CN204399398U - Kickboard Scooter exhibition folding mechanism - Google Patents
Kickboard Scooter exhibition folding mechanism Download PDFInfo
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- CN204399398U CN204399398U CN201420853595.0U CN201420853595U CN204399398U CN 204399398 U CN204399398 U CN 204399398U CN 201420853595 U CN201420853595 U CN 201420853595U CN 204399398 U CN204399398 U CN 204399398U
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Abstract
The utility model discloses a kind of Kickboard Scooter exhibition folding mechanism, comprises the first and second folding stands, the first axle, the first and second bayonet locks, pull bar, slide part and operating handle.First axle is loaded on the first folding stand; Relative first folding stand of second folding stand has to be put on display use location and packs up folding position, and it is also provided with the first to the 3rd screens; First bayonet lock is slidedly arranged on the first folding stand and engages with the first screens; Second bayonet lock is slidedly arranged on the first folding stand; When the second folding stand pivot pendulum is to putting on display use location, the first bayonet lock is stuck in the second screens, and the second bayonet lock is stuck in the 3rd screens; Pull bar is arranged along the first folding stand above-below direction, and the second bayonet lock is loaded on pull bar bottom; Slide part drives the first bayonet lock to be stuck in or departs from and is stuck in the first screens or the second screens; Operating handle is connected with the top of pull bar and is driven by pull bar the second bayonet lock to be stuck in or depart from and is stuck in the 3rd screens, makes more reasonable structure of the present utility model and more firm, reduces the probability loosened.
Description
Technical field
The utility model relates to sporting goods field, particularly relate to a kind of exhibition be convenient between the vehicle body of Kickboard Scooter and headstock bring drill to an end do exhibition folding mechanism.
Background technology
Along with the development of economy and the continuous progress of society, the life for people provides the various consumables, and to meet the Individualized Pursuit of people, and Kickboard Scooter is exactly the one in many consumables.
As everyone knows, Kickboard Scooter comprises manpower Kickboard Scooter and the large class of Segway Human Transporter two, and the power resources due to manpower Kickboard Scooter are in user, and this type of Kickboard Scooter, while exercise user, also reaches the object of riding instead of walk; And for Segway Human Transporter, its power resources are in electric power, so class Kickboard Scooter is suitable for remote walking, meanwhile, also user can be tempered.Therefore, Kickboard Scooter is more and more subject to people and favors.
For the ease of user to the carrying of Kickboard Scooter and collection, accordingly, require that Kickboard Scooter has folder function, object receives when Kickboard Scooter does not need to use to gather into folds with reduced volume, just need open Kickboard Scooter user.Therefore, Kickboard Scooter is provided with fold mechanism and but seems very necessary.
And at present, it is but very complicated for being applied in structure Kickboard Scooter realizing opening up between headstock and vehicle body the fold mechanism done of bringing drill to an end, make the unreasonable structure of existing fold mechanism; Meanwhile, fixedly there is unstable defect when headstock is in puts on display use location relative to vehicle body to headstock and vehicle body in existing fold mechanism, correspondingly increases to unclamp probability between headstock and vehicle body.
Therefore, be badly in need of wanting a kind of Kickboard Scooter exhibition folding mechanism to overcome above-mentioned defect.
Utility model content
The purpose of this utility model is to provide a kind of rational in infrastructure, fixing-stable and reduces the Kickboard Scooter loosened opens up folding mechanism.
For achieving the above object, the utility model provides a kind of Kickboard Scooter exhibition folding mechanism, be located between the vehicle body of Kickboard Scooter and headstock and bring drill to an end work with the exhibition realized between this vehicle body and headstock, wherein, Kickboard Scooter exhibition folding mechanism of the present utility model comprises the first folding stand, the first axle, the second folding stand, the first bayonet lock, the second bayonet lock, pull bar, slide part and operating handle.Described first axle is assemblied on described first folding stand along the fore-and-aft direction of described first folding stand, described second folding stand is assemblied in described first axle, described second folding stand is put around the left side of described first axle from described first folding stand toward the right side pivot of described first folding stand and is put toward the left side pivot of this first folding stand from the right side of described first folding stand, the pivot pendulum of relatively described first folding stand of described second folding stand forms out an exhibition use location and and packs up folding position, described second folding stand is provided with the second screens and the 3rd screens of the first screens and the corresponding described exhibition use location of packing up folding position described in correspondence, described second screens puts direction between described first screens and the 3rd screens along the pivot of described second folding stand, described first bayonet lock is located at described first folding stand slidably and is selectively engaged with described first screens and the second screens, pack up folding position described in putting extremely when described second folding stand pivot, described first bayonet lock is stuck in described first screens, described second bayonet lock is positioned at the below of described first bayonet lock, and described second bayonet lock is located on described first folding stand along the above-below direction of described first folding stand slidably, when described second folding stand pivot pendulum is to described exhibition use location, described first bayonet lock is stuck in described second screens, and described second bayonet lock is stuck in described 3rd screens, described pull bar is arranged along the above-below direction of described first folding stand, and described second bayonet lock is assemblied in the bottom of described pull bar, described slide part is connected with described first bayonet lock and drives this first bayonet lock to be stuck in or depart from and is stuck in described first screens or the second screens, described operating handle is connected with the top of described pull bar, and described operating handle drives described second bayonet lock to be stuck in or to depart from by described pull bar and is stuck in described 3rd screens.
