CN207730325U - A kind of infrared thermal imaging protective device based on solar energy tracking sensor - Google Patents
A kind of infrared thermal imaging protective device based on solar energy tracking sensor Download PDFInfo
- Publication number
- CN207730325U CN207730325U CN201721807514.3U CN201721807514U CN207730325U CN 207730325 U CN207730325 U CN 207730325U CN 201721807514 U CN201721807514 U CN 201721807514U CN 207730325 U CN207730325 U CN 207730325U
- Authority
- CN
- China
- Prior art keywords
- thermal imaging
- infrared thermal
- solar energy
- inverted
- tracking sensor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Studio Devices (AREA)
Abstract
The utility model is related to a kind of infrared thermal imaging protective devices based on solar energy tracking sensor, including infrared thermal imaging and visible light binocular camera, solar energy tracking sensor, master control borad, holder, holder pedestal, video camera mounting base, inverted L shape mounting plate, inverted L shape fagging and inverted L shape supporting rack, infrared thermal imaging and visible light binocular camera are set on holder, sunshading board is equipped with above the camera lens of infrared thermal imaging and visible light binocular camera, solar energy tracking sensor is set on sunshading board and in front of the camera lens of infrared thermal imaging and visible light binocular camera, master control borad is separately connected infrared thermal imaging and visible light binocular camera, solar energy tracking sensor and holder.Compared with prior art, the utility model can effectively protect infrared thermal imaging camera lens, improve video camera service life, have the characteristics that reliability height, wide coverage, it is at low cost, facilitate installation maintenance, be particularly adapted to aerial cable channel anti-mountain fire monitor.
Description
Technical field
The utility model is related to transmission line of electricity fields, more particularly, to a kind of infrared heat based on solar energy tracking sensor
It is imaged protective device.
Background technology
Transmission line of electricity forest fire has the randomness that sudden, disaster occurs, can bring about great losses in the short time
Feature.Therefore forest fires are found and is put out rapidly, just become the transmission line of electricity forest zone fireproof most important thing.Shorten what fire was scouted
Time, prevent fire spreading and it is out of control be urgent problem.
Infrared thermography is burnt protection without camera solar control in existing anti-mountain fire device, when assembly monitor mountain fire,
The problem of certainly existing periods of direct sunlight, thermal infrared imaging camera un-cooled FPA array in direct sunlight, service life meeting
It strongly reduces, influences onsite application.Current each producer does not have effective solution scheme for this problem.According to morning or afternoon
Mode without monitoring avoids the occurrence of this problem, can cause monitoring blind area.
Infrared thermal imaging：Any object all externally carries out electromagenetic wave radiation according to the difference of temperature.Wavelength is 2.0 ~ 1000
The part of micron is known as Thermal Infra-Red.Thermal infrared imaging can reflect object by being imaged to object to the sensitive CCD of thermal infrared
The temperature field in body surface face.Thermal imaging feature for power equipment is：Local temperature rise is high, and easy-to-use thermal infrared imager is found, if not
Energy timely processing is worse off fast, easily forms accident, cause damages.
Each equipment of special mounting status requirement of infrared thermography incapability source control, transmission line of electricity is that low-power consumption is set
Meter, while needing to save energy as far as possible, original system generally uses timing inspection and closing, there is monitoring in the down periods
Blind area.
Utility model content
The purpose of this utility model is exactly to be provided a kind of based on the sun to overcome the problems of the above-mentioned prior art
The infrared thermal imaging protective device of energy tracking transducer, can effectively protect infrared thermal imaging camera lens improve video camera service life,
Have the characteristics that reliability height, wide coverage, it is at low cost, facilitate installation maintenance, be particularly adapted to the anti-of aerial cable channel
Mountain fire monitors.
