CN204932800U - Slide with wheel carrier and slide apparatus - Google Patents

Abstract

The one that provides the utility model slides with wheel carrier and slides apparatus, and this slides and comprises body frame, one group of main wheel below described body frame and the auxiliary wheel between described one group of main wheel with wheel carrier; Described in described auxiliary wheel and one group, main wheel is all hinged with described body frame; Described auxiliary wheel bottom higher than described main wheel bottom.When this sliding wheel chord position is on smooth ground, normally slide, one group of main wheel lands simultaneously, and auxiliary wheel leaves ground (auxiliary wheel not with earth surface); When ground out-of-flatness (when such as crossing deceleration strip); middle auxiliary wheel and at least one main (determining straight line at 2); middle auxiliary wheel assists support to land; people is made to slip over out-of-flatness ground smoothly; the utility model ensures to have at least two wheels to land all the time; therefore can not be subject to the shock of barrier, protection pin joint is not injured.

Description

Slide with wheel carrier and slide apparatus

Technical field

The utility model relates to sports field, especially relates to one and slides with wheel carrier and slide apparatus.

Background technology

Roller skate traditional both at home and abroad, under dry skate sole, fix rotary 4 wheels of a row exactly, the equal and opposite in direction of these 4 wheels, is arranged on sustained height, and on straight road surface, these 4 wheels land simultaneously, can walking and sliding easily; But when pavement roughness meets with obstruction, the wheel in front, being clashed into when this hinders, easily allows pin joint injured because of impact.

Utility model content

The purpose of this utility model is to provide one slide with wheel carrier and slide apparatus, and injured technical problem is impacted in the pin joint of causing when roughness pavement slides to solve roller skate of the prior art.

What the utility model provided slides with wheel carrier, comprising: body frame, one group of main wheel below described body frame and the auxiliary wheel between described one group of main wheel; Described in described auxiliary wheel and one group, main wheel is all hinged with described body frame; Described auxiliary wheel bottom higher than described main wheel bottom.

Preferably, slide described in and also comprise the follower hinged with described body frame with wheel carrier;

Described follower comprises travel(l)ing rest, described main wheel and elastic component, described travel(l)ing rest and described body frame hinged and form the first jointed shaft and the second jointed shaft, the position of described first jointed shaft is fixed relative to described body frame, and described travel(l)ing rest can rotate around described first jointed shaft relative to described body frame; Described travel(l)ing rest is also hinged with described main wheel, rotates relative to described travel(l)ing rest to enable described main wheel;

The first end of described elastic component is connected with described body frame, second end is connected with the core wheel of described travel(l)ing rest or described main wheel, and described travel(l)ing rest can rotate to first direction around described first jointed shaft relative to described body frame and compress described elastic component under the drive of described main wheel; When described elastic component is recovered to nature by compressive state, described travel(l)ing rest rotates to second direction opposite to the first direction around described first jointed shaft relative to described body frame under the driving of described elastic component.

Preferably, described travel(l)ing rest can drive described second jointed shaft jointly to rotate around described first jointed shaft.

Preferably, described body frame is provided with guider, and described travel(l)ing rest can drive described second jointed shaft jointly to rotate along described guider around described first jointed shaft.

Preferably, the second end of described elastic component is fixedly connected with the second jointed shaft on described travel(l)ing rest.

Preferably, described elastic component is Compress Spring.

Preferably, described body frame is provided with connecting axle, and described elastic component is shell fragment, and described shell fragment walks around described connecting axle, described first jointed shaft and described second jointed shaft successively.

Preferably, described elastic component is torsion spring, and described torsion spring set is located on described first jointed shaft, and the first end of described torsion spring is around on the second jointed shaft on described body frame, and the second end of described torsion spring is fixedly connected with described travel(l)ing rest.

Preferably, described in slide with wheel carrier be single row configuration, described one group of main wheel comprises two main wheels, and described follower is two, and two described followers are symmetricly set in the two ends of described body frame;

Or, described in slide with wheel carrier be two-row structure, described one group of main wheel comprises four main wheels, and described follower is four, and the two ends of described body frame are respectively equipped with two described followers.

