CN207332404U - The three-dimensional charging garage of multilayer commercial car - Google Patents
The three-dimensional charging garage of multilayer commercial car Download PDFInfo
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- CN207332404U CN207332404U CN201720813377.8U CN201720813377U CN207332404U CN 207332404 U CN207332404 U CN 207332404U CN 201720813377 U CN201720813377 U CN 201720813377U CN 207332404 U CN207332404 U CN 207332404U
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Abstract
The utility model is the three-dimensional charging garage of multilayer commercial car,First floor cross sliding type carrier vehicle platen is set respectively on garage floor rail,The traversing straddle type door frame in intermediate layer and the traversing straddle type door frame of top layer,In first floor cross sliding type carrier vehicle platen,The relevant position of the traversing straddle type door frame in intermediate layer and the traversing straddle type door frame of top layer sets traversing driving motor respectively,Lift carrier vehicle platen,Lifting gear,Lifting motor,Charging pile host,Control main frame controls first floor cross sliding type carrier vehicle platen respectively,The traversing straddle type door frame in intermediate layer and the traversing straddle type door frame of top layer carry out transverse shifting and stereo layer is vertically movable reaches distribution parking stall Transport Vehicle and charge function,It can preferably solve to solve pit lifting type commercial car solid charging vehicle stock in long construction period,Comprehensive cost is high and waterflooding can cause supporting electromechanical equipment and park cars to scrap,Ground parking charging embodiment can cause urban land effective rate of utilization low,Fill the problem of integral facility of pool causes new energy commercial car Difficulty less.
Description
Technical field
Vehicle stores field is the utility model is related to, is specifically the three-dimensional charging garage of multilayer commercial car.
Background technology
It is perfect with electric vehicle engineering, start in public transport, logistics field progressively commercial extensively using new energy
Car, parking, the charging of known current commercial car generally are ground embodiment and pit lifting type commercial car solid charging vehicle
Storehouse embodiment, the three-dimensional charging garage of pit lifting type commercial car have to excavate larger basic melt pit and are equipped with powerful row
Stain system, its long construction period, comprehensive cost are high, hidden danger of the supporting electromechanical equipment there are water logging；Ground parking charging embodiment party
Formula unit area occupied ratio is high, and effective use of land rate is low, charging equipment needs to increase human assistance, these unfavorable factors are made
Into current new energy commercial car Difficulty.With sharply increasing for China Today new energy commercial car quantity, melt pit liter is solved
Drop formula commercial car solid charging vehicle stock is in long construction period, comprehensive cost is high, supporting electromechanical equipment asking there are water logging hidden danger
Topic, and ground parking charging embodiment cause unit occupied area ratio high, and effective use of land rate is low, causes new energy
The problem of commercial car Difficulty, is into the task of top priority；The parking of new energy commercial car is solved at this stage, the method that charging is implemented,
It implements to have the characteristics that the three-dimensional charging garage of 1. pit lifting type commercial car using excavating larger basic melt pit and supporting
Powerful drainage system, it can cause supporting electromechanical equipment there are long construction period, comprehensive cost height and waterflooding and park car
Scrap；2. ground parking charging embodiment causes, urban land effective rate of utilization is low, filling pool, integral facility causes new energy less
Source commercial car Difficulty；The function having with the parking to new energy commercial car now, charging implementation, to be resolvedly
Hole lift commercial car solid charging vehicle stock is in long construction period, comprehensive cost is high and waterflooding can cause supporting electromechanical equipment
With park cars scrap, ground parking charging embodiment causes urban land effective rate of utilization is low, fills the integral facility of pool to cause less
The problem of making new energy commercial car Difficulty.
The content of the invention
In order to solve existing pit lifting type commercial car solid charging vehicle stock long construction period, comprehensive cost height with
And waterflooding can cause supporting electromechanical equipment and parking cars to scrap, ground parking charging embodiment causes urban land effectively sharp
With rate it is low, fill the problem of integral facility of pool causes new energy commercial car Difficulty less, the purpose of this utility model is to provide one
Kind is compared with the traversing straddle type portal-framed structure solid storehouse of small footprint size, that is, enforceable ground multi-layer and charge function type carrier vehicle platen
And the three-dimensional charging garage of multilayer commercial car that intellectual access system organic assembling is integral, it can preferably solve pit lifting type
Commercial car solid charging vehicle stock can cause supporting electromechanical equipment in long construction period, comprehensive cost height and waterflooding and park car
Scrap, ground parking charging embodiment can cause that urban land effective rate of utilization is low, filling pool, integral facility causes new energy less
The three-dimensional charging garage of the multilayer commercial car of source commercial car Difficulty problem.
Technical solution is used by the utility model solves its technical problem：The parallel embedded fixation on garage floor
Rail is set, first floor cross sliding type carrier vehicle platen, the traversing straddle type door frame in intermediate layer and the traversing straddle type door of top layer are set respectively on rail
Frame, the phase in the traversing crossbeam of first floor cross sliding type carrier vehicle platen, the traversing straddle type door frame in intermediate layer and the traversing straddle type door frame of top layer
Answer position that driven track wheel, active track wheel and traversing driving motor, driven track wheel and active track wheel difference are set respectively
It is pressed on rail, active track wheel drives the output shaft of motor is concentric to be respectively fixedly connected with traversing, the traversing straddle type in intermediate layer
The traversing straddle type door frame of door frame, top layer and the connection structure of corresponding traversing crossbeam are guide tracked steel column, guide tracked steel column
Slided respectively in interior side guidance and guided carriage is set, guided carriage connects with lifting the relevant position of carrier vehicle platen longeron and fixing respectively
Connect, lifting gear is fixedly installed in the traversing straddle type door frame in intermediate layer, the top relevant position of the traversing straddle type door frame of top layer respectively, lifting
Device is driven by lifting motor, and the relevant position of the lower end of lifting gear respectively with lift carrier vehicle platen longeron is fixedly connected,
Cable branch is fixedly installed respectively in the relevant position of first floor cross sliding type carrier vehicle platen, rear side rail formula steel column and garage floor
Frame, the relevant position of the cable bearer set on garage floor are fixedly installed drag chain box, are respectively embedded into and set in drag chain box respectively
Put drag chain, drag chain one end is fixedly connected with the relevant position of drag chain box respectively, the drag chain other end respectively with first floor cross sliding type carrier vehicle
Platen, the relevant position of cable bearer on rear side rail formula steel column are fixedly connected, in the corresponding of rear side rail formula steel column
Position is slided respectively sets C-shaped cable bearer, and one end of C-shaped cable bearer is embedded in the outer side guidance of rear side rail formula steel column
Interior, the other end of C-shaped cable bearer is fixedly connected with lifting the relevant position of carrier vehicle platen longeron, and C-shaped cable bearer is importing
To the active side fixed connection end of lifting carrier vehicle platen respective cable, the respective cable insertion for importeding into lifting carrier vehicle platen is set
In the corresponding outer side guidance of rear side rail formula steel column, in the corresponding positions of first floor cross sliding type carrier vehicle platen, lifting carrier vehicle platen
Fixed setting driving motor, charging pile host, charging gun carriage respectively are put, charging gun is set respectively on charging gun carriage,
First floor cross sliding type carrier vehicle platen, the relevant position difference activity setting rotary pressure plate mechanism for lifting carrier vehicle platen, rotary pressure plate machine
Structure is driven by driving motor, and control main frame is fixedly installed in the relevant position of the cable bearer of garage floor；Intermediate layer it is traversing across
The main structure of the traversing straddle type door frame of formula door frame, top layer is inverted U shape, from the traversing straddle type door frame in intermediate layer to the traversing straddle type door frame of top layer
Multilayer layout, the span of its inverted U-shaped main structure and height are cumulative in staged；Control main frame passes through circumscripted power line and outside
Three phase mains be electrically connected, lifting motor, driving motor, it is traversing driving motor, charging pile host respectively by corresponding cable with
Control main frame is electrically connected, and charging pile host is electrically connected by the hand line that charges accordingly with charging gun respectively；First floor equipment bicycle parking is filled
Electric current journey, first floor equipment first carry out export flow：Control main frame first passes through respective cable control first floor cross sliding type carrier vehicle platen
Traversing driving motor and active track wheel drive first floor cross sliding type carrier vehicle platen, driving motor, charging pile host, charging gun
Frame, charging gun, rotary pressure plate mechanism are laterally moved to precalculated position along rail and control traversing driving motor stopping, and control main frame is led to again
The driving motor for crossing respective cable control first floor cross sliding type carrier vehicle platen drives rotary pressure plate mechanism to do corresponding spinning movement respectively
Until precalculated position controls driving motor stopping, i.e. the load bottom surface of rotary pressure plate mechanism, which is pressed respectively against on garage floor, has been in
Full extended configuration, the load surface that operator drives storage of cars along front side rotary pressure plate mechanism to be charged are driven into and are parked in head
Charging gun is removed and is inserted into be charged from charging gun carriage by the predetermined stand on layer cross sliding type carrier vehicle platen, operator
In the charging socket to park cars；Operator leaves first floor cross sliding type carrier vehicle platen and provides confirmation stopping for charging by control main frame
Instruction, first floor equipment perform flow of putting in storage：Control main frame first passes through the driving of respective cable control first floor cross sliding type carrier vehicle platen
Motor drives rotary pressure plate mechanism to do corresponding rotation revert action respectively until precalculated position controls driving motor stopping, at this time
Rotary pressure plate mechanism is complete vertical folding state, and control main frame controls first floor cross sliding type carrier vehicle platen by respective cable again
Traversing driving motor and active track wheel drive first floor cross sliding type carrier vehicle platen, driving motor, charging pile host, charging gun
Frame, charging gun, rotary pressure plate mechanism and storage of cars to be charged are laterally moved to precalculated position along rail and control traversing driving motor
Shut down, first floor equipment performs flow completion of putting in storage；Control main frame then controls first floor cross sliding type carrier vehicle platen by respective cable
Charging pile host, charging hand line, charging gun to storage of cars to be charged charge, the first floor equipment bicycle parking charging flow completion；It is first
Layer equipment picks up the car and resets standby flow, and operator provides confirmation by control main frame and picks up the car instruction, and first floor equipment has first carried out
Charging gun is removed and is inserted on charging gun carriage by export flow, operator out of charged the charging socket for treating pick-up,
Operator, which drives to have charged, treats that pick-up rolls first floor cross sliding type carrier vehicle platen away from along the load surface of rear side rotary pressure plate mechanism, first
Layer equipment export flow is completed to be that pick-up flow is completed；First floor equipment has performed flow of putting in storage and has resetted standby flow completion again；
Intermediate layer equipment bicycle parking charging flow, intermediate layer equipment first carry out export flow：Control main frame is first passed through in respective cable control
The traversing straddle type door frame of traversing driving motor and active track wheel drive intermediate layer, the lifting car bearing platform of the traversing straddle type door frame of interbed
Plate, driving motor, charging pile host, charging gun carriage, charging gun, rotary pressure plate mechanism are laterally moved to precalculated position along rail and control
Traversing driving motor stopping is made, control main frame controls lifting motor to drive lifting gear, lifting car bearing platform by respective cable again
Plate, guided carriage, C-shaped cable bearer, driving motor, charging pile host, charging gun carriage, charging gun, rotary pressure plate mechanism edge
Guide tracked steel column drops to precalculated position and controls lifting motor to shut down, and control main frame controls lifting to carry by respective cable again
The driving motor of ride plate drives rotary pressure plate mechanism to do corresponding spinning movement respectively until precalculated position controls driving motor
Shut down, i.e. it is in the fully extended state that the load bottom surface of rotary pressure plate mechanism, which is pressed respectively against on garage floor, and operator, which drives, to be waited to fill
The load surface of electric storage of cars along front side rotary pressure plate mechanism, which is driven into and is parked on lifting carrier vehicle platen, predetermined parks position
Put, charging gun is removed and is inserted into the charging socket to be charged to park cars by operator from charging gun carriage；Operator from
Open lifting carrier vehicle platen and provided by control main frame and confirm that stopping for charging instructs, intermediate layer equipment performs flow of putting in storage：Control master
The driving motor that machine first passes through respective cable control lifting carrier vehicle platen drives rotary pressure plate mechanism to do corresponding rotation return respectively
Action is until precalculated position controls driving motor stopping, and rotary pressure plate mechanism is complete vertical folding state at this time, control master
Machine controls lifting motor to drive lifting gear, lifting carrier vehicle platen, guided carriage, C-shaped cable bearer, drive by respective cable again
Dynamic motor, charging pile host, charging gun carriage, charging gun, rotary pressure plate mechanism and storage of cars to be charged are stood along guide tracked steel
Column rises to precalculated position and controls lifting motor to shut down, and control main frame controls the traversing straddle type door in intermediate layer by respective cable again
The traversing straddle type door frame of the traversing driving motor of frame and active track wheel drive intermediate layer, lifting carrier vehicle platen, driving motor, charging
Stake host, charging gun carriage, charging gun, rotary pressure plate mechanism and storage of cars to be charged are laterally moved to precalculated position along rail and control
Traversing driving motor stopping is made, intermediate layer equipment performs flow completion of putting in storage；Control main frame is then controlled by respective cable and risen
Charging pile host, charging hand line, the charging gun of load shedding ride plate charge to storage of cars to be charged, intermediate layer equipment bicycle parking charging
Flow is completed；Intermediate layer equipment is picked up the car and resets standby flow, and operator provides confirmation by control main frame and picks up the car instruction, middle
Layer equipment has first carried out export flow, and charging gun is removed and be inserted into out of charged the charging socket for treating pick-up by operator
Charge on gun carriage, operator, which drives to have charged, treats that pick-up rolls lifting carrier vehicle away from along the load surface of rear side rotary pressure plate mechanism
Platen, intermediate layer equipment, which is picked up the car, to be completed to be that export flow is completed；Intermediate layer equipment has performed flow of putting in storage and has resetted standby stream again
Journey is completed；Bicycle parking charging flow, pick-up and the bicycle parking charging flow of the standby flow of reset and intermediate layer equipment of overlay device, take
Car and the standby flow of reset are consistent.
The beneficial effects of the utility model are to provide one kind compared with the i.e. enforceable traversing straddle type of ground multi-layer of small footprint size
Portal-framed structure solid storehouse and the integral multilayer of charge function type carrier vehicle platen and intellectual access system organic assembling are commercial
The three-dimensional charging garage of car, can preferably solve pit lifting type commercial car solid charging vehicle stock and be made in long construction period, synthesis
Valency is high and waterflooding can cause supporting electromechanical equipment and parking cars to scrap, ground parking charging embodiment can cause city native
Ground effective rate of utilization is low, fills the problem of integral facility of pool causes new energy commercial car Difficulty less, and install it is easy to implement,
With material is few, use cost is low, meets country and advocate development trend and the requirement of Modern Green environmental protection and energy saving society, while can solve
The multi-storied garage that charges lands hardly possible, invests the problems such as human lives and traffic order caused by growing return period.
Brief description of the drawings
Fig. 1 is that the utility model no-load standby state faces overall structure diagram.
Fig. 2 is that the right side of the utility model no-load standby state regards overall structure diagram.
Fig. 3 is the A partial enlargement structural representations of the utility model no-load standby state.
Fig. 4 is the B partial enlargement structural representations of the utility model no-load standby state.
Fig. 5 is the C partial enlargement structural representations of the utility model no-load standby state.
Fig. 6 is the D partial enlargement structural representations of the utility model no-load standby state.
Fig. 7 is the circuit block diagram of the utility model.
In figure：1. rail, 2. first floor cross sliding type carrier vehicle platens, the traversing straddle type door frame in 3. intermediate layers, the traversing straddle type of 4. top layers
Door frame, 5. guide tracked steel columns, 6. traversing crossbeams, 7. driven track wheels, 8. active track wheels, 9. traversing driving motors, 10. liters
Drop formula carrier vehicle platen, 11. longerons, 12. guided carriages, 13. lifting motors, 14. lifting gears, 15. rotary pressure plate mechanisms, 16.
Motor is driven, 17. charging pile hosts, 18. charging gun carriages, 19. charging guns, 20. charging hand lines, 21. cable beareves, 22. drag
Chain cover, 23. cables, 24. control main frames, 25. circumscripted power lines, 26. garage floors, 27. drag chains, 28, C-shaped cable bearer.
Embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples.
Refering to attached drawing 1, attached drawing 2, attached drawing 3, attached drawing 4, attached drawing 5 and attached drawing 6, the direction of arrow is to be preceding to the right side is depending on seeing, in garage
Parallel embedded fixed setting rail 1, sets first floor cross sliding type carrier vehicle platen 2, intermediate layer traversing on rail 1 respectively on ground 26
Straddle type door frame 3 and the traversing straddle type door frame 4 of top layer, in first floor cross sliding type carrier vehicle platen 2, the traversing straddle type door frame 3 in intermediate layer and top layer
Relevant position in the traversing crossbeam 6 of traversing straddle type door frame 4 sets driven track wheel 7, active track wheel 8 and traversing driving respectively
Motor 9, driven track wheel 7 and active track wheel 8 are pressed respectively against on rail 1, and active track wheel 8 is defeated with traversing driving motor 9
Shaft is concentric respectively to be fixedly connected, the traversing straddle type door frame 3 in intermediate layer, the traversing straddle type door frame 4 of top layer and corresponding traversing crossbeam 6
Connection structure be guide tracked steel column 5, slided respectively in the interior side guidance of guide tracked steel column 5 and guided carriage 12 be set, led
It is fixedly connected respectively with lifting the relevant position of 10 longeron 11 of carrier vehicle platen to balladeur train 12, the traversing straddle type door frame 3 in intermediate layer, top layer
Lifting gear 14 is fixedly installed in the top relevant position of traversing straddle type door frame 4 respectively, and lifting gear 14 is driven by lifting motor 13,
Relevant position of the lower end of lifting gear 14 respectively with 10 longeron 11 of lift carrier vehicle platen is fixedly connected, and is carried in first floor cross sliding type
Cable bearer 21 is fixedly installed in the relevant position of ride plate 2, rear side rail formula steel column 5 and garage floor 26 respectively, in garage
Drag chain box 22 is fixedly installed in the relevant position of the cable bearer 21 set on ground 26 respectively, and setting is respectively embedded into drag chain box 22
Drag chain 27,27 one end of drag chain are fixedly connected with the relevant position of drag chain box 22 respectively, and 27 other end of drag chain is traversing with the first floor respectively
Formula carrier vehicle platen 2, the relevant position of cable bearer 21 on rear side rail formula steel column 5 are fixedly connected, in rear side rail formula steel
The relevant position of column 5 is slided respectively sets C-shaped cable bearer 28, and one end of C-shaped cable bearer 28 is embedded in rear side rail formula
In the outer side guidance of steel column 5, the other end of C-shaped cable bearer 28 is fixed with lifting the relevant position of 10 longeron 11 of carrier vehicle platen
Connection, C-shaped cable bearer 28 are the active side fixed connection end for importeding into 10 respective cable 23 of lifting carrier vehicle platen, imported into liter
The insertion of respective cable 23 of load shedding ride plate 10 is arranged in 5 corresponding outer side guidance of rear side rail formula steel column, horizontal in the first floor
Shifting formula carrier vehicle platen 2, the relevant position of lifting carrier vehicle platen 10 are fixedly installed driving motor 16, charging pile host 17, fill respectively
Electric gun carriage 18, charging gun 19 is set on charging gun carriage 18 respectively, in first floor cross sliding type carrier vehicle platen 2, lifting car bearing platform
Activity sets rotary pressure plate mechanism 15 respectively for the relevant position of plate 10, and rotary pressure plate mechanism 15 is driven by driving motor 16, in car
The relevant position fixed setting control main frame 24 of the cable bearer 21 on storehouse ground 26.
Refering to attached drawing 2, the direction of arrow is to be preceding to the right side is depending on seeing, the traversing straddle type door frame 3 in intermediate layer, the traversing straddle type door frame 4 of top layer
Main structure be inverted U shape, from the traversing straddle type door frame 3 in intermediate layer to the multilayer of the traversing straddle type door frame 4 of top layer be laid out, its inverted U-shaped master
The span and height of structure are cumulative in staged.
Refering to attached drawing 7, control main frame 24 is electrically connected by circumscripted power line 25 with exterior three phase mains, lifting motor 13,
Driving motor 16, traversing driving motor 9, charging pile host 17 are electrically connected by corresponding cable 23 with control main frame 24 respectively,
Charging pile host 17 is electrically connected by the hand line 20 that charges accordingly with charging gun 19 respectively；First floor equipment bicycle parking charging flow, it is first
Layer equipment first carries out export flow：Control main frame 24 first passes through respective cable 23 and controls the traversing of first floor cross sliding type carrier vehicle platen 2
Motor 9 and active track wheel 8 is driven to drive first floor cross sliding type carrier vehicle platen 2, driving motor 16, charging pile host 17, charging gun
Stent 18, charging gun 19, rotary pressure plate mechanism 15 are laterally moved to precalculated position along rail 1 and control traversing driving motor 9 to shut down, and control
The driving motor 16 that host 24 processed controls first floor cross sliding type carrier vehicle platen 2 by respective cable 23 again drives rotary pressure plate machine respectively
Structure 15 does corresponding spinning movement and drives motor 16 to shut down until precalculated position controls, i.e. the load bottom surface of rotary pressure plate mechanism 15
It is in the fully extended state to be pressed respectively against on garage floor 26, and operator drives storage of cars to be charged along front side rotary pressure plate mechanism
The predetermined stand that 15 load surface is driven into and is parked on first floor cross sliding type carrier vehicle platen 2, operator is by charging gun 19
Remove and be inserted into the charging socket to be charged to park cars from charging gun carriage 18；Operator leaves first floor cross sliding type carrier vehicle
Platen 2 is provided by control main frame 24 confirms that stopping for charging instructs, and first floor equipment performs flow of putting in storage：Control main frame 24 first passes through
Respective cable 23 controls the driving motor 16 of first floor cross sliding type carrier vehicle platen 2 to drive rotary pressure plate mechanism 15 to do corresponding rotation respectively
Revert action is until precalculated position controls driving motor 16 to shut down, and rotary pressure plate mechanism 15 is complete vertical folding shape at this time
State, control main frame 24 control traversing the driving motor 9 and active track of first floor cross sliding type carrier vehicle platen 2 by respective cable 23 again
The driving first floor cross sliding type carrier vehicle of wheel 8 platen 2, driving motor 16, charging pile host 17, charging gun carriage 18, charging gun 19, rotation
Press plate mechanism 15 and storage of cars to be charged are laterally moved to precalculated position along rail 1 and control traversing driving motor 9 to shut down, and the first floor is set
It is standby to perform flow completion of putting in storage；Control main frame 24 then controls the charging of first floor cross sliding type carrier vehicle platen 2 by respective cable 23
Stake host 17, charging hand line 20, charging gun 19 charge to storage of cars to be charged, and first floor equipment bicycle parking charging flow is completed；It is first
Layer equipment picks up the car and resets standby flow, and operator provides confirmation by control main frame 24 and picks up the car instruction, and first floor equipment first carries out
Charging gun 19 is removed and is inserted into charging gun carriage by complete export flow, operator out of charged the charging socket for treating pick-up
On 18, operator, which drives to have charged, treats that pick-up rolls first floor cross sliding type carrier vehicle away from along the load surface of rear side rotary pressure plate mechanism 15
Platen 2, first floor equipment export flow are completed to be that pick-up flow is completed；First floor equipment has performed flow of putting in storage and has resetted standby stream again
Journey is completed；Intermediate layer equipment bicycle parking charging flow, intermediate layer equipment first carry out export flow：Control main frame 24 first passes through corresponding electricity
Cable 23 controls traversing driving motor 9 and active track wheel 8 the driving traversing straddle type door frame in intermediate layer of the traversing straddle type door frame 3 in intermediate layer
3rd, carrier vehicle platen 10, driving motor 16, charging pile host 17, charging gun carriage 18, charging gun 19, rotary pressure plate mechanism 15 are lifted
Being laterally moved to precalculated position along rail 1 controls traversing driving motor 9 to shut down, and control main frame 24 is controlled by respective cable 23 rise again
Drop motor 13 drives lifting gear 14, lifting carrier vehicle platen 10, guided carriage 12, C-shaped cable bearer 28, driving motor 16, fills
Electric stake host 17, charging gun carriage 18, charging gun 19, rotary pressure plate mechanism 15 drop to precalculated position along guide tracked steel column 5
That is control lifting motor 13 is shut down, and control main frame 24 controls the driving motor 16 of lifting carrier vehicle platen 10 by respective cable 23 again
Rotary pressure plate mechanism 15 is driven to do corresponding spinning movement respectively until precalculated position controls driving motor 16 to shut down, i.e. rotation is pressed
It is in the fully extended state that the load bottom surface of trigger structure 15, which is pressed respectively against on garage floor 26, and operator drives storage of cars to be charged
The predetermined stand driven into and be parked on lifting carrier vehicle platen 10 along the load surface of front side rotary pressure plate mechanism 15, operation
Charging gun 19 is removed and is inserted into the charging socket to be charged to park cars by person from charging gun carriage 18；Operator leaves liter
Load shedding ride plate 10 is provided by control main frame 24 confirms that stopping for charging instructs, and intermediate layer equipment performs flow of putting in storage：Control master
The driving motor 16 that machine 24 first passes through the control lifting carrier vehicle of respective cable 23 platen 10 drives rotary pressure plate mechanism 15 to do phase respectively
Revert action should be rotated until precalculated position controls driving motor 16 to shut down, rotary pressure plate mechanism 15 is completely vertical folding at this time
Overlapping state, control main frame 24 again by respective cable 23 control lifting motor 13 drive lifting gear 14, lifting carrier vehicle platen 10,
Guided carriage 12, C-shaped cable bearer 28, driving motor 16, charging pile host 17, charging gun carriage 18, charging gun 19, rotation pressure
Trigger structure 15 and storage of cars to be charged rise to precalculated position along guide tracked steel column 5 and control lifting motor 13 to shut down, control
Traversing the driving motor 9 and active track wheel 8 that host 24 processed controls the traversing straddle type door frame 3 in intermediate layer by respective cable 23 again drive
The dynamic traversing straddle type door frame 3 in intermediate layer, lifting carrier vehicle platen 10, drive motor 16, charging pile host 17, the gun carriage 18 that charges, fill
Electric rifle 19, rotary pressure plate mechanism 15 and storage of cars to be charged are laterally moved to precalculated position along rail 1 and control traversing driving motor 9
Shut down, intermediate layer equipment performs flow completion of putting in storage；Control main frame 24 then controls lifting carrier vehicle platen by respective cable 23
10 charging pile host 17, the hand line 20 that charges, charging gun 19 charge to storage of cars to be charged, intermediate layer equipment bicycle parking charging stream
Journey is completed；Intermediate layer equipment is picked up the car and resets standby flow, and operator provides confirmation by control main frame 24 and picks up the car instruction, middle
Layer equipment has first carried out export flow, and charging gun 19 is removed and be inserted into out of charged the charging socket for treating pick-up by operator
Onto charging gun carriage 18, operator, which drives to have charged, treats that pick-up rolls liter away from along the load surface of rear side rotary pressure plate mechanism 15
Load shedding ride plate 10, intermediate layer equipment, which is picked up the car, to be completed to be that export flow is completed；It is i.e. multiple that intermediate layer equipment has performed flow of putting in storage again
The standby flow in position is completed；The bicycle parking charging flow of overlay device, pick-up and reset the bicycle parking of standby flow and intermediate layer equipment and fill
Electric current journey, pick-up and the standby flow of reset are consistent.
Claims (3)
1. the three-dimensional charging garage of multilayer commercial car, it is characterized in that：In garage floor（26）Upper parallel embedded fixed setting rail
（1）, rail（1）It is upper that first floor cross sliding type carrier vehicle platen is set respectively（2）, the traversing straddle type door frame in intermediate layer（3）With top layer it is traversing across
Formula door frame（4）, in first floor cross sliding type carrier vehicle platen（2）, the traversing straddle type door frame in intermediate layer（3）With the traversing straddle type door frame of top layer（4）
Traversing crossbeam（6）Interior relevant position sets driven track wheel respectively（7）, active track wheel（8）With traversing driving motor
（9）, the traversing straddle type door frame in intermediate layer（3）, the traversing straddle type door frame of top layer（4）With corresponding traversing crossbeam（6）Connection structure be
Guide tracked steel column（5）, guide tracked steel column（5）Interior side guidance in respectively slide set guided carriage（12）, guided carriage
（12）Respectively with lifting carrier vehicle platen（10）Longeron（11）Relevant position be fixedly connected, the traversing straddle type door frame in intermediate layer（3）, top
The traversing straddle type door frame of layer（4）Top relevant position lifting gear is fixedly installed respectively（14）, lifting gear（14）By lifting electricity
Machine（13）Driving, lifting gear（14）Lower end respectively with lift carrier vehicle platen（10）Longeron（11）Relevant position fix connect
Connect, in first floor cross sliding type carrier vehicle platen（2）, rear side rail formula steel column（5）And garage floor（26）Relevant position it is solid respectively
Cable bearer is set surely（21）, in garage floor（26）The cable bearer of upper setting（21）Relevant position be fixedly installed drag respectively
Chain cover（22）, drag chain box（22）Inside it is respectively embedded into setting drag chain（27）, drag chain（27）One end and drag chain box respectively（22）It is corresponding
Position is fixedly connected, drag chain（27）The other end respectively with first floor cross sliding type carrier vehicle platen（2）, rear side rail formula steel column（5）On
Cable bearer（21）Relevant position be fixedly connected, in rear side rail formula steel column（5）Relevant position slide respectively set C
Shape cable bearer（28）, in first floor cross sliding type carrier vehicle platen（2）, lifting carrier vehicle platen（10）Relevant position be fixedly installed respectively
Drive motor（16）, charging pile host（17）, charging gun carriage（18）, in charging gun carriage（18）It is upper that charging gun is set respectively
（19）, in first floor cross sliding type carrier vehicle platen（2）, lifting carrier vehicle platen（10）Relevant position respectively activity set rotary pressure plate machine
Structure（15）, rotary pressure plate mechanism（15）By driving motor（16）Driving.
2. the three-dimensional charging garage of multilayer commercial car according to claim 1, it is characterized in that：The traversing straddle type door frame in intermediate layer
（3）, the traversing straddle type door frame of top layer（4）Main structure be inverted U shape, from the traversing straddle type door frame in intermediate layer（3）To the traversing straddle type of top layer
Door frame（4）Multilayer layout, the span of its inverted U-shaped main structure and height are cumulative in staged.
3. the three-dimensional charging garage of multilayer commercial car according to claim 1, it is characterized in that：C-shaped cable bearer（28）One
End is embedded in rear side rail formula steel column（5）Outer side guidance in, C-shaped cable bearer（28）The other end with lifting carrier vehicle platen
（10）Longeron（11）Relevant position be fixedly connected, C-shaped cable bearer（28）To imported into lifting carrier vehicle platen（10）Corresponding electricity
Cable（23）Active side fixed connection end, imported into lifting carrier vehicle platen（10）Respective cable（23）The embedded rear side that is arranged on is led
Rail steel column（5）In corresponding outer side guidance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813377.8U CN207332404U (en) | 2017-07-06 | 2017-07-06 | The three-dimensional charging garage of multilayer commercial car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720813377.8U CN207332404U (en) | 2017-07-06 | 2017-07-06 | The three-dimensional charging garage of multilayer commercial car |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207332404U true CN207332404U (en) | 2018-05-08 |
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ID=62427260
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720813377.8U Expired - Fee Related CN207332404U (en) | 2017-07-06 | 2017-07-06 | The three-dimensional charging garage of multilayer commercial car |
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| Country | Link |
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| CN (1) | CN207332404U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107747415A (en) * | 2017-07-06 | 2018-03-02 | 关仁舟 | The three-dimensional charging garage of multilayer commercial car |
| CN108798128A (en) * | 2018-07-10 | 2018-11-13 | 合肥市神雕起重机械有限公司 | A kind of intelligent garage with ventilating drainage device |
-
2017
- 2017-07-06 CN CN201720813377.8U patent/CN207332404U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107747415A (en) * | 2017-07-06 | 2018-03-02 | 关仁舟 | The three-dimensional charging garage of multilayer commercial car |
| CN108798128A (en) * | 2018-07-10 | 2018-11-13 | 合肥市神雕起重机械有限公司 | A kind of intelligent garage with ventilating drainage device |
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