CN109797990A - A kind of rotation vertical bike storehouse - Google Patents
A kind of rotation vertical bike storehouse Download PDFInfo
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- CN109797990A CN109797990A CN201910016338.9A CN201910016338A CN109797990A CN 109797990 A CN109797990 A CN 109797990A CN 201910016338 A CN201910016338 A CN 201910016338A CN 109797990 A CN109797990 A CN 109797990A
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- lead screw
- motor
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
Abstract
The invention discloses a kind of rotation vertical bike storehouses, including pedestal, interior case and outline border；Interior case is located in pedestal and the interior case rotating mechanism of the arc elevating mechanism of interior case and pedestal cooperates, and outline border is located at outside interior case, and two elevator mechanisms of two layers of self-locking device of outline border and interior case cooperate.The present invention is by changing bicycle parking posture, automatic rotation access vehicle, using vertical parking, closed collection vehicle.Under same area, the quantity of garage parking is 3 to 4 times of orderly shutdown, while also having the function of antitheft, rain-proof, sun-proof etc..Compact-sized, easy to operate, plastic simplicity can not only effectively improve cell bicycle and disorderly stop phenomena such as leaving about, and improve the safety and reliability of regularity, storage that bicycle puts, keep people's life more convenient.The garage can realize that digitlization stops picking up the car using cell phone application, efficiently, safely, conveniently, improve Level of Urban Modernization can pass through setting Terminal Server Client.
Description
Technical field
The present invention relates to parking lots, and in particular to a kind of rotation vertical bike storehouse.
Background technique
Increasingly developed in national economy, while urbanization speed is accelerated, road also becomes more and more crowded, Green Travel
It is increasingly becoming mainstream.Bicycle is increasingly becoming the selection of more people, but this also leads as one of Green Travel vehicles
The problems such as having caused bicycle parking becomes increasingly conspicuous.Currently, due to the objective shadow with subjective factor such as occupied area, space environment
Ring, most cells park no unified planning for bicycle, cause bicycle parking difficult, occur unrest stop leaving about,
Block phenomena such as corridor is current, this causes strong influence to people's lives.
Summary of the invention
For the deficiency of above-mentioned background technique, the present invention provides a kind of rotation vertical bike storehouse, which passes through change
Bicycle parking posture, automatic rotation access vehicle, this problem of very good solution.
In order to solve the above technical problems, the technical solution adopted in the present invention is as follows:
A kind of rotation vertical bike storehouse, including pedestal, interior case and outline border；Interior case is located in pedestal and the arc elevator of interior case
The cooperation of the interior case rotating mechanism of structure and pedestal, outline border are located at outside interior case, and two layers of two layers of self-locking device of outline border and interior case
Elevating mechanism cooperation.
The pedestal includes bottom plate, interior case rotating mechanism and disengaging type power mechanism；Interior case rotating mechanism is mounted on bottom plate
On, disengaging type power mechanism is mounted on interior case rotating mechanism.
The interior case rotating mechanism, including worm gear, worm screw, endless screw electric motor and connection frame；Endless screw electric motor is mounted on bottom plate
And the output shaft of endless screw electric motor is connect with worm screw, worm and wheel engagement, on the vertically-mounted bottom plate of worm gear, and the axis of worm gear with
The axis of worm screw is vertical；Connection frame is positioned on worm gear upper surface, and disengaging type power mechanism is equipped on connection frame.
The disengaging type power mechanism, including motor I, gear I, lead screw I, motor II, gear II, gear III and slider I；
Motor I is mounted on connection frame upper surface and the output shaft of motor I is connect with gear I, and gear I is engaged with gear III, and gear III is pacified
On lead screw I, lead screw I is positioned on connection frame upper surface and parallel with motor I；Screw thread is equipped with slider I on lead screw I, and motor II is solid
It is scheduled in slider I and with being moved in slider I, and the output shaft driven gear II of motor II rotates, gear II and arc elevator
The chain I of structure, the chain II of two elevator mechanisms are engaged.
Worm gear, worm screw, endless screw electric motor drive worm screw rotation, and worm screw drives worm gear rotation, and worm gear drives connection frame rotation, even
It connects the disengaging type power mechanism above frame to rotate together with worm gear, motor I is rotated with moving gear I, and gear I is with III turn of moving gear
Dynamic, gear III drives lead screw I to rotate, and lead screw I will be converted to the linear movement of slider I, and slider I drives motor II and gear
II linear movement, motor II rotate the chain or two elevator mechanisms for so that gear II is driven arc elevating mechanism with moving gear II
Chain II rotates.
