CN103452356A - Bracket for longitudinally moving car - Google Patents
Bracket for longitudinally moving car Download PDFInfo
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- CN103452356A CN103452356A CN2012101693944A CN201210169394A CN103452356A CN 103452356 A CN103452356 A CN 103452356A CN 2012101693944 A CN2012101693944 A CN 2012101693944A CN 201210169394 A CN201210169394 A CN 201210169394A CN 103452356 A CN103452356 A CN 103452356A
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Abstract
The invention relates to a bracket for longitudinally moving a car. The car is longitudinally moved to a parking position by the aid of the mutually matched relation of a vertical lifting system, a longitudinal moving system and a power supply system, can be taken out from a deep parking position and can be placed into the parking position of a second layer, a third layer to a tenth layer after being lifted upwards by the bracket for longitudinally moving the car.
Description
Technical field
The invention belongs to mechanical manufacturing field, particularly a kind of parking apparatus that can vertically move the bracket type of car.
Background technology
At present, the problem of parking difficulty is a problem that is generally perplexing social development.People mainly rely on transverse shifting pellet type parking apparatus to solve the parking difficult problem of small part, also have with the parking building of reinforced concrete building and park cars.But the carriage that does not also have use to vertically move car parks cars.
Summary of the invention
The object of the invention is to, a kind of carriage that vertically moves car of new structure is provided, technical problem to be solved is the effect that makes its carriage by vertically moving car, car is moved longitudinally on the parking spot of depth.Be highly suitable for practicality.
The technical scheme that the present invention solves its technical problem is: use square hollow lead screw and square power transmission shaft technology, solve the dynamical problem of the vertical lift of " parking track ".
Concrete structure of the present invention is: below storing cycle track (57), be lifting arculae (47), it is upper that lifting arculae (47) is arranged on lifting arculae support (51), and lifting arculae support (51) is welded on and vertically moves on support chassis (58).In the middle of lifting arculae (47) and lifting arculae support (51), be circular hollow power transmission shaft (42), what the two ends of circular hollow power transmission shaft (42) connected is square hollow lead screw (41), and what in the middle of square hollow lead screw (41), intert is square power transmission shaft (40).In the middle of circular hollow power transmission shaft (42) and roller cup support (46), be needle bearing (43) and needle bearing baffle plate (45), the outside of needle bearing (43) is roller cup (44), roller cup (44) is welded on the upper end of roller cup support (46), the lower end of roller cup support (46), be welded on and vertically move above support chassis (58).A square hollow lead screw (41) is respectively welded at the two ends of circular hollow power transmission shaft (42), square hollow lead screw (41) outside is feed screw nut (55), feed screw nut (55) below, by band steel and feed screw nut connecting hole (54) and connecting bolt (56), feed screw nut (55) is connected to band steel (52) links together with pulling force.The centre that pulling force connects band steel (52) is connecting three groups of lifting arculaes (47), above three groups of lifting arculaes, is storing cycle track (57).
Concrete grammar of the present invention is: square power transmission shaft (40) interts in the middle of square hollow lead screw (41) and circular hollow power transmission shaft (42).Square power transmission shaft (40) is in the process of rotation, effect by short side shape hollow lead screw (41), driven the movement of feed screw nut (55), the movement of feed screw nut (55), driven the movement of pulling force band steel (52), in pulling force band steel (52) moving process, driven again the movement of lifting arculae main shaft (48), lifting arculae main shaft (48) is under the positioning action of lifting arculae central axis (49), make lifting arculae top board (50) move up three centimetres, also jack-up storing cycle track (57) moves up three centimetres simultaneously.Now, be parked in the wheel of the car on storing cycle track (57), also moved up three centimetres, the wheel both sides of car, left storing cycle platform wainscot (66) and storing cycle platform outer panels (67).
The present invention uses the transfer motion power of rack and pinion, solves the dynamical problem that " storing cycle track " vertically moves.
