Single armed rotary parking device
Technical field
The utility model relates to a kind of three-dimensional parking device technical field, specifically is the single armed rotary parking device that a kind of up-down, rotation realize vehicle access.
Background technology
Mechanical parking equipment is divided into can be divided into lifting cross sliding type mechanical parking equipment (PSH), vertical circulation class mechanical type parking apparatus (PCX), tunnel stacking class mechanical type parking apparatus (PXD), horizontal cyclic class mechanical type parking apparatus (PSX), multilayer circulation class mechanical type parking apparatus (PDX), planar movement class mechanical type parking apparatus (PSH), automobile hoist (PPY), vertical lifting mechanical parking equipment (PQS), reach simple and easy up-down class mechanical type parking apparatus (PJS) etc.
Lifting cross sliding type mechanical parking equipment (PSH), during vehicle, lower floor's vehicle must be done and dodge motion on the access upper strata, and the upper strata vehicle could access, and a room need be reserved as dodging the access that vehicle could be realized in the space in the lower floor parking stall;
Vertical circulation class mechanical type parking apparatus (PCX), tunnel stacking class mechanical type parking apparatus (PXD), horizontal cyclic class mechanical type parking apparatus (PSX), multilayer circulation class mechanical type parking apparatus (PDX), planar movement class mechanical type parking apparatus (PSH), the production of these several type parking equipments, installation, use scale are all bigger; Energy consumption can not effectively be utilized existing land resources than higher.These equipment can not be on crowded parking stall, existing plane, sub-district independent the installation, can only be in batch, take a large amount of land areas and install;
Automobile hoist (PPY), vertical lifting mechanical parking equipment (PQS), and these several type parking equipments of simple and easy up-down class mechanical type parking apparatus (PJS) just let equipment do simple vertical lift; When needing access upper strata vehicle; Lower floor's vehicle needs administrative staff to remove ability access upper strata vehicle, and equipment does not too simply possess intelligent function.
The utility model content
The purpose of the utility model just provides a kind of single armed rotary parking device, has overcome the deficiency of above-mentioned parking apparatus, and it is easy for installation, quick, and operation is simple, energy consumption is low, cost of production is cheap relatively, helps promoting; Need not reserved empty position, use more convenient.
In order to reach above-mentioned purpose of design, the technical scheme that the utility model adopts is following:
A kind of single armed rotary parking device comprises jacking system, carrier loader platform, rotation system and pedestal, and said rotation system is fixed on the pedestal, and rotation system is provided with jacking system, and jacking system is provided with carrier loader platform; Said rotation system mainly comprises rotary electric machine, rotates cabinet, travelling gear, rotating spindle, rotation cylinder sleeve; Said rotation cabinet is fixed on the channel-section steel of pedestal, rotates in the cabinet and is provided with rotary electric machine, and the output of rotary electric machine connects travelling gear through the mode of gears engaged; Travelling gear is fixed on and rotates on the cabinet; Said travelling gear connects rotating spindle through the mode of gears engaged, and said rotating spindle is provided with tooth, tooth and travelling gear engagement; Said rotating spindle is mounted in the rotation cylinder sleeve that rotates in the cabinet, the fastening jacking system of said rotating spindle lower end; Said jacking system mainly comprises lifting column, lifting motor, lifting motor base, elevating chain, up-down sprocket wheel; Said lifting column lower end is fixed on the rotating spindle, lifting column upper end fixed elevated motor base, fixed elevated motor on the lifting motor base; The output axle head fixed elevated sprocket wheel of said lifting motor; Twine elevating chain one end on the up-down sprocket wheel, the said elevating chain other end is fixed on the carrier loader platform, and carrier loader platform is fixed on the lifting column; Said carrier loader platform mainly comprises vehicle-containing, platen column, and said platen column is " mouth " shape structure, and the platen column is fixed on the lifting column, and the platen column connects elevating chain one end, said platen column lower horizontal locking vehicle-containing.
The inboard leading flank stationary platen of said platen column column front jockey wheel; The inboard trailing flank stationary platen of platen column column after-poppet directive wheel; The inboard and arranged on left and right sides of platen column is in the face of claiming stationary platen column left and right sides directive wheel, and platen column front jockey wheel, platen column after-poppet directive wheel, platen column left and right sides directive wheel are close on the lifting column.
Said lifting motor base one side also is provided with blocking mechanism.
Said blocking mechanism comprises locking force-bearing base, locking load axle, locking hook and electromagnetic valve; Said locking force-bearing base is fixed on lifting motor cabinet one side, and through be coupling locking hook of locking load axle, said locking hook is " 7 " shape structure on the locking force-bearing base; Locking load axle is coupling at the bending part of locking hook; Said locking hook lower end is provided with crotch, and said locking hook upper end upside is provided with the electromagnetic valve that is fixed on the locking force-bearing base, and locking hook upper end is adsorbed on the electromagnetic valve.
Also be provided with a plurality of draw-in grooves on the said lifting column side by side.
Said carrier loader platform also comprises falling proof device, and falling proof device is fixed on the platen column, and said falling proof device mainly is made up of contiguous block, connecting rod, fall arrest piece, anti-fall axle, draw-bar seat, spring and gland; Said contiguous block is fixed in the interlayer of platen column through axle; Said axle is set in the oval adjustable orifice of contiguous block, and the contiguous block upper end connects elevating chain one end, contiguous block lower end connecting rod one end that is coupling; The connecting rod other end connects fall arrest piece upper end one side; Said fall arrest piece upper end opposite side is coupling at draw-bar seat through anti-fall axle, and said draw-bar seat is fixed on the platen column, and said fall arrest piece lower end one side is provided with spring; Said spring one end overhead is in fall arrest piece lower end side, and the spring other end is pushed down through the gland of locking on the platen column.
The beneficial effect of the described single armed rotary parking of the utility model device is: device structure is simple; Cost of production is low, safe ready, installation environment require low, equipment to use energy consumption low; Lower floor's vehicle need not to do dodges just ability access upper strata vehicle of motion, realizes stopping getting intellectuality.
Neither influencing the current power of passage, also do not taking other zone and realize installing under the situation of access of vehicle, easy for installation, quick;
Both having need not reserved empty position also need not vehicle and does and dodge motion;
Can realize the installation of single complete equipment, as long as there is the place of parking stall, plane, ground that this equipment can be installed;
The equipment operation is simple, energy consumption is low, cost of production is cheap relatively, helps promoting the difficult problem of existing city parkings at different levels that solves.
Description of drawings
Fig. 1 is the sketch map of the utility model.
Fig. 2 is the sketch map of the rotation system of the utility model.
Fig. 3 is the sketch map of the platen column of the utility model.
Fig. 4 is the sketch map of the falling proof device of the utility model.
Fig. 5 is the sketch map of the blocking mechanism of the utility model.
The specific embodiment
Below in conjunction with accompanying drawing the optimum implementation of the utility model is done further detailed description.
As shown in Figure 1, the described single armed rotary parking of the utility model embodiment device comprises jacking system, carrier loader platform, rotation system and pedestal 13; Said rotation system is fixed on the pedestal 13, and rotation system is provided with jacking system, and jacking system is provided with carrier loader platform; During use, through the carrier loader platform vehicle, and through jacking system drive carrier loader platform and on vehicle move up and down; Under the driving of rotation system; Make jacking system rotate 180 degree, drive simultaneously carrier loader platform and on vehicle move, realize the access of vehicle.
Said pedestal 13 mainly comprises L type embedded bar, channel-section steel 14, and channel-section steel 14 and L type embedded bar water into pedestal 13 with mixed earth.
Said rotation system mainly comprises rotary electric machine 11, rotation cabinet 12, travelling gear 10, rotating spindle 16, rotates cylinder sleeve 15; The bottom of said rotation cabinet 12 combines the technology of welding to be fixed on the channel-section steel 14 with bolt; Rotate in the cabinet 12 and be provided with rotary electric machine 11; The output of rotary electric machine 11 connects travelling gear 10 through the mode of gears engaged, and travelling gear 10 is fixed on through axle, bearing etc. and rotates on the cabinet 12, and said travelling gear 10 connects rotating spindle 16 through the mode of gears engaged; Said rotating spindle 16 is provided with tooth; Tooth and travelling gear 10 engagements, said rotating spindle 16 is mounted in through lubricating bearings in the rotation cylinder sleeve 15 that rotates in the cabinet 12, and said rotating spindle 16 is through flange 9 fastening jacking system lower ends; Drive, drive rotating spindle 16 rotations after travelling gear 10 transferring power through rotary electric machine 11, rotating spindle 16 drive jacking systems and on carrier loader platform Rotate 180 degree.
Said jacking system mainly comprises lifting column 7, lifting motor 1, lifting motor base 3, elevating chain 4, up-down sprocket wheel 2, blocking mechanism 5; Said lifting column 7 lower ends are fixed on the rotating spindle 16 through flange 9; Lifting column 7 upper end fixed elevated motor bases 3; Bolt lifting motor 1 on the lifting motor base 3, the output axle head fixed elevated sprocket wheel 2 of said lifting motor 1 twines elevating chain 4 one ends on the up-down sprocket wheel 2; Said elevating chain 4 other ends are fixed on the carrier loader platform, and carrier loader platform is fixed on the lifting column 7; Said lifting motor base 3 one sides also are provided with blocking mechanism 5, can after carrier loader platform rises to certain altitude, carry out locking through blocking mechanism 5, make carrier loader platform to fall.
As shown in Figure 5; Said blocking mechanism 5 comprises locking force-bearing base 30, locking load axle 31, locking hook 29 and electromagnetic valve 32, and said locking force-bearing base 30 is fixed by bolts to lifting motor cabinet 3 one sides, on the locking force-bearing base 30 through the locking load axle 31 locking hook 29 that is coupling; Said locking hook 29 is " 7 " shape structure; Locking load axle 31 is coupling at the bending part of locking hook 29, and said locking is linked up with 29 lower ends and is provided with crotch 33, and said locking is linked up with 29 upper end upsides and is provided with the electromagnetic valve 32 that is fixed on the locking force-bearing base 30; Locking is linked up with 29 upper ends and is adsorbed on the electromagnetic valve 32; The crotch 33 that makes locking link up with 29 lower ends keeps the hook state, and after lifting column 7 risings put in place, lifting column 7 backed down the crotch 33 that 29 lower ends are linked up with in locking; The hook of locking simultaneously 29 automatically resets under the suction of electromagnetic valve 32, and the crotch 33 that makes locking link up with 29 lower ends is hooked on the lifting column 7.
Also be provided with a plurality of draw-in grooves 8 on the said lifting column 7 side by side, can prevent that through draw-in groove 8 carrier loader platform fixes in draw-in groove 8, avoids falling when elevating chain 4 breaks down etc.
Said carrier loader platform mainly comprises vehicle-containing 6, platen column 17, platen column front jockey wheel 18, platen column after-poppet directive wheel 19, platen column left and right sides directive wheel 20; Said platen column 17 is " mouth " shape structure; Platen column 17 is fixed on the lifting column 7; Platen column 17 connects elevating chain 4 one ends through contiguous block; Contiguous block is fixed in the hollow interlayer of platen column 17 through an axle; Said platen column 17 inboard leading flanks are through stationary platen column front jockey wheels 18 such as axle, bearings, and platen column 17 inboard trailing flanks are through stationary platen column after-poppet directive wheels 19 such as axle, bearings, and platen column 17 inboard and arranged on left and right sides faces are through symmetrical stationary platen column left and right sides directive wheels 20 such as axle, bearings; Platen column front jockey wheel 18, platen column after-poppet directive wheel 19, platen column left and right sides directive wheel 20 are close on the lifting column 7, make platen column 17 to move up and down along lifting column 7 smoothly; Said platen column 17 bottoms are through immobilized sweeps 6 of Horizontal lock such as bolts, but vehicle on the vehicle-containing 6; The elevating chain 4 of said carrier loader platform through jacking system drags on lifting column 7, to do up and down and moves both vertically, and the back blocking mechanism 5 that puts in place on the platen column 17 tangles platen column 17 and vehicle-containing 6 automatically.
As shown in Figure 4, said carrier loader platform also comprises falling proof device 21, and falling proof device 21 is fixed on the platen column 17; Said falling proof device 21 mainly is made up of contiguous block 28, connecting rod 27, fall arrest piece 24, anti-fall axle 26, draw-bar seat 25, spring 23 and gland 22, and said contiguous block 28 is fixed on through axle 34 in the interlayer of platen column 17, and said axle 34 is set in the oval adjustable orifice 35 of contiguous block 28; Axle 34 can move up and down in oval adjustable orifice 35; Contiguous block 28 upper ends are connected elevating chain 4, and contiguous block 28 lower ends connecting rod 27 1 ends that are coupling, connecting rod 27 other ends connect fall arrest piece 24 upper ends one side; Said fall arrest piece 24 upper end opposite sides are coupling at draw-bar seat 25 through anti-fall axle 26; Said draw-bar seat 25 is fixed on the platen column 17, and said fall arrest piece 24 lower ends one side is provided with spring 23, and said spring 23 1 end overheads are in fall arrest piece 24 lower end side; Spring 23 other ends are pushed down through the gland 22 of locking on platen column 17; When equipment when promoting state, elevating chain 4 pulling contiguous blocks 28 (move on the contiguous block 28, makes the bottom that axle 34 fixes in oval adjustable orifice 35 by this moment; It is inboard flat that contiguous block 28 makes it develop the platen column through fall arrest connecting rod 27 pulling fall arrest pieces 24, at this moment fall arrest piece 24 compression springs 23; When elevating chain 4 ruptures, the tension force of spring 23 backs down fall arrest piece 24 (making fall arrest piece 24 lower ends protrude in platen column 17 inboards) and is stuck on the fall arrest draw-in groove 8 on the lifting column 7, realizes the anti-fall of equipment dynamic operation.
The preferred embodiment of this specific embodiment the utility model can not limit the utility model, and concrete each item rights protection scope is defined by the claims.