CN205036122U - Hinge type upper strata platen vertical lift parking equipment - Google Patents

Hinge type upper strata platen vertical lift parking equipment Download PDF

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Publication number
CN205036122U
CN205036122U CN201520767963.4U CN201520767963U CN205036122U CN 205036122 U CN205036122 U CN 205036122U CN 201520767963 U CN201520767963 U CN 201520767963U CN 205036122 U CN205036122 U CN 205036122U
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platen
upper strata
hinge
component
rectilinear movement
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CN201520767963.4U
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Chinese (zh)
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梁崇彦
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Individual
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Abstract

The utility model discloses a hinge type upper strata platen vertical lift parking equipment, adopt hinge type upper strata platen structure and two -layer parking equipment vertical lift driving method commonly used, it rises or descends to drive the upper platen that joins with the hinge through the vice guide rail sliding part of rectilinear movement guide rail, the upper strata platen then divide into two parts that join with the hinge, under related parts and hinge structure's cooperation operation, it puts nonaqueous the keeping flat of upper position to realize upper platen with simple method, solve lower headroom occasion on, the lower two -layer car problem of parking. The utility model has the characteristics of simple structure, technology maturation, security are well and easy to maintain.

Description

A kind of hinge type upper strata platen vertically displaceable parking apparatus
Technical field
The utility model relates to mechanical parking equipment field, is specifically related to arrange in the middle of the device interior two root posts, lower floor without the two-layer parking apparatus of platen, upper strata platen vertical lift.
Background technology
Along with the increase of automobile pollution, the problem of parking space deficiency becomes clear day by day, and mechanical parking equipment is used widely, and wherein the occupation rate of market of two-layer parking apparatus is larger.In two-layer parking apparatus, there is the form adopting single plane parking stall that a set of parking apparatus is independently set, wherein just comprise the single ascending and descending parking device (range simple lifting type) of lower floor without platen.At present, for solving the problem of headway deficiency between battery limits, single ascending and descending parking device has the swing arm pitching type up-down mode adopting upper strata platen double connecting rod to drive to place in the non-horizontal of topside position to realize upper strata platen.This mode solves parks problem compared with the upper and lower two-layer car of low clearance height occasion, but there is the shortcoming of double connecting rod relative complex.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, the vertical lift type of drive adopting hinge type upper strata platen structure and two-layer parking apparatus to commonly use is placed in the non-horizontal of topside position to realize upper strata platen, solves park problem compared with the upper and lower two-layer car of low clearance height occasion with simple method.Feature of the present utility model is that structure is simple, technology maturation, safety is good and be easy to maintenance.Of the present utility modelly to promote the use of, will higher Social benefit and economic benefit be had.
The technical solution adopted in the utility model is: a kind of hinge type upper strata platen vertically displaceable parking apparatus, is characterized in that: described parking apparatus comprises door frame, upper strata platen, rectilinear movement guideway, upper strata bedplate up-down drive system and custom-designed hinge mechanism; Described door frame is two pillar constructions, and two root posts are separately positioned on width both sides, plane parking stall, vertically fixedly mount; Described upper strata platen is rectangle steel structural member, for carrying upper strata vehicle, be arranged on the zone line that two root posts are formed; Described rectilinear movement guideway is made up of guide rail fixed part 8 and slide parts 7; Each root post installs a set of rectilinear movement guideway; The guide rail fixed part 8 of rectilinear movement guideway is arranged on column or by the inner space of column and forms; The slide parts 7 of rectilinear movement guideway are arranged on the inside of the guide rail fixed part 8 of rectilinear movement guideway respectively; Described upper strata platen and rectilinear movement guideway slide parts 7 use one to be called the hinge arrangement of platen and slide unit hinge 1 is interconnected, make upper strata