do not board to board by broadcast system on time.Finally, system is submitted to server by this flight service data automatically.
The feature of benzene series system:
1. accurately show in real time Flight Information and corresponding cabin seats distribution plan
2. hommization indicates the order of boarding, seat position, luggage to lay the information such as interval.
3. intelligence points out the passenger that do not board to board by broadcast system on time
4. automatically submit flight ticket checking information to.
Claims (5)
1. the airport shelter bridge indication service system of boarding, is characterized in that: the described airport shelter bridge indication service system of boarding is checked module (2), the indicating module of boarding (3), departure from port information module (4) and accessory module (5) 5 modules by control module (1), information and formed; Whole system comprises three display screens altogether for each boarding gate, fixed position, is respectively display screen A, display screen B and display screen C; (the 1st, the core component of whole system, connects all modules to control module;
Control module (1) consists of controller (7); Information is checked module (2) and is comprised of display screen A and screen extender (6), and display screen A is connected with controller (7) by screen extender (6); The indicating module (3) of boarding consists of display screen B, and display screen B is connected with controller (7); Departure from port information module (4) is comprised of display screen C and departure system (8), and display screen C is connected with controller (7) by departure system (8); Accessory module (5) is comprised of scanner (9) and keyboard, mouse (10), and scanner (9) is connected with controller (7) respectively with keyboard, mouse (10).
2. the airport according to claim 1 shelter bridge indication service system of boarding, it is characterized in that: described control module (1) is for having the controller that other module is controlled, and controller wherein (7) needs at least two DB9 interfaces, three USB interface and 1 VGA interface; Wherein DB9 interface connects respectively departure system (8) and code reader (9) by RS-485 connection, and USB interface connects respectively keyboard, mouse (10) and screen extender (6).
3. the airport according to claim 1 shelter bridge indication service system of boarding, is characterized in that: described display screen A is large screen display, for showing boarding card information check system, checks passenger's flight number, board slogan and boarding time information.
4. the airport according to claim 1 shelter bridge indication service system of boarding, is characterized in that: display screen B is large screen display, for showing cabin seats distributed intelligence, and the indication passenger order of boarding.
5. the airport according to claim 1 shelter bridge indication service system of boarding, is characterized in that: display screen C is large screen display, for showing flight status information, and prompting flight time and the specifying information such as whether incur loss through delay.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410225879.XA CN103971314A (en) | 2014-05-26 | 2014-05-26 | Boarding indication service system at boarding bridge of airport |
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| CN201410225879.XA CN103971314A (en) | 2014-05-26 | 2014-05-26 | Boarding indication service system at boarding bridge of airport |
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| CN103971314A true CN103971314A (en) | 2014-08-06 |
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| CN201410225879.XA Pending CN103971314A (en) | 2014-05-26 | 2014-05-26 | Boarding indication service system at boarding bridge of airport |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104637136A (en) * | 2014-12-26 | 2015-05-20 | 陈雨淅 | Airport boarding guide method |
| CN107985616A (en) * | 2016-10-26 | 2018-05-04 | 波音公司 | Intelligent luggage management |
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| CN101110145A (en) * | 2006-07-17 | 2008-01-23 | 上海海外数码科技有限公司 | Desk type double screen automatic check-in machine and implementing method thereof |
| CN101286255A (en) * | 2007-04-12 | 2008-10-15 | 谭书敬 | Ticket information service system and its accomplishing method |
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2014
- 2014-05-26 CN CN201410225879.XA patent/CN103971314A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101110145A (en) * | 2006-07-17 | 2008-01-23 | 上海海外数码科技有限公司 | Desk type double screen automatic check-in machine and implementing method thereof |
| CN101286255A (en) * | 2007-04-12 | 2008-10-15 | 谭书敬 | Ticket information service system and its accomplishing method |
Non-Patent Citations (1)
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104637136A (en) * | 2014-12-26 | 2015-05-20 | 陈雨淅 | Airport boarding guide method |
| CN107985616A (en) * | 2016-10-26 | 2018-05-04 | 波音公司 | Intelligent luggage management |
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Application publication date: 20140806 |
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