CN105178655B - A kind of double column non-avoidance three-dimensional parking garages - Google Patents
A kind of double column non-avoidance three-dimensional parking garages Download PDFInfo
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- CN105178655B CN105178655B CN201510497678.XA CN201510497678A CN105178655B CN 105178655 B CN105178655 B CN 105178655B CN 201510497678 A CN201510497678 A CN 201510497678A CN 105178655 B CN105178655 B CN 105178655B
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Abstract
The present invention provides a kind of double column non-avoidance three-dimensional parking garages, belong to parking systems technical field.It solves the problems, such as not solving to build parking systems using existing parking stall in the cell or block for having built up building in the prior art.This double column non-avoidance three-dimensional parking garage include jiffy stand, two be spaced the column that is vertically arranged and two horizontal guide rails, jiffy stand is divided into upper layer parking stall and bottom parking stall, car bearing platform and lower car bearing platform are correspondingly provided in upper layer parking stall and bottom parking stall respectively, the opposite side of two columns is equipped with riser guide, riser guide is equipped with can be along the elevator of riser guide oscilaltion, the both ends of upper car bearing platform are connect with two elevators respectively, and the horizontal drive mechanism that driving column is moved back and forth along horizontal guide rail is additionally provided between column and corresponding horizontal guide rail.This double column Bistorey garage can provide two parking stalls simultaneously, and floor space is small, and space availability ratio is big, and the vehicles while passing of upper and lower parking stall is independent of each other.
Description
Technical field
The invention belongs to parking systems technical fields, are related to a kind of double column non-avoidance three-dimensional parking garages.
Background technology
With the increase of car, Urban Parking Difficulty becomes increasingly conspicuous, the street of parking and business district especially in cell
Area's parking is even more to find no parking space.Storage depot three-dimensional is the developing direction in urban construction, however the multilayer of the prior art
Parking systems is both needed to one piece of relatively regular large area vacant lot, can not solve to utilize in the cell for having built up building or block
Parking systems is built in existing parking stall, thus influences it and widely promote.
Invention content
The purpose of the present invention is for the above problem present in existing parking systems, and propose a kind of can be achieved
The parking systems that two layers of solid parking and getting on-off automobile access are independent of each other.
Object of the invention can be realized by the following technical scheme：
A kind of double column non-avoidance three-dimensional parking garages, which is characterized in that it includes that jiffy stand, two intervals are vertically arranged
Column and two horizontal guide rails, jiffy stand are divided into upper layer parking stall and bottom parking stall, are corresponded to respectively in upper layer parking stall and bottom parking stall
Equipped with upper car bearing platform and lower car bearing platform, the opposite side of two columns is equipped with riser guide, and riser guide is equipped with can be along lifting
The elevator of guide rail oscilaltion is equipped with jacking system between the elevator and corresponding riser guide, upper car bearing platform
Both ends are connect with two elevators respectively, and two horizontal guide rails are arranged in parallel, and above-mentioned two column is arranged in a one-to-one correspondence in two horizontal guide rails
On, the horizontal drive mechanism that driving column is moved back and forth along horizontal guide rail is additionally provided between column and corresponding horizontal guide rail, it is described
Jiffy stand is located at the side of two columns, and the bottom layer driving mechanism of the lower car bearing platform level disengaging of driving is equipped in bottom parking stall.
The jiffy stand is in inverted L-shaped, including horizontal parking platform and vertical support column, one end of parking platform and support
Column is connected, and the other end is protruded horizontally up to vehicle parking stall of getting on or off the bus.Parking platform is as upper layer parking stall, and the lower part of inverted L-shaped jiffy stand
Space is as bottom parking stall.
Connected by separable structure between the elevator and upper car bearing platform, the separable structure include with it is upper
The bottom of the link block that car bearing platform is fixedly connected, link block offers clutch socket vertically, be fixed on the outside of elevator from
Plug is closed, the clutch plug can be inserted vertically into from clutch socket and link block is held or detached.Clutch plug is inserted into clutch
After socket, elevator can hold link block and upper car bearing platform together with clutch plug, and car bearing platform is enable to be risen up and down with elevator
Drop.And when being held by the jiffy stand part at corresponding parking stall during the decline of upper car bearing platform, clutch plug continues with elevator
Decline and detached from clutch socket, upper car bearing platform docks on corresponding parking stall at this time, and clutch plug then can be with other
Upper car bearing platform, which is connected, to be driven.
Relative to elevator beyond chimb is formed, side of the link block towards riser guide is opened for the both sides of the clutch plug
Equipped with the slot being connected to above-mentioned clutch socket, the both sides of slot are rib, described convex after clutch plug is inserted into clutch socket
While being kept off by corresponding rib, the part that clutch plug is connect with elevator is located in slot.After increasing slot, clutch can ensure that
Plug is inserted into the bonding strength between the insertion depth and clutch plug and elevator of clutch socket.
Clutch plug upper end and the inside of link block are equipped with idler wheel.
The jacking system is elevating chain, lifting motor and lifting sprocket, and lifting sprocket is distributed setting and is rising up and down
It drops in guide rail, elevating chain is wound in above-mentioned lifting sprocket, and the lifting motor is connect with one of lifting sprocket, above-mentioned liter
Drop block is fixed on one side of elevating chain.In addition to this, jacking system can also use cable traction, gear to be engaged certainly along rack
The forms such as formula lifting and the lifting of cylinder or oil cylinder are climbed to realize.
The horizontal drive mechanism includes horizontal motor and leading screw, and one end of leading screw is connect with horizontal motor, the other end
It is connect with the whorl of base of the lower end of column, the bottom of the pedestal is additionally provided with pulley.
The horizontal drive mechanism includes horizontal link chain, horizontal motor and horizontal sprocket wheel, and horizontal sprocket wheel distribution setting exists
The both ends of horizontal guide rail, horizontal link chain are wound on above-mentioned horizontal sprocket wheel, and the horizontal motor is connect with one of them horizontal sprocket wheel,
The pedestal of column lower end is fixedly connected on one side of horizontal link chain, and the bottom of pedestal is additionally provided with pulley.Bottom layer driving mechanism also may be used
With using the lower car bearing platform level disengaging of similar link chain mechanism driving.In addition to this, horizontal drive mechanism can also be led using rope
Draw, gear the forms such as pushes away and realize along the horizontal of rack engagement self-crawling type translation and cylinder or oil cylinder.
Be additionally provided with anticreep charging mechanism between the jiffy stand and upper car bearing platform, the anticreep charging mechanism include by
Electric connection, power supply connector, charging pile and fixed seat, fixed seat are fixed on jiffy stand, with inner cavity and upper end opening,
Opening is equipped with the cover board that covers the opening, and above-mentioned power supply connector is arranged in the inner cavity of fixed seat and electrical with power supply
Connection, be arranged in the bottom of upper car bearing platform by electric connection, upper car bearing platform moves downward park in place after, connect by electric connection and power supply
Head face and is inserted by opening in the inner cavity of fixed seat and the power supply connector realizes electrical communication, lid up and down by electric connection
It is equipped between plate and upper car bearing platform and the action of control cover board is moved up and down to change the keying of opening open/close states according to upper car bearing platform
Mechanism, charging pile are arranged on upper car bearing platform, are equipped with and the charging connector by electric connection electrical communication above.
The mechanism for opening/closing includes push rod and torsional spring, and above-mentioned cover board is rotatably arranged on by torsional spring in fixed seat, described
The both sides that cover board is located at torsional spring are respectively the driving piece of the cover plate and driving cover board rotation for covering fixed seat opening, and push rod is perpendicular
The straight bottom for being fixed at car bearing platform downwards, above-mentioned driving piece are blocked in the vertical and straight movement of push rod when car bearing platform docks to
On path.
The upper surface of the jiffy stand is equipped with locking level vertically, and the bottom of upper car bearing platform is equipped with buckle, the side of locking level
Equipped with bayonet, above-mentioned shaft and the upper car bearing platform of snapping through is rotatablely connected, and wherein one end is equipped with grab, and the buckle can be around
Shaft rotation makes the grab of buckle buckle into the bayonet of corresponding locking level.After upper car bearing platform is stopped, buckle and locking level button
Connect locking, it is ensured that the stability after vehicle parking can be arranged several groups more according to actual conditions.
The side that the bottom of the upper car bearing platform is located at buckle is also fixed with correction seat, and the bottom for correcting seat has loudspeaker
The guiding socket of shape corrects the side of seat equipped with mouth is caught in, and above-mentioned locking level is after guiding socket is inserted into correction seat, correction
Seat side be caught in mouth can with the bayonet face of locking level side, the grab of buckle from the outside of correction seat by this be caught in mouth with
Correct the bayonet snapping locking in seat internal lock fixed pole.
The locking driving mechanism of driving snap action, the locking driving machine are equipped between the upper car bearing platform and elevator
Structure includes drawstring and driving column, and the outside of above-mentioned elevator is equipped with unlock convex block, and one end of drawstring and one end of buckle connect, separately
One end is connect with driving column, and the driving column is blocked in the motion path that convex block is unlocked when clutch plug is inserted into clutch socket, solution
When locking convex block promotion driving column movement, driving column can pull drawstring to drive above-mentioned buckle to unlock, and drive column and upper car bearing platform
Between, buckle upper car bearing platform between be equipped with resetting spring.It is controlled using the mechanical relation of unlock convex block, driving column and drawstring
The locking and unlock of fabrication button.It when upper car bearing platform is rested on jiffy stand in advance, is caught in the bayonet of locking level, realizes lock
It is fixed；When needing to carry upper car bearing platform, clutch plug is inserted into during clutch socket, and unlock convex block drives with elevator movement progress
Dynamic column moves upwards, and driving column pulls drawstring, is pulled buckle to rotate by drawstring and is produced from bayonet, realizes unlock；It is carrying
In the process, since clutch plug is inserted in always in clutch socket, above-mentioned buckle is always held at unlocked state；Elevator will be uploaded
After ride carrying is parked to jiffy stand, if clutch plug does not detach, buckle and locking level are in non-locking state；Elevator
Decline, clutch plug detaches, and driving column and buckle reset, and buckle sticks into bayonet again, realize locking.
Compared with prior art, this double column Bistorey garage can provide two parking stalls simultaneously, and floor space is small, empty
Between utilization rate it is big, the vehicles while passing of upper and lower parking stall is independent of each other.It, can using the separable structure between elevator and upper car bearing platform
Realize the stereo garage of more layers.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present invention.
Fig. 2 is the attachment structure schematic diagram of elevator and link block.
Fig. 3 is the structural schematic diagram of elevator.
Fig. 4 is the structural schematic diagram of buckle and locking level cooperation.
Fig. 5 is the structural schematic diagram of anticreep charging unit.
In figure, 1, jiffy stand；2, column；3, locking level；4, upper car bearing platform；5, riser guide；6, elevator；7, it stops
Platform；8, support column；9, horizontal guide rail；10, horizontal motor；11, leading screw；12, pedestal；13, pulley；14, link block；15, clutch
Socket；16, clutch plug；17, chimb；18, slot；19, rib；20, bayonet；21, by electric connection；22, grab；23, fixed
Seat；24, it is open；25, cover board；26, torsional spring；27, cover plate；28, piece is driven；29, push rod；30, it buckles；31, column is driven；32, it solves
Lock convex block；33, seat is corrected；34, it is caught in mouth；35, it is oriented to socket.
Specific implementation mode
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
As shown in Figure 1, this double column non-avoidance three-dimensional parking garage, which includes jiffy stand 1, two, is spaced the column 2 being vertically arranged
With two horizontal guide rails 9, jiffy stand 1 divides for upper layer parking stall and bottom parking stall, and correspondence is set respectively at upper layer parking stall and bottom parking stall
There are upper car bearing platform 4 and lower car bearing platform, the opposite side of two columns 2 to be equipped with riser guide 5, riser guide 5 is equipped with can be along liter
The elevator 6 for dropping 5 oscilaltion of guide rail, is equipped with jacking system between the elevator 6 and corresponding riser guide 5, uploads
The both ends of ride 4 are connect with two elevators 6 respectively, and two horizontal guide rails 9 are arranged in parallel in ground, and above-mentioned two column 2 corresponds
It is arranged on two horizontal guide rails 9, driving column 2 is additionally provided between column 2 and corresponding horizontal guide rail 9 along horizontal guide rail 9 to backhaul
Dynamic horizontal drive mechanism, the jiffy stand 1 are located at the side of two columns 2, and it is horizontal that the lower car bearing platform of driving is equipped in bottom parking stall
The bottom layer driving mechanism of disengaging.In the present embodiment, jiffy stand 1 is in inverted L-shaped, including horizontal parking platform 7 and vertical support column
8, one end of parking platform 7 is connected with support column 8, and the other end is protruded horizontally up to vehicle parking stall direction of getting on or off the bus.
Jacking system is elevating chain, lifting motor and lifting sprocket, and lifting sprocket is distributed up and down to be arranged in riser guide 5
Interior, elevating chain is wound in above-mentioned lifting sprocket, and the lifting motor is connect with one of lifting sprocket, above-mentioned elevator 6
It is fixed on one side of elevating chain.Horizontal drive mechanism includes horizontal motor 10 and leading screw 11, one end and the level electricity of leading screw 11
Machine 10 connects, and the other end is threadedly coupled with the pedestal 12 of the lower end of column 2, and the bottom of pedestal 12 is additionally provided with pulley 13.Except this it
Outside, horizontal drive mechanism can also use the chain drive mode similar to jacking system.
Parking systems in the present embodiment is dual-layer parking garage, has upper and lower two parking stalls, parking platform 7 is as upper
Layer parking stall, and the space of 7 lower section of parking platform is used as bottom parking stall.Lower car bearing platform (not shown) in bottom parking stall is logical
Cross the disengaging of bottom layer driving mechanism transverse horizontal, and parking for upper layer parking stall vehicle needs car bearing platform 4 to realize lifting and traversing remove
Fortune.When upper layer parking stall needs parking, it is a bit of that jacking system drives elevator 6 and upper car bearing platform 4 to move upwards, and makes car bearing platform
4 detach with parking platform 7, and following horizontal drive mechanism driving column 2 is moved out along horizontal guide rail 9, the elevator on column 2
6 and upper car bearing platform 4 also move out together, after translation in place, jacking system drives elevator 6, upper car bearing platform 4 to move downward,
And car bearing platform 4 is finally made to rest in ground, after upper car bearing platform 4 is reached in parking, next upper car bearing platform 4 is in jacking system
The table surface height beyond parking platform 7 is increased under drive, horizontal drive mechanism drives column 2 inwardly to be moved along horizontal guide rail 9, stands
Elevator 6 and upper car bearing platform 4 on column 2 are also moved to inwards right over parking platform 7, last elevator 6 and upper car bearing platform 4
Decline, upper car bearing platform 4 falls on parking platform 7 to complete to be put in storage and park.
The case where buying electric vehicle in view of current more and more people, the present invention is also additionally arranged charging unit to facilitate use
It charges automatically to electric vehicle after the parking of family.Since the action of parking of 4 final step of upper car bearing platform is to fall vertically,
The connection that charging circuit is completed similar to the connection form of " plug " insertion " socket " can be used.As shown in figure 5, charging unit position
Between the parking platform 7 and upper car bearing platform 4 of parking systems, it includes by electric connection 21, power supply connector, charging pile and fixed seat
23, fixed seat 23 is fixed on parking platform 7, with inner cavity and upper end opening 24, is equipped with the opening 24 at opening 24
The cover board 25 covered, above-mentioned power supply connector be arranged in the inner cavity of fixed seat 23 and with power supply electrical communication, by electric connection
21 are arranged in the bottom of upper car bearing platform 4.
Be the equal of " plug " by electric connection 21, and power supply connector is the equal of " socket ", the present invention is suitable for upper carrier vehicle
The last one direction of action that platform 4 is parked in garage is vertically lowered in place, using 4 This move of upper car bearing platform, is realized
When upper car bearing platform 4 is parked in place, realizes that " plug " insertion " socket " acts, make to be docked connection with power supply connector by electric connection 21.
And due to power supply connector and power supply electrical communication, it is connected by the charging connector of electric connection 21 and charging pile, user is by vehicle
After stopping well, the charging connector of automobile batteries and charging pile is connected, then is operated by garage and upper car bearing platform 4 is moved into storage, on
After car bearing platform 4 is parked in place, " plug " insertion " socket " just can realize charging.When pick-up, upper car bearing platform 4 is lifted, and is connect by electricity
First 21 detach with power supply connector, realize power-off.
Due to fixed seat 23 opening 24 upward, when upper car bearing platform 4 is removed above fixed seat 23, encounter rain in outdoor
When water weather, rainwater can be seized the opportunity to be poured into from opening 24, therefore is passed through provided with this structure of cover board 25, cover board 25 at opening 24
Torsional spring 26 is rotatably arranged in fixed seat 23, and the both sides that the cover board 25 is located at torsional spring 26 are respectively to be opened for covering fixed seat 23
The driving piece 28 that the cover plate 27 and driving cover board 25 of mouth 24 rotate, under normal circumstances, cover board 25 is in water under the action of torsional spring 26
Level state, cover plate 27 cover opening 24.When action is parked in 4 final step of upper car bearing platform, upper car bearing platform 4 declines, upper car bearing platform 4
On the top of vertical push rod 29 to driving piece 28 of bottom, cover plate 27 is levered up to vertical state, can smoothly be inserted by electric connection 21 at this time
Enter to fixed seat 23.When being detached by electric connection 21 and push rod 29, cover board 25 resets under the effect of torsional spring 26, will be open 24 again
It covers.During use, 24 top of opening is not to be covered exactly to be covered by cover plate 27 by upper car bearing platform 4, can guarantee that rainwater will not
It pours into, prevents the generation of electric leakage accident.
As shown in figure 4, after upper car bearing platform 4 is parked in place, in order to ensure the stability of upper car bearing platform 4, using upper carrier vehicle
Locking level 3 on buckle 30 and parking platform 7 on platform 4 realizes locking.The upper surface of parking platform 7 is equipped with locking level 3, locking vertically
The side of bar 3 is equipped with bayonet 20, and the bottom of upper car bearing platform 4 is equipped with buckle 30 and correction seat 33, and correction seat 33 is located at buckle 30
Side and bottom have horn-like guiding socket 35, and the side of correction seat 33, which is equipped with, is caught in mouth 34, and locking level 3 is from being oriented to socket
35 are inserted into after correction seat 33, and the mouth 34 that is caught in of 33 side of correction seat can be with 20 face of bayonet of 3 side of locking level, buckle 30
It is rotatablely connected with upper car bearing platform 4, wherein one end is equipped with grab 22, and the buckle 30 can rotate around the axis and make the grab 22 of buckle 30
Mouth 34 is caught in from the outside of correction seat 33 by this to lock with 20 snapping of bayonet corrected in 33 internal lock fixed pole 3 of seat.
Final step that upper car bearing platform 4 is parked action is is vertically lowered, and during decline, locking level 3 is from 33 bottom of correction seat
The guiding socket 35 in portion is inserted into, and the horn shape for being oriented to socket 35 is conducive to the position of the correction offset of upper car bearing platform 4, locking level 3
After insertion, the bayonet 20 of side is caught in the face one by one of mouth 34 on correction seat 33.After upper car bearing platform 4 is parked in place, in order to
The stability for ensuring upper car bearing platform 4 realizes locking using the buckle 30 on the locking level 3 and upper car bearing platform 4 on parking platform 7,
As soon as with 30 rotation of locking driving mechanism driving buckle, grab 22 can be buckled into correction 33 internal lock fixed pole of seat by being caught in mouth 34
Bayonet 20 on 3 realizes locking, or produces realization unlock.After upper car bearing platform 4 is stopped, buckle 30 completes lock in time；And
Before elevator 6 drives upper car bearing platform 4 to move, it is also desirable to which buckling 30 can unlock in time.
It as shown in 2 and Fig. 3, is connected by separable structure between elevator 6 and upper car bearing platform 4, separable structure includes
The link block 14 being fixedly connected with upper car bearing platform 4, the bottom of link block 14 offer clutch socket 15 vertically, elevator 6 it is outer
Side is fixed with clutch plug 16, and the clutch plug 16 can be inserted vertically into or detach from clutch socket 15.Clutch plug 16
After being inserted into clutch socket 15, elevator 6 can hold link block 14 and upper car bearing platform 4 together with clutch plug 16, make car bearing platform 4
It can be with 6 oscilaltion of elevator.And when being held by 1 part of jiffy stand at corresponding parking stall during the decline of upper car bearing platform 4, from
It closes plug 16 to continue to decline and detach from clutch socket 15 with elevator 6, upper car bearing platform 4 docks to corresponding parking stall at this time
On, and clutch plug 16 can then be connected with car bearing platform on other 4 and drive.The both sides of clutch plug 16 are relative to elevator 6
Beyond chimb 17 is formed, side of the link block 14 towards riser guide 5 offers the slot 18 being connected to above-mentioned clutch socket 15,
The both sides of slot 18 are rib 19, and after clutch plug 16 is inserted into clutch socket 15, the chimb 17 is by 19 institute of corresponding rib
Gear, the part that clutch plug 16 is connect with elevator 6 is located in slot 18.After increasing slot 18, it can ensure that clutch plug 16 is inserted
Enter the bonding strength between the insertion depth and clutch plug 16 and elevator 6 of clutch socket 15.16 upper end of clutch plug
It is equipped with idler wheel with the inside of link block 14.
Elevator 6 can be made to be detached from the link block 14 of the upper car bearing platform 4 parked by the separable structure, at this
When on the concept of invention to more layers development of solid garage, it can be realized by one group of shared elevator 6 and jacking system
The carrying of multiple upper car bearing platforms 4 simplifies structure, improves space availability ratio.
After separable scheme, a specific locking driving mechanism driving buckle 30 can be selected and lock or unlock, the lock
It includes drawstring and driving column 31 to determine driving mechanism, and the outside of above-mentioned elevator 6 is equipped with unlock convex block 32, one end of drawstring and buckle
30 one end for being equipped with grab 22 connect, and the other end is connect with driving column 31, and the driving column 31 is blocked in the insertion of clutch plug 16
On the motion path for unlocking convex block 32 when clutch socket 15, when unlock convex block 32 pushes driving column 31 to move, driving column 31 can be dragged
Drawstring is drawn to drive above-mentioned buckle 30 to unlock, drives between column 31 and upper car bearing platform 4, is equal between buckle 30 and upper car bearing platform 4
Equipped with resetting spring.The locking and unlock of buckle 30 are controlled using the mechanical relation of unlock convex block 32, driving column 31 and drawstring.
When upper car bearing platform 4 is rested in advance on jiffy stand 1, buckle 30 is caught in the bayonet 20 of locking level 3, realizes locking；When needs are removed
When transporting car bearing platform 4, clutch plug 16 is inserted into during clutch socket 15, and unlock convex block 32 drives with 6 movement progress of elevator
Column 31 moves upwards, and driving column 31 pulls drawstring, is pulled buckle 30 to rotate by drawstring and is produced from bayonet 20, realizes unlock；
In the handling process, since clutch plug 16 is inserted in always in clutch socket 15, above-mentioned buckle 30 is always held at unlocked state；
After elevator 6 parks the carrying of upper car bearing platform 4 to jiffy stand 1, if clutch plug 16 does not detach, buckle 30 and locking level 3
In non-locking state；Elevator 6 declines, and clutch plug 16 detaches, and driving column 31 and buckle 30 reset, and buckle 30 sticks into again
In bayonet 20, locking is realized.
Clutch plug 16 can also use other than form slotting upwards and horizontal insert or locked after being downwardly into clutch socket 15
Fixed form realizes, or realizes by the way of clamping plate, clamp the detachably connectable of elevator 6 and upper car bearing platform 4.
It should be understood that in claims of the present invention, specification, all " including ... " should be understood as open
Meaning, that is, its meaning is equal to " at least containing ... ", and should not be construed as enclosed meaning, i.e., its meaning is not answered
This is interpreted as " only including ... ".
Specific embodiment described herein is only an example for the spirit of the invention.Technology belonging to the present invention is led
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (9)
1. a kind of double column non-avoidance three-dimensional parking garages, which is characterized in that it includes that jiffy stand (1), two intervals are vertically arranged
Column (2) and two horizontal guide rails (9), jiffy stand (1) be divided into upper layer parking stall and bottom parking stall, upper layer parking stall and bottom parking stall
It is inside correspondingly provided with car bearing platform (4) and lower car bearing platform respectively, the opposite side of two columns (2) is equipped with riser guide (5), lifting
Guide rail (5) is equipped with can be along the elevator (6) of riser guide (5) oscilaltion, the elevator (6) and corresponding riser guide
(5) jacking system is equipped between, the both ends of upper car bearing platform (4) are connect with two elevators (6) respectively, and two horizontal guide rails (9) are flat
Row setting, above-mentioned two column (2) is arranged in a one-to-one correspondence on two horizontal guide rails (9), column (2) and corresponding horizontal guide rail (9) it
Between be additionally provided with driving column (2) horizontal drive mechanism for being moved back and forth relative to jiffy stand (1) along horizontal guide rail (9), it is described to stop
Vehicle frame (1) is located at the side of two columns (2), and the bottom layer driving mechanism of the lower car bearing platform level disengaging of driving is equipped in bottom parking stall,
It is additionally provided with anticreep charging mechanism between the jiffy stand (1) and upper car bearing platform (4), which includes by electricity
Connector (21), power supply connector, charging pile and fixed seat (23), fixed seat (23) are fixed on jiffy stand (1), are had interior
Chamber and upper end opening (24) are open at (24) equipped with the cover board (25) for covering the opening (24), and above-mentioned power supply connector, which is arranged, to exist
In the inner cavity of fixed seat (23) and with power supply electrical communication, by electric connection (21) setting in the bottom of upper car bearing platform (4), on
Car bearing platform (4) moves downward park in place after, face and passed through up and down by electric connection (21) by electric connection (21) and power supply connector
Opening (24) is inserted into the inner cavity of fixed seat (23) realizes electrical communication, cover board (25) and upper car bearing platform with the power supply connector
(4) it is equipped between and control cover board (25) action is moved up and down to change opening for opening (24) open/close states according to upper car bearing platform (4)
Mechanism is closed, charging pile is arranged on upper car bearing platform (4), is equipped with and the charging connector by electric connection (21) electrical communication above.
2. a kind of double column non-avoidance three-dimensional parking garages according to claim 1, which is characterized in that the jiffy stand
(1) it is in inverted L-shaped, including horizontal parking platform (7) and vertical support column (8), one end of parking platform (7) and support column (8) are solid
Even, the other end is protruded horizontally up to vehicle parking stall direction of getting on or off the bus.
3. a kind of double column non-avoidance three-dimensional parking garages according to claim 1 or 2, which is characterized in that the lifting
It is connect by separable structure between block (6) and upper car bearing platform (4), the separable structure includes solid with upper car bearing platform (4)
Surely the bottom of the link block (14) connected, link block (14) offers clutch socket (15) vertically, and the outside of elevator (6) is fixed
Equipped with clutch plug (16), the clutch plug (16) can be inserted vertically into from clutch socket (15) link block (14) is held or
It detaches.
4. a kind of double column non-avoidance three-dimensional parking garages according to claim 3, which is characterized in that the clutch plug
(16) relative to elevator (6) beyond chimb (17) is formed, side of the link block (14) towards riser guide (5) opens up for both sides
There is the slot (18) being connected to above-mentioned clutch socket (15), the both sides of slot (18) are rib (19), and clutch plug (16) is inserted into
To clutch socket (15), the chimb (17) is kept off by corresponding rib (19), and clutch plug (16) is connect with elevator (6)
Part be located in slot (18).
5. a kind of double column non-avoidance three-dimensional parking garages according to claim 3, which is characterized in that the clutch plug
(16) upper end and the inside of link block (14) are equipped with idler wheel.
6. a kind of double column non-avoidance three-dimensional parking garages according to claim 1, which is characterized in that the mechanism for opening/closing
Including push rod (29) and torsional spring (26), above-mentioned cover board (25) is rotatably arranged on by torsional spring (26) in fixed seat (23), the lid
The both sides that plate (25) is located at torsional spring (26) are respectively the cover plate (27) and driving cover board for covering fixed seat (23) opening (24)
(25) the driving piece (28) rotated, push rod (29) are fixed at the bottom of car bearing platform (4), above-mentioned driving piece straight down
(28) it is blocked in when car bearing platform (4) is parked in place on the vertical and straight movement path of push rod (29).
7. a kind of double column non-avoidance three-dimensional parking garages according to claim 1 or 2, which is characterized in that the jiffy stand
(1) upper surface is equipped with locking level (3) vertically, and the bottom of upper car bearing platform (4) is equipped with buckle (30), and the side of locking level (3) is set
There are bayonet (20), above-mentioned buckle (30) to be rotatablely connected by shaft and upper car bearing platform (4), and wherein one end is equipped with grab
(22), the buckle (30) can rotate around the axis the bayonet (20) for making the grab of buckle (30) (22) buckle into corresponding locking level (3)
It is interior.
8. a kind of double column non-avoidance three-dimensional parking garages according to claim 7, which is characterized in that the upper car bearing platform
(4) side that bottom is located at buckle (30) is also fixed with correction seat (33), and the bottom of correction seat (33) is with horn-like
It is oriented to socket (35), the side of correction seat (33), which is equipped with, is caught in mouth (34), and above-mentioned locking level (3) is inserted into from socket (35) is oriented to
After correcting seat (33), the mouth (34) that is caught in of correction seat (33) side can be buckled with bayonet (20) face of locking level (3) side
(30) grab (22) is caught in mouth (34) and is corrected in seat (33) internal lock fixed pole (3) from the outside of correction seat (33) by this
Bayonet (20) snapping locks.
9. a kind of double column non-avoidance three-dimensional parking garages according to claim 7, which is characterized in that the upper car bearing platform
(4) between elevator (6) be equipped with driving buckle (30) action locking driving mechanism, the locking driving mechanism include drawstring and
Column (31), the outside of above-mentioned elevator (6) is driven to be equipped with unlock convex block (32), one end of drawstring connects with one end of buckle (30)
It connects, the other end is connect with driving column (31), when the driving column (31) is blocked in clutch plug (16) insertion clutch socket (15)
The motion path of convex block (32) is unlocked, when unlock convex block (32) pushes driving column (31) to move, driving column (31) can pull drawstring
To drive above-mentioned buckle (30) unlock, driving column (31) with upper car bearing platform (4) between, buckle (30) and upper car bearing platform (4) it
Between be equipped with resetting spring.
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| CN201510497678.XA CN105178655B (en) | 2015-08-13 | 2015-08-13 | A kind of double column non-avoidance three-dimensional parking garages |
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|---|---|---|---|
| CN201510497678.XA CN105178655B (en) | 2015-08-13 | 2015-08-13 | A kind of double column non-avoidance three-dimensional parking garages |
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| CN105178655B true CN105178655B (en) | 2018-09-11 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105569396A (en) * | 2016-02-27 | 2016-05-11 | 上海忠卜实业有限公司 | Ground parking sliding plate |
| CN109339515B (en) * | 2018-08-14 | 2019-06-28 | 任永刚 | A kind of intelligent three-dimensional garage |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN204920335U (en) * | 2015-08-13 | 2015-12-30 | 郑俭余 | Double -column does not have stereo garage of dodging |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPH076299B2 (en) * | 1990-09-10 | 1995-01-30 | マルハ株式会社 | Multi-level parking device |
| JP2011062050A (en) * | 2009-09-14 | 2011-03-24 | Nifco Inc | Electrical power connector |
| CN202530800U (en) * | 2012-04-05 | 2012-11-14 | 梁渤涛 | No-avoiding type three-dimensional parking space and movement driving mechanism of movable chassis |
| CN202578070U (en) * | 2012-05-17 | 2012-12-05 | 黄熙 | Three-rail avoidance-free two-layer parking equipment |
| CN202882482U (en) * | 2012-10-17 | 2013-04-17 | 辽宁工程技术大学 | Non-voiding two-layer three-dimensional parking space |
| JP6175212B2 (en) * | 2013-05-18 | 2017-08-02 | Ｉｈｉ運搬機械株式会社 | Vehicle power supply equipment |
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| CN204920335U (en) * | 2015-08-13 | 2015-12-30 | 郑俭余 | Double -column does not have stereo garage of dodging |
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Effective date of registration: 20220728 Address after: 321000 Dongxi Industrial Park, bailongqiao, Wucheng District, Jinhua City, Zhejiang Province Patentee after: JINHUA CEBETTER STEREO GARAGE Co.,Ltd. Address before: 321017 Room 201, unit 2, building 2, No. 529, Shuangxi West Road, Xiguan Street, Wucheng District, Jinhua City, Zhejiang Province Patentee before: Zheng Jianyu |