KR101388803B1 - Gift acquisition game device - Google Patents

Abstract

The present invention discloses a prize drawing game device that executes a prize drawing game using a pair of cranes, wherein the prize device includes a pair of cranes formed in the upper portion of the main body and driving spaces separated from each other. Crane part; And a discharge part configured to be separated from the loading part for storing the premiums inside the main body and discharging the premiums drawn by the cranes to the outside. The pair of cranes configured in the crane part includes: Interlocked and driven simultaneously or sequentially to pick up the premium of the loading portion is characterized in that for transporting to the discharge unit.

Description

Sweepstakes Game Device {GIFT ACQUISITION GAME DEVICE}

The present invention relates to a prize drawing game device using a crane, and more particularly to a prize drawing game device for executing a prize drawing game using a pair of cranes.

Prize drawing game devices of various methods for drawing prizes are installed and operated, an example thereof has been disclosed in Korean Patent Publication No. 10-2007-0083690.

Prize drawing game device is to provide the enjoyment of the user and the pleasure of acquiring the prize as a result, it is desired to present a variety of ways to improve the enjoyment of the user in this respect.

An object of the present invention is to provide a prize drawing game device that can improve the enjoyment of the user while increasing the probability of winning the prize by controlling the driving of the two cranes.

Prize drawing game device of the present invention, the crane portion formed on the inner upper portion of the main body; And a discharge part configured to be separated from the loading part for storing the premiums inside the main body and discharging the premiums drawn by the cranes to the outside. The pair of cranes configured in the crane part includes: Interlocked and driven simultaneously or sequentially to pick up the premium of the loading portion is characterized in that for transporting to the discharge unit.

Here, the crane unit, a left and right driving guide rail disposed on the inner upper portion of the main body and includes a pair of rods spaced in parallel to the front and rear, the stopper is configured in the center of any one of the rods; A pair of front and rear driving guide rails coupled between the left and right driving guide rails and disposed for each driving space separated by the stopper; And a pair of cranes, which are provided in each of the front and rear driving guide rails, and which are driven up and down along the front and rear driving guide rails on which they are mounted, and which raise and lower the forceps at a stationary position. It includes; and the left and right drive guide rail includes a drive motor configured at both ends and drives the pair of front and rear drive guide rails by the driving force of the drive motor, the crane is the front and rear drive motor for driving itself back and forth And a lifting drive motor for lifting and lowering the tongs, and moving the front and rear drive guide rails by driving the front and rear drive motors, and performing the lifting and lowering of the forceps by driving the lifting drive motors. have.

In addition, limit switches may be respectively configured on both side surfaces of the stopper, end portions of the left and right driving guide rails, and side surfaces of the crane.

The discharge part may be provided in a box shape protruding upward from the front or rear surface of the loading part provided in the main body, and a separation part may be provided at an upper center thereof, and discharge holes may be formed at both ends of the separation part.

And, the separation unit, the central separator is formed on the upper side, the lower side of the central separator is formed so that the slide plate is moved to the left, right, the control panel to be moved up and down to control the sliding plate to both sides of the slide plate. Can be.

The slide plate and the control panel may be driven by a cam driver.

The cam driver may include a motor fixed to a frame for guiding the slide plate and the control panel, a cam rotated on the motor, and a guide member having a guide groove linearly moved along the cam.

The discharge part may include a rotating part protruding upward from the rear or front of the loading part, and a discharge hole may be formed in the rear of the rotating part.

The rotating part may include a rotating plate formed at an upper portion thereof, and a locking member formed at an upper portion of the rotating plate.

And, the discharge portion is formed to protrude in a "T" shape on the rear or front of the loading portion provided in the main body, the center of the "T" is formed by a sliding plate may be discharged prizes.

Here, the pair of cranes may be driven at the same time or sequentially at the same direction.

In addition, the pair of cranes may be driven at a time interval at the same time or sequentially symmetrically with respect to the center.

In addition, the pair of cranes may be driven at the same time or sequentially at a time interval opposite to each other about the center.

The pair of cranes may drive one of the cranes according to the operation direction of the operation unit, and the other crane may be driven at random.

