KR101899261B1 - Outer cover separator of waste golf-ball - Google Patents

Abstract

The present invention relates to an apparatus for peeling an outer skin of a recyclable golf ball (G), which comprises a seating unit (10) having two or more rollers (15) on a fixed plate (13) of a die (11) to seat and rotate a golf ball (G), and connected onto the rollers (15) to be rotated by a motor; a supply unit (20) for sequentially supplying the golf ball (G) on the seating unit (10); a holder unit (30) for fixing the golf ball (G) seated on the seating unit (10) at upper and side portions to prevent separation thereof; a cutting unit (40) for cutting an outer skin of the golf ball (G) fixed by the holder unit (30); and a discharge unit (50) for discharging the golf ball (G) in which a cutting operation of the cutting unit (40) is completed. Accordingly, a recyclable golf ball is sequentially supplied, and the outer skin of the golf ball can be accurately and rapidly cut in a level that an inner skin of the golf ball is not damaged, thereby minimizing a defect rate. Also, an operation of a next step of covering the outer skin of the golf ball can be continuously performed in accordance with an automation process from the supply to the discharge, thereby maximizing the number of regeneration of the golf ball to an operation time.

Description

{Outer cover separator of waste golf-ball}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an apparatus for separating a recycled golf ball from an outer surface of a recycled golf ball, and more specifically, it is possible to precisely and quickly cut the outer surface of a golf ball on a line And it is possible to continuously perform the work to the next step of coating the outer surface of the golf ball according to the automation process from supply and discharge to maximize the regeneration quantity of the golf ball relative to the working time The present invention relates to a recycling golf ball removing apparatus.

In general, a golf ball is formed in such a shape that the outer side of a core, which is a natural material, is covered by a skin formed with a dimple, and a surface of the skin is coated with a reflection layer for a mirror effect. Golf balls are mainly used in indoor and outdoor golf courses, paint and coating layers are peeled off due to collision with golf clubs, and the outer surface of the dimples is damaged and discarded. The disused golf ball is covered with a synthetic resin covering the cores which are made of raw rubber, and if the golf ball is discarded, it causes severe environmental pollution.

As a result, the cost of purchasing a golf ball is somewhat burdensome because the manufacturing cost is increased due to the manufacture of the golf ball while importing the golf ball raw material while preventing it. Thus, the golf ball is actively being regenerated to provide a less expensive golf ball. A plurality of methods for separating only the core by a peeling operation for removing only the shell except for the core for regenerating the golf ball and then forming the outer shell again outside the core have been proposed.

For example, Japanese Patent Application Publication No. 10-0678352 discloses a golf club having an upper and a lower clamp mounted vertically around a golf ball to be rotated in a fixed state by pressing a golf ball, A rotary cutter installed to cut off the outer surface of the golf ball by contacting with the center side of the golf ball to rotate the outer surface of the golf ball to a predetermined depth, And an upper pushing member provided at an upper portion of the fixed golf ball and capable of hitting the upper surface of the golf ball. And a lower pressing member capable of hitting the lower outer shell. "

However, according to the above-mentioned prior art documents, it is possible to effectively remove the jacket of a golf ball having a damaged outer core or a cored core, thereby achieving an economical effect due to the recycling of the golf ball and facilitating the recycling of the golf ball. The environmental pollution caused by the ball can be prevented, and the process of obtaining the sheath and core from the waste golf ball is simplified, thereby improving workability and productivity.

However, only the method is presented only in the contents of the preceding literature, and only the cutter structure which allows the golf ball to be removed from the specific equipment is presented. However, There is a limit to the reduction in the amount of the outer shell, and there is no facility for carrying out the mass removal of the outer shell. Thus, the recycling efficiency is low.

Korean Patent Registration No. 10-0678352 "Apparatus for Separating a Closed Golf Ball and Its Separation Method" (2007.01.29)

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems of the prior art, and it is an object of the present invention to provide a golf ball which is capable of accurately and quickly cutting the outer surface of a golf ball, And it is possible to continuously carry out work to the next step of covering the outer surface of the golf ball according to the automation process from the supply and discharge to the recycling golf ball removing apparatus .

