CN105003103A - Double vertical column double-layered dimensional parking garage - Google Patents

Double vertical column double-layered dimensional parking garage Download PDF

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Publication number
CN105003103A
CN105003103A CN201510497250.5A CN201510497250A CN105003103A CN 105003103 A CN105003103 A CN 105003103A CN 201510497250 A CN201510497250 A CN 201510497250A CN 105003103 A CN105003103 A CN 105003103A
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China
Prior art keywords
bearing platform
car bearing
drive
column
parking
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CN201510497250.5A
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Chinese (zh)
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郑俭余
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郑俭余
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Priority to CN201510497250.5A priority Critical patent/CN105003103A/en
Publication of CN105003103A publication Critical patent/CN105003103A/en
Pending legal-status Critical Current

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Abstract

The invention provides a double vertical column double-layered dimensional parking garage, belongs to the technical field of dimensional parking garages, and solves the problem of poor stability of the conventional dimensional parking garage. The double vertical column double-layered dimensional parking garage comprises two vertical columns and a parking rack, wherein the vertical columns are arranged vertically at an interval; the parking rack comprises an upper parking space layer and a bottom parking space layer; an upper vehicle carrying platform and a lower vehicle carrying platform are arranged in the upper parking space layer and the bottom parking space layer respectively; lifting guide rails are vertically arranged on both the opposite sides of the vertical columns; lifting blocks capable of moving up and down along the lifting guide rails are arranged on the lifting guide rails; a horizontal guide rail is fixedly arranged on each lifting block; a horizontal driving mechanism capable of driving the upper carry vehicle platform to move along the horizontal guide rails back and forth is arranged between the upper carry vehicle platform and the horizontal guide rails. The double vertical column double-layered dimensional parking garage has the advantages that two parking spaces can be provided simultaneously; the occupied area is small; the space utilization rate is high; the impact on driving and parking of a vehicle on the upper parking space layer and those of another vehicle on the bottom parking space layer is avoided.

