CN104746413B - Road detection vehicle - Google Patents
Road detection vehicle Download PDFInfo
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- CN104746413B CN104746413B CN201310741851.7A CN201310741851A CN104746413B CN 104746413 B CN104746413 B CN 104746413B CN 201310741851 A CN201310741851 A CN 201310741851A CN 104746413 B CN104746413 B CN 104746413B
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- lamp
- railway carriage
- heat conducting
- conducting base
- road detection
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Classifications
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C23/00—Auxiliary devices or arrangements for constructing, repairing, reconditioning, or taking-up road or like surfaces
- E01C23/01—Devices or auxiliary means for setting-out or checking the configuration of new surfacing, e.g. templates, screed or reference line supports; Applications of apparatus for measuring, indicating, or recording the surface configuration of existing surfacing, e.g. profilographs
Abstract
The invention relates to a road detection vehicle which comprises a vehicle body. The vehicle body comprises a cab (19) and a truck bed (20) connected with the cab (19). Detection equipment is arranged inside the truck bed (20) which adopts a square-cabin structure. Four corners at the top of the truck bed (20) are right-angle structures. According to the road detection vehicle, the truck bed of the vehicle body adopts the square-cabin structure, inner space of the truck bed is large and load capacity is high. Thus, the road detection vehicle is convenient to operate. As the four corners at the top of the truck bed are right-angle structures, the shape character of the road detection vehicle is relatively remarkable and conforms to requirements of international detection vehicles. In addition, the right-angle structures are adopted so as to increase drag coefficient of the detection vehicle. Thus, a driver can effectively control driving speed of the detection vehicle. Even under the condition that vehicle speed is reduced, safety of the vehicle also can be effectively guaranteed.
Description
Technical field
The invention belongs to lane detection technology field is and in particular to a kind of new road detects car.
Background technology
Road detection vehicle be pavement of road detection special equipment, domestic since beginning one's study and producing road detection vehicle,
Always using commercial vehicle as the car body of detection car, there is hidden danger at aspects such as the design of vehicle, load-bearing, safety in this car body.
At present, the repacking vehicle of domestic employing side storehouse type, is meteorological checking vehicle, mobile environment monitor, military commanding car mostly, robs danger in emergency
Car etc., there is no application in road detection vehicle field.
Content of the invention
For defect present in prior art, it is an object of the invention to provide a kind of inner space is bigger, loading capacity more
Greatly, it is easy to the new road detection car operating and safety is higher.
For reaching object above, the technical solution used in the present invention is：Including vehicle body, vehicle body include driver's cabin and with drive
Sail the railway carriage that room is connected, be provided with testing equipment, railway carriage employing side storehouse type structure in railway carriage, four corners at railway carriage top are right angle
Structure.
Further, it is provided with detection rack in railway carriage, testing equipment is located in detection rack.
Further, the top of railway carriage afterbody is provided with the CCD camera 8 being connected with testing equipment, the mirror of CCD camera 8
Upside down and stretch out outside railway carriage tail edge.
Further, the bottom of railway carriage afterbody is provided with recess, is connected with light compensating lamp light fixture at the recess of railway carriage afterbody.
Further, described light compensating lamp light fixture includes lamp bracket and several light compensating lamps being located on lamp bracket, lamp
Tool is erected at the lower section of recess of railway carriage afterbody and is connected with the railway carriage crossbeam being located at railway carriage bottom.
Further, described light compensating lamp includes the heat conducting base being connected on lamp bracket, the LED being located on heat conducting base
Light source and concentrating component, and the luminous body of LED light source stretches in described concentrating component.
Further, the concentrating component of light compensating lamp includes focusing drum, and one end of focusing drum is connected with heat conducting base, the other end
It is connected with collecting lenses；The inside of one end being connected with heat conducting base of focusing drum is arranged with can be along the axial movement of focusing drum
Reflector, the upper and lower part opening of described reflector and its inner surface forms upright part pyramid like configuration, the luminous body of LED light source
At the upper opening of reflector and stretch in cup.
Again further, the bus of the taper seat that the inner surface of reflector is formed becomes 15-45 ° of angle with its bottom surface.
