WO2018196759A1 - Poker machine and card collating device and method therefor - Google Patents

Abstract

A card collating device (6) and card collating method for a poker machine. The card collating device (6) comprises a card conveying belt (605), a card collating belt (608), a card shuffling wheel (610) and a side baffle (6011) which are installed on a card collating bracket (601) and a card pressing wheel (603) installed on a card blocking plate (602). A card conveying roller A (604) is positioned on the card feeding side of the card conveying belt (605), a card conveying roller B (606) is positioned on the outgoing card side of the card conveying belt (605); the card collating belt (608) and the side baffle (6011) are respectively positioned on the other two sides of the card conveying belt (605). A roller shaft of the card collating belt (608) is vertically arranged, and the movement direction of the card collating belt (608) is opposite to the movement direction of the card conveying belt (605). The card blocking plate (602) has a transverse extension portion which is located above the card conveying belt (605) to form a card movement channel therebetween for poker cards to pass through.

Description

Poker machine and its card management device Technical field

The invention relates to the field of poker machines, in particular to a poker machine and a card management device thereof.

Background technique

Playing cards are a favorite entertainment item. After playing a game, players need to manage cards, shuffle and deal cards. In order to save the time of licensing, people have invented an automatic licensing machine for licensing. For example, the patent document published as CN201164714Y discloses a playing card four-port licensing machine with a shuffling chamber and a centrally mounted shampoo chamber. The shuffling differential driven by the shuffling motor is uniformly distributed around the four conveyor belts connected to the card issuing mechanism. The conveyor belt is driven by the conveying motor, and each side of the conveyor belt is equipped with a card wheel and the other side is installed. A stopper matched with the license wheel, a spiral lever is mounted on the card wheel, and a counting eye is mounted on the output end of the card issuing mechanism. When the card is in use, the messy cards are placed face down in the shampooing chamber, and are sent out from the four outlets through the shuffle differential, the card wheel, and the dealer. Although the card machine basically completes the shuffling and card-issuing actions, it still cannot avoid the need for the player to fold, organize, and flip the front and back facing different playing cards, resulting in a labor intensive game and a long waiting time.

The patent document disclosed in the publication No. CN102580307A discloses a fully automatic poker machine comprising a mounting base plate and a plurality of supporting legs disposed at the bottom of the mounting base plate; and a mounting plate parallel to the desktop opening mode for placing the poker The card's entry port, the shuffling and initial card-distributing device set at the end of the card for separating the messy playing cards for the first time, and the shuffle card and the other end of the initial card-distributing device are used to adjust the playing cards in the same direction. And separate into a single sheet of the Shun card and the second card equipment; set at the other end of the Shun card and the second card device to adjust the single and the opposite side of the poker into the same direction and deal with the regulations a flop and deal device; a push device for placing a card move on the other end of the flop and deal device; and an upgrade device for placing the card on the table on the side of the push device. Among them, the shuffling and initial splitting equipment realizes the initial splitting by different speeds of the incoming belt and the split belt (separating the playing cards into a few cards), and the Shun and the second splitting equipment are transported through the second dividing belt. The playing cards are matched by the straight belts on both sides and the auxiliary straight belts (the playing cards are adjusted to the same direction, that is, the cards), and the flop equipment is matched by the flopping board and the three flop belts of the concave design. To achieve the flop (turn the playing card to the desired side), the licensing device implements a random card (ie, shuffle) through the licensing strap and the dealer, and the playing card falls directly on the card panel. Pushed by the pusher to the upgrade panel, the card is raised to the table by the upgrade device.

Although the above-mentioned poker machine basically implements the actions of cards, shuffling and licensing of playing cards, the following problems are caused by its structural limitations:

1. The playing belt is used to transport the playing cards. The inevitable gap between the conveying belt and the surrounding wall is easy to be embedded in the playing cards, which may cause the playing card to be damaged, stuck or the equipment is faulty;

2. Use the playing cards to lie flat on the conveyor belt, and use the opposite sides of the straight belt to move the playing cards in the horizontal plane to adjust the orientation, so as to achieve the purpose of leveling the cards, which will easily cause the playing cards to float and become stuck. Even the playing cards on both sides of the belt are damaged or embedded in the belt gap, and the conveying speed and length of the conveying belt have higher requirements, resulting in lower efficiency of the card;

3, using the flop plate and three flopping belts to achieve the flop, there are shortcomings of unstable flops and low flop efficiency, and there are also shortcomings of playing cards into the belt gap;

4. The license plate is used to arrange multiple license plates in a straight line, which has the disadvantages of unstable licensing and low licensing efficiency, and the playing cards of multiple cards are raised in the same position, and the player is inconvenient to collect cards. Cheating possibilities.

The patent document published as CN103055499A discloses a fully automatic poker machine comprising: a card-in box for placing playing cards, a card-carrying mechanism for transporting playing cards at the bottom of the card-in-box; The card slot of the card, the card slot is provided with at least two card components capable of generating relative movements so as to be able to move the playing card to move the card slot out of the length side; The playing cards sent in the card frame are erected in the vertical card transfer device in the card slot; a flop device for flipping the front and back sides of the playing card, the flop device is installed on the exit side of the card slot; one is mounted on the flop A card issuing device for randomly transmitting playing cards to a plurality of shoe boxes; a plurality of card raising devices for respectively lifting the playing cards in the respective card boxes to the table top. The poker machine uses ordinary playing cards and adopts a vertical card strategy, which greatly improves the accuracy and efficiency of the card. However, the poker machine has many components and components, and the manufacturing cost is high.

The patent document with the publication number CN105854274A discloses a poker machine and a poker card sorting method thereof, which eliminates the card management device and the vertical card transfer device, and sets the card issuing mechanism and the card issuing mechanism through the card outlet of the existing card box. Sending a single sheet of cards into the flop device to turn over and deal with cards, which can separate, flip, shuffle and deal cards that have been sorted into one. The shuffling efficiency is high, the reliability is good, and the machine manufacturing cost is low. . However, the poker machine requires the player to organize a large number of playing cards into one, regardless of the front and back, or affect the playing experience and the ease of use of the machine. Therefore, the development of a relatively simple structure, low manufacturing cost, and reasonable Poker, flop, and licensing poker players are imperative.

The patent document published as CN103157272A discloses a cover device for a poker machine card entry frame, comprising a cover plate, a main slider, a sub-slider and a guide seat, the cover plate and the sub-slider are fixed, and the main slider passes The transmission device is connected with the motor, and the motor drives the main slider to slide on the guide seat. The guide seat is provided with a connected horizontal track and a vertical track, the main slider is provided with a push ramp, and the auxiliary slider is provided with a push ramp. The main sliding block is driven by the motor, and the main sliding block pushes the auxiliary sliding block along the horizontal track and rises along the vertical track. The main sliding block is provided with a pulling plate, and the auxiliary sliding block is located on the inclined surface of the main sliding block. Between the pullback plate and the pullback plate to move back along the horizontal track. The cover device, when the card is closed, the motor drives the main slider to slide on the guide seat through the transmission device, and the main slider pushes the sub-slider to advance along the horizontal direction, and when the horizontal direction advances to the end, Rise in the vertical direction, so that the cover plate is placed from the top to cover the entrance card; when the card is opened, the motor drives the main slider back through the transmission, and the cover and the sub-slider are in their own weight. When falling down, the pull-back plate on the main slider will pull the sub-slider back together. Since the cover is dropped, the cover is lower than the height of the table, so that when the cover is retracted, it can be retracted under the table. Without having to reach out to the side of the desktop. However, in actual use, there is a problem that the cover is pushed up too high, raised on the table top, or the cover cannot fall by its own weight, resulting in failure to open.

technical problem

In order to solve the above technical problem, an object of the present invention is to provide a poker machine, a card management device thereof, and a card management method, which overcomes the defects of the prior art card device using the side card belt method, and adopts a single-sided card. Belt management card, set the card board and the pressure plate wheel to avoid the floating playing cards floating and stuck, and improve the efficiency of the card, set the dial wheel to dial the direction of the playing card, thus making the poker in all directions The card is quickly sent out in one direction after passing the card device. The card has high efficiency, good reliability and low machine manufacturing cost.

Technical solution

A card management device for a poker machine, comprising: a card delivery belt, a license plate belt, a dial wheel and a side baffle mounted on the card holder, and a pressing wheel mounted on the card board, and The card belt is installed on the card support by the card roller A and the card roller B, so that the playing card can be horizontally transferred, the card roller A is located on the card side of the card, and the card roller B is located on the card. On one side, the license plate belt and the side baffle are respectively located on the other sides of the delivery belt, and the roller shaft of the Leica belt is vertically disposed, and the movement direction of the Leica belt is opposite to the movement direction of the delivery belt, and the barrier plate has a lateral direction. An extension portion, the lateral extension portion is located above the card-feeding belt to form a card-passing passage for the passage of the playing card between the two, the card-passing passage is closed up and down by the card plate and the delivery belt, and the card-passing channel is rationally The card belt and the side baffle are closed to the left and right. The card path is followed by the card entry port, and the front is the card outlet. The plate wheel can extend into the card path and press the playing card on the delivery belt. The wheel is located on the side of the license card belt near the card outlet, dial The axle of the card wheel is vertically arranged and the direction of movement of the dial wheel is opposite to the direction of movement of the license plate belt. The dial wheel is provided with a dialing portion for pushing the playing cards; wherein the license plate belt and the side fence are in the card. The mouth of the mouth is small and the bell mouth is arranged. The shortest distance L of the license card to the side fence is greater than the width of the playing card and less than the length of the playing card. The shortest distance from the dial part of the dial wheel to the side fence M is greater than the width of the playing card and is less than the shortest distance L of the license plate to the side fence.

