KR100847563B1 - Apparatus for aligning shuttlecock - Google Patents

Abstract

A shuttlecocks aligning apparatus is provided to align the shuttlecocks serially by a transfer part after sorting the shuttlecocks inputted into an upper funnel through a rotation part and a sorting part, and to have a fast alignment effect. A shuttlecocks aligning apparatus includes: a square base(10) having legs(12) and a first hole(13); plural fixing frames(20) having a vertical frame(21) vertically formed on the outer periphery of the first hole, and upper and lower frames(22,23) respectively formed on upper and middle parts of the vertical frame; a circular base fixed to the end of the lower frame and the inside of the first hole; a lower funnel(40) fixed to an upper part of the circular base, and having an inclined surface with an angle of 30 - 60 degrees; an upper funnel(50) positioned on the lower funnel; a rotation part fixed to the square base, and rotated by a motor(61); a sorting part(70) rotated by the rotation part, and sorting the shuttlecocks; and a transfer part(80) for transferring the sorted shuttlecocks.

Description

Shuttlecock Alignment {Apparatus for aligning shuttlecock}

The present invention relates to a shuttle cock aligning device used in badminton, a shuttlecock aligning device that can be easily stored in the storage container by a large amount of shuttle cock used in the practice competition is sorted in the sorting unit is transferred to the transfer unit.

Badminton is a popular sport enjoyed by the general public, which requires a large amount of shuttlecocks to train the general public or athletes. In order to do this, the shuttlecock is blown out to the trainer through the shuttle cock supplying device.At the end of the training, in order to put the shuttlecocks around the feeder into the supplying device, the shuttlecocks which have fallen to the ground must be sorted out and supplied again to the supplying device. Not only was it necessary to lean back when waking up, there was a risk of back injury.

In order to solve the above problems, an object of the present invention is to provide a shuttlecock alignment device in which a shuttlecock input to an upper funnel after power is applied is sorted in a rotating part and a sorting part, and arranged in a line through a transfer part.

A square base having a caster fixed at a lower end thereof at four lower sides, and having a circular first through-hole formed at the center thereof; The vertical frame is fixed to the rectangular base and vertically protrudes, the upper frame protruding in the U-shape on the upper vertical frame, the bolt frame is formed at the end, and the lower frame protruding in the middle of the vertical frame is formed A plurality of fixed frames; A circular base fixed to the end of the lower frame by welding and spaced apart from the first hole by a predetermined distance; A lower funnel fixed to an upper portion of the circular base and having an inclined surface inclined at an inner side to an outer side of 30 to 60 degrees; An upper funnel which is positioned on the lower funnel and is fixed to the bolt hole of the upper frame in an upper and lower part in an open shape, and has an inclined surface inclined from 30 to 60 ° from the outside to the inside; A rotating part coupled to the square base by a fixed bar and rotating after being coupled with a motor located at a lower center of the circular base, the shuttle cock being aligned; A sorting unit in which a shuttlecock inserted into a sorting passage formed between the first through hole and the circular base is sorted by a rotating unit; The shuttle cock sorted by the sorting unit is formed in a pipe shape in which a plurality of bolt holes are formed at both ends in the form of a tube that is transferred to the upper portion of the square base, and a transport portion is fixed to the bottom and the upper surface of the square base, respectively.

In addition, the rectangular base is formed with a protective film fixed perpendicular to the first through-holes to prevent the departure of the shuttlecock in the splitter.

In addition, the rotating part is coupled to the motor and passes through the second through the third, third, fourth through the rotating shaft protruding to the inner side of the upper funnel, the rotation is coupled to the lower portion of the rotating shaft and arranged at regular intervals so that the shuttlecock is inserted A rotating plate having a plurality of wings coupled thereto, a first sorting bar protruding horizontally by being coupled with a first coupling device on an upper part of the rotating shaft, and a second protruding part protruding horizontally from a lower portion of the first sorting bar by a predetermined interval Two classification bars and a plurality of swash plate coupled to the bottom of the square base to swivel the rotary wing to clean up the shuttlecock is formed.

