CN109228905A - A kind of embedded new energy vehicles charging station - Google Patents
A kind of embedded new energy vehicles charging station Download PDFInfo
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- CN109228905A CN109228905A CN201811087510.1A CN201811087510A CN109228905A CN 109228905 A CN109228905 A CN 109228905A CN 201811087510 A CN201811087510 A CN 201811087510A CN 109228905 A CN109228905 A CN 109228905A
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- cable
- wheel
- tracheae
- cylinder
- beam wheel
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/2089—Modifications to facilitate cooling, ventilating, or heating for power electronics, e.g. for inverters for controlling motor
- H05K7/20936—Liquid coolant with phase change
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/14—Plug-in electric vehicles
Abstract
The invention belongs to New-energy electric vehicle technical fields, specifically a kind of embedded new energy vehicles charging station, it is fixed in accommodating chamber including accommodating chamber, power supply, fixing seat, shield, I-beam wheel, cable, eccentric wheel, cylinder, air storage chamber and charging pipette tips, fixing seat；There are two shield settings, and two shields are respectively arranged in the top and bottom of fixing seat；I-beam wheel is fastened between two shields up and down, and the both ends of I-beam wheel are each provided with a V-groove；Elastic string is provided between V-groove and shield；Eccentric wheel is fixed on the side of I-beam wheel；Unilaterally connected has tracheae one between charging pipette tips and air storage chamber；Tracheae one is sequentially connected in series solenoid valve, check valve one, cylinder and check valve two；Cylinder is by eccentric wheel eccentric rotary and by Intermittent pneumatic compression；One end of cable connects to power supply, and another place of cable is wrapped in I-beam wheel and the end of winding is connect with charging pipette tips；The present invention can effectively solve the problems, such as that cable is not easy folding and unfolding and cable is easy to aging.
Description
Technical field
The invention belongs to New-energy electric vehicle technical field, specifically a kind of embedded new energy vehicles fill
Power station.
Background technique
In the case where energy-saving and emission-reduction task is increasingly urgent, electric car has obtained large-scale promotion.But in electronic vapour
In the consumption use process of vehicle, mating electrically-charging equipment it is perfect, be also improved space.Possess a variety of chargings on the market at present
It stands, it can be with the charging problems of effective solution electric car.But these charging stations are in the prevalence of shortcoming: charging
When, after taking out and charging pipette tips, with the cable that connect of charging pipette tips be not easy to pull out or pull-out after be not easy to automatically retract and cable
Be not easy to be locked after being drawn out and be kept fixed length to complete to charge so that user take charge pipette tips go to Vehicular charging more have
Inconvenience, there are also the cables of part charging station to be wound always at all, and makes to be scattered in by charging station, and the cable not wound holds very much
The vehicle for being easily accommodated in charging station is pressed onto, so that cable is easy to be damaged.
During with charging pipette tips to Vehicular charging, cable, can be existing it is easy to appear generating heat because conduction time is too long
As if cable is in febrile state and cannot cool down for a long time, after cable is wound, the heat of cable is all accumulated in
Together, long-term so, it is easy to so that cable aging is occurred, so that leaking electricity and security risk occur occur in cable.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of embedded new energy vehicles charging station proposed by the present invention, this
The main purpose of invention is to solve the problems, such as that cable is not easy folding and unfolding and cable is easy to aging.The present invention is by cylinder to cable
On tracheae one inflate so that cable have toughness and be not easy tangled up and knotted together, the cable to stick out is easy to from I-beam wheel
On pulled out easily；By solenoid valve close tracheae one air inlet so that cylinder I-beam wheel is engaged it is motionless so that cable exists
It will not be retracted in use process；It can be made under the action of elastic string by the air inlet and air outlet that solenoid valve opens tracheae one
Cable is automatically retracting when not used, meanwhile, gas is released in tracheae one, and shrivelled tracheae one makes cable not have toughness,
And notch on cable is made biggish gap occur, the cable heat dissipation of charging for a long time is not only improved, more makes cable can be with
Easily recycled by I-beam wheel.