In order to accomplish the above object, the present invention provides an apparatus for peeling off a jacket of a recyclable golf ball, comprising: at least two rollers on a fixing plate of a die for seating and rotating the golf ball, A seat portion rotated by the seat portion; A feeder including a shoe for automatically feeding a golf ball adjacent to the seating part to sequentially supply the golf ball on the seating part, and a stop plate driven by a rotating cylinder for securely holding the golf ball on the seating part; A holder part for fixing the golf ball seated on the seating part at the upper part and the side part to prevent the golf ball from being separated; A cutting portion for cutting the outer surface of the golf ball fixed by the holder portion; And a discharge unit for discharging the golf ball which has completed the cutting operation of the cutting unit.

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At this time, the holder unit according to the present invention is characterized by having an upper holding unit operated by an operating cylinder to fix the golf ball of the seating unit at the upper portion, and a double side holding unit operated by a pressure cylinder to fix the golf ball at both sides .

The cutting part according to the present invention includes a first cutter blade driven by a first driving cylinder to linearly feed the LM rail on the LM rail so as to cut only the left and right outer sheaths of the golf ball fixed by the holder part, And a second cutter blade driven by the second drive cylinder to linearly feed the LM rail on the LM rail for cutting.

At this time, the discharge unit according to the present invention is characterized by having a discharge stick which is operated by a discharge cylinder to discharge the golf ball that has completed the cutting operation from the seat portion.

It should be understood, however, that the terminology or words of the present specification and claims should not be construed in an ordinary sense or in a dictionary, and that the inventors shall not be limited to the concept of a term It should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It is to be understood that equivalents and modifications are possible.

As described above, according to the present invention, it is possible to accurately and quickly cut the outer surface of a golf ball on a line where the inner surface is not damaged, while supplying recyclable golf balls sequentially, thereby minimizing the defect rate, It is possible to continuously carry out the work to the next step of covering the outer surface of the golf ball according to the automation process, so that the regeneration quantity of the golf ball can be maximized to the working time.

FIG. 1 and FIG. 2 are schematic views showing, in a front view and a side view, a stripping device according to the present invention
FIG. 3 and FIG. 8 are operating state diagrams showing the operation sequence of the dissolving apparatus according to the present invention; FIG.

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

The present invention relates to a device for peeling off the outer skin of a recyclable golf ball (G), and is characterized in that it comprises a seat part (10), a supply part (20), a holder part (30), a cutting part (40) 50). The apparatus of the present invention is designed to be applied to a golf ball and configured to be used as a basic constitution. However, in case of performing a peeling operation of a spherical object having the same or similar material and configuration as a golf ball, It is possible.

The seating part 10 according to the present invention has two or more rollers 15 on a fixing plate 13 of a die 11 for seating and rotating the golf ball G and is connected to a roller 15 And is rotated by a motor. The seating part 10 is located on the die 11 corresponding to the main body of the present invention and has a fixing plate 13 and a roller 15 in the upper direction with respect to the center part. The two fixing plates 13 are provided with at least two rollers 15 between the fixing plates 13 facing each other while maintaining a constant gap and the one surface of the roller 15 is fixedly protruded upward from the fixing plate 13. This is because the golf ball G is supplied by a supply unit 20 to be described later and is mounted on the roller 15. The two or more rollers 15 are connected to each other through a power band, Because the golf ball G is necessarily required to rotate in a constant direction and speed.

In summary, the fixing plate 13 is provided so as to maintain a constant gap at the center of the die 11, and two or more rollers 15 are symmetrically provided so as to protrude uniformly upward from the facing fixing plates 13 . It is sufficient that the golf ball G is seated in the space between the rollers 15 provided on the fixing plate 13 so as to be rotatable by receiving the rotational force of the motor.

The rollers 15 form a jaw with a constant inclination so that both edges are inclined to the center so that the golf ball G does not fall down or depart from the state where the golf ball G is seated. The bottom edge of the golf ball G is held at a constant height and is securely placed between the facing rollers 15 to receive the power of the motor and rotate constantly.

