CN205577520U - Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage - Google Patents
Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage Download PDFInfo
- Publication number
- CN205577520U CN205577520U CN201620111236.7U CN201620111236U CN205577520U CN 205577520 U CN205577520 U CN 205577520U CN 201620111236 U CN201620111236 U CN 201620111236U CN 205577520 U CN205577520 U CN 205577520U
- Authority
- CN
- China
- Prior art keywords
- main body
- lifting
- power source
- vertical beam
- guide rail
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Abstract
The utility model relates to a nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage. The purpose is the double -deck garage that provides, can carry out access management to the vehicle, has moreover that vehicle access is convenient, area is little, the characteristics of good reliability. Technical scheme is: nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage, its characterized in that: including the running gear of main body frame, drive main body frame translation, install the elevating system of upper parking platform on main body frame, the lift of the upper parking platform of drive and prevent the tenesmic safety protection mechanism of upper parking platform the liftable.
Description
Technical field
This utility model relates to parking equipment technical field, is specifically related to a kind of bucket type double-deck garage.
Background technology
Along with the sustainable development of Chinese national economy, the vehicle guaranteeding organic quantity of China is also the most soaring, by 2014
The end, vehicle guaranteeding organic quantity has reached 2.64 hundred million.Meanwhile, the parking facility development in China city is the most delayed and short,
Lag far behind the growth rate of automobile, the parking supply and demand contradiction in city, urban district parking difficulty problem is more and more prominent,
Especially at old town and public place and the part house such as inner city and the hospital of artificial abortion's Relatively centralized, bank, office
Community, the problem occurring in that " finding no parking space " to some extent, badly influence the economic development in city.
Utility model content
Technical problem to be solved in the utility model is the deficiency overcoming above-mentioned background technology, it is provided that a kind of double-decker
Storehouse, it is possible to vehicle is carried out access management, and have that vehicle access is convenient, floor space is little, the feature of good reliability.
The technical solution adopted in the utility model is as follows: carrying movable top rod-pulling type double-deck garage without dodging gantry bucket, it is special
Levy and be: include main body frame, drive the walking mechanism that main body frame translates, the upper strata being liftably arranged on main body frame
Landing, the elevating mechanism driving upper-layer parking lifting platform and the security protection machine preventing upper-layer parking platform from dropping
Structure；Wherein,
Described walking mechanism includes walking power source, the transmission main shaft being arranged on main body frame, is arranged on main body frame
The road wheel of bottom and surface-based guide assembly, walking power source drives transmission main shaft to rotate, the two of transmission main shaft
Hold and drive road wheel to walk along guide rail by sprocket wheel and chain belt；
Described upper-layer parking platform includes parking framework, the rotation platform being arranged on parking framework and drives rotary flat
The rotating power source that platform rotates；
Described elevating mechanism includes that lifting drive source, elevating screw, lifting nut and guide wheel assembly, parking framework pass through
Guide wheel assembly is arranged on main body frame, power source drive elevating screw, lifting nut be arranged on elevating screw and with parking
Framework connects；
Described safety protective mechanisms includes two safety protection bars being vertically installed on main body frame, around each fender rod
The chain wheel driving mechanism in several journal stirrups of outer wall helical arrangement and attachment security fender rod and lifting drive source.
As preferably, described double-deck garage also includes that bottom walks rotary landing certainly, and this bottom is from walking rotary stopping
Car platform includes under(-)chassis, be arranged on under(-)chassis bottom walking mechanism and rotating mechanism；
Described walking mechanism includes the end that the bottom driving main shaft being arranged on under(-)chassis is connected with bottom driving main shaft
Portion's walking power source, being arranged on two groups of road wheels of under(-)chassis bottom surface, described transmission main shaft is driven by sprocket wheel and chain belt
Described road wheel；
Described rotating mechanism includes rotation platform and rotating power source, and rotation platform is installed in rotation on under(-)chassis
On, rotating power source is arranged on under(-)chassis and is connected with rotation platform, drives rotation platform to rotate.
As preferably, described walking mechanism also includes that two guide assemblies, two guide assemblies are positioned at two groups of road wheels
Lower section, transmission main shaft drives two groups of road wheels to walk on two guide assemblies respectively.
As preferably, described under(-)chassis includes two walking main sills and a walking main beam, and two walkings are main
Bottom girder is arranged in parallel, and its one end connects fixing by walking main beam, and the middle part of two walking main sills is propped up by bottom girder boss
Support beam fixed bottom girder boss.
As preferably, described rotation platform includes that two turntable girders, some web beams, parking plate, rotation are convex
Platform support beam and rotation boss；Being connected by described some web beams between two turntable girders, parking plate is laid
And be fixed on turntable girder and web beam, rotate boss and be positioned at two turntables by described rotation boss support beam
The middle part of girder；Being provided with live spindle in rotating boss, live spindle connects with rotating power source after being passed down through bottom girder boss
Connect.
As preferably, described main body frame includes two main body vertical beams, two subject beam and two main body bottom girders, two
Root main body vertical beam is vertically arranged, the top of two main body vertical beams and middle part respectively connect fixing by a subject beam, every
The bottom of main body vertical beam is respectively fixedly connected with a described main body bottom girder, and main body bottom girder is mutually perpendicular to main body vertical beam.
As preferably, described main body frame also includes two subject activity top pull bars and two expansion link vertical beams, two
Expansion link vertical beam is separately fixed at the outside of two main body vertical beams, and two subject activity top pull bars and two expansion link vertical beams are one by one
Correspondence, and two subject activity top pull bars are arranged in the same side of main body vertical beam, or two main bodys with upper-layer parking platform
Movable top pull bar and upper-layer parking platform divide the both sides of row main body vertical beam, and the head end of subject activity top pull bar is by the first adjustment knot
Structure is flexibly connected with expansion link vertical beam, and the tail end of subject activity top pull bar is hinged with main body bottom girder by bearing pin；
Described first adjusts structure includes the first screw mandrel being arranged in expansion link vertical beam, is arranged on expansion link vertical beam top
And drive the first screw mandrel the first power source, be arranged on expansion link vertical beam by some guide wheels in and coordinate with the first screw mandrel
First nut, it is arranged on the link in expansion link vertical beam by some guide wheels and is fixed on the first of expansion link vertical beam outer wall
Fixing seat；Described first fixes seat is fixed on the expansion link vertical beam outer wall near subject activity top pull bar side, and first fixes seat
Lower end be shaped with the concave surface that the head end with subject activity top pull bar adapts；The outer wall of the first nut is provided with upper and lower block, described
The inner of link is inserted between upper and lower block, is provided with spring between the inner and lower block of link, and the outer end of link is worn
Passing through bearing pin after crossing the vertical groove offered on expansion link vertical beam hinged with the head end of subject activity top pull bar, the first screw mandrel rotates
Time, the first nut drives bearing pin oscilaltion thus adjusts the height of subject activity top pull bar；First nut moves to first
During bar upper end, the upper end of subject activity top pull bar is positioned in the first concave surface fixing seat, thus limits subject activity top pull bar
Position.
As preferably, described guide assembly is telescopic guide or folding type guide-rail；
Telescopic guide includes fixing seat, be arranged in fixing seat and the fixing guide rail that is parallel to each other and movable guiding rail and
Movable guiding rail is driven to protrude horizontally up the guide rail power source of fixing seat by guide rail telescoping mechanism；Described guide rail telescoping mechanism includes solid
The guide rail driving rack being scheduled on movable guiding rail and the guide rail biography being driven by guide rail power source and engaging with guide rail driving rack
Moving gear；
Described folding type guide-rail includes fixing seat, the fixing guide rail being arranged in fixing seat, is hinged on fixing guide rail one end
Movable guiding rail and by guide rail fold mechanism drive movable guiding rail rotate guide rail power source；Described guide rail fold mechanism bag
The guide rail include the guide rail folding drivewheel being connected with guide rail power source, being fixedly connected on movable guiding rail folds follower and company
Connect guide rail and fold the guide rail folding transmission band of drivewheel and guide rail folding follower.