In addition, a first mode of simultaneously driving a pair of cranes in the same direction, a second mode of sequentially driving a pair of cranes in the same direction at a time interval, and simultaneously a pair of cranes symmetrically with each other about a center A third mode for driving, a fourth mode for sequentially driving a pair of cranes at a time interval symmetrically with respect to the center, a fifth mode in which a pair of cranes simultaneously drives in opposite directions, and in opposite directions To select at least two or more modes of a sixth mode in which a pair of cranes sequentially drive at a time interval, and a seventh mode in which one crane is driven according to the operation direction of the operation unit and the other crane is randomly driven. It further comprises an operation unit having a button for use, the configuration of the buttons and the control board linked to the operation unit and the first By designing the motor so as to drive each part of the operation mode selected by the interface board and has a pair of the crane to the mode selected in response to the operation of the button can be driven.

Here, the crane unit, the left and right driving guide rail disposed on the inner upper portion of the main body including a pair of bars spaced in parallel to the front and rear; A pair of front and rear driving guide rails coupled between the left and right driving guide rails; And a pair of cranes that are lifted up and down and are mounted on each of the front and rear drive guide rails, and are driven in the front and rear directions along the front and rear drive guide rails on which they are mounted, and the pair of cranes to raise and lower the forceps at a stationary position. It includes; and the left and right drive guide rail includes a drive motor configured at both ends and drives the pair of front and rear drive guide rails by the driving force of the drive motor, the crane is the front and rear drive motor for driving itself back and forth And a lifting drive motor for lifting and lowering the tongs, and moving the front and rear drive guide rails by driving the front and rear drive motors, and performing the lifting and lowering of the forceps by driving the lifting drive motors. have.

According to the present invention, the prize drawing game device can provide a chance to draw a plurality of prizes in one game by driving a pair of cranes using a single control unit to improve the probability of winning prizes There is an effect that can inspire the enjoyment of the user.

Further, according to the present invention, a pair of cranes are driven in the same direction, symmetrically with each other about the center, or driven in opposite directions with each other, or one crane is driven in accordance with the operation direction of the operation unit and the other The crane can be driven in a variety of modes, such as driving at random, so that the user can select a variety of ways to draw prizes, thereby inspiring the user's enjoyment.

1 is a perspective view schematically showing a game device according to the present invention.
2 is a front view of the front cover of FIG. 1 in an open state.
Figure 3 is a perspective view schematically showing a crane unit according to the present invention.
Figure 4 is a plan view schematically showing the operating state of the crane unit according to the present invention.
5 is a perspective view showing a first embodiment of the discharge unit according to the present invention.
6 is a perspective view illustrating an open state of a separator formed in the discharge part of FIG. 5;
7 is a side view schematically showing the operating state of FIG.
(a) shows the state before the control panel descends,
(b) shows the control panel is lowered.
8 is a schematic plan view of the operating state of FIG.
(a) shows the state before the jungle plate is driven,
(b) shows a state in which the millipan is driven immediately.
9 is a perspective view schematically showing a second embodiment of the discharge unit according to the present invention;
10 is a perspective view schematically showing a third embodiment of the discharge unit according to the present invention;
11 is a perspective view showing a first embodiment of the discharge unit according to the present invention.
12 is a perspective view illustrating an open state of a separator formed in the discharge part of FIG. 11;
Figure 13 is a plan view showing another embodiment of the crane unit according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, it should be understood that the following embodiments are provided so that those skilled in the art will be able to fully understand the present invention, and that various modifications may be made without departing from the scope of the present invention. It is not.

As shown in FIGS. 1 and 2, the game device 100 according to the present invention includes a crane part 120 and an exhaust part 130 in the main body 110. In addition, an operation part 116, a coin part 118, and an outlet 119 are configured on the front surface of the main body 110.

In the above configuration, the crane unit 120 is configured to drive a pair (two) of cranes 128a and 128b, and the game device 100 operates the operation unit 116 to operate two cranes 128a and 128b. It provides a configuration to drive the prize draw.