Concrete structure of the present invention: vertically moving below support chassis (58) is the mobile support of bearing (59).Be fixed on above the mobile support of bearing (59) and vertically move following inboard, support chassis (58), be fixed wtih mobile bearing shaft (60) below the mobile support of bearing (59), a mobile bearing (61) is respectively installed at the two ends of mobile bearing shaft (60).Vertically move support chassis (58) above be the power section of storing cycle track (57) vertical conveyor.The inward flange that vertically moves support chassis (58) is upwards welding tooth bar fixed dam (63), the top edge of tooth bar fixed dam (63) is welding tooth bar (64), what with tooth bar (64), be connected is gear (22), gear (22) and gear (28) are fixed on the two ends of horizontal power transmission shaft (21), and laterally the centre of power transmission shaft (21) is equipped with a bevel gear (25).Laterally power transmission shaft (21) is fixed on and is vertically moved above bracket assembly (70) by four bearing supports (23), (24), (26), (27).There are a front end bevel gear (17) and rear end bevel gear (20) in the two ends of longitudinal drive shaft (16), the front end bevel gear (17) of longitudinal drive shaft (16) is connected with the bevel gear (9) in the middle of final drive shaft, and the bevel gear (20) of longitudinal drive shaft (16) rear end is connected with the bevel gear (25) in the middle of horizontal power transmission shaft (21).Longitudinal drive shaft (16) by two bearing supports (18) and (19) be fixed on vertically move bracket assembly (70) above.
Concrete grammar of the present invention is: longitudinal drive shaft (16) is the bevel gear (20) by rear end by power, pass on the middle bevel gear (25) of horizontal power transmission shaft (21), by the bevel gear (25) in the middle of this horizontal power transmission shaft (21), transmission of power is given on the gear (22) and (28) at horizontal power transmission shaft (21) two ends, the rotary power of these two horizontal power transmission shafts of gear utilization (21), drive left and right two toothed rack (64) and move to depth with the support that vertically moves that tooth bar connects as one.
The present invention uses the final drive shaft (4) can moved left and right to solve the problem of power distribution: power resources are motor (1) and reductor (2), by adapter sleeve (3), rotary power are passed to movably on final drive shaft (4).The bearing support (5) that can slide, fixing bevel gear (6), the bearing support (7) that can slide, the bearing support (8) that can slide, fixing bevel gear (9), the bearing support (10) that can slide, the bearing support (11) that can slide, fixing bevel gear (12), the bearing support (13) that can slide, adapter sleeve (14) and electromagnet (15) are movably arranged above final drive shaft (4).
Movably final drive shaft of the present invention (4) is while moving right, bevel gear (12) is combined with the bevel gear (29) of vertical conveyor main shaft (30) front end, again bevel gear (6) is combined with the bevel gear (65) of another set of vertical conveyor front-end of spindle simultaneously.(due to structure, shape and the effect striking resemblances of two cover vertical conveyors, at this, not made repeated description).At this moment the power of final drive shaft (4) movably, can support the operation of vertical conveyor.
Movably final drive shaft of the present invention (4) is while being moved to the left, bevel gear on final drive shaft (9) combines with the bevel gear (17) of longitudinal drive shaft (16) front end, at this moment the power of final drive shaft (4) movably, can support the operation that vertical conveyor vertically moves.
The effect of electromagnet of the present invention (15) is: according to the operation needs of the carriage that vertically moves car, correctly separate in time and in conjunction with the service requirement of vertical lift system and vertical moving system.
Electromagnet of the present invention (15) is while promoting to the right, movably two lefts on final drive shaft (4) are to bevel gear (65) and (29) combination on bevel gear (6) and (12) and two square power transmission shaft tops, now, movably final drive shaft (4) is by bevel gear (6) and (12) of two rights, rotary power is delivered on two square power transmission shafts (65) and (29), two square power transmission shafts (40) are by moving two square hollow lead screws (41) rotation of two hollow lead screw square shaft cassette tapes, the rotation of two square hollow lead screws (41) has driven again four feed screw nuts (55) rotation simultaneously, the rotation of four feed screw nuts (55) can drive two pulling force connection band steels (52) and forwards move, in mobile, two pulling force connection band steels (52) pull lifting arculae main shaft (48) mobile by band steel axle sleeve (53).Lifting arculae main shaft (48) is while moving forward, under the effect of lifting arculae central axis (49), lifting arculae top board (50) moves up together, lifting arculae top board (50), when moving up together, drives two storing cycle tracks (57) and also moves up.When two storing cycle tracks (57) move up, the car be parked in above two storing cycle tracks (57) also upwards rises, and at this moment four of car wheels have left two centimetres, the plate face of storing cycle platform outer panels (67) and storing cycle platform wainscot (66).
Simultaneously, possessed car has been longitudinally moved to the primary condition on parking spot.