The utility model also provides one to slide apparatus, and this slides apparatus and comprises described in the utility model sliding and use wheel carrier.

What the utility model provided slide comprises one group of main wheel and the auxiliary wheel between one group of main wheel with wheel carrier, wherein auxiliary wheel bottom higher than described main wheel bottom, like this when this sliding wheel chord position is on smooth ground, normally slide, one group of main wheel lands simultaneously, and auxiliary wheel leaves ground (auxiliary wheel not with earth surface); When ground out-of-flatness (when such as crossing deceleration strip); middle auxiliary wheel and at least one main (determining straight line at 2); middle wheel jockey pulley assists support to land; people is made to slip over out-of-flatness ground smoothly; the utility model ensures to have at least two wheels to land all the time; therefore can not be subject to the shock of barrier, protection pin joint is not injured.

Accompanying drawing explanation

In order to be illustrated more clearly in the utility model detailed description of the invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in detailed description of the invention or description of the prior art below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

The front view slided with wheel carrier with Compress Spring that Fig. 1 provides for the utility model embodiment 1;

The top view slided with wheel carrier with Compress Spring that Fig. 2 provides for the utility model embodiment 1;

The front view slided with wheel carrier with shell fragment that Fig. 3 provides for the utility model embodiment 2;

The top view slided with wheel carrier with shell fragment that Fig. 4 provides for the utility model embodiment 2;

The front view slided with wheel carrier with shell fragment that Fig. 5 provides for the utility model embodiment 3;

The top view slided with wheel carrier with shell fragment that Fig. 6 provides for the utility model embodiment 3;

The front view slided with wheel carrier with torsion spring that Fig. 7 provides for the utility model embodiment 4;

The top view slided with wheel carrier with torsion spring that Fig. 8 provides for the utility model embodiment 4.

Reference numeral:

1-body frame; 2-travel(l)ing rest; 3-Compress Spring;

4-spring base; 5-bearing; 6-main wheel;

7-auxiliary wheel; 8-guider; 9-draw-in groove;

13-shell fragment; 14-shell fragment seat; 23-torsion spring;

24-torsion spring seat; 29-U nibs; A-first jointed shaft;

B-second jointed shaft; C-connecting axle.

Detailed description of the invention

Be clearly and completely described the technical solution of the utility model below in conjunction with accompanying drawing, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.

In description of the present utility model, it should be noted that, orientation or the position relationship of the instruction such as term " " center ", " on ", D score, "left", "right", " vertically ", " level ", " interior ", " outward " they be based on orientation shown in the drawings or position relationship; be only the utility model and simplified characterization for convenience of description; instead of instruction or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second ", " the 3rd " only for describing object, and can not be interpreted as instruction or hint relative importance.

In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition the concrete meaning of above-mentioned term in the utility model can be understood.

The front view slided with wheel carrier with Compress Spring that Fig. 1 provides for the utility model embodiment 1; The top view slided with wheel carrier with Compress Spring that Fig. 2 provides for the utility model embodiment 1; The front view slided with wheel carrier with shell fragment that Fig. 3 provides for the utility model embodiment 2; The top view slided with wheel carrier with shell fragment that Fig. 4 provides for the utility model embodiment 2.

As Figure 1-Figure 4, the utility model provides one to slide with wheel carrier, comprising: body frame 1, one group of main wheel 6 below described body frame 1 and the auxiliary wheel 7 between described one group of main wheel 6; Described in described auxiliary wheel 7 and one group, main wheel 6 is all hinged with described body frame 1; Described auxiliary wheel 7 bottom higher than described main wheel 6 bottom.

When the equal diameters of main wheel 6 and auxiliary wheel 7, the core wheel position of auxiliary wheel 7 is higher than the core wheel position of main wheel 5.When the diameter of auxiliary wheel 7 is less than the diameter of main wheel 6, the core wheel position of auxiliary wheel 7 can higher than the core wheel position of main wheel 5, the core wheel position of auxiliary wheel 7 also can be in sustained height with the core wheel position of main wheel 5, or the core wheel position of auxiliary wheel 7 is a little less than the core wheel position of main wheel 5, if auxiliary wheel 7 bottom higher than described main wheel 6 bottom.

