CN105064750A - Tower-type parking building with elevator with two-side exits - Google Patents
Tower-type parking building with elevator with two-side exits Download PDFInfo
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- CN105064750A CN105064750A CN201510548884.9A CN201510548884A CN105064750A CN 105064750 A CN105064750 A CN 105064750A CN 201510548884 A CN201510548884 A CN 201510548884A CN 105064750 A CN105064750 A CN 105064750A
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Abstract
The invention discloses a tower-type parking building with an elevator with two-side exits. The tower-type parking building comprises a plurality of bearing stand columns. The upper part and the lower part of the bearing stand columns are connected with floor plates arranged evenly at intervals. The central part of the area defined by all the bearing stand columns is used as an elevator lifting channel. The rotating vehicle loading elevator is arranged inside the elevator lifting channel. The rotating vehicle loading elevator is provided with two layers. The distance between the upper and lower layers inside the rotating vehicle loading elevator is the same as the interval between the adjacent floor plates. The two opposite sides of the rotating vehicle loading elevator are provided with the vehicle entrances and exits. A plurality of parking platforms are arranged on each floor plate around the elevator lifting channel. One parking platform of the first floor is connected with the first floor vehicle channel and used as the odd floor vehicle withdrawing and parking platform. One parking platform of the second floor is connected with a second vehicle channel and used as an even floor vehicle withdrawing and parking platform. Two vehicles can be conveyed every time the rotating vehicle loading elevator operates, so that the vehicle withdrawing and parking efficiency is improved. Due to the arrangement of the vehicle entrances and exits on the two sides, rotation of an elevator cage can be reduced, the vehicle withdrawing and parking efficiency is improved, and energy consumption is lowered.
Description
Technical field
The present invention relates to a kind of parking building, especially a kind of parking building.
Background technology
Along with the development of economic society, automobile progresses into huge numbers of families, and society's recoverable amount of getting on the car is increasing, and automobile is increasing at city Midst density, and parking difficulty has become a great problem of townsfolk, becomes the major issue that affects urbanization process.Parking difficulty significant data shows, China's recent years urban motor vehicle average speed of growth is at 15%-20%, and the average speed of growth of same time city parking infrastructure only has 2%-3%, particularly the growth rate of metropolitan vehicle possess amount is considerably beyond the growth rate of parking infrastructure, therefore, the measure of solution is actively sought by governments at all levels for the problem of city parking difficulty.
As the mark of Modern Metropolis, three-dimensional building and multilevel traffic have had remarkable development, the sound that road is crowded, Che Manwei suffers from the least harmony become in current fast pace society, development parking systems has become the common recognition of people, builds the current demand of concentrating the parking building stopped to become urban construction.Existing parking building parking efficiency is lower, and elevator can only pick and place a car at every turn, and driver often needs to wait for elevator, uses comparatively inconvenience.
Summary of the invention
The object of the present invention is to provide a kind of access efficiency high, stop and to pick up the car conveniently tower type parking building.
For achieving the above object, the tower type parking building that elevator of the present invention is provided with bilateral outlet comprises along the circumferential direction evenly distributed some bearing columns, and the upper and lower uniform intervals of each bearing column is connected with some floor plates; The centre of each bearing column institute region is vertically as elevator lifting channel, and the floor plates of top is provided with elevator machine room in elevator lifting channel place, is provided with to rotate to carry car elevator in elevator lifting channel; The middle part of each floor plates is equipped with the centre bore corresponding with elevator lifting channel; Be provided with driving winding plant in elevator machine room, drive winding plant to carry car elevator by rope and rotation and be connected; It is double-deck setting that a car elevator is carried in rotation, and the interval in rotation year car elevator between levels is identical with the interval between contiguous floors plate; Rotate year relative both sides of car elevator and be respectively equipped with vehicles while passing mouth, rotation is carried car elevator upper strata and is rotated Zai Che elevator lower floor and all communicates with these two vehicles while passing mouths;
Each floor plates is all provided with some landings around elevator lifting channel; The vertical corresponding setting of landing in each floor plates;
A landing of Stall connects first floor porte-cochere, and this landing picks and places platform as odd-level vehicle; A landing of second floor connects second layer porte-cochere, and this landing picks and places platform as even level vehicle; Odd-level vehicle picks and places platform side and is provided with operating room.
Elevator lifting channel circumferentially outer rim position is evenly provided with some cage guides; The joint of cage guide between adjacent landing;
Rotate year car elevator and comprise the upper turntable support and backspin turntable support that arrange every correspondence between the upper and lower, upper turntable cradle top is provided with elevator lifting auxiliary body, and elevator lifting auxiliary body is connected with the driving winding plant in elevator machine room by rope; Upper turntable support is connected with swing hydraulic pressure cylinder, the output shaft of swing hydraulic pressure cylinder stretches out turntable support downwards and is connected with terraced cage, ladder cage bottom is connected on backspin turntable support, be provided with in the middle part of ladder cage and move car platform, be provided with and move down car platform bottom ladder cage, upper and lower move car platform is equipped with for by vehicle by landing be loaded into rotate carry car elevator or by vehicle by rotate carry that car elevator delivers to landing move car machine; Rotating the electric control gear carrying car elevator and move car machine is located in operating room; The terraced cage moving both sides before and after car machine is equipped with described vehicles while passing mouth;
Upper and lower turntable supporting structure is identical, and include the link being positioned at middle part and the some guide pegs be circumferentially evenly connected on link, guide peg and described cage guide one_to_one corresponding are arranged; The outer end of each guide peg is all connected with a pair turntable pulley, and this is clamped in cage guide both sides to turntable pulley and rolls with cage guide and is connected.