Preferably, the cover bracket and the card insertion frame are movably connected by the connecting arm so that the cover bracket and the barrier plate can be opened upward.

Preferably, the pressure plate wheel is pressed against the playing cards on the delivery belt or lifted up by the power mechanism drive control.

Preferably, the delivery roller A of the delivery belt is connected with the delivery motor mounted on the license plate support, and the roller shaft of the license plate belt is connected with the management card motor mounted on the license plate support, and the license plate belt is connected. The roller shaft and the dial wheel are connected by a gear transmission.

Preferably, the dial portion on the dial wheel is in the shape of a rib, a tooth or a pad, and the card portion is made of elastic rubber or soft plastic.

Preferably, the dialing portion has an inclined pushing surface on the pusher wheel, and the position of the playing card contacting the playing card changes during the rotation of the dialing wheel to drive the dialing portion; the dialing portion on the dialing wheel is A helix or a slanted dial, the push surface of which is a curved surface or a flat slope, and the lower portion of the push surface is located on the front side of the front side in the direction of rotation thereof.

According to the above setting, the dialing position of the playing card is tilted. During the process of turning the dialing wheel to dial the playing direction of the playing card, the dialing part will drive the corner of the playing card to rise and send the card. The belt is separated, the force required to move the playing card in the separated state of the playing card and the delivery belt is small, and the contact position of the playing card with the playing card is always changed, so that the card only contacts the same position of the dial wheel, and the reduction is made. Damage to the deck of the playing card, thereby extending the life of the dial wheel.

Preferably, the outer diameter of the convex ring on the circumference of the side of the delivery roller A close to the side fence is higher than the conveying surface of the delivery belt.

Preferably, the minimum spacing of the card and the conveyor belt is less than the minimum spacing of the card and the delivery belt.

A poker machine, comprising: a card-input device mounted on a rack surface, a card-receiving device, a card-distributing device, a flop device, a card-issuing device, and a card-raising device; and a plurality of cards in the card-issuing device The boxes are distributed along the same circumference, and the flops in the flop device are horizontally set and can be flipped. The card for placing the cards of the scattered playing cards and the playing cards for sending the cards into the card. a card management device that forwards and translates the width edge, separates the playing cards sent from the card device into a piece of playing cards, and sends them to the flop box of the card, for identifying the playing cards and The playing cards are arranged in a straight line on the diameter of the circumference of the distribution of the plurality of receiving boxes according to the flop box that needs to be turned over and the card issuing mechanism for issuing the playing cards from the flop box to the binding box. The card-raising device is disposed in one-to-one correspondence with the plurality of card boxes; the card-receiving device is as described above.

A card management method for a poker machine, comprising: the card management device as described above, wherein: the playing card is placed into the card box at any angle, and the card driving device drives the card belt movement to transfer the playing card; When the playing card does not move forward with the width edge, the playing card will be in contact with the backward moving card, and the playing card will rotate clockwise while the playing card is rotating. The playing card is rotating. At the same time, continue to move forward until the direction of the card is adjusted to the width of the forward; after the card is adjusted by the direction of the card, there may be a clockwise rotation of the card to make the card touch the dial of the dial wheel. The dialing department dials the direction in which the playing card is transferred. During the rotation of the dialing wheel, the contact position of the playing card and the playing card moves upward from the lower side of the playing card. The position of the shaft close to the dial wheel moves toward the side away from the dial axle; the delivery belt sends the playing card and the card ends.

Beneficial effect

According to the above technical solution, when the card is forwarded to the playing card and the playing card on the delivery belt is in contact with the license plate belt, the card can drive the playing card to adjust the direction to enable the passing path. The card and the card wheel can prevent the rotating playing cards from floating and jamming, and the pressing wheel can provide the center of rotation of the playing card to improve the efficiency of the card. The dial wheel can transfer the playing card. The direction so that the playing cards in various directions are quickly sent out in one direction after passing through the card device. Overcoming the shortcomings of the prior art card management device adopting the side tactical belt method, using a single-sided tactical belt to manage the cards, setting the card plate and the pressing plate wheel to prevent the rotating playing cards from floating and being stuck, and Improve the efficiency of the card, set the dial wheel to dial the direction of the playing card, the card is efficient, reliable, and low machine manufacturing costs.

DRAWINGS

Figure 1 is a schematic view (top view) of the desktop of the poker machine of the present invention;

Figure 2 is a schematic structural view of the poker machine of the present invention (the card door is closed, a part of the card-lifting device);

Figure 3 is a schematic structural view of the poker machine of the present invention (the opening of the door is opened, a part of the card-lifting device);

Figure 4 is a schematic structural view of the card-input device and the card-making device of the present invention (the door is closed);

Figure 5 is a schematic structural view of the card-input device and the card-making device of the present invention (opening the door of the card);

Figure 6 is a longitudinal sectional structural view of the card-input device and the card-making device of the present invention;

Figure 7 is an exploded view of the installation structure of the card door of the present invention;

Figure 8 is a perspective view of the installation structure of the card door of the present invention;

Figure 9 is a perspective view of the card door of the present invention;

Figure 10 is a schematic view showing the mating structure of the sliding cover of the present invention;

Figure 11 is a schematic structural view of the card-input device and the card-making device of the present invention (the structure of the card door is lifted);

Figure 12 is a schematic structural view of the card-input device and the card-making device of the present invention (the structure of the card-entry door is removed);

Figure 13 is a schematic view showing the transmission structure of the card-input device and the card-making device of the present invention;

Figure 14 is a schematic diagram of the card management process of the card management device of the present invention;

Figure 15 is a second schematic diagram of the card management process of the card management device of the present invention;

Figure 16 is a third schematic diagram of the card management process of the card management device of the present invention;

Figure 17 is a fourth schematic diagram of the card management process of the card management device of the present invention;

Figure 18 is a perspective view of the card compartment of the present invention;

Figure 19 is a second perspective view of the card sorting device of the present invention;

Figure 20 is a schematic view showing the transmission structure of the card dividing device of the present invention;

Figure 21 is a schematic structural view of a flop device of the present invention;

Figure 22 is a schematic view showing the transmission structure of the flop device of the present invention;

23 is a schematic view showing a transmission structure of another embodiment of the flop device of the present invention;

Figure 24 is a schematic structural view of a card management device according to another embodiment of the present invention;

Figure 25 is an enlarged view of a portion A in Figure 24;

26 is a schematic structural view of another embodiment of the card-input device and the card-making device of the present invention;

Figure 27 is a schematic view showing the connection of the card plate and the card cover;

Figure 28 is a schematic exploded view of the structure of the central control panel;

Figure 29 is a schematic structural view of a flop card and a card cover;

Figure 30 is a schematic structural view of the card raising device;

Figure 31 is a schematic view showing the connection of the lifting belt and the substrate;

Figure 32 is a schematic view showing the top plate of the pallet;

Figure 33 is a schematic illustration of the tray being in the lowest position.

BEST MODE FOR CARRYING OUT THE INVENTION

The embodiments of the present invention are described in detail below, and the examples of the embodiments are illustrated in the drawings, wherein the same or similar reference numerals are used to refer to the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the drawings are intended to be illustrative of the invention and are not to be construed as limiting.

In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "transverse", "length", "width", "thickness", "upper", "lower", "front", " The orientation or positional relationship of the indications of "post", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "clockwise", "counterclockwise" is based on The orientation or positional relationship shown in the figures is for the convenience of the description of the invention and the simplification of the description, and is not intended to indicate or imply that the device or component referred to has a specific orientation, is constructed and operated in a specific orientation, and therefore cannot be construed as a Limitations of the invention.

Moreover, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, features defining "first" and "second" may include one or more of the features either explicitly or implicitly. In the description of the present invention, "a plurality" means two or more unless otherwise specifically defined.

In the present invention, the terms "installation", "connected", "connected", "fixed" and the like shall be understood broadly, and may be either a fixed connection or a detachable connection, unless explicitly stated and defined otherwise. , or connected integrally; may be mechanical connection or electrical connection; may be directly connected, or may be indirectly connected through an intermediate medium, and may be internal communication between the two elements. For those skilled in the art, the specific meanings of the above terms in the present invention can be understood on a case-by-case basis.

In the present invention, the first feature "on" or "under" the second feature may include direct contact of the first and second features, and may also include first and second features, unless otherwise specifically defined and defined. It is not in direct contact but through additional features between them. Moreover, the first feature "above", "above" and "above" the second feature includes the first feature directly above and above the second feature, or merely indicating that the first feature level is higher than the second feature. The first feature "below", "below" and "below" the second feature includes the first feature directly below and below the second feature, or merely the first feature level being less than the second feature.

