CN201187166Y - Full-automatic variable space movable garage - Google Patents
Full-automatic variable space movable garage Download PDFInfo
- Publication number
- CN201187166Y CN201187166Y CNU2008200631140U CN200820063114U CN201187166Y CN 201187166 Y CN201187166 Y CN 201187166Y CN U2008200631140 U CNU2008200631140 U CN U2008200631140U CN 200820063114 U CN200820063114 U CN 200820063114U CN 201187166 Y CN201187166 Y CN 201187166Y
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- frame
- garage
- fixed
- storehouse
- assembly
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Abstract
The utility model discloses a full-automatic mobile garage, the space of which is changeable. The mobile garage is composed of a garage head assembly, a garage body assembly and a garage tail assembly. In the garage tail assembly, a plastic shell is fixed on a metal truss, and the truss is fixed on the ground. The garage body assembly is mainly composed of a tarpaulin and a plurality of shelves, the tarpaulin is fixed on the shelves, two sway braces are hinged between the two adjacent shelves, and the whole shelf is arranged on a track through trundles. In the garage head assembly, a plastic shell is fixed on a metal truss, and a rolling door motor and a driving motor are arranged on the truss. A rolling door is positioned in the door opening of the plastic shell, driving wheels driven by the driving motor are arranged at the lower end of the metal truss, the driving wheels are composed of chain wheels and idler wheels in an integral way, and the idler wheels are arranged on the track. The full-automatic mobile garage has the advantages of reasonable structural design, changeable garage space, less occupied space and low manufacturing cost.
Description
Technical field
The utility model relates to the garage of parking motor vehicle, in particular for rainproof, the snow defence of the sedan limousine design of platoon formula and fold spell villa, government departments and institutions, ore deposit enterprise, anti-hail, dustproof, antitheft packaged type, have and shrink the garage that stretches function and make the field.
Background technology
At present, generally fixedly the garage is the concrete type permanent construction, and its shortcoming is: 1, land occupation resource; 2, involve great expense.Can just in time can remedy above-mentioned defective in folding packaged type garage.That Chinese patent literature discloses is a kind of " portable open-air garage " (CN2649701Y), and " be made up of pulley etc., the storehouse body is divided into two parts at least, and every part of storehouse body all covers on the shelf structure of storehouse, in every part lower end of storehouse body pulley is installed for it.The docking section of every part of storehouse body is equipped with the garage lock.In body inside, storehouse insulation construction and waterproof construction are arranged ".From total aspect, this technical scheme is more rough, an incomplete design, still can not satisfy the requirement of parking of high-grade bridge car, exists use not too convenient, and theftproof performance is not good enough, the incomplete shortcoming of detailed design.
The utility model content
The purpose of this utility model provides a kind of improved full-automatic variable spaces and moves on to the garage, overcoming the fixedly big problem of garage floor space, and reduces the Installed capital cost and the cost of use in garage.
This novel purpose is achieved in that a kind of full-automatic variable spaces movable garage, and by the storehouse head assembly, storehouse body assembly and storehouse tail assembly combine; In the tail assembly of storehouse: plastic casing is fixed on the metal frame, and metal frame fixes on the ground; The body assembly structure is: canopy cloth is fixed on many product frames, and the frame bottom is equipped with castor, and foot wheel carrier is located on the track, is hinged with between the adjacent two product frames to be " X " shape two bearing diagonals arranged in a crossed manner; Storehouse head assembly structure is: plastic casing is fixed on the metal frame, rolling door motor assembly and drive motors assembly are arranged on this framework, rolling door is positioned at the door opening of plastic casing, metal frame two lower ends are equipped with by drive motors through the chain-drive driving wheel, driving wheel constitutes by the bigger roller of sprocket wheel and diameter is integrated, and turning rolls is located on the track.
This garage is storehouse head, storehouse body, storehouse tail three parts respectively, and the frame and the bearing diagonal of storehouse body part are formed the scissors push-pull configuration, and link to each other with the framework of storehouse head, storehouse tail respectively, and whole frame is slidably disposed on the track.
Before the use, earlier storehouse tail assembly is installed and fixed on the ground (being about to storehouse tail framework fixes on the ground).During use, the control that can use a teleswitch starts drive motors, thereby rotates through the chain drive driving wheel, roller on the driving wheel moves forward along track, and promptly whole storehouse head assembly moves ahead along track, simultaneously, drive frame and launch to form the garage on its track, last, drive motors stops; Re-use the rolling door motor (prior art) on the head assembly of remote controller startup storehouse, rolling door is opened, just can use the garage to stop.Need not stop the period, can handle the counter-rotating of control rolling door motor, close rolling door, handle the drive motors counter-rotating again, make the storehouse head assembly move, draw in to storehouse tail direction along track is reverse, finally, it is an enclosure space that a storehouse shell and storehouse tail shell (being equivalent to two and half shells) fasten, and frame and canopy cloth draw in this enclosure space.