Described terraced cage is frame construction, comprises the connection column of rectangle upper ledge and some vertical settings, connects column upper end and is connected with upper ledge, connects column lower end and is connected with backspin turntable support; Be provided with cross stiffener in upper ledge, the center of cross stiffener is connected with described swing hydraulic pressure cylinder.
Moving car platform on described identical with moving down car platform structure, including pedestal, what be upwards provided with the setting of twice parallel interval in the middle part of pedestal moves car platform rail;
The described car machine that moves comprises vehicle body, and in the middle part of vehicle body, both sides are respectively equipped with driving wheel, driving wheel with move car platform rail and roll and coordinate; Be provided with in vehicle body and drive with driving wheel the drive motors be connected, drive motors is connected with driving governor;
Body forward structure and rear portion are arranged with bearing groove, car bearing platform is respectively equipped with in two bearing grooves at body forward structure and rear portion, car bearing platform comprises the middle plate be located in bearing groove, be provided with after the both sides of middle plate bend downwards and somely horizontally disposedly move car dislocation carrier bar, adjacent moving between car dislocation carrier bar is provided with gap; Be embedded with in the middle part of the bottom land of bearing groove for jacking or fall car bearing platform lift hydraulic cylinder, the piston rod lifting hydraulic cylinder upwards with plate top press-fit in car bearing platform;
Described landing comprises parking base plate, and parking base plate is provided with the landing guide rail that twice parallel interval is arranged, and landing guide rail is corresponding with moving car platform rail to be arranged; Parking base plate both sides are upwards connected with side plate, and side plate top is connected with to the direction of landing guide rail the dislocation carrier bar that stops; The distance of stopping between the dislocation bottom of carrier bar and parking base plate is greater than moves car and to misplace the height of carrier bar; Car bearing platform is positioned at the limit high-order time shift car dislocation carrier bar of rise higher than parking dislocation carrier bar, and car bearing platform is positioned at the limit low level time shift car fallen and misplaces carrier bar lower than parking dislocation carrier bar;
The adjacent gap moved between car dislocation carrier bar is greater than the width of the dislocation carrier bar that stops, and the gap between adjacent parking dislocation carrier bar is greater than the width moving car dislocation carrier bar.
The middle plate of described car bearing platform to having two row's BOGEY WHEELs, two row's BOGEY WHEELs with move car platform rail and roll and be connected.
One end of the landing guide rail of described landing stretches out parking base plate and the left and right sides bottom landing guide rail is connected with landing locking bed, and landing locking bed is provided with locking slot; The side moving the rear and front end portion of car platform rail is respectively equipped with locked hydraulic cylinder, and the extension bar of locked hydraulic cylinder is check lock lever, and check lock lever is corresponding with locking slot to be arranged; Landing locking bed and locking slot thereof and locked hydraulic cylinder and check lock lever thereof form hydraulic pressure lock machine.
Described bearing column is along the circumferential direction evenly provided with 6.
After described second layer porte-cochere from top to bottom rotates around building and declines and first floor porte-cochere converge merging traffic; Second layer porte-cochere is provided with the adjustment platform for turning during vehicles while passing in the landing place that it is connected;
The floor plates that even level vehicle picks and places platform place is connected with the walking ladder passing to ground.
First floor porte-cochere is provided with one deck automatic railing, and second layer porte-cochere is provided with two layers of automatic railing, and the controller of each automatic railing is all located in operating room.
In the present invention, rotate a year car elevator and often run once, can transport (stop or pick up the car) two cars, the car rotating Zai Che elevator lower floor is parked in odd-level, rotates the car carrying car elevator upper strata and is parked in even level; Two drivers can one in Stall access, another accesses at second floor.The design of the two car of a this ladder, substantially increases the efficiency of access vehicle, shortens the access time, person easy to use.The setting of bilateral vehicles while passing mouth can reduce the rotation (arbitrary vehicles while passing mouth aims at landing) of terraced cage, improves the efficiency of access vehicle, and reduces the energy consumption required for the rotation of terraced cage.
During parking, driver only needs car to open and picks and places platform (being positioned at Stall) to odd-level vehicle or even level vehicle picks and places platform (being positioned at second floor), can be carried car elevator and move car machine automatically removed by car and stop the landing to the free time by the electric control gear automatic control type rotating in operating room.Staff in operating room monitors and adjusts the duty of electric control gear.When picking up the car, driver only needs to pick and place platform or even level vehicle to odd-level vehicle and picks and places platform and wait and pick up the car, staff in operating room controls to rotate by electric control gear and carries car elevator and move car machine and automatically taken out by landing by vehicle, is transported to odd-level vehicle and picks and places platform or even level vehicle picks and places platform.