The technical solution adopted by the present invention to solve the technical problems is: a kind of embedded new energy friendship of the present invention
Logical tool charging station, including accommodating chamber, power supply, fixing seat, shield, I-beam wheel, cable, eccentric wheel, cylinder, air storage chamber and charging
Pipette tips, the fixing seat are fixed in accommodating chamber；There are two the shield settings, and two shields are respectively arranged in the upper of fixing seat
End and lower end are rotation connection between shield and fixing seat；The I-beam wheel is fastened between two shields up and down, I-beam wheel
Both ends are each provided with a V-groove；Elastic string is provided between the V-groove and shield；The elastic string is used to make rotation
I-beam wheel revolution；The eccentric wheel is fixed on the side of I-beam wheel；Unilaterally connected has gas between charging pipette tips and the air storage chamber
Guan Yi；Solenoid valve, check valve one and check valve two are provided on the tracheae one, tracheae one is sequentially connected in series solenoid valve, list
To valve one, cylinder and check valve two, and gas flow is from charging pipette tips unidirectionally to air storage chamber；The solenoid valve be tracheae first is that
The switch of no connection, solenoid valve are two-bit triplet solenoid valve；The cylinder is fixed on the avris of shield, and cylinder is located at eccentric wheel
The same side, cylinder is by eccentric wheel eccentric rotary and by Intermittent pneumatic compression, and the airintake direction of cylinder is charging pipette tips direction, by cylinder pressure
The gas of contracting enters air storage chamber by check valve two；One end of the cable connects to power supply, and another place of cable is wrapped in work
On the character wheel and end of winding is connect with charging pipette tips, can band when being drawn out from I-beam wheel positioned at an end cable of charging pipette tips
Start building character wheel and eccentric wheel rotation；Wherein,
The cable includes charging cable and rubber layer, and there are four notches for the outside setting of the rubber layer；The tracheae one
It is arranged on cable and one end of tracheae one is located in one of on notch, the other end of tracheae one passes through air storage chamber and is located at another
One indentation, there, and the both ends of tracheae one are connected on solenoid valve, one end that tracheae one is located at charging pipette tips is air inlet, tracheae
One one end for being located at air storage chamber is gas outlet；The button of control electromagnetic valve switch is provided in the charging pipette tips.When work, hand
By charging pipette tips, makes solenoid valve for the air inlet open of tracheae one by lower button, close the gas outlet of tracheae one, then hand is taken
Charging pipette tips pull out cable from I-beam wheel, and during cable is pulled out from I-beam wheel, cable drives I-beam wheel rotation,
The I-shaped wheel drive eccentric wheel of rotation rotates, and eccentric wheel drive cylinder completes stretching motion, meanwhile, elastic string is wrapped in V-type
It in slot, and is elongated, cylinder delivers gas in air storage chamber from the air inlet one-way air inlet of tracheae one in compressed gas
It is temporary, because during pulling cable to rotate I-beam wheel, so that tracheae one is filled gas, tracheae one is arranged in cable
On notch, on the one hand, gassiness tracheae one has toughness, so that cable is not easy tangled up and knotted together, and on the other hand, drum
The cable to get up is easy to from I-beam wheel be pulled out easily, and user is made to pull cable more easy and convenient；After cable is drawn out,
The button in charging pipette tips is pressed, the air inlet of tracheae one is closed by solenoid valve, so that cylinder can not be from the air inlet of tracheae one
Mouthful obtain gas, cylinder will remain stationary it is motionless, because cylinder remain stationary motionless so that cylinder engages eccentric wheel, eccentric wheel quilt
I-beam wheel is followed to be locked, so that cable will not be withdrawn by I-beam wheel, it is then, charging pipette tips insertion is new
It on energy electric car, charges to new energy electric car, after the completion of new energy charging electric car, prepares recycling cable, press charging
Button in pipette tips makes solenoid valve that the gas outlet of tracheae one and air inlet to be opened, air inlet will air inlet, gas outlet will
The indoor gas of release gas storage and cylinder do stretching motion and are pressed into the indoor gas of gas storage again, because cylinder continues to do flexible fortune
Dynamic, elastic string will be shunk, and the elastic string of contraction will make I-beam wheel fast rotation, and I-beam wheel will wind cable recycling, and on cable
Tracheae one be all opened because of both ends, tracheae one will be flat flat, so that cable no longer has toughness, flat flat tracheae one will make electricity
There is biggish gap in notch on cable, is conducive to the cable to charge for a long time heat dissipation, more allow cable easily by
I-beam wheel recycling is conducive to improve the efficiency that cable is recovered, user-friendly.
The air storage chamber is arranged on the another two notch of rubber layer, and air storage chamber is elastic rubber material, and is located at rubber
The both ends of tracheae one on break mouth are in opposition position.When work, because air storage chamber is arranged on cable, and air storage chamber is elasticity
Rubber material, air storage chamber will enhance the toughness of cable, so that cable is pulled down more preferably easier from I-beam wheel by user, make
User pulls cable to become easy and convenient.
Metal protection protector is provided between the eccentric wheel and cylinder；The metal protection protector is set on outside eccentric wheel
Side, metal protection protector are floated in the vertical direction of the eccentric wheel centre of gyration back and forth by eccentric wheel eccentric rotary；The cylinder
There are two settings, and two cylinders are respectively arranged in the two sides of the opposition of metal protection protector, and the end of two cylinders is protected with metal respectively
Sheath is hinged, cylinder by metal protection protector driving and continue from the air inlet air-breathing of tracheae one and irreversibly deliver to air storage chamber.
When work, eccentric wheel does eccentric rotary, and eccentric wheel drives metal protection protector to float up and down, makes the metal coating cuff to float up and down
Cylinder of taking offence does stretching motion, avoids eccentric wheel directly with cylinder head portions sliding contact, reduces eccentric wheel and cylinder head portions
Abrasion, the service life of cylinder and eccentric wheel is conducive to extend, so that embedded new energy vehicles charging station is more resistance to
With.