In addition, the sorting portion is formed with a transport hole formed larger than the diameter of the shuttle cock wings so that the aligned shuttlecock is sequentially removed and transported to the conveying portion.

In addition, the flow path is formed to a diameter smaller than the wing feather of the shuttlecock.

In addition, the transfer part is a U-shaped lower transfer pipe that is inserted into the shuttle cock from the transfer hole is transferred to the inlet, and the upper portion of the shuttle cock that is coupled to the through hole coupled to one side of the lower transfer pipe to the top of the square base is arranged in a row The feed pipe is inserted into the lower feed pipe and is driven by a motor, and a V-belt is formed on the inner surface thereof, and a conveying belt is rotated by rollers formed in the first belt hole and the second belt hole.

As described above, when the shuttle cock alignment device according to the present invention puts a large amount of shuttlecocks after badminton training into the upper funnel, the tangled shuttlecock is aligned through the first and second classification bars, and passes through the slope of the lower funnel. Compared to the wing feathers, the head which weighs more is inserted downwards and is inserted into the rotary blade to exit the feed hole through the sorting part and is transferred to the feed part, thereby quickly aligning.

In addition, when the shuttle cock is entangled between the rotary blades, the rotary blade is struck by the swivel plate formed on the bottom of the square base, and the rotary blade is rocked and the shuttle cock is aligned.

Hereinafter, a preferred embodiment according to the configuration and operation of the shuttle cock alignment device according to the present invention will be described in detail with the accompanying drawings.

1 is a perspective view of a shuttlecock alignment device according to the invention, Figure 2 is an exploded view of the shuttlecock alignment device according to the invention, Figure 3 is a bottom view of the shuttlecock alignment device according to the invention, Figure 4 is a shuttlecock alignment device according to the invention 5 is a plan view after removing the upper funnel according to the present invention, FIG. 6 is a front view of the fixing frame of the shuttlecock aligning device according to the present invention, and FIG. 7 is a detailed view of the transfer part of the shuttlecock aligning device according to the present invention. Reference numeral 1 shown in the drawing indicates a shuttlecock alignment device formed by the present invention.

Shuttlecock aligning device of the present invention is supported by the leg 12, the caster 11 (Caster) is coupled to the lower end as shown in FIG. 1 and the square base 10 is formed with a circular first through hole 13 in the center, and A vertical frame 21 vertically protruding along the outer circumference of the first through hole 13, an upper frame 22 protruding from the upper end of the vertical frame 21 to the sky toward the sky, and the vertical A fixed frame 20 protruding from the middle of the frame 21 and having an L-shaped lower frame 23 having an end facing downward, and fixed to an end of the lower frame 23 and fixed inside the first through hole 13. Circular base 30, the lower base funnel 40 is coupled to the circular base 30 and the outer periphery is formed at an angle of 30 ~ 60 °, the upper funnel 40 and the upper frame 22 The upper funnel 50 is fixed to the), and the fixed bar 611 to the square base 10 and the bottom of the circular base 30 The rotary unit 60 rotated by the motor 61 coupled to the separation unit, the classification unit 70 rotated by the rotary unit 60 to classify the shuttlecock A, and the shuttle cock classified in the classification unit 70. (A) is made of a structure in which the conveying unit 80 is transported and aligned.

As shown in FIG. 2, the square base 10 has a caster 11 formed at a lower end of the leg 12 in the form of a square plate so that the shuttlecock alignment device 1 is easily moved and has a circular shape in the center. Power supply to the through-hole 13, the protective film 14 is fixed along the first through-hole 13 and formed to prevent the departure of the shuttle cock (A) rotated in the sorting unit 70, and the shuttle cock alignment device (1) The power supply unit 15 is applied to adjust the speed of the motor 61 is formed.

In addition, the fixing frame 20 is fixed to the upper portion of the square base 10 along the first through hole 13 by 120 ° intervals by welding.

