CN205422079U - Carousel formula auto seeking plane garage parking - Google Patents
Carousel formula auto seeking plane garage parking Download PDFInfo
- Publication number
- CN205422079U CN205422079U CN201620289669.1U CN201620289669U CN205422079U CN 205422079 U CN205422079 U CN 205422079U CN 201620289669 U CN201620289669 U CN 201620289669U CN 205422079 U CN205422079 U CN 205422079U
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- garage
- rotating disk
- landing
- rotating
- annulus
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Abstract
The utility model relates to a carousel formula auto seeking plane garage parking, including support, first carousel to, axis of rotation, garage, the carousel is to installing on the support, first carousel is to including two carousels, coaxial setting relatively parallelly, the center of two carousels of rotation axis connection, the garage includes first ring, second ring and parking platform, first ring is fixed mutually with first preceding carousel, and the second ring is fixed mutually with first back carousel, first ring and second ring parallel arrangement, parking platform's one end and first ring sliding connection, the other end and second ring sliding connection. The utility model discloses a carousel formula auto seeking plane garage parking can reach effectively utilize limited space, set up out a plurality of parking stalls, save space, safe convenient to use effect.
Description
Technical field
This utility model relates to a kind of garage parking, particularly relates to a kind of rotating disc type Automatic Levelling garage parking.
Background technology
Development and progress along with society, it is increasing that this colony of car owners becomes, the vehicle guaranteeding organic quantity in city increases year by year, due to the parking lot limited amount in urban district, multi-storey parking area in-convenience in use etc. reason so that many car owners are by motor vehicle parking in roadside, and this not only makes troubles to urban transportation, the most thus cause vehicle accident, cause casualties and property loss.
Summary of the invention
The technical problems to be solved in the utility model, being that providing a kind of effectively utilizes space, rotating disc type Automatic Levelling garage parking easy to use, to solve that occupation of land space, present parking lot is big, Limited parking is stopped inconvenient, accidents caused problem arbitrarily parked by motor vehicles.
This utility model is achieved in that a kind of rotating disc type Automatic Levelling garage parking, including support, first rotating disk pair, rotary shaft, garage, described rotating disk is to installing on the bracket, described first rotating disk is to including two rotating disks, it is coaxially disposed opposing parallelly, described rotary shaft connects the center of two rotating disks, described garage includes the first annulus, second annulus and landing, before described first annulus and first, rotating disk fixes, after second annulus and first, rotating disk fixes, described first annulus and the second annulus be arranged in parallel, one end of described landing is slidably connected with the first annulus, the other end and the second annulus are slidably connected.Support is as the supporter in rotating disc type Automatic Levelling garage so that the parts such as rotating disk are liftoff, thus can rotate.The rotating disk rotation turntable rotation in other words for the garage that links drives garage to rotate, and from empty wagons storehouse turns to the convenient position sailing in garage by car, can improve safety and the efficiency of storing cycle.Drive mechanism drives the first rotating disk around rotary shaft to rotating, rotary shaft logical as rotating disk to or the center that circles of outbound, such as lower section.Landing is slidably connected with annulus, it is due to own wt relation, and in garage is always located in annulus along with any time that rotating disk rotates, bottom is parallel to the ground, has reached the technique effect of Automatic Levelling, do not expend extra electric energy and ensure the balance in garage, there is the highest practicality.It addition, garage is made up of annulus and landing, the lightest, cost-effective also allow for of the present utility model removing and installing.
Specifically, being provided with track inside described annulus, described landing and annulus connecting portion are provided with the slide unit adaptive with track, further, described slide unit pulley or steel ball.Pulley is that a periphery has groove, it is possible to the steamboat of pivoting.Slide unit make landing along circle ring inner wall slide time frictional force reduce, convenient landing slides along inwall, when parking cars on landing, landing will carry out sliding until level due to the reason of car weight automatically, has reached the effect of Automatic Levelling.
