CN108648458A - Intelligent highway road conditions monitor safe-guard system and the highway with the system in real time - Google Patents
Intelligent highway road conditions monitor safe-guard system and the highway with the system in real time Download PDFInfo
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- CN108648458A CN108648458A CN201810703009.7A CN201810703009A CN108648458A CN 108648458 A CN108648458 A CN 108648458A CN 201810703009 A CN201810703009 A CN 201810703009A CN 108648458 A CN108648458 A CN 108648458A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/01—Detecting movement of traffic to be counted or controlled
- G08G1/0104—Measuring and analyzing of parameters relative to traffic conditions
- G08G1/0108—Measuring and analyzing of parameters relative to traffic conditions based on the source of data
- G08G1/0116—Measuring and analyzing of parameters relative to traffic conditions based on the source of data from roadside infrastructure, e.g. beacons
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
- E01F9/00—Arrangement of road signs or traffic signals; Arrangements for enforcing caution
- E01F9/60—Upright bodies, e.g. marker posts or bollards; Supports for road signs
- E01F9/604—Upright bodies, e.g. marker posts or bollards; Supports for road signs specially adapted for particular signalling purposes, e.g. for indicating curves, road works or pedestrian crossings
- E01F9/608—Upright bodies, e.g. marker posts or bollards; Supports for road signs specially adapted for particular signalling purposes, e.g. for indicating curves, road works or pedestrian crossings for guiding, warning or controlling traffic, e.g. delineator posts or milestones
-
- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/065—Traffic control systems for road vehicles by counting the vehicles in a section of the road or in a parking area, i.e. comparing incoming count with outgoing count
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/181—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a plurality of remote sources
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- Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Multimedia (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Health & Medical Sciences (AREA)
- Computing Systems (AREA)
- General Health & Medical Sciences (AREA)
- Medical Informatics (AREA)
- Computer Networks & Wireless Communication (AREA)
- Traffic Control Systems (AREA)
Abstract
A kind of intelligent highway road conditions monitor safe-guard system in real time, include hundred-metre pile or milestone, the top of the hundred-metre pile or milestone is in leading flank, respectively there are one microwave radar and an infrared imaging cameras for setting on the left side and right side adjacent with the leading flank respectively, the power input of microwave radar described in 3 and the infrared imaging camera described in 3 power supply system by conducting wire connection on the outside of the hundred-metre pile or milestone respectively, the signal output end of microwave radar described in 3 and the infrared imaging camera described in 3 is separately connected 4G modules, and the collected information of road surface of institute is sent to by high in the clouds by the 4G moulds 4G antennas in the block.Working service of the present invention is convenient, equipment is advanced, operation is simple and reliable, be easy to expand and the later stage, there is network savvy the demand that user is current and the coming years are to image quality, line transmission, image processing, signal control etc. is fully met under the premise of low expense.
Description
Technical field
The present invention relates to a kind of monitoring safe-guard systems in real time.It is monitored in real time more particularly to a kind of intelligent highway road conditions
Safe-guard system and highway with the system.
Background technology
Highway is the important symbol of a countries and regions modernization level, and the intelligent management of highway communication is then to realize public affairs
The most important approach of road modern management.The structure of intelligent highway traffic control system is with intelligent video monitoring system, GPS positioning
Information system, intelligent video later stage identifying system and data processing centre are basic framework, are that modern information technologies are managed with traffic
By and planning organically blend, and it is to networking, integrated and digitlization direction fast-developing.It is improved with modern information technologies
Safe coefficient, utilization rate and the comfort of highway, reduce management cost and how error allows to obtain bigger social effect
Our road transport network is more intelligent, more efficient, safer, and being one is worth the field explored.
The emergency situations and wagon flow occurred on highway pavement can be visually known by traffic video monitoring system management
Amount and vehicle pass-through situation grasp maintenance of surface state in time, can also predict that are produced from certain road surfaces according to each monitoring point feedback information
Raw the case where being unfavorable for traffic.
Highway maintenance is the important component of highway administration, and transportation system management department is in order to ensure region within the jurisdiction traffic
The normal operation of circuit needs that patrol officer is sent periodically to arrive every traffic route to highway and affiliated structure (vehicle
Throughput, roadbed, road surface, equipment along road, bridges and culverts and cross project afforest traffic discharge observation, and the inspection of road conditions quality measures,
Evaluation) it is checked, also the maintenance management data of highway (highway routine servicing information etc.) is updated, store, is analyzed, and
And data analysis is provided to improve management quality for maintenance management personnel.So as to find in time there are the problem of, take measures, prevent
Suffer from possible trouble.It is checked and evaluation and test work is unimpeded and safe operation provides guarantee for the normal traffic of region within the jurisdiction by monitoring.
