WO2013078972A1 - 一种羽毛球及其制造方法 - Google Patents

一种羽毛球及其制造方法 Download PDF

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Publication number
WO2013078972A1
WO2013078972A1 PCT/CN2012/085241 CN2012085241W WO2013078972A1 WO 2013078972 A1 WO2013078972 A1 WO 2013078972A1 CN 2012085241 W CN2012085241 W CN 2012085241W WO 2013078972 A1 WO2013078972 A1 WO 2013078972A1
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WO
WIPO (PCT)
Prior art keywords
planting
hair
rods
feather
shuttlecock
Prior art date
Application number
PCT/CN2012/085241
Other languages
English (en)
French (fr)
Inventor
戴见霖
Original Assignee
Dai Jianlin
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201110418704.7A external-priority patent/CN103127682B/zh
Priority claimed from CN201110418741.8A external-priority patent/CN103127684B/zh
Priority claimed from CN201110426157.7A external-priority patent/CN103127685B/zh
Priority claimed from CN2011104187244A external-priority patent/CN103127683A/zh
Application filed by Dai Jianlin filed Critical Dai Jianlin
Priority to US14/361,297 priority Critical patent/US9440130B2/en
Priority to KR20147017609A priority patent/KR20150030635A/ko
Priority to EP12853302.3A priority patent/EP2786788A4/en
Priority to JP2014542699A priority patent/JP2015501687A/ja
Publication of WO2013078972A1 publication Critical patent/WO2013078972A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63BAPPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B67/00Sporting games or accessories therefor, not provided for in groups A63B1/00 - A63B65/00
    • A63B67/18Badminton or similar games with feathered missiles
    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63BAPPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B67/00Sporting games or accessories therefor, not provided for in groups A63B1/00 - A63B65/00
    • A63B67/18Badminton or similar games with feathered missiles
    • A63B67/183Feathered missiles
    • A63B67/187Shuttlecocks
    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63BAPPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B67/00Sporting games or accessories therefor, not provided for in groups A63B1/00 - A63B65/00
    • A63B67/18Badminton or similar games with feathered missiles
    • A63B67/183Feathered missiles
    • A63B67/187Shuttlecocks
    • A63B67/19Shuttlecocks with several feathers connected to each other

Definitions

  • the present invention relates to a shuttlecock and a method of manufacturing the same, and more particularly to a shuttlecock for connecting a ball joint and a feather blade and a method of manufacturing the same.
  • Badminton is a ball sport that is very helpful for exercising. Because there is no intense physical resistance, it can be suitable for people of all ages. However, the acceptance of the book on the venue, supporting equipment, and the production process of badminton have led to a relatively low penetration rate of badminton.
  • feathers include two parts, the stalk and the hair.
  • the so-called feather consistency refers to the feathers used in the same badminton.
  • the length of the stalks, the curvature, the bow back, the toughness, the thickness should be the same, the shape of the hair piece, the size of the wing, the wing
  • the color should be the same.
  • the shape, size and color of the flakes on a badminton can be cut and screened to maintain relative consistency.
  • goose feathers Because the hair quality of goose feathers is better than that of duck feathers, especially the feathers of goose feathers have strong toughness and are not easy to break, while the feathers of duck feathers are poorly tough and easy to break, so the badminton of goose feathers is resistant. Playing badminton is better than badminton made of duck feathers; in addition, the period from hatching to slaughtering is about 90 days for a duck, and the cycle for a goose is about 120 days, so that one Badminton made of goose feathers of higher quality is more expensive.
  • the feathers are inserted into the ball head, and all the feathers are formed into a vortex shape by means of lateral misalignment, that is, each feather has an eccentric angle, and each two adjacent feathers There is a certain gap between the pieces. In order to ensure that the badminton can fly stably, all the gaps must be the same as possible.
  • Figure 1 shows a conventional shuttlecock comprising a ball head 10', a set of feathers 30' inserted in the ball head 10', and a connecting line 40' that concatenates and secures the feathers 30'.
  • each feather 30' has a length of 62-77 mm, and has a stalk 31' and a feather blade 32', wherein the length of the blade 32' 35-40% of the length of the whole feather, the lower end of which is manually implanted into the outer edge of the ball head 10', and is glued, and the upper end thereof is serially connected and fixed by the connecting wire 40', so that the The feathers 30' are connected into one piece to ensure that the badminton racket's impact force can be evenly balanced, and the flight stability of the badminton is improved.
  • the feathers of any one of the feathers 31' are broken, they cannot be Replace, so the whole feather The hair ball will be discarded.
  • the sixteen feathers 30' should have good consistency, that is, the thickness of the hairs 31' of each feather 30' is required to be curved. Degree, and toughness should be consistent, otherwise, after the badminton is hit, due to the inconsistency of the hairs 31 ', the force is not balanced, causing the hair stem 31 ' and the feather blade 32' to be broken, resulting in the entire badminton Was abandoned.
  • the connecting line 40' is serially connected to the hairs 31' of the 16 feathers 30 by means of hand-wound winding, and then the connecting line 40' and each hair are connected.
  • the joint of the stem 31' is coated with glue to enhance the firmness of the joint.
  • the above conventional badminton making method includes the following steps:
  • the feather 30' having a length of 62-77 mm, having a stalk 31' and a feather blade 32', wherein the feather blade 32'
  • the length of the whole feather is 35-40% of the length of the feather.
  • the feather 30' used in a badminton has the same length.
  • the length of each of the stalks 31' is also the same. The most important one is a 16 on a badminton.
  • the feathers of the root feathers 31 ' have good consistency, except that the length of each stalk is the same, the toughness, curvature and thickness of each stalk need to be the same;
  • step (1) the 16 feathers 30' that meet the requirements are selected and cut, and the core purpose is to ensure one
  • the feathers of the 16 feathers used in the badminton are very consistent, that is, the toughness, curvature, and thickness of the 16 feathers are the same, and the selection process is entirely based on the experience and feeling of the producer. It is difficult to ensure that the selected 16 feathered stalks have good consistency, so that the quality of each badminton cannot be guaranteed.
  • step (3) the connecting line 40' is used.
  • step (4) Applying glue to the joint portion of the hair stem 31' and the ball head 10', and the joint portion of the hair stem 31' with the connecting wire 40 contributes to the hair stem 31' and the ball
  • the head 10' and the connecting wire 40' are more firmly joined, but due to the action of the glue, the stalk is more rigid at the glued joint than the portion without the glue, especially in the stalk and connecting line 40'
  • the joint part after the badminton is hit by the racquet, the stalk is easily broken from the joint of the connecting line 40', and once the feather of any one of the feathers
  • Another object of the present invention is to provide a shuttlecock which is superior in flight stability to a conventional feather ball.
  • Another object of the present invention is to provide a shuttlecock, wherein the shuttlecock includes a set of hair-planting rods for replacing a section of the stalk of the lower end of the badminton feather, and the toughness, curvature and thickness of the planting rod can be passed through during the production process.
  • the mold is artificially controlled, thereby reducing the influence of the difference between the natural feather stalks on the flight stability of the badminton.
  • some tough plastic materials can be selected to make the planting rod, so that the planting rod can be compared with the natural feather stalk With a greater impact, it is not easy to break the badminton when it is hit, which not only improves the quality of the badminton, but also prolongs the life of the badminton.
  • Another object of the present invention is to provide a shuttlecock which can easily replace a new feather when the feather of the feather is broken, thereby not only prolonging the life of a shuttlecock but also avoiding waste.
  • Another object of the present invention is to provide a shuttlecock in which a connector of the planting device is inserted into the ball head, thereby preventing the feather directly inserted into the ball head in the conventional badminton, thereby causing the ball head to be hollow. The problem of the reduction, thereby reducing the risk of the ball being crushed and prolonging the service life of the badminton.
  • Another object of the present invention is to provide a shuttlecock in which, in the case where the blade of the feather is the same length as the blade of the conventional shuttlecock, the hairy stem of the feather accounts for 15-25% of the length of the entire feather.
  • the feather is shorter than the feather of the traditional badminton, specifically, the feather stalk of the feather is shorter than the feather stalk of the traditional badminton, so that the difference between the natural feather stalks is minimized, and the quality of the badminton is poor.
  • the risk while also greatly improving the utilization of feathers, reduces production costs.
  • Another object of the present invention is to provide a method for manufacturing a shuttlecock, which is simplified in the process of manufacturing a badminton shuttlecock and reduces the production cost.
  • Another object of the present invention is to provide a method for manufacturing a shuttlecock.
  • the quality of the shuttlecock produced by the method is better than that of the conventional shuttlecock.
  • Another object of the present invention is to provide a method for manufacturing a shuttlecock by which the manufacturing method is Badminton, the scrap rate is lower than the traditional one.
  • Another object of the present invention is to provide a method for manufacturing a shuttlecock which, under the premise of ensuring the quality of the badminton, has lower requirements on the experience of the badminton maker than the conventional badminton making method.
  • a shuttlecock comprising:
  • each feather having a blade and a stalk extending from the blade;
  • a ball head having at least one slot;
  • a connecting device wherein the feather stem is implanted on the connecting device, and the connecting device is inserted into the slot of the ball head.
  • the present invention also discloses a method for manufacturing a shuttlecock, which includes the following steps:
  • Figure 1 is a schematic view of the structure of a conventional shuttlecock.
  • Figure 2 shows the traditional badminton cable connecting the feathers of the feathers together.
  • Figure 3 is an exploded view of the first embodiment of the shuttlecock of the present invention.
  • Fig. 4A is a partial enlarged view of Fig. 3 showing the partial structure of the planting bar.
  • Fig. 4B is a partial cross-sectional view taken along line A-A of Fig. 4A.
  • Figure 5 is an exploded view of a second embodiment of the shuttlecock of the present invention.
  • Figure 6 is an exploded view of a third embodiment of the shuttlecock of the present invention.
  • Figure 7 is a longitudinal sectional view of the planting device of Figure 6.
  • Figure 8 is a longitudinal sectional view of the ball head of Figure 6.
  • 9 to 17 are structural views of a modified embodiment of the fourth embodiment of the shuttlecock of the present invention.
  • FIGS. 18 to 21 are schematic views showing the configuration of a modified embodiment of the fifth embodiment of the shuttlecock of the present invention. Figure.
  • 22 to 24 are structural views of a modified embodiment of the sixth embodiment of the shuttlecock of the present invention.
  • 25 to 30 are structural views of a modified embodiment of the seventh embodiment of the shuttlecock of the present invention. detailed description
  • Figures 3 and 4 show a shuttlecock according to a first embodiment of the present invention, as shown in Figure 3, including a ball head 10, a set of feathers 30, and a connecting device 2 which will engage the ball head 10 and the feather 30 Connected into one.
  • the connecting device 2 further includes a planting device 20 for connecting the feather 30 and the ball head 10 in one body.
  • the hair-planting device 20 further includes a set of hair-planting rods 21 corresponding to the number of feathers, each of which is connected to a feather 30 and the ball head 10, respectively, wherein the number of feathers 30 of the general badminton is ten
  • the number of the planting rods 21 is also sixteen.
  • the number of the planting rods 21 can be increased or decreased according to the number of the specific feathers 30.
  • Each of the planting rods 21 has a tufting end 211 and a plug end 212, wherein the tufting end 211 is for implanting the feather 30, and the mating end 212 is for insertion on the ball head 10.
  • the ball head 10 is of a spherical crown type, which is made of cork or plastic, and has a set of slots 11 corresponding to the number of planting bars for inserting the planting rods 21.
  • each feather 30 has a stalk 31 and a piece of bristles 32, the length of which is the same as that of a conventional badminton feather, and the stalk 31 accounts for 15-25% of the length of the entire feather. , which is shorter than the conventional badminton stalk, so that the lower end of the stalk 31 of the feather 30 is implanted on the hair-planting end 211 of the planting rod 21 to form a similar natural feather used in the conventional badminton.
  • Semi-artificial feathers in other words, the planting rod 21 is used to replace a section of the feathers at the lower end of the feather used in the conventional badminton, so that one feather used in the production of the traditional badminton can be cut into two or more than two.
  • feathers that do not meet the requirements of traditional badminton, such as short hairs, relatively curved hairs, or relatively small hairs, etc., which can be implanted into the planting rod 21 to form a semi-artificial feather. This can improve the utilization of natural feathers.
  • a traditional badminton game probably needs the feathers of two geese or the feathers of a duck.
  • a badminton of the present invention requires only one goose or half. Duck feathers. worth it It is noted that the feathers 30 can be made by hand.
  • the planting rod 21 can be made by molding, it has good consistency, that is, the thickness, bending degree and toughness of all the hair-planting rods used in one badminton can be kept consistent, thereby overcoming the shortcoming of the poor consistency of the traditional badminton feathers. Moreover, due to the use of the planting rod 21, the requirement for natural feathers is lowered, in particular, the requirement for the feather stalk is reduced, and the length of the feather used in the conventional badminton is no longer required, so that more goose feathers or duck feathers can be used. Used, even a traditional natural feather can be cut into two feathers 30, greatly improving the utilization of feather raw materials.
  • the planting end 211 further has a planting groove 2111 for implanting the hair shaft 31; preferably, the planting groove 2111 is a square shape, and a width slightly smaller than the diameter of the bristles 31, such that the stalks 31 of the feathers 30 are pressed by the inner wall of the planting groove 2111 when inserted into the planting groove 2111, so that The hairsle 31 of the feather 30 can be fixed in the hair planting groove 2111.
  • the planting groove 2111 can be preset to a corresponding shape according to the shape of the feather stalk 31 of the feather. It is worth mentioning that in order to insert the hair stem 31 more firmly into the hair-growing groove 2111, the joint of the hair stem 31 and the planting groove 2111 can be bonded by glue.
  • the hair-planting end 211 further has a plug-in core 2112 from which the plug-in core 2112 extends, when the stalk 31 of the feather 30 is inserted into the
  • the insertion core 2112 is also inserted into the center of the hair stem 31 at the same time, so that not only the hair stem 31 is more firmly implanted on the hair-planting end 211 of the planting rod 21
  • the insertion core 2112 can enhance the toughness of the bristles 31 and prevent the stalks 31 from being broken.
  • the connecting device 2 further comprises a connecting line 40 which connects the tufting rods 21 in series to form a hollow cone.
  • each of the planting rods 21 has a tandem portion 213 through which the connecting line 40 can connect all the hair-planting rods 21 on one shuttlecock into one body, thereby making the badminton After the ball is hit by the racket, all the hair-planting rods 21 on one badminton can evenly and uniformly transmit the hitting power of the racket, so that the entire badminton can fly stably.
  • the series connection portion 213 may be a groove provided on the planting rod 21, or may be a perforation provided on the planting rod 21, and the serial connection on each of the planting rods 21
  • the positions of the portions 213 are all identical, so that not only the connection line 40 can be connected in series at the same position of all the hair-planting rods 21, but also the planting rods 21 and the holders can be firmly fixed without the aid of glue.
  • the connecting wires 40 are connected together, so that not only the badminton ball overweight problem but also any feathers When the hair 30 is broken, it is easy to replace a new feather to repair the badminton.
  • the central axes of the adjacent two planting rods 21 have the same angle, such as 10-15 degrees.
  • the planting rod 21 has the same taper as the bottom plane of the tufting device, for example 16-20 degrees.
  • the connecting device 2 comprises a planting device 20, the planting device 20 further comprising sixteen hair-planting rods 21, each feather A hairy stalk 31 of 30 is attached to the planting rod 21 to form a semi-artificial feather having the same shape and size as the natural feather used in the conventional badminton;
  • the feather 30 may be first implanted on the connecting device 2, and then the connecting device 2 may be inserted into the ball.
  • the connecting device 2 On the head 10, the connecting device 2 can also be plugged onto the ball head 10, and then the feather 30 can be implanted on the connecting device 2.
  • the badminton making method of the embodiment further includes a step (d): connecting the planting rods 21 in series through a connecting line 40 to form a hollow cone to ensure badminton performance. Have good flight stability.
  • the badminton making method of the embodiment further comprises a step (e): applying glue to the planting rod 21 and a joint of the slot 11.
  • Figure 5 shows a shuttlecock according to a second embodiment of the present invention, which includes a ball head 10A, a set of feathers 30A, and a connecting device 2A which connects the ball head 10A and the feather 30A into one body.
  • the feathers in the shuttlecock in this embodiment are the same as those in the first embodiment, but the connecting device 2A has some changes.
  • the connecting device 2A includes a planting device 20A for connecting the feather 30A.
  • the ball head 10A wherein the hair-planting device 20A includes a set of hair-planting rods 21A corresponding to the number of feathers 30A and a connecting rib 22A connecting the hair-planting rods in series, it is worth mentioning that the connecting ribs
  • the number of 22A can be increased or decreased according to the specific situation, and the shape can be changed accordingly.
  • the connecting brace 22A is used to replace the conventional badminton and the connecting wire 40 in the first embodiment, and the flocking rod 21A and the connecting rib 22A can be pre-set through the mold, and then integrally molded, so that two The spacing between the adjacent implanted rods 21A can be kept consistent, and the angle between each of the two adjacent implanted rods 21A can be kept consistent through the slot 11A preset on the ball head 10A, thereby The taper of the badminton is well controlled, and the badminton has a good flight stability.
  • the planting rod 21A and the connecting rib 22A are integrally formed by a mold, that is to say, the connecting rib 22A is used to replace the connecting line 40 of the traditional badminton. When the badminton is made, it is one less than the traditional badminton.
  • the connecting wire 40 is wound in a process of being connected in series to the planting rod 21A.
  • the planting rod 21A and the connecting rib 22A are integrally formed by a mold, it is possible to ensure the same angle between every two adjacent planting rods 21A by presetting the mold.
  • the connecting ribs 22A may be connected in series at any part of the planting rod 21A, and the length of the connecting ribs 22A between each adjacent planting rods 21A may be different, so that the badminton is increased without affecting the flight performance of the badminton. The beauty of it.
  • the planting rod 21A and the connecting rib 22A are integrally formed by a mold, all the planting rods 21A are at the same angle with the center axis of the badminton, so that the badminton has a good taper, thereby making the badminton stable. flight.
  • the hair planting groove 2111A on the planting rod 21A can be preset according to the shape of the hair stalk 31A of the feather 30A, although the shape of the natural feather stalk 31A is different, but the natural feather stalk 31A According to this, the hair planting groove 2111A is also arranged in a uniform square shape by a mold, and has a smaller diameter than the feather stalk 31A.
  • the hair stalk 31A is inserted into the planting groove 2111A, the inner wall of the planting groove 2111A is passed.
  • the hair stems 31A are pressed against each other such that the hair stems 31A are fixed to the insertion end 211A of the planting hair rod 21A, and are not easily peeled off.
  • the hair planting groove 2111A of each planting rod 21A has an eccentric angle with respect to the center circle of the planting device 20A, and the angles of any two eccentric angles are equal, according to which, when each feather When the 30A is inserted into the planting groove 2111A, both have an eccentric angle, and the angles of any two eccentric angles are substantially the same, and the gap between the blades 32A of each two adjacent feathers 30A can be the same, so that the badminton It can be rotated during flight to increase flight stability.
  • the connecting line in the conventional badminton is replaced by the connecting rib 22A, it is not necessary to apply glue to the joint portion of the connecting line and the feather stalk as in the conventional badminton, and also because the planting rod 21A and the When the connecting rib 22A is integrally formed by the mold, the weight of the entire planting device can be controlled. Therefore, the badminton made by the flocking device of the present invention can prevent the badminton from being overweight due to excessive application of the glue.
  • the connecting device 2A includes a planting device 20A, the planting device 20A further comprising sixteen hair-planting rods 21A and one for the hair-planting
  • the connecting rods 22A of the rods are connected to the hair-planting rods 21A of each of the feathers 30A to form a semi-artificial length equal to the length of the natural feathers used in the conventional badminton, and the shape and size of the pieces are the same.
  • the feather 30A may be first implanted on the connecting device 2A, and then the connecting device 2A may be inserted into the ball.
  • the connecting device 2A On the head 10A, the connecting device 2A may be first inserted onto the ball head 10A, and then the feather 30A is implanted on the connecting device 2A.
  • FIG. 6 to 8 show a shuttlecock according to a third embodiment of the present invention, which includes a ball head 10B, a set of feathers 30B, and a connecting device 2B, which connects the ball head 10B and the feather 30B. Connected together to form a badminton.
  • the present embodiment has been changed on the basis of the first embodiment and the second embodiment, mainly in that the connection device 2B and the ball head 10B are changed.
  • the connecting device 2B includes a planting device 20B for connecting the feather 30B and the ball head 10B, wherein the planting device 20B includes a connecting member 23B, and a set of feathers
  • the planting rod 21B wherein the planting rod 21B extends outward from the connecting member in an annular shape to form a tapered body, and the connecting member 23B and the planting rod 21B are integrally formed.
  • Figure 7 is a longitudinal sectional view of the hair-planting device 20B, according to Figure 7, the hair-planting device 20B
  • the connecting member 23B has a plug wall 231B and a plug cavity 232B defined by the plug wall 231B, and the plug wall 231B of the connector 23B is inserted into the ball head 10B to form the connector 23B and The connection of the ball head 10B.
  • Figure 8 is a longitudinal sectional view of the ball head 10B, which shows, according to Figure 8, a slot 11B and a plug 12B at the center of the slot 11B, when the planting device 20B and the ball head
  • the insertion wall 231B of the connector 23B is inserted into the slot 11B of the ball head 10B, and the shape and size of the slot 11B are matched with the insertion wall 231B.
  • the insertion cavity 232B is sleeved on the plug 12B located in the middle of the slot 11B.
  • the ball head 10B and the connecting member 23B are connected together by a nesting manner, the ball The plug 12B of the head 10B is inserted into the insertion cavity 232B, and the insertion wall 231B is inserted into the slot 11B.
  • the ball head 10B has no problem of hollowing out. When hit by a racket, it is not easy to break
  • the outer shape of the insertion wall 231B of the connecting member 23B may be a cylindrical shape, a triangular shape or the like.
  • the insertion wall 231B has a cylindrical shape and is suitable for the same.
  • the plug 12B of the ball head 10B is also cylindrical, the slot 11B is annular, the diameter of the insertion cavity 232B is slightly larger than the diameter of the plug 12B, and the thickness of the plug wall 231B is The width of the slot 12B is the same as or slightly smaller than the width of the slot 12B.
  • the connecting member 23B can be firmly nested with the ball head 10B, thereby enabling the planting device to be firmly coupled with the ball head.
  • the connecting device 2B includes a planting device 20B, the planting device 20B including a connecting member 23B, and a set of feathers a planting rod 21B, the planting rod 21B extends outward from the connecting member in an annular shape to form a tapered body, and the connecting member 23B and the planting rod 21B are integrally molded by a mold.
  • a feather stem 31B of each feather 30B is attached to the planting rod 21B to form a semi-artificial feather having the same shape and size as the natural feather used in the conventional shuttlecock;
  • the feather 30B may be first implanted on the connecting device 2B, and then the connecting device 2B may be inserted into the ball.
  • the connecting device 2B On the head 10B, the connecting device 2B may be first inserted on the ball head 10B, and then the feather 30B is implanted on the connecting device 2B.
  • the method for manufacturing the shuttlecock according to the present invention further comprises a step (0: applying glue to the connecting device 2B) And a joint of the ball head, preferably, glue is applied to the connecting member 23B and the plug 12B.
  • the attachment means includes a tufting device comprising a set of tufting rods and a set of tufting tubes. That is, the end portions of the planting rods 21 in the above-described first embodiment form the planting tubes in the present embodiment, and the planting grooves 2111 in the above-described first embodiment are disposed on the planting tubes of the present embodiment.
  • the planting tube in this embodiment is used for the implantation of the hairy stem of the feather. It is worth mentioning that, in this embodiment, the planting tube is aligned with the central axis of the planting rod, that is to say, the planting rod of the planting tube is coaxial.
  • the hair-planting device 20C includes a set of hair-planting rods 21C and a planting tube 24C respectively located at one end of the group of hair-planting rods, and the planting tube 24C is provided with a planting groove 241C for the feathers.
  • the planting rod 21C and the planting tube 24C are in the same number and arranged in a straight line.
  • the hair-planting device 20D includes a set of hair-planting rods 21D and a planting tube 24D respectively located at the end of the group of hair-planting rods 21D, and the planting tube 24D is provided with a planting groove 241D for the feathers. Implantation of the hairy stem.
  • the planting rod 21D is identical in number to the planting tube 24D and arranged in a spiral shape.
  • the hair-planting device 20E includes a set of hair-planting rods 21E and a planting tube 24E respectively located at the end of the group of hair-planting rods 21E, and the planting tube 24E is provided with a planting groove 241E for the feathers. Implantation of the hairy stem.
  • the planting rods 21E are in a "Y" shape, so that each of the planting rods 21E is provided with a corresponding plurality of the planting tubes 24E.
  • the planting rod The 21E includes a main portion 211E and two branch portions 212E extending from the main portion 211E, and the branch portions 212E adjacent to the two of the planting rods 21E are connected to each other.
  • the planting tube 24E may be disposed at one end of the main portion 211E or at an end of the two branch portions 212E.
  • the hair-planting device 20F includes a set of hair-planting rods 21F and a planting tube 24F respectively located at the end of the group of hair-planting rods 21F, and the planting tube 24F is provided with a planting groove 241F for the feathers. Implantation of the hairy stem.
  • the planting rods 21F are identical in number to the planting tubes 24F and arranged in a straight line. It is to be noted that the connecting wire 2 in the first embodiment is not provided on the connecting device 2F, and the connecting rib 22A in the second embodiment is not provided.
  • the planting device 20G is similar in structure to the planting device 20F shown in FIG. 12, except that the planting device 20G further includes a connecting rib 22G, and the connecting rib 22G can be used to connect the Group the hair rod 21G or the group of hair tube 24G.
  • the connecting ribs 22G are connected to the set of hair-forming tubes 24G.
  • the hair-planting device 20H is similar in structure to the hair-planting device 20F shown in FIG. 12, except that the hair-planting device 20H further includes two connecting ribs 22H, and the two connecting ribs 22H can be respectively It is used to connect the set of hair-planting rods 21H and the group of hair-planting tubes 24H.
  • the hair-planting device 201 is similar in structure to the hair-planting device 20F shown in FIG. 12, except that the hair-planting device 201 further includes three connecting ribs 221, and the two connecting ribs 221 can be used separately. To connect the set of hair-planting rods 211, the other of the connecting ribs 221 is used to connect the group of planting tubes 241.
  • the hair-planting device 20J is similar in structure to the hair-planting device 20G shown in FIG. 13 except that the connecting rib 22J of the hair-planting device 20J includes a plurality of connecting rib segments 221J, and the plurality of connections The rib segments 221 J are disposed offset between the adjacent planting rods 21 J / the hair tube 24J.
  • the main portion of the connecting member 23K is a mesh structure.
  • the attachment means includes a tufting device comprising a set of planting rods and a set of tufting tubes.
  • the hair-planting device of the present embodiment is similar in structure to the hair-planting device of the above-described fourth embodiment, except that the planting tube does not coincide with the central axis of the planting rod, that is, the planting tube and the planting rod Not coaxial.
  • the planting device 20L includes a set of planting rods 21L and are respectively located in the group of hairs.
  • a planting tube 24L at one end of the rod, and a planting groove 241L is provided on the planting tube 24L for implantation of the burr of the feather.
  • the hair-planting device 20L further includes a set of unilateral reinforcing ribs 25L. That is, each of the planting tubes 24L is supported by a corresponding one of the planting rods 21L and one of the one-side reinforcing ribs 25L.
  • the hair-planting device 20M includes a set of hair-planting rods 21M and a planting tube 24M respectively located at one end of the group of hair-planting rods, and the planting tube 24M is provided with a planting groove 241M for the feathers.
  • the planting bar 21M forms a bending support.
  • each of the planting rods 21M includes a base portion 211M and a support portion 212M that extends obliquely to the base portion 211M.
  • Each of the planting tubes 24M is disposed on the corresponding support portion 212M.
  • the hair-planting device 20N includes a set of hair-planting rods 21N and a planting tube 24N respectively located at one end of the group of hair-planting rods, and the planting tube 24N is provided with a planting groove 241N for the feathers.
  • the hair-planting device 20N further includes a set of bilateral reinforcing ribs 25N. That is, each of the planting tubes 24N is supported by a corresponding one of the planting rods 21N and the two of the reinforcing ribs 25N.
  • the hair-planting device 20O includes a set of planting rods 210 and a planting tube 240 respectively located at one end of the group of hair-planting rods, and the planting tube 240 is provided with a planting groove 2410 for the feathers.
  • each of the planting tubes 240 is obliquely disposed at one end of the corresponding planting rod 210 such that each of the planting rods 210 forms an oblique support.
  • one end of the hair piece 31P of the feather 30P is implanted into the hair-growing groove 241P of the corresponding planting tube 24P of the hair-planting device 20P.
  • the feather 30 here is a natural feather
  • the hair-planting rod 21P is used to replace the stalk portion of the conventional shuttlecock, so that the excellent characteristics of the blade 32 of the natural feather can be utilized, such as after hitting the ball.
  • the opening and closing of the hair leaves to achieve the shortest time of the head turning action, and can reduce or even remove the adverse effects caused by the inconsistency of the curvature of the natural feathers.
  • the feather 30Q is mounted on a corresponding artificial hair rod 50Q, and the connecting member 23Q of the planting device 20Q is provided with a planting groove 231Q, and the feather is implanted.
  • the artificial hair rod 50Q of the hair 30Q is implanted on the hair-growing groove 231Q on the corresponding connecting member 23Q.
  • the hair-planting device 20Q further includes a ring-shaped hair tube 24Q, and the artificial hair rod 50Q passes through the planting tube 24Q, so that the planting tube 24Q functions as a limit.
  • the hair-planting device 20R of this modified embodiment is similar in structure to the hair-planting device 20Q shown in Fig. 23, but in this modified embodiment, there is no artificial hair shaft 50Q, and the hair stem of the feather 30R is directly implanted.
  • the hair-planting device 20R is on the corresponding hair-growing groove 231R on the connecting member 23R.
  • FIG. 30 is a modified embodiment of the connecting member of the hair-planting device, wherein, in FIGS. 25 to 27, the connecting members 23S, 23T and 23U are an annular body for use with the ball.
  • the heads are connected, and the tufting tubes 24S, 24T and 24U and the connecting members 23S, 23T and 23U can be connected by various structures.
  • the planting tubes 24S, 24T and 24U are connected to the connecting members 23S, 23T and 23U by the corresponding planting rods 21S, 21T and 21U, and are not in the manner in which the end ends of the above embodiments are aligned.
  • the planting bars 21S, 21T and 21U extend laterally and axially from the corresponding planting tubes 24S, 24T and 24U, respectively.
  • the connecting members 23V, 23W and 23X include outer rings 231V, 231W and 23 IX, and inner rings 232V, 232W and 232X, respectively, for connection with the ball head.
  • the number of the planting tubes of the present invention may be 10-20, and correspondingly, the number of the feathers is also 10-20.

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Abstract

一种羽毛球,包括:一组羽毛(30)、球头(1)和连接装置(2),连接装置(2)包括植毛装置(20),植毛装置(20)包括一组与羽毛(30)数量相等的植毛杆(21),植毛杆(21)具有植毛端(211)和插接端(212),羽毛(30)的毛梗(31)插接在植毛端(211),植毛杆(21)的插接端(212)插接在球头(1)上。还公开了一种羽毛球的制作方法。

Description

一种羽毛球及其制造方法 技术领域
本发明涉及一种羽毛球及其制造方法,特别涉及一种将球头和羽毛叶片连接 的连接装置的羽毛球及其制造方法。
背景技术
羽毛球运动是一项非常有助于锻炼身体的球类运动,由于没有激烈的身体对 抗, 所以可以适合各年龄阶层的人们。 但受制书于场地, 配套器具, 以及羽毛球的 制作工艺, 导致羽毛球运动的普及率相对较低。
另外, 在传统的羽毛球中制作中, 是将 16根天然羽毛经过简单的加工, 使 得其长度形状一致, 然后直接插入球头。 为了使羽毛球具有良好的飞行稳定性, 要求一只羽毛球上的所有羽毛具有很好的一致性。众所周知, 羽毛包括毛梗和毛 片两个部分。所谓的羽毛的一致性, 是指在同一个羽毛球上所用到的羽毛, 其毛 梗的长度, 弯曲度, 弓背度, 韧性, 粗细要一致, 其毛片的形状、 毛翼的大小、 毛翼的色泽要一致。 一只羽毛球上毛片的形状、 大小、 色泽, 可以通过裁剪、 筛 选以保持相对的一致性,但是, 要使一只羽毛球上的所有羽毛的毛梗具有良好的 一致性, 却没有一点可能, 原因是羽毛是天然的; 要求一只羽毛球上的所有羽毛 的毛梗的韧性, 弯曲度, 弓背度, 粗细度, 毛梗粗细的递减度一致, 即便是出自 同一只鹅或鸭身上的羽毛, 要求所有羽毛的毛梗一致, 也是绝对不可能的。 如此 一来, 由于制作一只羽毛球的基本原料——天然羽毛, 在制作时根本不能使所有 羽毛的毛梗具有良好的一致性, 从而导致传统的羽毛球存在一个无法客服的缺 陷, 飞行稳定性差。
又由于鹅羽毛的毛质比鸭羽毛的毛质要好, 特别是鹅羽毛的毛梗韧性较强, 不易折断, 而鸭羽毛的毛梗韧性较差, 容易折断, 所以鹅毛制成的羽毛球的耐打 性比用鸭毛制成的羽毛球耐打性要好; 另外, 一只鸭从孵化到宰杀取毛的周期大 约是 90天, 而鹅的这一周期大约是 120天, 如此一来, 一只质量较好的、 用鹅 羽毛制成的羽毛球的成本较高。 还有, 为了使羽毛球能够旋转飞行, 羽毛在插入球头时, 采用侧身错位叠加 的方式使所有羽毛形成涡流状, 也就是说每一根羽毛都会有一个偏心角, 并且每 两只相邻羽毛的毛片之间有一定的间隙, 为了保证羽毛球能够稳定地飞行, 所有 间隙必须尽量相同。在传统的羽毛球中, 由于是直接将天然羽毛的毛梗插接在球 头上,球头上的插孔不易精确设置成羽毛球毛梗的形状, 更不易设置插孔的偏心 角, 所以很难控制每只羽毛的偏心角的角度, 使得偏心角差异比较大, 最终导致 羽毛球的飞行稳定性较差。
还有, 如上所述, 一只羽毛球上的所用到的所有羽毛, 由于其毛梗的韧性, 粗细, 弯曲度很难保持一致, 当羽毛球在受羽毛球拍强大的打击力时, 每根毛梗 对力的传导不一致, 不仅使得羽毛球的飞行稳定性受到影响, 而且, 毛梗容易断 折, 毛梗一旦断折, 整个羽毛球就会被废弃。
还有, 羽毛球生产出来以后, 需要对其质量进行测试, 而测试也是通过检测 仪器重击羽毛球, 该重击的力度比普通使用者击打羽毛球的力度要大, 由于上述 毛梗很难具有一致性的原因,许多羽毛球在重击后, 其羽毛的毛梗由于受力不均 匀, 发生断折现象, 如此使得很多羽毛球未正式投入使用前就已被废弃, 这不仅 使得羽毛球的产量不高,更是造成了极大的浪费,使得羽毛球的生产成本也很高。
综上所述, 由于羽毛的产量有限, 再加上天然羽毛的不可替代性, 导致传统 羽毛球的产量有限; 又由于天然羽毛的一致性较差, 特别是要求一只羽毛球的所 有羽毛毛梗的粗细, 弯曲度, 韧性等要完全一致, 这一要求是传统羽毛球基本无 法满足的, 从而导致大多数传统羽毛球的质量较差, 也导致品质好的羽毛球价格 较高, 如此一来, 羽毛球运动的普及率也受到一定的影响。
为了更好的理解传统羽毛球对羽毛球运动的影响,现对传统羽毛球的构造以 及制作方法进行剖析。 图 1所示为一个传统羽毛球, 其包括一个球头 10' , 一 组插在所述球头 10' 上的羽毛 30' ,以及一条将所述羽毛 30' 串接并固定的连 接线 40' , 其中, 所述羽毛 30' —共有十六根, 每一根羽毛 30' 的长度为 62-77mm, 具有一个毛梗 31 ' 和一个羽毛叶片 32' , 其中, 所述叶片 32' 的 长度占整只羽毛长度的 35-40%,其下端被手工植入所述球头 10' 的外缘, 并用 胶粘牢, 其上端被所述连接线 40' 串接并固定, 如此可使所述羽毛 30' 被连成 一个整体,以保证可均匀的承担羽毛球拍的击打力,使羽毛球的飞行稳定性提高, 但是, 一旦其中的任意一只羽毛的毛梗 31 ' 断折, 不能将其更换, 这样整个羽 毛球就会被废弃。
又由于受限于天然羽毛毛梗的固有性质, 不能在毛梗上设置凹槽或穿孔, 否 则毛梗在受球拍击打后, 很容易断折, 如此一来导致连接线 40' 很难在一只羽 毛球所有毛梗的同一位置将毛梗串接, 且单凭连接线 40' 难以牢固地与毛梗 31 串接, 所以通常会在连接线与毛梗的结合部涂覆胶水, 但涂覆胶水后, 经常会导 致羽毛球球身超重, 不符合比赛用羽毛球的标准, 且涂上胶水, 虽然增强了连接 线 40' 与毛梗 31 ' 串接的牢固性,但是一旦任一羽毛 30' 坏掉,就很难用新的 羽毛替换, 从而导致整个羽毛球被废弃。
为了保证羽毛球具有良好的飞行性能, 所述十六根羽毛 30' , 特别是其毛 梗 31 ' 要具有很好的一致性, 即要求每一根羽毛 30' 的毛梗 31 ' 的粗细,弯曲 度, 以及韧性要一致, 否则, 羽毛球在受击打后, 由于毛梗 31 ' 的不一致, 以 致受力不均衡, 致使所述毛梗 31 ' 和所述羽毛叶片 32' 被折断, 导致整个羽毛 球被废弃。
如图 2所示, 所述连接线 40' 通过纯手工以交叉叠加缠绕的方式对所述 16 根羽毛 30的毛梗 31 ' 进行串接, 然后再对所述连接线 40' 和每一根毛梗 31 ' 的结合部涂上胶,以增强串接的牢固性。而熟悉羽毛球制作技术领域的人都知道, 通过手工方式将连接线 40' 通过纯手工以交叉叠加缠绕的方式对所述 16根羽毛 30' 的毛梗 31 ' 进行串接, 会产生一个问题, 那就是很难保证每两根毛梗 31 ' 之间的夹角相同, 如此一来, 不仅羽毛球的飞行稳定性会受到影响, 而且在羽毛 球受击打后, 由于毛梗 31 ' 对力的传导不均衡,可能会导致部分毛梗 31 ' 断折。
上述传统羽毛球的制作方法包括以下步骤:
( 1 ) 挑选并裁剪出 1 6 根符合要求的羽毛 30' , 所述羽毛 30' 的长度为 62-77mm, 具有一个毛梗 31 ' 和一个羽毛叶片 32' , 其中, 所述羽毛 叶片 32' 的长度占整只羽毛长度的 35-40%, 一只羽毛球上所用到的羽 毛 30' , 其长度相同, 每一根毛梗 31 ' 的长度也相同, 最重要的是一只 羽毛球上的 1 6根羽毛的毛梗 31 ' 要具有很好的一致性, 除了每根毛梗 的长度相同外, 每根毛梗的韧性, 弯曲度, 粗细也需要尽量相同;
(2) 将所述 1 6根羽毛 30' 的毛梗 31 ' 逐根直接插入预设在所述球头 10' 上 的插槽 11 ' 内;
(3) 用所述连接线 40' 通过纯手工以交叉叠加缠绕的方式对所述 1 6根羽毛 30' 的毛梗 31 ' 进行串接,一般需要串接两次, 也就是说, 需要两条所述 连接线 40' 在羽毛毛梗 31 ' 不同位置进行串接; 以及
(4) 在所述毛梗 31 ' 与所述球头 10' 的接合部, 以及所述毛梗 31 ' 与所述 连接线 40' 的接合部涂敷胶水, 以便所述毛梗 31 ' 与所述球头 10' 以 及所述连接线 40' 接合的更加牢固, 使所述羽毛 30' , 所述球头 10' , 以及所述连接线 40' 形成一体。
在上述传统羽毛球的制作过程中, 主要是手工制作, 存在以下几个缺陷: 第 一, 在步骤 (1 ) 中, 挑选和裁剪出符合要求的 16根羽毛 30' , 其核心目的是 要保证一只羽毛球上用到的 1 6根羽毛的毛梗具有很好的一致性, 即 16根羽毛 的毛梗的韧性, 弯曲度, 粗细要相同, 而这个挑选的过程完全凭借制作人员的经 验和感觉, 这就很难保证所挑选出的 16根羽毛的毛梗具有很好的一致性, 从而 无法保证每一个羽毛球的质量; 第二, 在步骤(3) 中, 用所述连接线 40' 串接 所述毛梗 31 ' 时, 无法控制每两根毛梗之间的夹角一致, 也无法控制每根毛 梗' 31和所述球头 10' 之间的夹角一致, 也就是说不能很好的控制羽毛球的锥 度; 第三, 在步骤(4) 中, 涂覆的胶水不能量化, 经常会导致羽毛球球身超重, 不符合比赛用羽毛球的标准; 第四, 在步骤 (4) 中, 尽管涂覆胶水于所述毛梗 31 ' 与所述球头 10' 的接合部, 以及所述毛梗 31 ' 与所述连接线 40的接合部 有助于所述毛梗 31 ' 与所述球头 10' 以及所述连接线 40' 接合的更加牢固,但 是, 由于胶水的作用, 毛梗在涂有胶水的结合部比没有涂胶水的部分硬度大, 特 别是在毛梗与连接线 40' 的结合部, 在羽毛球受球拍击打后, 毛梗容易从连接 线 40' 的结合部处发生断折, 而一旦任何一只羽毛的毛梗断折, 整个羽毛球就 会被废弃; 第五, 为了使相邻两只羽毛之间的夹角固定, 在用所述连接线 40' 将所述毛梗 31 ' 串接起来以后,不仅在所述连接线 40' 和每一根毛梗 31 ' 的结 合部涂上胶, 还需将整个连接线 40' 涂上胶水, 以使所述连接线 40' 固化并对 所述毛梗 31 ' 加以支撑, 防止相邻两根毛梗 31 ' 的夹角在整只羽毛球飞行过程 发生变化, 从而导致羽毛球飞行不够稳定, 但是, 胶水涂覆的量很难控制, 胶水 涂覆的量偏多时, 会产生羽毛球超重的问题, 涂覆的量偏少, 所述连接线 40' 的固化效果又不够好, 另外, 还有胶水涂覆的是否均匀的问题, 这些都全凭制作 者的经验掌握,所以最终制作出来的羽毛球的质量也随着制作者的经验能力变化 而变化。 综上所述,传统羽毛球的手工制作方法效率低, 对制作人员的经验能力要求 较高, 制作流程难以标准化, 如此导致传统的羽毛球质量较差, 且一旦出现毛梗 断折, 无法维修, 造成极大的浪费。 发明内容
本发明的一个目的是提供一种羽毛球, 该羽毛球可节省天然羽毛的用量, 提 高羽毛的利用率。
本发明的另一个目的是提供一种羽毛球,该羽毛球的飞行性稳定性比传统羽 毛球好。
本发明的另一个目的是提供一种羽毛球, 其中, 该羽毛球包括一组植毛杆, 供代替羽毛球羽毛下端的一段毛梗, 由于所述植毛杆的韧性、弯曲度以及粗细可 在生产过程中通过模具人为控制,由此可降低由于天然羽毛毛梗个体之间的差异 对羽毛球飞行稳定性的影响,另外,可以选择一些韧性好的塑料材料制作植毛杆, 从而使得植毛杆可以比天然羽毛毛梗承受更大的冲击力,不容易在羽毛球被击打 时, 发生断折, 不仅提高了羽毛球的质量, 还使得羽毛球的寿命得以延长。
本发明的另一个目的是提供一种羽毛球, 当所述羽毛的毛梗断折时, 可以很 容易的更换一只新羽毛,从而不仅延长了一只羽毛球的寿命,而且也避免了浪费。
本发明的另一个目的是提供一种羽毛球,其中, 通过所述植毛装置的连接件 插嵌入所述球头之中, 从而避免了传统羽毛球中直接将羽毛插在球头上, 导致球 头空心化的问题, 从而降低了球头被击碎的风险, 延长了羽毛球的使用寿命。
本发明的另一个目的是提供一种羽毛球,其中, 在所述羽毛的毛片与传统羽 毛球的叶片长度相同的情况下, 所述羽毛的毛梗占整只羽毛长度的 15-25%, 换 句话说,所述羽毛比传统羽毛球的羽毛短, 具体是所述羽毛的毛梗比传统羽毛球 的羽毛毛梗短,这样最大限度地降低天然羽毛毛梗个体之间的差异较大而导致羽 毛球质量差的风险, 同时也极大地提高了羽毛的利用率, 降低了生产成本。
本发明的另一个目的是提供一种羽毛球的制作方法,该种羽毛球的制作方法 比传统羽毛球的制作方法工序简化, 降低了生产成本。
本发明的另一个目的是提供一种羽毛球的制作方法,通过该种制作方法制作 的羽毛球, 质量比传统羽毛球质量好。
本发明的另一个目的是提供一种羽毛球的制作方法,通过该种制作方法制作 的羽毛球, 废品率比传统的低。
本发明的另一个目的是提供一种羽毛球的制作方法,在保证羽毛球质量的前 提下, 其对羽毛球制作者的经验能力要求比传统羽毛球制作方法的要求低。
为了实现上述目的, 本发明公开了一种羽毛球, 其包括:
一组羽毛, 每一支羽毛具有一只毛片和一根从所述毛片延伸出来的毛梗; 一个球头, 其具有至少一个插槽; 以及
一个连接装置; 其中, 所述羽毛的毛梗植接在所述连接装置上, 所述连接装 置插接在所述球头的插槽中。
另外, 本发明还公开了一种羽毛球的制作方法, 其包括以下步骤:
( a) 准备一组羽毛;
( b) 将所述羽毛插接在所述连接装置上; 以及
( C) 将所述连接装置与所述球头连接;
其中, 以上 (b) 和 (c) 两个步骤的顺序可以互换。
以下,将通过具体的实施例作进一步的说明, 然而实施例仅是本发明可选实 施方式的举例,其所公开的特征仅用于说明及阐述本发明的技术方案, 并不用于 限定本发明的保护范围。 附图说明
图 1 是传统羽毛球的结构示意图。
图 2 显示了传统羽毛球中连接线将羽毛的毛梗串接在一起。
图 3 是本发明的羽毛球的第一个实施例的爆炸图。
图 4A是图 3的局部放大图, 显示了植毛杆的局部结构。
图 4B是图 4A中 A-A处的局部剖视图。
图 5 是本发明的羽毛球的第二个实施例的爆炸图。
图 6是本发明的羽毛球的第三个实施例的爆炸图。
图 7是图 6中植毛装置的纵剖图。
图 8是图 6中球头的纵剖图。
图 9至图 17是本发明的羽毛球的第四个实施例中的变形实施方式的结构示 意图。
图 18至 21是本发明的羽毛球的第五个实施例中的变形实施方式的结构示意 图。
图 22至图 24是本发明的羽毛球的第六个实施例中的变形实施方式的结构示 意图。
图 25至图 30是本发明的羽毛球的第七个实施例中的变形实施方式的结构示 意图。 具体实施方式
实施例一
图 3和图 4显示本发明第一个实施例的羽毛球, 如图 3所示, 包括一个球 头 10, 一组羽毛 30, 以及一个连接装置 2, 其将所述球头 10以及所述羽毛 30 连接成一体。
如图 3所示, 所述连接装置 2进一步包括一个植毛装置 20, 用于连接羽毛 30和球头 10于一体。 所述植毛装置 20进一步包括一组与羽毛数量一致的植毛 杆 21, 每一根植毛杆 21分别与一根羽毛 30和所述球头 10连接, 其中, 由于一 般羽毛球的羽毛 30的数量为十六根, 与之相对应, 所述植毛杆 21的数量也为十 六根, 当然, 所述植毛杆 21的数量可随具体羽毛 30的数量相应的进行增减。每 一根植毛杆 21具有一个植毛端 211和一个插接端 212, 其中, 所述植毛端 211 用于植接羽毛 30, 所述插接端 212用于插接在所述球头 10上。
如图 3所示, 所述球头 10呈球冠型, 系由软木或塑料制成, 其上预设有一 组与植毛杆数量一致的插槽 11, 用于插接所述植毛杆 21。
如图 3所示, 每一根羽毛 30具有一根毛梗 31和一片毛片 32, 所述毛片 32 的长度与传统羽毛球羽毛的毛片相同, 所述毛梗 31占整只羽毛长度的 15-25%, 比传统羽毛球毛梗短, 如此一来, 将所述羽毛 30的毛梗 31的下端植接所述植毛 杆 21的植毛端 211上, 以形成一只和传统羽毛球所使用的天然羽毛类似的半人 造羽毛, 换句话说, 就是用所述植毛杆 21代替传统羽毛球所使用羽毛下端的一 段毛梗, 藉此使制作传统羽毛球所用到的一只羽毛可以裁剪成两只甚至两只以 上, 还有一些由于毛梗不符合传统羽毛球要求的羽毛, 如毛梗较短, 比较弯曲, 或者比较细小的毛梗等, 均可以通过植接到所述植毛杆 21中以形成一只半人造 羽毛, 如此可提高天然羽毛的利用率, 传统的一只羽毛球大概需要两只鹅的羽毛 或一只鸭的羽毛来制作, 而本发明一只羽毛球只需一只鹅或半只鸭的羽毛。值得 一提的是所述羽毛 30可以是人工制造的。
由于所述植毛杆 21可以模压制成, 具有很好的一致性, 即一只羽毛球所用 的全部植毛杆的粗细, 弯曲度, 韧性可以保持一致, 从而克服传统羽毛球羽毛毛 梗一致性差的缺点; 又由于使用所述植毛杆 21, 将低了对天然羽毛的要求, 尤 其是降低了对羽毛毛梗的要求, 不再需要传统羽毛球所使用羽毛的长度, 使得更 多的鹅羽毛或鸭羽毛可以被使用, 甚至传统一只天然羽毛可以被裁成两个羽毛 30, 极大地提高了羽毛原料的利用率。
图 4是所述植毛杆 21的局部放大图, 根据图 4所示, 所述植毛端 211进一 步具有一个植毛槽 2111, 用于植入所述毛梗 31 ; 优选地, 所述植毛槽 2111呈方 形, 且宽度略小于所述毛梗 31的直径, 如此一来, 所述羽毛 30的毛梗 31在插 入所述植毛槽 2111时, 被所述植毛槽 2111的内壁所挤压, 以使所述羽毛 30的 毛梗 31能够固接在所述植毛槽 2111中。 值得一提的是, 所述植毛槽 2111可以 根据所述羽毛的毛梗 31的形状来预设成相应的形状。 值得一提的是, 为了使所 述毛梗 31更加牢固地插接在所述植毛槽 2111中, 可用胶水对所述毛梗 31和植 毛槽 2111的结合部加以粘接。
根据图 4A和图 4B所示, 所述植毛端 211进一步具有一个插接芯 2112, 所 述插接芯 2112从所述植毛槽 2111中延伸出来, 当所述羽毛 30的毛梗 31插入所 述植毛槽 2111时, 所述插接芯 2112同时也会插入所述毛梗 31的中心, 如此一 来,不仅使得所述毛梗 31更牢固地植接在所述植毛杆 21的植毛端 211上,同时, 所述插接芯 2112可以增强所述毛梗 31的韧性, 防止所述毛梗 31断折。
值得一提的是, 所述连接装置 2进一步包括一条连接线 40, 其将所述植毛 杆 21串接于一体以形成一个中空的锥体。如图 6所示, 每一根植毛杆 21具有一 个串接部 213, 通过该串接部 213, 所述连接线 40可将一只羽毛球上的所有植毛 杆 21连接成一体, 从而使得当羽毛球的球头受球拍击打后, 一只羽毛球上的所 有植毛杆 21可以整体均匀的传导球拍的击打力量, 使整个羽毛球稳定的飞行。
值得一提的是, 所述串接部 213可以是在所述植毛杆 21上设置的凹槽, 也 可以是设置在所述植毛杆 21上的穿孔,每一根植毛杆 21上的串接部 213设置的 位置都完全一致, 如此一来, 不仅可以保证连接线 40能够串接在所有植毛杆 21 的同一位置上, 而且可以在不借助胶水的情况下, 牢固地将植毛杆 21和所述连 接线 40连接在一起, 这样不仅不会出现羽毛球球身超重问题, 还使得当任一羽 毛 30坏掉时, 可以很容易替换一只新的羽毛对羽毛球进行修理。
值得一提的是, 相邻两所述植毛杆 21 的中心轴线之间有相同的夹角, 如 10-15度。所述植毛杆 21与所述植毛装置的底部平面有着相同的锥度,例如 16-20 度。
本实施例所述之羽毛球制作方法包括以下步骤:
(a) 准备一组羽毛 30, 数量为十六根;
(b)将所述羽毛 30插接在所述连接装置 2上, 其中, 所述连接装置 2包括 一个植毛装置 20, 所述植毛装置 20进一步包括十六根植毛杆 21, 将每一根羽毛 30的毛梗 31植接在所述植毛杆 21上, 以形成一个与传统羽毛球所使用的天然 羽毛长度相等, 毛片形状和尺寸相同的半人造羽毛; 以及
(c)将所述连接装置插接于一个球头, 其中, 所述球头 10预设有一组插槽 11, 其数量与所述植毛杆 21的数量相等, 且所述插槽 11的开口形状和尺寸与所 述植毛杆 21的外形和尺寸相适配;
上述步骤 (b) 和 (c) 的顺序可以互换, 也就是说: 可以先将所述羽毛 30 植接在所述连接装置 2上, 然后再将所述连接装置 2插接在所述球头 10上, 也 可以先将所述连接装置 2插接在所述球头 10上,然后再将所述羽毛 30植接在所 述连接装置 2上。
值得一提的是, 本实施例所述之羽毛球制作方法进一步包括一个步骤 (d): 通过连接线 40将所述植毛杆 21串接于一体, 以形成一个中空的锥体, 以保证羽 毛球能有良好的飞行稳定性。
值得一提的是, 为了使所述连接装置 2与所述球头 10牢固地连接, 本实施 例所述之羽毛球制作方法进一步包括一个步骤 (e): 涂覆胶水于所述植毛杆 21 与所述插槽 11的结合部。 实施例二
图 5 显示本发明第二个实施例的羽毛球, 其包括一个球头 10A, 一组羽毛 30A, 以及一个连接装置 2A, 所述连接装置 2A将所述球头 10A以及所述羽毛 30A连接成一体以形成一个羽毛球。本实施例中的羽毛球中的羽毛与实施例一中 的羽毛相同, 但是连接装置 2A有一些改变。
如图 5所示, 所述连接装置 2A包括一个植毛装置 20A, 用于连接羽毛 30A 和所述球头 10A, 其中, 所述植毛装置 20A包括一组与羽毛 30A数量一致的植 毛杆 21A和一条将所述植毛杆串接的连接筋 22A, 值得一提的是, 所述连接筋 22A的数量可以根据具体的情况相应地增减, 形状也可相应地改变。 也就是说, 用所述连接筋 22A代替传统羽毛球和实施例一中的连接线 40, 所述植毛杆 21A 和连接筋 22A可以通过模具预先设置好, 然后在一体注塑成型, 如此一来, 两 根相邻植毛杆 21A之间的间距就可以保持一致, 在通过所述球头 10A上预设的 插槽 11A, 每两根相邻植毛杆 21A之间的夹角就可以保持一致, 从而可以很好 地控制羽毛球的锥度, 最终保证羽毛球具有良好的飞行稳定性。
值得一提的是所述植毛杆 21A和所述连接筋 22A通过模具一体制成, 也就 是说用连接筋 22A代替传统羽毛球的连接线 40, 在羽毛球制作时, 比传统羽毛 球的制作少了一道将所述连接线 40缠绕串接所述植毛杆 21A的工序。
值得一提的是,由于所述植毛杆 21A和所述连接筋 22A通过模具一体成型, 所以可以通过对模具的预设, 在保证每两根相邻植毛杆 21A之间的夹角相同的 情况下, 所述连接筋 22A可以串接在所述植毛杆 21A的任何部位, 而且每相邻 植毛杆 21A之间的连接筋 22A长度可以不同, 这样在不影响羽毛球飞行性能的 前提下, 增加羽毛球的美感。
值得一提的是,由于所述植毛杆 21A和所述连接筋 22A通过模具一体成型, 所有植毛杆 21A与羽毛球中心轴线夹角相等, 如此可保证羽毛球具有一个良好 的锥度, 从而使羽毛球能够稳定飞行。
值得一提的是, 所述植毛杆 21A上的植毛槽 2111A可以根据所述羽毛 30A 的毛梗 31A的形状进行预设, 尽管天然羽毛毛梗 31A的形状各异, 但是天然羽 毛的毛梗 31A都近似方形, 据此, 所述植毛槽 2111A也通过模具设置成统一的 方形, 且口径略小于羽毛毛梗 31A, 当毛梗 31A插入所述植毛槽 2111A时, 通 过所述植毛槽 2111A的内壁与毛梗 31A相互挤压, 使得所述毛梗 31A固接与植 毛杆 21A的插接端 211A上, 不易脱落。
值得一提的是, 每一根植毛杆 21A的植毛槽 2111A相对于植毛装置 20A的 中心圆, 都具有一个的偏心角, 且任意两个偏心角的角度相等, 据此, 当每一根 羽毛 30A插接在所述植毛槽 2111A中时, 都具有一个偏心角, 且任意两个偏心 角的角度基本相同, 且可使每两只相邻羽毛 30A的毛片 32A之间的间隙相同, 使羽毛球在飞行时可以旋转, 增加飞行的稳定性。 值得一提的是, 由于用连接筋 22A代替了传统羽毛球中的连接线, 也无需 像传统羽毛球那样用胶水涂覆在连接线与羽毛毛梗的结合部,又由于所述植毛杆 21A和所述连接筋 22A在通过模具一体制成时, 就可以将整个植毛装置的重量 加以控制,所以使用本发明所述之植毛装置制作的羽毛球, 可以避免由于涂覆的 胶水过多导致羽毛球超重。
本实施例所述之羽毛球制作方法包括以下步骤:
(a) 准备一组羽毛 30A, 数量为十六根;
(b)将所述羽毛 30A插接在所述连接装置 2A上, 其中, 所述连接装置 2A 包括一个植毛装置 20A, 所述植毛装置 20A进一步包括十六根植毛杆 21A和一 条将所述植毛杆串接的连接筋 22A, 将每一根羽毛 30A的毛梗 31A植接在所述 植毛杆 21A上, 以形成一个与传统羽毛球所使用的天然羽毛长度相等, 毛片形 状和尺寸相同的半人造羽毛;
(c) 将所述连接装置 2A与所述球头 10A连接, 其中, 所述球头 10A预设 有一组插槽 11A, 其数量与所述植毛杆 21A的数量相等, 且所述插槽 11A的开 口形状和尺寸与所述植毛杆 21A的外形和尺寸相适配;
上述步骤(b)和 (c) 的顺序可以互换, 也就是说: 可以先将所述羽毛 30A 植接在所述连接装置 2A上,然后再将所述连接装置 2A插接在所述球头 10A上, 也可以先将所述连接装置 2A插接在所述球头 10A上, 然后再将所述羽毛 30A 植接在所述连接装置 2A上。 实施例三
图 6至图 8显示本发明第三个实施例的羽毛球, 其包括一个球头 10B, —组 羽毛 30B, 以及一个连接装置 2B, 所述连接装置 2B将所述球头 10B以及所述 羽毛 30B 连接成一体以形成一个羽毛球。 本实施是在实施例一和实施例二的基 础上做了一些改变, 主要是连接装置 2B和球头 10B上做了一些变化。
如图 6所示, 所述连接装置 2B包括一个植毛装置 20B, 用于连接羽毛 30B 和所述球头 10B, 其中, 所述植毛装置 20B包括一个连接件 23B, 以及一组与羽 毛数量一致的植毛杆 21B,其中,所述植毛杆 21B系从所述连接件向外呈环射状 之延伸以形成一个锥状体, 且所述连接件 23B和所述植毛杆 21B系一体成型。
图 7为所述植毛装置 20B的纵剖图, 根据图 7显示, 所述植毛装置 20B的 连接件 23B具有一插接壁 231B和一个由插接壁 231B界定形成的插嵌腔 232B, 通过所述连接件 23B的插接壁 231B插接在球头 10B上以形成所述连接件 23B 和球头 10B的连接。
图 8为所述球头 10B的纵剖图,根据图 8显示,所述球头具有一个插槽 11B 和一个位于插槽 11B中心的插栓 12B, 当所述植毛装置 20B和所述球头 10B相 连接时,所述连接件 23B的插接壁 231B插接在所述球头 10B的插槽 11B中,所 述插槽 11B的形状和尺寸与所述插接壁 231B相适配, 所述插嵌腔 232B套接在 位于所述插槽 11B中间的插栓 12B上, 换句话说, 所述球头 10B和所述连接件 23B是通过相互嵌套的方式连接在一起, 所述球头 10B的插栓 12B插嵌在所述 插嵌腔 232B内, 同时所述插接壁 231B插嵌在所述插槽 11B中, 如此一来, 所 述球头 10B不存在空心化的问题, 当被球拍击打时, 不容易破碎
值得一提的是, 所述连接件 23B的插接壁 231B的外形可以是圆柱形, 三棱 形等规则地形状, 优选地, 所述插接壁 231B的外形为圆柱形, 与之相适配, 所 述球头 10B的插栓 12B也是圆柱形, 所述插槽 11B为环形, 所述插嵌腔 232B 的直径比所述插栓 12B的直径稍大,所述插接壁 231B的厚度比所述插槽 12B的 宽度相同或稍小,如此一来,当所述球头 10B的插栓 12B插嵌在所述插嵌腔 232B 内, 所述插接壁 231B插嵌在所述插槽 11B中时, 所述连接件 23B能够牢固地与 所述球头 10B 相互嵌套在一起, 进而使得所述植毛装置能够与所述球头牢固地 连接在一起。
本实施例所述之羽毛球制作方法包括以下步骤:
(a) 准备一组羽毛 30B, 数量为十六根;
(b)将所述羽毛 30B插接在所述连接装置 2B上, 其中, 所述连接装置 2B 包括一个植毛装置 20B, 所述植毛装置 20B包括一个连接件 23B, 以及一组与羽 毛数量一致的植毛杆 21B,所述植毛杆 21B系从所述连接件向外呈环射状之延伸 以形成一个锥状体, 且所述连接件 23B和所述植毛杆 21B系通过模具一体注塑 制成, 每一根羽毛 30B的毛梗 31B植接在所述植毛杆 21B上, 以形成一个与传 统羽毛球所使用的天然羽毛长度相等, 毛片形状和尺寸相同的半人造羽毛; 以及
(c) 将所述连接装置 2B与所述球头 10B连接, 其中, 所述球头 10B具有 一个插槽 11B和一个位于插槽 11B中心的插栓 12B, 且所述插槽 11B的开口形 状和尺寸与所述植毛杆 21B的外形和尺寸相适配, 所述连接件 23B插接在所述 球头 10B的插槽 11B中, 并同时套接在所述插栓 12B上;
上述步骤 (b)和 (c) 的顺序可以互换, 也就是说: 可以先将所述羽毛 30B 植接在所述连接装置 2B上,然后再将所述连接装置 2B插接在所述球头 10B上, 也可以先将所述连接装置 2B插接在所述球头 10B上,然后再将所述羽毛 30B植 接在所述连接装置 2B上。
值得一提的是, 为了使所述连接装置 2B和所述球头 10B能固接于一体, 本 发明所述之羽毛球的制作方法进一步包括一个步骤(0: 涂覆胶水于所述连接装 置 2B和所述球头的结合部,优选地,涂覆胶水于所述连接件 23B和所述插栓 12B 上。 实施例四
如图 9至图 17所示是根据本发明第四个实施例的羽毛球, 在本实施例中, 示意了羽毛球的连接装置的几种变形结构。所述连接装置包括一个植毛装置, 所 述植毛装置包括一组植毛杆以及一组植毛管。也就是说, 上述第一实施例中的植 毛杆 21—个端部在本实施例中形成植毛管,上述第一实施例中的植毛槽 2111设 置在本实施例的植毛管上。换句话说, 本实施例中的所述植毛管用于所述羽毛的 所述毛梗的植入。值得一提的是, 在本实施例中, 所述植毛管与所述植毛杆的中 心轴线吻合, 也就是说, 所述植毛管所述植毛杆共轴。
如图 9所示, 所述植毛装置 20C包括一组植毛杆 21C和分别位于该组植毛 杆一端的植毛管 24C, 所述植毛管 24C上设有植毛槽 241C, 以用于所述羽毛的 所述毛梗的植入。 在本变形实施方式中, 所述植毛杆 21C与所述植毛管 24C数 量一致并且呈直线排列。
如图 10所示,所述植毛装置 20D包括一组植毛杆 21D和分别位于该组植毛 杆 21D—端的植毛管 24D, 所述植毛管 24D上设有植毛槽 241D, 以用于所述羽 毛的所述毛梗的植入。在本变形实施方式中,所述植毛杆 21D与所述植毛管 24D 数量一致并且呈螺旋状排列。
如图 11所示, 所述植毛装置 20E包括一组植毛杆 21E和分别位于该组植毛 杆 21E—端的植毛管 24E, 所述植毛管 24E上设有植毛槽 241E, 以用于所述羽 毛的所述毛梗的植入。 在本变形实施方式中, 所述植毛杆 21E呈 " Y"形, 从而 每一个所述植毛杆 21E设置有对应的多个所述植毛管 24E。具体地, 所述植毛杆 21E包括一主部 211E以及所述主部 211E延伸的两个支部 212E, 并且相邻两个 所述植毛杆 21E的支部 212E互相连接。 所述植毛管 24E可以设置在所述主部 211E的一端或者所述两个支部 212E的端部。
如图 12所示, 所述植毛装置 20F包括一组植毛杆 21F和分别位于该组植毛 杆 21F—端的植毛管 24F, 所述植毛管 24F上设有植毛槽 241F, 以用于所述羽 毛的所述毛梗的植入。在本变形实施方式中, 所述植毛杆 21F与所述植毛管 24F 数量一致并且呈直线排列。 值得一提的是, 所述连接装置 2F上未设置有实施例 1中的连接线 40, 也不具有实施例 2中的连接筋 22A。
如图 13所示, 所述植毛装置 20G与图 12所示的植毛装置 20F结构类似, 所不同的是, 所述植毛装置 20G还包括一条连接筋 22G, 所述连接筋 22G可以 用于连接该组植毛杆 21G或该组植毛管 24G。 在本变形实施方式中, 所述连接 筋 22G连接该组植毛管 24G。
如图 14所示, 所述植毛装置 20H与图 12所示的植毛装置 20F结构类似, 所不同的是, 所述植毛装置 20H还包括两条连接筋 22H, 两条所述连接筋 22H 可以分别用于连接该组植毛杆 21H和该组植毛管 24H。
如图 15所示, 所述植毛装置 201与图 12所示的植毛装置 20F结构类似, 所 不同的是, 所述植毛装置 201还包括三条连接筋 221, 两条所述连接筋 221可以 分别用于连接该组植毛杆 211, 另一条所述连接筋 221用于连接该组植毛管 241。
如图 16所示,所述植毛装置 20J与图 13所示的植毛装置 20G结构类似,所 不同的是, 所述植毛装置 20J的连接筋 22J包括多个连接筋子段 221J, 所述多个 连接筋子段 221 J错位地设置在相邻的植毛杆 21 J/植毛管 24J之间。
如图 16所示, 在该变形实施方式中, 连接件 23K主体部分为网状结构。 实施例五
如图 18至图 21所示,在本实施例中, 示意了羽毛球的连接装置的几种变形 结构。所述连接装置包括一个植毛装置, 所述植毛装置包括一组植毛杆以及一组 植毛管。本实施例的植毛装置与上述实施例四中的植毛装置结构类似,不同的是, 所述植毛管与所述植毛杆的中心轴线不吻合, 也就是说, 所述植毛管与所述植毛 杆不共轴。
如图 18所示, 所述植毛装置 20L包括一组植毛杆 21L和分别位于该组植毛 杆一端的植毛管 24L, 所述植毛管 24L上设有植毛槽 241L, 以用于所述羽毛的 所述毛梗的植入。在本变形实施方式中,所述植毛装置 20L还包括一组单边加强 筋 25L。也就是说,每个所述植毛管 24L由对应的一个所述植毛杆 21L和一个所 述单边加强筋 25L支撑。
如图 19所示, 所述植毛装置 20M包括一组植毛杆 21M和分别位于该组植 毛杆一端的植毛管 24M, 所述植毛管 24M上设有植毛槽 241M, 以用于所述羽 毛的所述毛梗的植入。 在本变形实施方式中, 所述植毛杆 21M形成折弯支撑。 具体地, 每个所述植毛杆 21M包括一基部 211M和一支撑部 212M, 其倾斜地延 伸于所述基部 211M。 每个所述植毛管 24M设置在对应的所述支撑部 212M上。
如图 20所示,所述植毛装置 20N包括一组植毛杆 21N和分别位于该组植毛 杆一端的植毛管 24N, 所述植毛管 24N上设有植毛槽 241N, 以用于所述羽毛的 所述毛梗的植入。 在本变形实施方式中, 所述植毛装置 20N还包括一组双边加 强筋 25N。 也就是说, 每个所述植毛管 24N由对应的一个所述植毛杆 21N和两 个所述加强筋 25N支撑。
如图 21所示,所述植毛装置 20O包括一组植毛杆 210和分别位于该组植毛 杆一端的植毛管 240, 所述植毛管 240上设有植毛槽 2410, 以用于所述羽毛的 所述毛梗的植入。 在本变形实施方式中, 每个所述植毛管 240倾斜地设置在对 应的所述植毛杆 210的一端, 以使每个所述植毛杆 210形成斜支撑。 实施例六
如图 22至图 24所示是本实施例中示意羽毛球的所述羽毛与所述连接装置的 所述植毛装置的连接方式。
如图 22所示, 所述羽毛 30P的所述毛梗 31P的一端被植入到所述植毛装置 20P的对应的所述植毛管 24P的植毛槽 241P中。 值得一提的是, 这里的羽毛 30 是天然羽毛,用所述植毛杆 21P来替代传统羽毛球的毛梗部分,从而既能利用天 然羽毛的所述毛片 32的优良特性, 如在击球以后通过毛叶的开合来达到最短时 间的调头动作,又能减少甚至去除天然羽毛的毛杆粗细弯度弓度不一致所带来的 不利影响。
如图 23所示, 在该变形实施方式中, 所述羽毛 30Q安装于一个对应的人造 毛杆 50Q, 所述植毛装置 20Q的连接件 23Q上设置有植毛槽 231Q, 植有所述羽 毛 30Q的人造毛杆 50Q被植入到对应的连接件 23Q上的植毛槽 231Q上。 值得 一提的是, 所述植毛装置 20Q还包括一环植毛管 24Q, 所述人造毛杆 50Q穿过 所述植毛管 24Q, 从而所述植毛管 24Q起到限位的作用。
如图 24所示,该变形实施方式的植毛装置 20R与图 23所示的植毛装置 20Q 结构类似, 但在该变形实施方式中, 没有人造毛杆 50Q, 所述羽毛 30R的毛梗 直接植入所述植毛装置 20R的对应连接件 23R上的植毛槽 231R上。 实施例七
如图 25至图 30所示是所述植毛装置的连接件的变形实施方式, 其中, 图 25至图 27中, 所述连接件 23S, 23T和 23U是一个环状体, 以用于与球头连接, 并且植毛管 24S, 24T和 24U与所述连接件 23S, 23T和 23U可以通过多种结构 连接。 值得一提的是, 所述植毛管 24S, 24T和 24U与所述连接件 23S, 23T和 23U通过对应的植毛杆 21S, 21T和 21U连接, 并且不是上述实施例中的端端对 齐的方式。 也就是说, 所述植毛杆 21S, 21T和 21U分别是侧向地并且轴向地从 对应的所述植毛管 24S, 24T和 24U延伸。在图 28至图 30中,所述连接件 23V, 23W和 23X分别包括外环 231V,231W和 23 IX, 以及内环 232V,232W和 232X, 以用来与球头连接。
值得一提的是, 本发明的植毛管的数量可以是 10-20个, 对应的, 所述羽毛 的数量也是 10-20个。
本领域的技术人员应理解,上述描述及附图中所示的本发明的实施例只作为 举例而并不限制本发明。
由此可见,本发明之目的已经完整并有效的予以实现。本发明的功能及结构 原理已在实施例中予以展示和说明,在不背离所述原理下, 实施方式可作任意修 改。所以,本发明包括了基于权利要求精神及权利要求范围的所有变形实施方式。

Claims

权 利 要 求 书
1、 一种羽毛球, 其特征在于, 包括:
一组羽毛,每一支羽毛具有一只毛片和一根从所述毛片延伸出 来的毛梗;
一个球头, 其具有至少一个插槽; 以及
一个连接装置;其中,所述羽毛的毛梗植接在所述连接装置上, 所述连接装置插接在所述球头的插槽中。
2、 如权利要求 1 所述的羽毛球, 其特征在于, 所述连接装置包 括一个植毛装置,所述植毛装置进一步包括一组与所述羽毛数量一致 的植毛杆, 每一根植毛杆具有一个植毛端和插接端, 其中, 每一只羽 毛的毛梗一端植接于每一根植毛杆的植毛端上,每一根植毛杆的插接 端插入所述球头的插槽中。
3、 如权利要求 2所述的羽毛球, 其特征在于, 所述植毛端进一 步具有一个植毛槽, 供所述毛梗植入。
4、 如权利要求 3所述的羽毛球, 其特征在于, 所述植毛槽呈方 形, 且尺寸略小于所述毛梗的尺寸, 藉此, 所述羽毛的毛梗在插入所 述植毛槽时, 被所述植毛槽的内壁所挤压, 以使所述羽毛的毛梗能够 固接在所述植毛槽中。
5、 如权利要求 2、 3、 或 4所述的羽毛球, 其特征在于, 所述植 毛端进一步具有一个插接芯, 所述插接芯从所述植毛槽中延伸出来, 当所述羽毛片的毛梗插入所述植毛槽时,所述插接芯同时也会插入所 述毛梗的中心。
6、 如权利要求 2、 3、 或 4所述的羽毛球, 其特征在于, 所述连 接装置进一步包括一条连接线,所述连接线将所述植毛装置的植毛杆 串接成一体。
7、 如权利要求 5所述的羽毛球, 其特征在于, 所述连接装置进 一步包括一条连接线,所述连接线将所述植毛装置的植毛杆串接成一 体。
8、 如权利要求 6所述的羽毛球, 其特征在于, 每一根植毛杆具 有一个串接部, 通过该串接部, 所述连接线可将一只羽毛球上的所有 植毛杆连接成一体。
9、 如权利要求 2所述的羽毛球, 其特征在于, 所述植毛装置进 一步包括一条将所述植毛杆串接的连接筋,所述植毛杆和所述连接筋 通过模具一体成型, 且每两个相邻植毛杆之间的夹角相等。
9、 如权利要求 8所述的羽毛球, 其特征在于, 每一根植毛杆与 所述羽毛球的中心轴线夹角相等。
1 0、 如权利要求 8或 9所述的羽毛球, 其特征在于, 每一根植 毛杆具有一个植毛端和插接端, 其中, 每一只羽毛的毛梗一端植接于 每一根植毛杆的植毛端上,每一根植毛杆的插接端插入所述球头的插 槽中。
11、如权利要求 1所述的羽毛球, 其特征在于, 所述植毛装置包 括一个连接件, 以及一组与羽毛数量一致的植毛杆, 其中, 所述植毛 杆系从所述连接件向外呈环射状之延伸。
12、 如权利要求 11所述的羽毛球, 其特征在于, 所述连接件和 所述植毛杆系通过模具一体成型。
13、 如权利要求 12所述的羽毛球, 其特征在于, 所述连接件具 有一插接壁和一个由插接壁界定形成的插嵌腔,所述球头具有一个插 槽和一个位于插槽中心的插栓,所述插槽的形状和尺寸与所述插接壁 相适配, 当所述连接件的插接壁插接在所述球头的插槽中, 所述插嵌 腔套接在位于所述插槽中间的插栓上时,以形成所述植毛装置和所述 球头相连接。
14、 如权利要求 1 所述的羽毛球, 其特征在于, 所述连接装置包 括一个植毛装置,所述植毛装置包括一组植毛杆和分别位于该组植毛杆一端的植 毛管, 所述植毛管上设有植毛槽, 以用于所述羽毛的所述毛梗的植入。
15、 如权利要求 14所述的羽毛球, 其特征在于, 所述连接装置 还包括一连接件, 所述连接件用于与所述球头的插接。
1 6、 如权利要求 14所述的羽毛球, 其特征在于, 每个所述植毛 杆与对应的所述植毛管以端端对齐的方式连接。
1 7、 如权利要求 14所述的羽毛球, 其特征在于, 每个所述植毛 杆与从对应的所述植毛管轴向地侧向地延伸。
18、 如权利要求 14任一所述的羽毛球, 其特征在于, 每个所述 植毛杆与对应的所述植毛管的中心轴重合。
19、 如权利要求 18所述的羽毛球, 其特征在于, 每个所述植毛 杆与对应的所述植毛管呈直线排列。
20、 如权利要求 18所述的羽毛球, 其特征在于, 每个所述植毛 杆与对应的所述植毛管呈螺旋状排列。
21、 如权利要求 18所述的羽毛球, 其特征在于, 每个所述植毛 杆呈 Y形,从而每一个所述植毛杆设置有对应的两个或多个所述植毛
22、 如权利要求 14至 21 中任一所述的羽毛球, 其特征在于, 所述植毛装置还包括一个或多个连接筋, 以用于连接该组植毛杆和 / 或该组植毛管。
23、 如权利要求 22所述的羽毛球, 其特征在于, 所述连接筋包 括多个连接筋子段,所述多个连接筋子段错位地设置于相邻的所述植 毛植或所述植毛管之间。
24、 如权利要求 14至 21 中任一所述的羽毛球, 其特征在于, 所述植毛杆的数量与所述植毛管的数量相同。
25、 如权利要求 14所述的羽毛球, 其特征在于, 每个所述植毛 杆与对应的所述植毛管的中心轴不重合。
26、 如权利要求 25所述的羽毛球, 其特征在于, 所述植毛装置 还包括一组单边加强筋, 以分别用于支撑对应的每个所述植毛管。
27、 如权利要求 25所述的羽毛球, 其特征在于, 所述植毛装置 还包括一组双边加强筋, 以分别用于支撑对应的每个所述植毛管。
28、 如权利要求 25所述的羽毛球, 其特征在于, 所述植毛装置 每个所述植毛杆包括一基部和一支撑部, 其倾斜地延伸于所述基部, 每个所述植毛管设置在对应的所述植毛杆的所述支撑部上,从而所述 植毛杆形成对所述植毛管的折弯支撑。
29、 如权利要求 25所述的羽毛球, 其特征在于, 每个所述植毛 管倾斜地设置在对应的所述植毛杆的一端,以使每个所述植毛杆形成
30、如权利要求 1所述的羽毛球, 其特征在于, 所述连接装置包 括一个连接件, 所述连接件上设置有一组植毛槽, 以供所述羽毛的植 植入。
31、 如权利要求 30所述的羽毛球, 其特征在于, 每个所述羽毛 安装于一个对应的人造毛杆,植有所述羽毛的人造毛杆被植入到对应 的连接件上的植毛槽上。
32、 如权利要求 31所述的羽毛球, 其特征在于, 所述植毛装置 还包括一环植毛管, 所述人造毛杆分别穿过所述植毛管, 从而所述植 毛管起到限位的作用。
33、 如权利要求 15或 30所述的羽毛球, 其特征在于, 所述连 接件包括一环状体, 以插入对应的所述球头的所述插槽中。
34、 如权利要求 15或 30所述的羽毛球, 其特征在于, 所述连 接件包括一个外环状体和一个内环状体,所述内环状体插入对应的所 述球头的所述插槽中, 所述外环状体贴附在所述球头的外表面。
35、 如权利要求 14至 21 中任一所述的羽毛球, 其特征在于, 所述植毛管的数量是 10至 20个, 对应的植入的所述羽毛的数量也 是 10至 20个。
36、 一种羽毛球的制作方法, 其特征在于, 包括以下步骤:
(a) 准备一组羽毛;
( b ) 将所述羽毛插接在一个连接装置上; 以及
( C) 将所述连接装置插接入一个球头;
其中, 上述步骤(b )和 (c) 的顺序可以互换, 即可以先将所述 羽毛植接在所述连接装置上,然后再将所述连接装置插接在所述球头 上, 也可以先将所述连接装置插接在所述球头上, 然后再将所述羽毛 植接在所述连接装置上。
37、 如权利要求 36所述的羽毛球的制作方法, 其特征在于, 在 步骤 (b) 中, 所述连接装置包括一个植毛装置, 所述植毛装置进一 步包括一组与羽毛数量相同的植毛杆,将每一根羽毛的毛梗植接在所 述植毛杆上; 在步骤 (C) 中, 所述球头具有一组插槽, 所述插槽的 数量与所述植毛杆的数量一致, 每一根植毛杆插接在所述插槽中。
38、 如权利要求 37所述的羽毛球的制作方法, 其特征在于, 所 述羽毛球制作方法进一步包括一个步骤(d ):通过连接线将所述植毛 杆串接于一体。
39、 如权利要求 37所述的羽毛球的制作方法, 其特征在于, 在 步骤 (b) 中, 所述植毛装置进一步包括一条将所述植毛杆串接的连 接筋, 且所述连接筋和所述植毛杆系一体成型。
40、 如权利要求 39所述的羽毛球的制作方法, 其特征在于, 在 步骤 (b) 中, 每两根相邻植毛杆之间的间距相同。
41、 如权利要求 37、 38、 39、 或 40所述的羽毛球的制作方法, 其特征在于, 所述羽毛球制作方法进一步包括一个步骤(e): 涂覆胶 水于所述植毛杆与所述插槽的结合部。
42、 如权利要求 36所述的羽毛球的制作方法, 其特征在于, 在 步骤 (b) 中, 所述连接装置包括一个植毛装置, 所述植毛装置包括 一个连接件和一组与羽毛数量一致的植毛杆, 其中, 所述植毛杆系从 所述连接件向外呈环射装之延伸,且所述连接件和所述植毛杆系一体 成型; 在步骤 (c) 中, 所述球头具有一个插槽, 所述连接件插入所 述插槽中, 以形成所述连接装置和所述球头的连接。
43、 如权利要求 42所述的羽毛球的制作方法, 其特征在于, 所 述连接件具有一插接壁和一个由插接壁界定形成的插嵌腔,所述球头 具有一个插槽和一个位于插槽中心的插栓,所述插槽的形状和尺寸与 所述插接壁相适配, 当所述连接件的插接壁插接在所述球头的插槽 中, 所述插嵌腔套接在位于所述插槽中间的插栓上时, 以形成所述植 毛装置和所述球头相连接。
44、 如权利要求 36、 42或 43所述的羽毛球的制作方法, 其特 征在于, 所述的羽毛球的制作方法进一步包括一个步骤 (f): 涂覆胶 水于所述连接装置和所述球头的结合部。
45、 如权利要求 43所述的羽毛球的制作方法, 其特征在于, 涂 覆胶水于所述连接件和所述插栓上。
46、 如权利要求 36、 37、 39或 42所述的羽毛球的制作方法, 其特征在于,每一支羽毛具有一只毛片和一根从所述毛片延伸出来的 毛梗, 所述毛片与传统羽毛球的毛片长度相同, 所述毛梗的长度占整 只羽毛长度的 15-25%。
PCT/CN2012/085241 2011-11-28 2012-11-26 一种羽毛球及其制造方法 WO2013078972A1 (zh)

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