CN101063382A - Method for parking in underground parking garage space platform - Google Patents
Method for parking in underground parking garage space platform Download PDFInfo
- Publication number
- CN101063382A CN101063382A CN 200710055579 CN200710055579A CN101063382A CN 101063382 A CN101063382 A CN 101063382A CN 200710055579 CN200710055579 CN 200710055579 CN 200710055579 A CN200710055579 A CN 200710055579A CN 101063382 A CN101063382 A CN 101063382A
- Authority
- CN
- China
- Prior art keywords
- parking
- platform
- fixedly connected
- hydraulic
- steel work
- 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.)
- Pending
Links
Images
Landscapes
- Underground Structures, Protecting, Testing And Restoring Foundations (AREA)
Abstract
The invention relates to a spacing platform parking method of an underground parking garage, comprising a steel structure spacing parking platform and a hydraulic car holding and lifting machine, wherein the steel structure spacing parking platform comprises a structure column, a structure cross beam, a structure longitudinal beam, an auxiliary cross beam, an auxiliary longitudinal beam, a steel structure guard bar and a photoelectric sensing detector, and the hydraulic car holding and lifting machine comprises a guide pipe, a holding guide pipe, a hydraulic holding balance arm, a hydraulic cylinder, a photoelectric sensing device and a solenoid-operated valve. The invention realizes a novel spacing platform three-dimensional parking method which can apply the ground and spacing efficiently and completely, not only has the advantages of simple device, fair structure, steady operation and parking on the parking platform, and safe and reliable, but also needs no change of the building structure and design of auxiliary facilities assembling in building layer construction. Compared with the prior parking method, the invention enhances the parking numbers, and decreases the cost, and also improves the usage of space and ground, not only saves energy with hydraulic lifting, but also uses conveniently with no noise thereby being applicable to the spacing three-dimensional parking in the underground garage.
Description
Technical field:
The present invention relates to the method that a kind of underground parking garage space platform is parked, belong to the solid parking technical field.
Background technology: the existing underground garage solid parking mode that solves is the both sides that double-deck traversing three-dimensional parking device are installed in the driving passage, and bottom is traversing, the upper strata lifting.Its shortcoming is: can install under only can berthing three spoke spares on ground between two building posts, also must leave a room.Deduct three parking stalls of original ground, two parking stalls of actual increase, and construction cost is five parking stalls.Cost is big, cost is high, plant machinery action is many, complex structure, ground and space availability ratio are not high, does not constitute the space, ground rationally cooperates, and the parking ratio of increase is little, average parking stall cost height, investment greatly, financial analysis is difficult to meet consumers' demand.
Summary of the invention:
The invention provides is the method for being parked by a kind of underground parking garage space platform, carries by park platform, hydraulic pressure of steel work space that the car elevating mechanism is common to be realized.
Flow process of the present invention is as follows:
Space platform parking apparatus planar design → steel work space platform fabrication and installation → hydraulic pressure of parking carries car lifting gear fabrication and installation → Stairs fabrication and installation → detection debugging.
1, space platform parking apparatus planar design:
Available all or the park planar dimension figure of platform of local space design steel work space according to real area, intercolumniation, parking place, the driving channel selecting of underground garage, the quantity of determining to park at the steel work space platform, parking position, driving passage, hydraulic pressure carrying the position dimension and the space platform parking apparatus at car elevating mechanism hole, Stairs hole, the platform bottom surface of parking, steel work space is not less than 1500MM to the height on ground, adopt section bar to make structural upright and structural beams, draw plan view and structure chart.
2, the steel work space platform fabrication and installation of parking:
Adopt the whole or local space of shape between underground garage building structure post, fixedly connected with the ground pedestal in the side that the bar structure column leans against the building structure post respectively, bar structure crossbeam, structure longeron are fixedlyed connected with structural upright respectively, parallel with structure crossbeam, the structure longeron respectively correspondence position of inboard several auxiliary carrying crossbeams, auxiliary carrying longeron is fixedly connected, lay loaded plate above, fixedly connected steel work guardrail around the vehicle-containing constitutes the steel work space platform of parking.