What the utility model provided slide comprises one group of main wheel 6 and the auxiliary wheel between one group of main wheel 67 with wheel carrier, wherein auxiliary wheel 7 bottom higher than described main wheel 6 bottom, like this when this sliding wheel chord position is on smooth ground, normally slide, one group of main wheel 6 lands simultaneously, and auxiliary wheel 7 leaves ground (auxiliary wheel 7 not with earth surface); When ground out-of-flatness (when such as crossing deceleration strip); middle auxiliary wheel 7 and at least one main wheel 6 land (determining straight line at 2); middle wheel jockey pulley 7 assists support to land; people is made to slip over out-of-flatness ground smoothly; the utility model ensures to have at least two wheels to land all the time; therefore can not be subject to the shock of barrier, protection pin joint is not injured.

It should be noted that, in the utility model slide with wheel carrier can be the wheel carrier of roller skate, the wheel carrier of the wheel carrier of the wheel carrier of the wheel carrier of slide plate, scooter, drift skate, wheel car or other wheels slide the wheel carrier of product.Such as namely sliding in Fig. 8 is become two scooter wheel racks with wheel carrier from middle fractionation of body frame.

In addition, one group of main wheel 6 in the utility model can comprise two main wheels, and two main wheels lay respectively at the two ends of body frame 1, forms single sliding and uses wheel carrier, as shown in figures 1 and 3; One group of main wheel 6 also can comprise four main wheels 6, and the two ends of body frame 1 are respectively equipped with two main wheels 6, form double sliding and use wheel carrier.

Preferably, slide and also comprise the follower hinged with body frame 1 with wheel carrier; As shown in Figures 1 to 8, this follower comprises travel(l)ing rest 2, described main wheel 6 and elastic component, travel(l)ing rest 2 is hinged and form the first jointed shaft A and the second jointed shaft B with body frame 1, the position of the first jointed shaft A is fixed relative to body frame 1, can rotate to make travel(l)ing rest 2 relative to body frame 1 around the first jointed shaft A; Travel(l)ing rest 2 is also hinged with main wheel 6, can rotate to make main wheel 6 relative to travel(l)ing rest 2.The first end of elastic component is connected with body frame 1, and the second end is connected with the core wheel of travel(l)ing rest 2 or main wheel 6, and travel(l)ing rest 2 can rotate and compression elastic piece to first direction around the first jointed shaft A relative to body frame 1 under the drive of main wheel 6; When elastic component recovers to nature, travel(l)ing rest 2 rotates to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the driving of elastic component.

When pavement roughness meets with obstruction thing or Figure Skating is capable bounces, main wheel 6 can be clashed into, after main wheel 6 is clashed into, main wheel 6 meeting and travel(l)ing rest 2 rotate and compression elastic piece to first direction around the first jointed shaft A relative to body frame 1, in the process, follower entirety moves up relative to body frame; When elastic component recovers to nature afterwards, main wheel 6 and travel(l)ing rest 2 rotate to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the driving of elastic component, in the process, follower entirety moves down relative to body frame, cushioning effect is played in moving up and down of follower, thus prevents pin joint injured because being impacted.

Preferably, travel(l)ing rest 2 can drive the second jointed shaft B jointly to rotate around the first jointed shaft A, second jointed shaft B is set to not only can around own axis but also the connected mode can rotated around the first jointed shaft A, after main wheel 6 is clashed into, travel(l)ing rest 2 can be driven to rotate around the first jointed shaft A together, second jointed shaft B rotates around the first jointed shaft A simultaneously, and this connected mode can play more convenient effect of transmitting impulsive force fast.

Preferably, body frame 1 is provided with guider 8, travel(l)ing rest 2 can drive the second jointed shaft B jointly to rotate along guider 8 around the first jointed shaft A, this guider 8 is for being arranged on the circular arc notch on body frame 1, as shown in Fig. 1, Fig. 3, Fig. 5 and Fig. 7, the direction that the direction of this circular arc notch is rotated around the first jointed shaft A according to the second jointed shaft B is arranged, and plays guiding function to the rotation direction of the second jointed shaft B.

