KR101578678B1

KR101578678B1 - A shuttlecock collection device

Info

Publication number: KR101578678B1
Application number: KR1020150088395A
Authority: KR
Inventors: 신우섭
Original assignee: 신우섭
Priority date: 2015-06-22
Filing date: 2015-06-22
Publication date: 2015-12-18

Abstract

The present invention relates to a badminton shuttlecock collecting device, comprising: a lead-in unit formed to lead scattering shuttlecocks in the same direction; a supply unit which moves the shuttlecocks to a holding unit after detaching the shuttlecocks led through the lead-in unit; a holding unit which forms a slope in which height gradually decreases while going away from the supply unit in order to sequentially pile up the shuttlecocks moved through the supply unit; and a driving unit which supplies rotatory power of wheels generated while moving the device, to the lead-in unit and the supply unit.

Description

A shuttlecock collection device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a badminton shuttlecock collection device, and more particularly, to a badminton shuttlecock collection device for collecting a shuttlecock dispersed on the floor promptly by simply pushing the device.

Generally, the shuttlecock has a cork tip with a semi-spherical cone-shaped ball used in badminton, and 14 to 16 feathers fixed to the cork tip to stabilize the shuttlecock to aerodynamic stability.

These shuttlecocks have a conical shape so when they are gathered together to collect the balls after exercise, they do not roll like regular circular balls but rotate around the cork tip, so they are scattered around the stadium. After the badminton game, There was a problem to pick up the shuttlecock.

Korean Patent Registration No. 10-1020064 for solving such a problem relates to a system for collecting a shuttlecock for a badminton, in which a collection space in which a front side for collecting a shuttlecock for a badminton is opened is formed inside, A feather cancellation part for collecting the feathers separated from the shuttle for badminton into the collection space is formed at the lower part of the handle part and the handle part provided on the upper part of the receiving part, And a plurality of badminton shuttlecocks separated from the ground through rejection to collect a large number of shuttlecock for badminton where the collectors are scattered, so that it is not necessary to manually collect the shuttlecock for badminton.

However, in the related art as described above, when the collecting device is pushed, there is inconvenience that the shuttlecock may be damaged due to friction between the floor or the shuttlecock collecting the shuttlecock scattered on the floor.

Also, there was an inconvenience that a person would have to pick up the shuttlecock manually even if the shuttlecock scattered on the floor was collected in one place using the collection device.

Korean Patent Registration No. 10-1020064

In order to solve the above problems, an object of the present invention is to provide a device for collecting a badminton shuttlecock, in which a shuttlecock on the floor is pulled only when the device is pushed and automatically collected.

It is another object of the present invention to provide a badminton shuttle picking device which is arranged so that each shuttlecock can be automatically stacked so that the shuttlecocks can be stacked one after another when the incoming shuttlecock is collected.

Another object of the present invention is to provide a badminton shuttle pick-up apparatus which is simple in parts and structure, has no maintenance cost, and is easy to manage.

The present invention provides a badminton shuttlecock collection device for a shuttlecock that includes a drawer formed to allow a shuttlecock scattered on a floor to be drawn in the same direction, a supply portion for removing the shuttlecock pulled through the drawer portion and moving the shuttlecock to a mounting portion, And a drive unit for supplying a rotational force of the wheel generated when the apparatus is moved to the inlet unit and the supply unit.

Further, according to another aspect of the present invention, there is provided an apparatus for collecting a badminton shuttlecock, comprising: a sorting device for allowing a shuttlecock to be pulled in a direction of a cork tip when a shuttlecock is first pulled in and a shuttlecock inserted through the sorting device And a lead-in guide which is formed so that the end of the lead wire is distressed.

In addition, the supply portion of the badminton shuttle pick-up apparatus of the present invention may include a detachable device for moving the shuttlecock in contact with the cork tip of the shuttlecock, an elastic body coupled to the detachable device and configured to press the shuttlecock, And a releasing device for releasing it from the apparatus.

Further, the supply part of the badminton shuttle pick-up apparatus of the present invention further includes a gap forming unit formed so as to spread the gap of the detachment device, and when the shuttlecock is pulled in, The cork tip of the cork is pressed and moved.

In addition, a protrusion is formed at the end of the detachment device of the badminton shuttle picker of the present invention so that the cork tip of the shuttlecock does not slip.

