CN205391655U - Badminton of artificial feather - Google Patents
Badminton of artificial feather Download PDFInfo
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- CN205391655U CN205391655U CN201620137617.2U CN201620137617U CN205391655U CN 205391655 U CN205391655 U CN 205391655U CN 201620137617 U CN201620137617 U CN 201620137617U CN 205391655 U CN205391655 U CN 205391655U
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Abstract
The utility model discloses a badminton of artificial feather belongs to sports ball technical field, aims at providing a flying effect well and long service life's badminton of artificial feather, its technical scheme as follows, a badminton of artificial feather, include bulb, a set of feather and be used for linkage ball and the support frame ball body of the radius platform of feather form, the feather is artificial feather, artificial feather is pegged graft with the one end that the bulb was kept away from to support frame ball body, support frame ball body extends towards one side of bulb has tubular joint, tubular joint is kept away from the lateral wall of the one end of support frame ball body and has been seted up a plurality of fixed breachs, fixed breach circumference evenly distributed is on tubular joint, be provided with on the bulb with tubular joint complex fixing slot, be provided with the overhead kick on the tubular joint, be provided with in the fixing slot with overhead kick complex hook groove.
Description
Technical field
This utility model relates to a kind of sports ball, particularly to the shuttlecock of a kind of artificial feather.
Background technology
Traditional shuttle is added cotton thread again by a bulb and 16 poultry workprints, adhesive is made.Bulb is one end be tack, the other end is the cylinder of hemispherical head, makes by cork or cork chips compound.With the configuration of closely arranging of 16 natural poultry workprints, one is for symmetry, it is ensured that shuttlecock flight balance is stable；Two is to improve its bulk strength, solves the more weak problem of loop construction rigidity.At bulb butt end, 16 apertures are processed around bulb axle center calibration with 22.5 ° of (360 ° ÷ 16=22.5 °) central angles, the MAOGENG termination of 16 workprints is enclosed successively and is inserted in bulb aperture, it is shaped to reversed round bench shaped, next noting the multiple working procedures such as primer, binding circle, note line glue exactly, because these operations are mostly manual operations, workprint position is easy to offset, causing homogeneity of product bad, quality is unstable.
Application number be 201520338869.7 Chinese patent disclose a kind of syllogic shuttlecock and connecting device thereof, it includes one group of feather, a bulb and a syllogic shuttlecock connecting device for this feather and this bulb being connected in one.This syllogic shuttlecock connecting device include a retaining element, one group plant hollow billet, a stiffener assembly and one group of connecting element.This retaining element is for connecting this bulb of this syllogic shuttlecock.Each this is planted hollow billet definition one and is planted a mao groove, is secured within the MAOGENG by this feather of predetermined number.This stiffener assembly includes one group of first reinforcing element and one group of second reinforcing element.This first reinforcing element each is arranged between every two these connecting elements.This first reinforcing element be shaped as similar Y shape, and include one first link.This first link and one this plant hollow billet integration connect.Each this plants hollow billet relative to the outside radial distribution of this retaining element.This first reinforcing element provided position each and other this first reinforcing element adapt.
Although above-mentioned this syllogic shuttlecock improves the flight effect of syllogic shuttlecock, but animal feather can be made to fracture in the process used or fall the situation of hair, thus causing that the flight effect of shuttlecock is bad, service life is not long.
Utility model content
For the deficiency that prior art exists, the purpose of this utility model is in that to provide a kind of flight effect good and the shuttlecock of artificial feather of long service life.
For achieving the above object, this utility model provides following technical scheme: the shuttlecock of a kind of artificial feather, including bulb, one group of feather and the bracing frame ball body for connecting ball head and the rounding mesa-shaped of feather, described feather is artificial feather, one end grafting away from bulb of described artificial feather and bracing frame ball body, support frame as described above ball body is extended with tube-shaped joint towards the side of bulb, described tube-shaped joint offers some fixed gap away from the sidewall of one end of bracing frame ball body, described fixed gap circumference is evenly distributed on tube-shaped joint, described bulb is provided with the fixed slot coordinated with tube-shaped joint, described tube-shaped joint is provided with overhead kick, the hook groove coordinated with overhead kick it is provided with in described fixed slot.
