CN201832386U

CN201832386U - Shuttlecock

Info

Publication number: CN201832386U
Application number: CN2010201318678U
Authority: CN
Inventors: 张文广
Original assignee: 张文广
Current assignee: Liyang Be-Star Sports Industry Ltd.
Priority date: 2010-03-16
Filing date: 2010-03-16
Publication date: 2011-05-18
Anticipated expiration: 2020-03-16

Abstract

The utility model relates to a shuttlecock which comprises the following components: a shuttlecock head (11), a shuttlecock skirt (12) and shuttlecock skirt supporting rods (13). When necessary, a coil (14) can be added, wherein the shuttlecock skirt (12) and the shuttlecock supporting rods (13) are two kinds of independent components, which are respectively manufactured. The shuttlecock skirt supporting rods (13) are obtained through manufacturing artificial material or machining feather stems of birds. The shuttlecock skirt (12) is a non-dividable integral body which is made of soft cloth or fabric film or analogous material. The shuttlecock skirt (12) can be made by a plurality of leafs (121). Each leaf (121) is connected with two shuttlecock skirt supporting rods (13) at least.

Description

Shuttlecock

Technical field

The utility model relates to a kind of novel badminton.

Background technology

The most important technical indicator of shuttlecock is the stability of whole ball weight, distribution of weight and shuttlecock flight.And to make the shuttlecock flight stability, and can use two kinds of antipodal technological means to achieve the goal: the one, make shuttlecock the time can produce the power of pivoting of stable equilibrium in flight, the 2nd, the unbalanced power of pivoting when eliminating flight fully.

Use always and catch the shuttlecock that the class feather is made, its workprint is that a slice is laminating another sheet in order, this just structure that laminates in order, make shuttlecock in the kind of flying, every workprint all can produce the revolving force of equidirectional, makes shuttlecock around axial rotation, thereby stablizes its flight course.But when this shuttlecock was impacted, the plumage silk of accessory pinna was easy to be broken up, and made that the power of pivoting between each workprint is unbalanced, had a strong impact on flight stability.

The artificial ball that has come into operation at present is the shuttlecock of being made by plastics---mainly be nylon ball, the ball skirt of this shuttlecock and ball skirt pole are an integral body with injection molding.The support bar of this shuttlecock is very soft, and rigidity is very poor, and shuttlecock can be out of shape when flying fast, and flying quality is relatively poor.

Below some disclosed patent specifications all relate to artificial feather and by its shuttlecock of making: on September 16th, 2009 disclosed patent specification CN101530661, on June 24th, 1987 disclosed patent specification CN85108694, on June 28th, 2006 disclosed patent specification CN200520015738.1, on January 17th, 2007 disclosed patent specification CN200520123581.4, on March 6th, 1996 disclosed patent specification CN94245400.6.In these disclosed patent specifications, all be to exist with artificial feather form with monolithic.But because the restriction of artificial material performance, feather can not be done too heavyly, therefore have to do the plumage stalk very carefully, and accessory pinna will be done very thinly simultaneously.The artificial feather of working it out so just is short of on stiffness to some extent, when shuttlecock was impacted, the overlay order between workprint just was easy to be upset, when causing shuttlecock flight, the power of pivoting between each accessory pinna is unbalanced, and natural flight stability is just not good.

If under the prerequisite that the intensity of ball skirt pole is solved, just can adopt similar flaky material such as a kind of lightweight cloth or coating materials to make independently whole ball skirt, this ball skirt is connected combination with ball skirt pole again.Such ball skirt has just been eliminated the power of pivoting fully, also can guarantee the shuttlecock flight stability.Actual tests shows, adopts the polyester pongee cloth to make such shuttlecock, and its flying quality satisfies practical requirement fully.

Also can be divided into several leaf lobes to the ball skirt.The edge, the left and right sides of this leaf lobe and ball skirt pole are combined closely, and support thereby form rigidity.When shuttlecock flies,, influence flight stability like this with regard to not being out of shape because blade is too soft.

The shuttlecock of this structure has dual mode when mounted.First kind of mode is the even regular arrangements of several leaf lobes, eliminates the power of pivoting when flying so fully.The second way is to make each leaf lobe left and right sides and axis form certain inclination angle, will form the stable power of pivoting like this when flight, thereby make whole spheroid rotate flight stability around stabilizer shaft.

The plumage of institute's utility model obstructs and can satisfy the specification requirement of this type shuttlecock ball skirt pole among the plumage of natural poultry feather stalk and on September 16th, the 2009 disclosed patent specification CN101530661.

The utility model content

The technical problems to be solved in the utility model is the shuttlecock that provides durable.

For solving the problems of the technologies described above, shuttlecock of the present utility model comprises bulb, ball skirt and ball skirt pole, the ball skirt becomes spherical crown with ball skirt pole mutual group, can also increase coil in case of necessity, wherein ball skirt and ball skirt pole are two kinds of individual members manufacturing respectively, ball skirt and ball skirt pole by bonding, make, hot pressing or machinery patch etc., and technology combines, it is characterized in that, the ball skirt is made up of one or several leaf lobes, and at least one leaf lobe is connected with at least two ball skirt poles.

The ball skirt is an integral body of being made by similar flaky materials such as lightweight cloth or plastics coating materials, and the ball skirt can be made by a slice complete lightweight cloth or plastics coating materials, also can be spliced by multi-disc lightweight cloth or plastics coating materials.

Also can be divided into several leaf lobes to the ball skirt.The edge, the left and right sides of this leaf lobe and ball skirt pole are combined closely, and support thereby form rigidity.When shuttlecock flies,, influence flight stability like this with regard to not being out of shape because blade is too soft.Consider that from combination property it is that reasonably each leaf lobe is connected with 3 to 5 ball skirt poles that a shuttlecock is divided into four to six leaf lobes.

For the shuttlecock that is divided into several leaf lobes, when mounted, can make the relative axis of the right and left of each leaf lobe asymmetric, when shuttlecock flies, can make the spheroid rotation like this.

Description of drawings

Below in conjunction with accompanying drawing the utility model is described in further details.

Fig. 1 is a kind of shuttlecock schematic diagram of the present utility model, and the ball skirt is an integral body.

Fig. 2 is the utility model shuttlecock schematic diagram, and the ball skirt is made up of four leaf lobes, is connected with 4 ball skirt poles on each leaf lobe.

Fig. 3 is another kind of shuttlecock schematic diagram of the present utility model, and the ball skirt is made up of six leaf lobes, is connected with 3 ball skirt poles on each leaf lobe.

Fig. 4 is the vertical view with the shuttlecock of six leaf lobes.

Embodiment

Embodiment 1:

A kind of shuttlecock of the present utility model, as shown in Figure 1, ball skirt 12 is an integral body, constitute by a leaf lobe 121, ball skirt 12 is made by the lightweight cloth, and ball skirt pole 13 can adopt the plumage stalk of poultry feather to make, and also can adopt other material that meets specification requirement to make.

The concrete manufacture process of this shuttlecock is:

The first step, two onesize fan-shaped clothes of cutting the position are bonded in 13 ground of ball skirt pole on the cloth on request as the accessory of ball skirt 12, and the cloth of certain width must be left in the left and right sides of two ball skirt accessories.Between ball skirt 12 and ball skirt pole 13, increase reinforcement members in case of necessity, to strengthen the bonding strength of ball skirt 12 and ball skirt pole 13.

Second step was installed in above-mentioned two ball skirt accessories making on the bulb 11, two accessory left and right sides was united by a seam again.

In the 3rd step, on ball skirt pole 13 waist locations, twice coil 14 is set.

In the 4th step, on some connecting portions and coil 14, further reinforce with glue special.

Above method can be made into complete shuttlecock, and that this shuttlecock has is in light weight, flight stability and durable advantage.

Embodiment 2:

A kind of shuttlecock of the present utility model, as shown in Figure 3 and Figure 4, ball skirt 12 is made up of six leaf lobes 121, and ball skirt pole 13 can adopt the plumage stalk of poultry feather to make, and also can adopt other material that meets specification requirement to make.

The concrete manufacture process of this shuttlecock is:

The first step, six of systems are made leaf lobe 121 earlier.Six onesize fan-shaped clothes of cutting, 13 ground of ball skirt pole are bonded on the cloth by shown position, leaf lobe 121 left and right sides are exactly ball skirt pole 13, do not stay unnecessary cloth, between ball skirt 12 and ball skirt pole 13, increase reinforcement members in case of necessity, to strengthen the bonding strength of ball skirt and ball skirt pole.

Second step was installed in above-mentioned six leaf lobes 121 making on the bulb 11, and six leaf lobes 121 can even regular distribution.The left and right sides of each leaf lobe 121 also can form certain inclination angle.

In the 3rd step, on ball skirt pole 13 waist locations, twice coil 14 is set.

Embodiment 3:

A kind of shuttlecock of the present utility model, as Fig. 2, ball skirt 12 is made up of four leaf lobes 121, and each leaf lobe 121 is connected with 4 ball skirt poles 13, and ball skirt pole 13 can adopt the plumage stalk of poultry feather to make, and also can adopt other material that meets specification requirement to make.

The concrete manufacture process of this shuttlecock can be with reference to embodiment 2.

Claims

1. shuttlecock, comprise bulb (11), ball skirt (12) and ball skirt pole (13), wherein ball skirt (12) and ball skirt pole (13) are two kinds of individual members manufacturing respectively, it is characterized in that, ball skirt (12) is made up of one or several leaf lobes (121), and at least one leaf lobe (121) is connected with at least two ball skirt poles (13).

2. shuttlecock as claimed in claim 1 is characterized in that, described ball skirt (12) is a complete leaf lobe (121), and this leaf lobe (121) can be made by the complete flaky material of a slice, also can be spliced by the multi-disc material.

3. shuttlecock as claimed in claim 1, it is characterized in that, in the leaf lobe (121) that is connected with at least two ball skirt poles (13), wherein two ball skirt poles (13) are the left and right sides edges that lays respectively at leaf lobe (121), make leaf lobe (121) both sides form rigidity and support.

4. shuttlecock as claimed in claim 1 is characterized in that, ball skirt (12) is made up of four leaf lobes (121), and each leaf lobe (121) is connected with 3 to 5 ball skirt poles (13).

5. shuttlecock as claimed in claim 1 is characterized in that, ball skirt (12) is made up of five or six leaf lobes (121), and each leaf lobe (121) is connected with 3 ball skirt poles (13).