Interior case rotating mechanism drives disengaging type power mechanism unitary rotation to make motor II and II face of the gear arc to be driven
Shape elevating mechanism or two elevator mechanisms, the effect of lead screw I are that motor II and gear II are transported to the arc to be driven lifting
The chain II of mechanism or two elevator mechanisms.
The interior case, including the automatic car locking mechanism of arc elevating mechanism, two elevator mechanisms and one layer；Each arc elevator
It is successively connected with each other between structure and is joined together to form a round box structure, the circle by two elevator mechanisms
Body structure surrounds interior case rotating mechanism and disengaging type power mechanism；And one one layer is equipped on each arc elevating mechanism
Automatic car locking mechanism.
The arc elevating mechanism, including rack, vehicle-carrying plate, lifting assembly；Rack is vertically-mounted on the ground, vehicle-carrying plate
It is mounted on the rack by lifting assembly, and is equipped with one layer of automatic car locking mechanism on the top of vehicle-carrying plate；The lifting assembly, packet
Include connecting rod I, connecting rod II, sliding block II, rail rods, gear IV, lead screw II, sliding block III, chain I；
Hingedly on the rack, the other end of connecting rod I is hinged on sliding block II for one end of connecting rod I, and sliding block II is slidably mounted on track
On bar, rail rods are mounted on vehicle-carrying plate；One end of connecting rod II is hinged on sliding block II, the other end is hinged on sliding block III, sliding
Block III is threaded on lead screw II, and lead screw II is vertically installed on the inside of rack；And gear IV is equipped in the lower part of lead screw II；Two
It is driven between the gear IV of lifting assembly by chain I, chain I is engaged with gear II；
Gear II drives chain I to rotate, and chain drive gear IV rotates, and gear IV drives lead screw II to rotate, the rotation of lead screw II
Moving up and down for sliding block III is converted to, connecting rod II is moved up and down with sliding block III, and then is moved in rail rods with movable slider II, sliding
The swing of the mobile drive connecting rod I of block II, to realize the on and off of vehicle-carrying plate；
It is equipped with idler wheel in rack lower end, idler wheel reduces the friction of body structure, can be around bottom plate circular motion.
Described one layer automatic car locking mechanism, including lever, bolt, pressure spring, tension spring, latch segment, guide pad；
Latch segment and guide pad be opposite to be mounted on vehicle-carrying plate medial surface, and latch segment is equipped with locking slot, locking slot and bolt
Free end is corresponding, and the other end of bolt is fixed on the vertical portion of lever after guide pad；And guide pad and lever is vertical
Pressure spring and tension spring are fixed between portion, and pressure spring is set on bolt；Articulation piece I, articulation piece I are equipped on the inside of the horizontal part of lever
It is equipped with hinged waist hole I, vehicle-carrying plate lateral surface is equipped with articulation piece II, and articulation piece II is equipped with hinged waist hole II；Articulated shaft insertion
The horizontal part and vehicle-carrying plate of lever are linked together in hinged waist hole I and hinged waist hole II, and vehicle-carrying plate has certain position
Move space.
Two elevator mechanisms, including lifting motor, drive sprocket, chain II, driven sprocket, lead screw, lifting module,
Vehicle-carrying plate II, frizzen, rack gear and reduction gear box；Lifting motor is on crane, and the output shaft of lifting motor and master
Movable sprocket connection, drive sprocket are driven chain link by chain II and each driven sprocket；Each driven sprocket is positioned on a silk
On thick stick, lead screw rotates on crane and on crane；Equal screw thread is equipped with a lifting module, lifting on each lead screw
Module is connect by guiding axis with crane；And it is fixed with rack gear in lifting module, reduction gear box is connected on rack gear simultaneously
Transmission is engaged with rack, and reduction gear box moves on rack gear；Vehicle-carrying plate II is on reduction gear box；Sense of touch bar, which is positioned on, to be subtracted
Fast gear-box side.
Lifting motor drives drive sprocket rotation, and drive sprocket drives two driven sprocket rotations by chain II, driven
Sprocket wheel drives respective lead screw rotation, and the up and down motion for being converted to lifting module of lead screw is gone up and down on modular belt carry-over bar
Lower movement, realization once rise or fall；After going up and down module in place, reduction gear box starting is engaged with rack, due to slowing down
Gear-box is stuck on rack gear, so reduction gear box moves up and down on rack gear, is driven vehicle-carrying plate II 2 times and is moved up and down,
Realize that two layers of bicycle stop taking.
