CN202414174U - Aid-to-navigation light simulating screen - Google Patents
Aid-to-navigation light simulating screen Download PDFInfo
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- CN202414174U CN202414174U CN2011205314007U CN201120531400U CN202414174U CN 202414174 U CN202414174 U CN 202414174U CN 2011205314007 U CN2011205314007 U CN 2011205314007U CN 201120531400 U CN201120531400 U CN 201120531400U CN 202414174 U CN202414174 U CN 202414174U
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Abstract
The utility model relates to an aid-to-navigation light simulating screen which consists of a plurality of simulating screen units formed by splicing, and a control system. Each simulating screen unit comprises a keel, a frame, a PCB (printed circuit board), a color printing pattern layer and a simulating lamp. The control system comprises a monitoring host and a screen LED (light-emitting diode) control system. In the aid-to-navigation light simulating screen provided by the utility model, a 'one-to-one' simulating mode with a practical lamp is adopted; and the simulating lamp can simulate the 4C characteristic of aid-to-navigation light and keep high simulation degree. The system is connected with a practical light system of an airport and can be used for monitoring the light system of the airport so that working personnel of a light station can monitor visually, the fault of the light system can be conveniently found in time, the fault duration of the light system is reduced and the safety factor of the system is increased; and the system can also be used for training light professionals and demonstrates aid-to-navigation light characteristics in a mode close to a practical operating effect. By using the system, partial practical training can be replaced, so that the average training cost is lowered obviously, the training time is shortened and the training effect is improved.
Description
Technical field
The utility model belongs to civil aviaton's technical field, particularly relates to a kind of navigational lighting aid imitation screen.
Background technology
Navigational lighting aid is the important visual navaid that the aviator accomplishes takeoff and landing, and it is that night and severe weather conditions are got off the plane and realized that the important leverage of safe landing, navigational lighting aid system are one of indispensable facilities in large and medium-sized airport.Increase along with China Civil Aviation Airport and runway; Light station service personnel, control tower light monitor staff and the aviator relevant with navigational lighting aid will sharply increase, and will be vital tasks to these cultivations of carrying out navigational lighting aid use, control and service personnel in the future.At present, the theoretical training that the training of navigational lighting aid still adopts books teaching, pictograph to show, and the mode that combines field practice to learn are so general light station staff needs training and the learning time in 2 years.Yet, that carry out on-the-spot learning by doing on the spot on the airport and be unusual difficulty and costly.The time that how to reduce training has on the spot become the problem that this area researchist needs to be resolved hurrily.
At present, the navigational lighting aid imitation screen has been developed on domestic only limited several airports, wherein, and the simulation technique of display of the employing liquid crystal display that has, but that its shortcoming is a screen is less, therefore can only demonstrate the lighting system effect with plane picture; The employing light-emitting diode simulation light that has; Effect is comparatively directly perceived; Configuration, the color that can show light preferably, but shortcoming is that mode and demonstration effect are comparatively single, can not simulate the light intensity control effect of light and the control flow of light guidance system well.
Summary of the invention
In order to address the above problem, the purpose of the utility model is to provide a kind of various running statees and control flow that can virtual airport light, to be used for the navigational lighting aid imitation screen of related personnel's training and technical ability examination.