The fixing frame 20 is a vertical funnel protruding vertically in a cylindrical shape as shown in Figure 6, and the upper funnel to the bolt hole 221 formed in the end of the vertical protruding in a U-shaped upper portion of the vertical frame 21 An upper frame 22 in which 50 is fixed by a bolt 51 and a lower frame 23 protruding in the middle of the vertical frame 21 in a L-shape, and a circular base 30 is fixed to the end thereof by welding. ) Is formed.

In addition, three fixed frames 20 may be protruded at intervals of 120 °, but a plurality of fixing frames 20 may be formed to stably fix the upper funnel 50 and the circular base 30.

On the other hand, the upper funnel 50 into which a large amount of shuttlecocks (A) are first introduced, the diameter of the upper funnel is reduced from the upper side to the lower side, and the upper and lower sides are opened, and the inclination of the inner circumference is gently formed at 30 to 60 °. A) can be lowered down at a moderate speed.

Circular base 40 is fixed to the end of the lower frame 23 in the form of a disc by the welding to form a sorting passage 71 to move the shuttlecock (A) at a predetermined interval away from the first hole 13, the upper Lower funnel 40 is fixed.

The lower funnel 40 is positioned below the upper funnel 50 and is fixed by passing the lower frame 23, and the upper part is closed so that the shuttlecock A flows from the upper side unlike the upper funnel 50. The diameter from the top to the bottom is larger and the outer periphery inclination is 30 ~ 60 ° is formed gently as the upper funnel 50. Shuttlecock (A) is lowered to the lower funnel 40, the head heavier than the wings are lowered toward the lower end.

As shown in FIGS. 3 to 5, the rotating part 60 has a fixed bar 611 in which a motor 61 whose speed is controlled by the power supply part 15 that applies power is fixed to the square base 10. It is fixed to the other side is fixed to the lower portion of the circular base (30). The rotating shaft 62 is fixed and rotated to the motor 61 and passes through the second through hole 621, the third through hole 622, the fourth through hole 623 and protrudes to the inside of the upper funnel 50. (62) The disk is formed in the lower portion of the rotating plate 63, the plurality of rotary blades 631 is coupled to the outer periphery, and the rotary shaft 62 is fixed by the first coupling port 641 on the upper rotary shaft 62 The first sorting bar 64 protruding perpendicularly to the) and the rotating shaft 62 between the upper funnel 50 and the lower funnel 40 is fixed by the second coupling sphere 651 and with respect to the rotating shaft 62. Shuttlecock (A) is tangled between the vertically projecting second classification bar 65 and the rotary blade 631 is fixed to the bottom surface of the rectangular base 10 at 90 ° intervals to strike the rotary blade 631. The swash plate 66 is formed to be aligned.

In particular, the first sorting bar 64 and the second sorting bar 65 are to control the speed of releasing or descending the tangled shuttlecock (A), so that the shuttlecock (A) is aligned and inserted between the rotary blades (631). It is. In addition, the first fractionation bar 64 and the second fractionation bar 65 are formed with a large end diameter so that the end is not fitted to the shuttlecock (A) blade.

As shown in FIG. 5, the splitter 70 has a feed hole 72 formed larger than the shuttlecock A blade diameter in the middle of the sorting passage 71 formed smaller than the blade diameter of the shuttlecock A to rotate the rotor blade ( 631) shuttlecocks (A) arranged between the transfer to the transfer unit 80 one by one.

As shown in FIG. 2, the transfer part 70 has a bolt 84 inserted into a bolt hole B formed at both ends of a U-shape, and is fixed to the bottom surface of the square base 10, and one inlet 811 is provided. Located in the lower portion of the conveying hole 72 and the other side is the lower conveying pipe 81 is coupled to the through hole 821 formed in the bottom surface of the square base 10, and coupled to the through hole 821 and the upper portion of the square base 10 Shuttlecock (A) is raised to the upper transfer pipe 82 is aligned with the exit 822, the lower transfer pipe 81 is driven by a motor 833 inside the shuttle tube (832) by the V groove 832 The feed belt 83 is rotated by the roller 831 formed in the first belt ball 831 a and the second belt ball 831 b so as to be quickly transferred, and is connected to the lower transfer pipe 82. The upper transfer pipe 82 was to be able to immediately store the aligned shuttlecock (A) in the form of an open end portion.