3, hydraulic pressure carries the fabrication and installation of car lifting gear:
In hydraulic pressure carries car elevating mechanism hole, four guide pipes are grown on the guide pipe pedestal of border district face the both sides that are placed on of diagonal phase respectively, fixedly connected; Four carrying guide pipes are enclosed within on four guide pipes, matched in clearance, fixedly connected with structure crossbeam or top, garage in the upper end of guide pipe, the inboard fixedly connected carrier loader platform in the lower end of four carrying guide pipes, inboard on the carrying guide pipe on long limit, corresponding both sides is fixedly connected hydraulic bearing counter-jib respectively, and inboard sheet material and carrying guide pipe, the hydraulic bearing counter-jib of adopting in the long limit of carrier loader platform is connected to each other sealing; Fixedly connected hydraulic cylinder on the hydraulic cylinder pedestal on ground in the middle of the carrying guide pipe on long limit, corresponding both sides, top piston corresponding fixed-site below the hydraulic bearing counter-jib connects, hydraulic pressure carries the outside, car elevating mechanism hole and adopts sheet material and ground face closure by structural upright, structure crossbeam, structure longeron, constitutes hydraulic pressure and carries the car lifting gear.
4, Stairs fabrication and installation:
Stairs hole fixed installation Stairs.
5, detect debugging:
Detect the steel work connection state, on the vehicle-containing of will driving, start hydraulic drive piston lifting promotion vehicle-containing and carry car lifting operation, adjust machinery or photoelectric sensing flat bed stopping means, make when stopping vehicle-containing and the space platform of parking parallel, vehicle is left, stop into parking position, otherwise pick up the car.It is qualified to detect debugging.
Good effect of the present invention is: the new product that the underground garage solid parking is provided, realized new underground garage space platform solid parking method, ground and space have fully effectively been utilized, practical, advanced, simply, the parking space plane figure is scientific and reasonable, space in the building makes full use of, equipment is simple, rational in infrastructure, the platform that operates steadily and park stops, safe and reliable, at underground garage, floor is built does not need to change fabric structure and ancillary facility, improve parking quantity simultaneously, it is low to have reduced cost, improved the space, the utilization rate on ground, energy-conservation source, hydraulic lifting, noiselessness, easy to use, the space multistory that is particularly useful for underground garage stops.
Description of drawings:
Fig. 1, be the Facad structure schematic diagram, Fig. 2 is the side structure schematic diagram, and Fig. 3 is the plan structure schematic diagram.
1, underground garage, 2-building structure post, the 3-structural upright, 4-ground pedestal, 5-structure crossbeam, 6-structure longeron, the 7-loaded plate, 8-steel work guardrail, 9-hydraulic pressure carries car elevating mechanism hole, the 10-guide pipe, 11-guide pipe pedestal, 12-carries guide pipe, top, 13-garage, the 14-carrier loader platform, 15-hydraulic bearing counter-jib, 16-hydraulic cylinder pedestal, the 17-hydraulic cylinder, the 18-piston, 19-Stairs hole, the 20-Stairs, 21-hydraulic pressure carries the car lifting gear, the 22-platform of parking in the space.
The specific embodiment:
Embodiment 1: " 30 parking position underground garage steel work space platforms are parked "
1) space platform parking apparatus planar design:
The passage of driving a vehicle between long 43 meters, wide 32 meters in the actual measurement underground garage, 6 meters of intercolumniations, 42 parking positions, two posts; Selection utilizes underground garage to lean on the stage apparatus plane of parking, local space design steel work space around the wall, long 43 meters * 2 meters+(32 meters-14 meters) * 2 meters, wide 7 meters, by 3 meters wide driving passages of wall side one-way trip; Vehicle is oblique to berth, 30 parking positions; Underground garage import and export both sides are provided with hydraulic pressure respectively and carry each one of car lifting gear, individual one one of side Stairs, highly are not less than 1700MM, adopt the 200# i iron to make structural upright and structural beams; Be designed to the underground space platform parking garage of 72 of the quantity of parking.
