CN202649484U - Airfield pavement foreign matter monitoring system - Google Patents

Airfield pavement foreign matter monitoring system Download PDF

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Publication number
CN202649484U
CN202649484U CN 201220045907 CN201220045907U CN202649484U CN 202649484 U CN202649484 U CN 202649484U CN 201220045907 CN201220045907 CN 201220045907 CN 201220045907 U CN201220045907 U CN 201220045907U CN 202649484 U CN202649484 U CN 202649484U
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CN
China
Prior art keywords
scanning
foreign matter
main control
foreign
control server
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CN 201220045907
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Chinese (zh)
Inventor
马志明
艾莉
沈永宏
刘彬
宋世军
邵承会
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长春奥普光电技术股份有限公司
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Priority to CN201110293418.2 priority Critical
Priority to CN201110293418 priority
Application filed by 长春奥普光电技术股份有限公司 filed Critical 长春奥普光电技术股份有限公司
Priority to CN 201220045907 priority patent/CN202649484U/en
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Publication of CN202649484U publication Critical patent/CN202649484U/en

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Abstract

The utility model belongs to the optical detection technical field and provides an airfield pavement foreign matter monitoring system. According to the airfield pavement foreign matter monitoring system, a scanning device is connected with an industrial control machine through a data transmission network to carry out data transmission, the industrial control machine is connected with a main control server which is connected with a display device, and the main control server is connected with the scanning device through a bus mode. The scanning device receives a control signal of the main control server, collects an airfield pavement image, and sends the image to the industrial control machine. The industrial control machine carries out real-time image analysis and foreign matter recognition processing, and sends information to the main control server. The main control server carries out alarming and sends information of existing of foreign matter to the display device. The display device receives the information of the existing of the foreign matter transmitted by the main control server and displays foreign matter information. The above working processes are involved, controlled or completed by related control recognition software. The airfield pavement foreign matter monitoring system can work day and night, a 5 mm foreign matter is automatically detected and recognized, manual confirmation can be carried out at the same time, the reliability of alarm is raised, and detection precision is high.

Description

Foreign body monitoring system for airport road surface
Technical field
The invention belongs to the optical detective technology field, relate to airport knife face security protection monitoring technology, specifically a kind of foreign body monitoring system for airport road surface.
Background technology
Airfield pavement foreign body (exotic) FOD (Foreign Object Debris) gets final product certain external material, chip or the object (hereinafter all being called for short the face foreign matter) that can damage aircraft or system.The kind of road face foreign matter is quite a lot of, such as hard object, soft object, birds, thunder and lightning etc.Road face foreign matter harm is very serious, and the foreign matter on the airfield pavement can be easy to be inhaled into engine, causes power failure.Fragment also can be deposited in the mechanical hook-up, affects the normal operation of the equipment such as undercarriage, wing flap.
Road face foreign matter not only can wrap up, causes huge economic loss, but also can cause airplane crash and seize valuable life.The unplanned engine that changes itself is exactly expensive cost, says nothing of the loss that airliner delay or cancellation bring.According to conservative estimation, the loss that cause because of road face foreign matter in the annual whole world is at least at 3,000,000,000~4,000,000,000 dollars, foreign matter road face foreign matter not only can cause huge direct loss, also can cause airliner delay, abort, close the indirect losses such as runway, and indirect loss is at least 4 times of direct loss.
About road face foreign body detecting systematic research and exploitation, 4 systems are comparatively typically arranged at present in the world, and they are respectively the Tarsier system of Britain's exploitation, the FODetect system of Israel's exploitation, the iFerret system of Singapore's exploitation and the FOD Finder system of U.S.'s exploitation.
Britain Tarsier system is Tarsier1100 (T1100) the foreign body detecting system that is received a mandate and researched and developed by Britain Qinetiq company.The T1100 frequency of operation is 94.5GHz, radar system is continuous wave frequency (FMCW), have the advantages that radar range is long, wave beam is narrow and resolution is high, the minimum dimension that this system can survey foreign matter is 20 millimeters, and can accurately locate the foreign matter that detects.
