CN109296235A - A kind of rotary lifting type three-dimensional garage and its application method - Google Patents
A kind of rotary lifting type three-dimensional garage and its application method Download PDFInfo
- Publication number
- CN109296235A CN109296235A CN201811188937.0A CN201811188937A CN109296235A CN 109296235 A CN109296235 A CN 109296235A CN 201811188937 A CN201811188937 A CN 201811188937A CN 109296235 A CN109296235 A CN 109296235A
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- Prior art keywords
- lifting
- column
- bottom plate
- support
- load carrier
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/02—Small garages, e.g. for one or two cars
- E04H6/06—Small garages, e.g. for one or two cars with means for shifting or lifting vehicles
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/08—Garages for many vehicles
- E04H6/12—Garages for many vehicles with mechanical means for shifting or lifting vehicles
- E04H6/18—Garages for many vehicles with mechanical means for shifting or lifting vehicles with means for transport in vertical direction only or independently in vertical and horizontal directions
- E04H6/22—Garages for many vehicles with mechanical means for shifting or lifting vehicles with means for transport in vertical direction only or independently in vertical and horizontal directions characterised by use of movable platforms for horizontal transport, i.e. cars being permanently parked on palettes
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Mechanical Engineering (AREA)
- Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)
Abstract
The invention discloses a kind of rotary lifting type three-dimensional garage and its application methods, including bottom plate, stereoscopic device and load carrier；Stereoscopic device includes the rotating device positioned at baseplate underside and the lifting device on the upside of bottom plate；Rotating device includes rotating electric machine, pedestal, worm gear, worm screw and downstairs axis；Lifting device includes column, lifting motor and lifting assembly；Column is placed vertically, and lower end is fixedly connected by upper multi-diameter shaft with downstairs axis, and lifting assembly includes upper sprocket wheel, transmission chain, lower sprocket, sliding rail and sliding block；Transmission chain one end is fixedly connected with a slide block, the other end is fixedly mounted on sliding block around the outside of upper sprocket wheel and lower sprocket, and load carrier includes carrier loader platform and is fixedly connected with a slide block loading carriage.This rotary lifting type three-dimensional garage and its application method, structure is simple, can be realized the flexible park and extraction of the high low layer of vehicle, not only space occupied is small, but also operating cost is low, can be realized Fast Installation.
Description
Technical field
The present invention relates to garage apparatus, and in particular to a kind of rotary lifting type three-dimensional garage and its application method, it is specific suitable
Use for city neighborhoods such as small cell, old residential areas.
Background technique
It improves the quality of living and goes on a journey convenient important tool as the improvement of people's living standards, automobile becomes people.
But since enough parking stalls can not be provided in factors, the especially cities such as most of cell shortage of land resource, to cause
Parking stall is expensive, phenomena such as disorderly stopping to leave about, road occupation for parking occurs, causes the difficulty on cell management；In addition, for some small
Type cell and old residential area are influenced by its building, and narrow space is often compared in street, and are reconstructed and needed a large amount of resource,
Therefore stereo garage, which becomes, solves the difficult important device of parking.
Currently, some large tridimensional Garages, for example used in market, although several hundred vehicles, its structure can be accommodated
It is complex, it is expensive, be not suitable for using in small cell or old residential area；Some small three-dimensional garages meet certain
Vehicle parks are measured, need successively to park vehicle, for example vehicle is first promoted to high level, then again by vehicle parks low
Layer, when being picked up the car, high-rise vehicle is inconvenient to extract, and flexibility is restricted, and in addition the high low layer circumference of use is staggered rotation
Mode, install it is complex, although can pick up the car conveniently, since its high low layer rotation occupied space that is staggered is big, and shadow
Ring side road occupation.
Summary of the invention
It is an object of that present invention to provide a kind of rotary lifting type three-dimensional garage and its application methods, and structure is simple, not only real
Existing Fast Installation, and realize the flexible park and extraction of the high low layer of vehicle, space occupied is small, and operating cost is low, is suitable for small
The use of the city neighborhoods such as type cell, old residential area.
