CN107579577A - A kind of charging equipment to be charged using solar energy - Google Patents
A kind of charging equipment to be charged using solar energy Download PDFInfo
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- CN107579577A CN107579577A CN201710995222.5A CN201710995222A CN107579577A CN 107579577 A CN107579577 A CN 107579577A CN 201710995222 A CN201710995222 A CN 201710995222A CN 107579577 A CN107579577 A CN 107579577A
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
The present invention discloses a kind of charging equipment to be charged using solar energy, and it includes stake lid and pile body, and stake lid is arranged at the top of pile body, and its upper surface is equipped with solar panel, and solar panel electrical connection is arranged on the battery on pile body；Area and charging zone to be charged are separated into by division board inside pile body；The first conveying device and the first feed drive part are provided with area to be charged, the second conveying device, the second feed drive part and charging device are provided with charging zone, charging device has the charging connection portion being connected with battery block pole, and it is connected with external power source, charging connection portion is integrated on charging telescopic part, and is connected battery block pole by the telescopic action of charging telescopic part or departed from battery block；First push-rod assembly, the second push-rod assembly, controller and electric power detection module are installed on pile body.The present invention can be that electric product changes battery block, while reclaim battery block and the battery block after recovery is charged.
Description
Technical field
The present invention relates to battery charging equipment field, more particularly to a kind of charging equipment to be charged using solar energy.
Background technology
In recent years, with the development of science and technology, electric automobile or electric car are because its convenience and flexibility are increasingly by people
Like, using the battery entrained by itself be that power source is driven fortune due to being but for such electronic serial product
Capable, therefore, one of its existing greatest problem is exactly that electric energy stores full problem, because electric product in the process of moving can be continuous
The electric energy expended in battery, if fast and effectively being charged without corresponding charging equipment, electric product can not be carried out
Prolonged operation, that is, influence the continuation of the journey of electric product.And it is known that the time that electric product in charging, is typically fed
Longer, the duration that this allows for journey is elongated, therefore, intends considering the battery in electric product using replaceable battery block,
And the charging equipment to electric product supply can then be changed to the battery block of such electric product, the application is then for being somebody's turn to do
Class charging equipment is designed, while changing battery block to be provided for electric product, additionally it is possible to battery block is reclaimed, and to recovery
Battery block afterwards is charged.In addition, it is contemplated that the popularization of solar energy uses at present, the application also intends using heliotechnics pair
Battery block in charging equipment is charged.
The content of the invention
To reach above-mentioned purpose, the technical solution adopted in the present invention is：A kind of charging charged using solar energy
Equipment, for the battery block charging with pole, it includes stake lid and pile body, and the stake lid is arranged at the top of pile body, its upper table
Face is equipped with solar panel, and the solar panel electrical connection is arranged on the battery on pile body；
The pile body is in hollow form, and its underpart offers the entrance and exit for making its internal outer connection；Inside the pile body
Area and charging zone to be charged are separated into by division board, the entrance connects with area to be charged, and the outlet connects with charging zone,
Also connected between the area to be charged and charging zone by the connected entrance opened up on division board, the connected entrance and entrance are relative to be set
Put and upper and lower stagger setting, the connected entrance are also oppositely arranged with outlet；
The first conveying device and the first feed drive part are provided with the area to be charged, first conveying device is set
Between entrance and connected entrance and the left side or right side of entrance and connected entrance are respectively positioned on, it connects with the first feed drive part
Connect；Plane where the conveyor surface while vertical portals and connected entrance of first conveying device, is provided with for propping up institute
State the first tray part of battery block；
The second conveying device, the second feed drive part and charging device are provided with the charging zone；Second conveying
Device is arranged on the left side or right side of connected entrance, and it is connected with the second feed drive part；Second conveying device
Plane where conveyor surface vertical connection mouth, is provided with the second tray part for propping up the battery block；The charging dress
Setting in side where battery block pole on the second tray part, the charging device has the charging connection being connected with battery block pole
Portion, and it is connected with external power source to provide the electricity of battery block charging；The charging connection portion is integrated on charging telescopic part,
And battery block pole is connected by the telescopic action of the charging telescopic part or departs from battery block；
First push-rod assembly, the second push-rod assembly, controller and electric power detection module are installed on the pile body；Described
One push-rod assembly is arranged on the pile body inwall in area to be charged, and is oppositely arranged with the connected entrance, and is conveyed with described first
The conveyor surface of device does not contact, and first push-rod assembly has Telescopic, and it can stretch towards direction where the connected entrance
Contracting, and contacted in stretching process and promote the battery block on the first tray part to promote battery block to pass through connected entrance simultaneously
It is moved to from the first tray part on the second tray part；Second push-rod assembly is arranged on the pile body inwall of charging zone, and with
The outlet is oppositely arranged, and second push-rod assembly has Telescopic, and it can stretch towards direction where the outlet, and
Contacted in stretching process and promote the battery block on the second tray part to promote to locate to move where battery block towards outlet
And pass outlet；The controller connects battery, external power source and electric power detection module respectively, and the electric power detection module is also
Battery is connected, to detect the electricity of the battery, and corresponding information about power is generated and sends out in controller, the controller
Further according to information about power control one of battery and external power source connection charging device.
