JPH0710286B2 - Golf club automatic cleaning wax machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention automatically cleans a golf club and
The present invention relates to a golf club automatic cleaning wax machine in which cleaned golf clubs are juxtaposed one by one without damaging the clubs.

(Prior Art) As a conventional golf club automatic washing machine, for example, as shown in JP-A-64-34381, a housing provided with a golf club insertion port and a golf club ejection port, and provided in the housing. And a golf club transfer mechanism that transfers the golf club inserted from the golf club insertion port toward the outlet, and the golf club transfer mechanism between the golf club insertion port and the golf club outlet. There has been a golf club cleaning section for automatically cleaning a golf club and a golf club waxing section for automatically wax-polishing a golf club cleaned by the golf club cleaning section.

(Problems to be Solved by the Invention) However, in the conventional golf club automatic washing machine, in the golf club washing section, washing by spraying detergent and spraying water, and drying by jetting air are performed.
When sand or lawn stuck to the shaft or head of a golf club, the dirt could not be removed completely.

Further, in the conventional cleaning device, after cleaning the golf club, the club is sent to the waxing portion and sprayed with wax to be polished in the buff chamber, but the wax is often sprayed to the golf club more than necessary. In this case, no matter how much the golf club was polished, the wax remained in the club as a lump and could not give the golf club a feeling of shine and gloss.

Furthermore, in the conventional cleaning device, when the cleaning and waxing of the club are finished, the club is moved from the golf club outlet to the club container by the first conveyor provided on the circular base and the second conveyor provided on the partition. Had been sent to one of the storage units. As a result, when the golf clubs were sent into the container, the clubs were dropped from the conveyor into the container one by one, and the clubs collided with the container, or the golf clubs collided and collided with each other. It was easily scratched.

In addition, in the conventional cleaning device, it takes a long time to clean and wax the club, and for example, it takes a long time to clean all the golf clubs of four club bags which are usually one party. It was

Therefore, in view of the above-mentioned problems, the present invention automatically cleans golf clubs in an extremely short time and automatically arranges the cleaned golf clubs one by one without damaging the clubs. It was created with the challenge of providing a washing wax machine.

(Means for Solving the Problem) Therefore, the present invention relates to a cleaning device equipped with a cleaning mechanism for cleaning a golf club and a moving mechanism for moving the golf club and cleaning the golf club in the cleaning mechanism, and the cleaning device in conjunction with the cleaning device. , A take-out device for removing the washed golf club from the moving mechanism of the washing device to bring it to a predetermined position, and a turntable for juxtaposing the golf club by rotating it every time the golf club carried by the take-out device is placed The above-mentioned technical problem is solved by being configured with a device.

Further, the cleaning mechanism of the cleaning device for cleaning the golf club is
A cleaning liquid spraying unit that sprays a cleaning liquid on the golf club, a cleaning unit that sprays water to clean the golf club with a rotating brush, a first air spraying unit that sprays air to blow off water droplets adhering to the golf club, and a golf club. A wax hooking part that blows wax onto the golf club and a jet of air that sticks to the golf club and blows off excess wax.
The golf club includes an air injection unit and a finish that polishes the shaft and head of the golf club with a rotating polishing cloth. The moving mechanism causes the golf club to spray the cleaning liquid, the cleaning unit, the first air injection unit, the waxing unit, and the second unit. It was decided to pass the air injection part and the finishing part in order.

Further, the moving mechanism for moving the golf club in the cleaning mechanism of the cleaning device rotates the golf club while horizontally rotating in the cleaning device and the grip of the golf club on the outer peripheral surface of the rotating drum. It is configured with a chucking part that is detachably attached to the drum.

In addition, the take-out device that removes the washed golf club from the moving mechanism of the washing device and carries it to the turntable device is
It is configured to include a front and rear slide portion that includes a holding portion that holds the shaft of the golf club and that moves the golf club in the front-rear direction, and a vertical slide portion that moves the golf club in the up-and-down direction.

In addition, the turntable device is composed of an installation section for juxtaposing the golf clubs and a base section for rotating the installation section. Within this base section, the installation section is slightly rotated every time the golf club is placed on the installation section. A drive device and a rotation stopping device for stopping the rotation of the installation portion are provided, and the installation portion performs intermittent motion every time the golf club is placed on the installation portion by the ejecting device,
It was decided to divide the golf clubs one by one and to arrange them side by side.

(Operation) The golf club automatic cleaning wax machine according to the present invention sends a dirty golf club into the cleaning mechanism by the moving mechanism of the cleaning device, and when cleaning is completed, removes the golf club from the moving mechanism by the ejecting device, Place them side by side on the turntable device.