By offering some fixed gap on tube-shaped joint, make shuttlecock use process in rise bulb receive high force blow time, the fixed gap arranged between tube-shaped joint can absorb vibrations, reduce the impulsive force of feather on bracing frame, feather is made to be not easily broken, increase the service life, further feather is arranged to artificial feather, its artificial feather will not fall the situation of hair in the process used, and then make the shuttlecock use that each feather can be stable in the process of flight, and then make flight effect better, and the barb arranged on tube-shaped joint can make together with bracing frame ball body is securely attached to bulb with the cooperation hooking groove, will not fall off in the process used, further increase the service life of shuttlecock.
This utility model is further arranged to: described artificial feather includes plumage bar and the identical leatherleaf of two panels, two panels leatherleaf is completely superposed superposition and is clamped in by plumage bar between two leatherleafs, and the one of plumage bar section is extended between two leatherleafs, described leatherleaf is extended with canned paragraph to the plumage bar direction stretched out, described canned paragraph cladding plumage bar, described plumage bar and bracing frame ball body grafting.
By plumage bar being accommodated between which by identical for two panels leatherleaf and then forming artificial feather, and leatherleaf is also extended with canned paragraph, leatherleaf can be firmly connected with plumage bar, and its canned paragraph can effectively prevent the junction of leatherleaf and plumage bar from departing from, ensure that the service life of artificial feather, and leatherleaf does not have hair as animal feather, and then will not fall off in the process used, ensure that shuttlecock flight process apoplexy can with smooth the contacting of each leatherleaf, thus ensure that the flight effect of shuttlecock.
This utility model is further arranged to: described artificial feather includes plumage bar and leatherleaf, and described plumage bar and leatherleaf are integrally formed, and described plumage bar and leatherleaf are by nylon material or polymer composite composition, described plumage bar and bracing frame ball body grafting.
By by integrally formed to plumage bar and leatherleaf become feather shape, make to save the connection of plumage bar and feather in the process of processing, and its plumage bar and leatherleaf are without situation about falling off in the process used, ensure that the service life of artificial feather, and the leatherleaf that nylon material or polymer composite are constituted and plumage bar have good restoring force and bend resistance performance, it is ensured that leatherleaf will not bend.
This utility model is further arranged to: described plumage bar stretches out an end section of leatherleaf and is square and is in-line to other end transition, and described plumage bar is made up of nylon material.
It is square be transitioned into in-line by plumage bar being stretched out one section of cross section of leatherleaf, make the two panels leatherleaf can be maximum with the connection area of plumage bar when superposition, ensure that the connection of leatherleaf and plumage bar, and when being transitioned into one end of in-line, joint face between two panels leatherleaf also slowly becomes big, and then make the structure of whole artificial feather more stable, it is ensured that the service life of artificial feather and result of use.
nullThis utility model is further arranged to: support frame as described above ball body is made up of nylon material，Support frame as described above ball body includes round bottom plate、First connects ring、Second connects ring、12 support bars and 12 feather switching cylinders，Described tube-shaped joint is arranged on the side of round bottom plate，One end circumference of some described support bars is evenly distributed on the opposite side of round bottom plate，The other end and first connects the fixing connection of ring，One end of some described feathers switching cylinder is connected the fixing connection of ring with first，The other end and second connects the fixing connection of ring，One end grafting away from support bar of described artificial feather and feather switching cylinder，Described support bar is with feather switching cylinder on the same line，Described round bottom plate、First connects ring、Second connects ring is parallel to each other and all on same axle center，Outward-dipping and bracing frame ball body the axle center of described support bar is an angle β，Described angle β is 20 °-30 °.