An automatic poker machine as shown in FIG. 1, FIG. 2, and FIG. 3 includes: a card-input device 2, a card-receiving device 6, a card-distributing device 7, a flop device 3, a card-issuing device 4, and an up-up device 5, These devices are mounted on the rack top 1 with a poker machine table top 11 disposed above the rack top 1.

As shown in FIG. 4, FIG. 5 and FIG. 6, the card-input device 2 includes a card-input box 205 for loading a playing card, and a card-carrying mechanism for transporting playing cards is provided at the bottom of the card-in-boxing frame 205. A card door 201 is mounted on the card frame 205.

The mounting structure of the entry door can be found in a cover device for a poker machine card frame disclosed in the patent document No. CN103157272B. However, in actual use, the above structure has problems in that the cover plate is pushed up too high, raised on the table top, or the cover plate cannot fall by its own weight, resulting in failure to open. In order to overcome these technical problems, it is preferable to use the following two types of entry door device:

The structure of the first type of door opening device is as shown in FIG. 4 to FIG. 8 , and includes a card door 201 , a sliding cover 202 and a cover bracket 203 which are arranged on the card box 205 , and the cover bracket 203 is installed on the card. On one side of the frame 205, the incoming card frame 205 is provided with a communicating horizontal rail 2051 and a vertical rail 2052. The sliding cover 202 is slidably coupled to the cover bracket 203 and driven by a cover motor 210 mounted on the cover bracket 203. Moving, the card door 201 is installed above the sliding cover 202 and is stacked on top of each other by the elastic member. As shown in FIG. 9 and FIG. 10, the sliding cover 202 is provided with a plurality of pushing slopes 2022 for entering the card. The warehouse door 201 is provided with a pushing slope surface 2012 that cooperates with the pushing slope surface 2022. The sliding cover plate 202 drives the loading card door 201 to move along the horizontal rail 2051 to open or close the card placing bin of the card box 205, and enter the card. The door 201 is raised along the vertical rail 2052 by pushing the slope 2022 and the bearing slope 2012, and the card door 201 is lowered by the elastic member to realize the descending along the vertical rail 2052.

The elastic member may be a spring, a spring piece or the like. In the present embodiment, as shown in FIG. 7, FIG. 9, FIG. 10, the elastic member is an elastic steel wire 216, and the elastic steel wire 216 passes through the card loading chamber. The wire hole 2013 on the door 201, the two ends of the elastic wire 216 are inserted into the wire groove 2021 on the sliding cover 202, and the wire groove 2021 preferably has a length for the end of the elastic wire 216 to move in the wire groove 2021. Of course, it is also possible to arrange the wire hole 2013 on the sliding cover 202, and the wire groove 2021 is disposed on the card door 201. As shown in FIG. 9 and FIG. 10, in the present embodiment, a plurality of guiding blocks 2011 are disposed on both sides of the card door 201, and the guiding block 2011 extends into the horizontal rail 2051 and/or the vertical rail 2052 of the card box 205. Implement guided movement within. A rack 204 is fixed on the sliding cover 202. The cover bracket 203 is rotatably provided with a gear 209. The cover motor 210 drives the sliding cover 202 to move through the gear 209 and the rack 204. In addition, a horizontal track groove communicating with the horizontal rail 2051 of the card frame 205 is also disposed on the cover bracket 203 for moving and guiding the card door 201, and the cover bracket 203 is further provided with the detection card door 201 and / or sensor 217 in which the sliding cover 202 is moved.

As shown in FIG. 4, when the card door 201 is opened, the card door 201 is pulled down by the elastic member and descends near the sliding cover 202. Under the cooperation of the pushing slope 2022 and the bearing slope surface 2012, the card door is entered. 201 and the sliding cover plate 202 are staggered by a certain horizontal distance; when the card door is closed, the sliding cover plate 202 is always moved horizontally forward, and the card door 201 is first moved along the horizontal track 2051, and when the horizontal movement is completed, the slope is pushed. The face 2022 and the push slope surface 2012 cooperate to push the card door 201 up along the vertical track 2052 until the sliding cover 202 moves into position, as shown in FIG. 5, thus bringing the card door 201 from the top. Just the cover of the card box 205 is covered and substantially flush with the table 11, and the door of the card is closed. When the card entry frame 205 is opened, the cover motor 210 drives the sliding cover plate 202 to retreat, and the sliding cover plate 202 descends along the vertical rail 2052 under the action of the elastic member, and then retreats along the horizontal rail 2051 and the sliding cover plate 202. Since the card door 201 is dropped, the card door 201 is lower than the height of the table top, so that when the card door 201 is retracted, it can be retracted to the bottom of the table without extending the side of the table; After the position is detected, the motor stops working and the card door is opened. Since the entrance door 201 and the sliding cover 202 are connected by the elastic member, the defect that the card door and the card frame are stuck in the prior art cannot be reduced due to their own weight is avoided.

The structure of the second card door device is as shown in Fig. 26. In the embodiment, the card door device includes a card door 201 disposed on the card slot of the card box 205, and the card door 201 is One end is hinged on the entry port, and the card door 201 can be flipped around its hinge point to achieve a flip (open state) and a cover (closed state) with respect to the entry port. Further, the hinge end of the card door 201 is above the upstream end of the card transfer mechanism, and the movable end is above the downstream end of the card transfer mechanism, where the upstream end and the downstream end are relatively opposite to each other. The direction of the delivery direction of the mechanism is used as a criterion for judging; thus, when the card door 201 is opened, more operation space can be left for releasing the card issuing mechanism, or the card phenomenon occurring at the interface between the card issuing mechanism and the card management device 6 . At the hinge end of the card door 201, the card door 201 is inserted into the card frame 205 in the form of a pin, and the card housing 205 is provided with a flip motor 2101, and the output of the flip motor 2101 is driven into The hinged end of the card is linked by gears, and the flip motor 2101 is used to drive the card door 201 so as to enable the limit flip in a certain range. The limit of the flip can be monitored by the sensor, and the sensor detects the card door 201. When in place, the flip motor 2101 is shut down. By adopting the above-mentioned structure of the card door 201 device, the implementation structure of the card door 201 device is greatly simplified as a whole, and the partial structure of the card door 201 device is prevented from being overlaid on the card device 6, when the card device is 6 The occurrence of a card phenomenon does not require the entire door of the card door 201 to be turned up.

Further, a corresponding inclined surface or a curved surface is arranged on the side wall of the card-in-box to gradually reduce the card opening from the top to the bottom, even if the untidy playing cards are gradually formed at the bottom of the card box. Get together. The card outlet of the card entry box is placed on the bottom side of the card entry box. The card-receiving mechanism can refer to the prior art such as CN103055499A, for example, using a plurality of arranged transport wheels, the bottom surface of the card-in frame is provided with a plurality of openings for setting the transport wheel, and the portion of the transport wheel protruding from the opening constitutes an effective transport. The conveying wheel is connected with the conveying motor drive, wherein the spacing between the effective conveying surfaces of the adjacent two conveying wheels is smaller than the width of the playing card, the effective conveying surface of the conveying wheel close to the side wall of the incoming card frame and the side wall of the incoming card frame The distance is less than the width of the playing card, the length and width of the plurality of openings being less than the width of the playing card. As shown in FIG. 4 and FIG. 6 , in the embodiment, the card transfer mechanism is a conveyor belt 213 installed at the bottom of the card insertion frame 205, and the conveyor belt 213 is wrapped around the conveying roller A212 and the conveying roller B215, and the conveying roller B215 The delivery roller A212 is located on the opposite side of the card opening 205 of the card-input frame 205, and the conveying motor 211 drives the conveying roller A212 to rotate through the belt 207 to realize the delivery of the conveyor belt 213. Preferably, the size of the conveying surface of the conveyor belt 213 for the card is matched with the bottom surface of the card box 205, so as to avoid the invalid playing of the scattered playing cards in the card box, and improve the efficiency of card sending and the efficiency of the card.

The card outlet of the card insertion box 205 is provided with a card issuing mechanism for sending out a small number of playing cards, and the card issuing mechanism can refer to the card issuing mechanism in the card-input device disclosed in the patent document of the publication No. CN105854274A, but is preferred. The implementation manner is as follows: as shown in FIG. 6, the card issuing mechanism includes a card plate 602, a conveying roller B215 and a card pressing roller 214. The card plate 602 has a vertical extending portion, and the vertical extending portion is set on the card. The card outlet of the box 205 limits the number of cards played, the bottom of the card board 602 and the conveyor belt 213 below it form a passage for the playing cards, and the card plate 602 is provided with the card pressing wheel 214. The card pressing wheel 214 cooperates with the conveying roller B215 below it to further limit the number of cards played out of the card. Preferably, the card pressing wheel 214 is pressed by the pressing member to enable the playing card to be pressed, so as to achieve quick separation of the plurality of playing cards stacked one on another. For example, as shown in FIG. 7, the card board 602 is provided with a relative The rotating pressure wheel frame 218, the movable end of the pressure wheel frame 218 is mounted with a plate pressing wheel 214, and the movable end of the pressure wheel frame 218 is rotated in one direction by a spring or a self weight so that the card pressing wheel 214 is pressed into the card outlet. The top of the multiple cards.

