KR100449363B1 - Capsule vender - Google Patents

Abstract

The present invention includes a base frame consisting of a box-shaped base frame and a capsule discharge hole formed on one side of the base frame; A cover plate coupled to an upper portion of the base frame, a side plate provided at each side end of the cover plate, a capsule passage hole formed at one side of the cover plate, and a capsule guide provided below the capsule passage hole of the cover plate. A base cover portion formed; A drive unit including a disc fixed shaft installed at the center of the cover plate and a motor unit for rotating the disc fixed shaft at a predetermined speed and direction according to the application of a driving voltage; A rotating part including a disk coupled to an upper portion of the disk fixing shaft, a plurality of small diameter holes formed on the disk, and at least one large diameter hole formed on the disk and having a diameter larger than that of the small diameter holes; A capsule housing portion including a capsule housing coupled to an upper portion of the side plate, and a housing hole formed at a bottom of the capsule housing; Provided is a capsule bender comprising a capsule group containing a predetermined product and made up of at least two or more capsules having different diameters and embedded in the capsule housing.

Description

Capsule Bender {CAPSULE VENDER}

The present invention relates to a capsule bender, and more particularly to a capsule bender capable of selectively discharging one of a plurality of capsules with different diameters.

In general, a capsule bender is a device for discharging a spherical capsule containing a product, and is mainly used as an accessory for a product vending machine or a game machine prize.

The capsule bender includes a plurality of capsules having the same diameter, and one of the capsules is discharged when the outlet formed at the bottom thereof is opened.

Republic of Korea Utility Model Publication No. 1999-0042097 "Punch powder game machine combined with a vending machine" is a "punch powder game machine in which a spring is inserted into the drive shaft of the game machine body and the cam plate is supported by the braking piece to operate the blow plate. A drive gear fixed to the other side of the drive shaft, the shaft gear being rotated by the drive motor and the stationary motor to rotate the reduction gear meshed with the drive gear to operate a boxer-shaped striker installed in the center support of the drive shaft; The product is installed inside the housing to accommodate the product capsule, and the rotating plate hole rotated by the discharge motor and the discharge pipe to match the product discharge port in front of the body so that the product is discharged; Outputs the signal to the power transmission circuit after being input to the CPU (central control circuit) The present invention discloses a commodity sales combined punch powder game machine having a configuration such that the driving motor, the stationary motor, the product discharge motor, and the respective operation parts of the game machine such as the upper display part of the body can be operated.

In addition, the Republic of Korea Patent Publication No. 2001-0056593 "Toy Vending Machine" "When a coin of a predetermined amount is put into a certain time to generate a stereoscopic image and audio, and when the output of the stereoscopic image and audio is finished, the storage room and the outlet It is designed to communicate one capsule stored in the storage room so that the child can receive a toy capsule automatically after watching the slide image and the voice corresponding to it for a certain period of time, thereby improving children's emotional education. And a toy vending machine that can easily purchase a toy capsule.

In addition, Japanese Patent Laid-Open No. 3-116294 "Capsule Bender" discloses a "capsule pipe, a bender pipe attached to an outer circumferential surface of the capsule pipe, and a drive mechanism for driving the bender pipe".

However, since the conventional capsule vendors as described above is a method of discharging one of a plurality of capsules having the same diameter in a random or initially loaded order, the discharge of the capsule according to the price, size, item, etc. of the product contained in the capsule Not only can the probability not be adjusted, there was a problem that the duplicate discharge phenomenon occurs that two or more capsules are discharged at the same time.

In order to solve the above problems, an object of the present invention is to provide a capsule vendor that can arbitrarily adjust the discharge probability of the capsule according to the type of the product contained in the capsule, such as the price, size, item of the product.

It is another object of the present invention to provide a capsule bender capable of preventing a redundant discharge phenomenon in which two or more capsules are simultaneously discharged.