Preferably, second end of elastic component is fixedly connected with the second jointed shaft B on travel(l)ing rest 2, second end of elastic component is directly connected with the second jointed shaft B on travel(l)ing rest 2, after main wheel 6 is clashed into, main wheel 6 drives travel(l)ing rest 2 to rotate to first direction around the first jointed shaft A, second jointed shaft B rotates around the first jointed shaft A simultaneously, now the second end of elastic component also rotates around the first jointed shaft A simultaneously, compression elastic piece, this connected mode makes structure compacter, makes the stressed direct more fast of elastic component.

Elastic component in the utility model has various ways, such as, describes in four kinds of embodiments below.

Embodiment 1

The front view slided with wheel carrier with Compress Spring 3 that Fig. 1 provides for the utility model embodiment, the top view slided with wheel carrier with Compress Spring 3 that Fig. 2 provides for the utility model embodiment, see Fig. 1 and Fig. 2, in the present embodiment, elastic component is Compress Spring 3, and the first end of Compress Spring 3 is connected with body frame, second end is connected with the second jointed shaft B, Compress Spring 3 selection is convenient, low price, convenient connection.

After main wheel 6 is clashed into, main wheel 6 meeting and travel(l)ing rest 2 rotate to first direction around the first jointed shaft A relative to body frame 1, and the second jointed shaft B moves along guider 8 and compresses Compress Spring 3 simultaneously; Compress Spring 3 recovers to nature afterwards, Compress Spring 3 promotes the second jointed shaft B and returns to original position along guider 8, simultaneously, main wheel 6 rotates to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the drive of the second jointed shaft B with travel(l)ing rest 2, like this after main wheel 6 is clashed into, can main wheel 6 cushion effect be given, thus prevent pin joint injured because being impacted.

Preferably, the two ends of Compress Spring 3 are provided with spring base 4, Compress Spring 3 and spring base 4 are connected, the spring base 4 of the first end of Compress Spring 3 is set on the connecting axle on body frame 1, the spring base 4 of the second end of Compress Spring 3 is set on the second jointed shaft B on travel(l)ing rest 2, and being provided with spring base 4 can connect Compress Spring 3 more easily.

Embodiment 2

The front view slided with wheel carrier with shell fragment 13 that Fig. 3 provides for the utility model embodiment, the top view slided with wheel carrier with shell fragment 13 that Fig. 4 provides for the utility model embodiment, see Fig. 3 and Fig. 4, in the present embodiment, body frame 1 is provided with connecting axle C, and elastic component is shell fragment 13, and shell fragment 13 walks around connecting axle C, the first jointed shaft A and the second jointed shaft B successively, the form of shell fragment 13 is varied, convenient connection.

After main wheel 6 is clashed into, main wheel 6 meeting and travel(l)ing rest 2 rotate to first direction around the first jointed shaft A relative to body frame 1, and the second jointed shaft B moves along guider 8 and compresses shell fragment 13 simultaneously; Shell fragment 13 recovers to nature afterwards, shell fragment 13 promotes the second jointed shaft B and returns to original position along guider 8, simultaneously, main wheel 6 rotates to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the drive of the second jointed shaft B with travel(l)ing rest 2, like this after main wheel 6 is clashed into, can main wheel 6 cushion effect be given, thus prevent pin joint injured because being impacted.

Preferably, the two ends of shell fragment 13 are provided with shell fragment seat 14, shell fragment 13 and 14, shell fragment are connected, the shell fragment seat 14 of the first end of shell fragment 13 is set on the connecting axle C on body frame 1, be set in after the shell fragment seat 14 of the second end of shell fragment 13 walks around the first jointed shaft A on the second jointed shaft B on travel(l)ing rest 2, shell fragment seat 14 can connect shell fragment 13 more easily.