In order to achieve the above object, the navigational lighting aid imitation screen that the utility model provides is made up of a plurality of imitation screen unit and control system that are spliced, and each imitation screen unit comprises keel, frame, pcb board, color printing patterned layer and a plurality of simulation light fixture; Wherein keel are the grid type skeleton structure, work to support whole imitation screen weight; Frame is fixed on the front end of keel, plays fixedly pcb board; Pcb board is arranged in the frame; The color printing patterned layer covers on the front end face of pcb board, is used for virtual airport scene distribution characteristics; A plurality of simulation light fixtures are fixed on the pcb board according to the airfield light layout; Visual effect when making overall light configuration with the pilot driver aircraft conforms to; The hole that luminous site on it is passed on pcb board and the color printing patterned layer reaches more than the front end face of color printing patterned layer; Be used to simulate navigational lighting aid, make more three-dimensional of whole simulate effect, more directly perceived than the simulate effect of liquid crystal display; Control system comprises monitoring host computer and screen LED control system two parts; Monitoring host computer comprises communication module and supervisory control computer; Screen LED control system comprises a plurality of minutes area controllers, a plurality of led controller, a plurality of led driver, a plurality of specific function controller and a plurality of position transdusers; Wherein supervisory control computer links to each other with communication module, and communication module is connected with the actual lamp Optimizing Control System with a plurality of minutes area controllers, a plurality of specific function controllers through universal serial bus; Each divides area controller to be connected with a plurality of led controllers; Each led controller links to each other with a plurality of led drivers, and led driver then joins with a plurality of simulation light fixtures; The specific function controller is connected between a plurality of position transdusers and a plurality of led controller; This minute area controller, specific function controller and corresponding led controller, led driver and simulation light fixture are installed on the pcb board of each imitation screen unit.
Described simulation light fixture constitutes by being mounted on two paster LEDs on the fritter circuit card two sides or the paster LED that is mounted on the fritter circuit board surface; The former is used for simulated dual to the luminous aid-to-navigation light of different colours; Make visual effect that single simulation light fixture seems from both direction more near actual navigational lighting aid effect, the latter adopts the unidirectional aid-to-navigation light of the LED simulation different colours of different colours.
Described simulation light fixture can adopt direct insertion LED to come the light fixture of simulate omni-directional type.
LED on the described simulation light fixture with other the simulation light fixture LED with a plurality of serial or parallel connections form link to each other with led driver.
Described simulation light fixture is used for formation and stops bank light, runway invasion warning light and sequenced flashing and runway alert lamp.
Described a plurality of position transduser is installed in by what the unidirectional simulation light fixture of a plurality of redness was formed and stops near the bank light 16, and the runway invasion warning light standoff distance of being made up of the direct insertion LED of redness is installed in and stops before the bank light near the post position place.
Described simulation light fixture adopts the navaid light fixture loop of the type constitution airport difference in functionality of unidirectional or two-way different colours, can simulate specific light emitting region characteristic, configuration characteristic and the color characteristics of navigational lighting aid well.
The navigational lighting aid imitation screen that the utility model provides can be realized light intensity regulating, 5 grades of light regulating characteristics of simulation navigational lighting aid.
The navigational lighting aid imitation screen that the utility model provides can make light station staff's more visualize of supervision aspect the monitoring that is used for the airfield light system; Be convenient in time find the lighting system fault; Reduce the lighting system trouble duration, increase the security of system coefficient; Aspect light professional training, its mode with a kind of more approaching actual light operational effect gives training, can substitute the on-site training of part airport, thereby significantly reduces average training cost, shortens the training time, and can the enhancement training effect.At economic aspect, this navigational lighting aid imitation screen cost is lower than existing navigational lighting aid imitation screen 40%, and function more horn of plenty, reliability are high, and good maintainability is arranged, in being fit to very much, large-scale airport is equipped with.
Description of drawings
The navigational lighting aid imitation screen local structure cutaway view that Fig. 1 provides for the utility model.
Simulation fitting structure scheme drawing on the navigational lighting aid imitation screen that Fig. 2 provides for the utility model.
Control system constitutes scheme drawing on the navigational lighting aid imitation screen that Fig. 3 provides for the utility model.
The runway invasion warning system layout that shows on the navigational lighting aid imitation screen that Fig. 4 provides for the utility model.
The navigational lighting aid imitation screen lighting circuit Control Software diagram of circuit that Fig. 5 provides for the utility model.
The navigational lighting aid imitation screen specific function Control Software diagram of circuit that Fig. 6 provides for the utility model.
The navigational lighting aid imitation screen host computer monitoring software diagram of circuit that Fig. 7 provides for the utility model.
The specific embodiment
Below in conjunction with accompanying drawing and specific embodiment the navigational lighting aid imitation screen that the utility model provides is elaborated.
