TWM517634U - Card shuffler device - Google Patents

Description

Shuffling machine structure

This creation is about a shuffling machine structure, especially a shuffling machine structure that can achieve card cutting and shuffling through a simple mechanism.

In recent years, the game and game industry has developed rapidly. Especially poker games are one of the popular entertainment projects. Because of the variety of gameplay, they are very popular among players. However, poker cards need to be shuffled at the end of each game. Manual shuffling wastes a lot of game time, and artificial shuffling is easy to cause cheating doubts, and there may be unfair competition. Therefore, there is a poker shuffling machine design in the game.

However, the traditional poker shuffling machine has a complicated structural design, a large overall structure, and a high production cost. How to solve the above-mentioned lack of the prior art is the subject of research and development that is relevant to those involved in this industry.

Therefore, in view of the complexity of the traditional shuffling machine structure, the main purpose of the creation is to provide a shuffling machine structure that can simultaneously achieve the cutting and shuffling functions by using a simple mechanism.

The technical means adopted for the above purpose is to provide a central cavity, a left receptacle, a right receptacle, a central platform, a left platform and a right platform in a body, the central platform and the left platform. And the right platform is located in the central volume, the left volume, and the right volume, and includes a central lifting mechanism, a left lifting mechanism and a right lifting mechanism, respectively connected to the central platform, the left platform, The right platform is configured to respectively drive the central platform, the left platform, and the right platform to move up and down in a vertical direction.

The utility model further comprises a grid plate displaceably disposed at the predetermined height of the central pocket, the left pocket and the top of the right pocket, the grid comprising a plurality of push plates extending downwardly and a grid drive The mechanism is coupled to the grid and can drive the grid to be displaced back and forth along a left shifting direction or a right shifting direction, a left axle and a right axle, respectively disposed in the central pocket, a left pocket, and a right a top edge of the partition between the tanks, a left axle drive unit and a right axle drive unit are respectively coupled to the left axle and the right axle axle, a control unit, coupled to the central lifting mechanism, the left lifting mechanism, The right lifting mechanism, the grid driving mechanism, the left axle driving unit, and the right axle driving unit.

In terms of effects, the user only needs to place the playing cards on the platform in the cuvette through the technical means adopted in the creation, and the left and right cavities and the center can be moved by the back and forth movement of the grid and the elevation of the platform. Repeatedly, the number of displacements between the tanks is repeated, and the cards can be repeatedly cut and shuffled repeatedly, so that the playing cards are more changed in the order of each hand, and the automatic cutting and shuffling functions and effects are indeed achieved. .

In addition, because this creation can simultaneously achieve the cutting and shuffling functions, the time required for manual shuffling is greatly reduced, and the shuffling process does not require manual intervention, which makes the game more fair, so that the user is more likely to play the game. Add surprise and joy. In addition, because the authoring organization is simple, it can really reduce the condition of the parts of the shuffling machine. Even if the fault is faulty, it is easy to find the problem point, and the fault condition can be quickly eliminated or the faulty part can be repaired. In the design of the board, when the grid is moving, only a groove width space is required, and the simple mechanism design does improve the huge problem of the traditional shuffling machine body.

The specific techniques used in this creation will be further illustrated by the following examples and accompanying drawings.

