CN108505791A - No evacuation draws high the longitudinal infeed double-deck garage of formula - Google Patents

No evacuation draws high the longitudinal infeed double-deck garage of formula Download PDF

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Publication number
CN108505791A
CN108505791A CN201810529873.XA CN201810529873A CN108505791A CN 108505791 A CN108505791 A CN 108505791A CN 201810529873 A CN201810529873 A CN 201810529873A CN 108505791 A CN108505791 A CN 108505791A
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CN
China
Prior art keywords
vehicle
bearing platform
car bearing
parking stall
carrying plate
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Withdrawn
Application number
CN201810529873.XA
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Chinese (zh)
Inventor
张明勤
刘潇
姚玉善
原政军
程钢
张建雷
梁贺
王红
杜景泽
刘永硕
孙月蓉
王彩
王一彩
张坡
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shandong Chi Chi Machinery Technology Co Ltd
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Shandong Chi Chi Machinery Technology Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Shandong Chi Chi Machinery Technology Co Ltd filed Critical Shandong Chi Chi Machinery Technology Co Ltd
Priority to CN201810529873.XA priority Critical patent/CN108505791A/en
Publication of CN108505791A publication Critical patent/CN108505791A/en
Withdrawn legal-status Critical Current

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Classifications

    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H6/00Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
    • E04H6/02Small garages, e.g. for one or two cars
    • E04H6/06Small garages, e.g. for one or two cars with means for shifting or lifting vehicles

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)
  • Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)

Abstract

A kind of no evacuation draws high the longitudinal infeed double-deck garage of formula, belong to parking equipment technical field, including lower layer parking stall and upper layer parking stall, lower layer parking stall is ground parking stall, upper layer parking stall is mainly made of car bearing platform and car bearing platform elevating mechanism, it is characterized in that the car bearing platform is telescopic rotary structure, including car bearing platform chassis, telescopic rotary type vehicle-carrying plate and telescoping mechanism;The car bearing platform elevating mechanism includes planar linkage parallel moving mechanism and lift drive mechanism;When the described upper layer parking stall vehicles while passing garage, vehicle heading is consistent with parking stall direction, i.e., garage is longitudinal, and vehicle longitudinal feed is indulged out, and vehicle-carrying plate generates enough horizontal displacements in lifting process, and lower layer parking stall is without evacuation.

