KR200307172Y1 - Paper money transfer carrier apparatus for gaming machine - Google Patents

Abstract

The present invention relates to a carrier device for conveying bills for game devices, and in particular, for game devices such as pachinko and slot machines, the amount corresponding to the balance used by the user or the prizes obtained through games is converted into bills or coins. The present invention relates to a paper money conveying carrier device for conveying the bill or coin to a game terminal in which a user is located to pay. The carrier device generally has a quadrangular shape, and an upper end thereof is fixedly connected to a predetermined transfer device, and has a horizontal portion 130 formed integrally extending from one side of the lower end, and a support unit 100 for supporting a carrier device. And a game device such as a pachinko, a slot machine, etc., installed on the upper surface of the horizontal part 130 of the support part 100, the remaining balance used by the user or the amount of the prizes obtained during the game. Received as a banknote or tie from the safe installed in the upper predetermined portion, the transfer block 200A for transferring to a predetermined position, and installed in the lower portion of the horizontal portion 130 of the support portion 100, the banknote conveying carrier device In order to realize smooth movement in a narrow space inside the game machine when moving, a driving block 200B for rotating the transfer block 200A by a predetermined angle is obtained. It is characterized by the comparison.

Description

Paper money transfer carrier apparatus for gaming machine

The present invention relates to a carrier device for conveying bills for game devices, and in particular, for game devices such as pachinko and slot machines, the amount corresponding to the balance used by the user or the prizes obtained through games is converted into bills or coins. The present invention relates to a paper money conveying carrier device for conveying the bill or coin to a game terminal in which a user is located to pay.

A general game machine such as a pachinko, a slot machine, etc. is provided with one or more sandwich panels installed vertically on the right side or a predetermined left side of the game terminal. In general, one sandwich panel is provided for a 100 mm panel, and two sandwich panels are provided for a 40 mm sandwich panel. In order to start a game, a user puts a predetermined amount of money into a banknote or coin input hole installed in a sandwich panel, and a predetermined number of marbles are discharged as much as the input amount. The user proceeds to the game using the discharged beads. If the user wins according to the rules of the game set in the game machine, the prize is paid in marbles. After the game is over, the user puts the marbles obtained during the game into a basket, goes to the marble counter, and counts the number of marbles. Then, the user receives a receipt for the number of marbles. When the user delivers the issued receipt to the game device operator or employee, the user is paid a predetermined prize provided by the game device operating company.

In the conventional game machine described above, when expensive bills or coins are used, there are many inconveniences because there is no cash payment method for the balance used in the game. For example, if a user inputs 5000 yen and spends 3,000 yen in the game, there is a problem in that the 2,000 yen that is not used is not returned, and a ball corresponding to 2000 yen must be paid. Therefore, in the conventional game machine, since the user refrains from using expensive bills or coins, there is a problem in generating profit of the game machine.

Accordingly, an object of the present invention is a bill received from the safe to pay the user with a bill or a coin for the balance used by the user in the game machine such as pachinko, slot machine, or the like to be won during the game or It is to provide a bill conveyance carrier device for a game machine for accurately conveying coins to the user.

Banknote conveyance carrier device for a game machine according to the present invention for achieving the above object is a rectangular shape as a whole, the upper end is fixedly connected to a predetermined transfer device, and the horizontal portion 130 is formed integrally extending from one side of the lower end And a support part 100 for supporting the carrier device, and installed on an upper surface of the horizontal part 130 of the support part 100, and in a game device such as a pachinko, a slot machine, etc. Alternatively, the transfer block 200A for receiving the money for the prize to be obtained during the game as a bill or a tie from the safe provided in the upper predetermined portion of the game machine, and transferring it to a predetermined position, and the horizontal portion of the support part 100. Installed in the lower portion of 130, in order to implement a smooth movement in a narrow space inside the game machine when the banknote conveying carrier device moves, the transferable And the (200A), characterized in that it comprises a drive block (200B) for rotating by a predetermined angle.

1 is a front view of a bill conveyance carrier device for a game machine according to the present invention.

2 is a side view of a bill conveyance carrier device for a game machine according to the present invention.

3 is a rear view of a bill conveyance carrier device for a game machine according to the present invention.

4 is a plan view showing a banknote transfer driver of the banknote conveyance carrier device for a game machine according to the present invention.

5 is a plan view of a bill conveyance carrier device for a game machine according to the present invention.

