阅读说明：本技术 一种一车双充的充电桩控制装置 (A kind of double charging pile control devices filled of a vehicle ) 是由 李建仕 刘汉建 于 2019-07-19 设计创作，主要内容包括：本发明公开了一种一车双充的充电桩控制装置,本发明通过多级散热装置实现对装置的散热,避免充电桩内部因温度过高导致损坏,同时设有的集水槽以及水冷槽,能够利用雨水加速冷却速度,大大提高设备的散热能力以及散热效率,利用雨水节能环保,本发明不仅能够通过磁卡迅速反应,实现对电动车的单双充的模式的切换,同时,内部设有的打包存储模块,能够对本次充电的磁卡以及充电情况进行记录,当下次充电时,刷磁卡后,无需经过处理,即可迅速响应实现单双充的模式的切换,避免多余的系统响应,节省时间,显示模块将充电处理等情况通过操作显示屏幕显示,方便用户查看。(The invention discloses a kind of double charging pile control devices filled of a vehicle, the present invention realizes the heat dissipation to device by multilevel heat radiating device, it avoids causing to damage because temperature is excessively high inside charging pile, the catch basin and water-cooling groove being equipped with simultaneously, it can accelerate cooling velocity using rainwater, greatly improve the heat-sinking capability and radiating efficiency of equipment, utilize rainwater energy conservation and environmental protection, the present invention can not only be reacted rapidly by magnetic card, realize the switching to the Dan Shuan of the electric vehicle mode filled, simultaneously, the packing memory module that inside is equipped with, the magnetic card and charging situation of this charging can be recorded, when charging next time, after brush magnetic card, need not move through processing, the switching for the mode for realizing that Dan Shuan fills can be responded rapidly to, extra system is avoided to respond, save the time, display module will be shown situations such as charging process by operating display curtain, User is facilitated to check.)

1. a kind of double charging pile control devices filled of a vehicle, including card reader (1) and charging pile cabinet door (2), which is characterized in that also Including circuit board (3), heelpiece (4), control processing unit (5), charging pile shell (6), downside radiator (7), charging cable (8), charging pipette tips (9), water-cooling heat radiating device (10), upside radiator (11), rotation axis (12), operating display curtain (13) And data transmission wires (14)；The charging pile cabinet door (2) is rotatablely connected by rotation axis (12) and charging pile shell (6), And the charging pile cabinet door (2) is set to charging pile shell (6) front end face, the operating display curtain (13) and card reader (1) It is all embedded in charging pile cabinet door (2) end face outside, and the card reader (1) is located on the downside of operating display curtain (13), it is described Operating display curtain (13) and card reader (1) are all connect by data transmission wires (14) with circuit board (3), the circuit board (3) it is fixed on the inside of charging pile shell (6), control processing unit (5) is fixed on circuit board (3) upper surface, and described Processing unit (5) and circuit board (3) are controlled to be electrically connected, on circuit board (3) lower end surface with downside radiator (7) one end It is fixedly connected, downside radiator (7) other end penetrates charging pile shell (6) rear wall and stretches in charging pile shell (6) outside Side, the control processing unit (5) upper surface are fixedly connected with upside radiator (11) one end, the upside radiator (11) other end penetrates charging pile shell (6) upper surface and stretches on the outside of charging pile shell (6), water-cooling heat radiating device (10) portion Divide on embedded and circuit board (3), another part penetrates charging pile shell (6) rear wall on the outside of charging pile shell (6), described Pipette tips (9) are charged at left and right sides of charging pile shell (6), and two charging pipette tips (9) all pass through charging cable (8) and circuit board (3) it is electrically connected;

The charging pile cabinet door (2) is flat rectangular slab, and the charging pile cabinet door (2) sets with charging pile shell (6) junction There is gasket;

The control processing unit (5) include receiving module, analysis module, processing module, be packaged memory module, display module with And charging gun head module, the receiving module one-way data are connected to analysis module, the analysis module one-way data is connected to Processing module, the processing module is unidirectionally connected to respectively is packaged memory module, display module and charging gun head module, described It is packaged memory module one-way data and is connected to analysis module；

The receiving module is used to receive the information of card reader (1) reading, and the information of reading is transferred in analysis module；

The analysis module is used to receive the information of receiving module transmitting, and analyzes the information, while storing from being packaged Extracting Information comparative analysis in Extracting Information in module, the information for allowing receiving module to transmit and packing memory module, by analysis Data information transfer is to processing module；

The processing module is used to handle the information of analysis module transmitting, and control display module shows information processing as a result, control Charging gun head module executes processing result, and the information of processing and processing mode are sent to and are packaged in memory module；

The display module is for showing information processing result；

The charging gun head module controls single rifle charging and rush-harvesting and rush-planting charging；

The packing memory module is used to be packaged the information that processing module is transmitted and stores.

2. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the analysis module Analytical procedure is specific as follows:

Step 1: the information that receiving module transmitting carrys out magnetic card is denoted as E, the E is Xy；

Step 2: retrieval is packaged memory module, retrieves E in being packaged memory module；

Step 3: being packaged in memory module and retrieve E, and analysis module will directly be packaged the display module in the E in memory module Single rifle, the rush-harvesting and rush-planting charge mode of the use of information processing result to be shown and charging gun head module is needed to be sent to processing module In；

Step 4: being packaged in memory module and do not retrieve E, analyzes the identity information in the magnetic card transmitted in receiving module, and will The identity information is denoted as a, while the vehicle VIN analyzed in magnetic card with magnetic card binding is numbered, and vehicle VIN number is denoted as A；

Step 5: being combined into a packaged data for A and a, is denoted as Ez, and Ez is transmitted in processing module.

3. a kind of double charging pile control devices filled of a vehicle according to claim 2, it is characterised in that: the E's takes Value rule is that the information for first magnetic card that receiving module transmitting comes is denoted as A₁, by second next magnetic of receiving module transmitting The information of card is denoted as A₂, and the information of each magnetic card later is denoted as Xy, the X takes A-Z, the y to take 1-9;

S1. the value of the X sees the X value of previous data, while seeing the y value of previous data, and y is less than 9, then the packing number The X value of previous packaged data is taken according to X value, y reaches 9, then data X takes the latter value of previous data X value；

S2. the y value of packaged data before the value of the y is seen, previous position y is less than 9, then the y of the data takes the y value of previous data Rear one digit number, the y of preceding a data takes 9, then the y of the packaged data takes 1.

4. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the processing module Processing step is specific as follows:

Whether step 1: including that display module needs information processing result to be shown in the data that the transmitting of discriminatory analysis module comes And single rifle, the rush-harvesting and rush-planting charge mode of the use of charging gun head module；

Step 2: including the list that display module needs the use of information processing result to be shown and charging gun head module in data Rifle, rush-harvesting and rush-planting charge mode, then processing module directly controls the display module next information processing result of display transmitting and controls charging Pipette tips module using transmitting come data in determination charge mode；

Step 3: by analysis module transmitting Lai data be Ez, extract data Ez in a data and A data, by A data In VIN coding compared with database, judge that VIN encodes corresponding vehicle and whether meets and pair fill vehicle；

Step 4: meet it is double fill vehicle, processing module control display module show it is double fill information, and control charging gun head module and select Rush-harvesting and rush-planting charge mode is selected, and information is denoted as E and is stored into packing memory module；

Step 5: do not meet it is double fill vehicle, processing module control display module, which is shown, singly fills information；And control charging gun head module Single rifle charge mode is selected, and information is denoted as E and is stored into packing memory module.

5. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the charging pipette tips Module includes charging pipette tips (9) and PLC controller, and the PLC controller and charging pipette tips (9) are electrically connected, the PLC control Device processed and processing module are electrically connected, and the charge step of the charging gun head module is specific as follows:

Step 1: charging gun head module receives single rifle charge mode, then is located at the charging pipette tips of charging pile shell (6) two sides (9) be all powered, when user is by the charging pipette tips (9) of side insertion vehicle the charging pipette tips (9) using standard charge voltage into Row power Transmission, while charging pipette tips (9) power-off of the other side；

Step 2；Charging gun head module receives rush-harvesting and rush-planting charge mode, then is located at the charging pipette tips of charging pile shell (6) two sides (9) be all powered, when user is by the charging pipette tips (9) of side insertion vehicle, the charging pipette tips (9) using standard charge voltage into Row power Transmission, while the charging pipette tips (9) of the other side continue to be powered, while carrying out power Transmission using standard charge voltage.

6. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the charging pile shell Body (6) includes shaft seat (61), catch basin (62), water-cooling groove (64), shell (65), weather shield (66) and lower heat dissipation seam (68), the shaft seat (61) is fixed on shell (65) front end face side, and the catch basin (62) is fixed on shell (65) On end face, catch basin (62) slot bottom and the perforation of shell (65) upper surface are connected, and are uniformly set on shell (65) upper surface There is upper heat dissipation seam (63), the upper heat dissipation seam (63) is set in catch basin (62) inside bottom surface, and the water-cooling groove (64) is fixed on On shell (65) trailing flank, and water-cooling groove (64) connects with catch basin (62) bottom surface, symmetrical at left and right sides of the shell (65) Equipped with charging pipette tips placing groove (67), two charging pipette tips placing groove (67) upper end trough rims are all fixed with weather shield (66), Shell (65) the trailing flank lower end is uniformly provided with lower heat dissipation seam (68)；

The shell (65) is rotatablely connected by shaft seat (61) using rotation axis (12) and charging pile cabinet door (2).

7. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the downside heat dissipation Device (7) includes downside heat dissipation heat conducting pipe (71), downside heat dissipation collecting plate (72) and downside radiating fin (73), the downside Heat dissipation heat conducting pipe (71) one end is fixed on circuit board (3) lower end surface, and the other end is fixedly connected with downside heat dissipation collecting plate (72), Downside heat dissipation collecting plate (72) is fixed on the inside of charging pile shell (6) on rear wall, and collecting plate (72) are radiated in the downside Downside radiating fin (73), the downside heat dissipation are uniformly fixed in the one side contacted with rear wall on the inside of charging pile shell (6) Fin (73) is stretched on the outside of charging pile shell (6) by lower heat dissipation seam (68), and downside radiating fin (73) and lower heat dissipation are stitched (68) it is sealedly and fixedly connected by temperature resistant encapsulation glue.

8. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the water-cooling Device (10) includes heat-absorbing water pipe (101), water pump (102), air cooled tube (103) and cooling by water pipe (104), the suction Hot-water line (101) is embedded on circuit board (3) lower end surface, and described heat-absorbing water pipe (101) one end connects water pump (102), the other end It being connect with air cooled tube (103) one end, air cooled tube (103) other end is connect with cooling by water pipe (104) one end, Cooling by water pipe (104) other end is connect with water pump (102), and the water pump (102) is fixed on charging pile shell (6), The air cooled tube (103) is fixed on rear side of charging pile shell (6) on lateral wall, and the cooling by water pipe (104) is set to water It in cold trap (64), and is fixed on water-cooling groove (64) internal groove side wall, the air cooled tube (103) is set to cooling by water pipe (104) Downside.

9. a kind of double charging pile control devices filled of a vehicle according to claim 1, it is characterised in that: the upside heat dissipation Device (11) includes upside heat dissipation collecting plate (111), upside heat dissipation heat conducting pipe (112) and upside radiating fin (113), described Control processing unit (5) upper end is fixed in upside heat dissipation collecting plate (111), upside heat dissipation collecting plate (111) upper end with it is upper Side heat dissipation heat conducting pipe (112) one end connection, upside heat dissipation heat conducting pipe (112) other end and upside radiating fin (113) are solid Fixed connection, the upside radiating fin (113) are stretched on the outside of charging pile shell (6) by upper heat dissipation seam (63), and upside is radiated Fin (113) stitches (63) with upper heat dissipation and is sealedly and fixedly connected by temperature resistant encapsulation glue；The temperature resistant encapsulation glue is used by high-performance Heat stable resin and all kinds of heat proof materials are polymerized.

Technical field

The invention belongs to electric vehicle battery charge controller technical fields, more particularly relate to a kind of double charging piles filled of a vehicle Control device.

Background technique

The function of charging pile is similar to the fuel charger inside gas station, can be fixed on ground or wall, be installed on public It builds in (public building, market, Public Parking etc.) and residential area parking lot or charging station, it can be according to different voltage Grade is that the electric car of various models charges.The input terminal of charging pile is directly connected to AC network, and output end, which is equipped with, to be filled Plug is used to charge for electric car.Charging pile generally provides common charging and two kinds of charging sides of rush-harvesting and rush-planting quick charge of single rifle Formula, people can be used specific recharged card and swipe the card on the man-machine interactive interface that charging pile provides use.

However traditional charging pile needs artificial selection to realize that a vehicle is double and fill function, one side manual operation more wastes Time, on the other hand, user may not know about oneself can vehicle one vehicle be double fills, thus easily there is selection mistake and lead to vehicle Damage or charge efficiency can not reach maximum, meanwhile, traditional charging pile leads to user's weight there is no memory function When charging again, require to re-operate every time to charge, charge efficiency is lower, existing charging pile, for avoid it is internal into Water generallys use the structure of sealing into favour, this results in the heat-sinking capability of equipment poor, which is easy during the charging process Since heat dissipation effect is poor, circuit is caused to damage, pyrophoricity accident even occurs, thus it is a kind of with memory function can from The strong double appearance for filling charging pile of a vehicle of the heat-sinking capability for the automatic control transformation charging modes that can dynamic identification electric vehicle double fill It is extremely urgent.

Summary of the invention

Goal of the invention

The invention proposes a kind of double charging pile control devices filled of a vehicle, do not have memory function to solve existing charging pile Can, when user's recharge, need repetitive operation to charge, simultaneity factor can not automatic identification electric vehicle can be double It fills, transformation charging modes and the poor technical problem of heat-sinking capability can not be automatically controlled.

The technical solution adopted in the present invention

To achieve the above object, the present invention provides a kind of double charging pile control devices filled of a vehicle, including card reader, charging pile cabinet Door, circuit board, heelpiece, control processing unit, charging pile shell, downside radiator, charging cable, charging pipette tips, water-cooling Device, upside radiator, rotation axis, operating display curtain and data transmission wires, the charging pile cabinet door pass through rotation Axis is connect with charging pile housing into rotation, and the charging pile cabinet door is set to charging pile housing forward end face, the operating display curtain And card reader is all embedded in charging pile cabinet door end face outside, and the card reader is located on the downside of operating display curtain, it is described Operating display curtain and card reader all pass through data transmission wires and connect with circuit board, and the circuit board is fixed on charging pile shell Internal side is fixed with control processing unit on the circuit board upper surface, and the control processing unit electrically connects with circuit board It connects, is fixedly connected on the circuit board lower end surface with downside radiator one end, the downside radiator other end, which penetrates, to be filled Electric stake shell rear wall stretches in charging pile hull outside, and the control processing unit upper surface is fixed with upside radiator one end Connection, the upside radiator other end penetrate charging pile shell upper surface and stretch in charging pile hull outside, and the water cooling dissipates In thermal partial embedding and circuit board, another part penetrates charging pile shell rear wall and is set to charging pile hull outside, described The pipette tips that charge are set at left and right sides of charging pile shell, and two charging pipette tips all pass through charging cable and circuit board is electrically connected;

The charging pile cabinet door is flat rectangular slab, and the charging pile cabinet door and charging pile housing junction are equipped with gasket;

The control processing unit include receiving module, analysis module, processing module, be packaged memory module, display module and Charging gun head module, the receiving module one-way data are connected to analysis module, and the analysis module one-way data is connected to place Module is managed, the processing module is unidirectionally connected to respectively is packaged memory module, display module and charging gun head module, described to beat Packet memory module one-way data is connected to analysis module；

The receiving module is used to receive the information of card reader reading, and the information of reading is transferred in analysis module；

The analysis module is used to receive the information of receiving module transmitting, and analyzes the information, while storing from being packaged Extracting Information comparative analysis in Extracting Information in module, the information for allowing receiving module to transmit and packing memory module, by analysis Data information transfer is to processing module；

The processing module is used to handle the information of analysis module transmitting, and control display module shows information processing as a result, control Charging gun head module executes processing result, and the information of processing and processing mode are sent to and are packaged in memory module；

The display module is for showing information processing result；

The charging gun head module controls single rifle charging and rush-harvesting and rush-planting charging；

The packing memory module is used to be packaged the information that processing module is transmitted and stores.

Further, the analysis module analytical procedure is specific as follows:

Step 1: the information that receiving module transmitting carrys out magnetic card is denoted as E, the E is Xy；

Step 2: retrieval is packaged memory module, retrieves E in being packaged memory module；

Step 3: being packaged in memory module and retrieve E, and analysis module will directly be packaged the display module in the E in memory module Single rifle, the rush-harvesting and rush-planting charge mode of the use of information processing result to be shown and charging gun head module is needed to be sent to processing module In；

Step 4: being packaged in memory module and do not retrieve E, analyzes the identity information in the magnetic card transmitted in receiving module, and will The identity information is denoted as a, while the vehicle VIN analyzed in magnetic card with magnetic card binding is numbered, and vehicle VIN number is denoted as A；

Step 5: being combined into a packaged data for A and a, is denoted as Ez, and Ez is transmitted in processing module.

Further, the value rule of the E is to be denoted as the information for first magnetic card that receiving module transmitting comes A₁, the information for second magnetic card that receiving module transmitting comes is denoted as A₂, and the information of each magnetic card later is denoted as Xy, The X takes A-Z, the y to take 1-9;

S1. the value of the X sees the X value of previous data, while seeing the y value of previous data, and y is less than 9, then data X Value takes the X value of previous data, and y reaches 9, then takes the latter value of previous data X value in data X；

S2. the value of the y sees the y value of previous data, and previous position y is less than 9, then the y of the data takes the y value of previous data Rear one digit number, the y of preceding a data takes 9, then the y of the data takes 1.

Further, the processing module processing step is specific as follows:

Whether step 1: including that display module needs information processing result to be shown in the data that the transmitting of discriminatory analysis module comes And single rifle, the rush-harvesting and rush-planting charge mode of the use of charging gun head module；

Step 2: including the list that display module needs the use of information processing result to be shown and charging gun head module in data Rifle, rush-harvesting and rush-planting charge mode, then processing module directly controls the display module next information processing result of display transmitting and controls charging Pipette tips module using transmitting come data in determination charge mode；

Step 3: by analysis module transmitting Lai data be Ez, extract data Ez in a data and A data, by A data In VIN coding compared with database, judge that VIN encodes corresponding vehicle and whether meets and pair fill vehicle；

Step 4: meet it is double fill vehicle, processing module control display module show it is double fill information, and control charging gun head module and select Rush-harvesting and rush-planting charge mode is selected, and information is denoted as E and is stored into packing memory module；

Step 5: do not meet it is double fill vehicle, processing module control display module, which is shown, singly fills information.And control charging gun head module Single rifle charge mode is selected, and information is denoted as E and is stored into packing memory module.