The surrounding of landing described in the utility model is provided with baffle plate.Landing front-end and back-end are provided with the baffle plate of automatic telescopic, when making garage such as occur jolting with unstable situation during rotating, can make vehicle that slide anteroposterior occurs, baffle plate is used for preventing vehicle from sliding, overturning the danger caused, the both sides of landing arrange baffle plate, it is possible to prevent landing vehicle rotating when to topple from side, causes danger.
Garage described in the utility model is multiple, each with the first rotating disk to being relatively fixed.The described inwall being relatively fixed two rotating disks referring to that garage is directly anchored to the first rotating disk pair, it is ensured that drive garage while rotating together is rotated by rotating disk.
Garage described in the utility model is multilamellar arrangement on the circumference centered by rotary shaft, identical with the distance of rotary shaft with layer garage, also includes multipair rotating disk pair, be positioned at the garage of same layer respectively with a pair rotating disk to fixing；Different rotating disks are driven by independent drive mechanism, and described drive mechanism is friction driving mechanisms, chain drive mechanism or gear-wheel gear-ring drive mechanism.Garage is multilamellar arrangement on the circumference centered by rotary shaft, and multilamellar arrangement can increase the quantity of the outbound of setting so that can be more with parked vehicle, can save more parking space；Being arranged on same circumference with the layer garage garage referring to same layer identical with the distance of rotary shaft, this structure makes garage unitary rotation more stable, and outward appearance also better appearance is generous.Be positioned at the garage of same layer respectively from a pair rotating disk to fixing refer to different rotating disks to connecting the garage of different layers, such as first rotating disk garage to connecting on the first circumferential layer, second rotating disk garage to connecting on the second circumferential layer；Different rotating disks are driven by independent drive mechanism, i.e. the rotating disk of each different layers to can under different independent drive mechanisms drives rotating disk alone, described independently refer to that each layer, to having different drive mechanisms, does not share same drive mechanism.Described drive mechanism is friction driving mechanisms, chain drive mechanism or gear-wheel gear-ring drive mechanism, and these three drive mechanism drives rotating disk to rotate for rotating disk to providing driving force, it is also possible to as long as selecting other type of drive that rotating disk can be driven rotating.
Being additionally provided with connecting rod between rotating disk pair described in the utility model, the two ends of described connecting rod two rotating disks with rotating disk centering respectively fix.Connecting rod is used for connecting two rotating disks pair before and after same layer so that rotating disk moment of torsion when driving garage to rotate is equal, and more safety and stability improves the safety of whole garage running.Described connecting rod can be cylindrical, cuboid, selects according to the spacing of adjacent garage selecting to use.
Center of turntable of the present utility model is more than the center of turntable distance to ground to the distance in outermost layer garage.Center of turntable is more than the center of turntable distance to ground to the distance in outermost layer garage, i.e. this utility model can be rest on the ground by some garages, some garages are positioned at underground mode and realize, of course, when stopping in garage parking, all of garage will by rotating disk turn to landing flush with ground time, so stop convenient and safe.Using said structure can reduce the occupation of land space in rotating disc type Automatic Levelling garage parking, construction cost is greatly decreased.
Center of turntable of the present utility model is equal to the center, the garage distance to landing to the distance on ground.Center of turntable is equal to the center, the garage distance to landing to the distance on ground, i.e. garage parking can be driven to move to the position that landing flushes with ground by controlling rotating disk rotation, so the most very convenient when stopping, and it is the safest, after fixing landing when stopping, as parking on the ground, the simply movement of position.
Drive mechanism of the present utility model also includes speed limiting mechanism, and described speed limiting mechanism is for applying resistance when rotary speed is too fast to rotating disk.It is easily caused the vehicle centripetal force being parked in garage excessive when rotating disk rotates too fast, vehicle is made rocking to occur or even occur bigger position to move, its safety is substantially reduced, now it is accomplished by arranging a speed limiting mechanism to control the velocity of rotation of rotating disk, it is ensured that practicality of the present utility model and safety.
