CN105790368A - Automatically managed smart charging pile for new energy automobiles and smart charging method - Google Patents
Automatically managed smart charging pile for new energy automobiles and smart charging method Download PDFInfo
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- CN105790368A CN105790368A CN201610248256.3A CN201610248256A CN105790368A CN 105790368 A CN105790368 A CN 105790368A CN 201610248256 A CN201610248256 A CN 201610248256A CN 105790368 A CN105790368 A CN 105790368A
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Abstract
The invention discloses an automatically managed smart charging pile for new energy automobiles and a smart charging method. The automatically managed smart charging pile comprises a mechanical portion and a control portion, wherein the mechanical portion comprises a slideway with a chute, and a slide carriage, of a charging unit, arranged in the chute. The charging unit comprises the slide carriage, a rotary base and a charging pile housing, wherein a charger and a controller are arranged on the charging pile housing. The control portion comprises a processor, wherein the input end of the processor is respectively connected with a fingerprint identification plate, a card reader, a time relay, an input button and a vibration sensor, and the output end of the processor is respectively connected with a display screen, a loudspeaker, a clock module, a wifi module, a communication module, an induction switch, an electromagnetic switch and a camera. The automatically managed smart charging pile has the advantages of simple structure, reasonable design, convenient operation and use flexibility. The automatically managed smart charging pile charges portable electrical devices while charging a new energy automobile, and damage to the charging devices due to sabotage or urban waterlog can be prevented.
Description
Technical field
The invention belongs to new-energy automobile charging pile technical field, be specifically related to new-energy automobile Intelligent charging spot and the intelligent charging method of a kind of automatic management.
Background technology
Continuous exploitation along with the non-renewable resources such as coal and oil, on the earth, available resource constantly reduces, new energy technology rises, and new-energy automobile has cleaning, environmental protection and energy-conservation feature and has increasingly been subject to the favor of masses, and the development in its future has broad prospects；Although electronic new-energy automobile brought a lot of easily simultaneously because auxiliary facility build perfect not enough, give the charger with the charging of electrically driven (operated) new-energy automobile also little, it is very inconvenient that this allows for new-energy automobile charging, and existing charging pile is arranged on parking lot more, needing special messenger to guard and manage, both labor intensive also had special requirement to stopping；Owing to new-energy automobile charging relative time is longer, do not drive away in time after some vehicle chargings, the follow-up parking of new-energy automobile needing charging is caused the inconvenience of increasing, and general charger is arranged on open ground, by the monitoring system less than other regions, do not possess control function, be difficult to when charging pile is by artificial destruction know the identity of saboteur and investigate the responsibility of saboteur；Great inconvenience is brought to administering and maintaining charger.
Summary of the invention
It is an object of the invention to overcome deficiency of the prior art and provide a kind of simple in construction, reasonable in design, easy to operate, use flexibly, while conveniently new-energy automobile being charged, carry-on electrical equipment can be charged, have new-energy automobile Intelligent charging spot and the intelligent charging method of a kind of automatic management preventing artificial or urban waterlogging from charger being destroyed.
The object of the present invention is achieved like this: includes mechanical part and control part,
A, mechanical part include the slideway being arranged on melt pit top, described slideway offers chute, the slide in charhing unit it is provided with in chute, described charhing unit includes slide, is located at the swivel base on slide top and is arranged on the charging pile housing at swivel base top, the front surface of charging pile housing is provided with charger and controller, the top of described charging pile housing is provided with upper cover, the top of upper cover is provided with solar recharging and electrical storage device, surrounding bottom upper cover is provided with LED lamp bead, and described LED lamp bead is connected with solar recharging and electrical storage device by electromagnetic switch；
Described charger includes being located at three foot sockets of charging pile housing front surface, both feet socket and USB, described three foot sockets, both feet socket and USB be provided externally with protecting cover, between the top of described protecting cover with charging pile housing front surface adopt hinge be connected；Described three foot sockets, both feet socket are connected with the cable being located within melt pit respectively through inductive switch with USB；
Described controller includes the display screen being located at charging pile housing front surface, is respectively provided on the left of display screen and the fingerprint recognition plate on right side and card reader, and the bottom of described display screen is disposed with load button and mounting groove, and the inside of described mounting groove is provided with photographic head；
B, control part include the processor being arranged within controller, and the inside of described controller is respectively equipped with the time relay, speaker, clock module, WIFI module, communication module, memory card, shaking sensor；The input of described processor is connected with fingerprint recognition plate, card reader, the time relay, load button and shaking sensor respectively, the outfan of described processor is connected with display screen, speaker, clock module, WIFI module, communication module, inductive switch, electromagnetic switch and photographic head respectively, and described photographic head is connected with memory card.
