CN204691335U - Light-duty nothing dodges multi-storied garage - Google Patents

Light-duty nothing dodges multi-storied garage Download PDF

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Publication number
CN204691335U
CN204691335U CN201520032463.6U CN201520032463U CN204691335U CN 204691335 U CN204691335 U CN 204691335U CN 201520032463 U CN201520032463 U CN 201520032463U CN 204691335 U CN204691335 U CN 204691335U
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CN
China
Prior art keywords
frame
lifting
articulated
translation
parking stall
Prior art date
Application number
CN201520032463.6U
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Chinese (zh)
Inventor
姚霜
刘锡羽
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姚霜
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Application filed by 姚霜 filed Critical 姚霜
Priority to CN201520032463.6U priority Critical patent/CN204691335U/en
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Publication of CN204691335U publication Critical patent/CN204691335U/en

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Abstract

Light-duty nothing of the present utility model dodges multi-storied garage, comprise the vertical frame supporting and stand on parking stall, be elevated the lifting frame be located on vertical frame, rotate the runing rest be located on lifting frame, be mounted on described runing rest for carrying the parking plate of car, vertical frame is driven to move to stretch out on parking stall or the translational drive mechanism of retraction parking plate along parking stall side, drive the lift drive mechanism that lifting frame is elevated along vertical frame frame and the rotary drive mechanism driving described rotating frame to rotate on lifting frame, described lifting frame is provided with the first articulated section, on described rotating frame, correspondence is provided with the second articulated section and the first articulated section and is articulated, described rotary drive mechanism drives the second articulated section to rotate around the first articulated section.This light-duty nothing dodges multi-storied garage, and its frame-type structure makes the structure in whole garage simple and firm, and overall weight alleviates greatly, decreases waste of material, has saved resource, has reduced manufacturing cost.

Description

Light-duty nothing dodges multi-storied garage

Technical field

The utility model relates to a kind of light-duty nothing and dodges multi-storied garage.

Background technology

Existing nothing dodges multi-storied garage, generally comprise the single column be fixed on parking stall, ground, for carry car parking plate, for drive parking plate be elevated along support post lift drive mechanism, for driving parking plate translation on column to stretch out with realization or the translation mechanism of retracting and the rotating mechanism for driving parking plate to rotate along column.Owing to adopting the independent cantilever construction that single column supports, namely the bottom end of single column is fixed in one end, top on ground and is not fixed, for guaranteed strength, column, rotary part and member of translational all need thicker or more abundant material to make, this structure is comparatively complicated, overall weight is comparatively large, and manufacturing cost is higher.And the top of column is not fixed, only have the bottom of column to be fixed on cantilever construction on parking stall, ground, its structure is stable not; Another rotates the mode of parking plate by single column integral-rotation, and be cantilever construction equally, make this structure thick heavy, material consumption is large.

Utility model content

Technical problem to be solved in the utility model is: provide a kind of light-duty nothing to dodge multi-storied garage, and its structure is simple and firmly, overall weight alleviates greatly, reduces waste of material, economizes on resources, and reduces manufacturing cost.

In order to solve the problems of the technologies described above, the utility model provides a kind of light-duty nothing and dodges multi-storied garage and comprise and support the vertical frame that stands on parking stall, be elevated the lifting frame be located on vertical frame, rotate the rotating frame be located on lifting frame, be mounted on described runing rest for carrying the parking plate of car, vertical frame is driven to move to stretch out on parking stall or the translational drive mechanism of retraction parking plate along parking stall side, drive the lift drive mechanism that lifting frame is elevated along vertical frame frame and the rotary drive mechanism driving described rotating frame to rotate on lifting frame, described lifting frame is provided with the first articulated section, on described rotating frame, correspondence is provided with the second articulated section and is articulated with the first articulated section and coordinates, described rotary drive mechanism drives the second articulated section to rotate around the first articulated section.

Further, described vertical frame, lifting frame, rotating frame are frame-type structure member, and this frame-type structure member is include a left column, a right column, a top rail and a lower transverse beam and they are connected and fixed an integrated member of formation.

Further, also be provided with at least one in described vertical frame or transverse direction longitudinal or oblique setting, or at least two parallel or arranged in a crossed manner, and be located at the stiffening girder working the effect of being connected and fixed between described left column and right column and/or described top rail and lower transverse beam.

Further, the building block of described vertical frame, lifting frame and rotating frame is hollow pipe fitting.

Further, described vertical frame, lifting frame and rotating frame are all square or trapezoidal; Described parking plate comprises support frame and is located at the thin plate on support frame, and described support frame is also frame-type structure, and the building block of support frame is hollow pipe fitting.