Israel FODetect system is by the Xsight company exploitation of Israel, system is comprised of 77GHz millimetre-wave radar and picture pick-up device, a plurality of road face monitoring means (SDU) are installed in respectively on the runway edge lights of diverse location, each SDU scans near the zone the runway center line marking, after finding road face foreign matter, can send warning message to the airdrome control personnel immediately, inform accurate location and the discovery time of face foreign matter.Then, the equipment camera lens that can further provides the video image of face foreign matter, finds that sensor can lock the position of face foreign matter after the road face foreign matter, to help the airdrome control personnel road face foreign matter is taken away.The minimum dimension that system can survey foreign matter is 25 millimeters, at night, also can use laser designator to assist road face foreign matter is taken away.
U.S. FOD Finder system is the cover mobile monitoring system by the exploitation of U.S. Trex Enterprises company, can be installed in the roof of vehicle.System is comprised of supervisory system and daemon software disposal system, and the minimum dimension that can survey foreign matter is 25 millimeters.What supervisory system was used is 78-81GHz millimetre-wave radar, high-precision GPS positioning system and camera system, radar scanning speed is 30 beats/mins, radius of investigation is 200 meters, be contained in the radome of roof, when vehicle moves forward, the zone of system scan front part of vehicle, and provide radar and vision signal to airport control personnel.Software processing system (AirBoss disposal system) is housed on the vehicle, is comprised of touching computer, camera, barcode machine, airport control personnel can pick up the face foreign matter according to system's indicating position.In case road face foreign matter is removed, the camera that is loaded in the car can be put on record to the fragment photograph, and control personnel in airport stick bar code to keep a record also can for road face foreign matter, and recorded information will be stored in the system database by the internet simultaneously.
The iFerret intelligent video detection system of Singapore Stratechsystems company, by on runway every the video camera of certain spacing device advanced person's high resolving power function, barrier on automatic detection and the identification runway, and complicated image processing software can be made suitable adjustment for the illumination and the pavement conditions that change.After finding road face foreign matter, the image of object can amplify in system, and the realtime graphic to the user provides fragment allows the user see the article of discovery.The minimum dimension that this system can survey foreign matter is 20 millimeters, but use in the situations such as night, overcast and rainy and low visibility certain limitation is arranged.
In above-mentioned 4 systems, Tarsier system, FODetect system, FOD Finder system be take the millimetre-wave radar Detection Techniques as main, and auxiliary the video imaging means are arranged, and after scanning device detected foreign matter, the staff can confirm by video system.The iFerret system adopts the video image identification technology.These 4 systems are foreign matter automatic monitoring technicals that mainly use at present external civil aviaton and foreign military airport.But the minimum foreign matter that above-mentioned 4 systems can identify is 20 millimeters, differs far away with actual demand.And the video image technology is subjected to rainy weather, and the impact such as low-light (level) is large, and the detection and identify function is low, be difficult to work night.
Summary of the invention
Bigger than normal in order to overcome prior art detection and identify road face foreign matter minimum dimension, do not reach the defective of actual user demand, the invention provides a kind of foreign body monitoring system for airport road surface.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: the applied optics image-forming principle, gather road face foreign matter image information, and the image information of road face is analyzed identification, to the foreign matter that the identifies processing of reporting to the police.System of the present invention comprises scanning device, industrial control computer, main control server, display device and control identification software.
Scanning device of the present invention is placed on the appropriate location in the zone that need to carry out the foreign matter detection, and to this area image information, this image information comprises foreign matter information.Foreign body scanning device comprises: imaging device, infrared servicing lighting, protective cover, scanning mechanism, imaging device attitude-adjusting system and infrared servicing lighting attitude-adjusting system.Scanning mechanism top fixed installation protective cover, offer window on the protective cover, the imaging device attitude-adjusting system is installed on the protective cover base plate, imaging device is installed on the imaging device attitude-adjusting system, infrared servicing lighting is installed on the infrared servicing lighting attitude-adjusting system, and installation site and attitude adjust accordingly according to the window's position of protective cover and sweep limit and situation.Come the gated sweep scope by the attitude adjustment to imaging device and infrared servicing lighting.
