KR200316437Y1 - Device for automatic withdrawal of a golf ball - Google Patents

Abstract

Disclosed is a golf ball automatic recovery supply device. The recovery supply apparatus according to the present invention has a first recovery hole having a rectangular long hole shape is formed on one side and a recovery plate extending radially narrowly inward of the first recovery hole, and a first cover covering an upper portion of the main body. A housing portion having a plate; A bottom plate fixed on the bottom surface of one body of the recovery plate, a first vertical plate and a second vertical plate extending vertically upward on the top surface of the bottom plate, and extending from the first vertical plate to the recovery plate; A frame portion having a horizontal plate; A rotary cam shaft rotatably mounted between the first vertical plate and the second vertical plate, a swivel mounted on the horizontal plate to pivot up and down by the rotary cam shaft, and a drive mounted on the horizontal plate to rotate the swivel. A rotary drive unit having a motor; A second cover plate capable of covering an upper portion of the main body, and a conventional tee-up that is disposed under the second cover plate and transfers the tee to an upper side and a lower side of the second cover plate while receiving a golf ball and placing it on the tee. A tee-up unit having a guide tube for guiding a golf ball extending from the one side of the tee-up to the other end of the swivel; And a guide part having a spacing holder connected to the first guide plate and the driving motor placed on the recovery plate and driving the first guide plate so that the golf ball guided to the first recovery hole is placed on the recovery plate and guides to the rotation driving unit. .

Description

Device for automatic withdrawal of golf ball {Device for automatic withdrawal of a golf ball}

The present invention relates to a golf ball automatic recovery supply device, more specifically, housing portion having a recovery rail integrally mounted with a slope plate for directly recovering the hit golf ball while suppressing noise generation, tangled recovered golf ball By providing a guide for guiding the golf ball to the rotary drive unit and the rotary drive unit one by one to the tee-up side, it is possible to easily recover the hit golf ball while suppressing the generation of noise, as well as to drive the rotary drive unit and the guide unit The present invention relates to a golf ball automatic recovery supply device that can be operated by a motor to reduce the manufacturing cost.

In general, golf refers to a ball game in which a ball is stopped on a predetermined course by using a club to hit the ball into a predetermined hole, and compete for superiority with the number of strokes required. The origins of golf were developed in the Scottish region, where sheep herders developed folk games in which stone-balls were blown off by bent branches and kolf, which children enjoyed indoors in the Netherlands, in BC. There is a theory that it came from. Such golf (golf) has recently become widely known in the country as the domestic athletes have won the international competitions, the situation is in the limelight as a national sport.

In order to enjoy such golf (golf) to go to the field, it is recently installed near the indoor practice range for busy modern people. The indoor practice field is provided with a golf ball supply device for guiding golf balls to the batting position one by one so that golfers can practice hitting.

However, the above-described golf ball supplying devices have to install a separate conveyor system in order to recover the hit golf ball on the front side of the supply device, the installation cost of the facility increases according to the conveyor installation, noise due to the operation of the conveyor There was a problem that occurred.

In addition, since the golf ball is guided along the belt of the conveyor, the surface of the golf ball is rubbed against the surface of the belt, and the surface of the golf ball is worn out. There was a problem that can not be guided into the device, a large number of drive motors are arranged in the supply device has a problem that the noise is complicated and the manufacturing cost increases because the control is complicated.

The present invention has been devised to solve the conventional problems as described above, an object of the present invention is to provide a housing portion having a recovery rail integrally mounted with an inclined plate for directly recovering the hit golf ball while suppressing noise generation, recovery By providing the guide portion for guiding the golf ball to the tee-up part one by one without tangling the golf ball, it is possible to easily recover the hit golf ball while suppressing the generation of noise as well as the rotary drive and It is to provide a golf ball automatic recovery supply device that can reduce the production cost by operating the guide unit with a single drive motor.

1 is an exploded perspective view showing a golf ball automatic recovery supply device according to the present invention,

FIG. 2 is a plan view illustrating a state in which a rotation driving unit is mounted in the frame unit shown in FIG. 1; and

3 is a side view illustrating a state in which a rotation driving unit is mounted to the frame unit shown in FIG. 1.