The outline border, including support frame, support plate, sunshading board and two layers of self-locking suspension arrangement；Pass through between each support plate
Support frame is in turn connected to form a round box structure with opening, and there is the round box structure of opening to set around interior case
It sets and has passageway between interior case, be equipped with two layers of self-locking suspension arrangement, two layers of self-locking suspension on each support plate top
Device and two elevator mechanisms cooperate；Sunshading board is located at the round box structure upper end with opening for pedestal, interior case and support
Plate covers.
Two layers of self-locking suspension arrangement, including Self-locking hanging hook and hanging bracket；Hanging bracket is pacified on the supporting plate；It is self-locking
Hook is hinged in hanging bracket and matches with vehicle-carrying plate II.
Vehicle-carrying plate II in two elevator mechanisms drives in bicycle uphill process, and Self-locking hanging hook up pushes up in bicycle handle bar
And it is rotated up it, when bicycle rises to predetermined altitude, vehicle-carrying plate II and Self-locking hanging hook realize turning for bicycle handle bar
It connects, hereafter vehicle-carrying plate II moves downward, and under bicycle gravity effect, Self-locking hanging hook is rotated down, when touching hanging bracket, from
Locking and hanging hook stops operating, and bicycle storing is completed.
The present invention is by changing bicycle parking posture, automatic rotation access vehicle, using vertical parking, closed collection
Vehicle.Under same area, the quantity of garage parking is 3 to 4 times of orderly shutdown, while also having antitheft, rain-proof, sun-proof etc.
Function.Compact-sized, easy to operate, plastic simplicity can not only effectively improve cell bicycle and disorderly stop phenomena such as leaving about, and
And the safety and reliability of regularity, storage that bicycle puts is improved, keep people's life more convenient.May be used also in the garage
Setting Terminal Server Client can be passed through, realizes that digitlization stops picking up the car using cell phone application, efficiently, safely, conveniently, it is existing to improve city
Generationization is horizontal, has great popularization value.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is overall structure of the present invention.
Fig. 2 is pedestal axonometric drawing of the present invention.
Fig. 3 is case axonometric drawing in the present invention.
Fig. 4 is outline border axonometric drawing of the present invention.
Fig. 5 is arc elevating mechanism axonometric drawing of the present invention.
Fig. 6 is the axonometric drawing of two elevator mechanisms of the invention.
Fig. 7 is the main view of one layer of automatic car locking mechanism of the invention.
Fig. 8 is the axonometric drawing of two layers of self-locking suspension arrangement of the invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under that premise of not paying creative labor
Embodiment shall fall within the protection scope of the present invention.
A kind of rotation vertical bike storehouse, including pedestal 1, interior case 2 and outline border 3；Interior case 2 is located in pedestal 1 and interior case 2
The interior case rotating mechanism 1.2 of arc elevating mechanism 2.2 and pedestal 1 cooperates, and outline border 3 is located at outside interior case 2, and two layers of outline border 3
Two elevator mechanisms 2.3 of self-locking device 3.4 and interior case 2 cooperate.
Specifically, the pedestal 1 includes bottom plate 1.1, interior case rotating mechanism 1.2 and disengaging type power mechanism 1.3；Interior case rotation
Rotation mechanism 1.2 is mounted on bottom plate 1.1, and disengaging type power mechanism 1.3 is mounted on interior case rotating mechanism 1.2.
The interior case rotating mechanism 1.2, including worm gear 1.2.1, worm screw 1.2.2, endless screw electric motor 1.2.3 and connection frame
1.2.4；Endless screw electric motor 1.2.3 is mounted on bottom plate 1.1 and the output shaft of endless screw electric motor 1.2.3 is connect with worm screw 1.2.2, worm screw
1.2.2 it is engaged with worm gear 1.2.1, on the vertically-mounted bottom plate 1.1 of worm gear 1.2.1, and the axis of worm gear 1.2.1 and worm screw 1.2.2
Axis it is vertical；Connection frame 1.2.4 is positioned on the upper surface worm gear 1.2.1, and disengaging type power mechanism is equipped on connection frame 1.2.4
1.3。
The disengaging type power mechanism 1.3, including I 1.3.1 of motor, I 1.3.2 of gear, I 1.3.3 of lead screw, motor II
1.3.4, II 1.3.5 of gear, gear III 1.3.6 and slider I 1.3.7；I 1.3.1 of motor be mounted on the upper surface connection frame 1.2.4 and
The output shaft of I 1.3.1 of motor is connect with I 1.3.2 of gear, and I 1.3.2 of gear is engaged with III 1.3.6 of gear, III 1.3.6 of gear peace
On I 1.3.3 of lead screw, I 1.3.3 of lead screw is positioned on the upper surface connection frame 1.2.4 and parallel with I 1.3.1 of motor；In I 1.3.3 of lead screw
Upper screw thread is equipped with slider I 1.3.7, and II 1.3.4 of motor is fixed on slider I 1.3.7 and with moving on slider I 1.3.7, and motor
II 1.3.5 of output shaft driven gear of II 1.3.4 is rotated, I 2.2.7 of chain of II 1.3.5 of gear and arc elevating mechanism 2.2,
The chain II of two elevator mechanisms 2.3 is engaged.