100‧‧‧ body

200‧‧‧ Lift control assembly

11‧‧‧Central Cuvette

12‧‧‧ Left slot

13‧‧‧right slot

14‧‧‧ left wall

141‧‧‧ concave top edge

15‧‧‧ right wall

151‧‧‧ concave top edge

16, 17‧‧ ‧ partition

18a, 18b‧‧‧ first film

18c, 18d‧‧‧second film

18e, 18f‧‧‧ third film

21‧‧‧Central Platform

22‧‧‧ Left platform

23‧‧‧right platform

31‧‧‧Central Lifting Mechanism

311‧‧‧Central Motor

312‧‧‧Central Guide

313‧‧‧Central screw

314‧‧‧Central Slider

32‧‧‧ Left Lifting Mechanism

321‧‧‧left motor

322‧‧‧Left Guide

323‧‧‧Left screw

324‧‧‧left slider

33‧‧‧right lifting mechanism

331‧‧‧right motor

332‧‧‧right guide

333‧‧‧Right screw

334‧‧‧Right slider

41‧‧‧Central Board

42‧‧‧Left board

43‧‧‧right board

5‧‧‧ grid

51, 52, 53‧‧‧ push boards

54‧‧‧Mechanical arm

55‧‧‧ card adsorption unit

6‧‧‧ grid drive mechanism

61‧‧‧ grid drive motor

62‧‧‧rails

63‧‧‧ Slider

7‧‧‧left axle

71‧‧‧ Left axle drive unit

8‧‧‧Right axle

81‧‧‧Right axle drive unit

9, 9a, 9b‧‧‧ playing cards

H1‧‧‧Left direction

H2‧‧‧ Right direction

M‧‧‧Vertical direction

S1‧‧‧Central Platform Sensor

S2‧‧‧ Left Platform Sensor

S3‧‧‧Right Platform Sensor

Figure 1 shows an exploded perspective view of the front view of the present creation.

Figure 2 shows a front view stereo combination of the creation.

Figure 3 shows a front perspective view of the present creation viewed from a bottom view.

Figure 4 shows a front view of the creation.

Figure 5 shows a perspective view of the creation of the rear view.

Figure 6 shows a rear view of the creation.

Figure 7 shows a left-view plan of the present creation.

Figure 8 shows a right side plan view of the present creation.

Figure 9 shows a top plan view of the creation.

Figure 10 shows a bottom plan view of the present creation.

FIG. 11A is a schematic view showing the upper side of the mechanical arm setting grid in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11B is a schematic diagram showing the schematic operation of the robot arm in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11C shows the second schematic diagram of the robot arm performing the card-collecting action in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11D shows the third schematic diagram of the robot arm performing the card-collecting action in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11E shows the fourth schematic diagram of the robot arm performing the card-collecting action in the structure of the shuffling machine of the first embodiment of the present invention.

Fig. 11F is a view showing the fifth schematic diagram of the robot arm performing the card taking operation in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11G shows a sixth schematic diagram of the mechanical arm performing a card-removing action in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11H is a schematic view showing the mechanical arm performing the card taking action in the structure of the shuffling machine of the first embodiment of the present invention; Figure VII.

FIG. 11I shows a schematic diagram of the robot arm performing a card taking operation in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11J is a schematic view showing the action of stopping the card taking of the robot arm in the structure of the shuffling machine of the first embodiment of the present invention.

FIG. 11K shows one of the schematic diagrams of the automatic card cutting and shuffling action of the playing card in the first embodiment of the present invention.

FIG. 11L shows the second schematic diagram of the automatic card cutting and shuffling action of the playing card in the first embodiment of the present invention.

FIG. 11M shows the third schematic diagram of the automatic card cutting and shuffling action of the playing card in the first embodiment of the present invention.

FIG. 11N shows the fourth schematic diagram of the automatic card cutting and shuffling action of the playing card in the first embodiment of the present invention.

FIG. 11O shows a fifth schematic diagram of the automatic card cutting and shuffling action of the playing card in the first embodiment of the present invention.

Fig. 12A is a view showing the upper side of the robot arm setting grid in the structure of the shuffling machine of the second embodiment of the present invention. .

Fig. 12B is a view showing one of the schematic diagrams of the robot arm performing the card taking operation in the structure of the shuffling machine of the second embodiment of the present invention.

Fig. 12C is a view showing the second schematic diagram of the robot arm performing the card taking operation in the structure of the shuffling machine of the second embodiment of the present invention.

FIG. 12D is a third schematic view showing the robot arm performing the card taking operation in the structure of the shuffling machine of the second embodiment of the present invention.

