CN108505788A - A kind of stealth Double-layer parking space - Google Patents
A kind of stealth Double-layer parking space Download PDFInfo
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- CN108505788A CN108505788A CN201810451717.6A CN201810451717A CN108505788A CN 108505788 A CN108505788 A CN 108505788A CN 201810451717 A CN201810451717 A CN 201810451717A CN 108505788 A CN108505788 A CN 108505788A
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- parking stall
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- parking
- support platform
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- 239000003921 oil Substances 0.000 claims description 65
- 230000003028 elevating effect Effects 0.000 claims description 39
- 238000007789 sealing Methods 0.000 claims description 18
- 239000002828 fuel tank Substances 0.000 claims description 12
- 230000001360 synchronised effect Effects 0.000 claims description 12
- 230000007246 mechanism Effects 0.000 claims description 9
- 230000009467 reduction Effects 0.000 claims description 8
- 239000010720 hydraulic oil Substances 0.000 claims description 7
- 239000000203 mixture Substances 0.000 claims description 7
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 6
- 230000002093 peripheral effect Effects 0.000 claims description 5
- 239000012530 fluid Substances 0.000 claims description 4
- 229910000831 Steel Inorganic materials 0.000 claims description 3
- 230000005611 electricity Effects 0.000 claims description 3
- 239000010959 steel Substances 0.000 claims description 3
- 210000003781 tooth socket Anatomy 0.000 claims description 3
- 239000007788 liquid Substances 0.000 claims description 2
- 230000001960 triggered effect Effects 0.000 claims description 2
- 239000010410 layer Substances 0.000 description 227
- 230000007423 decrease Effects 0.000 description 20
- 239000002356 single layer Substances 0.000 description 12
- 230000009471 action Effects 0.000 description 5
- 239000004020 conductor Substances 0.000 description 4
- 230000001965 increasing effect Effects 0.000 description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 3
- 230000008859 change Effects 0.000 description 2
- 239000006185 dispersion Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000002265 prevention Effects 0.000 description 2
- 239000002689 soil Substances 0.000 description 2
- 239000010426 asphalt Substances 0.000 description 1
- XTKDAFGWCDAMPY-UHFFFAOYSA-N azaperone Chemical compound C1=CC(F)=CC=C1C(=O)CCCN1CCN(C=2N=CC=CC=2)CC1 XTKDAFGWCDAMPY-UHFFFAOYSA-N 0.000 description 1
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- 238000010586 diagram Methods 0.000 description 1
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- 238000005516 engineering process Methods 0.000 description 1
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- 230000000630 rising effect Effects 0.000 description 1
- 239000002352 surface water Substances 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/02—Small garages, e.g. for one or two cars
- E04H6/06—Small garages, e.g. for one or two cars with means for shifting or lifting vehicles
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
- E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices
- E04H6/422—Automatically operated car-parks
Landscapes
- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)
Abstract
The present invention relates to a kind of stealthy Double-layer parking spaces.Including two layers of parking stall support column and one, two layer of parking stall support platform, characterized by further comprising hydraulic lifting power-driven system, hydraulic circuit circuit control systems, two layers of parking stall support column is in every side of the subsurface for being symmetrically embedded in the parking stall width left and right sides or parking stall rear and front end, the parking stall width left and right sides or parking stall rear and front end（End）It is embedded with one or two two layers of parking stall support columns, each two layers of parking stall support column are made of outer catheter column, lifting tubing string, two layers of parking stall support platform is located in the upper end of corresponding lifting tubing string by its left and right side grid beam or front and rear side grid beam, the lifting pipe column sleeve can move up and down in outer catheter column in outer catheter column, two layers of parking stall support platform pressed against one layer of parking stall platform when being preferably minimized, and one, two layer of parking stall platform is hidden in subsurface.The present invention has stealth, does not influence sight and rings environment, makes full use of ground space.
Description
Technical field
The present invention relates to parking systems fields, are related specifically to a kind of stealthy Double-layer parking space.
Background technology
Private savings car is comprehensively popularized in China.By by the combined influences such as plot ratio green percentage, house
The parking stall and public parking position of cell and unit personnel parking stall can not possibly adequately be met, in addition residential quarters one
As be all the placing parking stall according to one to one, furthermore the phenomenon that present two or three vehicle, is extremely widespread, two existing stop
The dynamic then hundreds of thousands member fancy price in parking stall, is difficult to bear having parking stall to sell many car owners.Which results in because of parking
And the dispute generated and the thing for influencing traffic are frequent occurrence, finally result in the serious social concern of parking difficulty.In order to solve this
One problem, the whole society and relevant government department painstakingly want to have use up various methods such as：Miscellaneous stereoscopic multi-layer is built to stop
Garage etc..Though this has certain alleviation, but does not obtain prodigious change.In addition miscellaneous stereoscopic multi-layer parking is built
Library has been difficult to suitable vacant lot, and construction cost is high, these miscellaneous Multi-layer garages have the shortcomings that common：1, it is exactly
It entirely rises sheer from level ground and fixes on the ground from ground, so seriously affect the sight of surrounding buildings, two work as no vehicle
Ground place is unable to fully utilize when parking；2, more vehicles, which are excessively concentrated, parks at Multi-layer garage one, and vehicles while passing stops
Vehicle is picked up the car, and time-consuming, and car owner can not cause car owner to reach the average of Multi-layer garage and take close proximity to point parking of handling affairs
It is long, influence the work efficiency of car owner.It is upper in order to overcome the problems, such as, it is necessary to start with from technological means, each stop on existing ground
On the position of position, in the case where not occupying newly-increased floor area and having little influence on surrounding buildings sight, with few input
The parking stall of the whole society is set to double, thus the greatly serious social concern of change parking difficulty.It provides thus a kind of stealthy double-deck
Parking stall, just at the Main Topics of the present invention.