2) the steel work space platform fabrication and installation of parking:
Fixedly connected with ground pedestal 4 in the side that bar structure column 3 leans against building structure post 2 respectively, bar structure crossbeam 5, structure longeron 6 are fixedlyed connected with structural upright 3 respectively, parallel with structure crossbeam 5, the structure longeron 6 respectively correspondence position of inboard several auxiliary carrying crossbeams, auxiliary carrying longeron is fixedly connected, lay 5MM decorative pattern loaded plate 7 above, the fixedly connected steel work guardrail 8 in the outside of vehicle-containing 7 constitutes the steel work space platform 22 of parking.
3) hydraulic pressure carries the fabrication and installation of car lifting gear:
In hydraulic pressure carries car elevating mechanism hole 9, the metal guide pipe 10 of four external diameter diameter 120MM, thickness 6MM is grown on the guide pipe pedestal 11 of border district face the both sides that are placed on of diagonal phase respectively, fixedly connected; The metal carrying guide pipe 12 of four internal diameter diameter 123MM, thickness 6MM is enclosed within on four guide pipes 10, matched in clearance, and fixedly connected with top, garage 13 in the upper end of guide pipe 10.The inboard fixedly connected carrier loader platform 14 in the lower end of four carrying guide pipes 12, the inboard of carrying guide pipe 12 upper ends on the long limit fixedly connected hydraulic bearing counter-jib 15 respectively in corresponding both sides, inboard sheet materials and carrying guide pipe 12, the hydraulic bearing counter-jib 15 of adopting in carrier loader platform 14 long limits is connected to each other sealing.The hydraulic cylinder 17 of fixedly connected clean stroke 1750MM, diameter 100MM on the hydraulic cylinder pedestal 16 on ground in the middle of the carrying guide pipe 12 on long limit, corresponding both sides, top piston 18 connects with the hydraulic bearing counter-jib 15 following corresponding fixed-site that the 120#H steel is done, hydraulic pressure carries 9 outsides, car elevating mechanism hole and adopts sheet material and ground face closure by structural upright 3, structure crossbeam 5, structure longeron 6, constitutes hydraulic pressure and carries car lifting gear 21.
4) Stairs fabrication and installation:
The 19 fixed installation Stairs 20 at the Stairs hole.
5) detect debugging:
Detect the steel work connection state, on the carrier loader platform 14 of will driving, start hydraulic drive piston 18 liftings and promote carrier loader platform car lifting in 14 years operation, make when stopping carrier loader platform 14 and the space platform 22 of parking parallel, vehicle is left, and stops into parking position, otherwise picks up the car.
Embodiment 2: " the local steel work space platform of 12 parking position underground garages is parked "
1) space platform parking apparatus planar design:
Actual measurement three relative building structure post positions of tail tail, underground garage centre position, long 25 meters, wide 13 meters, 6,3 meters of intercolumniations, 16 parking positions, the passage of driving a vehicle all around; Utilize the stage apparatus plane of parking, this local space design steel work space, long 25 meters, wide 15 meters, vehicle is oblique to berth, 12 parking positions, middle area are 5 meters wide driving adjustment district, building post both sides are provided with hydraulic pressure respectively and carry each one of car lifting gear, individual one one of side Stairs in the middle of the length outside, highly are not less than 1700MM.Park 26 of quantity of this zone increase by 10.Adopt the 200# i iron to make structural upright and structural beams.
2) the steel work space platform fabrication and installation of parking:
Fixedly connected with ground pedestal 4 in the side that bar structure column 3 leans against building structure post 2 respectively, bar structure crossbeam 5, structure longeron 6 are fixedlyed connected with structural upright 3 respectively, parallel with structure crossbeam 5, the structure longeron 6 respectively correspondence position of inboard several auxiliary carrying crossbeams, auxiliary carrying longeron is fixedly connected, lay 5MM decorative pattern loaded plate 7 above, fixedly connected steel work guardrail 8 around the vehicle-containing 7 constitutes the steel work space platform 22 of parking.
