CN206636275U - Small three-dimensional garage - Google Patents
Small three-dimensional garage Download PDFInfo
- Publication number
- CN206636275U CN206636275U CN201720366898.3U CN201720366898U CN206636275U CN 206636275 U CN206636275 U CN 206636275U CN 201720366898 U CN201720366898 U CN 201720366898U CN 206636275 U CN206636275 U CN 206636275U
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- Prior art keywords
- carrier vehicle
- vehicle disk
- landing
- garage
- small
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Abstract
A kind of small three-dimensional garage, including garage body, boom hoisting and counter weight device, boom hoisting are controlled by central control system；Garage body is formed by building the landing at the top of four root posts；Boom hoisting includes two secondary-rockers and hanging barrier carrier vehicle disk, two secondary-rockers are symmetrically mounted on the both ends of a main shaft, major axis horizontal is mounted on the apical position of two root posts at landing front entrance, a main motor is fixed with landing, the main motor is connected by transmission mechanism with main shaft, a crossbeam is connected between two secondary-rockers, hanging barrier carrier vehicle disk is suspended among crossbeam；Counter weight device includes the two groups of sector pulleys and balancing weight connected by steel wire rope, and fan-shaped pulley is arranged on main shaft close to the both ends of rocking arm by bearing respectively, and balancing weight is suspended on the back side of landing, and fan-shaped pulley is provided with pulley block.The utility model is simple in construction, easy for installation, cost it is low spend it is few, can be effectively and quickly parking stall number is doubled on the basis of existing parking stall.
Description
Technical field
A kind of garage is the utility model is related to, specially a kind of small three-dimensional garage.
Background technology
More and more with the car population of city dweller, either public parking position or private parking stall is all in face
Face the problem of in short supply.For city, the increase measure that is usually taken of parking stall be build Surface parking lots, underground garage with
And large-scale multi-storied garage.It is either any to be required for longer work progress, and expend substantial amounts of human and material resources and wealth
Power.For resident, if one family possesses two cars, two parking stalls can only be bought to solve the problems, such as parking.It is and right
In the parking stall built, the quantity of vehicle and parking stall can only correspond to, and can not be further added by the quantity of parked vehicle, and this is undoubtedly to existing
There is a kind of waste of parking space resource.
Utility model content
In view of this, the purpose of this utility model is to propose a kind of small three-dimensional garage, can on existing parking stall to
One parking stall of upper increase, it is not necessary to horizontal land occupation area, quickly existing parking stall number is doubled, it is few effectively to solve car multidigit
The problem of, and there is the characteristics of cost simple in construction, easy to install, low.
Technical scheme is used by the utility model solves its technical problem：A kind of small three-dimensional garage, its feature exist
In：Including garage body, boom hoisting and counter weight device, boom hoisting is controlled by central control system；The garage body is by building
Landing at the top of four root posts is formed, and the bottom of four root posts is separately fixed on four angles on single parking stall；Institute
State boom hoisting and be symmetrically mounted on the both ends of a main shaft, major axis horizontal including two secondary-rockers and hanging barrier carrier vehicle disk, two secondary-rockers
The apical position of two root posts at landing front entrance is mounted on, a main motor is fixed with landing, should
Main motor is connected to control the rotation of rocking arm by transmission mechanism and main shaft, and two secondary-rockers are connected with one between end is lifted by crane
Crossbeam, the hanging barrier carrier vehicle disk are suspended on the centre position of crossbeam；The counter weight device includes two groups connected by steel wire rope
Fan-shaped pulley and balancing weight, fan-shaped pulley are then suspended on by bearing installed in main shaft close to the both ends of rocking arm, balancing weight respectively
The back side of landing, fan-shaped pulley are provided with pulley block, and rocking arm drives fan with during main axis by pushing pulley block
Shape pulley rotation.
Further, the hanging barrier carrier vehicle disk includes top plate, two front tension bars, two back stays and carrier vehicle disk, top plate length
It is equal to carrier vehicle disk less than carrier vehicle disk and width, the upper end of front tension bar and back stay is connected with four angles of top plate respectively, lower end point
It is not connected with carrier vehicle disk, adjacent two pull bars are in same plane.
