Without dodging storied 3-D parking apparatus ride board connecting structure
Technical field
The utility model relates to without dodging storied 3-D parking apparatus ride board connecting structure, particularly a kind of without dodging storied 3-D parking apparatus ride board connecting structure.
Background technology
Chinese patent literature 103075037A discloses a kind of intelligent three-dimensional garage on May 1st, 2013, comprise: vehicle equipment, described vehicle equipment is arranged on the track of steel structure frame, described track comprises the lower guideway got on the right track with intermediate orbit and installation ground center being arranged on steel structure frame top, described vehicle equipment connects vehicle-containing, passive docking facilities on described vehicle-containing is docked with described vehicle equipment by active mating device, described vehicle equipment and lifting appliance, micro computer connects, the every one deck of described steel structure frame is all equipped with intermediate orbit, crossbeam and the positioner of vehicle-containing are deposited in carrying.One end that driving mechanism that lifting appliance moves forward and backward is positioned at lifting appliance is controlled in the vehicle equipment of this structure, when steel structure frame height is more than 6 layers, there is obvious differential in the two ends up and down of lifting appliance, so that garage runs not smooth, column tilts, and even can not work.
In addition, in this structure, vehicle-containing is provided with passive docking facilities, and passive docking facilities is provided with not two hanging grooves up and down at grade, links up with hook and coordinates, realize the carrying of vehicle-containing with two of the active mating device of lifting appliance.But, due to the limitation of intelligent three-dimensional garage installation site, the left and right distance being generally intelligent three-dimensional garage is the smaller the better, but, owing to stagger about hanging groove and not on same vertical plane, so that the width of passive docking facilities increases, namely the installation site width of institute's intelligent three-dimensional garage needs is larger.And coordinated by upper and lower two hooks, hanging groove, it is stressed poor.
Utility model content
The purpose of this utility model is the deficiency overcoming the existence of above-mentioned prior art, and provides a kind of simple and reasonable for structure, and lifting capacity is strong, use safety, the reliable nothing of connection dodge storied 3-D parking apparatus ride board connecting structure.
The purpose of this utility model is achieved in that
A kind of without dodging storied 3-D parking apparatus ride board connecting structure, comprise double layer frame, standpipe, for controlling the rotary drive mechanism that standpipe rotates, for the ride plate parked cars, the hanger coordinated is hung with ride plate hook, for controlling the lift drive mechanism of hanger lifting, hanger is up and down to be arranged on outside standpipe, it is characterized in that, described double layer frame is at least provided with one deck, every layer is provided with two, left and right for bearing the bracket of ride plate, each bracket is provided with a ride plate, aisle is left between two brackets in left and right, the corresponding upper and lower two ends, aisle of double layer frame are respectively equipped with upper rail and lower guideway, standpipe and lift drive mechanism are movable between upper rail and lower guideway, described ride plate is fixed with hanging platform near the side in aisle, and hanging platform is provided with at least three hanging grooves towards the side in aisle, and the corresponding hanging groove of hanger is provided with hook, and hook inserts hanging groove from the bottom up.
The purpose of this utility model can also adopt following technical measures to solve:
As a kind of scheme more specifically, described hanging groove is disposed on the same plane.
Described hanging groove is provided with three, and each hanging groove is isosceles triangle distribution.
The hook of described hanger is L-type, the corresponding standpipe of hanger is provided with the gathering sill running through its upper and lower two ends, the side all around of gathering sill is respectively equipped with front jockey wheel, rear directive wheel and left and right sides directive wheel, and front jockey wheel, rear directive wheel and left and right sides directive wheel roll with standing tube outer wall and coordinate; Described hanger width is 400MM to 800MM.
Described lift drive mechanism is arranged on riser top, it comprises lifting drive motors, chain drive pair and overhead guard, lifting drive motors is connected with chain drive auxiliary driving, and chain drive pair is connected with hanger by safety dropping prevent mechanism, and overhead guard is arranged on outside lifting drive motors; Described riser bottom is provided with lower movable case, lower mobile motor is provided with in lower movable case, be provided with lower knurled wheel bottom lower movable case and be undertaken on lower guideway by lower knurled wheel, lower mobile motor and lower knurled wheel are in transmission connection, lower knurled wheel and lower guideway frictional fit; Described rotary drive mechanism is arranged in lower movable case, and it comprises rotary drive motor and rotating shaft, and rotary drive motor is connected with rotating shaft transmission, and rotating shaft is vertically arranged, and rotating shaft upper end is connected with standpipe.