Worm gear 1.2.1, worm screw 1.2.2, endless screw electric motor 1.2.3 drive worm screw 1.2.2 rotation, and worm screw 1.2.2 drives worm gear
1.2.1 it rotates, worm gear 1.2.1 drives connection frame 1.2.4 rotation, and the disengaging type power mechanism 1.3 above connection frame 1.2.4 is with snail
Wheel 1.2.1 is rotated together, and motor I 1.3.1 band I 1.3.2 of moving gear is rotated, and gear I 1.3.2 band III 1.3.6 of moving gear is rotated, tooth
It takes turns III 1.3.6 and drives I 1.3.3 of lead screw rotation, I 1.3.3 of lead screw will be converted to the linear movement of slider I 1.3.7, slider I
1.3.7 II 1.3.4 of motor and II 1.3.5 of gear linear movement is driven, motor II 1.3.4 band II 1.3.5 of moving gear rotation makes tooth
Taking turns II 1.3.5 drives the chain 2.2.7 of arc elevating mechanism 2.2 or the chain II of two elevator mechanisms 2.3 to rotate.
Interior case rotating mechanism 1.2 drives 1.3 unitary rotation of disengaging type power mechanism to make II 1.3.4 of motor and gear II
1.3.5 the arc elevating mechanism 2.2 or two elevator mechanisms 2.3 that face to be driven, the effect of I 1.3.3 of lead screw are by motor II
1.3.4 the chain II of the arc elevating mechanism 2.2 to be driven or two elevator mechanisms 2.3 is transported to II 1.3.5 of gear.
The interior case 2, including arc elevating mechanism 2.2, two elevator mechanisms 2.3 and one layer of automatic car locking mechanism 2.4；Respectively
It is successively connected with each other between arc elevating mechanism 2.2 and is joined together to form a circle by two elevator mechanisms 2.3
Body structure, the round box structure surround interior case rotating mechanism 1.2 and disengaging type power mechanism 1.3；And in each arc
One one layer automatic car locking mechanism 2.4 is equipped on elevating mechanism 2.2.
The arc elevating mechanism 2.2, including rack 2.2.1, vehicle-carrying plate 2.2.2, lifting assembly；Rack 2.2.1 is vertical
On the ground, vehicle-carrying plate 2.2.2 is mounted on rack 2.2.1 by lifting assembly for installation, and is pacified on the top of vehicle-carrying plate 2.2.2
There is one layer of automatic car locking mechanism 2.4；The lifting assembly, including I 2.2.3 of connecting rod, II 2.2.4 of connecting rod, II 2.2.5 of sliding block, rail
Road bar 2.2.6, IV 2.2.7 of gear, II 2.2.8 of lead screw, III 2.2.9 of sliding block, chain I；
One end of I 2.2.3 of connecting rod is hinged on rack 2.2.1, and the other end of I 2.2.3 of connecting rod is hinged on II 2.2.5 of sliding block,
II 2.2.5 of sliding block is slidably mounted on rail rods 2.2.6, and rail rods 2.2.6 is mounted on vehicle-carrying plate 2.2.2；II 2.2.4 of connecting rod
One end be hinged on II 2.2.5 of sliding block, the other end is hinged on III 2.2.9 of sliding block, III 2.2.9 of sliding block is threaded in lead screw
On II 2.2.8, II 2.2.8 of lead screw is vertically installed on the inside of rack 2.2.1；And gear IV is equipped in the lower part of II 2.2.8 of lead screw
2.2.7；It is driven between IV 2.2.7 of gear of two lifting assemblies by chain I, chain I is engaged with II 1.3.5 of gear；
II 1.3.5 of gear drives chain I to rotate, and IV 2.2.7 of chain drive gear rotation, IV 2.2.7 of gear drives lead screw II
2.2.8 it rotates, II 2.2.8's of lead screw is converted to moving up and down for III 2.2.9 of sliding block, and II 2.2.4 of connecting rod is with sliding block III
2.2.9 it moves up and down, and then is moved on rail rods 2.2.6 with II 2.2.5 of movable slider, the mobile drive of II 2.2.5 of sliding block connects
The swing of I 2.2.3 of bar, to realize that vehicle-carrying plate 2.2.2's is on and off.
