TWM565058U - Multi-combination game machine - Google Patents

Abstract

A multi-component combination game machine comprising a vertical disk surface comprising a plurality of blocking members and at least one disk receiving groove; a chip insertion hole above the disk surface for allowing an external chip to be thrown and rolling down the disk surface, While the sliding process is blocked by the blocking member, the traveling path of the chip is changed, so that a curved path is formed as a whole; finally, the chip may enter the disk surface or drop down to the bottom of the disk. a chip collecting tray extending outward from a lower portion of the disk surface, the chip collecting tray having an opening below the chip, wherein the opening is opened by mechanical or electronic control, so that the chip in the chip collecting tray is dropped Falling out; wherein a channel is formed between the disk receiving groove and the chip collecting tray, so that the chip falling into the disk receiving groove flows to the chip collecting tray by applying gravity along the channel.

Description

Multi-component game machine

This creative department is about game consoles, especially a multi-component game console.

The coin machine in the prior art mainly comprises: a disk surface comprising a plurality of blocking members and at least one coin surface receiving groove. There is a chip input hole above the disk surface. A money collection slot is located under the surface of the disk, and when the object falls from the disk surface, it will enter the money receiving slot. When the coin is put in from the chip input hole, it will slide down the disk surface due to the action of gravity. However, the process of sliding is blocked by the stopper, and the traveling path of the coin is changed, so that a curved path is formed as a whole. Finally, the coin may enter the coin to close the slot or drop it in the receiving slot. When the coin falls into the slot of the coin, it means winning, and the user can get the corresponding reward.

However, the machine of the above-mentioned prior art only judges whether or not to win the prize through the slot of the coin. This type of play is relatively monotonous, and there is also a lack of interaction with the user in the process, so it is relatively boring and cannot be obtained by the user. High fun.

Therefore, the present invention hopes to propose a brand new multi-component combination game machine to solve the above-mentioned prior art defects.

Therefore, the purpose of this creation is to solve the above-mentioned problems in the prior art. A multi-component combination game machine, which is equipped with a disk receiving slot and a chip collecting tray on a game machine, and a winning institution (such as a turntable), and a combination of two different traditional games to create a novel game mode, thereby making the entire gaming machine more capable. Diverse play. Through the design of the institution in this case, users can have more fun when they play.

In order to achieve the above object, a multi-component combination game machine is proposed in the present invention, comprising: a disk surface, which is a vertical disk surface, wherein the disk bread comprises a plurality of blocking members and at least one disk surface receiving groove; and a chip input hole is arranged above the disk surface; The chip input hole is used to make the external chip input and roll down the disk surface; when the chip is put in from the chip input hole, it will slide down the disk surface due to gravity; and the sliding process will be affected The blocking of the blocking member changes the traveling path of the chip, so that a curved path is formed as a whole; finally, the chip may enter the disk receiving groove or fall down to the bottom of the disk; a chip collecting tray from the a lower portion of the disk surface extends outwardly to form a trough-like body; an opening is formed below the chip collecting tray, wherein the opening is opened by mechanical or electronic control, so that the chip collects chips in the disc Dropping out; wherein the disk receiving groove and the chip collecting tray form a channel, so that the chips falling into the disk receiving groove will flow along the channel to apply gravity Chip collection tray.

The features of the present invention and its advantages can be further understood from the description below, and please refer to the attached drawings when reading.

10‧‧‧ disk

15‧‧‧ chips into the hole

20‧‧‧ §

30‧‧‧

35‧‧‧ channel

40‧‧‧ bottom slot

50‧‧‧ chips collection tray

52‧‧‧Opening

53‧‧‧Sliding door

60‧‧‧ Ring

62‧‧‧ lights

64‧‧‧ gap

65‧‧‧First prize light

70‧‧‧Control agency

72‧‧‧ switch

80‧‧‧ Chip Casting Agency

82‧‧‧ chip button

100‧‧‧ Winning institutions

200‧‧‧ chips

310‧‧‧Drive board

320‧‧‧Fixed plate

330‧‧‧first link

340‧‧‧First motor turntable

350‧‧‧First drive motor

410‧‧‧Opening claws

411‧‧‧Opening claws

422‧‧‧second link

423‧‧‧ Third Link

424‧‧‧fourth link

425‧‧‧ fifth link

440‧‧‧ pivot link

450‧‧‧Second motor turntable

460‧‧‧Motor shaft

470‧‧‧Second drive motor

480‧‧‧ fixed frame

481‧‧‧Perforation

Figure 1 shows a schematic diagram of the component combinations of the present case.

Figure 2 shows a side cross-sectional view of the component combination of the present invention.

Figure 3 shows a schematic diagram of the application of the present case.

Figure 4 shows the block diagram of the electronic control mechanism of this case.