Further, the charging gun head module includes charging pipette tips and PLC controller, the PLC controller with fill Electric pipette tips are electrically connected, and the PLC controller and processing module are electrically connected, and the charge step of the charging gun head module is specific It is as follows:

Step 1: charging gun head module receives single rifle charge mode, then the charging pipette tips positioned at charging pile shell two sides are all logical Electricity, the charging pipette tips carry out power Transmission using standard charge voltage when on charging pipette tips insertion vehicle of the user by side, together When the other side charging pipette tips power-off；

Step 2；Charging gun head module receives rush-harvesting and rush-planting charge mode, then the charging pipette tips positioned at charging pile shell two sides are all logical Electricity, when on charging pipette tips insertion vehicle of the user by side, which carries out power Transmission using standard charge voltage, together When the other side charging pipette tips continue to be powered, while using standard charge voltage carry out power Transmission.

Further, the charging pile shell includes shaft seat, catch basin, water-cooling groove, shell, weather shield and lower heat dissipation Seam, the shaft seat are fixed on the side of housing forward end surface side, and the catch basin is fixed on shell upper surface, the catch basin slot Bottom and the perforation of shell upper surface connect, and are uniformly provided with heat dissipation seam on the shell upper surface, and the upper heat dissipation is seamed in catchmenting In slot inside bottom surface, the water-cooling groove is fixed on shell trailing flank, and water-cooling groove connects with groove bottom of catchmenting, the shell The left and right sides is symmetrically arranged with charging pipette tips placing groove, and two charging pipette tips placing groove upper end trough rims are all fixed with weather shield, Shell trailing flank lower end is uniformly provided with lower heat dissipation seam；

The shell is rotatablely connected by shaft seat using rotation axis and charging pile cabinet door.

Further, the downside radiator includes that downside heat dissipation heat conducting pipe, downside heat dissipation collecting plate and downside dissipate Hot fin, downside heat dissipation heat conducting pipe one end are fixed on circuit board lower end surface, and the other end is fixed with downside heat dissipation collecting plate Connection, the downside heat dissipation collecting plate are fixed on charging pile case inside rear wall, the downside heat dissipation collecting plate and charging It is uniformly fixed with downside radiating fin in the one side of stake case inside rear wall contact, the downside radiating fin passes through lower heat dissipation Seam stretches in charging pile hull outside, and downside radiating fin is stitched with lower heat dissipation and is sealedly and fixedly connected by temperature resistant encapsulation glue.

Further, the water-cooling heat radiating device includes heat-absorbing water pipe, water pump, air cooled tube and cooling by water pipe, The heat-absorbing water pipe is embedded on circuit board lower end surface, and described heat-absorbing water pipe one end connects water pump, the other end and air cooled tube One end connection, the air cooled tube other end are connect with cooling by water pipe one end, the cooling by water pipe other end and water pump Connection, the water pump are fixed on charging pile shell, and the air cooled tube is fixed on rear side of charging pile shell on lateral wall, institute Cooling by water pipe is stated in water-cooling groove, and is fixed on water-cooling groove internal groove side wall, the air cooled tube is set to cooling by water pipe Downside.

Further, the upside radiator includes that upside heat dissipation collecting plate, upside heat dissipation heat conducting pipe and upside dissipate Hot fin, the upside heat dissipation collecting plate are fixed on control processing unit upper end, the upside heat dissipation collecting plate upper end and upside The connection of heat dissipation heat conducting pipe one end, the upside heat dissipation heat conducting pipe other end are fixedly connected with upside radiating fin, and the upside dissipates Hot fin stretches in charging pile hull outside by upper heat dissipation seam, and upside radiating fin and upper heat dissipation seam are close by temperature resistant encapsulation glue Envelope is fixedly connected；

The temperature resistant encapsulation glue is used and is polymerized by high performance heat resistant resin and all kinds of heat proof materials.