Description

No evacuation draws high the longitudinal infeed double-deck garage of formula
Technical field
Draw high the longitudinal infeed double-deck garage of formula the present invention relates to a kind of no evacuation, it is specifically a kind of be suitable for lower layer parking stall without The double-deck garage that upper layer parking stall Transport Vehicle can be realized need to be avoided, parking equipment technical field is belonged to.
Background technology
With being continuously increased for car ownership, the problems such as parking difficulty, road occupation for parking, is increasingly severe, static traffic with it is dynamic State traffic influences each other, and finds no parking space, traffic congestion has become social concern more outstanding.It stops compared to plane, it is three-dimensional Garage becomes the inevitable choice of city stopping at release difficulty problem.Nowadays the family for possessing two automobiles is more and more, but often As soon as it often only uses wherein, and another rarely needed vehicle is parked in always occupied space on parking stall, oneself can not make again It is more so that originally more in short supply with regard to ground parking vacant lot in short supply with this vacant lot.Simple lifting type parking equipment is because of the letter of its structure Single, operation is easy, and is used more suitable for family, which can make full use of underground parking, in one timing of area The parking stall at least increased more than twice.Existing simple lifting class stereo garage is mostly to need avoiding-type, i.e. upper layer Transport Vehicle needs Lower layer's vehicle evacuation, process are cumbersome;And it is existing without evacuation double-deck garage, generally existing is complicated, motion path length, speed Slowly, the defects of needing power big.
Invention content
Present invention solves the technical problem that being, in view of the shortcomings of the prior art, providing, one kind is simple in structure, movement is fast, dynamic The small double-deck garage for being suitable for lower layer parking stall and upper layer parking stall Transport Vehicle can be realized without evacuation of power.
The technical solution adopted by the present invention is as follows:A kind of no evacuation draws high the longitudinal infeed double-deck garage of formula, including lower layer's vehicle Position and upper layer parking stall, lower layer parking stall are ground parking stall, and upper layer parking stall is mainly made of car bearing platform and car bearing platform elevating mechanism, special Sign is that the car bearing platform is telescopic rotary type structure, including car bearing platform chassis, expansion bracket and telescoping mechanism, rotary carrier vehicle Plate and rotating mechanism;The car bearing platform elevating mechanism includes planar linkage parallel moving mechanism and lift drive mechanism;The lifting Driving mechanism is to draw high formula, is moved up and down by drawing high power drive vehicle-carrying plate;When the upper layer parking stall vehicle takes out garage, Expansion bracket flexes outward under the driving of telescoping mechanism, and vehicle-carrying plate generates enough horizontal displacements, and vehicle-carrying plate is made to be driven in lifting After mechanism driving, lower layer parking stall is without evacuation during decline, and vehicle-carrying plate is down to lower limit position, under the driving of rotating mechanism Rotated ninety degrees, vehicle sail out of garage;When the upper layer parking stall vehicle is stored in garage, vehicle is vertical with garage stall direction to be sailed Into car bearing platform, i.e., garage is longitudinal, vehicle infeed, and after vehicle enters vehicle-carrying plate, vehicle-carrying plate rotates 90 under rotating mechanism driving Degree, lift drive mechanism drives lower layer parking stall in vehicle-carrying plate uphill process to be not necessarily to evacuation, after vehicle-carrying plate rises to upper limit position, Expansion bracket is shunk under telescoping mechanism driving, and upper layer vehicle is in place.
Using the above structure draw high formula longitudinal feed infeed double-deck garage without evacuation, it is characterised in that the described car bearing platform lifting Planar linkage parallel moving mechanism includes that rack, side link and the car bearing platform chassis as connecting rod, rack are fixedly connected on ground, even Hack lever is at least two pieces, and both ends are hinged with rack and car bearing platform chassis respectively, and side link is mutually parallel, and is distributed in garage two Side, car bearing platform chassis is parallel with rack, and rack, car bearing platform chassis and side link form parallelogram mechanism, and car bearing platform is made to exist Horizontal position is remained in lifting process.
Using the above structure draw high the longitudinal infeed double-deck garage of formula without evacuation, it is characterised in that the telescopic rotary type The car bearing platform chassis of structure car bearing platform is connect with expansion bracket by prismatic pair, and rotary vehicle-carrying plate is connected with expansion bracket by revolute pair It connects;When there is vehicle in lower layer parking stall, before car bearing platform is lifted, expansion bracket first protrudes horizontally up under telescoping mechanism driving, with load The horizontal displacement of ride chassis is superimposed, and after car bearing platform is driven by lift drive mechanism to ground, rotary vehicle-carrying plate is rotating The lower rotated ninety degrees of mechanism driving, realize evacuation lower layer's parking stall vehicle completely and ensure that lateral direction of car enters vehicle-carrying plate;Described Telescoping mechanism is the hydraulic system for including telescopic hydraulic station and telescopic hydraulic oil cylinder;The rotating mechanism be include rotating hydraulic It stands, the hydraulic system of rotary hydraulic cylinder and pivoting support component.