Currently, highway administration department still needs to parent for the understanding of highway medium-capital overhauling the development of projects situation and road surface emergency situations
Face scene, drawback is the processing it cannot be guaranteed that the accuracy and delay emergency situations of information.
Invention content
The technical problem to be solved by the invention is to provide a kind of intelligent highway road conditions monitor in real time safe-guard system and
Highway with the system.
The technical solution adopted in the present invention is：A kind of intelligent highway road conditions monitor safe-guard system in real time, include
Hundred-metre pile or milestone, the top of the hundred-metre pile or milestone in leading flank, the left side adjacent with the leading flank respectively
Respectively there are one microwave radar and an infrared imaging camera, the microwave radars described in 3 and 3 for setting on face and right side
The power input of a infrared imaging camera is respectively by conducting wire connection on the outside of the hundred-metre pile or milestone
Power supply system, the signal output end of microwave radar described in 3 and the infrared imaging camera described in 3 is separately connected 4G moulds
Block, and the collected information of road surface of institute is sent to by high in the clouds by the 4G moulds 4G antennas in the block.
The power supply system includes the confession for providing power supply to the microwave radar and infrared imaging camera
Electric control unit, and be connected for the power generation to the supply control unit offer power supply with the supply control unit
Device.
The supply control unit includes power-supply controller and storage batteries, the power input of the power-supply controller
End connects the power output end of the power generator by conducting wire, and the power output end of the power-supply controller is crossed conducting wire and connected respectively
Connect the power input of microwave radar described in 3 and the infrared imaging camera described in 3, the power supply of the power-supply controller
Storage batteries of the energy storage end by conducting wire connection for storing up electricity and power supply.
The power generator includes small-sized wind power generator and solar panel, the small-sized wind power generator and
The power output end of solar panel is separately connected the power input of the power-supply controller in the supply control unit.
The supply control unit and 4G modules is arranged at the control cabinet on the outside of the hundred-metre pile or milestone
It is interior, wherein the 4G antennas stretch out outside control cabinet.
A kind of intelligent highway road conditions monitor the highway of safe-guard system in real time, include highway and be arranged in the highway
The top of several hundred-metre piles or milestone of both sides, the hundred-metre pile or milestone close on highway leading flank, respectively
Respectively there are one microwave radars and an infrared imaging camera shooting for setting on the left side and right side adjacent with the leading flank
The power input of head, microwave radar described in 3 and the infrared imaging camera described in 3 is located at by conducting wire connection respectively
Power supply system on the outside of the hundred-metre pile or milestone, microwave radar described in 3 and the infrared imaging camera described in 3
Signal output end is separately connected 4G modules, and is sent the collected information of road surface of institute by the 4G moulds 4G antennas in the block
To high in the clouds.
The supply control unit includes power-supply controller and storage batteries, the power input of the power-supply controller
End connects the power output end of the power generator by conducting wire, and the power output end of the power-supply controller is crossed conducting wire and connected respectively
Connect the power input of microwave radar described in 3 and the infrared imaging camera described in 3, the power supply of the power-supply controller
Storage batteries of the energy storage end by conducting wire connection for storing up electricity and power supply.
The power generator includes small-sized wind power generator and solar panel, the small-sized wind power generator and
The power output end of solar panel is separately connected the power input of the power-supply controller in the supply control unit.
The supply control unit and 4G modules is arranged at the control cabinet on the outside of the hundred-metre pile or milestone
It is interior, wherein the 4G antennas stretch out outside control cabinet.
The intelligent highway road conditions of the present invention monitor safe-guard system and the highway with the system in real time, are to monitor
Record road vehicles throughput in checking process in detail, the various situations along road surface, roadbed greenbelt on the highways such as situation, with
And the specific location occurred, with the problem of video information is accurate, intuitively description is found；The video figure of collection in worksite is uploaded in time
Piece information to the mobile phone of manager and computer terminal etc., for highway it is big or middle repair inspection and road emergency situations provide it is a kind of in real time,
Efficiently, accurate data acquisition plan works out decision scheme to accelerate highway administration staff.