In order to achieve the above object, the present invention provides a capsule bender, comprising: a base frame formed of a box shape having an upper opening and a capsule discharge hole formed at one side of the base frame; A cover plate coupled to an upper portion of the base frame, a side plate provided at each side end of the cover plate, a capsule passage hole formed at one side of the cover plate, and a capsule guide provided below the capsule passage hole of the cover plate. A base cover portion formed; A drive unit including a disc fixed shaft installed at the center of the cover plate and a motor unit for rotating the disc fixed shaft at a predetermined speed and direction according to the application of a driving voltage; A rotating part including a disk coupled to an upper portion of the disk fixing shaft, a plurality of small diameter holes formed on the disk, and at least one large diameter hole formed on the disk and having a diameter larger than that of the small diameter holes; A capsule housing portion coupled to an upper portion of the side plate, and a capsule housing portion including a housing hole formed at a bottom of the capsule housing; It provides a capsule bender comprising a group of capsules containing a predetermined product and made up of at least two or more capsules having different diameters and embedded in the capsule housing.

In addition, the present invention provides a capsule bender, comprising: a base frame having an upper portion of an open box shape, and a base portion formed of a capsule discharge hole formed at a bottom of the base frame; A cover plate coupled to an upper portion of the base frame, side plates provided at each side end of the cover plate, a capsule passage hole formed at the bottom of the cover plate, and a capsule passage hole formed at the bottom of the cover plate. The base cover portion includes a cylindrical gate forming a capsule supply groove that is widened toward an outside, and a gate motor unit that rotates the cylindrical gate by a predetermined amount according to the application of a driving voltage; A drive unit including a disc fixed shaft installed at the center of the cover plate and a disc motor unit for rotating the disc fixed shaft at a predetermined speed and direction according to the application of a driving voltage; A rotating part including a disk coupled to an upper portion of the disk fixing shaft, a plurality of small diameter holes formed on the disk, and at least one large diameter hole formed on the disk and having a diameter larger than that of the small diameter holes; A capsule housing portion including a capsule housing coupled to an upper portion of the side plate, and a housing hole formed at a bottom of the capsule housing; It provides a capsule bender comprising a group of capsules containing a predetermined product and made up of at least two or more capsules having different diameters and embedded in the capsule housing.

1 is an exploded perspective view of a capsule bender according to a first embodiment of the present invention;

2 is an exploded perspective view of the base unit according to the first embodiment of the present invention;

3 is an exploded perspective view of the base cover unit according to the first embodiment of the present invention;

4 is an exploded perspective view of the capsule housing unit according to the first embodiment of the present invention;

5 is an exploded perspective view of a capsule bender according to a second preferred embodiment of the present invention;

6 is an exploded perspective view of a base unit according to a second embodiment of the present invention;

7 is an exploded perspective view of the base cover unit according to the second embodiment of the present invention;

8 is a perspective view showing a capsule bender of the present invention,

Figure 9 is a perspective view of the arcade game machine equipped with a capsule bender of the present invention.

<Explanation of symbols for the main parts of the drawings>

(First embodiment)

1100: base 1110: base frame

1120: capsule discharge hole 1200: base cover

1210: cover plate 1220: side plate

1230: capsule passage hole 1240: capsule guide

1300: drive unit 1310: disc fixed shaft

1320: motor unit 1400: rotating part

1410: 1420: small hole

1430: Daegyeong Hall 1440: Guide rib

1500: capsule housing part 1510: capsule housing

1520: housing hole 1530: bending guide

1540: housing door 1600: capsule group

1610: small diameter capsule 1620: large diameter capsule

Second Embodiment

2100: base portion 2110: base frame

2120: capsule discharge hole 2200: base cover

2210: cover plate 2220: side plate

2230: capsule passage hole 2240: cylindrical gate

2250: gate motor unit 2260: capsule detection sensor

2270: gate sensor 2300: driver

2310: disc fixed shaft 2320: motor unit

2400: rotating part 2410: disc

2420: small diameter hall 2430: large diameter hall

2440: guide rib 2450: rotation sensor

2500: capsule housing 2510: capsule housing

2520 housing hole 2530 bending guide

2540: housing door 2600: capsule group

2610: small diameter capsule 2620: large diameter capsule

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is an exploded perspective view of a capsule bender according to a first preferred embodiment of the present invention, FIG. 2 is an exploded perspective view of a base unit according to a first preferred embodiment of the present invention, and FIG. 3 is a first preferred embodiment of the present invention. 4 is an exploded perspective view of the base cover unit, and FIG. 4 is an exploded perspective view of the capsule housing unit according to the first embodiment of the present invention.