Figure 5 shows a combination of the sliding door, the driving plate and the fixing plate of the present case.

Figure 6 shows another schematic view of the combination of the sliding door, the drive plate and the fixed plate of the present case.

Figure 7 shows a combination of the opening and closing claws, the pivot link and the second motor turntable of the present case.

Figure 8 shows another schematic view of the combination of the opening and closing claws, the pivoting link and the second motor turntable of the present invention.

In view of the structural composition of the case, and the functions and advantages that can be produced, in conjunction with the drawings, a preferred embodiment of the present invention is described in detail below.

Referring to FIG. 1 to FIG. 8 , the multi-component combination game machine of the present invention is displayed, which is operated by the application chip 200. Hereinafter, the chip 200 uses coins as an explanation, but the practical application of the present case is not limited to coins, the chips. 200 can be a variety of different chips such as coins, tokens, spheres, geometric objects, and the like. The multi-component combination game machine includes the following components:

A disk surface 10, which is a vertical disk surface, wherein the disk surface 10 includes a plurality of stops 20 and at least one disk receiving groove 30. There is a chip insertion hole 15 above the disk surface 10. The chip insertion hole 15 allows an external coin to be thrown and scrolls down the disk surface 10.

The case may further include a chip dispensing mechanism 80 for putting coins into the chip insertion hole 15. The chip dispensing mechanism 80 is connected to a chip button 82. When the chip button 82 receives the pressing action of the user, the chip dispensing mechanism 80 causes the coin to be automatically put into the chip insertion hole 15.

A bottom slot 40 is located beneath the deck 10 and enters the bottom slot 40 as the object descends from the disc surface 10.

When the coin is put in from the chip insertion hole 15, it will slide down the disk surface 10 due to the action of gravity. And the process of sliding is blocked by the stopper 20, and the progress of the coin is changed. The path, so the overall shape will form a curved path. Finally, the coin may enter the deck receiving slot 30; or the bottom slot 40 that falls under the panel surface 10.

A stack of trays 50 extends outwardly from a lower portion of the panel 10 to form a trough. An opening 52 is provided below the chip collection tray 50, which can be opened by mechanical or electronic control to cause the coins in the chip collection tray 50 to fall out.

There is a sliding door 53 below the opening 52 of the chip collecting tray 50 for opening and closing the opening 52. The sliding door 53 is connected to a driving plate 310. The driving plate 310 slides along a fixing plate 320 fixed to the disk surface 10 in a linear sliding manner. The sliding plate can be opened or closed by the front and rear movement of the driving plate 310. 53. As shown in FIG. 5, the driving board 310 is connected to a first motor turntable 340 by a first connecting rod 330, wherein the first connecting rod 330 is connected to the driving board 310 by a rotatable connection, and is eccentric and rotatable. The first motor turntable 340 is connected in a manner, and the center of the first motor turntable 340 is fixedly coupled to a first drive motor 350. Therefore, when the first driving motor 350 is activated, the first motor turntable 340 can be rotated to drive the first connecting rod 330 to rotate along the first motor rotating plate 340 to drive the driving plate 310 along the fixing plate 320. Sliding causes the sliding door 53 to act to open (as shown in Figures 3 and 6) and close (as shown in Figures 2 and 5).

A channel 35 is formed between the disk receiving slot 30 and the chip collecting tray 50, so that the coins falling into the disk receiving slot 30 will flow to the chip collecting tray 50 along the channel 35 by applying gravity.

In the disk surface 10 below the chip insertion hole 15, the distribution of the stopper 20 can be appropriately designed so that when the coins enter the chip insertion hole 15, the organic rate appears on the disk surface due to the guiding of the stoppers 20. Most of the 10 locations.

Therefore, when the coin is inserted from the chip insertion hole 15 a plurality of times, the gravity will slide down the disk surface 10, and finally some coins will fall into the disk receiving slot 30. The chip collection tray 50 is entered along the channel 35. Money that does not enter the deck receiving slot 30 will fall to the bottom slot 40.

a winning institution 100 for receiving an operation action or signal of the user and for displaying a winning. When the winning institution 100 displays the winning, the mechanical opening or the electronic opening is used to make the opening 52 below the chip collecting tray 50. Open, and the coins in the chip collection tray 50 are dropped.

In the present case, the winning mechanism 100 is a ring disk 60 on the disk surface 10. The ring disk 60 includes a plurality of lights 62, which can cause the lamp 62 to flash along the ring disk 60, and the place where the lamp number 62 stops indicates The prize for winning. The plurality of lights 62 include at least one jack light 65 indicating a jackpot, and the remaining lights 62 indicating an unspecified prize. When the lamp number 62 of the ring disk 60 flashes in turn, and finally stays at the jackpot lamp number 65, the opening 52 below the chip collecting tray 50 can be opened, and the coins inside can be dropped.