Preferably, described first bayonet lock is all the engaging that plane is conflicted with described first screens and the second screens along the pivot pendulum direction of described second folding stand.
Preferably, described second bayonet lock is the engaging that plane is conflicted along the pivot pendulum direction of described second folding stand with described 3rd screens.
Preferably, described first screens and the second screens are a draw-in groove, and described 3rd screens is a breach.
Preferably, described first folding stand has embedding pivot pendulum chamber, described embedding pivot pendulum chamber is formed at left side and the top sides of described first folding stand, described second folding stand is positioned at described embedding pivot pendulum chamber along the fore-and-aft direction of described first folding stand, the front end of described first axle is arranged on the ante-chamber wall in the left side of described first folding stand, the rear end of described first axle is passed described second folding stand and is assemblied on the back cavity wall in the left side of described first folding stand, described first bayonet lock and slide part are positioned at the embedding pivot pendulum chamber place of the top side of described first folding stand, described pull bar and the second bayonet lock are positioned at the embedding pivot pendulum chamber place in the left side of described first folding stand.
Preferably, at least one in the ante-chamber wall of the top side of described first folding stand and back cavity wall offers left and right slotted eye, at least one in the ante-chamber wall in the left side of described first folding stand and back cavity wall offers upper and lower slotted eye, described first bayonet lock is in be placed in ordinatedly in the slotted eye of described left and right and left and right directions along described first folding stand slides in this left and right slotted eye, and described second bayonet lock is in be placed in ordinatedly in described upper and lower slotted eye and above-below direction along described first folding stand slides in this upper and lower slotted eye.
Preferably, Kickboard Scooter of the present utility model exhibition folding mechanism also comprise be positioned at described embedding pivot pendulum chamber lift the spring supported block and be sheathed on described pull bar, the bottom of described spring contacts on described second bayonet lock, lift on conflict block described in the top of described spring contacts at, described lifting is supported block and is carried on the left end of described slide part, lift described in the top of described pull bar slidably passes through support block and be provided be positioned at described in lift the second axle supported above block, described operating handle to be assemblied on described second axle and to support block activity conflict with described lifting, described operating handle is supporting that block activity is conflicted and above-below direction along described first folding stand lifts or put down described second bayonet lock with described lifting in described second axle pivot pendulum process.
Preferably, described in lift and support the top place that block is carried on the left end of described slide part, the top of described pull bar and spring is also placed through in described slide part.
Preferably, described operating handle has supports movable first dome pushing surface and the second dome pushing surface of conflicting to lift and putting down described second bayonet lock of block with described lifting, the center of circle of described first dome pushing surface and the second dome pushing surface is positioned on the axial line of described second axle, and the radius of described first dome pushing surface is less than the radius of described second dome pushing surface, described in lift the end face supporting block be depression cambered surface; Described second folding stand described pack up folding position time, described first dome pushing surface coordinates with described depression cambered surface; Described second folding stand is when described exhibition use location, and described second dome pushing surface coordinates with described depression cambered surface.
Preferably, middle pushing tow cambered surface is also connected with between described first dome pushing surface and the second dome pushing surface.