Further, heat conducting base include lamellar take over a business and be connected to it to take over a business the lamp cylinder of bottom；The lamp cylinder of heat conducting base
The taking over a business of centrage and heat conducting base) angle α be 0-90 °.
Further, the inner surface of the lamp cylinder of heat conducting base is provided with female thread, and the outer peripheral face of reflector is provided with external screw thread, and
The outer peripheral face of the one end away from collecting lenses of focusing drum, inner peripheral surface are respectively equipped with and the female thread of the lamp cylinder of heat conducting base, anti-
External screw thread that the external screw thread of light cup matches, female thread.
Further, the wiring board of LED light source is connected on a heat-conducting substrate, the lamp of described heat-conducting substrate and heat conducting base
The inner top surface directly contact of cylinder；It is provided between described heat-conducting substrate and one end being connected with heat conducting base of focusing drum and heat conduction base
The liner that plate, focusing drum are in close contact.
Again further, the lead that the lamp cylinder of heat conducting base is provided with for LED light source goes out, enters the through hole of lamp cylinder, described lining
The lead that pad is provided with for LED light source goes out, enters the opening of the lamp cylinder of heat conducting base.
Further, the bottom of focusing drum is connected with the fixing lid of a back-off, and the center of fixing lid is provided with circular hole, and optically focused is saturating
The main body of mirror is located in fixing lid, and protrudes in the circular hole of convex surface self-retaining lid of collecting lenses.
Further, described road detection vehicle also includes the light filling heat sink for lamp being located on lamp bracket, each light compensating lamp
Corresponding heat conducting base is joined directly together with light filling heat sink for lamp.
Further, light filling heat sink for lamp includes the radiating tube group being located on lamp bracket, and radiating tube group includes some
Individual radiating tube, circulation in radiating tube has radiator liquid, and radiating tube has some location holes forming a line along its length,
The heat conducting base correspondence of light compensating lamp is connected at each location hole of radiating tube.
Further, described light filling heat sink for lamp also includes the cyclic water tank being located in railway carriage and is located at railway carriage top
Water circulation heat exchange device, and cyclic water tank, radiating tube group and the series connection of water circulation heat exchange device form radiating closed circuit.
Further, the bottom surface of radiating tube is located in same cambered surface, and the convex surface of described cambered surface is upward.
Further, the top of radiating tube is connected with the hard import and export pipe perpendicular with its top surface, described hard enters,
The arc that outlet passes through above radiating tube is connected with cyclic water tank, water circulation heat exchange device respectively, and arc is provided with
The spacing hole passing through for hard import and export pipe.
Further, the radian of arc is 800-900.It is preferably 867.86.
Further, the centerline parallel of lamp cylinder of multiple heat conducting bases that each radiating tube is connected and with the angle taken over a business
α is equal, and the bearing of trend of the centrage of lamp cylinder of the heat conducting base that two adjacent radiating tubes are connected is contrary.
A kind of new road detection car that the present invention provides, the railway carriage employing side storehouse type structure of its vehicle body, railway carriage is internal empty
Between big, loading capacity big, be easy to operate；Because four corners at railway carriage top are right-angle structure, its resemblance ratio is more significant, symbol
Close the requirement of international detection car, and adopt right-angle structure, increase the air resistance coefficient of detection car, driver so can be made effective
Ground controls the road speed of detection car, even if also can effectively ensure the safety of vehicle in the case that speed reduces.In addition,
The new road that the present invention provides detects that the light fixture of car makees monomer lamp using LED light supplement lamp, and light fixture has light intensity height, light angle
Adjustable, light filling lighting hours length, energy consumption are low, life-span length, small volume, lightweight the advantages of；Additionally, detection car also configures that accordingly
Light filling heat sink for lamp, it is possible to decrease the long-irradiated temperature of light compensating lamp, makes the light decay of light source slow down, and extends the use of light compensating lamp
In the life-span, reduce power consumption etc..
Brief description
Fig. 1 is the structural representation that a kind of new road provided by the present invention detects car；
Fig. 2 is the top view of Fig. 1, for clearly showing that the internal structure of detection car railway carriage, eliminates railway carriage top in Fig. 2；
Fig. 3 is the cross sectional view of light compensating lamp light fixture in Fig. 1；
Fig. 4 is the sectional side elevation of light compensating lamp light fixture in Fig. 1；
Fig. 5 is the structural representation of the light compensating lamp of light compensating lamp light fixture in Fig. 1；
Fig. 6 is the structure decomposition figure of light compensating lamp in Fig. 5.