Present invention aim to overcome the shortcomings of the above existing parking stall present situation, a kind of less investment is provided, is not increased newly
Land used does not influence surrounding buildings sight, a kind of parking stall can double stealthy Double-layer parking space.In order to realize the purpose,
The present invention is achieved through the following technical solutions：A kind of stealth Double-layer parking space, including two layers of parking stall support column and one, two
Layer parking stall support platform, it is characterised in that further include hydraulic lifting power-driven system, hydraulic circuit circuit control system, it is described
Two layers of parking stall support column are in the subsurface for being symmetrically embedded in the parking stall width left and right sides or parking stall rear and front end, and parking stall width is left
Every side of right both sides or parking stall rear and front end（End）It is embedded with one or two two layers of parking stall support columns, each two layers of parking stall
Support column is made of outer catheter column, lifting tubing string, and two layers of parking stall support platform passes through its left and right side grid beam or front and back frame
Beam is located in the upper end of corresponding lifting tubing string, and the lifting pipe column sleeve is in outer catheter column with outer catheter column at dynamic
With merge can move up and down in outer catheter column, when lift tubing string be preferably minimized position when two layers of parking stall support platform table top with
Parking stall support platform melt pit surface is close in the bottom surface of the concordant one layer of parking stall support platform in ground, and two layers of parking stall support platform are pressed
One layer of parking stall support platform, one, two layer of parking stall support platform is hidden in subsurface；The upper port of the outer catheter column is equipped with close
Seal annular groove is placed with mouth sealing ring in sealing ring annular groove, and upper mouth sealing ring seals up lifting pipe outer surface of column, to prevent ground
Face water and rainwater penetrate into outer catheter column；The resistance of motion is minimum when in order to make lifting tubing string be lifted in outer conductor string, closely
It and is equipped with one group below sealing ring annular groove on outer catheter column periphery wall or two groups of idler wheel A, the wheel face of every group of idler wheel A are worn
The wall thickness for crossing outer catheter column is tightly attached to the outer surface of lifting tubing string, and all idler wheel A are located in outer catheter column periphery by its wheel shaft A
On the corresponding lug A of four peripheral walls, the periphery of each group of idler wheel A is equipped with seal closure A to prevent underground water soil from entering idler wheel A and outer
In conductor string, surrounding is equipped with one group or two groups of idler wheel B on the lower end inner wall face of the lifting tubing string, the wheel face of every group of idler wheel B
The wall thickness for both passing through lifting tubing string is tightly attached on the inner surface of outer catheter column, and the idler wheel B of all lifting tubing string lower ends is taken turns by it
Axis B is located in lifting tubing string on the corresponding lug B of four peripheral walls；Described one, two layer of parking stall support platform is by support platform frame
Frame peace deck plate is constituted, and platform panel is located in by fastener on support platform frame；The hydraulic lifting power drive
System is by hydraulic pump, hydraulic pump driving motor, two layers of parking space elevating oil cylinder corresponding with lifting tubing string quantity, multiple one layer of parking stall
Lifting cylinder, two layers of parking stall three position four-way electromagnetic valve, one layer of parking stall three position four-way electromagnetic valve, protect hydraulic system overflow valve,
Two layers of parking space elevating oil cylinder rise and are prevented when the when of lifting assigns to the synchronous valve of each Flow of Cylinder, each lifting cylinder in two layers of parking stall declines
The balanced valve of rapid decrease, the throttle valve for adjusting one, two layer of parking space elevating speed speed, oil pressure mistake when preventing one layer of parking space elevating
Big pressure reducing valve, fuel tank and fluid pressure line composition, wherein hydraulic pump, hydraulic pump driving motor, above-mentioned two 3-position 4-way electromagnetism
Valve, overflow valve, synchronous valve, balanced valve, throttle valve and pressure reducing valve concentrated setting constitute hydraulic station on fuel tank and integrally hide and set
In the hydraulic station melt pit of one, two layer of parking stall support platform periphery, locked by ground plus waterproof sealing gasket with hydraulic station melt pit lid
It seals and is ensconced in melt pit with fastener；The oil inlet of the hydraulic pump leads to fuel tank by a hydraulic oil filter, and hydraulic pump goes out
Three tunnels of hydraulic fluid port point：Fuel tank is returned to by overflow valve all the way, two tunnels are connected to two floor parking stall three position four-way electromagnetic valves by a throttle valve,
Synchronous valve is linked by the oil outlet of the solenoid valve again and is assigned to the flow of hydraulic oil in each oil cylinder by synchronous valve, three tunnels
It is connected to one layer of parking stall three position four-way electromagnetic valve by a pressure reducing valve and throttle valve, then is linked by the oil outlet of the solenoid valve multiple
One layer of parking space elevating oil cylinder in parallel；Rapid decrease occurs when two layers of parking space elevating oil cylinder carrying decline in order to prevent to cause to endanger
It is dangerous, a balanced valve is concatenated on the oil return line when each two layers of parking space elevating oil cylinder declines；Two layers of parking stall owns
Lifting cylinder is connected in parallel, and the piston rod end of each two layers of parking space elevating oil cylinder is located in often by ring flange with fastener
Root lifts the top surface in tubing string, and the cylinder body pedestal of each two layers of parking space elevating oil cylinder is located in every outer catheter column with fastener
Bottom plate on, outer catheter column bottom end is connect plus gasket with bottom plate by its upper flange plate with fastener；The multiple one layer
Parking space elevating oil cylinder is connected in parallel, and the end of each piston rod, which is evenly distributed by ring flange with fastener, is located in one layer
On the bottom surface of parking stall support platform frame, the cylinder body pedestal of each lifting cylinder of one layer of parking stall is embedded in one layer of parking stall support
In the corresponding melt pit in platform framework bottom surface；The hydraulic circuit circuit control system is by remote control circuit part and circuit control part
Composition, remote control circuit part include remote control transmitter and remote control reception controller, and the remote control transmitter sets that there are four teleswitches
Respectively power on key, power supply break key, two layers of parking stall rise key, two layers of parking stalls drop key, and the remote control reception controller corresponds to
Set there are four relay, respectively power supply connects relay, power supply disconnects relay, two layers of parking stall rise relay, two layers of vehicle
Potential drop relay, wherein two layers of parking stall drop relay open double closed contacts to be double；The circuit control part by power switch circuit,
Oil circuit commutation control circuit forms, and wherein power switch circuit includes that power supply connects relay normally open contact, power supply disconnects relay
Device normally-closed contact and hydraulic pump driving motor is double opens double closed contact relays, oil circuit commutation control circuit include two layers of parking stall rise after
Electric appliance normally opened contact, two layers of parking stall rise normally opened limit switch, the liter electromagnet of two layers of parking stall three position four-way electromagnetic valve, two layers of parking stall
The drop electromagnet of normally closed limit switch, two layers of parking stall three position four-way electromagnetic valve drops in the double normally opened contact of drop relay, two layers of parking stall, and one
Layer parking space elevating switching switch, the liter electromagnet of one layer of parking stall three position four-way electromagnetic valve, one layer of parking stall rise normally closed limit switch, one
Normally closed limit switch drops in the drop electromagnet of layer parking stall three position four-way electromagnetic valve, one layer of parking stall, and it is normal that two layers of parking stall rises relay
Open contact and two layers of parking stall rise normally opened limit switch and two layers of parking stall three position four-way electromagnetic valve liter electromagnet connect after and be connected to
On DC power supply, two layers of parking stall drop relay pair opens one of double closed contacts normally opened contact and two layers of parking stalls drop are normally closed
After the series connection of the drop electromagnet of limit switch and two layers of parking stall three position four-way electromagnetic valve and it is connected on DC power supply, one layer of parking stall
The position that can be triggered to during two layers of parking space elevating is arranged in lifting switching switch, and common junction is being connected to DC power supply just
Pole, a normally closed output contact of other two output contact and one layer of parking stall rise normally closed limit switch and one layer of parking stall three four
It after the liter electromagnet series connection of three-way electromagnetic valve and is connected on DC power cathode, another normally opened output contact and one layer of parking stall drop are normal
It closes after the drop electromagnet series connection of limit switch and one layer of parking stall three position four-way electromagnetic valve and is connected on DC power cathode, the electricity
Source connects relay normally open contact and opens double closed contact relays normally opened contact therein with the double of hydraulic pump driving motor are controlled
After parallel connection and after the series connection of the electromagnet coil of the relay and it is connected on DC power supply, another normally opened contact and liquid of the relay
It after the series connection of press pump driving motor and is connected in AC power, power supply disconnects relay normally closed contact access point and is directly connected to direct current
The anode in source, output contact connects relay normally open contact and control the double of hydraulic pump driving motor with the above power supply opens double close
The input contact of a contact relay normally opened contact therein connects, above-described each to be linked into DC power anode
Control loop is linked on double output contacts for opening double closed contact relays normally opened contact therein.
