JP2005329097A - Lottery apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a lottery apparatus where products are packed in a toy capsule and one of the plurality of toy capsules is discharged with a fixed probability. <P>SOLUTION: The lottery apparatus 1 consists of: an octagonal and hollow rotary body 2 which has a hemispherical turning type capsule receptacle 3 fitted to a discharge port 2a formed at one surface of a side plate 2e, which has a turning and opening cover 4 fitted to a throw-in port 2a formed on another surface of the side plate 2e, and which can be rotated with a rotary shaft 6b as a center; a support stand 5 having nearly triangle front plate 5a and rear plate 5b fitted to a bottom plate 5c in a U-shape; and a handle 6 which has its one end connected to the rotary shaft 6b of the rotary body extended through the top of the support stand 5 and which can be rotated in a rotating direction with a fixed knob 6a provided at the other end. By rotating the rotary body 2, its content is discharged while the capsule receptacle 3 is turned a half. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention is an invention related to a lottery device that randomly releases contents by rotating in a certain direction.

  In the past, when performing lottery by lottery, etc., a lottery device generally called a rattle may be used, and the rotating body of the lottery device is rotated, depending on the color of the small sphere that has fallen from the hole provided in the rotating body The hit or miss was judged.

  In addition, there is a capsule toy generally called a gachapon that releases a capsule when a capsule in which a product is randomly stored is placed in a main body container, a coin is inserted and a lever is rotated.

As described in Patent Document 1, it is possible to obtain a random number by putting a plurality of small balls with numbers and the like on a rotating body and releasing the balls one by one each time the rotating body is rotated. The invention of a random number display that can be made is also disclosed.
JP 2004-005342 A

  However, in the case of the rattle lottery lottery machine, it is necessary to hand over the product according to the type of the small ball in exchange for the small ball that came out, it takes time and it is necessary to secure the inventory of the product, management Troublesome in terms of face.

  Also, in the case of normal capsule toys, not all capsule toys are released with a certain probability, but they are released from the capsule toys at the bottom and the capsule toys at the top come out immediately There is no possibility.

  Accordingly, an object of the present invention is to provide a lottery device that packs products in a capsule toy and discharges one of the plurality of capsule toys with a certain probability.

  In order to solve the above-mentioned problem, the present invention attaches a hemispherical rotary capsule receiver 3 to the discharge port 2a provided on one surface of the side plate 2e and inputs it on the other surface of the side plate 2e. A lid 4 that rotates and opens is attached to the mouth 2b, and an octagonal and hollow rotating body 2 that can rotate around a rotating shaft 6b, and a substantially triangular front plate 5a and rear plate 5b to a bottom plate 5c. One end is connected to the supporting base 5 attached in a U-shape and the rotating shaft 6b of the rotating body penetrating the upper part of the supporting base 5, and can be rotated in the rotating direction by a fixing knob 6a provided at the other end. The lottery device 1 is constituted by a handle 6 and rotating the rotating body 2 to release the contents while the rotating capsule receiver 3 rotates halfway.

  Since this invention is the above structure, the following effects are acquired. First, since the contents of the rotating body are agitated by rotating the rotating body of the lottery device, the product that comes out cannot be predicted until the lottery is performed.

  Second, since the actual product comes out from the lottery machine, the product can be delivered immediately after the lottery. Moreover, since the remainder can be confirmed by looking in the lottery machine, when the number is reduced, the capsule toy can be replenished immediately.

  Thirdly, since the capsule toy is received by the rotating capsule receiver and is rotated and turned outward, it can be reliably discharged one by one. Moreover, since it faces inward immediately after releasing a capsule toy, it also serves as a lid.

  Fourth, since the left and right guides are provided on the inner wall of the side plate of the rotating body to guide the capsule toy one by one into the rotating capsule receiver, the situation where the capsule toy does not come out is blocked. Does not occur.

  Fifth, since the front wall of the receiving box has a curved dent, it is easy to take out the capsule toy contained therein. Moreover, since the left wall on the rotating body side is lower than the right wall, it is easy for capsule toys to fall inside.

  The size of the product to be packed inside is almost constant, and the size of the capsule toy and the size of the rotary capsule receiver are adjusted according to the size of the product. For products, dolls are preferred, and foods are not suitable.

  Below, based on an accompanying drawing, the lottery machine which is this invention is demonstrated in detail. FIG. 1 is a perspective view of a lottery machine according to the present invention.

  The lottery device 1 is attached to a discharge port 2a provided on one surface of the side plate 2e with a hemispherical rotary capsule receiver 3 and is rotated to an input port 2b provided on another surface of the side plate 2e. An open lid 4 is attached, and an octagonal and hollow rotating body 2 that can rotate around a rotating shaft 6b, a substantially triangular front plate 5a and a rear plate 5b, and the front and rear plates 5a and 5b are U-shaped. One end is connected to a support base 5 consisting of a bottom plate 5c attached to the shape, and the rotary shaft 6b of the rotating body 2 penetrating the upper part of the support base 5, and rotated in the rotational direction by a fixed knob 6a provided at the other end. It is characterized by comprising a handle 6 capable of rotating, and rotating the rotating body 2 to release the contents while the rotating capsule receiver 3 rotates halfway.

  The lottery machine 1 includes a rotating body 2, a support base 5, a handle 6, a receiving box 7 and a capsule toy 8. A rotating shaft 6 b passes through the center of the rotating body 2, and the rotating shaft 6 b passes through the upper part of the support base 5 and is fixed to one end of the handle 6.

  By rotating the handle 6, the rotating body 2 is also rotated, and the capsule toy 8 contained therein is discharged from the discharge port 2 a of the rotating body 2 and falls into the receiving box 7. The rotation direction 2d is constant and does not reversely rotate.

  2 is a front view of the lottery machine of the present invention, FIG. 3 is a plan view of the lottery machine of the present invention, and FIG. 4 is a left side view of the lottery machine of the present invention. 5 is a right side view of the lottery machine according to the present invention, and FIG. 6 is a rear view of the lottery machine according to the present invention. 2 to 6 show a view in which the rotating body 2, the support 5 and the handle 6 are integrated, and a view of the receiving box 7.

  The rotating body 2 is a hollow container in which a synthetic resin such as an acrylic plate is formed into an octagonal column shape. Although it has a color such as a fluorescent color, it is transparent so that the inside can be seen and the remaining amount of the capsule toy 8 can be confirmed.

  On one surface of the side plate 2 e of the rotating body 2, a discharge port 2 a having a size larger than that of the capsule toy 8 is vacant, and the rotating capsule receiver 3 is attached. Further, another side of the side plate 2e has an insertion port 2b for putting the capsule toy 8 inside, and is closed by the lid 4.

  The rotary capsule receiver 3 is a hollow hemispherical member inside and is made of a material such as metal. The rotary capsule receiver 3 is large enough to hold one capsule toy 8, and a presser 3a is attached to one edge.

  The presser 3a is a rectangular small plate that is a member that holds the rotary capsule receiver 3 so that it does not rotate more than necessary. When the rotary capsule receiver 3 rotates, the presser 3a hits the edge of the discharge port 2a and stops when it is rotated halfway.

  A magnet 3b is attached to the back of the presser 3a, and a magnet 3c is attached to a position where the magnet 3b hits the side plate 2e of the rotating body 2. Before the capsule toy 8 is dropped when the rotary capsule receiver 3 faces outward, it is kept from facing inward.

  The magnet 3b and the magnet 3c are not strong magnets and need to be strong enough to be separated by the gravity of the presser 3a after the capsule toy 8 is dropped. It is provided in order to prevent the presser 3a from returning to the original state due to a reaction against the rotating body 2 or the like.

  As shown in FIG. 4, the shaft 3 d is two rod-shaped members, one of which is connected to the left edge of the rotary capsule receiver 3 at one end and the left end of the side plate 2 e of the rotating body 2, The other is connected at one end to the right edge of the rotary capsule receiver 3 and at the other end to the right end of the side plate 2e of the rotating body 2, and the rotary capsule receiver 3 rotates about the shaft 3d.

  When the presser 3a is on the upper side, the rotary capsule receiver 3 faces inward, and when the presser 3a is on the lower side, the rotary capsule receiver 3 faces outward. Since the presser 3a hits the upper side or the lower side of the discharge port 2a of the rotating body 2, the rotary capsule receiver 3 can rotate within a range in which the presser 3a can move.

  As shown in FIG. 2 or FIG. 3, when the rotary capsule receiver 3 faces inward, the hemispherical portion protrudes from the rotating body 2, and as shown in FIG. 6, the rotary capsule receiver 3 When is facing the outside, the hemispherical part enters the rotating body 2.

  The lid 4 is a plate that closes the insertion port 2 b and is made of the same material as the rotating body 2. The upper part of the lid 4 can be connected to the rotating body 2 by a hinge 4a, and the lower part of the lid 4 can be rotated upward to be opened. Except when the capsule toy 8 is inserted 9a, the lower part of the lid 4 is closed by the fastener 4b.

  The hinge 4a is a member for fixing the upper part of the lid 4 and the upper part of the insertion port 2b of the rotating body 2 and opening and closing the lid 4, and is rotated around the upper part of the lid 4 with the hinge 4a. . As shown in FIG. 6, the lid 4 is rotated by the hinge 4 a so as to lift the lower portion of the lid 4.

  The fastener 4b is a member that keeps the lid 4 from opening. The lid 4 is locked or unlocked by fixing one end of the rectangular plate and rotating it up and down. As shown in FIG. 5, when the clip 4b is facing upward, the lid 4 is locked and does not open, and when the clip 4b is facing downward, the lid 4 can be opened without being locked. .

  Further, a presser is provided at the lower portion of the insertion port 2b so that the lid 4 stays so that the lid 4 does not enter the inside of the rotating body 2 due to the rotation. This is because even if it does not open to the outside by the fastener 4b, it is meaningless if it enters the inside.

  As shown in FIG. 5, the finger hole 4 c is a hole for easily opening the lid 4 by putting a finger on the finger hole 4 c, and is opened in the lower part of the lid 4. The lid 4 can be opened by pulling up the lower part of the lid 4 using the finger holes 4c.

  The support base 5 includes a front plate 5a, a rear plate 5b, and a bottom plate 5c made of a transparent acrylic plate or the like. The front plate 5a and the rear plate 5b are substantially triangular, and the bottom plate 5c connects the bottom of the front plate 5a and the bottom of the rear plate 5b.

  A hole is formed in the upper part of the front plate 5a and the rear plate 5b, and the rotary shaft 6b passes through. However, the rotary shaft 6b is not fixed, and only the rotating body 2 rotates together when the handle 6 is rotated. It is. In order to prevent the rotating body 2 and the support base 5 from coming into contact with each other, a ring-shaped member is sandwiched between them so as to facilitate rotation.

  Advertisements 2c and the like can be freely displayed and advertised on the front or back of the rotating body 2. Further, a logo mark 5d, a character, or the like can be displayed on the surface of the front plate 5a or the rear plate 5b of the support base 5.

  As shown in FIG. 4 or 5, the support base 5 is a base that supports the rotary body 2 so that it can float and rotate. The bottom plate 5c is horizontal with respect to the place where it is placed, and firmly supports the lottery machine 1 so as not to shake.

  The handle 6 is a substantially rectangular plate, and is made of a transparent acrylic plate or the like, like the support base 5. One end is fixed to the rotating shaft 6b and the other end is provided with a fixing knob 6a. By rotating the holding knob 6a in the rotation direction 2d, the rotation is transmitted to the rotation shaft 6b.

  The rotating shaft 6 b is an axis that passes through the center of the rotating body 2 and is the center of rotation of the rotating body 2. The rotating shaft 6 b passes through the upper part of the support base 5, but the support base 5 floats the rotating body 2 by passing the rotating shaft 6 b.

  The rotating body 2 can be rotated through the handle 6 by fixing the rotating shaft 6 b and the handle 6 through the support base 5. As shown in FIG. 2, the handle 6 is attached to the front side, and has a structure suitable for the user to hold the fixing knob 6a with the right hand and rotate it clockwise.

  The fixed knob 6a has a cylindrical shape, and is attached so as to come out from the handle 6 as shown in FIG. Since the rotating body 2 becomes heavier as the contents increase, the fixing knob 6a is shaped to be easy to hold.

  As the balance of force, the fixed knob 6a is a force point, the rotating shaft 6b is a fulcrum, and the rotating body 2 is an action point. The length of the handle 6 is increased to make the rotating body 2 rotate. The power is reduced.

  The receiving box 7 is a box having an open upper surface and is made of the same material as that of the rotating body 2. The side wall includes a front wall 7a, a rear wall 7b, a left wall 7c, and a right wall 7d, but the height of the left wall 7c on the rotating body 2 side so as to easily receive the capsule toy 8 dropped from the rotating body 2. Is lower than the right wall 7d on the opposite side.

  The receiving box 7 suffices if it is large enough to accommodate one capsule toy 8, but the width from the left wall 7c to the right wall 7d is slightly widened with a margin. In addition, a curved recess is provided in the front wall 7a so that the capsule toy 8 contained therein can be easily taken out.

  The product itself is protected by the capsule toy 8, but if the sponge toy 8 is spread on the bottom of the receiving box 7 and the impact when the capsule toy 8 falls, the receiving box 7 or the capsule toy 8 may be broken. Can be prevented.

  FIG. 7 is a cross-sectional view of the main body of the lottery machine according to the present invention, and FIG. 8 is a view showing a guide inside the main body of the lottery machine according to the present invention. FIG. 7 shows a state in which the rotating capsule receiver 3 of the rotating body 2 has come to the lower side.

  The rotating body 2 rotates clockwise around the rotation shaft 6b. In the stage before FIG. 7, it is assumed that the rotary capsule receiver 3 is on the right side and the capsule toy 8 is accumulated below. In the stage of FIG. 7 due to the rotation, the capsule toy 8 enters the rotary capsule receiver 3 from the left side.

  However, a plurality of capsule toys 8 are contained in the rotating body 2 and may enter the rotary capsule receiver 3 from various directions. .

  Therefore, in order to control the capsule toy 8 to flow in a fixed direction on the rotating capsule receiver 3, a left guide 2f and a right guide 2g are provided on the inner wall of the side plate 2e on which the rotating capsule receiver 3 is located.

  In FIG. 8, the left side of the rotating capsule receiver 3 in FIG. 7 is shown to be on the upper side. The capsule toy 8 moves 9 while rolling from the upper side, is guided by the left guide 2 f and the right guide 2 g, and falls into the rotary capsule receiver 3.

  Since the rotation direction 2d of the rotating body 2 is constant, the movement 9 of the capsule toy 8 is the same. However, when the amount of the capsule toy 8 is large, there is a possibility that the capsule toy 8 enters from the reverse flow. Make it hard to enter.

  Further, if the amount of the capsule toy 8 is large, there is a possibility that the rotation of the rotary capsule receiver 3 may be hindered. Therefore, a guide for protecting the range of movement of the rotary capsule receiver 3 may be provided. good.

  FIG. 9 is a front view of a capsule placed in the lottery machine according to the present invention, and FIG. 10 is a diagram showing a state in which the capsule of the lottery machine according to the present invention is opened.

  The capsule toy 8 is a container in which a doll or the like 8e is packed in a hollow and semispherical upper container 8a and a lower container 8b which are formed into a spherical container. As long as the doll 8e can be stored in the capsule toy 8, anything can be used.

  The upper container 8a is formed of a transparent and hard plastic in a hemispherical shape, and the lower container 8b is formed of a non-transparent plastic in a hemispherical shape so that the upper container 8a is fitted into the lower container 8b. The lower container 8b is slightly larger than the upper container 8a.

  As shown in FIG. 10, the capsule toy 8 can be opened by removing the upper container 8a and the lower container 8b, and the doll 8e can be taken out. The capsule toy 8 can be used as a storage container with the doll 8e or the like placed therein.

  The capsule toy 8 is closed by fitting the upper fitting portion 8c of the upper container 8a into the lower fitting portion 8d of the lower container 8b. Even if an impact is applied to the capsule toy 8, the inside doll 8e can be protected.

  Since the upper container 8a is hard, it breaks when trying to deform, but the lower container 8b can be slightly deformed, and the shape immediately returns to its original shape even when deformed. When the capsule toy 8 is closed, the lower fitting portion 8d presses the upper fitting portion 8c, so that it can be firmly closed.

  Since the upper container 8a is transparent, it is possible to confirm what the inside doll 8e is, and it is possible to enhance the expectation that a desired product will be obtained in the lottery. Whether there is a desired product in the lottery machine 1 also leads to a motive for performing the lottery.

  FIG. 11 is a side perspective view showing a situation in which a capsule is put into a lottery machine according to the present invention. In order to perform the lottery, it is necessary to put a plurality of capsule toys 8 in the rotating body 2 in advance.

  The handle 6 is turned so that the insertion port 2b of the rotating body 2 comes to the side or above, and the lid 4 is opened. When opening, the fastener 4b is unlocked and rotated so that the lower part of the lid 4 is pulled up by the finger hole 4c.