In order to prevent the playing card from being embedded in the gap between the conveying belt and the inner wall of the tail of the card frame, as shown in FIG. 6, a rearwardly concave notch 2053 is added to the inner wall of the tail of the card box 205, so that the card is not inserted when the card is retracted. The intersection of the conveyor belt 213 and the card entry frame 205. The bottom of the conveyor belt 213 adds a cam structure 2131 at the bottom of the conveying surface, so that the playing cards can be floated up and down, so that the two playing cards do not have the problem of being able to stand side by side and cannot be separated and sent out; the cam structure 2131 can be a fixed structure, but preferably Motor-driven adjustable structure for easy commissioning and selection.

As shown in FIG. 6, FIG. 11, FIG. 12, FIG. 13, the card management device 6 includes a card delivery belt 605, a license card belt 608, and a dialing card mounted on the card support 601. A wheel 610 and a side fence 6011, and a platen wheel 603 mounted on the card plate 602. The delivery belt 605 is mounted on the card holder 601 by the card-feeding roller A604 and the card-feeding roller B606 so as to be able to be transferred to the playing card of the card-making device 6, and the card-feeding roller A604 is located on the card-side side of the card-feeding belt 605, and the card is delivered. The roller B606 is located on the card side of the delivery belt 605, and the license plate belt 608 and the side fence 6011 are respectively located on the other sides of the card delivery belt 605. The roller shaft of the license plate belt 608 is vertically disposed, and the movement of the license plate belt 608 is performed. The direction is opposite to the direction of movement of the card transport belt 605, which has a lateral extension that is located above the card transport belt 605 to form a card path for the passage of the card between the two. The card plate 602 is also provided with a pressure roller 607 that cooperates with the card feed roller B606. The walking path is closed up and down by the card plate 602 and the delivery belt 605. The card path is closed to the left and right by the card belt 608 and the side baffle 6011. The card channel is followed by a card entry port and the front is a card port. The pressing wheel 603 extends into the walking path and can press the playing card on the delivery belt 605. The dialing wheel 610 is located on the side of the license plate 608 near the card outlet, and the axis of the dial wheel 610 is vertical. The direction of movement of the dial wheel 610 is set to be opposite to the direction of movement of the license plate belt 608, and the dial wheel 610 is provided with a dial portion 6101 for changing the playing cards. Wherein, as shown in FIG. 17, the Leica belt 608 and the side baffle 6011 are arranged in a bell mouth shape with a small card opening port, and the shortest distance L of the Leica belt 608 to the side fence 6011 is greater than the width of the playing card. And less than the length of the playing card, the shortest distance M of the dialing portion 6101 to the side fence 6011 on the dial wheel 610 is greater than the width of the playing card and smaller than the shortest distance L of the license plate belt 608 to the side fence 6011. Thus, when the card 605 is forwarded to the playing card and the playing card on the card 605 is in contact with the card 608, the card 608 can drive the card to adjust the direction so that it can pass through the card path. The playing board 602 and the pressing wheel 603 can prevent the rotating playing cards from floating and jamming, and the pressing wheel 603 can provide the center of rotation of the playing cards to improve the efficiency of the card, and the dial wheel 610 can play the playing cards. The direction of the transfer, so that the playing cards in various directions are quickly sent out in one direction after passing through the card management device 6.

In this embodiment, as shown in FIG. 11 , the cover bracket 203 and the card support bracket 601 are both mounted on the card outlet side of the card insertion frame 205 , and the card support bracket 601 is fixedly connected with the card insertion frame 205 or integrally formed. The card plate 602 is fixed or integrally formed under the cover bracket 203, and the cover bracket 203 can be fixedly connected or integrally formed with the card frame 205. Preferably, however, the cover bracket 203 is movably coupled to the card frame 205 by the link arm 208 such that the cover bracket 203 and the card stop plate 602 can be opened upwardly, such that when it is desired to clear the playing cards in the card path of the card management device 6, The entry bar 201 and the card plate 602 can be flipped up, so that the playing card's walking path is opened, which facilitates cleaning of the playing cards in the channel for assembly, debugging and post-maintenance. In another embodiment, as shown in FIGS. 26 and 27, a card cover frame 6021 is fixedly connected to the upper surface of the card plate 602, and the card cover frame 6021 is covered above the card plate 602. One end of the frame 6021 is hinged with the card support 601 on both sides of the card exit port, and the other end of the card cover 6021 is snap-connected with the card frame 205 above the card entry slot. When the buckle is connected, the card cover frame 6021 and the card plate 602 are integrally covered on the card path to form an upper cover; when the buckle relationship is released, the end of the card cover frame 6021 is a movable end. The flipping can be implemented with respect to the hinged end; thus, when it is necessary to clean the playing cards in the walking path of the card management device 6, the card cover frame 6021 and the lower end of the card plate 602 are turned up, so that the playing card is taken away. The card channel is opened to facilitate the cleaning of playing cards in the channel for assembly, commissioning and post-maintenance. Specifically, the buckle connection structure is: a pin hole is formed in a side wall of the frame of the card insertion frame 205, and two axially opposite pin holes 612 are preferably disposed; and a pin is disposed inside the card cover frame 6021. a shaft, and a shifting rod and an elastic member (such as a spring) for axially moving the driving pin, the elastic member can drive the pin shaft into the pin hole 612 to form a snap relationship, and the lever needs to be operated by an external force to overcome the elasticity of the elastic member. The pin is withdrawn from the pin hole 612 to release the snap relationship. Further, the upper end surface of the card plate 602 is sleeved with the lower end surface of the card cover frame 6021 through the cymbal structure, and the 卯榫 socket end is above the card-engaging end of the card-passing channel, and the plaque is basically realized by the cymbal structure. The fixing between the plate 602 and the card cover frame 6021 is fixed; and only the adjusting spring 613 is provided as a connection between the card plate 602 above the card-end end of the card-passing channel and the card cover frame 6021. The card plate 602 There is also a pressure roller 607 matched with the delivery roller B606; under this structure, the card plate 602 above the card exit end is not completely fixed, the card plate 602 has a certain material elasticity, and the adjustment spring The force of the pressing force can be applied to the card 602; under this structure, the matching gap between the pressing wheel 607 and the card-feeding roller B606 can be relatively adjusted to avoid damage when the card is stuck.

As shown in FIG. 12 and FIG. 13 , the side baffle 6011 is fixedly connected or integrally formed with the card support 601; the card transfer roller A604 of the card delivery belt 605 and the card sending motor 611 mounted on the card support 601 The transmission connection, the roller shaft of the license plate belt 608 is drivingly connected with the control card motor 609 mounted on the card support 601, and the roller shaft of the license plate belt 608 is connected to the dial wheel 610 by gear transmission. The dial portion 6101 on the dial wheel 610 may be in the shape of a strip, a tooth or a paddle. Preferably, the card portion 6101 is made of elastic rubber or soft plastic. As shown in FIGS. 24 and 25, in another embodiment, the dial portion 6101 has a slanted push surface 6102. When the dial wheel 610 drives the dial portion 6101 to rotate, the dial portion 6101 contacts the playing card. Location change. The dialing portion may be arranged in a spiral shape, and the pushing surface on the card surface may be a curved surface (concave inclined surface) or a flat inclined surface, and the playing card can be raised only in the direction of rotation. According to the above setting, the dialing surface 6102 of the dialing part is tilted. During the process of turning the dialing wheel to dial the playing direction of the playing card, the dialing part will drive up the corner of the playing card to be lifted up and sent. The card belt is separated, the force required to move the playing card in the separated state of the playing card and the delivery belt is small, and the contact position of the playing card and the playing card is always changed, so as to avoid the card only touching the same position of the dial wheel, minus Small playing cards damage the dialing part, thereby extending the life of the dialing wheel.

The card-feeding roller A604 is provided with a convex ring 6041 on the circumference of both sides of the extended delivery belt 605, so that the position where the card-shaped card-passing path is not covered by the card-feeding belt 605 is also formed. The transfer of playing cards prevents the cards from being stuck or staying in the walking path. Preferably, the outer diameter of the convex ring 6041 on the circumference of the side of the delivery roller A604 near the side baffle 6011 is higher than the conveying surface of the delivery belt 605, which facilitates the movement of the playing card to the side of the license belt 608, thereby improving the efficiency of the card. And further to avoid playing cards stuck. Further preferably, the convex ring 6041 is helical to further facilitate the movement of the playing card to the side of the control belt 608.

Preferably, as shown in FIG. 6, the minimum spacing between the card plate 602 and the conveyor belt 213 is smaller than the minimum spacing of the card plate 602 and the carding belt 605, so that not only the number of cards entering the card passage can be limited, but also The card space is sufficient to ensure smooth card entry and smooth card management.