By support bar being arranged on round bottom plate, connect ring cylinder of being transferred by feather again through first and be fixedly connected on support bar, there is the second connection ring that feather switching cylinder is fixed again, so that support bar, the bracing frame ball body structure that feather switching cylinder is constituted is more stable, not easily deform in the process used, its whole bracing frame ball body is made up of so that bracing frame ball body has good rebound performance nylon material, can have what be always ensured that bracing frame ball body to be shaped as reversed round bench shaped, permanent deformation after making bracing frame ball body will not be squeezed because of the effect of external force, thus ensure that the result of use of shuttlecock and longer service life.By angle β being set to 20 ° to 30 °, feather in this angular range will cause resistance excessive in use because angle is excessive, without because angle too small makes feather lose resistance wind action, and when the angle β in all support bars and axle center is all defined as the same angle of 15 °-25 °, its shuttlecock is able to ensure that steadily in the process of flight.
This utility model is further arranged to: described support bar is extended with diagonal brace reinforcement towards center position, one end of described diagonal brace reinforcement is fixing with feather connecting cylinder to be connected, the other end and round bottom plate are fixing to be connected, described support bar be connected with diagonal brace reinforcement after cross section be T-shaped Rhizoma Sparganii structure.
Make shuttlecock in the process of flight by the setting of diagonal brace reinforcement, its drag effect is when leatherleaf and support bar, its diagonal brace reinforcement can prop up support bar and the inner side of feather switching cylinder, thus preventing the deflection of leatherleaf generation angle, and then ensures the track of shuttlecock flight.
This utility model is further arranged to: described feather switching cylinder includes connecting cylinder and feather slot, described connecting cylinder one end is connected the fixing connection of ring with first, the other end and second connects the fixing connection of ring, described feather slot is arranged on connecting cylinder away from first one end connecting ring, the cross sectional shape of described feather slot is square, and when plumage bar inserts in feather slot, its artificial feather and the second tangent line connecting ring are a drift angle α.
By plumage bar is inserted in inside feather slot, thus realizing fixing artificial feather, and its feather slot and the second tangent line connecting ring are drift angle α, make just can be determined drift angle in the process that plumage bar is fixed, rather than rely on the overlaying state effect between leatherleaf and leatherleaf to produce drift angle, and then make the drift angle of each artificial feather for same value, be effectively guaranteed artificial feather in the process of flight under the effect of each artificial feather institute by wind the angle of wind-guiding be consistent, and then ensure that shuttlecock smooth flight.
This utility model is further arranged to: described drift angle α is 5-30 ° or 150-175 °.
By drift angle α is set to 5-30 ° or 150-175 °, the direction that the distinctive points of the two angle rotates when being simply in that institute's by wind is different, drift angle α is arranged to above-mentioned interval, make its leatherleaf surface in the process used can be subject to the resistance of wind uniformly, simultaneously can also be undertaken effectively driving leatherleaf to rotate by drift angle, thus driving whole shuttlecock to rotate, reach the flight stability effect of the best.
This utility model is further arranged to: the bottom land of described feather slot is further opened with the fixing groove of taper or the fixing groove of rectangle.
Make closely to block with the conical section of the fixing groove of taper when plumage club head taper is inserted in feather slot by the setting of the fixing groove of taper, and then realize the fixation to plumage bar；And the setting of the fixing groove of rectangle ensure that every plumage bar can extend in feather slot, it is ensured that every feather flushes.
This utility model is further arranged to: described round bottom plate is provided centrally with through hole, and the radius of described through hole is the position that the center of circle of round bottom plate is connected to diagonal brace reinforcement with round bottom plate.
By by the centrally disposed one-tenth through hole of round bottom plate, it is possible to the effective weight reducing bracing frame ball body, and then ensure that the result of use of shuttlecock.
Compared with prior art, this utility model has the advantages that the fixed gap by arranging on tube-shaped joint and barb make together with bulb can be securely attached to bracing frame ball body with the cooperation of hook groove, and feather is made up of artificial feather and ensure that and do not come off in feather use procedure and fracture, it is ensured that the result of use of shuttlecock and longer service life.
Accompanying drawing explanation
Fig. 1 is the structural representation of the shuttlecock of artificial feather；
Fig. 2 is the explosive view of the shuttlecock of artificial feather；
Fig. 3 is the bracing frame ball body structure schematic diagram of the shuttlecock of artificial feather；
Fig. 4 is the structural representation of the artificial feather of embodiment 1；
Fig. 5 is the plumage bar structural representation of artificial feather；
Fig. 6 is the ball head structure schematic diagram of embodiment 1；
Fig. 7 is the ball head structure schematic diagram of embodiment 2；
Fig. 8 is the top view of the bracing frame ball body of the shuttlecock of artificial feather；
Fig. 9 is the bulb top view in embodiment 1；
Figure 10 is the sectional view at A-A place in Fig. 9；
Figure 11 is the sectional view that the bulb overhead kick of the shuttlecock of artificial feather is outside；
Figure 12 is the internal structure schematic diagram of the feather fixing groove of switching cylinder taper of the shuttlecock of artificial feather；
Figure 13 is the internal structure schematic diagram of the feather fixing groove of switching cylinder rectangle of the shuttlecock of artificial feather；
Figure 14 be the shuttlecock string of artificial feather is gone here and there rope front view；
Figure 15 is the structural representation of the artificial feather of embodiment 2.
In figure, 1, bulb；2, artificial feather；3, bracing frame ball body；4, tube-shaped joint；5, fixed gap；6, plumage bar；61, leatherleaf；62, canned paragraph；7, fixed slot；8, overhead kick；9, groove is hooked；10, round bottom plate；11, first connects ring；12, second connects ring；13, support bar；14, feather switching cylinder；15, diagonal brace reinforcement；16, connecting cylinder；17, feather slot；18, the fixing groove of taper；19, through hole；20, the fixing groove of rectangle；21, string rope.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
Embodiment 1: the shuttlecock of a kind of artificial feather 2, including bulb 1, one group of feather and the bracing frame ball body 3 for connecting ball head 1 and the rounding mesa-shaped of feather, it is characterized in that: described feather is artificial feather 2, one end grafting away from bulb 1 of described artificial feather 2 and bracing frame ball body 3, support frame as described above ball body 3 is extended with tube-shaped joint 4 towards the side of bulb 1, described tube-shaped joint 4 offers some fixed gap 5 away from the sidewall of one end of bracing frame ball body 3, described fixed gap 5 circumference is evenly distributed on tube-shaped joint 4, described bulb 1 is provided with the fixed slot 7 coordinated with tube-shaped joint 4, (as shown in Figure 6) described tube-shaped joint 4 is provided with overhead kick 8, the hook groove 9 coordinated with overhead kick 8 it is provided with in described fixed slot 7.
As shown in Figure 10; overhead kick 8 direction is arranged to bulb 1 center position; the purpose so arranged is in that its overhead kick 8 extends internally; just making the groove 9 that hooks on its bulb 1 is also the inside at anchor tip; this makes it possible to be protected hooking groove 9 by anchor tip; simultaneously without because hook groove 9 is crossed thin due to the thickness between bulb 1 and hook groove 9 in practical process near the extension of bulb 1 and is easily subject to abrasion, it is effectively increased the service life of bulb 1.
As shown in figure 11, overhead kick 8 direction is arranged to away from bulb 1 center position, its purpose can make overhead kick 8 catch on bulb 1 firmly, overhead kick 8 can be fixed near the position of periphery with bulb 1, and then not easily make not because bulb 1 inner structural strength in the process used bulb 1 by anchor tip around position come off, and then extend the service life of shuttlecock.
By offering some fixed gap 5 on tube-shaped joint 4, make tube-shaped joint 4 when being inserted in fixed slot 7, its fixed slot 7 can drive tube-shaped joint 4, when shuttlecock is rotated in the process used, the effect of its feather by wind drive bulb 1 when rotating its tangential force by fixed slot 7 effect so that tube-shaped joint 4 stable be embedded in fixed slot 7, without being moved along with the use time is elongated and piecemeal in fixed slot 7, final generation loosens and makes bulb 1 separate cannot be continuing with bracing frame ball body 3；The fixed gap 5 arranged between tube-shaped joint 4 can absorb vibrations, reduce the impulsive force of feather on bracing frame, feather is made to be not easily broken, increase the service life, further feather is arranged to artificial feather 2, its artificial feather 2 will not fall the situation of hair in the process used, and then makes the shuttlecock use that each feather can be stable in the process of flight, and then makes flight effect better；The overhead kick 8 arranged in tube-shaped joint 4 coordinates with the hook groove 9 in fixed slot 7, make tube-shaped joint 4 can catch on bulb 1 firmly, so that shuttlecock can adapt to the impact of various high intensity, while improve the use crowd of shuttlecock, ensure that the service life of shuttlecock.In the present embodiment, its hook groove 9 be inserted into fixed slot 7 inside by overhead kick 8 after be extruded from by the plastic deformation of bulb 1.And adopt artificial feather 2 just can depart from the restriction of animal feather, reduce the use of animal feather, also ensure that the shape of each feather is just as simultaneously, thus make shuttlecock stressing conditions of each feather in the process used can keep consistent, so that the flight effect of shuttlecock is better.
Embodiment 2: its fixed slot 77 is except being arcuate segments with anchor tip 6 adaptation in embodiment 1, it is also possible to be directly constituted (as shown in Figure 7) by a whole complete annulus.
Embodiment 1: as shown in Figure 4, described artificial feather 2 includes plumage bar 6 and the identical leatherleaf 61 of two panels, two panels leatherleaf 61 is completely superposed superposition and is clamped in by plumage bar 6 between two leatherleafs 61, and the one of plumage bar 6 section is extended between two leatherleafs 61, described leatherleaf 61 is extended with canned paragraph 62 to plumage bar 6 direction stretched out, described canned paragraph 62 is coated with plumage bar 6, described plumage bar 6 and bracing frame ball body 3 grafting.By plumage bar 6 being accommodated between which by identical for two panels leatherleaf 61 and then forming artificial feather 2, and leatherleaf 61 is also extended with canned paragraph 62, leatherleaf 61 can be firmly connected with plumage bar 6, and its canned paragraph 62 can effectively prevent the junction of leatherleaf 61 and plumage bar 6 from departing from, ensure that the service life of artificial feather 2, and leatherleaf 61 does not have hair as animal feather, and then will not fall off in the process used, ensure that shuttlecock can with the contacting of each leatherleaf 61 smoothness in the process apoplexy of flight, thus ensure that the flight effect of shuttlecock.
Embodiment 2: as shown in figure 15, described artificial feather 2 includes plumage bar 6 and leatherleaf 61, and described plumage bar 6 and leatherleaf 61 are integrally formed, and described plumage bar 6 and leatherleaf 61 are by nylon material or polymer composite composition, described plumage bar 6 and bracing frame ball body 3 grafting.By by integrally formed with leatherleaf 61 for plumage bar 6 become feather shape, make to save the connection of plumage bar 6 and feather 61 in the process of processing, and its plumage bar 6 and leatherleaf 61 are without situation about falling off in the process used, ensure that the service life of artificial feather 2, and the leatherleaf 61 that nylon material or polymer composite are constituted and plumage bar 6 have good restoring force and bend resistance performance, it is ensured that leatherleaf 61 will not bend.
Described plumage bar 6 stretches out an end section of leatherleaf 61 and is square and is in-line to other end transition, and described plumage bar 6 is made up of nylon material.It is square be transitioned into in-line by plumage bar 6 being stretched out one section of cross section of leatherleaf 61, make the two panels leatherleaf 61 can be maximum with the connection area of plumage bar 6 when superposition, ensure that the connection of leatherleaf 61 and plumage bar 6, and when being transitioned into one end of in-line, joint face between two panels leatherleaf 61 also slowly becomes big, and then make the structure of whole artificial feather 2 more stable, it is ensured that the service life of artificial feather 2 and result of use.
nullSupport frame as described above ball body 3 is made up of nylon material，Support frame as described above ball body 3 includes round bottom plate 10、First connects ring 11、Second connects ring 12、12 support bars 13 and 12 feather switching cylinders 14，Described tube-shaped joint 4 is arranged on the side of round bottom plate 10，One end circumference of some described support bars 13 is evenly distributed on the opposite side of round bottom plate 10，The other end and first connects the fixing connection of ring 11，One end of some described feathers switching cylinder 14 is connected the fixing connection of ring 11 with first，The other end and second connects the fixing connection of ring 12，One end grafting away from support bar 13 of described artificial feather 2 and feather switching cylinder 14，Described support bar 13 is with feather switching cylinder 14 on the same line，Described round bottom plate 10、First connects ring 11、Second connects ring 12 is parallel to each other and all on same axle center，Outward-dipping and bracing frame ball body 3 the axle center of described support bar 13 is an angle β.By support bar 13 is arranged on round bottom plate 10, connect ring 11 cylinder 14 of being transferred by feather again through first and be fixedly connected on support bar 13, there is the second connection ring 12 that feather switching cylinder 14 is fixed again, so that support bar 13, bracing frame ball body 3 structure that feather switching cylinder 14 is constituted is more stable, not easily deform in the process used, its whole bracing frame ball body 3 is constituted so that bracing frame ball body 3 has good rebound performance by nylon material, can have what be always ensured that bracing frame ball body 3 to be shaped as reversed round bench shaped, permanent deformation after making bracing frame ball body 3 will not be squeezed because of the effect of external force, thus ensure that the result of use of shuttlecock and longer service life.
Described angle β is 20 °-30 °.By angle β being set to 20 ° to 30 °, feather in this angular range will cause resistance excessive in use because angle is excessive, without because angle too small makes feather lose resistance wind action, and when the angle β in all support bars 13 and axle center is all defined as the same angle of 15 °-25 °, its shuttlecock is able to ensure that steadily in the process of flight.And relative to animal feather, the plumage bar 6 of artificial feather 2 is that comparison is straight, will not being have certain flexibility as animal feather, therefore angle β can want big by relative animal feather when arranging.
Described support bar 13 is extended with diagonal brace reinforcement 15 towards center position, one end of described diagonal brace reinforcement 15 is fixing with feather connecting cylinder 16 to be connected, the other end and round bottom plate 10 is fixing to be connected, described support bar 13 be connected with diagonal brace reinforcement 15 after cross section be T-shaped Rhizoma Sparganii structure.Make shuttlecock in the process of flight by the setting of diagonal brace reinforcement 15, its drag effect is when leatherleaf 61 and support bar 13, its diagonal brace reinforcement 15 can prop up support bar 13 and the inner side of feather switching cylinder 14, thus preventing leatherleaf 61 from the deflection of angle occurring, and then ensure the track of shuttlecock flight.
Described feather switching cylinder 14 includes connecting cylinder 16 and feather slot 17, described connecting cylinder 16 one end is connected the fixing connection of ring 11 with first, the other end and second connects the fixing connection of ring 12, described feather slot 17 is arranged on connecting cylinder 16 away from first one end connecting ring 11, the cross sectional shape of described feather slot 17 is square, and the tangent line that its artificial feather 2 is connected ring 12 with second when plumage bar 6 inserts in feather slot 17 is a drift angle α.Internal by plumage bar 6 being inserted in feather slot 17, thus realizing fixing artificial feather 2, and the tangent line that its feather slot 17 is connected ring 12 with second is drift angle α, make just can be determined drift angle in the process that plumage bar 6 is fixed, rather than rely on the overlaying state effect between leatherleaf 61 and leatherleaf 61 to produce drift angle, and then make the drift angle of each artificial feather 2 for same value, be effectively guaranteed artificial feather 2 in the process of flight under the effect of each 2 by wind of artificial feather the angle of wind-guiding be consistent, and then ensure that shuttlecock smooth flight.
Described drift angle α is 5-30 ° or 150-175 °.By drift angle α is set to 5-30 ° or 150-175 °, the direction that the distinctive points of the two angle rotates when being simply in that institute's by wind is different, drift angle α is arranged to above-mentioned interval, make its leatherleaf 61 surface in the process used can be subject to the resistance of wind uniformly, simultaneously can also be undertaken effectively driving leatherleaf 61 to rotate by drift angle, thus driving whole shuttlecock to rotate, reach the flight stability effect of the best.