And it is equipped with idler wheel in the lower end rack 2.2.1, idler wheel reduces the friction of body structure, can be around bottom plate 1.1. circle
Zhou Yundong.
Described one layer automatic car locking mechanism 2.4, including lever 2.4.1, bolt 2.4.2, pressure spring 2.4.3, tension spring 2.4.4,
Latch segment 2.4.5, guide pad 2.4.6；Latch segment 2.4.5 and guide pad 2.4.6 is opposite to be mounted on vehicle-carrying plate 2.2.2 medial surface,
And latch segment 2.4.5 is equipped with locking slot, locking slot is corresponding with the free end of bolt 2.4.2, and the other end of bolt 2.4.2 is worn
It crosses after guide pad 2.4.6 and is fixed on the vertical portion of lever 2.4.1；And it is solid between guide pad 2.4.6 and the vertical portion of lever 2.4.1
Surely there are pressure spring 2.4.3 and tension spring 2.4.4, and pressure spring 2.4.3 is set on bolt 2.4.2；It is set on the inside of the horizontal part of lever 2.4.1
There is articulation piece I, articulation piece I is equipped with hinged waist hole I, and vehicle-carrying plate 2.2.2 lateral surface is equipped with articulation piece II, and articulation piece II is equipped with
Hinged waist hole II；Articulated shaft is inserted into horizontal part and vehicle-carrying plate 2.2.2 in hinged waist hole I and hinged waist hole II by lever 2.4.1
It links together, and vehicle-carrying plate 2.2.2 has certain displacement space.
Two elevator mechanisms 2.3, including it is lifting motor 2.3.1, drive sprocket 2.3.2, II 2.3.3 of chain, driven
Sprocket wheel 2.3.4, lead screw 2.3.5, lifting module 2.3.6, II 2.3.7 of vehicle-carrying plate, frizzen 2.3.8, rack gear 2.3.9 and reducing gear
Roller box 2.3.10；Lifting motor 2.3.1 is on crane, and the output shaft of lifting motor 2.3.1 and drive sprocket 2.3.2 connect
It connects, drive sprocket 2.3.2 is driven chain link by II 2.3.3 of chain and each driven sprocket 2.3.4；Each driven sprocket 2.3.4
On a lead screw 2.3.5, lead screw 2.3.5 is rotated on crane and on crane；On each lead screw 2.3.5
Equal screw thread is equipped with a lifting module 2.3.6, and lifting module 2.3.6 is connect by guiding axis with crane；And in lifting module
2.3.6 rack gear 2.3.9 is fixed on, reduction gear box 2.3.10 is connected on rack gear 2.3.9 and engages biography with rack gear 2.3.9
It is dynamic, and reduction gear box 2.3.10 is moved on rack gear 2.3.9；II 2.3.7 of vehicle-carrying plate is on reduction gear box 2.3.10；Touching
Feel bar 2.3.8 and is positioned on the side reduction gear box 2.3.10.
Lifting motor 2.3.1 drives drive sprocket 2.3.2 rotation, and drive sprocket 2.3.2 drives two by II 2.3.3 of chain
A driven sprocket 2.3.4 rotation, driven sprocket 2.3.4 drive respective lead screw 2.3.5 rotation, the rotation conversion of lead screw 2.3.5
For the up and down motion for going up and down module 2.3.6, lifting module 2.3.6 band carry-over bar is moved up and down, and realization once rises or falls；When
After going up and down module in place, reduction gear box 2.3.10 starting is engaged with rack gear 2.3.9, since reduction gear box 2.3.10 is to be stuck in
On rack gear, so reduction gear box 2.3.10 is moved up and down on rack gear, drives II 2.3.7 of vehicle-carrying plate bis- times and moves up and down,
Realize that two layers of bicycle stop taking.