platen can two cover rectilinear movement guideways clamping under vertically rise or vertical lowering motion; Described upper strata bedplate up-down drive system is that adopt chain or wire rope traction, that parking apparatus is conventional upper strata bedplate up-down drive system; The chain of described upper strata bedplate up-down drive system or the wire rope slide parts 7 that rectilinear movement guideway is overlapped in traction two respectively rise or decline, thus drive upper strata platen to rise or decline; Described upper strata platen be divided into platen component one 5-1 and platen component two 5-2 two part, this platen component one 5-1 and platen component two 5-2 use one to be called the hinge arrangement of platen hinge 2 is interconnected; Above-mentioned platen and slide unit hinge 1 and the 2-in-1 title hinge mechanism of platen hinge; The combined action of described hinge mechanism and associated components, make upper strata platen after the slide parts 7 of following rectilinear movement guideway drop to ground floor, platen component one 5-1 and platen component two 5-2 of upper strata platen are all in the level being adjacent to ground; The slide parts 7 of following rectilinear movement guideway by platen and slide unit hinge 1 when upper strata platen rise from ground floor, due to the effect of gravity, in the first section that upper strata platen rises, right-hand member and the ground floor of platen component one 5-1 keep in touch, and left end and the ground floor of platen component two 5-2 keep in touch; Because the left end of platen component one 5-1 and the right-hand member of platen component two 5-2 are linked by platen hinge 2, by the effect of platen hinge 2, upper strata platen is become from the level of original 180 degree of angles and is less than the non-standard state of 180 degree of angles and the angle of angle continues to diminish along with the further rising of upper strata platen, until platen plate supporting part one 6-1 and platen plate supporting part two 6-2 produces effectively supporting, i.e. whole upper strata platen to platen component one 5-1 and platen component two 5-2 respectively obtained stable support; Afterwards, the slide parts 7 of following rectilinear movement guideway synchronously rise by whole upper strata platen; Period, the non-standard state that upper strata platen is less than 180 degree of angles is kept, is no longer changed; When upper strata platen follow rectilinear movement guideway slide parts 7 rise to two layer heights, rectilinear movement guideway slide parts 7 namely stop rise, upper strata platen is in upper strata static condition; When the slide parts 7 that rectilinear movement guideway followed by upper strata platen decline from two layer height positions toward ground floor, the non-standard state that upper strata platen continues to keep originally being less than 180 degree of angles is stable to decline, contact with ground supporting position two 9-2 with ground supporting position one 9-1 respectively with the left end of platen component two 5-2 until upper strata platen drops to the right-hand member of platen component one 5-1 of platen hinge 2 link, namely ground floor produces supporting role; Subsequently, the slide parts 7 that rectilinear movement guideway followed by upper strata platen continue to decline, hinge axis center respectively around platen hinge 2 up swings by platen component one 5-1 that upper strata platen links with platen hinge 2 and platen component two 5-2, and upper strata platen is changed from the non-standard state being originally less than 180 degree of angles to the level of 180 degree of angles; Finally, upper strata platen returns back to the level being adjacent to ground.
Common single ascending and descending parking device for upper strata platen traction or supporting finally need to have been come by equipment column.And the set-up mode of equipment column, there are four pillar constructions (namely column, altogether four root posts being set respectively on four angles of the plane parking stall in device interior space) adopting device interior space outermost position, or adopt single column cantilever construction (namely one root post being set in the wherein side of the plane parking stall width in device interior space) in centre position, device interior space, also have and adopt two pillar constructions in centre position, device interior space (namely arrange respectively in the both sides of device interior space plane parking stall width a root post, two altogether).The utility model adopt technical scheme to be suitable for the two pillar construction in centre position in device interior space, the two pillar construction in this centre position comprises and being symmetrical arranged and asymmetric setting form.What is called is symmetrical arranged form, refers to that the line of centres of two root posts is vertical with the longitudinal centre line of device interior space plane parking stall; And the so-called asymmetric form that arranges, refer to the line of centres of two root posts and the longitudinal centre line out of plumb of device interior space plane parking stall.Meanwhile, can not fix between two root posts link, i.e. independent setting separately; Or two root posts are fixedly connected at top crossbeam, a formation door frame shape structure.Obviously, two root posts are better in the rigidity that top crossbeam is fixedly connected, but the existence of top cross-bar will take more upper sheaf space, add the headway needed for parking apparatus.