Embodiment 3

The front view slided with wheel carrier with shell fragment 13 that Fig. 5 provides for the utility model embodiment, the top view slided with wheel carrier with shell fragment 13 that Fig. 6 provides for the utility model embodiment, see Fig. 5 and Fig. 6, in the present embodiment, body frame 1 is provided with connecting axle C, and elastic component is shell fragment 13, and shell fragment 13 walks around connecting axle C, the first jointed shaft A and the second jointed shaft B successively, the form of shell fragment 13 is varied, can connect easily.

In the present embodiment, main wheel 6 is hinged on the second jointed shaft B of travel(l)ing rest 2, after main wheel 6 is clashed into, the second jointed shaft B moves along guider 8, and main wheel 6 can drive travel(l)ing rest 2 to rotate to first direction around the first jointed shaft A relative to body frame 1 by the second jointed shaft B and compress shell fragment 13; Shell fragment 13 recovers to nature afterwards, second jointed shaft B is along guider 8 exercise recovery to original position, main wheel 6 rotates to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the drive of the second jointed shaft B with travel(l)ing rest 2, like this after main wheel 6 is clashed into, can main wheel 6 cushion effect be given, thus prevent pin joint injured because being impacted.

As can be seen from the present embodiment, second end of shell fragment 13 can directly be connected with the core wheel of main wheel, after main wheel 6 is clashed into, the core wheel band spring plate 13 of main wheel 6 moves to first direction together, compression shell fragment 13, shell fragment 13 recovers to nature afterwards, and under the driving of elastic force, main wheel 6 is to the second direction contrary with first direction motion, can play the effect of buffering.

And then can draw, the second end of elastic component can directly be connected with the core wheel of main wheel 6, can play cushioning effect.

Preferably, the two ends of shell fragment 13 are provided with shell fragment seat 14, shell fragment 13 and shell fragment seat 14 are connected, the shell fragment seat 14 of the first end of shell fragment 13 is set on the connecting axle on body frame 1, the shell fragment seat 14 of the second end of shell fragment 13 is set on the second jointed shaft B on travel(l)ing rest 2, and shell fragment seat 14 can connect shell fragment 13 more easily.

Embodiment 4

The front view slided with wheel carrier with torsion spring 23 that Fig. 7 provides for the utility model embodiment, the top view slided with wheel carrier with torsion spring 23 that Fig. 8 provides for the utility model embodiment, see Fig. 7 and Fig. 8, in the present embodiment, elastic component is torsion spring 23, torsion spring 23 is sheathed on the first jointed shaft A, the first end of torsion spring 23 is around on the second jointed shaft B on body frame 1, second end of torsion spring 23 is fixedly connected with travel(l)ing rest 2, travel(l)ing rest 2 upper punch is pressed with a U-shaped hole 29, second end of torsion spring 23 is fixed in the U-shaped hole 29 of travel(l)ing rest 2, the structure of torsion spring is simple, larger torsion can be born, not yielding.

After main wheel 6 is clashed into, main wheel 6 meeting and travel(l)ing rest 2 rotate to first direction around the first jointed shaft A relative to body frame 1, now the second end of torsion spring 23 rotates around the first jointed shaft A together with travel(l)ing rest 2, the constraint that the first end of torsion spring 23 is subject to guider 8 can not be moved, now torsion spring 23 is subject to twisting force, while travel(l)ing rest 2 rotates, the guider 8 on travel(l)ing rest 2 rotates around the first jointed shaft A; After the other end of guider 8 moves to the position of the second jointed shaft B shown in Fig. 7, torsion spring 23 discharges torsion, travel(l)ing rest 2 and main wheel 6 rotate to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the effect of torsion spring 23 torsion, like this after main wheel 6 is clashed into, can main wheel 6 cushion effect be given, thus prevent pin joint injured because being impacted.

Preferably, the first end of torsion spring 23 is equipped with torsion spring seat 24, and torsion spring seat 24 is sheathed on the second jointed shaft B on body frame 1, and torsion spring seat 24 can fix the first end of torsion spring 23 more easily.

