KR101141717B1 - Goods drawing out game apparatus - Google Patents

Abstract

PURPOSE: A goods withdrawal game apparatus is provided to induce the interest and desire of a gamer and to control the degree of difficulty of a game. CONSTITUTION: A goods withdrawal game apparatus comprises a main body member(110), a fixed frame(120), a rotary plate(130), a target part(140), a power transfer part, and a vacuum adsorption part(160). In the main body member, a internal space having a constant size is formed and a glass window is formed on the upper part thereof. A plurality of fixed frames is fixed in the rear side of the main body member in the vertical direction. The rotary plate is arranged between two fixed frames in the horizontal direction. A target plate is installed in one side of the target part in the vertical direction. The power transfer part rotates the rear end of the rotary plate and inserts the target part into the fixed frame.

Description

 Goods Drawing Out Game Apparatus}

The present invention relates to a product withdrawal game device, and more particularly, to a product withdrawal game device of the method of withdrawing the product by vacuum-suction the suction plate on the target plate on which the product is seated.

In general, the product withdrawal game device refers to a product for entertainment for entertainment developed to allow gamers to withdraw goods stored in the main body of the game machine, for example, dolls or accessories.

In the conventional product withdrawal game device, after inserting coins and bills, the positioning button is driven with the operation button and the operation lever so that the position of the pickup means having a crane shape such as a claw is perpendicular to the product to be picked up. When the pick-up means is lowered to move closer to the goods by driving the lifting means, the claws are configured to withdraw the picked-up goods to the goods outlet while grabbing the goods.

However, since the conventional game method using the claws is a method that is continuously used from the past to the present, the game can be used to be familiar, but there is a problem that it is quickly felt bored.

Furthermore, since the product is obtained by directly lifting the product with the tongs, the difficulty of the game depends on whether there is a part that can be supported by the external shape of the product. Depending on the surface, such as material, rubber material, depending on the degree to which the friction force with the nippers can occur. Therefore, products with high difficulty have no part that can be supported, and the product is made of a material with outer surface slippery, and products with low difficulty have a part that can be supported and made of material with frictional outer surface. Many restrictions have arisen in the selection of items of commodities offered.

In addition, the gamer does not need to manipulate the pliers to move to the top of the product during the game of the game, so that the gamer takes a short time to participate directly in the game, and then the claw automatically As the success or failure of the acquisition of the prize is determined during the pickup process, the gamers are limited to immersion in the game, and when the acquisition of the prize fails, the problem of degrading the achievement of the gamer occurs.

Korean Patent Publication No. 10-2008-0099653 (Nov. 13, 2008), product withdrawal game machine Korean Patent Publication No. 10-2008-0077472 (2008.08.25), a crane operating device of a product taking out game machine for crane

The present invention was created in order to solve the above problems, the object of the present invention is to induce the interest and motivation of the gamers by applying a new product withdrawal method that is not conventional, and the state of the external shape and the outer surface of the product It is possible to adjust the difficulty of the game irrespective of the present invention, and the product withdrawal game device that can be applied at the same time the difficulty of various games is provided so that even game beginners can acquire the product.

According to a feature of the present invention, an internal space of a predetermined size is formed, and an upper portion of the main body unit 110 in which a viewing window 111 is formed; A plurality of fixed frames 120 fixedly mounted in a vertical direction on the rear surface 112 of the main body 110 in the inner space; It is disposed in the horizontal direction between the two fixed frame 120, the product 10 is seated on the upper surface, the rear end is rotated up and down by being fastened to the hinge shaft 131 supported by the fixed frame 120 Plate 130; The target plate 141 is mounted on one side in a vertical direction, and the other side includes: a target unit 140 disposed to be inserted or withdrawn in the horizontal direction in the fixing frame 120; It is mechanically connected between the rotation plate 130 and the target portion 140, and transfers the power drawn out of the target portion 140 to the rotation plate 130 to bring the rear end of the rotation plate 130 upwards. A power transmission unit 150 which rotates and transmits power of the rear end of the rotation plate 130 to the target unit 140 to insert the target unit 140 into the fixed frame 120; It is disposed in front of the target unit 140 in the inner space, inside the suction motor 164a for suctioning the outside air in accordance with the driving power applied is mounted, before and after by the driving motor (166c) (Z A vacuum suction unit 160 which is selectively absorbed by the target plate 141 by extending in a horizontal direction or horizontally moving in an axial direction; And fastened to one side of the vacuum adsorption unit 160 to drive the vacuum adsorption unit 160 in the internal space by the driving motors 171 and 172 in the up and down directions (Y-axis) and left and right (X-axis). There is provided a product withdrawal game apparatus comprising a; suction plate moving means 170 for moving in the direction.

