CN206444175U - A kind of bicycle dynamic kite - Google Patents
A kind of bicycle dynamic kite Download PDFInfo
- Publication number
- CN206444175U CN206444175U CN201720007702.1U CN201720007702U CN206444175U CN 206444175 U CN206444175 U CN 206444175U CN 201720007702 U CN201720007702 U CN 201720007702U CN 206444175 U CN206444175 U CN 206444175U
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- carbon fiber
- skeleton
- fiber pipe
- fixed
- kite
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Abstract
The utility model is related to a kind of kite, specifically, is related to a kind of bicycle dynamic kite.Including kite skeleton and kite fabric, the kite skeleton includes bicycle Morphological skeleton and human figure skeleton；The bicycle Morphological skeleton includes bicycle rack, is separately fixed at bicycle rack front portion, the front vehicle wheel at rear portion, rear wheel, and the wind wheel organization installed in bicycle rack bottom centre position；The human figure skeleton includes trunk skeleton, head skeleton, two upper limbs skeletons and two lower limb skeletons.The utility model combination aerodynamics and mechanically operated principle design are formed, simple in construction, overall very light and handy and very firm；After kite lift-off, by wind blows arc fan blade, rotated by the arc provided with blades axis of a movable block, wheel shaft drives two pedal rods to rotate, two pedal rods drive the action scrunched above and below the formation of lower limb skeleton, the lifelike form ridden so as to show a cyclist to circle in the air in the air.
Description
Technical field
The utility model is related to a kind of kite, specifically, is related to a kind of bicycle dynamic kite.
Background technology
Kite is originating from China, and the history of existing two thousand yearses, earliest kite is by the black Zhai's manufacture of ancient philosophy man.
After kite comes out, the military necessitys such as transmission information, leap barrier are used for quickly.Tang and Song Dynasty time, due to the appearance of paper-making industry, wind
Zither changes to be pasted by paper, incoming among the people quickly, the toy of the amusement and recreation as people.It is big certainly that the shape of traditional kite is mainly imitation
Right biology, such as bird, insect, animal and geometry solid, and in terms of pattern, then mainly designed by personal like, there is a surname
Mark, animal, butterfly, flying bird etc. are passed, beautiful jade is a variety of.
The traditional method of kite is usually to do skeleton using bamboo, and tissue paper is pasted as fabric and formed.With kite manufacturing skill
Skill is constantly brought forth new ideas, and occurs in that do skeleton with fiberglass currently on the market, rain repellent silk, nylon taffeta make fabric all kinds of triangles,
The geometry kite such as rhombus, and motion trick class, software class modern kite.
However, existing kite is after lift-off, what is showed is basically the shape and pattern of static state, is not yet sent out at present
The kite of dynamic human body can be showed after existing lift-off by wind-force.
Utility model content
The purpose of this utility model is there is provided a kind of bicycle dynamic kite, to solve above-mentioned technical problem.
To achieve the above object, the technical scheme that the utility model is used is：
A kind of bicycle dynamic kite, including kite skeleton and kite fabric, it is characterised in that：The kite skeleton includes
Bicycle Morphological skeleton and human figure skeleton；The bicycle Morphological skeleton includes bicycle rack, is separately fixed at bicycle
Frame front portion, the front vehicle wheel at rear portion, rear wheel, and the wind wheel organization installed in bicycle rack bottom centre position；The wind wheel
Mechanism includes wheel shaft, outer rim, several arc fan blades and the one-to-one connecting rod of arc fan blade, is fixed on wheel shaft two ends
On be respectively perpendicular and be connected with pedal rod, the wheel shaft is arranged on bicycle rack by bearing, the direction phase of two pedal rod
Instead；The two ends of the connecting rod are connected on wheel shaft and outer rim, and the inner of the arc fan blade is fixed on wheel shaft, outside
End is through the upper end of connecting rod；
The human figure skeleton includes the trunk skeleton of rectangular frame structure, is fixed in bone of body top of the trellis frame
Between position head skeleton, be individually fixed in two upper limbs skeletons of the shoulders of trunk skeleton two and installed in trunk skeleton bottom
Two lower limb skeletons on frame；The upper end of two upper limbs skeletons is respectively fixedly connected with trunk skeleton, lower end and bicycle
Two handlebars of frame are fixedly connected；Lower limb skeleton includes thigh skeleton and shank skeleton, and the upper end of the thigh skeleton is rotated
On the boundary frame area for being connected to trunk skeleton, the lower end and the upper end of shank skeleton of thigh skeleton are hinged；
The bicycle rack in the middle part of the bottom frame of trunk skeleton with being fixedly connected；The bottom difference of two shank skeletons
It is hinged with the top of two pedal rods；Two shoulders of the trunk skeleton are connected to angle rope；Under the handlebar
Side is connected with inferior horn rope, and the front end and the front end of inferior horn rope of two upper angle ropes are fixed together, and are connected with connection ring；
The kite fabric includes the trunk fabric being fixed on trunk skeleton, the head surface being fixed on head skeleton
The upper limbs fabric expect, being fixed on upper limbs skeleton and the lower limb fabric being fixed on lower limb skeleton.