<Description of the code | symbol about the principal part of drawing>

100: support 110: joint plate

230: Timing belts 211, 222: Left and right guides

220: motor 221: motor bracket

225: bearing block 229: spur gear

Referring to the accompanying drawings, a preferred embodiment of the banknote transport carrier device for a game machine according to the present invention is as follows.

First, FIG. 1 is a front view of a bill conveyance carrier device for a game machine according to the present invention. 2 is a side view of the banknote conveyance carrier device for game machine according to the present invention, and FIG. 3 is a rear view of the banknote conveyance carrier device for game machine according to the present invention. 4 is a plan view showing the banknote conveyance driving unit of the game machine conveyance carrier device according to the present invention, and FIG. 5 is a plan view of the banknote conveyance carrier device for the game machine according to the present invention.

As shown here, the banknote conveyance carrier device for a game device according to the present invention is generally rectangular in shape, and its upper part is fixedly connected to a predetermined conveying path for suspending and transporting the carrier device according to the present invention and the inside thereof is itself. In order to reduce the weight, a plate-shaped joint plate 110 having a pair of predetermined shapes and an integrally extending from one side of the lower end of the joint plate 110 and various transfer devices to be described later on the upper surface It is mounted, the lower portion is provided with a support portion 100 having a horizontal portion 130 for driving the various transfer devices. The lower part of the support part 100 has a rib 120 in which various parts are installed to control the installation and driving angle of the support part 100.

And, the banknote conveyance carrier device for the game device according to the present invention is installed above and below the horizontal portion 130 of the support portion 100, and used by the user from the safe installed in a predetermined portion of the outer frame of the game machine Receiving distribution unit 200 for receiving the remaining balance or the amount corresponding to the prizes obtained during the game and transfer to the user's position.

The receiving distribution unit 200 is largely composed of a transfer block 200A and a drive block 200B. First, the configuration of the transfer block 200A will be described first. As shown in FIG. 2, the transfer block 200A has a quadrangular shape, in which a left guide 211 and a right guide 212 are configured to be transported apart from banknotes or coins. do. The space between the left guide 211 and the right guide 212 facing each other is wide at its upper part and narrow at its lower part so as to receive bills or coins falling from the safe so as not to protrude outwards therebetween. It is a structure that can be neatly stored. The left and right guides 211 and 212 are fixed to each other by a support 213 installed across the upper portion. Money pushers 214 are provided at predetermined lower portions of the left and right guides 211 and 212. The money pusher 214 serves to transfer the banknotes and coins to a predetermined position safely by pushing the banknotes and coins with a predetermined force when the banknote carrier carrier device for a game machine according to the present invention carrying a banknote or a coin arrives at a predetermined position. .

As shown in FIGS. 1 and 4, the DC motor 220 is installed on one side of the transfer block 200A, that is, on the outer side of the left guide 211. The DC motor 220 is supported by the motor bracket 221. The shaft of the DC motor 220 is a timing pulley 227 in a state supported by the bearing blocks 225 and 228 via the bevel gear 223, the driving pin 224, and the pair of spur gears 226 and 229. Is connected to the drive. In addition, an idle pulley supported by a key 232, an idle pin 234, and a bearing 235 is located at a lower part of the left guide 2110, that is, a place spaced apart from the place where the timing pulley 227 is installed by a predetermined distance. 233. The timing pulley 227 and the idle pulley 233 are interconnected by a timing belt 230. Thus, as the DC motor 231 is driven, the DC The driving force of the motor 231 is transmitted to the idle pulley 233 via the bevel gear 223, the spur gear 226, the timing pulley 227, and the timing belt 230.

Next, the configuration of the drive block 200B will be described. First, the upper end of the inclined shaft 217 inserted into the spur gear 216 is operably connected to the lower support (not shown) of the left and right guides 211 and 212. At this time, the inclined shaft 217 is rotatably supported by the ball bearing 218 and the thrust bearing 219 installed in the bearing housing 215. The inclined shaft 217 is operably connected to the spur gear 254 and the spur gear 251 provided on one side thereof. The spur gears 254 and 251 are installed in the gear holder 257 and receive power from a DC motor (not shown) supported in the motor bracket 258 to transmit the power to the inclined shaft 217. . The connecting pin 253 is rotatably supported by the joint spacer 252.

Referring to the accompanying drawings, the operation of the banknote conveyance carrier device for a game machine according to the present invention having the configuration as described above is as follows.