The main body 110 is preferably formed in a rectangular shape, and a see-through window 114 is formed on three sides including an inner loading part 112 and a front side and a left side and a right side side in which the prizes are stacked, and the front side is opened and closed by a door type. It may be configured to.

Herein, the shape of the main body 110 may be variously performed according to the intention of the manufacturer, and for example, the viewing window 114 and the door may be opened and closed at the top thereof.

In addition, in the embodiment according to the present invention, the operation unit 116 is configured to protrude to the outside in a position convenient for the user of the front of the main body 110, and one operation stick (unsigned) and one or more buttons (unsigned) It may be configured to include. Here, the operation stick may be configured for a control for driving the front and rear or left and right of the crane unit 120, the button is pressed to obtain a prize by pressing the user determines that the crane of the crane unit 130 in the desired position For the purpose of selecting the crane to descend and for the purpose of selecting the mode for operating the crane unit 120 may be configured.

And, the discharge port 119 is a configuration for taking the premium discharged through the discharge portion 130 in the main body 110.

And, in the embodiment according to the present invention, the coin unit 118 is configured to put the coin for driving the game device is configured in the front of the main body 110.

Since the operation unit 116, the coin unit 118, and the discharge port 119 are typically configured in a prize drawing game device, detailed description thereof will be omitted.

On the other hand, with reference to Figures 2 to 4 will be described with respect to the crane unit 120 is configured in an embodiment according to the present invention.

The crane unit 120 includes a front and rear drive guide rail 122 and a left and right drive guide rail 124 and a pair of cranes 128a and 128b formed on an inner upper portion of the main body 110, and the left and right drive guide rails. End portions of the front and rear driving guide rails 122 are coupled to the 124 by the coupling body 123, and cranes 128a and 128b are installed on the front and rear driving guide rails 122.

Here, the combination 123 is configured to form a link so that the end of the front and rear drive guide rails 122 is fixedly fastened and the driving force is received by the driving motor described later so that it can be transported along the left and right drive guide rails 124. Can be done.

The left and right driving guide rail 124 is composed of a pair of rods spaced parallel to the front and rear.

In addition, the front and rear driving guide rail 122 is configured for each crane (128a, 128b), respectively, and the front and rear driving guide rail (124) configured for each crane (128a, 128b) is a pair of rods spaced to a certain width Is done.

 And each crane 128a, 128b is comprised by the tongs 126 which move up and down in the center.

The left and right driving guide rails 124 are provided with driving motors 129 at both ends, respectively, and transfer the driving force of the driving motor 129 to the coupling bodies 123 which are formed at both ends of the front and rear driving guide rails 122, so that the coupling body 123 is provided. It has a configuration to drive the left and right. Here, the method of transmitting the driving force to the coupling body 123 in the driving motor 129 is coupled to the shaft (not shown) to which the rotational force is transmitted from the driving motor 129 and the coupling body 123 in accordance with the rotation of the shaft 123 ) Can be implemented in such a way that the combination 123 is transferred to the separate chain or belt coupled to the drive motor 129 or coupled to the drive motor 129, and the combination 123 is transferred according to the rotation of the chain or belt. have.

In addition, the cranes 128a and 128b may include a front-rear drive motor (not shown) and a lift-down drive motor (not shown) for elevating the tongs 126 to drive them back and forth.

Here, the wheels WL1 are driven by the operation of the front and rear drive motors that drive them back and forth, so that the cranes 128a and 128b can reciprocate on the front and rear drive guide rails 122, and the operation of the lifting and lowering drive motors. The tongs 126 may be raised and lowered by driving the wheel WL2. The tongs 126 may have a configuration in which the linear member wound on the wheel WL2 is lifted and lowered as it is unwound or wound.

The stopper 125 may be configured at the center of one rod of the left and right driving guide rails 124.

The stopper 125 has a function of limiting the range in which the front and rear driving guide rails 122 are driven left and right. That is, as the stopper 125 is configured at the center of the left and right driving guide rails 124, the pair of front and rear driving guide rails 122 may be driven within an independent driving range for each area divided based on the center.