Compared with prior art, when the second folding stand extremely puts on display use location around the first axle pivot pendulum, slide part now drives the first bayonet lock to be stuck in the second screens in a sliding manner, simultaneously, operating handle drives the second bayonet lock to be stuck in the 3rd screens in a sliding manner by pull bar, carry out firmly dual to being in the second folding stand putting on display use location, thus the robust relationship between the second folding stand that improve when putting on display use location and the first folding stand, reduce the loosening probability of the first folding stand and the second folding stand; Again because the first bayonet lock is stuck in the first screens or the second screens in a sliding manner, and the second bayonet lock is also stuck in the 3rd screens in a sliding manner, thus make the exhibition of slide plate car exhibition folding mechanism of the present utility model bring drill to an end do very easy; Just because the first bayonet lock is driven by slide part to be stuck in the first screens or the second screens, second bayonet lock is driven to go to be stuck in or to depart from by pull bar by operating handle and is stuck in the 3rd screens, therefore makes the more reasonable structure of Kickboard Scooter of the present utility model exhibition folding mechanism.
Accompanying drawing explanation
Fig. 1 is the planar structure schematic diagram of Kickboard Scooter when the relative vehicle body of headstock is opened being provided with Kickboard Scooter of the present utility model exhibition folding mechanism.
Fig. 2 is the planar structure schematic diagram of the Kickboard Scooter shown in Fig. 1 when the relative vehicle body of headstock is packed up.
Fig. 3 is the perspective view of Kickboard Scooter of the present utility model exhibition folding mechanism when relative first folding stand of the second folding stand is put on display.
Fig. 4 is the inner structure schematic diagram of the Kickboard Scooter exhibition folding mechanism shown in Fig. 3.
Fig. 5 is the perspective view of Kickboard Scooter of the present utility model exhibition folding mechanism when relative first folding stand of the second folding stand is packed up.
Detailed description of the invention
In order to describe technology contents of the present utility model, structural attitude in detail, accompanying drawing is coordinated to be described further below in conjunction with embodiment.
Refer to Fig. 1 and Fig. 2, Kickboard Scooter exhibition folding mechanism 100 of the present utility model is provided between the vehicle body 220 of Kickboard Scooter 200 and headstock 210, the exhibition realized between this vehicle body 220 and headstock 210 is brought drill to an end and is done, make in use mutually put on display and be in the exhibition state shown in Fig. 1 between vehicle body 220 and headstock 210, make when packing up mutually pack up between vehicle body 220 and headstock 210 and be in collapsed state as shown in Figure 2, therefore, by Kickboard Scooter of the present utility model exhibition folding mechanism 100 so that exhibition between the vehicle body 220 of Kickboard Scooter 200 and headstock 210 is brought drill to an end and done.
Incorporated by reference to Fig. 3 to Fig. 5, Kickboard Scooter exhibition folding mechanism 100 of the present utility model comprises the first folding stand 10, first axle 21, second folding stand 30, first bayonet lock 41, second bayonet lock 42, pull bar 50, slide part 60 and operating handle 70.First axle is assemblied on the first folding stand 10 along the fore-and-aft direction of the first folding stand 10, second folding stand 30 is assemblied in the first axle 21, second folding stand 30 can be put by the right side pivot from the left side of the first folding stand 10 toward the first folding stand 10 around the first axle 21, and put from the right side of the first folding stand 10 toward the left side pivot of this first folding stand 10, thus the exhibition use location pivot of relative first folding stand 10 of the second folding stand 30 being put formed out as shown in Fig. 1 or Fig. 3 and as shown in figures 2 and 5 pack up folding position, particularly, second folding stand 30 forms use location of exhibiting out from the right side of the first folding stand 10 when left side pivot puts left side end position, second folding stand 30 is turned right to be formed when pivot puts right side end position by the left side of the first folding stand 10 and is packed up folding position, certainly, put on display use location not necessarily formed by left side end position, as long as guarantee that the second folding stand 30 is put with the object making relative first folding stand 10 of the second folding stand 30 launch to meet Kickboard Scooter 200 to open and use from the right side of the first folding stand 10 toward left side pivot, in like manner, pack up folding position not necessarily right side end position formed, in like manner, as long as guarantee that the second folding stand 30 turns right pivot pendulum with the object making relative first folding stand 10 of the second folding stand 30 pack up to meet Kickboard Scooter 200 folding by the left side of the first folding stand 10.