It is comparatively large that swing hydraulic pressure cylinder body amasss moment of torsion that is little, that export, and maximum rotation angle is 270 degree.As long as be all not less than 180 degree to the rotational angle of both direction (clockwise with counterclockwise), then can meet the demand of moving car machine to arbitrary landing docking completely.Certainly, carry the relative both sides of car elevator in rotation in the present invention and be respectively equipped with vehicles while passing mouth, the anglec of rotation rotating and carry car elevator ladder cage can be reduced, as long as be all not less than 90 degree to the rotational angle of both direction, namely can meet the demand of moving car machine to arbitrary landing docking completely.
Ladder cage adopts frame construction, and structure is simple on the one hand, lighter in weight, and be convenient to rotate, cost is lower, is very easy to arrange vehicles while passing mouth on the other hand.
Move car machine structure simple, easy to use.Car bearing platform can rise or land under the effect of lifting hydraulic cylinder, thus vehicle can be held up from landing or be placed on landing by vehicle.
The setting of BOGEY WHEEL can strengthen the bearing capacity moving car machine, makes to move car machine more stably vehicle.
Hydraulic pressure lock machine to arrange structure simple, need not aim at completely and get final product locking, in the process of locking, automatic calibration moves the Aligning degree of car machine and landing, very easy to use.Move car machine after locking just in time to aim at landing, and can not be subjected to displacement each other, be convenient to move car machine and stably pick up the car at landing or put car.
After second layer porte-cochere from top to bottom rotates around building and declines and first floor porte-cochere converge merging traffic, can unify the vehicles while passing passage in tower type parking building, both person easy to use, also reduced cost.Adjustment platform facilitates driver to be sailed into by vehicle or rolls even level vehicle away from and picks and places platform.
The setting of one deck and two layers of automatic railing is convenient to operator on duty and is let pass as required or stop vehicle.
Accompanying drawing explanation
Fig. 1 is plane structure schematic diagram of the present invention;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the D-D direction view of Fig. 2;
Fig. 4 is perspective view of the present invention under an angle;
Fig. 5 is perspective view of the present invention under another angle;
Fig. 6 is the partial sectional view of Fig. 5;
Fig. 7 is the enlarged drawing at A place in Fig. 6;
Fig. 8 is the enlarged drawing at B place in Fig. 7;
Fig. 9 rotates the plane structure schematic diagram carrying car elevator;
Figure 10 is the left view of Fig. 9;
Figure 11 is the enlarged drawing at C place in Figure 10;
Figure 12 is the top view of Fig. 9;
Figure 13 rotates the perspective view of carrying car elevator;
Figure 14 is the plane structure schematic diagram moving car machine;
Figure 15 is the left view of Figure 14;
Figure 16 is the A-A cross-sectional schematic of Figure 15;
Figure 17 is the top view of Figure 14;
Figure 18 is the perspective view of moving car machine;
Figure 19 is the structural representation of upper and lower turntable support;
Figure 20 moves car machine to be positioned at and to move on car platform or the structural representation moved down on car platform;
Figure 21 is the left view of Figure 20;
Figure 22 is the structural representation of landing.
Detailed description of the invention
As shown in Fig. 1 to Figure 22, the tower type parking building that elevator of the present invention is provided with bilateral outlet comprises along the circumferential direction evenly distributed some bearing columns 4, and each bearing column about 4 uniform intervals is connected with some floor plates 3; The centre of each bearing column 4 regions is vertically as elevator lifting channel 31, and the floor plates 3 of top is provided with elevator machine room 1 in elevator lifting channel 31 place, is provided with to rotate to carry car elevator 13 in elevator lifting channel 31; The middle part of each floor plates 3 is equipped with the centre bore corresponding with elevator lifting channel 31; Be provided with in elevator machine room 1 and drive winding plant (to drive winding plant to be the routine techniques of elevator, its concrete structure no longer describes in detail), drive winding plant to carry car elevator 13 by rope (rope adopts wire rope usually, is routine techniques, and figure does not show) with rotation to be connected; It is double-deck setting that a car elevator 13 is carried in rotation, and the interval in rotation year car elevator between levels is identical with the interval between contiguous floors plate 3; A rotation year car elevator is respectively equipped with vehicles while passing mouth 41(two vehicles while passing mouths relative to both sides and is positioned at same straight line), rotate year car elevator upper strata and all communicate with these two vehicles while passing mouths 41 with rotation Zai Che elevator lower floor;
Each floor plates 3 is all provided with some landings 2 around elevator lifting channel 31; The vertical corresponding setting of landing 22 in each floor plates 3;
A landing 2 of Stall connects first floor porte-cochere 10, and this landing 2 picks and places platform as odd-level vehicle; A landing 2 of second floor connects second layer porte-cochere 12, and this landing 2 picks and places platform as even level vehicle; Odd-level vehicle picks and places platform side and is provided with operating room 8.