Industrial control computer of the present invention is responsible for the image information that the scanning device collection comes is analyzed, and identification foreign matter and image, the positional information that foreign matter is relevant send the main control server to by data transmission network.
The core control section that main control server of the present invention is this system, by the main control server send scan command, the foreign matter warning message be provided, collection system duty and system operated control.
Display device display alarm information of the present invention, foreign matter information, system health information and other relevant informations.
Data transmission network of the present invention is responsible for the data transmission of system's each several part.By the data transmission network the transmission of data, data transmission network comprises optical fiber, netting twine, other data lines and fiber optic, switch and other data transmission sets between scanning device and the industrial computer.Data transmission network connects scanning device, receives the scan video picture signal of scanning device, and with the scan video image signal transmission to industrial control computer.Data transmission network of the present invention is the mode of Ethernet, adopts the Ethernet form to connect industrial control machine and is connected with the main control server.
Described scanning device is connected by data transmission network with industrial control computer and carries out data transmission, and described main control server is connected with display device.Described main control server connects described scanning device by bus mode, controls the action of described scanning device.Various data connection approachs as long as realize the exchanges data linkage function, satisfy connection speed because the different phase of technical development may have difference, all can use, and under protection domain of the present invention.
System work process of the present invention is as follows:
Carry out initialization operation after scanning device powers on, finish initialization operation after, transmit the scanning device status information to main control server, wait for the main control server order.
Judge the relevant device work state information by main control server, if each status information of equipment of system allows to carry out scanning motion, the main control server is issued scanning device by bus transmission model with scan command, and scanning device takes orders and starts working.
Scanning device gathers road face image information, and vision signal or the view data that collects is sent to described industrial control computer by the data data transmission network.
Industrial control computer receives vision signal or the view data of described scanning device transmission, carries out image analysis calculation and foreign matter identifying processing, and the information exchange that will identify foreign matter is crossed data transmission network and is sent to the main control server.
The main control server receives the information that foreign matter is arranged of industrial control computer transmission, reports to the police, and will have the information of foreign matter to be sent in the display device.Said process is finished jointly by relevant control identification software and hardware.Operating personnel judge as the case may be, take corresponding action.
The relevant control identification software is mainly used in realizing system's running-course control, foreign matter identification and warning and information storage.The relevant control identification software has the software function that human-computer interaction interface, systemic-function are realized the system running-course control aspects such as the control of control, system's each several part operation program, Data Transmission Controlling; Have that image processing, foreign matter identification, foreign matter information processing, foreign matter information sorting show and the function of the foreign matters identification such as sound and light alarm and warning aspect; Function with information storage aspects such as image information storage, the storage of foreign matter information, storage information classification and regularly processing.The relevant control identification software mainly is installed on main control server and the industrial computer, moves at the corresponding system platform, realizes above-mentioned three aspects: function.
The invention has the beneficial effects as follows: it is can detection and identify foreign matter minimum dimension bigger than normal that foreign body monitoring system for airport road surface of the present invention has solved existing airfield pavement foreign body Detection Techniques, do not reach actual user demand; Existing video image identification technology is subjected to rainy weather, and the impact such as low-light (level) is large, and the detection and identify function is low, be difficult to the defectives such as work night, the present invention can work double tides, the foreign matter that automatic detection identification is 5 millimeters, simultaneously, can carry out manual confirmation, improve the reliability of reporting to the police, detection accuracy is high.
Description of drawings
Fig. 1 is the work block diagram of foreign body monitoring system for airport road surface of the present invention.
Fig. 2 is that the overall system of foreign body monitoring system for airport road surface of the present invention forms synoptic diagram.Among the figure, 1 is scanning device, 2 data transmission networks, 3 industrial control computers, 4 main control servers, 5 display device, 6 runway pavements, 21 fiber optics.
