CN205991842U - Charging pile on a kind of infrared water - Google Patents
Charging pile on a kind of infrared water Download PDFInfo
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- CN205991842U CN205991842U CN201621043936.3U CN201621043936U CN205991842U CN 205991842 U CN205991842 U CN 205991842U CN 201621043936 U CN201621043936 U CN 201621043936U CN 205991842 U CN205991842 U CN 205991842U
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Abstract
This utility model is related to charging pile on a kind of infrared water, belongs to charging pile applied technical field.Above infrared equipment floating drum, thermal infrared imager is installed, infrared guided ware is installed above thermal infrared imager.In the center of the upper surface of floating drum, charging pile housing is installed, in the periphery of charging pile housing, waterproof insulation case is installed, control circuit is installed in bottom in charging pile housing, the waterproof sealing socket of input current is installed in the left side on the top of charging pile housing, the waterproof sealing socket of output current is installed on the right side on the top of charging pile housing.The electric current of power supply family output first inputs charging pile waterborne by water-proof cable, and then input diverter is divided into two strands of electric currents：One electric current is powered to charging pile waterborne by water-proof cable, another strand of electric current is powered to infrared guided ware by water-proof cable, and guiding electric ship charging pile waterborne charges, and powers to thermal infrared imager simultaneously, the electric hidden danger of the overheated grade of circuit of monitoring electric ship, carries out safe power supply.
Description
Technical field
This utility model is related to charging pile on a kind of infrared water, belongs to charging pile applied technical field.
Background technology
In order to reduce carbon emission, alleviate tellurian climate change, preserve our planet on ecological environment, past is by fossil energy
The vehicle that source drives and ship are all progressively transformed into the vehicle driving by clean energy resource and ship, and the vehicles are done step-by-step
Motorized.The popularization of electric vehicle, makes various places increase substantial amounts of charging pile newly.The popularization of electric ship, also will make appearance on the water surface
Charging pile waterborne.For safe charging on the water surface, need to detect the heat situation of ship each several part, monitoring a part of overheated,
There is the circuit of electric hidden danger in overload, also need to guide marine operation safety to come nearby to charging pile side waterborne, enough chargings.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, provides charging pile on a kind of infrared water.
Thermal infrared imager is to be divided using the infrared energy that Infrared Detectorss and optical imagery object lens accept measured target
Cloth figure reflects on the light-sensitive element of Infrared Detectorss, thus obtaining Infrared Thermogram.Object is exactly sent out by thermal infrared imager
The invisible infrared energy going out is changed into visible thermography.Thermographic different colours above represent the difference of testee
Temperature.The thermal infrared imager installed near charging pile on the water is applied to monitor each and the electric ship to be charged such as carrys out, if
Find to exist that electric device is overheated on ship therein, overload, load unbalanced, line joint loosens or loose contact, then need elder generation
Maintenance, charge afterwards, these electric hidden danger can cause on fire, short-circuit, burn.Thermal infrared imager is exactly that the safety of charging pile waterborne is prevented
Line.Infrared guided ware can guide ship to be charged smoothly to navigate by water the vicinity of charging pile waterborne.