  When the lid 4 is opened, the capsule toy 8 is inserted 9a into the rotary body 2 from the insertion port 2b. When the capsule toy 8 has been inserted 9a, the lid 4 is closed and locked with the fastener 4b. Do not open it.

  FIG. 12 is a diagram showing a flow of rotating the lottery machine according to the present invention and taking out the capsules therein. Since the rotating body 2 of the lottery machine 1 is octagonal, there are eight stages from the first state 10 to the eighth state 10g.

  The first state 10 is a stage in which the capsule toy 8 has been released and a new capsule toy 8 has been drawn. When the rotating body 2 rotates 9b around the rotating shaft 6b, the position of the rotating capsule receiver 3 moves from the right to the lower right.

  Since the capsule capsule toy 8 is released, the side with the presser 3a becomes heavy, and the gravity becomes larger than the force of the magnets 3b and 3c, and the closing operation 9c is performed. By performing the closing operation 9c, the rotatable capsule receiver 3 facing outward can face the inner side and receive the capsule toy 8.

  The second state 10 a is a stage in which the lottery capsule toy 8 is received by the rotary capsule receiver 3. By the rotation 9b, the position of the rotary capsule receiver 3 in the rotating body 2 moves from the lower right to the lower.

  Since the capsule toy 8 is received by the rotating capsule receiver 3, it does not fall immediately even if the discharge port 2a faces downward. It is received by the rotating capsule receiver 3 and held until it is dropped. The size of the discharge port 2a may be a large diameter or a small diameter as necessary.

  Although the rotary body 2 is stirred, the lottery is completed when the capsule toy 8 is received by the rotary capsule receiver 3. The capsule toy 8 contained in the rotary capsule receiver 3 is released at a later stage.

  The third state 10 b is a stage in which the capsule toy 8 is rotated while being received by the rotary capsule receiver 3. By the rotation 9b, the position of the rotating capsule receiver 3 in the rotating body 2 moves from the bottom to the bottom left.

  Since the rotating capsule receiver 3 containing the capsule toy 8 tends to face the receiving surface upward due to the weight of the capsule toy 8, the opening operation 9d starts to face the outside from the inside of the rotating body 2.

  The fourth state 10 c is a stage in which the capsule toy 8 is rotated while being received by the rotary capsule receiver 3 as in the third state 10 b. By the rotation 9b, the position of the rotating capsule receiver 3 in the rotating body 2 moves from the lower left to the left.

  Since the capsule capsule toy 8 is contained, the rotary capsule receiver 3 opens 9d so that the receiving surface faces upward. By the opening operation 9d, the rotating capsule receiver 3 faces outward and the capsule toy 8 appears.

  The fifth state 10 d is a stage in which the capsule toy 8 is held while being received by the rotary capsule receiver 3. By the rotation 9b, the position of the rotary capsule receiver 3 in the rotating body 2 moves from the left to the upper left.

  By the opening operation 9d, the rotary capsule receiver 3 faces outward, and the magnet 3b on the presser 3a of the rotary capsule receiver 3 and the magnet 3c on the rotating body 2 side stick together and are fixed so as not to move even by vibration. The

  The sixth state 10e is a stage in which the capsule toy 8 is held while being received by the rotary capsule receiver 3 as in the fifth state 10d. By the rotation 9b, the position of the rotary capsule receiver 3 in the rotating body 2 is moved upward from the upper left.

  Since the capsule toy 8 is outside when the rotating capsule receiver 3 comes up, the selected capsule toy 8 can be confirmed and taken out without dropping.

  The seventh state 10 f is a stage in which the capsule toy 8 is tilted to drop from the rotary capsule receiver 3. By the rotation 9b, the position of the rotating capsule receiver 3 in the rotating body 2 is moved from the top to the upper right.

  Since the rotation of the rotary capsule receiver 3 is stopped by the presser 3a, the capsule toy 8 is gradually tilted down from the rotary capsule receiver 3 even if the receiving surface is inclined upward. .

  The eighth state 10g is a stage in which the lottery capsule toy 8 is released. By the rotation 9b, the position of the rotating capsule receiver 3 in the rotating body 2 moves from the upper right to the right, and the capsule toy 8 drops 9e.

  When the capsule toy 8 falls, the side where the pressing capsule 3a of the rotary capsule receiver 3 is heavy becomes heavy, the force that the magnet 3b and the magnet 3c stick to each other is shaken off, and the closing operation 9c is started.