Fig. 12E is a view showing the fourth schematic diagram of the robot arm performing the card taking operation in the structure of the shuffling machine of the second embodiment of the present invention.

Fig. 12F is a view showing the fifth schematic diagram of the robot arm performing the card taking operation in the structure of the shuffling machine of the second embodiment of the present invention.

Fig. 12G shows one of the schematic diagrams of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

Fig. 12H shows the second schematic diagram of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

Fig. 12I shows the third schematic diagram of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

FIG. 12J shows a fourth schematic diagram of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

Fig. 12K shows a fifth schematic diagram of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

Fig. 12L shows a sixth schematic diagram of the automatic card cutting and shuffling action of the playing card in the second embodiment of the present invention.

Fig. 12M shows a seventh schematic diagram of the automatic card cutting and shuffling action of the second embodiment of the present creation.

FIG. 12N shows a schematic diagram of the second embodiment of the present creation in the automatic card cutting and shuffling operation of the playing card.

Fig. 12O shows a schematic diagram of the second embodiment of the present invention for performing automatic card cutting and shuffling operations.

Please refer to FIG. 1 and FIG. 2 simultaneously, which shows that the structure of the shuffling machine is provided with a central receiving slot 11, a left receiving slot 12, and a right receiving slot 13 in the body 100, and in the central receiving slot. 11. The central tank 21 and the right tank 13 respectively accommodate a central platform 21, a left platform 22, and a right platform 23. On the central platform 21, the left platform 22, the right platform 23 is respectively provided with a central platform sensor S1, a left platform sensor S2, and a right platform sensor S3, which can be used to sense whether a playing card is stacked on the platform.

In the first embodiment of the present invention, the body 100 includes a right side wall 15 having a left side wall 14 and the left side wall 14 parallel to each other. The left side wall 14 has a concave top edge 141 and the right side wall 15 has a corresponding concave top edge 151. A pair of partitions 16, 17 are disposed between the left side wall 14 and the right side wall 15. The central tank 11, the left tank 12, and the right tank 13 can be formed by the left side wall 14, the right side wall 15, and the pair of partitions 16, 17.

A pair of first flaps 18a, 18b are respectively disposed at a front edge of the top surface of the central pocket 11 and a corresponding trailing edge, and the first flaps 18a, 18b protrude toward the midpoint of the central pocket 11 by a length. The width between the two first flaps 18a, 18b is slightly smaller than the width of the corresponding side edge of the playing card. In this way, when the robot arm (described later) is taken up from the upper of the central pocket 11, the corresponding side edge of the first playing card stacked in the central pocket 11 is blocked by the first flaps 18a, 18b. The arch bridge bends to avoid the first card and the next card clinging to the card.

Similarly, a pair of second flaps 18c, 18d are respectively disposed at the leading edge of the top surface of the left pocket 12 and the corresponding trailing edge. A pair of third flaps 18e, 18f are respectively disposed at the leading edge of the top surface of the right pocket 13 and the corresponding trailing edge, and also have a card-collecting error caused by avoiding the first playing card and the next playing card.

Figure 3 shows a front perspective view of the present creation viewed from a bottom view. 4 to 9 respectively show a front plan view, a rear view, a rear view, a left plan view, a right plan view, and a top plan view of the creation.

In the first embodiment of the present invention, a lifting control assembly 200 is disposed on the rear side of the body 100 for arranging a central lifting mechanism 31, a left lifting mechanism 32, and a right lifting mechanism 33.