Second folding stand 30 is provided with the second screens 32 and the 3rd screens 33 of corresponding first screens 31 of packing up folding position as illustrated in fig. 2 or fig. 5 and the exhibition use location of correspondence as shown in Fig. 1 or Fig. 3, second screens 31 puts direction between the first screens 31 and the 3rd screens 33 along the pivot of the second folding stand 30, particularly, first screens 31 is positioned at the top of the 3rd screens 33, be preferably, first screens 31 and the second screens 32 are a draw-in groove, 3rd screens 33 is a breach, to simplify the first screens 31, the structure of the second screens 32 and the 3rd screens 33, alternatively, draw-in groove is U-shaped, so that the structure of the first screens 31 and the second screens 32.First bayonet lock 41 is located at the first folding stand 10 slidably and is selectively engaged with the first screens 31 and the second screens 32, particularly, first bayonet lock 41 puts the engaging of all conflicting in plane with the first screens 31 and the second screens 32 in direction along the pivot of the second folding stand 30, make the first bayonet lock 41 more firm to fixing of the second folding stand 30 be positioned at when packing up folding position or put on display use location, more effectively prevent from being positioned at the probability that relative first folding stand 10 of the second folding stand 30 when packing up folding position or put on display use location loosens, be preferably, first bayonet lock 41 is a plane 411 along the pivot pendulum direction of the second folding stand 30 and the draw-in groove side of conflicting, namely the left surface of the first bayonet lock 41 and right flank are plane 411, plane clamping pin structure is formed to make the first bayonet lock 41, and will be understood that, because draw-in groove fastens with the first bayonet lock 41, and the first bayonet lock 41 along the second folding stand 30 pivot pendulum direction stop the second folding stand 30 relative first folding stand 10 pivot pendulum, therefore the left surface of the shape of draw-in groove and the first bayonet lock 41 and right flank match, that is to say, left surface and the right flank of draw-in groove are plane.When second folding stand 30 pivot pendulum to as illustrated in fig. 2 or fig. 5 pack up folding position, the first bayonet lock 21 is now stuck in the first screens 31.Second bayonet lock 42 is positioned at the below of the first bayonet lock 41, and the second bayonet lock 42 is located on the first folding stand 10 along the above-below direction of the first folding stand 10 slidably, when the second folding stand 30 pivot pendulum is to the exhibition use location as shown in Fig. 1 or Fig. 3, the first bayonet lock 41 is now stuck in the second screens 32, and the second bayonet lock 42 is stuck in the 3rd screens 33, particularly, second bayonet lock 42 puts the engaging of conflicting in plane with the 3rd screens 33 in direction along the pivot of the second folding stand 30, make the second bayonet lock 42 more firm to fixing of the second folding stand 30 be positioned at when putting on display use location, more effectively prevent the probability that relative first folding stand 10 of the second folding stand 30 when being positioned at exhibition use location loosens, be preferably, second bayonet lock 42 is a plane 421 along the pivot pendulum direction of the second folding stand 30 and the breach right flank of conflicting, namely the left surface of the second bayonet lock 42 and right flank are plane 421, plane clamping pin structure is formed to make the second bayonet lock 42, will be understood that, stop that because breach coordinates with the second bayonet lock 42 second folding stand 30 is put by the left side of the first folding stand 10 pivot of turning right, therefore the side that breach and the second bayonet lock are conflicted also is a plane.
Pull bar 50 is arranged along the above-below direction of the first folding stand 10, and the second bayonet lock 42 is assemblied in the bottom of pull bar 50.Slide part 60 is connected with the first bayonet lock 41, and drive this first bayonet lock 41 to be stuck in or depart from and be stuck in the first screens 31 or the second screens 32, specifically, the right side of slide part 60 is that draw ring structure is so that operation, and slide part 60 slides in the process in left side on the right side by the first folding stand 10 and drives the first bayonet lock 41 to slip in the first screens 31 or the second screens 32 to be stuck in the first screens 31 or the second screens 32 to realize the first bayonet lock 41, slide part 60 slides in the process on right side in the left side by the first folding stand 10 and drives the first bayonet lock 41 to skid off the first screens 31 or the second screens 32 to depart from the engaging with the first screens 31 or the second screens 32.
