CN206016376U - Vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod - Google Patents
Vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod Download PDFInfo
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- CN206016376U CN206016376U CN201620929973.8U CN201620929973U CN206016376U CN 206016376 U CN206016376 U CN 206016376U CN 201620929973 U CN201620929973 U CN 201620929973U CN 206016376 U CN206016376 U CN 206016376U
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Abstract
This utility model is related to vertical-lift parking systems outside a kind of storehouse combined by screw rod with spiral bevel gear.Parking systems is made up of main body frame, vertical-lift drive system, transverse movement system and car body supporting plate, vertical-lift drive system is located at main body frame front side and is connected with column, transverse movement system is located in the interlayer plane that the crossbeam of main body frame is constituted, and car body supporting plate is in Dynamic link library by the scroll wheel for arranging with vertical-lift drive system, transverse movement system.Vertical hoisting system is made up of lift servo motor, lifting screw, elevating screws bevel gear diverter, connecting rod；Transverse movement system is made up of transverse translation servomotor, A, B group transverse translation actuating device and transverse translation guide rail；Car body supporting plate bottom surface is provided with scroll wheel, while also setting up dovetail hook and slot.This utility model can set up bicycle multi-storied stereo parking garage on an only parking area, and stopping can be by road when picking up the car；Using approach screw, the steady nothing of process drags sense.
Description
Technical field
This utility model is related to a kind of technical field of mechanical transmission, and in particular to a kind of screw rod is combined with spiral bevel gear
Vertical-lift parking systems outside storehouse.
Background technology
With expanding economy and the progress of society, the desire that people purchase family car is more and more stronger, one side side
Just everybody goes on a journey, and on the other hand also brings great pressure to parking.In the case where parking area is limited, on effective area
Expand stop space, improve car park capacity and become inside and outside people's research and design office parking systems important directions and effectively
Means.
Garage parking is divided into independent in construction form and includes two types.Contained garage parking is applied to synchronous with new building
Planning and construction, parking apparatus are attached in building, such as bomb shelter parking lot of underground parking, manufacturing products for both peacetime and wartime us etc., contained
Garage parking is not affected on regional environmental planning and building sight, but confined condition is more, and construction cost is high, and plot ratio is low.
And free-standing parking structure compatibly descend square, sinking and the Multilayer parking facility being superimposed upwards downwards on limited areal, made
The area of limit plays maximum space behavior, increases plot ratio, thus is continuously available attention and the favor that research and development people comes.
At present, the parking systems of a large amount of applications, most of using chain, gear, tooth bar, belt, screw rod, steel cable
And the compound mode such as hydraulic pressure carries out moving horizontally and lifting moving for parking stall, such as gear and chain, gear and belt, gear
Combined with steel cable with steel cable or gear, tooth bar with steel cable, screw rod, and the lifting and movement on parking stall is completed by them.Existing
Lifting with move horizontally, there are the following problems：1st, the above-mentioned connection kind of drive is adopted, and mechanical resistance and noise are larger, on the one hand disappear
Power consumption driving source, on the other hand easily produces chain and de- zoning, and fault rate is higher.2nd, steel cable mode, steel cable silk number are adopted
When many, and the combination of gear is not tight, easily comes off, and easily produces line to elastic elongation, be driven degree of accuracy when steel cable silk number is few
Difference.3rd, existing three-dimensional parking garage, major part are used and lift the mode shifted and between parking stall in storehouse, and this mode is more
Or area and the space in garage will be taken less, substantially reduce garage plot ratio, meanwhile, also just because of using storehouse
The mode of interior lifting, builds a parking systems for taking up an area only one parking stall, it is necessary to which a lifting position is matched.Inspection
The various disclosed documents and materials of rope, substantial amounts of are related to all be using above-mentioned thinking.4th, from the point of view of drive mechanism, either carry in storehouse
Rise, combined by chain, gear, tooth bar, belt, screw rod, steel cable and hydraulic pressure etc. without exception
Mode realizes vertical-lift mode and transverse translation mode, and the mode of this vertical-lift with transverse translation mode because being many
The combination of component causes stationarity and reliability relatively low, and this is that prior art is difficult to the design for overcoming and the defect that builds.Such as
A kind of fast lifting drive mechanism and it is compatible with the method to set up of charger（CN201510889315.0）, a kind of stereoscopic vehicle
Storehouse vehicle conveying device（CN201510712867.4）, a kind of stereo parking facility（CN201520823184.1）, a kind of new
Mechanical type three-dimensional parking garage（CN201520720223.5）A kind of parking systems of vertical lift horizontal shifting
（CN201510441580.2）, Household three-dimensional garage parking（CN201520385083.0）, a kind of intelligent suspension parking systems
And its method of work（CN201510241383.6）, three-dimensional parking device（CN200820136863.1）Etc..