Further, the support platform frame of above-described one, two layer of parking stall support platform by rectangular tube or groove profile or
I-shaped steel are made, and the rear portion on the platform panel of two layers of parking stall support platform is equipped with the vehicle of a pair of of adjustable tread
Block is taken turns, each piece of wheel block is clamped with two Quick Release rod pieces blocked hole corresponding on two-layer platform panel, is adjusted to realize
The vehicle of section different automobile types wheelspan is parked in the center of two layers of parking stall support platform as possible, two layers of parking stall support platform
Front end of support platform frame or so is equipped with the wheel guard mechanism for the locking that can quickly take down the exhibits, and each wheel guard mechanism is by ratchet
Axis, ratchet handle, wheel guard, at least two ratchets, pawl, pawl restoring spring, baffle reduction torsion spring composition, the ratchet
It is located on ratchet shaft, baffle reduction torsion spring is sleeved on the front grid beam that one end on ratchet shaft is against two layers of parking stall support platform frame
On, the other end is against on the wheel guard being welded on ratchet, and pawl restoring spring, one end of pawl are cased on all pawls
Front grid beam across two layers of parking stall support platform frame is stuck in ratchet tooth socket, and the other end of pawl is located in outside the grid beam of front
Ratchet handle on, entire wheel guard mechanism is hinged on by ratchet shaft in the hinged ear of two couple in the grid beam of front or more,
Dig wheel guard after vehicle is parked in two layers of parking stall support platform, pawl blocks ratchet with will under the action of resetting spring
Wheel guard, which tilts positioning, to be played the role of preventing vehicle from sliding, and is pulled out when the vehicle in two layers of parking stall support platform will drive away
Ratchet handle, wheel guard immediately reset to horizontal position under the action of reduction torsion spring.
Further, the positioning that certain altitude can be more reliable is elevated in order to ensure to lift tubing string to lock, prevent just in case
Lifting tubing string lift weight when hydraulic oil pipe rupture and leakage or have a power failure to cause to decline automatically safety accident occur, it is each outer to lead
The electromagnetic lock with seal closure is inserted there are one being set on the top one side of tubing string, and the plug in lock lock pin of electromagnetic lock is under spring force
It is inserted into outside lifting tubing string on wall in corresponding seam allowance across the wall thickness of outer catheter column, the seam allowance is equipped with two or more, institute
The geometric shapes for stating lock lock pin end match with corresponding seam allowance geometric shapes on wall outside lifting tubing string, under
Inclined-plane and vertical direction angle are 20o ~ 45o, and upper seam allowance face and horizontal direction angle are 3o ~ 10o, in this way when lifting tubing string is upward
When lifting electromagnetic lock be inserted in it is cold in the case of can be pushed open by liter lifting force by lock pin is locked, dash forward just in case unexpected lifting tubing string occurs
So decline lock lock pin is immediately inserted into outside lifting tubing string on wall prevention lifting pipe in corresponding seam allowance under spring force
Column continues to decline, and one ensures safety, and two save electric energy, the multiple electromagnetic lock insert it is in parallel after relays are dropped with two layers of parking stall
It after double wherein normally opened contact concatenations for opening double closed contacts and is connected on DC power supply, only lifting tubing string will normally decline in this way
When under the control of control circuit electromagnetic lock insert electricity, lock lock pin electromagnetic attraction effect under overcome spring force to be separated with seam allowance,
Lifting tubing string could decline.
Further, in order to ensure one layer of parking stall support platform four angles can lifting/lowering in place, above-described one layer
Lifting/lowering normally closed limit switch in parking stall by being concatenated into after four parallel connections in respective circuit again, accordingly in parking stall support platform
The corresponding position at four angles of melt pit is all provided with there are one one layer of normally closed limit switch of parking stall lifting/lowering.
Further, every side of at left and right sides of above-described parking stall width or parking stall rear and front end（End）It is embedded with one
Two layers of parking stall support column of root are furnished with two two layers of parking space elevating oil cylinders accordingly, and described one layer of parking space elevating oil cylinder is by nine
It is formed in parallel, each three before, during and after being respectively arranged at.
Further, above-described certain in order to which the vehicle on two layers of parking stall conveniently drives away when there is vehicle in one layer of parking stall
Remote control of the stealthy Double-layer parking space of quantity equipped with a dedicated small ultra-thin moves vehicle flat car.
From above technical solution it can be seen that, the present invention be made on single ground parking position be embedded in ground
Under double-layer concealed parking stall, there is no any object above ground level on ground when there is no vehicle to stop an anti-or only vehicle side of stopping
Body does not influence the sight of surrounding buildings just as common ground parking position, nor affects on environment, and ground space can be effective
Make full use of.Meanwhile simple transformation can be made on the ground parking stall of original dispersion everywhere, so that it may it is parking stall multiplication,
Without increasing land used newly, car owner do not need yet it is very far away go to the mechanical stereo parking garage excessively concentrated of parking to stop, improve
The work efficiency of car owner only need to easily press remote controler, originally park on the ground parking stall when needing using two layers of parking stall
Vehicle will be raised, one layer of parking stall will expose road surface automatically.When the vehicle on two layers of parking stall will drive away, by moving vehicle tablet
Vehicle removes the vehicle on one layer of parking stall, then two layers of parking stall are fallen and can be driven away, and then remote control moves vehicle flat car by former one layer of vehicle
Vehicle on position is placed into two layers of parking stall support platform when dropping to bottom, moves vehicle, parking, the convenient and efficient province of saving trouble of pick-up
When.
In order to better illustrate the present invention, below in conjunction with specific embodiment and its embodiment and attached drawing, do further
Explanation.
Description of the drawings
Fig. 1 is the vertical view of two layers of parking stall of the invention.
Fig. 2 is B-B sectional views when Fig. 1 is loaded with vehicle.
Fig. 3 is B-B sectional views when two-layer parking-place is loaded with vehicle after Fig. 1 rises.
Fig. 4 is A-A sectional views when Fig. 3 does not have vehicle.
Fig. 5 is the view of exposing support platform frame after bis- layers of parking stall support platform removal platform panels of Fig. 1.
Fig. 6 is the view after the platform panel of Fig. 1 two layers of parking stall support platforms of removal and one layer of parking stall support platform.
Fig. 7 is the internal structure chart that Figure 1A-A cut open two layers of parking stall support column.