The bottom land of described feather slot 17 is further opened with the fixing groove 18(of taper as shown in figure 12) or the fixing groove 20(of rectangle is as shown in figure 13).Make closely to block with the conical section of the fixing groove 18 of taper when plumage bar 6 head taper is inserted in feather slot 17 by the setting of the fixing groove 18 of taper, and then realize the fixation to plumage bar 6；And the setting of the fixing groove 20 of rectangle ensure that every plumage bar 6 can extend in feather slot 17, it is ensured that every feather flushes.
Described round bottom plate 10 is provided centrally with through hole 19, the position that the center of circle that radius is round bottom plate 10 of described through hole 19 is connected to diagonal brace reinforcement 15 with round bottom plate 10.By by the centrally disposed one-tenth through hole 19 of round bottom plate 10, it is possible to the effective weight reducing bracing frame ball body 3, and then ensure that the result of use of shuttlecock.
As shown in figure 14, in the present embodiment, in order to be further ensured that the angle of each artificial feather 2, by a circle string rope 21, every artificial feather 2 is coupled together, process mesoptile using will not be expanded outwardly, and ensure that the incline direction of every artificial feather 2 keeps consistent.
This specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; the present embodiment can be made the amendment not having creative contribution as required by those skilled in the art after reading this specification, but as long as being affected by the protection of Patent Law in right of the present utility model.
Claims (10)
- null1. the shuttlecock of an artificial feather，Including bulb (1)、One group of feather and bracing frame ball body (3) for connecting ball head (1) and the rounding mesa-shaped of feather，It is characterized in that: described feather is artificial feather (2)，One end grafting away from bulb (1) of described artificial feather (2) and bracing frame ball body (3)，Support frame as described above ball body (3) is extended with tube-shaped joint (4) towards the side of bulb (1)，Described tube-shaped joint (4) offers some fixed gap (5) away from the sidewall of one end of bracing frame ball body (3)，Described fixed gap (5) circumference is evenly distributed on tube-shaped joint (4)，Described bulb (1) is provided with the fixed slot (7) coordinated with tube-shaped joint (4)，Described tube-shaped joint (4) is provided with overhead kick (8)，The hook groove (9) coordinated with overhead kick (8) it is provided with in described fixed slot (7).
- 2. the shuttlecock of a kind of artificial feather according to claim 1, it is characterized in that: described artificial feather (2) includes plumage bar (6) and the identical leatherleaf of two panels (61), two panels leatherleaf (61) is completely superposed superposition and is clamped in by plumage bar (6) between two leatherleafs (61), and one section of plumage bar (6) is extended between two leatherleafs (61), described leatherleaf (61) is extended with canned paragraph (62) to plumage bar (6) direction stretched out, described canned paragraph (62) cladding plumage bar (6), described plumage bar (6) and bracing frame ball body (3) grafting.
- 3. the shuttlecock of a kind of artificial feather according to claim 2, it is characterized in that: described artificial feather includes plumage bar (6) and leatherleaf (61), described plumage bar (6) and leatherleaf (61) are integrally formed, and described plumage bar (6) and leatherleaf (61) are by nylon material or polymer composite composition, described plumage bar (6) and bracing frame ball body (3) grafting.
- 4. the shuttlecock of a kind of artificial feather according to Claims 2 or 3, is characterized in that: the end section that described plumage bar (6) stretches out leatherleaf (61) is square and is in-line to other end transition, and described plumage bar (6) is made up of nylon material.
- null5. the shuttlecock of a kind of artificial feather according to claim 4，It is characterized in that: support frame as described above ball body (3) is made up of nylon material，Support frame as described above ball body (3) includes round bottom plate (10)、First connects ring (11)、Second connects ring (12)、12 support bars (13) and 12 feathers switching cylinder (14)，Described tube-shaped joint (4) is arranged on the side of round bottom plate (10)，One end circumference of some described support bars (13) is evenly distributed on the opposite side of round bottom plate (10)，The other end and first connects the fixing connection of ring (11)，One end of some described feathers switching cylinder (14) is connected the fixing connection of ring (11) with first，The other end and second connects the fixing connection of ring (12)，One end grafting away from support bar (13) of described artificial feather (2) and feather switching cylinder (14)，Described support bar (13) is with feather switching cylinder (14) on the same line，Described round bottom plate (10)、First connects ring (11)、Second connects ring (12) is parallel to each other and all on same axle center，Outward-dipping and bracing frame ball body (3) the axle center of described support bar (13) is an angle β,Described angle β is 20 °-30 °.