As Figure 1-4, sliding with wheel carrier is single row configuration, and described one group of main wheel 6 comprises two main wheels 6, and correspondingly, follower is two, and two followers are symmetricly set in the two ends of body frame 1.Sliding by wheel carrier structure of single row configuration is light and handy, turns to rapid flexible when sliding, and the children being applicable to skillfully to slide, adult use, and can be applied to during style slides.

As viewed in figures 5-8, sliding with wheel carrier is two-row structure, and described one group of main wheel 6 comprises four main wheels 6, and correspondingly, follower is four, and the two ends of body frame 1 are respectively equipped with two followers.Double sliding is landed more steadily with wheel carrier, and security is better, is applicable to begin to learn the children slided.

Further, see Fig. 1 and Fig. 3, the centre of body frame 1 is provided with auxiliary wheel 7, and auxiliary wheel 7 is hinged with body frame 1, can rotate to make auxiliary wheel 7 relative to body frame 1.When ground relief meet with obstruction thing or Figure Skating is capable bounce time, main wheel 6 is clashed into, after main wheel 6 is clashed into, main wheel 6 meeting and travel(l)ing rest 2 rotate and compression elastic piece to first direction around the first jointed shaft A relative to body frame 1, in the process, follower entirety moves up relative to body frame, and now auxiliary wheel 7 energy and main wheel 6 land simultaneously, while assistant sliding wheel carrier is by bar, also can reduce the impulsive force of bar to main wheel; When elastic component recovers to nature afterwards, main wheel 6 and travel(l)ing rest 2 rotate to the second direction contrary with first direction around the first jointed shaft A relative to body frame 1 under the driving of elastic component, in the process, follower entirety moves down relative to body frame, auxiliary wheel leaves ground, only have main, the wearing and tearing of auxiliary wheel can be alleviated.

Further, sliding of single row configuration all can auxiliary wheel 7 with wheel carrier with wheel carrier and sliding of two-row structure.

Further, the installation site of auxiliary wheel 7 and size can set as required, and when installation site higher than main wheel 6, the installation site of auxiliary wheel 7, the size of auxiliary wheel 7 is less than or equal to the size of main wheel 6; When the installation site of auxiliary wheel 7 and the installation site of main wheel 6 are on same height, the size of auxiliary wheel 7 is less than the size of main wheel 6; When installation site lower than main wheel 6, the installation site of auxiliary wheel 7, the size of auxiliary wheel 7 is less than the size of main wheel 6.

Refer again to Fig. 1, Fig. 3, Fig. 5 and Fig. 7, bearing 5 is equipped with at the first jointed shaft A place, for supporting the rotation at the first jointed shaft A place, reduces the coefficient of friction in rotation process; And all connecting portions are in the drawings equipped with wear-resisting slip cap (not shown), reduce frictional force, reduce noise, extend the service life of each parts.

Refer again to Fig. 1, travel(l)ing rest 2 is provided with draw-in groove 9, for fixing the wear-resisting slip cap outside the first jointed shaft A, prevents moving around of wear-resisting slip cap.

Refer again to Fig. 1-to Fig. 8, what the utility model provided slides with wheel carrier, the surface irregularity of body frame 1 and travel(l)ing rest 2, body frame 1 sets according to stressed size with the structure of travel(l)ing rest 2, stressed surface, place is greatly convex, and stressed little surface, place is recessed, adds the steadiness of product; Body frame 1 and travel(l)ing rest 2 all adopt engraved structure simultaneously, alleviate the quality of product, are convenient for carrying.

What the utility model provided slide can be used alone with wheel carrier, slide the hole with wheel carrier being provided with for being connected with bandage, when needs use slide apparatus move time, footwear body is positioned on the body frame that slides with wheel carrier, by bandage through sliding with the hole on wheel carrier, tighten on footwear body, this connected mode is quick, convenient, can carry out separately production and sales slides with wheel carrier, can produce in batches, can change when footwear body size is improper, also can change different footwear according to the difference in season simultaneously, extend the service life of sliding with wheel carrier.

According to another aspect of the present utility model, also provide one to slide apparatus, this slides apparatus and comprises sliding that the utility model provides and use wheel carrier.Slide apparatus due to sliding with wheel carrier of have employed that the utility model provides in the utility model, when preventing on irregular road surface or bounce, people's pin impacts injured phenomenon.