Further say, the bicycle rack is main by a horizontal carbon fiber pipe, No. two horizontal carbon fiber pipes, a left sides
Carbon fiber pipe, No. two left bank carbon fiber pipes, right bank carbon fiber pipe, a No. two right bank carbon fiber pipes is tilted to constitute；Institute
A horizontal carbon fiber pipe is stated as the entablature of bicycle rack, No. two horizontal carbon fiber pipes as bicycle rack sill,
No. two left bank carbon fiber pipes are as the front vehicle fork of bicycle rack, and a right bank carbon fiber pipe is used as bicycle rack
Rear vehicle fork, a left bank carbon fiber pipe and No. two right bank carbon fiber pipes as bicycle rack bearing diagonal beam；Institute
State a horizontal carbon fiber pipe end connect with the top of a right bank carbon fiber pipe after, a left bank carbon is connected to again
The top of fibre pipe, the top of a left bank carbon fiber pipe is fixedly connected in the middle part of the bottom frame of trunk skeleton；Institute
The front end for stating a horizontal carbon fiber pipe is fixedly connected on the top of No. two left bank carbon fiber pipes, and the handlebar is fixed on two
On the top of number left bank carbon fiber pipe；In the top of No. two right bank carbon fiber pipes and No. two left bank carbon fiber pipes
Portion is fixedly connected；After the bottom of a number left bank carbon fiber pipe is fixedly connected with the bottom of No. two right bank carbon fiber pipes,
It is connected again with the middle part of No. two horizontal carbon fiber pipes；The wheel shaft of the wind wheel organization is arranged on a left bank carbon by bearing
The position that fibre pipe connects with No. two right bank carbon fiber pipes；The forward and backward two ends of No. two horizontal carbon fiber pipes are respectively with two
Number left bank carbon fiber pipe bottom, a right bank carbon fiber pipe bottom are fixedly connected；The front-wheel is fixed on No. two left banks
The bottom of carbon fiber pipe；The trailing wheel is fixed on the bottom of a left bank carbon fiber pipe.
Further say, the front-wheel is including wheel rim before carbon fiber pipe and is fixed on before carbon fiber pipe on wheel rim inner periphery
Rain repellent silk front ring；The trailing wheel is included after carbon fiber pipe rear rim and the rain repellent silk being fixed on carbon fiber pipe rear rim inner periphery
Ring, is also associated with trailing wheel diagonal brace in trailing wheel, and the bottom of the trailing wheel diagonal brace connects carbon fiber pipe rear rim, and top is connected to two
On the tie point of number horizontal carbon fiber pipe and a right bank carbon fiber pipe.
Furtherly, trunk bracing piece of the middle part of the trunk skeleton provided with longitudinal direction, the top of the trunk bracing piece
End is fixed on the top frame of trunk skeleton, and lower end is fixed in bottom frame.
Beneficial effect：Compared with prior art, the utility model combination aerodynamics and mechanically operated principle design
Form, it is simple in construction, it is overall very light and handy and very firm；After kite lift-off, by wind blows arc fan blade, by arc
The provided with blades axis of a movable block is rotated, and wheel shaft drives two pedal rods to rotate, and two pedal rods drive what is scrunched above and below the formation of lower limb skeleton
Action, the lifelike form ridden so as to show a cyclist to circle in the air in the air.The utility model is conventional stereo
The design that kite is combined with modern science power technology perfection, only kite flying person does not bring more enjoyment, also for more
Polymorphic dynamic kite provides theory and practice basis.
Brief description of the drawings
Fig. 1 is side structure schematic view of the present utility model.
Fig. 2 is the structural representation of trunk skeleton described in the utility model.
Embodiment
The utility model is further described with specific embodiment below in conjunction with the accompanying drawings.