Further, a rotary supporting part is all established in the top and bottom of described first articulated section, all has a shaft hole in each rotary supporting part, and the vertical axial line of this two shaft hole overlaps; Corresponding, described second top and bottom, articulated section are respectively equipped with a rotating shaft, the axial line of two rotating shafts overlaps, and the second articulated section snaps on the first articulated section and the two axial line overlaps, and the second articulated section utilizes described two rotating shafts to be articulated with two shaft holes of described first articulated section to coordinate; Described rotary drive mechanism comprises rotary drive motor, and the rotating shaft of described second lower end, articulated section is main shaft, and output shaft and the described main shaft of rotary drive motor connect to drive rotating frame to rotate around the first articulated section directly or indirectly.。

Further, described translational drive mechanism comprises pan drive motor, translation transmission component and guided in translation assembly, described guided in translation assembly is the assembly that track matches with the roller be arranged on vertical frame or slide block, and pan drive motor drives translation transmission component and then drives described roller or slide block to move back and forth along described track; Described lift drive mechanism comprises lifting drive motors, lifting transmission component and lifting guidance set, described lifting guidance set is slide rail and slide block matable assembly, lifting drive motors drives lifting transmission component and then drives described slide block along the reciprocal lifting moving of slide rail, or described lifting guidance set is track and roller matable assembly, lifting drive motors drives lifting transmission component and then drives described roller along the reciprocal lifting moving of track; Described translation transmission component is circulation link chain transmission component, lead screw transmission assembly, rack pinion assembly or single-chain transmission component; Described lifting transmission component is circulation link chain transmission component, lead screw transmission assembly, rack pinion assembly or single-chain transmission component.

Further, described parking stall is provided with two groups of guided in translation assemblies and a vertical frame, first group of guided in translation assembly is directly or indirectly fixed on the ground of indoor parking stall side, and second group of guided in translation assembly to be positioned at directly over first group and to be directly or indirectly fixed on the ceiling directly over indoor parking stall; Described vertical frame is held on middle chien shih vertical frame by two groups of guided in translation assemblies can only along the track translation of guided in translation assembly.

Further, a top frame is provided with directly over described parking stall, the left side of described parking stall and the parking stall side on right side are respectively provided with at least two for supporting and fix the support post of described top frame, and top frame is fixedly mounted on by described support post the second group frame that on parking stall, formation one is fixing; Parking stall is provided with two groups of guided in translation assemblies, the side ground, parking stall that first group of guided in translation assembly is located at right side or left side is positioned at inside described support post, and second group of guided in translation assembly to be located at directly over first group of guided in translation assembly and to be depended on described top frame bottom and be positioned at inside described support post.

Further, described parking stall is provided with two groups of guided in translation assemblies and two vertical frames, is fixedly connected to form moveable first group frame between two described vertical frames with connecting rod; The parking stall side in left side is located at by first group of guided in translation assembly, and the parking stall side on right side is located at by second group of guided in translation assembly, and described first group frame utilizes described two groups of guided in translation modular support to be installed on parking stall, and along the track translation of guided in translation assembly.

Light-duty nothing of the present utility model is dodged multi-storied garage and is had following beneficial effect: this light-duty nothing dodges multi-storied garage, first, its vertical frame, lifting frame, rotating frame and parking plate all have employed frame-type structure, relative to traditional single column overall structure, its Stability Analysis of Structures is reliable, overall weight alleviates greatly, thus has saved resource, reduction manufacturing cost; Secondly, upper and lower two-rail is adopted to grip the group frame of vertical frame or the support of left and right two-rail, thus avoid single pillar construction type that cantilever construction arranges, cannot fix due to the structural type upper end of single column and cause whole pillar construction firm not, therefore, this case structure makes the translation of vertical frame and movable frame more steady reliably; Again, this case parking plate is fixedly installed on rotating frame and rotates around lifting frame with rotating frame, and its rotation mode is than the rotation mode driving parking by single column integral-rotation, and structure is lighter and handier, operation is more reliable and more stable.Strong, the applied widely model of this case practical application, can be divided into indoor type garage and outdoor version garage, can select by demand.

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Accompanying drawing explanation

Fig. 1 is the stereogram that the parking plate of the first embodiment of the utility model first embodiment is positioned at raw bits (after retracting).

Fig. 2 is A place enlarged drawing in Fig. 1.

Fig. 3 is the front view that the parking plate of the first embodiment of the utility model first embodiment is positioned at raw bits (after retracting).Fig. 4 is B place enlarged drawing in Fig. 3.

Fig. 5 is C place enlarged drawing in Fig. 3.

Fig. 6 is the left view that the parking plate of the first embodiment of the utility model first embodiment is positioned at raw bits (after retracting).

Fig. 7 is the stereogram after the parking plate of the first embodiment of the utility model first embodiment stretches out.

Fig. 8 is the postrotational stereogram of parking plate of the first embodiment of the utility model first embodiment.

Fig. 9 is the stereogram after the parking plate of the first embodiment of the utility model first embodiment lands.

Figure 10 is the stereogram after the parking plate of the second embodiment of the utility model first embodiment stretches out.

Figure 11 is D place enlarged drawing in Figure 10.

Figure 12 is the left view after the parking plate of the second embodiment of the utility model first embodiment stretches out.

Figure 13 is E place enlarged drawing in Figure 10.