As shown in FIGS. 1 to 4, the capsule bender 1000 according to the first exemplary embodiment of the present invention may include a base 1100, a base cover 1200, a driver 1300, a rotating unit 1400, and the like. The capsule housing part 1500 and the capsule group 1600 are included.

(1) base part

The base part 1100 is a lowermost part for supporting the base cover part 1200, the driving part 1300, the rotating part 1400, and the capsule housing part 1500, which are other components of the capsule bender 1000.

The base unit 1100 includes a base frame 1110 having a box shape having an upper opening, and a capsule discharge hole 1120 formed at one side of the base frame 1110.

The base frame 1110 is preferably made of steel, and has a through hole 1112 on one side of the rear surface thereof to allow the cord and the connection line to enter and exit from the base frame 1110. A plurality of base rollers 1130 are attached to the bottom of the base frame 1110. The base roller 1130 facilitates long detachment when the capsule bender of the present invention is embedded in an arcade game machine or the like.

The capsule discharge hole 1120 is a hole through which the capsules 1610 and 1620 passing through the capsule guide 1240 of the base cover portion 1200 are discharged to the capsule bender 1000 of the present invention.

(2) base cover

The base cover part 1200 supports the rotating part 1400 and guides the capsule 1610 or 1620 passing through the rotating part 1400 to be discharged out of the capsule bender 1000 of the present invention.

The base cover portion 1200 includes a cover plate 1210 coupled to an upper portion of the base frame 1110, side plates 1220 installed at each side end of the cover plate 1210, and the cover plate 1210. It consists of a capsule through hole 1230 formed on one side, and a capsule guide 1240 installed under the capsule through hole 1230 of the cover plate 1210.

The cover plate 1210 further includes a motor shaft hole 1250. The motor shaft hole 1250 allows the motor shaft 1324 of the motor unit 1320 located on the rear surface of the cover plate 1210 to be coupled to the disc fixing shaft 1310.

In addition, the cover plate 1210 includes a plurality of rollers 1260. The rollers 1260 may contact the bottom surface of the disc 1410 to support the disc 1410 in a horizontal state, and at the same time assist the smooth rotation of the disc 1410.

The capsule guide 1240 includes a pair of guide side plates 1242 and a guide inclined plate 1244 formed between the guide side plates 1242. The capsules 1610 and 1620 passing through the capsule passage hole 1230 of the cover plate 1210 are discharged to the outside through the capsule discharge hole 1120 of the base frame 1110 with the capsule guide 1240 falling down. do.

(3) drive unit

The driving unit 1300 is a portion providing a driving force for rotating the disc 1410 of the rotating unit 1400.

The driving unit 1300 is a disc fixed shaft 1310 installed in the center of the cover plate 1210, and a motor unit 1320 to rotate the disc fixed shaft 1310 at a predetermined speed and direction according to the application of a driving voltage. Is done.

The disc fixing shaft 1310 has a circular ring 1330 having a groove 1332 formed at an angle (preferably 45 degrees) on an outer circumferential surface thereof. The grooves 1332 of the circular ring 1330 allow the rotation sensor 1450 to detect the rotation angle of the disc fixed shaft 1310, thereby enabling the rotation angle of the disc 1410 to be detected.

The motor unit 1320 includes a motor 1322 for generating a driving force by an applied voltage, and a motor shaft 1324 for transmitting the driving force of the motor 1322 to the disc fixed shaft 1310.

(4) rotating part

The rotating unit 1400 is a portion that selectively passes only one of the capsules having different diameters.

The rotating unit 1400 is formed on the disc 1410 coupled to the upper portion of the disc fixing shaft 1310, a plurality of small diameter holes 1420 formed on the disc 1410, and the disc 1410 At least one large diameter hole 1430 having a larger diameter than the hole 1420 is formed.

The small diameter hole 1420 of the disc 1410 passes through the small diameter capsule 1610 having a smaller diameter than the small diameter hole 1420 while the large diameter capsule 1620 does not pass through the small diameter hole 1420 and the large diameter hole. By adjusting the number of 1430, the discharge probability of the small-diameter capsule 1610 and the large-diameter capsule 1620 may be adjusted.

The rotating unit 1400 is attached to the upper surface of the disc 1410, a plurality of guide ribs for guiding one of the capsules 1610 and 1620 of the capsule group 1600 into the small diameter hole 1420 or large diameter hole 1430 1440 and a rotation sensor 1450 for detecting a rotation angle of the disc fixing shaft 1310.