Using the above structure draw high the longitudinal infeed double-deck garage of formula without evacuation, it is characterised in that the described car bearing platform lifting Driving mechanism is to draw high formula, including vertical columns, lifting assembly and lifting power plant, the vertical columns be gantry frame type and At least two pieces, is arranged in parallel in car bearing platform front and middle part respectively, and the lifting assembly includes reel, steel wire rope and counterweight, Reel is fixedly mounted on vertical columns, and steel wire rope is wound on reel, and one end of steel wire rope is fixed on carrier vehicle frame, and the other end is solid Surely there is counterweight and be connected by prismatic pair with vertical columns, the lifting power plant includes that motor, retarder and chain pass Dynamic, lifting power plant coordinates with reel, and driving reel rolls, and then car bearing platform chassis and counterweight is driven to carry out elevating movement, Horizontal displacement is generated under parallelogram mechanism constraint simultaneously, the displacement and expansion bracket are displacement superposed, realize under evacuation completely Layer parking stall vehicle.
The telescoping mechanism is flexible liquid when including the hydraulic system of telescopic hydraulic station and telescopic hydraulic oil cylinder Pressure station is connected with telescopic hydraulic oil cylinder, and to provide flexible power, the telescopic hydraulic oil cylinder bottom is fixed on car bearing platform chassis On, it is connected with expansion bracket at the top of telescopic hydraulic oil cylinder, the stretching, extension of driving expansion bracket or contraction;The telescoping mechanism can also be packet Include the mechanical system of motor, retarder and rack pinion, or including motor, retarder and the mechanical system of chain drive, The mounting means and operation principle of each machine driven system are the common knowledge of this field, and this will not be repeated here.
The rotating mechanism be include rotating hydraulic station, rotary hydraulic cylinder and pivoting support component hydraulic system When, the rotating hydraulic station is connected with rotary hydraulic cylinder, to provide rotary power, the outer ring of the pivoting support component with Rotary vehicle-carrying plate is mutually fixed, and the inner ring of pivoting support component is fixed on expansion bracket, and the rotary hydraulic cylinder bottom is solid It is scheduled on expansion bracket, is connected with rotary vehicle-carrying plate at the top of rotary hydraulic cylinder, rotary vehicle-carrying plate is driven to rotate;The rotation Rotation mechanism can also be the mechanical system including motor and pivoting support component, the mounting means and operation principle of each mechanical system It is the common knowledge of this field, this will not be repeated here.
The car bearing platform elevating mechanism is that include motor, retarder and the mechanical system of chain drive dynamic to provide lifting Power, the motor are fixed on vertical columns crossbeam bottom, are connect with reel by chain drive;The lifting power plant It can also be hydraulic drive or the mechanical system including motor, retarder and rack pinion or motor, retarder With the mechanical system of turbine and worm transmission, the mounting means and operation principle of each machine driven system are the known normal of this field Know, this will not be repeated here.
Lift drive mechanism, telescoping mechanism and the rotating mechanism is both provided with extreme position locking system, prevents from carrying Ride excessively lifts, expansion bracket is excessively flexible or rotary vehicle-carrying plate rotation is excessive;Lift drive mechanism is provided with safe anti-falling Dropping control device prevents car bearing platform from falling.
Lift drive mechanism, telescoping mechanism and the rotating mechanism is both provided with automatic detection and control device, automatic Under detection control apparatus control, the rotation angle of the lifting of control car bearing platform, expansion bracket longitudinal extension and rotary vehicle-carrying plate is realized Upper layer parking stall vehicle without evacuation Transport Vehicle.
The invention has the beneficial effects that a kind of no evacuation of offer draws high the longitudinal infeed double-deck garage of formula, planar linkage translation Mechanism drives vehicle-carrying plate to generate certain horizontal displacement in lifting process, and the car bearing platform is telescopic rotary type structure, is carried Ride chassis is connect with expansion bracket by prismatic pair, and rotary vehicle-carrying plate is connect with expansion bracket by revolute pair;When lower layer parking stall When having vehicle, before car bearing platform is lifted, expansion bracket first protrudes horizontally up under telescoping mechanism driving, the level with car bearing platform chassis Displacement superposed, after car bearing platform is driven by lift drive mechanism to ground, rotary vehicle-carrying plate rotates under rotating mechanism driving It 90 degree, realizes evacuation lower layer's parking stall vehicle completely and ensures that lateral direction of car enters vehicle-carrying plate;The telescoping mechanism and lifting are dynamic Force mechanisms can be the hydraulic system for including raise-lower hydraulic station