Electromagnet of the present invention (15) is while being moved to the left, the movably upper middle left of final drive shaft (4) bevel gear (17) combination with longitudinal drive shaft (16) front end to bevel gear (9), now, movably final drive shaft (4), is delivered to rotary power on longitudinal drive shaft (16) to bevel gear (9) by middle left.The bevel gear of longitudinal drive shaft rear end (20) is delivered to rotary power again on the bevel gear (25) in the middle of horizontal power transmission shaft (21).Rotary power is under effect at middle bevel gear (25), by horizontal power transmission shaft (21), rotary power is delivered on the gear (22) and (28) at two ends.These two gears (22) and (28) drive two toothed rack (64) under the effect of rotary power, and the car driven on two of left and right vertical conveyor and the storing cycle track (57) above vertical conveyor moves to depth simultaneously.Till moving longitudinally on the fixedly parking bracket in parking space always.At this moment inciting somebody to action the movably power of final drive shaft (4), be connected to the bevel gear (65) on square power transmission shaft top and (29) are upper by bevel gear (6) and bevel gear (12), a centimeters below the panel of two storing cycle tracks (57) fixing parking bracket to parking space that simultaneously descends.Now storing cycle track (57) has left the vehicle tyre of car, and four tires of car have been parked on the fixing parking bracket in parking space steadily.At this moment will be movably the power of final drive shaft (4) be connected on umbrella tooth (17) wheel on longitudinal drive shaft (16) top, two vertical conveyors about can simultaneously regaining.
The overall operation method that the present invention vertically moves the carriage of car is: as the car driver, that car is parked in to storing cycle track (57) is upper, strains hand brakingly, and the locking door and window, after leaving car.Vertically move the carriage of car under operating personnel's manipulation, utilize the key property of the carriage that vertically moves car, car is longitudinally moved in parking space.On the contrary, the carriage that vertically moves car also can take out car from parking spot.Parking space can be the horizontal single row type setting of one deck, can be also the horizontal single row type setting of multilayer, can also the horizontal single row type setting of corresponding multilayer.Can according to parking lot size parking space is set.
The invention has the beneficial effects as follows: car, on unpiloted basis, utilizes the carriage that vertically moves car car can be vertically moved to a parking stall; The distance that left and right between car and car can be separated by like this is reduced to 20 centimetres; The carriage floor space that vertically moves car is little, and parking quantity is many; The carriage that vertically moves car can also upwards promote car, utilizes space to park cars more; Each car can have a garage parking.
The accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the top view that vertically moves the carriage of car.
Fig. 2 is the lateral view that vertically moves the carriage of car.
Fig. 3 is the rear elevation that vertically moves the carriage of car.
The specific embodiment
Reach in order further to set forth the present invention technological means and the effect that predetermined goal of the invention is taked, below by reference to the accompanying drawings and reasonable embodiment, its specific embodiment of the carriage that vertically moves car, structure, feature and effect thereof that foundation the present invention is proposed, be described in detail as follows.Relevant aforementioned and other technology contents, structure, characteristics and function of the present invention, in the following detailed description coordinated with reference to graphic reasonable embodiment, can clearly present.Explanation by its specific implementation method, should be to reach technological means that predetermined purpose takes and gain-of-function more deeply and concrete understanding to the present invention, yet appended drawing only is to provide with reference to the effect with explanation, not is used for the present invention is limited.
Refer to shown in Fig. 1, be show that carriage that the present invention vertically moves car forms structure overlook the effect schematic diagram.The carriage that vertically moves car of the present invention, be comprised of vertical lift system, vertical moving system and power generating system.
Refer to shown in Fig. 2, vertical lift system of the present invention comprises: below storing cycle track (57), be lifting arculae (47), it is upper that lifting arculae (47) is arranged on lifting arculae support (51), and lifting arculae support (51) is welded on and vertically moves on support chassis (58).In the middle of lifting arculae (47) and lifting arculae support (51), be circular hollow power transmission shaft (42), what the two ends of circular hollow power transmission shaft (42) connected is square hollow lead screw (41), and what in the middle of square hollow lead screw (41), intert is square power transmission shaft (40).In the middle of circular hollow power transmission shaft (42) and roller cup support (46), be needle bearing (43) and needle bearing baffle plate (45), the outside of needle bearing (43) is roller cup (44), roller cup (44) is welded on the upper end of roller cup support (46), the lower end of roller cup support (46), be welded on and vertically move above support chassis (58).A square hollow lead screw (41) is respectively welded at the two ends of circular hollow power transmission shaft (42), square hollow lead screw (41) outside is feed screw nut (55), feed screw nut (55) below, by band steel and feed screw nut connecting hole (54) and connecting bolt (56), feed screw nut (55) is connected to band steel (52) links together with pulling force.The centre that pulling force connects band steel (52) is connecting lifting arculae (47), above lifting arculae (47), is storing cycle track (57).