Content of the invention
For overcoming above-mentioned many technological deficiencies, the purpose of this utility model is to propose a kind of screw rod to tie with spiral bevel gear
Vertical-lift parking systems outside the storehouse of conjunction.
For realize the purpose of this utility model adopt technical scheme be：
Described parking systems by main body frame, a set of vertical-lift drive system, 1-6 set transverse movement system and
Car body supporting plate is constituted, and forms vertical-lift parking systems outside the storehouse that combined with spiral bevel gear of screw rod of a 2-7 layer；Its
In, vertical-lift drive system is located at front side and is connected with main body frame by the lifting handle in vertical-lift drive system,
Transverse movement system be located at main body frame every layer of parking tier interlayer plane on, car body supporting plate by arrange scroll wheel with vertical
It is in Dynamic link library to lift drive system, transverse movement system.
Described main body frame, is rigidly connected by 4 head trees and some crossbeams；Described head tree, is fixed on post
On pile foundation seat, front A posts, front B posts, rear A posts and rear B posts is all around followed successively by by which, be mutually perpendicular to column per 4 crossbeams
Eminence is rigidly connected and constitutes hollow parking tier plane framework.Each hollow parking tier plane framework configures 1 set of horizontal shifting
Dynamic system just constitutes bicycle position multi-storied stereo parking garage；Some described crossbeams, are 4 multiple, by that analogy 24 crossbeams
With the connection of column, configure 6 sets of transverse movement system and just may make up seven layers of bicycle position parking systems.For increasing main body frame
Stability, be located in the patch of 4 head trees, can also arrange patch ground crossbeam；For preventing from being exposed to the sun, on the top of 4 head trees
Top end, can also arrange top crossbeam, convenient installation top.
Described front A posts, front B posts, cross section is concave structure, arranges in the front of front A posts, front B posts upper female mouth
There is the folding jacking block of inverted L shape.
Described vertical hoisting system, by lift servo motor, lifting screw A, elevating screws bevel gear diverter A, company
Bar, elevating screws bevel gear diverter B, lifting screw B, bearing, lifting handle A and lifting handle B are constituted, wherein lift servo motor
Front A posts upper end in the head tree, and carry out coaxial vertical connect successively with helical bevel gear reverser A, lifting screw A
Connect, between helical bevel gear reverser A and helical bevel gear reverser B, lateral connection is carried out by connecting rod, while screw conic tooth
Wheel diverter B carries out coaxial vertical connection again with lifting screw B；Lifting nut slide block A, liter in lifting handle A and lifting handle B
It is threadedly coupled between drop nut slider B and lifting screw；Bearing fixes lifting screw A, the two ends of lifting screw B respectively.Rise
In the embedded bearing of drop screw rod A, lifting screw B, the positioning action of screw rod can be played, the resistance of screw rod rotation can be reduced again, had
Effect prevents screw rod lateral displacement and bending.Lifting screw concomitant rotation after lift servo electrical power.As described above, group
Lifting screw A, lifting screw B, bearing and lifting handle A and lifting handle B after conjunction is nested in front A posts, the Baltimore groove post of front B posts
Interior.
Described lifting screw A, lifting screw B, is the convex thread structure of solid uniform pitch.
Lifting handle A in described vertical hoisting system or lifting handle B, is an anti-flexuose structure, respectively by lifting
Nut slider A and lifting trailing arm A, lifting nut slide block B and lifting trailing arm B are constituted, lifting nut slide block A and lifting trailing arm A or
Make movable mode by the bolt hole bolt for arranging between lifting nut slide block B and lifting trailing arm B to connect, and then ensure to rise
Drop trailing arm A, lifting trailing arm B do the upset of level and plumbness with bolt as fulcrum；Lifting nut slide block A and lifting nut are slided
Block B is respectively embedded in front A posts, front B posts Baltimore groove and can slide up and down in Baltimore groove, and lifting screw B is each passed through lifting
Nut slider A and lifting nut slide block B and by lifting screw convex thread with lifting nut slide block recessed screw thread with threaded engagement side
Formula connects.When lift servo motor drive lifting screw rotate when, lifting nut slide block is also slided up and down therewith, complete rise with
The process of decline.