The protuberance guiding vehicle to travel it is provided with on landing of the present utility model.Protuberance is easy to guide vehicle to be parked in relative centered position, improves the safety in garage.
The locking mechanism that also includes of the present utility model, described locking mechanism is used for making landing be relatively fixed with garage or for making rotating disk be relatively fixed with ground.The purpose that arranges of locking mechanism is to be relatively fixed landing and garage to prevent landing in docking process from occurring sliding, locking mechanism can be also used for being relatively fixed of rotating disk and ground, make to shake or even rotate at driver's rotating disk when parking cars, and then ensure that the garage being connected with rotating disk keeps stable, improve parking efficiency and the parking safety of driver.
This utility model has the advantage that and effectively utilizes limited space, arranges out multiple parking stall, saves space, safe and convenient to use.
Accompanying drawing explanation
Fig. 1 is the schematic front view in the rotating disc type Automatic Levelling garage parking of this utility model one embodiment multi-layer circular distribution；
Fig. 2 is the schematic side view in the rotating disc type Automatic Levelling garage parking of this utility model one embodiment multi-layer circular distribution；
Fig. 3 is the schematic front view in the garage of this utility model a kind of rotating disc type Automatic Levelling garage parking one embodiment；
Fig. 4 is the schematic side view in the garage of this utility model a kind of rotating disc type Automatic Levelling garage parking one embodiment；
Description of reference numerals:
1, support；
2, rotating disk；
3, rotary shaft；
4, garage；41, the first annulus；42；Second annulus；43, landing；
5, pulley；
6, baffle plate；
71, the second rotating disk pair；
8, bush support；
9, drive mechanism；
10, driving means；
11, connecting rod；
12, concrete wall；
13, cistern；
14, drain pipe；
15, locking mechanism；
16, cistern；
17, ground.
Detailed description of the invention
By describing technology contents of the present utility model, structural feature in detail, being realized purpose and effect, below in conjunction with embodiment and coordinate accompanying drawing to be explained in detail.
Refer to Fig. 1 to Fig. 4, a kind of rotating disc type Automatic Levelling garage parking 4, including support 1, first rotating disk is to 2, rotary shaft 3, garage 4, described rotating disk is to being arranged on described support 1, described first rotating disk includes two rotating disks to 2, it is coaxially disposed opposing parallelly, described rotary shaft 3 connects the center of two rotating disks, described garage 4 includes the first annulus 41, second annulus 42 and landing 43, before described first annulus 41 and first, rotating disk fixes, after second annulus 42 and first, rotating disk fixes, described first annulus 41 be arranged in parallel with the second annulus 42, one end of described landing 43 is slidably connected with the first annulus 41, the other end and the second annulus 42 are slidably connected.Support 1 is as the supporter in rotating disc type Automatic Levelling garage 4 so that the parts such as rotating disk are liftoff, thus can rotate.The rotating disk rotation turntable rotation in other words for the garage 4 that links drives garage 4 to rotate, and sails car into position in garage 4 from empty wagons storehouse 4 turns to convenience, can improve safety and the efficiency of storing cycle.Wherein the first rotating disk 2 to refer to arrange around the shaft 3 arrange into monolayer circle garage time, rotary shaft 3 connects two rotating disks before and after center of turntable, and opposing parallel setting refers to two rotating disks axle centered by the rotary shaft connecting two center of turntable, coaxially be arranged in parallel.Drive mechanism 9 drives the first rotating disk around rotary shaft 3 to rotating, rotary shaft 3 logical as rotating disk to or the center that circles of outbound, such as lower section.Landing 43 is slidably connected with annulus, it is due to own wt relation, and in garage 4 is always located in annulus along with any time that rotating disk rotates, bottom is parallel with ground 17, has reached the technique effect of Automatic Levelling, do not expend extra electric energy and ensure the balance in garage 4, there is the highest practicality.It addition, garage 4 is made up of annulus and landing 43, the lightest, cost-effective also allow for of the present utility model removing and installing.