The guide ribs 1440 are not only arcuate but also bent inwardly facing the small diameter hole 1420 or the large diameter hole 1430, respectively, when the small diameter capsule 1610 or the large diameter capsule 1620 is rotated when the disc 1410 is rotated. It guides to pass through the small diameter hole (1420) or large diameter hole (1430).

The rotation sensor 1450 is installed on one side of the disc fixing shaft 1310 to calculate the number of passes of the groove 1332 of the circular ring 1330 of the disc fixing shaft 1310 by the disc fixing shaft 1310 and the disc ( 1410 sense the rotation angle. The rotation sensor 1450 is mounted to a sensor bracket 1460 installed on the cover plate 1210.

(5) Capsule housing part

The capsule housing unit 1500 is a portion for storing the capsule group 1600 to be discharged from the capsule bender 1000 of the present invention.

The capsule housing unit 1500 includes a capsule housing 1510 coupled to an upper portion of the side plate 1220 and a housing hole 1520 formed at a bottom of the capsule housing 1510.

One side of the capsule housing 1510 is opened, and one side of the opening has a housing door 1540 having both lower ends hinged to both inner surfaces of the capsule housing 1510 and a transparent 1542 attached to the center. Is installed.

When the capsule bender 1000 of the present invention is installed in an arcade game machine, the housing door 1540 may supply capsules into the capsule housing without removing the capsule bender from the arcade game machine. A handle 1544 is mounted to the outside of the housing door 1540.

The housing hole 1520 is a large hole formed to allow the disc 1410 of the rotating unit 1400 to penetrate the bottom of the capsule housing 1510.

In addition, the capsule housing unit 1500 further includes a bending guide 1530 installed so that the lower end is fixed to the bottom of the capsule housing 1510 and the bent upper end covers one side of the housing hole 1520. The bending guide 1530 prevents two or more capsules from simultaneously entering the small diameter hole 1420 or the large diameter hole 1430 of the disc 1410.

(6) group of capsules

The capsule group 1600 includes a preset product and is made of at least two or more capsules having different diameters and is embedded in the capsule housing 1510.

The capsule group 1600 may include a small diameter capsule 1610 having a diameter smaller than the diameter of the small diameter hole 1420 of the disc 1410, and a diameter larger than the diameter of the small diameter hole 1420 and smaller than the diameter of the large diameter hole 1430. It consists of the large diameter capsule 1620.

The small diameter capsule 1610 may pass through the small diameter hole 1420 or the large diameter hole 1430 of the disc 1410, while the large diameter capsule 1620 may pass only the large diameter hole 1430 of the disc 1410. have. Therefore, if the number ratio of the small diameter hole 1420 and the large diameter hole 1430 is arbitrarily adjusted when the disc 1410 is manufactured, the relative discharge ratio of the small diameter capsule 1610 and the large diameter capsule 1620 may be adjusted. .

Figure 5 is an exploded perspective view of a capsule bender according to a second preferred embodiment of the present invention, Figure 6 is an exploded perspective view of the base portion according to a second preferred embodiment of the present invention, Figure 7 is a second preferred embodiment of the present invention An exploded perspective view of the base cover portion, showing a state in which the base cover portion is turned upside down.

5 to 7, the capsule bender 2000 according to the second exemplary embodiment of the present invention includes a base part 2100, a base cover part 2200, a driving part 2300, a rotating part 2400, and a capsule. The housing part 2500 and the capsule group 2600 are included. Unlike the first embodiment, the capsule bender 2000 according to the second exemplary embodiment of the present invention installs a cylindrical gate 2240 in the base cover part 2200, and means for driving the cylindrical gate 2240. And means for detecting the operation of the cylindrical gate 2240.

(1) base part

The base part 2100 is a lowermost part for supporting the base cover part 2200, the driving part 2300, the rotating part 2400, and the capsule housing part 2500 which are other components of the capsule bender 2000.

The base part 2100 includes a base frame 2110 formed in a box shape having an upper opening, and a capsule discharge hole 2120 formed at a bottom of the base frame 2110. Unlike the first embodiment, the capsule discharge hole 2120 is formed at the bottom of the base frame 2110.