The concrete using method of vertical lift system of the present invention is: square power transmission shaft (40) interts in the middle of square hollow lead screw (41).Square power transmission shaft (40) is in the process of rotation, effect by short side shape hollow lead screw (41), driven the movement of feed screw nut (55), the movement of feed screw nut (55), driven again the movement of pulling force band steel (52), in pulling force band steel (52) moving process, driven again the movement of lifting arculae main shaft (48), lifting arculae main shaft (48) is under the positioning action of lifting arculae central axis (49), make lifting arculae top board (50) move up three centimetres, also jack-up storing cycle track (57) moves up three centimetres simultaneously.Now, be parked in the wheel of the car on storing cycle track (57), also moved up three centimetres, the vehicle tyre both sides of car, left storing cycle platform wainscot (66) and storing cycle platform outer panels (67).
Refer to shown in Fig. 3, vertical moving system of the present invention comprises: vertically move support chassis (58) below be the mobile support of bearing (59).Be fixed on above the mobile support of bearing (59) and vertically move following inboard, support chassis (58), be fixed wtih mobile bearing shaft (60) below the mobile support of bearing (59), a mobile bearing (61) is respectively installed at the two ends of mobile bearing shaft (60).Vertically move support chassis (58) above be the power section of storing cycle track (57) vertical conveyor.The inward flange that vertically moves support chassis (58) is upwards welding tooth bar fixed dam (63), and the top edge of tooth bar fixed dam (63) is welding tooth bar (64).What with tooth bar (64), be connected is gear (22), and gear (22) and gear (28) are fixed on the two ends of horizontal power transmission shaft (21), and laterally the centre of power transmission shaft (21) is equipped with a bevel gear (25).Laterally power transmission shaft (21) is fixed on and is vertically moved above bracket assembly (70) by four bearing supports (23), (24), (26), (27).There are a front end bevel gear (17) and rear end bevel gear (20) in the two ends of longitudinal drive shaft (16), the front end bevel gear (17) of longitudinal drive shaft (16) is connected with the bevel gear (9) in the middle of final drive shaft, and the bevel gear (20) of longitudinal drive shaft (16) rear end is connected with the bevel gear (25) in the middle of horizontal power transmission shaft (21).Longitudinal drive shaft (16) by two bearing supports (18) and (19) be fixed on vertically move bracket assembly (70) above.
The concrete using method of vertical moving system of the present invention is: longitudinal drive shaft (16) is the bevel gear (20) by rear end by power, pass on the middle bevel gear (25) of horizontal power transmission shaft (21), by the bevel gear (25) in the middle of this horizontal power transmission shaft (21), transmission of power is given on the gear (22) and (28) at horizontal power transmission shaft (21) two ends, the rotary power of these two horizontal power transmission shafts of gear utilization (21), drive two toothed rack (64) and move to depth with the support that vertically moves that tooth bar connects as one.
Refer to shown in Fig. 1, show that the structure of power generating system of the present invention comprises: motor (1) and reductor (2), by adapter sleeve (3), pass to rotary power movably on final drive shaft (4).The bearing support (5) that can slide, fixing bevel gear (6), the bearing support (7) that can slide, the bearing support (8) that can slide, fixing bevel gear (9), the bearing support (10) that can slide, the bearing support (11) that can slide, fixing bevel gear (12), the bearing support (13) that can slide, adapter sleeve (14) and electromagnet (15) are movably arranged above final drive shaft (4).
Refer to shown in Fig. 1, movably final drive shaft of the present invention (4), while moving right, combines bevel gear (12) with the bevel gear (29) of vertical conveyor main shaft (30) front end.Again bevel gear (6) is combined with the bevel gear (65) of another set of vertical conveyor front-end of spindle simultaneously.(due to structure, shape and the effect striking resemblances of two cover vertical conveyors, at this, not made repeated description).At this moment the power of final drive shaft (4) movably, can support the operation of vertical conveyor.
Refer to shown in Fig. 1, movably final drive shaft of the present invention (4) is while being moved to the left, and bevel gear (9) combines with the bevel gear (17) of longitudinal drive shaft front end.At this moment the power of final drive shaft (4) movably, can support the operation that vertically moves of vertical conveyor.