Figure 14 is the stereogram after the parking plate of the third embodiment of the utility model first embodiment stretches out.

Figure 15 is F place enlarged drawing in Figure 14.

Figure 16 is the left view after the parking plate of the third embodiment of the utility model first embodiment stretches out.

Figure 17 is the stereogram that the utility model second embodiment parking plate is positioned at raw bits (after retracting).

Figure 18 is G place enlarged drawing in Figure 17.

Figure 19 is the front view that the utility model second embodiment parking plate is positioned at raw bits (after retracting).

Figure 20 is H place enlarged drawing in Figure 19.

Figure 21 is I place enlarged drawing in Figure 19.

Figure 22 is the left view that the utility model second embodiment parking plate is positioned at raw bits (after retracting).

Figure 23 is the stereogram after the utility model second embodiment parking plate stretches out.

Figure 24 is the postrotational stereogram of the utility model second embodiment parking plate.

Figure 25 is the stereogram after the utility model second embodiment parking plate lands.

Figure 26 is the stereogram that the utility model the 3rd embodiment parking plate is positioned at raw bits (after retracting).

Figure 27 is the front view that the utility model the 3rd embodiment parking plate is positioned at raw bits (after retracting).

Reference numeral: 1, parking plate; 2, vertical frame, 2 ', vertical frame, 25, connecting rod; 3, translational drive mechanism, 31, translation motor, 32, translation transmission component, 321, drive sprocket, 322, driven sprocket, 323, translation chain, 324, engagement plate, 321 ', shiftable gear, 322 ', translating rack, 326, translation screw mandrel, 327, translation feed screw nut; 33, guided in translation assembly, 331, track, 332, roller, 35, limiting plate, 35 ', limiting plate; 4, lifting frame, 42, through wires hole, 43, rotary supporting part; 5, lift drive mechanism, 51, lifting motor, 52, lifting guidance set, the 525, first lifting directive wheel, the 526, second lifting directive wheel; 53, transmission component is elevated, 531, drive sprocket, 532, driven sprocket, 533, elevating chain, 534, engagement plate; 531 ', lifter wheel, 532 ', lifter rack, 536, leading screw, 537, elevating screw nut, 541, drive sprocket, the 542, first driven pulley, the 543, second driven pulley, 544, haulage chain; 6, rotating frame, 60, rotate clinch, 61 main shafts; 7, rotary drive mechanism, 71, electric rotating machine; 9, parking stall, 93, parking stall side, 95, parking stall ceiling, 96, top frame, 98, support post, 99, top board.

Detailed description of the invention

It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can be combined with each other, and are described in further detail the utility model below in conjunction with the drawings and specific embodiments.

As shown in Figures 1 to 9, the light-duty nothing of the utility model dodges the first embodiment of the first embodiment of multi-storied garage, it comprises the parking plate 1 for carrying car, stand on the vertical frame 2 on the parking stall 9 on ground with supporting, vertical frame 2 is driven to move to stretch out or the translational drive mechanism 3 of retraction parking plate 1 along parking stall side 93, be elevated the lifting frame 4 be located on vertical frame 2, drive the lift drive mechanism 5 that lifting frame 4 is elevated along vertical frame 2 frame, rotate the rotating frame 6 be located on described lifting frame 4, drive the rotary drive mechanism 7 that described rotating frame 6 rotates, described parking plate 1 is fixed on rotating frame 6.This light-duty nothing is dodged multi-storied garage and is provided with the control system (not shown) of dodging multi-storied garage running for controlling light-duty nothing.

The side plate that described parking plate 1 comprises the base plate for supporting automobile and is fixedly connected with base plate, the thickness of base plate meets requirement of strength, side plate be provided with for being connected and fixed on described rotating frame 6 be connected and fixed plate 11 (as shown in Figure 6).Described parking plate 1 can also be such structure, it comprises support frame and is fixed at the thin plate on support frame, described support frame is also frame-type structure, the building block of support frame is hollow pipe fitting, the inside of support frame is provided with some reinforcing ribs, and automobile can stop laying and on the thin plate be fixed on framework.

Described vertical frame 2 is frame-type structure member, so-called frame-type structure member, it is for including a left column, one right column, one top rail and a lower transverse beam and they are connected and fixed an integrated member of formation, for strengthening its structural stability, also be provided with at least one in vertical frame 2 or transverse direction longitudinal or oblique setting, or at least two parallel or arranged in a crossed manner, and be located at the stiffening girder working the effect of being connected and fixed between described left column and right column and/or described top rail and lower transverse beam, such as, left column and right column can be connected and fixed further for some horizontally disposed stiffening girders, or the some stiffening girders vertically arranged are connected and fixed top rail and lower transverse beam further, or the stiffening girder of some oblique settings is connected and fixed left column (or top rail) and right column (or lower transverse beam) further, or crossbeam, in vertical beam and cant beam, wherein any two kinds and any amount mix and match or the collocation that intersects are arranged to make the structure of vertical frame more firm.In the present embodiment, vertical frame global shape is square.Each building block of vertical frame 2 is steel hollow pipe fitting, and such as hollow pipe fitting cross section is polygon, circle, ellipse etc., and the wall thickness of hollow pipe fitting meets structural strength.Certainly, vertical frame global shape also can in the shape such as trapezoidal.