Particularly in embodiment, landing 43 and annulus connecting portion are provided with the slide unit adaptive with track, further, described slide unit pulley 5 or steel ball.Pulley 5 is that a periphery has groove, it is possible to the steamboat of pivoting.Slide unit make landing 43 along circle ring inner wall slide time frictional force reduce, convenient landing 43 slides along inwall, when parking cars on landing 43, landing 43 will carry out sliding until level due to the reason of car weight automatically, has reached the effect of Automatic Levelling.In preferred embodiment, the track of arc is set inside the first annulus 41 and the second annulus 42, the bottom surface arc of landing 43 is directly fitted with orbital plane, lubricating oil is used to be lubricated reduction frictional force in use, it is that landing 43 simple in construction easily around slide, can conveniently use, be hardly damaged.
In the preferred embodiment shown in Fig. 2 and Fig. 4, the surrounding of landing 43 described in the utility model is provided with baffle plate 6.Landing 43 front-end and back-end are provided with the baffle plate 6 of auto-folder, when making garage 4 such as occur jolting with unstable situation during rotating, can make vehicle that slide anteroposterior occurs, baffle plate 6 is used for preventing vehicle from sliding, overturning the danger caused, in other embodiments, baffle plate 6 can also be set in the both sides of landing 43, be possible to prevent landing 43 vehicle rotating when to topple from side, cause danger.
In the embodiment shown in fig. 1, garage 4 described in the utility model is multiple, is each relatively fixed 2 with the first rotating disk.Described being relatively fixed refers to that garage 4 is directly anchored to first rotating disk inwall of two rotating disks to 2, can can connect rotating disk pair in other words by welding or bolt with the connection of garage 4 and rotating disk not to be directly contact fixing with garage 4 but connected by connecting rod 11 and fix, it is ensured that drive garage 4 while rotation is together rotated by rotating disk.In preferred embodiment, could be arranged to 4 to 6 garages 4, i.e. arrange 4 to 6 parking stall parkings to the garage 4 of 2 relatively-stationary first circumferential layers with the first rotating disk.6 parking stalls of inner ring individual pen are advantageous in that, 360 degree can just be divided into 6 60 degree, save space, increase operation rate, cost-effective.
As depicted in figs. 1 and 2, garage 4 described in the utility model is multilamellar arrangement on the circumference centered by rotary shaft 3, described multilamellar arrangement refer to garage 4 can be arranged on the circumference centered by rotary shaft 32 circles, 3 circles and more than, as long as can ensure that the situation of its safety and the parked vehicle of normal rotation, identical with the distance of rotary shaft 3 with layer garage 4, also include multipair rotating disk pair, be positioned at the garage 4 of same layer respectively with a pair rotating disk to fixing；Different rotating disks are driven by independent drive mechanism 9, and described drive mechanism 9 is friction driving mechanisms 9, chain drive mechanism 9 or gear-wheel gear-ring drive mechanism 9.Garage 4 is multilamellar arrangement on the circumference centered by rotary shaft 3, and multilamellar arrangement can increase the quantity of the outbound of setting so that can be more with parked vehicle, can save more parking space；Being arranged on same circumference with layer garage 4 garage 4 referring to same layer identical with the distance of rotary shaft 3, this structure makes garage 4 unitary rotation more stable, and outward appearance also better appearance is generous.The garage 4 being positioned at same layer refers to the different rotating disks garage 4 to connection different layers from a pair rotating disk to fixing respectively, and garage the 4, second rotating disk connected on the first circumferential layers 2 such as the first rotating disk connects the garage 4 on the second circumferential layers to 7；Different rotating disks are driven by independent drive mechanism 9, i.e. the rotating disk of each different layers is to rotating alone under different independent drive mechanisms 9 drives, of course as the rotating disk realizing different layers independent rotation, in preferred embodiment as shown in Figure 2, we devise bush support 81 for connecting rotary shaft 3 and rotating disk pair, the independent rotation in garage 4 making different circumferential layer by this design cleverly, above-mentioned independent driving refers to that each layer, to having different drive mechanisms 9, does not share same drive mechanism 9；Of course the independence using independent drive mechanism 9 to realize different levels to rotate, it is that vehicle, raising work efficiency, the preferred scheme of the saving energy consider for convenience, i.e. as surplus in the garage 4 on the only second circumferential layer next empty parking stall, just have only to drive mechanism 9 drive the second rotating disk to 7 thus drive the garage, hole 4 of the second circumferential layer to turn at ground 17 and stop, it is not necessary to drive all of garage 4 to rotate.Of course, use same drive mechanism 9, it is achieved garage 4 mass motion on each circumferential layer also can realize；Described drive mechanism 9 is friction driving mechanisms 9, chain drive mechanism 9 or gear-wheel gear-ring drive mechanism 9, these three drive mechanism 9 drives rotating disk to rotate for rotating disk to providing driving force, it is also possible to as long as selecting other type of drive that rotating disk can be driven rotating.