The effect of electromagnet of the present invention (15) is: according to the operation needs of the carriage that vertically moves car, correctly separate in time and in conjunction with the service requirement of vertical lift system and vertical moving system.
Electromagnet of the present invention (15) is while moving right, movably two lefts on final drive shaft (4) are to bevel gear (65) and (29) combination on bevel gear (6) and (12) and two square power transmission shaft tops, now, movably final drive shaft (4) is by bevel gear (6) and (12) of two rights, rotary power is delivered on the bevel gear (65) and bevel gear (29) of two square power transmission shafts (40) front end, two square power transmission shafts (40) are by moving four square hollow lead screws (41) rotation of two hollow lead screw square shaft cassette tapes, the rotation of four square hollow lead screws (41) has driven again four feed screw nuts (55) rotation simultaneously, the rotation of four feed screw nuts (55) can drive two pulling force connection band steels (52) and forwards move, in mobile, two pulling force connection band steels (52) pull lifting arculae main shaft (48) mobile by band steel axle sleeve (53).Lifting arculae main shaft (48) is while moving forward, under the effect of lifting arculae central axis (49), lifting arculae top board (50) moves up together, lifting arculae top board (50), when moving up together, drives two storing cycle tracks (57) and also moves up.Band steel and feed screw nut connecting hole (54) are under the effect of connecting bolt (56), the lifting arculae main shaft (48) driven on lifting arculae (47) moves forward, lifting arculae main shaft (48) is while moving forward, under the effect of lifting arculae central axis (49), lifting arculae top board (50) moves up, lifting arculae top board (50), when moving up, drives two storing cycle tracks (57) and also moves up.When two storing cycle tracks (57) move up, the car be parked in above two storing cycle tracks (57) also upwards rises.At this moment four of car wheels have left two centimetres, the plate face of storing cycle platform outer panels (67) and storing cycle platform wainscot (66).
Refer to shown in Fig. 1, electromagnet of the present invention (15) is while being moved to the left, the movably upper middle left of final drive shaft (4) bevel gear (17) combination with longitudinal drive shaft (16) top to bevel gear (9), now, movably final drive shaft (4), is delivered to rotary power on longitudinal drive shaft (16) to bevel gear (9) by middle left.The bevel gear (20) of longitudinal drive shaft (16) rear end is delivered to rotary power again on the bevel gear (25) in the middle of horizontal power transmission shaft (21).Rotary power is under effect at middle bevel gear (25), by horizontal power transmission shaft (21), rotary power is delivered on the gear (22) and (28) at two ends.These two gears drive two toothed rack (64) to move to depth under the effect of rotary power, and the car driven on two of left and right vertical conveyor and vertical conveyor storing cycle track (57) moves to depth simultaneously, till moving longitudinally on the fixedly parking bracket in parking space always.At this moment inciting somebody to action the movably power of final drive shaft (4), be connected to the bevel gear (65) on two square power transmission shafts (40) top and (29) are upper by bevel gear (6) and bevel gear (12), a centimeters below the panel of two storing cycle tracks (57) fixing parking bracket to parking space that simultaneously descends.Now storing cycle track (57) has left the vehicle tyre of car, four tires of car have been parked on the fixing parking bracket in parking space steadily, will be movably the power of final drive shaft (4) be connected on umbrella tooth (17) wheel on longitudinal drive shaft (16) top, two vertical conveyors about can simultaneously regaining.
The overall operation method that the present invention vertically moves the carriage of car is: as the car driver, that car is parked in to storing cycle track (57) is upper, strains hand brakingly, and the locking door and window, after leaving car.Vertically move the carriage of car under operating personnel's manipulation, utilize the key property of the carriage that vertically moves car, car is longitudinally moved in parking space.On the contrary, the carriage that vertically moves car also can take out car from parking spot.Parking space can be the horizontal single row type setting of one deck, can be also the horizontal single row type setting of multilayer, can also the horizontal single row type setting of corresponding multilayer.Can according to parking lot size parking space is set.
The above, only the reasonable embodiment of the present invention, not the present invention is done to any pro forma restriction, yet not in order to limit the present invention, any those skilled in the art are in the scope that does not break away from technical solution of the present invention, make when utilizing above-mentioned technology contents the equivalent embodiment that changes or be revised as equivalent variations, in every case be the content that does not break away from technical solution of the present invention, according to technical spirit of the present invention, to any modification made for any of the above embodiments, equivalent variations and modification, be all in the scope of technical solution of the present invention.