The intelligent highway road conditions of the present invention monitor safe-guard system and the highway with the system, working service side in real time
Just, equipment is advanced, operation is simple and reliable, be easy to expand and the later stage, there is network savvy to be fully met under the premise of low expense
The demand that user is current and the coming years are to image quality, line transmission, image processing, signal control etc..The present invention is also
With following features：
1, road is adapted to be monitored in real time and managed；
2, ensure meet the needs of following monitoring point increases；
3, the safe operation of system is ensured with high unfailing performance；
4, clear image；
5, flexible structure, completely compatible support is conveniently provided other standards equipment；
6, system meets the relevant criterion of country and industry；
7, using the solar powered requirement for meeting national energy-saving environmental protection；
8, ensure to meet present and the coming years the growth requirements；
9, ensure to ensure the lower operating cost of system under the premise of quality, save user and always throw.
Description of the drawings
Fig. 1 is the structural representation of hundred-metre pile or milestone that intelligent highway road conditions of the present invention monitor safe-guard system in real time
Figure；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the right view of Fig. 1；
Fig. 4 is the A-A sectional views of Fig. 1；
Fig. 5 is the B-B sectional views of Fig. 1；
Fig. 6 is the structural schematic diagram of power supply system in the present invention；
Fig. 7 is the structural schematic diagram for the highway that the present invention monitors safe-guard system with intelligent highway road conditions in real time.
In figure
1：Highway 2：Hundred-metre pile or milestone
2.1：Leading flank 2.2：Left side
2.3：Right side 3：Microwave radar
4：Infrared imaging camera 5：Power supply system
5.1：Supply control unit 5.11：Power-supply controller
5.12：Storage batteries 5.2：Power generator
5.21：Small-sized wind power generator 5.22：Solar panel
6：4G antennas 7：Control cabinet
Specific implementation mode
Safe-guard system is monitored in real time to the intelligent highway road conditions of the present invention with reference to embodiment and attached drawing and is had
The highway of the system is described in detail.
As shown in figure 1, figure 2, figure 3, figure 4 and figure 5, intelligent highway road conditions of the invention monitor safe-guard system in real time, packet
Included hundred-metre pile or milestone 2, the top of the hundred-metre pile or milestone 2 in leading flank 2.1, respectively with the leading flank
Respectively there are one microwave radar 3 and an infrared imaging cameras for setting on 2.1 adjacent left sides 2.2 and right side 2.3
The power input of microwave radar 3 described in 4,3 and the infrared imaging camera 4 described in 3 passes through conducting wire connection position respectively
Microwave radar 3 described in the power supply system 5,3 in the hundred-metre pile or the outside of milestone 2 and the infrared imaging described in 3 are taken the photograph
As first 4 signal output end is separately connected 4G modules, and by the 4G moulds 4G antennas 6 in the block by the collected road surface of institute
Information is sent to high in the clouds.
Wherein, on leading flank 2.1, the microwave radar 3 is located at the upper surface of infrared imaging camera 4；In left side
2.2 and right side 2.3 on the microwave radar 3 be located at below infrared imaging camera 4.
As shown in fig. 6, the power supply system 5 includes for the microwave radar 3 and infrared imaging camera 4
The supply control unit 5.1 of power supply is provided, and is connected with the supply control unit 5.1 for the power supply control
Unit 5.1 provides the power generator 5.2 of power supply.
The supply control unit 5.1 includes power-supply controller 5.11 and storage batteries 5.12, the power supply control
The power input of device 5.11 connects the power output end of the power generator 5.2, the power-supply controller 5.11 by conducting wire
Power output end cross the power supply that conducting wire is separately connected microwave radar 3 described in 3 and the infrared imaging camera 4 described in 3
Input terminal, the power supply energy storage end of the power-supply controller 5.11 are used for the storage batteries of storing up electricity and power supply by conducting wire connection
5.12, the normal use that battery can continuously power 6-8 days is can guarantee in the case of in rainy days without solar irradiation.
The power generator 5.2 includes small-sized wind power generator 5.21 and solar panel 5.22, described small-sized
The power output end of wind-driven generator 5.21 and solar panel 5.22 is separately connected the confession in the supply control unit 5.1
The power input of electric controller 5.11.The present invention uses based on solar panel power generation, comprehensive supplemented by small-size wind power-generating
Supply of electric power mode is closed, the adequate and stability of power supply supply is ensure that, disclosure satisfy that the supply of electric power under varying environment.This
The design of invention power generator is very suitable for suitable for the off-networks electricity generation system such as both sides of highway such as field, mountain area, next door, grassland
In.It powers simultaneously with solar panel, charge power can be effectively improved, even if solar panel cannot charge normal,
It can be continuously system as long as having wind, stable supply of electric power is provided.