Hereinafter, a method of operating the shuttlecock alignment device of the present invention will be described.

Shuttlecock aligning device is a motor 61 of the rotating unit 60 when the power is applied to the power supply unit 15 formed on the side of the square base 10, the rotating shaft 62 coupled to the motor 61 and the rotating shaft The rotating plate 63 coupled to the 62, the first classification bar 64, the second classification bar 65 is rotated at the same time. In particular, due to the motor 61, the rotational speed is controlled to vary the rotational speed depending on the number of shuttlecocks (A).

As described above, a large amount of shuttlecock A is introduced into the upper funnel 50 during the rotation of the rotary unit 60. The injected shuttle cock (A) is separated evenly while passing through the first sorting bar 64, the second sorting bar 65 is lowered to the lower funnel 40.

While descending the inclined surface of the lower funnel 40, the head portion heavier than the feather is faced down and inserted between the rotary blades 631, rotated in the sorting passage 71, and one by one through the feed hole 72. Are transferred.

At this time, there is a case that the shuttle cock (A) inserted between the rotary blades 631 does not escape the transfer hole 72 when stacked, the rotary blade 631 is formed on the bottom surface of the square base 10 during rotation By releasing a large amount of stacked or entangled shuttlecocks (A) at the cost of the swash plate 66, the shuttlecocks (A) are smoothly exited from the transfer hole (72).

As shown in FIG. 7, the shuttle cock A exiting the transfer hole 72 is inserted into the inlet 811 of the lower transfer pipe 81 coupled to the bottom of the square base 10 with a bolt 84. In addition, the lower transfer pipe 81 is rotated by the motor 833, the V groove 832 is formed on the inner side, the first belt ball 831a and the second belt ball (2) formed facing the middle of the lower transfer pipe 81 ( The transfer belt 83 inserted and rotated in the rollers 831 respectively formed at 832b rotates inward, and the shuttlecock A is quickly transferred and arranged.

Shuttlecock (A) is aligned by the transfer belt (83) exits the exit 822 of the upper transfer pipe 82 through the through hole 821 formed in the square base 10 by the transfer belt (83) Can be used.

As described above, the shuttlecock alignment device according to the present invention is inserted into the upper funnel after a large amount of shuttlecocks after badminton training, and the tangled shuttlecock passes through the first and second classification bars, and passes through the slope of the lower funnel. Compared to the wing feathers, the head which weighs more is inserted downward and is inserted into the rotary blade, and passes through the sorting part, passes through the feeding hole, and is transferred to the conveying part.

The present invention is not limited to the preferred embodiments of the above features, and those skilled in the art to which the present invention pertains various modifications without departing from the gist of the present invention as claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a perspective view of a shuttlecock alignment device according to the present invention

Figure 2 is an exploded view of the shuttlecock alignment device according to the invention

Figure 3 is a bottom view of the shuttle cock alignment device according to the invention

Figure 4 is a plan view of the shuttlecock alignment device according to the invention

5 is a plan view after removing the upper funnel according to the present invention

Figure 6 is a front view of the fixed frame of the shuttle cock alignment device according to the invention

Figure 7 is a detail view of the transfer portion of the shuttlecock alignment device according to the invention

<Description of the symbols for the main parts of the drawings>

10: square base 11: caster

12: leg 13: first through

14: protective film 15: power supply

20: fixed frame 21: vertical frame

22: upper frame 221: bolt hole

23: lower frame 30: round base

40: lower funnel 50: upper funnel

51: bolt 60: rotating part

61: motor 611: fixed bar

62: rotation axis 621: second hole

622: third through 623: fourth through

63: rotating plate 631: rotary blade

64: first classification bar 641: first coupling sphere

65: second classification bar 651: second coupling sphere

66: struck 70: classification

71: Classification passage 72: transfer hole

80: transfer unit 81: lower transfer pipe

811 inlet 82: upper feed pipe

821: through-hole 822: exit

83: conveying belt 831a: the first belt ball

831b: second belt ball 831: roller

832: V groove 833: motor

84: Bolt

Claims (6)