Slide that apparatus can be roller skate, slide plate, scooter, drift skate, wheel car or other wheels slide product in the utility model.

In the present embodiment, sliding apparatus is roller skate, what this slided that apparatus comprises that the utility model provides slide with wheel carrier and and slide with this footwear body be connected with wheel carrier, footwear body is arranged on the top of the body frame 1 slided with wheel carrier, the bottom of footwear body is provided with the multiple connecting holes for being connected with body frame, the top of body frame is provided with the connecting hole for the same quantity be connected with shoe bottom, during assembling, by the connecting hole alignment on the connecting hole of shoe bottom and body frame, by bolt through fastening nut after connecting hole.Sliding by wheel carrier stability after assembling is better, more comfortable when sliding, and is applicable to slide at a distance.Meanwhile, footwear body also can be produced separately with wheel carrier with sliding, and both is assembled, have practicality during use.

Last it is noted that above each embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to foregoing embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.

Claims (10)

1. slide with a wheel carrier, it is characterized in that, comprising: body frame, one group of main wheel below described body frame and the auxiliary wheel between described one group of main wheel; Described in described auxiliary wheel and one group, main wheel is all hinged with described body frame; Described auxiliary wheel bottom higher than described main wheel bottom.

2. according to claim 1 sliding uses wheel carrier, it is characterized in that, also comprises the follower hinged with described body frame;

Described follower comprises travel(l)ing rest, described main wheel and elastic component, described travel(l)ing rest and described body frame hinged and form the first jointed shaft and the second jointed shaft, the position of described first jointed shaft is fixed relative to described body frame, and described travel(l)ing rest can rotate around described first jointed shaft relative to described body frame; Described travel(l)ing rest is also hinged with described main wheel, rotates relative to described travel(l)ing rest to enable described main wheel;

The first end of described elastic component is connected with described body frame, second end is connected with the core wheel of described travel(l)ing rest or described main wheel, and described travel(l)ing rest can rotate to first direction around described first jointed shaft relative to described body frame and compress described elastic component under the drive of described main wheel; When described elastic component is recovered to nature by compressive state, described travel(l)ing rest rotates to second direction opposite to the first direction around described first jointed shaft relative to described body frame under the driving of described elastic component.

3. according to claim 2 sliding uses wheel carrier, it is characterized in that, described travel(l)ing rest can drive described second jointed shaft jointly to rotate around described first jointed shaft.

4. according to claim 3 sliding uses wheel carrier, and it is characterized in that, described body frame is provided with guider, and described travel(l)ing rest can drive described second jointed shaft jointly to rotate along described guider around described first jointed shaft.

5. sliding with wheel carrier according to any one of claim 2-4, it is characterized in that, the second end of described elastic component is fixedly connected with the second jointed shaft on described travel(l)ing rest.

6. according to claim 5 sliding uses wheel carrier, and it is characterized in that, described elastic component is Compress Spring.

7. according to claim 5 sliding uses wheel carrier, and it is characterized in that, described body frame is provided with connecting axle, and described elastic component is shell fragment, and described shell fragment walks around described connecting axle, described first jointed shaft and described second jointed shaft successively.

8. according to claim 5 sliding uses wheel carrier, it is characterized in that, described elastic component is torsion spring, and described torsion spring set is located on described first jointed shaft, the first end of described torsion spring is around on the second jointed shaft on described body frame, and the second end of described torsion spring is fixedly connected with described travel(l)ing rest.

9. according to claim 2ly slide with wheel carrier, it is characterized in that, described in slide with wheel carrier be single row configuration, described one group of main wheel comprises two main wheels, and described follower is two, and two described followers are symmetricly set in the two ends of described body frame;

Or, described in slide with wheel carrier be two-row structure, described one group of main wheel comprises four main wheels, and described follower is four, and the two ends of described body frame are respectively equipped with two described followers.

10. slide an apparatus, it is characterized in that, comprise sliding according to any one of claim 1-9 and use wheel carrier.