Fig. 8 is the inside outside drawing when lifting tubing string of two layers of parking stall support column is packed up.
Fig. 9 is the inside outside drawing when lifting tubing string of bis- layers of parking stall support columns of Fig. 8 is raised to highest point.
Figure 10 is the B-B- sectional views of Fig. 3.
Figure 11 is the A partial enlarged views of Fig. 1.
Figure 12 is the B partial enlarged views of Fig. 1.
Figure 13 is the D-D sectional views of Fig. 2.
Figure 14 is the A partial enlarged views of Fig. 2.
Figure 15 is the B partial enlarged views of Fig. 3.
Figure 16 is the B partial enlarged views of Fig. 3.
Figure 17 is the partial enlarged view of Fig. 4.
Figure 18 is the partial enlarged view of Fig. 5.
Figure 19 is the partial enlarged view of Fig. 6.
Figure 20 is the A partial enlarged views of Fig. 7.
Figure 21 is the A partial enlarged views of Figure 10.
Figure 22 is the office's portions B enlarged drawing of Figure 10.
Figure 23 is the C partial enlarged views of Figure 10.
Figure 24 is the office's portions B enlarged drawing of Fig. 2.
Figure 25 is the office's portions B enlarged drawing of Fig. 4.
Figure 26 is the A partial enlarged views of Figure 14.
Figure 27 is the hydraulic circuit circuit control system schematic diagram of the present invention.
Figure 28 is the hydraulic lifting power-driven system asphalt principle figure of the present invention.
In figure：Bis- layers of parking stall support platform panels of 1-；2- hydraulic station melt pit lids；3- wheel guards；4- lifts tubing string；4.1-
Lifting pipe capital beam；4.2- top beam brackets；5- wheel blocks；6- Quick Release rod pieces；7- blocked holes；The parking stalls 8- melt pit siding；9、Jg-
One layer of parking space elevating switching switch；Mono- layer of parking stall support platform frame of 10-；Mono- layer of parking stall oil cylinder melt pit of 11-；The bis- layers of parking stalls 12-
Support platform frame；Mono- layer of parking space elevating oil cylinder of 13-；Mono- layer of tailpiece of the piston rod head flange of 13.1-；Mono- layer of parking stall oil cylinder of 13.2- is lived
Stopper rod；14- outer catheter columns；15- bottom plates；The ground 16-；Mono- layer of parking stall support platform panel of 17-；Bis- layers of parking stall oil cylinder oil pipes of 18-；
Bis- layers of parking space elevating oil cylinders of 19-；Bis- layers of cylinder piston rods of 19.1-；Bis- layers of tailpiece of the piston rod head flanges of 19.2-；20- idler wheels A；
20.1- wheel shaft A；20.2- lug A；20.3- idler wheel seal closures A；21- idler wheels B；21.1- wheel shaft B；21.2- lug B；22- electromagnetism
Lock is inserted；22.1- locking lock pin；22.2- locks lock pin spring；23- sealing ring annular grooves；23.1- upper mouth sealing ring；24, mono- layer of vehicle of K1j-
The normally closed limit switch of potential drop；The parking stalls 25- platform melt pit；26- seam allowances；27, the mono- layer of parking stall K1s- rises normally closed limit switch；27.1-
One layer of parking stall rises limited block；28- ratchet shafts；29- ratchets；30- ratchet handles；31- resetting springs；32- pawls；33- ratchet shafts
Lug；34- reduction torsion springs；35- hydraulic station melt pits；Mono- layer of parking stall three position four-way electromagnetic valve of 36-；Bis- layers of parking stall 3-position 4-ways of 37-
Solenoid valve；38- balanced valves；39- synchronous valves；40- overflow valves；Bis- layers of parking stall throttle valves of 41-；42- hydraulic pumps；43- pressure reducing valves；
Mono- layer of parking stall throttle valve of 44-；45- fuel tanks；46- filters；Jyt- power supplys connect relay；Jyd- power supplys disconnect relay；
The bis- layers of parking stalls J2s- rise relay；The bis- layers of parking stalls J2j- drop is double to be opened and double closes relay；47, the bis- layers of parking stalls K2s- rise normally opened limit and open
It closes；48, normally closed limit switch drops in the bis- layers of parking stalls K2j；J1- motors are double to open double closed contact relays；M- hydraulic pump driving motors；
The liter electromagnet of mono- layer of parking stall three position four-way electromagnetic valve of C1s-；The drop electromagnet of mono- layer of parking stall three position four-way electromagnetic valve of C1j-；
The liter electromagnet of bis- layers of parking stall three position four-way electromagnetic valves of C2s-；The drop electromagnet of bis- layers of parking stall three position four-way electromagnetic valves of C2j-；
The left electromagnetic lock plug-in magnet of C3z-；The right electromagnetic lock plug-in magnet of C3y-.
Specific implementation mode
Can be seen that the present invention in conjunction with above example attached drawing includes two layers of parking stall support column and one, two layer of parking stall support
Platform, hydraulic lifting power-driven system, hydraulic circuit circuit control system, two layers of parking stall support column are in symmetrically to be embedded in vehicle
Subsurface at left and right sides of bit width, parking stall width are each side embedded with two layers of parking stall support column, each two layers
Parking stall support column is made of outer catheter column 14, lifting tubing string 4, and two layers of parking stall support platform frame 12 pass through its left and right side grid beam point
It is not located on the lifting pipe capital beam 4.1 and top beam bracket 4.2 of left and right lifting 4 upper end of tubing string, lifting tubing string 4 is sleeved on outer
In conductor string 14 with outer catheter column 14 at it is dynamic with merges can the up and down motion in outer catheter column 14, be preferably minimized when lifting tubing string 4
Two layers of parking stall support platform panel 1 are concordant with ground 16 when position, and vehicle is close in the bottom surface of one layer of parking stall support platform frame 10
25 ground surface of bit platform melt pit, two layers of parking stall support platform frame 12 pressed against one layer of parking stall support platform panel 17, one, two layer
Parking stall support platform is hidden in subsurface（Refer to Fig. 2）；The upper port of outer catheter column 14 is equipped with sealing ring annular groove 23, seals ring
Be placed with mouth sealing ring 23.1 in slot 23, upper mouth sealing ring 23.1 seals up 4 outer surface of lifting tubing string, with prevent the surface water and
Rainwater penetrates into outer catheter column 14；In order to make lifting tubing string 4 in the outer conductor string 14 when lifting the resistance of motion it is minimum, and then
Sealing ring annular groove 23 below the wide both sides in 14 periphery of outer catheter column face the wall and meditate on be respectively provided with two groups of idler wheel A20, on narrow both sides are faced the wall and meditated
The wheel face for being respectively provided with one group of idler wheel A20, every group of idler wheel A20 both passes through the wall thickness of outer catheter column 14 and is tightly attached to the outer of lifting tubing string 4
Surface（Refer to Figure 13,14,15）, it is corresponding that all idler wheel A20 by its wheel shaft A20.1 are located in 14 periphery wall of outer catheter column
Lug A20.2 on, the periphery of each group of idler wheel A20 is equipped with idler wheel seal closure A20.3, to prevent underground water soil from entering idler wheel
In A20 and outer catheter column 14, it is each to be respectively provided with two groups of narrow both sides idler wheel B21 for wide both sides on the lower end inner wall face of lifting tubing string 4