A grid 5 is disposed above the body 100, and the grid 5 extends downward. The push plates 51, 52, 53 and the grid plate 5 are displaceably disposed at a predetermined height of the central receiving groove 11, the left receiving groove 12, and the top of the right receiving groove 13. The grid plate 5 is coupled to a grid drive mechanism 6. The grid drive mechanism 6 includes a drive motor 61, a guide rail 62, and a slider 63. The guide rail 62 and the central receptacle 11, the left receptacle 12, and the right receptacle 13 are used. Parallelly disposed in parallel, the slider 63 is placed on the guide rail 62, and the slider 63 can be used to displace the slider 63 back and forth in a left shifting direction H1 or a right shifting direction H2. The grid plate 5 is coupled to the slider 62. When the drive motor 61 of the grid drive mechanism 6 is activated, the grid plate 5 can be moved back and forth on the slide rail 62 by the slider 63, and the grid plate 5 moves when moving back and forth. The range only requires the stroke width of a single pocket and is small in size in the design of the mechanism.

The body 100 further includes a left axle 7 and a right axle 8, respectively disposed at the top edges of the partitions 16, 17, and the left axle 7 is coupled to a left axle drive unit 71, and the right axle 8 is coupled to a right axle drive unit 81. When the left axle drive unit 71 and the right axle drive unit 81 are activated, the left axle 7 and the right axle 8 can be driven to rotate.

The central lifting mechanism 31, the left lifting mechanism 32, and the right lifting mechanism 33 respectively extend through a central connecting plate 11 extending into the central receiving slot 11, the left receiving slot 12, and the right receiving slot 13, a left connecting plate 42, and a right connecting plate. 43 is combined with the bottoms of the center platform 21, the left platform 22, and the right platform 23. Therefore, the central lifting mechanism 31, the left lifting mechanism 32, and the right lifting mechanism 33 can respectively drive the central platform 21, the left platform 22, and the right platform 23 via the central connecting plate 41, the left connecting plate 42, and the right connecting plate 43 respectively. The central tank 11, the left tank 12, and the right tank 13 are vertically displaced in the vertical direction M.

The central lifting mechanism 31 includes a central motor 311; a central guiding rod 312 disposed in the vertical direction M in the elevation control assembly 200; a central screw 313 coupled to the central motor 312 for rotation by the central motor 312; The slider 314 is coupled to the center screw 313 and the center plate 41. When the central screw 313 rotates, the central slider 314 moves up and down along the central guiding rod 312, and drives the central connecting plate 41 to lift and lower, thereby driving the central platform. 22 moves up and down in the central pocket 12.

The left lifting mechanism 32 includes a left motor 321; a left guiding rod 322 disposed in the vertical control unit 200 in the vertical direction M; a left screw 323 coupled to the left motor 321 and driven by the left motor 321; The slider 324 is coupled to the left screw 323 and the left connecting plate 42. When the left screw 323 rotates, the left slider 324 moves up and down along the left guide 322, and drives the left connecting plate 42 to move up and down, thereby driving the left platform 22 to move up and down in the left pocket 12.

The right lifting mechanism 33 includes a right motor 331; a right guiding rod 332 disposed in the lifting control assembly 200 along the vertical direction M; a right screw 333 coupled to the right motor 331 for rotation by the right motor 331; The slider 334 is coupled to the right screw 333 and the right connecting plate 42. When the right screw 333 rotates, the right slider 334 moves up and down along the right guide rod 332, and drives the right connecting plate 42 to move up and down, thereby driving the right platform 23 to move up and down in the right pocket 12.