Elevator lifting channel 31 circumferentially outer rim position is evenly provided with some cage guides 15; The joint of cage guide 15 between adjacent landing 2;
Rotate year car elevator 13 and comprise the upper turntable support 13-3 and backspin turntable support 13-9 that arrange every correspondence between the upper and lower, upper turntable support 13-3 top is provided with elevator lifting auxiliary body 13-1, elevator lifting auxiliary body 13-1 is connected with the driving winding plant in elevator machine room 1 by rope (be generally wire rope, figure does not show rope); Elevator lifting auxiliary body 13-1 is the elevator car top portion mechanism of the routines such as pulley, and its concrete structure no longer describes in detail.Upper turntable support 13-3 is connected with swing hydraulic pressure cylinder 13-10, the output shaft of swing hydraulic pressure cylinder 13-10 stretches out turntable support 13-3 downwards and is connected with terraced cage 42, ladder cage 42 bottom is connected on backspin turntable support 13-9, be provided with in the middle part of ladder cage 42 and move car platform 13-5, be provided with and move down car platform 13-8 bottom ladder cage 42, upper and lower move car platform 13-5,13-8 be equipped with for by vehicle by landing 2 be loaded into rotate carry car elevator or by vehicle by rotate carry that car elevator delivers to landing 2 move car machine 14; Rotating the electric control gear carrying car elevator and move car machine 14 is located in operating room 8; The terraced cage 42 moving both sides before and after car machine 14 is equipped with described vehicles while passing mouth 41, thus allows to move car machine 14 and transport to both direction or receive vehicle, reduce the rotation of terraced cage 42.
Upper and lower turntable support 13-3,13-9 structure is identical, and include the link 32 being positioned at middle part and the some guide pegs 33 be circumferentially evenly connected on link 32, guide peg 33 and described cage guide 15 one_to_one corresponding are arranged; The outer end of each guide peg 33 is all connected with a pair turntable pulley 13-2, and this is clamped in cage guide 15 both sides to turntable pulley 13-2 and rolls with cage guide 15 and is connected.This structure can ensure that the upper turntable support 13-3 of rotation year car elevator and backspin turntable support 13-9 can not horizontally rotate, ensure that rotation is carried a car elevator in the vertical direction and stably run along cage guide 15, improve the degree of stability and the degree of reliability that rotate and carry the operation of car elevator on the whole.Wherein, described link 32 preferably adopts loop configuration, and save material, structural strength is better.
Described terraced cage 42 is frame construction, comprises the connection column 35 of rectangle upper ledge 34 and some vertical settings, connects column 35 upper end and is connected with upper ledge 34, connects column 35 lower end and is connected with backspin turntable support 13-9; Connect column 35 lower end sidepiece and move down car platform 13-8 and be connected.
Be provided with cross stiffener 36 in upper ledge 34, the center of cross stiffener 36 is connected with described swing hydraulic pressure cylinder 13-10.
Moving car platform 13-5 on described identical with moving down car platform 13-8 structure, including pedestal 37, what be upwards provided with the setting of twice parallel interval in the middle part of pedestal 37 moves car platform rail 13-4;
The described car machine 14 that moves comprises vehicle body 14-2, and in the middle part of vehicle body 14-2, both sides are respectively equipped with driving wheel 14-1, driving wheel 14-1 with move car platform rail 13-4 and roll and coordinate; Be provided with the drive motors 14-2-2 driving with driving wheel 14-1 and be connected in vehicle body 14-2, drive motors 14-2-2 is connected with driving governor 14-2-1; Driving governor 14-2-1 is connected with the electric control gear in operating room 8.
Vehicle body 14-2 front and rear is arranged with bearing groove 14-5, car bearing platform is respectively equipped with in two bearing groove 14-5 of vehicle body 14-2 front and rear, car bearing platform comprises the middle plate 14-3-1 be located in bearing groove 14-5, be provided with that (being preferably integrally formed with) is some horizontally disposedly moves car dislocation carrier bar 14-3-2 downwards after the both sides of middle plate 14-3-1 bend, adjacent moving between car dislocation carrier bar 14-3-2 is provided with gap; Be embedded with in the middle part of the bottom land of bearing groove 14-5 for jacking or fall car bearing platform lift hydraulic cylinder 14-2-4, the piston rod lifting hydraulic cylinder 14-2-4 upwards pushes up press-fit with plate 14-3-1 in car bearing platform.