The base frame 2110 is preferably made of steel, and has a through hole 2112 on one side of the rear surface thereof to allow the cord and the connection line to enter and exit from the base frame 2110. In addition, the base frame 2110 has a capsule observation hole 2130 at the front center, and the transparent acrylic 2140 is installed in the capsule observation hole 2130. A plurality of base rollers 2150 are attached to the bottom of the base frame 2110. The base roller 2150 facilitates long detachment when the capsule bender of the present invention is embedded in an arcade game machine or the like.

The capsule discharge hole 2120 is a hole through which the capsules 2610 and 2620 passing through the capsule guide 2240 of the base cover part 2200 are discharged to the capsule bender 2000 of the present invention.

(2) base cover

The base cover part 2200 supports the rotating part 2400 and guides the capsules 2610 and 2620 passing through the rotating part 2400 to be discharged out of the capsule bender 2000 of the present invention.

The base cover portion 2200 may include a cover plate 2210 coupled to an upper portion of the base frame 2110, side plates 2220 installed at respective side ends of the cover plate 2210, and the cover plate 2210. Cylindrical gate 2240 formed in the capsule through-hole 2230 formed on one side, and the capsule supply hole 2224 is installed on the lower side of the capsule through-hole 2230 of the cover plate 2210, the capsule supply groove 2224 widening toward the outside on one side of the outer peripheral surface And a gate motor unit 2250 that rotates the cylindrical gate 2240 by a predetermined amount according to the application of a driving voltage.

The cover plate 2210 further includes a motor shaft hole 2250. The motor shaft hole 2250 allows the motor shaft 2324 of the motor unit 2320 located on the rear surface of the cover plate 2210 to be coupled to the disc fixing shaft 2310. In addition, the cover plate 2210 includes a plurality of rollers 2280. The roller 2260 contacts the underside of the disc 2410 to assist in rotation of the disc 2410.

The cylindrical gate 2240 receives the capsule passing through the capsule passage hole 2230 into the capsule supply groove 2242 formed on the outer circumferential surface and discharges one by one. The cylindrical gate 2240 may include a gate shaft 2244 formed at both sides, a gate bearing 2246 inserted into the gate shaft 2244, a supporter 2248 supporting the gate shaft 2244, and One end is connected to the gate motor unit 2250 and the other end has a gate connection shaft 2249 connected to the gate axis 2244. The gate connecting shaft 2249 has protrusions formed at equal intervals on four outer circumferential surfaces.

In addition, the base cover 2200 is a capsule detection sensor 2260 for detecting the presence or absence of capsules in the capsule supply groove (2242) of the cylindrical gate 2240, the gate for sensing the rotation angle of the cylindrical gate (2240) A sensor 2270 is further provided.

The capsule detection sensor 2260 is fixed to a sensor bracket 2262 installed on the bottom surface of the cover plate 2210, and the gate sensor 2270 is installed at both sides of the gate connection shaft 2249.

In addition, the cover plate 2210 includes a plurality of rollers 2280. The rollers 2280 are in contact with the bottom surface of the disc 2410 to support the disc 2410 in a horizontal state and to facilitate smooth rotation of the disc 2410.

(3) drive unit

The driving unit 2300 is a portion providing a driving force for rotating the disc 2410 of the rotating unit 2400.

The driving unit 2300 may rotate the disc fixing shaft 2310 installed at the center of the cover plate 2210 and the disc fixing shaft 2310 at a predetermined speed and direction according to the application of the driving voltage. Is done.

The disc fixing shaft 2310 includes a circular ring 2330 having grooves 2322 formed at a predetermined angle (preferably 45 degrees) on an outer circumferential surface thereof. The grooves 2332 of the circular ring 2330 allow the rotation sensor 2450 to detect the rotation angle of the disc fixing shaft 2310, thus enabling the rotation angle of the disc 2410 to be detected.

The motor unit 2320 includes a motor 2232 generating a driving force by an applied voltage, and a motor shaft 2324 transmitting the driving force of the motor 2232 to the disc fixed shaft 2310.

(4) rotating part

The rotating part 2400 is a portion for selectively passing only one of the capsules having different diameters.

The rotating part 2400 is formed on the disc 2410 coupled to the upper portion of the disc fixing shaft 2310, a plurality of small diameter holes 2420 formed on the disc 2410, and the disc 2410 At least one large diameter hole 2430 having a larger diameter than the hole 2420.

The small diameter hole 2420 of the disc 2410 passes through the small diameter capsule 2610 having a smaller diameter than the small diameter hole 2420 while the large diameter capsule 2620 does not pass through the small diameter hole 2420 and the large diameter hole. By adjusting the number of (2430) it is possible to adjust the discharge probability of the small diameter capsule (2610) and large diameter capsule (2620).

The rotating part 2400 is attached to the upper surface of the disc 2410, a plurality of guide ribs for guiding one of the capsules 2610 and 2620 of the capsule group 2600 into the small diameter hole 2420 or large diameter hole 2430 2440 and a rotation sensor 2450 for detecting a rotation angle of the disc fixing shaft 2310.

The guide ribs 2440 are not only arcuate but also bent inwardly facing the small diameter hole 2420 or the large diameter hole 2430, respectively, when the small diameter capsule 2610 or the large diameter capsule 2620 is rotated when the disc 2410 is rotated. It guides to pass through the small diameter hole (2420) or large diameter hole (2430).

The rotation sensor 2450 is installed at one side of the disc fixing shaft 2310 and calculates the number of passes of the groove 2332 of the circular ring 2330 of the disc fixing shaft 2310 by the disc fixing shaft 2310 and the disc ( Detect the rotation angle of the 2410. The rotation sensor 2450 is mounted on the sensor bracket 2460 installed on the cover plate 2210.

(5) Capsule housing part

The capsule housing part 2500 is a part for storing the capsule group 2600 to be discharged from the capsule bender 2000 of the present invention.

The capsule housing part 2500 includes a capsule housing 2510 coupled to an upper portion of the side plate 2220, and a housing hole 2520 formed at the bottom of the capsule housing 2510.

The capsule housing 2510 is open at one side thereof, and a housing door 2540 having hinges connected to both sides of the capsule housing 2510 and a transparent body 2542 at the center thereof is installed at one side of the opening.

When the capsule bender 2000 of the present invention is installed in an arcade game machine, the housing door 2540 may supply capsules into the capsule housing without removing the capsule bender from the arcade game machine. A handle 2544 is mounted on the outside of the housing door 2540.

The housing hole 2520 is a large hole formed to allow the disc 2410 of the rotating part 2400 to penetrate the bottom of the capsule housing 2510.

In addition, the capsule housing part 2500 further includes a bending guide 2530 installed so that a lower end thereof is fixed to the bottom of the capsule housing 2510 and a bent upper end covers one side of the housing hole 2520. The bending guide 2530 prevents two or more capsules from simultaneously entering the small diameter hole 2420 or the large diameter hole 2430 of the disc 2410.

(6) group of capsules

The capsule group 2600 includes a preset product and is formed of at least two capsules having different diameters and embedded in the capsule housing 2510.

The capsule group 2600 may include a small diameter capsule 2610 having a diameter smaller than the diameter of the small diameter hole 2420 of the disc 2410, and a diameter larger than the diameter of the small diameter hole 2420 and smaller than the diameter of the large diameter hole 2430. It consists of a large diameter capsule 2620.

The small diameter capsule 2610 may pass through the small diameter hole 2420 or the large diameter hole 2430 of the disc 2410, while the large diameter capsule 2620 may pass only the large diameter hole 2430 of the disc 2410. have. Therefore, if the number ratio of the small diameter hole 2420 and the large diameter hole 2430 is arbitrarily adjusted when the disc 2410 is manufactured, the relative discharge ratio of the small diameter capsule 2610 and the large diameter capsule 2620 may be adjusted. .

FIG. 8 is a perspective view showing a capsule bender of the present invention, and FIG. 9 is a perspective view showing an arcade game device in which the capsule bender of the present invention is installed.

As shown in FIG. 8, the capsule bender of the present invention includes a base part 1100 and 2100, a base cover part 1200 and 2200, a driving part (not shown), a rotating part 1400 and 2400, and a capsule housing part 1500. 2500).

In addition, as shown in FIG. 9, the capsule bender 1000 of the present invention supplies a capsule group consisting of a plurality of capsules having different sizes to the capsule housing part, and then is mounted in the arcade game device 3000. According to the game result, one capsule of the capsule group is discharged to the outside.