As shown in the figure, described translational drive mechanism 3 comprise pan drive motor 31, for drive vertical frame 2 carry out translational motion with stretch out or retraction parking plate 1 translation transmission component 32, for guiding vertical frame 2 along the guided in translation assembly 33 of parking stall side movement and limiting plate 35.Described pan drive motor 31 is fixed on parking stall 9.

Described translation transmission component 32 comprises drive sprocket 321, driven sprocket 322, translation chain 323 and engagement plate 324 on the output shaft being fixed on pan drive motor 31, engagement plate 324 one end is fixed on the lower transverse beam relevant position of vertical frame 2, the other end is fixed on translation chain 323, translation chain 323 is closed annulars, be set around drive sprocket 321 is connected with engagement plate 324 with on driven sprocket 322, to drive vertical frame 2 translation.

Described guided in translation assembly 33 has two groups, be divided into guided in translation assembly and lower guided in translation assembly, described lower guided in translation assembly comprise the parking stall side 93 being fixed on ground, parking stall 9 right side for guiding the track 331 of vertical frame 2, roller 332 is installed on vertical frame 2 lower transverse beam, can automatic guide and prevent from departing from track 331.Described roller 332 is provided with 2 or multiple, to drive vertical frame 2 to move along track 331.Guided in translation assembly 33 is provided with limiting plate 35, and this limiting plate 35 is located at the termination (as shown in Figure 1) of track 331, to prevent and to stop that vertical frame 2 is gone out or de-orbits 331.Described upper guided in translation assembly comprise the side being fixed on parking stall ceiling 95 right side for guiding the track 331 of vertical frame 2, described vertical frame 2 upper end is provided with 2 or multiple roller moves along track 331 to drive vertical frame 2.In the present embodiment, parking stall side 93 on the right side of on ground, parking stall 9 is provided with a track 331, side on the right side of on parking stall ceiling 95 is also provided with a track 331, described vertical frame 2 is 1, and vertical frame 2 is defined in therebetween and vertical frame 2 is vertically stood on above parking stall 9 and can only move back and forth along track 331 and can not offset up and down and collapse by upper and lower two tracks 331.Certainly, described two groups of guided in translation assemblies 33 and vertical frame 2 also can be located at the left side of parking stall 9.

As shown in Figure 2, described lifting frame 4 is also frame-type structure member, and it includes lower transverse beam, top rail, left column and right column, also can be other profiles.The building block of lifting frame 4 is also hollow pipe fitting.Lifting frame 4 is liftably sheathed on vertical frame 2, and lifting frame 4 is provided with its top rail through and lower transverse beam and the through wires hole 42 passed for described chain 533.The left-hand end of lifting frame 4 is provided with the first articulated section (in figure non-label), the top and bottom of this first articulated section are equipped with a rotary supporting part 43, for supporting, described rotating frame 6 is installed, rotary supporting part 43 inside of upper and lower side is respectively provided with a shaft hole, and the two coaxial inner conductor is arranged.First articulated section is made up of the part top rail of described lifting frame 4, part lower transverse beam and left column, roughly in] shape.

As shown in Figure 2, described lift drive mechanism 5 comprises lifting motor 51, for guiding lifting frame 4 along the lifting guidance set (in figure non-label) of vertical frame 2 movement and the lifting transmission component 53 for driving lifting frame to be elevated.Described lifting motor 51 is fixed on vertical frame 2.Described lifting guidance set is slide block and slide rail matable assembly, and it comprises this entirety of described lifting frame 4 being equivalent to slide block, and the through hole 42 on lifting frame 4 is the passage of elevating chain 533, and left column and the right column of vertical frame 2 are equivalent to slide rail.Described lifting transmission component 53 comprises drive sprocket 531, driven sprocket 532, elevating chain 533 and engagement plate 534 on the output shaft being fixed on pan drive motor 51, engagement plate 534 one end is fixed on the left column relevant position of lifting frame 4, the other end is fixed on elevating chain 533, and elevating chain 533 to be set around on drive sprocket 531 and driven sprocket 532 and to drive engagement plate 534 to be elevated to drive lifting frame 4.It should be noted that, conveniently install, lifting frame 4 be that detachable structure, the cover come to be set on vertical frame afterwards, to use Bolt Connection fastening again.

As shown in Figure 2, described rotating frame 6 is also frame-type structure member, and it includes lower transverse beam, top rail, left column and right column, and its shape is square or the profile do not limit such as trapezoidal, and rotating frame 6 is rotatably located on described lifting frame 4.The building block of rotating frame 6 is also steel hollow pipe fitting.The right-hand end of rotating frame 4 is provided with in the second suitable articulated section of described first articulated section, second top and bottom, articulated section is also respectively provided with a rotation clinch 60 of arranging in pairs or groups with rotary supporting part 43 phase of described lifting frame 4, each rotates, and clinch 60 was last is provided with a rotating shaft 61, this two rotating shaft 61 is coaxially set, each rotating shaft 61 and each shaft hole 42 pivotal fit on the first articulated section on described lifting frame 4, wherein the rotating shaft 61 of lower end is main shaft, the rotating shaft 61 of upper end is countershaft, make the second articulated section and the first articulated section pivot joint, namely rotating frame 6 pivot joint is located on lifting frame 4.

As shown in Figure 2, rotary drive mechanism 7 comprises a rotary drive motor 71, the output shaft of this rotary drive motor 71 directly with described be positioned at lower end and fix Direct driver main shaft driven rotary framework 6 as rotating shaft 61 shaft coupling of main shaft rotate, this rotary drive motor 71 utilizes motor cabinet (not shown) to be fixed on lifting frame 4.Certainly, the output shaft of rotary drive motor 71 also can be connected and fixed with described main shaft 61 indirectly.

As shown in Figure 10 and Figure 13, the light-duty nothing of the utility model dodges the second embodiment of the first embodiment of multi-storied garage, and it is substantially identical with the first embodiment of the first embodiment, and difference is:

The pan drive motor 31 of present embodiment utilizes a motor cabinet 35 to be fixed on the lower transverse beam of vertical frame 2, translation transmission component 32 comprises the shiftable gear 321 ' on the output shaft being fixed on pan drive motor 31, the translating rack 322 ' suitable with shiftable gear 321 ', this translating rack 322 ' parallels with track 311 ' and arranges and be fixed on parking stall 9, shiftable gear 321 ' engage with translating rack 322 ' and along reverse rotation time, 322 ' reciprocating rolling translation on translating rack, move back and forth on track 311 to drive vertical frame 2.

The lifting drive motors 51 of present embodiment is fixed on lifting frame 4, be specially be installed to lifting frame 4 lower transverse beam on by the position of left column of lifting frame, lifting transmission component 53 comprises the lifter wheel 531 ' of the output shaft being located at described lifting drive motors 51, the lifter rack 532 ' be meshed with this lifter wheel 531 ', this lifter rack 532 ' extends along the outer right wall above-below direction of the left column of vertical frame 2 and is fixed thereon, lifter wheel 531 ' goes up reciprocating rolling to drive lifting frame 4 reciprocal lifting moving on vertical frame 2 along reverse rotation at lifter rack 532 '.

The feature of the second embodiment is: assembly 53 all replaces the first embodiment of the first embodiment circulation link chain kind of drive by the kind of drive of gear and tooth bar is passed in translation transmission component that it adopts 32 and lifting.

As shown in Figure 14 to Figure 16, the light-duty nothing of the utility model dodges the third embodiment of the first embodiment of multi-storied garage, and it is substantially identical with the first embodiment of the first embodiment, and difference is:

The translation transmission component 32 of present embodiment comprise to connect with the output shaft of the pan drive motor 31 being arranged on parking stall side install translation screw mandrel 326, translation feed screw nut 327 with the suitable installation of translation screw mandrel 326, this translation screw mandrel 326 is parallel to track 311 and can rotates and be positioned at above parking stall 9 by wrapping wire thick stick axial line, translation feed screw nut 327 is fixed on the lower transverse beam of described vertical frame 2, and translation screw mandrel 326 rotates and drives translation feed screw nut 327 along translation screw mandrel 326 reciprocating feed thus drive vertical frame 2 to move back and forth on track 311.

The lifting transmission component 53 of present embodiment comprises the elevating screw 536 installed with the output shaft shaft coupling of the lifting drive motors 51 be arranged on vertical frame 2, the elevating screw nut 537 suitable with elevating screw 536, this elevating screw 536 rotatably vertically stands on inside vertical frame 2, elevating screw nut 537 is fixedly installed on the lower transverse beam of described lifting frame 4, and elevating screw 536 rotates thus drives elevating screw nut 537 to move back and forth on vertical frame 2 to drive lifting frame 4 along elevating screw 536 reciprocating feed.

The feature of the third embodiment is: translation transmission component that it adopts 32 and lifting transmission component 53 all replace the circulation link chain kind of drive of the first embodiment of the first embodiment by the kind of drive of screw mandrel and feed screw nut.

In conjunction with three kinds of embodiments of above first embodiment, visible, the feature of the first embodiment is: parking plate 1 is installed on regularly runing rest 6 to be compared parking plate 1 can be installed on the Stability Analysis of Structures of runing rest 6 with moving horizontally reliable.Also more reliable and more stable than being installed on the cantilever construction that overall column all rotates.Vertical frame 2 support is stood on track-movable between upper and lower two tracks and is stretched out on parking stall 9 to drive parking plate 1 or retract, and upper lower railway replaces the cantilever column of traditional one-sided ground deployment rails, and structure is more reliable and more stable, the life-span is longer, the frame-type structure Simple, light of vertical frame 2 and firm, lifting frame 4 lifting is located on vertical frame 3, the frame-type structure of lifting frame 4 also Simple, light and firm, the first articulated section that the output shaft Direct driver rotating frame 6 of described rotary drive motor rotates to drive parking plate 1 on lifting frame 4 around lifting frame 4 horizontally rotates, vertical frame 2, lifting frame 4 and rotating frame 6 all adopt frame-type structure, the building block of frame-type structure is steel hollow pipe fitting, make whole garage structure Simple, light, and frame-type structure comparison is firm, increase Rigidity and strength and greatly alleviate quality, frame structure more simplifies than thick and heavy open side type structure simultaneously, after structure simplifies, manufacturing cost also reduces greatly.It is preferably suitable environment that the present embodiment is applied to indoor.Garage can independently be installed, and also can install by multiple stage simultaneous, be widely used, public and private parking garage, parking house etc. all can be arranged.

As shown in Figure 17 to Figure 25, the light-duty nothing of the utility model dodges the second embodiment of multi-storied garage, and it is substantially identical with the first embodiment of the first embodiment, and difference is:

The guided in translation assembly 33 of the present embodiment is divided into left guidance set and right translation guidance set these two groups, lay respectively on the left side of parking stall and the parking stall side on right side, except right translation guidance set is provided with except vertical frame 2 here, left guidance set is also provided with a vertical frame 2 ' over there, being fixedly connected with assembling formation one with the connecting rod 25 (as shown in figure 17) of some sufficient intensities between vertical frame 2 and vertical frame 2 ' can along the first group frame of parking stall rail moving, the link position of connecting rod 25 lays the motion ensureing not interfere parking plate 1, also stop in parking stall, face uninterruptedly.The guided in translation assembly 33 of the present embodiment is except roller 332, the lower transverse beam of vertical frame 2 and vertical frame 2 ' is equipped with and is also provided with limiting plate 35 ', limiting plate 35 ' and roller 332 interact to limit the first group frame can not de-orbit 331 and vacillate now to the left, now to the right, teetertotter and collapse.

The pan drive motor 31 of the present embodiment is located on the lower transverse beam of vertical frame 2.And translation transmission component 32, drive sprocket 321 are arranged on the output shaft of motor 31, the lower transverse beam of vertical frame 2 is provided with two tensioner sprocket wheels 322, the two ends of chain 323 are separately fixed at and are positioned on the other chain fixture 329 of track 331 both end sides, and chain 323 is upwards wound on drive sprocket 321 below tensioner sprocket wheel 322, tensioner sprocket wheel 322 adjustable position, thus the elasticity of adjusting chain 323 ensure that vertical frame 2 can along track 331 alternating translational.

The lifting drive motors 51 of the present embodiment is located at vertical frame 2 upper end, and be elevated transmission component 53 comprise except be located at lifting drive motors 51 output shaft on drive sprocket 541 except, also comprise the first driven pulley 542 be rotatably located near drive sprocket 541 one end above vertical frame 2, be located at the second driven pulley 543 and conduction chain 544 away from drive sprocket 541 one end above vertical frame 2, one end of haulage chain is fixed on lifting frame 4, the other end is set around on described second driven pulley 543 respectively, be fixed on vertical frame 2 after first driven pulley 542 and drive sprocket 541.For strengthening security and stability, in the present embodiment, be provided with two cover lifting transmission components 53.

The lifting guidance set 52 of the present embodiment also include several to be located on lifting frame 4 and contact with rolling with described vertical frame 2 first be elevated directive wheel 525 and second and be elevated directive wheel 526, the left column and the right column that are equipped with the first lifting directive wheel 525 and vertical frame 2 bottom the top rail of lifting frame with lower transverse beam top contact with rolling, the antetheca and the rear wall that the antetheca of the left column of lifting frame 4 and rear wall are equipped with the second lifting directive wheel 526 and the left column of vertical frame 2 contact with rolling, equally, the antetheca and the rear wall that the antetheca of the right column of lifting frame 4 and rear wall are equipped with the second lifting directive wheel 526 and the right column of vertical frame 2 contact with rolling.Namely, vertical frame 2 and lifting frame 4 are all integrally treated, is equipped with between the face that vertical frame 2 contacts with lifting frame 4 and is elevated directive wheel so that lifting frame 4 coordinates more accurate, laborsaving and reliable and stable in vertical frame 2 rise and fall.

It should be noted that, conveniently install, lifting frame 4 be that detachable structure, the cover come to be set on vertical frame 2 afterwards, to use Bolt Connection fastening again.

The feature of the second embodiment is: except having the effect of the first embodiment, the first group frame formed due to vertical frame 2 and vertical frame 2 ' is mobilizable, first group frame can move to drive parking plate 1 stretch out on parking stall 9 or retract along the track 331 of the left and right sides, first group frame described in track 331 common support of both sides, replace tradition only on one-sided ground, parking stall deployment rails support single pillar construction, this structure is also reliably highly stable.It is preferably suitable environment that the present embodiment is applied to outdoor.

As shown in Figure 26 to 27, the light-duty nothing of the utility model dodges the 3rd embodiment of multi-storied garage, and it is substantially identical with the first embodiment of the first embodiment, and difference is:

A top frame 96 is fixed with directly over described parking stall 9, top board 99 is added for sunshade rain-proof above top frame 96, the left side of described parking stall 9 and the parking stall side 93 on right side are respectively provided with at least two for supporting and fix the support post 98 of described top frame 96, and top frame 96 to be fixedly mounted on parking stall 9 by described support post 98 and to form fixing second group frame.This second group frame is fixed on parking stall 9 and can not moves, can along the first group frame of track 331 movement in the second embodiment to be different from.The track 331 of top is fixed at top frame 96 bottom, and the support column 98 on the right side of parking stall 9 is located at outside track 331, and namely track 331 is located at inside support column 98, to ensure that the alternating translational of vertical frame 2 on track 331 is not interfered.

The feature of the 3rd embodiment is: top frame 96 support post 98 supports fixing and is positioned at above parking stall 9, top frame 96 is fixedly connected with described support post 98 and fixedly stands on above parking stall 9 and to form fixing second group frame, is also frame-type structure.This structure has the effect of the first embodiment too, very solid and reliable.It is preferably suitable environment that the present embodiment is applied to outdoor.

Although illustrate and described embodiment of the present utility model, it should be noted that, when not conflicting, embodiment in the application and the feature in embodiment can be combined with each other, for the ordinary skill in the art, be appreciated that and can carry out multiple change, combination, amendment, replacement and modification to these embodiments when not departing from principle of the present utility model and spirit, scope of the present utility model is limited by claims and equivalency range thereof.

Claims (10)

1. a light-duty nothing dodges multi-storied garage, it is characterized in that, comprise the vertical frame supporting and stand on parking stall, be elevated the lifting frame be located on vertical frame, rotate the runing rest be located on lifting frame, be mounted on described runing rest for carrying the parking plate of car, vertical frame is driven to move to stretch out on parking stall or the translational drive mechanism of retraction car parking plate along parking stall side, drive the lift drive mechanism that lifting frame is elevated along vertical frame frame and the rotary drive mechanism driving described rotating frame to rotate on lifting frame, described lifting frame is provided with the first articulated section, on described rotating frame, correspondence is provided with the second articulated section and the first articulated section and is articulated, described rotary drive mechanism drives the second articulated section to rotate around the first articulated section.
2. light-duty nothing as claimed in claim 1 dodges multi-storied garage, it is characterized in that, described vertical frame, lifting frame, rotating frame are frame-type structure member, and this frame-type structure member is include a left column, a right column, a top rail and a lower transverse beam and they are connected and fixed an integrated member of formation.
3. light-duty nothing as claimed in claim 2 dodges multi-storied garage, it is characterized in that, also be provided with at least one in described vertical frame or transverse direction longitudinal or oblique setting, or at least two parallel or arranged in a crossed manner, and be located at the stiffening girder working the effect of being connected and fixed between described left column and right column and/or described top rail and lower transverse beam.
4. light-duty nothing as claimed in claim 2 dodges multi-storied garage, it is characterized in that, the building block of described vertical frame, lifting frame and rotating frame is hollow pipe fitting.
5. light-duty nothing as claimed in claim 2 dodges multi-storied garage, it is characterized in that, described vertical frame, lifting frame and rotating frame are all square or trapezoidal, described parking plate comprises support frame and is located at the thin plate on support frame, described support frame is also frame-type structure, and the building block of support frame is also hollow pipe fitting.
6. light-duty nothing as claimed in claim 1 dodges multi-storied garage, it is characterized in that, a rotary supporting part is all established in the top and bottom of described first articulated section, all has a shaft hole in each rotary supporting part, and the vertical axial line of this two shaft hole overlaps; Corresponding, described second top and bottom, articulated section are respectively equipped with a rotating shaft, the axial line of two rotating shafts overlaps, and the second articulated section snaps on the first articulated section and the two axial line overlaps, and the second articulated section utilizes described two rotating shafts to be articulated with two shaft holes of described first articulated section to coordinate; Described rotary drive mechanism comprises rotary drive motor, and the rotating shaft of described second lower end, articulated section is main shaft, and output shaft and the described main shaft of rotary drive motor connect to drive rotating frame to rotate around the first articulated section directly or indirectly.
7. light-duty nothing as claimed in claim 1 dodges multi-storied garage, it is characterized in that, described translational drive mechanism comprises pan drive motor, translation transmission component and guided in translation assembly, described guided in translation assembly is the assembly that track matches with the roller be arranged on vertical frame or slide block, and pan drive motor drives translation transmission component and then drives described roller or slide block to move back and forth along described track; Described lift drive mechanism comprises lifting drive motors, lifting transmission component and lifting guidance set, described lifting guidance set is slide rail and slide block matable assembly, lifting drive motors drives lifting transmission component and then drives described slide block along the reciprocal lifting moving of slide rail, or described lifting guidance set is track and roller matable assembly, lifting drive motors drives lifting transmission component and then drives described roller along the reciprocal lifting moving of track; Described translation transmission component is circulation link chain transmission component, lead screw transmission assembly, rack pinion assembly or single-chain transmission component; Described lifting transmission component is circulation link chain transmission component, lead screw transmission assembly, rack pinion assembly or single-chain transmission component.
8. light-duty nothing as claimed in claim 7 dodges multi-storied garage, it is characterized in that, described parking stall is provided with two groups of guided in translation assemblies and a vertical frame, first group of guided in translation assembly is directly or indirectly fixed on the ground of indoor parking stall side, and second group of guided in translation assembly to be positioned at directly over first group and to be directly or indirectly fixed on the ceiling directly over indoor parking stall; Described vertical frame is held on middle chien shih vertical frame by two groups of guided in translation assemblies can only along the track translation of guided in translation assembly.
9. light-duty nothing as claimed in claim 8 dodges multi-storied garage, it is characterized in that, a top frame is provided with directly over described parking stall, the left side of described parking stall and the parking stall side on right side are respectively provided with at least two for supporting and fix the support post of described top frame, and top frame is fixedly mounted on by described support post the second group frame that on parking stall, formation one is fixing; Parking stall is provided with two groups of guided in translation assemblies, the side ground, parking stall that first group of guided in translation assembly is located at right side or left side is positioned at inside described support post, and second group of guided in translation assembly to be located at directly over first group of guided in translation assembly and to be depended on described top frame bottom and be positioned at inside described support post.
10. light-duty nothing as claimed in claim 7 dodges multi-storied garage, it is characterized in that, described parking stall is provided with two groups of guided in translation assemblies and two vertical frames, is fixedly connected to form moveable first group frame between two described vertical frames with connecting rod; The parking stall side in left side is located at by first group of guided in translation assembly, and the parking stall side on right side is located at by second group of guided in translation assembly, and described first group frame utilizes described two groups of guided in translation modular support to be installed on parking stall, and along the track translation of guided in translation assembly.
CN201520032463.6U 2015-01-16 2015-01-16 Light-duty nothing dodges multi-storied garage CN204691335U (en)

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Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106193720A (en) * 2016-07-25 2016-12-07 湖南泰安智能立体车库设备有限公司 A kind of intelligent three-dimensional garage being provided with transfer robot
CN107217878A (en) * 2016-04-22 2017-09-29 梁崇彦 A kind of gear-rack drive lowering or hoisting gear of parking apparatus
CN107587747A (en) * 2017-09-05 2018-01-16 江苏大学 A kind of double-layer parking parking system and its control method for roadside
CN108193911A (en) * 2017-12-29 2018-06-22 重庆大学 A kind of home-use up-down rotary type vehicle parking device
CN108397009A (en) * 2018-04-12 2018-08-14 珠海奥森电梯技术有限公司 It is a kind of without evacuation intelligent three-dimensional garage
CN109488076A (en) * 2019-01-16 2019-03-19 德州职业技术学院(德州市技师学院) The translatable two-layer garage of self-locking type and the managing system of car parking for using the garage
CN109537950A (en) * 2018-11-30 2019-03-29 吉林大学 A kind of intelligent three-dimensional parking device and control method towards residential area
CN108193911B (en) * 2017-12-29 2020-06-23 重庆大学 Household lifting rotary type vehicle parking device

Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107217878A (en) * 2016-04-22 2017-09-29 梁崇彦 A kind of gear-rack drive lowering or hoisting gear of parking apparatus
CN106193720A (en) * 2016-07-25 2016-12-07 湖南泰安智能立体车库设备有限公司 A kind of intelligent three-dimensional garage being provided with transfer robot
CN107587747A (en) * 2017-09-05 2018-01-16 江苏大学 A kind of double-layer parking parking system and its control method for roadside
CN108193911A (en) * 2017-12-29 2018-06-22 重庆大学 A kind of home-use up-down rotary type vehicle parking device
CN108193911B (en) * 2017-12-29 2020-06-23 重庆大学 Household lifting rotary type vehicle parking device
CN108397009A (en) * 2018-04-12 2018-08-14 珠海奥森电梯技术有限公司 It is a kind of without evacuation intelligent three-dimensional garage
CN109537950A (en) * 2018-11-30 2019-03-29 吉林大学 A kind of intelligent three-dimensional parking device and control method towards residential area
CN109537950B (en) * 2018-11-30 2020-10-13 吉林大学 Intelligent three-dimensional parking device for residential area and control method
CN109488076A (en) * 2019-01-16 2019-03-19 德州职业技术学院(德州市技师学院) The translatable two-layer garage of self-locking type and the managing system of car parking for using the garage
CN109488076B (en) * 2019-01-16 2020-05-19 德州职业技术学院(德州市技师学院) Self-locking type translational two-layer garage and parking lot management system adopting same

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