Preferably, the bottom of described slide is provided with the first rolling element, and the bottom of swivel base is provided with the second rolling element.
Preferably, between the sidepiece of described slide and charging pile housing, capping is installed.
Preferably, the middle part of described charging pile housing both sides is respectively equipped with handle.
Preferably, the bottom of described slideway, slide, swivel base and charging pile housing offers cable mounting hole respectively.
Preferably, described solar recharging and electrical storage device include being located at the accumulator battery of centre and being located at the solar panel outside accumulator battery, and described solar panel is connected with LED lamp bead with electromagnetic switch by accumulator battery.
Preferably, the bottom of described melt pit is provided with discharge outlet.
Preferably, it is provided with at least two charhing unit in the chute of described slideway.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, this charging method comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway both sides, the driver and conductor of new-energy automobile to be charged promotes handle to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates swivel base and make the front surface of charging pile housing be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets or both feet socket are connected with the charge port of new-energy automobile to be charged by charge power supply line, then pass through the mode of fingerprint recognition plate fingerprint recognition or mode that card reader is swiped the card starts processor, processor Perceived control inductive switch unlatching simultaneously after starting, display screen and clock module startup, inductive switch is opened and is made cable and three foot sockets, both feet socket and USB charged, and new-energy automobile to be charged is charged；Display screen starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate, carry out load button operation, after processor receives fingerprint recognition signal, in load button, the signal of input is identified by processor, and opens Perceived control inductive switch, display screen and clock module by processor；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader by driver and conductor, and carry out load button operation, after processor receives signal of swiping the card, in load button, the signal of input is identified by processor, and opens Perceived control inductive switch, display screen and clock module by processor；
Step 3: when, after charging complete, signal is delivered to processor by clock module, Perceived control inductive switch disconnects processor simultaneously, display screen quits work and speaker is opened, and speaker is reported charging and terminated, and inductive switch charges after disconnecting and terminates；
Step 4: after charging starts in above-mentioned steps two, carry-on notebook computer or mobile phone are charged by the driver and conductor of new-energy automobile to be charged by both feet socket or USB；
Step 5: the time relay is constantly in running status, when the time reaches to arrange the time first, signal is delivered to processor by the time relay, and processor controls electromagnetic switch and opens, now accumulator battery is powered to LED lamp bead by electromagnetic switch, and LED lamp bead starts illumination；When the time reach last the time is set time, signal is delivered to processor by the time relay, processor control electromagnetic switch close, now LED lamp bead lighting-off；
Step 6: when the situation destroying charging pile occurs, charging pile shakes, signal is delivered to processor by shaking sensor, processor opens photographic head and WIFI module, communication module simultaneously, after WIFI module is opened, communication module transmits signals to report to the police in management personnel's communication apparatus, audio and video files when photographic head record charging pile destroys, and stores to memory card.
The present invention is by arranging slideway, slide and swivel base, it is not only able to realize charging pile move freely in the chute of slideway, also can make charging pile 360 degree of rotations vertically, can reach to increase charged area, make the purpose that new-energy automobile parking is more convenient and flexible, by arranging discharge outlet, when urban waterlogging occurs, can effectively ensure that charging pile is not by the impact of natural disaster, pass through mounted LED lamp bulb, solar recharging and electrical storage device, following effect can be played: 1, can using electricity wisely, 2, the purpose of illumination can be played, to facilitate the driver and conductor charged night；3, can reach to remind the position of driver and conductor's charging pile；The present invention is additionally provided with shaking sensor, communication module, photographic head and memory card, when there being the personnel destroying charging pile to implement vandalism, can passing through shaking sensor perception, communication module notifies that the image of saboteur and behavior can be recorded by management personnel, photographic head and memory card；It addition, the whole charging process of new-energy automobile can be adopted self-service charging by the present invention, it is not necessary to management personnel's field management；Have simple in construction, reasonable in design, easy to operate, use flexibly, while conveniently new-energy automobile being charged, carry-on electrical equipment can be charged, there is the advantage preventing artificial or urban waterlogging from charger being destroyed.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of slideway of the present invention and charging pile body；
Fig. 3 is the control principle schematic diagram of the present invention.