Described landing 2 comprises parking base plate 2-3, and parking base plate 2-3 is provided with the landing guide rail 2-2 that twice parallel interval is arranged, and landing guide rail 2-2 is corresponding with moving car platform rail 13-4 to be arranged; Parking base plate 2-3 both sides are upwards connected with side plate 2-4, and side plate 2-4 top is connected with to the direction of landing guide rail 2-2 the dislocation carrier bar 2-5 that stops; The distance of stopping between the bottom of dislocation carrier bar 2-5 and parking base plate 2-3 is greater than moves car and misplace the height of carrier bar 14-3-2, is come in and gone out by the gap misplaced between carrier bar 2-5 and parking base plate 2-3 of stopping to pick and place vehicle time shift car dislocation carrier bar 14-3-2; Car bearing platform is positioned at the limit high-order time shift car dislocation carrier bar 14-3-2 of rise higher than parking dislocation carrier bar 2-5, and car bearing platform is positioned at the limit low level time shift car fallen and misplaces carrier bar 14-3-2 lower than parking dislocation carrier bar 2-5.
The adjacent gap moved between car dislocation carrier bar 14-3-2 is greater than the width of the dislocation carrier bar 2-5 that stops, adjacent gap of stopping between dislocation carrier bar 2-5 is greater than the width moving car dislocation carrier bar 14-3-2, the dislocation carrier bar 2-5 that stops when picking and placeing vehicle, to move car dislocation carrier bar 14-3-2 mutually by the gap of the other side.
The middle plate 14-3-1 of described car bearing platform to having two row's BOGEY WHEEL 14-4, two row BOGEY WHEEL 14-4 with move car platform rail 13-4 and roll and be connected; The described rear and front end portion moving the vehicle body 14-2 of car machine 14 is respectively equipped with position sensor 14-2-3.
One end of the landing guide rail 2-2 of described landing 2 stretches out parking base plate 2-3 and the left and right sides of this end base of landing guide rail 2-2 is connected with landing locking bed 2-1, and landing locking bed 2-1 is provided with locking slot 2-7; The side moving the rear and front end portion of car platform rail 13-4 is respectively equipped with locked hydraulic cylinder 13-11-1, and the extension bar of locked hydraulic cylinder 13-11-1 is check lock lever 13-11-2, and check lock lever 13-11-2 is corresponding with locking slot 2-7 to be arranged; Landing locking bed 2-1 and locking slot 2-7 thereof and locked hydraulic cylinder 13-11-1 and check lock lever 13-11-2 thereof forms hydraulic pressure lock machine 13-11.
Described locking slot 2-7 is the little cone tank in the mouth large end; The outer end of described check lock lever 13-11-2 is in the taper suitable with described locking slot 2-7.Like this when moving car machine 14 and docking with landing 2, need not aim at completely, check lock lever 13-11-2 can insert locking slot 2-7; When the conical section of check lock lever 13-11-2 reeve locking slot 2-7 depths, check lock lever 13-11-2 end inserts the conical section of locking slot 2-7 completely, because check lock lever 13-11-2 is except its taper position, outer end, the diameter of other main part is all larger, thus the fit clearance between the main part of check lock lever 13-11-2 and locking slot is less, like this will the Aligning degree of automatic calibration check lock lever 13-11-2 and locking slot 2-7, thus automatic calibration moves the Aligning degree of car machine 14 and landing 2.
Described bearing column 4 is along the circumferential direction evenly provided with 6.
After described second layer porte-cochere 12 from top to bottom rotates around building and declines and first floor porte-cochere 10 converge merging traffic; Second layer porte-cochere 12 is provided with the adjustment platform 5 for turning during vehicles while passing in landing 2 place that it is connected;
The floor plates 3 that even level vehicle picks and places platform place is connected with the walking ladder 6 passing to ground.
This set can unify the vehicles while passing passage in tower type parking building, and both person easy to use, also reduced cost.Adjustment platform 5 facilitates driver to be sailed into by vehicle or rolls even level vehicle away from and picks and places platform.The setting of walking ladder 6, be convenient to when driver picks up the car by walking ladder 6 directly on pick and place platform place to the even level vehicle being positioned at two layers, conveniently pick up the car.
First floor porte-cochere 10 is provided with one deck automatic railing, and second layer porte-cochere 12 is provided with two layers of automatic railing, and the controller of each automatic railing is all located in operating room 8.Be convenient to operator on duty let pass as required or stop vehicle.
Wherein, the region that each cage guide 15 surrounds is elevator lifting channel 31.
When driver is stopped, the car of different drivers is assigned to odd-level or even level by system by the staff in operating room 8.One in front and one in back two drivers in principle, one is assigned to odd-level one and is assigned to even level, and the car of such two drivers can enter Double layer rotating simultaneously and carry car elevator 13, significantly improves parking efficiency.