This novel beneficial effect is:
One: the Ben Cheku spatially-variable, stop and launch when using, go out when car is stopped using to draw in.Volume after whole garage shrinks when launching volume 17%, thereby realized that the land occupation area is few, save the purpose of land resources.
Its two: compare with fixing garage, it is low that this novel garage has Installed capital cost, the advantage that cost of use is low.
Its three: this novel is a more perfect ripe design scheme.Its general structure is reasonable, the luxurious atmosphere of outward appearance, detailing are thoughtful.The power that launches to shrink as, garage is provided through driving wheel by drive motors, and storehouse head assembly and frame place respectively on separately the track; And for example, the framework of storehouse head and storehouse tail all considers to be provided with the verticality guiding mechanism, and storehouse head, storehouse tail assembly are in vertical position and unlikely deflection when installing with assurance; The driven pulley position of storehouse head assembly and the castor position of frame have all been designed corresponding anti-going up and have been jumped mechanism, to improve the smoothness of whole garage in moving process.
Description of drawings
Fig. 1 is this novel stereogram;
Fig. 2, Fig. 3, Fig. 4 are respectively this novel front view, left view (expanded view) and rear elevation (not showing the castor of frame in the left view);
Fig. 5 is the left view of garage closed condition;
Fig. 6 Fig. 7 is respectively the front view and the rear elevation (after removing decapsidate) of a storehouse framework;
Fig. 8 Fig. 9 is respectively the stereogram of the different visual angles direction of a storehouse transmission mechanism;
Figure 10 is the anti-schematic diagram of jumping mechanism of going up shown in Figure 8;
Figure 11 is that a storehouse shown in Figure 10 metal frame verticality guiding mechanism and anti-going up are jumped the position view of wheels in track;
Figure 12 is the stereogram of Fig. 8 driving wheel shown in Figure 9;
Figure 13 is the locking mechanism schematic diagram of rolling door shown in Figure 8;
Figure 14 is the structure chart of storehouse shown in Figure 1 body assembly;
Figure 15 is the schematic diagram of frame upper hopper chute shown in Figure 14 and slide block;
Figure 16 is the scheme of installation of frame shown in Figure 14 and castor;
Figure 17 is the structure chart of storehouse shown in Figure 1 tail assembly;
Figure 18 is an A portion enlarged drawing shown in Figure 17.
The specific embodiment
Fig. 1～4 illustrate, and the garage is combined by storehouse head assembly 100, storehouse body assembly 200 and storehouse tail assembly 300.
Referring to Figure 17, in the tail assembly of storehouse: (glass steel) plastic casing 301 (can be spliced by the polylith housing) is fixed on the metal frame 302 through support bar, metal frame fixes on the ground, this framework is " door " shape and is provided with, the bottom of the diagonal brace 303 of this framework is hinged on the sill strip 307 through bolt 306,305, sill strip fixes on the ground through stone bolt, diagonal brace upper end is fixed on the arc slot of framework (similar to the arc slot 112 among Figure 10, so that adjust the verticality of metal frame) through bolt 304.
Referring to Figure 14, body assembly 200 structures are: taste with discrimination more be fixed with on frame 201, the 201A canopy cloth 210 (as, the Cowhells waterproof cloth), referring to Fig. 7, Figure 18, can adopt two product quarter bend frames 201,202 on the same position, frame 202 is fitted and is fixed on frame 201 inner faces, and the two is inequality in the radius of curvature of circular bending place, to improve frame reliability structurally.Canopy cloth 210 is clipped between the two, and is fixing and be positioned in the staking of liner frame 202 quarter bends and be lined with sleeve pipe 220 through aluminum staking 219.Among Figure 18, going back liner between frame 201 and the frame 202 has band steel 221.Among Figure 14, be hinged with between adjacent two product frames 201, the 201a and be " X " shape two bearing diagonals 203,205 arranged in a crossed manner, frame and bearing diagonal constitute the scissors push-pull system.Two bearing diagonals 203,205 are hinged at infall, two bearing diagonals, 203,205 lower ends are hinged on respectively on two hinges 207, the 207a, and two hinges 207,207a lower end insert in the chute 209 on two frames 201, the 201a respectively versatilely and are fixed on the slide block 208 that is positioned at the frame quarter bend; Also have the spacing steel cable 212 of frame spacing, steel cable is fixed on the hinge that every group of bearing diagonal 203,205 be hinged (referring to Figure 15).Bearing diagonal 204,206 and bearing diagonal 203,205 structures are uniformly set between adjacent two frames.Figure 16 illustrates, and frame 201 is made of quarter bend; Be provided with between frame 201 bottoms and the castor 211 and be connected plate 215, the axle that connects plate one end and castor connects firmly, and the other end stretches in the quarter bend of frame and liner cushion block 218, fix through aluminum staking 216.Be fixed with the anti-jump suspension member 214 of " L " shape on the axle of the castor 211 of frame 201, anti-jump suspension member lower end is stretched in the track 213.(frame castor) track 213 fixes on the ground through stone bolt.Among Figure 16, also have cushion block 218 in the quarter bend of frame 201 except that connecting plate 215, the two is fixed on the frame 201 by staking 216, liner sleeve pipe 217.
Referring to Fig. 6, Fig. 7, Fig. 8, Fig. 9, storehouse head assembly structure is: (glass steel) plastic casing 101 (can be pieced together to spray to connect and form by the polylith shell, so that processing) be fixed on the metal frame 103, rolling door motor assembly 104 and drive motors assembly 105 are arranged on this framework (among Fig. 8, the driven sprocket of motor in chain gear transmission rotating shaft 116, another driven sprocket 117 in the rotating shaft 116 is again through chain drive driving wheel 106), rolling door 120 is positioned at the door opening of plastic casing 101,103 liang of lower ends of metal frame are equipped with the driving wheel 106 that is driven through chain 121 by drive motors, driving wheel constitutes (Figure 12) by the bigger roller 106b of sprocket wheel 106a and diameter is integrated, and roller 106b is erected at that (drive motors assembly and rolling door motor assembly comprise motor on the track 113, accelerator and controlling organization thereof).Figure 10 illustrates, a storehouse metal frame verticality guiding mechanism and anti-going up are jumped mechanism, metal frame 103 bottoms are welded with junction plate 111, be hinged with plate 110 through bolt 108 on the junction plate, plate 110 front portions are equipped with driven pulley 107, driven pulley 107 is erected on the track 113, and to have on the plate 110 with bolt 108 be the arc slot 112 in the center of circle, and the bolt 109 that is used for adjusting the metal frame verticality is arranged on arc slot 112 and junction plate 111 is fixing with plate 110.Be welded with " L " shape plate on the plate 110, " L " shape plate is provided with adjusts bolt 115, the screw rod lower end of adjusting bolt is fixedly connected with anti-going up and jumps wheels 114, anti-going up jumped wheels and is positioned at track 113 (referring to Figure 11, adjust bolt and make anti-going up jump that maintenance certain movement gap gets final product between wheels, 4 wheels that promptly are symmetrical in that screw rod is provided with and the aluminium alloys track 113).
Among Fig. 8 Fig. 9, drive motors and driving wheel 106 lay respectively at the back side top and the below, front side of metal frame 103; Chain 121 positions of drive motors are provided with regulating wheel 118,119.Among Figure 13, rolling door 120 belows are fixedly connected with locking stake 123; Described plastic casing 301 (storehouse tail), 101 (storehouse heads) are spliced by the polylith housing.Fig. 6 illustrates, and the metal frame 103 of storehouse head assembly is provided with receiver of remote-control sytem 122.Among Fig. 3, plastic casing 101 bottoms also are provided with semicircle spats housing 102, with transmission mechanisms such as protection driving wheel, driven pulleys.Rolling door opens and closes and moving all of storehouse head assembly can be handled rolling door motor and drive motors and be realized by remote control.
Claims (10)
1, a kind of full-automatic variable spaces movable garage is characterized in that: by storehouse head assembly (100), storehouse body assembly (200) and storehouse tail assembly (300) combine; In the storehouse tail assembly (300): plastic casing (301) is fixed on the metal frame (302), and metal frame fixes on the ground; Body assembly (200) structure is: canopy cloth (210) is fixed on many product frames, frame (201) bottom is equipped with castor (211), castor (211) is erected on the track (213), is hinged with between the adjacent two product frames (201,201a) to be " X " shape two bearing diagonals (203,205) arranged in a crossed manner; Storehouse head assembly (100) structure is: plastic casing (101) is fixed on the metal frame (103), rolling door motor assembly (104) and drive motors assembly (105) are arranged on this framework, rolling door (120) is positioned at the door opening of plastic casing (101), metal frame (103) two lower ends are equipped with the driving wheel (106) that is driven through chain (121) by drive motors, driving wheel is by sprocket wheel (106a) and the bigger integrated formation of roller (106b) of diameter, and roller (106b) is erected on the track (113).