and raise-lower hydraulic oil cylinder, or including motor, retarder and rack-and-pinion The mechanical system of transmission, or including motor, retarder and the mechanical system of chain drive, a variety of dynamical systems can meet different rings The requirement of border or different load-carryings to telescoping mechanism and lifting drive mechanism;The rotating mechanism be include rotating hydraulic station, rotation Turn the hydraulic system of hydraulic cylinder and pivoting support component, or the mechanical system including motor and pivoting support component, using return It is small to turn bearing assembly frictional force, vehicle-carrying plate is facilitated to rotate;The elevating mechanism drives steel wire rope to draw high car bearing platform by reel Chassis application draws high power, this draws high power and is remained unchanged in entire motion cycle, be constantly equal to vehicle weight and car bearing platform weight it With, save power, operate steadily, operating path is short, speed is fast;Lift drive mechanism, rotating mechanism and the telescoping mechanism It is both provided with extreme position locking system, prevents car bearing platform from excessively lifting, expansion bracket is excessively flexible or rotary vehicle-carrying plate rotation Excessively;Elevating mechanism is provided with safe anti-falling dropping control device, prevents car bearing platform from falling;The lift drive mechanism, telescoping mechanism It is both provided with automatic detection and control device with rotating mechanism, under automatic detection and control device control, the lifting of control car bearing platform is stretched The rotation angle of the longitudinal extension of contracting frame and rotary vehicle-carrying plate, realize upper layer parking stall vehicle without evacuation Transport Vehicle.
Description of the drawings
Fig. 1 is the schematic side view that car bearing platform of the present invention is in high-end trim.
Fig. 2 is the schematic side view that car bearing platform of the present invention is in low-end trim.
Fig. 3 is the structural schematic diagram that car bearing platform of the present invention is under horizontal state.
Fig. 4 is the general structure schematic diagram of the present invention.
Fig. 5 is the rotational structure schematic diagram of the present invention.
1 car bearing platform, 101. car bearing platform chassis, 102. expansion bracket, 103. telescoping mechanism, 104. rotary vehicle-carrying plate in figure 105. rotating mechanism
2. 201. rack of planar linkage parallel moving mechanism, 202. side link
3. 304. steel wire rope of lift drive mechanism 301. vertical columns, 302. chain drive, 303. motor, 305. counterweight 306. 307. stator ring of reel
Specific implementation mode
As shown in Figures 1 to 5, no evacuation of the invention draws high the longitudinal infeed double-deck garage of formula, including lower layer parking stall and upper Layer parking stall, lower layer parking stall are ground parking stall, and upper layer parking stall is mainly made of car bearing platform 1 and car bearing platform elevating mechanism, the load Ride 1 is telescopic rotary type structure, including car bearing platform chassis 101, expansion bracket 102 and telescoping mechanism 103, rotary vehicle-carrying plate 104 and rotating mechanism 105, the telescoping mechanism 103 be connected respectively with car bearing platform chassis 101 and expansion bracket 102, the whirler Structure 105 is connected with expansion bracket 102 and rotary vehicle-carrying plate 104 respectively;The car bearing platform elevating mechanism includes that planar linkage is flat Motivation structure 2 and lift drive mechanism 3, the planar linkage parallel moving mechanism 2 and lift drive mechanism 3 respectively with upper and lower parking stall phase Even;When the upper layer parking stall vehicle takes out garage, expansion bracket 102 flexes outward under the driving of telescoping mechanism 103, expansion bracket 102 generate enough horizontal displacements, make vehicle-carrying plate after lift drive mechanism driving, lower layer parking stall is without keeping away during decline It allows, vehicle-carrying plate is down to lower limit position, and the rotated ninety degrees under the driving of rotating mechanism 105, vehicle sails out of garage;Described is upper When layer parking stall vehicle deposit garage, vehicle is vertical with garage stall direction to drive into car bearing platform, i.e., garage is longitudinal, vehicle infeed, vehicle After the rotary vehicle-carrying plate of entrance 104, the rotated ninety degrees under the driving of rotating mechanism 105 of rotary vehicle-carrying plate 104, lifting driving Mechanism 3 drives planar linkage parallel moving mechanism 2 to move, and lower layer parking stall in 104 uphill process of rotary vehicle-carrying plate is driven to be not necessarily to evacuation, After rotary vehicle-carrying plate 104 rises to upper limit position, expansion bracket 102 is shunk under the driving of telescoping mechanism 103, and upper layer vehicle is just Position.