The wall thickness that wheel face equipped with one group of idler wheel B21, every group of idler wheel B21 both passes through lifting tubing string 4 is tightly attached to the interior table of outer catheter column 14
On face, the idler wheel B21 of 4 lower end of lifting tubing string is located in the corresponding lug of four peripheral walls in lifting tubing string 4 by its wheel shaft B21.1
On B21.2；One layer of parking stall support platform is made of one layer of parking stall support platform frame 10 and one layer of parking stall support platform panel 17,
Two layers of parking stall support platform are made of two layers of parking stall support platform frame 12 and two layers of parking stall support platform panel 1, each layer platform
Panel is located in by fastener on each layer support platform frame；Hydraulic lifting power-driven system is by hydraulic pump 42, hydraulic pump
Driving motor M, two two layers of parking space elevating oil cylinder 19, nine, 13, two layers of one layer of parking space elevating oil cylinder parking stall 3-position 4-way electromagnetism
37, one layers of parking stall three position four-way electromagnetic valve 36 of valve, to protect 40, two layers of parking space elevating oil cylinder of overflow valve of hydraulic system to rise equal when lifting
Assign to the balanced valve 38 that rapid decrease is prevented when each lifting cylinder in 39, two layers of parking stall of synchronous valve of each Flow of Cylinder declines, one,
Two layers of parking stall rise throttle valves 44,41, the excessive pressure reducing valve 43 of oil pressure, fuel tank 45 and fluid pressure line group when preventing one layer of parking space elevating
At wherein hydraulic pump 42, hydraulic pump driving motor M, above-mentioned two three position four-way electromagnetic valve 36,37, overflow valve 40, synchronous valve
39, balanced valve 38, throttle valve 41,44 and 43 concentrated setting of pressure reducing valve constitute hydraulic station on fuel tank 45 and integrally hide and be located at
One, it in the hydraulic station melt pit 35 of two layers of parking stall support platform periphery, is locked by ground plus waterproof sealing gasket with hydraulic station melt pit lid 2
It seals and is ensconced in melt pit 35 with fastener；The oil inlet of hydraulic pump 42 by filter 46 lead to fuel tank 45, hydraulic pump 42 it is fuel-displaced
Tri- tunnels Kou Fen：Fuel tank 45 is returned to by overflow valve 40 all the way, another way is connected to two layers of parking stall three by two layers of parking stall throttle valve 41
Position four-way solenoid valve 37, then synchronous valve 39 is linked by oil outlet and the flow of hydraulic oil is assigned into two oil by synchronous valve 39
In cylinder 19, another road is connected to a floor parking stall three position four-way electromagnetic valve 36 through pressure reducing valve 43 and a floor parking stall throttle valve 44, then by this
The oil outlet of solenoid valve is linked into nine in parallel one layer parking space elevating oil cylinders 13（Refer to Figure 29）；Two layers of parking stall liter in order to prevent
The drop carrying of oil cylinder 19 occurs rapid decrease when declining and causes danger, the oil return pipe when each two layers of parking space elevating oil cylinder 19 declines
Road concatenates a balanced valve 38；Two lifting cylinders 19 of two layers of parking stall are connected in parallel, each two layers of parking space elevating oil cylinder
19 19.1 end of piston rod is located in the top in every lifting tubing string 4 by two layers of tailpiece of the piston rod head flange 19.2 with fastener
The cylinder body pedestal in face, each two layers of parking space elevating oil cylinder 19 is located in fastener on the bottom plate 15 of every outer catheter column 14,
14 bottom end of outer catheter column is connect plus gasket with bottom plate 15 by its upper flange plate with fastener；Eight one layer of parking space elevating oil
Cylinder 13 is connected in parallel, and the end of each piston rod 13.2 is existed by one layer of tailpiece of the piston rod head flange 13.1 with fastener respectively
It is fixed on the left, center, right of grid beam bottom surface before, during and after one layer of parking stall support platform frame 10, each lifting of one layer of parking stall
The cylinder body pedestal of oil cylinder 13 is embedded in the corresponding one layer of parking stall oil cylinder melt pit in one layer of parking stall support platform framework bottom face 11；Hydraulic pressure
Oil circuit circuit control system is made of remote control circuit part and circuit control part（Refer to Figure 28）, remote control circuit part includes distant
Transmitter and remote control reception controller are controlled, remote control transmitter is equipped with power on key, power supply break key, two layers of parking stalls liter key, two
Key drops in layer parking stall, and the corresponding power supply that is equipped with of remote control reception controller connects relay Jyt, power supply disconnection relay Jyd, two layers of vehicle
Position rises relay J2s, double two layers of parking stall drop relay J2j for opening double closed contacts；Circuit control part is by power switch circuit, oil
Road commutation control circuit composition, power switch circuit include that power supply connects relay Jyt normally opened contacts, power supply disconnects relay
Jyd normally-closed contacts and hydraulic pump driving motor pair open double closed contact relay J1；Oil circuit commutation control circuit includes two layers of parking stall
It is electric that liter relay J2s normally opened contacts, two layers of parking stall rise normally opened limit switch 47, K2s, the liter of two layers of parking stall three position four-way electromagnetic valve
Double normally opened contacts of relay J2j drop in magnet C2s, two layers of parking stall, normally closed limit switch 48, K2j, two layers of parking stall drop in two layers of parking stall
The drop electromagnet C2j of three position four-way electromagnetic valve, one layer of parking space elevating switching switch 9, Jg, one layer of parking stall three position four-way electromagnetic valve
Rise electromagnet C1s, one layer of parking stall rises normally closed limit switch 27, the drop electromagnet C1j of K1s, one layer of parking stall three position four-way electromagnetic valve,
Normally closed limit switch 24, K1j drop in one layer of parking stall, and two layers of parking stall rises relay J2s normally opened contacts and two layers of parking stalls liter are normally opened
After the liter electromagnet C2s series connection of 47, K2s and two layers of parking stall three position four-way electromagnetic valve of limit switch and it is connected on DC power supply, it is right
The resigning groove for being provided with two layers of parking stall on 4 lower outside face of lifting tubing string and rising normally opened limit switch 47, K2s feeler levers answered, with
Just feeler lever protruding can make two layers of parking stall rise normally opened limit switch 47 when lifting tubing string 4 is raised to extreme position, K2s is disconnected, institute
It states double two layers of parking stalls of pair closed contacts of opening and drops one of relay J2j normally opened contacts and two layers of normally closed limit switch of parking stalls drop
48, it after the drop electromagnet C2j of K2j and two layer of parking stall three position four-way electromagnetic valve connects and is connected on DC power supply；One layer of vehicle