Described lifting trailing arm A and lifting trailing arm B, is also respectively provided with spill and rolls race, and car body supporting plate bottom surface is left
The scroll wheel that right side is arranged just can be embedded.
Described transverse movement system, by transverse translation servomotor, A group transverse translation actuating devices, B group transverse translations
Actuating device and a pair of transverse translation guide rails are constituted, and are symmetrical set；Wherein A groups transverse translation actuating device is by laterally putting down
Move servomotor to drive, B group transverse translations actuating device is connected with A group transverse translation actuating devices by connecting rod, horizontal
Translation servo-motors drive lower synchronous axial system.Described transverse translation servomotor is transversely mounted in main body frame parking tier
The rear of rear cross beam.
Described A group transverse translations actuating device is by horizontal helical bevel gear reverser A, transverse translation screw rod A, laterally flat
Move dovetail hook A, transverse translation bearing block A and transverse translation bearing A to constitute, wherein horizontal helical bevel gear reverser A, laterally flat
Moving screw rod A, transverse translation dovetail hook A carries out coaxial level connection joint；In the termination of transverse translation screw rod A and transverse translation bearing
Seat A, transverse translation bearing A are used cooperatively, on front beam beam face；Horizontal stroke after laterally helical bevel gear reverser A is installed on
On Liang Liang faces.Laterally connected by shaft coupling between helical bevel gear reverser A and transverse translation screw rod A.
Described transverse translation dovetail hook A point is transverse translation nut slider A and transverse translation drag hook A, wherein laterally flat
Move between nut slider A and transverse translation screw rod A to be threadedly coupled.Transverse translation is driven after transverse translation servomotor is powered
Screw rod A also drives transverse translation dovetail hook A to make horizontal direction slip while rotation.
Described B group transverse translations actuating device is by horizontal helical bevel gear reverser B, transverse translation screw rod B, laterally flat
Move bearing block B, transverse translation bearing B and transverse translation dovetail hook B to constitute, its connected mode is laterally flat with A groups with mounting means
Move actuating device identical.
Described transverse translation guide rail, respectively transverse translation guide rail A and transverse translation guide rail B two, be arranged in parallel, per
The two ends of root transverse translation guide rail are individually fixed on described crossbeam beam face in front and back.
Spill is provided with described transverse translation guide rail rolls race, the rolling that car body supporting plate bottom surface left and right sides is arranged
Wheel just can be embedded.
Described car body supporting plate is the component that a steel plate girder steel is combined, generally platy structure, the bottom surface of car body supporting plate
The left and right sides, is provided with symmetrical multipair scroll wheel, can be embedded in the spill that arrange on lifting trailing arm and roll race；Car body supporting plate
Arrange in the distance between the scroll wheel that the bottom surface left and right sides is arranged, both sides scroll wheel, with lifting trailing arm A and lifting trailing arm B
Spill to roll the distance between two translating rails that the distance between race and parking tier be arranged in parallel equal；Described
Car body supporting plate, in the side towards parking systems, is additionally provided with dovetail hook and slot corresponding with translation dovetail hook, translates dovetail hook
Connect in chimeric shape with dovetail hook and slot.There is larger thickness due to translating dovetail hook with dovetail hook and slot, therefore both chimeric shapes connect
After connecing, translation dovetail hook will not occur the phenomenon of left and right upset, and then ensure the transverse translation slide nut in transverse translation dovetail hook
Block can be slid laterally when transverse translation screw rod is rotated.
According to said structure, described parking systems pick-up operation principle is：
1st, start the lift servo motor being arranged on front A posts, by elevating screws bevel gear diverter A, connecting rod and liter
The commutation and ratcheting effect of drop helical bevel gear reverser B, lifting screw A, lifting screw B synchronous synchronized in the same direction rotation therewith,
And then drive lifting handle A and lifting handle B to decline, originally by the folding jacking block jack-up on front A posts, front B posts into vertical folding state
Lifting trailing arm, be changed into horizontal from vertical folding shape in the presence of self gravitation；Lifting handle is dropped to after pick-up layer comes to a complete stop,
The spill arranged on lifting trailing arm rolls race and a pair of transverse translation guide rails in transversal translation system in mated condition, lifting
Servomotor quits work；
2nd, start transverse translation actuating device in translation servo-motors, by transverse translation helical bevel gear reverser,
The commutation of connecting rod and transverse translation helical bevel gear reverser B and ratcheting effect, transverse translation screw rod A, transverse translation screw rod B turn
Dynamic, car body supporting plate is progressively rolled race along transverse translation guide rail spill and is steadily released by transverse translation nut slider, is entered and is risen
Spill in drop trailing arm rolls race, and rear transverse translation servomotor quits work in place；
3rd, second synchronization starts the lift servo motor in vertical-lift actuating device, and lifting screw is rotated, car body supporting plate
Start to begin to decline as lifting handle declines, decline the hook and slot on beginning aftercarriage supporting plate and translation drag hook is separated, lifting support
Car is driven away by pick-up people after being down to ground by arm；
4th, operating system inverted repeat step 1,2 action, send car body supporting plate back to parking tier, last lift servo motor
The folding jacking block on front A posts, front B posts is continued to rise to, the top power for folding jacking block is acted on the drop trailing arm in lifting handle by level
State is folded into plumbness.Through above-mentioned steps, pick-up action is completed.