Further, the carrier vehicle disk is provided with the anti-displacement mechanism of wheel, including front apron, rear baffle, two engagements it is same
Walk gear and positioning sleeve, the gear shaft of the tail end of the front apron and rear baffle respectively with two synchromesh gears is fixed, front apron
Head end be hinged by the lower end of hanging barrier front axle and the front tension bar, the positioning sleeve is fixed on the outside of front apron head end vertically
On carrier vehicle disk, positioning sleeve is provided with arc chute, and the hanging barrier front axle is plugged in arc chute slidably, the front tension bar
Upper end is hinged with top plate, and the lower end of the back stay is hinged by hanging barrier rear axle and carrier vehicle disk.
Further, the two root posts bottom at the garage body back side is provided with the bottom plate stretched out, and the balancing weight can push
To bottom plate.
Further, the front entrance of the garage body lower floor and two sides are arch structure.
Further, the garage body is provided with sound-light reminding device.
The beneficial effects of the utility model are, there is provided the boom hoisting with rocking arm, the hanging barrier of vehicle can will be parked
Carrier vehicle disk directly lifts and is placed on two layers of landing from ground location.Due to simple in construction, peace of the present utility model
Dress is convenient, cost it is low spend it is few, can be effectively and quickly parking stall number is doubled on the basis of existing parking stall.Whole mistake
Journey has the stabilization that counter weight device ensures operation.
Brief description of the drawings
Fig. 1 is positive structure schematic of the present utility model.
Fig. 2 is side structure schematic diagram of the present utility model.
Fig. 3 is the structural representation of derricking gear and balance weight mechanism.
Fig. 4 is the structural representation of the anti-displacement mechanism of wheel.
In figure：1st, rocking arm, 2, main shaft, 3, gear wheel, 4, little gear, 5, turbine box, 6, big belt pulley, 7, main motor, 8,
Small belt pulley, 9, crossbeam, 10, small turbine box, 11, small machine, 12, hanging barrier carrier vehicle disk, 13, positioning sleeve, 14, hanging barrier front axle, 15,
Front apron, 16, synchromesh gear, 17, front tension bar, 18, rear baffle, 19, hanging barrier main shaft, 20, top plate, 21, hanging barrier rear axle, 22, sliding
Take turns block, 23, fan-shaped pulley, 24, balancing weight, 25, pulley, 26, steel wire rope, 27, landing, 28, column, A, the first work
Position, B, the second operating position, C, the 3rd operating position, D, the 4th operating position.
Embodiment
In order that those skilled in the art more fully understands the technical solution of the utility model, below in conjunction with the accompanying drawings and have
The utility model is described in further detail for body embodiment.
As shown in figure 1, a kind of small three-dimensional garage, including garage main body, boom hoisting and counter weight device.Wherein play lifting
Put and controlled by central control system.Garage main body includes four root posts 28 and builds the landing 27 at the top of four root posts.Four
Column 28 is separately fixed on four angles on the single parking stall in ground.The area maximum of landing 27 is stopped single no more than ground
The area of parking stall.Ground parking position is one layer of parking stall, and landing 27 is two layers of parking stall.In order to strengthen garage main body in itself
Intensity, therefore garage body inlet and two sides are set to arch structure.Increase intensity by multiple hounds on arched door.Two
The setting of side arched door is passed in and out also for facilitating car door open and close and driver.
As depicted in figs. 1 and 2, boom hoisting includes two secondary-rockers 1, hanging barrier carrier vehicle disk 12, transmission mechanism and main motor 7.
