CN206267592U - A kind of vertical circulation multi-storied garage - Google Patents
A kind of vertical circulation multi-storied garage Download PDFInfo
- Publication number
- CN206267592U CN206267592U CN201621332281.1U CN201621332281U CN206267592U CN 206267592 U CN206267592 U CN 206267592U CN 201621332281 U CN201621332281 U CN 201621332281U CN 206267592 U CN206267592 U CN 206267592U
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- transverse axis
- gear
- transmission transverse
- transmission
- storied garage
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Abstract
The utility model provides a kind of vertical circulation multi-storied garage, including the frame that sets of split and some transmission transverse axis, and drive device is installed with the lateral wall of frame；The output shaft of drive device is sequentially connected with all transmission transverse axis and constitutes transmission transverse axis component, all transmission transverse axis sequentially coaxial rigid drive connections therein；The left and right two ends that the axle coaxial with transmission transverse axis is segmented in transmission transverse axis component fasten be arranged with first gear respectively；Each its excircle of first gear outer is uniformly arranged at least two second gears, and all second gears are engaged with first gear；One endless drive part support set is located at outside whole second gears, and each second gear coordinates with the madial wall groove of endless drive part, and the outer peripheral face of endless drive part is engaged with the big chain link chain of circulation again.The utility model can effectively prevent endless drive part from deforming, and transmission stability is high.
Description
Technical field
The utility model belongs to garage structure field, especially a kind of vertical circulation multi-storied garage.
Background technology
In the today's society of economic very fast development, the demand sharp increase to space, parking difficulty it is particularly problematic,
In order to tackle this problem, vertical circulation multi-storied garage is occurred in that both at home and abroad.
Application publication number discloses a kind of vertical circulation multi-storied garage for the A Chinese patents of CN 105672712, and this is vertically followed
Ring multi-storied garage includes drive device, and described drive device includes crossing the transmission transverse axis of frame, transmission transverse axis and driving electricity
Machine is connected；The left and right two ends for being driven transverse axis are respectively arranged with sprocket wheel, and the position directly above of each sprocket wheel is provided with frame top
The smooth top rotation dish in outer radial periphery surface；The arranged on left and right sides of frame is correspondingly provided with the big chain link chain of circulation from top to bottom, each
Sprocket wheel coordinates transmission with the big chain link chain chain line of the circulation of homonymy, circulates big chain link chain and is spaced suspention by some triangle carrier bars
There are some load crane links, wherein, transmission transverse axis is with the transmission connecting structure of motor：One of sprocket wheel on transmission transverse axis
Left side or right side be provided with drive sprocket, the axle center of drive sprocket with the axle center of transmission transverse axis on the same line, drive sprocket
It is connected with the power output sprocket of motor by chain（Transmission i.e. between motor and transmission transverse axis is Chain conveyer）.
But, the drive device of existing vertical circulation multi-storied garage has the disadvantage that：（1）Hung with car is carried due to carrier bar
The link position of frame is usually located at the centre position for carrying crane link, wants two load crane links of receiving simultaneously and passes through side by side, just needs
The big chain link chain of circulation is driven using large diameter sprocket, and large diameter sprocket easily occurs deformation when larger stress is born
Problem, have a strong impact on the stability of transmission；（2）Meanwhile, when chain gear transmission circulates big chain link chain, circulate big chain link chain
Basic structure is：One group of big carrier bar arranged in parallel forms a chain link, and adjacent link is cut with scissors by one perpendicular to the carrier bar of carrier bar
Spindle is hinged, and multiple chain links join end to end to form the big chain link chain of circulation successively by carrier bar jointed shaft, circulate big chain pitch chain
The pressure that the carrier bar jointed shaft of bar is born is larger, circulates big chain link chain and phenomenon of rupture easily occurs；（3）Due to existing drive
Transmission between dynamic motor and transmission transverse axis is Chain conveyer, is added, and the basic structure of chain is：One group of carrier bar arranged in parallel
A chain link is formed, adjacent link is hinged by one perpendicular to the carrier bar jointed shaft of carrier bar, and multiple chain links are hinged by carrier bar
Axle joins end to end to form chain successively, therefore, when the vehicle that vertical circulation multi-storied garage is carried is more, the carrier bar of chain is hinged
The pressure that axle is born is larger, and the phenomenon of fracture also easily occurs in chain.Above-mentioned these defects can all cause existing vertically to follow
The drive stability of ring multi-storied garage is poor, and operation is unstable, there is great potential safety hazard.