- 6. the shuttlecock of a kind of artificial feather according to claim 5, it is characterized in that: described support bar (13) is extended with diagonal brace reinforcement (15) towards center position, one end of described diagonal brace reinforcement (15) is fixing with feather connecting cylinder (16) to be connected, the other end and round bottom plate (10) are fixing to be connected, described support bar (13) be connected with diagonal brace reinforcement (15) after cross section be T-shaped Rhizoma Sparganii structure.
- 7. the shuttlecock of a kind of artificial feather according to claim 5 or 6, it is characterized in that: described feather switching cylinder (14) includes connecting cylinder (16) and feather slot (17), described connecting cylinder (16) one end is connected the fixing connection of ring (11) with first, the other end and second connects the fixing connection of ring (12), described feather slot (17) is arranged on connecting cylinder (16) away from first one end connecting ring (11), the cross sectional shape of described feather slot (17) is square, when plumage bar (6) inserts in feather slot (17), its artificial feather (2) is connected the tangent line of ring (12) with second is a drift angle α.
- 8. the shuttlecock of a kind of artificial feather according to claim 7, is characterized in that: described drift angle α is 5-30 ° or 150-175 °.
- 9. the shuttlecock of a kind of artificial feather according to claim 7, is characterized in that: the bottom land of described feather slot (17) is further opened with the fixing groove (18) of taper or the fixing groove (20) of rectangle.
- 10. the shuttlecock of a kind of artificial feather according to claim 5, it is characterized in that: described round bottom plate (10) is provided centrally with through hole (19), the radius of described through hole (19) is the position that the center of circle of round bottom plate (10) is connected to diagonal brace reinforcement (15) with round bottom plate (10).
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| CN201620137617.2U CN205391655U (en) | 2016-02-23 | 2016-02-23 | Badminton of artificial feather |
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| CN201620137617.2U CN205391655U (en) | 2016-02-23 | 2016-02-23 | Badminton of artificial feather |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105536220A (en) * | 2016-02-23 | 2016-05-04 | 南京狮鹏体育用品有限公司 | Shuttlecock adopting artificial feathers |
| CN108245860A (en) * | 2018-01-17 | 2018-07-06 | 戴心仪 | A kind of novel badminton |
| CN108295448A (en) * | 2018-01-17 | 2018-07-20 | 戴心仪 | A kind of shuttlecock with plug socket |
| CN108525257A (en) * | 2018-01-17 | 2018-09-14 | 戴心仪 | A kind of shuttlecock with plug connector |
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2016
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105536220A (en) * | 2016-02-23 | 2016-05-04 | 南京狮鹏体育用品有限公司 | Shuttlecock adopting artificial feathers |
| CN105536220B (en) * | 2016-02-23 | 2019-01-25 | 南京狮鹏体育用品有限公司 | A kind of shuttlecock of artificial feather |
| CN108245860A (en) * | 2018-01-17 | 2018-07-06 | 戴心仪 | A kind of novel badminton |
| CN108295448A (en) * | 2018-01-17 | 2018-07-20 | 戴心仪 | A kind of shuttlecock with plug socket |
| CN108525257A (en) * | 2018-01-17 | 2018-09-14 | 戴心仪 | A kind of shuttlecock with plug connector |
| CN108525257B (en) * | 2018-01-17 | 2024-02-20 | 安徽玩就玩吧新零售有限责任公司 | Badminton with plug connector |
| CN108245860B (en) * | 2018-01-17 | 2024-03-01 | 安徽玩就玩吧新零售有限责任公司 | Badminton ball |
| CN108295448B (en) * | 2018-01-17 | 2024-03-01 | 安徽玩就玩吧新零售有限责任公司 | Badminton with bayonet socket |
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