According to another feature of the present invention, the rotary lever 183 is mounted to the outside of the main body 110 and rotates about the rotary shaft 183a, and the inside of the main body 110 corresponding to the rotary shaft 183a. A first power supply unit 180 mounted to the first power supply unit 182 including a manual power generation unit 182 for generating a manual driving power having a size proportional to the rotational speed of the rotation lever 183. ) Is electrically connected to the first power supply unit 180 to receive the manual driving power generated from the first power supply unit 180, but has a suction force proportional to the magnitude of the applied manual driving power. There is provided a product withdrawal game apparatus, which is driven to suck.

According to another feature of the invention, it is mounted inside the main body 110 to be electrically connected to the suction motor (164a), and converts the commercial power received from the outside to drive the commercial drive to the suction motor (164a) A second power supply unit 181 for applying power; Mode setting input means mounted on the front of the main body 110 to set the suction motor 164a to be electrically connected to one of the first power supply unit 180 or the second power supply unit 181. The suction motor 164a further includes a manual driving in which the suction motor 164a is generated from the first power supply unit 180 according to the matter set by the mode setting input means 191 and 192. There is provided a merchandise withdrawal game device characterized in that the driving is divided into a manual mode to operate the suction by receiving power, and the automatic mode to operate by receiving the commercial driving power transmitted from the second power supply unit 181.

According to another feature of the invention, the suction plate 163 is formed at the end of the vacuum suction unit 160, the suction port 162 is formed of a rubber or silicone material and the outside air is sucked by the suction motor 164a is formed. The target plate 141 is formed in the same or larger shape as the adsorption plate 163, but the difficulty control plate 142 is formed at the edge end of the target plate 141 extending in a predetermined length toward the front. Provided is a product withdrawal game apparatus, characterized in that formed.

As described above, according to the present invention,

First, since the game can be enjoyed according to the new product withdrawal method, which is not conventional, such as the method of withdrawing the product by vacuum-adsorbing the suction plate after aiming the target plate, it can further induce the interest and motivation of gamers. It has the effect of increasing the commercialization and competitiveness.

Second, the product is not picked up directly and the product is taken out by vacuum suction to the target part mechanically connected to the rotating plate on which the product is seated, so that the difficulty of the game can be adjusted regardless of the external shape of the product and the state of the external surface. Of course, there is no restriction in selecting items of goods provided for each game difficulty level.

Third, according to the matter set by the mode setting input means, it can be divided into the automatic mode provided with a constant suction force and the manual mode provided with a suction force proportional to the gamers to rotate the rotary lever, so that the gamers by gamers mastery Difficulty can be classified according to the degree of progress of the game.

Fourth, since the size of the target plate can be increased or decreased according to the difficulty of the game provided for each product, or the difficulty control plate can be formed at the edge of the target plate, without using a target plate of a certain size and shape, the difficulty of the various levels Can be set.

Fifth, when the game mode is set to the manual mode, the size of the driving force generated by rotating the rotary lever mounted on the outside of the main body with the bare hand determines the magnitude of the suction force to suck the vacuum plate on the target plate. And it is easy to immerse in the game, since the direct participation in the whole process of the game until the product is withdrawn after the banknote is inserted, and when the product acquisition is successful, it provides the effect of maximizing the sense of achievement and confidence in the product withdrawal game device.