Fig. 3 is the structural representation of airfield pavement of the present invention road face foreign body scanning device, and 101 is that imaging device, 102 is that near infrared servicing lighting, 103 is that protective cover, 105 is that turntable, 1031 is that window, 106 is that base easy to break, 107 is that pedestal, 108 is sky shade among the figure.
Fig. 4 is airfield pavement foreign body scanning device partial structurtes synoptic diagram, and 101 is that imaging device, 104 is that video camera aligning elevation gear, 1032 is base plate among the figure.
Fig. 5 is protective cover inner structure synoptic diagram.101 is that imaging device, 103 is that protective cover, 104 is that imaging device attitude-adjusting system, 1031 is that window, 108 is sky shade among the figure.
Fig. 6 is the physical scan area figure of embodiment scanning device.Among the figure, 1 scanning device, 6 runway pavements.
Fig. 7 is that the embodiment scanning device is laid synoptic diagram.Among the figure, X is the spacing of adjacent two scanning devices, and R is the sweep radius of every scanning device, 1 scanning device, 6 runway pavements.
Fig. 8 is the scan mode synoptic diagram of embodiment scanning device.Among the figure, 1 scanning device
Embodiment
Below in conjunction with accompanying drawing the course of work of the present invention and feature are described, institute gives an actual example and only is used for explaining the present invention, is not be used to limiting scope of the present invention.
As depicted in figs. 1 and 2, a kind of foreign body monitoring system for airport road surface, comprise scanning device 1, industrial control computer 3, main control server 4 and display device 5, main control server 4 is connected with scanning device 1 by bus mode, scanning device 1 carries out data transmission by data transmission network 2 and industrial control computer 3, industrial control computer 3 is connected with main control server 4 by gigabit Ethernet, and main control server 4 is connected with industrial control computer and is connected with display device 5 respectively.
Scanning device 1 can carry out initialization in power up, scanning device 1 automatically returns to sweep starting point, waits for operating personnel's scan instruction.
Operating personnel open scanning software at main control server 4, and being that the words proofs scanning device 1 of green color is intact such as scanning device icon corresponding to software can begin scanning; Be that the words proofs scanning device 1 of red color has unusually such as scanning device icon corresponding to software, in time notify the related personnel to keep in repair.
Operating personnel send scan instruction to main control server 4 in the intact situation of scanning device 1, main control server 4 and industrial control computer 3 are large analytic systems in parallel, and main control server 4 is transferred to scanning device 1 to instruction by data transmission network 2.Scanning device 1 begins to scan face, can be transferred to industrial control computer 3 to each width of cloth scanned picture by data transmission network 2 in the scanning process, and the transmission of end of scan picture also can stop.Analyze the picture of beaming back by industrial control computer 3 at last and do the image processing, industrial control computer 3 extracts problematic picture and issues main control server 4 again, judges picture foreign matter situation by operating personnel at last.
Scanning device 1 gathers road, airport face picture automatically, described data transmission network 2 comprises optical fiber and fiber optic 21, fiber optic 21 comprises front end fiber optic and Control Room fiber optic, the front end fiber optic is connected with scanning device 1, the road face that scanning device 1 is collected is converted into light signal as data, arrive the Control Room fiber optic by Optical Fiber Transmission, the Control Room fiber optic is connected with the main control server with industrial control computer 3 and is connected, the light signal that receives is converted into video electrical signal, is sent to industrial control computer 3.
Main control server 4 arranges scanning device 1 running parameter, gated sweep equipment 1 open degree etc. by bus mode, main control server 4 sends to scanning device 1 with control signal by Control Room fiber optic, optical fiber, front end fiber optic, realizes the control to scanning device 1.
Industrial control computer 3 receives the scan video signal of scanning device 1 transmission, carry out realtime graphic analysis and foreign matter identifying processing by the graphical analysis in the industrial control computer 3, foreign matter identification software etc., and will have the information of foreign matter to be sent to main control server 4.
Main control server 4 is connected with display device 5, main control server 4 receives the information that foreign matter is arranged of industrial control computer 3 transmission, report to the police, and after the information that foreign matter will be arranged according to demand carries out preferential display level (as carrying out preference ordering according to the foreign matter positional information) screening, be sent to display device 5.