As preferably, described parking framework includes two hoisting cross beams, two lifting vertical beams and two lifting bottom girders, two
The top and bottom of root lifting vertical beam connect by described hoisting cross beam is fixing respectively, and two lifting bottom girders are respectively fixedly connected with
Two lower ends lifting vertical beams are the most vertical with lifting vertical beam, and the tops of two lifting bottom girders are respectively equipped with several rolling steel ball groups
Part, the middle part of two lifting bottom girders connects by bottom girder boss support beam is fixing, and the middle part of bottom girder boss support beam is provided with bottom girder
Boss.
As preferably, described parking framework also includes two hoistable platform movable top pull bars, two hoistable platform movable top
Pull bar and two lifting bottom girder one_to_one corresponding, the tail end of hoistable platform movable top pull bar is hinged on lifting bottom girder, hoistable platform
The head end of movable top pull bar is flexibly connected with lifting vertical beam by the second adjustment structure；
Described second adjusts structure includes the second screw mandrel being vertically installed in lifting vertical beam, is arranged on lifting vertical beam top
And drive the second screw mandrel the second power source, be arranged on lifting vertical beam by some guide wheels in and coordinate with the second screw mandrel the
Two nuts, the briquetting being arranged on the second nut and be fixed on the second of lifting vertical beam upper end inwall and fix seat；Described second
Fixing seat is fixed on the lifting vertical beam inwall near lifting bottom girder side, and second fixes seat is shaped with arc-shaped concave, the second nut
Outer wall is provided with upper and lower block, and lower block is installed with described briquetting by some pressing plate limited blocks, the bottom of briquetting and lower block it
Between be provided with spring；The head end of described hoistable platform movable top pull bar is provided with a bearing pin, and this bearing pin is offered on lifting vertical beam
Vertical groove after be inserted between block and described briquetting, second screw mandrel rotate time, second nut drive bearing pin rise up and down
Drop thus adjust the height of hoistable platform movable top pull bar；Being fixed with position-limited wheel on described bearing pin, the second nut moves to second
During screw mandrel upper end, position-limited wheel is positioned in arc-shaped concave, thus limits bearing pin and the position of hoistable platform movable top pull bar.
As preferably, described rotation platform includes that two turntable girders, some web beams, parking plate, rotation are convex
Platform support beam and rotation boss, two turntable girders are the most corresponding with described two lifting bottom girders, two turntable girders
Between connected by described some web beams and parking plate, rotate boss and be positioned at by described rotation boss support beam
The middle part of two turntable girders；Rotate in boss and live spindle be installed, live spindle be passed down through after bottom girder boss with rotation
Rotatory force source connects.
As preferably, described subject activity top pull bar includes a main body connecting rod, No. two main body connecting rods and retractable safety
Pipe box device；A number main body connecting rod and No. two main body rod hinge connections；Described retractable safety pipe box device includes safe sleeve pipe power
Source, telescopic screw rod, flexible nut and safe sleeve pipe, safe sleeve pipe power source is fixed on a main body connecting rod, telescopic screw rod
Being arranged on a main body connecting rod by supporting seat and be connected with safe sleeve pipe power source, flexible nut is arranged on telescopic screw rod also
Telescopic joint with safety, safe sleeve pipe is sleeved on a main body connecting rod and the hinged place of No. two main body connecting rods slidably；
Described hoistable platform movable top pull bar includes a lifting linking member, No. two lifting linking members and retractable safety pipe box dress
Put；A number lifting linking member and No. two lifting linking members are hinged；Described retractable safety pipe box device includes safe sleeve pipe power source, stretches
Screw mandrel, flexible nut and safe sleeve pipe, safe sleeve pipe power source is fixed on a lifting linking member, and telescopic screw rod is by supporting
Seat be arranged on a lifting linking member and be connected with safe sleeve pipe power source, flexible nut be arranged on telescopic screw rod and with safety
Telescopic joint, safe sleeve pipe is sleeved on a lifting linking member and the hinged place of No. two lifting linking members slidably.
As preferably, described garage is additionally provided with the pedal gear being easy to the upper and lower landing of vehicle；Described pedal gear bag
Include and can be positioned at the pedal at parking plate length direction two ends around horizontal axis rotationally, driven by pedal gear pedal to revolve
The pedal motor turned；In described pedal gear, pedal motor is respectively by the first step chain wheels and commutating tooth wheels
Two pedal shafts are driven with the second step chain wheels.
This utility model has the beneficial effect that this utility model drives upper-layer parking platform to carry out by elevating mechanism
Lifting, when upper-layer parking platform rises, upper-layer parking platform and bottom are certainly walked rotary landing and all can be stopped, shape
Becoming double-deck garage, overall floor space is little, can be effectively increased parking stall；The weight of vehicle is adjusted in structure by first, second
Fixing seat undertake, reduce the interference to nut motion, it is ensured that upper-layer parking lifting platform process smooth；Further, first,
Second adjusts respective outer side edges retractable safety pipe box device can make subject activity top pull bar, hoistable platform movable top pull bar with upper strata
The decline of landing and bend, it is to avoid disturbing vehicle, therefore vehicle can directly take to stopping, it is also possible to laterally stops to take,
The maximized demand met space；And this utility model entirety uses the structure of frame-type, each driving structure all to use
Mature technology, therefore cost is relatively low, convenient later maintenance.Additionally this utility model be not limited to vehicle stop take, can fit equally
For the handling art of a series of goods such as logistics, harbour, harbour, cheap, esy to use, safe and reliable.
Accompanying drawing explanation
Fig. 1 is one of main TV structure schematic diagram of this utility model embodiment one.
Fig. 2 is the two of the main TV structure schematic diagram of this utility model embodiment one.
Fig. 3 is the plan structure schematic diagram (parking) of this utility model embodiment one.
Fig. 4 is the main TV structure schematic diagram of this utility model embodiment two.
Fig. 5 is the right TV structure schematic diagram of this utility model embodiment two.
Fig. 6 is one of right TV structure schematic diagram of main body frame.
Fig. 7 is the main TV structure schematic diagram of main body frame.
Fig. 8 is the plan structure schematic diagram of main body frame.
Fig. 9 is the right TV structure schematic diagram of walking mechanism.
Figure 10 is the enlarged diagram in A portion in Fig. 9.
Figure 11 is the main TV structure schematic diagram of walking mechanism.
Figure 12 is the main TV structure schematic diagram of parking framework.
Figure 13 is the plan structure schematic diagram of parking framework.
Figure 14 is the right TV structure schematic diagram of parking framework.
Figure 15 is that bottom is from one of rotating part main TV structure schematic diagram walking rotary landing.
Figure 16 is that bottom is from the two of the rotating part main TV structure schematic diagram walking rotary landing.
Figure 17 is that bottom is from the frame structure schematic diagram walking rotary landing.
Figure 18 is that bottom is from the rotating part plan structure schematic diagram walking rotary landing.
Figure 19 is the plan structure schematic diagram of telescopic rail.
Figure 20 is the right TV structure schematic diagram of Figure 19.
Figure 21 is the enlarged diagram in B portion in Figure 20.
Figure 22 is one of structural representation during the decline of upper-layer parking platform.
Figure 23 is the structural representation of elevating mechanism.
Figure 24 is the main TV structure schematic diagram of folding guide rail.