Specific embodiment
The invention will be further described with reference to the accompanying drawings and detailed description.
As shown in figure 1, a kind of new road provided by the present invention detects car, including vehicle body, vehicle body includes driver's cabin 19
And the railway carriage 20 being connected with driver's cabin 19, it is provided with testing equipment (not shown) in railway carriage 20, railway carriage 20 employing side storehouse type structure,
Four corners at railway carriage 20 top are right-angle structure.
In the present invention, in railway carriage 20, it is provided with detection rack 22, testing equipment is located in detection rack 22.Testing equipment can wrap
Include main frame, ups power supply, power control system etc..This is the common knowledge of this area, therefore no longer describes in detail.
For observing pavement behavior in real time, can set with the detection in detection rack 22 in the setting of the top of railway carriage 20 afterbody
The standby CCD camera 8 being connected, the camera lens of CCD camera 8 down and stretches out outside railway carriage 20 tail edge.
Additionally, the bottom of railway carriage 20 afterbody is provided with recess, described recess is in the shape in recessed railway carriage 20, the most simply,
Described recess is in the right-angle structure in recessed railway carriage 20.
On the detection car that the present invention provides, connecting promising pavement detection at the recess of railway carriage 20 afterbody provides illumination
Light compensating lamp light fixture 0.Described light compensating lamp light fixture 0 can include lamp bracket 5 and several light compensating lamps 1 being located on lamp bracket 5,
Lamp bracket 5 is located at the lower section of recess of railway carriage 20 afterbody and is connected with the railway carriage crossbeam 21 being located at railway carriage 20 bottom.Light fixture props up
Frame 5 can be designed to be convex to the globoidal structure of the recess of railway carriage 20 afterbody.
As shown in Figure 4,5, described light compensating lamp 1 includes being connected on lamp bracket 5 heat conducting base 2, it is located at heat conducting base 2
On LED light source 1-2 and concentrating component, and the luminous body of LED light source 1-2 stretches in described concentrating component.In the present invention, mend
Light lamp 1 adopts the LED light source 1-2 of super high power (power is 5-50W), and light intensity is high.
The concentrating component of light compensating lamp 1 includes focusing drum 1-5, and one end of focusing drum 1-5 is connected with heat conducting base 2, the other end
It is connected with collecting lenses 1-6；The inside of one end being connected with heat conducting base 2 of focusing drum 1-5 is arranged with can be along focusing drum 1-5 axle
To the reflector 1-4 of movement, the upper and lower part opening of described reflector 1-4 and its inner surface forms upright part pyramid like configuration,
The luminous body of LED light source 1-2 is located at the upper opening of reflector 1-4 and stretches in cup.
Under preferable case, the bus of taper seat that the inner surface of reflector 1-4 is formed becomes 15-45 ° of angle with its bottom surface.
The top about 10- of the distance from bottom collecting lenses 1-6 of the luminous body of LED light source 1-2 for reaching more preferable spotlight effect, can be made
30mm.
Above-mentioned light compensating lamp adopts focusing drum 1-5, collecting lenses 1-6 and reflector 1-4, and light can be made fully to converge to one
Rise, it is to avoid illumination is lost.Especially by adjusting reflector 1-4 in the position of focusing drum 1-5, can reach preferable optically focused effect
Really.
In a kind of specific embodiment, heat conducting base 2 includes taking over a business 2-1 and being connected to it and take over a business 2-1 bottom of lamellar
Lamp cylinder 2-2.For adjusting the direction of illumination of light source, the centrage of lamp cylinder 2-2 of heat conducting base 2 takes over a business 2-1 with heat conducting base 2
Angle α can be 0-90 °, preferably 45 °.In the present invention, the lamp cylinder 2-2 due to heat conducting base 2 becomes one jiao with taking over a business 2-1
Degree, heat conducting base 2 is overall to be in irregularly shaped, and the light that LED light source 1-2 is sent can be made to beat in different orientation.
The inner surface of the lamp cylinder 2-2 of heat conducting base 2 is provided with female thread, and the outer peripheral face of reflector 1-4 is provided with external screw thread, and adjusts
The outer peripheral face of the one end away from collecting lenses 1-6 of burnt cylinder 1-5, inner peripheral surface be respectively equipped with the lamp cylinder 2-2 of heat conducting base 2 in
External screw thread that screw thread, the external screw thread of reflector 1-4 match, female thread.
Focusing drum 1-5 can be linked together in any suitable manner with heat conducting base 2.For example, can be in heat conduction base
The inner surface setting female thread of the lamp cylinder 2-2 of seat 2, and the outer peripheral face of the one end being connected with heat conducting base 2 in focusing drum 1-5 set
Put the external screw thread matching with the female thread of lamp cylinder 2-2, thus the top of focusing drum 1-5 is connected by the mode being threaded connection
On heat conducting base 2.
Reflector 1-4 can by any suitable by way of movement be set in focusing drum 1-5.For example, can be in focusing drum 1-5
The one end being connected with heat conducting base 2 inner peripheral surface setting female thread, and reflector 1-4 outer peripheral face setting with focusing drum 1-
The external screw thread that 5 female thread matches, thus reflector 1-4 is movably arranged on focusing drum 1-5 by the mode being threaded connection
Interior, the length of screw thread can be arranged according to practical situation.During operation, can be existed by means of other workpiece or external force adjustment reflector 1-4
Position in focusing drum 1-5, to focus.
Generally, the wiring board 1-0 of LED light source 1-2 be connected on a heat-conducting substrate 1-1 (this is the common knowledge of this area,
Here is omitted).When assembling above-mentioned light compensating lamp, can make that the described heat-conducting substrate 1-1 and lamp cylinder 2-2's of heat conducting base 2 is interior
Top surface directly contact.
Can arrange and heat conduction between described heat-conducting substrate 1-1 and one end being connected with heat conducting base 2 of focusing drum 1-5
The liner 1-3 that substrate 1-1, focusing drum 1-5 are in close contact, thus LED light source 1-2 is acted against the lamp cylinder 2-2 of heat conducting base 2
On inner top surface.
Additionally, the lead that the lamp cylinder 2-2 of heat conducting base 2 is provided with for LED light source 1-2 goes out, enters the through hole of lamp cylinder 2-2, institute
State the opening that the lead that liner 1-3 is provided with for LED light source 1-2 goes out, enters the lamp cylinder 2-2 of heat conducting base 2.
Furthermore it is possible to the bottom of focusing drum 1-5 is connected with the fixing lid 1-7 of a back-off to fix collecting lenses 1-6, fixing
The center of lid 1-7 is provided with circular hole, and the main body of collecting lenses 1-6 is located in fixing lid 1-7, and the convex surface of collecting lenses 1-6 is certainly
Protrude in the circular hole of fixing lid 1-7.
In preferred specific embodiment, the light fixture that the present invention provides also includes the radiating being located on lamp bracket 5
Device, each corresponding heat conducting base 2 of light compensating lamp 1 is joined directly together with heat abstractor, so can take away LED by heat abstractor
Light source 1-2 is delivered to the heat on heat conducting base 2.
Fig. 3 is the view being cut with a plane parallel to railway carriage 20 bottom surface obtained by light fixture top.Fig. 4 is with one
Cut the view obtained by light fixture one end perpendicular to the plane of light fixture length direction.
As shown in figure 4, described heat abstractor includes radiating tube group 3, radiating tube group 3 can include several cuboid-type and dissipate
Heat pipe.The bottom of radiating tube has some location holes forming a line along its length, and each heat conducting base 2 correspondence is connected to
At each location hole of radiating tube.
Radiating tube can be linked together in any suitable manner with the heat conducting base 2 of light compensating lamp 1.For example, heat conduction
The top of pedestal 2 can be provided with and heat conducting base 2 material identical projection 2-3, during connection inserts the projection 2-3 of heat conducting base 2
In the location hole of radiating tube and seal, thus each heat conducting base 2 correspondence is connected at each location hole of radiating tube.Enter one
Step, by stainless steel lathe dog, the 2-1 that takes over a business of heat conducting base 2 can be fastened on radiating tube.
Because light compensating lamp 1 is arranged on radiating tube, therefore, the number of the radiating tube of radiating tube group 3 of heat abstractor can root
Factually the illumination scheme on border sets.As shown in figure 3, to arrange 4 row's light compensating lamps, then the radiating tube of the heat abstractor of shown light fixture
Group 3 can comprise 4 radiating tubes 31,32,33,34, radiating tube 31,32,33,34 is correspondingly provided with water inlet 31-1,32-1,
33-1,34-1 and outlet 31-2,32-2,33-2,34-2.As shown in figure 4, the radiating tube of radiating tube group 3 can adopt cuboid
Type, the side section of radiating tube can be square.
Described light filling heat sink for lamp also includes the cyclic water tank being located in railway carriage 20 and the water being located at railway carriage 20 top and follows
Ring heat exchanger 7, water circulation heat exchange device 7 periphery is set with heat exchanger set 7-1, to protect water circulation heat exchange device 7.Can in cyclic water tank
Setting circulating pump, preferably sets two circulating pumps, and one of them is as stand-by pump.
In the present invention, cyclic water tank, radiating tube group 3 and water circulation heat exchange device 7 series connection form radiating closed circuit.Specifically
Ground, water inlet 31-1,32-1,33-1,34-1 of each radiating tube in radiating tube group 3 are connected with cyclic water tank respectively, each
Outlet 31-2,32-2,33-2,34-2 of radiating tube are connected with water circulation heat exchange device 7 respectively, thus constituting multiple radiating circulations
Loop, to take away the heat that the light compensating lamp 1 being connected on each radiating tube is distributed.
As for the arrangement mode of the LED light source 1-2 being connected on radiating tube, can be arranged according to practical situations.For example,
Can make the centerline parallel of lamp cylinder 2-2 of multiple heat conducting bases 2 that each radiating tube connected and with the angle α phase taking over a business 2-1
Deng, and make the bearing of trend of the centrage of lamp cylinder 2-2 of heat conducting base 2 being connected on two adjacent radiating tubes contrary.
Additionally, the light that the light compensating lamp 1 for making to connect on each radiating tube is sent is gathered further is wanting irradiation
Region, can make the bottom surface of radiating tube be located in same cambered surface, the convex surface of described cambered surface is upward.
For example, convex face-up arc 4, arc 4 middle part perforate, arc 4 can be set above radiating tube group 3
Two ends be provided with spacing hole；And the top of radiating tube such as radiating tube 31 connect the hard perpendicular with its top surface into and out of
Mouth pipe 31-1,31-2, and so that hard import and export pipe 31-1,31-2 of radiating tube 31 is led to respectively through after the spacing hole of arc 4
Cross flexible pipe to be connected with cyclic water tank, water circulation heat exchange device 7.There is screwed hole on the top two ends of radiating tube 31, can be incited somebody to action by screw
It is fastened on arc 4, and arc 4 is connected on lamp bracket 5.In the same manner, can be fixing with arc 4 by other radiating tubes.
Hard import and export pipe 31-1,31-2 of radiating tube 31 using rigid import and export pipe, and can be welded with radiating tube 31
Fixing.
The radian of arc 4 can be 800-900, preferably 867.86.
On the road detection vehicle that the present invention provides, for ease of maintenance, can arrange corresponding to testing machine in the side of railway carriage 20
Rack maintenance door 22-1 of cabinet 22；Railway carriage 20 afterbody can arrange climbing ladder.Additionally, on railway carriage 20 rack maintenance door 22-1 homonymy
It is provided with car door 9 and side window 11.
The surrounding at railway carriage 20 top can set fence 23, and the vehicle roof platform being surrounded by fence 23 can be placed the cold of Air conditioner on car
Condenser 10.Water circulation heat exchange device 7 can also be positioned in fence 23.
As shown in Fig. 2 because the inner space of this detection car is larger, also toilet can be arranged in railway carriage 20, in toilet
Toilet seat 12 and hand washing sink 13 can be set；One or two operations chair 15 also can be set in railway carriage 20 and fold side seat 14.Railway carriage 20
The warm-air drier 16 that can export warm braw during driving is may be provided at interior head position.The position of each part can be according to actual empty in railway carriage 20
Between size be arranged.
Generally, the electromotor 17 of detection car can set in railway carriage 20.