The I-beam wheel includes wheel shaft, and the wheel shaft of I-beam wheel is hollow shape, is provided with through-hole on the wheel shaft of I-beam wheel；It is described
Cable in I-beam wheel passes through through-hole and is pierced by from the end in wheel shaft center and is rotatablely connected with power supply.When work, make cable and electricity
One end of source connection is passed through from axle interior, is on the one hand avoided cable and is made cable winding mutually occur from outlet elsewhere
On the other hand the trouble of knotting avoids cable and is detoured, be conducive to the length for reducing cable, advantageously reduce embedded new energy
The material cost of source vehicles charging station.
The gas outlet of the tracheae one is linked on the shield of I-beam wheel lower end；The shield of the I-beam wheel lower end is
Lower shield；Cavity is provided in the lower shield, the upper end of the cavity is semi-open type, the lower end of cavity and the outlet of tracheae one
Mouth connection, cavity are provided with distilled water, also access water injection pipe outside cavity, obtain distilled water in cavity again after all being discharged
Supplement, wherein the electric conductivity of distilled water is special poor.When work, the button in charging pipette tips is pressed, makes solenoid valve going out tracheae one
Port and air inlet are opened, air inlet will air inlet, gas outlet will discharge the indoor gas of gas storage and cylinder do it is flexible
Movement is pressed into the indoor gas of gas storage again, and the gas that gas outlet releases will blast in cavity, and the water in cavity is quick in gas
It brushes lower and is gasificated into fog, fog is blown in I-beam wheel by gas again, and because electric with cable transmission, cable can be sent out after long-time
Heat so that cable appearance is cooled down under the action of fog, avoid cable do not radiate in time after long-time is generated heat and by
Gradually occur the phenomenon that aging, there are interests to extend the service life of cable, to improve making for embedded new energy vehicles charging station
Use the service life.
Shaft is provided in the cavity；The shaft and cavity inner wall are rotation connection, and winding up has cloth in shaft, are turned
Wind spring is provided between axis and the inner wall of cavity；Shaft after the wind spring is used to rotate resets；One end of the cloth with turn
Axis is connected, and the other end of cloth and the wheel shaft of I-beam wheel are connected, and cloth is wound by I-beam wheel with cable and is involved in, and cloth is with cable
It is pulled out from I-beam wheel and in shaft.When work, under the action of elastic string, I-beam wheel revolution winds cable, cloth
Item will be wound by I-beam wheel with cable and be rolled into I-beam wheel, and cloth is by wrapping up cable in layer, because positioned at cavity
Interior shaft is in water after long-time soaking, and the cloth in shaft will have water, and wet cloth silver lap is conducive to send out on cable
The cable cooling of heat and abrasion between cable is reduced, avoids cable and do not radiate in time after long-time is generated heat and gradually old
The phenomenon that change, occurs, and has interests to extend the service life of cable, to improve the use longevity of embedded new energy vehicles charging station
Life.
Beneficial effects of the present invention are as follows:
1. the present invention inflates the tracheae one on cable by cylinder, so that cable has toughness and is not easy tangled up and knotted and exists
Together, the cable to stick out is easy to from I-beam wheel be pulled out easily；The air inlet that tracheae one is closed by solenoid valve, makes to bring about the desired sensation
Cylinder I-beam wheel is engaged it is motionless so that cable will not retract in use；The air inlet of tracheae one is opened by solenoid valve
And gas outlet can be such that cable is automatically retracting when not used under the action of elastic string, meanwhile, gas is released in tracheae one, is done
Flat tracheae one makes cable not have toughness, and the notch on cable is made biggish gap occur, not only improves for a long time
The cable of charging radiates, and more cable is easily recycled by I-beam wheel.
2. the present invention does eccentric rotary and drives gold by being provided with metal protection protector, eccentric wheel between eccentric wheel and cylinder
Belong to protective case float up and down, make the metal protection protector to float up and down drive cylinder do stretching motion, avoid eccentric wheel directly with
Cylinder head portions sliding contact reduces the abrasion of eccentric wheel and cylinder head portions, is conducive to extend the use of cylinder and eccentric wheel
Service life, so that embedded new energy vehicles charging station is more durable.
3. the present invention is by the way that the gas outlet of tracheae one to be linked on the shield of I-beam wheel lower end, so that gas outlet released
Gas is blasted in cavity, and the water in cavity quickly brushes lower and is gasificated into fog in gas, and fog blows to work by gas again
On character wheel, because electric with cable transmission, cable can generate heat after long-time, so that cable appearance is cooled down under the action of fog, keep away
Exempted from cable does not have to radiate in time the phenomenon that gradually aging after long-time is generated heat, and has interests to extend the service life of cable,
To improve the service life of embedded new energy vehicles charging station.
4. the present invention is by the wrapping up cable in layer with cloth, so that wet cloth silver lap is conducive on cable
The cable of fever cools down and reduces the abrasion between cable, avoid cable do not radiate in time after long-time is generated heat and gradually
The phenomenon that aging, occurs, and has interests to extend the service life of cable, to improve the use of embedded new energy vehicles charging station
Service life.