The supply unit 20 according to the present invention sequentially supplies a golf ball G onto the seat 10. [ The supply unit 20 is a structure used to supply the golf ball G onto the rollers 15 of the above-described seating unit 10. [

The supplying unit 20 according to the detailed construction of the present invention includes a shoe 21 for automatically supplying a golf ball G adjacent to the mounting unit 10 and a shoe 21 for mounting a golf ball G And a stop plate (23) driven by a pivoting cylinder (25) so as to be seated securely. The supply unit 20 mainly includes a shooter 21 for supplying a golf ball G and a stop plate 23 for holding the release of the golf ball G on the seat 15 on the roller 15 of the seat 10 The shooter 21 is adjacent to one side of the seating part 10 and has a discharge hole which is inclined downwardly so as to move automatically when the golf ball G is supplied. And a stop plate 23 in the opposite direction to the shooter 21. The stop plate 23 allows the golf ball G supplied through the shooter 21 to fall on the roller 15 of the seat 10 And supports the entire process from installation to installation. It is important for the pivoting cylinder 25 to be coupled to one end of the stop plate 23 in order to perform the pivoting operation so as to be positioned adjacent to the roller 15 of the seat 10 at the position before the stop plate 23 is operated Do. The stop plate 23 connected to the rotation cylinder 25 rotates within a certain angle to move adjacent to the roller 15 of the seat 10 and then the golf ball G is moved through the shooter 21 It is possible to prevent the golf ball G from falling off in the other direction at the seat 10 by supplying it to the roller 15.

One side of the stop plate 23 is pivotally fixed to one side of an auxiliary frame (not shown) engaged with the die 11 and the other side is provided with a U-shaped metal plate for holding one end of the golf ball G, The end of the plate 23, which is located at a predetermined distance from the body of the plate 23, is pivotally connected to the pivoting cylinder 25 by being connected thereto.

The holder 30 according to the present invention fixes the golf ball G seated on the seating portion 10 at the upper portion and the side portion to prevent the separation. The holder unit 30 fixes the golf ball G seated on the roller 15 of the seat 10 on the top and the side so that the roller 15 is rotated by the motor and exerts external pressure It is a role to support the position where the golf ball (G) is seated and rotate together. This is to continuously provide a constant force to the outer surface of the golf ball G in using the cutting portion 40 described later. Since the golf ball G can be prevented from being separated by fixing and holding the golf ball G on the upper or both sides thereof, it is efficient to remove the outer surface of the golf ball G to the cutting portion 40.

The holder 30 according to the detailed structure of the present invention includes an upper holder 31 which is operated by an operating cylinder 33 to fix the golf ball G of the seating part 10 from above, (35) operated by a pressurizing cylinder (37) so as to fix the ball (G) on both sides thereof. In order to perform the cutting operation using the cutting portion 40 described below with respect to the golf ball G that has been placed on the roller 15 of the mount portion 10, a part of the outer surface of the golf ball G is fixed Should be. If the cutting portion 40 is used in a state where the golf ball G is not fixed at the mount portion 10, the cutting operation of the golf ball G can not be effectively performed, A problem occurs that the cutting operation can not be performed. To prevent this, an upper holding device 31 is provided which is operated up and down by an operating cylinder 33 so as to fix an upper surface around a golf ball G seated on the seating part 10, Side holding unit 35 that operates left and right by the pressurizing cylinder 37 so as to fix the both side surfaces of the first and second holding members 35,

The upper holding device 31 and the side holding devices 35 are individually operated so that the upper holding device 31 can hold the upper part of the golf ball G in the same vertical direction So as to be able to move up and down. The operation of the golf ball G is performed by the engagement of the upper cylinder 31 and the operation cylinder 33 because the upper holder 31 is not operated.

The holder 30 includes an upper holder 31 and a pair of holders 35 for holding the left and right sides of the golf ball G at the same time. It is necessary to complete the cutting operation by fixing the upper surface of the ball G and to perform the next secondary process which is located at the top. The top and bottom surfaces of the golf ball G can be fixed by the roller 15 and the upper holder 31 of the seating portion 10 facing each other. In order to perform the second work in addition to the upper and lower fixing work of the golf ball (G), it is necessary to simultaneously hold the both sides of the golf ball (G) on the same line in order to perform the second work . Since both side holders 35 are not operated only by the holding device itself as in the case of the upper holding device 31, they are pressed to both the left and right sides by the engagement with the pressurizing cylinder 37, and the fixing operation of the golf ball G is performed.