The content of the invention
The utility model aims to provide one kind can effectively prevent endless drive part from deforming, and transmission stability is high vertically to be followed
Ring multi-storied garage.
A kind of vertical circulation multi-storied garage, including split set frame and some transmission transverse axis, the lateral wall of frame
On be installed with drive device；The output shaft of drive device is sequentially connected with all transmission transverse axis and constitutes transmission transverse axis component,
All transmission transverse axis sequentially coaxial rigid drive connections therein；The axle coaxial with transmission transverse axis is segmented in transmission transverse axis component
Left and right two ends fasten be arranged with first gear respectively；Each its excircle of first gear outer is uniformly arranged at least two second teeth
Wheel, all second gears are engaged with first gear；One endless drive part support set is located at outside whole second gears, and each second
Gear coordinates with the madial wall groove of endless drive part, and the outer peripheral face of endless drive part is engaged with the big chain link chain of circulation again.
In the course of the work, the drive device of multi-storied garage is started, drive device drives transmission transverse axis component to rotate, transmission
Transverse axis component drives first gear, second gear and endless drive part to rotate successively again, and endless drive part drives the big chain of circulation again
Pitch chain bar cycle rotation.
The utility model by first gear, second gear two-stage gear drive realize transmission transverse axis component in transmission
Drive connection between the coaxial axle segmentation of transverse axis and endless drive part, first gear and second gear can be alleviated and be transferred to annular
The stress of driving member, so as to avoid endless drive part from deforming and slippage problems, effectively improves the transmission of vertical circulation multi-storied garage
Stability.
At least 3 second gears, supporting role of the second gear to endless drive part are preferably provided with outside each first gear
It is more stable.
Coaxial rigid drive connection between the output shaft of the drive device and adjacent transmission transverse axis.Relative to existing
For being connected for Chain conveyer etc. is flexible between drive device output shaft and transmission transverse axis, flexible element can be both avoided（Such as chain
Chain in transmission）Fracture, can also avoid flexible element（Such as rope in band or rope drive in V belt translation）Generation skidding；
The utility model can be further assured that preferably transmission stability so that operation more steady, safety coefficient is higher.
Further, it is preferably coaxially firm by shaft coupling between the output shaft of described drive device and adjacent drive transverse axis
Property drive connection, not only reliable transmission, also, shaft coupling also have buffering, vibration damping and raising shafting dynamic property effect.
Preferably by shaft coupling, sequentially coaxial rigid is connected all transmission transverse axis, not only reliable transmission, also, shaft coupling
Device also has buffering, vibration damping and improves the effect of shafting dynamic property.
The endless drive part and the specific transmission connecting structure circulated between big chain link chain are：Described endless drive
Some breach are offered on the excircle of part, is set along chain loop direction sequence interval on the carrier bar of a big chain link chain of circulation
There are some plectrums, drive connection is only realized with the cooperation of breach by plectrum between endless drive part and the big chain link chain of circulation.
The utility model realizes endless drive part to the biography for circulating big chain link chain by breach on endless drive part and the cooperation of plectrum
It is dynamic, also, on the plectrum carrier bar that is provided in circulate big chain link chain, with existing by sprocket wheel and the big chain link chain of circulation
Chain line coordinates to realize that sprocket wheel to the transmission for circulating big chain link chain is compared, the carrier bar of the big chain link chain of circulation of the present utility model
Jointed shaft is without directly bearing pressure, it is to avoid the fracture of the big chain link chain of circulation, can further improve vertical circulation multi-storied garage
Transmission stability, make that its operation is more steady, safety coefficient is higher.
Diameter of the diameter of described first gear less than second gear.Due to the biography of existing vertical circulation multi-storied garage
Dynamic device mutually coordinates to realize driving using chain with the drive sprocket, the power output sprocket of drive device being driven on transverse axis
The output shaft of dynamic device uses big by power output sprocket to the transmission for being driven transverse axis using little gear, drive sprocket
The mode of gear come realize slow down purpose, and invent drive device output shaft and transmission transverse axis between direct-drive connection,
Deceleration purpose cannot be played, but, the diameter of the diameter less than second gear of first gear of the present utility model can play deceleration
Effect, it is and also more laborsaving.