The outline border 3, including support frame 3.1, support plate 3.2, sunshading board 3.3 and two layers of self-locking suspension arrangement 3.4；Each
A round box structure with opening is in turn connected to form by support frame 3.1 between fagging 3.2, there is the circle of opening
Body structure is arranged around interior case 2 and has passageway between interior case 2, is equipped with one two layers certainly on each 3.2 top of support plate
Suspension arrangement 3.4 is locked, two layers of self-locking suspension arrangement 3.4 and two elevator mechanisms 2.3 cooperate；Sunshading board 3.3, which is located at, has opening
Round box structure upper end pedestal 1, interior case 2 and support plate 3.2 are covered.
Two layers of self-locking suspension arrangement 3.4, including Self-locking hanging hook 3.4.1 and hanging bracket 3.4.2；Hanging bracket
3.4.2 in support plate 3.2；Self-locking hanging hook 3.4.1 is hinged on hanging bracket 3.4.2 and matches with II 2.3.7 of vehicle-carrying plate
It closes.
II 2.3.7 of vehicle-carrying plate in two elevator mechanisms 2.3 drives in bicycle uphill process, and bicycle handle bar up pushes up
Self-locking hanging hook 3.4.1 is simultaneously rotated up it, when bicycle rises to predetermined altitude, II 2.3.7 of vehicle-carrying plate and Self-locking hanging hook
3.4.1 the switching of bicycle handle bar is realized, hereafter II 2.3.7 of vehicle-carrying plate is moved downward, under bicycle gravity effect, from lock hanging
Hook 3.4.1 is rotated down, and when touching hanging bracket 3.4.2, Self-locking hanging hook 3.4.1 stops operating, and bicycle storing is completed.
The course of work: when user comes to park bicycle, by next one layer of empty parking space, the interior case whirler of bottom
Structure operation, and program voluntarily judges best direction of rotation, so that interior case rotates, selected parking stall is aligned with library door, then below
Disengaging type power mechanism bring into operation, motor is moved forward, provides power to arc elevating mechanism, arc elevating mechanism then utilizes
Lead screw, connecting rod, sliding block realize the lifting of vehicle-carrying plate.When vehicle-carrying plate will contact to earth, automatic car locking mechanism above utilizes lever
Bolt is automatically opened with spring, bicycle can be pushed in, door close button is pressed, when vehicle-carrying plate is liftoff, due to the work of spring
With bolt is automatically inserted into pin hole, and lock is lived.After vehicle-carrying plate rises, disengaging type power mechanism is out of service, returns to simultaneously
Initial position completes a bicycle parking, one layer of bicycle parking and pick-up process are essentially the same.When user presses two layers of empty parking space
When, two elevator mechanisms are aligned by the interior case rotating mechanism operating of bottom with library door, and gear-box and rack gear above is as level-one
Lifting, by the effect of connecting rod, so that vehicle-carrying plate is put bicycle, press door close button, motor is anti-from becoming horizontal vertically
Turn, bicycle is risen, the interior case rotating mechanism operating of subsequent bottom rotates in garage to corresponding parking stall, is used as two at this time
The feed screw nut of grade lifting brings into operation, and vehicle is risen to position corresponding to two layers of self-locking trailer arrangement, runing rest is jacked up
To proper angle, vehicle can be put, the principle of similar comb teeth.Secondary lifting retracts initial position at this time, and bicycle parking can be completed.
Two layers of bicycle parking and pick-up, only the folding angle of runing rest is different, remaining process is substantially similar.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of rotation vertical bike storehouse, including pedestal (1), interior case (2) and outline border (3)；It is characterized by: interior case (2) is provide with
In pedestal (1) and the interior case rotating mechanism (1.2) of the arc elevating mechanism (2.2) of interior case (2) and pedestal (1) cooperates, outline border
(3) it is located at interior case (2) outside, and two layers of self-locking device (3.4) of outline border (3) and two elevator mechanisms (2.3) of interior case (2) are matched
It closes.
2. rotation vertical bike storehouse according to claim 1, it is characterised in that: the pedestal (1) include bottom plate (1.1),
Interior case rotating mechanism (1.2) and disengaging type power mechanism (1.3)；Interior case rotating mechanism (1.2) is mounted on bottom plate (1.1), from
Box-like power mechanism (1.3) is mounted on interior case rotating mechanism (1.2).
