CN209494272U

CN209494272U - A kind of unilateral driving bilateral synchronous jacking system

Info

Publication number: CN209494272U
Application number: CN201920057025.3U
Authority: CN
Inventors: 陈钢
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-01-14
Filing date: 2019-01-14
Publication date: 2019-10-15
Anticipated expiration: 2029-01-14

Abstract

The utility model embodiment discloses a kind of unilateral driving bilateral synchronous jacking system, belong to parking apparatus field, its key points of the technical solution are that unilateral driving bilateral synchronous jacking system includes power drive transmission device and synchronous lifting device, the follow-up supporting mechanism includes single support post, dual-gripper column and guiding elevating device, single support post and dual-gripper column are vertically arranged, guiding elevating device is slidably connected respectively on single support post and dual-gripper column, the synchronous lifting device is respectively arranged on the guiding elevating device on single support post and dual-gripper column, the synchronous lifting device driving guiding elevating device is slided up and down along single support post and dual-gripper column, the power drive transmission device is sequentially connected with the synchronous lifting device on the guiding elevating device on single support post and dual-gripper column simultaneously , parking machine lifting can be made relatively stable, safety is higher.

Description

A kind of unilateral driving bilateral synchronous jacking system

Technical field

The utility model relates to parking apparatus fields, and in particular to a kind of unilateral driving bilateral synchronous jacking system.

Background technique

Existing no avoiding-type parking apparatus designs upper existing defects, the matter of whole equipment and upper layer automobile in structural shape Amount rolls in order to prevent all by single column side cantilever unbalance loading, have to add upper rail, double track and auxiliary frame, will also be to base Plinth condition, which improves, to be required.Even if in this way, during equipment access vehicle, be still carried out under the conditions of hanging unbalance loading rotation and Lifting, uses very dangerous.

Summary of the invention

The utility model embodiment is designed to provide a kind of unilateral driving bilateral synchronous jacking system, existing to solve There is parking machine to carry out under conditions of hanging unbalance loading when being rotated, leads to the problem that safety is poor.

To achieve the above object, the technical solution of the utility model embodiment is a kind of unilateral driving bilateral synchronous lifting system System, unilateral driving bilateral synchronous jacking system are arranged on the follow-up supporting mechanism of servo-actuated brace type solid charging parking machine, It is characterized in that, the unilateral driving bilateral synchronous jacking system includes power drive transmission device and synchronous lifting device, described Follow-up supporting mechanism includes that single support post, dual-gripper column and guiding elevating device, single support post and dual-gripper column are equal It is vertically arranged, slidably connects guiding elevating device, the synchronous lifting device on single support post and dual-gripper column respectively It is respectively arranged on the guiding elevating device on single support post and dual-gripper column, the synchronous lifting device driving guiding rises Falling unit is slided up and down along single support post and dual-gripper column, the power drive transmission device simultaneously with single support post and Synchronous lifting device transmission connection on guiding elevating device on dual-gripper column.

As advanced optimizing, the power drive transmission device includes driving motor and transmission shaft, the driving motor It is sequentially connected in the middle part of the transmission shaft, the synchronous lifting device includes the rack gear being vertically arranged and engages with the rack gear Lifting gear, the rack gear are fixed on single support post and dual-gripper column, and the lifting gear is fixedly connected with transmission shaft And it is coaxially disposed.

As advanced optimizing, the transmission connection in the middle part of the driving motor and the transmission shaft is belt transmission, gear Transmission or chain drive in any one.

As advanced optimizing, the guiding elevating device on the list support post is fixedly connected with single-column lift beam, institute It states the guiding elevating device on dual-gripper column and is fixedly connected with twin columns lift beam.

As advanced optimizing, the list support post bottom end is provided with single column footing, and dual-gripper column bottom end is set It is equipped with twin columns pedestal, the single column footing and twin columns pedestal are horizontally disposed.

As advanced optimizing, hollow square steel structure that the list support post and dual-gripper column are vertically arranged.

As advanced optimizing, the guiding elevating device is rectangular block structure, setting in the middle part of guiding elevating device There is sliding hole, the list support post and dual-gripper column pass through the sliding hole and be slidably connected with the guiding elevating device.

As advanced optimizing, the list support post and dual-gripper column top are provided with anti-off board, the anticreep Plate can stop guiding elevating device upward sliding.

The utility model has the advantages that

By power drive transmission device simultaneously and on the guiding elevating device on single support post and dual-gripper column Synchronous lifting device transmission connection makes, it can be achieved that guiding elevating device synchronization lifting on single support post and dual-gripper column Operation is more stable when guiding elevating device supports weight, and uniform force, can effectively increase service life, avoids that thing occurs Therefore.

Detailed description of the invention

It, below will be to embodiment party in order to illustrate more clearly of embodiments of the present invention or technical solution in the prior art Formula or attached drawing needed to be used in the description of the prior art are briefly described.It should be evident that the accompanying drawings in the following description is only It is merely exemplary, it for those of ordinary skill in the art, without creative efforts, can also basis The attached drawing of offer, which is extended, obtains other implementation attached drawings.

Structure depicted in this specification, ratio, size etc., only to cooperate the revealed content of specification, for Those skilled in the art understands and reads, and is not intended to limit the invention enforceable qualifications, therefore does not have technical Essential meaning, the modification of any structure, the change of proportionate relationship or the adjustment of size are not influencing the function of the invention that can be generated Under effect and the purpose that can reach, should all still it fall in the range of disclosed technology contents obtain and can cover.

Fig. 1 is the utility model embodiment overall structure diagram；

Fig. 2 is the cross-sectional view of outstanding behaviours rotary device structure；

Fig. 3 is the cross-sectional view of outstanding behaviours power drive transmission structures.

Appended drawing reference

1, follow-up supporting mechanism；11, single support post；112, single-column lift beam；113, single column footing；114, anti-off board； 12, dual-gripper column；122, twin columns lift beam；123, twin columns pedestal；13, guiding elevating device；131, hole is slipped；21, power Driving transmission device；211, driving motor；212, transmission shaft；22, synchronous lifting device；221, rack gear；222, lifting gear；3, Push rotating mechanism；31, pushing meanss；311, pushing motor；312, wheel is pushed；32, tourelle；321, baffle；33, it rotates Device；331, turn connecting shaft；332, swivel bearing；4, box arch vehicle-carrying plate；41, bottom plate；411, support rod；412, it accommodates Chamber；42, anti-slip part；43, interconnecting piece；44, supporting baffle；441, tip；5, charger；6, ground rail；7, block；8, it assists Support.

Specific embodiment

The following examples illustrate the utility model, but is not intended to limit the scope of the present invention.

A kind of unilateral driving bilateral synchronous jacking system, in conjunction with Fig. 1 to Fig. 3, setting stops in the charging of servo-actuated brace type solid On the follow-up supporting mechanism 1 of vehicle device, servo-actuated brace type solid charging parking machine includes that follow-up supporting mechanism 1, unilateral driving are bilateral Synchro-lift system pushes rotating mechanism 3, box arch vehicle-carrying plate 4, charger 5 and ground rail 6, and unilateral driving is bilateral same Step jacking system is located in box arch vehicle-carrying plate 4 and on follow-up supporting mechanism 1, for drive box arch vehicle-carrying plate 4 with The dynamic support of supporting mechanism 1 moves up and down, and pushes rotating mechanism 3 on follow-up supporting mechanism 1, for pushing follow-up supporting mechanism 1 and box arch vehicle-carrying plate 4 move and rotate in the horizontal direction, charger 5 is set to servo-actuated brace type solid charging parking machine Top, ground rail 6 are fixed on ground, and 1 side of follow-up supporting mechanism is slidably connected to 6 top of ground rail.

In use process, unilateral driving bilateral synchronous jacking system drives box arch vehicle-carrying plate 4 along follow-up supporting mechanism 1 It moves up and down, drives the vehicle lifting being located on box arch vehicle-carrying plate 4 to realize and reduce；Rotating mechanism 3 is pushed to push Supporting mechanism and box arch vehicle-carrying plate 4 are moved in the horizontal direction and are rotated centered on supporting mechanism side, to make to be servo-actuated The box vehicle-carrying plate of brace type solid charging parking machine can be moved to above one layer of parking stall or be moved to stop with one layer Parking stall is staggered, consequently facilitating stopping or removing vehicle on box arch vehicle-carrying plate 4.

Box arch vehicle-carrying plate 4 is the supporting table that support vehicle is used on parking machine, and box arch vehicle-carrying plate 4 has good Fastness, use is safer, and box arch vehicle-carrying plate 4 includes the bottom plate 41 positioned at middle part, and bottom plate 41 is horizontally disposed, bottom plate 41 length direction both ends are respectively arranged with anti-slip part 42, and anti-slip part 42 is arranged in parallel in bottom plate 41, and 42 height of anti-slip part is the bottom of compared with Plate 41 is low, and interconnecting piece 43 is provided between anti-slip part 42 and bottom plate 41, and bottom plate 41, anti-slip part 42 and interconnecting piece 43 are plate knot Structure, bottom plate 41 and anti-slip part 42 are horizontally disposed, and when vehicle is parked on box arch vehicle-carrying plate 4, the front and back wheel of vehicle is located at bottom In 41 both ends anti-slip part 42 of plate, since anti-slip part 42 is low compared with 41 height of bottom plate, avoidable vehicle, which slides back and forth, leads to vehicle parking Shakiness is easy to happen danger.

Interconnecting piece 43 is that the hang plate that one end height gradually increases extremely is connect with bottom plate 41 by connecting one end with anti-slip part 42, Interconnecting piece 43, which is set as hang plate, can make in vehicle driving to box arch vehicle-carrying plate 4 or move box type arch vehicle-carrying plate 4 more It is convenient.

Preferably, box arch vehicle-carrying plate 4 further includes supporting baffle 44, supporting baffle 44 respectively with bottom plate 41, anti-slip part 42 are fixedly connected with 43 both sides of the face of interconnecting piece, and supporting baffle 44 can enhance the bending resistance of box 4 length direction of arch vehicle-carrying plate Intensity to increase safety in utilization, also, also can avoid vehicle sliding when box arch vehicle-carrying plate 4 rolls and go out box arch Shape vehicle-carrying plate 4.

More preferably, 44 both ends of supporting baffle are respectively arranged with tip 441, and the top at tip 441 is located at where anti-slip part 42 In plane, the design at tip 441 can avoid scratching when box type arch vehicle-carrying plate 4 on automobile with supporting baffle 44, can Improve box arch vehicle-carrying plate 4 using safe.

The bottom of bottom plate 41, anti-slip part 42 and interconnecting piece 43 is fixedly installed support rod 411 respectively, and support rod 411 is length Rectangular rod-like structure, support rod 411 are arranged along the width direction of bottom plate 41, and support rod 411 can enhance box arch vehicle-carrying plate 4 Firmness in the direction of the width avoids box arch vehicle-carrying plate 4 from occuring bending and deformation.

Accommodating chamber 412 is provided on the downside of bottom plate 41, accommodating chamber 412 is the cavity being arranged in below bottom plate 41, accommodating chamber 412 Bottom is not less than 42 bottom of anti-slip part, and accommodating chamber 412 can be used for accommodating and installing the driving device of parking machine.

Bottom plate 41, anti-slip part 42 and interconnecting piece 43 are an integral molding structure, the relatively simple convenience of production process, can be effective Production technology is reduced, cost is reduced, meanwhile, it is capable to increase the firmness of box arch vehicle-carrying plate 4.

Follow-up supporting mechanism 1 includes single support post 11, dual-gripper column 12 and guiding elevating device 13, single support post 11 and the hollow square steel structure that is vertically arranged of dual-gripper column 12, there is good fastness, single support post 11 and double Support post 12 is vertically arranged, and single 11 basal sliding of support post is connected to ground rail 6, and ground rail 6 is horizontally disposed, double Support post 12 is parallel to single support post 11, slidably connects guiding on single support post 11 and dual-gripper column 12 respectively and rises Falling unit 13, single support post 11 is not in the perpendicular where dual-gripper column 12.Pass through single support post 11, dual-gripper Column 12 and guiding elevating device 13 are cooperated to be gone up and down, it can be achieved that stablizing, and avoids the occurrence of in lifting process and unilateral stress occurs The case where, run-off the straight in lifting process is helped avoid, can be improved the safety in utilization in lifting process.

Guiding elevating device 13 on single support post 11 is fixedly connected with single-column lift beam 112, on dual-gripper column 12 Guiding elevating device 13 be fixedly connected with twin columns lift beam 122.Single-column lift beam 112 and twin columns lift beam 122 respectively with case 4 two sides of formula arch vehicle-carrying plate are fixedly connected, in box 4 lifting process of arch vehicle-carrying plate, single-column lift beam 112 and twin columns lift beam 122 can play the role of being supported box arch vehicle-carrying plate 4, make box arch vehicle-carrying plate 4 is whole to be more uniformly stressed, It is not susceptible to deform.

Single 11 bottom end of support post is provided with single column footing 113, and 12 bottom end of dual-gripper column is provided with twin columns pedestal 123, Single column footing 113 and twin columns pedestal 123 are horizontally disposed, single column footing 113 and twin columns pedestal 123 can increase single support foundation and The stability of dual-gripper column 12 effectively avoids single support foundation and dual-gripper column 12 from rolling.Twin columns pedestal 123 connects 12 two pillar bottom ends of dual-gripper column make 12 two pillars of dual-gripper column be connected as an entirety, have preferably firm Property.

Guiding elevating device 13 is rectangular block structure, and sliding hole 131 is provided in the middle part of guiding elevating device 13, single to prop up Support column 11 and dual-gripper column 12 pass through sliding hole 131 and are slidably connected with guiding elevating device 13, make guiding elevating device 13 Sliding on single support post 11 and dual-gripper column 12 is more stable, be not susceptible to when bearing weight be detached from, deformation Situation.

Single support post 11 and 12 top of dual-gripper column are provided with anti-off board 114, and anti-off board 114 can stop to be oriented to 13 upward sliding of lifting device can play and avoid the occurrence of the single support post 11 of 13 upward sliding of guiding elevating device disengaging and double branch Support column 12 cause using accident there is a situation where.

Unilateral driving bilateral synchronous jacking system includes power drive transmission device 21 and synchronous lifting device 22, synchronous liter Falling unit 22 is respectively arranged on the guiding elevating device 13 on single support post 11 and dual-gripper column 12, synchronous lifting device 22 driving guiding elevating devices 13 are slided up and down along single support post 11 and dual-gripper column 12, and power drive transmission device 21 is same Synchronous lifting device 22 on guiding elevating device 13 on Shi Yudan support post 11 and dual-gripper column 12 is sequentially connected.It is logical Cross power drive transmission device 21 simultaneously with it is same on the guiding elevating device 13 on single support post 11 and dual-gripper column 12 The transmission connection of lifting device 22 is walked, it can be achieved that single support post 11 liter synchronous with the guiding elevating device 13 on dual-gripper column 12 Drop, operation is more stable when guiding elevating device 13 being made to support weight, and uniform force, can effectively increase service life, keep away Exempt from that accident occurs.

Power drive transmission device 21 includes driving motor 211 and transmission shaft 212, in driving motor 211 and transmission shaft 212 The transmission connection of portion's transmission connection, 212 middle part of driving motor 211 and transmission shaft is belt transmission, gear drive or chain drive In any one.It include the rack gear 221 being vertically arranged and the lifting gear 222 engaged with rack gear 221, rack gear to lifting device 221 are fixed on single support post 11 and dual-gripper column 12, and lifting gear 222 is fixedly connected with transmission shaft 212 and coaxially sets It sets, drives transmission shaft 212 to rotate when driving motor 211 operates, transmission shaft 212 drives the lifting gear 222 at both ends to rotate simultaneously, Lifting gear 222 can drive guiding elevating device 13 to slide up and down when acting on rack gear 221, to realize single 11 He of support post 13 synchronization lifting of guiding elevating device on dual-gripper column 12.

Power drive transmission device 21 is set in accommodating chamber 412, and the space that can save power drive transmission device 21 accounts for With, meanwhile, the also avoidable setting of power drive transmission device 21 is easy to happen collision in outside and causes power drive transmission device 21 failures, and then accident odds can be reduced.

Push rotating mechanism 3 include pushing meanss 31, tourelle 32 and rotating device 33, pushing meanss 31 be set to Dynamic supporting mechanism 1 is fixedly installed on follow-up supporting mechanism far from 6 one side bottom of ground rail, tourelle 32 and rotating device 33 1 is connected to ground rail 6 close to 6 one side bottom of ground rail, the rolling of tourelle 32, and follow-up supporting mechanism 1 is close to ground rail 6 one side bottom of road is rotationally connected with single column footing 113 by rotating device 33.Pushing mechanism and tourelle 32 can push with Dynamic supporting mechanism 1 moves horizontally, and when follow-up supporting mechanism 1 is moved to 6 one end of ground rail, pushing mechanism continues to press on servo-actuated branch The dual-gripper column 12 of support mechanism 1 is mobile, at this point, making servo-actuated support machine since single support post 11 can not continue to move along Structure 1 is rotated by axle center of the center line of single support post 11, by pushing rotating mechanism 3 to push follow-up supporting mechanism 1 mobile and Rotation can make stable, the safety of servo-actuated brace type solid charging parking machine, can avoid that contingency occurs.

Pushing meanss 31 include pushing motor 311 and promotion wheel 312, and pushing motor 311 is sequentially connected with wheel 312 is pushed, Wheel 312 is pushed to be rotationally connected with 12 bottom of dual-gripper column, pushing motor 311 is set to 12 upper end of dual-gripper column.Push electricity It is driven when machine 311 operates and pushes 312 rotation of wheel, to push follow-up supporting mechanism 1 mobile, dual-gripper column 12 is hollow knot Structure, the driving member between pushing motor 311 and promotion wheel 312 are set to inside dual-gripper column 12, pushing motor 311 and promotion The kind of drive can be but not limited to any one in transmission shaft driven, chain drive or belt transmission between wheel 312.

Tourelle 32 is the idler wheel for being rotationally connected with 113 downside of single column footing, the wheel face and ground rail of tourelle 32 6 upper surface slide of road abuts, and the shaft of the tourelle 32 is parallel with the shaft of wheel 312 is pushed.Tourelle 32 and ground The cooperation of 6 upper surface of track can make the moving resistance of follow-up supporting mechanism 1 smaller, and movement is more stable.Tourelle 32 is along single-column The length direction of pedestal 113 is placed with multiple, and support can reach stable, highly-safe mesh to multiple tourelles 32 jointly , while can avoid single tourelle 32 and bear biggish external force damaging.

Rotating device 33 includes that rotation connecting shaft 331 and swivel bearing 332, swivel bearing 332 are fixedly installed on single-column bottom 113 one end of seat rotate 331 axis vertical of connecting shaft, and are rotationally connected with single column footing 113 by swivel bearing 332, pass through rotation Turn connecting shaft 331 and swivel bearing 332 realizes that the rotation of follow-up supporting mechanism 1 can make rotational resistance smaller, the mistake of Reusability It is worn in journey smaller.

Swivel bearing 332 is any in thrust ball bearing, thrust roller bearing, angular contact bearing and tapered roller bearing One kind makes swivel bearing 332 have the ability for bearing axial force, meets the use demand of 11 load-bearing rotation of single support post.

32 two sides of tourelle are provided with baffle 321, and baffle 321 is fixedly connected with 113 bottom end of single column footing, baffle 321 It can play and play a protective role to tourelle 32, avoiding foreign object from entering causes the movement of tourelle 32 to be obstructed, and then avoids Occur using accident, meanwhile, baffle 321 also can avoid tourelle 32 by foreign object device, prevent 32 shaft of tourelle from sending out Change shape.

6 one end of ground rail is provided with block 7, and block 7 can stop tourelle 32 to continue to slide, follow-up supporting mechanism 1 when being moved to 6 one end of ground rail, and the dual-gripper column 12 that pushing mechanism continues to press on follow-up supporting mechanism 1 is mobile, block 7 Single support post 11 can be stopped to continue to move along, make follow-up supporting mechanism 1 with the center line axle center of single support post 11 Rotation, to realize the rotation function of follow-up supporting mechanism 1.

Although above having made detailed description to the utility model with generality explanation and specific embodiment, On the basis of the utility model, it can be made some modifications or improvements, this is apparent to those skilled in the art 's.Therefore, these modifications or improvements on the basis of without departing from the spirit of the present invention, belong to the utility model and want Seek the range of protection.

Claims

1. a kind of unilateral driving bilateral synchronous jacking system, unilateral driving bilateral synchronous jacking system setting is vertical in servo-actuated brace type On the follow-up supporting mechanism (1) of bulk charging parking machine, which is characterized in that the unilateral driving bilateral synchronous jacking system includes dynamic Power drive transmission device (21) and synchronous lifting device (22), the follow-up supporting mechanism (1) includes single support post (11), double Support post (12) and guiding elevating device (13), single support post (11) and dual-gripper column (12) are vertically arranged, single to prop up Guiding elevating device (13), the synchronous lifting device are slidably connected respectively on support column (11) and dual-gripper column (12) (22) it is respectively arranged on the guiding elevating device (13) on single support post (11) and dual-gripper column (12), the synchronous liter Falling unit (22) driving guiding elevating device (13) is slided up and down along single support post (11) and dual-gripper column (12), described dynamic Power drive transmission device (21) is simultaneously and on the guiding elevating device (13) on single support post (11) and dual-gripper column (12) Synchronous lifting device (22) transmission connection.

2. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the power drive transmission Device (21) includes driving motor (211) and transmission shaft (212), in the middle part of the driving motor (211) and the transmission shaft (212) Transmission connection, the synchronous lifting device (22) includes the rack gear (221) being vertically arranged and the liter engaged with the rack gear (221) It drops gear (222), the rack gear (221) is fixed on single support post (11) and dual-gripper column (12), the lifting gear (222) it is fixedly connected and is coaxially disposed with transmission shaft (212).

3. unilateral driving bilateral synchronous jacking system according to claim 2, which is characterized in that the driving motor It (211) is any one in belt transmission, gear drive or chain drive with the transmission connection in the middle part of the transmission shaft (212) Kind.

4. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the list support post (11) guiding elevating device (13) on is fixedly connected with single-column lift beam (112), the guiding on the dual-gripper column (12) Lifting device (13) is fixedly connected with twin columns lift beam (122).

5. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the list support post (11) bottom end is provided with single column footing (113), and dual-gripper column (12) bottom end is provided with twin columns pedestal (123), the list Column pedestal (113) and twin columns pedestal (123) are horizontally disposed.

6. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the list support post (11) and the hollow square steel structure that is vertically arranged of dual-gripper column (12).

7. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the guiding elevating device (13) it is rectangular block structure, is provided with sliding hole (131) in the middle part of guiding elevating device (13), the list support post (11) The sliding hole (131) is passed through with dual-gripper column (12) to be slidably connected with the guiding elevating device (13).

8. unilateral driving bilateral synchronous jacking system according to claim 1, which is characterized in that the list support post (11) it is provided with anti-off board (114) with dual-gripper column (12) top, the anti-off board (114) can stop guiding lifting dress Set (13) upward sliding.