Claims (5)
1. a carriage that vertically moves car, is characterized in that it comprises: vertical lift system and vertical moving system and power generating system; Wherein said vertical lift system comprises: storing cycle track, lifting arculae, pulling force connect band steel, square hollow lead screw and square power transmission shaft; Described vertical moving system comprises: vertical lift system chassis, traverse gear and longitudinal driving device; Described power generating system comprises: power source, main drive and electromagnet transfer device.
2. vertical lift system according to claim 1 is characterized in that: wherein said storing cycle track, and described storing cycle track is arranged in the middle of outer panels and wainscot, and lower than 1 centimetre of outer panels and wainscot; The storing cycle track is under the effect of the intrasystem square hollow lead screw of vertical lift, the car be parked on the storing cycle track upwards vertically can be risen to 3 centimetres, at this moment storing cycle track and top car are under the effect of vertical moving system, to depth, move on the fixedly stand of car, under the effect of vertical lift system, the storing cycle track can also take out car from the fixedly stand of depth.
3. square hollow lead screw according to claim 2. it is characterized in that: square hollow lead screw is at the two ends of circular hollow leading screw, and each welds the square hollow steel plate that an external diameter is the same with circular hollow leading screw internal diameter; The centre of the hollow steel plate that this is round outside but spuare inside is the square shaft card of square hollow lead screw, and the square shaft card of square hollow lead screw can pass the square power transmission shaft, makes it become a square hollow lead screw; The square power transmission shaft can be interted in the inside of described square hollow lead screw, there is feed screw nut the outside of square hollow lead screw, feed screw nut is connected band steel with pulling force and links together, feed screw nut can move left and right under the effect of square hollow lead screw rotation, the effect that simultaneously also can connect band steel by pulling force pulls the oscilaltion of lifting arculae, thereby drives the oscilaltion of storing cycle track.
4. vertical moving system according to claim 1, it is characterized in that: use two ends to have the longitudinal drive shaft of bevel gear and two ends to have gear, centre that the horizontal power transmission shaft of bevel gear is arranged, transmission of power on final drive shaft is given on two gears, then by two tooth bars of two gear drivens, vertically moved, make to be arranged on the vertical lift system that vertically moves the support chassis and be parked in car on the vertical lift system together, move to the parking space of depth.
5. power generating system according to claim 1 comprises power source and electromagnet, it is characterized in that: use motor and reductor to provide power for final drive shaft; Use attraction or the motive force of electromagnet, by the right bevel gear on two vertical lift systems simultaneously with two lefts on final drive shaft to bevel gear combine, the power of motor is delivered to respectively on two right bevel gears on the vertical lift system by two bevel gears on final drive shaft, make two right bevel gears on the vertical lift system, power is passed to respectively on two square power transmission shafts; Two square power transmission shafts drive two groups of lifting arculaes simultaneously, drive two storing cycle tracks by the lifting arculae and upwards rise or land downwards; Use attraction or the motive force of electromagnet, power on final drive shaft is moved to the left with the bevel gear of longitudinal drive shaft front end and combines by middle bevel gear, thereby drive longitudinal drive shaft and horizontal power transmission shaft and tooth bar and vertical lift system move to depth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012101693944A CN103452356A (en) | 2012-05-29 | 2012-05-29 | Bracket for longitudinally moving car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012101693944A CN103452356A (en) | 2012-05-29 | 2012-05-29 | Bracket for longitudinally moving car |
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| Publication Number | Publication Date |
|---|---|
| CN103452356A true CN103452356A (en) | 2013-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012101693944A Pending CN103452356A (en) | 2012-05-29 | 2012-05-29 | Bracket for longitudinally moving car |
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| CN (1) | CN103452356A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103774882A (en) * | 2012-10-24 | 2014-05-07 | 刘峰 | Double-tray support longitudinally moving sedan car forwards and backwards and perpendicularly lifting sedan car |
| CN105293044A (en) * | 2015-10-23 | 2016-02-03 | 楚天科技股份有限公司 | Reversing device and conveying system |
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| WO1991008361A1 (en) * | 1989-11-28 | 1991-06-13 | Paulmichl Dieter Fahrzeug- Und Anlagenbau | Mechanical car-parking facility |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103774882A (en) * | 2012-10-24 | 2014-05-07 | 刘峰 | Double-tray support longitudinally moving sedan car forwards and backwards and perpendicularly lifting sedan car |
| CN105293044A (en) * | 2015-10-23 | 2016-02-03 | 楚天科技股份有限公司 | Reversing device and conveying system |
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