The purpose of this utility model can be achieved through the following technical solutions：
A kind of infrared thermal imaging protective device based on solar energy tracking sensor, including infrared thermal imaging and visible light pair
Lens camera, solar energy tracking sensor, master control borad, holder, holder pedestal, video camera mounting base, inverted L shape mounting plate, inverted L
Type fagging and inverted L shape supporting rack, the inverted L shape supporting rack level are erected on shaft tower, and inverted L shape supporting rack includes the branch being connected
Crossbeam and support vertical beam are supportted, the video camera mounting base is set in support beam, and video camera mounting base and support beam
Perpendicular, the holder pedestal is set to the front end of video camera mounting base, and the holder is set on holder pedestal, the infrared heat
Imaging and visible light binocular camera are set on holder, are equipped with and are hidden above the camera lens of infrared thermal imaging and visible light binocular camera
Positive plate, the solar energy tracking sensor are set on sunshading board and positioned at infrared thermal imaging and the camera lenses of visible light binocular camera
Front, the master control borad are separately connected infrared thermal imaging and visible light binocular camera, solar energy tracking sensor and holder, institute
It includes the installation crossbeam being connected and installation vertical beam, the bottom of the installation crossbeam and video camera mounting base to state inverted L shape mounting plate
Face connects, and the installation vertical beam is close to support the leading flank of vertical beam, and the inverted L shape fagging includes the fagging crossbeam being connected and support
Plate vertical beam, the fagging crossbeam are close to the bottom surface of support beam and are connect with video camera mounting base, and the fagging vertical beam is close to
It supports the trailing flank of vertical beam and is connect with installation vertical beam.
Tilting rack is equipped with a support cant beam between the fagging crossbeam and fagging vertical beam.
Further include solar panel, accumulator group, power management chip and rainfall amount sensor, the solar cell
Plate connects accumulator group, and the accumulator group connects power management chip, and connects infrared thermal imaging through a power switch respectively
And the power interface of visible light binocular camera and the power interface of holder, the control terminal of each power switch are all connected with master control
Plate, the master control borad are separately connected power management chip and rainfall amount sensor.
The master control borad is connected with wireless router.
The master control borad is connected with audible-visual annunciator.
It is equipped on the video camera mounting base, inverted L shape mounting plate and inverted L shape fagging multiple for detachable connection
Mounting hole.
Compared with prior art, the utility model has the following advantages：
（1）Master control borad using infrared thermal imaging and visible light binocular camera can automatic identification fire point, positioning mountain fire position
It sets, and accurately takes pictures and record a video, by wireless router by data remote to state's net standard background.
（2）The intensity of illumination that master control borad is acquired according to solar energy tracking sensor sends out holder the order of position adjustment,
The angle of binocular camera is effectively protected video camera to avoid camera lens by sunlight direct irradiation on control holder,
Improve service life.
（3）Master control borad can obtain the energy state of accumulator group using power management chip, and according to energy state control
The working condition of power switch processed.The rainfall product data that master control borad can also be acquired according to rainfall amount sensor, to control power supply
The intelligent energy distribution and management of equipment is better achieved in the working condition of switch.Energy management is used, it can be according to season
Section, time, weather carry out smart allocation, provide maximum usage time to the user, reduce monitoring blind area.
（4）For specific environment, there is the occasion of particular/special requirement to use installation dimension（Such as:Transmission line of electricity (110KV and
More than) steel tower）The fire point monitoring of upper monitoring power transmission line corridor, uses various auxiliary stands etc. and ensures various types of hardware device peace
The stabilization of dress, wherein the installation fixation of inverted L shape mounting plate, inverted L shape fagging is all made of " shape of chinese word Ji " buckle structure, and installation is simple
It is convenient.
（5）It is simple in structure, it is easy for construction, be conducive to batch micro operations and the application of package unit.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of infrared thermal imaging protective device of the utility model based on solar energy tracking sensor；
Fig. 2 is the left view schematic diagram of infrared thermal imaging protective device of the utility model based on solar energy tracking sensor；
Fig. 3 is that infrared thermal imaging protective device internal circuit connection of the utility model based on solar energy tracking sensor is shown
It is intended to.
In figure, 1, infrared thermal imaging and visible light binocular camera, 2, solar energy tracking sensor, 3, master control borad, 4, cloud
Platform, 5, holder pedestal, 6, video camera mounting base, 7, inverted L shape mounting plate, 701, installation crossbeam, 702, installation vertical beam, 8, inverted L
Type fagging, 801, fagging crossbeam, 802, fagging vertical beam, 803, support cant beam, 9, inverted L shape supporting rack, 901, support beam, 902,
Support vertical beam, 10, sunshading board, 11, solar panel, 12, accumulator group, 13, power management chip, 14, rainfall sensing
Device, 15, wireless router, 16, audible-visual annunciator, 17, mounting hole, 18, power switch.