In addition, the mounting portion of the badminton shuttle pick-up apparatus of the present invention is characterized in that the mounting portion of the shuttlecock includes a flicker preventing bar so that the shuttlecock supplied through the supply portion does not bounce or turn upside down.

In addition, the driving unit of the badminton shuttle pick-up apparatus of the present invention is characterized in that a series of operations are repeatedly generated by transferring the rotational force generated by the rotation of the wheels to the supply unit and the inlet unit by using the chain and the belt.

As described above, according to the apparatus for collecting a badminton shuttlecock according to the present invention, a shuttlecock on the floor can be pulled out and automatically collected only by pushing the apparatus.

Further, according to the apparatus for collecting a badminton shuttlecock according to the present invention, when the shuttlecock is taken in, the shuttlecock can be automatically aligned so that the shuttlecocks can be stacked one after another.

Further, according to the apparatus for collecting a badminton shuttlecock according to the present invention, the parts and the structure are simple, there is no maintenance cost, and the management is easy.

FIG. 1 is a perspective view showing an overall structure of a badminton shuttle picking apparatus according to the present invention. FIG.
2 is a perspective view showing an inside view of a badminton shuttle pick-up apparatus according to the present invention and a state in which a shuttlecock is pulled in by an inlet portion.
FIG. 3 is a perspective view showing a detachment device formed in a supply portion of a badminton shuttlecock collection device according to the present invention, which is opened to catch a shuttlecock having been inserted. FIG.
FIG. 4 is a perspective view showing a state in which a release device formed in a supply portion of a badminton shuttle pick-up device according to the present invention separates a shuttlecock from a detachment device. FIG.
FIG. 5 is a perspective view showing a state in which a shuttlecock is collected and stacked on a cannon of a badminton shuttlecock collection device according to the present invention. FIG.
FIG. 6 is a perspective view showing a state in which at least one of the shuttlecock collecting devices is coupled as a first embodiment. FIG.

Specific features and advantages of the present invention will be described in detail below with reference to the accompanying drawings. The detailed description of the functions and configurations of the present invention will be omitted if it is determined that the gist of the present invention may be unnecessarily blurred.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing the overall structure of a badminton shuttle picking apparatus according to the present invention.

As shown in FIG. 1, the apparatus for collecting a badminton shuttlecock according to the present invention includes an inlet 200 formed so that a shuttlecock 10 scattered on a floor is drawn in the same direction, a shuttlecock So that the height of the supply part 300 is reduced as the distance from the supply part 300 is increased so that the supply part 300 that removes the transfer part 10 from the supply part 300 and the shuttlecock 10 that is moved through the supply part 300 are stacked in order And a drive unit 100 for supplying the rotational force of the wheel 110 generated when the apparatus is moved to the inlet unit 200 and the supply unit 300. [

The inlet unit 200 aligns the shuttlecock 10 so that the cork tip portion of the shuttlecock 10 lying in various directions on the floor can be drawn in first and then enters the inside of the apparatus.

The supply unit 300 presses and fixes the cork tip of the shuttlecock 10 pulled through the inlet unit 200 and then moves the shuttlecock 10 so that the shuttlecock 10 can be loaded on the stationary unit 400. [

The mounting portion 400 is formed such that a portion closer to the supplying portion 300 is formed higher than a portion far from the supplying portion 300 so that the shuttlecock 10 supplied through the supplying portion 300 can be stacked in order .

The driving unit 100 transmits rotational force generated when the wheel 110 rotates by using the chain 130 and the belt 140 to the supplying unit 300 and the inlet unit 200 in the same manner to cause the shuttlecock 10 to perform a series of operations To occur repeatedly.

FIG. 2 is a perspective view showing an inside view of the badminton shuttle pick-up apparatus according to the present invention and a state in which a shuttlecock is pulled in by an inlet portion.

As shown in FIG. 2, the inlet portion 200 of FIG. 1 of the badminton shuttle picker according to the present invention is configured such that when the feather direction of the shuttlecock 10 is first pulled, the shuttlecock 10 is turned and rotated to the cork tip direction A lead-in guide 220 formed so that the end of the shuttlecock 10 pulled through the aligning device 210 is pulled toward the center of the feeder 300 of FIG. 1, And further comprising:

The aligning device 210 is configured such that the shuttlecock 10 placed on the bottom is formed to be opposite to the first rotating shaft 211 on both sides of the first rotating shaft 211 so that the cork tip can be first drawn, When a feather of a diameter larger than the cork tip is first introduced, the feather is pushed out to rotate around the cork tip.