Display device 5 receives the information that foreign matter is arranged of main control server 4 transmission, and shows foreign matter positional information and warning picture.
Industrial control computer 3 also is connected with display device 5, and industrial control computer 3 receives the scan video signal of scanning device 1 transmission, and scan video is recorded storage, transfers and send to display device 5 when needing.
Shown in Fig. 3,4,5, scanning device 1 in this system comprises imaging device 101, near infrared servicing lighting 102, protective cover 103, video camera aligning elevation gear 104, imaging device 101 comprises three video cameras and three camera lenses, the camera lens of every supporting different focal of video camera, video camera is low-illuminance cameras, described camera lens has been carried out the anti-reflection design of near infrared, and at camera lens the 750nm-900nm bandpass filter has been installed.Near infrared servicing lighting 102 is two near-infrared laser light sources, floor light when near infrared servicing lighting 102 is used for monitoring foreign matter night, video camera, camera lens are installed in the protective cover 103, the near-infrared laser light source is installed in camera protective cover 103 inner both sides, realizes the near infrared floor light.Scanning mechanism comprises pedestal 107, base 106 easy to break and turntable 105, fixed installation base 106 easy to break on the pedestal 107, turntable 105 is installed in base easy to break 106 tops, turntable 105 top support and connection protective covers 103, turntable 105 is horizontal scanning mechanisms of scanning device 1, finish the scanning of horizontal direction, offer window 1031 on the protective cover 103, the video camera pitching is installed on the base plate 1032 of protective cover 103 adjusts structure 104, imaging device 101 and near-infrared laser light source are installed in the video camera pitching and adjust on the pitching adjustment plate of structure 104, and the installation site is corresponding with window 1031 positions of protective cover, three video cameras can be adjusted to the different angles of pitch with two near-infrared laser light sources, finish scanning and floor light to the runway pavement 6 of whole monitor area.On the base plate 1032 of protective cover 103 sealing strip is installed, guarantees the overall tightness of protective cover.Protective cover 103 tops are provided with drenching with rain that sky shade 108 can shield portions, sky shade 108 has the 10mm distance with protective cover 103 main bodys, can completely cut off the excess Temperature that sun direct irradiation protective cover 103 causes, on the window 1031 of protective cover 103 glass is installed, glass is processed by the K9 coating film on glass, seal by sealing strip around the window 1031 and between the glass, guarantee the sealing at protective cover 103 front window 1031 places.
As shown in Figure 6, every scanning device 1 can be monitored one 30 meters * 80 meters rectangular area, and shooting distance is 50 meters farthest.
The optical system of scanning device 1 has been carried out following special optical design among the present invention.
The optical system of scanning device 1 is worked under the near infrared pattern among the present invention, can effectively solve the problem of nighttime imaging under the condition of near infrared floor light.At first, imaging device 101 is selected be illumination requirement low, to the high image device of near infrared 750nm-900nm wave band susceptibility.Then, described camera lens has been carried out the anti-reflection design of near infrared, and at camera lens the 750nm-900nm bandpass filter has been installed.Only have the near infrared light of 750nm-900nm wave band to cause video camera imaging by camera lens.Under the night condition, adopt the auxiliary imaging of the near infrared servicing lighting that is installed on the scanning device, when illumination did not reach the system imaging requirement, the near infrared servicing lighting was opened automatically.Because near infrared light is invisible light, can not affect flight safety, therefore this method preferably resolves a difficult problem of monitoring the face foreign matter night.
Because the focal length of visible light and near infrared light imaging is different, if daytime, system utilized visual light imaging, utilizes near infrared light imaging night, to switch with regard to the camera lens that needs the configuration different focal, system cost will improve greatly.Near infrared light in the daytime natural light is relatively more sufficient, can satisfy imaging requirements, and the optical system of scanning device of the present invention is only responsive to the near infrared light of 750nm-900nm wave band, so that all work in same pattern at 101 daytimes of imaging device and night.Visible light can not cause the video camera reaction by camera lens, and the angle with video camera CCD target surface and primary optical axis is adjusted into acute angle by original right angle again, can eliminate the impact of navigational lighting aid at night, has also increased the clear picture scope simultaneously, has reduced the wrong report of system.In addition, the near infrared light of the 750nm-900nm nm wave band that this scanning device uses has preferably mist transmitting, has also solved to a certain extent the problem of system identification foreign matter under the IFR conditions.