Specific implementation mode
The utility model is described in detail in the following with reference to the drawings and specific embodiments.The present embodiment is with the utility model
Implemented premised on technical solution, gives detailed embodiment and specific operating process, but the guarantor of the utility model
Shield range is not limited to following embodiments.
As shown in Figure 1-Figure 3, a kind of infrared thermal imaging protective device based on solar energy tracking sensor, including infrared heat
Imaging and visible light binocular camera 1, solar energy tracking sensor 2, master control borad 3, holder 4, holder pedestal 5, video camera installation
Bottom plate 6, inverted L shape mounting plate 7, inverted L shape fagging 8 and inverted L shape supporting rack 9,9 level of inverted L shape supporting rack are erected on shaft tower, inverted L
Type supporting rack 9 includes the support beam 901 being connected and support vertical beam 902, and video camera mounting base 6 is set to support beam 901
On, and video camera mounting base 6 and support beam 901 are perpendicular, holder pedestal 5 is set to the front end of video camera mounting base 6, cloud
Platform 4 is set on holder pedestal 5, and infrared thermal imaging and visible light binocular camera 1 are set on holder 4, infrared thermal imaging and visible
Sunshading board 10 is equipped with above the camera lens of light binocular camera 1, solar energy tracking sensor 2 is set on sunshading board 10 and positioned at infrared
In front of the camera lens of thermal imaging and visible light binocular camera 1, master control borad 3 is separately connected infrared thermal imaging and visible light binocular camera shooting
Machine 1, solar energy tracking sensor 2 and holder 4, inverted L shape mounting plate 7 include the installation crossbeam 701 being connected and installation vertical beam
702, installation crossbeam 701 is connect with the bottom surface of video camera mounting base 6, and installation vertical beam 702 is close to support the front side of vertical beam 902
Face, inverted L shape fagging 8 include that the fagging crossbeam 801 being connected and fagging vertical beam 802, fagging crossbeam 801 are close to support beam 901
Bottom surface and connect with video camera mounting base 6, fagging vertical beam 802 be close to support vertical beam 902 trailing flank and with installation vertical beam
702 connections, tilting rack is equipped with a support cant beam 803 between fagging crossbeam 801 and fagging vertical beam 802.
Wherein, photosensitive part can be used in solar energy tracking sensor 2, and solar energy tracking sensor 2 is fixed on video camera top
End, photosensitive part is consistent with camera direction, photosensitive part by aperture induction sunlight, the direction of aperture and video camera
Direction is consistent, and when sun light direct beam is to camera lens, photosensitive part can sense light intensity simultaneously.Solar energy tracking
Sensor 2 judges whether it is direct sunlight according to light intensity, and intensity signal is sent to master control borad 3.Infrared thermal imaging and visible
The red binocular camera in Haikang can be used in light binocular camera 1.
The infrared thermal imaging protective device further includes solar panel 11, accumulator group 12,13 and of power management chip
Rainfall amount sensor 14, solar panel 11 connect accumulator group 12, and accumulator group 12 connects power management chip 13, and divides
The power interface of the power interface and holder 4 of infrared thermal imaging and visible light binocular camera 1 is not connected through a power switch 18,
The control terminal of each power switch 18 is all connected with master control borad 3, and master control borad 3 is separately connected power management chip 13 and rainfall sensing
Device 14, rainfall amount sensor 14 acquire rainfall information and are simultaneously transferred to master control borad 3, power management chip 13 to accumulator electric-quantity,
The power supplies state such as cell voltage, charging and discharging state, operating temperature is monitored, and uploads relevant information to master control borad 3, together
When be also powered to master control borad 3.Master control borad 3 is connected with wireless router 15 and audible-visual annunciator 16.
Video camera mounting base 6, inverted L shape mounting plate 7, be equipped on inverted L shape fagging 8 it is multiple for detachable connection
Mounting hole 17.The installation of inverted L shape mounting plate 7, inverted L shape fagging 8, which is fixed, uses " shape of chinese word Ji " buckle structure, and installation is simple and convenient.