A piece horizontal main shaft 2 is housed positioned at the top of the two root posts 28 of the front entrance of landing 27, two secondary-rockers 1 are respectively symmetrically
Installed in the both ends of main shaft 2.A crossbeam 9, hanging barrier carrier vehicle disk 12 are connected with by bearing between the lifting end of two secondary-rockers 1
It is suspended on the centre position of crossbeam 9.Hanging barrier carrier vehicle disk 12 has the space that can accommodate car.Transmission mechanism includes gear wheel 3, small
Gear 4, turbine box 5, big belt pulley 6 and small belt pulley 8.Main motor 7 is fixed on landing 27 and controlled by central control system
System, the output end connection small belt pulley 8 of main motor 7, small belt pulley 8 is connected with big belt pulley 6 by belt, big belt pulley 6 and
The input connection of turbine box 5, the output end of turbine box 5 are connected with little gear 4, and little gear 4 is with fitting snugly on main shaft 2
Gear wheel 3 engages.Two width rocking arms 1 can synchronize rotation under the driving of big motor, by transmission mechanism around main shaft 2.Rocking arm 1
With four operating positions.First operating position A, the position of rocking arm 1 when preparing lifting hanging barrier carrier vehicle disk 12 from landing 27；
Second operating position B, rocking arm 1 when the center line for the hanging barrier carrier vehicle disk 12 being lifted crosses the center line of main shaft 2, counter weight device startup
Position；3rd operating position C, the position of rocking arm 1 when hanging barrier carrier vehicle disk 12 needs to turn to before landing；4th operating position D, hanging barrier
The position of rocking arm 1 when carrier vehicle disk 12 lands.In the utility model, using arc rocking arm 1.First working position of arc rocking arm 1
The horizontal sextant angle for putting A is 45 °, and the second operating position B horizontal sextant angle is 99 °, and the 3rd operating position C horizontal sextant angle is
159 °, the 4th operating position D horizontal sextant angle is 177 °.
As shown in figures 1 and 3, counter weight device includes two groups of sector pulleys 23 and balancing weight 24, fan-shaped pulley 23 and counterweight
Connected between block 24 by steel wire rope 26.Fan-shaped pulley 23 is set in the both ends of main shaft 2 by bearing and leaned on rocking arm 1
Closely, fan-shaped pulley 23 is provided with pulley block 22.When rocking arm 1 turns to the second operating position B from the first operating position A, shake
Arm 1 can push pulley block 22, and then stir fan-shaped pulley 23 and rotate down.Balancing weight 24 is arranged in landing 27 and carried on the back
On the outside of the two root posts in face.Ground is the initial position of balancing weight 24.Fixed pulley 25, steel wire are respectively equipped with the top of two root posts
Rope 26 bypasses from fixed pulley 25.When fan-shaped pulley 23 is stirred by rocking arm 1 to be rotated down, i.e. rocking arm 1 is from the second operating position B
When being rotated to the 4th operating position D, balancing weight 24 is lifted by steel wire rope 26.When rocking arm 1 is from the 4th operating position D to the second work
When position B is rotated backward, balancing weight 24 drives fan-shaped pulley 23 to be rotated up under gravity, until balancing weight 24 land it is extensive
Initial position is arrived again.In order to strengthen the steadiness in garage, set respectively in the bottom of the two root posts positioned at the rear end of landing 27
The bottom plate of one section of stretching is equipped with, the balancing weight 24 after landing is pressed on bottom plate.
As depicted in figs. 1 and 2, hanging barrier carrier vehicle disk 12 includes 20, two, top plate front tension bar 17, two back stay and carrier vehicle
Disk.The area of carrier vehicle disk is more than the area of vehicle and less than the area of landing 27.The length of top plate 20 is less than carrier vehicle disk
Length, the width of top plate 20 are equal to the width of carrier vehicle disk.The top of front tension bar 17 and back stay four angles with top plate 20 respectively
Connection, bottom is connected with carrier vehicle disk respectively.In adjacent two pull bars are generally aligned in the same plane.It is provided with carrier vehicle disk for stable
The stopping means of car.Top plate 20 is connected by a vertical hanging barrier main shaft 19 with the small turbine box 10 in the centre position of crossbeam 9.
Small turbine box 10 can be driven hanging barrier carrier vehicle disk 12 to carry out 90 ° by the driving of small machine 11 by rotating hanging barrier main shaft 19
Rotate.