As shown in fig. 7, the supply control unit 5.1 and 4G modules is arranged at positioned at the hundred-metre pile or milestone
In the control cabinet 7 in 2 outsides, wherein the 4G antennas 6 stretch out outside control cabinet 7.
In the intelligent highway road conditions of the present invention monitor safe-guard system in real time,
Model T-1000 horizontal axis wind-driven generators or model may be used in the small-sized wind power generator 5.21
The wind-power electricity generation of the wind-driven generator of MAX600W or the wind-driven generator of model FZY-1KW or model FD3.0-1000W
The wind-driven generator of the wind-driven generator or model FD2.7-1000 of machine or model FD2.8-1.0.
The solar panel 5.22 using model 200W-24V solar panel or model SN-SP250W
The solar panel or model FD-SD solar panels of solar panel or model FD2.0-300W.
The power-supply controller 5.11 uses MPPT controller, such as：The MPPT of Shenzhen this Science and Technology Ltd. of Olympic is controlled
Device processed, model are MPPT10020；The MPPT controller of Shenzhen Shuo New Energy Technology Co., Ltd.s, model ML2420；Beijing
The MPPT controller of Hui Nengjing electricity Science and Technology Ltd.s, model Tracer2206A；Anhui Jing Neng Green Source Energy LLC
MPPT controller, model JN-MPPT-A etc..
The 4G modules use：Brand：Many mountains, model：ZSD34104G DTU；Or brand：Yeecom, model：
Q560-LTE；Or brand：Someone, model：USR-G780；Or brand：It is flat to rise electronics, model：DATA-6131.
The microwave radar uses：Xi'an flies up to Electronic Science and Technology Co., Ltd., radar model：The small-sized shapes of FD-IBIS-S
Become surveillance radar；Or Hu'nan Nova Sky Electronic Technology Co., Ltd., radar model：The regions SP50W phased-array radar；Or Shanghai
True optical information Science and Technology Ltd., radar model：ZO Light deformations monitor radar IBIS systems.
The infrared imaging camera uses：The Shanghai IRS thermal imagery electromechanics Science and Technology Co., Ltd., product type：
Fotric616/626；Or the high moral intelligence sense science and technology in Wuhan, model：IPC series；Or Shenzhen Science and Technology Ltd. of Easthome of China, model：
HRC-P6400 series.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 7, of the invention there are intelligent highway road conditions to monitor safety guarantor in real time
The highway of barrier system includes highway 1 and several hundred-metre piles or milestone 2 in 1 both sides of the highway are arranged, and feature exists
In, the top of the hundred-metre pile or milestone 2 in the leading flank 2.1 for closing on highway 1, adjacent with the leading flank 2.1 respectively
Left side 2.2 and right side 2.3 on respectively setting there are one 4,3 institutes of microwave radar 3 and an infrared imaging camera
The microwave radar 3 stated is connected by conducting wire respectively with the power input of the infrared imaging camera 4 described in 3 is located at described hundred
The letter of microwave radar 3 described in the power supply system 5,3 in rice stake or the outside of milestone 2 and the infrared imaging camera 4 described in 3
Number output end is separately connected 4G modules, and is sent the collected information of road surface of institute by the 4G moulds 4G antennas 6 in the block
To high in the clouds.
As shown in fig. 6, the supply control unit 5.1 includes power-supply controller 5.11 and storage batteries 5.12, institute
The power input for stating power-supply controller 5.11 connects the power output end of the power generator 5.2, the power supply by conducting wire
The power output end of controller 5.11 crosses conducting wire and is separately connected microwave radar 3 described in 3 and the camera shooting of the infrared imaging described in 3
First 4 power input, the power supply energy storage end of the power-supply controller 5.11 are used for the storage of storing up electricity and power supply by conducting wire connection
Battery 5.12.The power generator 5.2 includes small-sized wind power generator 5.21 and solar panel 5.22, described small
The power output end of type wind-driven generator 5.21 and solar panel 5.22 is separately connected in the supply control unit 5.1
The power input of power-supply controller 5.11.
The supply control unit 5.1 and 4G modules is arranged at the control positioned at 2 outside of the hundred-metre pile or milestone
In case 7 processed, wherein the 4G antennas 6 stretch out outside control cabinet 7.