Please refer to FIG. 11A to FIG. 11J at the same time. As shown in the figure, a mechanical arm 54 is disposed above the grid plate 5, and the mechanical arm 54 is coupled with the card adsorption unit 55. When the shuffling machine structure is shuffled, the playing card 9 The plurality of stacks are superimposed on the central platform 21, and the mechanical arm 54 sucks the playing cards 9a on the central platform 21 by the adsorption unit 55, and the playing cards are displayed to the player, and the playing cards after the playing cards are again sucked by the mechanical arms 54. 9a, placed on the left platform 22, and then re-adsorbed the playing card 9b on the central platform 21, and after the card is displayed, it is placed on the right platform 23, and repeated several times until the end of the game, as shown in Fig. 11J. At this time, the used waste cards are placed on the left platform 22 and the right platform 23, and only a small number of unbranded playing cards 9 are left in the center platform 21, and the robot arm 54 stops acting. Please refer to FIG. 11K to FIG. 11O at the same time, showing a schematic diagram of the cut and shuffle operation of the present creation. As shown in the figure, the right platform 23 is vertically raised by a height, and the grid drive mechanism 6 drives the grid 5 to move in the left shift direction H1. The push plate 53 of the grid 5 will shift the number of playing cards 9b on the right platform 23 to the left. When the grid moves in the right direction H2, the push plate 52 of the grid 5 will shift to the right on the left platform 22. Several playing cards 9a, several times back and forth, and the height of each lift by the left platform 22 and the right platform 23 The degree of playing cards 9a and 9b are different, and the number of cards can be reversed to achieve the effect of cutting and shuffling. And when the grid 5 moves in the right shift direction H2 and simultaneously activates a left wheel drive unit 71 to drive the right axle 7 to rotate in a clockwise direction, the playing card 9a pushed by the push plate 52 can be rotated to the right by the left axle 7 Pushing onto the central platform 21, on the other hand, when the grid 5 is moved in the left shifting direction H1, a right wheel drive unit 81 is activated to drive the left axle 8 to rotate in a counterclockwise direction, so that the playing card pushed by the push plate 53 can be pushed. 9b is moved to the left to the center platform 21 by the rotation of the right axle 8.

The playing cards 9 of the left platform 22 and the right platform 23 can be moved to the central platform 21 by the back and forth movement of the grid 5, and when the playing cards are repeatedly displaced on the central platform 21, the left platform 22 and the right platform 23 by a plurality of times, The mode of simulating manual cutting and shuffling can be achieved, and the order of playing cards is indeed disrupted to match the game effect. In addition, when the playing cards are changed, the playing cards are driven by the wheel rotation by the left axle 7 and the right axle 8, which can improve the problem that the different displacements may be caused by different materials or different old and new playing cards.

The above description is based on the fact that after the card is cut and shuffled, all the playing cards are collected to the central platform 21 and then the new card is started as an example. The actual setting can be arbitrarily set in the actual platform to be on the central platform 21 The left platform 22 or the right platform 23 can be used, and the last set card can be alternately set on different platforms in each hand, and is not limited to a specific card slot, and it is more effective to disrupt the arrangement of playing cards.

This creation can also be applied to an embodiment of a dual tank. In this embodiment, the structure of FIGS. 1 to 10 is simplified, that is, a left side wall 14 and a right side wall 15 are disposed in the body 100, and the left side wall 14 and the right side wall 15 each have a concave top edge. 141, 151, further comprising at least one partition 16 disposed between the left side wall 14 and the right side wall 15 and parallel to each other, and at least one left pocket 12 is defined between the left side wall 14 and the right side wall 15 a right receiving slot 13 , the body 100 further includes a left platform 22 and a right platform 23 , respectively located in the left receiving slot 12 and the right receiving slot 13 , and respectively in the left receiving slot 12 and the right receiving slot groove 13 is displaced along a vertical direction M1.

A lifting control assembly 200 is disposed on the rear side of the body 100, and a left lifting mechanism 32 and a right lifting mechanism 33 are disposed. The left lifting mechanism 32 includes a left connecting plate 42 coupled to the left lifting mechanism 32, and The lift control assembly 200 extends into the left receptacle 12 to be coupled to the bottom of the left platform 22, and the left lift mechanism 32 drives the left platform 22 in the left receptacle 12 via the left link 42 The vertical direction M1 is up-and-down, and the right lifting mechanism 33 includes a right connecting plate 43 coupled to the right lifting mechanism 33, and the lifting control assembly 200 extends into the right receiving slot 13 to be coupled to the right platform 23 The bottom of the right lifting mechanism 33 drives the right platform 23 to move up and down along the vertical direction M1 in the right pocket 13 via the right connecting plate 43.