Aforementioned what is called " the upper strata bedplate up-down drive system that parking apparatus is conventional " can be hydraulic-driven or Mechanical Driven; When adopting hydraulic-driven, can be that Double-hydraulic-cylinder/piston synchronous drives lifting or synchronously drives traction (two root posts, every root install a set of hydraulic jack/piston apparatus, synchronous operation), also can be that single hydraulic jack/piston apparatus driving, chain or wire rope implement to upper strata platen traction (root post installs hydraulic jack/piston apparatus) of revealing all the details wherein; When adopting Mechanical Driven, can be the synchronous driving traction (two root posts, every root install a set of electric system, synchronous operation) of two cover electric systems, also can be that the driving of single motor device, chain or wire rope implement to reveal all the details traction (wherein a root post mounted motor device) to upper strata platen; Listed mode is common in the parking apparatus of two-layer vertical lift above.
The key difference of a kind of hinge type of the utility model upper strata platen vertically displaceable parking apparatus and common single ascending and descending parking device is: although the upper strata platen of common single ascending and descending parking device is also vertical lift, but upper strata platen is overall structure, when the overall process that upper strata platen rises and declines and upper strata platen are positioned at topside position, upper strata platen is in level all the time.
The key difference of a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus and swing arm pitching type ascending and descending parking device is: although the upper strata platen of swing arm pitching type ascending and descending parking device is also hinge type two partial structure, it is level that upper strata platen is in when being adjacent to ground, when upper strata platen rises from ground floor, upper strata platen with two of hinged joint parts produce around hinge centres respectively to lower swing, make upper strata platen from original be that 180 degree of angles become the non-standard state being less than 180 degree of angles relative to level.But for swing arm pitching type ascending and descending parking device, the above-mentioned action of upper strata platen needs respectively by lifting and drive unit is overlapped in swing arm two and linkage realizes; And a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus, the above-mentioned action of upper strata platen only needs a set of vertical lift drive unit to get final product simple realization.
Accompanying drawing explanation
Fig. 1 to Fig. 4 is the operation schematic diagram that the hinge type upper strata platen structure of a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus, the guideway structure that moves linearly and slide parts drive upper strata platen uphill process.In figure, 1 platen and slide unit hinge; 2 platen hinges; 3 upper strata vehicles; 4 horizontal planes; 5-1 platen component one; 5-2 platen component two; 6-1 platen plate supporting part one; 6-2 platen plate supporting part two; 7 slide parts; 8 guide rail fixed parts; 9-1 ground supporting position one; 9-2 ground supporting position two.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail, and protection domain of the present utility model is not limited to the following stated.
As shown in Figures 1 to 4, for the hinge type upper strata platen structure of a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus, the guideway structure that moves linearly and slide parts drive the operation schematic diagram of upper strata platen uphill process.Can find out from Fig. 1 to Fig. 4: upper strata platen is formed by platen component one 5-1 and platen component two 5-2 and linked by platen hinge 2, platen component one 5-1 and platen component two 5-2 can do mutually to rotate around the hinge centres of platen hinge 2.Certainly, due to the effect of gravity, platen component one 5-1 and platen component two 5-2 all can not surmount horizontal plane and upwards to swing and can only to lower swing.Upper strata platen can park upper strata vehicle 3; Upper strata vehicle 3 park above the platen of upper strata appropriate after, the front-wheel of vehicle and trailing wheel lay respectively on