To achieve the above object, this rotary lifting type three-dimensional garage includes bottom plate, stereoscopic device and load carrier；
The bottom plate is equipped with parking platform position；The stereoscopic device includes rotating device and lifting device；The rotating dress
Setting in below lifting device, the lifting device is located above bottom plate；
The rotating device includes rotating electric machine, pedestal, worm gear, worm screw and downstairs axis；The rotating electric machine setting exists
On pedestal and output end is connect by shaft coupling with worm screw, and the downstairs axis is placed vertically, and top be fixedly installed worm gear, in
Portion is rotatably installed in upper support seat upper and lower part and is rotatably arranged on lower support base, and the worm gear engages connection with worm screw, it is described on
Support base and lower support base are each attached on pedestal；
The lifting device includes column, lifting motor and lifting assembly；The column is placed vertically, and lower end is by upper
Multi-diameter shaft is fixedly connected with downstairs axis, and the upper end of the column is rotatablely installed upper transmission shaft, lower end rotates at upper multi-diameter shaft
Lower drive shaft is set, and the lifting motor output end is fixedly connected with transmission shaft one end；The lifting assembly is located at column side
On, and including upper sprocket wheel, transmission chain, lower sprocket, sliding rail and sliding block；The sliding rail is vertically arranged on column, the upper sprocket wheel
It is fixedly mounted on transmission shaft, the lower sprocket is fixedly mounted on lower drive shaft, and described transmission chain one end is fixed with sliding block
Connection, the other end are fixedly mounted on sliding block around the outside of upper sprocket wheel and lower sprocket, and the sliding block is slidably arranged on sliding rail；
The load carrier is mounted on lifting device, and including carrier loader platform and loading carriage；The loading carriage one
End is fixedly connected with a slide block, and the carrier loader platform left and right horizontal places and is located at loading carriage upper end.
Further, the lifting assembly is a pair, and a pair of of lifting assembly is symmetrical set at left and right sides of column, one
Upper both ends of the drive shaft is respectively fixedly disposed to upper sprocket wheel, a pair of of lower sprocket is respectively fixedly disposed at lower drive shaft both ends, described
Loading carriage is separately connected a pair of of sliding block.
Further, the stereoscopic device is a pair, and a pair of of stereoscopic device is symmetricly set on bottom plate front and back end, the parking
Platform position is a pair, is symmetricly set on bottom plate before and after a pair of of parking platform position, and is located between a pair of of stereoscopic device, the load-bearing dress
It is set to a pair, and is separately mounted on a pair of of lifting device.
Further, the present apparatus further includes support device, the support device include the support column that is arranged on bottom plate and
Positioned at the support platform of upper end of support column, the support column is located between a pair of of parking platform position, the support platform left and right horizontal
Setting, and the height apart from bottom plate is greater than vehicle upper-lower height.
Further, protective cover is arranged in the pedestal upper end, and the protective cover is located at the top of rotating electric machine and worm gear,
Shield is set on the outside of the transmission chain, is provide with upper cover plate above the upper transmission shaft.
Further, connecting rod, connecting rod one end rotation setting guide roller, the guiding are set on the sliding block
Idler wheel rolling is contacted with sliding rail.
Further, the upper end of the column setting first stroke switchs, lower end setting second stroke switchs, the load-bearing dress
Set lower end setting sensing device, first stroke switch is located at the top of support device, and with second stroke switch with control
Device connection processed, the sensing device are connect with controller, and the controller controls the starting of lifting motor and rotating electric machine and stops
Only.
Further, described transmission chain one end is fixedly mounted on sliding block top, the other end by the by the first connecting pin
Two connecting pins are fixedly mounted on sliding block lower part.
Further, the plate upper surface is located above lower drive shaft, and the carrier loader platform left and right ends are respectively set
The inclined plate tilted down.
A kind of rotary lifting type three-dimensional garage application method, comprising the following steps:
1) by base plate paving on road surface, load carrier be located in support device, height of the support device apart from bottom plate is big
In vehicle oneself height, when carrying out low layer parking, vehicle right and left is directly travelled to being parked at parking platform position, completes low layer
Parking；
2) when carrying out high-rise parking, starting lifting motor is rotated forward, and transmission shaft and upper sprocket wheel rotation, utilize winding in drive
On upper sprocket wheel and lower sprocket transmission chain band movable slider moved up on column so that load carrier move up it is certain
Highly；Start rotating electric machine to rotate forward, rotating electric machine drives worm and worm wheel to rotate downstairs axis, and drives by upper multi-diameter shaft
Column rotation, makes load carrier rotate forward the left or right for being located at bottom plate；Start lifting motor reversion, load carrier is to moving down
Dynamic, carrier loader platform is contacted with road surface, and lifting motor stops working, and then automobile is directly travelled to being parked on carrier loader platform；
When automobile, which is parked, to be completed, starting lifting motor is rotated forward, and load carrier is moved upward to the position higher than support device
It sets, starting rotating electric machine reversion, column drives load carrier to be inverted to the top of support device, and it is anti-then to start lifting motor
Turn, load carrier is moved downward in support device, and lifting motor stops working, and completes high-rise vehicle parks.