Position lifting switching switch 9, Jg are arranged on the pit wall of 4.1 end of lifting pipe capital beam（Refer to Figure 12）, common junction connects
To the anode of DC power supply, one layer of parking stall liter that a normally closed output contact of other two output contact is in parallel with four is normally closed
After the liter electromagnet C1s series connection of 27, K1s and one layers of parking stall three position four-way electromagnetic valve of limit switch and it is connected to DC power cathode
On, normally closed 24, K1j and one layers of parking stall three four of limit switch drop in another normally opened output contact one layer parking stall in parallel with four
After the drop electromagnet C1j series connection of three-way electromagnetic valve and it is connected on DC power cathode；The power supply connects relay Jyt normally opened contacts
With control hydraulic pump driving motor it is double open double closed contact relay J1 normally opened contacts therein it is in parallel after and the relay
It after electromagnet coil series connection and is connected on DC power supply, another normally opened contact of the relay is connected with hydraulic pump driving motor M
It afterwards and is connected in AC power, power supply disconnects the anode that relay Jyd normally-closed contact access points are directly connected to DC power supply, defeated
Go out contact and power supply connect relay Jyt normally opened contacts and control hydraulic pump driving motor it is double open couple closed contact relay J1 its
In the input contact of a normally opened contact connect, above-described each control loop that need to be linked into DC power anode connects
Enter onto the output contact of double normally opened contacts for opening double closed contact relay J1（Refer to Figure 28）.Above-described one, two layer of vehicle
The support platform frame 10,12 of position support platform is made by rectangular tube steel, the platform panel 1 of two layers of parking stall support platform
On rear portion be equipped with the wheel block 5 of a pair of of adjustable tread, each piece of wheel block 5 two Quick Release rod pieces 6 and two-layer platform
Corresponding blocked hole 7 is clamped on panel 1, to realize that the vehicle for adjusting different automobile types wheelspan is parked in two layers of parking stall support platform as possible
Center, front end of support platform frame 12 of two layers of parking stall support platform or so is equipped with and can quickly take down the exhibits locking
Wheel guard mechanism, each wheel guard mechanism by ratchet shaft 28, ratchet handle 30,3, four two ratchets 29 of wheel guard,
Pawl 32, pawl restoring spring 31, baffle reduction torsion spring 34 form, and the ratchet 29 is located on ratchet shaft 28, and baffle resets
Torsional spring 34 is sleeved on one end on ratchet shaft 28 and is against in the front grid beam of two layers of parking stall support platform frame 12, and the other end is against welding
On wheel guard 3 on ratchet 29, pawl restoring spring 31 is cased on all pawls 32, one end of pawl 32 passes through two layers
The front grid beam of parking stall support platform frame 12 is stuck in 29 tooth socket of ratchet, and the other end of pawl 32 is located in outside the grid beam of front
On ratchet handle 30, in four pairs of hinged ears 33 that entire wheel guard mechanism is hinged in the grid beam of front by ratchet shaft 28（In detail
See Figure 18,22）, wheel guard 3, effect of the pawl 32 in resetting spring 31 are dug after vehicle is parked in two layers of parking stall support platform
Under block ratchet 29 and play the role of preventing vehicle from sliding with wheel guard 3 is tilted positioning, when in two layers of parking stall support platform
Vehicle pull out ratchet handle 30 when driving away, wheel guard 3 immediately resets to horizontal position under the action of reduction torsion spring 34
It sets.The positioning that certain altitude can be more reliable is elevated in order to ensure to lift tubing string 4 to lock, is prevented just in case lifting tubing string 4 is being lifted
Rise weight when hydraulic oil pipe rupture and leakage or have a power failure cause automatically decline occur safety accident, the top of each outer catheter column 14
It is set on medial surface there are one the electromagnetic lock with seal closure slotting 22, the lock lock pin 22.1 that electromagnetic lock inserts 22 is locking 22.2 power of lock pin spring
Under the action of pass through outer catheter column 14 wall thickness be inserted into lifting tubing string 4 outside face the wall and meditate in upper corresponding seam allowance 26, the seam allowance 26
Equipped with increasing 1.5,1.6,1.8,2 meters four, to adapt to the height that different automobile types are parked in one layer of parking stall, 22.1 end of lock lock pin
The geometric shapes of head match with upper 26 geometric shapes of corresponding seam allowance of facing the wall and meditating outside lifting tubing string 4, lower inclined plane and
Vertical direction angle is 26.57o, and upper seam allowance face and horizontal direction angle are 7.13o, in this way when lifting the lifting upwards of tubing string 4
Electromagnetic lock is inserted 22 and can be pushed open by liter lifting force by lock pin 22.1 is locked in the case that cold, just in case unexpected lifting tubing string 4 occurs
Decline lock lock pin 22.1 suddenly and is immediately inserted into outside lifting tubing string 4 upper corresponding seam allowance 26 of facing the wall and meditating under the action of 22.2 power of spring
Interior prevention lifting pipe column 4 continues to decline, and one ensures safety, and two save electric energy, described two electromagnetic locks insert after 22 parallel connections with
Two layers of parking stall drop are double to be opened after double wherein normally opened contacts for closing relay J2j concatenate and is connected on DC power supply, is only risen in this way
Electromagnetic lock inserts 22 energizations under the control of control circuit when drop tubing string 4 will normally decline, and lock lock pin 22.1 is acted in electromagnetic attraction
Under overcome 22.2 power of spring and seam allowance 26 to separate, lifting tubing string 4 could decline.In order to ensure four of one layer of parking stall support platform
Angle can lifting/lowering in place, the normally closed limit switch 27 of one layer of parking stall lifting/lowering, K1s/24, K1j by being concatenated into again after four parallel connections
In respective circuit, accordingly the corresponding position at parking stall 25 4 angles of platform melt pit be all provided with there are one one layer of parking stall lifting/lowering it is normal
Close limit switch 27, K1s/24, K1j.Two layers of parking stall support column 4 are respectively provided at left and right sides of the width of parking stall, are respectively matched accordingly
There are two layers of parking space elevating oil cylinder 19, described one layer of parking space elevating oil cylinder 13 to be formed in parallel by nine, before being respectively arranged at,
In, it is each three latter.It is above-described a certain number of in order to which the vehicle on two layers of parking stall conveniently drives away when there is vehicle in one layer of parking stall
Remote control of the stealthy Double-layer parking space equipped with a dedicated small ultra-thin moves vehicle flat car.