Operating handle 70 is connected with the top of pull bar 50, is driven the second bayonet lock 42 to be stuck in or departed to be stuck in the 3rd screens 33 by operating handle 70 by pull bar 50; Specifically, operating handle 70 drives the second bayonet lock 42 to be slided from the bottom side of the first folding stand 10 toward top side by pull bar 50 and makes the second bayonet lock 42 slip in the 3rd screens 33, realize the second bayonet lock 42 and be stuck in the 3rd screens 33, simultaneously, operating handle 70 drives the second bayonet lock 42 to be slided from the top side of the first folding stand 10 toward bottom side by pull bar 50 and makes the second bayonet lock 42 skid off in the 3rd screens 33, realizes the second bayonet lock 42 disengaging and is stuck in the 3rd screens 33.More specifically, as follows:
Comparatively the superior, first folding stand 10 has embedding pivot pendulum chamber 11, this embedding pivot pendulum chamber 11 is formed at left side and the top sides of the first folding stand 10, makes the left side of the first folding stand 10 have ante-chamber wall 111 and back cavity wall 112, also makes the top side of the first folding stand 10 have ante-chamber wall 113 and back cavity wall 114.Second folding stand 30 is positioned at embedding pivot pendulum chamber 11 along the fore-and-aft direction of the first folding stand 10, can be concealed in the first folding stand 10 to make the second folding stand 30 when packing up folding position.The front end of the first axle 21 is arranged on the ante-chamber wall 111 in the left side of the first folding stand 10, the rear end of the first axle 21 is passed the second folding stand 30 and is assemblied on the back cavity wall 112 in the left side of the first folding stand 10, first bayonet lock 41 and slide part 60 are positioned at the embedding pivot pendulum chamber place 11 of the top side of the first folding stand 10, pull bar 50 and the second bayonet lock 42 are positioned at embedding pivot pendulum chamber 11 place in the left side of the first folding stand 10, reach rationally distributed object the first bayonet lock 41, second bayonet lock 42, slide part 60 and pull bar 50 to be concealed in embedding pivot pendulum chamber 11.Particularly, at least one in the ante-chamber wall 113 of the top side of the first folding stand 10 and back cavity wall 114 offers left and right slotted eye 115, preferably, left and right slotted eye 115 is on the ante-chamber wall 113 of the top side being formed at the first folding stand 10 and back cavity wall 114, to improve the reliability of slide-and-guide.At least one in the ante-chamber wall 111 in the left side of the first folding stand 10 and back cavity wall 112 offers upper and lower slotted eye 116, be preferably, upper and lower slotted eye 116 is on the ante-chamber wall 111 in the left side being formed at the first folding stand 10 and back cavity wall 112, to improve the reliability of slide-and-guide.First bayonet lock 41 is in be placed in ordinatedly in left and right slotted eye 115 and left and right directions along the first folding stand 10 slides this left and right slotted eye 115 in, and the second bayonet lock 42 is be placed in the interior and above-below direction along the first folding stand 10 of upper and lower slotted eye 226 ordinatedly to slide in this upper and lower slotted eye 116.
Simultaneously, Kickboard Scooter of the present utility model exhibition folding mechanism 100 also comprise be positioned at embed pivot pendulum chamber 11 lift the spring 90 supported block 80 and be sheathed on pull bar 50, the bottom of spring 90 contacts on the second bayonet lock 42, the top of spring 90 contacts at lifts on conflict block 80, lift and support block and be carried on the left end of 80 slide parts 60, be preferably, lift and support the top place that block 80 is carried on the left end of slide part 60, the top of spring 90 is also placed through in slide part 60, support block 80 and keep elasticity conflict relation to make to lift by spring 90 with slide part 60.The top of pull bar 50 slidably passes through to lift supports block 80, and preferably, the top of pull bar 50 is also through the left side of slide part 60, and pull bar 50 is provided with to be positioned to lift and supports the second axle 22 above block 80 and parallel with the first axle 21.Operating handle 70 to be assemblied on the second axle 22 and to support block 80 activity and conflict with lifting.When operating handle 70 is supporting that block 80 activity is conflicted and above-below direction along the first folding stand 10 lifts or put down the second bayonet lock 42 with lifting in the second axle pivot 22 pendulum process, make the second bayonet lock 42 slip into the 3rd screens 33 to reach or skid off the 3rd screens 33 and be stuck in the object that the 3rd screens 33 or disengaging are stuck in the 3rd screens 33.Particularly, realizing the mode that operating handle 70 lifted or put down the second bayonet lock 42 is, operating handle 70 has to be supported block 80 activity and conflicts to lift and put down the first dome pushing surface 71 and the second dome pushing surface 72 of the second bayonet lock 42 with lifting, the center of circle of the first dome pushing surface 71 and the second dome pushing surface 72 is positioned on the axial line of the second axle 22, and the radius of the first dome pushing surface 71 is less than the radius of the second dome pushing surface 72, be preferably, middle pushing tow cambered surface 73 is also connected with between first dome pushing surface 71 and the second dome pushing surface 72, excessively the object lifting or put down the second bayonet lock 42 is more reposefully reached by middle pushing tow cambered surface 73 is smooth-going to make the first dome pushing surface 71, and the first dome pushing surface 71 and the second dome pushing surface 72 in back to layout.Lifting the end face supporting block 80 is depression cambered surface 81.When the second folding stand 30 as illustrated in fig. 2 or fig. 5 pack up folding position time, the first dome pushing surface 71 now coordinates with depression cambered surface 81, the second bayonet lock 42 is driven to be slided from the top side of the first folding stand 10 toward bottom side to make operating handle 70 by pull bar 50, thus put down the second bayonet lock 42, and under the elastic force effect of spring 90, make the first dome pushing surface 71 keep tight conflict with depression cambered surface 81.When the second folding stand 30 is in exhibition use location as shown in Figures 1 and 3, the second dome pushing surface 72 now coordinates with depression cambered surface 81, the second bayonet lock 42 is driven to be slided from the bottom side of the first folding stand 10 toward top side to make operating handle 70 by pull bar 50, thus lift the second bayonet lock 42, and under the elastic force effect of spring 90, the second dome pushing surface 72 is made to keep tight conflict with depression cambered surface 81, diff-H is there is because the first dome pushing surface 71 is different from the radius of the second dome pushing surface 72, therefore make the first dome pushing surface 71 and the second dome pushing surface 72 form camming surface structure.
By reference to the accompanying drawings, the principle of work of Kickboard Scooter exhibition folding mechanism of the present utility model is described: as shown in Fig. 1 or Fig. 3, use location is put on display because relative first folding stand 10 of the second folding stand 30 is in, so time operating handle 70 the second dome pushing surface 72 because of with lift the depression cambered surface 81 supporting block 80 and conflict and coordinate and lift the second bayonet lock 42 by pull bar 50, make the second bayonet lock 42 slip into the 3rd screens 33 and reach to be stuck in the 3rd screens 33, meanwhile, slide part 60 drives the first bayonet lock 41 to break away to reach to the second screens 32 by turning left on the right side of the first folding stand 10 and be stuck in the second screens 32, realize the dual fixing object to the second folding stand 30 be positioned at when putting on display use location, and operating handle 70 now tilts towards the upper left side of the first folding stand 10 and aligns with the second folding stand 30.And then, when the state folding shown in Fig. 1 or Fig. 3 will be become state as illustrated in fig. 2 or fig. 5, order about operating handle 70 and turn right pivot pendulum to the position shown in Fig. 2 or Fig. 5 around the second axle 22 by the left side of the first folding stand 10, and turn right pivot pendulum in the process of position Fig. 2 or Fig. 5 shown in around the second axle 22 by the left side of the first folding stand 10 at operating handle 70, second dome pushing surface 42 screwed out lift the depression cambered surface 81 of supporting block 80 and the first dome pushing surface 41 screwed in lift the depression cambered surface 81 supporting block 80, therefore utilize the diff-H of the second dome pushing surface 42 and the first dome pushing surface 41 and drive the second bayonet lock 42 to skid off the 3rd screens 33 from the top side of the first folding stand 10 toward bottom side, reach the object departing from complete 3rd screens 33 of card, meanwhile, also pull slide part 60 to slide to right side by the left side of the first folding stand 10, drive the first bayonet lock 41 to skid off the second screens 32 to reach the object departing from and be stuck in the second screens 32, when the second bayonet lock 42 disengaging is stuck in the 3rd screens 33 and the disengaging of the first bayonet lock 41 is stuck in the second screens 32, now order about the second folding stand 30 around the first axle 21 by the left side of the first folding stand 10 turn right pivot put, start is packed up with what realize relative first folding stand 10 of the second folding stand 30, until the second folding stand 30 pivot pendulum is to packing up folding position shown in Fig. 2 or Fig. 5, now order about slide part 60 again and slide to left side by the right side of the first folding stand 10, drive the first bayonet lock 41 to slip into the first screens 31 and be stuck in the object of the first screens 31, the second folding stand 30 reached being positioned at when packing up folding position carries out firm object.
Compared with prior art, when the second folding stand 30 extremely puts on display use location around the first axle 21 pivot pendulum, slide part 60 now drives the first bayonet lock 41 to be stuck in the second screens 32 in a sliding manner, simultaneously, operating handle 70 drives the second bayonet lock 42 to be stuck in the 3rd screens 33 in a sliding manner by pull bar 50, carry out firmly dual to being in the second folding stand 30 putting on display use location, thus the robust relationship between the second folding stand 30 that improve when putting on display use location and the first folding stand 10, reduce the first folding stand 10 and the loosening probability both the second folding stand 30, again because the first bayonet lock 41 is stuck in the first screens 31 or the second screens 32 in a sliding manner, and the second bayonet lock 42 is also stuck in the 3rd screens 33 in a sliding manner, thus make the exhibition of slide plate car exhibition folding mechanism 100 of the present utility model bring drill to an end do very easy, just because the first bayonet lock 41 is driven by slide part 60 to be stuck in the first screens 31 or the second screens 32, second bayonet lock 42 is driven to go to be stuck in or to depart from by pull bar 50 by operating handle 70 and is stuck in the 3rd screens 33, therefore makes the more reasonable structure of Kickboard Scooter of the present utility model exhibition folding mechanism 100.
The person of meriting attention, the above-mentioned basis mentioned take Fig. 3 as benchmark, and wherein in figure 3, the left side is left side, and the right is right side, and top is top side, is bottom side below, before be front end, after be rear end.
Above disclosedly be only preferred embodiments of the present utility model, certainly can not limit the interest field of the utility model with this, therefore according to the equivalent variations that the utility model claim is done, still belong to the scope that the utility model is contained.
Claims (10)
1. a Kickboard Scooter exhibition folding mechanism, is located between the vehicle body of Kickboard Scooter and headstock and brings drill to an end works with the exhibition realized between this vehicle body and headstock, it is characterized in that, described Kickboard Scooter is opened up folding mechanism and comprised:
One first folding stand,
One first axle, described first axle is assemblied on described first folding stand along the fore-and-aft direction of described first folding stand;
One second folding stand, described second folding stand is assemblied in described first axle, described second folding stand is put around the left side of described first axle from described first folding stand toward the right side pivot of described first folding stand and is put toward the left side pivot of this first folding stand from the right side of described first folding stand, the pivot pendulum of relatively described first folding stand of described second folding stand forms out an exhibition use location and and packs up folding position, described second folding stand is provided with the second screens and the 3rd screens of the first screens and the corresponding described exhibition use location of packing up folding position described in correspondence, described second screens puts direction between described first screens and the 3rd screens along the pivot of described second folding stand,
One first bayonet lock, described first bayonet lock is located at described first folding stand slidably and is selectively engaged with described first screens and the second screens; Pack up folding position described in putting extremely when described second folding stand pivot, described first bayonet lock is stuck in described first screens;
One second bayonet lock, described second bayonet lock is positioned at the below of described first bayonet lock, and described second bayonet lock is located on described first folding stand along the above-below direction of described first folding stand slidably; When described second folding stand pivot pendulum is to described exhibition use location, described first bayonet lock is stuck in described second screens, and described second bayonet lock is stuck in described 3rd screens;
One pull bar, described pull bar is arranged along the above-below direction of described first folding stand, and described second bayonet lock is assemblied in the bottom of described pull bar;
One slide part, described slide part is connected with described first bayonet lock and drives this first bayonet lock to be stuck in or depart from and is stuck in described first screens or the second screens; And
One operating handle, described operating handle is connected with the top of described pull bar, and described operating handle drives described second bayonet lock to be stuck in or to depart from by described pull bar and is stuck in described 3rd screens.
2. Kickboard Scooter as claimed in claim 1 exhibition folding mechanism, is characterized in that, described first bayonet lock is all the engaging that plane is conflicted with described first screens and the second screens along the pivot pendulum direction of described second folding stand.
3. Kickboard Scooter as claimed in claim 1 exhibition folding mechanism, is characterized in that, described second bayonet lock is the engaging that plane is conflicted along the pivot pendulum direction of described second folding stand with described 3rd screens.
4. Kickboard Scooter as claimed in claim 1 exhibition folding mechanism, it is characterized in that, described first screens and the second screens are a draw-in groove, and described 3rd screens is a breach.
5. Kickboard Scooter as claimed in claim 1 exhibition folding mechanism, it is characterized in that, described first folding stand has embedding pivot pendulum chamber, described embedding pivot pendulum chamber is formed at left side and the top sides of described first folding stand, described second folding stand is positioned at described embedding pivot pendulum chamber along the fore-and-aft direction of described first folding stand, the front end of described first axle is arranged on the ante-chamber wall in the left side of described first folding stand, the rear end of described first axle is passed described second folding stand and is assemblied on the back cavity wall in the left side of described first folding stand, described first bayonet lock and slide part are positioned at the embedding pivot pendulum chamber place of the top side of described first folding stand, described pull bar and the second bayonet lock are positioned at the embedding pivot pendulum chamber place in the left side of described first folding stand.
6. Kickboard Scooter as claimed in claim 5 exhibition folding mechanism, it is characterized in that, at least one in the ante-chamber wall of the top side of described first folding stand and back cavity wall offers left and right slotted eye, at least one in the ante-chamber wall in the left side of described first folding stand and back cavity wall offers upper and lower slotted eye, described first bayonet lock is in be placed in ordinatedly in the slotted eye of described left and right and left and right directions along described first folding stand slides in this left and right slotted eye, described second bayonet lock is in be placed in ordinatedly in described upper and lower slotted eye and above-below direction along described first folding stand slides in this upper and lower slotted eye.
7. Kickboard Scooter as claimed in claim 5 exhibition folding mechanism, it is characterized in that, also comprise be positioned at described embedding pivot pendulum chamber lift the spring supported block and be sheathed on described pull bar, the bottom of described spring contacts on described second bayonet lock, lift on conflict block described in the top of described spring contacts at, described lifting is supported block and is carried on the left end of described slide part, lift described in the top of described pull bar slidably passes through support block and be provided be positioned at described in lift the second axle supported above block, described operating handle to be assemblied on described second axle and to support block activity conflict with described lifting, described operating handle is supporting that block activity is conflicted and above-below direction along described first folding stand lifts or put down described second bayonet lock with described lifting in described second axle pivot pendulum process.
8. Kickboard Scooter as claimed in claim 7 exhibition folding mechanism, is characterized in that, described in lift and support the top place that block is carried on the left end of described slide part, the top of described pull bar and spring is also placed through in described slide part.
9. Kickboard Scooter as claimed in claim 8 exhibition folding mechanism, it is characterized in that, described operating handle has supports movable first dome pushing surface and the second dome pushing surface of conflicting to lift and putting down described second bayonet lock of block with described lifting, the center of circle of described first dome pushing surface and the second dome pushing surface is positioned on the axial line of described second axle, and the radius of described first dome pushing surface is less than the radius of described second dome pushing surface, described in lift the end face supporting block be depression cambered surface; Described second folding stand described pack up folding position time, described first dome pushing surface coordinates with described depression cambered surface; Described second folding stand is when described exhibition use location, and described second dome pushing surface coordinates with described depression cambered surface.
10. Kickboard Scooter as claimed in claim 9 exhibition folding mechanism, is characterized in that, be also connected with middle pushing tow cambered surface between described first dome pushing surface and the second dome pushing surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420853595.0U CN204399398U (en) | 2014-12-29 | 2014-12-29 | Kickboard Scooter exhibition folding mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420853595.0U CN204399398U (en) | 2014-12-29 | 2014-12-29 | Kickboard Scooter exhibition folding mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN204399398U true CN204399398U (en) | 2015-06-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420853595.0U Active CN204399398U (en) | 2014-12-29 | 2014-12-29 | Kickboard Scooter exhibition folding mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN204399398U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104943797A (en) * | 2015-07-20 | 2015-09-30 | 张胜祥 | Scooter frame folding structure |
| CN104973187A (en) * | 2015-07-20 | 2015-10-14 | 张胜祥 | Locking device for scooter |
| CN109850045A (en) * | 2019-01-23 | 2019-06-07 | 永康市锐鹰工贸有限公司 | A kind of folding scooter |
| CN116788412A (en) * | 2023-08-11 | 2023-09-22 | 深圳市信诚未来科技有限公司 | Folding scooter |
-
2014
- 2014-12-29 CN CN201420853595.0U patent/CN204399398U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104943797A (en) * | 2015-07-20 | 2015-09-30 | 张胜祥 | Scooter frame folding structure |
| CN104973187A (en) * | 2015-07-20 | 2015-10-14 | 张胜祥 | Locking device for scooter |
| CN104973187B (en) * | 2015-07-20 | 2018-04-24 | 张胜祥 | locking device for scooter |
| CN109850045A (en) * | 2019-01-23 | 2019-06-07 | 永康市锐鹰工贸有限公司 | A kind of folding scooter |
| CN109850045B (en) * | 2019-01-23 | 2024-03-29 | 永康市锐鹰工贸有限公司 | Folding scooter |
| CN116788412A (en) * | 2023-08-11 | 2023-09-22 | 深圳市信诚未来科技有限公司 | Folding scooter |
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