In order to solve above-mentioned technical problem, this utility model is achieved through the following technical solutions：
By power supply family 1, water-proof cable 2, charging pile waterborne 3, floating drum 4, the unrestrained coaming plate 5 of gear, osculum 6, waterproof insulation case
7th, charging pile housing 8, control circuit 9, conductor wire 10, the waterproof sealing socket 11 of input current, the waterproof sealing of output current
Socket 12, top cover 13, diverter 14, electricity consumer 15, infrared equipment floating drum 16, thermal infrared imager 17, infrared guided ware 18 are altogether
With charging pile on a kind of infrared water of composition；
On the water surface 19, floating drum 4 is linked together with infrared equipment floating drum 16, peace around the upper surface of floating drum 4
The gear wave coaming plate 5 that dress is erect, the different directions in the bottom of the unrestrained coaming plate 5 of gear open up 48 osculums 6 respectively, enclose in gear wave
Charging pile housing 8 is installed in center in plate 5, installs waterproof insulation case 7 in the periphery of charging pile housing 8, in charging pile
Control circuit 9 is installed in bottom in housing 8, and the waterproof sealing installing input current in the left side on the top of charging pile housing 8 is inserted
Mouth 11, installs the waterproof sealing socket 12 of output current, on the top of charging pile housing 8 on the right side on the top of charging pile housing 8
Top cover 13 is installed in portion, and floating drum 4 and the infrared equipment floating drum 16 being connected are kept afloat on 19, upper with floating drum 16 in infrared equipment
Thermal infrared imager 17 is installed in face, installs infrared guided ware 18, the left of charging pile 3 has on the water above thermal infrared imager 17
, there is electricity consumer 15 at power supply family 1 in the right of thermal infrared imager 17 and infrared guided ware 18
The waterproof sealing socket of water-proof cable 2 and the input current in the left side on top of charging pile 3 waterborne is passed through at power supply family 1
11 connections, the waterproof sealing socket 12 of the output current on the right side on top of charging pile 3 waterborne passes through water-proof cable 2 and diverter
14 connections, diverter 14 is connected with electricity consumer 15 by water-proof cable 2, diverter 14 by water-proof cable 2 respectively with infrared heat
As instrument 17 and infrared guided ware 18 connect, in charging pile housing 8, the waterproof sealing socket 11 of input current passes through conductor wire 10
It is connected with control circuit 9, control circuit 9 is connected with the waterproof sealing socket 12 of output current by conductor wire 10.
Thermal infrared imager 17 is monitoring thermal infrared imager or thermometric thermal infrared imager.
Compared with prior art, the beneficial effects of the utility model are：1. find the potential safety hazard of ship to be charged in time,
Reduce the generation of charging accident.2. obtain the thermography of each ship, the charge volume of each ship of statistics, accumulated water is filled
The technical data such as the power-on time of electric stake, power supply quantity, improve service level and the service quality of charging pile waterborne further.
Brief description
Fig. 1 is structural representation of the present utility model.
Specific embodiment
Electric ship to be charged enters the vicinity of charging pile waterborne, and electric ship has black body radiation, its all parts foundation
The difference of temperature externally carries out electromagenetic wave radiation, and wavelength is that 2.0 1000 microns of part claims Thermal Infra-Red, and Thermal Infra-Red is imaged
By outer sensitivity CCD, object is imaged, the temperature field on electric ship surface can be reflected, electric ship is exactly the source of infrared radiation,
Can be constantly to transmitting around and absorption infra-red radiation.
Thermal infrared imager finds potential safety hazard present in electric ship by thermal infrared imaging, sends charging early warning, prevents
The generation of charging accident, significantly improves the safety of charging.Infrared guided ware can guide electric ship to come by charging pile waterborne
It is charged moreover it is possible to enter behind the waters near charging pile waterborne to electric ship, carry out testing the speed, speed limit is it is ensured that shipping safety.Red
Outer thermal imaging system and infrared guided ware are combined together, and double to improve charging pile waterborne and carry out safety during charging operation waterborne
Property.
The embodiment combining in accompanying drawing is further described by this utility model below：
By power supply family 1, water-proof cable 2, charging pile waterborne 3, floating drum 4, the unrestrained coaming plate 5 of gear, osculum 6, waterproof insulation case
7th, charging pile housing 8, control circuit 9, conductor wire 10, the waterproof sealing socket 11 of input current, the waterproof sealing of output current
Socket 12, top cover 13, diverter 14, electricity consumer 15, infrared equipment floating drum 16, thermal infrared imager 17, infrared guided ware 18 are altogether
With charging pile on a kind of infrared water of composition；
On the water surface 19, floating drum 4 is linked together with infrared equipment floating drum 16, peace around the upper surface of floating drum 4
The gear wave coaming plate 5 that dress is erect, the different directions in the bottom of the unrestrained coaming plate 5 of gear open up 48 osculums 6 respectively, enclose in gear wave
Charging pile housing 8 is installed in center in plate 5, installs waterproof insulation case 7 in the periphery of charging pile housing 8, in charging pile
Control circuit 9 is installed in bottom in housing 8, and the waterproof sealing installing input current in the left side on the top of charging pile housing 8 is inserted
Mouth 11, installs the waterproof sealing socket 12 of output current, on the top of charging pile housing 8 on the right side on the top of charging pile housing 8
Top cover 13 is installed in portion, and floating drum 4 and the infrared equipment floating drum 16 being connected are kept afloat on 19, upper with floating drum 16 in infrared equipment
Thermal infrared imager 17 is installed in face, installs infrared guided ware 18, the left of charging pile 3 has on the water above thermal infrared imager 17
, there is electricity consumer 15 at power supply family 1 in the right of thermal infrared imager 17 and infrared guided ware 18
The waterproof sealing socket of water-proof cable 2 and the input current in the left side on top of charging pile 3 waterborne is passed through at power supply family 1
11 connections, the waterproof sealing socket 12 of the output current on the right side on top of charging pile 3 waterborne passes through water-proof cable 2 and diverter
14 connections, diverter 14 is connected with electricity consumer 15 by water-proof cable 2, diverter 14 by water-proof cable 2 respectively with infrared heat
As instrument 17 and infrared guided ware 18 connect, in charging pile housing 8, the waterproof sealing socket 11 of input current passes through conductor wire 10
It is connected with control circuit 9, control circuit 9 is connected with the waterproof sealing socket 12 of output current by conductor wire 10.