platen component one 5-1 and platen component two 5-2 (vehicle advance into position park or vehicle backing enter position park all obtain above-mentioned effect); Slide parts 7 can vertically rise or decline under the clamping of guide rail fixed part 8; Slide parts 7 and upper strata platen platen component two 5-2 are wherein linked by platen and slide unit hinge 1; In actual moving process, platen component two 5-2 of upper strata platen can swing relative to slide parts 7 around the hinge centres of platen and slide unit hinge 1 and can swing relative to platen component one 5-1 around platen hinge 2 simultaneously.Visible in figure, platen plate supporting part one 6-1 and platen plate supporting part two 6-2 and slide parts 7 fixedly connected; Due to the effect of gravity, the right-hand member of platen component one 5-1 has the trend swung to diagram lower right, until platen component one 5-1 obtains the supporting of ground supporting position one 9-1 or obtains the supporting of platen plate supporting part one 6-1; Similarly, due to the effect of gravity, the left end of platen component two 5-2 has the trend swung to diagram lower left, until platen component two 5-2 obtains the supporting of ground supporting position two 9-2 or obtains the supporting of platen plate supporting part two 6-2.
Figure 1 shows that a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus is in schematic diagram when ground floor leaves standstill at upper strata platen.Visible in figure, the support that now platen plate supporting part one 6-1 is subject to the support of ground supporting position one 9-1, platen plate supporting part two 6-2 is subject to ground supporting position two 9-2, make the upper strata platen be made up of platen component one 5-1 and platen component two 5-2 be in level, namely the angle of platen component one 5-1 and platen component two 5-2 and horizontal plane is 180 degree.Please note: upper strata platen is in ground floor when leaving standstill, and platen plate supporting part one 6-1 and platen plate supporting part two 6-2 maintains distance with platen component one 5-1 and platen component two 5-2 respectively, does not produce supporting role.
Figure 2 shows that a kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus slide parts 7 wherein rise under the driving of upper strata bedplate up-down drive system; Slide parts 7 rise, driven platen component two 5-2 to rise by platen and slide unit hinge 1.Section at the beginning of slide parts 7 rise, the distance between platen plate supporting part one 6-1 and platen component one 5-1 shortens gradually.Before both do not have contact, platen plate supporting part one 6-1 to platen component one 5-1 do not produce supporting role (state shown in Fig. 2 be the distance between platen plate supporting part one 6-1 with platen component one 5-1 foreshortened to just contact, be about to produce supporting role); Similarly, distance between platen plate supporting part two 6-2 and platen component two 5-2 shortens gradually, before both do not have contact, platen plate supporting part two 6-2 does not produce supporting role (state shown in Fig. 2 is that platen plate supporting part two 6-2 and platen component two 5-2 still exist distance, still do not produce supporting role) to platen component two 5-2.The first section of rising is driven at platen component two 5-2, due to the effect of gravity, the left end of platen component two 5-2 still contacts with ground supporting position two 9-2, make platen component two 5-2 be equivalent to swing to the lower left shown in Fig. 2 around the hinge centres of platen and slide unit hinge 1; Similarly, be driven the first section of rising at platen component two 5-2, platen component one 5-1 follows rising, due to the effect of gravity, the right-hand member of platen component one 5-1 still contacts with ground supporting position one 9-1, make platen component one 5-1 be equivalent to swing to the lower right shown in Fig. 2 around the hinge centres of platen hinge 2.As can be seen from Figure 2, slide parts 7 rise under the driving of upper strata bedplate up-down drive system, make platen component two 5-2 and platen component one 5-1 be driven rising; Under the acting in conjunction of associated components, platen component one 5-1 and platen component two 5-2 forms the angle being less than 180 degree as shown in Figure 2.Please note: the state shown in Fig. 2 is that platen plate supporting part one 6-1 just contacts with platen component one 5-1, is about to produce supporting role, and platen plate supporting part two 6-2 and platen component two 5-2 still exists distance, temporarily do not produce supporting role.
Figure 3 shows that platen vertically displaceable parking apparatus slide parts 7 wherein in a kind of hinge type upper strata of the utility model are continued to rise by upper strata bedplate up-down drive systems on the basis of state shown in Fig. 2.In this stage, slide parts 7 rise, driven platen component two 5-2 to continue to rise by platen and slide unit hinge 1; Continuation ascent stage shown in Fig. 3, distance between platen plate supporting part two 6-2 and platen component two 5-2 shortens gradually, before both do not have contact, platen plate supporting part two 6-2 to platen component two 5-2 do not produce supporting role (state shown in Fig. 3 be the distance between platen plate supporting part two 6-2 with platen component two 5-2 foreshortened to just contact, be about to produce supporting role); And platen plate supporting part one 6-1 produces supporting role to platen component one 5-1 front.The component two of platen shown in Fig. 3 5-2 continues to be driven rising, due to the effect of gravity, the left end of platen component two 5-2 still contacts with ground supporting position two 9-2, make platen component two 5-2 be equivalent to swing to the lower left shown in Fig. 3 around the hinge centres of platen and slide unit hinge 1; Now, platen component one 5-1 transfers from the supporting being subject to ground supporting position one 9-1 the supporting being subject to platen plate supporting part one 6-1 to.As can be seen from Figure 3, slide parts 7 continue to rise under the driving of upper strata bedplate up-down drive system, make platen component one 5-1 and platen component two 5-2 be driven rising; Under the acting in conjunction of associated components, platen component one 5-1 and platen component two 5-2 forms the angle being less than 180 degree as shown in Figure 3; And the angle shown in Fig. 3 is less than the angle shown in Fig. 2.Please note: the state shown in Fig. 3 is that platen plate supporting part one 6-1 produces supporting role to platen component one 5-1; And platen plate supporting part two 6-2 just contacts with platen component two 5-2, by producing supporting role.
Figure 4 shows that platen vertically displaceable parking apparatus slide parts 7 wherein in a kind of hinge type upper strata of the utility model rise on the basis of state shown in Fig. 3, by upper strata bedplate up-down drive systems, continuation; Because now platen plate supporting part one 6-1 produces supporting role to platen component one 5-1, platen plate supporting part two 6-2 also produces supporting role to platen component two 5-2, and namely upper strata platen is in stable state.Therefore, the continuation of slide parts 7 is risen, platen component two 5-2 will be driven synchronously to rise by platen and slide unit hinge 1; Meanwhile, slide parts 7 continuation rise, will by platen plate supporting part one 6-1 and platen plate supporting part two 6-2 respectively supporting platen component one 5-1 and platen component two 5-2 synchronously rise.As shown in Figure 4, the angle that platen component one 5-1 and platen component two 5-2 is less than 180 degree no longer changes, and upper strata platen is in stable propradation, until upper strata platen rises to upper level, namely stops rising, is in upper strata static condition.
Clearly, can by the relative position of adjustment platen hinge 2 at upper strata platen, or by the difference in height of upper strata platen under adjustment platen plate supporting part one 6-1 and platen plate supporting part two 6-2 and level, or by the bearing position of adjustment slide parts 7 couples of platen component two 5-2, or by adjusting the distance of platen and slide unit hinge 1 and platen hinge 2, to obtain the possible angle change of upper strata platen in rising, decline process.
Because upper strata platen is at rising just section and decline latter end, left end and ground supporting position two 9-2 of the right-hand member of platen component one 5-1 and ground supporting position one 9-1 and platen component two 5-2 will produce sliding friction, easily cause the wearing and tearing of associated components frictional position.For this reason, following measures can be taked to be improved: 1, bottom the right-hand member of platen component one 5-1 and bottom the left end of platen component two 5-2, roller to be installed, sliding friction is changed into rolling friction.2, the higher high-abrasive material of steel plate one class hardness is installed in the place that wherein there is friction at ground supporting position one 9-1 and ground supporting position two 9-2.
In order to improve the safety that equipment runs further, can at the left upper portion Plane Installation Obstruct apparatus of platen component two 5-2, with the skidding preventing upper deck 3 from occurring existing, move down phenomenon.
A kind of hinge type upper strata of the utility model platen vertically displaceable parking apparatus slide parts 7 wherein decline from topside position under the driving of upper strata bedplate up-down drive system, the operation change of its operation logic and associated components is aforesaid inverted running, namely order changes into from Fig. 4, Fig. 3, Fig. 2 to Fig. 1, does not repeat here.