As shown in Figure 1 and Figure 4, in the utility model, in order to strengthen the security of Vehicles Lifting process, on carrier vehicle disk
Have additional the anti-displacement mechanism of wheel.Due to motorcar engine, to be located at vehicle head part heavier, so the anti-displacement mechanism of wheel is only set
In front-wheel present position.The anti-displacement mechanism of wheel include front apron 15, the engagement of rear baffle 18, two synchromesh gears 16 with
And positioning sleeve 13.Gear shaft of the tail end of front apron 15 and rear baffle 18 respectively with two synchromesh gears 16 is fixed.In synchronous gear
The initial position of wheel 16, is horizontal between front apron 15 and rear baffle 18.Relatively rotated in synchromesh gear 16 and be in work
When position, V-shaped groove between front apron 15 and rear baffle 18, the front-wheel of car is clamped in the V-groove.In order to realize
In Vehicles Lifting, front apron 15 and rear baffle 18 automatically form V-type and wheel are consolidated into clamping hanging barrier carrier vehicle disk 12, in front apron
A positioning sleeve 13 is fixed on carrier vehicle disk on the outside of 15 head ends vertically, positioning sleeve 13 is provided with one section of arc chute.Front apron 15
Head end be hinged by the lower end of a hanging barrier front axle 14 and front tension bar 17, hanging barrier front axle 14 is plugged in arc chute, can be slided
It is dynamic.The upper end of front tension bar 17 is be hinged with top plate 20, and lower end and the carrier vehicle disk of back stay are hinged.Vehicle drives into hanging barrier carrier vehicle disk 12,
When current rolling is pressed on the front apron 15 and rear baffle 18 being horizontally situated, vehicle stops.Boom hoisting starts lifting and hung
During column carrier vehicle disk 12, front tension bar 17 drives hanging barrier front axle 14 to be moved up in the arc chute of positioning sleeve 13, now with preceding drawing
The be hinged front apron 15 of bar 17 can also raise up therewith, and under the drive of synchromesh gear 16, rear baffle 18 also can synchronously raise up, front and rear
For the row of baffle plate 18 into V-type, firm clamps front-wheel.During lifting, the anti-displacement mechanism of wheel can effectively prevent car
Relative displacement is produced on carrier vehicle disk, avoid falling the generation of car accident.
Operation logic of the present utility model：
Pick-up process：Central control system starts main motor 7, and main motor 7 drives main shaft 2 to rotate forward by transmission mechanism.It is main
Axle 2 drives both ends rocking arm 1 to rotate backward.Hanging barrier carrier vehicle disk 12 and vehicle leave the first operating position A and rotated together backward.This
When, the anti-displacement mechanism of wheel is raised to form V-type, consolidates the front-wheel of clamping vehicle.Second is reached when crossing 9 ° of vertical center line
During the B of operating position, rocking arm 1 contacts the pulley block 22 on fan-shaped pulley 23, stirs fan-shaped pulley 23 and rotates backward.Fan-shaped pulley
23 pulling steel wire ropes 26 are moved, and then balancing weight 24 is lifted, and counter weight device functions to, and is overcome with this and counteracts rocking arm
1 continues to rotate backward, and plays balance smoothly effect.Rocking arm 1 continues to rotate backward, when reaching the 3rd position C, middle control signal life
Order, which rotates, to be stopped.I.e. main motor 7 stops operating.Because the turbine box 5 in transmission mechanism has reliable self-locking property, hanging at this moment
Column carrier vehicle disk 12 hovers over about one meter of high place from the ground with vehicle and will not glided.Now, central control system starts small machine 11,
Small machine 11 drives small turbine rotation, hanging barrier carrier vehicle disk 12 is rotated 90 ° forward or backwards.Then, central control system is again started up
Main motor 7, make rocking arm 1 continue to rotate backward, reach the 4th position D.The base of hanging barrier carrier vehicle disk 12 touches ground, main motor 7
Stop.Now, the anti-displacement mechanism of wheel is flat, and relaxes the clamping to vehicle front-wheel, and driver, which can get on the bus, drives away vehicle, takes
Car terminates.