Preferably, the outer surface of the contact card 608 in contact with the playing card is provided with a surface structure such as a groove, a rib or a tooth to facilitate the rotation of the playing card, so as to improve the efficiency of the card.

The pressing wheel 603 can be in a fixed position, but the pressing wheel 603 can preferably be moved up and down by the power transmission, so that when the card handling device is quickly released, the pressing wheel 603 can be raised to reduce the friction of the playing card. When the card device does not play for a long time, the pressing wheel 603 is pressed to ensure the efficiency of the card. The platen wheel 603 can be driven up and down by a motor.

The card method is as follows:

As shown in Fig. 14, the playing card 1000 is placed into the card box at any angle, and the card-making device 6 drives the card-driven motor belt 605 to move the playing cards, and the playing card is placed on the playing card, and the pressing wheel is rolled. Touching the playing card, when the playing card is not moving forward with the width edge, the playing card will be in contact with the backward moving card strap 608, and the carding belt 605 and the license plate belt 608 act simultaneously, as shown in FIG. It is shown that the playing card rotates clockwise, and the playing card continues to move forward while rotating until the direction of the card is adjusted to the width side forward, so that the card belt is smoothed by driving the playing card to smooth it forward to the width side. As shown in FIG. 16, the dial wheel 610 dials the direction of the playing card, and the card belt translates the playing card, and the card ends.

As shown in FIG. 18, FIG. 19, and FIG. 20, the card-distributing device 7 preferably refers to a card-issuing mechanism of a card-input device in the patent document of the publication number CN105854274A. Preferably, the card-diving device 7 includes a card-distributing device. The warehouse 701 has a conveying mechanism 702 at the bottom of the card compartment 701, and the card outlet of the card compartment 701 is provided with a card issuing mechanism, and the carding mechanism includes a card pressing plate A703, a carding roller A711, a card pressing plate B710, and a carding card. The roller B709, the card pressing plate 704, the card pressing roller 705 and the card rolling roller 706, the carding roller A711, the carding roller B709 and the card roller 706 are arranged in parallel on the card compartment 701 and pass the gear set and the card division. The motor 708 is connected by driving; the pressing plate A703 is fixed on the card compartment 701, and the card pressing plate A703 and the carding roller A711 are arranged correspondingly up and down for playing cards between the two, and the pressing plate rib is provided at the bottom of the pressing plate A703. The plate ridge is offset from the axis of the card roll A711 by a horizontal distance d and the plate ridge is closer to the card storage space of the card 701 than the axis of the card roll A711, the plate ridge being lower than the top of the card A711 and A gap is formed between the plate ridge and the card roll A711 for playing cards; The plate B710 is fixed on the card compartment 701, and the card pressing plate B710 is arranged correspondingly up and down with the card-infeeding roller B709, and a gap for playing cards is left between the two. The card-rolling roller B709 is provided with a plurality of ring-shaped protrusions. The plate pressing plate B710 is provided with a groove A corresponding to the annular protrusion, wherein the annular protrusion on the incoming roller B709 protrudes into the corresponding groove A on the card pressing plate B710; the card pressing plate 704 is movably mounted in the sub-plate The card 701 is biased by the elastic mechanism, and the card pressing roller 705 is mounted on the card pressing plate 704. The card pressing roller 705 and the card roller 706 are rotated up and down and the playing cards are clamped between the two. Thereby, a single playing card is sent out from the card outlet of the card-input device. The card issuing agency and the issuing institution share a single card motor.

In this embodiment, the card pressing plate 704 is hinged to the card compartment 701 through the rotating shaft and is biased by the torsion spring (so that the card pressing roller 705 is pressed on the card roller 706); the card roller B709 is provided with two a ring-shaped protrusion, the platen plate B710 is provided with two grooves A corresponding to the annular protrusions; the bottom wall of the card compartment 701 extends from the card storage space to the card-rolling roller B709, the card-rolling roller B709 and the card A space for the discharge of paper debris from the playing cards is left between the rollers 706 to prevent paper debris from causing malfunction of the moving parts or sensor failure.

In the prior art, the licensing mechanism disclosed in the patent documents disclosed in the publications CN2801230Y, CN203303617U, etc., uses a licensing restriction plate to limit the card opening height of the card outlet of the card issuing compartment, or by setting the upper and lower rollers of the upper and lower rollers. The spacing is used to limit the playing height of the card outlet of the dealership. By such a structure, the number of playing cards passing through the outlet of the dealership is limited. Such a structure when multiple playing cards enter the outlet of the dealership. It is very easy to get stuck, so the playing cards used are very demanding. The size of the dealer's card is also required to be exactly the same as the thickness of the playing card. It is also easy to use because of the static electricity or adhesion between the playing cards. A piece of playing cards cannot be separated and stuck in the card outlet of the dealership.

In order to solve the above technical problem, the gap between the plate ridge and the platen platen A703 of the present invention limits the entry of only a few cards (up to three in this embodiment), and passes through the plate ridge and the platen A703. The front and rear misalignment and the upper and lower overlap design (the plate ribs are offset from the axis of the card roll A711 by a horizontal distance d and the plate ridges are closer to the card storage space of the card compartment 701 than the axis of the card roll A711, and the plate ridges are lower than The top of the entry roller A711), so that when the gap between the platen ridge and the entry roller A711 enters a plurality of playing cards, the entry end of the playing card will be tilted to shift the upper and lower two playing cards to avoid The upper and lower two cards of the electrostatic bond can not be separated, because the plate ridge is stationary and the pressure contact area with the above playing cards is small, so the static friction between the plate ridge and the upper playing card is much greater than the upper and lower The friction between the two playing cards, and the driving power of the playing cards is derived from the incoming roller A711, which is applied to the playing cards below, so the playing cards below are conveyed and continue to move forward. Playing card face is temporarily retained, the vertical separation of two playing cards produced. Although the pressing plate ridge and the incoming roller A711 have separated the two playing cards stacked one above the other, it is inevitable that there are two playing cards successively entering between the incoming pressing plate B710 and the incoming roller B709, the technical solution The upper and lower two playing cards are deformed by the concave-convex misalignment structure on the incoming platen B710 and the incoming roller B709, thereby preventing the upper and lower two playing cards from being electrostatically separated, and because the incoming platen B is stationary and its The concave-convex structure and the upper playing card have a smaller pressing contact area, so that the static friction between the playing plate B and the playing card is far greater than the friction between the upper and lower playing cards, and the driving power of the playing card is derived from The entry roller B is applied to the playing cards below, so the following playing cards are conveyed and continue to move forward, the playing cards are temporarily retained, and only the following playing cards are taken from the playing plate B710 The card is sent out between the card roll 709 and the card roll 705 is sent by the card press roller 705 and the card roll 706 to the flop device.

In other embodiments of the card sorting mechanism of the present invention, the upper and lower positions of the card press plate A703 and the card roll A711 may be interchanged, or the upper and lower positions of the card press plate B710 and the card roll B709 may be exchanged. , or the upper and lower positions of the card press plate 205 and the card press roller 705 and the card roll 706 are interchanged, or the concave and convex structures on the card roll B709 and the card press plate B710 are interchangeably or deformed. The effective separation of the above plurality of playing cards is one of the specific embodiments of applying the above-described playing card separation principle of the present invention. The components of the card pressing plate A703, the carding roller A711, the card pressing plate B710, the carding roller B709, the card pressing plate 704, the card pressing roller 705 and the card roller 706, each component may be one. The integrally formed component may also be a combined component that is composed of a plurality of parts to achieve the same function. For example, the platen platen B710 may be an integrally formed component having a concave-convex structure, and the platen platen B710 may also have a concave-convex ring. The roller part is fixed on one platen part. In another embodiment, the roll part with the embossed ring is mounted on the platen part with great rotational resistance (ie, the roll part can be rotated relative to the plate part) , but the difficulty of turning is difficult).

Preferably, the card press plate A703 is formed with a slope or a curved surface on a side of the platen ridge adjacent to the card insertion direction, so that a plurality of playing cards are separated by barriers and only a few cards are entered between the platen ridge and the card A711. , to reduce the pressure on the separation of playing cards. Similarly, the card press plate B710 is formed with a bevel or a curved surface on the side close to the card entering direction, so that when two or three playing cards pass the plate ridge and the card A711, the playing card is lifted upwards to further facilitate the upper and lower two cards. The up and down shift of the playing cards makes it possible to block only one or two playing cards between the incoming press plate B710 and the incoming roll B709, which can also reduce the pressure of the card separating the cards and prevent the cards from being stuck. In addition, a space for the one end of the playing card to be lifted is provided between the incoming pressing plate A703 and the incoming pressing plate B710, that is, an upward inclined surface or a curved surface is formed after the pressing plate ridge, so that the pressing plate ridge and the incoming roller are passed through The A711's multiple decks of cards are fully tilted apart.

Preferably, the cross-section of the plate ridges is V-shaped, which provides better plate separation.