Preferably, driving means 10 can use hydraulic motor, and (hydraulic motor liquid is totally enclosed, can adapt to the ambient conditions of Various Complex, at dust, wet environment can relieved use) drive mechanism 9 is gear-wheel gear-ring drive mechanism 9, reliable transmission, service efficiency high life length, compact conformation take up room little.
Referring to Fig. 1 and Fig. 3, in other preferred embodiments, be additionally provided with connecting rod 11 between garage 4 described in the utility model, described connecting rod 11 two ends two rotating disks with rotating disk centering respectively fix.Pass through said method, the front rotating disk of all rotating disks pair and rear rotating disk are fixedly connected with by connecting rod 11 the most respectively, first before and after, rotating disk there will not be relative angle deviation, secondly, will not there is dislocation due to the moment of torsion difference problem of rotary shaft 3 in garage, cause the safety problem that garage 4 deforms, design connecting rod 11 make total more firmly, safety.Described connecting rod 11 can be cylindrical, cuboid, selects according to the spacing of adjacent garage 4 selecting to use.As shown in Figure 1, the less connecting rod 11 that can use cylinder of adjacent garage 4 spacing on the garage 4 on the first circumferential layer, connect compact；Adjacent garage 4 spacing on the second circumferential layer can select more greatly the connecting rod 11 of cuboid to connect, and can play good fixation, moreover it is possible to saves material, reduces cost.
As it is shown in figure 1, in specific embodiment, the distance of center of turntable of the present utility model to outermost layer garage 4 is more than the distance of center of turntable to ground 17.Center of turntable can be passed through some garages 4 to the distance in outermost layer garage 4 more than center of turntable to the distance on ground 17, i.e. this utility model and be positioned on ground 17, and the mode that some garages 4 are positioned under ground 17 realizes；Of course, in garage parking 4 stop time, all of garage 4 will by rotating disk turn to landing 43 flush with ground 17 time, so parking convenient and safe.Using said structure can reduce the occupation of land space in rotating disc type Automatic Levelling garage parking 4, construction cost is greatly decreased.As shown in Figure 1; preferably; we can build one in the space housing garage 4 block up concrete walls 12 for protecting the garage 4 under ground 17 building on ground 17 times, and concrete walls 12 solid are difficult to avalanche than stronger, can play protection garage 4 and the effect of parked vehicle；Of course, in addition it is also necessary to a cistern 16 is set so that the rainwater fallen etc. are brought together, then discharged together by drainage pipeline 13.