1 is a perspective view showing the external configuration of the product withdrawal game device according to an embodiment of the present invention,
Figure 2 is a cross-sectional view showing the internal configuration of the product withdrawal game apparatus according to a preferred embodiment of the present invention,
Figure 3a is a perspective view showing a coupling state of the fixed frame, the rotation plate and the power transmission unit according to a preferred embodiment of the present invention,
Figure 3b and Figure 3c is a cross-sectional view showing the principle of operation of the rotating plate in accordance with a preferred embodiment of the present invention,
4A and 4B are cross-sectional views illustrating an operation principle in which a length of a vacuum suction unit extending in a front and rear (Z-axis) direction according to a preferred embodiment of the present invention;
Figure 5 is a schematic diagram showing the configuration of the suction plate moving means according to a preferred embodiment of the present invention, and the operation principle of moving the vacuum suction unit up, down (Y axis), left, right (X axis) by the suction plate moving means. ,
Figure 6 is a perspective view showing the configuration of the configuration of the target portion and the difficulty control plate according to a preferred embodiment of the present invention,
7 (a) to (d) is a schematic diagram showing the operation principle of the product withdrawal in the product withdrawal game apparatus according to a preferred embodiment of the present invention.

The objects, features and advantages of the present invention described above will become more apparent from the following detailed description. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 to 7, the product withdrawal game apparatus according to a preferred embodiment of the present invention, the main body 110, the fixed frame 120, the rotation plate 130, the target portion 140, power The transmission unit 150, the vacuum adsorption unit 160, the suction plate moving means 170, the first power supply unit 180, the second power supply unit 181 and the mode setting input means (191,192) are provided.

First, the main body 110 according to the preferred embodiment of the present invention, as shown in Figures 1 and 2, as the components forming the external appearance of the product withdrawal game device, the internal space of a certain size is formed, the upper side The see-through window 111 is formed.

Here, the upper portion formed with the viewing window 111 of the main body 110 is provided to be opened and closed to put the product 10 to be displayed therein, and can be opened and closed, it can be made of sliding or opening and it is provided with a locking device. . In addition, the front side is equipped with a product outlet 119b so that the gamer can receive the withdrawn goods, the main body 110 is provided with a speaker 119a for outputting the sound and sound effects associated with the description and progress of the game. Can be.

As shown in FIGS. 3A to 3C, the fixed frame 120 supports the horizontal movement operation of the target unit 140 so that the target unit 140 can be inserted and withdrawn, while simultaneously rotating the plate 130. ) Is a component that supports the pivoting operation of the pivoting plate 130 so that the rear end can be pivoted about the pivotal shaft 131, and is perpendicular to the rear surface 112 of the main body 110 in the inner space. Plural pieces are fixedly mounted.

Here, since the fixed frame 120 is disposed on both sides of the pivoting plate 130, the number thereof is determined according to the number of the pivoting plates 130 on which the product 10 is seated. 150 is disposed to be mechanically connected to the other side of the target portion 140.

In addition, the fixed frame 120 is fixedly mounted on the rear surface 112 of the main body 110, and is selectively detachably provided to the size of the product 10 to be displayed and the width interval of the rotation plate 130. Therefore, it is desirable to be able to mount in various sizes and shapes.

The rotating plate 130, as the target portion 140 is sucked by the suction plate 163 of the vacuum suction unit 160 is drawn out, the rear end is rotated to the upper portion of the product 10 seated on the upper surface to the lower As a component to be drawn out, it is disposed in a substantially horizontal direction between the two fixed frame 120, as shown in Figure 3b and 3c, is fastened to the hinge shaft 131 supported on the fixed frame 120 The rear end is operated to rotate up and down.

Here, the hinge shaft 131 is fastened to a position close to the front end with respect to the center of the pivoting plate 130, so that the center of gravity of the pivoting plate 130 is inclined toward the rear end, the pivoting plate 130 After the rear end is raised by the target unit 140, when the external force is lost, the rear end is automatically lowered and returned to its original position by the weight difference between the front end and the rear end of the hinge shaft 131.

In addition, a protruding jaw 132 is formed at the front end of the upper surface of the pivoting plate 130, so that the product 10 is freely dropped from the pivoting plate 130 even when the main body 110 is shaken. The protruding jaw 132 is formed to be inclined downward toward the front so that the product 10 does not prevent the product 10 from dropping normally in accordance with the rotation of the rotation plate 130, and the horizontal movement distance may be longer in the fall. There are advantages to it.