The cutting portion 40 according to the present invention cuts the outer surface of the golf ball G fixed by the holder portion 30. The cutting portion 40 is configured to be used for a cutting operation for peeling the outer surface of the golf ball G while the golf ball G seated on the seating portion 10 is fixed using the structure of the holder portion 30 to be. If the golf ball G is used, it is difficult to perform the function as a normal golf ball G because the outer surface is worn or damaged. By collecting the golf balls G capable of being recycled and performing a cutting operation to remove the outer skin, only the grain can be extracted, and then the peeled portion of the outer skin can be regenerated and reused by using the restoration apparatus.

The cutting part 40 according to the detailed structure of the present invention includes a first driving cylinder 40 for linearly feeding the LM rail 43 to cut only the left and right outer sheaths of the golf ball G fixed by the holder 30, Which is driven by a second drive cylinder 45 to linearly feed the LM rail 46 on the LM rail 46 to cut off the remaining jacket of the golf ball G, And a cutter blade (44). The reason why the structure of the holder 30 is divided into the upper holder 31 and the side holders 35 as mentioned in the holder 30 is that the cutting portion 40 So that the work can be performed in connection with the configuration.

The upper holder 31 of the holder 30 is formed by a single set of the first cutter blade 41 of the cutting portion 40 and the second cutter blade 44 of the two side holders 35 The golf ball G is completely cut off by performing two cutting operations. The first cutter blade 41 and the second cutter blade 44 both function to cut off the outer surface of the golf ball G and to cut off the outer surface of the golf ball G, The first cutter blade 41 and the second cutter blade 44 need to be moved back and forth.

That is, before the golf ball G is used, the golf ball G is kept waiting for a certain distance. After the holding operation of the holder 40 is completed, the outer surface of the golf ball G is cut The cutting operation in which the blade 41 and the second cutter blade 44 are sequentially tangential to each other must be performed. The LM rail 43 is provided adjacent to one end of the seat portion 10 to provide a moving force of the first cutter blade 41. The first cutter blade 41 is driven by the first drive cylinder 42 so as to be linearly transferred on the LM rail 43. When the holding of the upper holder 31 is completed, The second cutter 41 is driven by the second drive cylinder 45 so as to linearly feed the LM rail 46 on the LM rail 46 opposed to the first cutter blade 41 by cutting the left and right outer corners of the golf ball G, When the holding of the double side holders 35 having the blades 44 is completed, the blades are moved forward to cut off the remainder of the golf ball G to cut off the entire outer surface of the golf ball G, The operation is completed.

The discharge unit 50 according to the present invention discharges the golf ball G that has completed the cutting operation of the cutting unit 40. A discharge unit 50 is provided for discharging the golf ball G which has been subjected to the cutting process from the seating to the peeling process to the seating part 10 so as to perform a continuous cutting operation in which the next golf ball G is seated, Respectively. In order to perform an operation of continuously releasing the outer skin of a large number of golf balls G, it is necessary to carry out a work such as a feeding-seating-holding-cutting operation and then discharging the finished golf ball G from the seating part 10 Should be included.

The discharge unit 50 according to the detailed configuration of the present invention includes a discharge stick 51 operated by the discharge cylinder 53 to discharge the golf ball G that has completed the cutting operation from the seat 10 . The discharge unit 50 includes a discharge stick 51 and a discharge cylinder 53. The discharge unit 50 is provided at a position adjacent to the shooter 21 of the supply unit 20, The discharge stick 51 is pulled in and pulled out in the direction in which the rollers 15 of the mounting part 10 are provided and the surface of the golf ball G is struck by the discharge stick 51, .

3 to 8, a golf ball G capable of being recycled is supplied to the shooter 21 of the supply unit 20 and a golf ball G The stop plate 23 integrally coupled to the pivoting cylinder 25 is rotated to protect the seat 15 of the roller 15. When the golf ball G falls on the roller 15, the stop plate 23 is reversely rotated by the pivoting cylinder 25 to move to a position where it does not interfere with the operation of other components.

Next, the upper holding device 31, which is operated by the operating cylinder 33, is operated to hold the upper portion of the holder portion 30 in order to hold the golf ball G of the roller 15. [ The upper and lower parts of the golf ball G are fixed by the rollers 15 and the upper holding unit 31 and then the first cutter 42 driven by the first drive cylinder 42 is linearly transported on the LM rail 43 located at one end. Only the left and right outer sheaths of the golf ball G are preferentially cut using the blade 41. [ Here, the roller 15 fixes the lower part of the golf ball G and also rotates by the external motor. The first cutter blade 41 cuts only the left and right outer jackets while rotating the golf ball G that is seated . The upper holding device 31 and the first cutter blade 41 are returned to their original positions.

The two side holders 35 are used to fix both sides of the golf ball G in the next operation. The second cutter blade 44 is driven by the second drive cylinder 45 so as to linearly feed the LM rail 46 on the other end of the position where the first cutter blade 41 is provided. And cuts the remainder of the jacket. Here, the two side holders 35 hold the left and right sides of the outer surface of the golf ball G at the same time and also serve to rotate, as in the roller 15 described above. When the golf ball G is rotated and the second cutter blade 44 is rotated, The remaining sheath is cut. The cutting operation is completed and both the side holders 35 and the second cutter blade 44 are returned to their original positions.

Subsequently, after cutting off all the outer sheaths of the golf ball G, the discharge stick 51, which is provided adjacent to the shooter 21 of the supply unit 20 and operated by the discharge cylinder 53, 10 is discharged to the outside of the seat portion 10 while striking one side of the golf ball G that has been placed on the cutting stick 51 with the cutting operation. The above-described operations may be set as one set to perform a continuous cutting operation.

Accordingly, it is possible to accurately and quickly cut the outer surface of a golf ball on a line where the inner surface is not damaged, while minimizing the defect rate, and to provide an automatic process for supplying and discharging Therefore, it is possible to continuously perform the work up to the next step of covering the outer surface of the golf ball, so that the reproduction amount of the golf ball can be maximized to the working time.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined by the appended claims. It is therefore intended that such variations and modifications fall within the scope of the appended claims.

10: seat part 11: die
13: Fixing plate 15: Roller
20: supply part 21: shooter
23: stop plate 25: rotating cylinder
30: holder part 31: upper holding device
33: operating cylinder 35: double side holding machine
37: pressure cylinder 40: cutting portion
41: first cutter blade 42: first drive cylinder
43: LM rail 44: second cutter blade
45: second drive cylinder 46: LM rail
50: discharging part 51: discharging stick
53: Exhaust cylinder G: Golf ball

Claims (5)

1. An apparatus for evacuating an envelope of a recyclable golf ball (G) comprising:
A plurality of rollers 15 are provided on the fixing plate 13 of the die 11 so as to seat and rotate the golf ball G, );
A shoe 21 for automatically feeding a golf ball G adjacent to the seating part 10 to sequentially supply a golf ball G onto the seating part 10; A supply section (20) having a stop plate (23) driven by a pivoting cylinder (25) so that the ball (G) is securely seated;
A holder 30 for fixing the golf ball G seated on the seating portion 10 at the upper and side portions to prevent it from coming off;
A cutting portion 40 for cutting the outer surface of the golf ball G fixed by the holder portion 30; And
And a discharge unit (50) for discharging the golf ball (G) that has completed the cutting operation of the cutting unit (40). delete The method according to claim 1,
The holder 30 includes an upper holder 31 which is operated by an operating cylinder 33 to fix the golf ball G of the seat 10 on the upper side, And a double side holder (35) operated by a pressurizing cylinder (37). The method according to claim 1,
The cutting unit 40 is provided with a first driving cylinder 42 driven by the first driving cylinder 42 so as to linearly feed the LM rail 43 on the LM rail 43 so as to cut only the left and right outer sheaths of the golf ball G fixed by the holder unit 30. [ A cutter blade 41 and a second cutter blade 44 driven by a second drive cylinder 45 to linearly feed on the LM rail 46 to cut the remaining jacket of the golf ball G Features a recycled golf ball breaker. The method according to claim 1,
Characterized in that the discharge part (50) comprises a discharge stick (51) operated by a discharge cylinder (53) to discharge the golf ball (G) which has completed the cutting operation from the seat part (10) The molting device.

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