In addition, limit switches LS may be configured at the side surfaces of the stopper 125 and the end portions of the left and right driving guide rails 124, respectively. By such a configuration, the coupling body 123 formed at the end of the front and rear drive guide rails 122 may be driven left and right along the left and right drive guide rails 124 and may contact any one of the limit switches LS on both sides. The driving of the driving motor 129 may be stopped or driven in the reverse direction by the switching operation of the limit switch LS according to the contact.

In addition, the limit switches LS may be installed on the side surfaces of the cranes 128a and 128b, and the limit switches LS may be disposed at both ends of the cranes 128a and 128b while moving on the front and rear driving guide rails 122. In contact with the connecting body 123, the switching operation according to the contact may be performed. By the switching operation of the limit switch LS according to the contact, the cranes 128a and 128b may be controlled to be stopped or driven in the reverse direction. The operation linked to the limit switch LS of the cranes 128a and 128b may be linked to the operation of the front and rear drive motors.

Meanwhile, the discharge part 130 is formed in a box shape protruding from the rear of the loading part 112 provided in the main body 110 as shown in FIGS. 1 and 5 to 8, and the separation part 140 at the upper center thereof. ) Is provided and the discharge hole 132 is configured at both ends of the separation unit 140.

Here, the discharge hole 132 is preferably formed to be inclined from both sides to the center and has a configuration connected to the outlet 119 in the front of the body.

Separation unit 140 is a central separator 142 is configured at the top, the slide plate 144 of the lower portion of the center separator is configured to slide to the left, right, and control the slide plate 144 to both sides of the slide plate 144. It may have a configuration including a control panel 146 that is raised and lowered in order to. Here, the separation unit 140 has a configuration that is opened and closed as the control panel 146 is raised and lowered to form a door of the discharge unit 130.

The slide plate 144 and the control panel 146 of the separation unit 140 is preferably configured to be moved to the cam drive unit 150 to the left, right, up and down.

In addition, the slide plate 144 and the control panel 146 is preferably formed with guide grooves (144a, 146a) guided by the cam drive unit (150).

The cam driver 150 includes a cam motor 152 fixed to the fixed frame 148 that guides the sliding plate 144 and the control panel 146, a cam 154 rotated by the cam motor 152, and a cam 154. It may be configured to include a guide member 156 for guiding the guide grooves (144a, 146a) formed in the sliding plate 144 and the control panel 146 to move along the straight line, the guide member 156 is a cam ( It is preferably configured to protrude at the end of 154.

The guide grooves 144a and 146a may be vertically or horizontally formed as long holes to be guided by the guide member 156.

In addition, the fixing frame 148 may further include a rotation hole 148a for rotating while the guide member 156 guides the guide grooves 144 and 146b by the rotation of the cam 154. And the linear driving force by the rotation of the cam 154 of the control panel 146 to the control panel 146.

In addition, the fixed frame 148 is preferably further provided with slide members 148b on both sides to slide the slide plate 144 and the control panel 146.

The cam driving unit 150 is composed of one embodiment for driving the slide plate 144 and the control panel 146, and is configured in various ways according to the intention of the manufacturer, thereby leaving the slide plate 144 and the control panel 146 left. You can go right, down or up. For example, the cam driver 150 may be configured by a gear driving method such as a rack and a pinion.

Game device 100 according to the embodiment of the present invention configured as described above is a prize (not shown) by the operator operating the game device 100 as shown in FIG. Load them).

When the user operates the operation unit 116 after storing a fee in the coin unit 118, the cranes 128a and 128b correspond to the operation direction of the operation unit 116 as shown in FIG. ) May be driven along the respective guide rails 122 and 124 fixed to the upper portion.

Here, the cranes 128a and 128b may be driven simultaneously or sequentially in the same direction, or simultaneously or sequentially in a symmetrical direction with respect to the center, or simultaneously or sequentially in mutually opposite directions depending on the manufacturer's design. One crane may be driven or one crane may be driven according to the operation direction of the operation unit 116, and the other crane may be designed to be driven at random. Here, each of the cranes 128a and 128b can be driven in each independent drive space limited by the stopper 125.

The above-described method for driving the cranes 128a and 128b can be selectively used by the user by configuring a mode selection button on the operation unit 116. The configuration of the mode selection button, the configuration of the control board linked thereto, and the design of the driving motor of each unit to operate in the mode selected by the control board and the interface may be sufficiently designed by those skilled in the art who understand the technical spirit of the present specification. Details and description thereof will be omitted.

For example, the mode selection button is a first mode for simultaneously driving a pair of cranes 128a and 128b in the same direction, and sequentially driving the pair of cranes 128a and 128b in the same direction at a time interval. In a second mode, a third mode of simultaneously driving the pair of cranes 128a and 128b symmetrically with respect to the center, the pair of cranes 128a and 128b symmetrically to each other about the center in sequential order In the fourth mode which is driven and driven, the fifth mode in which the pair of cranes 128a and 128b are driven simultaneously in opposite directions, and the pair of the cranes 128a and 128b in the opposite direction are sequentially driven at time intervals The sixth mode may be set to select at least two or more modes of the seventh mode in which one crane is driven according to the operation direction of the operation unit 116 and the other crane is randomly driven. In addition, the initialization positions of the pair of cranes 128a and 128b may be set differently for each of the above modes.

An example of the first mode in which the cranes 128a and 128b are simultaneously driven in the same direction will be described in detail. In addition, the cranes 128a and 128b are preferably aligned at the initialized position before driving.

When the user operates the operation stick of the operation unit 116, the cranes 128a and 128b may be transported in the direction of operating the user's operation stick at the same time at the initialization position.

That is, each of the cranes 128a and 128b is moved forward at the same time when moving forward, and at the same time when moving backward, when the crane 128a on one side is transferred to the right side, the other crane 128b is also transferred to the right side.

Then, when the user presses the button of the operation unit 116, the tongs 126 respectively installed on the cranes 128a and 128b are simultaneously lowered to pick up the prizes and then lift and then discharged located at the rear of the loading unit 112. The upper portion 130 is transferred. When the upper portion of the discharge unit 130, the tongs 126 drop the premium to drop the premium can be discharged to the discharge port 119 through the discharge unit 130.

In addition, one of the cranes (128a, 128b) of the two sides (128a, 128b) provided in the crane unit 120 is driven first to draw the prize, the other side of the crane (128b) is driven in the same direction with a parallax giveaways Can be configured to draw.

As described above, the crane of the crane unit configured to correspond to both sides is operated by one operation unit, and can draw a plurality of prizes in a single game, thereby inspiring the fun and interest of the prize draw.

Compared with the related art, the prize drawing game device according to the present invention can double the user's enjoyment by providing a probability of drawing two prizes in one operation.

On the other hand, the discharge unit 130 for discharging the premiums conveyed by the crane unit 120 is to discharge the premiums as shown in FIGS.

First, when the charge is stored in the coin unit 118, the control panel 146 composed of both sides of the separation unit 140 of the discharge unit 130 as shown in Figure 8 is lowered by the cam drive unit 150. .

At this time, the cam drive unit 150 is driven by the cam motor 152 fixed to the fixed frame 148, the cam 154 is rotated by the drive of the cam motor 152, protruding to the end of the cam 154 The guide member 156 configured to rotate is rotated while pushing the guide groove 146a of the control panel 146.

Therefore, the control panel 146 is lowered by the rotation of the cam 154 and the guide member 156.

In addition, the cam 154 and the guide member 156 may be smoothly rotated by the rotation hole 148a of the fixed frame 148.

In addition, the control panel 146 may be transported to slide along the slide member 148b having the fixed frame 148.

When the control panel 146 is lowered by the cam driver 150 as described above, the slide plate 144 is driven by the cam driver 150 as shown in FIG. 8. This is the same as the structure for lowering the control panel 146, and the guide groove 144a of the slide plate 144 is repeatedly driven left and right along the guide member 156 by the circular rotation of the cam 154.

Of course, the driving range of the slide plate 144 is preferably driven so that the guide groove 144a does not leave the range of the center separator 142.

As described above, the discharge unit 130 driven as described above, the prizes conveyed by the crane unit 120 are transferred to the upper side of both sides of the central separator 142 to place the prizes.

Therefore, the premium is located on the top of the slide plate 144, the premium is pushed by the center separator 142 by the left and right drive of the slide plate 144 toward the discharge hole 132, which is an end of the slide plate 144. The prizes fall into the discharge hole (132).

And, the prize falls to the discharge hole 132 is discharged to the discharge port 119 along the discharge hole 132 formed inclined so that the user takes the prize.

Of course, when the prize drawing game is finished, the slide plate 144 is stopped, the control panel 146 of both sides is elevated by the cam drive unit 150 to protrude while blocking both sides of the slide plate 144 to further discharge the prize. prevent.

When the prize is discharged through the discharge unit as described above, the user places the prize on the upper jungle plate of the separation unit using the crane unit, the prize is pushed down by the driving of the jungle plate, and the prize is discharged. It can be doubled.

In addition, the discharge unit may be variously modified as shown in FIGS. 9 and 10 to increase the enjoyment of the game.

A second embodiment of the discharge unit according to the present invention will be described in detail with reference to FIG. 9.

Here, since the configuration and operation relationship of the main body 110 and the crane unit 120 is the same as described in Figures 1 to 4 of the present invention, duplicate description thereof will be omitted.

As shown in FIG. 9, the discharge part 230 is formed with a rotating part 232 protruding upward from the rear part of the loading part 112, and a discharge hole 234 is formed at the rear part of the rotating part 232.

Preferably, the rotating plate 236 is formed on the upper portion of the rotating part 232, and the locking member 238 is formed on the rotating plate 236 to be opposite to the rotating direction of the rotating plate 236.

In addition, the rotating part 232 is formed in pairs on both sides to correspond to the crane part 120 of the present invention.

Of course, a motor (not shown) for driving the rotating plate 236 of the rotating unit 232 is built in the rotating unit 232, respectively.

The discharge unit 230 configured as described above is configured so that the prizes drawn by the tongs 126 of the crane unit 120 of the present invention are transferred to the discharge hole 234 by the transfer of the crane unit 120 to discharge the prizes. do.

However, when the premium falls during the transfer of the crane unit 120 to be positioned above the rotary plate 236 of the rotary unit 232, the premium is rotated by the rotation of the rotary plate 236, the premium is caught on the rotary plate 236 The premium is caught by the configured locking member 238 is pushed down to the discharge hole (234).

Therefore, the second embodiment of the discharge unit according to the present invention can further take the prize falling in the middle to double the fun and interest of the prize drawing game of the user.

Of course, the crane of the present invention is included in the technical spirit of the present invention as an optional matter of the present invention that the prize may be transferred onto the rotating plate.

A third embodiment of the discharge unit according to the present invention will be described in detail with reference to FIG. 10 as follows. Here, since the configuration and operation relationship of the main body 110 and the crane unit 120 is the same as described in Figures 1 to 4 of the present invention, redundant description thereof will be omitted.

Discharge part 330 is formed to protrude in the shape of the "T" on the rear of the mounting portion 112 provided in the main body 110, the center of the "T" is formed of a sliding plate 332, the head portion It consists of a discharge hole (334).

Discharge unit 330 according to the third embodiment of the present invention configured as described above is the "T" center portion of the discharge unit 330 by the prizes pulled by the crane unit 120 is transferred to the crane unit 120 The premiums are discharged along the sliding plate 332 in the center of the discharge part 330 even when the premium falls from the crane part 120 in the middle by being transferred to the discharge hole 334 along.

Therefore, the discharge part of the third embodiment according to the present invention can take prizes by the sliding plate in the "T" shape center even when the prize falls in the middle, so that the prize acquisition confirmation is higher and thus the fun and interest of the prize drawing game can be enjoyed. It can be doubled.

Meanwhile, as illustrated in FIGS. 11 and 12, a fourth embodiment of the discharge unit according to the present invention may be configured. 11 and 12, since the median separator 142a has a different structure and the remaining components are configured in the same manner as those of FIGS. 6 and 7, redundant description thereof will be omitted.

11 and 12, the slide plate 144 is fixed and the center separator 142a may be driven left and right as described above by driving the cam motor 152, and the center separator 142a may be driven. As the right and left driven by the crane unit 120 is transported and placed on the slide plate 144 as the left and right drive, the premium may be discharged by being pushed into the discharge hole 132 by the central separator 142a driven left and right.

Here, the center separator 142a is operated after throwing the premium on the sliding plate 144 after driving of the crane unit 120 is configured to be discharged by pushing the premium into the discharge hole 132 or the rolling plate from the start of operation 144 may be configured to be discharged by pushing the prize thrown on the sliding plate 144 to the discharge hole 132 by driving the image left and right.

In addition, an embodiment according to the present invention as shown in FIG. 13 may be implemented in that the stopper 125 is not provided in the left and right driving guide rails 124 in comparison with FIG. 4, and FIG. 13 is a stopper in comparison with FIG. 4. The configuration of 125 is deleted, and the same components as in FIG. 4 are denoted by the same reference numerals, and redundant description thereof will be omitted.

That is, the crane unit 120 configured as shown in FIG. 13 is disposed on the inner upper portion of the main body and includes a left and right driving guide rail 124 and a left and right driving guide rail 124 including a pair of rods spaced in parallel in the front and rear. A pair of front and rear driving guide rails 122 coupled between; And a pair of tongs that are lifted up and down and are mounted on each of the front and rear drive guide rails to drive in the front and rear directions along the front and rear drive guide rails on which they are mounted, and to raise and lower the tongs at a stationary position. (128a, 128b).

According to the embodiment of FIG. 13 described above, the pair of cranes 128a and 128b may be implemented to drive on the area guaranteed by the left and right driving guide rails 124 without the area being separated. Here, the left and right driving guide rail 124 may be driven by the driving force of the drive motor 129 is configured at both ends, the pair of cranes (128a, 128b) each of them on the front and rear drive guide rails 122 It may be configured to include a lifting drive motor for lifting up and down the front and rear drive motor for driving back and forth.

Here, the driving of the pair of cranes 128a and 128b on the front and rear guide rails 122 and the driving of the tongs 126 may be performed in the same manner as in the embodiment of FIG. 4, but the pair of cranes 128a , And the front and rear driving guide rails 124 mounted on the front and rear driving guide rails 124 are different from those of the embodiment of FIG. 4.

That is, the pair of cranes 128a and 128b may be driven while sharing the areas guaranteed by the left and right driving guide rails 124 while being in contact with each other or at a predetermined distance from each other.

In this case, the pair of cranes 128a and 128b may be driven according to a mode that may be set in the mode selection button as described above, and may be set to operate any one of the first to seventh modes described above. In each of the above modes, the initialization positions of the pair of cranes 128a and 128b may be set differently.

In the case of Figure 13, the limit switch is configured on the end of the left and right driving guide rail 24 and the side of the crane, respectively, can be applied to the drive control of the pair of crane (128a, 128b).

100: game device 110: main body
112: loading part 114: viewing window
116: operation unit 118: coin unit
119: outlet 120: crane portion
122: front and rear driving guide rail 124: left and right driving guide rail
126: grapple 128a, 128b: crane
129: drive motor 130: discharge part
132: discharge hole 140, 142a: separation unit
142: median 144: jungle board
144a, 146a: guide groove 146: control panel
148: fixed frame 148a: rotating hole
148b: slide member 150: cam drive portion
152: cam motor 154: cam
156: guide member 230: discharge portion
232: rotating part 234: discharge hole
236: rotating plate 238: locking member
330: discharge portion 332: sliding plate
334: discharge hole

Claims (16)