In the above embodiment, the card management device 6 is used to adjust the card direction, that is, the card playing direction is adjusted to the width side forward; the card issuing device 7's card issuing mechanism is to play the single card from the card. The card is sent out; the card compartment 701 is between the card issuing end of the card device 6 and the card issuing mechanism, and the function of the card compartment is mainly when the card issuing efficiency of the card device 6 is higher than the carding efficiency of the card issuing institution. The storage space can be used as an intermediate area to store the part of the cards, so as to prevent the number of playing cards entering the carding institution from exceeding the range that the mechanism can handle, resulting in a card. However, as described in the above embodiment, in the card-input device, the card outlet of the card-in-box 205 is provided with a card-issuing mechanism for sending out a small number of playing cards; the card-issuing mechanism and the card-issuing mechanism of the card-distributing device 7 The functions are the same, so in theory, the card-selling efficiency of the card-distributing device 7 can be completely adapted to the card-making efficiency of the card-making device 6, and there is no accumulation of playing cards. Therefore, in the card separating device 7 in this embodiment, the card compartment 701 and its internal conveying mechanism 702 can be discarded, and only the card issuing mechanism of the card separating device 7 is retained, and the carding mechanism undertakes the carding of the card device 6. On the mouth. In another embodiment, the card issuing mechanism only retains one of the card-input devices, and discards the entire card-distributing device 7, that is, the card-distributing device 7 is not included in the solution, and the card-out port of the card-receiving device 6 directly accepts Flop device. In another embodiment, the card management device 6 is discarded, and the card-receiving device, the card-distributing device, and the flop device are sequentially taken over. The poker machine under the structure cannot implement the card function as a simplified version (ie, cannot be used for playing cards). The direction of the card is adjusted. Therefore, the player needs to arrange the playing cards to be processed into the same card direction to be put into the card-input device. The card-in port of the card-input device can be designed to be suitable for the shape of a single card-out direction. To standardize the player's direction in the playing cards, to avoid misplacement.

On the basis of the above embodiment, as shown in FIG. 28, the poker machine further includes a central control panel 8, and the lower end of the disc body of the central control panel 8 is fixed on the card separating device 7, when the model does not have the card compartment 7 It can also be fixed on the card-in device, the card-making device or the flop device. The upper end surface of the disk of the center control panel 8 is substantially flush with the desktop board 11 of the poker machine. The center control panel 8 includes a height adjustment base fixed to the card loading device, the card management device or the flop device, and is fixed at the height. An angular positioning base 82 on the base is adjusted, and an angular positioning plate 83 fixed to the angular positioning base 82, and a disk 84 fixed to the angular positioning plate 83. The angle positioning base 82 and the height adjustment base are connected by a bolt and nut assembly, and the connecting end of the angle positioning base 82 or the height adjustment base is a longitudinally extending strip groove, so that the bolt and nut assembly can be in the strip shape. The position in the slot adjusts the height of the center control panel; the height adjustment base is provided with a dial 85. The upper end surface of the dial 85 is a curved surface at different horizontal levels, and the angular positioning base 82 is provided with a positioning post and a dial 85. The end faces are offset to assist in locating the height of the center control panel. The angle positioning base 82 is provided with a first positioning ring on the same circumference. The angle positioning plate 83 is provided with a second positioning ring, which is opposite to the first positioning ring, and the first positioning ring and the second positioning. The connection angle of the ring is fixed and cannot be adjusted, but the disk 84 can be quickly positioned during installation. The disk body 84 is internally provided with a disk cavity 81. The disk cavity 81 is internally provided with a plurality of latches. The upper end surface of the disk body 84 of the central control panel 8 is provided with a control button for moving the forceps to randomly generate different ones. The control button can be a mechanical button or an electronic button. The button can be used to mechanically drive the tweezers through the lever, or a magnetic field can be generated by the circuit to move the dice or other control structure that can realize the movement of the dice. When in use, the user can randomly obtain the number of dice points through the center control panel 8, thereby determining the order of the cards.

As shown in FIG. 21 and FIG. 22, the flop device includes a flop box 309 rotatably connected to the flop holder 301, and the flop box 309 has a front and rear through gap which can place the playing card and move the card in and out. The front end of the card box 309 is provided with a card entry port, and the rear end of the flop box 309 is provided with a card outlet. The flop card holder 301 is provided with a card issuing mechanism outside the card outlet of the flop box 309, and the flop box 309 is installed The flop motor 303 on the flop 301 is drivingly coupled, and the flop box 309 is provided with an identification element for identifying the front and back of the playing card and a detecting element for detecting the position of the playing card. The card entry opening and the center of the card opening 309 are both located on their axes of rotation.

In this embodiment, the entrance card is provided with a slope for facilitating the entry of playing cards. The flop box 309 is rotatably mounted on the flop holder 301 via a large bearing 306, on which the turntable is fixed, and the turntable is drivingly coupled to the flop motor 303 via a belt. As shown in FIG. 23, in another embodiment, the turntable is drivingly coupled to the flop motor 303 via a gear.

The push card structure on the flop box 309 may be a push card mechanism in the form of a push rocker disclosed in the patent document published as CN103041579A, or a push wheel structure disclosed in the patent document published as CN103083896A, In the embodiment, the latter is provided with a wide gap communicating with the inside on both sides of the flop box 309, so that the two sides of the card transfer wheel 310 can extend into the inside of the flop box 309 through the wide gap, and two delivery wheels There is at least one gap between the playing card thicknesses, and the two sending wheels can be inserted into the flop box. The flopping seat 301 is provided with two sets of transmission mechanisms, and the two sets of transmission mechanisms respectively correspond to the flopping box 309. On the side of the card, the flop motor 301 is fixed on the flop 301. After the flop 309 is turned over, one side of the card is pressed into the flop 309, and the card motor 302 is driven by the transmission mechanism. The wheel turns to send the cards.

The flop box 309 is provided with an identification component for identifying the front and back of the playing card, and the flopping box 309 is provided with a plurality of detecting elements for detecting the position of the playing card. The identification component is a camera, and the camera is connected to the image recognition module. In this way, by taking pictures of the playing cards into different positions in the flop box 309, the photo information of different positions on the same side of the playing cards is obtained, and the pattern of the back side of the playing cards is used as a regular pattern of high uniformity of the positions of the unit patterns. It is determined whether the front or the back of the playing card is based on the degree of coincidence of the graphics of these photos.

Further arrangements of the flop box and the specific flop process can be found in the patent document publication number CN103083896A and the related patent application of the present inventor.

The flop shoe 301 is provided with a card issuing mechanism outside the card outlet of the flop box 309, and the card issuing mechanism disclosed in the patent document of the publication No. CN105854274A can be referred to. The card issuing mechanism comprises a card holder mounted on the outside of the outlet of the flop box 309. One end of the card holder is fixed on the flop holder 301, and a card pressing plate 307 is mounted on the card holder, and one end of the card pressing plate 307 is attached. Hinged with the card holder, the other end of the card pressing plate 307 is provided with a pressing member 305, a path for the playing card to be formed between the card issuing plate and the card pressing plate 307, and a card roller corresponding to the upper and lower portions of the pressing plate member 305. The 304 is mounted on the flop 301 or the shoe holder and is in driving connection with the dealer motor 302. The shoe platen 307 imparts a tendency for the plate member 305 to approach the dealer roller 304 by the elastic mechanism. In the present embodiment, the elastic mechanism refers to a torsion spring that is sleeved on the hinge shaft of the card pressing plate 307. One end of the torsion spring abuts the card holder or the flop seat, and the other end of the torsion spring and the card platen 307 is offset.

Although the two cards stacked one on top of the other have been separated in the card sorting device, there is still a possibility that two cards at the same time enter the flop box in the case of extremely small probability, and therefore, as a preference, In this embodiment, the dealer roller 304 is disposed correspondingly up and down with the pressing member 305 and a gap for the passage of the playing card is left between the two. The dealer roller 304 is provided with a plurality of annular grooves on the pressing member 305. A projection corresponding to the annular groove is provided, and the projection on the pressing member 305 projects into the annular groove on the dealer roller 304. The pressing member 305 is fixed on the card pressing plate 307, or integrally formed with the card pressing plate 307, or is mounted on the card pressing plate in a manner that the rotation resistance is extremely large, so that the pressing plate member 305 cannot be synchronized with the dealer roller 304. Turn. In this way, the present invention cooperates with the concave-convex structure on the pressing member 305 to deform the upper and lower two playing cards, thereby preventing the upper and lower two playing cards from being electrostatically separated, and because the pressing member 305 cannot be combined with the hairpin 305. The card roll 304 rotates synchronously and its concave-convex structure and the playing area of the playing card are small, so that the static friction between the pressing piece and the playing card is much greater than the friction between the upper and lower two playing cards, and the driving power of the playing card From the dealer roll, so the playing cards in contact with the dealer roll are conveyed to continue moving forward, the playing cards in contact with the pressing plate are temporarily retained, and only one playing card is taken from the issuing roller 304 and the pressing member 305. Sent between. Based on the possibility that two playing cards enter the flop box, the following embodiment may also be adopted, in which a sensor is provided in the flop device or at the card outlet, and the sensor is used to identify the situation in which a plurality of playing cards are stacked ( When two cards are completely overlapped, they are not recognized, only when there is a stack misplacement. When the sensor detects an abnormal situation that identifies multiple decks of cards, multiple cards are returned to the flop, re After the flop and deal process and ensure that only one playing card is sent from the dealer roller 304 and the pressing member 305; the retained playing card is re-image recognized and flopped, and then enters the dealer re- Licensing. The repeated plaque method combined with the above-mentioned split and flop can minimize the possibility that the flop will simultaneously issue two playing cards.

In this embodiment, the pressing member 305 is a roller fixed on the card pressing plate, and the projection is annularly disposed on the circumferential surface of the roller, which is not only convenient for processing but also facilitates paper debris along the edge. Both sides of the annular projection are discharged. In another embodiment, the pressing member may be integrally formed with the card pressing plate, and a corresponding uneven structure is disposed at a position of the pressing member corresponding to the issuing roller. In other embodiments of the invention, the shoe holder can also be integrally formed with the flop shoe.

In order to prevent the card member from being pressed against the license plate by a large pressure to cause playing card damage and machine failure, a card limiting mechanism for limiting the range of movement of the card member is provided, and the plate pressing mechanism may be The waist hole structure or the upper and lower limit position structure disposed on the flop seat or the card support bracket, the two ends of the pressure plate member are restricted by the waist hole structure or the upper and lower limit position blocking structures, and in the embodiment, the pressing card The limiting mechanism includes a roller mounted at both ends of the dealer roller 304 and a bearing mounted at both ends of the pressing plate member 305. The roller of the dealer roller is mounted at both ends of the roller shaft of the dealer roller, and the bearing is mounted on the shaft at both ends of the pressing plate member 305. The roller of the dealer roller is in rolling contact with the bearing of the pressing plate member, so that the matching of the bearing and the roller can not only limit the minimum gap between the pressing plate and the dealer roller, but also has a very high matching precision and Operational accuracy. The force exerted by the elastic mechanism on the pressing member can be larger to more precisely control the gap between the pressing member and the dealer roller, in order to prevent the pressing member from being squeezed into the pressing member and the licensing roller in the plurality of playing cards. Between the pressing of the card member is excessively reversed, and a limit bar for restricting the pressing member 305 or the card pressing plate 307 to be retracted is disposed on the flop or the card holder for limiting the maximum between the pressing member and the dealer roller. gap.

As shown in FIG. 29, the flop shoe 301 is provided with a card cover 311 outside the card issuing mechanism, and the card cover 311 limits the range of the playing cards sent from the card issuing machine to prevent the playing cards from falling into the receiving box. The card cover 311 is provided with a detecting element 312 for detecting whether or not a playing card is sent, and a steel piece 313 for guiding the flying direction of the playing card. The steel sheet 313 is disposed at the outlet of the card issuing device of the flop device, and the playing path of the playing card 304 and the pressing member 305 is directed to the steel sheet 313, and the steel sheet 313 is inclined or curved. The shape used to change the direction of flight of the playing cards. When the playing card is flying out of the card outlet, the flight path defined by the passing path will be toward the steel sheet 313. After the playing card touches the steel sheet 313, the kinetic energy of the playing card is lowered, and on the other hand, the flying direction is Guide, towards the pick-up box, to avoid the situation where the playing cards cannot fall into the pick-up box.

Poker cards generate a lot of static electricity during the running of the poker machine and during the game of the player. Static electricity is the cause of the large adhesion between the upper and lower playing cards and cannot be separated. At the same time, the static electricity will cause the sensor to be zero. The components are contaminated and fail, and during the flight of the playing cards from the licensing mechanism, the playing cards with static electricity tend to drift due to the electric field force and cannot fall into the binding box. For this reason, in this embodiment, The pressing member 305 is preferably made of a conductive metal material and grounds the pressing member 305 to eliminate static electricity on the playing cards.

The card issuing device 4 includes a card issuing mechanism installed outside the card outlet of the flop box 309, and the plurality of card boxes for receiving the playing cards issued by the card issuing machine are distributed along the same circumference and moved along the circumference. The card issuing mechanism is located in the rotating circumference of the binding box, and the card issuing direction of the card issuing mechanism coincides with the radial direction of the rotating circumference of the card box. The plurality of shoe boxes are fixed to a rotating ring, and the rotating ring is connected to the motor.

Preferably, three positioning wheels are mounted on the frame table 1 along the same circumference, and the rotating ring is suspended in the middle of the three positioning wheels and is in rolling frictional contact with the three positioning wheels. The rotating ring is provided with circumferential internal teeth, and the rotating ring is connected with the gear motor gear. The rotating ring is provided with a magnetic steel and a blocking piece for positioning and recognizing the binding box, and the corresponding magnet steel detecting element and the blocking piece detecting element are arranged on the frame surface, and the control module controls the card-distributing motor to randomly distribute the playing cards to each connection. The card box, the control module records the number of cards in each of the card boxes, and finally completes the random card issuance process.

Further arrangements of the card-issuing device, the accommodating box, and the specific licensing process can be found in the patent document published as CN103083896A and the related patent application of the present inventor.

The ascending device 5 and the ascending process are described in the patent documents published as CN103055500A, CN103170131A, and the related patent applications of the present inventors. As shown in FIGS. 30 to 33, the present embodiment is improved on the card raising device disclosed in CN103055500A. The card raising device includes a card holder 51, and a tray 52 which is disposed on the card holder 51, and a driving tray. A drive assembly for lifting the card 52 up and down. The driving assembly includes a lifting motor, and a lifting belt 54 connected to the output end of the lifting motor and positioned by the pulley; the end of the tray 52 is provided with a substrate 55 connected to the lifting belt 54; The driving motor drives the lifting belt 54 to operate, so as to drive the movement of the pallet 52. However, in further production practice, it is found that the connection of the substrate 55 and the lifting belt 54 is a surface connection, and when the pallet 52 is raised to the highest position or lowered to the lowest position, the lifting belt 54 on the two stations is passed through the belt. The wheel positioning is a curved surface rather than a vertical surface, so the pallet 52 cannot be moved to the theoretically desired highest or lowest position (mainly the problem that the angle of the pallet 52 changes and the joint surface is easily broken). In order to overcome the above deficiencies, the lifting belt 54 used in this embodiment is not an integrally closed loop belt body, and both ends of the lifting belt 54 are outwardly extended from the belt body direction, respectively, and a first tongue portion 541 and a second portion are respectively provided. The tongue portion 542, the first tongue portion 541 and the second tongue portion 542 are integrally formed with the belt body of the lifting belt 54 and have a width smaller than the belt body width. Preferably, the first tongue portion 541 and the second tongue portion 542 have complementary shapes. The sum of the widths of the first tongue 541 and the second tongue 542 is equal to the width of the belt of the lifting belt 54, so that the lifting belt adopted in the present scheme can be obtained by cutting the entire conventional integrated closing belt 54 as required. 54. Further, the first tongue portion 541 of the lifting belt 54 is led down from the upper surface of the substrate 55, and the tongue end thereof is fixedly connected to the lower end portion of the substrate 55, and the second tongue portion 542 of the lifting belt 54 is led from below the substrate 55, and The tongue end is fixedly coupled to the upper end portion of the substrate 55, that is, the first tongue portion 541 and the second tongue portion 542 of the lift belt 54 are respectively connected to the substrate 55, and the connection strength between the lift belt 54 and the substrate 55 is secured. Further, since the connection ends between the first tongue portion 541, the second tongue portion 542 and the substrate 55 are relatively independent, there is no possibility that the substrate 55 rises to the highest position or falls to the lowest position, and the tilting occurs, which overcomes In the prior art, it is not possible to raise the tray 52 to the highest position or to the lowest position. As shown in FIG. 32, when the lifting belt 54 pulls the pallet 52 upward, the tongue end of the first tongue 541 serves as a connection urging end, and the tongue end of the first tongue 541 is connected to the lower end of the substrate 55, and can be held. The card 52 is raised to the highest position; as shown in FIG. 33, when the lifting belt 54 pulls the pallet 52 downward, the tongue end of the second tongue 542 serves as a connection urging end, and the tongue end of the second tongue 542 and the substrate 55 The lower ends are connected to lift the pallet 52 to the lowest position.

The poker machine shown in Fig. 1, Fig. 2, Fig. 3 includes a card loading device 2 mounted on the rack table 1, a card management device 6, a card dividing device 7, a flop device 3, a card issuing device 4, and a liter Card device 5; a plurality of card boxes in the card issuing device 4 are distributed along the same circumference, and the flop box in the flop device 3 is horizontally disposed and can be flipped by 180° for placing the card playing device of the scattered playing card The card entering box of 2, the playing card for sending the card feeding device 2 is straightened out to be a card edge device 6 which is forward and panned in width, and the playing card for sending the card device 6 is separated into one piece. The playing cards are sent to the card dividing device 7 of the flop box 309, the flopping box 309 for identifying the playing cards and turning the playing cards as needed, and for issuing the playing cards from the flop box 309 to the binding box. The card issuing mechanism is linearly arranged in a row on the diameter of the circumference of the plurality of card boxes, and the plurality of card raising devices 5 are disposed in one-to-one correspondence with the plurality of card boxes. This layout not only ensures reliable cooperation and continuity between the devices, but also is compact and reasonable, and has high space utilization.