According to the obstacle free airspace administrative provisions, the building around the runway, facility can not surpass specific height.Scanning device of the present invention is installed when laying on the airport, the selection of scanning device decorating position is very crucial, if from runway too away from (if antenna height is 10 meters, then at least will be away from 100 meters on runway), more be unfavorable for the road face picture collection during insufficient light such as overcast and rainy, night, process to image and also bring a lot of unfavorable factors.Therefore, this scanning device is laid in runway 2 both sides, highly is not more than 350mm, bottom design easy folded structure, scanning device is laid according to 80 meters spacings, for 60 meters wide runways, the maximum distance that every scanning device need to be taken is 50 meters.
Like this, this scanning device 1 can utilize the original base of runway edge lights to improve installation, and data line can utilize original cable duct to lay, and the Whole Equipment height is not more than 350mm.
This mounting means of scanning device 1 meets the airdrome control regulation.In theory, scanning device 1 can symmetrically be laid on runway 6 both sides, also can asymmetricly lay.Need to the road face of the other side of runway 6 center lines be scanned during asymmetric laying, airfield runway 6 has certain cross fall, because the scanning device height is not more than 350mm, the road face of runway centerline opposite side is difficult to photograph.Therefore, the present invention's design takes symmetric mode to lay.The sweep radius synoptic diagram of scanning device 1 on airfield runway 6 as shown in Figure 6, in the laying mode of runway both sides as shown in Figure 7, X is the spacing of adjacent two scanning devices among the figure, R is the sweep radius of every scanning device.
Scanning device 1 is installed in three video cameras on the same turntable 105 among the present invention, the camera lens of every supporting different focal of video camera, three video cameras are finished scanning to annular region by the horizontal scanning of turntable 105, per step takes lateral separation and is not more than 1.4 meters, run-down can be finished the scanning of 80 meters * 30 meters scopes, greatly shortened the scan period, for the foreign matter of in time removing on the runway has won the time.The scanning signal of scanning device is shown in Figure 8.
The image that scanning device of the present invention collects can by by Optical Fiber Transmission to Surveillance center, simultaneously, the control signal that Surveillance center sends sends to scanning device, the duties such as the switch of gated sweep equipment, scanning angle.Surveillance center is comprised of the hardware such as industrial control computer, main control server and graphical analysis, foreign matter identification software etc.
At present, image recognition technology has successful example in each field, such as recognition of face, fingerprint recognition, iris recognition and car plate identification etc.But the environment of these identifications and the identification of airfield pavement foreign body have very large difference.Recognition of face, fingerprint recognition, iris recognition and car plate identification (obtaining stablize intensity of illumination with flashlamp) all, illumination condition closer in distance are artificially carried out under the situation such as controlled, and this system need under the natural lighting condition, identify small foreign matter at a distance.The natural lighting condition changes complicated, brings very large difficulty to identification.This recognition method both at home and abroad all beyond example.
Process for the airfield pavement image, the object that identify is all very complicated from the volume to the shape, is difficult to find contain feature.So the contrast during with road face foreign is the effective way of dealing with problems.Because the gray scale of the background parts of runway and the gray scale of foreign matter are inconsistent, can find difference according to this feature.The artificial foreign matter that suitably participates in judging whether is arranged again.