As it is shown in figure 1, in some preferred embodiments, the distance of center of turntable of the present utility model to ground 17 is equal to the distance at center, garage 4 to landing 43.Center of turntable is equal to the center, garage 4 distance to landing 43 to the distance on ground 17, i.e. can move to, by controlling rotating disk rotational band motor-car storehouse 4, the position that landing 43 flushes with ground 17, so the most very convenient when stopping, and it is the safest, after fixing landing 43 when stopping, as being parked on ground 17, the only movement of position in same plane.When we only arrange garage 4 on 1 circumferential layer, we can rotate 2 and realize, by controlling the first rotating disk, the position that two garages 4 simultaneously move to flush with ground 17, so can improve parking efficiency；When we are provided with multiple story garage 4, we can also realize, by controlling the rotation of rotating disk pair, the position that multiple garage parking 4 moves to flush with ground 17, thus realize vehicles passing in and out while of import and export more, improve further the efficiency stopping picking up the car, save the time stopping picking up the car of driver, be very useful in allegro today.
In preferred embodiment, our drive mechanism 9 can also include speed limiting mechanism, and described speed limiting mechanism is for applying resistance when rotary speed is too fast to rotating disk.It is easily caused the vehicle centrifugal force being parked in garage 4 excessive when rotating disk rotates too fast, vehicle is made rocking to occur or even occur bigger position to move, its safety is substantially reduced, now it is accomplished by arranging a speed limiting mechanism to control the velocity of rotation of rotating disk, it is ensured that practicality of the present utility model and safety.We can arrange a sensor for detecting the real-time rotating speed of rotating disk on rotating disk, when the rotating speed of rotating disk is higher than predetermined threshold value, sensor signal an alert, speed limiting mechanism is made a response after receiving alarm signal and is controlled the velocity of rotation of rotating disk, and the velocity of rotation controlling rotating disk can be by control drive mechanism reversion, rotary speed to be reduced.
In specific embodiment, garage 4 of the present utility model and described landing 43 are made for metal material.Garage 4 with metal material make for carry landing 43 be difficult to more safely the when of vehicle damaged；Landing 43 is made with metal material, and the firm vehicle being difficult to be parked of platform damages by pressure impaired.
Refer to Fig. 1, preferably in embodiment, landing 43 of the present utility model is provided with the protuberance 14 guiding vehicle to travel.It is easy to guide vehicle to be parked in relative centered position, improves the safety in garage 4.
Referring to Fig. 1 and Fig. 3, in preferred embodiment, this utility model also includes that locking mechanism 15, described locking mechanism 15 are used for making landing 43 be relatively fixed with garage 4 or for making rotating disk be relatively fixed with ground 17.Described locking mechanism 15 starts when being in ad-hoc location in garage 4, and the garage 4 that ad-hoc location refers to here turns to flush with ground, prepares the position allowing vehicle enter.Locking mechanism 15 is relatively fixed with garage 4 for landing 43.The purpose that arranges of locking mechanism 15 is to be relatively fixed landing 43 and garage 4 to prevent landing 43 in docking process from occurring sliding, and affects parking and the safety of driver.Locking mechanism can be also used for being relatively fixed of rotating disk and ground 17 so that can not shake or rotate at driver's rotating disk when parking cars, and then ensures that the garage 4 being connected with rotating disk keeps stable, the parking efficiency of raising driver and parking safety.Described locking mechanism 15 can be in the latch of landing 43 both sides, is fixed by landing 43 as when parking in the jack of the insertion of the latch on landing 43 support 1, and in docking process, landing 43 will not slide, and improves safety and parking efficiency；Locking mechanism 15 can also be in the support bar of landing 43 both sides, support bar on landing 43 puts down as when parking, it is supported on ground 17 and fixes landing 43, certain can reaching makes landing 43 be relatively fixed with ground 17, and in docking process, landing 43 occurs without and slides.
This utility model can also also include drawing sweep, when the landing 43 in the garage 4 arranged moves to not flush with ground 17, the setting of these parts is just very important and (of courses, preferably technical scheme or center of turntable i.e. makes landing 43 move to ground 17 by the rotation in control garage 4 to the distance on ground 17 equal to the distance at center, garage 4 to landing 43 to flush), described draw one end that sweep can use hydraulic-driven to be foldably connected to landing 43, trail when garage 4 is in ad-hoc location to put down and contact with ground 17, vehicle is guided to enter landing 43.Improve parking efficiency, practicality of the present utility model can be further enhanced.