Movable case is provided with bottom described upper rail, the overhead guard of upper movable case and lift drive mechanism is rotatably assorted, mobile motor is provided with in described upper movable case, upper movable case top is provided with knurled wheel, upper mobile motor and upper knurled wheel are in transmission connection, upper knurled wheel and upper rail frictional fit, upper knurled wheel and lower knurled wheel synchronous working.
Described double layer erection has more than seven layers, it comprises upper frame, column, pull bar, ground and described bracket, the rectangular distribution of column is also connected between upper frame and ground, bracket to be positioned at inside double layer frame and to be connected with column, the rear end of two brackets in left and right is connected, front end separates, pull bar is inclined at bracket outside, and pull bar lower end is connected to column and bracket junction, and pull bar upper end is connected with the top component of its place bracket.
Described upper rail is arranged on upper frame inner bottom part, and rear and front end, upper movable case top is respectively equipped with front jocket wheel and upper rear guide wheel; Described lower guideway is arranged on ground, and bottom lower movable case, rear and front end is respectively equipped with lower front jocket wheel and lower rear guide wheel; Described upper rail and lower guideway are i iron, and upper front jocket wheel and upper rear guide wheel are all arranged in the concave surface of the upper rail left and right sides, and lower front jocket wheel and lower rear guide wheel are all arranged in the concave surface of the lower guideway left and right sides.
Between the upper frame of described double layer frame and column, to be bolted between upper frame and pull bar, between column and bracket, between column and pull bar, between column and ground and by being welded and fixed (fixed by dual mode, the intensity of double layer frame can be strengthened); The spacing of left and right two root posts is 5300MM to 5500MM.
Described double layer frame is provided with cat ladder on rear side of corresponding aisle, and cat ladder is between upper frame and ground.By arranging cat ladder, maintenance personal can safeguard by cat ladder every one deck to double layer frame.
The beneficial effects of the utility model are as follows:
(1) the ride plate hanging platform of this kind of storied 3-D parking apparatus is coordinated by three location point hooks with the hanger on standpipe, realizes good, stable weight capacity, thus improves its safety used.
(2) three hanging grooves of ride plate hanging platform to be positioned on same vertical plane and in Chinese character pin-shaped distribution, make the left and right distance of hanging platform less (realizing the object that storied 3-D parking apparatus floor space is little), to improve the utilization rate of storied 3-D parking apparatus installation site.
(3) this kind of storied 3-D parking apparatus has more than seven layers, and is synchronously driven before and after standpipe by upper and lower two movable cases and walk, thus it is more safe and reliable to make it run.
(4) this kind of storied 3-D parking apparatus can overlap left and right more and installs and uses side by side, and many cover storied 3-D parking tower storehouses side by side after can more effective wind resistance.
(5) bracket of this kind of storied 3-D parking apparatus is provided with diagonal member, and to make the rigidity of double layer frame greatly improve, the supporting capacity of bracket also improves greatly.
Accompanying drawing explanation
Fig. 1 is the utility model one example structure schematic diagram.
Fig. 2 is another angle of Fig. 1 (after taking down part ride plate) structural representation.
Fig. 3 is the utility model partial structurtes schematic diagrames.
Fig. 4 is the utility model hanger one angled arrangement schematic diagram.
Fig. 5 is another angled arrangement schematic diagram of the utility model hanger.
Fig. 6 is the utility model ride plate one angled arrangement schematic diagram.
Fig. 7 is A place structure for amplifying schematic diagram in Fig. 6.
Fig. 8 is the left TV structure schematic diagram of the utility model.
Fig. 9 is B place structure for amplifying schematic diagram in Fig. 8.
Figure 10 is C place structure for amplifying schematic diagram in Fig. 8.
Figure 11 is the main TV structure schematic diagram of the utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described.
See shown in Fig. 1 to Fig. 7, a kind of without dodging storied 3-D parking apparatus ride board connecting structure, comprise double layer frame 7, standpipe 6, for controlling the rotary drive mechanism that standpipe 6 rotates, for the ride plate 5 parked cars, the hanger 3 coordinated with ride plate 5 hook, for controlling the lift drive mechanism 2 that hanger 3 is elevated, hanger 3 is up and down to be arranged on outside standpipe 6, it is characterized in that, described double layer frame 7 is at least provided with one deck, every layer is provided with two, left and right for bearing the bracket 72 of ride plate 5, each bracket 72 is provided with a ride plate 5, aisle is left between two brackets 72 in left and right, upper and lower two ends, the double corresponding aisle of layer frame 7 are respectively equipped with upper rail 10 and lower guideway 9, standpipe 6 and lift drive mechanism 2 are movable between upper rail 10 and lower guideway 9, described ride plate 5 is fixed with hanging platform 4 near the side in aisle, and hanging platform 4 is provided with at least three hanging grooves 41 towards the side in aisle, and the corresponding hanging groove 41 of hanger 3 is provided with hook 31, and hook 31 inserts hanging groove 41 from the bottom up.