Figure 25 is the plan structure schematic diagram of folding guide rail.
Figure 26 is the two of the right TV structure schematic diagram of main body frame.
Figure 27 is the enlarged diagram in C portion in Figure 24.
Figure 28 is the enlarged diagram in D portion in Figure 25.
Figure 29 is the enlarged diagram in E portion in Figure 26.
Figure 30 is the structural representation of the straight configuration of subject activity top pull bar.
Figure 31 is the structural representation of the bending state of subject activity top pull bar.
Figure 32 is the enlarged diagram in F portion in Figure 30.
Figure 33 is the enlarged diagram in G portion in Figure 30.
Figure 34 is the structural representation of the straight configuration of hoistable platform movable top pull bar.
Figure 35 is the enlarged diagram in H portion in Figure 34.
Figure 36 is the plan structure schematic diagram of Figure 34.
Figure 37 is the enlarged diagram in I portion in Figure 34.
Figure 38 is the enlarged diagram in J portion in Figure 36.
Figure 39 is two of the structural representation during decline of upper-layer parking platform.
Figure 40 is the enlarged diagram in K portion in Figure 39.
Figure 41 is the structural representation after the rotation platform 90-degree rotation of upper-layer parking platform.
Detailed description of the invention
Below in conjunction with Figure of description, the utility model is described in further detail, but this utility model be not limited to
Lower embodiment.
As shown in Fig. 1 to Fig. 5, carry movable top rod-pulling type double-deck garage without dodging gantry bucket, including main body frame 2, drive
The walking mechanism of main body frame 2 translation, the upper-layer parking platform 3 being liftably arranged on main body frame 2, driving upper-layer parking
The elevating mechanism of platform 3 lifting and prevent the safety protective mechanisms that upper-layer parking platform 3 drops.
As shown in Fig. 6 to Figure 11, described main body frame 2 include two main body vertical beam 2-1, two subject beam 2-3 and
Two main body bottom girder 2-5, two main body vertical beam 2-1 vertically arrange, the top of two main body vertical beam 2-1 and middle part are respectively by one
Root subject beam 2-3 connects fixing, and the bottom of every main body vertical beam 2-1 is fixedly connected with a described main body bottom girder 2-5, main
Body bottom girder 2-5 is mutually perpendicular to main body vertical beam 2-1.Connect between two subject beam and have elevating screw vertical beam 2-4.
As shown in Figure 30, Figure 31, Figure 32, described main body frame 2 also include two subject activity top pull bars and two stretch
Contracting bar vertical beam 2-2, two expansion link vertical beam 2-2 are separately fixed at the outside of two main body vertical beam 2-1, two subject activity top pull
Bar and two expansion link vertical beam 2-2 one_to_one corresponding, and two subject activity top pull bars are arranged in main body with upper-layer parking platform 3
The same side of vertical beam 2-1, or the both sides of two subject activity top pull bars and 3 points of row main body vertical beam 2-1 of upper-layer parking platform, main
The head end of body movable top pull bar is flexibly connected with expansion link vertical beam 2-2 by the first adjustment structure, the tail of subject activity top pull bar
Hold hinged with main body bottom girder 2-5 by bearing pin 6-3.Described first adjusts structure includes being arranged on expansion link by bearing block 18-3
The first screw mandrel 18-6 in vertical beam 2-2, it is arranged on expansion link vertical beam 2-2 top and drives the first power source of the first screw mandrel
17, the first nut 18-4 of coordinating in being arranged on expansion link vertical beam 2-2 by some guide wheels and with the first screw mandrel, led by some
Wheel 18-5 be arranged on the link 18-2 in expansion link vertical beam 2-2 and be fixed on expansion link vertical beam 2-2 outer wall first fix
Seat 18-1.Described first fixes seat is fixed on the expansion link vertical beam 2-2 outer wall near subject activity top pull bar side, and first fixes
The lower end of seat is shaped with the concave surface that the head end with subject activity top pull bar adapts.The outer wall of the first nut is provided with upper and lower block, institute
The inner stating link is inserted between upper and lower block, is provided with spring 18-7 between the inner and lower block of link, link
Outer end is hinged with the head end of subject activity top pull bar by bearing pin after passing the vertical groove offered on expansion link vertical beam 2-2.The
When one screw mandrel rotates, the first nut drives bearing pin oscilaltion thus adjusts the height of subject activity top pull bar；First nut fortune
When moving the first screw mandrel upper end, the upper end of subject activity top pull bar is positioned in the first concave surface fixing seat, thus limits main body
The position of movable top pull bar.
As shown in figure 33, described subject activity top pull bar include a main body connecting rod 6-1, No. two main body connecting rod 6-2 and
Retractable safety pipe box device.A number main body connecting rod and No. two main body rod hinge connections；Described retractable safety pipe box device includes safety
Sleeve pipe power source 19-1, telescopic screw rod 19-5, flexible nut 19-3 and safe sleeve pipe 19-4, safe sleeve pipe power source is fixed on
On a number main body connecting rod, telescopic screw rod is arranged on a main body connecting rod by supporting seat 19-2 and connects with safe sleeve pipe power source
Connecing, flexible nut is arranged on telescopic screw rod and telescopic joint with safety, and safe sleeve pipe is sleeved on a main body even slidably
Bar and the hinged place of No. two main body connecting rods.
Described walking mechanism includes walking power source 7-1, the transmission main shaft 7-3 being arranged on main body frame 2, is arranged on master
Road wheel 7-6 bottom body framework 2 and be arranged on telescopic guide or the folding type guide-rail on ground 1, walking power source passes through
Pair of sprocket 7-2 and chain belt drive transmission main shaft 7-3 to rotate, and the two ends of transmission main shaft are driven by sprocket wheel 7-4 and chain belt 7-5
Road wheel is walked along telescopic guide.
Described upper-layer parking platform 3 includes parking framework, the rotation platform being arranged on parking framework and drives rotation
Rotating power source 30-5 that platform rotates.Transmission main shaft is arranged in main body vertical beam 2-1 by bearing block, and walking power source is solid
Being scheduled on the subject beam 2-3 on the downside of main body frame 2, sprocket wheel is sleeved on the spindle nose of walking power source, and transmission main shaft passes through axle
Being arranged in the subject beam 2-3 on the downside of main body frame 2 of bearing, synchronous sprocket wheel is sleeved on the two axial ends of transmission main shaft, walking
Wheel and driven sprocket are fixed in the main sill of main part by mandrel, carry out transmission by chain, and guide wheel passes through the guide wheel heart
Axle is arranged on the bottom of main body bottom girder 2-5.
As shown in Figure 22 to Figure 23, described elevating mechanism includes lifting drive source 9-1, elevating screw 9-3, lifting nut 9-
4 and guide wheel assembly 9-5, elevating screw is arranged in elevating screw vertical beam 2-4 by bearing block 9-2, and parking framework is by leading
Wheel assembly is arranged on main body frame 2, and power source drives elevating screw, and lifting nut is arranged on elevating screw and and parking frame
Frame connects.
Described safety protective mechanisms includes the two safety protection bar 8-1 being vertically installed on main body frame 2, around each anti-
The chain wheel driving mechanism in several journal stirrups 8-2 of guard bar outer wall helical arrangement and attachment security fender rod and lifting drive source.
Described chain wheel driving mechanism includes drive sprocket 8-3, two by movable sprocket 8-4 and two chain belt 8-6；Drive sprocket is fixed on
On elevating screw, two are separately fixed on two safety protection bars by movable sprocket, drive sprocket by two chain belt respectively with
Two passive sprocket wheel links.