Further, the stake lid extends at the top of pile body to outside pile body, and forms umbrella-shaped structure；The stake cap upper surface
It is paved with the solar panel.
Further, the solar panel connects battery by mu balanced circuit or directly connected by mu balanced circuit
Charging device is connect, the solar panel and mu balanced circuit are all connected with controller, and the controller is also connected with charging device, its
According to the power generation situation of the charge condition of the charging device and solar panel control mu balanced circuit connect battery or
Charging device, and when the charging device charges to battery block, the mu balanced circuit, battery and external power source three only have
One connects charging device.
Further, first conveying device is provided with left and right sides of entrance and exit, and is arranged in pairs, often
The first tray part is provided with one first conveying device；The rotation direction of paired first conveying device on the contrary,
Its conveyor surface is oppositely arranged, and the delivered length of both conveyor surfaces is more than the distance between entrance and connected entrance, both spacing
More than the width of the entrance；The first tray part described in each pair on the conveyor surface of the first conveying device is corresponded and set in pairs
Put, the setting height(from bottom) all same of paired every one first tray part opposite inlet, and phase between paired the first tray part
It is not in contact with each other.
Further, first push-rod assembly is additionally arranged between paired first conveying device, and it installs high
Spend and open up height with the connected entrance.
Further, one end of the first tray part is connected with the conveyor surface of the first conveying device, and the other end is then to this
The outside extension of conveyor surface；It is arranged at intervals with several the first tray parts on the conveyor surface of first conveying device, adjacent two
The distance between first tray part is more than the thickness of one piece of battery block.
Further, second conveying device is provided with left and right sides of connected entrance, and is arranged in pairs, Mei Yisuo
State and the second tray part is provided with the second conveying device；The rotation direction of paired second conveying device is on the contrary, its is defeated
Face is sent to be oppositely arranged, and the spacing of both conveyor surfaces is more than the width of the connected entrance；The second conveying device is defeated described in each pair
The second tray part on face is sent to correspond and be arranged in pairs, setting height(from bottom) of the paired every one second tray part with respect to connected entrance
All same, and be mutually not in contact with each other between paired the second tray part.
Further, second push-rod assembly is additionally arranged between paired second conveying device, and it installs high
Spend and open up height with the outlet.
Further, conveyor surface of the one end of the second tray part with the second conveying device is connected, the other end then to
The outside extension of the conveyor surface；Several the second tray parts are arranged at intervals with the conveyor surface of second conveying device, it is adjacent
The distance between two first tray parts are more than the thickness of one piece of battery block.
Further, some charging devices, all vertical sides in charging devices edge are provided with the charging zone
To interval setting, the spacing between adjacent two charging device is equal to the spacing between adjacent two second tray part.
Compared with prior art, the invention has the advantages that：
1st, it is of the present invention to be provided by the use of solar energy as energy element using the charging equipment that solar energy is charged
Electricity, and be also connected charging device with external power source, so that when institute of the battery being connected with solar panel without electricity
The charging device for stating the charging equipment to be charged using solar energy can also be that battery block charges；Furthermore the present invention is provided with
Controller and electric power detection module, to detect the electricity of battery in real time by electric power detection module, and then by controller root
According to the charge condition of battery come the connection between the battery that automatically switches, external cell and charging device.
2nd, the present invention is provided with area to be charged and charging zone in pile body, wherein, area to be charged is used to place user's replacing
Battery block to be charged, charging zone is used to give battery block charging, and structure use principle of the invention is as follows：Battery block is from entrance
Enter in area to be charged, and connected entrance is delivered to by the first conveying device in area to be charged, and by position at connected entrance
Promoted in the first push-rod assembly in area to be charged and by being entered through connected entrance in charging zone；In charging zone, battery
Block is propped up and conveyed by the second conveying device, and it, which is propped up, is mainly located on the second tray part of the second conveying device, and
Charging equipment-charging device the connection being electrically charged on second tray part in area, it is specifically to be filled by what is stretched with charging telescopic part
Electrical connection section connection is with what is charged, and after battery block charges, charging telescopic part bounces back, the mistake that charging connection portion bounces back therewith
Journey departs from the pole of battery block, and so as to be disconnected the connection of charging device and battery block, then, battery block is filled by the second conveying again
Put and be delivered to exit, during the entire process of battery block is in charging zone, battery block is both placed on the second tray part；Work as electricity
When needing to be removed after pond block is fully charged, the second push-rod assembly positioned at exit promotes the battery block on the second tray part,
And pass through and export and push to outside pile body, in order to which user takes.
3rd, the present invention is used for the replacing and charging of battery block, and the continuous of mobile device is improved in a manner of by changing battery block
Boat ability, and can be automatically preferable for the battery block charging after replacing, its practicality.
Brief description of the drawings
Fig. 1 is a kind of internal structure sectional view of the charging equipment to be charged using solar energy of the present invention.
Fig. 2 is structural representation when battery block enters charging zone from area to be charged in Fig. 1.
Fig. 3 is the left view of Fig. 1 external structures.
Main element symbol description
In figure：Pile body 1, entrance 11, the first roller 111, entrance support board 112, the 12, the 3rd roller 121 of outlet, outlet carry
Thing plate 122, area to be charged 13, charging zone 14, stake lid 2, solar panel 21, division board 3, connected entrance 31, second tin roller 32,
First conveying device 4, the first tray part 41, the first push-rod assembly 5, the second conveying device 6, the second tray part 61, charging device
7th, charging connection portion 71, charging telescopic part 8, the second push-rod assembly 9, battery block 10.
Following embodiment will combine above-mentioned accompanying drawing and further illustrate the present invention.
Embodiment
Fig. 1 to Fig. 3 is referred to, it is a kind of to be charged using solar energy in a kind of better embodiment of the present invention
Charging equipment, being charged for the battery block 10 with pole, it includes a pile body 1 of lid 2 and one, wherein, stake lid 2 is arranged on stake
The top of body 1, its upper surface are equipped with solar panel 21, and solar panel 21 electrically connects the electric power storage being arranged on pile body 1
Pond.Pile body 1 is in hollow form, and its underpart offers the entrance 11 for making its internal outer connection and an outlet 12, passed through inside pile body 1
One division board 3 is separated into a charging zone 14 of area 13 and one to be charged, wherein, entrance 11 connects with area 13 to be charged, outlet 12 with
Charging zone 14 connects, and is also connected between area 13 and charging zone 14 to be charged by the connected entrance 31 opened up on division board 3, connection
Mouthfuls 31 and entrance 11 is oppositely arranged and upper and lower stagger setting, connected entrance 31 is also oppositely arranged with outlet 12.
Further, one first conveying device and one first feed drive part, the first conveying are provided with area 13 to be charged
Device is arranged between entrance 11 and connected entrance 31 and is respectively positioned on entrance 11 and the left side or right side of connected entrance 31, and it is with first
Feed drive part connects；The conveyor surface while vertical portals 11 and the place plane of connected entrance 31 of first conveying device, are set thereon
There is the first tray part 41 for propping up battery block 10.
One second conveying device 6, one second feed drive part and charging device 7 are provided with charging zone 14.Wherein, second
Conveying device 6 is arranged on the left side or right side of connected entrance 31, and it is connected with the second feed drive part；Second conveying device 6
The place plane of conveyor surface vertical connection mouth 31, it is provided with the second tray part 61 for propping up battery block 10；Charging device 7
There is the charging being connected with the pole of battery block 10 to connect for the side where the pole of battery block 10 on the second tray part 61, charging device 7
Socket part 71, and it is connected with external power source to provide the electricity of the charging of battery block 10；Charging connection portion 71 is integrated in charging telescopic
On part 8, and the pole of battery block 10 is connected by the telescopic action of charging telescopic part 8 or departs from battery block 10.
Further, the first push-rod assembly 5, the second push-rod assembly 9, controller and electric power detection mould are installed on pile body 1
Block；First push-rod assembly 5 is arranged on the inwall of pile body 1 in area 13 to be charged, and is oppositely arranged with connected entrance 31, and with it is first defeated
The conveyor surface of device is sent not contact, the first push-rod assembly 5 has Telescopic, and it can stretch towards the place direction of connected entrance 31,
And contacted in stretching process and promote the battery block 10 on the first tray part 41 to promote battery block 10 to pass through connected entrance 31
And it is moved to from the first tray part 41 on the second tray part 61；Second push-rod assembly 9 is arranged on the inwall of pile body 1 of charging zone 14
On, and be oppositely arranged with outlet 12, the second push-rod assembly 9 has Telescopic, and it can stretch towards 12 place directions of outlet, and
Stretching process contact and promote the battery block 10 on the second tray part 61 with promote battery block 10 towards outlet 12 places at
Move and pass outlet 12；Controller connects battery, external power source and electric power detection module respectively, and electric power detection module also connects
Battery is connect, to detect the electricity of battery, and corresponding information about power is generated and sends out in controller, controller is further according to electricity
Information control one of battery and external power source connection charging device 7.
It is of the present invention to provide electricity by the use of solar energy as energy element using the charging equipment that solar energy is charged
Amount, and in order to prevent with the battery that solar panel 21 is connected without electricity when described filled using what solar energy was charged
The charging device 7 of electric equipment can not be that battery block 10 charges, and charging device 7 is also connected by the present invention with external power source, also,
The electricity of battery is detected in real time by setting electric power detection module, and then battery, external electrical are realized by controller
The automatic switchover connected between pond and charging device 7.
Further, stake lid 2 of the invention extends from the top of pile body 1 to outside pile body 1, and forms umbrella-shaped structure, on stake lid 2
Surface is paved with solar panel 21, to maximally utilize a lid 2 to install solar panel 21 additional.In the present invention, the sun
Energy cell panel 21 connects battery by mu balanced circuit or is directly connected to charging device 7, solar cell by mu balanced circuit
Plate 21 and mu balanced circuit are all connected with controller, and controller is also connected with charging device 7, its according to the charge condition of charging device 7 and
The power generation situation control mu balanced circuit connection battery or charging device 7 of solar panel 21, and in charging device 7 to electricity
When pond block 10 charges, mu balanced circuit, battery and external power source three only have one and connect charging device 7, can be with three
When providing electricity to charging device 7, it is preferred to use solar panel 21 provides electricity by mu balanced circuit directly to charging device 7
Amount, next to that battery, is finally external power source；Pass through above-mentioned setting so that the electric current energy that solar panel 21 is formed
Enough stable is transferred on battery or charging device 7, and when charging device 7 needs to charge to battery block 10, can be certainly
It is dynamic to identify when to need to provide electricity to charging device 7, and the charging source being connected with charging device 7 that automatically switches, avoid
The waste of the energy.
Further, area to be charged 13 of the invention and charging zone 14 are respectively used to place the electricity to be charged that user changes
Pond block 10 and for being charged to battery block 10.Wherein, battery block 10 is entered in area 13 to be charged from entrance 11, and to be charged
Connected entrance 31 is delivered to by the first conveying device in area 13, and pushed away at connected entrance 31 by first in area 13 to be charged
Bar assembly 5 promotes and by being entered through connected entrance 31 in charging zone 14；In charging zone 14, battery block 10 is by the second conveying
Device 6 is propped up and conveyed, and it, which is propped up, is mainly located on the second tray part 61 of the second conveying device 6, and in the second tray
Charging equipment-the charging device 7 being electrically charged on part 61 in area 14 connects, and it is specifically the charging stretched with charging telescopic part 8
Connecting portion 71 is connected with charging, and after battery block 10 charges, charging telescopic part 8 is bounced back, and charging connection portion 71 is returned therewith
The process of contracting departs from the pole of battery block 10, so as to be disconnected the connection of charging device 7 and battery block 10, then, battery block 10
Outlet 12 is delivered to by the second conveying device 6 again, during the entire process of battery block 10 is in charging zone 14, battery block 10 is equal
It is placed on the second tray part 61；When needing to be removed after battery block 10 is fully charged, the second push rod at outlet 12
Component 9 promotes the battery block 10 on the second tray part 61, and passes through outlet 12 and push to outside pile body 1, in order to user
Take.
In the present invention, the first conveying device of the invention and the second conveying device 6 be for conveying battery block 10, its
Concrete structure is elevating mechanism or conveyer structure, wherein, preferably from conveyer structure, i.e., by conveyer belt and transmission shaft structure
Into conveyer structure, the circulating of the first tray part 41 and the second tray part 61 is realized in the form of by conveyer structure
Turn.And the first tray part 41 and the second tray part 61 are to be used to prop up battery block 10, so that battery block 10 is realized in pile body 1
Operating and charging, it is preferable that one end of the first tray part 41 is connected with the conveyor surface of the first conveying device, and the other end is then defeated to this
The outside in face is sent to extend；One end of second tray part 61 is connected with the conveyor surface of the second conveying device 6, and the other end is then to the conveying
The outside extension in face.
In the present embodiment, the first conveying device is provided with the left and right sides of entrance 11 and outlet 12, and is set in pairs
Put, the first tray part 41 is provided with every one first conveying device；The rotation direction of the first paired conveying device on the contrary, its
Conveyor surface is oppositely arranged, and the delivered length of both conveyor surfaces is more than the distance between entrance 11 and connected entrance 31, between both
Width away from more than entrance 11；In addition, the first tray part 41 on the conveyor surface of the conveying device of each pair first correspond and into
To setting, the setting height(from bottom) all same of the paired opposite inlet 11 of every one first tray part 41, and the first paired tray part 41
Between be mutually not in contact with each other；To hold up battery block 10 by the first tray part 41 being arranged in pairs, it is preferable that every one first conveying dress
The distance between several the first tray parts 41, adjacent two first tray part 41 are arranged at intervals with the conveyor surface put not less than one
The thickness of block battery block 10, the distance between the first tray of each pair part 41 and the discontiguous one end of conveyor surface are less than battery block 10
Width.
Similarly, the second conveying device 6 is provided with the left and right sides of connected entrance 31, and is arranged in pairs, and every one second is defeated
Send and the second tray part 61 is provided with device 6；The rotation direction of the second paired conveying device 6 is on the contrary, its conveyor surface is relative
Set, and the spacing of both conveyor surfaces is more than the width of connected entrance 31；The second support on the conveyor surface of the second conveying device of each pair 6
Block part 61 is corresponded and is arranged in pairs, the setting height(from bottom) all same of the relative connected entrance 31 of paired every one second tray part 61,
And mutually it is not in contact with each other between the second paired tray part 61；To prop up battery block 10 by the second paired tray part 61, preferably
Ground, several the second tray parts 61, adjacent two second tray part 61 are arranged at intervals with the conveyor surface of every one second conveying device 6
The distance between not less than one piece of battery block 10 thickness, between the second tray of each pair part 61 and the discontiguous one end of conveyor surface
Distance is less than the width of battery block 10.
Preferably, the distance between paired two conveyor surfaces of the first conveying device are the same as the second paired conveying device 6
The distance between two conveyor surfaces, i.e. the first conveying device and the second conveying device 6 are arranged side by side.In the present embodiment, first is defeated
Device and the second conveying device 6 is sent only to set a pair；It is same when the logarithm that the first conveying device is set is no less than two pairs
The distance between first tray part 41 on side, the first conveying device sustained height in two is not more than the length of battery block 10
Degree；When the logarithm that the second conveying device 6 is set is no less than two pairs, the same side, the 6 same height of the second conveying device in two
The distance between second tray part 61 on degree is not more than the length of battery block 10, and paired every one second tray part 61 is relative to be connected
The setting height(from bottom) all same of port 31.
Further, the first push-rod assembly 5 of the invention and the second push-rod assembly 9 are force piece, wherein, the first push rod
Component 5 is used to from area 13 to be charged push to the battery block 10 on the first tray part 41 in charging zone 14, the second push-rod assembly 9
Then it is used to the battery block 10 on the second tray part 61 being pushed out outside pile body 1.Preferably, the first push-rod assembly 5 is arranged in pairs
First conveying device between, its setting height(from bottom) with connected entrance 31 open up height；Second push-rod assembly 9 is arranged in pairs
Second conveying device 6 between, its setting height(from bottom) with outlet 12 open up height.In the present embodiment, the first push rod group
The push-rod assembly 9 of part 5 and second is using the hydraulic cylinder structure with Telescopic.
Further, charging device 7 charges to battery block 10, and its charging connection portion 71 and the pole of battery block 10 connect
Connect, the charging connection portion 71 is clamp structure, and it clamps the pole of battery block 10 by clamping action.In the present invention, fill
Electric installation 7 is settable one, also settable multiple, and in the present embodiment, some charging devices 7 are provided with charging zone 14,
All charging devices 7 are vertically arranged at intervals, and the spacing between adjacent two charging device 7 is equal to same second conveying device
Spacing on 6 between adjacent two second tray part 61.
Further, in the present embodiment, the entrance 11 on pile body 1 and outlet 12 are arranged at the bottom of pile body 1, so as to
Taken in user, connected entrance 31 is then positioned at the top of entrance 11 and outlet 12, in order to the first conveying device and the second conveying dress
Smoothly connected between putting 6, now, the conveying direction of the first conveying device is defeated to the direction of connected entrance 31, second for entrance 11
Send direction of the conveying direction of device 6 for connected entrance 31 to outlet 12, it is preferable that the delivered length of the second conveying device 6 is not small
In connected entrance 31 to outlet 12 distance so that battery block 10 can be transported to from connected entrance 31 outlet 12 position, after be easy to
Second push-rod assembly 9 is pushed out.
Further, one first roller 111 and one is installed at entrance 11 entrance support board 112 is installed, wherein, this
Lower edge of one roller 111 along entrance 11 is set, and is more easily entered with the setting battery block 10 by the first roller 111
Into area 13 to be charged；Entrance support board 112 is then arranged on the lower edge of entrance 11, and from the lower edge of entrance 11 to the first tray
The direction of part 41 and the lateral expansion of pile body 1, and entrance support board 112 is also located at paired to the part that the first tray part 41 extends
Between one tray part 41, and do not contacted with the first tray part 41, to be existed by the setting battery block 10 of entrance support board 112
It can be rested in advance in area 13 to be charged before being held up by the first tray part 41 in the first conveying device, and the design of which
Battery block 10 is also allowed for preferably to be placed on the first tray part 41.
Similarly, a second tin roller 32 is installed, lower edge of the second tin roller 32 along connected entrance 31 is set at connected entrance 31；
Export and one the 3rd roller 121 is installed at 12, the 3rd roller 121 is then set along the lower edge of outlet 12；To pass through the second rolling
The setting of the roller 121 of cylinder 32 and the 3rd causes battery block 10 more easily to be slid into from the first tray part 41 on the second tray part 61
And skid off pile body 1 from the second tray part 61.Further, similar with the setting of entrance support board 112 effect, the present invention is in outlet 12
Place is also provided with an outlet support board 122, and the outlet support board 122 is arranged on the lower edge of outlet 12, and following from outlet 12
Edge is to the direction of the second tray part 61 and the lateral expansion of pile body 1, and the part that the outlet support board 122 extends to the second tray part 61
It is also located between the second paired tray part 61, and do not contacted with the second tray part 61.
Described above is the detailed description for the present invention preferably possible embodiments, but embodiment is not limited to this hair
Bright patent claim, the equal change completed or modification change under the technical spirit suggested by all present invention, all should belong to
Cover the scope of the claims in the present invention.
Claims (10)
1. a kind of charging equipment to be charged using solar energy, for the battery block charging with pole, it include stake lid with
Pile body, it is characterised in that：The stake lid is arranged at the top of pile body, and its upper surface is equipped with solar panel, the solar energy
Cell panel electrical connection is arranged on the battery on pile body；
The pile body is in hollow form, and its underpart offers the entrance and exit for making its internal outer connection；Pass through inside the pile body
Division board is separated into area and charging zone to be charged, and the entrance connects with area to be charged, and the outlet connects with charging zone, described
Also connected between area and charging zone to be charged by the connected entrance that is opened up on division board, the connected entrance and entrance be oppositely arranged and
Upper and lower stagger setting, the connected entrance are also oppositely arranged with outlet；
Be provided with the first conveying device and the first feed drive part in the area to be charged, first conveying device be arranged on into
Between mouth and connected entrance and the left side or right side of entrance and connected entrance are respectively positioned on, it is connected with the first feed drive part；
Plane where the conveyor surface while vertical portals and connected entrance of first conveying device, is provided with for propping up the electricity
First tray part of pond block；
The second conveying device, the second feed drive part and charging device are provided with the charging zone；Second conveying device
The left side or right side of connected entrance are arranged on, it is connected with the second feed drive part；The conveying of second conveying device
Plane where the vertical connection mouth of face, is provided with the second tray part for propping up the battery block；The charging device position
The side where battery block pole on the second tray part, the charging device have the charging connection portion being connected with battery block pole,
And it is connected with external power source to provide the electricity of battery block charging；The charging connection portion is integrated on charging telescopic part, and
Battery block pole is connected by the telescopic action of the charging telescopic part or departs from battery block；
First push-rod assembly, the second push-rod assembly, controller and electric power detection module are installed on the pile body；Described first pushes away
Bar assembly is arranged on the pile body inwall in area to be charged, and is oppositely arranged with the connected entrance, and with first conveying device
Conveyor surface do not contact, first push-rod assembly has Telescopic, and it can stretch towards direction where the connected entrance, and
Contacted in stretching process and promote the battery block on the first tray part to promote battery block through connected entrance and from the
One tray part is moved on the second tray part；Second push-rod assembly is arranged on the pile body inwall of charging zone, and with it is described
Outlet is oppositely arranged, and second push-rod assembly has Telescopic, and it can stretch towards direction where the outlet, and stretch
Exhibition process contact simultaneously promotes the battery block on the second tray part to promote battery block to move and wear at place towards exporting
Outlet；The controller connects battery, external power source and electric power detection module respectively, and the electric power detection module is also connected with
Battery, to detect the electricity of the battery, and generate corresponding information about power and send out in controller, controller root again
According to information about power control one of battery and external power source connection charging device.
2. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The stake lid is from pile body
Top extends to outside pile body, and forms umbrella-shaped structure；The stake cap upper surface is paved with the solar panel.
3. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The solar cell
Plate connects battery by mu balanced circuit or is directly connected to charging device by mu balanced circuit, the solar panel and steady
Volt circuit is all connected with controller, and the controller is also connected with charging device, and it is according to the charge condition of the charging device and too
The power generation situation control mu balanced circuit connection battery or charging device of positive energy cell panel, and in the charging device to battery
When block charges, the mu balanced circuit, battery only have one with external power source three and connect charging device.
4. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The first conveying dress
Put and be provided with left and right sides of entrance and exit, and be arranged in pairs, is provided with each first conveying device
One tray part；The rotation direction of paired first conveying device is on the contrary, its conveyor surface is oppositely arranged, and both conveyor surfaces
Delivered length is more than the distance between entrance and connected entrance, both spacing are more than the width of the entrance；First described in each pair
The first tray part on the conveyor surface of conveying device is corresponded and is arranged in pairs, paired every one first tray part opposite inlet
Setting height(from bottom) all same, and be mutually not in contact with each other between paired the first tray part.
5. the charging equipment as claimed in claim 4 to be charged using solar energy, it is characterised in that：The first push rod group
Part is additionally arranged between paired first conveying device, and its setting height(from bottom) opens up height with the connected entrance.
6. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The first tray part
One end be connected with the conveyor surface of the first conveying device, the other end then to the conveyor surface outside extend；The first conveying dress
The distance between several the first tray parts, adjacent two first tray part are arranged at intervals with the conveyor surface put and are more than one piece of battery
The thickness of block.
7. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The second conveying dress
Put and be provided with left and right sides of connected entrance, and be arranged in pairs, the second support is provided with each second conveying device
Block part；The rotation direction of paired second conveying device is on the contrary, its conveyor surface is oppositely arranged, and the spacing of both conveyor surfaces
More than the width of the connected entrance；The second tray part on the conveyor surface of second conveying device described in each pair corresponds and paired
Set, paired every one second tray part with respect to connected entrance setting height(from bottom) all same, and the second tray part in pairs it
Between be mutually not in contact with each other.
8. the charging equipment as claimed in claim 7 to be charged using solar energy, it is characterised in that：The second push rod group
Part is additionally arranged between paired second conveying device, and its setting height(from bottom) opens up height with the outlet.
9. the charging equipment as claimed in claim 1 to be charged using solar energy, it is characterised in that：The second tray part
Conveyor surface of the one end with the second conveying device be connected, the other end then extends to the outside of the conveyor surface；Second conveying
The distance between several the second tray parts, adjacent two first tray part are arranged at intervals with the conveyor surface of device and are more than one block of electricity
The thickness of pond block.
10. the charging equipment as claimed in claim 9 to be charged using solar energy, it is characterised in that：In the charging zone
Some charging devices are provided with, all charging devices are vertically arranged at intervals, adjacent two charging device
Between spacing be equal to adjacent two second tray part between spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710995222.5A CN107579577A (en) | 2017-10-23 | 2017-10-23 | A kind of charging equipment to be charged using solar energy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710995222.5A CN107579577A (en) | 2017-10-23 | 2017-10-23 | A kind of charging equipment to be charged using solar energy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107579577A true CN107579577A (en) | 2018-01-12 |
Family
ID=61038374
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710995222.5A Withdrawn CN107579577A (en) | 2017-10-23 | 2017-10-23 | A kind of charging equipment to be charged using solar energy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107579577A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0360304A (en) * | 1989-07-28 | 1991-03-15 | Nec Corp | Magnetic levitation conveyer |
| CN102386645A (en) * | 2010-09-03 | 2012-03-21 | 索尼公司 | Control device and method and power supply device |
| CN107672470A (en) * | 2017-10-20 | 2018-02-09 | 方文成 | A kind of solar recharging stake |
-
2017
- 2017-10-23 CN CN201710995222.5A patent/CN107579577A/en not_active Withdrawn
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0360304A (en) * | 1989-07-28 | 1991-03-15 | Nec Corp | Magnetic levitation conveyer |
| CN102386645A (en) * | 2010-09-03 | 2012-03-21 | 索尼公司 | Control device and method and power supply device |
| CN107672470A (en) * | 2017-10-20 | 2018-02-09 | 方文成 | A kind of solar recharging stake |
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|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180112 |
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| WW01 | Invention patent application withdrawn after publication |