The target unit 140 is formed of a material capable of vacuum adsorption of the adsorption plate 163 of the vacuum adsorption unit 160, and the adsorption plate 163 is vacuum-adsorbed and pulled to an outer surface to fix the frame 120. It is a component that rotates the rear end of the rotation plate 130 through the power transmission unit 150 to the upper to the upper side, on one side the target plate 141 is vertical so that the suction plate 163 is vacuum-adsorbed It is mounted in the direction, the other side is arranged to be inserted or withdrawn in the horizontal direction inside the fixed frame 120.

Here, the target unit 140, the vacuum suction unit 160 is the vacuum in the state in which the suction plate 163 is vacuum-adsorbed to the target plate 141 while the length is extended or moved horizontally before and after (Z axis) The length of the suction unit 160 is pulled out by the force returning to the original position, and is drawn out in the horizontal direction from the inside of the fixed frame 120, after which the suction plate disappears and the suction plate 163 is separated from the target plate 141, the rotating plate The rear end of the 130 is operated to receive the force returned to the original position through the power transmission unit 150 is inserted into the fixed frame 120.

In addition, the target plate 141 is formed in the same shape or larger than the suction plate 163 of the vacuum suction unit 160, as shown in Figure 6, the edge of the target plate 141 toward the front A difficulty control plate 142 extending in a predetermined length may be formed. The difficulty level of the game through the difficulty control plate 142 so that the adsorption plate 163 is not in contact with the difficulty control plate 142 in the vacuum contact only when the entire surface is in contact with the central portion of the target plate 141. You can increase or decrease.

3A to 3C, the power transmission unit 150 is mechanically connected between the rotation plate 130 and the target unit 140 to draw power of the target unit 140. To the rotating plate 130 to rotate the rear end of the rotating plate 130 to the upper portion, and transmits the power of the rear end of the rotating plate 130 to the lower portion to the target portion 140 by the target portion ( As a component for inserting the 140 into the fixed frame 120, the power transmission unit 150 is composed of a plurality of gears (143, 151, 152, 153), a roller 155 and a power transmission shaft (154). For example, but is not limited to this, the number of configurations of the gears can be adjusted according to the configuration is arranged, the shape, the drive gear, driven gear and power transmission using the belt member, the present invention belongs to Im in technology The forces acting in the horizontal direction to the other member is any structure that members are able to deliver the power to the rotation force can be applied.

Hereinafter, the operation principle of the power transmission unit 150 according to the preferred embodiment of the present invention in the configuration illustrated in Figures 3a to 3c will be described in detail.

As shown in FIGS. 3A to 3B, the power transmission unit 150 is disposed to be engaged with the rack gear 143 formed on the other side of the target unit 140 in the fixed frame 120 to rotate. A first gear 151, a second gear 152 meshing with the first gear 151 and rotating together, and a second gear meshing with the second gear and rotating in the same direction as the first gear 151 Rotation angle of the third gear 153 and the third gear 153 is fixedly mounted in a direction orthogonal to the rotation shaft 153a of the third gear 153 and rotated about the rotation shaft 153a. In proportion to the power transmission shaft 154 is operated so that the end mounted with the roller 155 is raised or lowered, and rotatably disposed at the end of the power transmission shaft 154 on the back of the rotating plate 130 After the rotation plate 130 by the operation of raising and lowering the power transmission shaft 154 by rotating in contact with A may be provided, including a roller 155 to rise.

Here, as shown in Figure 3a, the power transmission shaft 154 and the roller 155 is the support frame so that the rotating plate 130 can maintain a horizontal state when the target portion 140 is not drawn out ( The insertion groove is formed in the center of the 113 is preferably provided so as not to be exposed to the outside of the support frame 113.

Therefore, when the target unit 140 is pulled out by the suction plate 163 of the vacuum adsorption unit 160 as shown in FIG. 3C and is pulled out in a horizontal state, the rack gear formed on the other side of the target unit 140 is shown. By 142, the first gear 151 rotates clockwise, and the second gear 152 rotates counterclockwise. In addition, the third gear 153 meshed with the second gear 152 rotates the rotation shaft 153a while meshing with the second gear 152 to rotate the power transmission shaft 154 at a predetermined angle. The pivoting plate 130 is pushed up while supporting the pivoting plate 130 so that the pivoting plate 130 rotates about the hinge shaft 131 so that the rear end is raised upward.

At this time, the power transmission shaft 154 supports the pivoting plate 130 and pushes it up, while the roller 155 mounted at the end of the power transmission shaft 154 is in contact with the rear surface of the pivoting plate 130. The power transmission shaft 154 is rotated to be able to be pushed up in a smooth motion without being rubbed with the rotation plate 130.

On the other hand, when the vacuum adsorption force disappears in the vacuum adsorption unit 160 and the adsorption plate 163 is separated from the target unit 140, the pivoting plate 130 is formed at the front and rear ends of the hinge shaft 131. The rear end is lowered to the original position by the weight difference, and the power transmission shaft 154 is pressed and rotated while being pressed by the descending force. In addition, as the power transmission shaft 154 rotates, the third gear 153 rotates in the counterclockwise direction, the second gear 152 rotates in the clockwise direction, and the second gear 152 and the recreation gear ( The first gear 151 engaged between the 142 is rotated in the clockwise direction so that the target portion 140 is inserted into the fixed frame 120 by the recreation gear 142.

The vacuum suction unit 160 is disposed in front of the target unit 140 in the inner space of the main body unit 110, and the suction motor 164a for sucking the outside air according to the driving power applied thereto is mounted therein. 4. A and 4B are components which are selectively adsorbed to the target plate 141 of the target unit 140 by extending or horizontally moving in the front and rear (Z-axis) directions by the driving motor 166c. As shown, it may be largely composed of the rotating unit 164 and the fixing unit 165. In addition, at the end of the vacuum suction unit 160, the suction plate 163 is formed of a rubber or silicon material and formed with a suction port 162 through which the outside air is sucked by the suction motor 164a.

First, the rotating part 164 is mounted on one side of the fixing part 165 to extend or move horizontally in the front and rear (Z-axis) directions, and the suction motor 164a is mounted inside the suction part at the end thereof. An adsorption plate 163 selectively vacuum-absorbed to the target plate 141 by the suction force by the motor 164a is mounted. In addition, a valve 164b is provided between the suction motor 164a and the suction plate 163 to selectively block or supply suction force generated by the suction motor 164a and transmitted to the suction plate 163. The suction plate 163 may be equipped with a connection pipe 163a extending in length in consideration of a separation distance from the target plate 141.

In addition, the fixing part 165 is fixedly mounted to one side of the suction plate moving unit 170, and functions to drive the pivoting part 164 to extend or move horizontally in the front and rear (Z-axis) directions. Do this. Here, the sprocket 166a rotated by the drive motor 166c inside the fixing unit 165 and the one end is fixed to the pivoting unit 164 by the fixing pin 169 and engaged with the sprocket 166a. And a chain 166b of a predetermined length moving along a predetermined path while rotating together. At this time, the fixing unit 165 and the chain 166b includes a first limit switch 168a and a first touch block 168b for limiting rotational driving of the driving motor 166c according to the movement of the chain 166b. Preferably, the second limit switch 168c and the second touch block 168d are provided.

The suction plate moving unit 170 is fastened to one side of the vacuum suction unit 160, and drives the vacuum suction unit 160 in up, down (Y-axis) directions, and left and right sides by driving motors 171 and 172. As shown in FIG. 5, the driving shaft 175 rotates by the rotational force of the driving motor 171 and the driving pulley 174b is mounted at both ends thereof, and the driving pulley ( 174b) is fixed to the inside of the body portion 110 in a predetermined distance from the state by the driven pulley 174c, the fixed pin 173c to rotate with the drive pulley 174b on the belt member (174a) Between the first slider 173b and the first slider 173b moving along the first guide member 173a in the up-and-down (Y-axis) direction while being fixed at one position of the belt member 174a. The second guide member 176a, which is fixedly mounted, and the vacuum suction unit 160, are fixedly mounted and move in the left and right (X-axis) directions along the second guide member 176a. To the second slider 176b, the first slider 173b fixedly mounted in the horizontal direction, the rack gear 172b having a thread formed in one direction, and fixedly mounted to the lower portion of the second slider 176b A drive gear 172a meshed with the recreation gear 172b is mounted on the drive shaft to rotate and drive the second slider 176b to the left and right (X axes). .

Here, in the drawing, a means for moving the vacuum suction unit 160 in the up-and-down (Y-axis) direction, a combination of a pulley and a belt, and a means for moving in the left and right (X-axis) direction, the gears and the pinion gear. Although illustrated as being a combination of, but not limited to, both means can also be composed of a combination of the pulley and the belt or a combination of the rack gear and the pinion gear.

That is, the vacuum adsorption unit 160, in the up and down (Y-axis) direction while the first slider 173b is supported by the first guide member 173a according to the selective rotational driving of the drive motors 171 and 172. The second slider 176b is moved in the left and right (X-axis) directions while being supported by the second guide member 176a.

On the other hand, the product withdrawal game apparatus according to a preferred embodiment of the present invention, the driving power to the suction motor (164a) in the same way as a general game device, received from the outside using the second power supply unit 181. A method of applying commercial driving power to the suction motor 164a by converting commercial power and manually generating power generated by a user's operation using the first power supply unit 180 to the suction motor 164a. At least one of the methods of applying the driving power may be used.

First, in the case of using the second power supply unit 181, the second power supply unit 181 converts the commercial power received from the outside into an appropriate size and phase for driving the suction motor 164a according to the control signal. Applied to the suction motor 164a, and in the case of using the first power supply unit 180, the first power supply unit 180, as shown in Figs. Rotating lever 183 mounted on the outside of the rotating shaft 183a and rotated about the rotating shaft 183a, and mounted inside the main body 110 corresponding to the rotating shaft 183a, and the number of rotations of the rotating lever 183 And a manual power generation means 182 for generating a passive driving power having a size proportional to the suction power generator 182, and the suction motor 164a is electrically connected to the first power supply unit 180 to provide the first power supply unit ( The manual driving power generated from 180 is applied, but the It is driven to suck the outside air by the size of the suction force that is proportional to the size of that driving power. Here, the manual power generation means 182 means a generator (Generater) to electrically convert the rotational energy by the rotary lever 183.

In addition, a mode setting input means for setting the suction motor 164a to be electrically connected to one of the first power supply unit 180 and the second power supply unit 181 on the front surface of the main body unit 110. User input means including 191,192 are mounted. Here, the mode setting input means (191,192), as shown in the figure, may be provided in the form of a plurality of push buttons for setting each mode, may also be provided in the form of one lever, the user input The means 190, in addition to the mode setting input means (191,192), the gamer controls the up, down (Y-axis), left, right (X-axis) and before and after (Z-axis) operation of the vacuum suction unit 160 A plurality of operation buttons 115 for operating so that it can be further provided.

Accordingly, the suction motor 164a may be manually operated in which the suction motor 164a receives suction from the manual driving power generated by the first power supply unit 180 according to the matter set by the mode setting input means 191 and 192. The mode is driven by being applied to the commercial driving power transmitted from the second power supply unit 181 to the automatic mode of suction operation.

In this way, according to the matter set by the mode setting input means (191,192), it can be divided into the automatic mode provided with a constant suction force and the manual mode provided with a suction force proportional to the gamer rotates the rotary lever 183. Therefore, it is possible to proceed with the game by dividing the difficulty according to the mastery of the game for each gamer.

In addition, when the game mode is set to the manual mode, the suction plate 163 is attached to the target plate 141 according to the size of the driving power generated by rotating the rotary lever 183 mounted on the outside of the main body 110 with the bare hand. Since it is determined by the size of the vacuum suction force, gamers can directly participate in the whole process of the game until the product is withdrawn after inputting coins and banknotes. It can realize the effect to maximize the confidence in.

Next, the operation principle of the product withdrawal game apparatus according to a preferred embodiment of the present invention will be described with reference to FIG.