As shown in Figure 15 to Figure 18, this utility model can also arrange the end in the lower section of upper-layer parking platform as required
Layer from walking rotary landing, this bottom from walk rotary landing be positioned at main body frame 2 two main body bottom girder 2-5 it
Between, including under(-)chassis, walking mechanism and rotating mechanism.
Wherein, under(-)chassis includes a two walking main sill 13-1 and walking main beam 13-2, and two walkings are main
Bottom girder is arranged in parallel, and its one end connects fixing by walking main beam.
Walking mechanism: bottom driving main shaft 13-5 is arranged in walking main beam by bearing block 13-6, and bottom line is walked about
Power source 13-3 is fixed on the side of walking main beam medium position, and drive sprocket 13-4 is sleeved on the spindle nose of walking power source,
Being contained in the middle part of transmission main shaft by movable sprocket, two groups of synchronous sprocket wheel are sleeved on the two axial ends of transmission main shaft, and road wheel 13-7 passes through pin
Axle is arranged on walking main sill, and the lower section of walking main sill is provided with guide assembly, and the road wheel on each walking girder is also
The double road wheel of row, above-mentioned two groups of synchronous sprocket wheel are moved along guide assembly by each road wheel of chain belt and chain wheel drive.?
Two walking main sill medium positions are supported bottom girder boss 13-8 by bottom girder boss support beam 13-9, for the rotation of rotating mechanism
Turn.
Rotating mechanism includes bottom parking framework, rotating power source 12-9, rotation platform, sprocket wheel chain 12-10, rotates the heart
Axle 12-5, bearing 12-6, adjustment ring 12-7, steel ball, steel ball fix seat, Active foot plate.Rotating power source is fixed on bottom girder boss
Support beam side, rotation platform by turntable girder 12-1, web beam 12-3, rotating bottom board 12-8, turntable boss 12-4,
Turntable boss support beam, parking plate 12-2 form, and parking plate is layered on web beam and is secured to, at vehicle tire location,
The height of web beam is slightly lower, forms concavity, and whole rotation platform is on two walking main sills, and turntable boss is by rotating
Platform convex platform support beam is supported and fixed on the medium position of rotation platform, and rotating bottom board is at the rotation platform bottom and turntable girder
Fixing, supported bottom girder boss, wherein bottom girder boss and rotation at two walking main sill medium positions by bottom girder boss support beam
Platform convex platform arranged concentric, live spindle is fixed in two boss by bearing, and live spindle is Flange-shaped Parts and turntable boss
Fixing, adjustment ring is used for adjusting bearing clearance, and sprocket wheel is set in rotating power source spindle nose and live spindle axle head, passes through chain
Bar drives, and final rotating power source drives whole rotation platform to rotate.Active foot plate is by power source 14-1 (i.e. pedal electricity
Machine), power transmission shaft 14-5 (i.e. pedal shaft), bearing block 14-6, sprocket wheel chain 14-4, tumbler gear 14-2, pedal 11-2, loose-leaf
11-1, parking plate, rubber blanket form, and two groups of power transmission shafts are fixed on turntable girder by bearing block, and sprocket wheel is sleeved on transmission
The axle head of main shaft, power source is fixed on the power source support of turntable girder, and sprocket wheel is sleeved on the spindle nose of power source, passes through
Chain drive, gear is also sleeved on the spindle nose of power source, and idle pulley 14-3 is placed in the right side of gear, by the fixed cover of bearing block
Being contained on spindle nose and engage with gear, another group sprocket wheel is sleeved on spindle nose, is sleeved on power transmission shaft by chain-driving another one
The sprocket wheel of end, loose-leaf is used for connecting parking plate and power transmission shaft vertical beam, and rubber blanket is fixed on the bottom of pedal.
Described guide assembly is telescopic guide or folding type guide-rail.As shown in Figure 19 to Figure 21, this telescopic guide bag
Include fixing seat 15-4, be arranged in fixing seat and the fixing guide rail 15-8 that is parallel to each other and movable guiding rail 15-7 and pass through guide rail
Telescoping mechanism drives movable guiding rail to protrude horizontally up the guide rail power source 15-1 of fixing seat；Described movable guiding rail is respectively equipped with some leading
Rail road wheel 15-6 and some guide wheels 15-5.Being shaped with mounting groove on described fixing seat, described fixing guide rail is with movable
Guide rail is arranged in mounting groove.The bottom surface of described mounting groove is provided with the guide-rail transport wheel groove of through fixing seat thickness direction；Institute
State guide-rail transport wheel to be positioned in guide-rail transport wheel groove.Described guide rail telescoping mechanism includes that the guide rail being fixed on movable guiding rail passes
Carry-over bar 15-3 and the guide rail travelling gear 15-2 being driven by guide rail power source and engaging with guide rail driving rack.Such as Figure 24
To shown in 29, described folding type guide-rail includes fixing seat 16-10, the fixing guide rail 16-1 being arranged in fixing seat, is hinged on admittedly
The movable guiding rail 16-2 determining guide rail one end and the guide rail power source 16-5 driving movable guiding rail to rotate by guide rail fold mechanism；
Described guide rail fold mechanism includes that the guide rail being connected with guide rail power source folds drivewheel 16-4, is fixedly connected on movable guiding rail
Guide rail fold follower 16-7 and connect guide rail and fold drivewheel 16-4 and guide rail and fold the guide rail of follower 16-7 and fold
Transmission band 16-3.Described movable guiding rail jointed shaft is fixed with movable guiding rail.This folding type guide-rail is additionally provided with movable guiding rail rectification machine
Structure, including be fixed on the limited block 16-6 of movable guiding rail both sides and can be positioned at rotationally in fixing seat around horizontal axis and with
The spacing guide wheel 16-9 that limited block coordinates.
As shown in Figure 12 to Figure 14, described parking framework include two hoisting cross beam 3-6, two lifting vertical beam 3-1 and
Two lifting bottom girder 3-2, the top and bottom of two lifting vertical beams connect by described hoisting cross beam is fixing respectively, two liftings
Bottom girder be respectively fixedly connected with two lifting vertical beams lower ends and with lifting vertical beam vertical, two lift bottom girders tops set respectively
Having several rolling steel balls assembly 3-3 (utilize steel ball to roll and reduce frictional force), bottom girder is passed through at the middle part of two lifting bottom girders
Boss support beam 3-4 is fixing to be connected, and the middle part of bottom girder boss support beam is provided with bottom girder boss 3-5.
As shown in Figure 34 to Figure 38, described parking framework also includes two hoistable platform movable top pull bars 6, and two liftings are flat
Platform movable top pull bar and two lifting bottom girder one_to_one corresponding, the tail end of hoistable platform movable top pull bar is hinged on lifting bottom girder,
The head end of hoistable platform movable top pull bar is flexibly connected with lifting vertical beam by the second adjustment structure.
Described second adjusts structure includes the second screw mandrel 21-3 being vertically installed in lifting vertical beam, passes through screw mandrel shaft block
21-1 is arranged on lifting vertical beam top and drives the second power source 10-1 of the second screw mandrel, is arranged on by some guide wheel 21-9
In lifting vertical beam and the second nut 21-2, the briquetting 21-5 being arranged on the second nut that coordinate with the second screw mandrel and be fixed on
A second fixing 21-4 of lifting vertical beam upper end inwall；Described second fixes seat is fixed on lifting vertical beam near lifting bottom girder side
Inwall, second fixes seat is shaped with arc-shaped concave, and the outer wall of the second nut is provided with upper and lower block, lower block pass through some pressing plates
Limited block 21-10 is installed with described briquetting, is provided with spring 21-6 between bottom and the lower block of briquetting；Described hoistable platform is movable
The head end of top pull bar is provided with a bearing pin 21-8, and bearing pin is provided with position-limited wheel 21-7, and this bearing pin is offered on lifting vertical beam
Vertical groove after be inserted between block and described briquetting.When second screw mandrel rotates, the second nut drives bearing pin to rise up and down
Drop thus adjust the height of hoistable platform movable top pull bar；Being fixed with position-limited wheel 21-7 on described bearing pin, the second nut moves to
During the second screw mandrel upper end, position-limited wheel 21-7 is positioned in arc-shaped concave, thus limits bearing pin and hoistable platform movable top pull bar
Position.
Described hoistable platform movable top pull bar includes a lifting linking member 5-1, No. two lifting linking member 5-2 and retractable safety
Pipe box device；A number lifting linking member and No. two lifting linking members are hinged；Described retractable safety pipe box device includes safe sleeve pipe power
Source 20-1, telescopic screw rod 20-3, flexible nut 20-4 and safe sleeve pipe 20-5, safe sleeve pipe power source is fixed on a lifting
On connecting rod, telescopic screw rod is arranged on a lifting linking member by supporting seat 20-2 and is connected with safe sleeve pipe power source, flexible spiral shell
Mother is arranged on telescopic screw rod and telescopic joint with safety, safe sleeve pipe be sleeved on a lifting linking member slidably and No. two rise
The hinged place of fall connecting rod.
As shown in Figure 39 to Figure 41, described rotation platform includes two turntable girders, some web beams, parkings
Plate, rotation boss support beam 30-3 and rotation boss 30-1, two turntable girders are the most right with described two lifting bottom girders
Should, connected by described some web beams and parking plate between two turntable girders, rotate boss by described rotation
Turn boss support beam and be positioned at the middle part of two turntable girders；In rotating boss, live spindle 30-2, live spindle are installed
It is connected with rotating power source 30-5 after being passed down through bottom girder boss 30-4.
Described garage is additionally provided with the pedal gear being easy to vehicle about 4 landing.Described pedal gear includes can be around water
Flat axis is positioned at the pedal at parking plate length direction two ends rotationally, is driven the pedal of pedal rotation by pedal gear
Motor；In described pedal gear, pedal motor is stepped on by the first step chain wheels and commutating tooth wheels and second respectively
Plate chain wheel set drives two pedal shafts.Active foot plate is by power source, power transmission shaft, bearing block, sprocket wheel chain, tumbler gear, pedal
11-2, loose-leaf 11-1, parking plate, rubber blanket form, and two groups of power transmission shafts are fixed on turntable girder by bearing block, chain wheel case
Being contained in the axle head of transmission main shaft, power source is fixed on the power source support of turntable girder, and sprocket wheel is sleeved on the axle of power source
On head, by chain drive, gear is also sleeved on the spindle nose of power source, and idle pulley is placed in the right side of gear, by bearing block
Being fixedly set on spindle nose and engage with gear, another group sprocket wheel is sleeved on spindle nose, is sleeved on by chain-driving another one
The sprocket wheel of transmission axle head, loose-leaf is used for connecting parking plate and power transmission shaft vertical beam, and rubber blanket is fixed on the bottom of pedal.
In this utility model, all of power source is motor.
Operation principle of the present utility model is:
It is as follows that the process of picking up the car is stopped in bottom parking stall: stretches telescopic rail walking and rotates walking receipts expansion rail
Road；
1, stretch out telescopic rail: guide rail power source works, use the kind of drive of rack-and-pinion, gear set is at power source
Spindle nose, tooth bar is fixed on the side of movable guiding rail and engages with gear, by the input of power, equipped with the movable guiding rail of road wheel
Driving with the engagement of rack-and-pinion and stretch out, during stretching out, the directive wheel being contained in movable guiding rail side is transported in fixing seat
Dynamic, ensure that movable rail straight line stretches out；
2, walking: treating that movable guiding rail stretches out arrival specific bit and postpones, bottom starts mobile from walking rotary landing, the end
The operating by sprocket wheel chain-driving transmission main shaft of portion's walking power source, the drive sprocket being contained in transmission main shaft two ends passes through chain
Driving the driven sprocket being contained in walking main beam, driven sprocket is coaxially solid with the double road wheel being contained in walking main beam
Fixed, so, just drive double road wheel to move, the most single road wheel is by the fixing guide rail being fixed on fixing seat, when arriving
When reaching movable guiding rail position, automatically switch into an other seniority among brothers and sisters travelling wheel job, finally, move bottom with the power input belt of power source
From walking the walking of rotary landing, move to specify position；
3, rotate: treat that bottom landing moves to specific bit and postpones, be fixed on the rotation of bottom girder boss support beam side
Power source is started working, and the sprocket wheel being sleeved on live spindle by chain-driving is operated, and turntable boss is by rotating platform convex
It is movable that platform support beam supports with landing formation one and whole landing, and lower section bottom girder boss is propped up by bottom girder boss
Support beam is connected to form one as fixing with walking main sill, and turntable boss and bottom girder boss arranged concentric, live spindle passes through
Bearing is fixed on the turntable boss of activity, and final rotating power source is rotated mandrel and had both driven landing to revolve
Turning, by adjusting the direction of rotation turning to decision landing of rotating power source, after being rotated in place, Active foot plate starts to put
Under, power source drives power transmission shaft to operate by sprocket chain wheel, owing to pedal part and power transmission shaft are fixed as one, is provided with drive and steps on
Plate carries out activity, is additionally provided with idle pulley and runs simultaneously for the Active foot plate meeting both sides, after Active foot plate falls position, and parking car
4 need to sail landing into along the direction of advance of vehicle 4, and before and after vehicle 4, tire is parked in what landing was preset
In concavity, prevent vehicle 4 from moving forward and backward.
It is as follows that the process of picking up the car is stopped in parking stall, upper strata: puts folding guide rail walking lifting and puts hoistable platform movable top
Pull bar puts subject activity top pull barReceive hoistable platform movable top pull bar
Receive subject activity top pull bar lifting walking folding guide rail；
1, put folding guide rail: trapped orbit is fixed on levelling bottom surface, and within being in main body frame 2 length dimension,
Movable guiding rail power source drives and is sleeved on being rotated by movable sprocket of transmission spindle axle head, and movable guiding rail is connected with transmission spindle, band
Movable guiding rail to decline, equipped with guide wheel limited block on movable guiding rail, equipped with guide wheel on firm banking, soon close to ground 1 time, use
Guide wheel verifies linear position and trapped orbit docking, provides track for main body walking；
2, walking: treat that movable guiding rail drops down onto specific bit and postpones, whole garage starts mobile, and walking power source passes through sprocket chain
Bar drives transmission main shaft operating, is sleeved on the sprocket wheel of transmission main shaft two axial ends position and by chain synchronous dynamic is reached and be arranged on
On main body bottom girder 2-5 by movable sprocket, road wheel and passive sprocket coaxiality are installed, so defeated along with the power of walking power source
Enter and drive road wheel to be movably walking on guide rail；
3, lifting: treat that whole garage moves to specific bit and postpones, landing starts lifting, is arranged on main body frame 2
Starting working in lifting drive source, drives the screw mandrel being arranged in lifting vertical beam to rotate, and nut engages with screw tap and for living
Dynamic, so nut is for moving up and down, nut is provided with supporting plate, is used for holding the entablature of hoistable platform, due to whole parking
Platform be frame on hoistable platform, so along with moving up and down of nut drives landing to lift, additionally at nut
Four direction be mounted on guide wheel so that nut is stable moving up and down in lifting vertical beam, additionally flat in lifting
The corner location of platform is provided with guide wheel, and two main body vertical beam 2-1 are the vertical track of guide wheel, and whole hoistable platform is main by guide wheel edge
Body vertical beam 2-1 moves up and down；
4, put hoistable platform movable top pull bar: hoistable platform movable top pull bar is the stability meeting and strengthening hoistable platform
And set, also it is this kind of requisite part of structure, to bear pulling force, to bear top power be auxiliary, in hoistable platform movable top
Pull bar is provided with retractable safety pipe box device, and this covering device rotates to meet landing, facilitates vehicle 4 to sail into, rolls away from and stop
Car platform and set, operated by the work strip movable wire bar of safe pipe box power source, nut for movable and be fixed on bursting tube and put,
So driving bursting tube set to carry out retract action, such connecting rod 1 and connecting rod 2 will disengage safe pipe box, in active state, connecting rod 1
Connecting for movable joint with connecting rod 2, now, the power source of hoistable platform movable top pull bar is started working, and drives and is arranged on lifting
Screw mandrel in vertical beam operates, and nut engages with screw mandrel and for movable, therefore nut setting in motion, nut and connecting rod 1 pass through pin
Axle is fixed, and nature moves up and down with connecting rod 1, and connecting rod 2 also begins to decline along with the decline of connecting rod 1, eventually arrives at appointment
Position；
Nut four direction in lifting vertical beam is equipped with guide wheel, is provided with pressing plate limited block, it is provided that be compressed to spring
Time path, owing to whole hoistable platform only reels power, when active pull rod stretches, nut is very big by radial force, has the biggest
Potential safety hazard, if it addition, directly allow nut and connecting rod 1 connect, nut and screw mandrel, for being rigidly connected, are carried by its connected mode
Having gone out great requirement, last connecting rod 1 is as the motion of nut-screw rod and lifts, and whole active pull rod is only stretching
Rear just can have effect, if directly using nut and screw mandrel to connect, even the precision improving nut and screw mandrel also is difficult to full
After foot nut puts in place, the problem that connecting rod will stretch, use now spring, solve the problems referred to above by the decrement of spring, institute
Some problems are all readily solved, and are additionally provided with fixing seat in lifting vertical beam, and fixing seat is arc groove shape, is fixed on bearing pin
Position-limited wheel 21-7 be finally stuck in after connecting rod stretches in arc groove so that whole hoistable platform is more stable；
5, put subject activity top pull bar: subject activity top pull bar is that the stability meeting and strengthening main part sets, also
For this kind of requisite part of structure, it is primarily subjected between main body vertical beam 2-1 and the main body bottom girder 2-5 that hoistable platform brings
The strength " pushed up ", the power of " drawing " plays assosting effect, is provided with retractable safety pipe box device on movable top pull bar, and this covering device is
Carry out rotating and facilitate vehicle 4 to sail into rolling landing away from and set, by safe pipe box power source to meet landing
Work strip movable wire bar operate, nut be fixed on bursting tube put be integrally forming and for activity, so drive bursting tube set stretch
Contracting, such main body connecting rod 1 and main body connecting rod 2 will be disengaged from safe pipe box, connect shape, now main body connecting rods power source in movable joint
Starting working, drive the screw mandrel being arranged in movable top pull bar vertical beam to rotate, nut engages with screw mandrel and for movable, therefore
Nut setting in motion, nut is equipped with guide wheel at four direction, so nut is the most upper and lower in movable top pull bar vertical beam
Lifting, nut is connected by link with main body connecting rod 1, naturally drives main body connecting rod 1 to lift, and main body connecting rod 2 is with main body
Connecting rod 1 also begins to lifting, eventually arrives at appointment position；
Owing to whole main part is considered as the vertical track of lifting part, whole lifting part is equivalent to hang over main body frame
On 2, so main body frame 2 to bear the biggest strength, now movable top pull bar bears the biggest " strength on top ", single main body
Part forms a stable triangle by movable top pull bar, bears the strength that a part is drawn, and additionally movable top pull bar is only
Just can play a role when stretching, this kind needs to solve following Railway Project under requiring and can realize: feed screw nut
Only serve provide lifting drive effect and not by other active force, avoid being rigidly connected and then to nut of connecting rod and nut
After intensity proposition with screw mandrel too much requires, nut motion puts in place, movable top pull bar is similarly in straight condition stress, it is to avoid right
The precision of screw mandrel and nut proposes too much requirement；Above-mentioned requirements to be met, this utility model uses elasticity to connect, and nut is provided with
Pressing plate limited block, link is located at for connecting between nut and main body connecting rod 1, is provided with pressure in link attaching nut one end
Plate, spring is placed between pressing plate and pressing plate limited block, and link other end is connected with main body connecting rod 1, so by bearing pin
One, when connecting rod 1 with nut rise arrive certain position time, spring starts compression, the decrement of spring be meet and
Adjusting the surplus that movable top pull bar stretches, after movable top pull bar stretches, main body connecting rod 1 top can withstand on and be installed on link use
On the fixing seat of vertical beam side, it is to avoid all of strength concentrates on screw mandrel and nut, additionally all pacifies at link four direction
Equipped with guide wheel so that link moves up and down in link vertical beam, as it has been described above, the problem solving proposition；
6, rotate: treat that movable top pull bar is put into specific bit and postpones, be fixed on the rotary power of bottom girder boss support beam side
Starting working in source, the sprocket wheel being sleeved on live spindle by chain-driving is operated, and turntable boss is propped up by turntable boss
It is movable that support beam supports with landing formation one and whole landing, and lower section bottom girder boss passes through bottom girder boss support beam
Being connected to form one as fixing with the bottom girder of hoistable platform, turntable boss and bottom girder boss arranged concentric, live spindle passes through
Bearing is fixed on the turntable boss of activity, and final rotating power source is rotated mandrel and had both driven landing to revolve
Turn, by adjusting the direction of rotation turning to decision landing of rotating power source, after landing is rotated in place, parking car
4 need to sail landing into along the direction of advance of vehicle 4；
7, security protection: in whole lifting process, security protection part is involved in wherein, provides dynamic by lifting drive source
Power, is transmitted by synchronous sprocket wheel, drives safety protection bar operating, and the protection journal stirrup being located on safety protection bar begins in lifting process
Being maintained at the upper-lower position of hoisting cross beam eventually, when jacking system lost efficacy, whole hoistable platform will rest in and protect journal stirrup up and down
Between, prevent hoistable platform tenesmus from causing security incident, separately set jam nut 8-5, when the nut holding up whole hoistable platform loses
During effect, jam nut is started working, and holds nut, prevents hoistable platform from dropping, nut normally works when, and jam nut
Only move up and down along with the motion of screw mandrel, thus form double insurance, further increase the security performance of equipment.
The foregoing is only preferred embodiment of the present utility model, for a person skilled in the art, this practicality is new
Type can have various modifications and variations.All within spirit of the present utility model and principle, any amendment, the equivalent made are replaced
Change, improvement etc., within should be included in protection domain of the present utility model.
Claims (13)
1. without dodge gantry bucket carry movable top rod-pulling type double-deck garage, it is characterised in that: include main body frame (2), drive main body
The walking mechanism that framework (2) translates, the upper-layer parking platform (3) being liftably arranged on main body frame (2), driving upper strata are stopped
Elevating mechanism that car platform (3) lifts and prevent the safety protective mechanisms that upper-layer parking platform (3) drops；Wherein,
Described walking mechanism include walk power source (7-1), be arranged on main body frame (2) transmission main shaft (7-3), be arranged on
The road wheel of main body frame (2) bottom and be arranged on the guide assembly of ground (1), walking power source drives transmission main shaft rotation
Turning, the two ends of transmission main shaft drive road wheel to walk along guide rail by sprocket wheel and chain belt；
Described upper-layer parking platform (3) includes parking framework, the rotation platform being arranged on parking framework and drives rotary flat
The rotating power source (30-5) that platform rotates；
Described elevating mechanism includes lifting drive source (9-1), elevating screw (9-3), lifting nut (9-4) and guide wheel assembly
(9-5), parking framework is arranged on main body frame (2) by guide wheel assembly, and power source drives elevating screw, and lifting nut is installed
It is connected on elevating screw and with parking framework；
Described safety protective mechanisms includes two safety protection bars (8-1) being vertically installed on main body frame (2), around each anti-
The chain gear transmission machine in several journal stirrups (8-2) of guard bar outer wall helical arrangement and attachment security fender rod and lifting drive source
Structure.