Detailed description of the invention
In order to the technical characteristic of the present invention, purpose and effect are more clearly understood from, now comparison accompanying drawing illustrates the specific embodiment of the present invention, and label identical in the various figures represents identical parts.For making simplified form, only schematically show and invent relevant part in each figure, they do not represent its practical structures as product.
Such as Fig. 1, 2, shown in 3, the present invention includes mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, then pass through the mode of fingerprint recognition plate 27 fingerprint recognition or mode that card reader 24 is swiped the card starts processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate 27, carry out load button 26 to operate, after processor 28 receives fingerprint recognition signal, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader 24 by driver and conductor, and carry out load button 26 and operate, after processor 28 receives signal of swiping the card, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates；
Step 4: after charging starts in above-mentioned steps two, carry-on notebook computer or mobile phone are charged by the driver and conductor of new-energy automobile to be charged by both feet socket 20 or USB 21；
Step 5: the time relay 29 is constantly in running status, when the time reaches to arrange the time first, signal is delivered to processor 28 by the time relay 29, processor 28 controls electromagnetic switch 10 and opens, now accumulator battery 14 is powered to LED lamp bead 15 by electromagnetic switch 10, and LED lamp bead 15 starts illumination；When the time reach last the time is set time, signal is delivered to processor 28 by the time relay 29, and processor 28 controls electromagnetic switch 10 and cuts out, now LED lamp bead 15 lighting-off；
Step 6: when the situation destroying charging pile occurs, charging pile shakes, signal is delivered to processor 28 by shaking sensor 37, processor 28 opens photographic head 33 and WIFI module 34, communication module 35 simultaneously, after WIFI module 34 is opened, communication module 35 transmits signals to report to the police in management personnel's communication apparatus, and photographic head 33 records audio and video files when charging pile destroys, and stores to memory card 36.
Charging pile housing 39 bottom of the present invention is provided with 9, and transposase 19 is coordinated with slideway 5 by slide 6, and the bottom of slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8；It is very laborsaving that such design makes slide 6 slide on slideway 5, user only need to pull with hand the handle 16 of charging pile housing 39 side and can easily make to pull dynamic charging pile housing 39 and slide, and pull dynamic charging pile housing 39 to rotate on slide 6 under the effect of the second rolling element 8, one slideway 5 is equipped with two to three charging pile housings 39 for charging, because charging pile housing 39 can slide, so the driver and conductor of new energy electric motor vehicle has only to car is parked in several meters of scopes near charging pile housing 39, the degree of freedom stopped is big, charging pile housing 39 can be pulled by driver near the car of oneself, conveniently the plug in electric motor car is inserted on the charger 17 on charging pile housing 39, avoid driver and car must be rested in the trouble of charging pile housing 39 front surface；Charger 17 is provided with three foot sockets 19, both feet socket 20 and USB 21, not only facilitates and charge to electric motor car, move equipment also can to the mobile phone etc. of oneself simultaneously and be charged, humanization designing, use also very convenient；Controller 18 side is provided with fingerprint recognition plate 27, only relevant management personnel can have the qualification using controller 18, it is ensured that the safety in utilization of the present invention, it is to avoid other people mishandle the trouble of controller 18；When there being people to sabotage charging pile, once saboteur bang charging pile housing 39, the huge vibrations that then shaking sensor 37 in controller 18 causes when will experience saboteur bang charging pile, now alert program is triggered, processor 28 can be opened and controls photographic head 33 and catch portrait information and the vandalism of saboteur, then portrait information can be deposited in the memory card 36 of controller 18, the controller 18 being attached to wireless network already by WIFI module 34 can send alarm signal by communication module 35 to relevant management personnel, inform that management personnel's charging pile meets with abnormal, management personnel can be arrived in the very nick of time destory the scene.