2, according to the described full-automatic variable spaces movable garage of claim 1, it is characterized in that: described metal frame (103) bottom is welded with junction plate (111), be hinged with plate (110) through bolt (108) on the junction plate, plate (110) front portion is equipped with driven pulley (107), driven pulley (107) is erected on the track (113), and having on the plate (110) with bolt (108) is the arc slot (112) in the center of circle, and the bolt (109) that is used for adjusting the metal frame verticality is arranged on arc slot (112) and junction plate (111) and plate (110) is fixing.
3, according to the described full-automatic variable spaces movable garage of claim 2, it is characterized in that: be welded with " L " shape plate on the described plate (110), " L " shape plate is provided with adjusts bolt (115), the screw rod lower end of adjusting bolt is fixedly connected with to prevent going up jumps wheels (114), and the anti-jumping wheels of going up are positioned at track (113).
4, according to the described full-automatic variable spaces movable garage of claim 3, it is characterized in that: described drive motors and driving wheel (106) lay respectively at the back side top and the below, front side of metal frame (103); The chain of drive motors (121) position is provided with regulating wheel (118,119).
5, according to the described full-automatic variable spaces movable garage of claim 4, it is characterized in that: described rolling door (120) below is fixedly connected with locking stake (123); Described plastic casing (301,101) is spliced by the polylith housing.
6, according to the described full-automatic variable spaces movable garage of power 1～4 arbitrary claim, it is characterized in that: described frame (201) is made of quarter bend; Be provided with between frame (201) bottom and the castor (211) and be connected plate (215), the axle that connects plate one end and castor connects firmly, and the other end stretches in the quarter bend of frame and liner cushion block (218), fix through staking (216).
7, according to the described full-automatic variable spaces movable garage of claim 6, it is characterized in that: the inboard of described every product frame (201) also is fixed with a quarter bend liner frame (202), the two is inequality in the radius of curvature of circular arc turning point, and canopy cloth (210) is clipped between the two, fixing and be positioned in the staking of liner frame (202) quarter bend and be lined with sleeve pipe (220) through staking (219).
8, according to the described full-automatic variable spaces movable garage of claim 7, it is characterized in that: described two bearing diagonals (203,205) are hinged at infall, two bearing diagonals (203,205) lower end is hinged on respectively on two hinges (207,207a), and two hinges (207,207a) lower end is inserted in the chute (209) on two frames (201,201a) respectively versatilely and is fixed on the slide block (208) that is positioned at the frame quarter bend; Also have the spacing steel cable of frame spacing (212), steel cable is fixed on the hinge that every group of bearing diagonal (203,205) be hinged.
9, described according to Claim 8 full-automatic variable spaces movable garage is characterized in that: be fixed with the anti-jump suspension member of " L " shape (214) on the axle of the castor (211) of described frame (201), anti-jump suspension member lower end is stretched in the track (213); In the described storehouse tail assembly (300): the verticality guiding mechanism that also has metal frame: the lower hinge of metal frame (302) and diagonal brace (303) is on sill strip (307), and the diagonal brace upper end is fixed on the arc slot of metal frame through bolt (304).
10, according to the described full-automatic variable spaces movable garage of claim 9, it is characterized in that: the metal frame (103) of described storehouse head assembly is provided with receiver of remote-control sytem (122).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200631140U CN201187166Y (en) | 2008-04-22 | 2008-04-22 | Full-automatic variable space movable garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200631140U CN201187166Y (en) | 2008-04-22 | 2008-04-22 | Full-automatic variable space movable garage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201187166Y true CN201187166Y (en) | 2009-01-28 |
Family
ID=40310184
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200631140U Expired - Fee Related CN201187166Y (en) | 2008-04-22 | 2008-04-22 | Full-automatic variable space movable garage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201187166Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104727593A (en) * | 2013-12-21 | 2015-06-24 | 范旭霖 | Telescopic folding garage |
-
2008
- 2008-04-22 CN CNU2008200631140U patent/CN201187166Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104727593A (en) * | 2013-12-21 | 2015-06-24 | 范旭霖 | Telescopic folding garage |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090128 Termination date: 20100422 |