First, as shown in (a) of FIG. 7, when a gamer inserts a predetermined bill or coin into the inlet 117 while the goods 10 are seated and displayed on the upper portion of the rotation plate 130, the goods are withdrawn. The game device begins to operate. At this time, the gamer may proceed with the game in the automatic mode or the manual mode as desired through the mode setting input means (191,192).

Subsequently, the adsorption plate moving means 170 moves up, down (Y-axis) and left and right (X-axis) directions while the driving motors 171 and 172 are selectively driven according to the contents of the gamers operating the operation button 115. The position moves. When a predetermined time elapses after the gamer starts the operation, or when the predetermined operation button 115 is operated, the driving motor 166c of the vacuum suction unit 160 is driven to rotate as shown in FIG. The length 164 extends horizontally forward from the fixing part 165 to contact the target plate 141 of the target part 140.

At this time, when the gamer selects the automatic mode by operating the automatic mode button 191, the commercial driving power converted by the second power supply unit 181 is applied to the suction motor 164a, and automatically at an appropriate timing. The suction motor 164a is driven to generate a suction force, so that the suction plate 163 is vacuum-adsorbed to the target plate 141. On the other hand, when the gamer selects the manual mode by operating the manual mode button 192, the suction motor 164a is electrically connected to the first power supply unit 180 and the gamer rotates the rotary lever 183 with bare hands. The manual driving power having a magnitude proportional to the number of revolutions to be generated is generated by the manual power generation means 182 and applied to the suction motor 164a, and the suction motor 164a has a suction force proportional to the magnitude of the applied manual driving power. Driven by inhaling outside air in size. That is, when the number of rotations of the gamer rotating the rotation lever 183 does not reach the predetermined rotation speed, the suction motor 164a may be vacuum-adsorbed to the target plate 141 with relatively weak suction force, and the predetermined rotation speed may be changed. If satisfied, the target plate 141 will be vacuum adsorbed with a relatively strong suction force.

In this way, according to the matter set by the mode setting input means (191,192), it is divided into the automatic mode provided with a constant suction force and the manual mode provided with a suction force proportional to the gamer rotates the rotary lever 183 Therefore, the game may be progressed by dividing the difficulty level according to the proficiency of each gamer.

In addition, when the game mode is set to the manual mode, the suction plate 163 is attached to the target plate 141 according to the size of the driving power generated by rotating the rotary lever 183 mounted on the outside of the main body 110 with the bare hand. Since it is determined by the size of the vacuum suction force, gamers can directly participate in the whole process of the game until the product is withdrawn after inputting coins and banknotes. It can realize the effect to maximize the confidence in.

On the other hand, the product withdrawal game device when the predetermined time elapses, by rotating the drive motor 166c of the vacuum suction unit 160 in the opposite direction, while the rotating unit 164 horizontally moved backward from the fixing unit 165 The length is reduced to control to return to the original position.

At this time, the target plate 141 vacuum-adsorbed to the suction plate 163 is drawn out in the horizontal direction by the horizontal moving force of the vacuum suction unit 160, while the rack gear 142 formed on the other side of the target unit 140 ) Rotates the first gear 151 clockwise, the second gear 152 counterclockwise. In addition, the third gear 153 meshed with the second gear 152 rotates the rotation shaft 153a while meshing with the second gear 152 to rotate the power transmission shaft 154 at a predetermined angle. While rotating, the rotating plate 130 is supported while being pushed up so that the rotating plate 130 rotates about the hinge shaft 131 so that the rear end thereof rises upward, and is seated on the upper surface of the rotating plate 130. Commodity 10 is drawn out in the downward direction by its own weight.

In addition, the product withdrawal game device, when a predetermined time elapses, closes the valve 164b mounted in the rotating unit 164 so that the suction force by the suction motor 164a is not transmitted to the suction plate 163. When blocked, the vacuum adsorption force disappears between the target plate 141 and the adsorption plate 163. Accordingly, when the adsorption plate 163 is separated from the target unit 140, the rotation plate 130 is a hinge shaft 131. The rear end is lowered to the original position by the weight difference between the front end and the rear end of the center, and the power transmission shaft 154 is lowered and rotated while being pressed by the descending force. In addition, as the power transmission shaft 154 rotates, the third gear 153 rotates in the counterclockwise direction, the second gear 152 rotates in the clockwise direction, and the second gear 152 and the recreation gear ( The first gear 151 engaged between the 142 is rotated in the clockwise direction so that the target portion 140 is inserted into the fixed frame 120 by the recreation gear 142.

As described above, according to the configuration and function of the product withdrawal game apparatus according to the preferred embodiment of the present invention, after aiming the target plate 141, the suction plate 163 is vacuum-adsorbed and the product 10 is drawn out; As such, the game can be enjoyed according to a new product withdrawal method that does not exist in the related art, and thus, it is possible to further induce interest and motivation of gamers, thereby increasing the merchandise and competitiveness of the product withdrawal game apparatus.

In addition, the product 10 is not picked up directly, but is vacuum-adsorbed to the target portion 140 mechanically connected to the rotating plate 130 on which the product 10 is seated, and thus the product 10 is withdrawn. And the difficulty of the game can be adjusted irrespective of the state of the outer surface, and there is no restriction in selecting items of goods provided for each game difficulty.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

110 Main unit 120 Fixed frame
130..Rotating plate 140 ... Target part
141.Target Plate 150 ... Power Train
160 ... Vacuum adsorption section 170 ... Suction plate transport means

Claims (3)

An internal space of a predetermined size is formed, and an upper portion of the main body 110 on which a viewing window 111 is formed;
A plurality of fixed frames 120 fixedly mounted in a vertical direction on the rear surface 112 of the main body 110 in the inner space;
It is disposed in the horizontal direction between the two fixed frame 120, the product 10 is seated on the upper surface, the rear end is rotated up and down by being fastened to the hinge shaft 131 supported by the fixed frame 120 Plate 130;
The target plate 141 is mounted on one side in a vertical direction, and the other side includes: a target unit 140 disposed to be inserted or withdrawn in the horizontal direction in the fixing frame 120;
It is mechanically connected between the rotation plate 130 and the target portion 140, and transfers the power drawn out of the target portion 140 to the rotation plate 130 to bring the rear end of the rotation plate 130 upwards. A power transmission unit 150 which rotates and transmits power of the rear end of the rotation plate 130 to the target unit 140 to insert the target unit 140 into the fixed frame 120;
It is disposed in front of the target unit 140 in the inner space, inside the suction motor 164a for suctioning the outside air in accordance with the driving power applied is mounted, before and after by the driving motor (166c) (Z A vacuum suction unit 160 which is selectively absorbed by the target plate 141 by extending in a horizontal direction or horizontally moving in an axial direction; And
The vacuum suction unit 160 is fastened to one side of the vacuum suction unit 160, and the vacuum suction unit 160 is moved up and down (Y-axis) and left and right (X-axis) directions in the internal space by the driving motors 171 and 172. Merchandise withdrawal game apparatus comprising; moving plate 170 for moving to.
The method of claim 1,
Rotating lever 183 mounted on the outside of the main body 110 and rotated about the rotating shaft 183a and mounted inside the main body 110 corresponding to the rotating shaft 183a and the rotating lever 183 Further comprising; a first power supply unit 180 including a manual power generation means 182 for generating a manual drive power of a size proportional to the number of revolutions of
The suction motor 164a is electrically connected to the first power supply unit 180 to receive the manual driving power generated from the first power supply unit 180, but the suction force is proportional to the magnitude of the applied manual driving power. Product extraction game device, characterized in that driven to suck the outside air in the size of.
The method of claim 2,
A second power supply unit mounted inside the main body 110 to be electrically connected to the suction motor 164a and converting commercial power received from the outside to apply commercial driving power to the suction motor 164a; 181);
Mode setting input means mounted on the front of the main body 110 to set the suction motor 164a to be electrically connected to one of the first power supply unit 180 or the second power supply unit 181. (191,192),
In the suction motor 164a, the suction motor 164a receives the manual driving power generated from the first power supply unit 180 according to the matter set by the mode setting input means 191 and 192. Mode and a product withdrawal game apparatus, characterized in that driven by receiving the commercial driving power transmitted from the second power supply unit 181 is operated in a suction mode.

Images