According to said structure, described parking systems parking operation principle is：
1 while startup is arranged on the lift servo motor in the vertical-lift actuating device on front A posts, front B posts, lifting
Screw rod is rotated, and the lifting handle of folded state is declined, and is declined
Folding jacking block, lifting trailing arm self gravitation effect, under be changed into horizontal from vertical folding shape, lifting handle under rise to parking tier
After coming to a complete stop, it is in dock shape to lift the spill arranged on trailing arm and roll race with a pair of transverse translation guide rails in transversal translation system
State, lift servo motor in synchrony quit work；
2nd, start the transverse translation servomotor in transverse translation actuating device, translation screw rod is rotated, translational nut slide block
Unloaded car body supporting plate is rolled race along translating rails spill progressively steadily to release, the spill entered in lifting trailing arm is rolled
Race, transverse translation servomotor quits work afterwards in place；
3rd, the lift servo motor in restarting vertical-lift drive system, car body supporting plate continue to decline, and decline starts
Translation drag hook is separated with the hook and slot in car body supporting plate afterwards, and after being down to ground, lift servo motor is quit work simultaneously；
Car is driven into 4 parking people the parking face of car body supporting plate, and after coming to a complete stop, person for driving a car leaves car body；
5th, the lift servo motor being again started up in vertical-lift drive system, lifting screw are rotated, by car body supporting plate
Rise to parking tier, come to a complete stop, lift servo motor quits work, now the hook and slot in translation drag hook and car body supporting plate is in mutually chimeric
State；
6th, the translation servo-motors in transverse translation actuating device are started, transverse translation screw rod is rotated, transverse translation nut
Car body supporting plate is progressively rolled race along translating rails spill and steadily draws in parking tier by slide block, in place rear transverse translation servo electricity
Machine quits work；
7th, the last lift servo motor for starting in vertical-lift drive system again, will lifting handle be promoted to front A posts,
Folding jacking block on front B posts, under the top power effect for folding jacking block lifts trailing arm and is folded into vertical configuration by horizontal.
Through above-mentioned steps, pick-up action is completed.
Using technical scheme described in the utility model, on an only parking area, you can set up bicycle multilamellar
Parking systems, can be not take up the internal area in garage by the road for travelling originally when stopping, picking up the car；Using screw rod and spiral shell
Direct hoisting type and transverse horizontal move mode outside the storehouse that bevel gear combines is revolved, process is steady, lifts and the uniform nothing of point-to-point speed
Drag sense；This utility model simple structure, both can be applicable to bicycle multi-storied stereo parking garage, it is also possible to be applied to many car layer stereos
Garage parking；In the case where rationally power supply is solved, can both build up fixed, can also build up outdoor movable, old meeting
While the parking problem of old residential district, moreover it is possible to solve large-scale activity in the case of limited parking area, there is provided more face
When parking stall.
Description of the drawings
Fig. 1 is main body frame top view described in the utility model.
Fig. 2 is the horizontal sectional schematic diagram of front A posts described in the utility model.
Fig. 3 is vertical-lift transmission structures front view described in the utility model.
Fig. 4 is vertical-lift mission part component partial enlarged side view described in the utility model.
Fig. 5 is the lifting nut slide block dimensional structure diagram in vertical-lift actuating device described in the utility model.
Fig. 6 is the lifting trailing arm dimensional structure diagram in vertical-lift actuating device described in the utility model.
Fig. 7 is transverse movement system top view described in the utility model.
Fig. 8 is the translating rails dimensional structure diagram in transversal translation system structure described in the utility model.
Fig. 9 is car body supporting plate dimensional structure diagram described in the utility model.
Figure 10 is the top view of the bicycle two-layer parking systems that this utility model embodiment 1 builds.
