CN204899326U - Electronic synchronous chain every single move formula low clearance parking equipment - Google Patents
Electronic synchronous chain every single move formula low clearance parking equipment Download PDFInfo
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- CN204899326U CN204899326U CN201520406529.3U CN201520406529U CN204899326U CN 204899326 U CN204899326 U CN 204899326U CN 201520406529 U CN201520406529 U CN 201520406529U CN 204899326 U CN204899326 U CN 204899326U
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Abstract
The utility model discloses an electronic synchronous chain every single move formula low clearance parking equipment, include: frame, frame divide into left and right frame and the crossbeam part that sets up separately in the left and right both sides on parking stall, setting carrying the sweep and carrying the left and right upset hoist mechanism of sweep between left and right frame, it still includes: installing the synchro -driven mechanism on the crossbeam parts and installing the left and right chain hoist mechanism in left and right frame respectively, the one end and year left and right upset hoist mechanism of sweep of the promotion chain among the left and right chain hoist mechanism are connected, synchro -driven mechanism drives left and right chain hoist mechanism synchronous working in step, and the left and right upset hoist mechanism of sweep will carry sweep upset promotion to the promotion chain among the left and right chain hoist mechanism in step and the upset is put down through carrying in step. The utility model discloses because mandatory mechanical synchronous effect reaches absolutely, definitely not because of carrying the asynchronous lift of the inclined to one side load of sweep, can not cause the slope to extrude to have to the steel construction of equipment and protect admittedly forever.
Description
Technical field
The utility model relates to parking equipment technical field, particularly electric synchronous chain pitching type low clearance parking apparatus.
Background technology
Current existing hydraulic pitch formula low clearance parking apparatus, its vehicle-containing relies on the hydraulic cylinder of vehicle-containing arranged on left and right sides to drive, and there are the following problems for it:
1. hydraulic cylinder synchronous weak effect, especially during load because car engine departs from center so vehicle-containing just has inclined load, light weight is on one side so will tilt in vehicle-containing lifting.
2. vehicle-containing is when unloaded situation declines, and the loop because of hydraulic pump is deadweight oil return, so when unloaded sweep declines slowly; And hollow plate rises and the just standard of decrease speed during heavy duty.
3., because asynchronous factor allows vehicle-containing tilt, the lateral compression of garage structure can be caused like this and be out of shape and the scraping sound.
4. oil pressure recycle oil must periodic replacement otherwise can emulsification become efficiency poor.
5. the easy leakage of oil of hydraulic system is not easily maintained.
In order to solve the problem existing for above-mentioned hydraulic pitch formula low clearance parking apparatus, there is a kind of electric chain pitching type low clearance parking apparatus in the market.In use there are the following problems for this electric chain pitching type low clearance parking apparatus:
1. directly lift by crane vehicle-containing side with chain with the lifting motor of a high speed reducing ratio, another side take S shape around balance chain (synchronously) promote, although this is synchronous more better than the synchronous effect of fluid pressure type, but has the synchronous error of a few tenths of second to exist.
2. due to be take a high speed reducing ratio lifting motor directly with chain lifting vehicle-containing side, lifting force is maximum within a few tenths of second, to the reduction gearing of lifting motor to the destructive power with potentiality, if the safety factor deficiency of gear certainly will cause car to pound people's accident once collapse tooth.
Utility model content
Technical problem to be solved in the utility model is for the problem existing for above-mentioned pitching type low clearance parking apparatus and provides a kind of electric synchronous chain pitching type low clearance parking apparatus.
Technical problem to be solved in the utility model can be achieved through the following technical solutions:
Electric synchronous chain pitching type low clearance parking apparatus, comprising:
Frame, the beam part that described frame is divided into left frame and right frame and will couples together on rear side of described left and right frame, described left and right frame divides the arranged on left and right sides being located at parking space;
To be arranged between described left and right frame and to be arranged in the vehicle-containing on described parking space;
Be connected to the left and right Hoisting & turning device structure of vehicle-containing between described left and right frame and the left and right side of described vehicle-containing; It is characterized in that, also comprise:
Be arranged on the synchronous drive mechanism on described beam part; With
Be arranged on the left and right chain lifting mechanism in described left and right frame respectively, one end of the lifting chain in described left and right chain lifting mechanism is connected with the left and right Hoisting & turning device structure of described vehicle-containing; Described synchronous drive mechanism synchronously drives described left and right chain lifting mechanism synchronous working, and the lifting chain in described left and right chain lifting mechanism synchronously synchronously described vehicle-containing upset is promoted by described vehicle-containing left and right Hoisting & turning device structure and upset is put down.