Claims (1)

1. a hinge type upper strata platen vertically displaceable parking apparatus, is characterized in that: it is characterized in that: described parking apparatus comprises door frame, upper strata platen, rectilinear movement guideway, upper strata bedplate up-down drive system and custom-designed hinge mechanism; Described door frame is two pillar constructions, and two root posts are separately positioned on width both sides, plane parking stall, vertically fixedly mount; Described upper strata platen is rectangle steel structural member, for carrying upper strata vehicle, be arranged on the zone line that two root posts are formed; Described rectilinear movement guideway is made up of guide rail fixed part (8) and slide parts (7); Each root post installs a set of rectilinear movement guideway; The guide rail fixed part (8) of rectilinear movement guideway is arranged on column or by the inner space of column and forms; The slide parts (7) of rectilinear movement guideway are arranged on the inside of the guide rail fixed part (8) of rectilinear movement guideway respectively; The slide parts (7) of described upper strata platen and rectilinear movement guideway use one and are called that the hinge arrangement of platen and slide unit hinge (1) is interconnected, make upper strata platen vertically can increase or vertical lowering motion under the clamping of two cover rectilinear movement guideways; Described upper strata bedplate up-down drive system is that adopt chain or wire rope traction, that parking apparatus is conventional upper strata bedplate up-down drive system; The chain of described upper strata bedplate up-down drive system or wire rope respectively traction two overlap slide parts (7) rising of rectilinear movement guideway or decline, thus drive upper strata platen to rise or decline; Described upper strata platen be divided into platen component one (5-1) and platen component two (5-2) two part, this platen component one (5-1) and platen component two (5-2) use one to be called the hinge arrangement of platen hinge (2) is interconnected; Above-mentioned platen and slide unit hinge (1) and platen hinge (2) are collectively referred to as hinge mechanism; The combined action of described hinge mechanism and associated components, make upper strata platen after the slide parts (7) of following rectilinear movement guideway drop to ground floor, platen component one (5-1) and the platen component two (5-2) of upper strata platen are all in the level being adjacent to ground; The slide parts (7) of following rectilinear movement guideway by platen and slide unit hinge (1) when upper strata platen rise from ground floor, due to the effect of gravity, in the first section that upper strata platen rises, right-hand member and the ground floor of platen component one (5-1) keep in touch, and left end and the ground floor of platen component two (5-2) keep in touch; Because the left end of platen component one (5-1) and the right-hand member of platen component two (5-2) are linked by platen hinge (2), by the effect of platen hinge (2), upper strata platen is become from the level of original 180 degree of angles and is less than the non-standard state of 180 degree of angles and the angle of angle continues to diminish along with the further rising of upper strata platen, until platen plate supporting part one (6-1) and platen plate supporting part two (6-2) respectively platen component one (5-1) and platen component two (5-2) are produced effectively support, namely whole upper strata platen obtained stable support; Afterwards, the slide parts (7) of following rectilinear movement guideway synchronously rise by whole upper strata platen; Period, the non-standard state that upper strata platen is less than 180 degree of angles is kept, is no longer changed; When upper strata platen follow rectilinear movement guideway slide parts (7) rise to two layer heights, rectilinear movement guideway slide parts (7) namely stop rise, upper strata platen is in upper strata static condition; When the slide parts (7) that rectilinear movement guideway followed by upper strata platen decline from two layer height positions toward ground floor, the non-standard state that upper strata platen continues to keep originally being less than 180 degree of angles is stable to decline, contact with ground supporting position two (9-2) with ground supporting position one (9-1) respectively until upper strata platen drops to the right-hand member of platen component one (5-1) linked with platen hinge (2) with the left end of platen component two (5-2), namely ground floor produces supporting role; Subsequently, the slide parts (7) that rectilinear movement guideway followed by upper strata platen continue to decline, the platen component one (5-1) that upper strata platen links with platen hinge (2) and platen component two (5-2) will up swing around the hinge axis center of platen hinge (2) respectively, and upper strata platen is changed from the non-standard state being originally less than 180 degree of angles to the level of 180 degree of angles; Finally, upper strata platen returns back to the level being adjacent to ground.
CN201520767963.4U 2015-10-06 2015-10-06 Hinge type upper strata platen vertical lift parking equipment Withdrawn - After Issue CN205036122U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520767963.4U CN205036122U (en) 2015-10-06 2015-10-06 Hinge type upper strata platen vertical lift parking equipment

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Application Number Priority Date Filing Date Title
CN201520767963.4U CN205036122U (en) 2015-10-06 2015-10-06 Hinge type upper strata platen vertical lift parking equipment

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Publication Number Publication Date
CN205036122U true CN205036122U (en) 2016-02-17

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Application Number Title Priority Date Filing Date
CN201520767963.4U Withdrawn - After Issue CN205036122U (en) 2015-10-06 2015-10-06 Hinge type upper strata platen vertical lift parking equipment

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105257033A (en) * 2015-10-06 2016-01-20 梁崇彦 Hinged type upper-layer table plate vertical lifting parking equipment

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105257033A (en) * 2015-10-06 2016-01-20 梁崇彦 Hinged type upper-layer table plate vertical lifting parking equipment

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Granted publication date: 20160217

Effective date of abandoning: 20170531