The foregoing is only embodiment of the present utility model; not thereby scope of patent protection of the present utility model is limited; every equivalent structure utilizing this utility model description and accompanying drawing content to be made or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, the most in like manner it is included in scope of patent protection of the present utility model.
Claims (11)
1. a rotating disc type Automatic Levelling garage parking, it is characterized in that: include support, first rotating disk pair, rotary shaft, garage, described rotating disk is to installing on the bracket, described first rotating disk is to including two rotating disks, it is coaxially disposed opposing parallelly, described rotary shaft connects the center of two rotating disks, described garage includes the first annulus, second annulus and landing, before described first annulus and first, rotating disk fixes, after second annulus and first, rotating disk fixes, described first annulus and the second annulus be arranged in parallel, one end of described landing is slidably connected with the first annulus, the other end and the second annulus are slidably connected.
Rotating disc type Automatic Levelling garage parking the most according to claim 1, it is characterised in that: being provided with track inside described annulus, described landing and annulus connecting portion are provided with the slide unit adaptive with track.
Rotating disc type Automatic Levelling garage parking the most according to claim 1, it is characterised in that: the surrounding of described landing is provided with baffle plate.
Rotating disc type Automatic Levelling garage parking the most according to claim 1, it is characterised in that: described garage is multiple, each with the first rotating disk to being relatively fixed.
Rotating disc type Automatic Levelling garage parking the most according to claim 4, it is characterized in that: described garage is multilamellar arrangement on the circumference centered by rotary shaft, identical with the distance of rotary shaft with layer garage, also include multipair rotating disk pair, be positioned at the garage of same layer respectively with a pair rotating disk to fixing；Different rotating disks are driven by independent drive mechanism, and described drive mechanism is friction driving mechanisms, chain drive mechanism or gear-wheel gear-ring drive mechanism.
Rotating disc type Automatic Levelling garage parking the most according to claim 5, it is characterised in that be additionally provided with connecting rod between described rotating disk pair, the two ends of described connecting rod two rotating disks with rotating disk centering respectively fix.
Rotating disc type Automatic Levelling garage parking the most according to claim 5, it is characterised in that: the distance of center of turntable to outermost layer garage is more than the distance of center of turntable to ground.
Rotating disc type Automatic Levelling garage parking the most according to claim 5, it is characterised in that: the distance of described center of turntable to ground is equal to the distance at center, garage to landing.
Rotating disc type Automatic Levelling garage parking the most according to claim 5, it is characterised in that described drive mechanism also includes speed limiting mechanism, described speed limiting mechanism is for applying resistance when rotary speed is too fast to rotating disk.
Rotating disc type Automatic Levelling garage parking the most according to claim 1, it is characterised in that: it is provided with the protuberance guiding vehicle to travel on described landing.
11. rotating disc type Automatic Levelling garage parkings according to claim 1, it is characterised in that: also include that locking mechanism, described locking mechanism are used for making landing be relatively fixed with garage or for making rotating disk be relatively fixed with ground.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620289669.1U CN205422079U (en) | 2016-04-08 | 2016-04-08 | Carousel formula auto seeking plane garage parking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620289669.1U CN205422079U (en) | 2016-04-08 | 2016-04-08 | Carousel formula auto seeking plane garage parking |
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| Publication Number | Publication Date |
|---|---|
| CN205422079U true CN205422079U (en) | 2016-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620289669.1U Expired - Fee Related CN205422079U (en) | 2016-04-08 | 2016-04-08 | Carousel formula auto seeking plane garage parking |
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| Country | Link |
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| CN (1) | CN205422079U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105696830A (en) * | 2016-04-08 | 2016-06-22 | 王均 | Rotating disc type automatic leveling parking garage |
-
2016
- 2016-04-08 CN CN201620289669.1U patent/CN205422079U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105696830A (en) * | 2016-04-08 | 2016-06-22 | 王均 | Rotating disc type automatic leveling parking garage |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160803 |