TWI722199B - Badminton, badminton head, feather product and manufacturing method thereof - Google Patents

Abstract

A shuttlecock, a badminton head, a feather product and a manufacturing method thereof, wherein the badminton head includes: a feather arranging device; and a hitting device; wherein the feather arranging device has at least one planting cavity suitable for planting A feather, and the feather arranging device is nested in the beating device.

Description

Badminton, badminton head, feather product and manufacturing method thereof

The present invention provides a shuttlecock, a badminton head, a feather product and a manufacturing method thereof, and particularly relates to a badminton head. The badminton head includes a feather configuration device, and the feather configuration device has at least one preset Planting cavity to plant feathers. The present invention further relates to badminton and feather products using the ball head and the manufacturing method thereof.

The crown of the badminton head is the effective hitting area of the badminton. The quality of the crown directly affects the feel of the badminton and the service life of the head. .

The crown of the traditional badminton head is made of natural cork or natural cork shavings and glued together, and then wrapped with a layer of leather to make the natural cork or natural cork shavings. The resources of natural cork are limited, which results in higher prices for badminton made of natural cork. In addition, due to the rapid loss of badminton, ordinary people cannot afford the price of badminton using natural cork, which further affects the popularity of badminton.

On the other hand, the ball head bonded by natural cork chips and glue needs to be bonded by glue, and the surface of natural cork chips has a layer of fine dust, which prevents the direct contact between the natural cork particle skin and the adhesive, which reduces the degree of adhesion. After being repeatedly hit, the ball head is prone to softness caused by insufficient adhesion, so the service life of the ball head is relatively low.

Further, in order to enable the badminton to fly in a rotating manner, when the feathers are inserted into the head, they are arranged in a sideways and superimposed manner, so that the feathers form a vortex shape. To make the badminton fly smoothly, the overlap between the feathers needs to be as consistent as possible. In other words, the feather is inserted into the ball The consistency of the head is required. In traditional badminton, in order to insert feathers into the head of the badminton, it is necessary to drill a hole in the head of the badminton. Usually a small round socket, and the cross-section of the feather stalk is square, so when the feather is inserted into the round socket, it is difficult to control the consistency of the insertion direction of the stalk of each feather.

If the ball head is made of natural cork, in the process of drilling the socket, the ball head is prone to deformation, causing the shape of the hole to change. In other words, the socket is insufficient to provide a stable clamping force to fix the hair stems of the feathers inserted into the socket, thereby forming the hollow of the ball head. If the ball head is made of natural cork shavings, the cork shavings will easily fall off the inner wall of the socket during the process of drilling the socket, so that the socket cannot provide enough pressure to apply to the badminton hair stem to fix it. Feathers, this may cause the shuttlecock to be easily damaged and the quality of the shuttlecock to decrease.

Further, in order to enable the shuttlecock to rotate and fly, when the feathers are inserted into the head, the feathers are formed into a vortex shape by sideways dislocation and stacking. In other words, every feather has an eccentric angle, and there is a certain gap between the feathers of every two adjacent feathers. In order to ensure that the badminton can fly stably, the clearance must be the same as possible. In traditional badminton, the hair stem of the natural shuttlecock is directly inserted into the ball head. The jack on the ball head is not easy to accurately set the shape of the feather hair stem, and it is not easy to set the eccentric angle of the jack, so it is difficult to control each feather. The angle of the eccentric angle makes the difference of the eccentric angle relatively large, and ultimately leads to poor flight stability of the badminton. The shape of the jack cannot match the shape of the feathers. In other words, there is a gap between the hair stem of the feather and the socket. When the ball head is hit, the force received by the hitting part of the ball head will be transferred to the feather stalks, causing the feather stalks to squeeze the groove wall of the socket, and then the socket and feather stalks The gap between them becomes larger. After the gap between the socket and the feather stalk becomes larger, the function of the socket to fix the feather stalk is weakened, causing the feather to easily detach from the ball head. Furthermore, the uneven conduction of the hair stems to the force may easily cause part of the hair stems to break and break, thereby shortening the service life of the shuttlecock.

After the feathers of a traditional badminton shuttlecock are inserted into the head, glue is applied to the surface of the hair stem to fix it. Since the glue is applied to the surface, the amount of glue applied determines the firmness of the hair stem to a certain extent, but there is too much glue. It will increase the weight of the shuttlecock.

Further, in order to fix the feather on the ball head, glue is applied to the joint between the hair stem of the feather and the ball head. Because the applied glue is not easy to quantify, it often causes the shuttlecock to be overweight. And the bonding surface is mainly concentrated on the contact position between the hair stem and the socket connection port, and the inside can only be bonded by infiltrating glue, so the bonding is unstable. On the other hand, the joint between the hair stem and the ball head coated with glue is harder than the part without glue, so the joint part between the hair stem and the ball head coated with glue is prone to breakage, thereby weakening the hair stem of the feather. The connection with the ball head makes the feather stems easy to separate from the ball head, which affects the flight stability of the shuttlecock.

Further, the natural feathers used in badminton, such as duck feathers and goose feathers, while traditional badminton, on the one hand, in order to ensure the basic flight characteristics of badminton, the outer feathers need to meet a predetermined length, on the other hand, in order to ensure the stability of installation, The longer part of the hair stem needs to be inserted inside the cork head, which makes the length of the feathers required to be longer. For natural feathers, the lengths are uneven, and the longer feathers that can be selected are smaller, which is one of the reasons why the price of badminton is higher.

this invention

One purpose of is to provide a shuttlecock, a badminton head, a feather product, and a method of manufacturing the same, wherein the badminton head provides a feather configuration device, and the feather configuration device is used to fix a set of feathers.

Another object of the present invention is to provide a badminton shuttlecock, a badminton head and feather products and a manufacturing method thereof, wherein the badminton head is composed of the feather configuration device and a striking device.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the feather arrangement device provides for fixing the feathers at a predetermined position.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the feather arranging device provides a set of interpolation parts for fixing the set of feathers respectively.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the interpolation portion provides a planting cavity, and the planting cavity is used for planting the feathers.

Another object of the present invention is to provide a shuttlecock, badminton head and feather products and the manufacturing method thereof, wherein the planting cavity is preset with a certain taper, so that the feathers are planted behind the planting cavity With preset taper.

Another object of the present invention is to provide a shuttlecock, badminton head and feather products and the manufacturing method thereof, wherein the planting cavity is preset with a deflection angle, so that the feathers are fixed in the planting cavity with The preset deflection angle.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head and feather products and a manufacturing method thereof, wherein the planting cavity has a predetermined depth, so that the feathers that are planted in the planting cavity are The length is the same.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product, and a manufacturing method thereof, wherein the distance between the planting openings of two adjacent planting cavities is consistent, so that the shuttlecock is evenly distributed.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product and a manufacturing method thereof, wherein the distance between each insertion port and the central axis of the head is consistent, so that the feathers are distributed symmetrically.

Another object of the present invention is to provide a shuttlecock, badminton head and feather products and a method of manufacturing the same, wherein the shape of the planting cavity matches the insertion part of the hair stem, so that the feather planting is stable and firm.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the shuttlecock arranging device includes a planting part, and each planting cavity is provided in the planting part.

Another object of the present invention is to provide a shuttlecock, badminton head and feather products and In the manufacturing method thereof, the feather arranging device has a carrying chamber surrounded by the planting part, and the carrying chamber carries an expansion device, so that the ball head has a function other than the function of a badminton. Another purpose of this creation is to provide a shuttlecock, badminton head and feather products and methods of manufacturing the same, wherein the feather arranging device has an end surface, and the planting cavity is arranged on the end surface in a predetermined layout, so that the Feathers are planted on the ball head according to a predetermined layout.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product and a manufacturing method thereof, wherein the feather configuration device is embedded in the hitting device.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product, and a manufacturing method thereof, wherein the hitting device has a receiving cavity for the badminton arranging device to be stored therein.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product, and a manufacturing method thereof, wherein the striking device includes a side wall, and the side wall provides a position for restricting the arrangement device.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the side wall has a set of limiting grooves to limit the feather configuration device.

Another object of the present invention is to provide a shuttlecock, badminton head, feather product and manufacturing method thereof, wherein the feather arranging device is an integrally formed device.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product and a manufacturing method thereof, wherein the striking device is an integrally formed device.

Another object of the present invention is to provide a shuttlecock, a badminton head, a feather product, and a manufacturing method thereof, wherein the striking part is made of foamed material.

Another object of the present invention is to provide a shuttlecock, a shuttlecock head, a feather product and a manufacturing method thereof, wherein the shuttlecock includes a set of feathers, which are planted in the feather arranging device.

An object of the present invention is to provide a shuttlecock and a badminton head and a method of manufacturing the same, wherein the badminton head provides a feather arranging device, the feather arranging device extends outwards for fixing the feathers and reducing the length of the feathers. demand.

An object of the present invention is to provide a badminton and a badminton head and a manufacturing method thereof, wherein the badminton head is composed of two parts, the inner and outer parts of the feather arranging device and a hitting device.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the feather configuration device includes a hair transplanting frame and an inner head, the inner head is wrapped inside by the extremely large device, and the hair transplanting frame Extends outwards to provide a fixed position for the feathers.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a method of manufacturing the same, wherein the tufting frame provides at least one tufting hole, which is suitable for feather transplanting.

An object of the present invention is to provide a badminton and badminton head and its manufacturing method The method, wherein the hair transplanting frame includes at least one hair transplanting rod, the hair transplanting hole is arranged on the hair transplanting rod, and the hair transplanting rod extends outward to reduce the length of the feathers to be planted.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the tufting rod is provided with a predetermined taper, so that the feathers have a preset taper after being implanted in the implanting hole.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the tufting rod includes an extension portion and a tufting tube, and the tufting tube extends outward from the extension portion and has a predetermined depth , So that the lengths of the feathers inserted in the hair transplanting tube are consistent.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the tufting tubes are distributed at a predetermined interval, so that the feathers to be implanted are evenly distributed.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the distance between the tufting tube and the central axis of the ball head is the same, so that the feathers to be planted are distributed symmetrically.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a method of manufacturing the same, wherein the shape of the pores is matched with the insertion part of the feather, so that the feather is stably and firmly planted.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the tufting frame includes at least one connecting rib, which surrounds and connects the tufting rod to enhance the structural strength of the tufting frame.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein in some embodiments, the tufting frame is integrally connected to the inner head.

An object of the present invention is to provide a shuttlecock and a shuttlecock starter and a manufacturing method thereof, wherein the inner head and the striking device are formed with an insertion groove, and the tufting frame is inserted into the insertion groove.

An object of the present invention is to provide a badminton shuttlecock and a badminton head and a manufacturing method thereof, wherein the extreme hitting device has a receiving cavity for the feather arranging device to be stored therein.

An object of the present invention is to provide a shuttlecock and a badminton head and a manufacturing method thereof, wherein the inner head is formed by integral molding.

An object of the present invention is to provide a badminton shuttlecock and a badminton head and a manufacturing method thereof, wherein the striking device is formed by integral molding.

An object of the present invention is to provide a shuttlecock and a shuttlecock head and a manufacturing method thereof, wherein the extremely large device is made of foamed material.

An object of the present invention is to provide a badminton and badminton head and a manufacturing method thereof, wherein the shape of the inner head is consistent with the shape of the receiving cavity, so that the inner head and the striking device are connected stably.

In order to achieve at least one objective of the present invention, one aspect of the present invention provides a badminton head, which includes: a feather configuration device; and a hitting device; wherein the feather configuration device has at least one planting cavity suitable for A feather is planted, and the feather arranging device is nested in the beating device.

In an embodiment of the present invention, in the badminton head, the hitting device has an accommodation cavity, and the feather arranging device is accommodated in the accommodation cavity.

In an embodiment of the present invention, in the badminton ball head, the planting cavity has an insertion port for inserting the feathers into the planting cavity.

In an embodiment of the present invention, in the badminton head, the insertion port has a quadrilateral structure.

In an embodiment of the present invention, in the badminton head, the feather arranging device includes a planting part, and each planting cavity is arranged along the planting part.

In an embodiment of the present invention, in the badminton head, a plurality of the planting cavities are arranged in a ring shape so as to form a cone shape when the feathers are planted in the planting cavity.

In an embodiment of the present invention, the badminton head, wherein the feather arranging device includes a crown portion and a connecting portion, the crown portion is connected to the connecting portion, and the connecting portion is connected to the Planting department.

In an embodiment of the present invention, in the badminton head, the feather arranging device has a bearing chamber located in the middle of the feather arranging device.

In an embodiment of the present invention, the badminton head, wherein the badminton head includes an expansion device, and the expansion device is installed in the carrying chamber.

In an embodiment of the present invention, in the badminton head, the expansion device is selected from one or more of a combination: an audio device, a wireless signal transmitting device, a signal sensing device, a signal tracking device, and a configuration device.

In an embodiment of the present invention, in the badminton head, the feather arranging device has an end surface, and the planting cavity is arranged on the end surface according to a predetermined layout, so as to facilitate the insertion of feathers with a predetermined layout.

In an embodiment of the present invention, in the badminton head, the hitting device includes a covering member, which is covered on the outside of the hitting device.

In an embodiment of the present invention, in the badminton head, the hitting device has an outer surface, and the outer surface is provided with a functional structure to change the surface performance of the hitting device.

In an embodiment of the present invention, in the badminton head, the feather arranging device has a communication hole, the beating device has a diversion channel, and the communication hole communicates with the diversion channel so that The airflow flows from one side of the badminton head to the other side through the communication hole and the guide channel.

In an embodiment of the present invention, the badminton head, wherein the planting cavity has There is a predetermined eccentric angle, so that when the feather is planted in the planting cavity, the feather has a predetermined deflection angle.

In an embodiment of the present invention, in the badminton head, the planting cavity extends obliquely along the longitudinal direction of the feather arrangement device, so that when the feathers are planted in the planting cavity, The feathers extend obliquely along the direction of the planting cavity to form a tapered opening.

In an embodiment of the present invention, in the badminton head, the planting cavities are evenly arranged. In an embodiment of the present invention, the badminton head is manufactured by 3D printing.

In an embodiment of the present invention, in the badminton head, the feather arranging device is integrally formed by injection molding.

In an embodiment of the present invention, in the badminton head, the feather arranging device is manufactured by integral molding.

In an embodiment of the present invention, in the badminton head, the beating device is manufactured by a one-time molding method.

In an embodiment of the present invention, in the badminton head, the striking device is manufactured by foam molding.

In an embodiment of the present invention, in the badminton head, the striking device is attached to the feather arranging device and is integrally formed.

In an embodiment of the present invention, in the badminton head, the feather arranging device is adhesively fixed to the hitting device.

Another aspect of the present invention provides a shuttlecock comprising: a set of feathers; and a badminton head, wherein the feathers are inserted into the badminton head.

In an embodiment of the present invention, the shuttlecock, wherein the shuttlecock includes at least one connecting rib, and each of the connecting ribs is connected to the set of feathers around.

Another aspect of the present invention provides a feather product, which includes: a feather arranging device; a striking device; and at least one of the feathers; wherein the feather arranging device is nested in the striking device, and the feathers are arranged The device has an end surface, and the end surface is provided with at least one planting cavity to facilitate planting at least one of the feathers on the end surface.

In an embodiment of the present invention, in the feather product, the planting cavities are arranged in a predetermined layout, so that the feathers have a predetermined layout shape.

In an embodiment of the present invention, the feather product, wherein the layout of the planting cavity Selected from combinations: one or more of ring, triangle, circle, petal shape, and pentagonal shape.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: injecting a feather configuration device with at least one planting cavity; and attaching to the feather configuration device to form a hitting device at a time.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: injecting a feather arranging device with at least one planting cavity; molding a beating device with a receiving cavity at a time; and arranging the feather arranging device The front is nested in the striking device.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: injecting a feather configuration device with at least one planting cavity; molding a cylinder part at a time and forming a hitting part, and the hitting part is formed. The portion and the column portion are connected to form a beating device with a receiving cavity; and the feather arranging device is nested in the beating device.

One aspect of the present invention provides a badminton head, which includes: a feather arranging device, the feather arranging device comprising a tufting frame and an inner head; and a hitting device, the inner head socket of the feather arranging device In the beating device, the hair planting frame has at least one planting cavity, which is suitable for planting a feather.

In an embodiment of the present invention, in the badminton head, the hitting device has an accommodation cavity, and the inner head of the feather arranging device is accommodated in the accommodation cavity.

In an embodiment of the present invention, in the badminton head, the tufting frame extends outward from the inner head to reduce the length of the feathers to be implanted.

In an embodiment of the present invention, in the badminton head, the tufting frame is integrally connected to the inner head.

In an embodiment of the present invention, in the badminton head, the tufting frame is detachably connected to the inner head.

In an embodiment of the present invention, in the badminton head, the inner head and the striking device form an insertion groove, and the tufting frame is installed in the insertion groove.

In an embodiment of the present invention, the badminton head, wherein the hair transplanting frame includes a plurality of hair transplanting rods, a plurality of the transplanting cavities are arranged in the hair transplanting rods, and each of the hair transplanting rods is radial Layout to suit the layout of the feathers.

In an embodiment of the present invention, the badminton head, wherein the hair transplant rod includes an extension part and a hair transplant tube, the hair transplant tube is connected to the extension part, the extension part is from the inner head Extending outwards, the hair transplanting tube forms the transplanting cavity.

In an embodiment of the present invention, the badminton head, wherein the hair planting frame package At least one connecting rib is included, and the connecting rib is circumferentially connected to each of the hair planting rods to enhance the structural strength of the hair planting rods.

In an embodiment of the present invention, in the badminton head, the inner head has a carrying chamber, and the carrying chamber is used for accommodating an expansion device.

In an embodiment of the present invention, in the badminton head, the inner head has a communication hole, the beating device has a diversion channel, wherein the communication hole communicates with the diversion channel, wherein , The communicating hole communicates with the diversion channel.

In an embodiment of the present invention, in the badminton head, the striking device has an outer surface, and the outer surface is provided with a functional structure to change the structural characteristics of the outer surface.

In an embodiment of the present invention, in the badminton head, the striking device has an outer surface, and the outer surface is provided with a functional structure to change the structural characteristics of the outer surface.

In an embodiment of the present invention, in the badminton head, the inner head is adhesively fixed to the hitting device.

In an embodiment of the present invention, in the badminton head, the inner head is integrally formed and connected to the striking device.

In an embodiment of the present invention, in the badminton head, the feather arranging device is manufactured by integral molding.

In an embodiment of the present invention, in the badminton head, the striking device is manufactured by integral molding.

In an embodiment of the present invention, in the badminton head, the hitting device is integrally formed by attaching to the inner head.

In an embodiment of the present invention, in the badminton head, the striking device is made of foamed material.

In an embodiment of the present invention, in the badminton head, the inner head and the feather arranging device form a limiting structure to limit the relative position of the inner head and the striking device.

In an embodiment of the present invention, in the badminton head, the hitting device includes a covering member, and the covering member covers the outside of the hitting device.

Another aspect of the present invention provides a shuttlecock comprising: a set of feathers; and a badminton head as described above, wherein each of the feathers is inserted into the badminton head.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: integrally forming a feather arranging device including a tufting frame and an inner head; and integrally forming the inner head attached to the feather arranging device. Beating device.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: integrally forming a feather arranging device including a tufting frame and an inner head; integrally forming a hitting device with a receiving cavity; and The inner head of the feather piece disposing device is nested in the receiving cavity of the beating device.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of: integrally forming a feather arranging device including a tufting frame and an inner head; integrally forming a cylinder part and forming a hitting part, The column body part and the striking part are connected to form a striking device with a receiving cavity; and the inner head of the feather disposing device is nested in the striking device.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the steps of integrally forming an inner head and a striking device, wherein the inner head and the striking device form an insertion groove; The hair planting frame has at least one planting cavity and includes a connecting end adapted to be inserted into the insertion groove; and the hair planting frame is installed in the insertion groove.

Another aspect of the present invention provides a method for manufacturing a badminton head, which includes the following steps: Body forming an inner head; attached to the inner head to integrally form a striking device and form an insertion groove; integrally form a hair transplanting frame suitable for insertion into the insertion groove; and installing the hair transplanting frame in the insertion groove The insertion slot.

1010, 2010: Badminton head

1011, 2011: Feather configuration device

1013, 2013: Expansion device

10111: Planting Department

10115, 20115: Carrying room

101111, 201111: Planting cavity

101112: outer end

1011111, 2011111: insertion port

1011112, 2011112: bottom

10112, 201121: Crown

10113, 201122: connecting part

10119, 20119: connecting hole

1012, 2012: Beating device

10121, 20121: storage cavity

101211, 201211: limit cavity

101212, 201212: crown cavity

10122, 20122: sidewall

10123: bottom wall

10124, 20124: Strike Department

10125, 20125: column part

10126, 20126: Covering parts

10127: Annular groove

10128, 20128: outer surface

101281, 201281: functional structure

10129, 20129: diversion channel

1020, 2020: Feather

1021, 2021: Hairy leaves

1022, 2022: Hairy stems

1030, 201113: connecting ribs

2014: limit structure

20112: inner head

20111: Flocking frame

201112: Flocking rod

2011121: Extension

2011122: Hair transplanting tube

201123: socket

201114: Socket end

201115: bottom surface

Figure 1 is a perspective view of a badminton head according to a first preferred embodiment of the present invention.

Figure 2 is an exploded schematic view of the badminton head of the first preferred embodiment of the present invention.

Figure 3 is a schematic longitudinal sectional view of the shuttlecock according to the first preferred embodiment of the present invention.

Figure 4 is a perspective view of a shuttlecock according to the first preferred embodiment of the present invention.

Figure 5 is an equivalent implementation of the badminton head of the first preferred embodiment of the present invention.

Figure 6 is a schematic cross-sectional view of a shuttlecock according to a second preferred embodiment of the present invention.

Figure 7 is an exploded schematic view of the shuttlecock according to the second preferred embodiment of the present invention.

Figure 8 is a three-dimensional schematic diagram of a feather product according to a third preferred embodiment of the present invention.

Figure 9 is an exploded schematic view of a feather product according to a third preferred embodiment of the present invention.

Figure 10 is a schematic longitudinal sectional view of a feather product according to a third preferred embodiment of the present invention.

Figure 11 is a schematic cross-sectional view of a badminton head hammer head according to a fourth preferred embodiment of the present invention.

Figure 12 is a schematic cross-sectional view of a badminton head according to a fourth preferred embodiment of the present invention.

Figure 13 is a schematic diagram of a badminton head according to a fifth preferred embodiment of the present invention.

Figure 14 is a schematic diagram of the badminton head of the sixth preferred embodiment of the present invention.

Figure 15 is a schematic diagram of the badminton airflow according to the sixth preferred embodiment of the present invention.

Figures 16A to 16D are different variants of the badminton head of the sixth embodiment of the present invention.

Figures 17 to 19 are block diagrams of different manufacturing methods of the above-mentioned preferred embodiment of the present invention.

Figure 20 is a perspective schematic view of a badminton head according to a seventh embodiment of the present invention.

Figure 21 is an exploded schematic view of the badminton head of the seventh embodiment of the present invention.

Figure 22 is a perspective schematic view of a shuttlecock according to a seventh embodiment of the present invention.

Figure 23 is a schematic longitudinal sectional view of a shuttlecock according to a seventh embodiment of the present invention.

Figure 24 is a schematic diagram of a deformed implementation of the badminton head of the seventh embodiment of the present invention.

Figure 25 is a schematic diagram of another modified embodiment of the badminton head of the seventh embodiment of the present invention.

Figure 26 is a schematic cross-sectional view of a shuttlecock according to an eighth embodiment of the present invention.

Figure 27 is an exploded schematic view of the shuttlecock according to the eighth embodiment of the present invention.

Figure 28 is a schematic cross-sectional view of a shuttlecock according to a ninth embodiment of the present invention.

Figure 29 is an exploded schematic view of a shuttlecock according to a ninth embodiment of the present invention.

Figure 30 is a schematic cross-sectional view of a badminton head according to a tenth embodiment of the present invention.

Figure 31 is a schematic diagram of the badminton head of the eleventh embodiment of the present invention.

Figure 32 is a schematic diagram of the badminton head of the twelfth embodiment of the present invention.

Figure 33 is a schematic diagram of the badminton airflow according to the twelfth embodiment of the present invention.

Figures 34A to 34D show different variants of the badminton head according to the twelfth embodiment of the present invention.

Figures 35 to 39 are block diagrams of different manufacturing methods of the badminton head of the above-mentioned embodiment of the present invention.

The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments in the following description are only examples, and those skilled in the art can think of other obvious variations. The basic principles of the present invention defined in the following description can be applied to other implementations Schemes, modified schemes, improved schemes, equivalent schemes and other technical schemes that do not depart from the spirit and scope of the present invention.

Those skilled in the art should understand that, in the disclosure of the present invention, the terms "longitudinal", "lateral", "upper", "lower", "front", "rear", "left", "right", " The orientation or positional relationship indicated by "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. are based on the orientation or positional relationship shown in the drawings, which is only for the convenience of describing the present invention and The description is simplified, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore the above-mentioned terms should not be construed as limiting the present invention.

It can be understood that the term "a" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of an element may be one, and in another embodiment, the number of the element The number can be more than one, and the term "one" cannot be understood as a restriction on the number.

As shown in Fig. 1 to Fig. 4, it is a badminton head and shuttlecock according to the first preferred embodiment of the present invention. The badminton includes a badminton head 1010 and a set of feathers 1020, and each feather 1020 is installed on the badminton head 1010.

The badminton head 1010 includes a feather arranging device 1011 and a hitting device 1012, and the feather arranging device 1011 is nested in the hitting device 1012. Each of the feathers 1020 is attached to the feather arrangement device 1011, respectively. The feather 1020 includes a hairy leaf portion 1021 and a hairy stem portion 1022, and the hairy stem portion 1022 is formed by extending the hair leaf portion 1021. It is worth mentioning that the feathers 1020 can be artificial feathers or natural feathers. Preferably, the feather 1020 is a natural feather. Preferably, the hair stem portion 1022 of the feather 1020 is inserted into the feather arrangement device 1011. Preferably, after the hair stem portion 1022 of each feather 1020 is inserted into the feather arranging device 1011, each feather 1020 is set to have a predetermined eccentric angle.

It is worth mentioning that, in an embodiment of the present invention, the feather arranging device 1011 is fixed and nested in the beating device 1012 by bonding. In another embodiment of the present invention, the feather arranging device 1011 is directly nested in the beating device 1012, and in another embodiment of the present invention, the beating device 1012 is attached to the feather arranging device 1012. The molding method of 1011 is sleeved on the outside of the feather arranging device 1011. Those skilled in the art should understand that the specific connection manner of the feather arranging device 1011 and the striking device 1012 is not a limitation of the present invention.

The feather arranging device 1011 includes a planting part 10111 for planting each of the feathers 1020. Further, the hair stem portion 1022 of the feather 1020 is installed on the planting portion 10111, so that the feather 1020 is fixed to the badminton head 1010. The planting part 10111 is embedded in the beating device 1012.

The planting portion 10111 has at least one planting cavity 101111, and each of the feathers 1020 is installed in the planting portion 10111 by being planted in the planting cavity 101111, so that the feathers 1020 are fixed in the planting cavity 101111. The feather configuration device 1011. Further, the hair stem portion 1022 of the feather 1020 is planted in the planting cavity 101111. Each of the planting cavities 101111 is extended and arranged along the planting part 10111, so that the planting cavities 101111 have a predetermined depth.

According to this embodiment of the present invention, the planting portion 10111 includes a plurality of planting cavities 101111, and each of the planting cavities 101111 is arranged in the planting portion 10111 in a predetermined layout, for example, arranged in a ring shape. In the planting part 10111, when the feathers 1020 are planted in the planting part 10111, a hollow structure of a shuttlecock is formed. In other embodiments of the present invention, the planting cavity 101111 can also be arranged in other shapes, such as a triangle, a quadrilateral, a polygon, a spiral, etc., and those skilled in the art should understand that the planting cavity 101111 The layout shape of is not a limitation of the present invention.

The planting cavity 101111 has an insertion opening 1011111 for inserting the feather 1020 into the planting cavity 101111. In particular, the insertion opening 1011111 has a quadrilateral structure so as to adapt to the shape of the hair stem of the feather 1020. In an embodiment of the present invention, the insertion port 1011111 has a rhombus shape.

The planting cavity 101111 has a bottom 1011112, and the bottom 1011112 is tapered. The shape of the bottom 1011112 of the planting cavity 101111 matches the end of the hair stem portion 1022 of the feather 1020, so that the feather 1020 ball can be firmly and stably planted in the planting Cavity 101111. In the process of manufacturing the shuttlecock, glue is first injected into the planting cavity 101111, and then the hair stem portion 1022 of the feather 1020 is inserted into the planting cavity 101111, and reaches the planting cavity 101111 Under the squeezing action of the hair stem portion 1022 of the feather 1020, the glue overflows along the hair stem and the inner wall of the planting cavity 101111, so that the feather The hair stem portion 1022 of 1020 is sufficiently wrapped by the glue, so that the bonding area between the hair stem portion 1022 and the planting cavity 101111 increases, and the hair stem portion 1022 and the planting portion The connection of 10111 is firmer and increases the stability of the hair stems. This is completely different from the traditional manufacturing process. In the traditional way, usually after the feather 1020 is inserted into the planting cavity 1011111, glue is applied on the surface, so there is a small connection area and a large difference in hardness. According to this embodiment of the present invention, the glue is applied before planting and is applied to the planting cavity 101111. Through the effect of squeezing, the glue and the hair stem portion 1022 can be fully Contact increases the area covered by the glue, and the hair stem portion 1022 of the feather 1020 is upwards, and the whole is covered by glue. Therefore, the hardness of the hair stem portion 1022 is relatively uniform, which increases the feather 1020's anti-strike performance. That is to say, the phenomenon that the feather 1020 is broken at the connecting position of the hair stem part 1022 and the hair leaf part 1021 is reduced.

Preferably, the cross-sectional shape of the planting cavity 101111 is quadrilateral so as to match the shape of the hair stem portion 1022, such as a rectangle, a square, and a rhombus. It is worth mentioning that the cross-sectional shape of the planting cavity 101111 may be a regular quadrilateral shape, an irregular quadrilateral shape, or other shapes, such as a circle or a polygon. Those skilled in the art should It is understood that the cross-sectional shape of the planting cavity 101111 is not a limitation of the present invention. It is worth mentioning that the shape of the planting cavity 101111 matches the shape of the hair stem portion 1022, so that the hair stem portion 1022 is inserted into the planting cavity 101111 more stably, and the feathers are improved. 1020's connection stability. That is to say, the overall shape of the planting cavity 101111 is a shape where a square and a cone meet, which adapts to the change in the shape of the hair stem of the feather 1020, so that the feather 1020 is better fixed to the Planting cavity 101111.

Further, the planting cavity 101111 has a certain eccentric angle, so that the hair stem is inserted into the feather at a certain deflection angle. That is to say, there is a predetermined angle between two adjacent planting cavities 101111, so that when the feathers 1020 are planted in the planting cavities 101111, there is a predetermined angle between the two adjacent feathers 1020. The deflection angle is used to ensure the stable rotation of the shuttlecock during flight. According to this embodiment of the present invention, the planting portion 10111 is nested in the hitting device 1012, that is, when the shuttlecock is used, the hitting device 1012 is hit, and then the feathers are configured The device 1011 and the feather 1020 cooperate with the beating device 1012 to move.

Preferably, the end point of the bottom 1011112 of the planting cavity 101111 is located at the central axis of the planting cavity 101111. In other words, the planting cavity 101111 may have a symmetrical structure with respect to the central axis. Further, the extension line of the central axis of each planting cavity 101111 intersects at one point. In other words, the planting cavity 101111 extends obliquely along the longitudinal direction of the feather arranging device 1011, so that Therefore, when the hair stem portion 1022 of the feather 1020 is inserted into the planting cavity 101111, the feather 1020 extends obliquely along the planting cavity 101111 to form a tapered opening.

Preferably, each of the insertion openings 1011111 is evenly arranged in the planting part 10111, so that the feathers 1020 are evenly arranged. That is to say, the intervals of the insertion openings 1011111 are equal, and according to an embodiment of the present invention, the insertion openings 1011111 are arranged in a predetermined number and at a predetermined interval, so that the feathers 1020 are arranged in a predetermined manner. It is worth mentioning that the number of the insertion ports 1011111 corresponds to the number of the feathers 1020, and the number of the feathers 1020 affects the density of the feathers 1020, thereby affecting the flight performance of the shuttlecock. . In the traditional way, limited to the traditional structure and manufacturing method, the number of feathers 1020 is usually 1016, and is limited to this number. According to a preferred embodiment of the present invention, the number of the planting cavities 101111 can be set according to requirements, and is not limited to a traditional number, which has a wider range of applications.

It is worth mentioning that if the feather 1020 is an artificial feather, the hair stem portion 1022 further includes a set of protrusions, and each of the protrusions is respectively disposed on the surface of the hair stem. Correspondingly, the planting cavity 101111 has a set of grooves, and the grooves are arranged corresponding to the set of protrusions, so that the hair stem portion 1022 of the feather 1020 is firmly fixed to the述planting cavity 101111. It is worth mentioning that the corresponding arrangement of the grooves and the protrusions is adopted, so that in the process of manufacturing the badminton head 1010, the step of injecting glue into the planting cavity 101111 is omitted, thereby improving the The production efficiency of the badminton head 1010 is described.

The feather arranging device 1011 includes a crown 10112. In some embodiments, the planting part 10111 of the badminton deployment device 1011 is connected to the crown part 10112. Preferably, the planting part 10111 and the crown part 10112 are integrally connected. In other words, the feather arranging device 1011 Manufactured by integral molding. Preferably, the crown 10112 has a spherical crown. The crown 10112 is nested in the striking device 1012.

In this embodiment of the present invention, the feather arranging device 1011 further includes a connecting portion 10113, and the connecting portion 10113 is provided between the crown portion 10112 and the planting portion 10111 to connect the inserting portion 10111. The implant part 10111 and the crown part 10112. Preferably, the connecting portion 10113 has a tubular shape and is integrally connected to the planting portion 10111 and the crown portion 10112. It is worth mentioning that the crown portion 10112 is configured as a spherical crown. When the crown portion 10112 is subjected to a striking force, the crown portion 10112 will transmit the force received to the connecting portion 10113, and then reach the connecting portion 10113. The planting part 10111, so that the crown part 10112 is not only subjected to force. The force received by the force point of the crown portion 10112 is transmitted from the force point to the entire crown portion 10112, and then from the crown portion 10112 to the connecting portion 10113, and then via the connecting portion 10113 Conducted to the planting part 10111. When the hair stem portion 1022 fixed to the planting cavity 101111 receives a force, the force received by the hair stem portion 1022 has been weakened, so the influence on the hair stem portion 1022 is reduced. .

The beating device 1012 has a receiving cavity 10121 for receiving the feather arranging device 1011. In other words, the planting portion 10111, the connecting portion 10113, and the crown portion 10112 of the feather arranging device 1011 are stored in the receiving cavity 10121 of the beating device 1012.

Further, the receiving cavity 10121 includes a limiting cavity 101211 and a crown cavity 101212. The crown cavities 101212 are arranged below the limiting cavities 101211 and communicate with each other. The shape of the limiting cavity 101211 matches the external shape of the planting portion 10111, so that when the feather arranging device 1011 is stored in the receiving cavity 10121, the feather arranging device 1011 is limited to the current position , Without unnecessary rotation. More specifically, the feather configuration device 1011 The outside is in an arc-shaped curve connecting shape. Correspondingly, the limiting cavity 101211 has an arc-shaped connecting structure, so that the limiting cavity 101211 and the feather arranging device 1011 conform to the shape. The crown cavity 101212 is used for accommodating the crown portion 10112 and the connecting portion 10113 of the feather configuration device 1011. In other words, the shape of the crown cavity 101212 matches the overall external shape of the crown 10112 and the connecting portion 10113 of the badminton arranging device 1011. Specifically, the crown 10112 is a combination of a spherical crown and an annular structure, rather than a single spherical crown.

Specifically, the beating device 1012 includes a side wall 10122, and the side wall 10122 surrounds the limiting cavity 101211. The side wall 10122 has a set of limiting grooves 101221, and the limiting grooves 101221 are disposed on the inner side of the side wall 10122. Preferably, the limiting groove 101221 corresponds to the outer shape of the planting portion 10111 of the feather arranging device 1011, so that the outside of the planting portion 10111 can be inserted into the limiting grooves 101221, thereby Therefore, the feather arranging device 1011 and the striking device 1012 will not rotate relative to each other.

The beating device 1012 includes a bottom wall 10123, and the bottom wall 10123 surrounds the crown cavity 101212. That is, the inner side of the bottom wall 10123 forms a spherical cap and an annular joint structure so as to accommodate the crown portion 10112 and the connecting portion 10113 of the feather arranging device 1011. The bottom wall 10123 is integrally connected to the side wall 10122. The outer end 101112 of the bottom wall 10123 is crowned and the inner side is columnar. The shape changes uniformly.

In other words, the outer end of the striking device 1012 has a crown shape suitable for being hit, and the side close to the feather 1020 has a cylindrical shape.

The feather arranging device 1011 further includes an identification member connected to the upper part of the feather arranging device 1011. Specifically, the identification member and the feather configuration The outer upper part of the device 1011 is connected, and further, the identification member is connected to the outer upper part of the planting part 10111.

It is worth mentioning that a clamping space is formed between the identification member and the outside of each planting portion 10111. After the side wall 10122 of the beating device 1012 is embedded in the clamping space, the identification member and each of the feather 1020 planting parts 10111 respectively generate force on the side wall 10122 of the beating device 1012. Therefore, the possibility that the feather arranging device 1011 and the striking device 1012 change relative positions is reduced.

In other words, the planting portion 10111 of the feather arranging device 1011 includes an outer end 101112, and the striking device 1012 has an annular groove 10127. When the feather arranging device 1011 is nested in the striking device 1012, When the device 1012 is installed, the outer end 101112 is overlapped with the annular groove 10127, so that the connection between the feather arranging device 1011 and the striking device 1012 is more stable. In particular, the outer end 101112 may be connected to the groove wall of the annular groove 10127 by means of bonding, so that the relative positions of the feather arrangement device 1011 and the striking device 1012 are fixed. Further, a graphic mark may be provided on the identification member to identify information related to the badminton such as a trademark and type.

In other words, the beating device 1012 includes a beating portion 10124 and a cylindrical portion 10125, the beating portion 10124 is connected to the cylindrical portion 10125, and the beating portion 10124 and the cylindrical portion 10125 The portion 10125 forms the receiving cavity 10121. Further, the striking portion 10124 has a crown shape suitable for being hit, and the cylindrical portion 10125 has a circular ring shape. According to this embodiment of the present invention, the striking portion 10124 is integrally connected to the column portion 10125, and may be formed by integral molding, such as injection molding or foaming. In another embodiment of the present invention, the striking portion 10124 is connected to the cylindrical portion 10125 through an intermediate medium, such as glue bonding, that is, the striking portion 10124 and the cylindrical The parts 10125 are manufactured separately and then glued, instead of being formed in one piece Made. Those skilled in the art should understand that the specific structure type and connection mode of the beating device 1012 are not the limitation of the present invention.

According to this embodiment of the present invention, the feather arranging device 1011 has a carrying chamber 10115 located in the middle of the feather arranging device 1011. Further, the planting part 10111, the connecting part 10113 and the crown part 10112 surround the carrying chamber 10115. That is to say, the feather configuration device 1011 is a hollow structure, so as to carry configuration components, such as coordinating the weight of the shuttlecock, such as configuring functional accessories other than the shuttlecock, such as configuring audio devices, such as configuring electronic products, Wireless signal transmission products, such as configuration signal sensors.

According to this embodiment of the present invention, the shuttlecock includes at least one connecting rib 1030 connected to the feathers 1020 around so as to stabilize the relative positions of the feathers 1020. In particular, the shuttlecock includes two connecting ribs 1030, which are connected to each feather 1020 in a parallel circle.

Referring to FIG. 5, different from the above-mentioned preferred embodiment, in this embodiment of the present invention, the beating device 1012 further includes a covering member 10126 covering the outside of the beating device 1012. Specifically, the covering member 10126 covers the side wall 10122, the striking portion 10124 and the outside. In other words, the covering member 10126 covers the outside of the striking portion 10124 and the cylindrical portion 10125.

In particular, the covering element 10126 may be a cloth covering element, a leather covering element or a plastic covering element. Those skilled in the art should understand that the type of the covering element 10126 is not the original one. Limitations of the invention.

Referring to Figures 6 and 7, the badminton and badminton head of the second preferred embodiment of the present invention. Different from the above-mentioned preferred embodiment, the badminton head 1010 includes an expansion device 1013, and the expansion device 1013 is installed in the carrying chamber 10115 of the feather arranging device 1011. Inside. Specifically, the expansion device 1013 is installed on the planting portion 10111, the crown portion 10112 and/or the connecting portion 10113 and the inner wall, so as to fix the expansion device 1013.

It is worth mentioning that the extension device 1013 can be configured as required, and can be an audio device, a wireless signal transmitting device, a signal sensor device, a signal tracking device, a counterweight device, and the like. For example, the expansion device 1013 is provided as a signal acquisition device in the ball head 1010, so that when the feather 1020 ball is used, the expansion device 1013 collects various performances of the shuttlecock, such as flight characteristics and quality. Characteristics, stability, geographic location, etc., the data collected by the expansion device 1013 can be fed back to the manufacturer, so as to facilitate the manufacturer to improve the shuttlecock.

Referring to Figures 8 to 10, a feather product according to a third preferred embodiment of the present invention. The feather product can be a sports product, such as being used for hitting or kicking, and on top of the head, so as to provide an invented way of sports. The feather product may be a decorative product, and the feathers 1020 are arranged in a predetermined shape, which is suitable for being placed in indoor environments such as homes and offices, and plays a role in decorating the environment. Those skilled in the art should understand that the use of the feather product is not a limitation of the present invention.

The feather product includes a feather configuration device 1011, a striking device 1012, and at least one feather 1020. Different from the above preferred embodiment, the planting portion 10111 of the feather arranging device 1011 has an end surface 101113, and the end surface 101113 covers the planting portion 10111. The planting cavity 101111 is arranged on the end surface 101113 according to a predetermined layout. That is to say, the layout of the planting cavity 101111 is not limited to a circular layout, and may be a predetermined layout such as a triangle, a circle, a petal shape, and a pentagonal shape.

In other words, the feather arranging device 1011 is a structure that combines a physical structure with the planting cavity 101111, so that the feathers 1020 can be arranged at any position on the end surface 101113.

It is worth mentioning that, in an embodiment of the present invention, the weight distribution of the feather product may be configured as a light-up and heavy-weight distribution structure, so that the feather product has the movement characteristics of a tumbler and is easy to place.

Referring to Figures 11 and 12, a badminton head according to a fourth preferred embodiment of the present invention. Different from the first preferred embodiment, the feather arranging device 1011 does not include the connecting portion 10113. In other words, the crown portion 10112 is directly connected to the planting portion 10111, and the intermediate transition of the connecting portion 10113 is not required. In this embodiment of the present invention, the crown portion 10112 is integrally connected to the planting portion 10111. The shape of the feather arranging device 1011 composed of the planting portion 10111 and the crown portion 10112 is adapted to the shape of the receiving cavity 10121 of the beating device 1012, so that the feather arranging device 1011 is It is stably sleeved in the beating device 1012.

It is worth mentioning that the badminton heads of the first, second, third and fourth preferred embodiments mentioned above can all be manufactured by 103D printing. According to the structure of the badminton head, the printing is performed from the inside to the outside in sequence. For example, but not limited to, the feather arranging device 1011 is printed first, and then the striking device 1012 is printed on the outer layer of the feather arranging device 1011, so as to complete the 103D printing and manufacturing process of the badminton head.

In another embodiment of the present invention, the covering member 10126 may also be printed outside the striking device 1012, that is, during the above printing, the covering member 10126 may not be printed.

Referring to Figure 13, a badminton head according to a fifth preferred embodiment of the present invention. In this embodiment of the present invention, the beating device 1012 has an outer surface 10128, and the outer surface 10128 is provided with a functional structure 101281, so as to improve the performance of the badminton head 1010. The functional structure 101281 is exemplified but not limited to concave-convex texture, prominent dot-like structure, streamline -Shaped grooves, curved protrusions, etc. The configuration of the functional structure 101281 in some shapes can be used to change the friction performance between the badminton head 1010 and the contact object, such as enhancing the friction between the racket and the badminton head 1010, so that the badminton head The strength of 1010 when hit is increased. The configuration of the functional structure 101281 of some shapes can be used to change the interaction force of the badminton head 1010 with the air when flying in space, such as a streamlined groove structure, which makes the air flow easy to flow along the surface and reduces air resistance. This helps increase the flight distance. The configuration of the functional structure 101281 in some shapes can be used to improve the flight characteristics of the badminton head 1010, for example, a spiral structure helps the head to rotate in a predetermined spiral direction.

Of course, in some embodiments, the functional structure 101281 may be a planar structure, such as a pattern, a logo, etc., so as to enhance the recognizability of the badminton head 1010.

Referring to Figures 14 and 15, a badminton head 10 and a shuttlecock according to a sixth preferred embodiment of the present invention. According to this embodiment of the present invention, the feather arranging device 1011 is provided with at least one communicating hole 10119 and the beating device 1012 is provided with at least one diversion channel 10129.

The communication hole 10119 of the feather arranging device 1011 corresponds to the guide channel 10129 of the beating device 1012, so that the gas can communicate with both sides of the badminton head 1010, so that the air flow from the badminton ball The head 1010 passes through inside. In the preferred embodiment, the airflow enters the carrying chamber 10115 through the guide channel 10129 and the connecting hole 10119. The airflow is guided to the inner side of the feather through the carrying chamber 10115, and affects the flight performance of the shuttlecock from the inner side of the feather.

More specifically, the communication hole 10119 and the guide channel 10129 communicate with the top end of the badminton head 1010 and the bottom end of the badminton head 1010, so that the airflow can pass through the feathers. The ball head 1010. That is, through the communication hole 10119 and the guide channel 10129, the air on the side of the feather arrangement device 1011 is flowed to the side of the striking device 1012.

It is worth mentioning that the arrangement of the communication hole 10119 and the diversion channel 10129 enables the air at the top of the badminton head 10 and the bottom of the badminton head to communicate with each other, so as to fly on the head In the process, the airflow passes through each of the communicating holes 10119 and the diversion channel 10129 corresponding to the communicating holes 10119, from one side of the badminton head 1010 to the other side, changing the badminton head The airflow of 1010 when flying in the air changes the interaction between the badminton head 1010 and the air. On the one hand, during the flight of the ball head in space, the air flow can flow through the outer surface of the ball head, or flow through the inside of the badminton head 1010, which increases the air circulation channels, thereby reducing the air flow. The air resistance effect of the badminton head 1010 enables the badminton head 1010 to obtain greater flight speed and flight distance; on the other hand, it can pass through the communication hole 10119 and the structure of the diversion channel 10129 The shape adjusts the interaction force between the badminton head 1010 and the airflow.

Specifically, the communication hole 10119 is provided in the crown 112 of the feather arranging device 11 and communicates with the carrying chamber 115 so as to communicate with the inner end of the badminton arranging device 11. The diversion channel 129 is arranged on the beating device 12 at a position corresponding to the crown 112. That is to say, the communication hole 119, the guide channel 129 and the carrying chamber 115 are in communication with each other, so that the two sides of the badminton head 10 are in communication. When the feather arranging device does not have the bearing chamber 115, the communication hole 119 extends to the outside of the ball head, that is, the guide channel 129 is communicated through the communication hole 119 so that the badminton ball The two sides of the head 10 are connected with gas.

In some embodiments, the communicating hole 10119 and the diversion channel 10129 may be linear holes, that is, the communicating hole 10119 and the diversion channel 10129 may be linear holes. The diameter of 10129 is the same, that is, there is no change from the top to the bottom. When the ball head moves in the space, part of the gas flows along the outer surface of the badminton head 1010, and part of the gas flows along the communication hole 10119 and the guide channel 10129, thereby forming at least two internal and external airflows. .

As shown in FIG. 16A to FIG. 16D, it is a modified embodiment of different communicating holes of the ball head according to the present invention. In some embodiments, the communication hole 10119 and the diversion channel 10129 may each have a predetermined curved structure, so as to form an air flow of a predetermined shape, so as to control the interaction force between the badminton head 1010 and the air flow. For example, the communicating hole 10119 and the diversion channel 10129 may have a spiral structure, and when the airflow passes through the communicating hole 119 and the diversion channel 129, it flows spirally, thereby causing damage to the badminton head 1010. Spiral force, which can be matched with the arrangement direction of the feathers 1020 and the spiral movement of the shuttlecock during the movement, so that the shuttlecock obtains a greater force for rotating forward movement.

The communication hole 10119 and the guide channel 10129 may gradually increase from the top end to the bottom end or gradually decrease from the top end to the bottom end, so as to provide different airflow forces. Specifically, the diversion channel 10129 and the communicating hole 10119 communicate with the bottom end of the diversion channel 10129. The diversion channel 10129 gradually increases from the top end to the bottom end. It is worth mentioning that the diversion channel 10129 gradually decreases from the top end to the bottom end to increase the resistance of the airflow to the shuttlecock, thereby reducing the flying speed of the shuttlecock. Those skilled in the art should understand that the shapes of the communication hole 10119 and the diversion channel 10129 in the figure are only used as an example to illustrate the manner in which the communication hole 10119 and the diversion channel 10129 can be implemented, and It is not a limitation of the present invention.

The arrangement of the communication hole 10119 and/or the diversion channel 10129 can also be used to adjust the weight of the badminton head 1010. When the mass of the badminton head 1010 exceeds a predetermined range, the communication can be set The hole 10119 and/or the diversion channel 10129 reduces the communication hole 10119 and the weight of the corresponding area of the diversion channel 10129, so that the weight of the badminton head 1010 meets the predetermined range.

The communicating hole 10119 and/or the diversion channel 10129 may be a curved channel that changes along the entire outer shape of the badminton head, so that the flow along the through hole 10119 and/or the diversion channel 10129 The airflow path of is relatively consistent with the airflow path flowing along the outside of the badminton head 1010. For example, a curved structure in which a straight line and an arc are formed is adapted to the overall cylindrical and crowned structure feature of the badminton head 1010.

The number of the communication holes 10119 and the number of the diversion channels 10129 can be one, two or more than three. The layout positions of the communication holes 10119 and the diversion channels 10129 can be set according to requirements, such as uniformly Distributed or non-uniformly distributed, for example, set at a predetermined position to adjust the force in a predetermined direction. Those skilled in the art should understand that the number and position of the communicating holes 10119 and the diversion channels 10129 are not the original Limitations of the invention.

Referring to Fig. 17, according to the above-mentioned preferred embodiment of the present invention, the present invention provides a ball head manufacturing method 101000, which includes the steps: 101100: injection molding a feather arrangement device 1011 with at least one planting cavity 101111; and 101200: attaching The feather arranging device 1011 forms a beating device 1012 at a time.

The manufacturing method 101000 may further include step 101300: covering the beating device 1012 with a covering member 10126.

The manufacturing method 101000 may further include step 101400: fixing an identification member to the outer end 101112 of the feather arranging device 1011.

The feather arranging device in the step 101100 may be an integral molding method such as injection molding, compression molding, and molding process. That is to say, the methods of forming a feather arranging device 1011 with at least one planting cavity 101111 include injection molding, molding, molding, and the like.

Furthermore, in the step 101100, each of the planting cavities 101111 has a circular layout, with a predetermined spacing, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity 101111 has a quadrilateral structure.

In the step 101200, the one-time molding of the beating device 1012 may be foam molding. In other words, the beating device 1012 is foam-molded by attaching the outer wall of the feather arranging device 1011 and the mold.

The one-shot molding method of the beating device 1012 can also be injection molding or molding. For example, the beating device 1012 is formed by injection or molding alone, and then the feathers are configured with the device 1011 and the beating device 1012. The connection is fixed. Or based on the feather arranging device 1011, injection or molding around the feather arranging device 1022 is used to form the striking device 1012. The material of the beating device 1012 can be resin or plastic, and the beating device 1012 can also be made of wood chips.

The covering method of step 101300 may be an adhesive method or a socket method. The covering member 10126 can be cloth or leather products.

Referring to Figure 18, according to the above preferred embodiment of the present invention, the present invention provides another ball head manufacturing method 102000, which includes the steps: 102100: injection molding a feather arrangement device 1011 with at least one planting cavity 101111; 102200: once A beating device 1012 with a receiving cavity 10121 is formed; and 102300: the feather arranging device 1011 is nested in the beating device 1012.

The manufacturing method 102000 may further include step 102400: covering the beating device 1012 with a covering member 10126.

The manufacturing method 102000 may further include step 102500: fixing an identification member to the outer end 101112 of the feather arranging device 1011.

The feather arranging device in the step 102100 may be an integral molding method such as injection molding, compression molding, and molding.

Furthermore, in the step 102100, each of the planting cavities 101111 has a circular layout, with a predetermined spacing, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity 101111 has a quadrilateral structure.

In the step 102200, the one-shot molding method of the beating device 1012 is a foam molding method through a mold.

In the step 102300, the nesting method may be a direct plug-in method or an adhesive method. The covering member 10126 may be a cloth or leather product.

Referring to Figure 19, according to the above preferred embodiment of the present invention, the present invention provides another ball head manufacturing method 103000, which includes the steps: 103100: injection molding a feather arranging device 1011 with at least one planting cavity 101111; 103200: once A cylinder portion 10125 is formed, and a beating portion 10124 is formed, and the cylinder portion 10125 and the beating portion 10124 are connected to form a beating device 1012 having a receiving cavity 10121; and 103300: disposing the feathers The device 1011 is nested in the beating device 1012.

The manufacturing method 103000 may further include step 103400: covering the beating device 1012 with a covering member 10126.

The manufacturing method 103000 may further include step 103500: fixing an identification member to the outer end 101112 of the feather arranging device 1011.

The feather arranging device in step 103100 may be an integral molding method such as injection molding, compression molding, and molding process.

Furthermore, in the step 103100, each of the planting cavities 101111 has a circular layout with a predetermined distance, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity 101111 has a quadrilateral structure.

In the step 103200, the column has a ring structure and is formed by injection molding or foam molding. The striking part 10124 is a spherical cap structure and is formed at one time by means of foam molding. The method of connecting the column portion 10125 and the striking portion 10124 may be an adhesive method.

The coating method of step 103400 may be an adhesive method or a socket method. The covering member 10126 may be a cloth or leather product or the like.

Furthermore, the present invention provides a method for manufacturing a shuttlecock. The method for manufacturing the shuttlecock can be performed on the basis of the method for manufacturing the head. Specifically, in the above-mentioned ball head manufacturing methods 101000, 2000, and 103000, steps are respectively added: planting at least one feather 1020 in the planting cavity 101111.

The present invention provides another method for manufacturing a badminton head, which includes the steps of: 3D printing a badminton head.

Further, the method for manufacturing a badminton head includes the steps of: 3D printing a feather configuration device; and A 3D printing and hitting device is attached to the feather configuration device.

As shown in FIG. 20 to FIG. 23, it is a badminton head 2010 and a shuttlecock according to a seventh embodiment of the present invention. The badminton includes a badminton head 2010 and at least one feather 2020, and the feather 2020 is installed with the badminton head 2010. In particular, the shuttlecock includes a set of feathers 2020, and each of the feathers 2020 is installed on the badminton head 2010 in a predetermined layout to form a tapered structure.

The badminton head 2010 includes a feather arranging device 2011 and a hitting device 2012, and the feather arranging device 2011 is at least partially sleeved on the hitting device 2012. In other words, the beating device 2012 covers at least a part of the outer portion of the feather arranging device 2011, thereby forming an inner and outer sleeve structure. In particular, the feather arranging device 2011 is nested in the beating device 2012. That is to say, at least a part of the feather arranging device 2011 and the part where the beating device 2012 is connected form a mutually complementary structure, so as to be more stably connected. Each of the feathers 2020 is attached to the feather arrangement device 2011.

The feather 2020 includes a hairy leaf part 2021 and a hairy stalk part 2022, and the hairy stalk part 2022 is formed by extending the hairy leaf part 2021. It is worth mentioning that the feather 2020 may be a natural feather 2020 or an artificial feather 2020. Preferably, the feather 2020 is a natural feather 2020. Preferably, the hair stem portion 2022 of the feather 2020 is inserted into the feather arrangement device 2011. Preferably, after the hair stem portion 2022 of the feather 2020 is inserted into the feather arranging device 2011, each of the feathers 2020 is set with a preset eccentric angle.

It is worth mentioning that, in an embodiment of the present invention, the feather arrangement device 2011 is adhesively fixed to the beating device 2012 through a connecting medium. For example, it can be fixed by glue. In an embodiment of the present invention, the feather arranging device 2011 is directly nested in the beating device 2012. In an embodiment of the present creation, the beating device 2012 is attached to the outside of the feather arranging device 2011 by being attached to the feather arranging device 2011 to form a shape. Those skilled in the art should understand that the specific connection manner of the feather arranging device 2011 and the striking device 2012 is not a limitation of the present invention.

The feather arrangement device 2011 includes a hair planting frame 20111 and an inner head 20112, and the hair planting frame 20111 is used for planting the feathers 2020. Further, the hair stem portion 2022 of the feather 2020 is installed on the hair transplanting frame 20111, so that the feather 2020 is fixed to the badminton head 2010. The hair transplanting frame 20111 extends outward from the inner head 20112. The inner head 20112 is embedded in the beating device 2012. In other words, the tufting frame 20111 protrudes from the beating device 2012, thereby reducing the length requirement of the feather 2020. That is, the shorter feather 2020 can meet the overall length requirement.

It is worth mentioning that, in order to ensure flight performance and meet predetermined requirements, the end of the feather to the end of the badminton head 2010 needs to meet a predetermined length requirement. In traditional badminton, the feather is Planted in the cork head, that is to say, the part of the feather 2020 is hidden inside the cork head, and the exposed part needs to meet the predetermined length requirement. Therefore, as a whole, the required length of the feather 2020 Longer. According to the present invention, the hair planting frame 20111 protrudes from the striking device 2012 and extends outward, so that the overall length of the outside becomes the sum of the length of the extended hair planting frame 20111 and the length of the feathers 2020. This overall length can meet the predetermined requirements. Therefore, to a large extent, the requirement for the length of the feathers 2020 is reduced, and the length of the feathers 2020 can be changed by adjusting the extension length of the tufting frame 20111. demand. Therefore, the range of options for the feather 2020 is expanded, and the cost of the shuttlecock is reduced.

Further, in this embodiment of the present invention, the hair planting frame 20111 is integrally connected to the inner head 20112. For example, it is formed by integral molding of the mold.

The hair planting frame 20111 has at least one planting cavity 201111, and the feathers 2020 are installed on the planting frame 20111 by being planted in the planting cavity 201111, so that the feathers 2020 are fixed to the feathers. Configure the device 2011. Further, the hair stem portion 2022 of the feather 2020 is planted in the planting cavity 201111.

According to this embodiment of the present invention, the hair transplanting frame 20111 includes a plurality of the transplanting cavities 201111, and each of the planting cavities 201111 is arranged in the hair transplanting frame 20111 according to a predetermined layout, for example, arranged in a circular ring. In the tufting frame 20111, when the feathers 2020 are planted on the tufting frame 20111, a hollow structure of the shuttlecock is formed. In other embodiments of the present creation, the planting cavity 201111 may be arranged in other shapes, such as triangles, quadrangles, polygons, and spirals. Those skilled in the art should understand that the planting cavity 201111 The layout shape of is not a limitation of the present invention.

The planting cavity 201111 has an insertion opening 2011111 for inserting the feather 2020 into the planting cavity 201111. In particular, the insertion opening 2011111 has a quadrilateral structure so as to adapt to the shape of the hair stem portion 2022 of the feather 2020. In some embodiments of the present creation, the insertion port 2011111 has a rhombus shape.

Referring to FIG. 23, the planting cavity 201111 has a bottom 2011112, and the bottom 2011112 is tapered. The shape of the bottom 2011112 of the planting cavity 201111 matches the end of the hair stem portion 2022 of the feather 2020, so that the feather 2020 can be firmly and stably planted in the planting cavity 201111. In the process of manufacturing the shuttlecock, first pour glue into the planting cavity In 201111, the hair stem portion 2022 of the feather 2020 is then inserted into the planting cavity 201111, and reaches the bottom 2011112 of the planting cavity 201111, and the glue is applied to the hair of the feather 2020 The stalk portion 2022 overflows along the inner wall of the stalk portion 2022 and the planting cavity 201111 under the squeezing action of the stalk portion 2022, so that the stalk portion 2022 of the feather 2020 is fully wrapped by the glue, As a result, the bonding area between the hair stem portion 2022 and the planting cavity 201111 is increased, the connection between the hair stem portion 2022 and the hair transplant frame 20111 is stronger, and the stability of the hair stem portion 2022 is increased. This is completely different from the traditional manufacturing process. In the traditional way, usually after the feather 2020 is inserted into the planting cavity 2011111, glue is applied on the surface, so there is a small connection area and a large difference in hardness. According to this embodiment of the present creation, the glue is applied before planting and is applied in the planting cavity 201111. Through the effect of squeezing, the glue and the hair stem can be made Full contact with 2022 increases the area covered by the glue, and the hair stem portion 2022 of the feather 2020 is upwards, and the whole is covered by glue. Therefore, the hardness of the hair stem portion 2022 is relatively consistent, which increases the resistance of the feather 2020 to hitting. performance. That is to say, the phenomenon that the feather 2020 breaks at the connecting position of the hair stem part 2022 and the hair leaf part 2021 is reduced.

Preferably, the cross-sectional shape of the planting cavity 201111 is quadrilateral so as to match the shape of the hair stem portion 2022, such as a rectangle, a square, and a rhombus. It is worth mentioning that the cross-sectional shape of the planting cavity 201111 may be a regular quadrilateral shape, an irregular quadrilateral shape, or other shapes, such as circles and polygons. Those skilled in the art should It is understood that the cross-sectional shape of the planting cavity 201111 is not a limitation of the present invention. It is worth mentioning that the shape of the planting cavity 201111 matches the shape of the hair stem portion 2022, so that the hair stem portion 2022 is inserted into the planting cavity 201111 more stably, and the feathers are improved. 2020's connection stability. In other words, the overall shape of the planting cavity 201111 is a square shape and a cone shape, which is suitable for the feathers. The shape of the hair stem of 2020 changes, so that the feather 2020 is better fixed to the planting cavity 201111.

Further, referring to Fig. 22, the planting cavity 201111 has a certain eccentric angle, so that the hair stem portion 2022 is inserted into the planting cavity 201111 at a certain deflection angle. That is to say, there is a predetermined angle between two adjacent planting cavities 201111, so that when the feathers 2020 are planted in the planting cavities 201111, there is a predetermined angle between the two adjacent feathers 2020. The deflection angle β is to ensure the stable rotation of the shuttlecock during flight. According to this embodiment of the present invention, the tufting frame 20111 is nested in the hitting device 2012, that is, when the shuttlecock is used, the hitting device 2012 is hit, and then the feather arranging device 2011 and the feather 2020 cooperate with the striking device 2012 to move.

The planting cavity 201111 has a predetermined inclination angle α, so that a cone space is formed inside the shuttlecock. That is, there is the inclination angle α between the extending direction of the planting cavity and the central axis of the shuttlecock.

Preferably, the end point of the bottom 2011112 of the planting cavity 201111 is located on the central axis of the planting cavity 201111. In other words, the planting cavity 201111 may have a symmetrical structure with respect to the central axis. Further, the extension line of the central axis of each planting cavity 201111 intersects at one point. In other words, the planting cavity 201111 extends obliquely along the longitudinal direction of the feather arranging device 2011, so that when the hair stem portion 2022 of the feather 2020 is inserted into the planting cavity 201111, the feather 2020 It extends obliquely along the direction of the planting cavity 201111 to form a tapered opening.

Preferably, each of the insertion openings 2011111 is evenly arranged on the hair transplanting frame 20111, so that the feathers 2020 are evenly arranged. That is to say, the intervals between the insertion openings 2011111 are equal, and according to an embodiment of the present invention, the insertion openings 2011111 are arranged according to a predetermined number The amount is arranged at a predetermined interval, so that the feathers 2020 are arranged in a predetermined manner. It is worth mentioning that the number of the insertion ports 2011111 corresponds to the number of the feathers 2020, and the number of the feathers 2020 affects the density of the feathers 2020, thereby affecting the flight performance of the shuttlecock. . In the traditional way, limited to the traditional structure and manufacturing method, the number of feathers 2020 is usually 16 and is limited to this number. According to a preferred embodiment of the present invention, the number of planting cavities 201111 can be set according to requirements, and is not limited to a traditional number, which has a wider range of applications.

It is worth mentioning that if the feather 2020 is an artificial feather, the hair stem portion 2022 further includes a set of protrusions, and each of the protrusions is respectively disposed on the surface of the hair stem portion 2022. Correspondingly, the planting cavity 201111 has a set of grooves, and the grooves are arranged corresponding to the set of protrusions, so that the hair stem portion 2022 of the feather 2020 is firmly fixed to the The planting cavity 201111 is described. It is worth mentioning that the corresponding arrangement of the grooves and the protrusions is adopted, so that in the process of manufacturing the badminton head 2010, the step of injecting glue into the planting cavity 201111 is omitted, thereby improving the The production efficiency of badminton head 2010 is described.

The tufting frame 20111 includes at least one tufting rod 201112, and the transplanting cavity is arranged on the tufting rod 201112 so as to facilitate the insertion of the feathers on the tufting rod 201112. Further, the hair planting frame 20111 includes a plurality of the hair planting rods 201112, which are arranged radially, so that when the feathers are planted on the hair planting rods 201112, an internal hollow structure is formed, which conforms to the basic structure of a shuttlecock. In some embodiments, the number of the planting rods 201112 corresponds to the number of the feathers. That is to say, the number of the tufting rods 201112 can be set according to the expected number of the feathers.

Further, the tufting rods 201112 are arranged at equal intervals so that when the feathers are installed and the tufting rods 201112 are equally spaced. In other words, between each of the hair transplanting rods 201112 has There is a gap, so that the outside and inside of each tufting rod 201112 are connected, which is beneficial to the flight process of the badminton and reduces air resistance. Of course, in some embodiments, each of the hair transplanting rods 201112 can be connected to each other to form a surrounding wall to isolate the outside from the inside. Those skilled in the art should understand that the specific shape of the hair transplanting rods 201112 is different. It is not a limitation of the present invention.

The hair transplanting rod 201112 includes an extension portion 2011121 and a hair transplanting tube 2011122. The extension portion 2011121 extends outward from the inner head 20112, and the hair transplant tube 2011122 is connected to the extension portion 2011121. The hair transplanting tube 2011122 forms the transplanting cavity 201111. In other words, the extension portion 2011121 replaces the part of the feather 2020 that needs to be connected to the badminton head 2010, thereby reducing the length of the feather 2020. The required length of the feather 2020 can be adjusted by setting the length of the extension portion 2011121.

The hair transplanting frame 20111 includes at least one connecting rib 201113, which is connected to the hair transplanting rod 201112 around the connecting rib 201113, so as to enhance the structural strength of the hair transplanting frame 20111. Further, in some embodiments of the present invention, the hair transplanting frame 20111 includes at least two connecting ribs 201113, one of the connecting ribs 201113 is disposed on the extension portion 20121 of the hair transplanting rod 201112, and the other connecting The ribs 201113 are arranged on the hair transplanting tube 2011122 of the hair transplanting rod 201112, so as to strengthen the different structural weak points of the hair transplanting rod 201112. For example, the connecting position of the extension part 20121 and the hair transplanting tube 2011122 is a different structural connection point, which is a structural weakness, and the connecting rib 201113 is arranged at the connecting position of the extension part 20121 and the hair transplanting tube 2011122, thereby Strengthen structural weaknesses. For example, the feather 2020 is inserted into the hair transplanting tube 2011122 through the insertion port 2011111, the hair transplanting tubes 2011122 are separated from each other, the connecting port position of the hair transplanting tube 2011122 is a structural weakness, and the connecting ribs 201113 are set At the corresponding position of the connecting port of the hair transplanting tube 2011122, the separated hair transplanting tubes 2011122 are connected to each other, thereby enhancing the structural strength. Therefore, by strengthening at different positions, when the shuttlecock is subjected to a relatively large impact force, it is not easy to cause problems at the weak point of the structure, and the use performance of the shuttlecock is ensured.

It is worth mentioning that the tufting rod 201112 and the connecting rib 201113 can be manufactured in an integrated manner, that is, the connecting rib 201113 and the tufting rod 201112 are integrally connected.

In this way, on the one hand, the shorter feathers 2020 can also be used to manufacture the shuttlecock, thereby reducing the cost of the shuttlecock; on the other hand, the cones of the feathers 2020 are made uniform, thereby Therefore, the shuttlecock has a good consistency; on the other hand, there is no need to perform a thread winding operation between each feather 2020 of the shuttlecock, so that the production efficiency of the shuttlecock can be improved.

On the one hand, the structure provided by the shuttlecock enables shorter feathers to be used; on the other hand, the fixing between each feather 2020 is completed by the tufting frame 20111, that is, it does not need to be used in a traditional way. It is directly fixed to the cork head, and the shuttlecock does not require a traditional shuttlecock to fix the position between each feather 2020 by entanglement, so that the degree of manual participation and production cost of the shuttlecock in the manufacturing process are reduced. And to ensure the consistency between each shuttlecock.

Referring to FIG. 21 and FIG. 23, the inner head 20112 of the feather arrangement device 2011 includes a crown portion 201121 and a connecting portion 201122, and the crown portion 201121 is connected to the connecting portion 201122. The connecting portion 201122 is connected to the hair transplanting frame 20111. In other words, the connecting portion 201122 is arranged between the crown portion 201121 and the hair transplanting frame 20111 to connect the hair transplanting frame 20111 and the crown 201121. Preferably, the connecting portion 201122 has a columnar shape and is integrally connected to the hair transplanting frame 20111 and the crown portion 201121. It’s worth mentioning that the crown 201121 is set It is a spherical crown. When the crown portion 201121 is subjected to a hitting force, the force received by the crown portion 201121 will be transmitted to the connecting portion 201122, and then reach the planting portion, so that it is not only the The crown 201121 is subjected to force. The force received by the force point of the crown portion 201121 is transmitted from the force point to the entire crown portion 201121, and then from the crown portion 201121 to the connecting portion 201122, and then via the connecting portion 201122 Conducted to the hair transplanting frame 20111. When the hair stem portion 2022 fixed to the planting cavity receives a force, the force received by the hair stem portion has been weakened, so the influence on the hair stem portion 2022 is reduced.

The beating device 2012 has a receiving cavity 20121 for receiving the inner head 20112 of the feather arranging device 2011. In other words, the inner head 20112 of the feather arranging device is hidden in the receiving cavity 20121, and the hair transplanting frame 20111 protrudes from the receiving cavity 20121. More specifically, the crown portion 201121 and the connecting portion 201122 are accommodated in the accommodation cavity 20121 of the beating device 2012.

Further, the shape of the receiving cavity 20121 is consistent with the shape of the inner head 20112, so that the inner head 20112 is stably received in the receiving cavity 20121. For example, when the inner head 20112 is formed by the cylindrical connecting portion 201122 and the spherical crown portion 201121, correspondingly, the receiving cavity 20121 is formed by an annular cavity and a coronal cavity, so as to cooperate with each other. The shape of the connecting portion 201122 and the crown portion 201121.

Further, the part of the striking device 2012 close to the feather 2020 is columnar, and the part far away from the feather 2020 has a crown shape, which is suitable for being hit.

Specifically, the beating device 2012 includes a beating portion 20124 and a cylindrical portion 20125, the beating portion 20124 is connected to the cylindrical portion 20125, and the beating portion 20124 and the cylindrical portion 20125 20125 forms the receiving cavity 20121. Further, the striking part 20124 is a ball crown, suitable for Upon being hit, the cylindrical portion 20125 has a circular ring shape. According to this embodiment of the present invention, the striking portion 20124 is integrally connected to the column portion 20125, and may be formed by integral molding, such as injection molding or foaming. In another embodiment of the present invention, the striking part 20124 is connected to the column part 20125 through an intermediate medium, such as by glue bonding, that is, the striking part 20124 and the column The parts 20125 can be manufactured separately and then bonded instead of being manufactured in an integral manner. Those skilled in the art should understand that the specific structure type and connection mode of the beating device 2012 are not limited by the present invention.

Referring to Figure 24, according to a modified embodiment of the seventh embodiment of the present invention, different from the above-mentioned embodiment, in this embodiment of the present invention, the beating device 2012 further includes a covering member 20126, Wrapped on the outside of the beating device 2012. Specifically, the covering member 20126 covers the side wall 20122 and the striking portion 20124 and the outside. In other words, the covering member 20126 covers the outside of the striking portion 20124 and the cylindrical portion 20125.

In particular, the covering member 20126 may be a cloth covering member, a leather covering member or a plastic covering member. Those skilled in the art should understand that the type of the covering member 20126 is not the original one. Limitations of the invention.

As shown in Figure 25, it is another modified embodiment of the badminton head according to the seventh embodiment of the present invention. In this embodiment, the inner head 20112 of the feather arranging device 2011 and the The beating device 2012 constitutes a limiting structure 2014 to limit the relative position of the feather arranging device 2011 and the beating device 2012. For example, through the limiting structure 2014, it is easier to locate and install the feather arranging device and the striking device; for example, through the limiting structure 2014, the feather arranging device 2011 and the striking device 2012 are After being installed, the relative position is not easy to change, and it is stable in use.

Specifically, in this embodiment of the present invention, the outer portion of the connecting portion 201122 of the inner head 20112 forms a plurality of undulating curved surfaces, and accordingly, the edge of the receiving cavity 20121 of the beating device 2012 is formed The multiple undulating curved surfaces adapt to the change of the outer surface of the connecting portion 201122. In other words, the undulating surface outside the connecting portion 201122 of the inner head 20112 and the undulating curved space of the receiving cavity 20121 of the striking device 2012 constitute the limiting structure 2014.

The receiving cavity 20121 is composed of a limiting cavity 201211 and a crown cavity 201212, and the limiting cavity 201211 and the crown cavity 201212 are in communication with each other. The limiting cavity 201211 corresponds to the connecting portion 201122, and the crown cavity 201212 corresponds to the crown portion 201121 of the inner head 20112. In other words, the limiting cavity 201211 forms an undulating curved surface structure, and the crown cavity 201212 forms a spherical coronal structure. Specifically, the crown cavity 201212 may be a conventional spherical cap structure, or a structure in which a spherical cap and an annular ring are connected.

Further, the curved surfaces are connected in a semi-conical shape, so as to limit the relative position of the inner head 20112 and the striking device 2012 in the vertical direction. In other words, the diameter of the connecting portion 201122 gradually decreases from top to bottom, and the inner diameter of the limiting cavity 201211 gradually decreases from top to bottom.

It is worth mentioning that in this embodiment of the present creation and the accompanying drawings, the matching structure of the arc-shaped curved surface is used as the limiting structure 2014 for exemplification. In other implementations of the present invention, the inner head 20112 and The limiting mechanism 2014 formed by the beating device 2012 can also be implemented in other ways, such as a concave-convex prismatic structure extending in a vertical direction, such as a stepped structure arranged in a lateral direction. Those skilled in the art should understand that the specific shape of the limiting structure 2014 formed by the feather arranging device 2011 and the striking device 2012 is not a limitation of the present invention.

As shown in Figures 26 and 27, it is a shuttlecock according to the eighth embodiment of the present invention. According to this embodiment of the present invention, the feather arranging device 2011 has a carrying chamber 20115 located in the middle of the feather arranging device 2011. Further, the hair transplanting frame 20111, the connecting portion 20113 and the crown portion 20112 surround the carrying chamber 20115. That is to say, the feather configuration device 2011 is a hollow structure, so as to carry configuration components, such as coordinate configuration of the weight of the shuttlecock, such as configuration of functional accessories other than the shuttlecock, such as configuration of audio devices, such as configuration of electronic products, such as configuration Wireless signal transmission products, such as configuration signal sensors.

Further, the badminton head 2010 includes an expansion device 2013, and the expansion device 2013 is installed in the carrying chamber 20115 of the feather arranging device 2011. Specifically, the expansion device 2013 is installed on the inner wall of the inner head 20112 to facilitate fixing the expansion device 2013.

It is worth mentioning that the extension device 2013 can be configured as required, and can be an audio device, a wireless signal transmitting device, a signal sensor device, a signal tracking device, a counterweight device, and the like. For example, the expansion device 2013 is provided as a signal acquisition device in the badminton head 2010, so that when the shuttlecock is used, the expansion device 2013 collects various properties of the shuttlecock, such as flight characteristics and quality characteristics. , Stability, geographic location, etc., the data collected by the expansion device 2013 can be fed back to the manufacturer, so that it is convenient for the manufacturer to improve the shuttlecock.

As shown in Figs. 28 and 29, they are schematic diagrams of a shuttlecock according to a ninth embodiment of the present invention. In this embodiment, the inner head 20112 of the feather arranging device and the striking device 2012 form an insertion groove 201123, and the hair transplanting frame 20111 is installed in the insertion groove 201123. In other words, the hair transplanting frame 20111 is detachably connected to the ball head assembly formed by the inner head 20112 and the striking device.

Specifically, the hair planting frame 20111 includes an insertion end 201114, which is suitable for insertion into the insertion groove 201123. The insertion groove 201123 may be an annular structure, and the insertion end 201114 may be an annular wall. The hair planting rod 201112 extends radially outward from the plug end 201114.

The hair planting frame 20111 may further include a bottom surface 201115, the plug end 201114 extends from the bottom surface 201115 to a side away from the bottom surface 201115, and the hair planting rod 201112 is away from the other side of the bottom surface 201115 One side of the bottom surface 201115 extends. Specifically, the bottom surface 201115 may have a circular structure, so as to adapt to the tapered radiating structure of the tuft rod 201112.

As shown in Fig. 30, it is a schematic diagram of a badminton head according to a tenth embodiment of the present invention. The inner head 20112 includes a crown portion 201121, and the crown portion 201121 is connected to the hair transplant frame 20111. Preferably, the hair transplanting frame 20111 and the crown portion 201121 are integrally connected. In other words, the feather arranging device 2011 is manufactured by integral molding, forming two parts of the hair transplanting frame 20111 and the crown portion 201121. The crown 201121 is received in the receiving cavity 20121 of the beating device 2012.

In other words, in this embodiment of the present invention, the inner head 20112 does not include the connecting portion 201122.

The striking device 2012 may not include the cylindrical portion 20124, that is, the striking device 2012 only includes the striking portion 20124 of the crown of the ball.

Referring to Fig. 31, a badminton head according to an eleventh embodiment of the present invention. In this embodiment of the present invention, the beating device 2012 has an outer surface 20128, and the outer surface 20128 is provided with a functional structure 201281, so as to improve the performance of the badminton head 2010. The functional structure 201281 is exemplified but not limited to concave and convex textures, protruding dot structures, streamlined grooves, curved convexities, and the like. The setting of the functional structure 201281 of some shapes can be used to change the feather The friction performance between the hairball head 2010 and the contact object, for example, enhances the friction between the racket and the badminton head 2010, so that the badminton head 2010 is more forceful when it is hit. In other words, the outer surface 20128 of the beating device 2012 is not a smooth curved surface.

The configuration of the functional structure 201281 of some shapes can be used to change the interaction force of the badminton head 2010 with the air when flying in space. For example, the streamlined groove structure makes the air flow easy to flow along the surface and reduces the air resistance. This helps increase the flight distance. The configuration of the functional structure 201281 of some shapes can be used to improve the flight characteristics of the badminton head 2010, for example, a spiral structure helps the head to rotate in a predetermined spiral direction. The functional structure 201281 may be integrally formed when the beating device 2012 is formed. At this time, the covering member 20126 may not be provided outside the beating device 2012.

However, in some embodiments, the functional structure 201281 may be a planar structure, such as a pattern, a logo, etc., so as to enhance the recognizability of the badminton head 2010.

Referring to Fig. 32, a badminton head according to a twelfth embodiment of the present invention. According to this embodiment of the present invention, the feather arranging device 2011 is provided with at least one communicating hole 20119, and the beating device 2012 is provided with at least one diversion channel 20129. The communication hole 20119 of the feather configuration device 2011 corresponds to the setting position of the guide channel 20129 of the beating device 2012, so that the gas can communicate with both sides of the badminton head 2010, so that the airflow can flow from the badminton head 2010. The badminton head 2010 goes through inside. More specifically, each of the communication holes 20119 and each of the diversion channels 20129 communicates the top end of the badminton head 2010 and the bottom end of the badminton head 2010, so that the airflow passes through the badminton ball substantially longitudinally Head 2010. That is to say, the communicating hole 20119 communicates with the diversion channel 20129, the air on the side of the feather arrangement device 2011 and the air on the side of the striking device 2012.

It is worth mentioning that each of the communicating holes 20119 communicates with the arrangement of the diversion channel 20129, so that the top air of the badminton head 2010 and the bottom end of the badminton head 2010 communicate with each other, so that the badminton ball During the flight of the head 2010, the airflow passes through each of the communication holes 20119 and the guide channel 20129, from one side of the badminton head 2010 to the other side, changing the badminton head 2010 when flying in the air. The airflow changes the interaction between the badminton head 2010 and the air. On the one hand, during the flight of the ball head in space, the air flow can flow through the outer surface of the ball head, or flow through the inside of the badminton head 2010, which increases the air flow channel, thereby reducing the air flow. The air resistance effect of the badminton head 2010 enables the badminton head 2010 to obtain greater flight speed and flight distance; on the other hand, it can pass through the structural shape of the communicating hole 20119 and the diversion channel 20129 , Adjust the interaction force between the badminton head 2010 and the airflow.

Specifically, the inner head 20112 of the feather configuration device 2011 is provided with the communicating hole 20119 and the position corresponding to the beating device 2012 is provided with the diversion channel 20129, and the communicating hole 20119 is connected to the diversion channel 20129 , So that the inner head 20112 and the beating device 2012 constituted by the ball head assembly on both sides of the internal gas communication. That is, the communicating hole 20119 penetrates the crown portion 201121 and the connecting portion 201122, the diversion channel 20129 penetrates the beating device 2012, and the communicating hole 20119 is connected to the diversion channel 20129 through.

Figure 33 is a schematic view of the air flow formed by the shuttlecock according to the twelfth embodiment of the present invention. In some embodiments, the communicating hole 20119 communicates with the diversion channel 20129 in a linear hole, that is to say, the diameter of the communicating hole 20119 and the diversion channel 20129 are the same, that is, the top There is no change to the bottom. When the ball head moves in the space, part of the gas flows along the outer surface of the badminton head 2010, and part of the gas flows along the communicating hole 20119 and the guide channel 20129, thereby forming at least two internal and external airflows . The communicating hole 20119 and the guiding flow The channel 20129 provides an internal air flow path, and the outer surface of the badminton head 2010 provides an external air flow path.

As shown in 34A to 34D, they are modified embodiments of different communicating holes of the ball head according to the present invention. In some embodiments, the communication hole 20119 connecting the diversion channel 20129 may have a predetermined curved structure to form an air flow of a predetermined shape to control the interaction force between the badminton head 2010 and the air flow. For example, the communicating hole 20119 and the guide channel 20129 may be in a spiral structure. When the airflow passes through the communicating hole 20119 and the guide channel 20129, it flows in a spiral manner, thereby causing the badminton head 2010 Spiral force, which can be matched with the arrangement direction of the feathers 2020 and the spiral movement of the shuttlecock during the movement, so that the shuttlecock obtains a greater force for rotating forward movement.

The communication hole 20119 and the guide channel 20129 may gradually increase from top to bottom or gradually decrease from top to bottom, so as to provide different airflow forces. Specifically, the diversion channel 20129 and the communication hole 20119 are connected to the bottom end of the diversion channel 20129. The diversion channel 20129 gradually increases from the top end to the bottom end. It is worth mentioning that the diversion channel 20129 gradually decreases from the top end to the bottom end to increase the resistance of the airflow to the shuttlecock, thereby reducing the flying speed of the shuttlecock. Those skilled in the art should understand that the shapes of the communication hole 20119 and the diversion channel 20129 in the figure are only used as examples to illustrate the manner in which the communication hole 20119 and the diversion channel 20129 can be implemented, and It is not a limitation of the present invention.

The arrangement of the communicating hole 20119 and/or the diversion channel 20129 can also be used to adjust the weight of the badminton head 2010. When the mass of the badminton head exceeds a predetermined range, the communicating hole can be set 20119 and/or the diversion channel 20129, reducing the communication holes 20119 and/ Or the weight of the area corresponding to the diversion channel 20129, so that the weight of the badminton head meets the predetermined range.

The communicating hole 20119 and/or the diversion channel 20129 may be a curved channel that changes along the entire outer shape of the badminton head, so that the flow along the through hole 20119 and/or the diversion channel 20129 The airflow path of is relatively consistent with the airflow path flowing along the outside of the badminton head 2010. For example, a curved structure in which a straight line and an arc are formed is adapted to the overall cylindrical and crowned structure feature of the badminton head 2010.

The number of the communication holes 20119 and the number of the diversion channels 129 can be one, two or more than three. The layout positions of the communication holes 20119 and the diversion channels 20129 can be set according to requirements, such as uniformly Distributed or non-uniformly, for example, set at a predetermined position to adjust the force in a predetermined direction. Those skilled in the art should understand that the number and position of the communicating holes 20119 and the diversion channels 129 are not the original Limitations of the invention.

It is worth mentioning that the badminton heads of the first, second, third, fourth, fifth and sixth embodiments mentioned above can all be manufactured by 203D printing. According to the structure of the badminton head, the printing is performed from the inside to the outside in sequence. For example, but not limited to, the feather configuration device 2011 is printed first, and then the striking device 2012 is printed on the outer layer of the feather fitting device 2011, so as to complete the 203D printing and manufacturing process of the badminton head.

In another embodiment of the present invention, the covering member 20116 may also be printed outside the striking device, that is, the covering member 20116 may not be printed during the above-mentioned printing.

Referring to Fig. 35, according to the above-mentioned embodiment of the present invention, the present invention provides a ball joint manufacturing method 201600. The method includes the steps: 201601: integrally formed a feather arranging device 2011 including a tufting frame 20111 and an inner head 20112; and 201602: the inner head 20112 attached to the feather arranging device 2011 is integrally formed into a hitting device 2012.

The manufacturing method 201600 may further include the step 201603: covering the beating device 2012 with a covering member 20126.

In the step 201601, the hair transplanting frame 20111 has at least one planting cavity 201111, and each planting cavity 201111 is arranged in a conical shape, has a predetermined spacing, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity has a quadrangular structure.

In the step 201601, the integral molding method may be injection molding, molding molding, or compression molding.

The method of integral molding of the beating device 2012 may also be injection molding or molding. For example, the beating device 2012 is formed by injection or molding alone, and then the feathers are configured with the device 2011 and the beating device 2012. The connection is fixed. Or, based on the feather arranging device 2011, the beating device 2012 is formed by injection or molding around the feather arranging device 2022. The material of the beating device 2012 may be resin or plastic, and the beating device 2012 may also be made of wood chips.

The coating method of step 201300 may be an adhesive method or a socket method. The covering member 20126 can be fabric or leather products.

Referring to Fig. 36, according to the above-mentioned preferred embodiment of the present invention, the present invention provides another ball head manufacturing method 201700, the method includes the steps: 201701: integrally forming a feather configuration including a tufting frame 20111 and an inner head 20112 Device 2011; 201702: integrally forming a beating device 2012 with a receiving cavity 20121; and 201703: nesting the inner head 20112 of the feather arranging device 2011 in the receiving cavity 20121 of the beating device 2012.

The manufacturing method 201700 may further include step 202004: covering the beating device 2012 with a covering member 20126.

The integral molding method in the step 201701 may be an integral molding process of injection, molding, and molding.

Further, in the step 201701, each of the planting cavities 201111 of the hair planting frame 20111 is arranged in a radial shape, with a predetermined distance, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity 201111 has a quadrilateral structure.

In the step 201702, the method of integral molding of the beating device 2012 is a method of foam molding through a mold.

In the step 201703, the nesting method may be a direct plug-in method or an adhesive method. The covering member 20126 may be a cloth or leather product.

Referring to Fig. 37, according to the above-mentioned preferred embodiment of the present invention, the present invention provides another ball head manufacturing method 201800, the method includes the steps: 201801: integrally forming a feather configuration including a tufting frame 20111 and an inner head 20112 Device 2011; 201802: a cylindrical body part 20125 is integrally formed, and a striking part 20124 is formed, and the cylindrical part 20125 and the striking part 20124 are connected to form a striking device 2012 with a receiving cavity 20121; and 201803: Nest the inner head 20112 of the feather arranging device 2011 in the beating device 2012.

The manufacturing method 201800 may further include the step 201804: covering the beating device 2012 with a covering member 20126.

The integral molding method in step 201801 may be injection molding, molding, and molding.

Furthermore, in the step 201801, the hair transplanting frame 20111 has a plurality of planting cavities, each of the planting cavities is in a circular layout, with a predetermined spacing, a predetermined eccentric angle, and a predetermined inclination. In particular, the planting cavity has a quadrangular structure.

In the step 201802, the column has an annular structure and is formed by injection molding or foam molding. The striking part 20124 has a spherical crown structure and is integrally formed by foam molding. The method of connecting the column portion 20125 and the striking portion 20124 may be an adhesive method.

The covering method of step 201804 may be an adhesive method or a socket method. The covering member 20126 may be cloth or leather products.

Referring to Figure 38, the present invention provides a badminton head manufacturing method 201900, the method includes the steps of: 201901: an inner head 20112 and a hitting device are respectively integrally formed, so that the inner head 20112 and the hitting device form An insertion groove; 201902: integrally forming a hair transplanting frame 20111, the hair transplanting frame 20111 has at least one insertion cavity, and includes a connecting end 201113, suitable for being inserted into the insertion groove; and 201903: connecting the The hair transplanting frame 20111 is installed in the insertion slot.

Referring to Figure 39, the present invention provides a badminton head manufacturing method 202000. The method includes the steps of: 202001: integrally forming an inner head 20112; 202002: attaching the inner head 20112 to integrally forming a hitting device 2012, and forming a Inserting groove 201123; 202003: integrally forming a hair transplanting frame 20111, suitable for inserting into the inserting groove 201123; and 202004: installing the hair transplanting frame 20111 in the inserting groove 201123.

The present invention provides another method for manufacturing a badminton head, which includes the steps of: 3D printing a badminton head 2010.

Further, the method for manufacturing the badminton head includes the steps of: 3D printing a feather arranging device 2011; and 3D printing a hitting device 2012 including a tufting frame 20111 and an inner head 20112 attached to the feather arranging device 2011.

Furthermore, the present invention provides a method for manufacturing a shuttlecock. The method for manufacturing the shuttlecock can be performed on the basis of the method for manufacturing the head. Specifically, in the above-mentioned ball head manufacturing methods 201600, 201700, 201800, 201900, and 202000, steps are respectively added: planting at least one feather 2020 in the planting cavity 201111 to form the shuttlecock.

Those skilled in the art should understand that the above description and the embodiments of the present invention shown in the accompanying drawings are only examples and do not limit the present invention. The purpose of the present invention has been completely and effectively achieved. The functions and structural principles of the present invention have been shown and explained in the embodiments. Without departing from the principles, the implementation of the present invention may have any deformation or modification.

1010: Badminton head

1011: Feather configuration device

10111: Planting Department

10115: Carrying room

101111: Planting cavity

101112: outer end

10112: Crown

10113: connecting part

1012: hitting device

10122: side wall

10123: bottom wall

10124: Beating Department

10125: Cylinder

10127: Annular groove

1020: Feather

1021: Hairy Leaf

1022: hairy stalk

Claims (23)

A badminton head, which is characterized by comprising: a feather configuration device, which includes a crown in the crown of the ball; and a hitting device, which has a receiving cavity, wherein the receiving cavity includes a shape and the crown. A matching crown cavity, wherein the feather arranging device has at least one planting cavity suitable for planting a feather, and the crown of the feather arranging device is nested in the receiving cavity of the beating device The crown cavity. The badminton head according to the first item of the patent application, wherein the receiving cavity of the striking device includes a limiting cavity, the feather arranging device includes a planting part, and the limiting cavity has a shape It is matched with the external shape of the planting part, so that when the feather arranging device is stored in the receiving cavity, unnecessary rotation is not generated. The badminton head of the second item of the scope of patent application, wherein the planting cavity has an insertion port for inserting the feathers into the planting cavity. According to the badminton head described in item 3 of the scope of patent application, the insertion port has a quadrilateral structure. According to the badminton head described in item 2 of the scope of patent application, each of the planting cavities is extended and arranged along the planting part. In the badminton head of the first item of the scope of patent application, a plurality of the planting cavities are arranged in a ring shape so as to form a cone shape when the feathers are planted in the planting cavity. The badminton head according to the first item of the patent application, wherein the feather arranging device includes a connecting part, the crown part is connected to the connecting part, and the connecting part is connected to the planting part. The badminton head according to the first item of the patent application, wherein the feather arranging device has a carrying chamber located in the middle of the feather arranging device. The badminton head according to item 8 of the scope of patent application, wherein the badminton head includes an expansion device, and the expansion device is installed in the carrying chamber. The badminton head according to item 9 of the scope of patent application, wherein the expansion device is selected from one or more of the combination: audio device, wireless signal transmitting device, signal sensing device, signal tracking device, and configuration device. The badminton head according to the first item of the patent application, wherein the feather arranging device has an end surface, and the planting cavity is arranged on the end surface according to a predetermined layout, so as to facilitate insertion of feathers with a predetermined layout. According to the badminton head described in item 1 of the scope of patent application, the hitting device includes a covering member covering the outside of the hitting device. The badminton head according to any one of items 1 to 12 in the scope of patent application, wherein the striking device has an outer surface, and the outer surface is provided with a functional structure to change the surface performance of the striking device . The badminton head according to any one of items 1 to 12 in the scope of the patent application, wherein the feather arranging device has at least one communicating hole and the striking device has at least one diversion channel, the communicating hole and the The diversion channel is connected. The badminton head according to any one of items 1 to 12 in the scope of the patent application, wherein the planting cavity has a predetermined eccentric angle, so that when the feathers are planted in the planting cavity, the The feathers have a predetermined deflection angle. The badminton head according to any one of items 1 to 12 in the scope of the patent application, wherein the planting cavity extends obliquely along the longitudinal direction of the feather arranging device, so that when the feather is planted on the insert When planting the cavity, the feathers extend obliquely along the direction of the planting cavity to form a tapered opening. The badminton head according to any one of items 1 to 12 in the scope of patent application, wherein the badminton head is manufactured by 3D printing. A shuttlecock, characterized by comprising: a set of feathers; and the badminton head as described in any one of items 1 to 17 in the scope of patent application, wherein the feathers are planted on the badminton head. The shuttlecock according to item 18 of the scope of patent application, wherein the shuttlecock includes at least one connecting rib, and each of the connecting ribs is connected to the set of feathers in a circle. A method for manufacturing a badminton head, which is characterized in that it comprises the steps of: forming a feather arranging device with at least one planting cavity and an inner head; and forming a hitting device with a receiving cavity at one time depending on the feather arranging device , Wherein the shape of the inner head matches the receiving cavity. The method for manufacturing a badminton head according to item 20 of the scope of patent application, wherein the method for forming the feather arranging device with at least one planting cavity is selected from the group consisting of injection molding, molding and molding. According to the method for manufacturing a badminton head according to item 21 of the scope of patent application, the formation of the striking device is a one-time molding. The method for manufacturing a badminton head according to item 22 of the scope of patent application, wherein the one-time molding and the striking device are selected from foam molding, compression molding and molding.

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