Detailed description of the invention
Fig. 1 is embedded new energy vehicles charging station structural schematic diagram of the invention；
Fig. 2 is the A-A cross-sectional view about Fig. 1；
Fig. 3 is gas flow figure in tracheae one of the invention；
Fig. 4 is cable schematic diagram of internal structure of the invention；
Fig. 5 is detailed construction schematic diagram at the B about Fig. 1；
In figure: accommodating chamber 1, fixing seat 11, shield 2, lower shield 21, cavity 211, shaft 212, cloth 213, I-beam wheel 3,
Through-hole 31, elastic string 32, tracheae 1, solenoid valve 41, check valve 1, check valve 2 43, cable 5, charging cable 51, rubber layer
52, notch 521, eccentric wheel 6, cylinder 61, metal protection protector 62, air storage chamber 63, charging pipette tips 7, button 71.
Specific embodiment
It is carried out such as using a kind of embedded new energy vehicles charging station of the Fig. 1 to Fig. 5 to an embodiment of the present invention
Lower explanation.
As shown in Figures 1 to 3, a kind of embedded new energy vehicles charging station of the present invention, including accommodating chamber 1,
Power supply, fixing seat 11, shield 2, I-beam wheel 3, cable 5, eccentric wheel 6, cylinder 61, air storage chamber 63 and charging pipette tips 7, the fixation
Seat 11 is fixed in accommodating chamber 1；There are two the settings of shield 2, and two shields 2 are respectively arranged the upper end in fixing seat 11 under
End is rotation connection between shield 2 and fixing seat 11；The I-beam wheel 3 is fastened between two shields 2 up and down, I-beam wheel 3
Both ends are each provided with a V-groove；Elastic string 32 is provided between the V-groove and shield 2；The elastic string 32 turns for making
Dynamic I-beam wheel 3 is turned round；The eccentric wheel 6 is fixed on the side of I-beam wheel 3；It is single between the charging pipette tips 7 and air storage chamber 63
To being communicated with tracheae 1；Solenoid valve 41, check valve 1 and check valve 2 43, tracheae one are provided on the tracheae 1
4 are sequentially connected in series solenoid valve 41, check valve 1, cylinder 61 and check valve 2 43, and gas flow be from charging pipette tips 7 unidirectionally to
Air storage chamber 63；The solenoid valve 41 is the switch whether tracheae 1 is connected to, and solenoid valve 41 is two-bit triplet solenoid valve 41；It is described
Cylinder 61 is fixed on the avris of shield 2, and cylinder 61 and eccentric wheel 6 are located at the same side, cylinder 61 by 6 eccentric rotary of eccentric wheel and by
Intermittent pneumatic compression, the airintake direction of cylinder 61 are charging 7 direction of pipette tips, and the gas compressed by cylinder 61 is entered by check valve 2 43
Air storage chamber 63；One end of the cable 5 connects to power supply, another place of cable 5 be wrapped in I-beam wheel 3 and the end of winding with
The pipette tips 7 that charge connect, and will drive I-beam wheel 3 and bias when being drawn out from I-beam wheel 3 positioned at an end cable 5 of charging pipette tips 7
6 rotation of wheel；Wherein,
The cable 5 includes charging cable 51 and rubber layer 52, and there are four notches 521 for the outside setting of the rubber layer 52；
The tracheae 1 is arranged on cable 5 and one end of tracheae 1 is located in one of on notch 521, the other end of tracheae 1
Across air storage chamber 63 and it is located at another notch 521, and the both ends of tracheae 1 are connected on solenoid valve 41, tracheae 1 is located at
The one end for the pipette tips 7 that charge is air inlet, and one end that tracheae 1 is located at air storage chamber 63 is gas outlet；It is arranged in the charging pipette tips 7
The button 71 and controller for thering is control solenoid valve 41 to switch；The controller is by the wire bond of setting in button 71 and electromagnetism
Valve 41, for controller for controlling solenoid valve 41, the switch of controller is button 71.When work, hand takes charging pipette tips 7, presses
Button 71 makes solenoid valve 41 for the air inlet open of tracheae 1, closes the gas outlet of tracheae 1, and then hand takes charging pipette tips 7
Cable 5 is pulled out from I-beam wheel 3, during cable 5 is pulled out from I-beam wheel 3, cable 5 drives I-beam wheel 3 to rotate, and turns
Dynamic I-beam wheel 3 drives eccentric wheel 6 to rotate, and eccentric wheel 6 drives cylinder 61 to complete stretching motion, meanwhile, elastic string 32 is wound
It in V-groove, and is elongated, cylinder 61 is delivered gas to from the air inlet one-way air inlet of tracheae 1 in compressed gas
In air storage chamber 63 keep in, because pull cable 5 make I-beam wheel 3 rotation during so that tracheae 1 is filled gas, tracheae
One 4 are arranged on the notch 521 of cable 5, on the one hand, gassiness tracheae 1 has toughness, so that cable 5 is not easy to wind
It is knotted together, on the other hand, the cable 5 to stick out is easy to be pulled out easily from I-beam wheel 3, and user is made to pull cable 5 more
Add easy and convenient；After cable 5 is drawn out, the button 71 in charging pipette tips 7 is pressed, tracheae 1 is closed by solenoid valve 41
Air inlet so that cylinder 61 can not obtain gas from the air inlet of tracheae 1, cylinder 61 will remain stationary it is motionless, because of cylinder 61
It remain stationary motionless so that cylinder 61 engages eccentric wheel 6, eccentric wheel 6 follows I-beam wheel 3 to be locked, thus
So that cable 5 will not be withdrawn by I-beam wheel 3, then, charging pipette tips 7 is inserted on new energy electric car, new energy electric car is carried out
Charging prepares recycling cable 5 after the completion of new energy charging electric car, presses the button 71 in charging pipette tips 7, makes solenoid valve 41
The gas outlet of tracheae 1 and air inlet are opened, air inlet will air inlet, gas outlet will discharge air storage chamber 63 in gas
And cylinder 61 does the gas that stretching motion is pressed into again in air storage chamber 63, because cylinder 61 continues to do stretching motion, elastic string 32
It will shrink, the elastic string 32 of contraction will make 3 fast rotation of I-beam wheel, and I-beam wheel 3 is recycled cable 5 is wound, and the gas on cable 5
For pipe 1 because both ends are all opened, tracheae 1 will be flat flat, so that cable 5 no longer has toughness, flat flat tracheae 1 will make electricity
There is biggish gap in notch 521 on cable 5, is conducive to the cable 5 to charge for a long time and radiates, holds that cable 5 very
Easy is recycled by I-beam wheel 3, is conducive to improve the efficiency that cable 5 is recovered, user-friendly.