3. rotation vertical bike storehouse according to claim 2, it is characterised in that: the interior case rotating mechanism (1.2), including
Worm gear (1.2.1), worm screw (1.2.2), endless screw electric motor (1.2.3) and connection frame (1.2.4)；Endless screw electric motor (1.2.3) is mounted on
On bottom plate (1.1) and the output shaft of endless screw electric motor (1.2.3) is connect with worm screw (1.2.2), worm screw (1.2.2) and worm gear
(1.2.1) is engaged, on worm gear (1.2.1) vertically-mounted bottom plate (1.1), and the axis of worm gear (1.2.1) and worm screw (1.2.2)
Axis is vertical；Connection frame (1.2.4) is positioned on the upper surface worm gear (1.2.1), and disengaging type power is equipped on connection frame (1.2.4)
Mechanism (1.3).
4. rotation vertical bike storehouse according to claim 2 or 3, it is characterised in that: the disengaging type power mechanism
(1.3), including motor I (1.3.1), gear I (1.3.2), lead screw I (1.3.3), motor II (1.3.4), gear II (1.3.5),
Gear III (1.3.6) and slider I (1.3.7)；Motor I (1.3.1) is mounted on the connection frame upper surface (1.2.4) and motor I
The output shaft of (1.3.1) is connect with gear I (1.3.2), and gear I (1.3.2) is engaged with gear III (1.3.6), gear III
(1.3.6) on lead screw I (1.3.3), lead screw I (1.3.3) positioned on the connection frame upper surface (1.2.4) and with motor I (1.3.1)
In parallel；Screw thread is equipped with slider I (1.3.7) on lead screw I (1.3.3), and motor II (1.3.4) is fixed on slider I (1.3.7) simultaneously
With being moved on slider I (1.3.7), and output shaft driven gear II (1.3.5) rotation of motor II (1.3.4), gear II
(1.3.5) is engaged with the chain I (2.2.7) of arc elevating mechanism (2.2), the chain II of two elevator mechanisms (2.3).
5. rotation vertical bike storehouse according to claim 1, it is characterised in that: the interior case (2), including arc elevator
Structure (2.2), two elevator mechanisms (2.3) and one layer of automatic car locking mechanism (2.4)；Between each arc elevating mechanism (2.2) successively
It is connected with each other and a round box structure, the round box is joined together to form by two elevator mechanisms (2.3)
Structure surrounds interior case rotating mechanism (1.2) and disengaging type power mechanism (1.3)；And on each arc elevating mechanism (2.2)
Equipped with one one layer automatic car locking mechanism (2.4).
6. rotation vertical bike storehouse according to claim 5, it is characterised in that: the arc elevating mechanism (2.2), including
Rack (2.2.1), vehicle-carrying plate (2.2.2), lifting assembly；Rack (2.2.1) is vertically-mounted on the ground, vehicle-carrying plate (2.2.2)
It is mounted on rack (2.2.1) by lifting assembly, and is equipped with one layer of automatic car locking mechanism on the top of vehicle-carrying plate (2.2.2)
(2.4)；The lifting assembly, including connecting rod I (2.2.3), connecting rod II (2.2.4), sliding block II (2.2.5), rail rods
(2.2.6), gear IV (2.2.7), lead screw II (2.2.8), sliding block III (2.2.9), chain I；
One end of connecting rod I (2.2.3) is hinged on rack (2.2.1), and the other end of connecting rod I (2.2.3) is hinged on sliding block II
On (2.2.5), sliding block II (2.2.5) is slidably mounted on rail rods (2.2.6), and rail rods (2.2.6) are mounted on vehicle-carrying plate
On (2.2.2)；One end of connecting rod II (2.2.4) is hinged on sliding block II (2.2.5), the other end is hinged on sliding block III (2.2.9)
On, sliding block III (2.2.9) is threaded on lead screw II (2.2.8), and lead screw II (2.2.8) is vertically installed at rack (2.2.1)
Inside；And gear IV (2.2.7) is equipped in the lower part of lead screw II (2.2.8)；Lead between the gear IV (2.2.7) of two lifting assemblies
The transmission of chain I is crossed, chain I is engaged with gear II (1.3.5)；
It is equipped with idler wheel in the rack lower end (2.2.1), idler wheel reduces the friction of body structure, can transport around bottom plate (1.1.) circumference
It is dynamic.