In the cleaning mechanism of the cleaning device, first, the golf club is sent to the cleaning liquid spraying unit, and the cleaning liquid is sprayed onto the club so that dirt attached to the club is raised. Then, the golf club sprayed with the cleaning liquid is sent to the cleaning unit and sprayed with water to be cleaned by a rotating brush. The cleaned golf club is then sent to the first air injection unit, and air is vigorously ejected onto the club to blow off water droplets attached to the club. Further, the golf club is fed into the wax hook and sprayed with the wax. The wax-coated golf club is sent to the second air ejecting unit, and air is vigorously ejected to the club to blow off excess wax adhering to the club. Finally, the golf club is fed into the finish and the shaft and head of the club are polished with a rotating polishing cloth to complete the cleaning of the golf club.

The movement of the golf club in the cleaning mechanism is performed by gripping the grip of the golf club with a chucking portion provided on the outer peripheral surface of a rotating drum that rotates horizontally in the cleaning device.

The golf club that has been cleaned is gripped by the holding section of the take-out device and is carried from the moving mechanism of the cleaning device to the turntable device.

Then, each time a golf club is placed on the installation portion of the turntable device one by one, the installation portion is slightly rotated and a plurality of golf clubs are juxtaposed.

Embodiment An embodiment of the present invention will be described below with reference to the drawings.

The golf club automatic cleaning wax machine according to the present invention is the first
As shown in FIGS. 2 and 3, the cleaning mechanism A for cleaning the golf club G and the cleaning mechanism A by moving the golf club G
A cleaning device 1 having a moving mechanism B for cleaning inside, and an ejecting device 60 which is interlocked with the cleaning device 1 and removes the cleaned golf club G from the moving mechanism B of the cleaning device 1 to bring it to a predetermined position. , Golf club G carried by the take-out device 60
And a turntable device 90 in which the golf club G is juxtaposed by slightly rotating each time the golf club is placed.

As shown in FIG. 1, the cleaning device 1 is formed in a box shape having a height of about 172 cm, a width of about 191 cm, and a depth of about 140 cm. An entrance 2 and an exit 3 are provided.
As shown in FIGS. 2 and 3, a golf club G is detachably attached to the cleaning device 1 to move the golf club G from the entrance 2 to the exit 3 of the cleaning device 1. It has B.

The moving mechanism B attaches the golf club G to the rotating drum 4 while the rotating drum 4 rotating horizontally in the cleaning device 1 and the grip P of the golf club G on the outer peripheral surface of the rotating drum 4 are detachably sandwiched. It consists of a chucking section 5. The rotating drum 4 for moving the golf club G from the entrance 2 of the cleaning device 1 to the outlet 3 is formed in a wheel shape having a reinforcing shaft 6 as shown in FIG.
As shown in FIGS. 4 and 5, the central portion is rotatably attached to the top plate 10 of the cleaning apparatus 1 by the rotating shaft 7. As shown in FIGS. 2 and 3, the rotary drum 4 is adapted to rotate while being in contact with a pair of upper and lower belts 8 that move in conjunction with a motor 9. Motor 9
As shown in FIG. 2, the pair of upper and lower belts 8 interlocked with is suspended from a pair of upper and lower pulleys arranged on the upper surface plate 10 of the cleaning device 1 so as to have a substantially square shape. That is, as shown in FIG. 2, the pulley includes a pair of upper and lower pulleys 11 attached to the upper plate 10 near the entrance 2 of the cleaning device, a pulley 12 attached to the upper plate 10 near the outlet 3, and further,
Top plate 10 located at both corners on the back side of the cleaning device 1
With the pulleys 13 and 14 attached to the, they are arranged in a substantially square shape. Then, as shown in FIG. 2, on the outer peripheral surface of the rotary drum 4, a pulley mounted on the upper surface plate 10 near the entrance 2 and the exit 3 of the cleaning device 1.
The belt 8 suspended on 11, 12 is brought into contact, and the movement of the belt 8 causes the rotary drum 4 to rotate clockwise. As shown in FIG. 2, the rotation of the motor 9 is transmitted by the drive belt 15 to the pulley 12 attached to the upper surface plate 10 near the outlet 2 of the cleaning apparatus 1, and the rotation of the pulley 12 moves the belt. However, the rotary drum 4 is adapted to rotate. In the figure, reference numeral 45 indicates 11, 12, 1 for each pulley.
It is a tension pulley for adjusting the tension of the belt 8 suspended on 3,14. Incidentally, an automatic tension device for keeping the tension of the belt 8 constant at all times may be provided (not shown). Further, the rotating drum 4 of the moving mechanism B can be manually rotated when a trouble such as a power failure occurs.

Rotating drum 4 rotating by contact with moving belt 8
As shown in FIGS. 1 and 3, a chucking portion 5 for removably attaching the club to the rotating drum 4 with the grip P of the golf club G interposed is installed on the outer peripheral surface of the. As shown in FIG. 8, the chucking portion 5 is provided between two cushion rubbers 16 which are formed in a substantially “V” shape and arranged on a square base 21. A chucking body 17 for gripping the grip P of the golf club G
Consists of. The chucking body 17 is formed in a substantially "V" shape, and the chucking pieces 19 each having the rotating body 18 attached to the tip end thereof are arranged face to face with each other at a slight distance. It is made by pivotally supporting and opening and closing, and a spring 20 is placed between these chucking pieces 19.
Both chucking pieces 19 are always closed. Two sets of chucking pieces 19 thus openably attached are arranged between the cushion rubbers 16, and the golf club G
The grip P is clamped. That is, the grip P of the golf club G is pressed against the rotating body 18 of the two chucking pieces 19 arranged on the upper and lower sides, and the left and right chucking pieces 19 closed by the tension of the spring 20 are opened. The grip P is sandwiched inside the left and right chucking pieces 19.
Then, while gripping the grip P of the club with the upper and lower cushion rubbers 16 formed in a substantially "V" shape, the grip P is sandwiched by the upper and lower chucking pieces 19 to fix the golf club G to the rotating drum 4. Of. Further, as shown in FIGS. 2 and 3, the golf club G attached to the chucking portion 5 of the rotating drum 4 extends from the vicinity of the inlet 2 of the cleaning device 1 to the vicinity of the outlet 3 thereof.
It is sandwiched between the belts 8 suspended on the outer periphery of and is more firmly fixed to the rotary drum 4.

Further, in the cleaning device 1, a cleaning mechanism A for cleaning the golf club G moved by the moving mechanism B is provided.
This cleaning mechanism A is, for example, arranged so as to surround an air tank 22 installed in the cleaning device 1 as shown in FIGS. 2 and 3, and enters from the entrance 2 as shown in FIG. The golf club G has a cleaning liquid spraying unit 23, a cleaning unit 24,
1st air injection part 25, waxing part 26, 2nd air injection part 2
7. It passes through each part of the finishing 28 and reaches the outlet 3. Further, as shown in FIG. 2, a partition plate 29 is installed around the air tank 22 so that water and wax do not scatter in the cleaning device 1. Further, the boundary between the cleaning liquid spraying unit 23 and the cleaning unit 24, the boundary between the first air injection unit 25 and the wax hooking unit 26, the wax hooking unit 26 and the second hooking unit.
A partition plate 29 is also installed at the boundary of the air ejecting unit 27, for example, to prevent the cleaning liquid sprayed by the cleaning liquid spraying unit 23 from splashing to the adjacent cleaning unit 24. Further, as shown in FIG. 2, on the back side of the cleaning device 1, there is installed a control unit 30 for managing cleaning of the golf club G, air injection, wax spraying, etc. Is provided with an operation panel 31 for managing the operation of the device. Incidentally, the date and time when the golf club G was washed, the number of washings, and the like are printed out on the washing device 1, and the operation of the washing device 1 is managed by connecting with a computer. A device (not shown) may be attached.

As shown in FIG. 5, the cleaning liquid spraying unit 23 in the cleaning device 1 has two injection pipes 47 arranged at predetermined intervals so as to sandwich the passing golf club G in the vertical direction. The injection ports of both injection pipes 47 face each other, and the cleaning liquid is injected from these injection ports to spray the cleaning liquid evenly on the golf club G passing between the injection pipes 47, and the shaft S of the golf club G and the head. It makes it easier to remove the dirt adhering to H. The two injection pipes 47 are the second
As shown in the figure, they may be installed with a slight offset in the left-right direction. In addition, the cleaning liquid ejected from the injection pipe 47 has a nonionic surfactant as a main component and causes a chemical reaction when mixed with a wax (carnauba as a main component) sprayed at a waxing portion described later. Is preventing. Then, as shown in FIG. 2, partition brushes 34 are installed near the entrance and exit of the cleaning liquid spraying section 23 so as to sandwich the passing golf club G, and help clean the club. Further, as shown in FIG. 2, a head direction catch device 35 of the golf club G is attached near the entrance 2 of the cleaning device 1. This head direction catching device 35, as shown in FIG.
Two shutter plates 37 provided at the lower end are rotatably attached to the cleaning device 1 so as to sandwich the passing golf club G. Then, when the golf club G is not mounted at the correct position and orientation of the rotary drum 4, the head H of the golf club G touches the shutter plate 37, the sensor 38 is activated by the rotation of the V-shaped cam 36, and the rotary drum is rotated. The rotation of the golf club G is stopped and the rotary drum 4 is rotated in the opposite direction to return the golf club G to the entrance 2 of the cleaning device 1. When the golf club G is attached to the correct position of the rotary drum 4, the head H of the golf club G does not touch the shutter plate 37,
At this time, the shutter plate 37 is always installed at the same position by the tension of the spring 44 attached to the upper part of the shutter plate 37.