Description

Two column Bistorey garage
Technical field
The invention belongs to garage parking technical field, relate to a kind of two column Bistorey garage.
Background technology
Along with the increase of the growth of urban population and urban architecture, urban transportation tool quantity, incity, city land used is made to become more and more nervous, therefore parking of automobile place, developed to parking systems by plane garage parking, that modern parking systems becomes a kind of uniqueness, that there is stronger practicality, significant and convenient and swift property urban architecture.
Existing parking systems overall structure is too complicated, high cost causes Difficulty, and vehicle is after docking to eminence, the height of safety also can have influence on the acceptance of user to multi-storied garage, the solution that these aspects all do not improve in current multi-storied garage.
In addition, along with country is to the continuous promotion of energy-conserving and environment-protective, do not consume gasoline, can not produce the electric automobile of vehicle exhaust and also will constantly be researched and developed and come into operation, electric automobile will be subject to the favor of more and more people.But electric automobile is owing to being consume electric energy, because the electricity of accumulator of electric car is limited, need to be charged timely after traveling stretch journey, not so cannot travel because electricity is not enough possibly.And existing conventional parking lot just divides parking stall on one piece of vacant lot, provide simple parking service, cannot charging service be provided.And in the parking systems that some is novel, vehicle-containing needs to carry vehicle to carry out being elevated and translational motion, for the multi-storied garage that this employing vehicle-containing mode of transport runs, the wiring of charging circuit is more difficult, parking personnel can not enter the inner vehicle-containing diamond of multi-storied garage and complete charging operations simultaneously, so existing multi-storied garage seldom can provide charging service function by vehicle, outdoor parking systems exposes to the sun and rain simultaneously, also needs to avoid electric leakage accident occurs to realize charge function.
Summary of the invention
The object of the invention is for the problems referred to above existing for existing multi-storied garage, and propose the more simple multi-storied garage of a kind of structure.
Object of the present invention realizes by following technical proposal:
A kind of two column Bistorey garage, it is characterized in that, it comprises the column that two intervals are vertically arranged and the jiffy stand being divided into parking stall, upper strata and bottom parking stall, in parking stall, upper strata and bottom parking stall, correspondence is provided with car bearing platform and lower car bearing platform respectively, two columns side in opposite directions is all vertically provided with riser guide, riser guide is provided with can along the elevator of riser guide oscilaltion, jacking system is equipped with between described elevator with corresponding riser guide, each elevator is all fixed with a horizontal guide rail, two horizontal guide rails be arranged in parallel and are all positioned at the inner side of respective corresponding column, the two ends of described upper car bearing platform are separately positioned on two horizontal guide rails, the horizontal drive mechanism that car bearing platform can be driven along horizontal guide rail horizontal traversal is provided with between upper car bearing platform and horizontal guide rail, described jiffy stand is positioned at the sidepiece of two columns, the bottom layer driving mechanism driving lower car bearing platform level turnover is provided with in bottom parking stall.
The two ends of described upper car bearing platform are provided with drive block, and drive block is arranged in corresponding horizontal guide rail and also can moves back and forth along horizontal guide rail under horizontal drive mechanism drives.
The two ends of described upper car bearing platform are also fixed with and above-mentioned drive block contiguous block one to one, the bottom of contiguous block all has clutch socket, be provided with clutch plug outside drive block, described clutch plug vertically can insert from clutch socket and be held by upper car bearing platform or detach from clutch socket.After clutch plug inserts clutch socket, contiguous block and upper car bearing platform can be held together with clutch plug by drive block, make car bearing platform can with elevator oscilaltion.And when being held by the jiffy stand part at corresponding parking stall place in upper car bearing platform decline process, clutch plug continues decline and detach from clutch socket with elevator, now go up car bearing platform to dock on corresponding parking space, clutch plug then can be connected with car bearing platform on other and drive.Two-layer above garage can be realized according to the program.
Described jiffy stand is inverted L-shaped, comprises the parking platform of level and vertical support column, and one end and the support column of parking platform are connected, and the other end stretches out to column direction level.Parking platform is as parking stall, upper strata, and the lower space of inverted L-shaped jiffy stand is as bottom parking stall.