Airport of the present invention foreign body monitoring system adopts near infrared floor light technology, has solved video and has been subjected to the problem that the light variable effect is large, be difficult to work night; Adopt the methods such as mark dimension and template matches, solved the problem of automatically identifying foreign matter under the natural lighting condition; Adopt the high precision scanning device of designed, designed, not only can satisfy the requirement of Computer Automatic Recognition foreign matter, also can carry out manual confirmation, improved the reliability of reporting to the police; Can identify little foreign matter to 5mm, compare with external product, detection accuracy has improved 4 times.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (10)

1. a foreign body monitoring system for airport road surface is characterized in that: comprise scanning device (1), data transmission network (2), industrial control computer (3), main control server (4), display device (5) and control identification software; Scanning device (1) is connected by data transmission network (2) with industrial control computer (3) and carries out data transmission, industrial control computer (3) is connected with main control server (4), main control server (4) is connected with display device (5), main control server (4) connects scanning device (1) by bus mode, and scanning device is controlled;
Described scanning device (1) receives the control signal of main control server (4), gathers the image of runway Surface (6), and the signal that collects is sent to industrial control computer (3) by data transmission network (2);
Described industrial control computer (3) be used for to receive vision signal or the view data of scanning device (1) transmission, carries out realtime graphic analysis and foreign matter identifying processing, and the information that will identify foreign matter is sent to main control server (4);
Described main control server (4) is used for receiving the information that foreign matter is arranged of industrial control computer (3) transmission, reports to the police, and will have the information of foreign matter to be sent to display device (5);
Described data transmission network (2) is used for data transmission between system's each several part;
Described display device (5) is used for receiving the information that foreign matter is arranged of main control server (4) transmission, and shows foreign matter information;
Described relevant control identification software is used for realization system running-course control, foreign matter identification and warning function.
2. foreign body monitoring system for airport road surface according to claim 1, it is characterized in that: connect scanning device (1) and comprise optical fiber, netting twine, data line, fiber optic, data transmission set with the data transmission network (2) that industrial control computer (3) carries out data transmission, receive scan video signal or the view data of scanning device (1), and with scan video signal or image data transmission to industrial control computer (3); Industrial control computer (3) is connected with main control server (4) by Ethernet.
3. according to claim 2 foreign body monitoring system for airport road surface, it is characterized in that: scanning device (1) comprises imaging device (101), near infrared servicing lighting (102), protective cover (103), video camera aligning elevation gear (104), scanning device (1) top fixed installation protective cover (103); Offer window (1031) on the described protective cover (103), the video camera pitching is installed on protective cover (103) base plate (1032) adjusts structure (104); Near infrared servicing lighting (102) is contained in the video camera pitching and adjusts on the structure (104), and the installation site is corresponding with the window's position of protective cover; Imaging device (101) and near infrared servicing lighting (102) are adjusted structure (104) by the video camera pitching and are adjusted scanning angle.
4. foreign body monitoring system for airport road surface according to claim 3 is characterized in that imaging device (101) comprises video camera and camera lens, and near infrared servicing lighting (102) is the near-infrared laser light source.
5. foreign body monitoring system for airport road surface according to claim 4 is characterized in that video camera is that the low-light (level) camera is taken the photograph, and the angle of video camera CCD target surface and primary optical axis is acute angle.
6. foreign body monitoring system for airport road surface according to claim 5 is characterized in that camera photography machine camera lens is the anti-reflection camera lens of near infrared, and at camera lens the near infrared bandpass filter is installed.
7. foreign body monitoring system for airport road surface according to claim 3 is characterized in that scanning device (1) comprises pedestal (107), base easy to break (106), turntable (105); The upper fixed installation of pedestal (107) base easy to break (106), turntable (105) is installed in base easy to break (106) top, turntable (105) the top described protective covers of support and connection (103).
8. foreign body monitoring system for airport road surface according to claim 7 is characterized in that protective cover (103) top is provided with sky shade (108).
9. foreign body monitoring system for airport road surface according to claim 7 is characterized in that on the window (1031) of protective cover (108) glass being installed, and seals by sealing strip between window (1031) and the glass.
10. foreign body monitoring system for airport road surface according to claim 1, it is characterized in that relevant control identification software part storage running in main control server (4), industrial control computer (3), solidify in scanning device (1).
CN 201220045907 2011-09-30 2012-02-13 Airfield pavement foreign matter monitoring system CN202649484U (en)

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