The golf club G sprayed with the cleaning liquid in the cleaning liquid spraying section 23 is sent to the cleaning section 24 by the movement of the rotary drum 4, as shown in FIG. As shown in FIG. 6, two brushes 39 are attached to the cleaning unit 24 so as to sandwich the passing golf club G. By rotating the brushes 39, the passing golf club G is brushed from the left and right sides. It is supposed to do. The brush 39 is, for example,
It is made of nylon or polypropylene. Further, in the cleaning unit 24, as shown in FIG. 6, two pipes 40 are provided upright behind the rotating brush 39 at predetermined intervals. The pipe 40 has a plurality of nozzles for ejecting water toward the passing golf club G.
41 are provided at predetermined intervals. Further, a small pipe 42 provided with a plurality of nozzles 41 is connected above both pipes 40, and water is jetted toward the rotating brush 39 to remove dirt adhering to the golf club G. Is helping. As shown in FIG. 2, partition brushes 34 are installed in front of and behind the brush 39 and the pipe 40 of the cleaning unit 24 so as to sandwich the passing golf club G, and to prevent splashing of spouting water and to prevent the club from spattering. Helps remove dirt.

The golf club G brushed by the cleaning unit 24 is
As shown in the figure, it is sent to the first air injection unit 25. As shown in FIG. 7, the first air injection unit 25 has two pipes.
32 are erected at predetermined intervals. A plurality of nozzles 33 are provided on both pipes 32 at predetermined intervals.
The nozzles 33 provided on the two pipes 32 face each other, and air is vigorously ejected from the nozzles 33 to adhere to the shaft S and the head H of the golf club G passing between the pipes 32. It is designed to blow off the water droplets that are being formed. As shown in FIG. 2, the first air injection unit
Partition brushes 34 are installed in front of and behind the pipe 32 of 25 so as to sandwich the passing golf club G, and help prevent the splashed water droplets from scattering.

Golf club G with water droplets blown off by the first air injection unit 25
Is sent to the waxing part 26 as shown in FIG.
As shown in FIG. 5, the waxing portion 26 has two injection pipes 47 arranged at a predetermined interval so as to sandwich the passing golf club G in the vertical direction. And
The jet ports of both jet pipes 47 face each other, and the cleaning liquid is jetted from these jet pipes to spray the wax evenly on the golf club G passing between the jet pipes 47 to the shaft S and the head H of the golf club G. It is designed to form a protective coating.

The golf club G that has passed through the waxing portion 26 is sent to the second air injection portion 27, as shown in FIG. The second air injection unit 27 has the same nozzles as the first air injection unit 25.
Two pipes 32 provided with 33 are erected at a predetermined interval. Then, air is jetted vigorously from the nozzle 33 to blow off excess wax adhering to the shaft S and the head H of the golf club G passing between the pipes 32. As shown in FIG. 2, the pipe 32 of the first air injecting section 25 has a front portion 32, the first air injecting section 25 and the wax hooking section 26, and the wax hooking section 26 and the second air injecting section 27.
A partition brush 34 is installed at the boundary of the second air injection unit 27 and at the rear of the pipe 32 of the second air injection unit 27 so as to sandwich the passing golf club G, for example, to help prevent scattered wax from scattering.

The golf club G that has passed through the second air injection unit 27 is sent to the finish 28 as the final step, as shown in FIG. As shown in FIG. 2 and FIG. 3, the finish 28 is a set of two polishing cloths 43 which rotate so as to sandwich the golf club G, and a total of three polishing cloths 43 are provided in the passage of the golf club G.
Is attached to the golf club G so that the golf club G can be polished from both left and right sides. A duct 46 is provided in the finish 28 so that warm air is attached to the grip P of the golf club G to dry the grip P. The number of polishing cloths 43 of the finish 28 is not limited to the number shown in the figure, and may be changed depending on the degree of dirt of the golf club G.
Any number of polishing cloths 43 may be attached. Also this polishing cloth
43 is made of polyester and cotton, and serves to sufficiently remove water and dust adhering to the club when the golf club G is polished, and to give the club a glossy feel. As for the distribution of polyester and cotton, for example, in FIG. 2, two sets of polishing cloths 43 near the waxing part 26 of the finish 28 are:
The upper half of the polishing cloth is polyester, the lower half is cotton, and the remaining polishing cloth is all polyester. Incidentally, each polishing cloth 43
The distribution of polyester and cotton in is not limited to this, and any distribution is acceptable. In addition, the cleaning liquid spraying unit 23 and the first and second air jetting units 25, 2
7. The positions and the numbers of the injection parts 47 and the pipes 32 provided in the waxing part 26, the number of the partition brushes 34, etc. are not limited to those shown in the figure, and depending on the number of the golf clubs G to be washed, etc. The injection pipe 47 and the pipe 32 may be installed, and the number of partition brushes 34 may be increased. In addition, injection pipe 47 and pipe
The shapes of 32 and 40 are not limited to those shown in FIG. 5, FIG. 6 and FIG. 7, and any shape may be used as long as the cleaning liquid, air, water, etc. can be ejected.

The golf club G that has undergone a series of cleaning steps in the cleaning device 1 is nipped by the take-out device 60, removed from the chucking portion 5 of the rotary drum 4, and conveyed from the take-out port 3 of the cleaning device 1 to the turntable device 90. As shown in FIG. 1, this take-out device 60 is attached in the vicinity of the take-out port 3 of the cleaning device 1, and as shown in FIG.
And a slide portion 62 for moving the golf club G in the front-rear direction, and a slide portion 63 for moving up and down for moving the golf club G in the up-down direction.

The up-and-down slide portion 62 includes a guide pillar 64 and a guide portion 65 fitted to the pillar 64. As shown in FIG. 10, the support pillar 64 for guide is a quadrangular prism, and is provided with slide grooves 66 on both side surfaces of the support pillar 64. The guide portion 65 has a substantially U-shaped side surface and is fitted in the slide groove 66 of the support column 64 so as to be vertically movable. Then, as shown in FIG. 10, the guide portion 65 is provided with a front and rear slide portion 62 having a holding portion 61 for holding the shaft S of the golf club G. As shown in FIG. 10, the front-rear slide portion 62 moves the holding portion 61 in the front-rear direction by the operation of the pushing cylinder 67. The nipping portion 61 is attached to the tip of the long plate 68, and includes a fixed portion 69 that abuts on the shaft S of the club, and a rotatable portion 70 that can be opened and closed.
As shown in the figure, the fixed portion 69 and the rotating portion 70 sandwich the shaft S of the club. Further, the long plate 68 having the sandwiching portion 61 at the tip portion is pivotally supported at the base end portion thereof, and is attached so as to be rotatable in the lateral direction. The fixed portion 69 that comes into contact with the shaft S of the club has two rotatable rollers 71 arranged vertically, and a sensor 72 for detecting the rotation of the roller 71 is attached to the upper roller 71. . The rotating portion 70 sandwiching the club shaft S also has two rotatable rollers 73 arranged one above the other. Further, the front-rear slide portion 62 pushes out the grip P of the club held by the fixed portion 69 and the rotating portion 70 to the front.
Is provided. As shown in FIG. 10, the push rod 74 is attached to the front and rear slide portions 62 so as to be movable back and forth. Furthermore, as shown in FIG.
A sensor 75 for detecting lateral movement of the long plate 68 is attached to a side surface of the long plate 68 of the front-rear slide portion 62. On the other hand, as shown in FIG. 10, an auxiliary device 77 for preventing the golf club G placed on the turntable device 90 from falling is attached to the lower portion of the support column 64. As shown in FIG. 10, the auxiliary device 77 includes an extrusion cylinder 78 and a sliding portion 79 that slides forward by the extrusion cylinder 78. Then, in order to prevent the golf club G from falling over, the sliding portion 79 is provided with two substantially X-shaped holding pieces 80 vertically. Next, the operation of the take-out device 60 will be described below. First, from the outlet 3 of the cleaning device 1 to the rotary drum 4
When the golf club G fixed to the chucking portion 5 of the club appears, the shaft S of the club is fixed to the fixing portion 69 of the holding portion 61.
The long plate 68 of the front and rear slide portion 62 in contact with the rotary drum 4
Move in the horizontal direction according to the rotation of. Then, when the protrusion 76 of the sensor 75 is pushed at a predetermined position, as shown in FIG. 11, the rotating portion 70 of the sandwiching portion 61 is rotated and the fixing portion is rotated.
The shaft S of the club is held by the 69 and the rotating portion 70. Next, the extrusion cylinder installed on the front and rear slide section 62
67 operates to push the golf club G forward together with the holding portion 61, and the grip P of the club is removed from the chucking portion 5. The front and rear slide portion 62 that has moved forward stops at an appropriate position in front of the turntable device 90, and the vertical slide portion 62
Thus, the club head H moves downward until it comes into contact with the ground of the turntable device 90. When the club head H is grounded on the table of the turntable device 90, the fixed portion 69 of the holding portion 61 holding the shaft S and the rollers 71, 73 of the rotating portion 70 rotate, and the roller 71 of the fixed portion is rotated. A sensor 72 directly connected to the sensor detects the ground contact between the club and the turntable device 90, and as shown in FIG.
The fixed portion 69 and the rotating portion 70 are opened. And
As shown by the two-dot chain line in FIG. 12, the push rod 74 of the front and rear slide portion 62 moves forward to push the shaft S of the club, and the golf club G is placed in the U-shaped storage portion 93 of the turntable device 90.
Fit in. Further, when the golf club G is lowered by the movement of the vertical slide portion 63, the sliding portion 79 of the auxiliary device 77 moves forward and the holding piece 80 as shown by the two-dot chain line in FIG.
Holds the shaft S of the club. The sliding portion 79 of the auxiliary device 77 moves forward when the head H of the club having a short shaft S passes through the auxiliary device 77 so that the club head H does not collide with the holding piece 80 of the auxiliary device 77. The sliding portion 79 is designed to move forward. After the take-out device 60 places the golf club G on the turntable device 90, the pushing rod 74 and the holding part 61 hang backward, and the vertical slide part 63 moves upward to move the next golf club G. Ready to put on the turntable device 90.

The turntable device 90 on which the golf clubs G are juxtaposed,
As shown in FIGS. 1 and 13, the golf club G comprises an installation section 91 in which the golf clubs G are divided one by one and juxtaposed, and a base section 92 for rotating the installation section 91. The installation portion 91 has a cylindrical shape with an upper opening covered, and a rubber piece of a substantially “U” shape is continuously provided on the upper peripheral edge thereof so that the golf clubs G can be juxtaposed side by side without being damaged. A letter storage section 93 is formed. Also,
An installation base 94 that supports the head H of the golf club G is provided on the lower peripheral edge of the installation portion 91. In this installation base 94,
A rubber cover is attached to prevent scratching on the head H portion of the leaned club. Further, on the peripheral edge of the lower end of the installation portion 91, a rotating wall 95 for receiving the rotational drive of the base portion 92 is provided. This rotating wall 95 has an installation stand
When the golf club G is placed at 94, holes 104 are provided at each distance that the installation portion 91 rotates. The first
As shown in the figure, for example, “1”,
By entering the numbers "2", "3", "4",
Four sets of golf clubs G, usually one party
Can be divided and juxtaposed. The size of the turntable device 90 and the number of the U-shaped storage portions 93 are not limited to those shown in FIG. 1, and may be any size depending on the number of sets of golf clubs G to be washed. Turntable equipment 90
But it doesn't matter.

A base portion 92 for rotating the installation portion 91 is formed in a bottomed tubular shape, and inside the base portion 92, as shown in FIG. 13, a drive device 96 for rotationally moving the installation portion 91 and rotation of the installation portion 91 are provided. A rotation stopping device 97 for stopping the rotation is provided.

As shown in FIG. 14, the drive device 96 includes a drive roller 98.
And a driving unit 100 including a driving motor 99, and a nipping roller 101.
And a sandwiching body 102 provided with. The drive roller 98 of the drive unit 100 and the sandwiching roller 101 of the sandwiching body 102 sandwich the rotating wall of the installation unit 91. The holding body 102 has one end pivotally supported by the drive unit 100 and is rotatably attached. The other end of the sandwiching body 102 is connected to an air cylinder 103 provided in the drive unit 100, and the operation of the air cylinder 103 pulls the sandwiching body 102 toward the drive roller 98 as shown in FIG. , The setting unit 91 by the driving roller of the driving unit 100 and the holding roller 101 of the holding body 102.
The rotating wall 95 of is sandwiched from both sides. Then, the driving roller 99 is rotated by the operation of the driving motor 99, and the installation portion 91 is rotationally moved to a predetermined position. Further, when the installation portion 91 moves to a predetermined position, as shown in FIG. 15, the rotation stopping device 97 operates to completely stop the rotation of the installation portion 91. The rotation stopping device 97 includes a pin 105 inserted into a hole 104 formed in the rotation wall 95 of the installation portion 91 and an air cylinder 106 that moves the pin 105 in the front-rear direction. That is, the fifteenth
As shown in the figure, when the installation portion 91 moves a predetermined distance, the air cylinder 106 operates, pushes the pin 105 forward, inserts the pin 105 into the hole 104 of the installation portion 91, and rotates the installation portion 91. To stop. In the figure, reference numeral 107 indicates that the hole 104 formed in the rotating wall 95 of the installation portion 91 is always located in front of the pin 105, and the rotation wall of the installation portion 91 is arranged so that the pin 105 can be inserted into the hole 104.
A roller that supports 95 from below. Next, the operation of the turntable device 90 will be described below. When the golf club G is placed on the installation section 91 by the take-out device 60, the rotation wall 95 of the installation section 91 is moved from both sides by the drive roller 98 of the drive section 100 and the sandwiching roller 101 of the sandwiching body 102 provided in the base section 92. By rotating the nip drive roller 98, the installation section 91 is moved to U
Rotate and move only one character-shaped storage portion 93. Then, when the installation part 91 is rotated and moved by one U-shaped storage part 93, the pin 105 of the rotation stopping device 97 is inserted into the hole 104 formed in the rotation wall 95 of the installation part 91 to install the installation part 91. Stop the rotation of
Preparation for juxtaposing the next golf club G carried by the take-out device 60 is started. Furthermore, the golf club G has a U-shaped storage section.
When placed on 93, the pin 105 of the rotation stopping device 97 moves backward, and at the same time, the driving roller 98 of the driving device 96 rotates, and the installation portion 91 rotates and moves by one U-shaped storage portion 93. Will be made.

Finally, when all of the golf clubs G that have entered from the entrance 2 of the cleaning device 1 are juxtaposed to the turntable device 90, the operation of the entire device is stopped, and the clubs are put in the golf bag and the golf club G Complete the washing.

(Advantageous Effects of the Invention) The present invention relates to a cleaning device 1 including a cleaning mechanism A for cleaning the golf club G and a moving mechanism B for moving the golf club G to clean the golf club G in the cleaning mechanism A, and the cleaning device 1 interlockingly Then, the golf club G that has been cleaned is removed from the moving mechanism B of the cleaning device 1 and taken out to a predetermined position, and the golf club G carried by the take-out device 60 is slightly rotated every time the golf club G is placed. A plurality of golf clubs G are provided because the turntable device 90 has the golf clubs G juxtaposed to each other.
Can be cleaned cleanly in an extremely short time.

That is, the cleaning mechanism A of the cleaning device 1 for cleaning the golf club G has the cleaning liquid spraying unit 23 and the cleaning unit 24, and sprays the cleaning liquid on the golf club G and brushes the golf club G with the rotating brush 39. Therefore, the dirt adhering to the club can be removed cleanly. Further, the cleaning mechanism A has the first air injection unit 25 and the waxing unit 26, and blows the wax after the water droplets are blown off by the air injection, so that the wax can be evenly attached to the golf club G. Further, the cleaning mechanism A has a second
A polishing cloth that has an air injection unit 27 and a finisher 28, and blows off excess wax adhering to the golf club G by air injection and then rotates the shaft S and head H of the club.
Since it is polished by 43, it is possible to give the golf club G a feeling of shine and luster.

Further, the moving mechanism B for moving the golf club G into the cleaning mechanism A of the cleaning device 1 includes the rotating drum 4 that rotates horizontally in the cleaning device 1 and the golf club G on the outer peripheral surface of the rotating drum 4. Since the golf club G is detachably attached to the rotating drum 4 with the grip P interposed therebetween, the golf club G can be easily attached to the chucking portion 5 of the rotating drum 4 to continuously connect the golf club G. Can be washed. In addition, the grip P of the golf club G is not damaged. in this way,
When the golf club G is washed by the washing mechanism A and the moving mechanism B in the washing device 1, for example, a set of 14 golf clubs G is washed in about 70 seconds, In addition, the golf club G can be cleaned.

On the other hand, since the taken-out device 60 for removing the washed golf club G from the moving mechanism B of the washing device 1 to bring it to a predetermined position is provided, the washed golf club G is immediately removed from the moving mechanism B and the club is removed. It is possible to continuously wash. The take-out device 60 includes a holding portion 61 that holds the shaft S of the golf club G, and a front-back slide portion 62 that moves the golf club G in the front-rear direction, and a golf club G.
Since it is composed of an up-and-down slide portion 63 that moves the golf club in the vertical direction, the golf club does not have to be scratched by smoothly removing the golf club G from the moving mechanism B.

Further, since the turntable device 90 for arranging the golf clubs G carried by the take-out device 60 side by side is provided,
It is possible to lean the golf club G that has been washed without damaging it. And turntable device 90
Consists of an installation section 91 for arranging the golf clubs G side by side, and a base section 92 for rotating the installation section 91. Within this base section 92, the installation section 91 is slightly rotated every time the golf club G is placed on the installation section 91. Since the drive device 96 for moving and the rotation stopping device 97 for stopping the rotation of the installation portion 91 are provided, the installation portion 91 moves reliably when the golf club G carried by the take-out device 60 is leaned, and You can stop and juxtapose the clubs in series.

As described above, according to the present invention, a plurality of golf clubs G can be cleaned in an extremely short time, and the cleaning device body 1, the take-out device 60, and the turntable device 90 have a simple structure. Therefore, it does not take up space in the entire apparatus, and the manufacturing cost thereof can be kept low, so that various practically effective effects are exhibited.

[Brief description of drawings]

FIG. 1 shows an embodiment of the present invention. FIG. 1 is a perspective view of a cleaning device, a take-out device and a turntable device as a whole.
2 and 4 are longitudinal sectional views of the cleaning device, FIG. 3 is a lateral sectional view of the cleaning device, FIG. 5 is a lateral sectional view of the cleaning liquid spraying part and the waxing part, and FIG. 6 is a perspective view of the cleaning part. Figures and 7 are the first
・ A perspective view of the second air injection unit, FIG. 8 is a perspective view of the head-direction catching device, and FIG. 9 is a perspective view of the chucking unit.
FIG. 10 is a perspective view of the take-out device, FIG. 11 is a partial perspective view of the front and rear slide portions, FIG. 12 is a side view showing an operating state of the take-out device, FIG. 13 is a cross-sectional view of the turntable device, and FIG. FIG. 15 is a perspective view of the drive device, and FIG. 15 is a perspective view of the rotation stopping device. G: golf club, A: cleaning mechanism, B: moving mechanism, P: grip, S: shaft, H: head,
1 ... Cleaning device, 2 ... Entrance, 3 ... Takeout port, 4 ...
Rotating drum, 5 ... Chucking part, S ... Shaft,
6 ... Reinforcing shaft, 7 ... Rotating shaft, 8 ... Belt, 9 ... Motor, 10 ... Top plate, 11 ... Pulley, 12 ... Pulley, 13 ... Pulley, 14 ... Pulley, 15 ... … Drive belt, 16 …… Cushion rubber, 17 …… Chucking body, 18
...... Rotating body, 19 ... Chucking piece, 20 ... Spring, 21 ...
… Base, 22 …… Air tank, 23 …… Cleaning liquid sprayer, 24
...... Cleaning part, 25 …… First air injection part, 26 …… Waxing part, 27 …… Second air injection part, 28 …… Finishing part, 29 …… Partition plate, 30 …… Control part, 31… … Operation panel, 32 …… Pipe, 33…
… Nozzle, 34… Partition brush, 35… Head direction catch device, 36… V-shaped cam, 37… Shutter plate, 38… Sensor, 39… Brush, 40… Pipe, 41… Nozzle,
42: small pipe, 43: polishing cloth, 44: spring, 45: tension pulley, 46: duct, 47: injection pipe, 60 ...
… Ejecting device, 61 …… Clamping part, 62 …… Slide part for front and back,
63 …… Sliding part for up and down, 64 …… Brace, 65 …… Guide part, 66 …… Slide groove, 67 …… Extrusion cylinder, 68 …… Long plate, 69 …… Fixing part, 70 …… Rotating part, 71 ... Laura, 72 ...
… Sensor, 73 …… Roller, 74 …… Extrusion rod, 75 …… Sensor, 76 …… Projection part, 77 …… Auxiliary device, 78 …… Extrusion cylinder, 79 …… Sliding part, 80 …… Holding piece, 90 …… Turntable device, 91 …… Installation part, 92 …… Base part, 93 …… U-shaped storage part, 94 …… Installation table, 95 …… Rotating wall, 96 …… Drive device,
97 ... rotation stop device, 98 ... drive roller, 99 ... drive motor, 100 ... drive unit, 101 ... nip roller, 102 ... nip body, 103 ... air cylinder, 104 ... hole, 105 ... … Pin, 106… Air cylinder, 107… Roller.

Claims (5)

[Claims] 1. A cleaning device equipped with a cleaning mechanism for cleaning a golf club and a moving mechanism for moving the golf club and cleaning the golf club in the cleaning mechanism, and a cleaning device for cleaning a golf club which has been cleaned in cooperation with the cleaning device. A take-out device which is removed from the moving mechanism of the present invention and carries it to a predetermined position, and a turntable device which juxtaposes the golf clubs by slightly rotating each time the golf club carried by the take-out device is placed. Club automatic cleaning wax machine. 2. A cleaning mechanism of a cleaning device for cleaning a golf club, comprising: a cleaning liquid spraying unit for spraying a cleaning liquid on the golf club; a cleaning unit for cleaning the golf club with a brush sprayed with water and rotating; A first air ejecting unit that blows off water droplets attached to the golf club, a waxing unit that blows wax onto the golf club, a second air ejecting unit that ejects air to blow off excess wax attached to the golf club, and a golf club. It consists of a shaft and a finish that polishes the head with a rotating polishing cloth,
The moving mechanism allows the golf club to move the cleaning liquid spraying unit, the cleaning unit,
2. The automatic golf club cleaning machine according to claim 1, wherein the automatic wax washing machine passes through the first air jetting section, the waxing section, the second air jetting section, and the finish in order. 3. A moving mechanism for moving a golf club into a cleaning mechanism of a cleaning device, a rotating drum rotating horizontally in the cleaning device, and a golf club sandwiching a grip of the golf club on an outer peripheral surface of the rotating drum. The automatic wax cleaning machine for golf clubs according to claim 1 or 2, further comprising a chucking portion for removably attaching the club to the rotary drum. 4. A take-out device for removing a washed golf club from a moving mechanism of a washing device and carrying it to a turntable device is provided with a sandwiching portion for sandwiching a shaft of the golf club, and for front and rear moving the golf club in a front-back direction. The golf club automatic waxing machine according to claim 1, 2 or 3, which comprises a slide portion and a slide portion for vertically moving the golf club in the vertical direction. 5. A turntable device comprises an installation part for juxtaposing golf clubs and a base for rotating the installation part,
A drive device for slightly rotating the installation portion every time the golf club is placed on the installation portion and a rotation stop device for stopping the rotation of the installation portion are provided in the base portion, and the golf club is placed on the installation portion by the take-out device. 5. The automatic wax cleaning machine for golf clubs according to claim 1, claim 2, claim 3 or claim 4, wherein the installation section intermittently moves each time it is struck and the golf clubs are sectioned and juxtaposed one by one.