As shown in Figs. 3-4, the air storage chamber 63 is arranged on the another two notch 521 of rubber layer 52, and air storage chamber 63 is bullet
Property rubber material, and be located at 52 notch 521 of rubber layer on tracheae 1 both ends be in opposition position.When work, because of air storage chamber
63 are arranged on cable 5, and air storage chamber 63 is elastic rubber material, and air storage chamber 63 will enhance the toughness of cable 5, so that cable 5
It is pulled down more preferably easier from I-beam wheel 3 by user, makes user that cable 5 be pulled to become easy and convenient.
As depicted in figs. 1 and 2, metal protection protector 62 is provided between the eccentric wheel 6 and cylinder 61；The metal coating
Set 62 is set on 6 outside of eccentric wheel, and metal protection protector 62 is hung down by 6 eccentric rotary of eccentric wheel in 6 centre of gyration of eccentric wheel
Histogram floats back and forth upwards；There are two the settings of cylinder 61, and two cylinders 61 are respectively arranged in the opposition of metal protection protector 62
Two sides, the end of two cylinders 61 is hinged with metal protection protector 62 respectively, cylinder 61 by metal protection protector 62 driving and continue
From the air inlet air-breathing of tracheae 1 and irreversibly deliver to air storage chamber 63.When work, eccentric wheel 6 does eccentric rotary, 6 band of eccentric wheel
Dynamic metal protection protector 62 floats up and down, and makes the metal protection protector to float up and down 62 that cylinder 61 be driven to do stretching motion, avoids partially
Heart wheel 6 directly with 61 end sliding contact of cylinder, reduces the abrasion of 61 end of eccentric wheel 6 and cylinder, is conducive to extend gas
The service life of cylinder 61 and eccentric wheel 6, so that embedded new energy vehicles charging station is more durable.
As shown in Fig. 2, the I-beam wheel 3 includes wheel shaft, the wheel shaft of I-beam wheel 3 is hollow shape, is set on the wheel shaft of I-beam wheel 3
It is equipped with through-hole 31；Cable 5 in the I-beam wheel 3 passes through through-hole 31 and is pierced by from the end in wheel shaft center and rotates and connect with power supply
It connects.When work, the one end for connecting to power supply cable 5 is passed through from axle interior, is on the one hand avoided cable 5 and is gone out from elsewhere
Line makes cable 5 trouble of mutual tangled up and knotted occur, on the other hand avoids cable 5 and is detoured, and is conducive to reduce cable 5
Length advantageously reduces the material cost of embedded new energy vehicles charging station.
As shown in Fig. 2, Fig. 3 and Fig. 5, the gas outlet of the tracheae 1 is linked on the shield 2 of 3 lower end of I-beam wheel；Institute
The shield 2 for stating 3 lower end of I-beam wheel is lower shield 21；Be provided with cavity 211 in the lower shield 21, the cavity 211 it is upper
End is semi-open type, and the lower end of cavity 211 is connected to the gas outlet of tracheae 1, and cavity 211 is provided with distilled water, is gone back outside cavity 211
Water injection pipe is accessed, supplements distilled water in cavity 211 again after all being discharged, wherein the electric conductivity of distilled water is special poor.
When work, the button 71 in charging pipette tips 7 is pressed, makes solenoid valve 41 that the gas outlet of tracheae 1 and air inlet to be opened, into
Port will air inlet, gas outlet by discharge air storage chamber 63 in gas and cylinder 61 do stretching motion and be pressed into air storage chamber 63 again
Interior gas, the gas that gas outlet releases will blast in cavity 211, and the water in cavity 211 is in the case where gas quickly brushes and by gas
It is melted into fog, fog is blown in I-beam wheel 3 by gas again, and because transmitting electricity with cable 5, cable 5 can generate heat after long-time, so that electric
5 appearance of cable is cooled down under the action of fog, and avoiding cable 5 after long-time is generated heat does not have to radiate in time and gradually aging
Phenomenon occurs, and has interests to extend the service life of cable 5, to improve the service life of embedded new energy vehicles charging station.