Support base is installed on the corresponding frame madial wall of described endless drive part, circular support is installed on support base
Plate, described endless drive part lateral surface installs several rotatable support wheels, and support wheel is circumferentially distributed, support wheel wheel shaft with
Endless drive part it is axially in parallel, circular base slab is located in the inner ring that whole support wheels of circumferentially branch are surrounded, and all
The outer peripheral face of support wheel is fitted with the outer peripheral face of circular base slab, and the axle coaxial with transmission transverse axis is segmented in transmission transverse axis component
Both ends rotate the support base of circular base slab and homonymy through homonymy.In the course of the work, all support wheels is outer
Side face is fitted with the outer peripheral face of circular base slab so that circular base slab can play the work of support support wheel and endless drive part
With, it is to avoid endless drive part double swerve, it is ensured that the stability of whole transmission device.In specific implementation process, the support
The outer peripheral face middle part of wheel offers for circular base slab neighboring along embedded annular groove, now, support wheel and circle along its circumference
Cooperation between shape supporting plate is more stable.In addition, the center rotating of described second gear sets center-wheel arbor, center-wheel arbor
The circular base slab of homonymy is extended outwardly through, and is inserted on the support base of homonymy, the good stability of second gear, further
Improve the resistance to overturning of transmission device.
The drive device includes motor and decelerator.
Brief description of the drawings
Fig. 1 is three-dimensional structure diagram of the present utility model；
Fig. 2 is the sectional perspective structure chart after the utility model removes frame and support base；
Fig. 3 is the broken section structure chart after the utility model removes frame.
Specific embodiment
Better embodiment of the present utility model is illustrated in conjunction with accompanying drawing：
With reference to Fig. 1, Fig. 2, a kind of vertical circulation multi-storied garage, including split set frame 1 and some transmission transverse axis
21, drive device 3 is installed with the lateral wall of frame 1；The output shaft of drive device 3 is driven the sequentially company of transmission of transverse axis 21 with all
Connect composition transmission transverse axis component 2, all transmission transverse axis 21 sequentially coaxial rigid drive connections therein；In transmission transverse axis component 2
The left and right two ends that the axle coaxial with transmission transverse axis 21 is segmented fasten be arranged with first gear 4 respectively；Each outer of first gear 4 its
Excircle is uniformly arranged four second gears 5, and all second gears 5 are engaged with first gear 4；One endless drive part 6 is supported
It is sheathed on outside whole second gears 5, each second gear 5 coordinates with the madial wall groove of endless drive part 6, endless drive part
6 outer peripheral face is engaged with the big chain link chain 7 of circulation again.
In the course of the work, the drive device 3 of multi-storied garage is started, drive device 3 drives transmission transverse axis component 2 to rotate,
Transmission transverse axis component 2 drives first gear 4, second gear 5 and endless drive part 6 to rotate successively again, and endless drive part 6 drives again
Circulate the big cycle rotation of chain link chain 7.
The utility model by the two-stage gear drive of first gear 4, second gear 5 realize in transmission transverse axis component 2 with
Drive connection between the coaxial axle segmentation of transmission transverse axis 21 and endless drive part 6, first gear 4 and second gear 5 can be alleviated
The stress of endless drive part 6 is transferred to, so as to avoid endless drive part 6 from deforming and slippage problems, vertical circulation is effectively improved and is stood
The transmission stability in body garage.
Certainly, 2 or 3 or the second gear more than 4 can also be set outside each first gear 4 of the present utility model
5, but, when at least 3 second gears 5 are set outside each first gear 4, supporting role of the second gear 5 to endless drive part 6
It is more stable.In addition, axle segmentation coaxial with transmission transverse axis 21 in transmission transverse axis component 2 of the present utility model and endless drive part 6
Between transmission connecting structure can also be：The left and right two ends that the axle coaxial with transmission transverse axis 21 is segmented in transmission transverse axis component 2
Directly fastening is arranged endless drive part 6 respectively, or：Axle segmentation coaxial with transmission transverse axis 21 in transmission transverse axis component 2 is logical
Cross one-level or more than the gear drive of two-stage come realize being driven coaxial with transmission transverse axis 21 axle segmentation in transverse axis component 2 with
Drive connection between endless drive part 6.
Coaxial rigid drive connection between the output shaft of the drive device 3 and adjacent transmission transverse axis 21.Relative to existing
For being connected for Chain conveyer etc. is flexible between some drive device output shafts and transmission transverse axis, flexible element can be both avoided（Example
Such as the chain in Chain conveyer）Fracture, can also avoid flexible element（Such as rope in band or rope drive in V belt translation）Skid
Phenomenon；The utility model can be further assured that preferably transmission stability so that operation more steady, safety coefficient is higher.Certainly,
Can also be that flexible driving connects between the output shaft 31 of the drive device 3 of the present utility model and adjacent transmission transverse axis 21
Connect, for example Chain conveyer, V belt translation etc., or non-coaxial positive drive connection, such as gear and gear drive etc..