In a preferred embodiment of the present utility model, described left frame comprises and is arranged on left basic components on the left side bottom surface of described parking space and the left front column be fixed on rear side of described left basic components and left back column and the left crosspiece, the upper left crosspiece that are connected described left front column and left back column; Described right frame comprises and is arranged on right basic components on the right side bottom surface of described parking space and the right front column be fixed on rear side of described right basic components and right back column and the right crosspiece, the upper right crosspiece that are connected described right front column and right back column; The left and right two ends of described beam part are fixedly connected with on rear side of described left basic components and right basic components respectively.
In a preferred embodiment of the present utility model, described synchronous drive mechanism comprises:
One drive motors;
One reducing gear, described reducing gear is arranged on described beam part, and described drive motors is arranged on described reducing gear and the output shaft of described drive motors is connected with the input power of described reducing gear;
One synchronous lifting arm, the left and right two ends of described Synchronous lifting bar are arranged on described beam part respectively by left and right bearing support; The output of described reducing gear is in transmission connection by a chain drive and described Synchronous lifting bar.
In a preferred embodiment of the present utility model, described left chain hoisting mechanism comprises:
Left lifting drive sprocket, described left lifting drive sprocket key is located at the left end of described Synchronous lifting bar;
Some left commutation sprocket wheels, described some left commutation sprocket shafts are located on described left frame;
Left first lifting chain, described left first lifting chain walks around one of them left commutation sprocket wheel;
Left second lifting chain, after described left second lifting chain walks around remaining left commutation sprocket wheel and left lifting drive sprocket, the first end of described left second lifting chain is connected with the first end of described left first lifting chain, and the second end of described left second lifting chain is connected with the left Hoisting & turning device structure of described vehicle-containing; Second end of described left first lifting chain is connected with the appropriate location of described left second lifting chain by left joint;
Described right chain hoisting mechanism comprises:
Right lifting drive sprocket, described right lifting drive sprocket key is located at the left end of described Synchronous lifting bar;
Some right commutation sprocket wheels, described some right commutation sprocket shafts are located in described right frame;
Right first lifting chain, described right first lifting chain walks around one of them right commutation sprocket wheel;
Right second lifting chain, after described right second lifting chain walks around remaining commutation sprocket wheel and right lifting drive sprocket, the first end of described right second lifting chain is connected with the first end of described right first lifting chain, and the second end of described right second lifting chain is connected with the right Hoisting & turning device structure of described vehicle-containing; Second end of described right first lifting chain is connected by the appropriate location of right connector with described right second lifting chain.
In a preferred embodiment of the present utility model, described synchronous drive mechanism also comprises left and right compression sprocket wheel, described left and right compression sprocket wheel is by left and right compression sprocket wheel support installing on described beam part, and described left and right second lifting chain is pressed on described left and right lifting drive sprocket by left and right compression sprocket wheel respectively.
In preferably implementing at one of the present utility model, described vehicle-containing left Hoisting & turning device structure comprises left upset lifting arm, left connecting rod, left slider, first end and the described left slider of wherein said left upset lifting arm are hinged, described left slider slide arrangement on described left frame, the second end of described left upset lifting arm and the limit, left side of described vehicle-containing hinged; The first end of described left connecting rod and the limit, left side of described vehicle-containing hinged, the second end of described left connecting rod and the middle appropriate location of described left upset lifting arm hinged; Described vehicle-containing right Hoisting & turning device structure comprises right upset lifting arm, right connecting rod, right slide block, first end and the described right slide block of wherein said right upset lifting arm are hinged, described right skid is configured in described right frame, the second end of described right upset lifting arm and the right edge of described vehicle-containing hinged; The first end of described right connecting rod and the right edge of described vehicle-containing hinged, the second end of described right connecting rod and the middle appropriate location of described right upset lifting arm hinged.
Owing to have employed technical scheme as above, the utility model has following features:
1. load 1/3 moment of torsion only born by the drive motors in the utility model and reducing gear, and load 2/3 moment of torsion born by Synchronous lifting bar, and such moment of torsion dispersing mode safety factor is the highest and the safest firm.
2. the utility model adopts Synchronous lifting bar synchronously to drive described left and right chain lifting mechanism synchronous working, lifting chain in described left and right chain lifting mechanism synchronously synchronously described vehicle-containing upset is promoted by described vehicle-containing left and right Hoisting & turning device structure and upset is put down, and therefore the rise and fall of vehicle-containing can reach absolutely mandatory mechanical synchronization effect.
3., because mandatory mechanical synchronization effect reaches absolutely, and absolutely not because of the asynchronous lifting of the inclined load of vehicle-containing, can not cause extruding to have for the steel work of equipment and forever admittedly protect.
4. vehicle-containing is unloaded definitely caused with the running time of load rise and fall.
5. run noise minimum.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the top view of Fig. 1 after removing synchronous drive mechanism and left and right chain lifting mechanism.
Fig. 3 is structure and the scheme of installation of the utility model synchronous drive mechanism.
Fig. 4 is the lateral view of Fig. 3.
Fig. 5 is that first vehicle to sail in the utility model on vehicle-containing and to prepare the schematic diagram that upset promotes.
Fig. 6 is that the vehicle turnover of first on vehicle-containing is promoted the schematic diagram after putting in place by the utility model.
Fig. 7 is that second vehicle sails parking space into and schematic diagram in the utility model below vehicle-containing.
Fig. 8 is the schematic diagram that second vehicle prepares to roll away from parking space.
Fig. 9 is that in the utility model, the schematic diagram after putting in place is put down in vehicle-containing upset.
Detailed description of the invention
See Fig. 1 to Fig. 3, the electric synchronous chain pitching type low clearance parking apparatus provided in figure, comprise frame 200, the beam part 230 that frame 200 is divided into left frame 210 and right frame 220 and will couples together on rear side of left and right frame 210,220, left and right frame 210,220 points is located at the arranged on left and right sides on parking space 100.
Left frame 210 comprises and is arranged on left basic components 211 on the left side bottom surface of parking space 100 and the left front column 212 be fixed on rear side of left basic components 211 and left back column 213 and the left crosspiece 214, the upper left crosspiece 215 that are connected left front column 212 and left back column 213.
Right frame 220 comprises and is arranged on right basic components 211 on the right side bottom surface of parking space 100 and the right front column 222 be fixed on rear side of right basic components 211 and right back column 223 and the right crosspiece 224, the upper right crosspiece 225 that are connected right front column 222 and right back column 223; The left and right two ends of beam part 230 are fixedly connected with on rear side of left basic components 211 and right basic components 212 respectively.
Vehicle-containing 300 in electric synchronous chain pitching type low clearance parking apparatus of the present utility model to be arranged between left and right frame 210,220 and to be arranged in parking space 100.Structure and the existing vehicle-containing of vehicle-containing 300 of the present utility model do not have any difference, can be all-in-one-piece, can be divided into two joints yet.
The upset of vehicle-containing 300 of the present utility model is promoted and overturns to put down and realized by the action of the left and right Hoisting & turning device structure 410,420 of vehicle-containing.
Vehicle-containing left Hoisting & turning device structure 410 comprises left upset lifting arm 411, left connecting rod 412, left slider 413, wherein the first end of left upset lifting arm 411 and left slider 413 hinged, left slider 143 slide arrangement in the left front column 212 of left frame 210, the second end of left upset lifting arm 411 and the limit, left side of vehicle-containing 300 hinged; The first end of left connecting rod 412 and the limit, left side of vehicle-containing 300 hinged, the second end of left connecting rod 412 and the middle appropriate location of left upset lifting arm 411 hinged.
Vehicle-containing right Hoisting & turning device structure 420 comprises right upset lifting arm 421, right connecting rod 422, right slide block 423, wherein the first end of right upset lifting arm 421 and right slide block 423 hinged, right slide block 423 slide arrangement in the left front column 222 of right frame 220, the second end of right upset lifting arm 421 and the right edge of vehicle-containing 300 hinged; The first end of right connecting rod 422 and the right edge of vehicle-containing 300 hinged, the second end of right connecting rod 422 and the middle appropriate location of right upset lifting arm 421 hinged.
Synchronous drive mechanism in electric synchronous chain pitching type low clearance parking apparatus of the present utility model comprises drive motors 510, reducing gear 520 and Synchronous lifting bar 530, reducing gear 520 is arranged on beam part 230, and drive motors 510 is arranged on reducing gear 520 and the output shaft of drive motors 510 is connected with the input power of reducing gear 520.The left and right two ends of Synchronous lifting bar 530 are arranged on beam part 230 respectively by left and right bearing support; The output of reducing gear 520 is in transmission connection by a chain drive and Synchronous lifting bar 530.Chain drive comprises main drive sprocket 591, from drive sprocket 592 and chain drive-belt 593, main drive sprocket 591 key is located on the output shaft of reducing gear 520, be located at Synchronous lifting bar 530 from drive sprocket 592 key, chain drive-belt 593 is looped around main drive sprocket 591, from drive sprocket 592.
Left chain hoisting mechanism in electric synchronous chain pitching type low clearance parking apparatus of the present utility model comprises left lifting drive sprocket 541, left commutation sprocket wheel 542, 543, 544 and left lifting chain 571, 581, left lifting drive sprocket 541 key is located at the left end of Synchronous lifting bar 530, left commutation sprocket wheel 542, 543 axles are located at the upper end of left back column 213, left commutation sprocket wheel 544 axle is located at the upper end of left front column 212, left lifting chain 581 walks around wherein left commutation sprocket wheel 542, left lifting chain 571 walks around remaining left commutation sprocket wheel 543, 544 and left lifting drive sprocket 541 after, the first end of left lifting chain 571 is connected with the first end of left lifting chain 581, second end of left lifting chain 571 is connected with the left middle appropriate location of upset lifting arm 411 in vehicle-containing left Hoisting & turning device structure 410, second end of left lifting chain 571 is connected with the appropriate location of described left lifting chain 571 by left joint 573.
Left chain hoisting mechanism in electric synchronous chain pitching type low clearance parking apparatus comprises right lifting drive sprocket 551, right commutation sprocket wheel 552, 553, 554 and right lifting chain 572, 582, left lifting drive sprocket 541 key is located at the left end of Synchronous lifting bar 530, right commutation sprocket wheel 552, 553 axles are located at the upper end of right back column 223, right commutation sprocket wheel 554 axle is located at the upper end of right front column 222, right lifting chain 582 walks around wherein right commutation sprocket wheel 552, right lifting chain 572 walks around remaining right commutation sprocket wheel 553, 554 and right lifting drive sprocket 551 after, the first end of right lifting chain 572 is connected with the first end of right lifting chain 582, second end of right lifting chain 572 is connected with the right middle appropriate location of upset lifting arm 421 in vehicle-containing right Hoisting & turning device structure 420, second end of right lifting chain 572 is connected with the appropriate location of right lifting chain 572 by right connector 583.
Synchronous drive mechanism of the present utility model also comprises left and right compression sprocket wheel 545,555, left and right compression sprocket wheel 545,555 is by left and right compression sprocket wheel support installing on beam part 230, and left and right lifting chain 571,581 is pressed on left and right lifting drive sprocket 541,551 by left and right compression sprocket wheel 545,555 respectively.
The operating principle of electric synchronous chain pitching type low clearance parking apparatus of the present utility model is as follows:
See Fig. 5, when vehicle 600 to sail into after on vehicle-containing 300 and after putting in place, start drive motors 510, drive motors 510 drives main drive sprocket 591 along indicators turn by reducing gear 520, main drive sprocket 591 is along in indicators turn process, driven by chain drive-belt 593 and also rotate clockwise from drive sprocket 592, and rotate clockwise from drive sprocket 592 and drive Synchronous lifting bar 530 also to rotate clockwise.Synchronous lifting bar 530 rotates clockwise the synchronous left side driving its two ends, right lifting drive sprocket 541, 551 rotate clockwise, left, right lifting drive sprocket 541, 551 rotate clockwise the left lifting chain 571 of drive, 581, right lifting chain 572, 582 synchronously according to arrow direction motion in figure, left lifting chain 571 and right lifting chain 572 synchronously drive left upset lifting arm 411, right upset lifting arm 421 upwards overturns, left upset lifting arm 411, right upset lifting arm 421 is upwards in switching process, synchronous jack-up vehicle-containing 300 is while upset, while promote, finally rise to position shown in Fig. 6.
After vehicle-containing 300 is thus lifted to position shown in Fig. 6, second vehicle 600a can sail the parking space 100 (as shown in Figure 7) that vehicle-containing 300 is vacateed into.If need the vehicle 600 on vehicle-containing 300 to put down, first the vehicle 600a in parking space 100 can be rolled away from (see Fig. 7), after vehicle 600a rolls away from, start drive motors 510, drive motors 510 drives main drive sprocket 591 against indicators turn by reducing gear 520, main drive sprocket 591 is against in indicators turn process, driven by chain drive-belt 593 and also rotate counterclockwise from drive sprocket 592, and rotate counterclockwise from drive sprocket 592 and drive Synchronous lifting bar 530 also to rotate counterclockwise.Synchronous lifting bar 530 rotates counterclockwise the synchronous left side driving its two ends, right lifting drive sprocket 541, 551 rotate counterclockwise, left, right lifting drive sprocket 541, 551 rotate counterclockwise the left lifting chain 571 of drive, 581, right lifting chain 572, 582 synchronously according to arrow direction motion in figure, left lifting chain 571 and right lifting chain 572 synchronously drive left upset lifting arm 411, right upset lifting arm 421 upwards overturns, left upset lifting arm 411, right upset lifting arm 421 is upwards in switching process, synchronous jack-up vehicle-containing 300 is while upset, while decline, finally drop to position shown in Fig. 9.
Claims (6)
1. electric synchronous chain pitching type low clearance parking apparatus, comprising:
Frame, the beam part that described frame is divided into left frame and right frame and will couples together on rear side of described left and right frame, described left and right frame divides the arranged on left and right sides being located at parking space;
To be arranged between described left and right frame and to be arranged in the vehicle-containing on described parking space;
Be connected to the left and right Hoisting & turning device structure of vehicle-containing between described left and right frame and the left and right side of described vehicle-containing; It is characterized in that, also comprise:
Be arranged on the synchronous drive mechanism on described beam part; With
Be arranged on the left and right chain lifting mechanism in described left and right frame respectively, one end of the lifting chain in described left and right chain lifting mechanism is connected with the left and right Hoisting & turning device structure of described vehicle-containing; Described synchronous drive mechanism synchronously drives described left and right chain lifting mechanism synchronous working, and the lifting chain in described left and right chain lifting mechanism synchronously synchronously described vehicle-containing upset is promoted by described vehicle-containing left and right Hoisting & turning device structure and upset is put down.
2. electric synchronous chain pitching type low clearance parking apparatus as claimed in claim 1, it is characterized in that, described left frame comprises and is arranged on left basic components on the left side bottom surface of described parking space and the left front column be fixed on rear side of described left basic components and left back column and the left crosspiece, the upper left crosspiece that are connected described left front column and left back column; Described right frame comprises and is arranged on right basic components on the right side bottom surface of described parking space and the right front column be fixed on rear side of described right basic components and right back column and the right crosspiece, the upper right crosspiece that are connected described right front column and right back column; The left and right two ends of described beam part are fixedly connected with on rear side of described left basic components and right basic components respectively.
3. electric synchronous chain pitching type low clearance parking apparatus as claimed in claim 2, it is characterized in that, described synchronous drive mechanism comprises:
One drive motors;
One reducing gear, described reducing gear is arranged on described beam part, and described drive motors is arranged on described reducing gear and the output shaft of described drive motors is connected with the input power of described reducing gear;
One synchronous lifting arm, the left and right two ends of described Synchronous lifting bar are arranged on described beam part respectively by left and right bearing support; The output of described reducing gear is in transmission connection by a chain drive and described Synchronous lifting bar.
4. electric synchronous chain pitching type low clearance parking apparatus as claimed in claim 3, it is characterized in that, described left chain hoisting mechanism comprises:
Left lifting drive sprocket, described left lifting drive sprocket key is located at the left end of described Synchronous lifting bar;
Some left commutation sprocket wheels, described some left commutation sprocket shafts are located on described left frame;
Left first lifting chain, described left first lifting chain walks around one of them left commutation sprocket wheel;
Left second lifting chain, after described left second lifting chain walks around remaining left commutation sprocket wheel and left lifting drive sprocket, the first end of described left second lifting chain is connected with the first end of described left first lifting chain, and the second end of described left second lifting chain is connected with the left Hoisting & turning device structure of described vehicle-containing; Second end of described left first lifting chain is connected with the appropriate location of described left second lifting chain by left joint;
Described right chain hoisting mechanism comprises:
Right lifting drive sprocket, described right lifting drive sprocket key is located at the left end of described Synchronous lifting bar;
Some right commutation sprocket wheels, described some right commutation sprocket shafts are located in described right frame;
Right first lifting chain, described right first lifting chain walks around one of them right commutation sprocket wheel;
Right second lifting chain, after described right second lifting chain walks around remaining commutation sprocket wheel and right lifting drive sprocket, the first end of described right second lifting chain is connected with the first end of described right first lifting chain, and the second end of described right second lifting chain is connected with the right Hoisting & turning device structure of described vehicle-containing; Second end of described right first lifting chain is connected by the appropriate location of right connector with described right second lifting chain.
5. electric synchronous chain pitching type low clearance parking apparatus as claimed in claim 4, it is characterized in that, described synchronous drive mechanism also comprises left and right compression sprocket wheel, described left and right compression sprocket wheel is by left and right compression sprocket wheel support installing on described beam part, and described left and right second lifting chain is pressed on described left and right lifting drive sprocket by left and right compression sprocket wheel respectively.
6. electric synchronous chain pitching type low clearance parking apparatus as claimed in claim 5, it is characterized in that, described vehicle-containing left Hoisting & turning device structure comprises left upset lifting arm, left connecting rod, left slider, first end and the described left slider of wherein said left upset lifting arm are hinged, described left slider slide arrangement on described left frame, the second end of described left upset lifting arm and the limit, left side of described vehicle-containing hinged; The first end of described left connecting rod and the limit, left side of described vehicle-containing hinged, the second end of described left connecting rod and the middle appropriate location of described left upset lifting arm hinged; Described vehicle-containing right Hoisting & turning device structure comprises right upset lifting arm, right connecting rod, right slide block, first end and the described right slide block of wherein said right upset lifting arm are hinged, described right skid is configured in described right frame, the second end of described right upset lifting arm and the right edge of described vehicle-containing hinged; The first end of described right connecting rod and the right edge of described vehicle-containing hinged, the second end of described right connecting rod and the middle appropriate location of described right upset lifting arm hinged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520406529.3U CN204899326U (en) | 2015-06-13 | 2015-06-13 | Electronic synchronous chain every single move formula low clearance parking equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520406529.3U CN204899326U (en) | 2015-06-13 | 2015-06-13 | Electronic synchronous chain every single move formula low clearance parking equipment |
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| CN204899326U true CN204899326U (en) | 2015-12-23 |
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| CN201520406529.3U Expired - Fee Related CN204899326U (en) | 2015-06-13 | 2015-06-13 | Electronic synchronous chain every single move formula low clearance parking equipment |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105804455A (en) * | 2016-05-20 | 2016-07-27 | 浙江磊鑫建材科技有限公司 | Overhead parking platform device provided with turnover car bearing plate |
| CN106013880A (en) * | 2016-06-27 | 2016-10-12 | 陕西隆翔停车设备集团有限公司 | Pitching type simple lifting parking equipment |
| CN106703466A (en) * | 2016-12-04 | 2017-05-24 | 梁崇彦 | Offset stand column and chain rear drive of two-layer parking equipment and |
| CN106760728A (en) * | 2016-11-18 | 2017-05-31 | 贵州优好停车设备有限公司 | A kind of new primary-secondary type Simple lifting garage lifting device |
| CN107217887A (en) * | 2016-09-16 | 2017-09-29 | 梁崇彦 | A kind of four-point suspension, the parking apparatus lifted twice |
-
2015
- 2015-06-13 CN CN201520406529.3U patent/CN204899326U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105804455A (en) * | 2016-05-20 | 2016-07-27 | 浙江磊鑫建材科技有限公司 | Overhead parking platform device provided with turnover car bearing plate |
| CN105804455B (en) * | 2016-05-20 | 2018-05-15 | 浙江磊鑫建材科技有限公司 | The turnover air parking platform device of vehicle-carrying plate |
| CN106013880A (en) * | 2016-06-27 | 2016-10-12 | 陕西隆翔停车设备集团有限公司 | Pitching type simple lifting parking equipment |
| CN107217887A (en) * | 2016-09-16 | 2017-09-29 | 梁崇彦 | A kind of four-point suspension, the parking apparatus lifted twice |
| CN106760728A (en) * | 2016-11-18 | 2017-05-31 | 贵州优好停车设备有限公司 | A kind of new primary-secondary type Simple lifting garage lifting device |
| CN106703466A (en) * | 2016-12-04 | 2017-05-24 | 梁崇彦 | Offset stand column and chain rear drive of two-layer parking equipment and |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151223 Termination date: 20210613 |