The PLC controller uses the PLC FX3U-48MT/ES-A type PLC controller of Mitsubishi production, the brush Card device uses the TCPIPIC card reader of Guangzhou Rong Shi Electronics Co., Ltd. production, and the operating display curtain uses BOE 12 " WU+/2in-1 type touch display screens of production.

Further, work step and principle of the invention:

1) in use, recharged card is placed on card reader, card reader reads card data at this time, and data are transmitted by data Conducting wire is transferred on circuit board, on the receiving module for being transferred to control processing unit by circuit board；

2) receiving module transmits information in analysis module, and analysis module analyzes card image, then by from beating Packet memory module gathering information is compared, and will compare situation and the data that have compared are packaged and are transmitted in processing module；

3) information that processing module carrys out analysis module transmitting is analyzed and processed, and disposition is shown by display module Out, and by control charging gun head module single rifle or rush-harvesting and rush-planting charging are carried out, finally by the information and processing mode information Be packaged be transferred to be packaged memory module store；

4) equipment generates heat in the progress course of work, circuit board and operation element, and partial heat passes through downside heat dissipation Heat conducting pipe is transferred on downside heat dissipation collecting plate, and logical downside radiating fin is distributed into air, and partial heat is transferred to upside It radiates on collecting plate, is transferred on the radiating fin of upside by upside heat dissipation heat conducting pipe, is distributed by upside radiating fin to sky In gas；

5) it is equipped with cold water in water-cooling heat radiating device and sky into is brought the heat on circuit board and operation element by heat-absorbing water pipe It on air cooling pipe, is contacted by air cooled tube with air and distributes heat, reached cooling by water pipe later, pass through cooling by water pipe Water pump is reached, completes water body heat dissipation circulation using water pump；

6) when raining, water body is collected by catch basin, is radiated so that water body be made to contact acceleration with upside radiating fin, in catch basin Water body enters in water-cooling groove, contacts with the cooling by water pipe in water-cooling groove, to improve the radiating efficiency of cooling by water pipe, enhances The heat dissipation effect of water-cooling heat radiating device.

Technical effect caused by the present invention

The present invention realizes the heat dissipation to device by multilevel heat radiating device, avoids causing to damage because temperature is excessively high inside charging pile, The catch basin and water-cooling groove that are equipped with simultaneously, can be collected rainwater, thus using rainwater to upside radiator and Water-cooling heat radiating device further cools down, and accelerates cooling velocity, greatly improves the heat-sinking capability and radiating efficiency of equipment, guarantees The normal operation of equipment, while the heat-sinking capability of equipment is improved using rainwater, energy conservation and environmental protection, the present invention passes through simple logic System can not only be reacted rapidly by magnetic card, realize the switching to the Dan Shuan of the electric vehicle mode filled, meanwhile, inside is equipped with Packing memory module, can to this charging magnetic card and charging situation record, when next time charging when, brush magnetic card Afterwards, processing is needed not move through, the switching of mode for realizing that Dan Shuan fills can be responded rapidly to, extra system is avoided to respond, when saving Between, display module will be shown situations such as charging process by operating display curtain, and user is facilitated to check.

Detailed description of the invention

Fig. 1 is a kind of general structure schematic diagram of the double charging pile control devices filled of a vehicle of the present invention；

Fig. 2 is a kind of structural schematic diagram of the charging pile shell of the double charging pile control devices filled of a vehicle of the present invention；

Fig. 3 is a kind of structural schematic diagram of the downside radiator of the double charging pile control devices filled of a vehicle of the present invention；

Fig. 4 is a kind of structural schematic diagram of the water-cooling heat radiating device of the double charging pile control devices filled of a vehicle of the present invention；

Fig. 5 is a kind of structural schematic diagram of the upside radiator of the double charging pile control devices filled of a vehicle of the present invention；

Fig. 6 is a kind of control module figure of the control processing unit of the double charging pile control devices filled of a vehicle of the present invention.

Specific embodiment