Solid line indicates that data flow, chain-dotted line indicate power supply flow direction in Fig. 3.Infrared thermal imaging protective device, which is directed to, needs spy
Determine environment, there is the occasion of particular/special requirement to use installation dimension（Such as:Transmission line of electricity (110KV or more) steel tower）Upper monitoring is defeated
The fire point monitoring in electric line corridor, integrates various types of hardware device, realizes the functions such as acquisition, alarm, teletransmission, the displaying of data, together
When use the stabilization that various auxiliary stands etc. ensure the installation of various types of hardware device, operation principle is specific as follows：
1, master control borad 3 using infrared thermal imaging and visible light binocular camera 1 can automatic identification fire point, positioning mountain fire position
It sets, and accurately takes pictures and record a video, by wireless router 15 by data remote to state's net standard background.
2, the intensity of illumination that master control borad 3 is acquired according to solar energy tracking sensor 2 sends out holder 4 life of position adjustment
It enables, controls the angle of binocular camera on holder 4, until the intensity signal disengaging sunlight that solar energy tracking sensor 2 is fed back is straight
Value range is penetrated, to avoid camera lens by sunlight direct irradiation, video camera is effectively protected, improves service life.
3, whole device is powered by solar panel 11, and master control borad 3 can be obtained using power management chip 13
The energy state of accumulator group 12 is taken, and controls the working condition of power switch 18 according to energy state, when accumulator group 12 supplies
When not enough power supply, then part energy consumption device is suitably closed.The rainfall that master control borad 3 can also be acquired according to rainfall amount sensor 14
Data, when encountering the rainy day, can close the devices such as binocular camera, preferably to control the working condition of power switch 18
Realize the intelligent energy distribution and management of equipment.Energy management is used, can be according to season, the time, weather carries out intelligence point
Match, provide maximum usage time to the user, reduces monitoring blind area.
It is simple in structure, it is easy for construction, be conducive to batch micro operations and the application of package unit.
Claims (6)
1. a kind of infrared thermal imaging protective device based on solar energy tracking sensor, which is characterized in that including infrared thermal imaging
And visible light binocular camera（1）, solar energy tracking sensor（2）, master control borad（3）, holder（4）, holder pedestal（5）, camera shooting
Machine mounting base（6）, inverted L shape mounting plate（7）, inverted L shape fagging（8）With inverted L shape supporting rack（9）, the inverted L shape supporting rack（9）
Level is erected on shaft tower, inverted L shape supporting rack（9）Including the support beam being connected（901）With support vertical beam（902）, described
Video camera mounting base（6）Set on support beam（901）On, and video camera mounting base（6）With support beam（901）Mutually hang down
Directly, the holder pedestal（5）Set on video camera mounting base（6）Front end, the holder（4）Set on holder pedestal（5）On, institute
State infrared thermal imaging and visible light binocular camera（1）Set on holder（4）On, infrared thermal imaging and visible light binocular camera
（1）Camera lens above be equipped with sunshading board（10）, the solar energy tracking sensor（2）Set on sunshading board（10）It goes up and is located at infrared
Thermal imaging and visible light binocular camera（1）Camera lens in front of, the master control borad（3）It is separately connected infrared thermal imaging and visible light
Binocular camera（1）, solar energy tracking sensor（2）And holder（4）, the inverted L shape mounting plate（7）Including the installation being connected
Crossbeam（701）With installation vertical beam（702）, the installation crossbeam（701）With video camera mounting base（6）Bottom surface connection, it is described
Vertical beam is installed（702）It is close to support vertical beam（902）Leading flank, the inverted L shape fagging（8）Including the fagging crossbeam being connected
（801）With fagging vertical beam（802）, the fagging crossbeam（801）It is close to support beam（901）Bottom surface and with video camera install bottom
Plate（6）Connection, the fagging vertical beam（802）It is close to support vertical beam（902）Trailing flank and with installation vertical beam（702）Connection.
2. a kind of infrared thermal imaging protective device based on solar energy tracking sensor according to claim 1, feature
It is, the fagging crossbeam（801）With fagging vertical beam（802）Between tilting rack be equipped with one support cant beam（803）.
3. a kind of infrared thermal imaging protective device based on solar energy tracking sensor according to claim 1, feature
It is, further includes solar panel（11）, accumulator group（12）, power management chip（13）And rainfall amount sensor（14）,
The solar panel（11）Connect accumulator group（12）, the accumulator group（12）Connect power management chip（13）, and
Respectively through a power switch（18）Connect infrared thermal imaging and visible light binocular camera（1）Power interface and holder（4）'s
Power interface, each power switch（18）Control terminal be all connected with master control borad（3）, the master control borad（3）It is separately connected power supply pipe
Manage chip（13）And rainfall amount sensor（14）.