7. rotation vertical bike storehouse according to claim 5 or 6, it is characterised in that: described one layer automatic car locking mechanism
(2.4), including lever (2.4.1), bolt (2.4.2), pressure spring (2.4.3), tension spring (2.4.4), latch segment (2.4.5), guiding
Block (2.4.6)；
Latch segment (2.4.5) and guide pad (2.4.6) are mounted on vehicle-carrying plate (2.2.2) medial surface, and latch segment (2.4.5) relatively
It is equipped with locking slot, locking slot is corresponding with the free end of bolt (2.4.2), and the other end of bolt (2.4.2) passes through guide pad
The vertical portion of lever (2.4.1) is fixed on after (2.4.6)；And it is solid between guide pad (2.4.6) and the vertical portion of lever (2.4.1)
Surely there are pressure spring (2.4.3) and tension spring (2.4.4), and pressure spring (2.4.3) is set on bolt (2.4.2)；The water of lever (2.4.1)
Articulation piece I is equipped on the inside of flat portion, articulation piece I is equipped with hinged waist hole I, and vehicle-carrying plate (2.2.2) lateral surface is equipped with articulation piece II, hinge
Fitting II is equipped with hinged waist hole II；Articulated shaft is inserted into the horizontal part in hinged waist hole I and hinged waist hole II by lever (2.4.1)
It links together with vehicle-carrying plate (2.2.2), and vehicle-carrying plate (2.2.2) has certain displacement space.
8. rotation vertical bike storehouse according to claim 5, it is characterised in that: two elevator mechanisms (2.3), including
Lifting motor (2.3.1), chain II (2.3.3), driven sprocket (2.3.4), lead screw (2.3.5), rises drive sprocket (2.3.2)
Module (2.3.6), vehicle-carrying plate II (2.3.7), frizzen (2.3.8), rack gear (2.3.9) and reduction gear box (2.3.10) drop；
Lifting motor (2.3.1) is on crane, and the output shaft of lifting motor (2.3.1) is connect with drive sprocket (2.3.2), main
Movable sprocket (2.3.2) is driven chain link by chain II (2.3.3) and each driven sprocket (2.3.4)；Each driven sprocket
(2.3.4) on a lead screw (2.3.5), lead screw (2.3.5) rotates on crane and on crane；Each
Equal screw thread is equipped with a lifting module (2.3.6) on lead screw (2.3.5), and lifting module (2.3.6) passes through guiding axis and crane
(2.3.11) connection；And be fixed with rack gear (2.3.9) in lifting module (2.3.6), reduction gear box (2.3.10) is connected to
On rack gear (2.3.9) and with rack gear (2.3.9) engaged transmission, and reduction gear box (2.3.10) moves on rack gear (2.3.9)；
Vehicle-carrying plate II (2.3.7) is on reduction gear box (2.3.10)；Sense of touch bar (2.3.8) is positioned on the side reduction gear box (2.3.10)
End.
9. rotation vertical bike storehouse according to claim 1, it is characterised in that: the outline border (3), including support frame
(3.1), support plate (3.2), sunshading board (3.3) and two layers of self-locking suspension arrangement (3.4)；Pass through branch between each support plate (3.2)
Support (3.1) is in turn connected to form a round box structure with opening, has the round box structure of opening around interior
Case (2) is arranged and has passageway between interior case (2), is equipped with one two layers self-locking suspension dress on each support plate (3.2) top
It sets (3.4), two layers of self-locking suspension arrangement (3.4) and two elevator mechanisms (2.3) cooperate；Sunshading board (3.3), which is located at, has opening
Round box structure upper end pedestal (1), interior case (2) and support plate (3.2) are covered.
10. rotation vertical bike storehouse according to claim 9, it is characterised in that: two layers of self-locking suspension arrangement
Including Self-locking hanging hook (3.4.1) and hanging bracket (3.4.2) (3.4),；Hanging bracket (3.4.2) is on support plate (3.2)；
Self-locking hanging hook (3.4.1) is hinged on hanging bracket (3.4.2) and matches with vehicle-carrying plate (2.3.7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910016338.9A CN109797990B (en) | 2019-01-08 | 2019-01-08 | Rotary vertical bicycle garage |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910016338.9A CN109797990B (en) | 2019-01-08 | 2019-01-08 | Rotary vertical bicycle garage |
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| CN109797990A true CN109797990A (en) | 2019-05-24 |
| CN109797990B CN109797990B (en) | 2023-09-05 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110905253A (en) * | 2019-11-21 | 2020-03-24 | 武汉科技大学 | Three-dimensional parking garage |
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| CN109797990B (en) | 2023-09-05 |
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