It should be noted that when coaxial rigid transmission company between the output shaft and adjacent transmission transverse axis 21 of drive device 3
When connecing, the output shaft of drive device 3 be with all of transmission transverse axis 21 it is coaxial, it is of the present utility model to be driven in transverse axis component 2
The axle segmentation coaxial with transmission transverse axis 21 refers to entirely being driven transverse axis component 2；When the output shaft and adjacent biography of drive device 3
Between dynamic transverse axis 21 during non-coaxial drive connection, because the output shaft of drive device 3 is non-coaxial with adjacent transmission transverse axis 21, this
When, axle segmentation coaxial with transmission transverse axis 21 in transmission transverse axis component 2 of the present utility model refers to all transmission transverse axis components 2
The structure that sequentially coaxial rigid is connected.
Further, as shown in figure 3, preferably leading between the output shaft 31 and adjacent drive transverse axis 21 of described drive device
Crossing the drive connection of the coaxial rigid of shaft coupling 100, not only reliable transmission, also, shaft coupling also has buffering, vibration damping and raising shafting to move
The effect of state property energy.
As shown in figure 3, all transmission transverse axis 21 are preferably by shaft coupling, and sequentially coaxial rigid is connected, not only transmission can
Lean on, also, shaft coupling also has buffering, vibration damping and improves the effect of shafting dynamic property.
As shown in Figure 2 and Figure 3, endless drive part 6 and the specific transmission connecting structure circulated between big chain link chain 7 are：Institute
Some breach 61 are offered on the excircle of the endless drive part 6 stated, along chain 7 on the carrier bar 71 of a big chain link chain 7 of circulation
Loop direction sequence interval is provided with some plectrums 8, endless drive part 6 and circulate between big chain link chain 7 only by plectrum 8 with
Drive connection is realized in the cooperation of breach 61（Now, endless drive part 6 is usually driver plate）.The utility model passes through endless drive part
Breach 61 and the cooperation of plectrum 8, realize endless drive part 6 to the transmission for circulating big chain link chain 7 on 6, also, plectrum 8 is to set
Put on the carrier bar 71 for circulating big chain link chain 7, coordinated come real with the big chain line of chain link chain 7 of circulation by sprocket wheel with existing
Existing sprocket wheel to the transmission for circulating big chain link chain 7 is compared, and the carrier bar jointed shaft of the big chain link chain 7 of circulation of the present utility model need not
Directly bear pressure, it is to avoid the fracture of the big chain link chain 7 of circulation, can further improve the stable transmission of vertical circulation multi-storied garage
Property, make its operation more steady, safety coefficient higher.
Certainly, the specific transmission connecting structure between endless drive part 6 of the present utility model and the big chain link chain 7 of circulation
Can be：Endless drive part 6 is sprocket wheel etc., endless drive part 6 and circulate between big chain link chain 7 by endless drive part 6 with
Circulate the drive connection that the chain line between big chain link chain coordinates both realizations.
Diameter of the diameter of described first gear 4 less than second gear 5.Due to existing vertical circulation multi-storied garage
Transmission device mutually coordinates to realize using chain with the drive sprocket, the power output sprocket of drive device being driven on transverse axis
The output shaft of drive device is used by power output sprocket to the transmission for being driven transverse axis using little gear, drive sprocket
The mode of gear wheel come realize slow down purpose, and invent drive device output shaft 31 and transmission transverse axis 21 between direct-drive
Connection, it is impossible to play deceleration purpose, but, the diameter of the diameter less than second gear 5 of first gear of the present utility model 4 can
Play a part of deceleration, and it is also more laborsaving.