Described hanging groove 41 is disposed on the same plane.
Described hanging groove 41 is provided with three, the distribution in isosceles triangle of each hanging groove 41.
The hook 31 of described hanger 3 is in L-type, the corresponding standpipe of hanger 36 is provided with the gathering sill 33 running through its upper and lower two ends, the side all around of gathering sill 33 is respectively equipped with front jockey wheel 35, rear directive wheel 32 and left and right sides directive wheel 34, and front jockey wheel 35, rear directive wheel 32 and left and right sides directive wheel 34 roll with standpipe 6 outer wall and coordinate; Described hanger 3 width is 400MM to 800MM.
Shown in composition graphs 8 to Figure 11, described lift drive mechanism 2 is arranged on standpipe 6 top, it comprises lifting drive motors, chain drive pair and overhead guard, lifting drive motors is connected with chain drive auxiliary driving, chain drive pair is connected with hanger 3 by safety dropping prevent mechanism, and overhead guard is arranged on outside lifting drive motors; Lower movable case 8 is provided with bottom described standpipe 6, lower mobile motor 83 is provided with in lower movable case 8, be provided with lower knurled wheel 84 bottom lower movable case 8 and be undertaken on lower guideway 9 by lower knurled wheel 84, lower mobile motor 83 is in transmission connection with lower knurled wheel 84, lower knurled wheel 84 and lower guideway 9 frictional fit; Described rotary drive mechanism is arranged in lower movable case 8, and it comprises rotary drive motor 85 and rotating shaft 86, and rotary drive motor 85 and rotating shaft 86 are in transmission connection, and rotating shaft 86 is vertically arranged, and rotating shaft 86 upper end is connected with standpipe 6.
Movable case 1 is provided with bottom described upper rail 10, upper movable case 1 is rotatably assorted with the overhead guard of lift drive mechanism 2, mobile motor 14 is provided with in described upper movable case 1, upper movable case 1 top is provided with knurled wheel 12, upper mobile motor 14 is in transmission connection with upper knurled wheel 12, upper knurled wheel 12 and upper rail 10 frictional fit, upper knurled wheel 12 and lower knurled wheel 84 synchronous working.
Described double layer frame 7 is provided with more than seven layers, it comprises upper frame 71, column 74, pull bar 73, ground 75 and described bracket 72, the rectangular distribution of column 74 is also connected between upper frame 71 and ground 75, bracket 72 to be positioned at inside double layer frame 7 and to be connected with column 74, the rear end of two brackets 72 in left and right is connected, front end separates, pull bar 73 is inclined at bracket 72 outside, and pull bar 73 lower end is connected to column 74 and bracket 72 junction, and pull bar 73 upper end is connected with the top component of its place bracket 72.
Described upper rail 10 is arranged on upper frame 71 inner bottom part, and rear and front end, upper movable case 1 top is respectively equipped with front jocket wheel 11 and upper rear guide wheel 13; Described lower guideway 9 is arranged on ground 75, and bottom lower movable case 8, rear and front end is respectively equipped with lower front jocket wheel 81 and lower rear guide wheel 82; Described upper rail 10 and lower guideway 9 are i iron, and upper front jocket wheel 11 and upper rear guide wheel 13 are all arranged in the concave surface of upper rail 10 left and right sides, and lower front jocket wheel 81 and lower rear guide wheel 82 are all arranged in the concave surface of lower guideway 9 left and right sides.
To be bolted between the upper frame 71 of described double layer frame 7 and column 74, between upper frame 71 and pull bar 73, between column 74 and bracket 72, between column 74 and pull bar 73, between column 74 and ground 75 and by being welded and fixed; The spacing of left and right two root posts 74 is 5300MM to 5500MM.
Be provided with cat ladder 76 on rear side of the described double corresponding aisle of layer frame 7, cat ladder 76 is between upper frame 71 and ground 75.