Explanation of symbols on the main parts of the drawing

100: golf ball automatic recovery supply device 110: housing

112: main body 114: first recovery hole

116: recovery plate 122: recovery rail

124: second recovery hole 130: frame portion

132a: Floor plate 132b: First vertical plate

132c: second vertical plate 132d: horizontal plate

140: rotary drive unit 142: rotary cam shaft

146: cam projection 148: swivel

154: driving motor 170: tee-up part

174: Tee 176: Tee-up

178: guide 180: guide

182a: first guide plate 182b: second guide plate

190: spacing 194: guide

In order to achieve the object of the present invention as described above, the present invention,

A housing having a main body having an upper portion open, a first recovery hole having a rectangular hole shape formed on one side thereof, and a recovery plate extending integrally narrowly inwardly of the first recovery hole, and a first cover plate covering an upper portion of the main body. part;

A bottom plate fixed on the bottom surface of one body of the recovery plate, a first vertical plate and a second vertical plate extending vertically upward on the top surface of the bottom plate, and extending from the first vertical plate to the recovery plate; A frame portion having a horizontal plate;

A rotary cam shaft rotatably mounted between the first vertical plate and the second vertical plate, a swivel mounted on the horizontal plate to pivot up and down by the rotary cam shaft, and a drive mounted on the horizontal plate to rotate the swivel. A rotary drive unit having a motor;

A second cover plate capable of covering an upper portion of the main body, and a conventional tee-up that is disposed under the second cover plate and transfers the tee to an upper side and a lower side of the second cover plate while receiving a golf ball and placing it on the tee. A tee-up unit having a guide tube for guiding a golf ball extending from one side of the tee-up to the other end of the swivel; And

Golf consisting of a guide portion having a spacing for connecting the first guide plate and the driving motor placed on the recovery plate and the driving motor to guide the golf ball guided to the first recovery hole to the first driving hole is placed on the recovery plate Provide automatic recovery supply.

As described above, according to the present invention, the housing portion having a recovery rail integrally mounted with a slope plate for directly recovering the hit golf ball while suppressing the generation of noise, and guides the collected golf balls to the tee-up part one by one without tangling. By providing a driving unit and a guide for guiding the golf ball to the rotary driving unit, it is possible to easily recover the hit golf ball while suppressing the generation of noise, as well as to operate the rotary driving unit and the guide unit as one drive motor Can reduce the cost.

Hereinafter, with reference to the accompanying drawings will be described a golf ball automatic recovery supply apparatus according to an embodiment of the present invention.

1 is an exploded perspective view showing a golf ball automatic recovery supply device according to the present invention, Figure 2 is a plan view showing a state in which the rotary drive is mounted to the frame portion shown in Figure 1, and Figure 3 is a frame shown in Figure 1 This is a side that shows the state in which the rotary drive is mounted.

1 to 3, the golf ball automatic recovery supply device 100 according to the present invention is a housing 110, frame 130, rotary drive 140, tee up 170 and guide 180 ).

First, the housing unit 110 includes a main body 112, a recovery rail 122, and a first cover plate 126. The main body 112 has a rectangular box shape having an open top and a first recovery hole 114 having a rectangular long hole shape on one side thereof. Inside the first recovery hole 114, a recovery plate 116 extending radially narrowly into the body 112 is integrally formed, and the first recovery partition 118a perpendicular to both ends of the recovery plate 116. ) And the second recovery partition 118b are likewise integrally formed. In this case, an incision groove 120 is formed in a lower portion of the first recovery partition 118a, and an upper side of the recovery plate 116 is covered by the first cover plate 126. The recovery rail 122 is coupled to the outside of the first recovery hole 114 having a square tube shape with an open top. In this case, a second recovery hole 124 communicating with the first recovery hole 114 is formed at one side of the recovery rail 122, and the upper side of the other side of the recovery rail 122 corresponding to the second recovery hole 124. In the outer side of the recovery rail 122, the inclined plate 128, which has a fan shape and extends radially upward, is integrally formed. That is, the hit golf ball (B) is guided along the inclined plate 128 and then guided toward the first recovery hole 114 through the second recovery hole 124 of the recovery rail 122. The housing part 110 formed as described above includes a frame part 130, a rotation driving part 140, a tee-up part 170, and a guide part 180.

The frame part 130 may include a bottom plate 132a fixed on the bottom surface of the main body 112 of the recovery plate 116, and a first vertical plate extending vertically upward on the top surface of the bottom plate 132a ( 132b and a second vertical plate 132c, and a horizontal plate 132d extending opposite to the recovery plate 116 on one side of the first vertical plate 132b. The first and second rotating holes 134a and 134b facing each other are formed in the first vertical plate 132b and the second vertical plate 132c, and similarly, the third rotating hole is formed in the horizontal plate 132d. 134c is formed. At this time, the mounting protrusion 136 extending from the horizontal plate 132d to the second vertical plate 132c side is integrally formed on one side of the third rotating hole 134c. The rotating unit 140 is mounted to the frame unit 130 formed as described above.

The rotary drive unit 140 includes a rotary cam shaft 142, the rotating table 148 and the drive motor 154. One end and the other end of the rotary cam shaft 142 is pivotally inserted into the first rotary hole 134a and the second rotary hole 134b, and the first sprocket is inserted into the rotary cam shaft 142 inserted into the first rotary hole 134a. 144 is mounted. The cam protrusion 146 is formed at the center of the rotating camshaft 142. The rotating table 148 has a vertical rectangular plate shape, one side of the upper surface is manufactured in a hook shape, and one end thereof has a curved shape from the lower side. The other end of the swivel 148 has a mounting hole 150 is formed to be fitted to the mounting projection 136 in the upper corner portion and the rotating hole 152 is formed in the center portion is fitted to the cam projection 146 to turn do. On the other hand, the drive motor 154 is disposed on one side of the horizontal plate (132d). The drive shaft 156 of the drive motor 154 is inserted into the third rotary hole 134c and the second shaft sprocket 160 connected to the first sprocket 144 and the chain 158 is mounted on the drive shaft 156. At the end of the drive shaft 156, a rotary block 164 having a first protrusion 162 having a spherical shape on an outer surface thereof is mounted. As such, the tee-up unit 170 and the guide unit 180 are disposed in the frame unit 130 on which the rotation driving unit 140 is mounted.

The tee-up unit 170 is disposed at the lower portion of the second cover plate 172 and the second cover plate 172 that can cover the upper portion of the main body 112, the golf ball is placed on the tee 174 After raising the tee 174 to the upper side of the second cover plate 172 in the state, when the golf ball is hit, the conventional tee-up machine 176 having a structure to lower the tee 174 below the second cover plate 172. And a guide tube 178 having a square tube shape extending from one side of the tee-up machine 176 to the other end of the swivel table 148. Such, the guide tube 178 is a plurality of golf balls are arranged and guides the golf balls arranged one by one to the tee-up machine 176 side. At this time, one side of the extension of the guide tube 178 is mounted with a sensor 179 to detect the golf ball and selectively drive the drive motor 154.

Meanwhile, the guide unit 180 includes a first guide plate 182a, a second guide plate 182a, a spacing holder 190, and a guide 194. The first guide plate 182a has the same shape as the recovery plate 116 and is placed on the upper surface of the recovery plate 116. One side of the first guide plate 116 is formed with an extension protrusion 184 extending through the cutting groove 120, the extension protrusion 184 has a second projection 186 having a spherical shape on one side The formed connecting plate 188 is fixed vertically. One side of the first guide plate 182a thus formed is integrally formed with a second guide plate 182b extending through the first recovery hole 114 and the second recovery hole 124 to the recovery rail 122. The spacing holder 190 has a horizontal rod shape. At both ends of the spacing holder 190, a first connection ring 192a and a second connection ring 192b having an annular ring shape are formed and mounted to the first protrusion 162 and the second protrusion 186. . On the other hand, the guide 194 is a guide block 196 mounted on one side of the first vertical plate 132b, and one end is screwed to the connecting plate 188 and the other end of the guide extending through the guide block 196 A rod 198 is provided.

Hereinafter, the operating state of the automatic golf ball recovery supply device 100 formed as described above will be briefly described.

After installing the recovery rails 122 on one side of the main body 112 in which the first recovery holes 114 are formed while the main body 112 is embedded on the floor of the indoor golf practice range, The frame unit 130, the rotation driving unit 140, the tee-up unit 170, and the guide unit 180 are mounted therein. In this case, the frame part 130, the rotation driving part 140, and the guide part 180 mounted to the housing part 110 are limited to the housing part 110 by the first cover plate 126.

In this way, the automatic golf ball recovery supply device 100 accommodates a plurality of golf balls (B) in the recovery rail 122 for the swing practice mounted on the indoor golf practice range. In this state, the golfer entering the turn at bat activates a control switch (not shown) to operate the driving motor 154. When the drive motor 154 is operated in this way, the drive shaft 156 rotates to rotate the rotary block 164 and the second sprocket 160, and as a result, the rotary block 164 pulls the gap holder 190 and The first guide plate 182a and the second guide plate 182b guide the golf ball B to the end side of the recovery plate 116 by the gap holder 190. In addition, the second sprocket 160 rotates to rotate the first sprocket 144 and the rotary cam shaft 142 connected to the chain 158, and the rotating cam shaft 142 rotates the rotary table 148 downward. While rotating the golf ball (B) on the upper portion of the swivel table 148 again while rotating the swivel table 148 to guide the golf ball (B) to the guide tube 178 side of the tee-up unit 170. . At this time, the golf ball (B) guided to the guide tube 178 is disposed continuously in the guide tube 178 and when the golf ball (B) is detected in the sensor 179, the sensor 179 is Sending a signal to the drive motor 154 to stop the operation of the drive motor 154.

On the other hand, the golf ball (B) guided to the tee-up unit 170 ascends to the upper portion of the second cover plate 172 in a state of being placed on the tee 174, if the golfer hit the golf ball (B) 174 is lowered while the other golf ball (B) is raised, the sensor 179 is operated to operate the drive moto 154 again to move one golf ball (B) to the guide tube 178 in the same manner as described above Transfer.

As described above, the golf ball automatic recovery supply device 100 according to the present invention is the second recovery communication with the first recovery hole 114 on one side of the main body 112, the first recovery hole 114 is formed By attaching the recovery rail 122 having the ball 124 formed thereon, the golf ball B hit by the recovery rail 122 is formed by forming a fan-shaped inclined plate 128 extending out of the recovery rail 122. After being guided to the inclined plate 128, the second recovery hole 124 of the recovery rail 122 is recovered to the first recovery hole 114, so that the golf ball B can be smoothly recovered compared to the conventional conveyor recovery method. In addition, it is possible to reduce the installation cost and maintenance cost for the installation of the Kenberier, as well as to prevent the noise generated from the conveyor.

In addition, the rotary drive unit 140 for guiding the golf ball B to the tee-up unit 170 side and the guide 180 for guiding the golf ball B guided into the housing 110 to the rotary drive unit 140 side one. By using the driving motor 154 of the, it is possible to reduce the production cost of the recovery supply device 100 while minimizing the noise in the recovery supply device (100).

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims. It will be appreciated.

Claims (6)

A main body having an upper portion open and a first recovery hole having a rectangular hole shape formed on one side thereof, and a recovery plate extending integrally narrowly inwardly of the first recovery hole, and a first cover plate covering an upper portion of the main body; A housing portion having; A bottom plate fixed on a bottom surface of the main body on one side of the recovery plate, a first vertical plate and a second vertical plate extending vertically upward on an upper surface of the bottom plate, and the recovery from the first vertical plate A frame portion having a horizontal plate extending opposite to the plate; A rotating cam shaft rotatably mounted between the first vertical plate and the second vertical plate, a rotating table pivotably mounted on the horizontal plate and pivoting up and down by the rotating cam shaft, and mounted on the horizontal plate. A rotary drive unit having a driving motor for rotating the rotary table; A second cover plate capable of covering an upper portion of the main body, and disposed at a lower portion of the second cover plate to transfer the tee to an upper side and a lower side of the second cover plate while being supplied with a golf ball and placed on the tee; A tee-up unit having a conventional tee-up device and a guide tube for guiding the golf ball extending from one side of the tee-up machine to the other end of the swivel; And A gap maintaining the first guide plate connected to the driving plate and the first guide plate placed on the recovery plate so as to guide the golf ball guided to the first recovery hole to the rotary driving unit side by the recovery plate; Golf ball automatic recovery supply device characterized in that consisting of a guide having a stand. According to claim 1, wherein both ends of the recovery plate is vertically formed with the first recovery partition and the second recovery partition integrally formed in the lower portion of the first recovery partition is formed, the outside of the first recovery hole A recovery rail having a square tube shape having an open upper portion is mounted so that the hit golf ball can be recovered while being transported, and the recovery rail automatically recovers and supplies a golf ball, wherein a second recovery hole communicating with the first recovery ball is formed. Device. According to claim 2, wherein the first guide plate has the same shape as the recovery plate and one side is formed with an extension projection extending through the cutting groove, the extension projection is a second projection having a spherical shape on one side Is formed in the connecting plate is fixed vertically, one side of the first guide plate is formed with a second guide plate extending to the recovery rail passing through the first recovery hole and the second recovery hole is integrally formed, the gap support is one end and the other end And a first connection ring having an annular ring shape and a second connection ring mounted to the second projection. According to claim 2, The first vertical plate and the second vertical plate is formed to face each other while the first rotation hole and the second rotation hole is inserted into one end and the other end of the rotary cam shaft is formed in the horizontal plate A third rotating hole into which the drive shaft of the driving motor is inserted is formed, and an upper portion of the third rotating hole is provided with a mounting protrusion extending integrally from the horizontal plate to the second vertical plate. Recovery feeder. According to claim 4, wherein the first sprocket is mounted to one end of the rotary cam shaft inserted into the first rotary hole, and an annular cam protrusion is formed in the center portion, and the drive shaft inserted into the third rotary hole is connected to the chain. A second sprocket connected to the first sprocket and a rotary block having a spherical shape on an outer surface thereof and having a first protrusion into which the first connection ring of the spacing holder is fitted; The golf ball automatic recovery supply device characterized in that the mounting hole is formed so that it can be fitted to the mounting projection and the rotating hole is formed in the center of the cam projection is inserted. The apparatus of claim 1, wherein a sensor for sensing the golf ball and selectively driving the driving motor is mounted at one side of the extension part of the guide tube.