Nothing the most according to claim 1 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: described double
Layer garage also includes that bottom walks rotary landing certainly, and walk rotary landing includes under(-)chassis, installation to this bottom certainly
Bottom walking mechanism on under(-)chassis and rotating mechanism；
Described walking mechanism includes what the bottom driving main shaft (13-5) being arranged on under(-)chassis was connected with bottom driving main shaft
Bottom line walking power source (13-3), being arranged on two groups of road wheels (13-7) of under(-)chassis bottom surface, described transmission main shaft passes through chain
Wheel and chain belt drive described road wheel；
Described rotating mechanism includes rotation platform and rotating power source (12-9), and rotation platform is installed in rotation on bottom
On framework, rotating power source is arranged on under(-)chassis and is connected with rotation platform, drives rotation platform to rotate.
Nothing the most according to claim 2 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: described row
Walking mechanism and also include two guide assemblies, two guide assemblies are positioned at the lower section of two groups of road wheels, and transmission main shaft drives two groups of row
Travelling wheel is walked respectively on two guide assemblies.
Nothing the most according to claim 2 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: the described end
Portion's framework includes two walkings main sill (13-1) and walking main beam (13-2), two walking parallel cloth of main sill
Putting, its one end connects fixing by walking main beam, and the middle part of two walking main sills is by bottom girder boss support beam (13-9)
Fixed bottom girder boss (13-8).
Nothing the most according to claim 4 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: described rotation
Turn platform and include that two turntable girders (12-1), some web beams (12-3), parking plate (12-2), rotation boss support
Beam (12-11) and rotation boss (7-4)；Connected by described some web beams between two turntable girders, stop
Plate is laid and is fixed on turntable girder and web beam, rotates boss and is positioned at two by described rotation boss support beam
The middle part of turntable girder；Rotate in boss and live spindle (12-5) be installed, live spindle be passed down through after bottom girder boss with
Rotating power source connects.
Nothing the most according to claim 1 and 2 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: institute
State main body frame (2) and include two main body vertical beams (2-1), two subject beam (2-3) and two main body bottom girders (2-5), two
Root main body vertical beam (2-1) is vertically arranged, the top of two main body vertical beams (2-1) and middle part are respectively by a subject beam (2-
3) connection is fixing, and the bottom of every main body vertical beam (2-1) is fixedly connected with a described main body bottom girder (2-5), main body bottom girder
(2-5) it is mutually perpendicular to main body vertical beam (2-1).
Nothing the most according to claim 6 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: described
Main body frame (2) also includes two subject activities top pull bar (6) and two expansion link vertical beams (2-2), two expansion link vertical beams
(2-2) outside of two main body vertical beams (2-1), two subject activity top pull bars and two expansion link vertical beam (2-it are separately fixed at
2) one_to_one corresponding, and two subject activity top pull bars are arranged in the same of main body vertical beam (2-1) with upper-layer parking platform (3)
Side, or the both sides of two subject activity top pull bars and upper-layer parking platform (3) point row main body vertical beam (2-1), subject activity top
The head end of pull bar is flexibly connected with expansion link vertical beam (2-2) by the first adjustment structure, and the tail end of subject activity top pull bar passes through
Bearing pin is hinged with main body bottom girder (2-5)；
Described first adjusts structure includes the first screw mandrel being arranged in expansion link vertical beam (2-2), is arranged on expansion link vertical beam (2-
2) top and drive first power source (17) of the first screw mandrel, be arranged on by some guide wheels in expansion link vertical beam (2-2) also
The first nut (18-4) coordinated with the first screw mandrel, the link being arranged on by some guide wheels in expansion link vertical beam (2-2)
(18-2) and be fixed on the first of expansion link vertical beam (2-2) outer wall and fix seat (18-1)；Described first fixes seat is fixed on and stretches
Contracting bar vertical beam (2-2) is near the outer wall of subject activity top pull bar side, and the first lower end fixing seat is shaped with and subject activity top pull
The concave surface that the head end of bar adapts；The outer wall of the first nut is provided with upper and lower block, and upper and lower gear is inserted in the inner of described link
Between block, being provided with spring (18-7) between the inner and lower block of link, the outer end of link passes expansion link vertical beam (2-2)
On hinged with the head end of subject activity top pull bar by bearing pin after the vertical groove offered, during the first screw mandrel rotation, the first nut
Drive bearing pin oscilaltion thus adjust the height of subject activity top pull bar；When first nut moves to the first screw mandrel upper end, main
The upper end of body movable top pull bar is positioned in the first concave surface fixing seat, thus limits the position of subject activity top pull bar.
8. dodge gantry bucket according to the nothing described in claim 1 or 3 and carry movable top rod-pulling type double-deck garage, it is characterised in that: institute
Stating guide assembly is telescopic guide or folding type guide-rail；
Telescopic guide includes fixing seat (15-4), be arranged in fixing seat and the fixing guide rail (15-8) that is parallel to each other is with movable
Guide rail (15-7) and drive movable guiding rail to protrude horizontally up the guide rail power source (15-1) of fixing seat by guide rail telescoping mechanism；
Described guide rail telescoping mechanism includes the guide rail driving rack (15-3) being fixed on movable guiding rail and is driven by guide rail power source
And the guide rail travelling gear (15-2) engaged with guide rail driving rack；
Described folding type guide-rail include fixing seat (16-10), the fixing guide rail (16-1) being arranged in fixing seat, be hinged on fixing
The movable guiding rail (16-2) of guide rail one end and drive the guide rail power source (16-that movable guiding rail rotates by guide rail fold mechanism
5)；Described guide rail fold mechanism includes that the guide rail being connected with guide rail power source folds drivewheel (16-4), is fixedly connected on activity
Guide rail on guide rail folds the guide rail of follower (16-7) and connection guide rail folding drivewheel and guide rail folding follower and folds
Transmission band (16-13).
Nothing the most according to claim 7 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that stop described in:
Frame includes two hoisting cross beams (3-6), two liftings vertical beam (3-1) and two liftings bottom girder (3-2), and two liftings are perpendicular
The top and bottom of beam connect by described hoisting cross beam is fixing respectively, and two lifting bottom girders are respectively fixedly connected with two liftings
The lower end of vertical beam is the most vertical with lifting vertical beam, and two tops lifting bottom girders are respectively equipped with several rolling steel ball assemblies (3-3),
The middle part of two lifting bottom girders connects by bottom girder boss support beam (3-4) is fixing, and the middle part of bottom girder boss support beam is provided with the end
Beam boss (3-5).