Described jacking system is elevating chain, lifting motor and lifting sprocket wheel, lifting sprocket wheel distributes up and down and is arranged in riser guide, elevating chain is around on above-mentioned lifting sprocket wheel, described lifting motor is elevated sprocket wheel with one of them and is connected, and above-mentioned elevator is fixed on elevating chain.In addition, jacking system can also adopt cable traction, realize along the form such as lifting of tooth bar engagement self-climbing lifting and cylinder or oil cylinder from climbing tooth wheel.
Described horizontal drive mechanism comprises horizontal motor, leading screw, and leading screw is threaded with the drive block in corresponding horizontal guide rail, and horizontal motor is connected with leading screw.
Described horizontal drive mechanism comprises horizontal motor, bull stick and gear, bull stick is arranged on car bearing platform and two ends connect gear respectively, horizontal motor drives bar rotation, be provided with rack rails in above-mentioned horizontal guide rail, bull stick crossbearer between two columns and the gear at two ends engage with the rack rails of respective side horizontal guide rail respectively.
Described horizontal drive mechanism comprises horizontal link chain, horizontal motor and horizontal sprocket wheel, horizontal sprocket wheel distribution is arranged on two of horizontal guide rail, horizontal link chain is around on above-mentioned horizontal sprocket wheel, described horizontal motor is connected with one of them horizontal sprocket wheel, and above-mentioned drive block is fixed on horizontal link chain.Bottom layer driving mechanism also can adopt similar link chain mechanism to drive lower car bearing platform level turnover.
Anticreep charging mechanism is also provided with between described jiffy stand and upper car bearing platform, this anticreep charging mechanism comprises by electric connection, power supply connector, charging pile and holder, holder is fixedly installed on jiffy stand, it has inner chamber and upper end open, opening part is provided with the cover plate covered by this opening, above-mentioned power supply connector to be arranged in the inner chamber of holder and with power supply electrical communication, the bottom of upper car bearing platform is arranged on by electric connection, after upper car bearing platform moves downward and parks and put in place, by electric connection and power supply connector up and down just to and to be inserted into by opening by electric connection in the inner chamber of holder and to realize electrical communication with described power supply connector, being provided with between cover plate and upper car bearing platform moves up and down according to upper car bearing platform controls cover plate action to change the mechanism for opening/closing of opening open/close states, charging pile is arranged on car bearing platform, be provided with above and the charging connector by electric connection electrical communication.
Described mechanism for opening/closing comprises push rod and torsion spring, above-mentioned cover plate is rotated by torsion spring and is arranged on holder, the driving chip that the both sides that described cover plate is positioned at torsion spring are respectively the cover plate for covering holder opening and drive cover plate to rotate, push rod is fixedly installed on the bottom of car bearing platform straight down, and above-mentioned driving chip is blocked on the vertical motion path of push rod when car bearing platform docks to.
The upper surface of described jiffy stand is vertically provided with securing rod, the bottom of upper car bearing platform is provided with buckle, the sidepiece of securing rod is provided with bayonet socket, above-mentioned buckle is rotationally connected by rotating shaft and upper car bearing platform, wherein one end is provided with grab, and described buckle can rotate around the axis and the grab of buckle is buckled in the bayonet socket of corresponding securing rod.After upper car bearing platform is stopped, buckle and securing rod snapping lock, and guarantee the stability after storing cycle, can arrange several groups according to actual conditions more.
The side that the bottom of described upper car bearing platform is positioned at buckle is also fixed with rectification seat, the bottom of correcting seat has trumpet-shaped guiding socket, the sidepiece correcting seat is provided with and snaps in mouth, above-mentioned securing rod is inserted into from guiding socket and corrects after seat, the mouth that snaps in correcting seat sidepiece can be just right with the bayonet socket of securing rod sidepiece, and the bayonet socket snapping that the grab of buckle is snapped in mouth and rectification seat internal lock fixed pole from the outside of correcting seat by this locks.