Compared with prior art, this rotary lifting type three-dimensional garage has the advantage that
1) present invention setting rotating device and lifting device cooperate, and drive worm and gear rotation by rotating electric machine,
So that downstairs axis drives lifting device angular turn, and start lifting motor, lifting motor drives upper sprocket wheel, so that transmission
Chain drives load carrier to move up and down, therefore realizes the flexible park and extraction to high-rise vehicle, not only avoids and low layer vehicle
Collision, and structure is simple, and space occupied is small, at low cost.
2) promotion of a pair of of lifting assembly completion to high-rise vehicle is arranged in the present invention, and is symmetrically set by a pair of of stereoscopic device
It sets, a pair of of load carrier is located on a pair of of lifting device, therefore not only makes promotion more stable, and safety is stronger, and
And realize the park of more vehicles, improve parking space utilization rate.
3) present invention setting support device is located between a pair of of parking platform position, support platform left and right horizontal by support column
It is arranged and is located at below load carrier, therefore after vehicle is promoted and is rotated, load carrier is placed in support device,
The bearing capacity for mitigating transmission chain, avoids lifting device in running order always after promoting vehicle, more securely and reliably.
4) present invention is due to being arranged second stroke switch, and first in the upper end of the column setting first stroke switch, lower end
Travel switch and second stroke switch are connect with controller, therefore pass through first stroke switch and second stroke switch realization pair
The automatic spacing of lifting device, protection lifting device safe handling, and connect using sensing device with controller, realize load-bearing dress
The automatic lifting and rotation set, flexible operation, more convenient automatic park.
Detailed description of the invention
Overall schematic when Fig. 1 is this garage Elevator for parked vehicles state of the invention；
Overall schematic when Fig. 2 is this garage parking rotation status of the invention；
Main view when Fig. 3 is low layer and the high level parking in this garage of the invention；
Fig. 4 is the stereoscopic device main view in this garage of the invention；
Fig. 5 is the rotating device schematic diagram in this garage of the invention；
Fig. 6 is schematic diagram in A-A direction in the stereoscopic device in this garage of the invention.
In figure: 1, bottom plate, 2, parking platform position, 3, lifting device, 31, shield, 32, transmission chain, 33, upper sprocket wheel, 34, on
Transmission shaft, 35, lifting motor, 36, upper cover plate, 37, column, 38, sliding block, 39, lower sprocket, 310, connecting rod, 311, orienting roll
Wheel, 312, sliding rail, 313, lower drive shaft, 4, rotating device, 41, upper multi-diameter shaft, 42, rotating electric machine, 43, shaft coupling, 44, snail
Wheel, 45, worm screw, 46, upper support seat, 47, pedestal, 48, downstairs axis, 49, lower support base, 410, protective cover, 5, load carrier,
51, carrier loader platform, 52, loading carriage, 53, inclined plate, 6, support device, 61, support column, 62, support platform.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings.