First, the complete playing card of the poker machine of this embodiment is as follows:

Step 1), the card door is opened, and the scattered playing cards are placed in the card box of the card box, and the card door is closed;

Step 2), the card-issuing mechanism in the card-input device sends a number of playing cards in the card-input box to the card-making device;

Step 3) In the card device, the playing card is placed on the playing belt, the pressing wheel rolls and presses the playing card, and the card belt drives the playing card to turn it to the width side forward, and the dial wheel is positive. The direction in which the playing cards are transferred, the carding belt forwards the playing cards to the card-distributing device;

Step 4), in the card separating device, the card separating mechanism separates a playing card from the card outlet at the bottom of the card compartment and sends it to the flop device;

Step 5), the playing card enters the flop box of the flop device, the flop device recognizes the front and back of the playing card and flips the playing card as needed;

Step 6), the playing card from the flop device enters the dealer, the sensor detects the number of single-passed playing cards in the dealer; when detecting that only one playing card is passed in the dealer at the same time , performing the next step; when detecting that two or more playing cards are simultaneously passed in the dealer, the plurality of playing cards are returned to the dealer before the step 5 is repeated;

Step 7) the dealer randomly sends the playing card to one of the plurality of receiving boxes;

Step 8) After all the playing cards in the playing room are distributed to the plurality of receiving boxes, the card raising device lifts the playing cards in the receiving box to the table.

Second, the lack of the implementation of the card device The poker card finishing method is as follows:

Step 1), the card door is opened, and the cards are arranged into a stack of cards (stacked at the same angle) and placed in the card compartment of the card box, and the card door is closed;

Step 2), the card-issuing mechanism in the card-input device sends a number of playing cards in the card-input box to the card-distributing device;

Step 3) In the card separating device, the card separating mechanism separates a playing card from the card outlet at the bottom of the card compartment and sends it to the flop device;

Step 4), the playing card enters the flop box of the flop device, the flop device recognizes the front and back of the playing card and flips the playing card as needed;

Step 5), the playing card from the flop device enters the dealer, the sensor detects the number of single-passed playing cards in the dealer; when detecting that only one playing card is passed in the dealer at the same time , performing the next step; when detecting that two or more playing cards are simultaneously passed in the dealer, the plurality of playing cards are returned to the dealer before the step 4 is repeated;

Step 6) the dealer randomly sends the playing card to one of the plurality of receiving boxes;

Step 7) After all the playing cards in the playing room are distributed to the plurality of receiving boxes, the card raising device lifts the playing cards in the receiving box to the table.

Third, the poker card finishing method of the poker machine of this embodiment lacking the card-distributing device is as follows:

Step 1), the card door is opened, and the scattered playing cards are placed in the card box of the card box, and the card door is closed;

Step 2), the card-issuing mechanism in the card-input device sends a number of playing cards in the card-input box to the card-making device;

Step 3) In the card device, the playing card is placed on the playing belt, the pressing wheel rolls and presses the playing card, and the card belt drives the playing card to turn it to the width side forward, and the dial wheel is positive. In the direction of the playing of the playing cards, the delivery belt forwards the playing cards to the flop device;

Step 4), the playing card enters the flop box of the flop device, the flop device recognizes the front and back of the playing card and flips the playing card as needed;

Step 5), the playing card from the flop device enters the dealer, the sensor detects the number of single-passed playing cards in the dealer; when detecting that only one playing card is passed in the dealer at the same time , performing the next step; when detecting that two or more playing cards are simultaneously passed in the dealer, the plurality of playing cards are returned to the dealer before the step 4 is repeated;

Step 6) the dealer randomly sends the playing card to one of the plurality of receiving boxes;

Step 7) After all the playing cards in the playing room are distributed to the plurality of receiving boxes, the card raising device lifts the playing cards in the receiving box to the table.

In the description of the present specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" and the like means a specific feature described in connection with the embodiment or example. A structure, material or feature is included in at least one embodiment or example of the invention. In the present specification, the schematic representation of the above terms does not necessarily mean the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in a suitable manner in any one or more embodiments or examples.

Although the embodiments of the present invention have been shown and described, it is understood that the foregoing embodiments are illustrative and not restrictive Variations, modifications, alterations and variations of the above-described embodiments can be made without departing from the scope of the invention, and any simple modifications, equivalent changes and modifications made to the above embodiments in accordance with the technical spirit of the present invention still belong to the present invention. Within the scope of the technical solution.

Claims (11)

A card management device for a poker machine, comprising: a card delivery belt, a license plate belt, a dial wheel and a side baffle mounted on the card holder, and a pressing wheel mounted on the card board, and The card belt is installed on the card support by the card roller A and the card roller B, so that the playing card can be horizontally transferred, the card roller A is located on the card side of the card, and the card roller B is located on the card. On one side, the license plate belt and the side baffle are respectively located on the other sides of the delivery belt, and the roller shaft of the Leica belt is vertically disposed, and the movement direction of the Leica belt is opposite to the movement direction of the delivery belt, and the barrier plate has a lateral direction. An extension portion, the lateral extension portion is located above the card-feeding belt to form a card-passing passage for the passage of the playing card between the two, the card-passing passage is closed up and down by the card plate and the delivery belt, and the card-passing channel is rationally The card belt and the side baffle are closed to the left and right. The card path is followed by the card entry port, and the front is the card outlet. The plate wheel can extend into the card path and press the playing card on the delivery belt. The wheel is located on the side of the license card belt near the card outlet, dial The axle of the card wheel is vertically arranged and the direction of movement of the dial wheel is opposite to the direction of movement of the license plate belt. The dial wheel is provided with a dialing portion for pushing the playing cards; wherein the license plate belt and the side fence are in the card. The mouth of the mouth is small and the bell mouth is arranged. The shortest distance L of the license card to the side fence is greater than the width of the playing card and less than the length of the playing card. The shortest distance from the dial part of the dial wheel to the side fence M is greater than the width of the playing card and is less than the shortest distance L of the license plate to the side fence. A card management device for a poker machine according to claim 1, wherein the cover bracket and the card insertion frame are movably connected by the connecting arm so that the cover bracket and the card barrier can be opened upward. A card management apparatus for a poker machine according to claim 1, wherein said pressing wheel is driven by a power mechanism to press down a playing card on the delivery belt or to lift up. A card management device for a poker machine according to claim 1, wherein the card-feeding roller A of the card-feeding belt is connected to a card-sending motor mounted on the card holder, and the roller of the license plate belt It is connected with the Leica motor drive mounted on the Leica bracket. The roller shaft of the Leica belt and the dial wheel are connected by gear transmission. A card management device for a poker machine according to claim 1, wherein the dial portion on the dial wheel is in the shape of a strip, a tooth or a pad, and the card portion is a rubber having elasticity. Or made of soft plastic. A card management device for a poker machine according to claim 1, wherein the card portion has a slanted card face on the push wheel, and the card is dialed during the rotation of the dial wheel. The position of the contact card is changed. A card management device for a poker machine according to claim 1, wherein the dial portion on the dial wheel is a spiral or inclined dial, and the push surface on the dial surface is a curved surface or a flat slope. The lower portion of the pusher face is located on the front side of the front side in the direction of rotation thereof. A card management apparatus for a poker machine according to claim 1, wherein the outer diameter of the convex ring on the circumference of the side of the delivery roller A close to the side fence is higher than the conveying surface of the delivery belt. A card management apparatus for a poker machine according to claim 1, wherein the minimum spacing of the card and the conveyor belt is less than the minimum spacing of the card and the card. A poker machine, comprising: a card-input device mounted on a rack surface, a card-receiving device, a card-distributing device, a flop device, a card-issuing device, and a card-raising device; and a plurality of cards in the card-issuing device The boxes are distributed along the same circumference, and the flops in the flop device are horizontally set and can be flipped. The card for placing the cards of the scattered playing cards and the playing cards for sending the cards into the card. a card management device that forwards and translates the width edge, separates the playing cards sent from the card device into a piece of playing cards, and sends them to the flop box of the card, for identifying the playing cards and The playing cards are arranged in a straight line on the diameter of the circumference of the distribution of the plurality of receiving boxes according to the flop box that needs to be turned over and the card issuing mechanism for issuing the playing cards from the flop box to the binding box. The card raising device is provided in one-to-one correspondence with a plurality of card boxes; the card device is a card device according to any one of claims 1 to 9. A card management method for a poker machine, comprising the card management device according to any one of claims 1 to 9, wherein: the playing card is placed on the playing card and moved forward, and the pressing wheel is rolled. Pressing the playing cards, when the playing cards are not moving forward with the width edge, the playing cards will be in contact with the backwards moving card straps, and the card straps will be smoothed to the width side by driving the playing cards to rotate. The dialing wheel is dialing the direction of the playing card, the card is sent to the playing card, and the card is over.