For the more detailed explanation present invention, in conjunction with embodiment, the present invention is further elaborated.Specific embodiment is as follows:
Embodiment one
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, the mode then passing through fingerprint recognition plate 27 fingerprint recognition starts processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate 27, carry out load button 26 to operate, after processor 28 receives fingerprint recognition signal, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates.
Embodiment two
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, then pass through the mode that card reader 24 swipes the card and start processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader 24 by driver and conductor, and carry out load button 26 and operate, after processor 28 receives signal of swiping the card, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates.
Embodiment three
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, the mode then passing through fingerprint recognition plate 27 fingerprint recognition starts processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate 27, carry out load button 26 to operate, after processor 28 receives fingerprint recognition signal, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates；
Step 4: after charging starts in above-mentioned steps two, carry-on notebook computer or mobile phone are charged by the driver and conductor of new-energy automobile to be charged by both feet socket 20 or USB 21；
Step 5: the time relay 29 is constantly in running status, when the time reaches to arrange the time first, signal is delivered to processor 28 by the time relay 29, processor 28 controls electromagnetic switch 10 and opens, now accumulator battery 14 is powered to LED lamp bead 15 by electromagnetic switch 10, and LED lamp bead 15 starts illumination.
Embodiment four
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, then pass through the mode that card reader 24 swipes the card and start processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader 24 by driver and conductor, and carry out load button 26 and operate, after processor 28 receives signal of swiping the card, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates；
Step 4: the time relay 29 is constantly in running status, when the time reach last the time is set time, signal is delivered to processor 28 by the time relay 29, and processor 28 controls electromagnetic switch 10 and cuts out, now LED lamp bead 15 lighting-off.
Embodiment five
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, then pass through the mode that card reader 24 swipes the card and start processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader 24 by driver and conductor, and carry out load button 26 and operate, after processor 28 receives signal of swiping the card, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates；
Step 4: after charging starts in above-mentioned steps two, carry-on notebook computer or mobile phone are charged by the driver and conductor of new-energy automobile to be charged by both feet socket 20 or USB 21.
Embodiment six
A kind of new-energy automobile Intelligent charging spot of automatic management, including mechanical part and control part, a, mechanical part includes the slideway 5 being arranged on melt pit 1 top, described slideway 5 offers chute 11, the slide 6 in charhing unit it is provided with in chute 11, described charhing unit includes slide 6, it is located at the transposase 19 on slide 6 top and is arranged on the charging pile housing 39 at transposase 19 top, the front surface of charging pile housing 39 is provided with charger 17 and controller 18, the top of described charging pile housing 39 is provided with upper cover 12, the top of upper cover 12 is provided with solar recharging and electrical storage device, surrounding bottom upper cover 12 is provided with LED lamp bead 15, described LED lamp bead 15 is connected with solar recharging and electrical storage device by electromagnetic switch 10；Described charger 17 includes being located at three foot sockets 19 of charging pile housing 39 front surface, both feet socket 20 and USB 21, described three foot sockets 19, both feet socket 20 and USB 21 be provided externally with protecting cover 23, between the top of described protecting cover 23 with charging pile housing 39 front surface adopt hinge 22 be connected；Described three foot sockets 19, both feet socket 20 are connected with the cable 4 being located within melt pit 1 respectively through inductive switch 38 with USB 21；Described controller 18 includes the display screen 25 being located at charging pile housing 39 front surface, it is respectively provided on the left of display screen 25 and the fingerprint recognition plate 27 on right side and card reader 24, the bottom of described display screen 25 is disposed with load button 26 and mounting groove 32, and the inside of described mounting groove 32 is provided with photographic head 33；B, control part include the processor 28 being arranged within controller 18, and the inside of described controller 18 is respectively equipped with the time relay 29, speaker 30, clock module 31, WIFI module 34, communication module 35, memory card 36, shaking sensor 37；The input of described processor 28 is connected with fingerprint recognition plate 27, card reader 24, the time relay 29, load button 26 and shaking sensor 37 respectively, the outfan of described processor 28 is connected with display screen 25, speaker 30, clock module 31, WIFI module 34, communication module 35, inductive switch 38, electromagnetic switch 10 and photographic head 33 respectively, and described photographic head 33 is connected with memory card 36.The bottom of described slide 6 is provided with the first rolling element 3, and the bottom of transposase 19 is provided with the second rolling element 8.Between described slide 6 and the sidepiece of charging pile housing 39, capping 7 is installed.The middle part of described charging pile housing 39 both sides is respectively equipped with handle 16.The bottom of described slideway 5, slide 6, transposase 19 and charging pile housing 39 offers cable mounting hole respectively.Described solar recharging and electrical storage device include the accumulator battery 14 being located at centre and are located at the solar panel 13 outside accumulator battery 14, and described solar panel 13 is connected with LED lamp bead 15 with electromagnetic switch 10 by accumulator battery 14.The bottom of described melt pit 1 is provided with discharge outlet 2.It is provided with at least two charhing unit in the chute 11 of described slideway 5.
The intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management, comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway 5 both sides, the driver and conductor of new-energy automobile to be charged promotes handle 16 to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates transposase 19 and make the front surface of charging pile housing 39 be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets 19 or both feet socket 20 are connected with the charge port of new-energy automobile to be charged by charge power supply line, the mode then passing through fingerprint recognition plate 27 fingerprint recognition starts processor 28, after starting, simultaneously open, display screen 25 and clock module 31 start by Perceived control inductive switch 38 for processor 28, inductive switch 38 is opened and is made cable 4 and three foot sockets 19, both feet socket 20 and USB 21 charged, and new-energy automobile to be charged is charged；Display screen 25 starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module 31；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate 27, carry out load button 26 to operate, after processor 28 receives fingerprint recognition signal, in load button 26, the signal of input is identified by processor 28, and opens Perceived control inductive switch 38, display screen 25 and clock module 31 by processor 28；
Step 3: when after charging complete, signal is delivered to processor 28 by clock module 31, Perceived control inductive switch 38 disconnects processor 28, display screen 25 quits work and speaker 30 is opened simultaneously, and speaker 30 is reported charging and terminated, and inductive switch 38 charges after disconnecting and terminates；
Step 4: when the situation destroying charging pile occurs, charging pile shakes, signal is delivered to processor 28 by shaking sensor 37, processor 28 opens photographic head 33 and WIFI module 34, communication module 35 simultaneously, after WIFI module 34 is opened, communication module 35 transmits signals to report to the police in management personnel's communication apparatus, and photographic head 33 records audio and video files when charging pile destroys, and stores to memory card 36.
In describing the invention, it will be appreciated that, orientation or the position relationship of term " inside ", " side ", " top ", " top " etc. instruction are based on orientation shown in the drawings or position relationship, it is for only for ease of the description present invention and simplifies description, rather than instruction or hint indication device or element must have specific orientation, with specific azimuth configuration and operation, be therefore not considered as limiting the invention.In describing the invention, it is necessary to explanation, unless otherwise clearly defined and limited, term " setting ", " installation ", " dress ", " being connected " etc. should be interpreted broadly, for instance, it is possible to it is fixing connection, connects integratedly, it is also possible to be removably connect；It can also be the connection of two element internals；Can be joined directly together, it is also possible to be indirectly connected to by intermediary, for the ordinary skill in the art, it is possible to understand above-mentioned term concrete meaning in the present invention as the case may be.It is to be noted in this article, " first ", " second " etc. are only for differentiation each other, but not represent their significance level and order etc..Foregoing detailed description is only for illustrating of the feasibility embodiment of the present invention; they also are not used to limit the scope of the invention, and all equivalent implementations, change and transformations made without departing from skill of the present invention spirit should be included within protection scope of the present invention.