3) hydraulic pressure carries the fabrication and installation of car lifting gear:
In hydraulic pressure carries car elevating mechanism hole 9, the metal guide pipe 10 of four external diameter diameter 120MM, thickness 6MM is grown on the guide pipe pedestal 11 of border district face the both sides that are placed on of diagonal phase respectively, fixedly connected; The metal carrying guide pipe 12 of four internal diameter diameter 123MM, thickness 6MM is enclosed within on four guide pipes 10, matched in clearance, and fixedly connected with top, garage 13 in the upper end of guide pipe 10; The inboard fixedly connected carrier loader platform 14 in the lower end of four carrying guide pipes 12, the inboard of carrying guide pipe 12 upper ends on the long limit fixedly connected hydraulic bearing counter-jib 15 respectively in corresponding both sides, inboard sheet materials and carrying guide pipe 12, the hydraulic bearing counter-jib 15 of adopting in carrier loader platform 14 long limits is connected to each other sealing; The hydraulic cylinder 17 of fixedly connected clean stroke 1750MM, diameter 100MM on the hydraulic cylinder pedestal 16 on ground in the middle of the carrying guide pipe 12 on long limit, corresponding both sides, top piston 18 connects with the hydraulic bearing counter-jib 15 following corresponding fixed-site that the 120#H steel is done, hydraulic pressure carries 9 outsides, car elevating mechanism hole and adopts sheet material and ground face closure by structural upright 3, structure crossbeam 5, structure longeron 6, constitutes hydraulic pressure and carries car lifting gear 21.
4) Stairs fabrication and installation:
The 19 fixed installation Stairs 20 at the Stairs hole.
5) detect debugging:
Detect the steel work connection state, on the carrier loader platform 14 of will driving, start hydraulic drive piston 18 liftings and promote carrier loader platform car lifting in 14 years operation, make when stopping carrier loader platform 14 and the space platform 22 of parking parallel, vehicle is left, and stops into parking position, otherwise picks up the car.
Embodiment 3: " the local steel work space platform of 8 parking position underground garages is parked "
1) space platform parking apparatus planar design:
Actual measurement single two the building structure post positions of parking, underground garage centre position, long 30 meters, wide 6 meters, 6 meters of intercolumniations, 10 parking positions, front and back driving passage; Utilize the stage apparatus plane of parking, this local space design steel work space, long 30 meters, wide 7 meters, vehicle is oblique to berth, 8 parking positions, building post inboard are provided with hydraulic pressure and carry one of car lifting gear, side Stairs an one, highly is not less than 1700MM, 3 meters wide driving passages of one-way trip; Park 17 of quantity of this zone increase by 7.Adopt the 200# i iron to make structural upright and structural beams.
2) the steel work space platform fabrication and installation of parking:
Fixedly connected with ground pedestal 4 in the side that bar structure column 3 leans against building structure post 2 respectively, bar structure crossbeam 5, structure longeron 6 are fixedlyed connected with structural upright 3 respectively, parallel with structure crossbeam 5, the structure longeron 6 respectively correspondence position of inboard several auxiliary carrying crossbeams, auxiliary carrying longeron is fixedly connected, lay 5MM decorative pattern loaded plate 7 above, fixedly connected steel work guardrail 8 around the vehicle-containing 7 constitutes the steel work space platform 22 of parking.