As shown in Fig. 2, Fig. 3 and Fig. 5, shaft 212 is provided in the cavity 211；In the shaft 212 and cavity 211
Wall is rotation connection, and winding up has cloth 213 in shaft 212, is provided with wind spring between shaft 212 and the inner wall of cavity 211；It is described
Shaft 212 after wind spring is used to rotate resets；One end of the cloth 213 and shaft 212 are connected, the other end of cloth 213 with
The wheel shaft of I-beam wheel 3 is connected, and cloth 213 is wound by I-beam wheel 3 with cable 5 and is involved in, and cloth 213 is with cable 5 from I-beam wheel 3
Pull out and in shaft 212.When work, under the action of elastic string 32, the revolution of I-beam wheel 3 winds cable 5, cloth
213 will be wound by I-beam wheel 3 with cable 5 and be rolled into I-beam wheel 3, cloth 213 by cable 5 is wrapped up in layer, because
In water after long-time soaking, the cloth 213 in shaft 212 will have water, wet cloth for shaft 212 in cavity 211
Item volume 213 are conducive to the cooling of cable 5 of fever on cable 5 and reduce the abrasion between cable 5, avoid cable 5 when long
Between generate heat after do not have to radiate in time and gradually aging the phenomenon that, there are interests to extend the service life of cable 5, to improve embedded
The service life of new energy vehicles charging station.
Specific workflow is as follows:
When work, hand takes charging pipette tips 7, makes solenoid valve 41 that the air inlet open of tracheae 1 is made tracheae by lower button 71
One 4 gas outlet is closed, and then hand takes charging pipette tips 7 to pull out cable 5 from I-beam wheel 3, is pulled up in cable 5 from I-beam wheel 3
During out, cable 5 drives I-beam wheel 3 to rotate, and the I-beam wheel 3 of rotation drives eccentric wheel 6 to rotate, and eccentric wheel 6 does eccentric turn
Dynamic, eccentric wheel 6 drives metal protection protector 62 to float up and down, and makes the metal protection protector to float up and down 62 that cylinder 61 be driven to do flexible fortune
It is dynamic, eccentric wheel 6 is avoided directly with 61 end sliding contact of cylinder, reduces the abrasion of 61 end of eccentric wheel 6 and cylinder, has
Conducive to the service life for extending cylinder 61 and eccentric wheel 6, so that embedded new energy vehicles charging station is more durable；Together
When, elastic string 32 is wrapped in V-groove, and is elongated, and cylinder 61 is being compressed from the air inlet one-way air inlet of tracheae 1
Delivered gas to when gas in air storage chamber 63 keep in, because pull cable 5 make I-beam wheel 3 rotation during so that tracheae
One 4 are filled gas, and tracheae 1 is arranged on the notch 521 of cable 5, on the one hand, and gassiness tracheae 1 has toughness,
So that cable 5 is not easy tangled up and knotted together, on the other hand, the cable 5 to stick out is easy to be pulled out easily from I-beam wheel 3,
User is set to pull cable 5 more easy and convenient；And air storage chamber 63 is arranged on cable 5, and air storage chamber 63 is elastic rubber material,
Air storage chamber 63 will enhance the toughness of cable 5, so that cable 5 is pulled down more preferably easier from I-beam wheel 3 by user, make user
Cable 5 is pulled to become easy and convenient；After cable 5 is drawn out, the button 71 in charging pipette tips 7 is pressed, is closed by solenoid valve 41
It holds one's breath the air inlet of pipe 1, so that cylinder 61 can not obtain gas from the air inlet of tracheae 1, cylinder 61 will be remain stationary not
Dynamic, because cylinder 61 remain stationary motionless so that cylinder 61 engages eccentric wheel 6, eccentric wheel 6 follows I-beam wheel 3
It is locked, so that cable 5 will not be withdrawn by I-beam wheel 3, then, charging pipette tips 7 is inserted on new energy electric car, to new energy
Source electric car charges, and after the completion of new energy charging electric car, prepares recycling cable 5, presses the button 71 in charging pipette tips 7,
Make solenoid valve 41 that the gas outlet of tracheae 1 and air inlet to be opened, air inlet will air inlet, gas outlet will discharge air storage chamber
Gas and cylinder 61 in 63 do the gas that stretching motion is pressed into again in air storage chamber 63, because cylinder 61 continues to do flexible fortune
Dynamic, elastic string 32 will be shunk, and the elastic string 32 of contraction will make 3 fast rotation of I-beam wheel, and I-beam wheel 3 is recycled cable 5 is wound, and
Because both ends are all opened, tracheae 1 will be flat flat for tracheae 1 on cable 5, so that cable 5 no longer has toughness, flat flat gas
Pipe 1 will make the notch 521 on cable 5 biggish gap occur, is conducive to the cable 5 to charge for a long time and radiates, more makes electricity
Cable 5 can be recycled easily by I-beam wheel 3, be conducive to improve the efficiency that cable 5 is recovered, user-friendly；
The button 71 in charging pipette tips 7 is being pressed, beat solenoid valve 41 gas outlet of tracheae 1 and air inlet
It opens, makes gas outlet that the gas discharged in air storage chamber 63 and cylinder 61 to be done to the gas that stretching motion is pressed into again in air storage chamber 63