As shown in Figure 1, Figure 2, Figure 3 shows, this rotary lifting type three-dimensional garage and its application method include bottom plate 1, stereoscopic device
With load carrier 5, the bottom plate 1 is equipped with parking platform position 2；
As shown in Fig. 4, Fig. 5, Fig. 6, the stereoscopic device includes rotating device 4 and lifting device 3, the rotating device 4
Positioned at 3 lower section of lifting device, the lifting device 3 is located at 1 top of bottom plate；
The lifting device 3 is located at 4 top of rotating device；The rotating device 4 includes rotating electric machine 42, pedestal 47, snail
Wheel 44, worm screw 45, upper multi-diameter shaft 41 and downstairs axis 48；The rotating electric machine 42 setting is in 47 upper end of pedestal and output end passes through
Shaft coupling 43 is connect with worm screw 45, and the downstairs axis 48 is placed vertically, and top fixed setting worm gear 44, middle part rotational installation
It is rotatably arranged on lower support base 49 in 46 upper and lower part of upper support seat, the worm gear 44 engages connection, the upper branch with worm screw 45
Support seat 46 and lower support base 49 are each attached on pedestal 47；
The lifting device 3 includes column 37, lifting motor 35 and lifting assembly；The column 37 is placed vertically, and under
End is fixedly connected by upper multi-diameter shaft 41 with downstairs axis 48, and 37 upper end of column is rotatablely installed upper transmission shaft 34, lower end is leaned on
Rotation setting lower drive shaft 313,35 output end of lifting motor are fixedly connected with 34 one end of transmission shaft at closely upper multi-diameter shaft 41,
The lifting assembly is located on 37 side of column, and including upper sprocket wheel 33, transmission chain 32, lower sprocket 39, sliding rail 312
With sliding block 38；The sliding rail 312 is vertically arranged on column 37, and the upper sprocket wheel 33 is fixedly mounted on transmission shaft 34, institute
Lower sprocket 39 is stated to be fixedly mounted on lower drive shaft 313, described 32 one end of transmission chain is fixedly mounted on sliding block 38, the other end around
The outside for crossing upper sprocket wheel 33 and lower sprocket 39 is fixedly mounted on sliding block 38, and the sliding block 38 is slidably arranged on sliding rail 312,
The load carrier 5 is mounted on lifting device 3, and including carrier loader platform 51 and loading carriage 52；The carrying
52 one end of vehicle frame is fixedly connected with sliding block 38, and the carrier loader platform 51 is horizontal positioned and is located at 52 upper end of loading carriage.
Further, the lifting assembly is a pair, and a pair of of lifting assembly is symmetrical set in 37 left and right sides of column,
A pair of of upper sprocket wheel 33 is respectively fixedly disposed at 34 both ends of transmission shaft, and a pair of of lower sprocket 39 is respectively fixedly disposed at lower drive shaft
313 both ends, the loading carriage 52 are separately connected a pair of of sliding block 38；Therefore loading carriage is promoted by a pair of of lifting assembly jointly
52, so that load capacity is bigger, the situation for avoiding vehicle unstable in lifting process.
Further, the stereoscopic device is a pair, and a pair of of stereoscopic device is symmetricly set on 1 front and back end of bottom plate, described to stop
Ride position 2 is a pair, is symmetricly set on bottom plate 1 before and after a pair of of parking platform position 2, and is located between a pair of of stereoscopic device, load-bearing
Device 5 is a pair, and is separately mounted on a pair of of lifting device 3；Therefore multiple vehicles are parked in a pair of of parking platform position 2 respectively
On a pair of of carrier loader platform 51, the utilization rate of parking space is improved.
Further, the present apparatus further includes support device 6, and the support device 6 includes the support column being arranged on bottom plate 1
61 and the support platform 62 positioned at 61 upper end of support column, the support column 61 is located between a pair of of parking platform position 2, and the support is flat
62 left and right horizontal of platform is arranged and is located at 5 lower section of load carrier, and height of the support platform 62 apart from bottom plate 1 is greater than vehicle or more
Highly；To avoid lifting device 3 in running order always after promoting vehicle, i.e., transmission chain 32 is in tensioned state, thus
The decline of service life is caused, therefore is put load carrier 5 after vehicle is promoted and is rotated by the way that support device 6 is arranged
It sets in support device 6, i.e., loading carriage 52 is contacted with support platform 62, mitigates the bearing capacity of transmission chain 32.
Further, protective cover 410 is arranged in 47 upper end of pedestal, and the protective cover 410 is located at 42 He of rotating electric machine
Shield 31 is arranged on the outside of the transmission chain 32, is provide with upper cover plate 36 above the upper transmission shaft 34 for the top of worm gear 44；Therefore
It is avoided by setting protective cover 410, shield 31 and upper cover plate 36 using overlong time, the impurity such as dust fall into rotating device 4
In lifting device 3, use device rotation and elevating function are influenced.
Further, connecting rod 310,310 one end of connecting rod rotation setting guide roller are set on the sliding block 38
311, the rolling of guide roller 311 is contacted with sliding rail 312.