3) hydraulic pressure carries the fabrication and installation of car lifting gear:
In hydraulic pressure carries car elevating mechanism hole 9, the metal guide pipe 10 of four external diameter diameter 120MM, thickness 6MM is grown on the guide pipe pedestal 11 of border district face the both sides that are placed on of diagonal phase respectively, fixedly connected; The metal carrying guide pipe 12 of four internal diameter diameter 123MM, thickness 6MM is enclosed within on four guide pipes 10, matched in clearance, and fixedly connected with top, garage 13 in the upper end of guide pipe 10; The inboard fixedly connected carrier loader platform 14 in the lower end of four carrying guide pipes 12, the inboard of carrying guide pipe 12 upper ends on the long limit fixedly connected hydraulic bearing counter-jib 15 respectively in corresponding both sides, inboard sheet materials and carrying guide pipe 12, the hydraulic bearing counter-jib 15 of adopting in carrier loader platform 14 long limits is connected to each other sealing; Fixedly connected clean stroke 1750MM on the hydraulic cylinder pedestal 16 on ground in the middle of the carrying guide pipe 12 on long limit, corresponding both sides, the hydraulic cylinder 17 of diameter 100MM, top piston 18 connects with the hydraulic bearing counter-jib 15 following corresponding fixed-site that the 120#H steel is done, U type photoelectric sensing bottom limit stopping means 19 is installed in hydraulic cylinder 17 body lower ends, U type photoelectric sensing top limit stopping means 20 is installed in hydraulic cylinder 17 bodies upper end, U type photoelectric sensing flat bed stopping means 21 is installed in the bottom of hydraulic cylinder 17 body U type photoelectric sensing top limit stopping means 20, solenoid electric valve 22 is installed at hydraulic cylinder 17 body lower end oil-ins; Hydraulic pressure carries 9 outsides, car elevating mechanism hole and adopts sheet material and ground face closure by structural upright 3, structure crossbeam 5, structure longeron 6, constitutes hydraulic pressure and carries car lifting gear 21.
4) Stairs fabrication and installation:
The 19 fixed installation Stairs 20 at the Stairs hole.
5) detect debugging:
Detect the steel work connection state, on the carrier loader platform 14 of will driving, start hydraulic drive piston 18 liftings and promote carrier loader platform car lifting in 14 years operation, make when stopping carrier loader platform 14 and the space platform 22 of parking parallel, vehicle is left, and stops into parking position, otherwise picks up the car.
Claims (2)
1, a kind of underground parking garage space platform method of parking, finish by following steps:
1, space platform parking apparatus planar design:
Utilize the park planar dimension figure of platform of the whole or local space design steel work space of underground garage, determine the quantity that parking position, driving passage, hydraulic pressure carry the position dimension and the space platform parking apparatus of car lifting gear, Stairs, the platform bottom surface of parking, steel work space is not less than 1500MM to the height on ground;
2, the steel work space platform fabrication and installation of parking:
Adopt the whole or local space of shape between underground garage building structure post, fixedly connected with the ground pedestal in the side that the bar structure column leans against the building structure post respectively, bar structure crossbeam, structure longeron are fixedlyed connected with structural upright respectively, parallel with structure crossbeam, the structure longeron respectively correspondence position of inboard several auxiliary carrying crossbeams, auxiliary carrying longeron is fixedly connected, lay loaded plate above, fixedly connected steel work guardrail around the vehicle-containing constitutes the steel work space platform of parking.
3, hydraulic pressure carries the fabrication and installation of car lifting gear:
In hydraulic pressure carries car elevating mechanism hole, four guide pipes are placed on respectively on the guide pipe pedestal of long border district, both sides face, fixedly connected; Four carrying guide pipes are enclosed within on four guide pipes, matched in clearance, fixedly connected with structure crossbeam or top, garage in the upper end of guide pipe, the inboard fixedly connected carrier loader platform in the lower end of four carrying guide pipes, in the inboard of the upper end on long limit, corresponding both sides fixedly connected hydraulic bearing counter-jib respectively, inboard sheet material and carrying guide pipe, the hydraulic bearing counter-jib of adopting in the long limit of carrier loader platform is connected to each other sealing; Fixedly connected hydraulic cylinder on the hydraulic cylinder pedestal on ground in the middle of the carrying guide pipe on long limit, corresponding both sides, top piston corresponding fixed-site below the hydraulic bearing counter-jib connects, and hydraulic pressure carries the outside, car elevating mechanism hole and adopts sheet material and ground face closure by structural upright, structure crossbeam, structure longeron; Constitute hydraulic pressure and carry the car lifting gear.
4, Stairs fabrication and installation:
Stairs hole fixed installation Stairs.