A crane portion formed on an inner upper portion of the main body and including a pair of cranes; And
And a discharge part configured in a region separated from the loading part for storing the premiums inside the main body and discharging the premiums drawn by the cranes to the outside.
The pair of cranes configured in the crane unit are driven in conjunction with each other simultaneously or sequentially to pick up the premiums of the loading unit and transfer them to the discharge unit,
The discharge portion is provided in a box shape protruding upward on the front or rear of the loading portion provided in the main body, the separation portion is provided in the upper center, discharge holes are formed at both ends of the separation portion,
The separation unit, the center separator is formed in the upper portion, the lower side of the center separator is formed so that the slide plate is moved to the left, right, and draw the prize to the control panel which is raised and lowered to control the slide plate to both sides of the slide plate Game device.
The method of claim 1, wherein the crane portion,
A left and right driving guide rail disposed on an inner upper portion of the main body and including a pair of rods spaced parallel to the front and rear, and having a stopper at the center of any one of the rods;
A pair of front and rear driving guide rails coupled between the left and right driving guide rails and disposed for each driving space separated by the stopper; And
A pair of cranes having a pair of tongs moving up and down and mounted on each of the front and rear driving guide rails, the pair of cranes moving up and down in the front and rear directions along the front and rear driving guide rails mounted thereon to raise and lower the tongs at a stationary position; Including;
The left and right driving guide rail includes a driving motor configured at both ends and drives the pair of front and rear driving guide rails by a driving force of the driving motor.
The crane includes a forward and backward drive motor for driving itself forward and backward and a lift drive motor for lifting and lowering the tongs. The crane moves on the forward and backward guide rails by driving the forward and backward drive motors and drives the lift drive motor. Prize drawing game device characterized in that for performing the lifting of the tongs.
3. The method of claim 2,
And a limit switch configured on both sides of the stopper, end portions of the left and right driving guide rails, and side surfaces of the crane, respectively.
delete delete The method according to claim 1,
The push plate and the control panel is a prize drawing game device driven by the cam drive.
The method according to claim 6,
The cam driving unit is a prize winning game device including a motor fixed to the frame for guiding the sliding plate and the control panel, a cam rotated on the motor, and a guide member formed with a linear guide groove along the cam.
delete delete delete The method according to claim 1,
And the pair of cranes are driven at the same time or sequentially at the same time in a lottery game device.
The method according to claim 1,
And the pair of cranes are driven at a time interval at the same time or sequentially symmetrically with respect to the center around each other.
The method according to claim 1,
And the pair of cranes are driven at a time interval at the same time or sequentially opposite to each other about a center.
The method according to claim 1,
The pair of cranes drive any one crane in accordance with the operation direction of the operation unit and the other crane randomly driven prize game device.
The method according to claim 1,
A first mode for simultaneously driving a pair of cranes in the same direction, a second mode for sequentially driving a pair of cranes in the same direction at a time interval, and simultaneously driving a pair of cranes symmetrically with respect to the center Third mode, a fourth mode in which a pair of cranes are sequentially driven at a time interval symmetrically with respect to the center, a fifth mode in which a pair of cranes simultaneously drive in opposite directions, a pair in opposite directions For selecting at least two or more modes of a seventh mode in which a crane sequentially drives at a time interval, and drives one crane according to an operation direction of an operation unit and randomly drives another crane. It further comprises an operation unit having a button of
Prize that the pair of cranes are driven in the selected mode according to the operation of the button by designing the operation of the button of the operation unit and the control board linked thereto and the drive motor of each unit in the mode selected by the control board and the interface Drawing game device.
The method of claim 1, wherein the crane portion,
A left and right driving guide rail disposed at an inner upper portion of the main body and including a pair of rods spaced parallel to the front and the rear;
A pair of front and rear driving guide rails coupled between the left and right driving guide rails; And
A pair of cranes having tongs which are lifted up and down and mounted on each of the front and rear driving guide rails, the pair of cranes moving up and down in the front and rear directions along the front and rear driving guide rails mounted thereon to raise and lower the tongs at a stationary position; Including;
The left and right driving guide rail includes a driving motor configured at both ends and drives the pair of front and rear driving guide rails by a driving force of the driving motor.
The crane includes a forward and backward drive motor for driving itself forward and backward and a lift drive motor for lifting and lowering the tongs. The crane moves on the forward and backward guide rails by driving the forward and backward drive motors and drives the lift drive motor. Prize drawing game device characterized in that for performing the lifting of the tongs.

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