Refrigerator 18 also can be set in the driver's cabin 19 of this detection car, and refrigerator 18 is placed between major and minor driver's seat.
Structure of the present invention is not limited to the embodiment described in specific embodiment, and those skilled in the art are according to this
The technical scheme of invention draws other embodiments, also belongs to the technological innovation scope of the present invention.
Claims (15)
1. a kind of road detection vehicle, including vehicle body, vehicle body includes driver's cabin (19) and the railway carriage being connected with driver's cabin (19)
(20), it is provided with testing equipment in railway carriage (20) it is characterised in that railway carriage (20) employing side storehouse type structure, railway carriage (20) top
Four corners are right-angle structure；
The bottom of railway carriage (20) afterbody is provided with recess, is connected with light compensating lamp light fixture (0), described benefit at the recess of railway carriage (20) afterbody
Light lamp light fixture (0) includes lamp bracket (5) and several light compensating lamps (1) being located on lamp bracket (5), and lamp bracket (5) sets
It is connected in the lower section of the recess of railway carriage (20) afterbody and with the railway carriage crossbeam (21) being located at railway carriage (20) bottom；
Described light compensating lamp (1) includes the heat conducting base (2) being connected on lamp bracket (5), the LED being located on heat conducting base (2)
Light source (1-2) and concentrating component, and the luminous body of LED light source (1-2) stretches in described concentrating component；
The concentrating component of light compensating lamp includes focusing drum (1-5), and one end of focusing drum (1-5) is connected with heat conducting base (2), the other end
It is connected with collecting lenses (1-6)；The inside of one end being connected with heat conducting base (2) of focusing drum (1-5) is arranged with can be along focusing
The reflector (1-4) of the axial movement of cylinder (1-5), the upper and lower part opening of described reflector (1-4) and its inner surface form upright
Part pyramid like configuration, the luminous body of LED light source (1-2) is located at the upper opening of reflector (1-4) and stretches in cup.
2. a kind of road detection vehicle according to claim 1 is it is characterised in that be provided with detection rack in railway carriage (20)
(22), testing equipment is located in detection rack (22).
3. a kind of road detection vehicle according to claim 2 is it is characterised in that the top of railway carriage (20) afterbody is provided with and examines
The CCD camera (8) that measurement equipment is connected, the camera lens of CCD camera (8) down and stretches out outside railway carriage (20) tail edge.
4. a kind of road detection vehicle according to claim 1 is it is characterised in that the inner surface of reflector (1-4) is formed
The bus of taper seat become 15-45 ° of angle with its bottom surface.
5. a kind of road detection vehicle according to claim 1 is it is characterised in that heat conducting base (2) includes taking over a business of lamellar
(2-1) and be connected to it and take over a business the lamp cylinder (2-2) of (2-1) bottom；The centrage of lamp cylinder (2-2) of heat conducting base (2) and heat conduction
The angle α taking over a business (2-1) of pedestal (2) is 0-90 °.
6. a kind of road detection vehicle according to claim 5 it is characterised in that the lamp cylinder (2-2) of heat conducting base (2) interior
Surface is provided with female thread, and the outer peripheral face of reflector (1-4) is provided with external screw thread, and focusing drum (1-5) away from collecting lenses (1-6)
The outer peripheral face of one end, inner peripheral surface be respectively equipped with the female thread of lamp cylinder (2-2) of heat conducting base (2), reflector (1-4) outer
External screw thread that screw thread matches, female thread.
7. a kind of road detection vehicle according to claim 6 is it is characterised in that the wiring board (1-0) of LED light source (1-2)
It is connected on a heat-conducting substrate (1-1), described heat-conducting substrate (1-1) is direct with the inner top surface of the lamp cylinder (2-2) of heat conducting base (2)
Contact；It is provided with and heat conduction base between described heat-conducting substrate (1-1) and one end being connected with heat conducting base (2) of focusing drum (1-5)
The liner (1-3) that plate (1-1), focusing drum (1-5) are in close contact.
8. a kind of road detection vehicle according to claim 7 is it is characterised in that set on the lamp cylinder (2-2) of heat conducting base (2)
The lead for LED light source (1-2) is had to go out, enter the through hole of lamp cylinder (2-2), described liner (1-3) is provided with for LED light source (1-2)
Lead go out, enter heat conducting base (2) lamp cylinder (2-2) opening.