The lock drive mechanism driving snap action is provided with between described upper car bearing platform and elevator, this lock drive mechanism comprises stay cord and drive post, the outside of above-mentioned elevator is provided with unblock projection, one end of stay cord is connected with one end of buckle, the other end is connected with drive post, described drive post is blocked in the motion path unlocking projection when clutch plug inserts clutch socket, when unlocking projection promotion drive post motion, drive post can pull stay cord thus drive above-mentioned buckle to unlock, and is equipped with back-moving spring between drive post and upper car bearing platform, between buckle and upper car bearing platform.The mechanical relation unlocking projection, drive post and stay cord is utilized to control the locking and unlocking of buckle.When upper car bearing platform rests on jiffy stand in advance, buckle snaps in the bayonet socket of securing rod, realizes locking; When the upper car bearing platform of needs carrying, clutch plug inserts in clutch socket process, and unlock projection and move upward with elevator movement progress drive post, drive post pulls stay cord, pulls buckle rotate and produce from bayonet socket by stay cord, realizes unlocking; In handling process, because clutch plug is inserted in clutch socket all the time, above-mentioned buckle remains on released state always; After upper car bearing platform carrying is parked to jiffy stand by elevator, if clutch plug does not detach, buckle and securing rod are in unlock state; Elevator declines, and clutch plug detaches, and drive post and buckle reset, and buckle sticks in bayonet socket again, realize locking.
Compared with prior art, this pair of column Bistorey garage can provide two parking stalls simultaneously, and floor space is little, and space availability ratio is large, and the vehicles while passing of upper and lower parking stall is independent of each other.The turnover car direction in garage parking is consistent with road direction, and vehicle is without the need to turning, and the requirement of road pavement width is less.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1.
Fig. 2 is the structural representation that in embodiment 1, buckle and securing rod coordinate.
Fig. 3 is the structural representation of anticreep charging device in embodiment 1.
Fig. 4 is the structural representation that in embodiment 2, contiguous block coordinates with drive block.
Fig. 5 is the structural representation of drive block in enforcement 2.
In figure, 1, jiffy stand; 2, column; 3, lower car bearing platform; 4, upper car bearing platform; 5, riser guide; 6, elevator; 7, parking platform; 8, support column; 9, horizontal guide rail; 10, horizontal motor; 11, bull stick; 12, rack rails; 13, by electric connection; 14, gear; 15, holder; 16, opening; 17, cover plate; 18, torsion spring; 19, cover plate; 20, driving chip; 21, push rod; 22, buckle; 23, securing rod; 24, grab; 25, bayonet socket; 26, drive block; 27, contiguous block; 28, clutch socket; 29, clutch plug; 30, projection is unlocked; 31, drive post; 32, seat is corrected; 33, lead socket; 34, mouth is snapped in.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
Embodiment 1
As shown in Figure 1, this pair of column Bistorey garage comprises the column 2 that two intervals are vertically arranged and the jiffy stand 1 being divided into parking stall, upper strata and bottom parking stall, parking stall, upper strata and bottom parking stall place respectively correspondence are provided with car bearing platform 4 and lower car bearing platform 3, two column 2 sides are in opposite directions equipped with vertical riser guide 5, riser guide 5 is provided with can along the elevator 6 of riser guide 5 oscilaltion, jacking system is equipped with between described elevator 6 with corresponding riser guide 5, each elevator 6 is all fixed with a horizontal guide rail 9, two horizontal guide rails 9 be arranged in parallel and are all positioned at the inner side of respective corresponding column 2, the two ends of upper car bearing platform 4 are separately positioned on two horizontal guide rails 9, the horizontal drive mechanism that car bearing platform 4 can be driven along horizontal guide rail 9 horizontal traversal is provided with between upper car bearing platform 4 and horizontal guide rail 9, described jiffy stand 1 is positioned at the sidepiece of two columns 2, the bottom layer driving mechanism driving lower car bearing platform 3 level turnover is provided with in bottom parking stall.In the present embodiment, jiffy stand 1 is in inverted L-shaped, and comprise the parking platform 7 of level and vertical support column 8, one end and the support column 8 of parking platform 7 are connected, and the other end stretches out to column 2 direction level.
Jacking system is elevating chain, lifting motor and lifting sprocket wheel, lifting sprocket wheel distributes up and down and is arranged in riser guide 5, elevating chain is around on above-mentioned lifting sprocket wheel, described lifting motor is elevated sprocket wheel with one of them and is connected, and above-mentioned elevator 6 is fixed on elevating chain.Horizontal drive mechanism comprises horizontal motor 10, bull stick 11 and gear 14, the two ends of upper car bearing platform 4 are all fixed with drive block 26, can move back and forth along horizontal guide rail 9 in the horizontal guide rail 9 that drive block 26 is fastened on respective side, bull stick 11 is arranged on car bearing platform 4 and two ends connect gear 14 respectively, horizontal motor 10 drives bull stick 11 to rotate, be provided with rack rails 12 in above-mentioned horizontal guide rail 9, bull stick 11 crossbearer between two columns 2 and the gear 14 at two ends engage with the rack rails 12 of respective side horizontal guide rail 9 respectively.In addition, horizontal drive mechanism can also adopt the chain drive mode or leading screw driving that are similar to jacking system.