Figure 11 is the side view of the bicycle two-layer parking systems that this utility model embodiment 1 builds.
Specific embodiment
In order to be further understood to this utility model, illustrated in conjunction with accompanying drawing by way of example.
Embodiment 1
Fig. 1 is the main body frame top view described in the present embodiment.In figure, 1 is front beam, 2 is front A posts, 3 is side crossbeam, 4
It is rear A posts, 5 is rear cross beam；Front A posts（2）With rear A posts（4）Between pass through side crossbeam（3）A high position is rigidly connected.Embody in figure
Crossbeam is the crossbeam of the second parking tier.
The present embodiment main body frame is rigidly connected by 4 head trees and 4 crossbeams, is made using ferrous materials.Described
Head tree, is fixed on stanchion pedestal, is all around followed successively by front A posts by which（2）, front B posts, rear A posts（4）With rear B posts, 4
Crossbeam and column are mutually perpendicular to equal-height position and are rigidly connected composition hollow parking tier plane framework.In the present embodiment, 4 crossbeams with
Column is mutually perpendicular to 2.2 meters of clear height between crossbeam bottom surface and the ground after equal-height position is rigidly connected, and beam surface upper is vertical with main
2.0 meters of clear height between post.Front A posts（2）, 5.6 meters of clear span between front B posts, front A posts（2）With rear A posts（4）Between 2.0 meters of clear span.
Given this bicycle position two-layer parking systems containing ground parking position is constituted.For increasing the stability of main body frame, vertical in 4 masters
The patch of post is located in, and can also arrange patch ground crossbeam and is connected with each other；For preventing from being exposed to the sun, at the upper end of 4 head trees,
It is also provided with the convenient installation top of top crossbeam.
Fig. 2 is the horizontal sectional schematic diagram of front A posts described in the utility model.As shown in FIG., front A posts（2）It is in semi-surrounding
Shape, forms longitudinal concave groove, and the space in half-surrounded longitudinal concave groove can be installed in described vertical-lift drive system
The nut slider of lifting screw, bearing block, bearing and lifting handle, due to front A posts（2）It is in half-surrounded, therefore lifts the spiral shell of handle
Female slide block can only be slided up and down in period.
Fig. 3 is vertical-lift transmission structures partial component side view described in the utility model.In figure, 6 is lifting
Servomotor, installed in front A posts（2）Top, 7 is connecting rod, and 8 is elevating screws bevel gear diverter B, and 9 is lifting screw B, 10
It is lifting nut slide block B, 11 is the embedded bearings of lifting screw A and bearing holder (housing, cover), and 12 is lifting nut slide block A, and 13 is lifting spiral shell
Bar A, 14 is elevating screws bevel gear diverter A.Said structure, lift servo motor（6）Power is provided, by connecting rod（7）, rise
Drop helical bevel gear reverser B（8）With elevating screws bevel gear diverter A（14）Afterwards, lifting screw B is made（9）With lifting screw A
（13）Synchronous synchronized in the same direction rotation.
Fig. 4 is vertical-lift mission part component partial enlarged side view described in the utility model.In figure, 2 are
Front A posts, 6 is lift servo motor, and 7 is connecting rod, and 8 is elevating screws bevel gear diverter, installed in front A posts（2）Top；12 are
Lifting nut slide block A, 13 is lifting screw, lifting screw A（13）Two ends be fixed on bearing, lifting nut slide block A
（12）It is nested in lifting screw A（13）On, lifting screw A（13）Rotation process lifting nut slide block A（12）Slide up and down therewith；
15 is to lift the movable bolt in handle, and 16 is to lift the lifting trailing arm in support handle, lifting nut slide block A（12）In lifting support handle
Lifting trailing arm（16）By movable bolt（15）Link together, due to movable bolt（15）Be movable, thus lifting
Trailing arm（16）Can be with movable bolt（15）Folding is dug upwards for fulcrum, and 17 are provided in front A posts（2）With front B column tops half
The folding jacking block in shape longitudinal concave groove notch face is surrounded, according to lever principle, when lifting handle upward sliding and folding jacking block is touched
（17）When, lift trailing arm（16）Can be with movable bolt（15）Folding is dug upwards for fulcrum.Described lifting screw A（13）For
The convex thread structure of solid uniform pitch.
Fig. 5 is the lifting nut slide block dimensional structure diagram in vertical-lift actuating device described in the utility model.
In figure, 12 overall be lifting nut slide block A, lifting nut slide block is provided with movable screw keyhole.Described lifting nut slide block A
（12）By lifting screw A（13）Convex thread and lifting nut slide block A（12）Recessed screw thread is connected in threaded engagement mode.