9. a kind of road detection vehicle according to claim 1 is it is characterised in that the bottom of focusing drum (1-5) is connected with one
The fixing lid (1-7) of back-off, the center of fixing lid (1-7) is provided with circular hole, and the main body of collecting lenses (1-6) is located at fixing lid
(1-7) in, and protrude in the circular hole of convex surface self-retaining lid (1-7) of collecting lenses (1-6).
10. according to a kind of arbitrary described road detection vehicle of claim 1-9 it is characterised in that described road detection vehicle also wraps
Include the light filling heat sink for lamp being located on lamp bracket (5), the corresponding heat conducting base of each light compensating lamp (1) (2) is dissipated with light compensating lamp
Thermal is joined directly together.
A kind of 11. road detection vehicles according to claim 10 are it is characterised in that light filling heat sink for lamp includes being located at lamp
Radiating tube group (3) on tool support (5), radiating tube group (3) includes several radiating tubes, radiating tube has along its length
Some location holes forming a line, heat conducting base (2) correspondence of light compensating lamp (1) is connected at each location hole of radiating tube.
A kind of 12. road detection vehicles according to claim 11 are it is characterised in that described light filling heat sink for lamp also includes
The cyclic water tank being located in railway carriage (20) and the water circulation heat exchange device (7) being located at railway carriage (20) top, and cyclic water tank, radiating tube
Group (3) and water circulation heat exchange device (7) series connection form radiating closed circuit.
A kind of 13. road detection vehicles according to claim 11 or 12 are it is characterised in that the bottom surface of radiating tube is positioned at same
In cambered surface, the convex surface of described cambered surface is upward.
A kind of 14. road detection vehicles according to claim 13 it is characterised in that the top of each radiating tube be connected with
The perpendicular hard import and export pipe of its top surface, described hard import and export pipe passes through the arc (4) point above radiating tube
It is not connected with cyclic water tank and water circulation heat exchange device (7), arc (4) is provided with the spacing hole passing through for hard import and export pipe.
A kind of 15. road detection vehicles according to claim 11 are it is characterised in that multiple leading of being connected of each radiating tube
The centerline parallel of lamp cylinder (2-2) of hot radical seat (2) and equal with the angle α taking over a business (2-1), two adjacent radiating tubes are connected
The centrage of lamp cylinder (2-2) of heat conducting base (2) bearing of trend contrary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310741851.7A CN104746413B (en) | 2013-12-27 | 2013-12-27 | Road detection vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310741851.7A CN104746413B (en) | 2013-12-27 | 2013-12-27 | Road detection vehicle |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104746413A CN104746413A (en) | 2015-07-01 |
| CN104746413B true CN104746413B (en) | 2017-02-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310741851.7A Active CN104746413B (en) | 2013-12-27 | 2013-12-27 | Road detection vehicle |
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| CN201381469Y (en) * | 2009-03-03 | 2010-01-13 | 长安大学 | Laser road detection vehicle |
| CN101831862B (en) * | 2009-03-11 | 2013-03-13 | 南京理工大学 | Laser high-speed detection system for road surface deflection |
| CN201787411U (en) * | 2010-07-15 | 2011-04-06 | 武汉滨湖电子有限责任公司 | Uniform pavement illumination device adopting light emitting diodes |
| DE102010044743A1 (en) * | 2010-09-08 | 2012-03-08 | Dr. Ing. Löffler Consulting und Engineering Baustoffprüfung und Umwelt GmbH | Vehicle i.e. motorized light motor car, for detecting state of road surface, has data processing device connecting camera monitoring unit and spacing measuring unit with each other and arranged in vehicle |
| CN203174478U (en) * | 2013-04-15 | 2013-09-04 | 南京道润交通科技有限公司 | Road detection vehicle |
| CN203270425U (en) * | 2013-04-16 | 2013-11-06 | 王文齿 | Anti-interference type road detection vehicle |
| CN203878446U (en) * | 2013-12-27 | 2014-10-15 | 北京恒达锦程图像技术有限公司 | Novel road detection vehicle |
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2013
- 2013-12-27 CN CN201310741851.7A patent/CN104746413B/en active Active
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