Parking systems in the present invention is dual-layer parking garage, and have upper and lower two parking spaces, parking platform 7 is as parking stall, upper strata, and the space below parking platform 7 uses as bottom parking stall.Lower car bearing platform 3 in bottom parking stall is by the transverse horizontal turnover of bottom layer driving mechanism, and parking of parking stall, upper strata vehicle needs car bearing platform 4 to realize lifting and traversing carrying.When parking stall, upper strata needs to stop, jacking system drives elevator 6, horizontal guide rail 9 and upper car bearing platform 4 move upward a bit of, car bearing platform 4 is separated with parking platform 7, following horizontal drive mechanism drives upper car bearing platform 4 outwards to move along horizontal guide rail 9, after translation puts in place, jacking system drives elevator 6, horizontal guide rail 9 and upper car bearing platform 4 move downward, and finally make car bearing platform 4 rest in ground, after upper car bearing platform 4 is reached in parking, next upper car bearing platform 4 is finally parked on parking platform 7 according to the sequence of movement of " rising "-" inside translation "-" whereabouts " and completes warehouse-in under the drive of jacking system and horizontal drive mechanism.
In view of at present increasing people buys the situation of electric automobile, the present invention has also set up charging device and has charged to electric automobile with automatic after facilitating user to stop.Because the action of parking of upper car bearing platform 4 final step is vertical whereabouts, the connection form being similar to " plug " insertion " socket " therefore can be adopted to complete the connection of charging circuit.As shown in Figure 3, charging device is between the parking platform 7 and upper car bearing platform 4 of parking systems, it comprises by electric connection 13, power supply connector, charging pile and holder 15, holder 15 is fixedly installed on parking platform 7, it has inner chamber and upper end open 16, opening 16 place is provided with the cover plate 17 covered by this opening 16, above-mentioned power supply connector to be arranged in the inner chamber of holder 15 and with power supply electrical communication, be arranged on the bottom of upper car bearing platform 4 by electric connection 13.
Be the equal of " plug " by electric connection 13, and power supply connector is the equal of " socket ", it is vertically decline to putting in place that the present invention is applicable to last direction of action that car bearing platform 4 parks in garage, car bearing platform 4 This move in utilization, when in realization, car bearing platform 4 is parked and is put in place, realize " plug " insertion " socket " action, make to dock with power supply connector by electric connection 13 to connect.And due to power supply connector and power supply electrical communication, connect by the charging connector of electric connection 13 with charging pile, vehicle stops well by user, the charging connector of automobile batteries and charging pile is connected, by garage operation, upper car bearing platform 4 is moved warehouse-in again, after upper car bearing platform 4 is parked and put in place, " plug " insertion " socket ", just can realize charging.When picking up the car, upper car bearing platform 4 is lifted, and is separated, realizes power-off by electric connection 13 with power supply connector.
Due to holder 15 opening 16 upward, when upper car bearing platform 4 is removed above holder 15, when running into rainwater weather in outdoor, rainwater can be seized the opportunity and pour into from opening 16, therefore this structure of cover plate 17 is provided with at opening 16 place, cover plate 17 is rotated by torsion spring 18 and is arranged on holder 15, the driving chip 20 that the both sides that described cover plate 17 is positioned at torsion spring 18 are respectively the cover plate 19 for covering holder 15 opening 16 and drive cover plate 17 to rotate, under normal circumstances, cover plate 17 is the level of state under the effect of torsion spring 18, and opening 16 covers by cover plate 19.When action is parked in the final step of upper car bearing platform 4, upper car bearing platform 4 declines, and the vertical push rod 21 bottom upper car bearing platform 4 pushes up on driving chip 20, is levered up by cover plate 19 to vertical state, now can be inserted into smoothly in holder 15 by electric connection 13.When detaching by electric connection 13 and push rod 21, cover plate 17 resets under torsion spring 18 acts on, and is again covered by opening 16.In use procedure, not hidden by upper car bearing platform 4 to be hidden by cover plate 19 exactly above opening 16, can ensure that rainwater can not pour into, stop electric leakage accident and occur.