In the present case, other winning mechanisms 100 other than the ring disk 60 may be used as long as the winning mechanisms 100 can receive the user's operation (mechanical) or signal (electronic) and display the winning, and then apply mechanical or electronic. In a manner, the opening 52 under the chip collecting tray 50 is opened, and the coins in the chip collecting tray 50 are dropped.

As shown in Figure 4, the electronic control mechanism in this case is as follows:

A control mechanism 70 is coupled to the first drive motor 350 for controlling the opening and closing of the opening 52 of the chip collection tray 50.

The control mechanism 70 is connected to the first driving motor 350 via a switch 72. When the control mechanism 70 turns on the switch 72, the first driving motor 350 is controlled to open the sliding door 53 to open the chip collecting tray 50. The aperture 52 is opened; when the control mechanism 70 closes the switch 72, the opening 52 of the chip collection tray 50 is closed.

The chip dispensing mechanism 80 connects the chip button 82 via the control mechanism 70. When the chip button 82 receives the pressing action of the user, the control mechanism 70 controls the chip dispensing mechanism 80 so that the money is put into the chip insertion hole 15.

For example, in the present embodiment, there are three disk receiving slots 30 in the embodiment, in which two disk receiving slots 30 collect coins, and another disk receiving slot 30 collects coins (for example, The upper and lower sides of the ring plate 60 respectively form a notch 64 along the longitudinal direction, and one of the three disk surface receiving grooves 30 is located below the notch 64. When the two left and right disk receiving grooves 30 are collected in the figure, there is another coin. When the coin passes through the notch 64 in the ring 60 and falls on the disk receiving groove 30 located below the ring disk 60, the light can be randomly flashed along the ring disk 60 when the light stops at the head. When the medal number is 65, the opening 52 below the chip collecting tray 50 is opened, and the coins inside are dropped.

In the present case, two opening and closing claws 410 and 411 are mounted under the notch 64. One end of one opening and closing claw 410 is movably coupled to the first end of a second connecting rod 422, and the second connecting rod 422 is The two ends are movably connected to the first end of a third link 423. The second end of the third link 423 is movably coupled to a pivot link 440. The pivot link 440 is movably coupled to a second motor turntable 450 in an eccentric manner. The center of the second motor turntable 450 is fixedly coupled to a motor shaft 460. The motor shaft 460 is coupled to a second drive motor 470. The second motor turntable 450 is located on a fixed frame 480. The fixed frame 480 includes a through hole 481 through which the motor shaft 460 is coupled to the second motor turntable 450.

The other opening and closing claw 411 is connected in the same manner as the above, wherein one end of the other opening and closing claw 411 is movably coupled to the first end of the fourth connecting rod 424, and the second end of the fourth connecting rod 424 is movably connected to the first end. The first end of the five link 425. The second end of the fifth link 425 is movably coupled to the pivot link 440.

Therefore, the rotation of the motor shaft 460 can drive the second motor turntable 450 to rotate, and the pivot link 440 is driven to rotate along with the second motor turntable 450 to drive the second link 422 and the third link. 423. The fourth link 424 and the fifth link 425 rotate to cause the two opening and closing claws 410 and 411 to open and close. Fig. 7 shows a state in which the two opening and closing claws 410, 411 are closed, and Fig. 8 shows a state in which the two opening and closing claws 410, 411 are opened.

The control mechanism 70 is further connected to the second driving motor 470. The control mechanism 70 is also used to control the second driving motor 470 to control the opening and closing of the two opening and closing claws 410 and 411.

The operation mode of the present invention is that the user first presses the chip button 82 to cause the coin to be put into the chip insertion hole 15, and the coin will slide down the disk surface 10 due to the action of gravity, and is guided by the stopper 20. The path of the coin is changed, so that a curved path is formed as a whole. When the coin enters the deck receiving slot 30, gravity is applied along the channel 35 to enter the chip collection tray 50. When the coin does not enter the deck receiving slot 30, the bottom slot 40 that falls under the deck 10 is dropped.

The merchant of the multi-component combination game machine of the present case can decide to give the user different reward modes according to the number of coins collected in the chip collection tray 50 and the bottom slot 40.

The advantage of this case is that the game console is equipped with a disk tray and a chip collection tray, as well as a winning mechanism (such as a turntable), and two different traditional games combine to create a novel game mode, thus making the entire game machine more capable. How to play. Through the design of the institution in this case, users can have more fun when they play.

In summary, the humanized design of this case is quite in line with actual needs. The specific improvement of the existing defects is obviously a breakthrough improvement advantage compared with the prior art, and it has an improvement in efficacy and is not easy to achieve. The case has not been disclosed or disclosed in domestic and foreign literature and markets. Has been in compliance with the provisions of the patent law.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the invention, and equivalent implementations or modifications may be included in the spirit of the art. The patent scope of this case.