Thermal infrared imager 17 is monitoring thermal infrared imager or thermometric thermal infrared imager.
Floating drum and infrared equipment floating drum link together and float on the surface.The buoyancy of floating drum supports charging pile waterborne to float over
On the water surface, the unrestrained coaming plate of installation gear around the upper surface of floating drum, the unrestrained coaming plate of gear can block wave and charging pile waterborne is rushed
Hit, the weight of the unrestrained coaming plate of gear can also floating drum on stabilizer surface around floating drum upper surface, the osculum of the unrestrained coaming plate bottom of gear
Hydrops between the unrestrained coaming plate of exclusion gear and waterproof insulation case.In the center of floating drum, waterproof insulation case is installed, in waterproof
Charging pile housing is installed in insulation casing, control circuit is installed in the bottom in charging pile housing, in charging pile housing upper
Both sides are respectively mounted the waterproof sealing socket of input current and the waterproof sealing socket of output current, at the top of charging pile housing
Top cover is installed.Thermal infrared imager and infrared guided ware are installed above infrared equipment buoyancy tank, water-proof cable is passed through at power supply family
Power to charging pile waterborne, charging pile waterborne is powered to thermal infrared imager and infrared guided ware by water-proof cable and diverter.
Thermal infrared imager and infrared guided ware are combined the electric ship that next charging pile waterborne is charged and are carried out security monitoring and safety guiding, water
Upper charging pile discharge charges in time except electric ship that is after potential safety hazard or not having potential safety hazard.
Now enumerate embodiment as follows：
Embodiment one：
Floating drum floats on the surface together with the infrared equipment floating drum being connected.Prison is installed above infrared equipment floating drum
Control thermal infrared imager, installs infrared guided ware above monitoring thermal infrared imager.Installation around the upper surface of floating drum
The unrestrained coaming plate of gear, charging pile housing is installed in the center in the unrestrained coaming plate of gear, installs waterproof insulation in the periphery of charging pile housing
Case, control circuit is installed in the bottom in charging pile housing, installs input current in the left side on the top of charging pile housing
Waterproof sealing socket, installs the waterproof sealing socket of output current on the right side on the top of charging pile housing.The output of power supply family
Electric current inputs charging pile waterborne by water-proof cable, and the electric current externally exporting from charging pile waterborne inputs shunting by water-proof cable
Device is divided into two strands of electric currents：One electric current is powered to electricity consumer by water-proof cable, and another strand of electric current passes through water-proof cable to infrared
Guided ware is powered, and guiding electric ship charging pile waterborne charges, and powers to monitoring thermal infrared imager simultaneously, monitoring electric ship
The electric hidden danger of the overheated grade of circuit.