As shown in Figure 2, after upper car bearing platform 4 is parked and put in place, in order to ensure the stability of upper car bearing platform 4, the buckle 22 on car bearing platform 4 and the securing rod 23 on parking platform 7 can be utilized to realize locking.The upper surface of parking platform 7 is vertically provided with securing rod 23, the sidepiece of securing rod 23 is provided with bayonet socket 25, the bottom of upper car bearing platform 4 is provided with buckle 22 and corrects seat 32, rectification seat 32 is positioned at the side of buckle 22 and bottom has trumpet-shaped guiding socket 33, the sidepiece correcting seat 32 is provided with and snaps in mouth 34, securing rod 23 is inserted into from guiding socket 33 and corrects after seat 32, the mouth 34 that snaps in correcting seat 32 sidepiece can be just right with the bayonet socket 25 of securing rod 23 sidepiece, buckle 22 and upper car bearing platform 4 are rotationally connected, wherein one end is provided with grab 24, described buckle 22 can rotate around the axis and make the grab 24 of buckle 22 snap in mouth 34 lock with bayonet socket 25 snapping corrected seat 32 internal lock fixed pole 23 from the outside of correcting seat 32 by this.The final step action that upper car bearing platform 4 is parked is for vertically declining, in decline process, securing rod 23 inserts from the guiding socket 33 corrected bottom seat 32, the horn shape of guiding socket 33 is conducive to the position that car bearing platform 4 corrects skew, after securing rod 23 inserts, the bayonet socket of its sidepiece 25 with correct on seat 32 to snap in mouth 34 just right one by one.After upper car bearing platform 4 is parked and is put in place, in order to ensure the stability of upper car bearing platform 4, the securing rod 23 on parking platform 7 and the buckle 22 on upper car bearing platform 4 can be utilized to realize locking, buckle 22 is driven to rotate with a lock drive mechanism, just grab 24 can be buckled into by snapping in mouth 34 bayonet socket 25 corrected in seat 32 internal lock fixed pole 23, realize locking, or produce realization unblock.After upper car bearing platform 4 is stopped, buckle 22 completes snap close in time; And before car bearing platform 4 moves on elevator 6 drives, also need buckle 22 to unlock in time.
Embodiment 2
As shown in Figure 4 and Figure 5, in the present embodiment, the upper car bearing platform 4 of energy realization is separated with horizontal guide rail 9, drive block 26 is equipped with in two horizontal guide rails 9, the two ends of upper car bearing platform 4 are fixed with and above-mentioned drive block contiguous block 27 one to one, the bottom of contiguous block 27 all has clutch socket 28, is provided with clutch plug 29 outside drive block 26, and described clutch plug 29 vertically can insert from clutch socket 28 and upper car bearing platform 4 is held or detached from clutch socket 28.After clutch plug 29 inserts clutch socket 28, contiguous block 27 and upper car bearing platform 4 can be held together with clutch plug 29 by drive block 26, make car bearing platform 4 can with elevator 6 oscilaltion.And when being held by jiffy stand 1 part at corresponding parking stall place in upper car bearing platform 4 decline process, clutch plug 29 continues decline and detach from clutch socket 28 with elevator 6, now going up car bearing platform 4 docks on corresponding parking space, clutch plug 29 then energy with other on car bearing platform 4 be connected and drive.
In the present embodiment, the locking and unlocking between securing rod 23 and buckle 22 can be realized by a specific lock drive mechanism, this lock drive mechanism comprises stay cord and drive post 31, the outside of above-mentioned elevator 6 is provided with and unlocks projection 30, one end of stay cord is connected with one end of buckle 22, the other end is connected with drive post 31, described drive post 31 is blocked in the motion path unlocking projection 30 when clutch plug 29 inserts clutch socket 28, unlock projection 30 and promote drive post 31 when moving, drive post 31 can pull stay cord thus drive above-mentioned buckle 22 to unlock, between drive post 31 and upper car bearing platform 4, back-moving spring is equipped with between buckle 22 and upper car bearing platform 4.The mechanical relation unlocking projection 30, drive post 31 and stay cord is utilized to control the locking and unlocking of buckle 22.When upper car bearing platform 4 rests on jiffy stand 1 in advance, buckle 22 snaps in the bayonet socket 25 of securing rod 23, realizes locking; When the upper car bearing platform 4 of needs carrying, clutch plug 29 inserts in clutch socket 28 process, and unlock projection 30 and move upward with elevator 6 movement progress drive post 31, drive post 31 pulls stay cord, pull buckle 22 to rotate by stay cord and produce from bayonet socket 25, realizing unlocking; In handling process, because clutch plug 29 is inserted in clutch socket 28 all the time, above-mentioned buckle 22 remains on released state always; After upper car bearing platform 4 carrying is parked to jiffy stand 1 by elevator 6, if clutch plug 29 does not detach, buckle 22 and securing rod 23 are in unlock state; Elevator 6 declines, and clutch plug 29 detaches, and drive post 31 and buckle 22 reset, and buckle 22 sticks in bayonet socket 25 again, realizes locking.
Clutch plug 29, except the form of upwards inserting, can also adopt horizontal to insert or the form of locking realizes after downwards inserting clutch socket 28, or adopt clamping plate, the mode of clamp realizes elevator 6 and is connected with upper the separable of car bearing platform 4.
Should be appreciated that, in claims of the present invention, manual, all " comprising ... " is all interpreted as open implication, and namely its implication is equal to " at least containing ... ", and should not be construed as enclosed implication, namely its implication should not be construed " only comprising ... ".
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.