In the process, the gas that gas outlet releases will blast in cavity 211, and the water in cavity 211 quickly brushes lower and gasified in gas
At fog, fog is blown in I-beam wheel 3 by gas again, and because transmitting electricity with cable 5, cable 5 can generate heat after long-time, so that cable
5 appearances are cooled down under the action of fog, avoid cable 5 after long-time is generated heat do not have to radiate in time and gradually aging show
As occurring, there are interests to extend the service life of cable 5, to improve the service life of embedded new energy vehicles charging station；Together
When, under the action of elastic string 32, the revolution of I-beam wheel 3 winds cable 5, cloth 213 will be wound with cable 5 by I-beam wheel 3 and
It is rolled into I-beam wheel 3, cloth 213 is by wrapping up cable 5 in layer, in water because of the shaft 212 that is located in cavity 211
After long-time soaking, the cloth 213 in shaft 212 will have water, and wet cloth volume 213 are conducive to fever on cable 5
The cooling of cable 5 and abrasion between cable 5 is reduced, avoids cable 5 and do not radiate in time after long-time is generated heat and gradually old
The phenomenon that change, occurs, and has interests to extend the service life of cable 5, to improve the use longevity of embedded new energy vehicles charging station
Life.
More than, it is illustrated about one embodiment of the present invention, but the present invention is not limited to the above embodiments, not
Various changes are able to carry out in the range of disengaging present subject matter.
Industrial applicibility
According to the present invention, the tracheae one on cable is inflated by cylinder, so that cable has toughness and is not easy winding and beats
Together, the cable to stick out is easy to from I-beam wheel be pulled out easily knot；The air inlet that tracheae one is closed by solenoid valve, makes
Cylinder I-beam wheel is engaged it is motionless so that cable will not retract in use；Meanwhile gas is released in tracheae one,
Shrivelled tracheae one makes cable not have toughness, and the notch on cable is made biggish gap occur, when not only improving long
Between charge cable heat dissipation, more cable is easily recycled by I-beam wheel；Therefore the embedded new energy traffic work
It is useful for having charging station in New-energy electric vehicle technical field.
Claims (6)
1. a kind of embedded new energy vehicles charging station, including accommodating chamber (1), power supply, fixing seat (11), shield (2), work
Character wheel (3), cable (5), eccentric wheel (6), cylinder (61), air storage chamber (63) and charging pipette tips (7), the fixing seat (11) are fixed
In accommodating chamber (1), it is characterised in that: there are two shield (2) settings, and two shields (2) are respectively arranged in fixing seat
(11) top and bottom；The I-beam wheel (3) is fastened between two shields (2) up and down, and the both ends of I-beam wheel (3) are respectively arranged
There is a V-groove；Elastic string (32) are provided between the V-groove and shield (2)；The elastic string (32) is used to make rotation
I-beam wheel (3) revolution；The eccentric wheel (6) is fixed on the side of I-beam wheel (3)；The charging pipette tips (7) and air storage chamber (63)
Between unilaterally connected have tracheae one (4)；Solenoid valve (41), check valve one (42) and check valve are provided on the tracheae one (4)
Two (43), tracheae one (4) are sequentially connected in series solenoid valve (41), check valve one (42), cylinder (61) and check valve two (43), and gas
Flow direction is from charging pipette tips (7) unidirectionally to air storage chamber (63)；The solenoid valve (41) is the switch whether tracheae one (4) is connected to,
Solenoid valve (41) is two-bit triplet solenoid valve (41)；The cylinder (61) is fixed on the avris of shield (2), cylinder (61) and bias
Wheel (6) is located at the same side, and by eccentric wheel (6) eccentric rotary and by Intermittent pneumatic compression, the airintake direction of cylinder (61) is cylinder (61)
Charging pipette tips (7) direction, the gas compressed by cylinder (61) enter air storage chamber (63) by check valve two (43)；The cable
(5) one end connects to power supply, and another place of cable (5) is wrapped in the end on I-beam wheel (3) and wound and charging pipette tips (7)
Connection will drive I-beam wheel (3) and eccentric wheel when being drawn out from I-beam wheel (3) positioned at an end cable (5) for charging pipette tips (7)
(6) it rotates；Wherein,
The cable (5) includes charging cable (51) and rubber layer (52), and there are four notches for the outside setting of the rubber layer (52)
(521)；The tracheae one (4) is arranged on cable (5) and one end of tracheae one (4) is located in one of on notch (521), gas
The other end of pipe one (4) passes through air storage chamber (63) and is located at another notch (521), and the both ends of tracheae one (4) are connected in
On solenoid valve (41), one end that tracheae one (4) is located at charging pipette tips (7) is air inlet, and tracheae one (4) is located at air storage chamber (63)
One end is gas outlet；The button (71) of control solenoid valve (41) switch is provided on charging pipette tips (7).