A grid 5 is disposed above the body 100, and the grid 5 extends downwardly with a plurality of push plates 52, 53, and the grid 5 is displaceably disposed at a predetermined height of the left receptacle 12 and the top of the right receptacle 13. The grid plate 5 is coupled to a grid drive mechanism 6. The grid drive mechanism 6 includes a drive motor 61, a guide rail 62, and a slider 63. The guide rail 62 is disposed in parallel with the left and right pockets 12 and 13 and slides. The block 63 is placed on the guide rail 62, and the slider 63 can be used to displace the slider 63 back and forth in a left shifting direction H1 or a right shifting direction H2. The grid plate 5 is coupled to the slider 62. When the drive motor 61 of the grid drive mechanism 6 is activated, the grid plate 5 can be moved back and forth on the slide rail 62 by the slider 63.

Please refer to FIG. 12A to FIG. 12F at the same time. As shown in the figure, at the beginning of the new hand, all the playing cards 9 are placed on the right platform 23, and the mechanical arm 54 disposed above the grid 5 will be the right platform 23 with the card adsorption unit 54. The top playing card 9a is picked up and then displayed. After the card is finished, the playing card 9a to be displayed is placed on the left platform 22 and repeated several times until the end of the hand.

Referring to FIG. 12G to FIG. 12N, a schematic diagram of the card cutting and shuffling action when the double slot is applied is shown. As shown, the right platform 23 is vertically raised by a height, and the grid drive mechanism 6 The grid plate 5 is driven to move in the left shift direction H1, and the push plate 53 of the grid plate 5 is moved to the left by a plurality of playing cards 9b on the right platform 23 to the left platform 22, and then vertically raised by the left platform 22 by a height. The grid drive mechanism 6 drives the grid plate 5 to move in the right shift direction H2, and the push plate 52 of the grid plate 5 will shift the number of playing cards 9a on the left platform 22 to the right platform to the right, and also back and forth several times. Moreover, the height of each of the left playing cards 9a and 9b is different by the height of each of the left platform 22 and the right platform 23, and the number of the cards 9a and 9b that are changed is different, and the number of discards can be reversed to achieve the effect of cutting and shuffling.

In this embodiment, the last set card is used as the left platform 22 for description. In actual application, the last set card can be arbitrarily set on the left platform 22 or the right platform 23, and the last set card can be alternately set in each card. On different platforms, it is more effective to disrupt the arrangement of playing cards. The above description is directed to the present embodiment with three slots and two slots as an embodiment. In practical applications, this creation can be applied to the number of bins above two slots. For example, if the present invention is designed with a four-slot application embodiment, the grid plate 5 can also be displaced back and forth by the grid drive mechanism 6, and the lift height of each platform can be controlled by the lift control assembly 200. Alternately pushing the playing cards placed in each of the pockets also achieves the card cutting and shuffling functions. The above-mentioned embodiments are only intended to illustrate the present invention and are not intended to limit the scope of the present invention. All other equivalent modifications or substitutions that have been made without departing from the spirit of the present invention should be included in the scope of the following claims. Inside.

100‧‧‧ body

200‧‧‧ Lift control assembly

11‧‧‧Central Cuvette

12‧‧‧ Left slot

13‧‧‧right slot

14‧‧‧ left wall

141‧‧‧ concave top edge

15‧‧‧ right wall

151‧‧‧ concave top edge

16, 17‧‧ ‧ partition

18a, 18b‧‧‧ first film

18c, 18d‧‧‧second film

18e, 18f‧‧‧ third film

21‧‧‧Central Platform

22‧‧‧ Left platform

23‧‧‧right platform

321‧‧‧left motor

331‧‧‧right motor

5‧‧‧ grid

51, 52, 53‧‧‧ push boards

6‧‧‧ grid drive mechanism

61‧‧‧ grid drive motor

62‧‧‧rails

63‧‧‧ Slider

7‧‧‧left axle

71‧‧‧ Left axle drive unit

8‧‧‧Right axle

81‧‧‧Right axle drive unit

H1‧‧‧Left direction

H2‧‧‧ Right direction

M‧‧‧Vertical direction

S1‧‧‧Central Platform Sensor

S2‧‧‧ Left Platform Sensor

S3‧‧‧Right Platform Sensor

Claims (11)