Embodiments above works in this way：When there is no vehicle or only a vehicle is parked, by upper remote control transmitter
" logical " key, relay Jyt Attraction strap motor type relays J1 is also attracted and maintains attracting state always, and at this moment motor M starts hydraulic pressure
Pump work, then " drop " key is pressed, at this moment relay J2j and left and right electromagnetic lock plug-in magnet C3z, C3y are attracted, 3-position 4-way electromagnetism
Valve 37 moves on to decrease and sets, and oil cylinder 19 declines, and two layers of parking stall platform decline therewith, after two layers of parking stall platform drop to certain position
Triggering switching switch 9, Jg, switching switch 9, Jg normally opened contact connect, with one of layer parking stall decline circuit connection 3-position 4-way
Solenoid valve 36 moves on to down position, latter two layers of parking stall platform simultaneously decline, until limit switch 24, K1j and 48, K2j phases
After disconnection, two layers of parking stall platform drops to the stopping of most bottom, then presses " drop " key and " disconnected " key again in order；When an existing vehicle
It is parked in when stopping a vehicle again on two after dropping to bottom layers of parking stall platform, presses " logical " key of remote control transmitter, relay Jyt inhales
Crossed belt motor type relay J1 is also attracted and maintains attracting state always, and at this moment motor M starts hydraulic pump works, then presses " liter " key,
At this moment relay J2s is attracted, and three position four-way electromagnetic valve 37 moves on to raise-position and sets, and oil cylinder 19 rises, and two layers of parking stall platform rise therewith,
Triggering switching switch 9, Jg, switching switch 9, Jg are in normally closed connection shape after two layers of parking stall platform rise to certain position
State, with one of layer parking stall riser circuit connect three position four-way electromagnetic valve 36 and move on to lifting position, latter two layers of parking stall platform it is same
Shi Shangsheng until two layers of parking stall platform liter are raised to required height, then presses " liter " key and " disconnected " key in order；When one or two
When there is vehicle in layer parking stall army, moves vehicle flat car with remote control device and remove the vehicle on one layer of parking stall platform, repeat above-mentioned decline
The vehicle removed on former one layer of parking stall platform after vehicle drives away on earth after two layers of parking stall platform, then is moved on to two layers of parking stall platform by operation
.
It can see from the embodiment of above-mentioned specific implementation mode, the present invention has stealth, does not influence regarding for surrounding buildings
Line, nor affects on environment, and ground space can effectively make full use of.It makes on the ground parking stall of original dispersion everywhere and simply changing
Make, so that it may be parking stall multiplication, car owner do not need yet it is very far away go to the mechanical stereo parking garage excessively concentrated of parking to stop,
Improve the work efficiency of car owner, move vehicle, parking, pick up the car it is convenient and efficient save trouble it is time saving.
Specific implementation enumerated above, only one kind of numerous embodiments can not enumerate, it is all under this invention
The modification modification that protection domain is made, extends and improves, and belongs to the range that the present invention covers.
Claims (6)
1. a kind of stealth Double-layer parking space, including two layers of parking stall support column and one, two layer of parking stall support platform, it is characterised in that also
Including hydraulic lifting power-driven system, hydraulic circuit circuit control system, two layers of parking stall support column is in symmetrical embedded
At left and right sides of the width of parking stall or the subsurface of parking stall rear and front end, at left and right sides of the width of parking stall or parking stall rear and front end it is each
Side（End）One or two two layers of parking stall support columns are embedded with, each two layers of parking stall support column are by outer catheter column, lifting tubing string
Composition, two layers of parking stall support platform are located in corresponding lifting tubing string by its left and right side grid beam or front and rear side grid beam
Upper end, the lifting pipe column sleeve in the outer catheter column with outer catheter column at it is dynamic with merges can along outer catheter column above and below transport
Dynamic, when lifting tubing string and being preferably minimized position, the table top of two layers of parking stall support platform is concordant with ground, one layer of parking stall support platform
Bottom surface be close to parking stall support platform melt pit surface, two layers of parking stall support platform pressed against one layer of parking stall support platform, one, two
Layer parking stall support platform is hidden in subsurface；The upper port of the outer catheter column is equipped with sealing ring annular groove, is put in sealing ring annular groove
It is equipped with mouth sealing ring, upper mouth sealing ring seals up lifting pipe outer surface of column；Outside outer catheter column below sealing ring annular groove
It encloses and is equipped with the wheel face of one group or two groups idler wheel A, every group of idler wheel A on four peripheral walls and both passes through the wall thickness of outer catheter column and be tightly attached to lifting
The outer surface of tubing string, all idler wheel A are located in by its wheel shaft A on the corresponding lug A of outer catheter column periphery wall, each group
The periphery of idler wheel A is equipped with seal closure A, and surrounding is equipped with one group or two groups of idler wheel B on the lower end inner wall face of the lifting tubing string,
The wall thickness that the wheel face of every group of idler wheel B both passes through lifting tubing string is tightly attached on the inner surface of outer catheter column, all lifting tubing string lower ends
Idler wheel B be located in lifting tubing string on the corresponding lug B of four peripheral walls by its wheel shaft B；Described one, two layer of parking stall support platform
It is made of support platform frame peace deck plate, platform panel is located in by fastener on support platform frame；The liquid
Press lifting drive drive system by hydraulic pump, hydraulic pump driving motor, two layers of parking space elevating oil corresponding with lifting tubing string quantity
Cylinder, multiple one layer of parking space elevating oil cylinder, two layers of parking stall three position four-way electromagnetic valve, one layer of parking stall three position four-way electromagnetic valve, overflow valve,
Synchronous valve, balanced valve, the throttle valve for adjusting one, two layer of parking stall, the pressure reducing valve of one layer of parking stall, fuel tank and fluid pressure line composition,
Middle hydraulic pump, hydraulic pump driving motor, above-mentioned two three position four-way electromagnetic valve, overflow valve, synchronous valve, balanced valve, throttle valve and
Pressure reducing valve concentrated setting constitutes hydraulic station on fuel tank, and integrally hides the hydraulic pressure for being located at one, two layer of parking stall support platform periphery
It stands in melt pit, is ensconced in melt pit by ground lock and fastener envelope plus waterproof sealing gasket with hydraulic station melt pit lid；The hydraulic pump
Oil inlet fuel tank, three tunnels of the oil outlet of hydraulic pump point are led to by a hydraulic oil filter：Oil is returned to by overflow valve all the way
Case, another way is connected to two layers of parking stall three position four-way electromagnetic valve by a throttle valve, then is linked into together by the oil outlet of the solenoid valve
Step valve is simultaneously assigned to the flow of hydraulic oil in each oil cylinder by synchronous valve, then is connected to one by a pressure reducing valve and throttle valve all the way
Layer parking stall three position four-way electromagnetic valve, then it is linked by the oil outlet of the solenoid valve one layer of parking space elevating oil cylinder of multiple parallel connections；Often
A balanced valve is concatenated on oil return line when a two layers of parking space elevating oil cylinder declines；All lifting cylinders of two layers of parking stall
It is connected in parallel, the piston rod end of each two layers of parking space elevating oil cylinder is located in every lifting pipe by ring flange with fastener
The cylinder body pedestal of top surface in column, each two layers of parking space elevating oil cylinder is located in the bottom plate of every outer catheter column with fastener
On, outer catheter column bottom end is connect plus gasket with bottom plate by its upper flange plate with fastener；The multiple one layer of parking stall liter
Drop oil cylinder is connected in parallel, and the end of each piston rod, which is evenly distributed by ring flange with fastener, is located in one layer of parking stall branch
On the bottom surface for supportting platform framework, the cylinder body pedestal of each lifting cylinder of one layer of parking stall is embedded in one layer of parking stall support platform frame
In the corresponding melt pit in frame bottom surface；The hydraulic circuit circuit control system is made of remote control circuit part and circuit control part,
Remote control circuit part includes remote control transmitter and remote control reception controller, and the remote control transmitter is set is respectively there are four teleswitch
Power on key, power supply break key, two layers of parking stall rise key, key drops in two layers of parking stall, and the remote control reception controller is corresponding to be equipped with
Four relays, respectively power supply connect relay, power supply disconnects relay, two layers of parking stall rise relays, two layers of parking stalls drop after
Electric appliance, wherein two layers of parking stall drop relay open double closed contacts to be double；The circuit control part is changed by power switch circuit, oil circuit
It is formed to control circuit, it is normally closed that wherein power switch circuit includes power supply connection relay normally open contact, power supply disconnects relay
Contact and hydraulic pump driving motor pair open double closed contact relays, and oil circuit commutation control circuit includes that two layers of parking stalls liter relay are normal
Open contact, two layers of parking stall rise normally opened limit switch, the liter electromagnet of two layers of parking stall three position four-way electromagnetic valve, two layers of parking stalls drop relay
The drop electromagnet of normally closed limit switch, two layers of parking stall three position four-way electromagnetic valve, one layer of parking stall drop in the double normally opened contact of device, two layers of parking stall
Lifting switching switch, the liter electromagnet of one layer of parking stall three position four-way electromagnetic valve, one layer of parking stall rise normally closed limit switch, one layer of parking stall
Normally closed limit switch drops in the drop electromagnet of three position four-way electromagnetic valve, one layer of parking stall, and two layers of parking stall rises relay normally open contact
Risen with two layers of parking stall normally opened limit switch and two layers of parking stall three position four-way electromagnetic valve liter electromagnet connect after and be connected to direct current
On source, double one of the double closed contacts normally opened contacts of opening of two layers of parking stall drop relay are opened with two layers of normally closed limit of parking stall drop
It closes after connecting with the drop electromagnet of two layers of parking stall three position four-way electromagnetic valve and is connected on DC power supply, one layer of parking space elevating is cut
It changes switch and the position that can be triggered to during two layers of parking space elevating is set, common junction is connected to the anode of DC power supply,
Remaining a normally closed output contact of two output contacts and one layer of parking stall rises normally closed limit switch and one layer of parking stall 3-position 4-way electricity
It after the liter electromagnet series connection of magnet valve and is connected on DC power cathode, normally closed limit drops in another normally opened output contact and one layer of parking stall
It after the series connection of the drop electromagnet of bit switch and one layer of parking stall three position four-way electromagnetic valve and is connected on DC power cathode, the power supply connects
Logical relay normally open contact with control hydraulic pump driving motor double to open a pair closed contact relay normally opened contacts therein in parallel
After connecting afterwards with the electromagnet coil of the relay and it is connected on DC power supply, another normally opened contact and hydraulic pump of the relay
It after driving motor series connection and is connected in AC power, power supply disconnects relay normally closed contact access point and is directly connected to DC power supply
Anode, output contact connects relay normally open contact and control the double of hydraulic pump driving motor with the above power supply opens double closed contacts
The input contact of a relay normally opened contact therein connects, above-described each control that need to be linked into DC power anode
Circuit is linked on double output contacts for opening double closed contact relays normally opened contact therein.
2. a kind of stealthy Double-layer parking space according to claim 1, it is characterised in that the branch of one, two layer of parking stall support platform
Support platform framework is made by rectangular tube or groove profile or I-shaped steel, on the platform panel of two layers of parking stall support platform
Rear portion be equipped with the wheel block of a pair of of adjustable tread, on two Quick Release rod pieces of each piece of wheel block and two-layer platform panel
Corresponding blocked hole clamping, front end of support platform frame of two layers of parking stall support platform or so is equipped with the lock that can quickly take down the exhibits
Fixed wheel guard mechanism, each wheel guard mechanism is by ratchet shaft, ratchet handle, wheel guard, at least two ratchets, spine
Pawl, pawl restoring spring, baffle reduction torsion spring composition, the ratchet are located on ratchet shaft, and baffle reduction torsion spring is sleeved on ratchet
One end is against in the front grid beam of two layers of parking stall support platform frame on axis, and the other end is against the wheel guard being welded on ratchet
On, pawl restoring spring is cased on all pawls, one end of pawl passes through the front grid beam of two layers of parking stall support platform frame
It is stuck in ratchet tooth socket, the other end of pawl is located on the ratchet handle outside the grid beam of front, and entire wheel guard mechanism passes through
Ratchet shaft is hinged in the hinged ear of two couple in the grid beam of front or more.
3. a kind of stealthy Double-layer parking space according to claim 1, it is characterised in that the top side of each outer catheter column
The electromagnetic lock with seal closure is inserted there are one being set on face, and the plug in lock lock pin of electromagnetic lock passes through outer catheter column under spring force
Wall thickness is inserted into outside lifting tubing string on wall in corresponding seam allowance, and the seam allowance is equipped with two or more, the lock lock pin end
Geometric shapes match with corresponding seam allowance geometric shapes on wall outside lifting tubing string, lower inclined plane and vertical direction
Angle is 20o ~ 45o, and upper seam allowance face and horizontal direction angle are 3o ~ 10o, the multiple electromagnetic lock insert it is in parallel after with two layers of parking stall
After the double wherein normally opened contact concatenations for opening double closed contacts of drop relay and it is connected on DC power supply.
4. a kind of stealthy Double-layer parking space according to claim 1, it is characterised in that one layer of parking stall lifting/lowering is normally closed
Limit switch by being concatenated into after four parallel connections in respective circuit again, accordingly in the phase at parking stall four angles of support platform melt pit
Answering position to be all provided with, there are one one layer of normally closed limit switches of parking stall lifting/lowering.
5. a kind of stealthy Double-layer parking space according to claim 1, it is characterised in that at left and right sides of the parking stall width
Or every side of parking stall rear and front end（End）Two layers of parking stall support column are embedded with, are furnished with two two layers of parking space elevatings accordingly
Oil cylinder, described one layer of parking space elevating oil cylinder are formed in parallel by nine, each three before, during and after being respectively arranged at.
6. a kind of stealthy Double-layer parking space according to claim 1, it is characterised in that at least one stealthy bilayer stops
Remote control of the parking stall equipped with a dedicated small ultra-thin moves vehicle flat car.
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| CN201810451717.6A CN108505788A (en) | 2018-05-12 | 2018-05-12 | A kind of stealth Double-layer parking space |
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| CN109914889A (en) * | 2018-09-09 | 2019-06-21 | 张宝霞 | Automobile storage system between Lou Dong |
| CN110359745A (en) * | 2019-08-09 | 2019-10-22 | 桂林航天工业学院 | A kind of the double-deck garage lifting device and method of hydraulic-driven |
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