Like Fig. 1, shown in Figure 2, the navigational lighting aid imitation screen that the utility model provides is made up of a plurality of imitation screen unit and control system that are spliced, and each imitation screen unit comprises keel 1, frame 2, pcb board 3, color printing patterned layer 4 and a plurality of simulation light fixture 5; Wherein keel 1 are the grid type skeleton structure, work to support whole imitation screen weight; Frame 2 is fixed on the front end of keel 1, plays fixedly pcb board; Pcb board 3 is arranged in the frame 2; Color printing patterned layer 4 covers on the front end face of pcb board 3, is used for virtual airport scene distribution characteristics; A plurality of simulation light fixtures 5 are fixed on the pcb board 3 according to the airfield light layout; Visual effect when making overall light configuration with the pilot driver aircraft conforms to; The hole that luminous site on it is passed on pcb board 3 and the color printing patterned layer 4 reaches more than the front end face of color printing patterned layer 4; Be used to simulate navigational lighting aid, make more three-dimensional of whole simulate effect, more directly perceived than the simulate effect of liquid crystal display; Control system comprises monitoring host computer 6 and screen LED control system 7 two parts; Monitoring host computer 6 comprises communication module 8 and supervisory control computer 9; Screen LED control system 7 comprises a plurality of minutes area controllers 10, a plurality of led controller 11, a plurality of led driver 12, a plurality of specific function controller 13 and a plurality of position transdusers 14; Wherein supervisory control computer 9 links to each other with communication module 8, and communication module 8 is connected with actual lamp Optimizing Control System 15 with a plurality of minutes area controllers 10, a plurality of specific function controllers 13 through universal serial bus; Each divides area controller 10 to be connected with a plurality of led controllers 11; Each led controller 11 links to each other with a plurality of led drivers 12, and led driver 12 then joins with a plurality of simulation light fixtures 5; Specific function controller 13 is connected with a plurality of led controllers 11 with a plurality of position transdusers 14; This minute area controller 10, specific function controller 13 and corresponding led controller 11, led driver 12 and simulation light fixture 5 are installed on the pcb board 3 of each imitation screen unit.
Described simulation light fixture 5 constitutes by being mounted on two paster LEDs on the fritter circuit card two sides or the paster LED that is mounted on the fritter circuit board surface; The former is used for simulated dual to the luminous aid-to-navigation light of different colours; Make visual effect that single simulation light fixture 5 seems from both direction more near actual navigational lighting aid effect, the latter adopts the unidirectional aid-to-navigation light of the LED simulation different colours of different colours.
Described simulation light fixture 5 can adopt direct insertion LED to come the light fixture of simulate omni-directional type.
LED on the described simulation light fixture 5 with other the simulation light fixture 5 LED with a plurality of serial or parallel connections form link to each other with led driver 12.
Described simulation light fixture 5 is used for formation and stops bank light 16, runway invasion warning light 17 and sequenced flashing and runway alert lamp 18.
Described a plurality of position transduser 14 is installed in by what the unidirectional simulation light fixture 5 of a plurality of redness was formed and stops near the bank light 16, and runway invasion warning light 17 standoff distances of being made up of the direct insertion LED of redness are installed in and stop before the bank light 16 near the post position place.
Described a plurality of specific function controller 13 all is articulated on same the universal serial bus with a plurality of minutes area controllers 10, comes to distinguish mutually through disposing different addresses.Specific function controller 13 except function with branch area controller 10, data that can also receiving position sensor 14, and realize to sequenced flashing and runway alert lamp 18, runway invade warning light 17 flicker, open the light and brightness adjustment control.
The lighting circuit Control Software runs in a plurality of minutes area controllers 10.As shown in Figure 5; It receives operating order and execution command that supervisory control computer 9 sends; If operating order is the circuit switching instruction; Then select data to led controller 11 sendaisles, thereby realize the circuit loop of being made up of simulation light fixture 5 is carried out switch control through led driver 12 according to order parameter; If instruction is then given led controller 11 according to the order parameter output pwm signal for the light modulation instruction, carry out the adjusting of lighting level through 12 pairs of loops of led driver.