As shown in figure 4, the present invention draws high the structural schematic diagram of the longitudinal infeed double-deck garage car bearing platform of formula 1 without evacuation, it is described The car bearing platform chassis 101 of telescopic rotary type structure car bearing platform connect by prismatic pair with expansion bracket 102, rotary vehicle-carrying plate 104 are connect with expansion bracket 102 by revolute pair, and telescoping mechanism is equipped between the car bearing platform chassis 101 and expansion bracket 102 103, the telescoping mechanism 103 is the hydraulic system for including telescopic hydraulic station 10301 and telescopic hydraulic oil cylinder 10302, described Telescopic hydraulic station 10301 be connected with telescopic hydraulic oil cylinder 10302,10302 bottom of telescopic hydraulic oil cylinder is fixed on load On ride chassis 101,10302 top of telescopic hydraulic oil cylinder is connected with expansion bracket 102, in the expansion bracket 102 and rotary load Rotating mechanism 105 is installed between sweep 104, the rotating mechanism 105 be include rotating hydraulic station 10501, rotating hydraulic oil The hydraulic system of cylinder 10502 and pivoting support component 10503, the rotating hydraulic station 10501 and rotary hydraulic cylinder 10502 It is connected, to provide rotary power, outer ring and 104 phase of rotary vehicle-carrying plate of the pivoting support component 10503 are fixed, revolution branch The inner ring of bearing assembly 10503 is fixed on expansion bracket 102, and 10502 bottom of rotary hydraulic cylinder is fixed on expansion bracket 102 On, 10502 top of rotary hydraulic cylinder is connected with rotary vehicle-carrying plate 104, and rotary vehicle-carrying plate 104 is driven to rotate;Work as lower layer When there is vehicle in parking stall, before car bearing platform is lifted, expansion bracket 102 first protrudes horizontally up under the driving of telescoping mechanism 103, with car bearing platform The horizontal displacement of chassis 101 is superimposed, and after car bearing platform 1 is driven by lift drive mechanism 3 to ground, rotary vehicle-carrying plate 104 exists The lower rotated ninety degrees of the driving of rotating mechanism 105, realize evacuation lower layer's parking stall vehicle completely and ensure that lateral direction of car enters vehicle-carrying plate. The telescoping mechanism 103 can also be the mechanical system for including motor, retarder and rack pinion, or including motor, The mechanical system of retarder and chain drive, the mounting means and operation principle of each machine driven system are the known of this field Common sense, this will not be repeated here;The rotating mechanism 105 can also be the machinery including motor and pivoting support component 10503 System, the mounting means and operation principle of each mechanical system are the common knowledge of this field, and this will not be repeated here.
As shown in figure 4, the present invention draws high the longitudinal infeed double-deck garage car bearing platform elevating mechanism schematic diagram of formula without evacuation, it is described Car bearing platform elevating mechanism be draw high formula, including elevating mechanism 3 and planar linkage parallel moving mechanism 2, the elevating mechanism 3 includes Vertical columns 301, lifting assembly and lifting power plant, the vertical columns 301 are gantry frame type and at least two pieces, respectively It is arranged in parallel in 1 front of car bearing platform and middle part, the lifting assembly includes reel 306, steel wire rope 304 and counterweight 305, reel 306 are fixedly mounted on vertical columns 301, and steel wire rope 304 is wound on reel 306, and one end of steel wire rope 304 is fixed on car bearing platform On chassis 101, the other end is fixed with counterweight 305 and is connected by prismatic pair with vertical columns 301, the lifting power plant Including motor 303 and chain drive 302, lifting power plant coordinates with reel 306, and driving reel 306 rolls, and then with dynamic load Ride chassis 101 and counterweight 305 carry out elevating movement;The planar linkage parallel moving mechanism 2 includes rack 201, side link 202 With the car bearing platform chassis 101 as connecting rod, rack 201 is fixedly connected on ground, and side link 202 is at least two pieces, both ends Hinged with rack 201 and car bearing platform chassis 101 respectively, side link 202 is mutually parallel, and is distributed in garage both sides, car bearing platform chassis 101 is parallel with rack 201, they form parallelogram mechanism, and car bearing platform 1 is made to remain horizontal position in lifting process It sets;When the lifting drive action, car bearing platform chassis 101 is driven to carry out elevating movement by steel wire rope 304, while flat The lower vehicle for generating horizontal position in-migration evacuation lower layer parking stall of row quadrangular mechanism constraint;The lift drive mechanism be include electricity Machine, retarder and chaindriven mechanical system can also be the mechanical system for including motor, retarder and rack pinion, The mounting means and operation principle of each machine driven system are the common knowledge of this field, and this will not be repeated here.
Car bearing platform elevating mechanism 3, telescoping mechanism 103 and the rotating mechanism 105 is both provided with extreme position locking dress It sets, prevents car bearing platform 1 from excessively lifting, expansion bracket 102 is excessively flexible or rotatably vehicle-carrying plate 104 rotates excessively;Elevating mechanism is set It is equipped with safe anti-falling dropping control device, prevents car bearing platform 1 from falling.
Lift drive mechanism 3, telescoping mechanism 103 and the rotating mechanism 105 is both provided with automatic detection and control device, Under automatic detection and control device control, the lifting of car bearing platform 1,102 longitudinal extension of expansion bracket and rotary vehicle-carrying plate 104 are controlled Rotation angle, realize upper layer parking stall vehicle without evacuation Transport Vehicle.
It will be understood by those of ordinary skill in the art that can modify to technical scheme of the present invention or equally replace It changes, without departing from the objective and range of technical solution of the present invention, is intended to be within the scope of the claims of the invention.