At this time, when the cork tip is first drawn into the aligning device 210, since the width of the aligning device 210 is larger than the diameter of the cork tip, the shuttlecock 10 can be drawn inwardly before being pushed by the aligning device 210 .

The aligning device 210 uses a film or PVC material to prevent the feathers from being damaged when the feathers of the shuttlecock 10 are pushed out. When the feathers are pushed out, wire or acrylic is wound around the first rotating shaft 211 ), And then the film or PVC is attached thereto so that the shuttlecock 10 can be pushed out.

The alignment device 210 includes pulleys 150 at both ends of the first rotation shaft 211 to receive a rotational force from the driving unit 100 of FIG. 1, so that the rotational force of the wheel 110 Is transmitted to the feeder 300 of FIG. 1 through the gear 120 and the chain 130 and then transmitted to the inlet 200 of FIG. 1 through the belt 140 and the pulley 150.

Here, the belt 140 is installed in a staggered manner so that the first rotating shaft 211 can rotate in a direction opposite to the rotating direction generated by the driving unit 100. The alignment belt 210 and the alignment belt 210 are disposed on the upper and lower sides of the belt 140 so that the belt 140 is rotated in the direction in which the third rotation shaft 341 and the first rotation shaft 211 rotate. In the upper direction.

The lead-in guide 220 guides the shuttlecock 10 from the lower part of the aligning device 210 to the supply part 300 of FIG. 1 so that the shuttlecock 10 does not move in the other direction, As shown in FIG.

In addition, the lead-in guide 220 should be formed so as to be freely opened at the end so as to form an elastic force, and then to be untwisted.

When the shuttlecock 10 is pulled through the lead-in guide 220, feathers larger in diameter than the cork tip of the shuttlecock 10 can be damaged by the end of the lead-in guide 220, It should be possible.

3 is a perspective view showing a detachment device formed in a supply portion of a badminton shuttlecock collection device according to the present invention in a state in which the detachment device is opened to catch a shuttlecock.

3, the supply unit 300 of FIG. 1 of the badminton shuttle picker according to the present invention includes a detachment device 310 for moving the shuttlecock 10 in close contact with the cork tip, (Not shown) for releasing the shuttlecock 10 from the detachable device 310 by a rotational force, which is located above the detachable device 310, and an elastic body 320 formed to press the shuttlecock 10 .

1 further includes a gap forming part 330 formed to spread the gap of the detachable device 310 and the detachable device 310 is disposed on the gap forming part 330 when the shuttlecock 10 is retracted So that the cork tip of the shuttlecock 10 is pressed and moved by being pinched by the elastic body 320.

The release device 340 is shown in detail in FIG. 4 and will be described in detail with reference to FIG.

The detachable device 310 is formed so as to face opposite sides of the second rotation shaft 311 and has an elastic body 320 formed between both sides of the second rotary shaft 311. The detachable device 310 is in close contact with the end of the detachable device 310, The cork tip can be pressed.

At this time, the interval forming bar 330 is positioned above the draw-in guide 220 so that the detachment device 310 can be spaced apart by the width of the cork tip of the shuttlecock 10, The detachment device 310 is spaced apart from the width-narrow upper portion of the gap-forming base 330 while rotating in the downward direction.

The shuttlecock 10 that is pulled through the lead-in guide 220 protrudes through the end of the lead-in guide 220 and the feather of a diameter larger than the cork tip moves by the end of the lead- It can not be fixed.

The detachment device 310 spaced apart by the gap forming part 330 continuously rotates in a state in which the gap is spaced apart. When the detachment device 310 is out of the interval forming part 330, the detachment device 310 is retracted again by the elastic body 320 And the cork tip of the shuttlecock 10 passed through the lead-in guide 220 is pressed to move the shuttlecock 10 while rotating the shuttlecock 10 in the upward direction.

In addition, the protrusion 312 may be formed at the end of the detachable device 310 so that the cork tip of the shuttlecock 10 does not slip.

The protrusion 312 is formed to prevent the shuttlecock 10 from slipping in the gravity direction when the detachment device 310 presses the shuttlecock 10 and rotates in the upward direction so that the end of the cork tip of the shuttlecock 10 is caught A slope is formed.

A rubber is attached to the surface of the detachable device 310 which is in close contact with the shuttlecock 10 to increase frictional force. A protrusion 312 formed to catch the cork tip of the shuttlecock 10 and a rubber The shuttlecock 10 can be easily moved to the detachable device 310 and move easily.

FIG. 4 is a perspective view showing a state in which a release device formed in a supply portion of a badminton shuttle pick-up device according to the present invention separates a shuttle from a detachment device. FIG.

4, the supply unit 300 of FIG. 1 of the badminton shuttle pick-up apparatus according to the present invention further includes a release device 340, and the release device 340 includes a second The shuttlecock 10 is moved away from the attaching / detaching device 310 by the rotational force and moved to the mounting portion 400.

The release device 340 is coupled to the center of the third rotary shaft 341 located at the upper portion of the detachable device 310 and rotates along the third rotary shaft 341, (10) is pulled out by the rotational force to be detached from the desorption apparatus (310) and moved to be able to enter the mounting section (400).

In order to disengage the shuttlecock 10 from the detachment device 310 and move the shuttlecock 10 to the mounting portion 400, the detachment device 340 is detached from the portion of the detachment device 310 where the protrusion 312 is formed, 311) so that the lower portion of the cork tip of the shuttlecock 10 fixed by the detachable device 310 can be struck.

The cork tip of the shuttlecock 10 rotates in the opposite direction about the feather of the shuttlecock 10 as the center of the feather of the shuttlecock 10 when the releasing device 340 sweeps the lower portion of the cork tip of the shuttlecock 10 with the rotational force, Fall off.

The detaching device 340 can also be changed in accordance with the number of the detaching devices 310 and the detaching device 310 presses the shuttlecock 10 pulled in through the detaching device 220, The release device 340 must be positioned so as to be able to push out the shuttlecock 10 before the second rotation axis 311 becomes vertical.

To this end, when the wheel 110 is rotated using the gear wheel 120 and the chain 130 when the driving unit 100 of FIG. 1 is formed, the rotational force is transmitted to each of the gear wheels 120 through the chain 130 And the second rotation shaft 311 and the third rotation shaft 341 can be rotated simultaneously so that the detachment device 310 moves the shuttlecock 10 and then the release device 340 rotates the shuttlecock 10 400) should be repeatedly generated.

FIG. 5 is a perspective view illustrating a state in which a shuttlecock is collected and stacked in a cannon of a badminton shuttlecock collection device according to the present invention.

5, the mounting portion 400 of the badminton shuttle pick-up apparatus according to the present invention is configured such that the shuttlecock 10 supplied through the supply portion 300 shown in FIG. 1 is repelled by the rebound, (410) is further included.

The cork tip of the shuttlecock 10 strikes the mount 400 when the shuttlecock 10 is moved to the mount 400 through the detaching device 340 and the reaction force of the cork tip of the shuttlecock 10 The feathers can be inverted in the opposite direction.

In order to prevent such a problem, a semicircular type flicker rest 410 is provided at the end of the mounting part 400 located in the direction close to the supply part 300 of FIG. 1, To prevent the shuttlecock 10 from being turned upside down when the shuttlecock 10 is turned upside down due to the reaction.

The flicker rest 410 may be inclined so that the cork tip or the feather of the shuttlecock 10 supplied from the detaching device 340 does not catch on the flicker rest 410, So that the shuttlecock 10 can be drawn into the mounting part 400 without being caught by the flicker rest 410.

The shuttlecock 10, which is repeatedly supplied by the escape device 340 without being inverted through the flip-flops 410, is overlapped in turn and is moved along the inclined mounting portion 400 to the end, do.

FIG. 6 is a perspective view showing a state in which at least one of the shuttlecock collecting devices is coupled as a first embodiment. FIG.

6, the badminton shuttle collecting device is capable of quickly collecting and arranging a plurality of shuttlecocks 10 by combining a plurality of inlet portions 200, a supplying portion 300, and a receiving portion 400 .

The shuttlecock 10 can simultaneously draw the shuttlecock 10 into the respective inlet portions 200 and collect the same when the inlet portion 200, the supply portion 300, and the mounting portion 400 are coupled to each other. So that a large number of shuttlecocks 10 can be collected with a small movement.

The driving unit 100 may be formed in each of the wheels 110 formed on both sides of the apparatus so as to transmit power. The driving unit 100 may include a supply shaft 300 and a rotary shaft (not shown) formed in the inlet unit 200, The power generated by the driving unit 100 can be transmitted in the same manner.

Therefore, each of the supply unit 300 and the inlet unit 200 repeatedly performs the same operation. Therefore, when one of the supply units 300 or the inlet unit 200 is modified when a problem occurs in the apparatus and correction is required, 300 or the inlet unit 200 is modified, an effect of easy management can be obtained.

In addition, a handle (not shown) may be formed at the end of the mounting part 400 to move the device by pushing the handle formed on the device. When a certain amount of the shuttlecock 10 is collected in the mounting part 400, So that the shuttlecock 10 arranged in the mounting portion 400 of the shuttlecock 10 can be easily picked up.

In addition, a collecting guide 230 is formed in the inlet part 200 at both ends of the apparatus so that the shuttlecock 10 can be drawn toward the aligning device 210.

The collecting guide 230 is located at the inlet 200 formed at both ends and is formed to have a tilt toward both sides of the apparatus.

When the apparatus moves toward the front, the collecting guide 230 moves the shuttlecock 10, which is located on the side of the apparatus, toward the inlet unit 200 so that the shuttlecock 10 can be collected.

As described above, according to the apparatus for collecting a badminton shuttlecock according to the present invention, a shuttlecock on the floor is automatically taken in by simply pushing the device, and when the shuttlecock is taken in, the shuttlecock is automatically It is easy to sort by aligning, simple parts and structure, so there is no maintenance cost and easy to manage.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken as a limitation upon the scope of the invention. Or modify it. The scope of the invention should, therefore, be construed in light of the claims set forth to cover many of such variations.

10: shuttlecock 100:
110: Wheel 120: Gear wheel
130: chain 140: belt
150: pulley 200: inlet
210: alignment device 211: first rotating shaft
220: Incoming guide 230: Collection guide
300: supply part 310: detachable device
311: second rotation shaft 312: projection
320: Elastic body 330:
340: releasing device 341: third rotating shaft
400: mounting part 410:

Claims

An inlet formed so that a shuttlecock which is scattered on the floor is drawn in the same direction;
A supply part for detachably attaching the shuttlecock inserted through the inlet part and moving the shuttlecock to the mounting part;
A mounting portion having a slope such that a height thereof decreases as the distance from the supply portion is increased so that the shuttlecock moved through the supply portion can be sequentially stacked; And
And a driving unit for supplying rotational force of a wheel generated when the apparatus is moved to the inlet unit and the supply unit
Badminton Shuttlecock Collection System.

The method according to claim 1,
Wherein the inlet portion is provided with an aligning device for allowing the shuttlecock to be turned and rotated in the direction of the cork tip when the feather direction of the shuttlecock is first drawn; And
And an inlet guide formed so that an end of the shuttle is pulled down toward the center of the supply unit
Badminton Shuttlecock Collection System.

The method according to claim 1,
The supply unit includes a detachment device for moving the cork tip of the shuttlecock in close contact with the cork tip;
An elastic body coupled to the detachment device and configured to press the shuttlecock; And
And a releasing device which is located above the detachment device and which releases the shuttlecock from the detachment device by a rotational force
Badminton Shuttlecock Collection System.

The method of claim 3,
Wherein the supply portion further comprises a gap forming table formed to spread the gap of the desorption device,
And the cork tip of the shuttlecock is pressed and moved as the shuttlecock is pushed in by the elastic body after the gap is opened due to the gap formation when the shuttlecock is drawn in
Badminton Shuttlecock Collection System.

The method of claim 3,
And a protrusion is formed at an end of the detachment device so that the cork tip of the shuttlecock does not slip
Badminton Shuttlecock Collection System.

The method according to claim 1,
The mounting portion may further include a throttle preventing portion for preventing the shuttlecock supplied through the supplying portion from bouncing back or reversing its direction.
Badminton Shuttlecock Collection System.

The method according to claim 1,
Wherein the driving unit transmits rotational force generated when the wheel rotates by using the chain and the belt to the supply unit and the inlet unit so that the series of operations of the shuttlecock is repeatedly generated
Badminton Shuttlecock Collection System.