A shuffling machine structure comprising: a body comprising: a left side wall, wherein the left side wall has a concave top edge; a right side wall, and the right side wall has a concave top edge; at least one pair of partitions, Between the left side wall and the right side wall, and the left side wall and the right side wall are parallel to each other, and a central cavity and a left cavity are defined between the left side wall, the pair of partitions and the right side wall And a right receiving slot; a central platform, a left platform and a right platform are respectively located in the central receiving slot, the left receiving slot and the right receiving slot, and respectively in the central receiving slot and the left receiving slot Displacement in a vertical direction with the right receiving groove; a lifting control assembly disposed on a rear side of the body, provided with: a central lifting mechanism; a central connecting plate coupled to the central lifting mechanism, and The lifting control assembly extends into the central receiving groove and is coupled to the bottom of the central platform; wherein the central lifting mechanism drives the central platform to move up and down along the vertical direction in the central receiving space via the central connecting plate; a left lifting mechanism; a left connecting plate, combined The left lifting mechanism is coupled to the bottom of the left platform by the lifting control assembly, and is coupled to the bottom of the left platform; wherein the left lifting mechanism drives the left platform along the left slot through the left connecting plate The vertical lifting and lowering movement; a right lifting mechanism; a right connecting plate coupled to the right lifting mechanism, and the lifting control assembly extending into the right receiving groove and coupled to the bottom of the right platform; The right lifting mechanism drives the right platform to move up and down along the vertical direction in the right pocket via the right connecting plate; a grid plate is displaceably disposed in the central receiving slot, the left receiving slot, and the right a predetermined height of the top of the cavity, the grid includes a plurality of push plates and a grid drive mechanism extending downwardly, coupled to the grid, and the grid is driven to move in a leftward direction or a rightward direction Move back and forth. The shuffling machine structure of claim 1, wherein the central lifting mechanism comprises: a central motor; a central guiding rod disposed along the vertical direction in the lifting control assembly; a central screw, combined The central motor is rotated by the central motor; a central slider is coupled to the central screw and the central connecting plate; when the central screw rotates, the central sliding block moves up and down along the central guiding rod to drive the central The central connecting plate is lifted and lowered, thereby driving the central platform to move up and down in the central receiving groove. The shuffling machine structure of claim 1, wherein the left lifting mechanism comprises: a left motor; a left guiding rod disposed along the vertical direction in the lifting control assembly; a left screw, combined The left motor is driven to rotate by the left motor; a left slider is coupled to the left screw and the left connecting plate; when the left screw is rotated, the left sliding block is raised and lowered along the left guiding rod to drive the The left connecting plate is lifted and lowered, and then the left platform is driven to move up and down in the left receiving groove. The shuffling machine structure of claim 1, wherein the right lifting mechanism comprises: a right motor; a right guide rod disposed along the vertical direction in the lift control assembly; a right screw coupled to the right motor for rotation by the right motor; a right slider coupled to the right screw and the right link a plate; when the right screw rotates, the right slider moves up and down along the right guide bar, and drives the right connecting plate to lift and lower, thereby driving the right platform to move up and down in the right receiving groove. The structure of the shuffling machine of claim 1, wherein: the top edge of the pair of partitions is respectively provided with a left axle and a right axle, and the left axle and the right axle are respectively coupled with a left axle drive unit, a right axle drive unit; when the grid is displaced in the right shift direction, the left axle drive unit drives the left axle to rotate in a clockwise direction; when the grid is displaced in the left shift direction, the right axle drive unit The right axle is driven to rotate in a counterclockwise direction. The shuffling machine structure of claim 1, wherein a front end of the top surface of the intermediate pocket and a corresponding trailing edge are respectively provided with a pair of first flaps, and the two first flaps are oriented The