Embodiment two：
Floating drum floats on the surface together with the infrared equipment floating drum being connected.Install above infrared equipment floating drum and survey
Temperature thermal infrared imager, installs infrared guided ware above thermometric thermal infrared imager.Installation around the upper surface of floating drum
The unrestrained coaming plate of gear, charging pile housing is installed in the center in the unrestrained coaming plate of gear, installs waterproof insulation in the periphery of charging pile housing
Case, control circuit is installed in the bottom in charging pile housing, installs input current in the left side on the top of charging pile housing
Waterproof sealing socket, installs the waterproof sealing socket of output current on the right side on the top of charging pile housing.The output of power supply family
Electric current inputs charging pile waterborne by water-proof cable, and the electric current externally exporting from charging pile waterborne inputs shunting by water-proof cable
Device is divided into two strands of electric currents：One electric current is powered to electricity consumer by water-proof cable, and another strand of electric current passes through water-proof cable to infrared
Guided ware is powered, and guiding electric ship charging pile waterborne charges, and powers to thermometric thermal infrared imager simultaneously, detection electric ship
The electric hidden danger of the overheated grade of circuit.
Claims (2)
1. charging pile on a kind of infrared water, is characterized in that, by power supply family（1）, water-proof cable（2）, charging pile waterborne（3）, floating drum
（4）, the unrestrained coaming plate of gear（5）, osculum（6）, waterproof insulation case（7）, charging pile housing（8）, control circuit（9）, conductor wire
（10）, the waterproof sealing socket of input current（11）, the waterproof sealing socket of output current（12）, top cover（13）, diverter
（14）, electricity consumer（15）, infrared equipment floating drum（16）, thermal infrared imager（17）, infrared guided ware（18）Collectively constitute one kind
Charging pile on infrared water；
In the water surface（19）On, floating drum（4）With infrared equipment floating drum（16）Link together, in floating drum（4）Upper surface week
Enclose and the gear wave coaming plate erect is installed（5）, in the unrestrained coaming plate of gear（5）The different directions of bottom open up 48 osculums respectively
（6）, in the unrestrained coaming plate of gear（5）Charging pile housing is installed in interior center（8）, in charging pile housing（8）Periphery install waterproof
Insulation casing（7）, in charging pile housing（8）Control circuit is installed in interior bottom（9）, in charging pile housing（8）Top a left side
The waterproof sealing socket of input current is installed in side（11）, in charging pile housing（8）The right side on top the anti-of output current is installed
Water-stop socket（12）, in charging pile housing（8）Top install top cover（13）, floating drum（4）With the infrared equipment being connected with floating
Cylinder（16）Keep afloat（19）On, in infrared equipment floating drum（16）Above install thermal infrared imager（17）, in infrared thermal imagery
Instrument（17）Top install infrared guided ware（18）, charging pile on the water（3）Left have power supply family（1）, in thermal infrared imager
（17）With infrared guided ware（18）Right have electricity consumer（15）
Power supply family（1）By water-proof cable（2）With charging pile waterborne（3）The input current in the left side on top waterproof sealing insert
Mouthful（11）Connect, charging pile waterborne（3）The output current on the right side on top waterproof sealing socket（12）By water-proof cable
（2）With diverter（14）Connect, diverter（14）By water-proof cable（2）With electricity consumer（15）Connect, diverter（14）Pass through
Water-proof cable（2）Respectively with thermal infrared imager（17）With infrared guided ware（18）Connect, in charging pile housing（8）Interior, input electricity
The waterproof sealing socket of stream（11）By conductor wire（10）With control circuit（9）Connect, control circuit（9）By conductor wire（10）
Waterproof sealing socket with output current（12）Connect.
2. charging pile on a kind of infrared water according to claim 1, is characterized in that, described thermal infrared imager（17）It is prison
Control thermal infrared imager or thermometric thermal infrared imager.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621043936.3U CN205991842U (en) | 2016-09-08 | 2016-09-08 | Charging pile on a kind of infrared water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621043936.3U CN205991842U (en) | 2016-09-08 | 2016-09-08 | Charging pile on a kind of infrared water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205991842U true CN205991842U (en) | 2017-03-01 |
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ID=58105030
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621043936.3U Active CN205991842U (en) | 2016-09-08 | 2016-09-08 | Charging pile on a kind of infrared water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205991842U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107069908A (en) * | 2017-03-07 | 2017-08-18 | 广东能飞航空科技发展有限公司 | A kind of easy-operating long-range charging house of safety |
-
2016
- 2016-09-08 CN CN201621043936.3U patent/CN205991842U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107069908A (en) * | 2017-03-07 | 2017-08-18 | 广东能飞航空科技发展有限公司 | A kind of easy-operating long-range charging house of safety |
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| GR01 | Patent grant |