First, when a predetermined signal is input from the controller (not shown) of the game machine, the banknote carrying carrier device for the game machine according to the present invention is moved to the position of the safe. Under the control of the controller, banknotes of a predetermined amount fall from the upper portion and fall into a gap formed between the left and right guides 211 and 212. In the above state, the interior of the game machine system in which the apparatus is installed has a narrow space, and the transport block 200A moves to a predetermined position while being rotated by 90 degrees in a predetermined direction. That is, the driving force generated by the operation of the DC motor (not shown) installed in the driving block 200B is transmitted to the inclined shaft 217 via the spur gears 254 and 251. The driving force transmitted as described above moves the transfer block 200A in a state rotated by a predetermined angle, that is, 90 degrees. That is, it moves in the same direction as the longitudinal direction of the transfer block 200A, and the game machine system. Therefore, it is possible to move at a high speed to a predetermined position by hanging on a transfer device (not shown) without colliding with various cables and components installed in the game device system in a narrow space.

As described above, the transfer block 200A of the carrier device moving to a predetermined position, that is, the user's position of the game device to receive the balance or prize as a bill or a coin while the transfer block 200A is rotated, is a driving block ( By the action of the DC motor (not shown) of 200B is to rotate in the original direction or the predetermined direction in which the user is located, it is possible to smoothly pay bills to the user.

As described above, the banknote conveyance carrier device for a game machine according to the present invention is determined by the upper part of the game machine to the amount corresponding to the balance used by the user in the game machine, such as pachinko, slot machine, etc. Quickly received from the safe installed in the site, there is an advantage that can be paid to the user who is located in a predetermined position.

In addition, even if the user is located at the left and right predetermined position centered in the longitudinal direction of the game device, the bill carrying carrier device for a game device according to the present invention can effectively and quickly pay the amount of the balance or prize with a bill or a coin. There are advantages to it.

Various changes and modifications can be made by those skilled in the art through the above description without departing from the technical spirit of the present invention. Therefore, the technical scope of the present invention is not limited to the contents described in the detailed description of the specification, but is defined by the utility model claims.

Claims (9)

It has a rectangular shape as a whole, the upper end is fixedly connected to a predetermined conveying device, and has a horizontal portion 130 formed integrally extending from one side of the lower end, the support portion 100 for supporting the carrier device; Installed on the upper surface of the horizontal portion 130 of the support portion 100, in the game machine, such as pachinko, slot machine, etc., the amount of the remaining balance used by the user or the prize to be obtained during the game predetermined portion of the game device A transfer block (200A) for receiving as a bill or a tie from the safe installed in the transfer to a predetermined position; Installed at the lower portion of the horizontal portion 130 of the support portion 100, in order to implement a smooth movement in the narrow space inside the game machine when the banknote conveying carrier device moves, the transfer block 200A by a predetermined angle Banknote conveyance carrier device for a game machine characterized in that it comprises a drive block (200B) for rotating. The transfer block 200A includes a left guide 211 and a right guide 212 facing each other and having a generally rectangular shape, and the left guide 211 and the right guide 212 are mutually predetermined. Carrier device, characterized in that spaced apart, the space between the upper side is wide, the lower side is narrow, the cross section is V-shaped. 3. The carrier device according to claim 2, wherein a predetermined distance between the left guide (211) and the right guide (212) is supported by support parts (213) connected to the upper ends thereof, respectively. In claim 2, when the carrier device arrives at a predetermined position on the lower predetermined couple between the left guide 211 and the right guide 212, the money for pushing the bills contained therein in a predetermined direction Pusher (214) is installed, the money pusher (214) is characterized in that the carrier device is operated by a drive means installed on a predetermined external portion of the transfer block (200A). In claim 4, wherein the driving means is a DC motor 231, the driving force of the DC motor 231 is a bevel gear 223, a spur gear 226, a timing pulley 227, An idle pulley 233 installed on the outer wall of the transfer block 200A at predetermined intervals from the timing pulley 227 and a timing belt 230 connected to the timing pulley 227 and the idle pulley 233. Carrier device, characterized in that driven. 5. The carrier device according to claim 4, wherein the money pusher (214) is operably connected to the timing belt (230). The lower portion of the transfer block 200A is connected to an inclined shaft 217 that is operably connected to a DC motor installed at the lower portion of the horizontal portion 130 of the support portion 100. Carrier apparatus. 8. The carrier device as claimed in claim 7, wherein the inclined shaft (217) is connected to the DC motor via spur gears (251, 254). According to claim 1, in accordance with the driving force from the DC motor installed in the lower portion of the support portion 100, the inclined shaft of the drive block 200B in the lower portion, so that the transfer block 200A can rotate a predetermined angle in a predetermined direction A carrier device characterized by a collar to which 217 is driveably coupled.