KR960016021B1 - Apparatus for automatic setting-up pins - Google Patents

Abstract

The device for automatically setting bowling pins(210) has a tenpins arrangement box(200) driven up and down by a motor(310) and a belt & pulley system(311,320). The magnets(111) are inlaid at tenpins array position on the pin deck of a bowling alley while magnetizable metal pieces are set at the bottom of each bowling pin. The tenpins arrangement box comprises a bottom plate(230) having tenpin holes(231) suitable at the tenpin array, a side frame formed by four side plates(250) of which slide rails(251) are mounted on two facing plates, and a top plate(240) on which ten clock-work spring winders(220) with pulleys(222) are mounted and ten string holes(241) are pierced suitably at the tenpin array. The fallen pins are arranged uprightly underneath the arrangement box by the spring winders winding the strings(212) each fixedly embedded in the top portion of the pin.

Description

Bowling Pin Automatic Placement Device

1 is an overall configuration diagram of the present invention.

2 is a side view of the present invention.

3 is a cross-sectional view of the pin of the present invention.

Figure 4 is an exploded perspective view of the pin box of the present invention.

5 is a perspective view of the pin box operating unit.

* Explanation of symbols for main parts of the drawings

100: pin fixing unit 110: pin spot

111: magnet 200: pin box

210: pin 211: iron piece

212 string 220: hand-wound motor

221: winding axis 222: pulley

230: lower plate 231: pin hole

240: top plate 241: string hole

250: side plate 251: sliding post

300: pin box operating unit 301: motor

302: belt hole 310: motor

311: belt pulley 320: belt

330: side frame 331: guide rail

The present invention relates to a bowling mechanism, and more particularly, to an automatic arrangement of a bowling pin (BOWLING PIN).

Bowling is a sport in which ten pins are placed upright and a heavy ball is rolled down.

However, bowling was inconvenient because he had to knock down the pins set up every game and re-establish them.

Therefore, in the related art, a person prepares separately, sets a pin, and proceeds to a game or requires a separate mechanical device.

In the conventional automatic device such as a pin automatic batch, two types are used with and without a string.

However, such a bowling facility is so expensive that the facility is not installed enough to meet the demand for bowling at the present time, the situation does not occupy a firm position as a healthy entertainment sports.

In addition, since bowling can only be manufactured in large-scale facilities, the physically handicapped, children, and adolescents will be deprived of the opportunity to contact them at all. Physical education did not help in daily life and leisure use.

As such, the bowling facility requires a huge investment cost and proceeds only in the trend of larger size because the conventional facility itself is complicated and adopts advanced foreign technology.

The present invention devised to solve such a realistic problem has an object of the present invention to provide a bowling pin automatic positioning device to be able to completely arrange the bowling pin by a simple principle.

Bowling pin automatic batching device of the present invention to achieve the above object, in the automatic bowling device of the bowling pin, a magnet is inserted into the pin spot in the correct position so that the attraction force is applied between the pin spatter and the lower end of the pin and the bottom of the pin The pin fixing device for fixing the pins by the mutual magnetic force by inserting the iron pieces, and the 10 spring power motors in which the pulley and the spring shaft are integrated and connected with the respective pins and strings on the upper part, A pin box formed of the top plate, a bottom plate on which pinholes are installed, and a side plate on both sides of sliding pillars coupled to the guide rails mounted on the side frame, and the pin box on the motor plate. It is characterized by consisting of a pin box operating device unit is installed with a belt pulley and a motor for vertical movement by connecting the belt through the hole.

Hereinafter, a preferred embodiment of the bowling pin automatic batching device of the present invention will be described in more detail with reference to the accompanying drawings.

1 is an overall configuration diagram of the bowling pin automatic arrangement of the present invention, Figure 2 is a side view, Figure 3 is a cross-sectional view of the pin, Figure 4 is an exploded perspective view of the pin box of the present invention, Figure 5 is a pin box operation It is a perspective view of an apparatus part.

Referring to Figures 1 to 5, the bowling pin automatic positioning device of the present invention, the pin box 200 and the pin box 200 for fixing the pin fixing attachment device 100 and each pin up large, and the pin box 200 It is roughly divided into the pin box operating unit 300 to operate the whole up and down.

The pin fixing attachment unit 100 is to make the ten pins 210 to stand in place, to help the smooth operation of the string 212 and the spring power motor 220 connected to the top of the pin 210, The attraction between the spat 110 and each pin 210 is configured to be applied to each other.

In such a configuration, various methods may be applied, and in one embodiment of the present invention, in order to enable magnetic force to be applied between the pin spatter 110 and the lower end of the pin 210, a magnet ( 111 is attached, and the iron piece 211 is attached to the lower end of the pin (210). That is, the magnet 111 is attached to the lower portion of the pin spat 110, and the iron piece 211 is fixed to the lower end of the pin 210 so that magnetic forces are applied to each other. In this case, an electromagnet may be used as the magnet 111.

Another example is a method of obtaining adhesive force by using a magic tape (commonly widely used).

The pin box 200 includes a lower plate 230 having a pin hole 231, a top plate 240 having a string hole 241 formed thereon, and ten upper-powered motors 220 installed on the upper surface 240, and the upper plate ( It consists of a side plate 250 for fixing the 240 and the lower plate 230.

Each of the spring power motor 220 is rotated by giving elastic force to the main shaft 221 and the pulley 222 fixed thereto, thereby winding the string 212 connected to the pin 210, the top plate ( The lifting and lowering belt 320 is installed at the center of the 240.

In addition, both ends of the side plate 250 is provided with a sliding support 251 for the accurate vertical movement of the pin box 200.

In addition, the guide rail 331 is provided on the inner wall of the side frame 330 of the pin arrangement device to achieve a smooth vertical movement of the sliding support 251.

An upper side of the pin box 200 is formed of a motor plate 301 to which the belt pulley 311 and the motor 310 are fixed, in order to wind the belt 320 up and down to vertically raise and lower the pin box 200. Pin box operating unit 300 is configured.

The motor plate 301 is provided with a motor 310, a timer 340, and the like, and a belt hole 302 is formed in the center of the motor plate 301, whereby the pin box 200 and the belt pulley ( As the belt 320 is connected between the 311, the pin box 200 is raised and lowered.

As described above, the string 212 connected to the upper portion of the pin 210 may be formed through the pin hole 231 formed in the lower plate 230 of the pin box 200 and the string hole 241 of the upper plate 240. It is connected to the pulley 222 of the spring power motor 220, at this time, is installed so that the string 212 connected to the pin 210 by the spring elastic force in the spring power motor 200 is wound.

Hereinafter, look at the effect of the bowling pin automatic arrangement of the present invention having the above configuration.

The pin 210 is inserted into each pin hole 231 formed in the lower plate 230 of the pin box 200, that is, the spring of the spring power generator 220 is loosened and the string 212 is wound on the pulley 222. When the motor 310 installed on the motor plate 301 rotates to release the belt 320, the pin box 200 connected thereto descends and the lower end of the pin 210 closely adheres to the pin spot 110. Done.

At this time, between the lower end of the pin 210 and the pin spatter 110 is fixed to the pin 210 by the magnetic force of the magnet 111 or the adhesive force of the magic tape, and when the motor 310 is reversed again As the belt 320 is wound around the belt pulley 311, the pin box 200 is raised.

At this time, the pin 210 is attached to and fixed by the magnetic force between the magnet 111 and the iron piece 211 or the adhesive force of the magic tape to the pin spat 110, and each pin 210 in accordance with the rise of the pin box 200. Pin 210 is erected on the pin spat 110 as the string 212 connected to the) is released. Therefore, at the same time as the string 212 is loosened, the spring inside the mainspring motor 220 is wound, and the elastic force is accumulated.

As such, when the pin 210 is knocked down with the pin 210 aligned with the bowling ball in the state in which the pin 210 is set in the correct position, the adhesive force between the pin 210 and the pin spatter 110 is lost, and thus the pin 210. ) Is heard by a string 212 connected at its top.

That is, while the spring is released by the spring elastic force of the spring power motor 220, only the pin 210 on which the string 212 is wound is raised, so that the pin 210 is aligned with the pin hole 231 of the pin box 200. do.

After all of the pins 230 have fallen, when the motor 310 on the motor plate 301 is released to release the belt 320, the pin box 200 is lowered again so that the pins 210 are the pin spatters 110. Is aligned again.

As described above, in the present invention, a separate means is formed so that the adhesive force may be applied between the pin 210 and the pin spat 110, and by connecting the string 212 to the upper end of the pin 210, The pin 210 collapsed by the spring power motor 220 is installed in each of the top 10 of the pin box 200, so that the processing of the pin 210 simply fell automatically.

In addition, while the pin 210 is aligned so that the pin box 200 is aligned and raised at the same time, when the pin box 200 is raised and lowered, the sliding support 251 and the guide rail 331 of the side of the pin box 200. By precisely adjusting the position by the position of the correct pin 210 was set.

In addition, according to the present invention, while the bowling game, the alignment of the pin 210 and the processing of the collapsed pin 210 is made quickly and accurately, the structure of the device is simple, so that you can easily enjoy the game, even if there is a slight shake Since the pin 210 is supported by the adhesive device under the pin 210, bowling can be enjoyed on a shaking train or a ship.

In addition, since it is easy to manufacture a small simple bowling set, children and physically handicapped people can enjoy bowling, and because it is possible to manufacture at a low price, it is a very useful invention that can greatly contribute to the expansion of the bowling population.

Claims (1)

In the automatic arrangement of the bowling pin, the magnet 111 is inserted into the pin spot 110 in a fixed position so that the attraction force is applied between the pin spatter 110 and the lower end of the pin 210 and the pin 210 is placed at the lower end. The iron piece 211 is inserted into the pin fixing device 100 to be fixed to the pin 210 by mutual magnetic force, and connected to each of the pin 210 and the string 212 on the upper pulley 222 And the ten spring power motors 220 in which the spring shaft 221 is integrated, the upper plate 240 in which the string holes 241 are laid in the proper position, and the lower plate 230 in which the pin holes 231 are laid. The pin box 200 is formed of the side plate 250, the sliding support 251 coupled to the guide rail 331 attached to the side frame 330, both sides, and the pin box 200 to the motor Through the belt hole 302 formed in the plate 301 to the pin 320, the belt pulley 311 and the pin box operating unit 300 is installed to the linear motion to move up and down linearly Bowling pin automatic placement device, characterized in that configured.