4. a kind of infrared thermal imaging protective device based on solar energy tracking sensor according to claim 1, feature
It is, the master control borad（3）It is connected with wireless router（15）.
5. a kind of infrared thermal imaging protective device based on solar energy tracking sensor according to claim 1, feature
It is, the master control borad（3）It is connected with audible-visual annunciator（16）.
6. a kind of infrared thermal imaging protective device based on solar energy tracking sensor according to claim 1, feature
It is, the video camera mounting base（6）, inverted L shape mounting plate（7）With inverted L shape fagging（8）On be equipped with it is multiple for detachable
The mounting hole of formula connection（17）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721807514.3U CN207730325U (en) | 2017-12-22 | 2017-12-22 | A kind of infrared thermal imaging protective device based on solar energy tracking sensor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721807514.3U CN207730325U (en) | 2017-12-22 | 2017-12-22 | A kind of infrared thermal imaging protective device based on solar energy tracking sensor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207730325U true CN207730325U (en) | 2018-08-14 |
Family
ID=63085994
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721807514.3U Active CN207730325U (en) | 2017-12-22 | 2017-12-22 | A kind of infrared thermal imaging protective device based on solar energy tracking sensor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207730325U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110843478A (en) * | 2019-11-13 | 2020-02-28 | 中车长春轨道客车股份有限公司 | Motor train unit cab sunshade curtain mounting, positioning and adjusting device and positioning method thereof |
-
2017
- 2017-12-22 CN CN201721807514.3U patent/CN207730325U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110843478A (en) * | 2019-11-13 | 2020-02-28 | 中车长春轨道客车股份有限公司 | Motor train unit cab sunshade curtain mounting, positioning and adjusting device and positioning method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102147290A (en) | Infrared imaging temperature-monitoring method and system | |
| CN108168713B (en) | The anti-mountain fire system of transmission line of electricity infrared thermal imaging | |
| CN203014486U (en) | Direct current earth electrode on-line monitoring system | |
| WO2012126272A1 (en) | Full-view lightning event observation system and method | |
| CN206115627U (en) | Incessant transmission line mountain fire monitoring devices based on infrared double -cabin takes photograph camera | |
| CN108105706B (en) | Solar aviation obstruction light | |
| CN110082632A (en) | A kind of transmission line malfunction monitoring device and method | |
| CN204231553U (en) | A kind of intelligent video monitoring system for ultra-high-tension power transmission line | |
| CN107435906A (en) | A kind of wind-solar hybrid intelligent monitors security protection street lamp | |
| CN203590319U (en) | Wireless intelligent infrared camera capable of wireless interconnection with mobile intelligent devices | |
| CN210578930U (en) | Video monitoring security device | |
| CN207730325U (en) | A kind of infrared thermal imaging protective device based on solar energy tracking sensor | |
| CN103606260B (en) | Unmanned field spectrum irradiance meter system based on GPRS remote radio communication technology | |
| CN203630903U (en) | Front-end base station system based on forest fireproof monitoring and alarm | |
| CN212879285U (en) | Solar split type infrared thermal imaging thermometer | |
| CN102680109B (en) | Helmet type thermal imager system | |
| CN110673155A (en) | Detection device, detection system and detection method for power transmission line structure | |
| CN207636189U (en) | A kind of anti-mountain fire device of transmission line of electricity infrared thermal imaging | |
| CN210466658U (en) | Intelligent building safety monitoring information system | |
| CN210466635U (en) | Forest fire prevention double-spectrum intelligent monitoring and fire condition recognition device | |
| CN212541537U (en) | Oil level and temperature infrared thermal imaging double-light monitoring device for oil filling equipment of transformer substation | |
| LU101901B1 (en) | Fire alarm based on remote transmission of a thermal image | |
| CN208767850U (en) | A kind of substation isolating-switch monitoring arrangement | |
| CN209149513U (en) | A kind of substation encloses boundary's protective device | |
| CN210867290U (en) | Intelligent power monitoring system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |