CN107733017A - A kind of charging pile with Cell Evaluation system - Google Patents
A kind of charging pile with Cell Evaluation system Download PDFInfo
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- CN107733017A CN107733017A CN201710986090.XA CN201710986090A CN107733017A CN 107733017 A CN107733017 A CN 107733017A CN 201710986090 A CN201710986090 A CN 201710986090A CN 107733017 A CN107733017 A CN 107733017A
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- 238000007600 charging Methods 0.000 title claims abstract description 162
- 238000011156 evaluation Methods 0.000 title claims abstract description 71
- 238000001514 detection method Methods 0.000 claims abstract description 39
- 239000002699 waste material Substances 0.000 claims description 31
- 238000012546 transfer Methods 0.000 claims description 27
- 238000000034 method Methods 0.000 claims description 17
- 230000008569 process Effects 0.000 claims description 17
- 230000005611 electricity Effects 0.000 claims description 11
- 238000007689 inspection Methods 0.000 claims description 8
- 230000001737 promoting effect Effects 0.000 claims description 6
- 230000005540 biological transmission Effects 0.000 claims description 5
- 238000000465 moulding Methods 0.000 claims 1
- 230000008859 change Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 238000009434 installation Methods 0.000 description 3
- 230000002159 abnormal effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
- 238000010835 comparative analysis Methods 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 230000002459 sustained effect Effects 0.000 description 1
- 230000002123 temporal effect Effects 0.000 description 1
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- H02J7/0027—
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The present invention discloses a kind of charging pile with Cell Evaluation system, and it includes hollow pile body, has charging zone, Cell Evaluation area, used batteries collecting area and battery block rest area in pile body；The first conveying device, the first rotating drive part and charging device are provided with charging zone, Cell Evaluation system, the second conveying device and the second rotating drive part are provided with Cell Evaluation area, wherein, Cell Evaluation system includes voltage detection module, timing module and control module, wherein, voltage detection module is used to detect the voltage for being placed on battery block in Cell Evaluation area；The first push-rod assembly, the second push-rod assembly and the 3rd push-rod assembly are additionally provided with pile body, wherein, the second pushing component rejects the underproof battery block of voltage detecting.The present invention can not only be that mobile device changes battery block, additionally it is possible to the battery block changed is charged and detected, to reclaim the battery block that electric leakage be present.
Description
Technical field
The present invention relates to charging pile apparatus field, more particularly to a kind of charging pile with charging assessment system.
Background technology
In recent years, with the development of science and technology, electric automobile or vehicle technology are more and more ripe, and because of its convenience and
Flexibility is also increasingly liked by people, still, for such mobile device, due to being using the battery entrained by itself
Power source is driven operation, and therefore, electric energy stores and is full of one of its existing greatest problem, if not corresponding in journey process
Charging pile fast and effectively charged, such mobile device can not be run for a long time, i.e., can influence electronic production
The continuation of the journey of product.And it is known that electric product in charging, time of supply is general all longer, so that journey duration is more
Long, therefore, such existing mobile device is not easy long-distance use, if needing long-distance use, need to use the battery in electric product can
The battery block of replacing, and corresponding charging pile is installed additional to change battery in journey process, and the application intends entering such charging pile
Row design.In addition, battery block is after prolonged, it may appear that drain conditions, if such battery block is followed again after being recovered
Ring uses, and will be that mobile device brings hidden danger, and such battery block is not also durable, and can influence the continuation of the journey problem of mobile device yet.
The content of the invention
In view of the foregoing, it is necessary to provide a kind of charging pile with Cell Evaluation system, the charging pile can not only
Battery block is changed for mobile device, additionally it is possible to the battery block changed is charged and detected, electric leakage be present to reclaim
Battery block.
To reach above-mentioned purpose, the technical solution adopted in the present invention is：A kind of charging pile with Cell Evaluation system,
Battery block of the matching with pole uses, and it includes hollow pile body, and being offered in the side wall of the pile body bottom makes inside it
The entrance and exit of outer connection, the pile body is interior, and there is charging zone, Cell Evaluation area, used batteries collecting area and battery block to place
Area；The charging zone is connected with entrance, and the charging zone is opened with Cell Evaluation area by divides, the demarcation strip top
Mouth is communicated with, the Cell Evaluation area is connected with charging zone by connected entrance, and the connected entrance and entrance are oppositely arranged；It is described
Cell Evaluation area offers waste discharge mouth on the side relative with side where connected entrance, and the used batteries collecting area is commented positioned at battery
Estimate area side, its top is connected by the waste discharge mouth with Cell Evaluation area；The battery block rest area is located at Cell Evaluation area
Bottom, it surrounds the hollow structure connected up and down by placement plate, top and the Cell Evaluation area of the battery block rest area
Bottom connects, and the bottom of the battery block rest area is located at the top of the pile body bottom, and with the outlet；
The first conveying device, the first rotating drive part and charging device are provided with the charging zone；Wherein, described first
Conveying device is arranged between entrance and connected entrance and is respectively positioned on entrance and the left and right sides of connected entrance, first conveying device
It is arranged in pairs, it is connected with first rotating drive part；The conveying direction of paired first conveying device is entrance
To connected entrance direction, its conveyor surface is oppositely arranged；It is arranged at intervals with described in each pair on the conveyor surface of the first conveying device for holding in the palm
Put some to the first tray part of battery block；Charging device is provided with the charging zone, the charging device is arranged on connection
Side or opposite side where mouthful, and positioned at the top of the entrance, and between paired first conveying device；It is described
Charging device has the charging connection portion being connected with battery block pole, and it is connected with external power source to provide battery block charging
Electricity；It is provided with side in the charging zone and pushes the battery block on the first tray part to charging device to connect charging company
First battery block impeller of socket part；The left and right sides of the charging device at least side is provided with and will be connected to charging connection
Battery block in portion departs from the second battery block impeller of charging device；
Cell Evaluation system, the second conveying device and the second rotating drive part are provided with the Cell Evaluation area；It is described
Cell Evaluation system includes voltage detection module, timing module and control module, wherein, the voltage detection module is used to detect
The voltage of battery block in Cell Evaluation area is placed on, and generates corresponding voltage signal and sends out in the control mould being attached thereto
Block, the timing module are used to calculate elapsed time when the charged device of battery block is filled to voltage detection module detection, and
Corresponding time signal is generated to send out in the control module being attached thereto；Second conveying device is arranged on connected entrance and row
The left and right sides of useless mouth and positioned at placing on the outside of plate, second conveying device is arranged in pairs, itself and described second rotate and drive
Part connects；The conveying direction of paired second conveying device is connected entrance to battery block rest area direction, its conveyor surface
It is oppositely arranged；It is arranged at intervals with described in each pair on the conveyor surface of the second conveying device for propping up some to the second support of battery block
Block part；
The first push-rod assembly, the second push-rod assembly and the 3rd push-rod assembly are additionally provided with the pile body；Wherein, described
One push-rod assembly is arranged on the pile body inwall in charging zone, and is oppositely arranged with the connected entrance, first push-rod assembly
It is additionally arranged between paired first conveying device, first push-rod assembly has Telescopic, and it can be towards described
Direction where connected entrance is stretched, and is contacted in stretching process and promoted the battery block on the first tray part to promote electricity
Pond block is moved to second tray part on through connected entrance and from the first tray part；Second push-rod assembly is arranged on Cell Evaluation
In area and on demarcation strip, second push-rod assembly is oppositely arranged with waste discharge mouth, and its setting height(from bottom) is opened with waste discharge mouth
If height, second push-rod assembly are additionally arranged between paired second conveying device, second push-rod assembly connects
Control module is connect, and there is Telescopic, it can send flexible finger in the control module according to voltage signal and time signal
Stretched when making towards direction where the waste discharge mouth, and contacted in stretching process and promote the electricity on the second tray part
Pond block the second tray part and enters used batteries collecting area to promote battery block to depart from by waste discharge mouth；3rd push-rod assembly
Be arranged between pile body bottom and battery block rest area bottom, and with it is described outlet be oppositely arranged and setting height(from bottom) with outlet opening
If height, the 3rd push-rod assembly have Telescopic, it can stretch towards direction where the outlet, and in stretching process
Contact and promote the battery block positioned at the pile body bottom to promote battery block towards motion at outlet place and pass outlet.
Further, the voltage detection module is integrated on detection extensible member, and the detection extensible member is arranged on battery
Assess on the demarcation strip in area, it has Telescopic, and the detection extensible member link control module, it is in the control module
Control under stretched towards the battery block on the second tray part, and in the pole of stretching process connection battery block.
Further, the quantity that the detection extensible member is set is equal to the quantity that charging device is set.
Further, the control module is built-in with regular inspection and surveys time value, and the control module connects charging device, its
Battery block drives timing module timing when departing from charging device, and receives the time signal of the timing module, when the control
When module detects that time signal surveys time value not less than regular inspection, the control module driving voltage detection module detects battery block
Voltage.
Further, the waste discharge mouth is arranged between connected entrance and battery block rest area, and is put close to the battery block
Put area；Connected between the top in the waste discharge mouth and used batteries collecting area by siphunculus, the siphunculus is obliquely installed, and it is higher by one
End connects the waste discharge mouth.
Further, the thickness of the distance between battery block rest area bottom and pile body bottom not less than one piece of battery block
Degree, but less than the thickness sum of two pieces of battery blocks；The lower edge of the outlet is in pile body bottom, and upper edge is then located at the stake
Above body bottom.
Further, a conveyor surface of the one end of the first paired tray part respectively with the first paired conveying device connects
Connect, the other end then extends to the outside of the conveyor surface, but is mutually not in contact with each other between paired the first tray part；Paired is every
The setting height(from bottom) all same of one first tray part opposite inlet；One end of each pair the second tray part is respectively with paired described second
The conveyor surface connection of conveying device, the other end then extend to the outside of the conveyor surface, but paired the second tray part it
Between be mutually not in contact with each other and with place plate do not contact；Setting height(from bottom) all same of the paired every one second tray part with respect to connected entrance.
Further, side is relative with side where charging device where the first battery block impeller, first battery
Setting height(from bottom) of the setting height(from bottom) of block impeller with charging device；The first battery block impeller is extensible member, its flexible side
To for direction where the charging device, the first battery block impeller is contacting towards charging device stretching process and is promoting the
Battery block on two tray parts is so that operation is until battery block pole is connected to charging connection at where battery block towards charging device
In portion；The second battery block impeller is also extensible member, and its telescopic direction is direction where the battery block, second electricity
Pond block is contacting towards battery block running and is promoting battery block so that battery block departs from charging device；First battery block pushes away
Moving part and the second battery impeller are all connected with control module, and are driven and stretched by the control module.
Further, be provided with entrance transfer tape assemble at the entrance lower edge, the entrance transfer tape assemble it is defeated
Send face horizontal positioned, and the conveyor surface is extended up to from entrance to charging zone inside between the first paired conveying device；
The conveyor surface of the entrance transfer tape assemble is additionally arranged between the first paired tray part, and is not connect with the first tray part
Touch；The thickness of the distance between the conveyor surface of the entrance transfer tape assemble and entrance upper edge not less than one piece of battery block.
Further, port transfer tape assemble is provided with the connected entrance lower edge, the port transfer tape assemble
Conveyor surface is horizontal positioned, and its transmission direction is the first tray part to the direction of the second tray part；The first push-rod assembly contact
One end of battery block is located between connected entrance upper edge and the conveyor surface of port transfer tape assemble；The connected entrance upper edge and logical
Thickness of the distance between the conveyor surface of mouth transfer tape assemble not less than one piece of battery block.
Compared with prior art, the invention has the advantages that：
Charging pile designed by the present invention can not only be charged to battery block, additionally it is possible to which battery block is carried out on voltage
Detection, and battery block unqualified or perhaps that leaky be present is rejected according to testing result；Wherein, the charging pile pair
In the charging of battery block carried out in charging zone, its specific implementation is by setting charging device, auxiliary in charging zone
To install the first battery block impeller and the second battery block impeller additional to realize, and the assessment of battery block is in Cell Evaluation area
Carry out, Cell Evaluation system is provided with the Cell Evaluation area, the Cell Evaluation system includes voltage detection module, timing mould
Block and control module, assess voltage that is fully charged and parking the battery block after certain time by the setting of three modules, and
Driving is located on the second push-rod assembly operation in Cell Evaluation area when voltage occurs abnormal, to pass through the promotion of the second push-rod assembly
Act on to reject unqualified battery into used batteries collecting area, used again so as to avoid the occurrence of the battery block of electric leakage.
Brief description of the drawings
Fig. 1 is a kind of internal structure sketch of the charging pile with Cell Evaluation system of the present invention.
Fig. 2 is the internal structure sketch of Fig. 1 another embodiments.
Main element symbol description
In figure：Pile body 1, entrance 11, entrance transfer tape assemble 111, outlet 12, exit roller 121, waste discharge mouth 13, charging
Area 14, Cell Evaluation area 15, battery block rest area 16, placement plate 161, used batteries collecting area 17, siphunculus 171, demarcation strip 2, company
Port 21, port transfer tape assemble 22, the first conveying device 3, the first tray part 31, charging device 4, charging connection portion 41,
One battery block impeller 5, the first push pedal 51, the second battery block impeller 6, the second push pedal 61, the first push-rod assembly 7, second are defeated
Send device 8, the second tray part 81, detection extensible member 9, the second push-rod assembly 10, the 3rd push-rod assembly 20, battery block 30.
Following embodiment will combine above-mentioned accompanying drawing and further illustrate the present invention.
Embodiment
Referring to Fig. 1, in a kind of better embodiment of the present invention, a kind of charging pile with Cell Evaluation system,
Battery block 30 of the matching with pole uses, and it includes hollow pile body 1, and being offered in the side wall of the bottom of pile body 1 makes inside it
The entrance 11 of outer connection and outlet 12, pile body 1 is interior to have charging zone 14, Cell Evaluation area 15, used batteries collecting area 17 and battery
Block rest area 16；Wherein, charging zone 14 is connected with entrance 11, and charging zone 14 is separated with Cell Evaluation area 15 by demarcation strip 2, point
The top of dividing plate 2 offers connected entrance 21, and Cell Evaluation area 15 is connected with charging zone 14 by connected entrance 21, connected entrance 21 and entrance
11 are oppositely arranged；Cell Evaluation area 15 offers waste discharge mouth 13 on the side relative with the place side of connected entrance 21, and refuse battery is received
Collection area 17 is located at the side of Cell Evaluation area 15, and its top is connected by waste discharge mouth 13 with Cell Evaluation area 15；Battery block rest area
16 are located at the bottom in Cell Evaluation area 15, and it surrounds the hollow structure connected up and down by placement plate 161, battery block rest area 16
Top connects with the bottom in Cell Evaluation area 15, and the bottom of battery block rest area 16 is located at the top of the bottom of pile body 1, and with outlet
12 connections.
Further, the first conveying device 3, the first rotating drive part and charging device 4 are provided with charging zone 14；Its
In, the first conveying device 3 is arranged between entrance 11 and connected entrance 21 and is respectively positioned on the left and right sides of entrance 11 and connected entrance 21,
First conveying device 3 is arranged in pairs, and it is connected with the first rotating drive part；The conveying direction of the first paired conveying device 3 is equal
It is oppositely arranged for entrance 11 to the direction of connected entrance 21, its conveyor surface, is arranged at intervals with the conveyor surface of the first conveying device of each pair 3
For propping up some to the first tray part 31 of battery block 30；Charging device 4 is provided with charging zone 14, charging device 4 is set
In the place side of connected entrance 21 or opposite side, and positioned at the top of entrance 11, and between the first paired conveying device 3；
Charging device 4 has the charging connection portion 41 being connected with the pole of battery block 30, and it is connected with external power source to provide battery block
The electricity of 30 chargings；It is provided with side in charging zone 14 and pushes the battery block 30 on the first tray part 31 to charging device 4
To connect the first battery block impeller 5 in charging connection portion 41；The left and right sides of charging device 4 at least side is provided with even
The battery block 30 being connected in charging connection portion 41 departs from the second battery block impeller 6 of charging device 4.
Cell Evaluation system, the second conveying device 8 and the second rotating drive part are provided with Cell Evaluation area 15；Battery is commented
Estimating system includes voltage detection module, timing module and control module, wherein, voltage detection module is placed on battery for detection
The voltage of battery block 30 in area 15 is assessed, and generates corresponding voltage signal and sends out in the control module being attached thereto, timing module
When being filled to elapsed time when voltage detection module detects for calculating the charged device 4 of battery block 30, and generating corresponding
Between signal send out in the control module being attached thereto；Second conveying device 8 is arranged on the left and right sides of connected entrance 21 and waste discharge mouth 13
And positioned at the outside of plate 161 is placed, the second conveying device 8 is arranged in pairs, and it is connected with the second rotating drive part；Paired second is defeated
The conveying direction for sending device 8 is that connected entrance 21 to the direction of battery block rest area 16, its conveyor surface is oppositely arranged；Each pair second is defeated
Send and be arranged at intervals with the conveyor surface of device 8 for propping up some to the second tray part 81 of battery block 30.
The first push-rod assembly 7, the second push-rod assembly 10 and the 3rd push-rod assembly 20 are additionally provided with pile body 1；Wherein, first
Push-rod assembly 7 is arranged on the inwall of pile body 1 in charging zone 14, and is oppositely arranged with connected entrance 21, and defeated in paired first
Between sending device 3, the first push-rod assembly 7 has Telescopic, and it can stretch towards the place direction of connected entrance 21, and extend across
Journey contacts and promotes the battery block 30 on the first tray part 31 to promote battery block 30 through connected entrance 21 and from the first support
Block part 31 is moved on the second tray part 81；Second push-rod assembly 10 is arranged in Cell Evaluation area 15 and is arranged on demarcation strip 2
On, the second push-rod assembly 10 is oppositely arranged with waste discharge mouth 13, and its setting height(from bottom) opens up height, the second push rod group with waste discharge mouth 13
Part 10 is additionally arranged between the second paired conveying device 8, the link control module of the second push-rod assembly 10, and with flexible work(
Can, it can stretch when control module sends telescoping instruction according to voltage signal and time signal towards the place direction of waste discharge mouth 13
Contracting, and contacted in stretching process and promote the battery block 30 on the second tray part 81 to promote battery block 30 to depart from the second support
Block part 81 simultaneously enters used batteries collecting area 17 by waste discharge mouth 13；3rd push-rod assembly 20 is arranged on the bottom of pile body 1 and battery
Between the bottom of block rest area 16, and with outlet 12 be oppositely arranged and setting height(from bottom) with outlet 12 opening up height, the 3rd push rod group
Part 20 has Telescopic, and it can stretch towards 12 place directions of outlet, and contact and promoted positioned at the bottom of pile body 1 in stretching process
The battery block 30 in portion is with place's motion where promoting battery block 30 towards outlet 12 and passes outlet 12.
Charging pile designed by the present invention can not only charge to battery block 30, additionally it is possible to carry out electricity to battery block 30
Detection in pressure, and battery block 30 that is unqualified or perhaps leaky being present is rejected according to testing result；Wherein, it is described to fill
Charging of the electric stake for battery block 30 is carried out in charging zone 14, and its specific implementation is by being set in charging zone 14
Charging device 4, it is aided with and installs the first battery block impeller 5 and the second battery block impeller 6 additional to realize, and battery block 30 is commented
Estimate and carried out in Cell Evaluation area 15, Cell Evaluation system is provided with the Cell Evaluation area 15, the Cell Evaluation system bag
Voltage detection module, timing module and control module are included, is assessed fully charged and parked certain time by the setting of three modules
The voltage of battery block 30 afterwards, and drive the second push-rod assembly 10 for being located on Cell Evaluation area 15 to transport when voltage occurs abnormal
OK, unqualified battery is rejected into used batteries collecting area 17 with impetus by the second push-rod assembly 10, so as to avoid
The battery block 30 for occurring leaking electricity is used again.
Further, in the present invention, charging zone 14 connects with entrance 11, is provided with the first conveying device 3, battery in it
Block 30 is after entrance 11 enters charging zone 14, height where being transported to charging device 4 by the first conveying device 3, by first
The effect of battery block impeller 5 is connected with the charging connection portion 41 of charging device 4 to charge, and is charged after terminating again by the second battery
Block impeller 6 pushes away charging device 4, after connected entrance 21 is delivered to by the first conveying device 3 again where height, battery block 30 connected
The first push-rod assembly 7 that the opposite side of port 21 is set is promoted and entered through connected entrance 21 in Cell Evaluation area 15, to treat
Cell Evaluation system evaluation.After battery block 30 enters Cell Evaluation area 15, it is placed on the second tray part of the second conveying device 8
On 81, after after Cell Evaluation system evaluation and battery block 30 classified, qualified battery block 30 is conveyed by the second conveying device 8 again
Into battery rest area；When user needs to take battery block 30, the second push-rod assembly 10 at outlet 12 promotes battery
Block 30, and pass through outlet 12 and push to outside pile body 1, you can realize the output of battery block 30.Therefore, in the present invention,
The setting of first conveying device 3, the second conveying device 8, the first push-rod assembly 7 and the 3rd push-rod assembly 20 may be such that battery block 30
Smoothly run from entrance 11 to outlet 12.
Further, entrance transfer tape assemble 111 is provided with the lower edge of entrance 11 of the invention, the entrance conveyer belt group
The conveyor surface of part 111 is horizontal positioned, and the conveyor surface from entrance 11 to charging zone 14 inside extend up to positioned at paired first
Between conveying device 3；The conveyor surface of entrance transfer tape assemble 111 is additionally arranged between the first paired tray part 31, and with
One tray part 31 does not contact；The distance between the conveyor surface of entrance transfer tape assemble 111 and the upper edge of entrance 11 are not less than one piece
The thickness of battery block 30.By the setting of entrance transfer tape assemble 111 battery block 30 can be made relatively easily to be entered from entrance 11
In charging zone 14, and wait in battery area the picking-up of the first tray part 31 and be transported at charging device 4 and charge, therefore, should
Entrance transfer tape assemble 111 also functions to the effect for being pre-placed battery block 30 to be charged to a certain extent so that the charging
Stake can house more battery blocks 30.
Port transfer tape assemble 22 is provided with the lower edge of connected entrance 21, the conveyor surface level of port transfer tape assemble 22 is put
Put, its transmission direction is the direction of the tray part 81 of the first tray part 31 to the second；The one of first push-rod assembly 7 contact battery block 30
End is between the upper edge of connected entrance 21 and the conveyor surface of port transfer tape assemble 22；The upper edge of connected entrance 21 and port conveyer belt
Thickness of the distance between the conveyor surface of component 22 not less than one piece of battery block 30；To pass through the setting of port transfer tape assemble 22
So that battery block 30 is more easily slid on the second tray part 81 from the first tray part 31, while also reduce by the first push-rod assembly
7 stroke.
Further, the first conveying device 3 of the invention and the second conveying device 8 are for conveying battery block 30 two
Person can be made up of conveyer belt and transmission shaft, wherein, the 12 place faces of conveyor surface vertical portals 11, connected entrance 21 and outlet of transmission belt
Set, and, two conveyings of the distance between paired two conveyor surfaces of the first conveying device 3 with the second paired conveying device 8
The distance between face, i.e. the first conveying device 3 and the second conveying device 8 are arranged side by side；Preferably, the first paired conveying device
The delivered length of 3 conveyor surface is more than the distance between entrance 11 and connected entrance 21, both spacing are more than the width of entrance 11,
The spacing of the conveyor surface of the second paired conveying device 8 is more than the width of connected entrance 21.In the present embodiment, the first conveying dress
Put 3 and second conveying device 8 only set a pair；When the logarithm that the first conveying device 3 is set is no less than two pairs, the same side,
The distance between first tray part 31 on the sustained height of the first conveying device 3 in two is not more than the length of battery block 30
Degree；When the logarithm that the second conveying device 8 is set is no less than two pairs, the same side, the 8 same height of the second conveying device in two
The distance between second tray part 81 on degree is not more than the length of battery block 30.
The second tray part 81 on the first tray part 31 and the second conveying device 8 in first conveying device 3 is used to hold in the palm
Battery block 30 is put, wherein, the first paired tray part 31 sets up separately on two conveyor surfaces of the first conveying device of each pair 3, and each
One end of first tray part 31 is connected with conveyor surface, and the other end then extends to the outside of conveyor surface, but the first paired tray
Mutually it is not in contact with each other between part 31, it is preferable that the distance between the first tray of each pair part 31 and the discontiguous one end of conveyor surface are less than
The width of battery block 30, the setting height(from bottom) all same of the paired opposite inlet 11 of every one first tray part 31 are adjacent on the same side
Spacing between two first tray parts 31 is not less than the thickness of one piece of battery block 30.The second tray of each pair part 81 sets up separately in each pair
On two conveyor surfaces of two conveying devices 8, and one end of every one second tray part 81 is connected with a conveyor surface, and the other end is then to defeated
Send the outside in face to extend, but be mutually not in contact with each other between the second paired tray part 81 and do not contacted with placing plate 161, it is preferable that
The distance between the second tray of each pair part 81 and the discontiguous one end of conveyor surface are less than the width of battery block 30, and paired every 1 the
The setting height(from bottom) all same of the relative connected entrance 21 of two tray parts 81, the spacing on the same side between adjacent two second tray part 81 is not
Less than the thickness of one piece of battery block 30.
Further, charging device 4 charges to battery block 30, and its charging connection portion 41 and the pole of battery block 30 connect
Connect, the concrete structure in the charging connection portion 41 is the groove that can accommodate pole, or the gradual shrinkage loudspeaker for two group of two clamping plate composition
Shape structure, to clamp the pole of battery block 30 by horn-like structure, wherein, the larger side of size of horn structure is close
Battery block 30.Battery block 30 connects charging device 4 from the first tray part 31 and departs from charging device 4 after charging terminates, whole
The actuator of individual process comes from the first battery block impeller 5 and the second battery block impeller 6.Wherein, the first battery block promotes
The place side of part 5 is relative with the place side of charging device 4, and the setting height(from bottom) of the first battery block impeller 5 is high with the installation of charging device 4
Degree；First battery block impeller 5 is extensible member, and its telescopic direction is the place direction of charging device 4, the first battery block impeller 5
Contacted towards the stretching process of charging device 4 and promoting the battery block 30 on the second tray part 81 so that battery block 30 is towards charging device
Operation at where 4 is until the pole of battery block 30 is connected in charging connection portion 41.Second battery block impeller 6 is also extensible member,
Its telescopic direction is the place direction of battery block 30, and the second battery block 30 is contacting towards the running of battery block 30 and promoting battery block
30 so that battery block 30 departs from charging device 4；First battery block impeller 5 and the second battery impeller are all connected with control module,
And driven by control module flexible.
Referring to Fig. 2, in the present invention, charging device 4 is settable one, it is also settable multiple, and in the present embodiment,
Some charging devices 4 are provided with charging zone 14, all charging devices 4 are vertically arranged at intervals, adjacent two charging device 4
Between spacing be equal to adjacent two pair of second tray part 81 between spacing；Each matching of charging device 4 has one first battery block
The battery block impeller 6 of impeller 5 and 1 second, to improve the battery charging pile by the setting of multiple charging devices 4
Charge efficiency.Preferably, all charging devices 4 share one first battery block impeller 5, wherein, the court of the first battery block impeller 5
One end of battery block 30 is provided with one first push pedal 51, the size of the in the vertical direction of the first push pedal 51 is filled not less than head and the tail two
The distance between electric installation 4, with by the setting of the first push pedal 51 by the battery block 30 of batch disposably push to charging device 4 with
It is that battery block 30 charges；Likewise, all charging devices 4 share one second battery block impeller 6, the second battery block impeller 6
One end of battery block 30 is provided with the second push pedal 61, the size of the in the vertical direction of the second push pedal 61 is filled not less than head and the tail two
The distance between electric installation 4, the battery block 30 of batch charging is disposably pushed away into charging device 4.Further, charging device
4 left and right sides is provided with the second battery block impeller 6, and the equilibrium of battery block 30 is pushed away into charging device 4.
Further, Cell Evaluation system is used to assess the voltage condition of battery block 30, wherein, in the Cell Evaluation system,
Voltage detection module is integrated on detection extensible member 9, and the detection extensible member 9 is arranged on demarcation strip 2 and is located in Cell Evaluation area 15
Part, it has a Telescopic, detects the link control module of extensible member 9, and it is under the control of control module towards being located at second
Battery block 30 on tray part 81 is flexible, and connects the pole of battery block 30 in stretching process, with by detecting setting for extensible member 9
Put the detection for realizing the voltage of battery block 30.Preferably, detect the quantity that extensible member 9 is set and be equal to the quantity that charging device 4 is set.
In the present invention, control module is built-in with regular inspection and surveys time value, and control module is also connected with charging device 4, and it is in electricity
Pond block 30 drives timing module timing when departing from charging device 4, and receives the time signal of timing module, when control module detects
When surveying time value not less than regular inspection to time signal, control module driving voltage detection module detects the voltage of battery block 30.That is,
By setting regular inspection to survey time value regularly to detect the voltage of battery block 30, in order to which whether comparative analysis battery block 30 is not conform to
There are drain conditions in lattice product, if surveying time value, the electricity of voltage detection module not timing detection battery block 30 without the setting regular inspection
Pressure, control module need to search the battery block 30 after the time according to temporal information corresponding to battery block 30 on detection voltage
Minimum acceptance value, whether the voltage for then analyzing the battery block 30 again be less than its minimum acceptance value after the time, enter
And just draw battery block 30 whether be certified products conclusion, for overall operation situation, the operation row of which control module
Cheng Duo, whole efficiency are low.
Further, after Cell Evaluation system evaluation, defective work will be pushed away by the second push-rod assembly 10 from waste discharge mouth 13
Used batteries collecting area 17 is delivered to, wherein, waste discharge mouth 13 is arranged between connected entrance 21 and battery block rest area 16, and close to battery
Block rest area 16；Also connected between the top in waste discharge mouth 13 and used batteries collecting area 17 by siphunculus 171, siphunculus 171 is tilted and set
Put, its higher end connects the waste discharge mouth 13.
Further, the distance between the bottom of battery block rest area 16 and the bottom of pile body 1 are not less than one piece of battery block 30
Thickness, but less than the thickness sum of two pieces of battery blocks 30；It is transversal not less than one piece of battery block 30 to place the space that surrounds of plate 161
Face size；The lower edge of outlet 12 is in the bottom of pile body 1, and upper edge is then above the bottom of pile body 1；Preferably, at outlet 12
One exit roller 121 is installed, the exit roller 121 is then set along the lower edge of outlet 12, in order to which battery block 30 skids off stake
Body 1.
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 pile with Cell Evaluation system, battery block of the matching with pole uses, and it includes hollow pile body,
Being offered in the side wall of the pile body bottom makes the entrance and exit of its internal outer connection, it is characterised in that：Have in the pile body
There are charging zone, Cell Evaluation area, used batteries collecting area and battery block rest area；The charging zone connects with entrance, the charging
With Cell Evaluation area by divides, the demarcation strip top offers connected entrance, the Cell Evaluation area and charging in area
Area is connected by connected entrance, and the connected entrance and entrance are oppositely arranged；The Cell Evaluation area is relative with side where connected entrance
Side on offer waste discharge mouth, the used batteries collecting area is located at Cell Evaluation area side, its top pass through the waste discharge mouth
Connected with Cell Evaluation area；The battery block rest area is located at the bottom in Cell Evaluation area, and it surrounds connection up and down by placement plate
Hollow structure, the top of the battery block rest area connects with the bottom in Cell Evaluation area, the bottom of the battery block rest area
Portion is located at the top of the pile body bottom, and with the outlet；
The first conveying device, the first rotating drive part and charging device are provided with the charging zone；Wherein, first conveying
Device is arranged between entrance and connected entrance and is respectively positioned on entrance and the left and right sides of connected entrance, first conveying device are paired
Set, it is connected with first rotating drive part；The conveying direction of paired first conveying device is entrance to even
Port direction, its conveyor surface are oppositely arranged；It is arranged at intervals with described in each pair on the conveyor surface of the first conveying device for propping up electricity
Pond block it is some to the first tray part；Charging device is provided with the charging zone, the charging device is arranged on connected entrance institute
In side or opposite side, and positioned at the top of the entrance, and between paired first conveying device；The charging
Device has 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
Amount；It is provided with side in the charging zone and pushes the battery block on the first tray part to charging device to connect charging connection
The first battery block impeller in portion；The left and right sides of the charging device at least side, which is provided with, will be connected to charging connection portion
On battery block depart from charging device the second battery block impeller；
Cell Evaluation system, the second conveying device and the second rotating drive part are provided with the Cell Evaluation area；The battery
Assessment system includes voltage detection module, timing module and control module, wherein, the voltage detection module, which is used to detect, places
The voltage of battery block in Cell Evaluation area, and generate corresponding voltage signal and send out in the control module being attached thereto, institute
State timing module to be used to calculate elapsed time when the charged device of battery block is filled to voltage detection module detection, and generate phase
The time signal answered is sent out in the control module being attached thereto；Second conveying device is arranged on connected entrance and waste discharge mouth
The left and right sides and positioned at placing on the outside of plate, second conveying device is arranged in pairs, and it is connected with second rotating drive part；
The conveying direction of paired second conveying device is that connected entrance to battery block rest area direction, its conveyor surface is set relatively
Put；It is arranged at intervals with described in each pair on the conveyor surface of the second conveying device for propping up some to the second tray part of battery block；
The first push-rod assembly, the second push-rod assembly and the 3rd push-rod assembly are additionally provided with the pile body；Wherein, described first push away
Bar assembly is arranged on the pile body inwall in charging zone, and is oppositely arranged with the connected entrance, and first push-rod assembly is also set
Put between paired first conveying device, first push-rod assembly has Telescopic, and it can be towards the connection
Direction where mouthful is stretched, and is contacted in stretching process and promoted the battery block on the first tray part to promote battery block
It is moved to through connected entrance and from the first tray part on the second tray part；Second push-rod assembly is arranged in Cell Evaluation area
And on demarcation strip, second push-rod assembly is oppositely arranged with waste discharge mouth, and its setting height(from bottom) opens up height with waste discharge mouth
Degree, second push-rod assembly are additionally arranged between paired second conveying device, the second push-rod assembly connection control
Molding block, and there is Telescopic, it can be when the control module sends telescoping instruction according to voltage signal and time signal
Direction where towards the waste discharge mouth is stretched, and is contacted in stretching process and promoted the battery block on the second tray part
To promote battery block to depart from the second tray part and enter used batteries collecting area by waste discharge mouth；3rd push-rod assembly is set
Between pile body bottom and battery block rest area bottom, and with it is described outlet be oppositely arranged and setting height(from bottom) with outlet open up height
Degree, the 3rd push-rod assembly have Telescopic, and it can stretch towards direction where the outlet, and be contacted in stretching process
And the battery block positioned at the pile body bottom is promoted to promote battery block towards motion at outlet place and pass outlet.
2. charging pile as claimed in claim 1, it is characterised in that：The voltage detection module is integrated on detection extensible member, described
Detection extensible member is arranged on the demarcation strip in Cell Evaluation area, and it has Telescopic, the detection extensible member connection control
Module, it stretches under the control of the control module towards the battery block on the second tray part, and is connected in stretching process
The pole of battery block.
3. charging pile as claimed in claim 2, it is characterised in that：The quantity that the detection extensible member is set is set equal to charging device
Quantity.
4. charging pile as claimed in claim 1, it is characterised in that：The control module is built-in with regular inspection and surveys time value, the control
Module connects charging device, and it drives timing module timing when battery block departs from charging device, and receives the timing module
Time signal, when the control module detects that time signal surveys time value not less than regular inspection, control module driving
Voltage detection module detects the voltage of battery block.
5. charging pile as claimed in claim 1, it is characterised in that：The waste discharge mouth be arranged on connected entrance and battery block rest area it
Between, and close to the battery block rest area；Connected between the top in the waste discharge mouth and used batteries collecting area by siphunculus, it is described
Siphunculus is obliquely installed, and its higher end connects the waste discharge mouth.
6. charging pile as claimed in claim 1, it is characterised in that：The distance between battery block rest area bottom and pile body bottom
Not less than the thickness of one piece of battery block, but less than the thickness sum of two pieces of battery blocks；The lower edge of the outlet is in pile body bottom
Portion, upper edge is then above the pile body bottom.
7. charging pile as claimed in claim 1, it is characterised in that：One end of the first paired tray part is defeated with paired first respectively
A conveyor surface of device is sent to connect, the other end then extends to the outside of the conveyor surface, but between paired the first tray part
Mutually it is not in contact with each other；The setting height(from bottom) all same of paired every one first tray part opposite inlet；One end of each pair the second tray part
The conveyor surface with paired second conveying device is connected respectively, and the other end then extends to the outside of the conveyor surface, but into
To the second tray part between be mutually not in contact with each other and with place plate do not contact；Paired every one second tray part is relative to be connected
The setting height(from bottom) all same of mouth.
8. charging pile as claimed in claim 1, it is characterised in that：Side where the first battery block impeller and charging device place
Side is relative, the setting height(from bottom) of the setting height(from bottom) of the first battery block impeller with charging device；First battery block promotes
Part is extensible member, and its telescopic direction is direction where the charging device, and the first battery block impeller is towards charging device
Stretching process contacts and promotes the battery block on the second tray part so that operation is until battery at where battery block towards charging device
Block pole is connected in charging connection portion；The second battery block impeller is also extensible member, and its telescopic direction is the battery
Direction where block, second battery block are contacting towards battery block running and are promoting battery block so that battery block departs from charging
Device；The first battery block impeller and the second battery impeller are all connected with control module, and are driven by the control module
It is flexible.
9. charging pile as claimed in claim 1, it is characterised in that：Entrance transfer tape assemble, institute are provided with the entrance lower edge
It is horizontal positioned to state the conveyor surface of entrance transfer tape assemble, and the conveyor surface is extended up to from entrance to charging zone inside positioned at paired
The first conveying device between；The conveyor surface of the entrance transfer tape assemble is additionally arranged between the first paired tray part, and
Do not contacted with the first tray part；The distance between the conveyor surface of the entrance transfer tape assemble and entrance upper edge are not less than
The thickness of one piece of battery block.
10. charging pile as claimed in claim 1, it is characterised in that：Port transfer tape assemble is provided with the connected entrance lower edge,
The conveyor surface of the port transfer tape assemble is horizontal positioned, and its transmission direction is the first tray part to the direction of the second tray part；
One end of the first push-rod assembly contact battery block is located between connected entrance upper edge and the conveyor surface of port transfer tape assemble；
Thickness of the distance between the conveyor surface of the connected entrance upper edge and port transfer tape assemble not less than one piece of battery block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710986090.XA CN107733017A (en) | 2017-10-20 | 2017-10-20 | A kind of charging pile with Cell Evaluation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710986090.XA CN107733017A (en) | 2017-10-20 | 2017-10-20 | A kind of charging pile with Cell Evaluation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107733017A true CN107733017A (en) | 2018-02-23 |
Family
ID=61212998
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710986090.XA Withdrawn CN107733017A (en) | 2017-10-20 | 2017-10-20 | A kind of charging pile with Cell Evaluation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107733017A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860960A (en) * | 2017-10-23 | 2018-03-30 | 熊新家 | A kind of charging equipment assessed cell voltage |
-
2017
- 2017-10-20 CN CN201710986090.XA patent/CN107733017A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860960A (en) * | 2017-10-23 | 2018-03-30 | 熊新家 | A kind of charging equipment assessed cell voltage |
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Application publication date: 20180223 |