Fig. 6 is the lifting trailing arm schematic perspective view in vertical-lift drive system described in the utility model.In figure, 18 are
The spill that lifting trailing arm upper surface is arranged rolls race, is provided with movable screw keyhole, the embedded lifting of lifting trailing arm on lifting trailing arm
Nut slider A（12）Afterwards, lifting nut slide block A（12）On movable screw keyhole with lifting trailing arm on movable screw keyhole corresponding,
And use movable bolt（15）It is attached, after connection, lifting trailing arm is in movable state.Described spill rolls race（18）, car
The scroll wheel that the body supporting plate bottom surface left and right sides is symmetrical set just can be embedded.
Fig. 7 is transverse movement system structure top view described in the utility model.In figure, 1 is front beam；2 be front A posts, 3
It is side crossbeam, 4 is rear A posts, and 5 is rear cross beam, and 19 is transverse translation servomotor, and accumbency shape is in main body frame parking tier
Rear cross beam rear；20 is horizontal helical bevel gear reverser A, and 21 is transverse translation screw rod A, and 22 is transverse translation dovetail
The transverse translation nut slider A of hook A, 23 is the transverse translation dovetail hook A of transverse translation dovetail hook A, wherein horizontal screw conic tooth
Wheel diverter A（20）, transverse translation screw rod A（21）, transverse translation dovetail hook A carry out coaxial level connection joint；Horizontal screw conic
Gear tumbler A（20）It is installed on rear cross beam beam face；24 is transverse translation guide rail A, and 25 is horizontal helical bevel gear reverser
B, 26 is connecting rod, and 27 is transverse translation screw rod B, and 28 is the transverse translation nut slider B of transverse translation dovetail hook B, and 29 is horizontal
To the transverse translation dovetail hook B of translation dovetail hook B, 30 is transverse translation guide rail B.
Described transverse translation guide rail A（24）With transverse translation guide rail B（30）Arranged in parallel, every transverse translation is led
The two ends of rail are individually fixed on described crossbeam in front and back.
Fig. 8 is the translating rails dimensional structure diagram in transversal translation system structure described in the utility model.Described
Transverse translation guide rail on be provided with spill roll race, car body supporting plate bottom surface left and right sides arrange scroll wheel just can be embedded in
Wherein.
Fig. 9 is car body supporting plate dimensional structure diagram described in the utility model.In figure, 31 is transverse translation dovetail hook pair
The dovetail hook and slot that answers, 32 is parking face, and 33 are provided in the multipair symmetrical rolling of the bottom surface left and right sides of car body supporting plate
Driving wheel.Described car body supporting plate is the component that a steel plate girder steel is combined, and generally platy structure, the bottom surface of car body supporting plate are arranged
Scroll wheel, scroll wheel can be embedded in lifting trailing arm on arrange spill roll race in, between symmetrical both sides scroll wheel
Distance, be arranged in parallel with spill rolling the distance between race for arranging in lifting trailing arm A and lifting trailing arm B and parking tier
The distance between two translating rails equal；Described dovetail hook and slot, corresponding with transverse translation dovetail hook size, translate dovetail
Hook is connected in chimeric shape with dovetail hook and slot.
Figure 10 is the top view of the bicycle two-layer parking systems that this utility model embodiment 1 builds.In figure, before 1 is
Crossbeam, 3 is side crossbeam, and 6 is lift servo motor, installed in horizontal helical bevel gear reverser A（14）On, 16 is lifting support
Arm, 19 is transverse translation servomotor, rear cross beam of the accumbency shape in main body frame parking tier（5）Rear bracket or
On supporting plate, 20 is horizontal helical bevel gear reverser A, and 22 is the transverse translation nut slider A of transverse translation dovetail hook A, and 23 are
The transverse translation dovetail hook A of transverse translation dovetail hook A, 24 is transverse translation guide rail A, and 25 is horizontal helical bevel gear reverser B,
26 is connecting rod, and 27 is transverse translation screw rod B, and 28 is the transverse translation nut slider B of transverse translation dovetail hook B, and 29 is horizontal
The transverse translation dovetail hook B of translation dovetail hook B, 30 is transverse translation guide rail B.
Described transverse translation guide rail A（24）With transverse translation guide rail B（30）Arranged in parallel, every transverse translation is led
The two ends of rail are individually fixed on described crossbeam in front and back.