Nothing the most according to claim 9 is dodged gantry bucket and is carried movable top rod-pulling type double-deck garage, it is characterised in that: described
Parking framework also includes two hoistable platforms movable top pull bar (5), two hoistable platform movable top pull bars and two lifting bottom girders
One_to_one corresponding, the tail end of hoistable platform movable top pull bar is hinged on lifting bottom girder, and the head end of hoistable platform movable top pull bar leads to
Cross the second adjustment structure to be flexibly connected with lifting vertical beam；
Described second adjusts structure includes the second screw mandrel (21-3) being vertically installed in lifting vertical beam, is arranged on lifting vertical beam top
Portion and drive the second screw mandrel the second power source (10-1), be arranged on lifting vertical beam by some guide wheels (21-9) in and with the
Two screw mandrels coordinate the second nut (21-2), the briquetting (21-5) being arranged on the second nut and be fixed on lifting vertical beam upper end
The second of inwall fixes seat (21-4)；Described second fixes seat is fixed on the lifting vertical beam inwall near lifting bottom girder side, the
Two fix seat is shaped with arc-shaped concave, and the outer wall of the second nut is provided with upper and lower block, and lower block passes through some pressing plate limited blocks
(21-10) described briquetting is installed, between bottom and the lower block of briquetting, is provided with spring (21-6)；Described hoistable platform movable top
The head end of pull bar is provided with a bearing pin (21-8), and this bearing pin is inserted into block after lifting the vertical groove offered on vertical beam
And between described briquetting, when the second screw mandrel rotates, the second nut drives bearing pin oscilaltion thus adjusts hoistable platform movable top
The height of pull bar；Position-limited wheel (21-7), when the second nut moves to the second screw mandrel upper end, position-limited wheel it is fixed with on described bearing pin
(21-7) it is positioned in arc-shaped concave, thus limits bearing pin and the position of hoistable platform movable top pull bar.
11. nothings according to claim 10 are dodged gantry bucket and are carried movable top rod-pulling type double-deck garage, it is characterised in that: described
Rotation platform includes two turntable girders, some web beams, parking plate, rotation boss support beams and rotates boss,
Two turntable girders are the most corresponding, by described some reinforcements between two turntable girders with described two lifting bottom girders
Crossbeam and parking plate connect, and rotate boss and are positioned at the middle part of two turntable girders by described rotation boss support beam；
Being provided with live spindle in rotating boss, live spindle is connected with rotating power source after being passed down through bottom girder boss.
12. nothings according to claim 10 are dodged gantry bucket and are carried movable top rod-pulling type double-deck garage, it is characterised in that: described
Subject activity top pull bar includes a main body connecting rod (6-1), No. two main body connecting rods (6-2) and retractable safety pipe box device；One
Number main body connecting rod and No. two main body rod hinge connections；Described retractable safety pipe box device includes safe sleeve pipe power source (19-1), stretches
Contracting screw mandrel (19-5), flexible nut (19-3) and safe sleeve pipe (19-4), safe sleeve pipe power source is fixed on a main body even
On bar, telescopic screw rod is arranged on a main body connecting rod by supporting seat (19-2) and is connected with safe sleeve pipe power source, flexible spiral shell
Mother is arranged on telescopic screw rod and telescopic joint with safety, and safe sleeve pipe is sleeved on a main body connecting rod and No. two masters slidably
The hinged place of body connecting rod；
Described hoistable platform movable top pull bar includes a lifting linking member (5-1), No. two lifting linking members (5-2) and retractable safety
Pipe box device；A number lifting linking member and No. two lifting linking members are hinged；Described retractable safety pipe box device includes safe sleeve pipe power
Source (20-1), telescopic screw rod (20-3), flexible nut (20-4) and safe sleeve pipe (20-5), safe sleeve pipe power source is fixed on
On a number lifting linking member, telescopic screw rod is arranged on a lifting linking member by supporting seat (20-2) and connects with safe sleeve pipe power source
Connecing, flexible nut is arranged on telescopic screw rod and telescopic joint with safety, and safe sleeve pipe is sleeved on a lifting even slidably
Bar and the hinged place of No. two lifting linking members.
13. nothings according to claim 8 are dodged gantry bucket and are carried movable top rod-pulling type double-deck garage, it is characterised in that: described
Garage is additionally provided with the pedal gear being easy to vehicle (4) landing up and down；Described pedal gear includes to rotate around horizontal axis
Be positioned at parking plate length direction two ends pedal (11-2), by pedal gear drive pedal rotate pedal electricity
Machine；In described pedal gear, pedal motor is respectively by the first step chain wheels and commutating tooth wheels and the second pedal
Chain wheel set drives two pedal shafts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111236.7U CN205577520U (en) | 2016-02-03 | 2016-02-03 | Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111236.7U CN205577520U (en) | 2016-02-03 | 2016-02-03 | Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205577520U true CN205577520U (en) | 2016-09-14 |
Family
ID=56869868
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620111236.7U Withdrawn - After Issue CN205577520U (en) | 2016-02-03 | 2016-02-03 | Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205577520U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105569393A (en) * | 2016-02-03 | 2016-05-11 | 杭州星河传动机械研究院有限公司 | Avoiding-free portal-bucket-elevating movable-ejecting-pulling-rod-type double-layer garage |
| CN107013069A (en) * | 2017-04-10 | 2017-08-04 | 浙舞产业投资有限公司 | A kind of lifting type automobile jiffy stand |
-
2016
- 2016-02-03 CN CN201620111236.7U patent/CN205577520U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105569393A (en) * | 2016-02-03 | 2016-05-11 | 杭州星河传动机械研究院有限公司 | Avoiding-free portal-bucket-elevating movable-ejecting-pulling-rod-type double-layer garage |
| CN105569393B (en) * | 2016-02-03 | 2018-02-02 | 杭州星河传动机械研究院有限公司 | Movable top rod-pulling type double-deck garage is carried without gantry bucket is avoided |
| CN107013069A (en) * | 2017-04-10 | 2017-08-04 | 浙舞产业投资有限公司 | A kind of lifting type automobile jiffy stand |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102605985B (en) | Multilayer garage without avoidance | |
| CN106114533B (en) | A kind of multifunctional access net-fault Mobile workbench and its operational method | |
| CN205777732U (en) | A kind of fixed gear ring formula double-deck garage of chain gear transmission | |
| CN202611297U (en) | Multilayer avoiding-free garage | |
| CN205930340U (en) | Contact net operation platform truck with line changing function | |
| CN202450813U (en) | Two-layer lifting and rotating moving simple parking device | |
| CN201901115U (en) | Battery box replacing equipment for electric automobile | |
| CN202864618U (en) | Foldable elevator with handrails additionally mounted on staircase | |
| CN106917360A (en) | Lift leg formula frame plate machine and its frame plate method | |
| CN102777063A (en) | Self-movable two-layer three-dimensional parking space | |
| CN105569393B (en) | Movable top rod-pulling type double-deck garage is carried without gantry bucket is avoided | |
| CN205577520U (en) | Nothing is dodged longmen fill and is carried activity top pull rod formula double -deck garage | |
| CN104652888A (en) | Multilayer avoidance-free vertical garage | |
| CN106285097A (en) | Stereo automatization garage | |
| CN105781173A (en) | Foldable single parking space device | |
| CN205637745U (en) | It removes stereo garage's lift to be exclusively used in comb -tooth type plane | |
| CN205637730U (en) | Single armed sprocket feed's double -layer garage | |
| CN104912366B (en) | Nothing avoids storied 3-D parking tower storehouse | |
| CN204475932U (en) | A kind of multilayer is without dodging multi-storied garage | |
| CN201411927Y (en) | Double layer lateral type stereoscopic parking device | |
| CN205777766U (en) | A kind of lever double-deck garage of track transmission | |
| CN104499747B (en) | Three-dimensional self-avoiding type lifting parking facility | |
| CN105888337B (en) | A kind of lever double-deck garage of track transmission | |
| CN102587703B (en) | Stereoscopic parking equipment with single upright column and double parking lots | |
| CN205805067U (en) | A kind of movable teeth ring type double-deck garage of chain gear transmission |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160914 Effective date of abandoning: 20180202 |