Reference picture 1, bicycle dynamic kite described in the utility model, including kite skeleton and kite fabric.
The kite skeleton includes bicycle Morphological skeleton and human figure skeleton.
The bicycle Morphological skeleton include bicycle rack, be separately fixed at bicycle rack front portion, the front vehicle wheel at rear portion, after
Wheel, and the wind wheel organization installed in bicycle rack bottom centre position.
The wind wheel organization includes wheel shaft 17, outer rim 16, several arc fan blades 19, corresponded with arc fan blade 19
Connecting rod 18, be fixed on to be respectively perpendicular on the two ends of wheel shaft 17 and be connected with pedal rod 15, the wheel shaft 17 is arranged on by bearing
On bicycle rack, two pedal rod 15 it is in opposite direction.The two ends of the connecting rod 18 are connected to wheel shaft 17 and foreign steamer
On circle 16, the inner of the arc fan blade 19 is fixed on wheel shaft 17, and outer end is through the upper end of connecting rod 18.The wheel shaft 17,
Outer rim 16, connecting rod 18 and pedal rod 15 are made using carbon fiber pipe material.
The bicycle rack is main fine by a horizontal carbon fiber pipe 8, No. two horizontal carbon fiber pipes 14, a left bank carbon
Dimension pipe 24, No. two left bank carbon fiber pipes 9, right bank carbon fiber pipe 23, a No. two right bank carbon fiber pipes 9 are constituted.It is described
A number horizontal carbon fiber pipe 8 as bicycle rack entablature, No. two horizontal carbon fiber pipes 14 as bicycle rack sill,
No. two left bank carbon fiber pipes 9 are as the front vehicle fork of bicycle rack, and a right bank carbon fiber pipe 23 is as voluntarily
The rear vehicle fork of vehicle frame, a left bank carbon fiber pipe 24 and No. two right bank carbon fiber pipes 9 as bicycle rack oblique branch
Support beam；After the end of described No. one horizontal carbon fiber pipe 8 connects with the top of a right bank carbon fiber pipe 23, one is connected to again
The top of number left bank carbon fiber pipe 24；It is fine that the front end of described No. one horizontal carbon fiber pipe 8 is fixedly connected on No. two left bank carbon
The top of pipe 9 is tieed up, the handlebar 5 is fixed on the top of No. two left bank carbon fiber pipes 9；No. two right bank carbon fibers
The top of pipe 9 is fixedly connected with the middle part of No. two left bank carbon fiber pipes 9；The bottom of a number left bank carbon fiber pipe 24 with
After the bottom of No. two right bank carbon fiber pipes 9 is fixedly connected, and it is connected with the middle part of No. two horizontal carbon fiber pipes 14；The wind
The wheel shaft 17 for taking turns mechanism is arranged on the portion that a left bank carbon fiber pipe 24 connects with No. two right bank carbon fiber pipes 9 by bearing
Position；The forward and backward two ends of No. two horizontal carbon fiber pipes 14 respectively with No. two bottoms of left bank carbon fiber pipe 9, a right bank
The bottom of carbon fiber pipe 23 is fixedly connected；The front-wheel is fixed on the bottom of No. two left bank carbon fiber pipes 9；The trailing wheel is fixed on
The bottom of a number left bank carbon fiber pipe 24.
The front-wheel is including wheel rim 12 before carbon fiber pipe and is fixed on the rain repellent silk before carbon fiber pipe on the inner periphery of wheel rim 12
Front ring 13；The trailing wheel is included after carbon fiber pipe rear rim 21 and the rain repellent silk being fixed on the inner periphery of carbon fiber pipe rear rim 21
Ring 22, is also associated with trailing wheel diagonal brace 20, the bottom connection carbon fiber pipe rear rim 21 of the trailing wheel diagonal brace 20, top in trailing wheel
On the tie point for being connected to No. two horizontal carbon fiber pipes 14 and a right bank carbon fiber pipe 23.
The human figure skeleton is made using carbon fiber pipe material, including rectangular frame structure as shown in Figure 2
Trunk skeleton 26, the head skeleton 1 for being fixed on the top frame middle part of trunk skeleton 26, it is individually fixed in 26 liang of trunk skeleton
Two upper limbs skeletons 2 of shoulders and two lower limb skeletons in the bottom frame 25 of trunk skeleton 26.The trunk
Trunk bracing piece 29 of the middle part of skeleton 26 provided with longitudinal direction, the top of the trunk bracing piece 29 is fixed on the top of trunk skeleton 26
On portion's frame, lower end is fixed in bottom frame 25.The upper end of two upper limbs skeletons 2 is respectively fixedly connected with trunk skeleton 26
On, lower end is fixedly connected with two handlebars 5 of bicycle rack；Lower limb skeleton includes thigh skeleton 7 and shank skeleton 10, described
The upper end of thigh skeleton 7 is rotatably connected in the bottom frame 25 of trunk skeleton 26, lower end and the shank skeleton 10 of thigh skeleton 7
Upper end be hinged.
The top of a left bank carbon fiber pipe 24 in the bicycle rack is fixedly connected on the middle part of bottom frame 25；
Top of the bottom of two shank skeletons 10 respectively with two pedal rods 15 is hinged；Two shoulders of the trunk skeleton 26 point
Angle rope 3 is not connected with；The downside of handlebar 5 is connected with inferior horn rope 6, the front end and the front end of inferior horn rope 6 of two upper angle ropes 3
It is fixed together, and is connected with connection ring 4.
The kite fabric using rain repellent silk make, including be fixed on trunk skeleton 26 trunk fabric 28, be fixed on
Head fabric, the upper limbs fabric 27 being fixed on upper limbs skeleton 2 and the lower limb face being fixed on lower limb skeleton on head skeleton 1
Material.
Bicycle dynamic kite described in the utility model is when letting fly away, and the termination of kite draught line is fixed in connection ring 4,
The three-dimensional of the similar sail for combining trunk fabric 28 by trunk skeleton 26 and having rises laminated structure, is risen under wind-force effect
It is empty；After kite lift-off, by wind blows arc fan blade 19, wheel shaft 17 is driven to rotate by arc fan blade 19, wheel shaft 17 drives two
Individual pedal rod 15 is rotated, and two pedal rods 15 drive the action scrunched above and below the formation of lower limb skeleton, so as to show a cycling
People is circled in the air the lifelike form ridden in the air.
Embodiment of the present utility model is these are only, the scope of the claims of the present utility model, every profit is not thereby limited
The equivalent structure made with the utility model specification and accompanying drawing content, is directly or indirectly used in other related technology necks
Domain, similarly within scope of patent protection of the present utility model.
Claims (4)
1. a kind of bicycle dynamic kite, including kite skeleton and kite fabric, it is characterised in that：The kite skeleton is included certainly
Driving Morphological skeleton and human figure skeleton；The bicycle Morphological skeleton includes bicycle rack, is separately fixed at bicycle rack
Front portion, the front vehicle wheel at rear portion, rear wheel, and the wind wheel organization installed in bicycle rack bottom centre position；The wind turbine
Structure includes wheel shaft (17), outer rim (16), several arc fan blades (19) and the one-to-one connecting rod of arc fan blade (19)
(18), it is fixed on to be respectively perpendicular on wheel shaft (17) two ends and is connected with pedal rod (15), the wheel shaft (17) is arranged on by bearing
On bicycle rack, two pedal rod (15) it is in opposite direction；The two ends of the connecting rod (18) are connected to wheel shaft (17)
On outer rim (16), the inner of the arc fan blade (19) is fixed on wheel shaft (17), and outer end is through the upper of connecting rod (18)
End；
The human figure skeleton includes the trunk skeleton (26) of rectangular frame structure, is fixed on trunk skeleton (26) top sides
The head skeleton (1) of frame middle part, two upper limbs skeletons (2) for being individually fixed in the shoulders of trunk skeleton (26) two and installation
Two lower limb skeletons in trunk skeleton (26) bottom frame (25)；The upper end of two upper limbs skeletons (2) is respectively fixedly connected with
On trunk skeleton (26), lower end is fixedly connected with two handlebars (5) of bicycle rack；Lower limb skeleton includes thigh skeleton
(7) and shank skeleton (10), the upper end of the thigh skeleton (7) is rotatably connected on the bottom frame (25) of trunk skeleton (26)
On, the lower end and the upper end of shank skeleton (10) of thigh skeleton (7) are hinged；
The bicycle rack in the middle part of the bottom frame (25) of trunk skeleton (26) with being fixedly connected；Two shank skeletons (10)
Top of the bottom respectively with two pedal rods (15) is hinged；Two shoulders of the trunk skeleton (26) are connected to angle
Restrict (3)；Inferior horn rope (6) is connected with the downside of the handlebar (5), the front end of two upper angle ropes (3) is consolidated with the front end of inferior horn rope (6)
It is scheduled on together, and is connected with connection ring (4)；
The kite fabric include be fixed on trunk skeleton (26) trunk fabric (28), be fixed on head skeleton (1)
Head fabric, the upper limbs fabric (27) being fixed on upper limbs skeleton (2) and the lower limb fabric being fixed on lower limb skeleton.
2. bicycle dynamic kite according to claim 1, it is characterised in that：The bicycle rack is main by a transverse direction
Carbon fiber pipe (8), No. two horizontal carbon fiber pipes (14), left bank carbon fiber pipe (24), a No. two left bank carbon fiber pipes
(9), right bank carbon fiber pipe (23), a No. two right bank carbon fiber pipes (9) are constituted；Described No. one horizontal carbon fiber pipe (8)
As the entablature of bicycle rack, No. two horizontal carbon fiber pipes (14) are used as the sill of bicycle rack, No. two left banks
Carbon fiber pipe (9) as bicycle rack front vehicle fork, a right bank carbon fiber pipe (23) as bicycle rack rear car
Fork, a left bank carbon fiber pipe (24) and No. two right bank carbon fiber pipes (9) as bicycle rack bearing diagonal beam；Institute
State a horizontal carbon fiber pipe (8) end connect with the top of a right bank carbon fiber pipe (23) after, No. one is connected to again
The top of left bank carbon fiber pipe (24), the top of a left bank carbon fiber pipe (24) is fixedly connected on trunk skeleton
(26) in the middle part of bottom frame (25)；It is fine that the front end of described No. one horizontal carbon fiber pipe (8) is fixedly connected on No. two left bank carbon
The top of dimension pipe (9), the handlebar (5) is fixed on the top of No. two left bank carbon fiber pipes (9)；No. two right bank
The top of carbon fiber pipe (9) in the middle part of No. two left bank carbon fiber pipes (9) with being fixedly connected；A number left bank carbon fiber pipe
(24) after bottom is fixedly connected with the bottom of No. two right bank carbon fiber pipes (9), but with No. two horizontal carbon fiber pipes (14)
Middle part is connected；The wheel shaft (17) of the wind wheel organization is arranged on a left bank carbon fiber pipe (24) and No. two right sides by bearing
Tilt the position that carbon fiber pipe (9) connects；The forward and backward two ends of No. two horizontal carbon fiber pipes (14) respectively with No. two left banks
Carbon fiber pipe (9) bottom, right bank carbon fiber pipe (23) bottom are fixedly connected；The front vehicle wheel is fixed on No. two left banks
The bottom of carbon fiber pipe (9)；The rear wheel is fixed on the bottom of a left bank carbon fiber pipe (24).
3. bicycle dynamic kite according to claim 2, it is characterised in that：The front vehicle wheel includes carbon fiber pipe front-wheel
Circle (12) and the rain repellent silk front ring (13) being fixed on wheel rim before carbon fiber pipe (12) inner periphery；The rear wheel includes carbon fiber
Ring (22) after pipe rear rim (21) and the rain repellent silk being fixed on carbon fiber pipe rear rim (21) inner periphery, is also connected with trailing wheel
There is trailing wheel diagonal brace (20), the bottom of the trailing wheel diagonal brace (20) connects carbon fiber pipe rear rim (21), and top is connected to No. two horizontal strokes
To on carbon fiber pipe (14) and the tie point of a right bank carbon fiber pipe (23).
4. the bicycle dynamic kite according to claim 1 or 3, it is characterised in that：The middle part of the trunk skeleton (26)
Trunk bracing piece (29) provided with longitudinal direction, the top of the trunk bracing piece (29) is fixed on the top frame of trunk skeleton (26)
On, lower end is fixed in bottom frame (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720007702.1U CN206444175U (en) | 2017-01-04 | 2017-01-04 | A kind of bicycle dynamic kite |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720007702.1U CN206444175U (en) | 2017-01-04 | 2017-01-04 | A kind of bicycle dynamic kite |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206444175U true CN206444175U (en) | 2017-08-29 |
Family
ID=59672185
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720007702.1U Expired - Fee Related CN206444175U (en) | 2017-01-04 | 2017-01-04 | A kind of bicycle dynamic kite |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206444175U (en) |
-
2017
- 2017-01-04 CN CN201720007702.1U patent/CN206444175U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170829 Termination date: 20180104 |