Claims (9)
- Include hundred-metre pile or milestone (2), feature exists 1. a kind of intelligent highway road conditions monitor safe-guard system in real time In, the top of the hundred-metre pile or milestone (2) in leading flank (2.1), the left side adjacent with the leading flank (2.1) respectively Microwave radar (3) and an infrared imaging camera (4) there are one being respectively arranged on face (2.2) and right side (2.3), 3 The microwave radar (3) is connected by conducting wire respectively with the power input of the infrared imaging camera (4) described in 3 to be located at Power supply system (5) on the outside of the hundred-metre pile or milestone (2), described in microwave radar (3) described in 3 and 3 it is infrared at The signal output end of picture camera (4) is separately connected 4G modules, and will be acquired by the 4G moulds 4G antennas (6) in the block To information of road surface be sent to high in the clouds.
- 2. intelligent highway road conditions according to claim 1 monitor safe-guard system in real time, which is characterized in that the confession Electric system (5) includes the power supply control list for providing power supply to the microwave radar (3) and infrared imaging camera (4) First (5.1), and be connected for providing electricity to the supply control unit (5.1) with the supply control unit (5.1) The power generator (5.2) in source.
- 3. intelligent highway road conditions according to claim 2 monitor safe-guard system in real time, which is characterized in that the confession Electric control unit (5.1) includes power-supply controller (5.11) and storage batteries (5.12), the power-supply controller (5.11) Power input connects the power output end of the power generator (5.2), the electricity of the power-supply controller (5.11) by conducting wire Source output terminal crosses the power supply that conducting wire is separately connected microwave radar (3) described in 3 and the infrared imaging camera (4) described in 3 Input terminal, the power supply energy storage end of the power-supply controller (5.11) are used for the storage batteries of storing up electricity and power supply by conducting wire connection (5.12)。
- 4. intelligent highway road conditions according to claim 2 monitor safe-guard system in real time, which is characterized in that the hair Electric installation (5.2) includes small-sized wind power generator (5.21) and solar panel (5.22), the small-sized wind power generator (5.21) and the confession that is separately connected in the supply control unit (5.1) of the power output end of solar panel (5.22) is automatically controlled The power input of device (5.11) processed.
- 5. intelligent highway road conditions according to claim 2 monitor safe-guard system in real time, which is characterized in that the confession Electric control unit (5.1) and 4G modules are arranged at the control cabinet (7) on the outside of the hundred-metre pile or milestone (2) Nei, Described in 4G antennas (6) to stretch out control cabinet (7) external.
- 6. a kind of highway monitoring safe-guard system in real time with intelligent highway road conditions described in claim 1, includes public affairs Road (1) and setting the highway (1) both sides several hundred-metre piles or milestone (2), which is characterized in that the hundred-metre pile Or the top of milestone (2) is in the leading flank (2.1) for closing on highway (1), the left side adjacent with the leading flank (2.1) respectively (2.2) and on right side (2.3) respectively there are one microwave radar (3) and an infrared imaging camera (4), 3 institutes for setting The microwave radar (3) stated is connected by conducting wire respectively with the power input of the infrared imaging camera (4) described in 3 is located at institute The power supply system (5) on the outside of hundred-metre pile or milestone (2) is stated, microwave radar (3) described in 3 and the infrared imaging described in 3 The signal output end of camera (4) is separately connected 4G modules, and will be collected by the 4G moulds 4G antennas (6) in the block Information of road surface be sent to high in the clouds.
- 7. the highway according to claim 6 for monitoring safe-guard system in real time with intelligent highway road conditions, feature exist In the supply control unit (5.1) includes power-supply controller (5.11) and storage batteries (5.12), the power supply control The power input of device (5.11) connects the power output end of the power generator (5.2), the power-supply controller by conducting wire (5.11) power output end crosses conducting wire and is separately connected microwave radar (3) described in 3 and the infrared imaging camera described in 3 (4) the power supply energy storage end of power input, the power-supply controller (5.11) is used for storing up electricity and power supply by conducting wire connection Storage batteries (5.12).
- 8. the highway according to claim 6 for monitoring safe-guard system in real time with intelligent highway road conditions, feature exist In, the power generator (5.2) include small-sized wind power generator (5.21) and solar panel (5.22), it is described small-sized The power output end of wind-driven generator (5.21) and solar panel (5.22) is separately connected the supply control unit (5.1) In power-supply controller (5.11) power input.
- 9. the highway according to claim 6 for monitoring safe-guard system in real time with intelligent highway road conditions, feature exist In the supply control unit (5.1) and 4G modules are arranged at the control on the outside of the hundred-metre pile or milestone (2) In case (7), wherein the 4G antennas (6) stretch out control cabinet (7) outside.
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| CN114067594A (en) * | 2020-08-05 | 2022-02-18 | 北京万集科技股份有限公司 | Planning method and device of driving path, computer equipment and storage medium |
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