As shown in figure 3, support base 9 is installed on the corresponding madial wall of frame 1 of described endless drive part 6, on support base 9
Circular base slab 10 is installed, the described lateral surface of endless drive part 6 installs several rotatable support wheels 11, and support wheel 11 is in
Circle distribution, the wheel shaft of support wheel 11 is axially in parallel with endless drive part 6, and circular base slab 10 is located at the whole of circumferentially branch
In the inner ring that support wheel 11 is surrounded, and the outer peripheral face of the outer peripheral face with circular base slab 10 of all support wheels 11 is fitted, and is driven
The both ends that the axle coaxial with transmission transverse axis 21 is segmented in transverse axis component 2 rotate the circular base slab 10 and homonymy through homonymy
Support base 9.In the course of the work, outer peripheral face of the outer peripheral face of all support wheels 11 with circular base slab 10 is fitted so that
Circular base slab 10 can play a part of to support support wheel 11 and endless drive part 6, it is to avoid the double swerve of endless drive part 6, protect
Demonstrate,prove the stability of whole transmission device.In specific implementation process, as shown in figure 3, the outer peripheral face middle part edge of the support wheel 11
Its circumference is offered for the neighboring of circular base slab 10 along embedded annular groove 110, now, support wheel 11 and circular base slab 10
Between cooperation it is more stable.In addition, described second gear 5 center rotating set center-wheel arbor 51, center-wheel arbor 51 to
The circular base slab 10 of homonymy is extended through outward, and is inserted on the support base 9 of homonymy（As shown in Figure 3）, second gear 5 it is steady
It is qualitative good, further improve the resistance to overturning of transmission device.
As shown in figure 1, the drive device 3 includes motor 32 and decelerator 33.
Claims (10)
1. frame and some transmission transverse axis that a kind of vertical circulation multi-storied garage, including split is set, on the lateral wall of frame
It is installed with drive device；It is characterized in that：The output shaft of drive device is sequentially connected with all transmission transverse axis and constitutes transmission
Transverse axis component, all transmission transverse axis sequentially coaxial rigid drive connections therein；It is coaxial with transmission transverse axis in transmission transverse axis component
The left and right two ends of axle segmentation fasten be arranged with first gear respectively；Each its excircle of first gear outer is uniformly arranged at least
Two second gears, all second gears are engaged with first gear；One endless drive part support set is located at whole second gears
Outward, each second gear coordinates with the madial wall groove of endless drive part, the outer peripheral face of endless drive part again with circulate big chain
Pitch chain bar is engaged.
2. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：Set outside each first gear to
Few 3 second gears.
3. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：The output shaft of the drive device
The coaxial rigid drive connection between adjacent transmission transverse axis.
4. a kind of vertical circulation multi-storied garage according to claim 3, it is characterised in that：The output of described drive device
It is connected by shaft coupling coaxial rigid between axle and adjacent drive transverse axis.
5. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：All transmission transverse axis pass through shaft coupling
Device sequentially coaxial rigid drive connection.
6. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：The diameter of described first gear
Less than the diameter of second gear.
7. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：Described endless drive part correspondence
Frame madial wall on support base is installed, circular base slab is installed, described endless drive part lateral surface peace on support base
Several rotatable support wheels are filled, support wheel is circumferentially distributed, support wheel wheel shaft is axially in parallel with endless drive part, circle branch
Fagging is located in the inner ring that whole support wheels of circumferentially branch are surrounded, and all support wheels outer peripheral face and circular base slab
Outer peripheral face laminating, the both ends being segmented with the coaxial axle of transmission transverse axis in transmission transverse axis component rotate the circle through homonymy
The support base of supporting plate and homonymy.
8. a kind of vertical circulation multi-storied garage according to claim 7, it is characterised in that：In the outer peripheral face of the support wheel
Portion is offered for circular base slab neighboring along embedded annular groove along its circumference.
9. a kind of vertical circulation multi-storied garage according to claim 7, it is characterised in that：The center of described second gear
Rotate and center-wheel arbor is set, center-wheel arbor extends outwardly through the circular base slab of homonymy, and is inserted on the support base of homonymy.
10. a kind of vertical circulation multi-storied garage according to claim 1, it is characterised in that：The drive device includes driving
Dynamic motor and decelerator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621332281.1U CN206267592U (en) | 2016-12-07 | 2016-12-07 | A kind of vertical circulation multi-storied garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621332281.1U CN206267592U (en) | 2016-12-07 | 2016-12-07 | A kind of vertical circulation multi-storied garage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206267592U true CN206267592U (en) | 2017-06-20 |
Family
ID=59043772
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621332281.1U Expired - Fee Related CN206267592U (en) | 2016-12-07 | 2016-12-07 | A kind of vertical circulation multi-storied garage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206267592U (en) |
-
2016
- 2016-12-07 CN CN201621332281.1U patent/CN206267592U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170620 Termination date: 20191207 |
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| CF01 | Termination of patent right due to non-payment of annual fee |