Vehicle leaves into first floor porte-cochere 10 or second layer porte-cochere 12 by driver under the guiding of operating room 8 staff, and operating room 8 staff controls automatic railing and rises with clearance vehicle.Driver is by after automatic railing, storing cycle is picked and placeed on platform or even level vehicle to pick and place on platform (vehicle is specifically parked on the parking dislocation carrier bar 2-5 on corresponding landing 2) at odd-level vehicle, so far the parking action of driver completes, and can go out and freely handle other affairs.Staff in operating room 8 controls to rotate by electric control gear (for existing routine techniques) carries the bottom that car elevator drops to tower type parking building, now rotates and carries car elevator upper strata just to second floor, rotate Zai Che elevator lower floor just to Stall.Staff in operating room 8 by electric control gear hydraulic control oscillating cylinder 13-10, makes terraced cage 42 that swing hydraulic pressure cylinder 13-10 driven rotary carries car elevator rotate position to moving car machine 14 and just picking and placeing vehicle platform.Pick and place platform because the landing 2(of each layer connects the landing 2 of porte-cochere as vehicle) setting position mutually corresponding on vertical, therefore terraced cage 42 rotates the odd-level vehicle that even level vehicle that the car machine that moves 14 carrying car elevator upper strata and the car machine 14 that moves rotating Zai Che elevator lower floor aim at two layers at one time picks and places platform and one deck and picks and places platform, this time shift car platform rail 13-4 aligning landing guide rail 2-2 in rotating.
Then, locked hydraulic cylinder 13-11-1 action, check lock lever 13-11-2 stretches into locking slot 2-7, make respectively to move car machine 14 and align corresponding landing 2(herein for odd-level vehicle picks and places platform or even level vehicle picks and places platform), and make to move car platform rail 13-4 and landing guide rail 2-2 locks mutually.Now, car platform rail 13-4 is moved and landing guide rail 2-2 is docking together.
After locking (this time shift car dislocation carrier bar 14-3-2 is positioned at its limit low level), start drive motors 14-2-2, driving wheel 14-1 drive moves car machine 14 and moves to the direction of landing 2 along moving car platform rail 13-4.Along with the advance moving car machine 14, move car dislocation carrier bar 14-3-2 and insert the gap of stopping between dislocation carrier bar 2-5 and parking base plate 2-3.Move after car machine 14 advances and put in place, each moves car dislocation carrier bar 14-3-2 between the gap being positioned at two adjacent dislocation carrier bar 2-5 that stop.Then hydraulic cylinder 14-2-4 jacking car bearing platform is lifted, each moves car dislocation carrier bar 14-3-2 and is upwards raised up to position higher than the dislocation carrier bar 2-5 that stops by the gap of adjacent two dislocation carrier bar 2-5 that stop, and this time shift car dislocation carrier bar 14-3-2 holds up originally be parked in the vehicle stopped on dislocation carrier bar 2-5.
After holding up vehicle, start drive motors 14-2-2, driving wheel 14-1 starts drive and moves car machine 14 along landing guide rail 2-2 oppositely movement, and enter and move car platform rail 13-4, thus vehicle is moved in rotation year car elevator ladder cage 42, then the check lock lever 13-11-2 of locked hydraulic cylinder 13-11-1 regains, make to move car platform rail 13-4 and landing guide rail 2-2 disengaging locking state and complete action of picking up the car (it is high-order that this time shift car dislocation carrier bar 14-3-2 is positioned at its limit, do not fall).
After the car machine 14 that moves rotating year car elevator the upper and lower all completes action of picking up the car, rotate to carry under car elevator drives the effect of winding plant in elevator machine room 1 and be raised up to the floor set, rotate and carry the corresponding even level in car elevator upper strata, rotate the corresponding odd-level of Zai Che elevator lower floor.Swing hydraulic pressure cylinder 13-10 action, makes terraced cage 42 rotate to moving car machine 14 just in time facing to the position of landing 2.Rotate a year car elevator to stop well, respectively move car machine 14 and carry out parking action respectively.
First parking action is locked hydraulic cylinder 13-11-1 action, and check lock lever 13-11-2 stretches into locking slot 2-7, makes respectively to move car machine 14 and aligns corresponding landing 2, and makes to move car platform rail 13-4 and landing guide rail 2-2 locks mutually.Now, car platform rail 13-4 is moved and landing guide rail 2-2 is docking together.
After locking (it is high-order that this time shift car dislocation carrier bar 14-3-2 is positioned at its limit), start drive motors 14-2-2, driving wheel 14-1 drive moves car machine 14 and moves to the direction of landing 2 along moving car platform rail 13-4.
Along with the advance moving car machine 14, move the top that car dislocation carrier bar 14-3-2 is advanced to the dislocation carrier bar 2-5 that stops;
Move after car machine 14 advances and put in place, each moves car dislocation carrier bar 14-3-2 between the gap being positioned at two adjacent dislocation carrier bar 2-5 that stop.Then the piston rod lifting hydraulic cylinder 14-2-4 is regained downwards, car bearing platform declines, now each moves the gap of car dislocation carrier bar 14-3-2 by adjacent two dislocation carrier bar 2-5 that stop to dropping between parking dislocation carrier bar 2-5 and parking base plate 2-3, originally be parked in the vehicle moved on car dislocation carrier bar 14-3-2 in the process naturally to have dropped on parking dislocation carrier bar 2-5, vehicle stops.