Claims (9)
1. a new-energy automobile Intelligent charging spot for automatic management, including mechanical part and control part, it is characterised in that:
A, mechanical part includes the slideway (5) being arranged on melt pit (1) top, described slideway (5) offers chute (11), the slide (6) in charhing unit it is provided with in chute (11), described charhing unit includes slide (6), it is located at the swivel base (9) on slide (6) top and is arranged on the charging pile housing (39) at swivel base (9) top, the front surface of charging pile housing (39) is provided with charger (17) and controller (18), the top of described charging pile housing (39) is provided with upper cover (12), the top of upper cover (12) is provided with solar recharging and electrical storage device, the surrounding of upper cover (12) bottom is provided with LED lamp bead (15), described LED lamp bead (15) is connected with solar recharging and electrical storage device by electromagnetic switch (10)；
Described charger (17) includes being located at three foot sockets (19) of charging pile housing (39) front surface, both feet socket (20) and USB (21), described three foot sockets (19), both feet socket (20) and USB (21) be provided externally with protecting cover (23), between the top of described protecting cover (23) with charging pile housing (39) front surface employing hinge (22) be connected；Described three foot sockets (19), both feet socket (20) are connected respectively through the cable (4) that inductive switch (38) is internal with being located at melt pit (1) with USB (21)；
Described controller (18) includes the display screen (25) being located at charging pile housing (39) front surface, it is respectively provided at fingerprint recognition plate (27) and the card reader (24) on display screen (25) left side and right side, the bottom of described display screen (25) is disposed with load button (26) and mounting groove (32), and the inside of described mounting groove (32) is provided with photographic head (33)；
B, control part include being arranged on the processor (28) that controller (18) is internal, and the inside of described controller (18) is respectively equipped with the time relay (29), speaker (30), clock module (31), WIFI module (34), communication module (35), memory card (36), shaking sensor (37)；The input of described processor (28) is connected with fingerprint recognition plate (27), card reader (24), the time relay (29), load button (26) and shaking sensor (37) respectively, the outfan of described processor (28) is connected with display screen (25), speaker (30), clock module (31), WIFI module (34), communication module (35), inductive switch (38), electromagnetic switch (10) and photographic head (33) respectively, and described photographic head (33) is connected with memory card (36).
2. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterized in that: the bottom of described slide (6) is provided with the first rolling element (3), and the bottom of swivel base (9) is provided with the second rolling element (8).
3. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterised in that: capping (7) is installed between the sidepiece of described slide (6) and charging pile housing (39).
4. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterised in that: the middle part of described charging pile housing (39) both sides is respectively equipped with handle (16).
5. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterised in that: the bottom of described slideway (5), slide (6), swivel base (9) and charging pile housing (39) offers cable mounting hole respectively.
6. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterized in that: described solar recharging and electrical storage device include being located at the accumulator battery (14) of centre and be located at the solar panel (13) that accumulator battery (14) is outside, and described solar panel (13) is connected with LED lamp bead (15) with electromagnetic switch (10) by accumulator battery (14).
7. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterised in that: the bottom of described melt pit (1) is provided with discharge outlet (2).
8. the new-energy automobile Intelligent charging spot of a kind of automatic management according to claim 1, it is characterised in that: it is provided with at least two charhing unit in the chute (11) of described slideway (5).
9. the intelligent charging method of the new-energy automobile Intelligent charging spot of a kind of automatic management as claimed in claim 1, it is characterised in that: this charging method comprises the steps:
Step one: new-energy automobile to be charged is parked on the optional position of slideway (5) both sides, the driver and conductor of new-energy automobile to be charged promotes handle (16) to be pushed to by charhing unit on the position near new-energy automobile to be charged, and rotates swivel base (9) and make the front surface of charging pile housing (39) be on relative position with the charge port of new-energy automobile to be charged；