mid-point direction of the intermediate pocket protrudes by a length, and the width between the two first flaps is slightly smaller than the width of a corresponding side edge of the playing card; the leading edge of the top surface of the left pocket corresponds to the rear a pair of second flaps are respectively disposed at the edges, and the two second flaps protrude toward the midpoint of the left pocket by a length, and the width between the two second flaps is slightly smaller than one of the playing cards Corresponding to the width of the side edge; a pair of third flaps are respectively disposed at the leading edge of the top surface of the right pocket and the corresponding trailing edge, and the two third flaps protrude toward the midpoint of the right pocket The length between the two third flaps is slightly smaller than the width of a corresponding side edge of the playing card. A shuffling machine structure includes: a body comprising: a left side wall, and the left side wall has a concave top edge; a right side wall, the right side wall having a concave top edge; at least one partition disposed between the left side wall and the right side wall, and the left side wall and the right side wall being parallel to each other, and the left side wall and the At least one left pocket and one right pocket are defined between the right side walls; a left platform and a right platform are respectively located in the left pocket and the right pocket, and can respectively be in the left pocket and the right The sump is displaced along a vertical direction; a lifting control assembly is disposed on a rear side of the body, and is provided with: a left lifting mechanism; a left connecting plate coupled to the left lifting mechanism, and controlled by the lifting The assembly is extended into the left receiving slot and coupled to the bottom of the left platform; wherein the left lifting mechanism drives the left platform to move up and down along the vertical direction in the left receiving slot via the left connecting plate; a right connecting plate coupled to the right lifting mechanism, and the lifting control assembly is extended into the right receiving groove and coupled to the bottom of the right platform; wherein the right lifting mechanism drives the right connecting plate The right platform moves up and down along the vertical direction in the right pocket a grid plate displaceably disposed at a predetermined height of the left pocket and the top of the right pocket, the grid includes a plurality of push plates extending downward; and a grid driving mechanism coupled to the grid The plate can drive the grid to be displaced back and forth along a left shifting direction or a right shifting direction. The shuffling machine structure of claim 7, wherein the left lifting mechanism comprises: a left motor; a left guiding rod disposed along the vertical direction in the lifting control assembly; a left screw coupled to the left motor for rotation by the left motor; a left slider coupled to the left screw and the left link; and the left slider along the left guide when the left screw is rotated Lifting and lowering, the left connecting plate is lifted and lowered, and then the left platform is driven to move up and down in the left receiving groove. The shuffling machine structure of claim 7, wherein the right lifting mechanism comprises: a right motor; a right guiding rod disposed along the vertical direction in the lifting control assembly; a right screw, combined The right motor is rotated by the right motor; a right slider is coupled to the right screw and the right connecting plate; when the right screw is rotated, the right sliding block is raised and lowered along the right guiding rod, and the driving is performed The right connecting plate is lifted and lowered, and then the right platform is driven to move up and down in the right receiving groove. The shuffling machine structure of claim 7, wherein: the top edge of the partition is provided with an axle, and the axle is coupled with an axle drive unit; when the grid is displaced in the left shift direction, the axle The drive unit drives the axle to rotate in a counterclockwise direction. The structure of the shuffling machine of claim 7, wherein a pair of second flaps are respectively disposed at a leading edge of the top surface of the left pocket and a corresponding trailing edge, and the two second flaps are respectively The midpoint direction of the left pocket protrudes by a length, and the width between the two second flaps is slightly smaller than the width of a corresponding side edge of the playing card; the leading edge of the top surface of the right pocket corresponds to the rear a pair of third flaps are respectively disposed at the edges, and the two third flaps protrude toward the midpoint of the right pocket by a length, and the width between the two third flaps is slightly smaller than one of the playing cards Corresponding to the width of the side edges.