A square base 10 having a caster 11 fixed at a lower end thereof with four legs lowered at four lower ends, and having a circular first through hole 13 formed at the center thereof; A vertical frame 21 fixed to an upper portion of the square base 10 and vertically protruding from the upper frame 22 protruding in a U-shape onto the vertical frame 21 and having a bolt hole 221 formed at an end thereof; A plurality of fixed frames 20 formed with a lower frame 23 having a L-shape protruding from the middle of the vertical frame 21; A circular base 30 fixed to the end of the lower frame 23 by welding and fixed away from the first through hole 13 by a predetermined distance; A lower funnel 40 fixed to an upper portion of the circular base 30 and having an inclined surface inclined from the inside to the outside 30 to 60 °; The upper funnel is located on the lower funnel 40, but the upper and lower portions are fixed to the bolt hole 221 of the upper frame 22 in the form of bolts 51 and the inclined surface formed inclined 30 to 60 ° from the outside to the inside 50; A rotating part 60 coupled to the quadrangle base 10 by a fixing bar 611 to rotate after being coupled with the motor 61 positioned at the lower center of the circular base 30 to align the shuttle cock; A sorting unit 70 in which the shuttlecock inserted into the sorting passage 71 formed between the first through hole 13 and the circular base 30 is sorted by the rotating unit 60; The bolts 84 are inserted into a plurality of bolt holes formed at both ends in the form of a tube in which the shuttlecock sorted by the sorting unit 70 is transferred to the upper portion of the square base 10, and fixed to the bottom and top surfaces of the square base 10, respectively. Shuttlecock alignment device, characterized in that the transfer unit 80 is formed. The method of claim 1, The square base (10) is a shuttlecock alignment device, characterized in that the protective film 14 is fixed to the vertical perpendicular to the first through-hole so as to prevent the departure of the shuttlecock in the splitter (70). The method of claim 1, The rotating part 60 is coupled to the motor 61 and passes through a second through hole 621, a third through hole 622, a fourth through hole 623, and a rotating shaft 62 protruding to the inside of the upper funnel 50. The rotating plate 63 is coupled to the lower portion of the rotary shaft 62 and rotates to have a plurality of rotary blades 631 arranged at regular intervals so that a shuttlecock is inserted therein, and a first coupler 641 on the rotary shaft 62. The first sorting bar 64 protruded horizontally in combination with the second sorting bar 64, and the second sorting bar protruding horizontally from the lower portion of the first sorting bar 64 to the second coupler 651. And a swash plate 66 coupled to the bottom of the square base 10 to swivel the rotary blade 631 and arrange the shuttle cock. The method of claim 1, The sorting unit 70 is a shuttle cock alignment device, characterized in that the transport shuttle 72 is formed larger than the diameter of the shuttle cock wings so that the aligned shuttlecock falls out in order to be transferred to the transfer unit (80). The method of claim 1, The sorting passage 71 is shuttlecock alignment device, characterized in that formed with a smaller diameter than the wing feathers of the shuttlecock. The method of claim 1, The transfer unit 80 is a U-shaped lower transfer pipe 81, the shuttle cock from the transfer hole 72 is inserted into the inlet 811 and is transferred to the through hole 821 is coupled to one side of the lower transfer pipe 81 The shuttle cock coupled to the upper portion of the rectangular base 10 is exited from the outlet 822 and the upper feed pipe 82 is arranged in a row, and inserted into the lower feed pipe 81 is driven by a motor 833, the inner surface Shuttlecock alignment device is characterized in that the V-groove 832 is formed, but the conveying belt 83 is formed by the roller 831 formed in the first belt hole (831a) and the second belt hole (831b).

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