Vehicle stop good after, start drive motors 14-2-2, driving wheel 14-1 starts drive and moves car machine 14 along landing guide rail 2-2 and retract car platform rail 13-4, and then makes to move car machine 14 and return to rotate and carry a car elevator ladder cage 42.Then the check lock lever 13-11-2 of locked hydraulic cylinder 13-11-1 regains, make to move car platform rail 13-4 and landing guide rail 2-2 disengaging locking state and complete action of all stopping (this time shift car dislocation carrier bar 14-3-2 is positioned at its limit low level, does not rise).
It is exactly more than whole docking process.The process that driver picks up the car is then just in time completely contrary with above-mentioned docking process.Driver picks and places platform place or even level vehicle picks and places platform place waiting vehicle at odd-level vehicle, rotate and carry car elevator and move after car machine 14 picks up the car, vehicle being placed on odd-level vehicle picks and places on platform or even level vehicle picks and places on platform, then drives to sail out of tower type parking building of the present invention through first floor porte-cochere 10 or second layer porte-cochere 12.Directly go up to even level vehicle for convenience of driver and pick and place platform place (being positioned at the second layer), the floor plates 3 picking and placeing platform place at even level vehicle is especially provided with the walking ladder 6 passing to ground.
Claims (9)
1. elevator is provided with the tower type parking building of bilateral outlet, and it is characterized in that: comprise along the circumferential direction evenly distributed some bearing columns, the upper and lower uniform intervals of each bearing column is connected with some floor plates; The centre of each bearing column institute region is vertically as elevator lifting channel, and the floor plates of top is provided with elevator machine room in elevator lifting channel place, is provided with to rotate to carry car elevator in elevator lifting channel; The middle part of each floor plates is equipped with the centre bore corresponding with elevator lifting channel; Be provided with driving winding plant in elevator machine room, drive winding plant to carry car elevator by rope and rotation and be connected; It is double-deck setting that a car elevator is carried in rotation, and the interval in rotation year car elevator between levels is identical with the interval between contiguous floors plate; Rotate year relative both sides of car elevator and be respectively equipped with vehicles while passing mouth, rotation is carried car elevator upper strata and is rotated Zai Che elevator lower floor and all communicates with these two vehicles while passing mouths;
Each floor plates is all provided with some landings around elevator lifting channel; The vertical corresponding setting of landing in each floor plates;
A landing of Stall connects first floor porte-cochere, and this landing picks and places platform as odd-level vehicle; A landing of second floor connects second layer porte-cochere, and this landing picks and places platform as even level vehicle; Odd-level vehicle picks and places platform side and is provided with operating room.
2. elevator according to claim 1 is provided with the tower type parking building of bilateral outlet, it is characterized in that: elevator lifting channel circumferentially outer rim position is evenly provided with some cage guides; The joint of cage guide between adjacent landing;
Rotate year car elevator and comprise the upper turntable support and backspin turntable support that arrange every correspondence between the upper and lower, upper turntable cradle top is provided with elevator lifting auxiliary body, and elevator lifting auxiliary body is connected with the driving winding plant in elevator machine room by rope; Upper turntable support is connected with swing hydraulic pressure cylinder, the output shaft of swing hydraulic pressure cylinder stretches out turntable support downwards and is connected with terraced cage, ladder cage bottom is connected on backspin turntable support, be provided with in the middle part of ladder cage and move car platform, be provided with and move down car platform bottom ladder cage, upper and lower move car platform is equipped with for by vehicle by landing be loaded into rotate carry car elevator or by vehicle by rotate carry that car elevator delivers to landing move car machine; Rotating the electric control gear carrying car elevator and move car machine is located in operating room; The terraced cage moving both sides before and after car machine is equipped with described vehicles while passing mouth;
Upper and lower turntable supporting structure is identical, and include the link being positioned at middle part and the some guide pegs be circumferentially evenly connected on link, guide peg and described cage guide one_to_one corresponding are arranged; The outer end of each guide peg is all connected with a pair turntable pulley, and this is clamped in cage guide both sides to turntable pulley and rolls with cage guide and is connected.
3. elevator according to claim 2 is provided with the tower type parking building of bilateral outlet, it is characterized in that: described terraced cage is frame construction, comprise the connection column of rectangle upper ledge and some vertical settings, connect column upper end and be connected with upper ledge, connect column lower end and be connected with backspin turntable support; Be provided with cross stiffener in upper ledge, the center of cross stiffener is connected with described swing hydraulic pressure cylinder.