Further, 37 upper end of the column setting first stroke switchs, lower end setting second stroke switchs, the load-bearing
Device lower end is arranged sensing device, and first stroke switch is located at the top of support device 6, and with second stroke switch with
Controller connection, the sensing device connect with controller, and the controller controls opening for lifting motor 35 and rotating electric machine 42
Dynamic and stopping；When carrying out high-rise parking, the control signal for preparing park is manually provided, lifting motor 35 rotates forward, and drives and passes
Dynamic chain 32 realizes that load carrier 5 rises, and when rising at first stroke switch, lifting motor 35 stops working, rotating electric machine 42
It rotates forward, and load carrier 5 is diverted to the outside of column 37, then lifting motor 35 rotates backward, and transmission chain 32 is driven to realize
Load carrier 5 drops at second stroke switch, and lifting motor 35 and rotating electric machine 42 stop working；Automobile is moved to again
On load carrier 5, the control signal for completing park is then manually provided, lifting motor 3 rotates forward, and load carrier 5 rises to
At first stroke switch, lifting motor 35 stops working, and rotating electric machine 42 inverts, and load carrier 5 is diverted in column 37
Side, the i.e. top of support device 6, rotating electric machine 42 stop working, and lifting motor 35 rotates backward, when load carrier 5 is located at branch
When on support arrangement 6, i.e., sensing device works, and lifting motor 35 stops working, therefore not only limits to load carrier 5, protects
It protects lifting device 3 to use safely, and realizes its automatic lifting and rotation, flexible operation, more convenient automatic park.
Further, it is logical by the first connecting pin to be fixedly mounted on 38 top of sliding block, the other end for described 32 one end of transmission chain
It crosses the second connecting pin and is fixedly mounted on 38 lower part of sliding block.
Further, 1 upper surface of bottom plate is located at 313 top of lower drive shaft, 51 left and right ends of carrier loader platform point
The inclined plate 53 tilted down is not set；Therefore when bottom plate 1 is flushed with road surface, when needing to carry out three-dimensional park to vehicle, pass through
Lifting device 3 declines load carrier 5, so that the inclined plate 53 on carrier loader platform 51 is flushed with 1 upper surface of bottom plate, avoids carrying
Vehicle platform 51 is higher than bottom plate 1 and causes vehicle can not be in normally travel to carrier loader platform 51, or causes vehicle foreboard and carrier loader platform
51 are collided.
A kind of this rotary lifting type three-dimensional garage is broadly divided into upper layer and lower layer, when in use, is first laid with bottom plate 1
On road surface, a pair of of load carrier 5 is located in support device 6, and height of the support device 6 apart from bottom plate 1 is greater than vehicle certainly
The upper surface of height degree, bottom plate 1 flushes with road surface or facilitates in vehicle driving to bottom plate 1, and rotating device 4 can be hidden in road surface
Under, so that garage is overall beautiful；When carrying out low layer parking, automobile can be parked at direct ridden in left or right direction to parking platform position 2,
Realize the parking of low layer；
When needing to carry out high-rise parking, is rotated forward by lifting motor 35 and upper transmission shaft 34 and upper sprocket wheel 33 is driven to rotate,
The moving up on sliding rail 312 of sliding block 38, i.e. band are realized using the transmission chain 32 being wound around on upper sprocket wheel 33 and lower sprocket 39
Dynamic load carrier 5 moves up, so that carrier loader platform 51 facilitates its rotation apart from the certain height of support device 6, restarts rotation
Rotating motor 42 rotates forward, and rotating electric machine 42 drives the rotation of 44 worm screw 45 of worm gear, realizes 48 turns of downstairs axis be sleeved on worm gear 44
It is dynamic, the rotary motion of column 37 is then realized by upper multi-diameter shaft 41, therefore column 37 will drive load carrier 5 to turn to bottom plate
1 left or right side, i.e. column 37 drive load carrier 5 to rotate forward the left or right for being located at bottom plate 1, then rotate backward lifting electricity
Load carrier 5 is declined using lifting device 3, contacts carrier loader platform 51 with road surface or facilitate vehicle driving to carrier vehicle by machine 35
On platform 51；When in vehicle driving to load carrier 5, starting lifting motor 35 is rotated forward, i.e., lifting device 3 drives load carrier
5 rise, so that load carrier 5 is higher than the position of support device 6, starting rotating electric machine 42 is inverted, i.e., rotating device 4 fills load-bearing
It sets 5 and carries out the top for being inverted to support device 6, finally realized using lifting device 3 and load carrier 5 is dropped into support platform 6,
Complete high-rise parking；
In addition a pair of of stereoscopic device and load carrier 5,3 He of lifting device in a pair of of stereoscopic device is arranged in this stereo garage
Rotating device 4 can be controlled separately, therefore there are four parking stalls, and when carrying out high-rise vehicle parks, load carrier 5 can be staggered liter
Drop and park, are not interfered mutually, last is respectively positioned in support device 6 load carrier 5, therefore realize stopping for four vehicles
It stays；This stereo garage improves the utilization rate of parking toll, and integrally facilitates installation, builds low with operating cost.