Claims (10)

1. a two column Bistorey garage, it is characterized in that, it comprises the column (2) that two intervals are vertically arranged and the jiffy stand (1) being divided into parking stall, upper strata and bottom parking stall, in parking stall, upper strata and bottom parking stall, correspondence is provided with car bearing platform (4) and lower car bearing platform (3) respectively, two columns (2) side in opposite directions is all vertically provided with riser guide (5), riser guide (5) is provided with can along the elevator (6) of riser guide (5) oscilaltion, described elevator (6) is equipped with jacking system with between corresponding riser guide (5), each elevator (6) is all fixed with a horizontal guide rail (9), two horizontal guide rails (9) be arranged in parallel and are all positioned at the inner side of respective corresponding column (2), the two ends of described upper car bearing platform (4) are separately positioned on two horizontal guide rails (9), the horizontal drive mechanism that car bearing platform (4) can be driven along horizontal guide rail (9) horizontal traversal is provided with between upper car bearing platform (4) and horizontal guide rail (9), described jiffy stand (1) is positioned at the sidepiece of two columns (2), the bottom layer driving mechanism driving lower car bearing platform (3) level turnover is provided with in bottom parking stall.
2. according to claim 1 pair of column Bistorey garage, it is characterized in that, the two ends of described upper car bearing platform (4) are provided with drive block (26), and drive block (26) is arranged in corresponding horizontal guide rail (9) and also can moves back and forth along horizontal guide rail (9) under horizontal drive mechanism drives.
3. according to claim 2 pair of column Bistorey garage, it is characterized in that, the two ends of described upper car bearing platform (4) are also fixed with and above-mentioned drive block (26) contiguous block (27) one to one, the bottom of contiguous block (27) all has clutch socket (28), drive block (26) outside is provided with clutch plug (29), and described clutch plug (29) vertically can insert from clutch socket (28) and held by upper car bearing platform (4) or detach from clutch socket (28).
4. the two column Bistorey garages according to claim 1 or 2 or 3, it is characterized in that, described jiffy stand (1) is in inverted L-shaped, comprise parking platform (7) and the vertical support column (8) of level, one end and the support column (8) of parking platform (7) are connected, and the other end stretches out to column (2) direction level.
5. the two column Bistorey garages according to claim 1 or 2 or 3, it is characterized in that, described jacking system is elevating chain, lifting motor and lifting sprocket wheel, lifting sprocket wheel distributes up and down and is arranged in riser guide (5), elevating chain is around on above-mentioned lifting sprocket wheel, described lifting motor is elevated sprocket wheel with one of them and is connected, and above-mentioned elevator (6) is fixed on elevating chain.
6. the two column Bistorey garages according to claim 1 or 2 or 3, it is characterized in that, anticreep charging mechanism is also provided with between described jiffy stand (1) and upper car bearing platform (4), this anticreep charging mechanism comprises by electric connection (13), power supply connector, charging pile and holder (15), holder (15) is fixedly installed on jiffy stand (1), it has inner chamber and upper end open (16), opening (16) place is provided with the cover plate (17) covered by this opening (16), above-mentioned power supply connector to be arranged in the inner chamber of holder (15) and with power supply electrical communication, the bottom of upper car bearing platform (4) is arranged on by electric connection (13), after upper car bearing platform (4) moves downward and parks and put in place, by electric connection (13) and power supply connector up and down just to and to be inserted in the inner chamber of holder (15) by opening (16) by electric connection (13) and to realize electrical communication with described power supply connector, being provided with between cover plate (17) and upper car bearing platform (4) moves up and down according to upper car bearing platform (4) controls cover plate (17) action to change the mechanism for opening/closing of opening (16) open/close states, charging pile is arranged on car bearing platform (4), be provided with above and the charging connector by electric connection (13) electrical communication.
7. according to claim 6 pair of column Bistorey garage, it is characterized in that, described mechanism for opening/closing comprises push rod (21) and torsion spring (18), above-mentioned cover plate (17) is rotated by torsion spring (18) and is arranged on holder (15), the driving chip (20) that the both sides that described cover plate (17) is positioned at torsion spring (18) are respectively the cover plate (19) for covering holder (15) opening (16) and drive cover plate (17) to rotate, push rod (21) is fixedly installed on the bottom of car bearing platform (4) straight down, above-mentioned driving chip (20) is blocked in car bearing platform (4) and parks on the vertical motion path of push rod when putting in place (21).
8. the two column Bistorey garages according to claim 1 or 2 or 3, it is characterized in that, the upper surface of described jiffy stand (1) is vertically provided with securing rod (23), the bottom of upper car bearing platform (4) is provided with buckle (22), the sidepiece of securing rod (23) is provided with bayonet socket (25), above-mentioned buckle (22) is rotationally connected by rotating shaft and upper car bearing platform (4), wherein one end is provided with grab (24), described buckle (22) can rotate around the axis and the grab of buckle (22) (24) is buckled in the bayonet socket (25) of corresponding securing rod (23).
9. according to claim 8 pair of column Bistorey garage, it is characterized in that, the side that the bottom of described upper car bearing platform (4) is positioned at buckle (22) is also fixed with corrects seat (32), the bottom of correcting seat (32) has trumpet-shaped guiding socket (33), the sidepiece correcting seat (32) is provided with and snaps in mouth (34), above-mentioned securing rod (23) is from after guiding socket (33) is inserted into and corrects seat (32), the mouth (34) that snaps in correcting seat (32) sidepiece can be just right with the bayonet socket (25) of securing rod (23) sidepiece, bayonet socket (25) snapping that the grab (24) of buckle (22) is snapped in mouth (34) and rectification seat (32) internal lock fixed pole (23) from the outside of correcting seat (32) by this locks.
10. according to claim 8 pair of column Bistorey garage, it is characterized in that, the lock drive mechanism driving buckle (22) action is provided with between described upper car bearing platform (4) and elevator (6), this lock drive mechanism comprises stay cord and drive post (31), the outside of above-mentioned elevator (6) is provided with and unlocks projection (30), one end of stay cord is connected with one end of buckle (22), the other end is connected with drive post (31), described drive post (31) is blocked in the motion path unlocking projection (30) when clutch plug (29) inserts clutch socket (28), when unlocking projection (30) promotion drive post (31) motion, drive post (31) can pull stay cord thus drive above-mentioned buckle (22) to unlock, between drive post (31) and upper car bearing platform (4), back-moving spring is equipped with between buckle (22) and upper car bearing platform (4).
CN201510497250.5A 2015-08-13 2015-08-13 Double vertical column double-layered dimensional parking garage Pending CN105003103A (en)

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CN201510497250.5A CN105003103A (en) 2015-08-13 2015-08-13 Double vertical column double-layered dimensional parking garage

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Application Number Priority Date Filing Date Title
CN201510497250.5A CN105003103A (en) 2015-08-13 2015-08-13 Double vertical column double-layered dimensional parking garage

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106013875A (en) * 2016-05-30 2016-10-12 河南柯尼达智能停车设备有限公司 Double-layer lifting type automatic garage
CN111734178A (en) * 2020-06-10 2020-10-02 台州市楷毅通信技术有限公司 Portable double-deck garage parking

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CN2423348Y (en) * 2000-01-12 2001-03-14 梁渤涛 Double-deck parking stand capable of up-down hirozontal pulling
JP2001220910A (en) * 2000-02-10 2001-08-17 Hiroshi Sasaki Multistory parking garage
CN203531454U (en) * 2013-10-29 2014-04-09 无锡普智联科高新技术有限公司 Double-layer stereo parking garbage
CN203729630U (en) * 2013-07-26 2014-07-23 刘卫东 Two-tiered simple three-dimensional garage allowing for independent access
CN104295140A (en) * 2014-11-04 2015-01-21 周凯旋 Multi-story lifting and rotating type stereo garage
CN204920334U (en) * 2015-08-13 2015-12-30 郑俭余 Double -deck stereo garage of double -column

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2423348Y (en) * 2000-01-12 2001-03-14 梁渤涛 Double-deck parking stand capable of up-down hirozontal pulling
JP2001220910A (en) * 2000-02-10 2001-08-17 Hiroshi Sasaki Multistory parking garage
CN203729630U (en) * 2013-07-26 2014-07-23 刘卫东 Two-tiered simple three-dimensional garage allowing for independent access
CN203531454U (en) * 2013-10-29 2014-04-09 无锡普智联科高新技术有限公司 Double-layer stereo parking garbage
CN104295140A (en) * 2014-11-04 2015-01-21 周凯旋 Multi-story lifting and rotating type stereo garage
CN204920334U (en) * 2015-08-13 2015-12-30 郑俭余 Double -deck stereo garage of double -column

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106013875A (en) * 2016-05-30 2016-10-12 河南柯尼达智能停车设备有限公司 Double-layer lifting type automatic garage
CN111734178A (en) * 2020-06-10 2020-10-02 台州市楷毅通信技术有限公司 Portable double-deck garage parking

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Application publication date: 20151028