Claims (9)

1. a kind of no evacuation draws high the longitudinal infeed double-deck garage of formula, including lower layer parking stall and upper layer parking stall, lower layer parking stall is ground Parking stall, upper layer parking stall are mainly made of car bearing platform and car bearing platform elevating mechanism, it is characterised in that the car bearing platform is flexible rotation Rotatable structure, including car bearing platform chassis, expansion bracket and telescoping mechanism, rotary vehicle-carrying plate and rotating mechanism;The car bearing platform Elevating mechanism includes planar linkage parallel moving mechanism and lift drive mechanism;The lift drive mechanism is to draw high formula, by drawing high Power drive vehicle-carrying plate moves up and down;When the upper layer parking stall vehicle takes out garage, expansion bracket flexes outward, and vehicle-carrying plate generates Enough horizontal displacements, lower layer parking stall is rotated without evacuation, vehicle-carrying plate after being down to lower limit position during so that vehicle-carrying plate is declined 90 degree, vehicle sails out of garage;When the upper layer parking stall vehicle is stored in garage, vehicle is vertical with garage stall direction to drive into load Ride, i.e. garage be longitudinal, vehicle infeed, after vehicle enters vehicle-carrying plate, vehicle-carrying plate rotated ninety degrees, in vehicle-carrying plate uphill process under Layer parking stall is without evacuation, and after vehicle-carrying plate rises to upper limit position, expansion bracket is shunk, and upper layer vehicle is in place.
2. no evacuation according to claim 1 draws high the longitudinal infeed double-deck garage of formula, it is characterised in that the car bearing platform Lifting plane connecting rod parallel moving mechanism includes that rack, side link and the car bearing platform chassis as connecting rod, rack are fixedly connected on ground On, side link is at least two pieces, and both ends are hinged with rack and car bearing platform chassis respectively, and side link is mutually parallel, car bearing platform bottom Frame is parallel with rack, they form parallelogram mechanism, and car bearing platform is made to remain horizontal position in lifting process.
3. no evacuation according to claim 1 draws high the longitudinal infeed double-deck garage of formula, it is characterised in that the flexible rotation The car bearing platform chassis of rotatable structure car bearing platform is connect with expansion bracket by prismatic pair, and rotary vehicle-carrying plate passes through rotation with expansion bracket Pair connection;When there is vehicle in lower layer parking stall, before car bearing platform is lifted, expansion bracket first protrudes horizontally up under telescoping mechanism driving, It is superimposed with the horizontal displacement of car bearing platform chassis, to realize evacuation lower layer parking stall vehicle completely, rotary vehicle-carrying plate is in rotating mechanism The lower rotated ninety degrees of driving, to realize that upper layer vehicle enters laterally vehicle-carrying plate;The telescoping mechanism be include telescopic hydraulic station With the hydraulic system of telescopic hydraulic oil cylinder;The rotating mechanism be include rotating hydraulic station, rotary hydraulic cylinder and revolution branch The hydraulic system of bearing assembly.
4. no evacuation according to claim 1 draws high the longitudinal infeed double-deck garage of formula, it is characterised in that the car bearing platform Lift drive mechanism is to draw high formula, including vertical columns, lifting assembly and lifting power plant, and the vertical columns are portal frame Formula and at least two pieces, are arranged in parallel in car bearing platform front and middle part respectively, and the lifting assembly includes reel, steel wire rope and match Weight, reel are fixedly mounted on vertical columns, steel wire rope are wound on reel, one end of steel wire rope is fixed on carrier vehicle frame, another End is fixed with counterweight and is connected by prismatic pair with vertical columns, and the lifting power plant includes motor, retarder and chain Item is driven, and lifting power plant coordinates with reel, and driving reel rolls, and then car bearing platform chassis and counterweight is driven to carry out lifting fortune It is dynamic, while horizontal position in-migration evacuation lower layer parking stall is generated under the constraint of parallelogram mechanism.
5. drawing high the longitudinal infeed double-deck garage of formula without evacuation according to claim 1 and 3, it is characterised in that described is flexible Mechanism can also be the mechanical system for including motor, retarder and rack pinion, or be passed including motor, retarder and chain Dynamic mechanical system.
6. drawing high the longitudinal infeed double-deck garage of formula without evacuation according to claim 1 and 3, it is characterised in that the rotation Mechanism can also be the mechanical system including motor and pivoting support component.
7. drawing high the longitudinal infeed double-deck garage of formula without evacuation according to claim 1 and 4, it is characterised in that the lifting Power plant is that can also be the mechanical system for including motor, retarder and rack pinion.
8. no evacuation according to claim 1 draws high the longitudinal infeed double-deck garage of formula, it is characterised in that the lifting is driven Motivation structure, telescoping mechanism and rotating mechanism are both provided with extreme position locking system, and lift drive mechanism is provided with safe anti-falling Dropping control device.
9. no evacuation according to claim 1 draws high the longitudinal infeed double-deck garage of formula, it is characterised in that the lifting is driven Motivation structure, telescoping mechanism and rotating mechanism are both provided with automatic detection and control device, real under automatic detection and control device control Existing upper layer parking stall vehicle without evacuation Transport Vehicle.
CN201810529873.XA 2018-05-29 2018-05-29 No evacuation draws high the longitudinal infeed double-deck garage of formula Withdrawn CN108505791A (en)

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Application Number Priority Date Filing Date Title
CN201810529873.XA CN108505791A (en) 2018-05-29 2018-05-29 No evacuation draws high the longitudinal infeed double-deck garage of formula

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Application Number Priority Date Filing Date Title
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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109706839A (en) * 2019-02-25 2019-05-03 桥致通(武汉)技术有限公司 A kind of hydraulic permeability reversing gear rotating through pier formula bridge inspection vehicle
CN109722987A (en) * 2019-02-25 2019-05-07 桥致通(武汉)技术有限公司 A kind of free positioning intelligence beam bottom Inspection and maintenance vehicle
CN109812091A (en) * 2019-03-13 2019-05-28 山东建筑大学 A kind of list column spiral lift double-deck garage
CN110027833A (en) * 2019-05-24 2019-07-19 徐州鑫路达配送服务有限公司 A kind of Intelligent logistics holding platform
CN110512915A (en) * 2019-08-02 2019-11-29 西安电子科技大学 A kind of two layers road parking system parked

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109706839A (en) * 2019-02-25 2019-05-03 桥致通(武汉)技术有限公司 A kind of hydraulic permeability reversing gear rotating through pier formula bridge inspection vehicle
CN109722987A (en) * 2019-02-25 2019-05-07 桥致通(武汉)技术有限公司 A kind of free positioning intelligence beam bottom Inspection and maintenance vehicle
CN109722987B (en) * 2019-02-25 2024-04-26 桥致通(武汉)技术有限公司 Free positioning intelligent beam bottom inspection maintenance vehicle
CN109812091A (en) * 2019-03-13 2019-05-28 山东建筑大学 A kind of list column spiral lift double-deck garage
CN110027833A (en) * 2019-05-24 2019-07-19 徐州鑫路达配送服务有限公司 A kind of Intelligent logistics holding platform
CN110512915A (en) * 2019-08-02 2019-11-29 西安电子科技大学 A kind of two layers road parking system parked

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Application publication date: 20180907

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