Step 2: three foot sockets (19) or both feet socket (20) are connected by the charge port of charge power supply line with new-energy automobile to be charged, then pass through the mode of fingerprint recognition plate (27) fingerprint recognition or mode that card reader (24) is swiped the card starts processor (28), processor (28) is Perceived control inductive switch (38) unlatching simultaneously after starting, display screen (25) and clock module (31) start, inductive switch (38) is opened and is made cable (4) and three foot sockets (19), both feet socket (20) and USB (21) are charged, and new-energy automobile to be charged is charged；Display screen (25) starts for the remaining sum in card after showing the charging interval or swiping the card；Charging interval is carried out timing by clock module (31)；The mode of fingerprint recognition is: after management personnel carry out fingerprint recognition in fingerprint recognition plate (27), carry out load button (26) operation, after processor (28) receives fingerprint recognition signal, in load button (26), the signal of input is identified by processor (28), and opens Perceived control inductive switch (38), display screen (25) and clock module (31) by processor (28)；The mode swiped the card is: the card after supplementing with money in advance is placed on card reader (24) by driver and conductor, and carry out load button (26) operation, after processor (28) receives signal of swiping the card, in load button (26), the signal of input is identified by processor (28), and opens Perceived control inductive switch (38), display screen (25) and clock module (31) by processor (28)；
Step 3: when after charging complete, signal is delivered to processor (28) by clock module (31), processor (28) Perceived control inductive switch (38) simultaneously disconnects, display screen (25) quits work and speaker (30) is opened, speaker (30) is reported charging and is terminated, and inductive switch (38) charges after disconnecting and terminates；
Step 4: after charging starts in above-mentioned steps two, carry-on notebook computer or mobile phone are charged by the driver and conductor of new-energy automobile to be charged by both feet socket (20) or USB (21)；
Step 5: the time relay (29) is constantly in running status, when the time reaches to arrange the time first, signal is delivered to processor (28) by the time relay (29), processor (28) controls electromagnetic switch (10) and opens, now accumulator battery (14) is powered to LED lamp bead (15) by electromagnetic switch (10), and LED lamp bead (15) starts illumination；When the time reach last the time is set time, signal is delivered to processor (28) by the time relay (29), processor (28) controls electromagnetic switch (10) and cuts out, now LED lamp bead (15) lighting-off；
Step 6: when the situation destroying charging pile occurs, charging pile shakes, signal is delivered to processor (28) by shaking sensor (37), processor (28) opens photographic head (33) and WIFI module (34), communication module (35) simultaneously, after WIFI module (34) is opened, communication module (35) transmits signals to report to the police in management personnel's communication apparatus, audio and video files when photographic head (33) record charging pile destroys, and store to memory card (36).
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| CN106427636A (en) * | 2016-10-27 | 2017-02-22 | 成都启立辰智科技有限公司 | Outdoor charging pile with rotatable base |
| CN106655420A (en) * | 2016-11-14 | 2017-05-10 | 安徽天鹏电子科技有限公司 | Intelligent wireless charging type battery electric vehicle charging pile |
| CN107293912A (en) * | 2016-11-14 | 2017-10-24 | 深圳市奥昇汽车零部件科技有限公司 | A kind of actuating mechanism and its device of the locking system as electric automobile charging pile |
| CN107813719A (en) * | 2017-10-12 | 2018-03-20 | 潘兆坤 | Charging pile with automatic vending function |
| CN108089620A (en) * | 2017-12-28 | 2018-05-29 | 浙江硕维新能源技术有限公司 | A kind of single pile concentrator control system and control method |
| CN111688522A (en) * | 2020-06-19 | 2020-09-22 | 杭州郎稳智能科技有限公司 | Electric automobile charging pile |
| CN112297904A (en) * | 2019-07-26 | 2021-02-02 | 大众汽车股份公司 | Charging pile for charging storage battery of electric vehicle |
| CN115056670A (en) * | 2022-06-22 | 2022-09-16 | 广州特丰智能科技有限公司 | Internet-based mobile AI automobile charging pile operation monitoring system |
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| CN106427636A (en) * | 2016-10-27 | 2017-02-22 | 成都启立辰智科技有限公司 | Outdoor charging pile with rotatable base |
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| CN107293912A (en) * | 2016-11-14 | 2017-10-24 | 深圳市奥昇汽车零部件科技有限公司 | A kind of actuating mechanism and its device of the locking system as electric automobile charging pile |
| CN107813719A (en) * | 2017-10-12 | 2018-03-20 | 潘兆坤 | Charging pile with automatic vending function |
| CN108089620A (en) * | 2017-12-28 | 2018-05-29 | 浙江硕维新能源技术有限公司 | A kind of single pile concentrator control system and control method |
| CN112297904A (en) * | 2019-07-26 | 2021-02-02 | 大众汽车股份公司 | Charging pile for charging storage battery of electric vehicle |
| CN112297904B (en) * | 2019-07-26 | 2024-03-01 | 大众汽车股份公司 | Charging pile for charging storage battery of electric vehicle |
| CN111688522A (en) * | 2020-06-19 | 2020-09-22 | 杭州郎稳智能科技有限公司 | Electric automobile charging pile |
| CN115056670A (en) * | 2022-06-22 | 2022-09-16 | 广州特丰智能科技有限公司 | Internet-based mobile AI automobile charging pile operation monitoring system |
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