As described above, the capsule bender according to the embodiment of the present invention stores the capsules having different sizes and adjusts the discharge probability according to the size. There is an effect that can randomly adjust the probability.

In addition, the capsule bender according to the embodiment of the present invention can prevent the duplicate discharge phenomenon in which two or more capsules are discharged at the same time has the effect of preventing the damage caused by the duplicate discharge.

Claims (11)

For capsule benders, A base part including a base frame having an upper opening and a capsule discharge hole formed in one side of the base frame; A cover plate coupled to an upper portion of the base frame, a side plate provided at each side end of the cover plate, a capsule passage hole formed at one side of the cover plate, and a capsule guide provided below the capsule passage hole of the cover plate. A base cover portion formed; A drive unit including a disc fixed shaft installed at the center of the cover plate and a motor unit for rotating the disc fixed shaft at a predetermined speed and direction according to the application of a driving voltage; A rotating part including a disk coupled to an upper portion of the disk fixing shaft, a plurality of small diameter holes formed on the disk, and at least one large diameter hole formed on the disk and having a diameter larger than that of the small diameter holes; A capsule housing portion including a capsule housing coupled to an upper portion of the side plate, and a housing hole formed at a bottom of the capsule housing; A capsule bender comprising a capsule group containing a predetermined product and including at least two capsules having different diameters and embedded in the capsule housing. The method of claim 1, The rotating part is an arcuate capsule is attached to the upper surface of the capsule further comprises a plurality of guide ribs for guiding the capsule into the small hole or large diameter hole. The method according to claim 1 or 2, The rotating part further comprises a rotation sensor for detecting a rotation angle of the disc fixed shaft. The method of claim 1, The capsule housing part has a lower end fixed to the bottom of the capsule housing and the bent top is installed so as to cover one side of the housing hole, and further provided with a bending guide for preventing two or more capsules into the small diameter hole or large diameter hole of the disc. Capsule bender characterized. The method of claim 1, The capsule housing of the capsule housing part is a capsule bender, characterized in that the one side is opened, the one side of the opening further comprises a housing door which is hinged to both sides of the capsule housing and the transparent body attached to the center at both ends. For capsule benders, A base part formed of a box-shaped base frame having an upper opening and a capsule discharge hole formed in a bottom of the base frame; A cover plate coupled to an upper portion of the base frame, side plates provided at each side end of the cover plate, a capsule passage hole formed at the bottom of the cover plate, and a capsule passage hole formed at the bottom of the cover plate. The base cover portion includes a cylindrical gate forming a capsule supply groove that is widened toward an outside, and a gate motor unit that rotates the cylindrical gate by a predetermined amount according to the application of a driving voltage; A drive unit including a disc fixed shaft installed at the center of the cover plate and a disc motor unit for rotating the disc fixed shaft at a predetermined speed and direction according to the application of a driving voltage; A rotating part including a disk coupled to an upper portion of the disk fixing shaft, a plurality of small diameter holes formed on the disk, and at least one large diameter hole formed on the disk and having a diameter larger than that of the small diameter holes; A capsule housing portion including a capsule housing coupled to an upper portion of the side plate, and a housing hole formed at a bottom of the capsule housing; A capsule bender comprising a capsule group containing a predetermined product and including at least two capsules having different diameters and embedded in the capsule housing. The method of claim 6, The rotating part is an arcuate capsule is attached to the upper surface of the capsule further comprises a plurality of guide ribs for guiding the capsule into the small hole or large diameter hole. The method according to claim 6 or 7, The rotating part further comprises a rotation sensor for detecting a rotation angle of the disc fixed shaft. The method of claim 6, The capsule housing portion is fixed to the bottom of the capsule housing and is installed to cover one side of the bent upper housing hole, further comprising a bending guide to prevent the two or more capsules to enter the small diameter hole or large diameter hole of the disc. Capsule bender characterized. The method of claim 6, The capsule housing of the capsule housing part is a capsule bender, characterized in that the one side is opened, the one side of the opening further comprises a housing door which is hinged to both sides of the capsule housing and the transparent body attached to the center at both ends. The method of claim 6, Capsule detection sensor for detecting the presence of capsule in the capsule supply groove of the cylindrical gate; Capsule bender, characterized in that it further comprises a gate sensor for detecting the rotation angle of the cylindrical gate.