Bicycle parking process is the reverse execution of pick-up process.It should be noted that when rocking arm 1 reaches the second operating position B,
Rocking arm 1 separates with the pulley block 22 on fan-shaped pulley 23, and balancing weight 24 lands, and counterweight effect stops.Balancing weight 24 is now pressed
On the bottom plate of column, firm effect is played.
Claims (6)
- A kind of 1. small three-dimensional garage, it is characterised in that：Including garage body, boom hoisting and counter weight device, boom hoisting by Central control system controls；The garage body is formed by building the landing at the top of four root posts, the bottom point of four root posts It is not fixed on four angles on single parking stall；The boom hoisting includes two secondary-rockers and hanging barrier carrier vehicle disk, two secondary-rockers pair Claim the both ends for being arranged on a main shaft, major axis horizontal is mounted on the top position of two root posts at landing front entrance Put, a main motor is fixed with landing, the main motor is connected to control turning for rocking arm by transmission mechanism and main shaft Dynamic, two secondary-rockers are connected with a crossbeam between end is lifted by crane, and the hanging barrier carrier vehicle disk is suspended on the centre position of crossbeam；It is described Counter weight device includes the two groups of sector pulleys and balancing weight connected by steel wire rope, and fan-shaped pulley is arranged on master by bearing respectively For axle close to the both ends of rocking arm, balancing weight is then suspended on the back side of landing, and fan-shaped pulley is provided with pulley block, and rocking arm is with master When axle rotates fan-shaped pulley rotation is driven by pushing pulley block.
- A kind of 2. small three-dimensional garage as claimed in claim 1, it is characterised in that：The hanging barrier carrier vehicle disk includes top plate, two Root front tension bar, two back stays and carrier vehicle disk, top plate length is less than carrier vehicle disk and width is equal to carrier vehicle disk, front tension bar and back stay Upper end be connected respectively with four angles of top plate, lower end is connected with carrier vehicle disk respectively, and adjacent two pull bars are in same plane.
- A kind of 3. small three-dimensional garage as claimed in claim 2, it is characterised in that：The carrier vehicle disk is provided with the anti-displacement of wheel Mechanism, including front apron, rear baffle, two synchromesh gears and positioning sleeve engaged, the tail end point of the front apron and rear baffle Gear shaft not with two synchromesh gears is fixed, and the head end of front apron is hinged by the lower end of hanging barrier front axle and the front tension bar, The positioning sleeve is fixed on the carrier vehicle disk on the outside of front apron head end vertically, and positioning sleeve is provided with arc chute, before the hanging barrier Axle is plugged in arc chute slidably, and upper end and the top plate of the front tension bar are hinged, and the lower end of the back stay passes through hanging barrier Rear axle is hinged with carrier vehicle disk.
- A kind of 4. small three-dimensional garage as claimed in claim 1, it is characterised in that：The two root posts at the garage body back side Bottom is provided with the bottom plate stretched out, and the balancing weight can be pressed on bottom plate.
- A kind of 5. small three-dimensional garage as claimed in claim 1, it is characterised in that：The front entrance of the garage body lower floor It is arch structure with two sides.
- A kind of 6. small three-dimensional garage as claimed in claim 1, it is characterised in that：Acousto-optic prompting is set on the garage body Device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720366898.3U CN206636275U (en) | 2017-03-30 | 2017-03-30 | Small three-dimensional garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720366898.3U CN206636275U (en) | 2017-03-30 | 2017-03-30 | Small three-dimensional garage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206636275U true CN206636275U (en) | 2017-11-14 |
Family
ID=60248009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720366898.3U Expired - Fee Related CN206636275U (en) | 2017-03-30 | 2017-03-30 | Small three-dimensional garage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206636275U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869546A (en) * | 2017-03-30 | 2017-06-20 | 汉中云光机械有限公司 | Small three-dimensional garage |
-
2017
- 2017-03-30 CN CN201720366898.3U patent/CN206636275U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106869546A (en) * | 2017-03-30 | 2017-06-20 | 汉中云光机械有限公司 | Small three-dimensional garage |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171114 Termination date: 20180330 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |