TWM611553U - Automatic badminton collecting device for badminton sport - Google Patents

Abstract

This creation relates to an automatic badminton collection device, which is characterized by including: an input part, which automatically collects a plurality of badminton scattered in the training court, collects the badminton in the input part through a badminton guide rod, and passes through a rotating roller The rotating elasticity of the brush transfers the gathered shuttlecock to the inlet of the air supply column; the air supply part, which makes the shuttlecock fly upward in the air supply column through the blowing action of the blower installed in the inner base of the lower shell; the cylinder collecting part, It makes the badminton that rises by the blowing effect fly in the space between the upper part of the cylinder collection part and the anti-separation hemisphere net, the flying badminton falls by gravity and is loaded on the cylinder loading tube; the rotating part is used to prevent loading The heavy loading of badminton is driven by wheels to transmit rotation to the protruding cylindrical rotating tube integrally arranged on the lower back of the cylindrical collecting part, thereby rotating the cylindrical collecting part; the power supply part is used to rotate the roller brush and The blower provides power.

Description

Automatic badminton collecting device for badminton sport

The purpose of this creation is to provide a device for simultaneously collecting multiple shuttlecocks used in the process of practicing badminton, and automatically loading and arranging the shuttlecocks.

According to, badminton, as a mass life sport, has increased the reserve force of many enthusiasts, but for beginners or beginners, repeated training is required. In the training process, multiple badminton shuttlecocks are used, and the badminton shuttlecocks used are scattered on the court. on the ground. Judging from the characteristics of badminton shuttlecocks, picking them up one by one by hand and arranging them in an overlapping manner will suffer from skin and flesh and take time.

In view of this, this creator specially researched and improved the collection of badminton, hoping to improve the above problems with a better creation, and after long-term research and development and continuous testing, the creation of this creation came out.

[technical problem]

The purpose of the present creation proposed to solve the above-mentioned problems is to provide a shuttlecock that is not collected and sorted one by one by hand, but instead uses an automatic badminton collection device to use the air blowing effect of the air blowing device to continuously raise a plurality of shuttlecocks, and A device for loading the ascending shuttlecock on a cylindrical loading tube.

[Solution to the problem]

In order to solve the above problems, the automatic badminton collecting device is characterized by including an input part. When the automatic badminton collecting device is moved in one direction, a plurality of badminton shuttlecock scattered in the training court are gathered at the input part through the collecting guide rod. The badminton shuttlecock is elastically transferred to the inlet of the air supply pipe through the rotation of the rotating roller brush; the air supply part, through the air blowing action of the blower installed at the base of the lower shell, makes the injected shuttlecock fly upward in the air supply column; prevent it from leaving the net part, The badminton lifted by the blower flies in the space between the upper part of the cylinder collecting part and the detachment prevention hemisphere net. The detachment prevention net part has a hemispherical detachment prevention hemisphere composed of an iron net that prevents the flying shuttlecock from detaching to the outside. Net and a hemispherical shape provided in the upper central part of the anti-separation hemisphere net internal protrusions; cylinder collecting part, badminton is transferred to the cylindrical collecting part along the path induced by the wind through the anti-separation net protrusions At the upper edge, the shuttlecock being transferred is less affected by the blowing of the air column, so that it is dropped and loaded by gravity and arranged in the cylindrical loading tube; the rotating part is integrally installed in order to prevent the loaded shuttlecock from being heavily loaded The protruding cylindrical rotating tube on the lower back of the cylindrical collecting part is installed with a rotating belt, and the worm and worm gear arranged in a manner perpendicular to the rotation axis of the wheel transmit the rotation of the wheel to the rotating belt and the rotating tube through the rotating disk, thereby making the circle The drum collecting part rotates; the power part provides power to the rotating roller brush motor and the blower.

[effect]

As mentioned above, the automatic badminton collecting device according to this creation is compared with the method of collecting badminton by hand. It can be collected automatically by just pushing the device, and the flight characteristics (wind resistance) produced by the feathers of the badminton can be used. ) To continuously load and arrange multiple shuttlecocks, which can greatly reduce manual fatigue during training.

The preferred embodiments and drawings based on the specific features and structural effects of this creation will be described in detail. First, when attaching reference numerals to structural elements in each drawing, for the same structural elements, even if they are marked in different drawings, the same reference numerals should be used as much as possible.

Fig. 1 is a perspective view showing the overall structure of an automatic badminton badminton collecting device for badminton sports according to the present creation,

Fig. 2 is an overall exploded view of the automatic badminton collecting device shown in Fig. 1, Fig. 3 is a partial exploded view of the inside and outside of the cylindrical collecting part shown in Fig. 1, and Fig. 4 is a lower housing 400 showing the automatic badminton collecting device Fig. 5 is a partial plan perspective view of the cylindrical collecting part 100 separated into the inside and the outside, and Fig. 6 is a rear view of a part of the rotating device inside.

As shown in Figures 1 to 2, the input part of the automatic badminton collection device according to the present creation includes: a badminton collection rod 202, which induces the badminton scattered on the court into the input port housing 200; and a rotating roller The brush 201 rotates so that a plurality of shuttlecocks gathered by the shuttlecock collecting rod are injected into the blower pipe inlet 204.

On the other hand, the air blowing part includes: a blower 211 which causes the thrown shuttlecock to rise to the upper part of the cylinder collecting part 100; an air blowing column 600 which discharges the badminton flying upward by the blowing effect to the upper part of the cylinder collecting part 100. 600 is arranged in the center of the inside 102 of the cylindrical collecting part.

In addition, the anti-separation net includes: an anti-separation hemispherical net 115, which is composed of an iron net in order to prevent the badminton flying ascending along the air supply column 600 from escaping to the outside; and an internal protrusion 117 of the anti-separation hemispherical net, which is used to guide the edge The flow of air rising inside the blower column 600 has a hemispherical shape.

On the other hand, as shown in FIG. 2, FIG. 3, and FIG. 5, the cylindrical collecting portion 100 is composed of the cylindrical collecting portion inner 102 and the cylindrical collecting portion outer 101.

As for the inside 102 of the cylindrical collecting part, a cylindrical tube surrounding the blowing column 600 inserted in the center is formed in the center of the inside 102 of the cylindrical collecting part, and a cylindrical loading tube 105 having a cylindrical shape is regularly arranged around it. The upper surface has the shape of an inclined surface 103-1 with a lower center, and thus the guidance is performed so that the shuttlecock falls smoothly to the cylindrical loading tube 105. In addition, in order to load and arrange the shuttlecocks flying ascending along the air supply column 600, a badminton support frame 109 for stably placing the falling shuttlecocks is provided in the lower part of the plurality of cylindrical loading pipes 105, that is, the first falling to the cylinder The cork part of the shuttlecock of the loading tube 105 is inserted into the badminton support frame 109 first, and the shuttlecock is maintained in an upright position, and the successively falling shuttlecocks are arranged in an orderly manner. The side pillars inside the cylindrical collecting part 102 are provided for upper lifting. The inducing rod 118 is raised inside the cylindrical collecting part.

In addition, the outer part 101 of the cylindrical collecting part has a cylindrical shape. In order to prevent the badminton from being crowded and to guide the shuttlecock to fall smoothly to the cylindrical loading tube 105, the outer part 101 of the cylindrical collecting part is formed with the inside 102 of the above-mentioned cylindrical collecting part. The inclined surface 103-1 is connected to the upper inclined surface 103, and the cylindrical collecting portion outer lifting guide groove 119 for guiding the upper lifting of the cylindrical collecting portion inner 102 is provided on the outer cylindrical collecting portion 101.

On the other hand, in order to prevent the badminton flying up and flying through the air supply column 600 from being loaded on the cylindrical loading tube 105 in a certain single direction, the rotating part is composed of a worm 305, a worm gear 306, and a rotating disk 300 as shown in FIG. It is composed of a rotating belt 304, and the rotating part includes a rotating tube 112 that receives a rotating force, and is driven by a wheel 308 to rotate the cylindrical collecting part 100.

On the other hand, the power supply unit includes a motor for rotating the roller brush 201 and a power switch 501 for supplying power to the blower 211.

Based on the foregoing, in detail, as shown in FIG. 2, in order to collect the shuttlecocks scattered during training, if the automatic badminton collecting device is pushed in the direction in which multiple shuttlecocks are scattered, the shuttlecocks are collected at the insertion opening through the badminton collecting rod 202 . The shuttlecock gathered in front of the rotating roller brush 201 of the inserting part is transferred to the blower pipe inserting port 204 through the inserting port housing 200 by the rapid rotation of the rotating roller brush 201 to which the bristles are attached and obtaining the rotational power of the rotating motor 210. side. In addition, in order to smoothly insert the shuttlecock into the blower pipe inserting port 204 side, the inserting port housing 200 has a box shape inside. The reason is to prevent the shuttlecock from being detached from the outside due to the rotational elasticity of the rotating roller brush 201, and the inserting housing The gentle inclined surface 203 at the lower end of the inside of the 200 is used to smoothly guide the transfer of the shuttlecock transferred by the rotating roller brush 201.

The above-mentioned thrown shuttlecock is placed on the upper part of the placing net 205 of the throw-in opening arranged in the lower part of the blower column 600, and the placed shuttlecock rises from the lower part of the blower column 600 to the upper part of the blower column 600 by the blowing action of the blower 211 located at the base of the lower housing 400 .

In addition, during the ascending flight in the blower column 600, according to the characteristics of the badminton shuttlecock, the cork part faces downward on the ground surface side, while the feather part changes direction upward due to the resistance of the wind, and stays upright along the blowing direction of the blower 211 From the posture of the air supply column 600 to the upper part of the guard to escape from the hemispherical net 115 to fly.

The flying shuttlecock escapes to the outside of the air supply column 600 along the blowing direction, and the separated shuttlecock flies on the upper part of the cylinder collecting part 100, that is, the space part of the cylinder collecting part 100 and the detachment prevention hemispherical net 115 while maintaining a straight position. In addition, in order to prevent the flying shuttlecock from detaching from the outside, the detachment prevention hemispherical net 115 is installed on the inner protrusion 104 of the cylindrical collecting part, so that the shuttlecock is held in the space between the upper surface of the cylindrical collecting part 100 and the detachment prevention hemispherical net 115 flight. In addition, a detachment prevention hemispherical net inner protrusion 117 having a hemispherical shape in the lower direction is provided in the center of the detachment prevention hemispherical net 115. That is, the inner protrusion 117 of the anti-separation hemispherical net induces wind blowing and rising to the edge of the cylindrical collecting part 100, and the induced wind flows out through the iron mesh gap of the anti-separation hemispherical net 115 to the outside. Therefore, the shuttlecock transferred and flying according to the moving direction of the wind flies to the upper part of the cylindrical loading tube 105 at the edge of the cylindrical collecting part 100 that is not affected by the wind of the blowing column 600, and at the same time, it falls downward by gravity due to the weakening of the blowing effect. Fall to the cylinder loading tube 105. Therefore, the shuttlecock that fell into the groove of the cylindrical loading tube 105 for the first time is stably placed on the badminton support frame 109 provided in the lower part of the cylindrical loading tube 105 with the badminton cork direction toward the lower direction, and continuously drops to the cylindrical loading tube. The shuttlecock 110 with 105 grooves will be loaded and arranged in sequence.

On the other hand, as shown in FIGS. 3 to 5, the cylindrical collecting part 100 is separated into a cylindrical collecting part outside 101 and a cylindrical collecting part inside 102.

As shown in Figures 3 and 5, for the outer part 101 of the cylindrical collecting part, an upper inclined surface 103 is provided on the upper surface part to prevent the shuttlecock flying by air blowing from falling, and the shuttlecock is crowded in the cylindrical collecting part In the space between 100 and the detachment prevention hemispherical net 115, and because the upper inclined surface 103 has an inclination, the badminton is guided in such a way that the shuttlecock falls smoothly and smoothly to the cylindrical loading tube 105. In addition, a circular ventilating space is provided in the center of the lower end surface, so that the blower column 600 can be inserted into the cylindrical collecting part 102, and a semi-cylindrical inner side wall for guiding the loaded shuttlecock is provided on the inner side of the outer wall of the cylindrical collecting part 101 The inner part 108 and the outer lifting guide groove 119 of the outer part of the cylinder collecting part to guide the lifting of the inner part of the cylinder 102 are formed on the lower bottom surface above the inner part of the cylinder, and a supporting part 401 (which is shown in FIG. 2) is formed to allow the lower housing to protrude. Middle) The inserted cylindrical collecting part rotates the support groove 111 (which is shown in FIG. 4 ), thereby being inserted and combined with the lower housing protruding support part 401. The cylindrical collecting part rotation support groove 111 supports the cylindrical collecting part 100, and functions as a guide for sliding when the cylindrical collecting part 100 rotates. In order to make the cylindrical collecting part 100 rotate smoothly, it protrudes from the lower housing A ball bearing 402 is arranged on the upper surface of the support portion 401 to induce rotation. And, as shown in FIG. 3, a cylindrical rotating tube 112 that can be connected to the rotating belt 304 that transmits the rotating force of the rotating disk 300 is integrally formed with the cylindrical collecting portion 101 on the back of the lower end surface, thereby receiving the rotating belt 304. The rotating force rotates the cylindrical collecting part.

On the other hand, as shown in FIGS. 3 to 5, the cylindrical collecting part 102 has an internal shape that divides the cylindrical collecting part 100 into a circular shape, and the central ventilation part has a cylindrical tube shape so that the air supply column 600 can be inserted. As described above, the upper part of the cylindrical loading pipe 105, that is, the boundary inclined surface 103-1 of the cylindrical loading pipe 105, has the function of not staying on the upper part of the cylindrical loading pipe 105 and falling smoothly when the badminton flying ascends and falls. The function of guiding to the cylinder loading tube 105, and the shuttlecock that has not fallen to the groove of the cylinder loading tube 105 is induced again to the center of the air supply column 600 due to the inclination, and the shuttlecock that slides down to the center of the air supply column 600 The ascending flight is performed again by the blowing action, and the purpose of falling again and putting into the cylindrical loading pipe 105 is realized.

And, as shown in FIGS. 1 to 5, the cylindrical loading tube 105 is in a cylindrical shape when it is first combined, and it is divided into a cylindrical collecting portion inner 102 and a cylindrical collecting portion outer 101, and they are respectively divided into the inner portion 102 of the cylindrical collecting portion and the outer portion 101 of the cylindrical collecting portion. The semi-cylindrical shape is divided into divisions. The cylindrical loading tube 105 inside the cylindrical collecting part 102 has a larger circumference than the cylindrical loading tube 105-1 outside the cylindrical collecting part 101. The lateral diameter of the side open surface 105-3 The shuttlecock is formed so as to be smaller in diameter than the shuttlecock and can be drawn out so as to prevent the shuttlecock from detaching to the outside when the inner 102 of the cylinder collecting part is lifted upward in order to collect the shuttlecock loaded on the cylindrical loading tube 105.

In addition, a badminton support frame 109 is integrally provided at the lower part of the cylinder loading tube 105 in the cylinder collecting part 102. Therefore, the cork part of the fallen shuttlecock is first inserted into the hole of the badminton support frame 109, so as to be regularly loaded and arranged. badminton.

And, as shown in Figures 3 and 5, the cylindrical collecting part internal lifting induction rod 118 is provided on the bisected boundary side of the cylindrical collecting part 102, and the internal lifting guiding rod 118 of the cylindrical collecting part can be along the cylindrical collecting part. The outer lifting guide groove 119 slides the cylindrical collecting part inner 102 up and down. In addition, the upper end of the cylindrical collecting portion 102 is provided with a threaded connection preventing the hemispherical net threaded connection groove 114 and the cylindrical collecting portion internal protrusion 104 of the cylindrical collecting portion inner 102, and the guiding rod is lifted inside the cylindrical collecting portion The lower part of 118 is equipped with the lifting static protruding ball 106 inside the cylinder collecting part 102, so that after the inside 102 of the cylinder collecting part is lifted upward in order to draw out the shuttlecock, it can be fixed and placed on the cylinder collecting part outside 101 of the cylinder collecting part. The stationary tank 106-1 is raised externally.

On the other hand, as shown in FIGS. 2 and 3, for the separation prevention net portion, as described above, the separation prevention hemispherical net 115 matches the cylindrical shape of the cylindrical collection portion with the inside 102 of the cylindrical collection portion. The protrusion thread groove 113 is combined with the hemispherical curved surface, and the detachment prevention hemispherical net inner protrusion 117 and the detachment prevention hemispherical net 115 are integrally provided in the central part of the detachment prevention hemispherical net 115. That is, the wind rising by the blowing effect collides with the inner protrusion 117 of the anti-separation hemispherical net, and the colliding wind is discharged along the hemispherical curved surface through the iron net of the anti-separation hemispherical net 115, and is induced to fly along the direction of the wind. Flying to the edge of the space between the cylinder collecting part 100 and the detachment prevention hemispherical net 115, the cylinder loading pipe 105 installed outside the blower column 600 with weakened blower effect is dropped by gravity.

On the other hand, to prevent heavy loading of the loaded shuttlecocks, as shown in FIGS. 2 and 4, a rotating device is provided at the lower part of the cylinder collecting part 100. In detail, in order to collect a plurality of shuttlecocks scattered on the court, the collector holds the handle 500 of the automatic badminton collection device shown in FIG. 1 and moves, thereby generating a driving force according to the rotation of the wheel 308. In order to utilize this driving force, a worm 305 and a worm gear 306 are vertically mounted on the wheel rotation shaft 307, and the driving force generated by the rotation of the wheel is transmitted to the rotating disk through the wheel rotation shaft 307, the worm 305, and the worm gear 306. 300. The transmitted rotational force is transmitted through the rotating belt 304 to the rotating tube 112 located on the lower back surface of the outer portion 101 of the cylindrical collecting part, so that the collecting part 100 is rotated. That is, when the badminton collecting device moves, the cylinder collecting part 100 is always rotated by the driving of the wheels, so as to prevent the heavy loading of the badminton that may occur during collection, and to make the badminton drop to the cylinder loading tube 105 in a balanced manner. . In addition, as shown in FIG. 4, the interior of the rotating disk 300 is constituted by a zigzag gear. In order to transmit the rotation of the rotating disk 300 in only one direction, a rotating disk ratchet 302 is provided inside the rotating disk 300, and is installed to prevent reverse rotation. When rotating, the rotating force is transmitted to the rotating disc claw 303 of the cylindrical collecting part 100. Therefore, the purpose of transmitting the rotation in only one direction is when the automatic badminton collecting device is pushed backward, or, in order to collect the badminton, lift up and fix the detachment prevention hemispherical net handle 116 combined with the inside 102 of the cylinder collecting part. After that, the collector collects the shuttlecock from the cylindrical loading tube 105 on the front of the collector. After that, in order to collect the shuttlecock loaded on the cylindrical loading tube 105 on the rear, the badminton collecting part 101 is rotated in the opposite direction by hand. , Prevent the overall movement of the automatic badminton collection device.

On the other hand, as shown in FIG. 4, an input port installation net 205 is provided at the lower part of the blowing column 600 of the blowing section, as shown in FIG. 2, thereby preventing the introduction of the inclined surface 203 along the input port from being injected into the blowing column input port The shuttlecock 204 drops to the rear air suction port 403 on the back of the lower housing 400 shown in FIG. 6, and the shuttlecock is fixed at a position that can always be affected by the blowing wind.

On the other hand, in order to stabilize the function of the rotating device and the blowing device of the above-mentioned automatic badminton collecting device, the lower housing 400 is arranged as shown in FIG. 2, and a blower fixed to the lower side of the blowing column 600 is provided on the bottom surface of the lower housing 400. 211, and a bracket for helping the installation of the rotating motor 210 is fixed on the inner bottom surface of the housing 400, a rechargeable battery 209 for transmitting the power of the blower 211 and the rotating roller brush 201 is arranged inside the lower housing 400, and a power switch 501 is installed. The handle 500 is combined with the side of the lower housing 400, and the wheels 308 that provide driving force for the movement of the badminton collecting device and the rotating disk 300 are installed on the lower side of the lower housing 400.

In summary, the technical means disclosed in this creation is not only unprecedented, but also achieves the expected purpose and effect. Therefore, it is both novel and progressive. It is truly a new type in the patent law. In terms of structure, it has indeed met the statutory requirements of the Patent Law, and Yan has filed a new patent application in accordance with the law.

However, the above are only preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation, that is, all equivalent changes and modifications made in accordance with the scope of the patent application for this creation and the contents of the specification should still be used. It belongs to the scope of this creation patent.

100: Cylinder collection part 101: Outside the cylinder collection part 102: Inside the cylinder collection part 103: Upper slope 103-1: Inclined surface 104: Internal protrusion of the cylindrical collecting part 105: Cylinder loading tube 105-1: Cylinder loading tube 105-3: side open side 106: Raise the static protruding ball 106-1: Cylinder collection external lifting static trough 108: inner wall part 109: Badminton support frame 110: Badminton 111: Cylinder collection part rotating support groove 112: Rotating tube 113: protrusion thread groove 114: Anti-detachment hemispherical net threaded connection groove 115: Anti-off the hemisphere net 116: Anti-detachment hemisphere net handle 117: Anti-separation from the inner protrusion of the hemispherical net 118: Lift the induction rod inside the cylinder collection part 119: The outer lifting guide groove of the cylindrical collecting part 200: Input port shell 201: Rotating roller brush 202: Badminton Collection Rod 203: Inclined surface 204: Air supply pipe inlet 205: Putting into the port resettlement net 209: Rechargeable battery 210: Rotating motor 211: Blower 300: Rotating disc 302: Rotating disc ratchet 303: Rotating Disc Claw 304: Rotating belt 305: Worm 306: Worm Gear 307: Wheel Rotation Axis 308: Wheel 400: lower shell 401: Lower shell protruding support part 402: Ball Bearing 403: Suction port on the back 500: handle 501: Power switch 600: air supply column

Figure 1 is a three-dimensional view of the automatic badminton collection device for badminton sports created by this invention. Figure 2 is an exploded view of the automatic badminton collection device created by this invention. Figure 3 is a partial exploded view of the cylindrical collecting part of the automatic badminton collecting device of this creation. Fig. 4 is a partial perspective view of the lower rotating part of the automatic badminton collecting device of this creation. Fig. 5 is a plan perspective view of the cylindrical collecting part of the automatic badminton collecting device of this creation. Figure 6 is a rear view of the automatic badminton collecting device created by this invention.

100: Cylinder collection part

105: Cylinder loading tube

113: protrusion thread groove

115: Anti-off the hemisphere net

116: Anti-detachment hemisphere net handle

117: Anti-separation from the inner protrusion of the hemispherical net

201: Rotating roller brush

202: Badminton Collection Rod

203: Inclined surface

308: Wheel

400: lower shell

500: handle

501: Power switch

Claims (5)

An automatic badminton collecting device for badminton, which is characterized by comprising: an input part, which includes a badminton collecting rod, which gathers the badminton; a rotating roller brush, which transfers the badminton collected by the badminton collecting rod to the air supply column input port; The casing prevents external detachment when the badminton is thrown in; the blowing column input port allows the badminton to be thrown in; the input part collects the badminton scattered in the court through the badminton collecting rod, and blows the air through the rotation elasticity of the rotating roller brush The badminton shuttlecock is thrown into the column insertion port; the blower part, which causes the thrown shuttlecock to rise to the upper part of the blower column by the blower effect of the blower installed on the base of the lower shell; the anti-separation net part, which includes a device for preventing ascending flight The outside of the shuttlecock is detached and the hemispherical net of the shuttlecock is induced to the edge of the cylindrical collecting part; the cylindrical collecting part makes the shuttlecock raised by the blowing action fall and is loaded on the cylinder set around the air supply column Tube; rotating part, which is a cylindrical loading tube that makes the shuttlecock drop evenly to the cylindrical collecting part, driven by wheels to rotate the cylindrical collecting part; power supply part, which rotates the roller to the cylindrical collecting part The brush motor and blower provide power. The automatic badminton badminton collection device for badminton according to claim 1, wherein the air supply unit includes an air supply column provided with a direction of feathers facing the upper part and the direction of the cork towards the lower part of the air resistance The function of way to induce direction change; A net is installed at the throwing entrance, which prevents the badminton thrown into the air supply column from falling. The automatic badminton collection device for badminton sports according to claim 1, wherein the anti-separation net includes: an anti-separation hemispherical net, which prevents the badminton flying ascending by air blowing from detaching from the outside; and an anti-separation hemispherical net inner protrusion , Which induces the rising and blowing wind toward the edge of the cylindrical collecting part. The automatic badminton collecting device for badminton according to claim 1, wherein the cylindrical collecting part includes: an outer part of the cylindrical collecting part, and an upper surface of the outer part of the cylindrical collecting part for guiding the loading of the shuttlecock is formed to be inclined On the other hand, the vertical part of the inner surface of the outside of the cylindrical collecting part forms a part of the cylindrical loading tube, and the outside of the cylindrical collecting part is provided with an external lifting guide groove of the cylindrical collecting part for inducing the lifting of the inside of the cylindrical collecting part, And maintain the outer cylindrical shape of the cylindrical collecting part; inside the cylindrical collecting part, a cylindrical air blowing column is arranged in the central part of the inside of the cylindrical collecting part, and the inside of the cylindrical collecting part is provided with an inner part for placement The cylinder loading tube of the badminton support frame of the falling shuttlecock and the cylinder collecting part that slides up and down to collect the loaded shuttlecock raise the guide rod inside. The automatic badminton collecting device for badminton sports according to claim 1, wherein the rotating part includes: a worm and a worm gear, which in order to transmit rotation to the cylindrical collecting part, perpendicularly intersects the rotation axis of the wheel; The rotating belt transmits rotation; and the rotating tube, which rotates the cylindrical collecting part through the rotating belt.

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