Claims (10)

A multi-component combination game machine comprising: a disk surface, which is a vertical disk surface, wherein the disk bread comprises a plurality of blocking members and at least one disk surface receiving groove; a chip input hole is arranged above the disk surface; the chip input hole is used for externally The chip is put in and scrolls down the disk; when the chip is put in from the chip input hole, it will slide down the disk surface due to gravity; while the sliding process is blocked by the block, and the change is made. The traveling path of the chip, so that a curved path is formed as a whole; finally, the chip may enter the disk receiving groove or fall down to the bottom of the disk; a chip collecting tray extends outward from the lower portion of the disk surface Forming a trough; having an opening below the chip collection tray, wherein the opening is opened by mechanical or electronic control, so that the chips in the chip collection tray are dropped; wherein the tray is closed A channel is formed between the slot and the chip collection tray such that the chip that falls into the tray slot will apply gravity to the chip collection tray along the channel. The multi-component combination game machine of claim 1, further comprising a winning mechanism for receiving an operation action or a signal of the user, and for displaying the winning, when the winning institution displays the winning, applying the mechanical or The electronic way opens the opening below the chip collection tray and causes the chips in the chip collection tray to fall out. The multi-component combination game machine of claim 2, wherein the winning mechanism is a ring-shaped disk on the disk surface, the ring disk comprises a plurality of lights, the light can be flashed along the ring, and the light The place where the number stops indicates the prize amount of the prize; wherein the plurality of lights include at least one jack light to indicate the jackpot, and the remaining lights indicate the unspecified prize amount; when the ring light flashes in turn At the time, and finally staying at the jackpot light, the opening under the chip collection tray can be opened, and the coins inside can be dropped. The multi-component combination game machine of claim 1, further comprising a chip dispensing mechanism for putting chips into the chip insertion hole; wherein the chip dispensing mechanism is connected to a chip button; when the chip button is received The user's pressing action causes the chip dispensing mechanism to automatically put the chip into the chip insertion hole. The multi-component combination game machine of claim 1, wherein the chip is a coin, a token, a sphere, or an object having a geometric shape. The multi-component combination game machine of claim 1, further comprising a bottom slot located under the disk surface, and entering the bottom slot when the object falls from the disk surface without falling into the chip collection tray. The multi-component combination game machine of claim 3, wherein the at least one disk receiving slot is three disk receiving slots, wherein two of the disk receiving slots collect coins, and the other disk receiving slots collect coins. When the light is randomly flashed along the ring, when the light stops at the jackpot light, the opening under the chip collecting tray is opened, and the coins inside are dropped. The multi-component combination game machine of claim 7, wherein the upper and lower sides of the ring plate are respectively formed with a notch along the longitudinal direction, and one of the three disk surface receiving grooves is located below the notch, when the previous two The disk receiving groove collects coins, and another coin passes through the gap in the ring disk, and falls on the disk surface located below the ring disk, that is, the operation of flashing the light along the ring disk. The multi-component combination game machine of claim 1, wherein a sliding door of the chip collecting tray has a sliding door for opening and closing the opening; the sliding door is connected to a driving board, and the driving board is a linear sliding manner sliding along a fixing plate fixed to the disk surface, the driving plate The sliding door can be opened or closed by moving back and forth; the driving plate is connected to a first motor turntable by a first connecting rod, wherein the first connecting rod is respectively connected to the driving plate by a rotatable connection and is eccentric and Rotatingly connecting the first motor turntable, and the center of the first motor turntable is fixedly coupled to a first drive motor; thus, when the first drive motor is activated, the first motor turntable can be rotated to drive the first connection The lever rotates along the first motor turntable to drive the drive plate to slide back and forth along the fixed plate, so that the sliding door generates an opening and closing action. The multi-component combination game machine of claim 8, wherein the opening is provided with two opening and closing claws, wherein one end of the opening and closing claw is movably coupled to the first end of the second connecting rod, the second The second end of the connecting rod is movably connected to the first end of the third connecting rod; the second end of the third connecting rod is movably coupled to a pivoting link; the pivoting link is movably connected in an eccentric manner a second motor turntable; a center of the second motor turntable is fixedly coupled to a motor shaft; the motor shaft is coupled to a second drive motor; wherein the second motor turntable is located on a fixed frame, the fixed frame includes a through hole The motor shaft is connected to the second motor turntable through the through hole; wherein one end of the other opening and closing claw is movably coupled to the first end of the fourth link, and the second end of the fourth link is movably connected a first end of the fifth link; the second end of the fifth link is movably coupled to the pivot link; thus, the second motor turntable can be rotated by the rotation of the motor shaft to drive the pivot link As the second motor turntable rotates to drive the second link The third link, the fourth link, and the fifth link rotate to cause the two opening and closing claws to open and close.