Claims (10)
1. a kind of rotary lifting type three-dimensional garage, including bottom plate (1), stereoscopic device and load carrier (5)；It is characterized in that,
The bottom plate (1) is equipped with parking platform position (2)；The stereoscopic device includes rotating device (4) and lifting device (3)；Institute
It states rotating device (4) to be located at below lifting device (3), the lifting device (3) is located above bottom plate (1)；
The rotating device (4) includes rotating electric machine (42), pedestal (47), worm gear (44), worm screw (45) and downstairs axis (48)；
The rotating electric machine (42) is arranged on pedestal (47) and output end is connect by shaft coupling (43) with worm screw (45), the lower rank
Terraced axis (48) is placed vertically, and top fixed setting worm gear (44), middle part are rotatably installed in the rotation of upper support seat (46) upper and lower part
It is arranged on lower support base (49), the worm gear (44) engages connection, the upper support seat (46) and lower support with worm screw (45)
Seat (49) is each attached on pedestal (47)；
The lifting device (3) includes column (37), lifting motor (35) and lifting assembly；The column (37) is placed vertically,
And lower end is fixedly connected by upper multi-diameter shaft (41) with downstairs axis (48), column (37) upper end is rotatablely installed upper transmission shaft
(34), lower end rotates setting lower drive shaft (313) at upper multi-diameter shaft (41), and lifting motor (35) output end is fixed to be connected
Connect transmission shaft (34) one end；The lifting assembly is located on column (37) side, and including upper sprocket wheel (33), transmission chain
(32), lower sprocket (39), sliding rail (312) and sliding block (38)；The sliding rail (312) is vertically arranged on column (37), it is described on
Sprocket wheel (33) is fixedly mounted on transmission shaft (34), and the lower sprocket (39) is fixedly mounted on lower drive shaft (313), described
Transmission chain (32) one end is fixedly connected with sliding block (38), the other end is pacified around external fix of upper sprocket wheel (33) and lower sprocket (39)
On sliding block (38), the sliding block (38) is slidably arranged on sliding rail (312)；
The load carrier (5) is mounted on lifting device (3), and including carrier loader platform (51) and loading carriage (52)；It is described
Loading carriage (52) one end is fixedly connected with sliding block (38), and carrier loader platform (51) left and right horizontal places and is located at loading carriage
(52) upper end.
2. rotary lifting type three-dimensional garage according to claim 1, which is characterized in that the lifting assembly is a pair of, and one
Lifting assembly is symmetrical set at left and right sides of column (37), a pair of of upper sprocket wheel (33) is respectively fixedly disposed at transmission shaft
(34) both ends, a pair of of lower sprocket (39) are respectively fixedly disposed at lower drive shaft (313) both ends, and the loading carriage (52) connects respectively
Connect a pair of of sliding block (38).
3. rotary lifting type three-dimensional garage according to claim 2, which is characterized in that the stereoscopic device is a pair of, and one
Bottom plate (1) front and back end is symmetricly set on to stereoscopic device, the parking platform position (2) is a pair, and a pair of of parking platform position (2) front and back is right
Claim to be arranged on bottom plate (1), and be located between a pair of of stereoscopic device, the load carrier (5) is a pair, and is separately mounted to one
To on lifting device (3).
4. rotary lifting type three-dimensional garage according to claim 3, which is characterized in that the present apparatus further includes support device
(6), the support device (6) includes the support column (61) being arranged on bottom plate (1) and the support for being located at support column (61) upper end
Platform (62), the support column (61) are located between a pair of of parking platform position (2), support platform (62) the left and right horizontal setting,
And the height apart from bottom plate (1) is greater than vehicle upper-lower height.
5. rotary lifting type three-dimensional garage according to any one of claims 1 to 4, which is characterized in that the pedestal
(47) upper end setting protective cover (410), the protective cover (410) are located at the top of rotating electric machine (42) and worm gear (44), institute
It states and shield (31) is set on the outside of transmission chain (32), be provide with upper cover plate (36) above the upper transmission shaft (34).
6. rotary lifting type three-dimensional garage according to claim 5, which is characterized in that connection is arranged on the sliding block (38)
Bar (310), connecting rod (310) one end rotation setting guide roller (311), the guide roller (311) rolls and sliding rail
(312) it contacts.
7. rotary lifting type three-dimensional garage according to claim 6, which is characterized in that column (37) upper end setting the
One stroke switch, lower end setting second stroke switch, and sensing device, the first stroke switch is arranged in the load carrier lower end
It is connect with controller positioned at the top of support device (6), and with second stroke switch, the sensing device and controller connect
It connects, controller control lifting motor (35) and rotating electric machine (42) starts and stops.
8. rotary lifting type three-dimensional garage according to claim 7, which is characterized in that described transmission chain (32) one end passes through
First connecting pin is fixedly mounted on sliding block (38) top, the other end and is fixedly mounted on sliding block (38) lower part by the second connecting pin.
9. rotary lifting type three-dimensional garage according to claim 6, which is characterized in that bottom plate (1) upper surface is located at
Above lower drive shaft (313), the inclined plate (53) tilted down is respectively set in carrier loader platform (51) left and right ends.
10. a kind of rotary lifting type three-dimensional garage application method, which comprises the following steps:
1) bottom plate (1) is laid on road surface, load carrier (5) is located on support device (6), support device (6) is apart from bottom plate
(1) height is greater than vehicle oneself height, and when carrying out low layer parking, vehicle right and left is travelled to being stopped at parking platform position (2)
It stays, completes the parking of low layer；
2) when carrying out high-rise parking, starting lifting motor (35) is rotated forward, transmission shaft (34) and upper sprocket wheel (33) rotation in drive,
Using transmission chain (32) band movable slider (38) being wound around on upper sprocket wheel (33) and lower sprocket (39) to moving up on column (37)
It is dynamic, so that load carrier (5) moves up certain height；Start rotating electric machine (42) to rotate forward, rotating electric machine (42) drives snail
Bar (45) and worm gear (44) rotate downstairs axis (48), and drive column (37) rotation by upper multi-diameter shaft (41), make load-bearing
Device (5) rotates forward the left or right for being located at bottom plate (1)；Starting lifting motor (35) reversion, load carrier (5) moves down,
Carrier loader platform (51) is contacted with road surface, and lifting motor (35) stops working, and then automobile is directly travelled on carrier loader platform (51)
Parked；
When automobile, which is parked, to be completed, starting lifting motor (35) is rotated forward, and load carrier (5) is moved upward to higher than support device
(6) position, starting rotating electric machine (42) reversion, column (37) drive load carrier (5) to be inverted to the upper of support device (6)
Then side starts lifting motor (35) reversion, load carrier (5) is moved downward on support device (6), and lifting motor (35) stops
It only works, completes high-rise vehicle parks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811188937.0A CN109296235A (en) | 2018-10-12 | 2018-10-12 | A kind of rotary lifting type three-dimensional garage and its application method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811188937.0A CN109296235A (en) | 2018-10-12 | 2018-10-12 | A kind of rotary lifting type three-dimensional garage and its application method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109296235A true CN109296235A (en) | 2019-02-01 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811188937.0A Withdrawn CN109296235A (en) | 2018-10-12 | 2018-10-12 | A kind of rotary lifting type three-dimensional garage and its application method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109296235A (en) |
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2018
- 2018-10-12 CN CN201811188937.0A patent/CN109296235A/en not_active Withdrawn
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Address after: 221000 Science and Technology Park of Xuzhou University of Engineering, No. 18 South Third Ring Road, Quanshan District, Xuzhou City, Jiangsu Province (Xuzhou 2.5 Industrial Park) Applicant after: XUZHOU University OF TECHNOLOGY Address before: 221000 Lishui Road, Yunlong District, Xuzhou, Jiangsu 2 Applicant before: XUZHOU University OF TECHNOLOGY |
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Application publication date: 20190201 |
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| WW01 | Invention patent application withdrawn after publication |