2. a kind of embedded new energy vehicles charging station according to claim 1, it is characterised in that: the air storage chamber
(63) it is arranged on the another two notch (521) of rubber layer (52), air storage chamber (63) is elastic rubber material, and is located at rubber layer
(52) both ends of the tracheae one (4) on notch (521) are in opposition position.
3. a kind of embedded new energy vehicles charging station according to claim 1, it is characterised in that: the eccentric wheel
(6) it is provided between cylinder (61) metal protection protector (62)；The metal protection protector (62) is set on eccentric wheel (6) outside
Side, metal protection protector (62) are floated in the vertical direction of eccentric wheel (6) centre of gyration back and forth by eccentric wheel (6) eccentric rotary
It is dynamic；There are two the cylinder (61) settings, and two cylinders (61) are respectively arranged in the two sides of the opposition of metal protection protector (62), and two
The end of cylinder (61) respectively with metal protection protector (62) hingedly, cylinder (61) by metal protection protector (62) driving and continue from
The air inlet air-breathing of tracheae one (4) simultaneously irreversibly delivers air storage chamber (63).
4. a kind of embedded new energy vehicles charging station according to claim 1, it is characterised in that: the I-beam wheel
It (3) include wheel shaft, the wheel shaft of I-beam wheel (3) is hollow shape, is provided with through-hole (31) on the wheel shaft of I-beam wheel (3)；The I-shaped
Cable (5) on wheel (3) passes through through-hole (31) and is pierced by from the end in wheel shaft center and is rotatablely connected with power supply.
5. a kind of embedded new energy vehicles charging station according to claim 1, it is characterised in that: the tracheae one
(4) gas outlet is linked on the shield (2) of I-beam wheel (3) lower end；Under the shield (2) of I-beam wheel (3) lower end is
Shield (21)；It is provided with cavity (211) in the lower shield (21), the upper end of the cavity (211) is semi-open type, cavity
(211) lower end is connected to the gas outlet of tracheae one (4), and cavity (211) is provided with distilled water.
6. a kind of embedded new energy vehicles charging station according to claim 5, it is characterised in that: the cavity
(211) shaft (212) are provided in；The shaft (212) and cavity (211) inner wall are rotation connection, winding up in shaft (212)
Have cloth (213), is provided with wind spring between shaft (212) and the inner wall of cavity (211)；The wind spring is for the shaft after rotating
(212) it resets；One end and shaft (212) of the cloth (213) are connected, the other end of cloth (213) and the wheel of I-beam wheel (3)
Axis is connected, and cloth (213) is wound by I-beam wheel (3) with cable (5) and is involved in, and cloth (213) is with cable (5) from I-beam wheel (3)
It is upper pull-out and on shaft (212).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811087510.1A CN109228905B (en) | 2018-09-18 | 2018-09-18 | Embedded new forms of energy vehicle charging station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811087510.1A CN109228905B (en) | 2018-09-18 | 2018-09-18 | Embedded new forms of energy vehicle charging station |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109228905A true CN109228905A (en) | 2019-01-18 |
| CN109228905B CN109228905B (en) | 2021-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811087510.1A Active CN109228905B (en) | 2018-09-18 | 2018-09-18 | Embedded new forms of energy vehicle charging station |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2620109Y (en) * | 2003-04-30 | 2004-06-09 | 吴小冬 | Linkage air compressor |
| US20170361720A1 (en) * | 2016-06-17 | 2017-12-21 | Greatlink Electronics Taiwan Ltd. | Charging apparatus with status indication |
| CN108422876A (en) * | 2018-02-07 | 2018-08-21 | 重庆交通职业学院 | A kind of new-energy automobile charging pile |
-
2018
- 2018-09-18 CN CN201811087510.1A patent/CN109228905B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2620109Y (en) * | 2003-04-30 | 2004-06-09 | 吴小冬 | Linkage air compressor |
| US20170361720A1 (en) * | 2016-06-17 | 2017-12-21 | Greatlink Electronics Taiwan Ltd. | Charging apparatus with status indication |
| CN108422876A (en) * | 2018-02-07 | 2018-08-21 | 重庆交通职业学院 | A kind of new-energy automobile charging pile |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109228905B (en) | 2021-11-05 |
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Address after: 5201, floor 5, North building, original animation Park, No. 19, Tianzhi Road, hi tech Zone, Hefei City, Anhui Province 230000 Applicant after: Ruan Zhongcheng Address before: 523411 Dongguan Dongjian Dongjian Automotive Supplies Manufacturing Co., Ltd. No. 39-41, 1st Street, Xialingbeibaiye International Auto Parts City, Liaobu Town, Dongguan City, Guangdong Province Applicant before: Ruan Zhongcheng |
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Effective date of registration: 20211020 Address after: 224000 Jingwu Road, high tech Zone, Jianhu County, Yancheng City, Jiangsu Province Applicant after: Jiangsu Ying can Amperex Technology Ltd. Address before: 5201, 5th floor, North building, original animation Park, No.19 Tianzhi Road, high tech Zone, Hefei City, Anhui Province 230000 Applicant before: Ruan Zhongcheng |
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