CN206571221U

CN206571221U - Parking lot can oscilaltion arc lift

Info

Publication number: CN206571221U
Application number: CN201720205296.XU
Authority: CN
Inventors: 李沛
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-03-05
Filing date: 2017-03-05
Publication date: 2017-10-20
Anticipated expiration: 2027-03-05

Abstract

The utility model be related to a kind of parking lot can oscilaltion arc lift, it includes circular carrying great wheel, the power drive assembly being made up of decelerator and motor, heavy wheel holding mechanism, parking platform mechanism and activity access mechanism of car, the pyramidal structure of circular rim outer ring triangle is entrenched in the V-shaped groove for lifting wheel, make the circular carrying great wheel be erected at the arc to lift on track, the power drive assembly is fixed on the pedestal of underground, the output shaft end of decelerator is connected with drive gear, drive gear is engaged with the rack structure in circular rim, the hole shape structure on herringbone load-bearing ring that parking platform mechanism passes through both sides is rotatably connected in connecting shaft, the import and export of the circular carrying great wheel on the ground is provided with activity access mechanism of car.The utility model on circular great wheel by being connected with multiple parking platforms, and not only land occupation area is few, and solves the problem of city parking is difficult.

Description

Parking lot can oscilaltion arc lift

Technical field

The utility model belongs to parking mechanical field, and in particular to a kind of parking lot can oscilaltion arc lift.

Background technology

The development of China is maked rapid progress, and the life of the people is greatly improved, and the usage amount of car greatly suddenly increases, and makes city Road it is crowded, parking difficulty, especially big and medium-sized cities distinct issues be parking lot very little, it is too small, therefore occur in that various shapes The parking facility of formula, there is small-sized, there is large-scale, there is sky-garden type parking lot, there is various elevated multi-layer parking lots, there is vertical , there is underground multiple story garage in body parking lot, and there be three-dimensional parking building of tens floor heights etc., the small parking quantity of cost in foreign countries Too small, the cost more than parking quantity is too high, and people are the problem of trying every possible means to solve parking difficulty in any case.

According to known to me, the current National even whole world with the arc jacking equipment of oscilaltion also without can solve to stop The problem of car is difficult, it can in the place (area for only taking up each two parking stalls on two sides) of original open parking ground, Reconstruct the lugs of camber lift, that is, the place of original 4 parking stalls can stop the car of more than tens, expansion Several times even more than ten times of increment of big parking capacity.

The content of the invention

The purpose of this utility model be to provide a kind of parking lot can oscilaltion arc lift.The utility model leads to Cross and multiple parking platforms are connected with circular great wheel, not only land occupation area is few, and solve asking for city parking hardly possible Topic.

The technical scheme that the utility model is used：A kind of parking lot can oscilaltion arc lift, it include circle Shape carrying great wheel, the power drive assembly being made up of decelerator and motor, heavy wheel holding mechanism, parking platform mechanism and activity are deposited Pick-up mechanism, the space of partial turn under the circular carrying great wheel of confession that below ground opens up certain depth, the circle is held Great wheel is carried to be made up of two groups of structure identical circular rims, several connecting shafts and reinforcement bearing support, wherein, the circular rim Inboard inner ring be provided with rack structure, be provided with the upper the same side in the rack structure of inner ring annular connecting portion, The outer ring of circular rim is provided with the pyramidal structure that section is triangle, and two groups of circular rims are concentric, and two groups of circular rims In the side of setting connecting portion relatively inwards, the side for being provided with rack structure is outside in opposite directions, and the connecting shaft is held along circle It is connected on the connecting portion between two groups of circular rims with carrying the even circumferential of great wheel, on the inner ring of circular carrying great wheel Reinforcement bearing support is connected with connecting portion between two groups of circular rims；

Heavy wheel holding mechanism is constituted by lifting wheel, rotating shaft and support frame, is lifted wheel and is circumferentially provided with V-shaped groove, lifts wheel It is rotatably connected in rotating shaft, the two ends of rotating shaft are connected with support frame, support frame is connected with being arranged on the pedestal of underground；

Parking platform mechanism is made up of stop chassis, pull bar, herringbone load-bearing ring, connecting bottom tube and connector, herringbone load-bearing ring The fork-shaped connection end being molded by a hole shape structure and with the hole shape structural integrity is constituted, and the two ends for tray bottom of stopping are parallel to be set Two connecting bottom tubes are equipped with, connector is provided with the two ends of each connecting bottom tube, two companies positioned at parking chassis both sides Fitting is connected by pull bar with the fork-shaped connection end of herringbone load-bearing ring；

Several heavy wheel holding mechanisms are arranged to an arc consistent with the circular rim radius and lift track, wherein, The pyramidal structure of circular rim outer ring triangle is entrenched in the V-shaped groove for lifting wheel, is erected at the circular carrying great wheel The arc is lifted on track, and the power drive assembly is fixed on the pedestal of underground, wherein the output shaft end of decelerator Drive gear is connected with, the drive gear is engaged with the rack structure in circular rim, the people that parking platform mechanism passes through both sides Hole shape structure on word load-bearing ring is rotatably connected in connecting shaft, the import and export of the circular carrying great wheel on the ground Place is provided with activity access mechanism of car, and the activity access mechanism of car is made up of sliding rail, slide damper and oil cylinder, two cunnings Dynamic rail road is arranged in parallel, and the two ends of two slide dampers are connected with sliding rail respectively, and the side of slide damper is connected with oil cylinder, Two slide dampers can be opposite on sliding rail under the promotion of oil cylinder or are displaced outwardly, and two slide dampers are located at respectively to stop Chassis is in the both sides of ground import and export.

Further, in addition to male and female ring flange, a side end face of the male and female ring flange is provided with the square frame of projection, separately The end face of side is set to the square step being recessed down；The circular rim is put together by several segmental arcs, the arc The mutually chimeric square protruding of the square step sagged with male and female ring flange fovea superior is provided with the end face of section, the segmental arc The square depression mutually chimeric with square frame raised on male and female ring flange is provided with other end；In circular rim segmental arc with The joint of segmental arc is put together by the head and the tail docking of male and female ring flange.

Further, in addition to gravity bearing and adjustable range ring, the gravity bearing holder (housing, cover) mounted in herringbone load-bearing ring with being connected Between axle, adjustable range ring is threaded in the two ends of connecting shaft and positioned at the side of herringbone load-bearing ring, is held for limiting herringbone The position skew of weight ring, it is ensured that two pull bars being connected with two herringbone load-bearing rings are parallel to each other.

Further, the reinforcement bearing support is several sections of bent frame structures being fabricated to by the channel-section steel or angle steel of high intensity It is spliced, the middle part of the bent frame structure is triangle reinforcement structure, is set respectively at the two ends of the triangle reinforcement structure It is equipped with the link being connected with circular rim connecting portion.

Its advantage is the utility model compared with prior art：The utility model can save down town preciousness Land resource, only take up the area of each two parking stalls on former parking lot Liang Ge sides, can increase more than it several times even more than ten times Parking capacity, does not interfere with the parking area of former parking lot center section again, if building several sets so in former open parking ground side by side more Equipment will greatly increase its car storage amount, the other bicycle parking facilities equal with storage is increased are compared, and it designs simple, manufacture letter Single, construction cost is low, and the daylighting of neighboring buildings is not interfered with again, is the parking facility of another original creation.

Brief description of the drawings

Fig. 1 is the integrally-built side schematic view of the utility model；

Fig. 2 is the part isometric structural representation of segmental arc in circular rim；

Fig. 3 is structural representation when parking platform mechanism is located at circular carrying great wheel bottom；

Fig. 4 is structural representation when parking platform mechanism is located at circular carrying great wheel top；

Fig. 5 is the structural representation of parking platform mechanism；

Fig. 6 is the structural representation of heavy wheel holding mechanism；

Fig. 7 accesses the structural representation of mechanism of car for activity；

Fig. 8 is arrangement schematic diagram of the power drive assembly under ground portion.

Embodiment

Such as Fig. 1, a kind of parking lot can oscilaltion arc lift, it includes circular carrying great wheel 1, by decelerator Power drive assembly 2, heavy wheel holding mechanism 3 with motor composition, male and female ring flange, gravity bearing, adjustable range ring 4, parking Platform mechanism 5 and activity access mechanism of car, below ground open up certain depth for circular carrying 1 time partial turn of great wheel Space, the circular carrying great wheel 1 is by two groups of structure identical circular rims 11, several connecting shafts 6 and strengthens 7 groups of bearing support Into, wherein, the inboard inner ring of the circular rim 11 be provided with rack structure 8, the foundation of rack structure 8 be fabricated to it is hollow Square hole-shaped, the connecting portion 9 of annular, the outer ring of circular rim 11 are provided with the upper the same side in the rack structure 8 of inner ring The pyramidal structure 10 that section is triangle is provided with, two groups of circular rims 11 are concentric, and two groups of circular rims 11 are in the company of setting Relatively inwards, the side for being provided with rack structure 8 is outside in opposite directions for the side of socket part 9, and the connecting shaft 6 turns along circle carrying is big It is connected on the connecting portion 9 between two groups of circular rims 11, on the inner ring of circular carrying great wheel 1 even circumferential of wheel 1 Reinforcement bearing support 7 is connected with connecting portion 9 between two groups of circular rims 11；

Such as Fig. 6, heavy wheel holding mechanism 3 is constituted by lifting wheel 12, rotating shaft 13 and support frame 14, is lifted wheel 12 and is circumferentially set There is V-shaped groove 15, lift wheel 12 and be rotatably connected in rotating shaft 13, the two ends of rotating shaft 13 are connected with support frame 14, support frame 14 It is connected with the pedestal for being arranged on underground；

Such as Fig. 3, Fig. 4 and Fig. 5, parking platform mechanism 5 is by chassis 16, pull bar 17, herringbone load-bearing ring 18, the connecting bottom tube 19 of stopping Constituted with connector 20, herringbone load-bearing ring 18 is connected by a hole shape structure 21 and with the integrally formed fork-shaped of the hole shape structure 21 End 22 is constituted, and the two ends of the parking bottom of chassis 16 are arranged with two connecting bottom tubes 19 in parallel, at the two ends of each connecting bottom tube 19 Connector 20 is provided with, two connectors 20 positioned at the parking both sides of chassis 16 pass through pull bar 17 and the fork of herringbone load-bearing ring 18 Shape connection end 22 is connected, and pull bar 17 is the round steel using high intensity, the right-hand thread on the first tap of two ends one of pull bar 17, on another first tap Left-hand thread, this of left-hand thread is screwed in the body of the fork-shaped connection end 22 below herringbone load-bearing ring 18, and other end is screwed in connector In 20 cylindrical pipe；

Such as Fig. 1, several heavy wheel holding mechanisms 3 are arranged to an arc consistent with the radius of circular rim 11 and lift rail Road, wherein, the pyramidal structure 10 of the outer ring triangle of circular rim 11 is entrenched in the V-shaped groove 15 for lifting wheel 12, makes the circle Carrying great wheel 1 is erected at the arc and lifted on track, and the power drive assembly 2 is fixed on the pedestal of underground, its The output shaft end of middle decelerator is connected with drive gear 23, and the drive gear 23 is nibbled with the rack structure 8 in circular rim 11 Close, the hole shape structure 21 on herringbone load-bearing ring 18 that parking platform mechanism 5 passes through both sides is rotatably connected in connecting shaft 6, institute State the import and export of circular carrying great wheel 1 on the ground and be provided with activity access mechanism of car, the activity access mechanism of car by Sliding rail 24, slide damper 25 and oil cylinder 26 are constituted, and two sliding rails 24 are arranged in parallel, the two ends of two slide dampers 25 It is connected respectively with sliding rail 24, the side of slide damper 25 is connected with oil cylinder 26, two pushing away in oil cylinder 26 of slide damper 25 In opposite directions or it can be displaced outwardly on sliding rail 24 under dynamic, two slide dampers 25 are located at parking chassis 16 and passed in and out on ground respectively Both sides at mouthful.

One side end face of male and female ring flange of the present utility model is provided with the square frame of projection, and the end face of opposite side is set to recessed The square step sagged；Such as Fig. 2, the circular rim 11 is put together by several segmental arcs, the end face of the segmental arc On be provided with the mutually chimeric square protruding of the square step sagged with male and female ring flange fovea superior, the other end of the segmental arc It is provided with the square depression mutually chimeric with square frame raised on male and female ring flange；Segmental arc and segmental arc in circular rim 11 Joint is put together by the head and the tail docking of male and female ring flange.

Gravity bearing holder (housing, cover) is mounted between herringbone load-bearing ring 18 and connecting shaft 6 in the utility model, and the screw thread of adjustable range ring 4 connects It is connected on the two ends of connecting shaft 6 and positioned at the side of herringbone load-bearing ring 18, the position for limiting herringbone load-bearing ring 18 is offset, it is ensured that Two pull bars 17 being connected with two herringbone load-bearing rings 18 are parallel to each other.

It is several sections of bent frame knots being fabricated to by the channel-section steel or angle steel of high intensity to strengthen bearing support 7 in the utility model Structure is spliced, and the middle part of the bent frame structure is triangle reinforcement structure 27, at the two ends of the triangle reinforcement structure 27 It is respectively arranged with the link 28 being connected with the connecting portion 9 of circular rim 11.

Action principle of the present utility model：The utility model point left and right sides is sectional serially connected by circular rim 11 Be assembled into two great circles, the outer ring of circular rim 11 is placed on and heavy held in the palm with mounted based on reinforced concrete (deep trouth is excavated below the horizon in parking lot, infrastructure will be carried in the V-shaped groove 15 for lifting wheel 12 of wheel mechanism 3 Before carry out) with the connecting shaft 6 of adjustable distance by the segmental arc of the circular rim 11 of the left and right sides connecting one by one, next The connection of the good reinforcement bearing support 7 of pre-production one by one will be segmented on the connecting portion 9 of circular rim 11, one is finally constituted The great circle of individual steel frame construction formula, strengthens the stiffness of circular carrying great wheel 1, gravity bearing and herringbone load-bearing ring 18 is installed In connecting shaft 6, herringbone load-bearing ring 18 flexibly can freely swing in connecting shaft 6, the connection of the lower end of herringbone load-bearing ring 18 Pull bar 17 is also swung, and the parking chassis 16 of the lower end of pull bar 17 connection is also simultaneously swingable, because the deadweight for having parking chassis 16 adds The gravitation of the upper earth along with parking chassis 16 on parked vehicle, so be parked in parking chassis 16 on vehicle be forever with The form of suspension is parallel with ground level, and no matter what angle circular carrying great wheel 1 changes into, and parking bottom is parked in all Vehicle on disk 16 be all smoothly with ground level be it is parallel, by position of the adjustable range regulation ring 4 in connecting shaft 6 with The herringbone load-bearing ring 18 of both sides is set never to have the amount of altering, such as Fig. 7, the effect of activity access mechanism of car is when bicycle parking or pick-up When one parking platform mechanism 5 runs to the position of designed import and export automobile, slide damper 25 is slided on sliding rail 24 And close, chassis 16 of now stopping falls on slide damper 25 just motionless, bicycle parking or pick-up item can be carried out, when Transport Vehicle is complete Slide damper 25 is opened at once afterwards, and circle carrying great wheel 1 can be rotated, and can be entered Transport Vehicle activity next time, such as be schemed 8, the heavy reducer of turbodrill that the power drive assembly 2 that the utility model is designed is placed in underground both sides by two is constituted, and one Portion is working condition, and another portion is standby.Heavy wheel holding mechanism 3 is also placed under ground portion, and is multiple spot placement.As schemed 1, design of the present utility model is that circular rim 11 lifts walking on track in arc, is divided to two semicircles to run, one and half Circle is the semicircle of 3 points of compositions of A, B, C, and another semicircle is the semicircle of 3 points of compositions of A, D, C, and B points are the Transport Vehicle of one group of semicircle The outlet of son, D points are the outlet of the access car of another group of semicircle, when needing to take out from A points to the car in B point ranges, Start the supporting motor of heavy reducer of turbodrill to rotate forward, drive heavy reducer of turbodrill to rotate by gear drive, make great wheel Rotate, stop motor power transmission when the car of required taking-up is to B points, you can complete A points taking to the car in B this section of arc of point Go out (the namely entirely scope of round a quarter), when need the C points of minimum point to B point ranges car taking-up when, allow electricity Machine is inverted, and great wheel reversion can complete the taking-up of the car in this section of arc, that is to say, that this semicircle of A, B, C is separated into two Half, scope motor more than ground is rotated forward, and below ground motor reversal, such design greatly shortens operation Stroke, also just shorten pick up the car son time, improve the efficiency of work.The operation of same this semicircle of A, D, C also with A, B, C This semicircle is the same, and the car in this semicircle can be taken out from D points, and the shortcoming being only designed so as to is that two semicircles can not Operation is opened simultaneously, operation can only be separately turned on, and it is also very high to be separately turned on operation operating efficiency, because its stroke Very short, how the only stroke of a quarter full circle on electrical equipment, electric-control system, sets sensor, microcomputer controller, respectively Plant execution electrical equipment to complete the full-automatic of exchange, as long as car owner is by card input bayonet socket, the car of oneself will soon be waited automatically Take out, a whole set of such electric-control system is seldom stated not in the utility model content.

Claims

1. parking lot can oscilaltion arc lift, it includes circular carrying great wheel, be made up of decelerator and motor Power drive assembly, heavy wheel holding mechanism, parking platform mechanism and activity access mechanism of car, it is characterised in that opened in below ground If the space for partial turn under circular carrying great wheel of certain depth, the circular carrying great wheel is identical by two groups of structures Circular rim, several connecting shafts and strengthen bearing support composition, wherein, the inboard inner ring of the circular rim is provided with rack knot Structure, the connecting portion of annular is provided with the upper the same side in the rack structure of inner ring, and the outer ring of circular rim, which is provided with, to be cut Face is the pyramidal structure of triangle, and two groups of circular rims are concentric, and two groups of circular rims are setting the side of connecting portion homogeneous It is outside in opposite directions to the side that inwards, is provided with rack structure, even circumferential of the connecting shaft along circular carrying great wheel even It is connected on the connecting portion between two groups of circular rims, is located on the inner ring of circular carrying great wheel between two groups of circular rims Reinforcement bearing support is connected with connecting portion；

Heavy wheel holding mechanism is constituted by lifting wheel, rotating shaft and support frame, is lifted wheel and is circumferentially provided with V-shaped groove, lifting wheel can turn It is connected to dynamicly in rotating shaft, the two ends of rotating shaft are connected with support frame, support frame is connected with being arranged on the pedestal of underground；

Parking platform mechanism is made up of stop chassis, pull bar, herringbone load-bearing ring, connecting bottom tube and connector, and herringbone load-bearing ring is by one Hole shape structure and the fork-shaped connection end being molded with the hole shape structural integrity are constituted, and the two ends of parking tray bottom are arranged with parallel Two connecting bottom tubes, connector is provided with the two ends of each connecting bottom tube, two connectors positioned at parking chassis both sides It is connected by pull bar with the fork-shaped connection end of herringbone load-bearing ring；

Several heavy wheel holding mechanisms are arranged to an arc consistent with the circular rim radius and lift track, wherein, it is circular The pyramidal structure of wheel rim outer ring triangle is entrenched in the V-shaped groove for lifting wheel, is erected at the circular carrying great wheel described Arc is lifted on track, and the power drive assembly is fixed on the pedestal of underground, wherein the output shaft end connection of decelerator There is drive gear, the drive gear is engaged with the rack structure in circular rim, and parking platform mechanism is held by the herringbone of both sides Hole shape structure on weight ring is rotatably connected in connecting shaft, and the import and export of the circular carrying great wheel on the ground is set Activity access mechanism of car is equipped with, the activity access mechanism of car is made up of sliding rail, slide damper and oil cylinder, two slip rails Road is arranged in parallel, and the two ends of two slide dampers are connected with sliding rail respectively, and the side of slide damper is connected with oil cylinder, two Slide damper can be opposite on sliding rail under the promotion of oil cylinder or is displaced outwardly, and two slide dampers are located at parking bottom respectively Disk is in the both sides of ground import and export.

2. parking lot according to claim 1 can oscilaltion arc lift, it is characterised in that also including male and female method Blue disk a, side end face of the male and female ring flange is provided with the square frame of projection, and the end face of opposite side is set to the side being recessed down Shape step；The circular rim is put together by several segmental arcs, is provided with the end face of the segmental arc and male and female flange It is provided with the square protruding that the square step that disk fovea superior is sagged mutually is fitted together to, the other end of the segmental arc and male and female ring flange The square depression that upper raised square frame is mutually fitted together to；The joint of segmental arc and segmental arc passes through male and female ring flange in circular rim Head and the tail docking is put together.

3. parking lot according to claim 1 can oscilaltion arc lift, it is characterised in that also including gravity axis Hold and adjustable range ring, the gravity bearing holder (housing, cover) is mounted between herringbone load-bearing ring and connecting shaft, and adjustable range ring is threaded in company The two ends of spindle and the side for being located at herringbone load-bearing ring, the position for limiting herringbone load-bearing ring are offset, it is ensured that with two herringbones Two pull bars of load-bearing ring connection are parallel to each other.

4. parking lot according to claim 1 can oscilaltion arc lift, it is characterised in that reinforcement supporting Frame is that several sections of bent frame structures to form being fabricated to by the channel-section steel or angle steel of high intensity are formed, the middle part of the bent frame structure For triangle reinforcement structure, the connection being connected with circular rim connecting portion is respectively arranged with the two ends of the triangle reinforcement structure Frame.