Figure 11 is the side view of the bicycle two-layer parking systems that this utility model embodiment 1 builds.In figure, 2 is front A
Post, 3 are side crossbeams, and 6 is lift servo motor, and 13 is lifting screw A, and 14 is elevating screws bevel gear diverter A, and 16 is lifting
Trailing arm, 17 are provided in front A posts（2）With the folding jacking block on front side of front B column tops, when lifting handle upward sliding and folding roof is touched
Block（17）When, lift trailing arm（16）Can be with movable bolt（15）Folding is dug upwards for fulcrum.19 is transverse translation servo electricity
Machine.
Embodiment 2
Parking systems described in the present embodiment, same as Example 1 in structure, except that by 1 institute of embodiment
The two parking systems units that states laterally are spliced into the double-deck parking systems of double cars.Stopped with embodiment 1 as solid
Garage unit, then a solid parking library unit same as Example 1 is mounted side by side, constitute double double-deck solids of car and stop
Garage.
Embodiment 3
Parking systems described in the present embodiment, same as Example 1 in structure, except that by 1 institute of embodiment
Two parking systems that states continue up the parking systems for being superimposed as bicycle four-layer structure.Stopped with embodiment 1 as solid
Garage unit, then one independent parking systems same as Example 1 of installation is superimposed, the solid for constituting bicycle four-layer structure is stopped
Garage.In bicycle four-layer structure, be ensure lifting stationarity, the lifting spiral shell in front A posts, front B posts, vertical-lift drive system
Bar should be uninterrupted and smooth.
In the case where the planar condition for setting up is allowed, in theory multiunit combination and splicing be all feasible, such as three
Car is double-deck, four car bilayers are regarded as rights protection scope of the present utility model.
In the case where the facade space for setting up allows, multiunit combination and be superimposed be all feasible, such as list in theory
Three layers of car, four layers of bicycle, five layers of bicycle, are regarded as rights protection scope of the present utility model.
Set up planar condition and facade space allow in the case of, in theory multiunit splicing be superimposed all be can
Capable, such as three layers of three car, five layers of four car but it is not limited to five layers of four car and is regarded as rights protection scope of the present utility model.
Claims (10)
1. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod, is characterized in that described solid parking
Storehouse is made up of main body frame, a set of vertical-lift drive system, the transverse movement system of 1-6 sets and car body supporting plate, forms one
Vertical-lift parking systems outside the storehouse combined with spiral bevel gear by the screw rod of 2-7 layers；Wherein, vertical-lift drive system is located at
Front side is simultaneously connected with main body frame by the lifting handle in vertical-lift drive system, and transverse movement system is located at main body frame
Every layer of parking tier interlayer plane on, car body supporting plate is by the scroll wheel and vertical-lift drive system, the transverse shifting system that arrange
System is in Dynamic link library.
2. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 1, its
Described main body frame is characterized in that, is rigidly connected by 4 head trees and some crossbeams；Described head tree, is fixed on stanchion
On pedestal, front A posts, front B posts, rear A posts and rear B posts is all around followed successively by by which, be mutually perpendicular to column per 4 crossbeams contour
Place is rigidly connected and constitutes hollow parking tier plane framework；Some described crossbeams, should be 4 multiple；Described front A posts,
Front B posts, cross section is concave structure, and its inner space forms Baltimore groove, meanwhile, in front A posts, front B posts upper female mouth just
Face is provided with the folding jacking block of inverted L shape.
3. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 1, its
Be characterized in that described vertical hoisting system, by lift servo motor, lifting screw A, elevating screws bevel gear diverter A, connecting rod,
Elevating screws bevel gear diverter B, lifting screw B, bearing, lifting handle A and lifting handle B are constituted, wherein lift servo motor peace
The front A posts upper end being mounted in head tree, and carry out coaxial vertical connect successively with helical bevel gear reverser A, lifting screw A
Connect, between helical bevel gear reverser A and helical bevel gear reverser B, lateral connection is carried out by connecting rod, while screw conic tooth
Wheel diverter B carries out coaxial vertical connection again with lifting screw B；Lifting nut slide block A, liter in lifting handle A and lifting handle B
It is threadedly coupled between drop nut slider B and lifting screw；Bearing fixes lifting screw A, the two ends of lifting screw B respectively；Rise
Drop screw rod A, the convex thread structure that lifting screw B is solid uniform pitch；As described above, the lifting screw A, lifting screw after combination
B, bearing and lifting handle A and lifting handle B are nested in front A posts, the Baltimore groove of front B posts.
4. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 1, its
Described transverse movement system is characterized in that, is passed by transverse translation servomotor, A group transverse translation actuating devices, B groups transverse translation
Dynamic device and a pair of transverse translation guide rails are constituted, and are symmetrical set；Wherein A groups transverse translation actuating device is by transverse translation
Servomotor drives, and B group transverse translations actuating device is connected with A group transverse translation actuating devices by connecting rod, is laterally being put down
Move servomotor and drive lower synchronous axial system；After described transverse translation servomotor is transversely mounted in main body frame parking tier
The rear of crossbeam.
5. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 1, its
The component that described car body supporting plate is steel plate girder steel combination, generally platy structure is characterized in that, the bottom surface of car body supporting plate is left
Right both sides, are provided with symmetrical multipair scroll wheel, and scroll wheel can be embedded in the spill that arrange on lifting trailing arm and roll race；Car body support
In the distance between the scroll wheel that the bottom surface left and right sides of plate is arranged, both sides scroll wheel, with lifting trailing arm A and lifting trailing arm B
It is equal that the spill of setting rolls the distance between two translating rails that the distance between race and parking tier be arranged in parallel；Institute
The car body supporting plate that states, in the side towards parking systems, is additionally provided with dovetail hook and slot corresponding with translation dovetail hook, translates swallow
Pintle is connected in chimeric shape with dovetail hook and slot.
6. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 3, its
The lifting handle A being characterized in that in described vertical hoisting system or lifting handle B, respectively by lifting nut slide block A and lifting trailing arm A,
Lifting nut slide block B and lifting trailing arm B compositions, lifting nut slide block A and lifting trailing arm A or lifting nut slide block B and lifting hold in the palm
Bolt hole bolt between arm B by arranging is made movable mode and is connected；Described lifting trailing arm A and lifting trailing arm B, also divides
It is not provided with spill and rolls race, the scroll wheel that car body supporting plate bottom surface left and right sides is arranged just can be embedded.
7. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 4, its
It is characterized in that described A group transverse translations actuating device by horizontal helical bevel gear reverser A, transverse translation screw rod A, transverse translation
Dovetail hook A, transverse translation bearing block A and transverse translation bearing A are constituted, wherein horizontal helical bevel gear reverser A, transverse translation
Screw rod A, transverse translation dovetail hook A carry out coaxial level connection joint；In the termination of transverse translation screw rod A and transverse translation bearing block
A, transverse translation bearing A are used cooperatively, on front beam beam face；Laterally helical bevel gear reverser A is installed on rear cross beam
On beam face；Laterally connected by shaft coupling between helical bevel gear reverser A and transverse translation screw rod A.
8. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 7, its
Described transverse translation dovetail hook A point is characterized in that for transverse translation nut slider A and transverse translation drag hook A, wherein transverse translation
Being threadedly coupled between nut slider A and transverse translation screw rod A.
9. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 4, its
It is characterized in that described B group transverse translations actuating device by horizontal helical bevel gear reverser B, transverse translation screw rod B, transverse translation
Bearing block B, transverse translation bearing B and transverse translation dovetail hook B compositions, its connected mode and mounting means and A group transverse translations
Actuating device is identical.
10. vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod according to claim 4, its
It is characterized in that described transverse translation guide rail, respectively transverse translation guide rail A and transverse translation guide rail B two be arranged in parallel, per root
The two ends of transverse translation guide rail are individually fixed on described crossbeam beam face in front and back.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620929973.8U CN206016376U (en) | 2016-08-24 | 2016-08-24 | Vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620929973.8U CN206016376U (en) | 2016-08-24 | 2016-08-24 | Vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206016376U true CN206016376U (en) | 2017-03-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620929973.8U Expired - Fee Related CN206016376U (en) | 2016-08-24 | 2016-08-24 | Vertical-lift parking systems outside a kind of storehouse combined with spiral bevel gear by screw rod |
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| Country | Link |
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| CN (1) | CN206016376U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106168077A (en) * | 2016-08-24 | 2016-11-30 | 福建天成新能源科技有限公司 | Vertical-lift parking systems outside the storehouse that a kind of screw rod is combined with spiral bevel gear |
-
2016
- 2016-08-24 CN CN201620929973.8U patent/CN206016376U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106168077A (en) * | 2016-08-24 | 2016-11-30 | 福建天成新能源科技有限公司 | Vertical-lift parking systems outside the storehouse that a kind of screw rod is combined with spiral bevel gear |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170315 Termination date: 20190824 |
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| CF01 | Termination of patent right due to non-payment of annual fee |