4. elevator according to claim 2 is provided with the tower type parking building of bilateral outlet, it is characterized in that: moving car platform on described identical with moving down car platform structure, including pedestal, and what be upwards provided with the setting of twice parallel interval in the middle part of pedestal moves car platform rail;
The described car machine that moves comprises vehicle body, and in the middle part of vehicle body, both sides are respectively equipped with driving wheel, driving wheel with move car platform rail and roll and coordinate; Be provided with in vehicle body and drive with driving wheel the drive motors be connected, drive motors is connected with driving governor;
Body forward structure and rear portion are arranged with bearing groove, car bearing platform is respectively equipped with in two bearing grooves at body forward structure and rear portion, car bearing platform comprises the middle plate be located in bearing groove, be provided with after the both sides of middle plate bend downwards and somely horizontally disposedly move car dislocation carrier bar, adjacent moving between car dislocation carrier bar is provided with gap; Be embedded with in the middle part of the bottom land of bearing groove for jacking or fall car bearing platform lift hydraulic cylinder, the piston rod lifting hydraulic cylinder upwards with plate top press-fit in car bearing platform;
Described landing comprises parking base plate, and parking base plate is provided with the landing guide rail that twice parallel interval is arranged, and landing guide rail is corresponding with moving car platform rail to be arranged; Parking base plate both sides are upwards connected with side plate, and side plate top is connected with to the direction of landing guide rail the dislocation carrier bar that stops; The distance of stopping between the dislocation bottom of carrier bar and parking base plate is greater than moves car and to misplace the height of carrier bar; Car bearing platform is positioned at the limit high-order time shift car dislocation carrier bar of rise higher than parking dislocation carrier bar, and car bearing platform is positioned at the limit low level time shift car fallen and misplaces carrier bar lower than parking dislocation carrier bar;
The adjacent gap moved between car dislocation carrier bar is greater than the width of the dislocation carrier bar that stops, and the gap between adjacent parking dislocation carrier bar is greater than the width moving car dislocation carrier bar.
5. elevator according to claim 4 is provided with the tower type parking building of bilateral outlet, it is characterized in that: the middle plate of described car bearing platform to having two row's BOGEY WHEELs, two row's BOGEY WHEELs with move car platform rail and roll and be connected.
6. the elevator according to claim 4 or 5 is provided with the tower type parking building of bilateral outlet, it is characterized in that: one end of the landing guide rail of described landing stretches out parking base plate and the left and right sides bottom landing guide rail is connected with landing locking bed, and landing locking bed is provided with locking slot; The side moving the rear and front end portion of car platform rail is respectively equipped with locked hydraulic cylinder, and the extension bar of locked hydraulic cylinder is check lock lever, and check lock lever is corresponding with locking slot to be arranged; Landing locking bed and locking slot thereof and locked hydraulic cylinder and check lock lever thereof form hydraulic pressure lock machine.
7. elevator according to claim 6 is provided with the tower type parking building of bilateral outlet, it is characterized in that: described bearing column is along the circumferential direction evenly provided with 6.
8. elevator according to claim 7 is provided with the tower type parking building of bilateral outlet, it is characterized in that: described second layer porte-cochere from top to bottom rotates around building and to decline afterwards and first floor porte-cochere converges merging traffic; Second layer porte-cochere is provided with the adjustment platform for turning during vehicles while passing in the landing place that it is connected;
The floor plates that even level vehicle picks and places platform place is connected with the walking ladder passing to ground.
9. elevator according to claim 8 is provided with the tower type parking building of bilateral outlet, it is characterized in that: first floor porte-cochere is provided with one deck automatic railing, second layer porte-cochere is provided with two layers of automatic railing, and the controller of each automatic railing is all located in operating room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510548884.9A CN105064750B (en) | 2015-09-01 | 2015-09-01 | Elevator is provided with the tower type parking building that bilateral is exported |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510548884.9A CN105064750B (en) | 2015-09-01 | 2015-09-01 | Elevator is provided with the tower type parking building that bilateral is exported |
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| Publication Number | Publication Date |
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| CN105064750A true CN105064750A (en) | 2015-11-18 |
| CN105064750B CN105064750B (en) | 2017-10-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510548884.9A Expired - Fee Related CN105064750B (en) | 2015-09-01 | 2015-09-01 | Elevator is provided with the tower type parking building that bilateral is exported |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106760796A (en) * | 2017-01-10 | 2017-05-31 | 邱利冉 | The lifting of lifting type polydisc independence rotating hydraulic is driven sky parking |
| CN106854944A (en) * | 2017-02-27 | 2017-06-16 | 唐文华 | A kind of intelligent elevator for Zai Che buildings |
| CN107654109A (en) * | 2017-10-18 | 2018-02-02 | 李新亚 | sky tower |
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| CN204876725U (en) * | 2015-09-01 | 2015-12-16 | 黄河科技学院 | Elevator is equipped with tower parking building of two side exports |
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| US3419162A (en) * | 1964-04-13 | 1968-12-31 | Hagel Carl Heinrich | Helical elevator and storage building arrangement |
| CN2234482Y (en) * | 1995-08-29 | 1996-09-04 | 刘福来 | Parking board crossed type vehicle shifting or lifting device without drive for tower garage |
| US20030035707A1 (en) * | 2001-08-14 | 2003-02-20 | Volpe Norberto Jorge | Parking structure |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106760796A (en) * | 2017-01-10 | 2017-05-31 | 邱利冉 | The lifting of lifting type polydisc independence rotating hydraulic is driven sky parking |
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| CN107654109A (en) * | 2017-10-18 | 2018-02-02 | 李新亚 | sky tower |
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| Publication number | Publication date |
|---|---|
| CN105064750B (en) | 2017-10-03 |
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