  The next state after the eighth state 10g returns to the first state 10 and is repeated in the same manner. When the initial state is not the first state 10, the rotation is performed 9b to the first state 10 and then a series of operations is started.

  As described above, the lottery machine 1 according to the present invention rotates the rotating body 2 of the lottery machine 1 so that the contents of the rotating body 2 are agitated. Can not do it.

  Since the actual product comes out from the lottery machine 1, the product can be delivered immediately after the lottery. Moreover, since the remainder can be confirmed by looking in the lottery machine 1, when it decreases, the capsule toy 8 can be replenished immediately.

  Since the capsule toy 8 is received by the rotary capsule receiver 3 and is turned to the outside when it is released, it can be reliably discharged one by one. Moreover, since the capsule toy 8 faces inward immediately after being released, it also serves as a lid.

  Since the left guide 2f and the right guide 2g are provided on the inner wall of the side plate 2e of the rotating body 2 to guide the capsule toy 8 into the rotating capsule receiver 3 one by one, the capsule toy 8 does not come out. The situation does not occur.

  Since there is a curved recess 7e on the front wall 7a of the receiving box 7, it is easy to take out the capsule toy 8 contained therein. Moreover, since the left wall 7c on the rotating body 2 side is lower than the right wall 7d, the dropped capsule toy 8 is easy to enter.

  If it is a spherical product, it can be put into a rotating body as it is without being packed in a capsule toy container. Moreover, it can collect | recover from those who do not need a container, and can reuse it by repacking goods.

It is a perspective view of the lottery machine which is this invention. It is a front view of the lottery machine which is the present invention. It is a top view of the lottery machine which is this invention. It is a left view of the lottery machine which is this invention. It is a right view of the lottery machine which is this invention. It is a rear view of the lottery machine which is this invention. It is sectional drawing of the main body of the lottery machine which is this invention. It is a figure which shows the guide inside the main body of the lottery machine which is this invention. It is a front view of the capsule put into the lottery machine which is this invention. It is a figure which shows the state which opened the capsule of the lottery machine which is this invention. It is a side perspective view which shows the condition which puts a capsule in the lottery machine which is this invention. It is a figure which shows the flow which rotates the lottery machine which is this invention, and takes out an inside capsule.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Lottery device 2 Rotating body 2a Release port 2b Insertion port 2c Advertisement 2d Rotating direction 2e Side plate 2f Left guide 2g Right guide 3 Rotating capsule holder 3a Press 3b Magnet 3c Magnet 3d Shaft 4 Lid 4a Hinge 4b Retaining tool 4c Finger hole 5 Support base 5a Front plate 5b Rear plate 5c Bottom plate 5d Logo mark 6 Handle 6a Fixing knob 6b Rotating shaft 7 Receiving box 7a Front wall 7b Rear wall 7c Left wall 7d Right wall 7e Recess 8 Capsule toy 8a Upper container 8b Lower container 8c Upper fitting Joint portion 8d Lower fitting portion 8e Doll, etc. 9 Movement 9a Input 9b Rotation 9c Close operation 9d Open operation 9e Drop 10 First state 10a Second state 10b Third state 10c Fourth state 10d 5th state 10e 6th state 10f First 7 state 10g 8th state

Claims (4)

  A hemispherical rotary capsule receiver is attached to the discharge port provided on one side of the side plate, and a lid that is rotated and opened is attached to the input port provided on the other side of the side plate. A rotatable octagonal and hollow rotating body, a support base in which a substantially triangular front plate and rear plate are attached to the bottom plate in a U-shape, and rotation of the rotating body penetrating the upper part of the support base The handle is connected to one end of the shaft and can be rotated in the direction of rotation by a fixed knob provided at the other end. By rotating the rotating body, the rotating capsule receiver releases the contents while half-rotating. A lottery machine characterized by   The lottery machine according to claim 1, wherein a left guide and a right guide are provided on an inner wall of the side plate where the rotating capsule receiver of the rotating body is provided.   The lottery according to claim 1 or 2, wherein a receiving box having a dent that is curved on the front wall and the left wall is lower than the right wall and receives a fallen object from the rotating body. vessel.   The lottery according to claim 1, 2, or 3, wherein a capsule toy containing a doll or the like is placed in a hemispherical upper container and a lower container in the rotating body. vessel.

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