The specific function Control Software runs in a plurality of specific function controllers 13.As shown in Figure 6, it is responsible for receiving the instruction that supervisory control computer 9 sends, and accomplishes flicker, switch and the brightness adjustment control of sequenced flashing and runway alert lamp 18 through led controller 11 and led driver 12; The perception data of while receiving position sensor 14, and according to the flicker control of perception data completion to runway invasion warning light 17.If position transduser 14 detects intruder and got into runway, and the cooresponding bank light 16 of stopping to be opening, then controls 17 fast blinks of runway invasion warning light, and cooresponding entry address and warning message are sent to monitoring host computer 6.
Host computer monitoring software runs in the supervisory control computer 9, mainly accomplish the imitation screen monitored picture demonstration, receive runway invasion alarm data that screen LED control system 7 sends, receive user operation commands, to screen LED control system 7 sending controling instructions with handle the order of actual lamp photosystem 15.
The navigational lighting aid imitation screen that the utility model provides can be set to monitoring mode and training pattern by the host computer monitoring software of operation on the supervisory control computer 9.
As shown in Figure 7, under monitoring mode, this software will be checked the light manipulation order that actual lamp photosystem 15 sends, and be imitation screen operating order form with command conversion, to treat further processing.Under training pattern, the runway that inspection specific function controller 13 sends is invaded warning message, and warning message is updated to interface display, waits for user's operation then, and operational order is converted into imitation screen operating order form.Under the acquisition monitoring mode or behind the operating order under the training pattern, parse operation instruction, and analysis instruction type:, then send with specific function controller 13 and be somebody's turn to do instruction to minute area controller 10 if be the light modulation instruction; If the switching manipulation in single loop, then branch area controller 10 fire switchs to this place, loop instruct; If Airport Operation pattern operation, the instruction of then reading corresponding pattern configurations and sending configuration file stores in batches is to a plurality of minutes area controllers 10 and a plurality of specific function controllers 13.
Host computer monitoring software comprise one can be on supervisory control computer 9 the read-out scalable light layout figure, the adjustment of a plurality of lighting level selector button, a plurality of Airport Operation model selection button and the pattern storage button that show.Light layout figure is made up of the circle of a plurality of expression simulation light fixtures, the rectangle of expression one bank light tool or the polygon of circular arc and expression airport zones of different.Wherein, represent that circle, rectangle and the circular arc of the identical simulation light fixture of single or a plurality of functions can carry out click, behind the mouse one click, corresponding change will take place in the on off state of control light fixture, and graphic color also changes according on off state simultaneously.After clicking Airport Operation model selection button, once accomplish the state setting of all light fixtures according to this pattern storage configuration.After clicking the pattern storage button, with all light fixture state storage on the current imitation screen in configuration file, with new model as setting.
When the navigational lighting aid imitation screen that provides when the utility model is arranged under the monitoring mode operation through host computer monitoring software; The control data of system's automatic reception actual lamp photosystem 15; And control the light state of imitation screen with this, with the purpose that realizes that actual light is kept watch on.In addition, after imitation screen is arranged to monitoring mode, need not to carry out manual operation, all are all accomplished by system automatically again.
When being arranged under the training pattern operation through host computer monitoring software; Trainer or student can demonstrate the characteristics such as position, configuration, color and light intensity of this kind light fixture in the airport through the specific light fixture figure of clicking on the light layout figure according to actual needs; Through click Airport Operation model selection button demonstrate the airport at aircraft landing, take off, close, navigational lighting aid control situation under the operational mode such as part is open; Realize the storage of particular lamp optical mode through clicking the pattern storage button, for future use.