5, detect debugging:
To drive on the vehicle-containing, and start the hydraulic drive piston lifting and promote vehicle-containing and carry car lifting operation, and make when stopping vehicle-containing and the space platform of parking parallel, vehicle is left, and stops into parking position, otherwise picks up the car.
2, according to the described method of claim 1 obtain by the steel work space park platform, carry the steel work space platform solid parking product that automobile lifting running gear, Stairs constitute one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200710055579 CN101063382A (en) | 2007-04-28 | 2007-04-28 | Method for parking in underground parking garage space platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200710055579 CN101063382A (en) | 2007-04-28 | 2007-04-28 | Method for parking in underground parking garage space platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101063382A true CN101063382A (en) | 2007-10-31 |
Family
ID=38964631
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200710055579 Pending CN101063382A (en) | 2007-04-28 | 2007-04-28 | Method for parking in underground parking garage space platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101063382A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102493696A (en) * | 2011-12-16 | 2012-06-13 | 四川五新智能设备有限公司 | Detection system for automatically detecting gradient of car carrying boards of mechanical parking equipment |
| CN102733635A (en) * | 2012-06-29 | 2012-10-17 | 贺竹 | Three-dimensional parking garage structure and method |
| CN103669941A (en) * | 2013-12-11 | 2014-03-26 | 李振中 | Gate of portable storage room or underground space, or underground garage |
-
2007
- 2007-04-28 CN CN 200710055579 patent/CN101063382A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102493696A (en) * | 2011-12-16 | 2012-06-13 | 四川五新智能设备有限公司 | Detection system for automatically detecting gradient of car carrying boards of mechanical parking equipment |
| CN102493696B (en) * | 2011-12-16 | 2014-01-29 | 四川五新智能设备有限公司 | Detection system for automatically detecting gradient of car carrying boards of mechanical parking equipment |
| CN102733635A (en) * | 2012-06-29 | 2012-10-17 | 贺竹 | Three-dimensional parking garage structure and method |
| CN102733635B (en) * | 2012-06-29 | 2014-11-05 | 贺竹 | Three-dimensional parking garage structure and method |
| CN103669941A (en) * | 2013-12-11 | 2014-03-26 | 李振中 | Gate of portable storage room or underground space, or underground garage |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202810290U (en) | Upwards oblique limousine parking support | |
| CN105863334A (en) | Tower type garage | |
| CN1834390A (en) | Horizontal mobile parking equipment | |
| CN2371165Y (en) | 3-D storehouse | |
| CN101063382A (en) | Method for parking in underground parking garage space platform | |
| WO2014044100A1 (en) | Low carbon, high efficiency, convenient and intelligent parking garage | |
| CN1966912A (en) | Single-channel double-servo-backup storage type parking device with comb shelf for conveying vehicle | |
| CN201771233U (en) | Storage type tri-dimensional parking garage with double ear type lift | |
| CN200982092Y (en) | Double layer hydraulic stereo parking apparatus | |
| CN105386621B (en) | Swing-arm type lugs | |
| CN106351485A (en) | Efficient three-dimensional parking system | |
| CN1544784A (en) | Transverse entering mode double layer parking facility | |
| CN2885999Y (en) | Plane-moving type parking equipment | |
| CN2554280Y (en) | Circulation Multi-storey garage | |
| CN209958880U (en) | Driving type stereo garage | |
| CN1877052A (en) | Vertical rotary parking apparatus | |
| CN201031514Y (en) | Underground parking garage space platform parking device | |
| CN2258902Y (en) | Double-story parking garage | |
| CN101063381A (en) | Method for making vertical lifting three-dimensional garage | |
| CN101063380A (en) | Manufacturing method for Steel structure space multistory parking garage | |
| CN201671378U (en) | Multilayer lift type stereo garage | |
| CN1196836C (en) | Environment protection type holding-pressing, pushing up-pressing two-purpose static pile-press | |
| CN2827993Y (en) | Walk type crane | |
| CN2568767Y (en) | Three-D parking installation | |
| CN201056868Y (en) | Multi-layer parking tower with rest room |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C12 | Rejection of a patent application after its publication | ||
| RJ01 | Rejection of invention patent application after publication |