Claims (6)
1. navigational lighting aid imitation screen; It is characterized in that: described navigational lighting aid imitation screen is made up of a plurality of imitation screen unit and control system that are spliced, and each imitation screen unit comprises keel (1), frame (2), pcb board (3), color printing patterned layer (4) and a plurality of simulation light fixture (5); Wherein keel (1) are the grid type skeleton structure; Frame (2) is fixed on the front end of keel (1); Pcb board (3) is arranged in the frame (2); Color printing patterned layer (4) covers on the front end face of pcb board (3); A plurality of simulation light fixtures (5) are fixed on the pcb board (3) according to the airfield light layout, and the hole that the luminous site on it is passed on pcb board (3) and the color printing patterned layer (4) reaches more than the front end face of color printing patterned layer (4); Control system comprises monitoring host computer (6) and screen LED control system (7) two parts; Monitoring host computer (6) comprises communication module (8) and supervisory control computer (9); Screen LED control system (7) comprises a plurality of minutes area controllers (10), a plurality of led controller (11), a plurality of led driver (12), a plurality of specific function controller (13) and a plurality of position transdusers (14); Wherein supervisory control computer (9) links to each other with communication module (8), and communication module (8) is connected with a plurality of minutes area controllers (10), a plurality of specific function controller (13) and actual lamp Optimizing Control Systems (15) through universal serial bus; Each divides area controller (10) to be connected with a plurality of led controllers (11); Each led controller (11) links to each other with a plurality of led drivers (12), and led driver (12) then joins with a plurality of simulation light fixtures (5); Specific function controller (13) is connected between a plurality of position transdusers (14) and a plurality of led controller (11); This minute area controller (10), specific function controller (13) and corresponding led controller (11), led driver (12) and simulation light fixture (5) are installed on the pcb board of each imitation screen unit (3).
2. navigational lighting aid imitation screen according to claim 1 is characterized in that: described simulation light fixture (5) constitutes by being mounted on two paster LEDs on the fritter circuit card two sides or the paster LED that is mounted on the fritter circuit board surface.
3. navigational lighting aid imitation screen according to claim 1 is characterized in that: described simulation light fixture (5) adopts direct insertion LED.
4. navigational lighting aid imitation screen according to claim 1 is characterized in that: the LED on the described simulation light fixture (5) with other the simulation light fixture (5) LED with a plurality of serial or parallel connections form link to each other with led driver (12).
5. navigational lighting aid imitation screen according to claim 1 is characterized in that: described simulation light fixture (5) is used for formation and stops bank light (16), runway invasion warning light (17) and sequenced flashing and runway alert lamp (18).
6. navigational lighting aid imitation screen according to claim 5; It is characterized in that: described a plurality of position transdusers (14) are installed in by what the unidirectional simulation light fixtures of a plurality of redness (5) were formed and stop near the bank light (16), and runway invasion warning light (17) standoff distance of being made up of the direct insertion LED of redness is installed in that to stop bank light (16) preceding near the post position place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205314007U CN202414174U (en) | 2011-12-16 | 2011-12-16 | Aid-to-navigation light simulating screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205314007U CN202414174U (en) | 2011-12-16 | 2011-12-16 | Aid-to-navigation light simulating screen |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202414174U true CN202414174U (en) | 2012-09-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205314007U Withdrawn - After Issue CN202414174U (en) | 2011-12-16 | 2011-12-16 | Aid-to-navigation light simulating screen |
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| Country | Link |
|---|---|
| CN (1) | CN202414174U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102501981A (en) * | 2011-12-16 | 2012-06-20 | 中国民航大学 | Aid-to-navigation lamplight imitation screen |
| CN102923439A (en) * | 2012-11-27 | 2013-02-13 | 昆山特力伯传动科技有限公司 | Chain plate with indicating function |
-
2011
- 2011-12-16 CN CN2011205314007U patent/CN202414174U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102501981A (en) * | 2011-12-16 | 2012-06-20 | 中国民航大学 | Aid-to-navigation lamplight imitation screen |
| CN102501981B (en) * | 2011-12-16 | 2013-10-02 | 中国民航大学 | Aid-to-navigation lamplight imitation screen |
| CN102923439A (en) * | 2012-11-27 | 2013-02-13 | 昆山特力伯传动科技有限公司 | Chain plate with indicating function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120905 Effective date of abandoning: 20131002 |
|
| RGAV | Abandon patent right to avoid regrant |