CN218420970U

CN218420970U - Mahjong machine based on cloud data sharing and control system thereof

Info

Publication number: CN218420970U
Application number: CN202221419849.9U
Authority: CN
Inventors: 刘毅峰
Original assignee: Shenzhen Pule Electronic Technology Co ltd
Current assignee: Shenzhen Pule Electronic Technology Co ltd
Priority date: 2022-06-06
Filing date: 2022-06-06
Publication date: 2023-02-03
Anticipated expiration: 2032-06-06

Abstract

The utility model discloses mahjong machine and control system based on cloud data sharing sets up control center below the shell body bottom of mahjong machine, sets up shuffling chamber, shuffling mechanism, rise tablet mechanism, store up tablet push-in mechanism, fetch tablet mechanism and dealing mechanism in the shell body, sets up four mahjong machines in strange land or same place, and every player participates in the game on the current player position on respective mahjong machine; the central processing unit modules of the four mahjong machines are connected through cloud data sharing communication, identification and marking are carried out through the identification chip of each mahjong tile, and operations such as shuffling, opening, dealing, playing and the like are carried out simultaneously without mutual interference; the four mahjong machines are independently arranged and run simultaneously, so that cheating, thousand-year-out and other illegal operations are not easy to occur; the game platform can bring real experience to players, can meet the requirement of players in different places for simultaneously carrying out activities, has no potential safety hazard, avoids cheating, thousands of illegal operations and the like, and provides a fair and healthy game platform.

Description

Mahjong machine based on cloud data sharing and control system thereof

Technical Field

The utility model relates to a mahjong machine in amusement and recreation, the activities of benefiting intelligence makes technical field, in particular to mahjong machine based on cloud data sharing and control system thereof.

Background

The mah-jong is originated from China, is a leisure game activity of a utility model of ancient Chinese people, originally belongs to games of a royal and a king public noble armature, the history of the mah-jong can be traced back to three or four thousand years ago, and in the long-term history evolution process, the mah-jong is gradually transmitted from palace to folk to be basically shaped in Qing dynasty middle leaves; the entertainment tool for mahjong activities is generally made of bamboo, wood or plastic into small rectangular blocks, and patterns or characters are carved on the blocks; the mahjong in the prior art usually takes 'ten thousand, cake and strip' as three basic suits, assisted by wind cards, arrow cards and flower cards, and a set of mahjong cards has 144 cards.

The game rules of different areas are slightly different, but four people are required to shuffle and stack the cards on a table in the same room to form a card stack, then mahjong cards on the card stack are taken in turn according to the sequence, screening and combining are carried out according to the combination rule, cards meeting the combination rule are left, and unnecessary cards are played; although various automatic mahjong machines in the prior art can replace manual work to automatically shuffle and stack tiles, four people still need to be summoned to carry out the activities of tile grabbing, screening, combining and tile discharging on the same mahjong table, the leisure time periods of each person in the same place are different, and people are difficult to gather four activities in the same time period; it is particularly difficult to summon four event personnel, particularly where the aggregation of activities is limited; and the moving personnel gather on the same numb desk in the same room, the space is crowded, if someone in the moving personnel smokes, air pollution can be caused, and potential safety hazards exist.

People in different places with the same leisure time period can not gather to carry out mahjong activities.

The mahjong machine in the prior art is also easy to have cheating, thousands of illegal operations and the like.

The other mahjong movement mode is virtual mahjong movement through the network game platform, although the defect of personnel gathering can be avoided, the network virtual movement without a real object does not have a real experience sense, and therefore the network virtual movement is not enough to replace the real object mahjong movement.

Therefore, a game platform which can bring real experience to players, can meet the requirement of players in different places for simultaneously playing activities, does not have potential safety hazards, avoids cheating, illegal operations such as thousands of operations and the like, and is fair and healthy is lacked in the prior art.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide a mahjong machine and control system thereof based on cloud data sharing can enough bring true experience for the player and feel, can satisfy the demand that strange land player carried out the activity simultaneously again simultaneously, does not have the potential safety hazard, avoids cheating and goes out the illegal operation such as thousand, fair healthy game platform.

In order to solve the technical problem, the utility model discloses a technical scheme does:

a mahjong machine based on cloud data sharing comprises a plurality of mahjong tiles and an outer shell, wherein each mahjong tile is provided with an identification chip; a control center is arranged below the bottom of the outer shell, and a shuffling cavity, a shuffling mechanism, a card lifting mechanism, a card storing and pushing mechanism, a card taking mechanism and a card dealing mechanism are arranged on the outer shell; the control center is connected to the shuffling mechanism, the tile lifting mechanism, the tile storing and pushing mechanism, the tile taking mechanism and the tile distributing mechanism, and the identification chip of each mahjong tile is also connected to the control center in a communication mode;

the control center is used for connecting a power supply and cloud data;

the shuffling cavity is arranged in the middle of the outer shell and is opened on the top surface of the outer shell; the shuffling cavity is used for accommodating all mahjong tiles;

the shuffling mechanism is arranged on the inner bottom surface of the shuffling cavity; the shuffling mechanism is used for rotationally stirring mahjong tiles so as to disorder the arrangement sequence of all the mahjong tiles;

the mahjong tile storage mechanism comprises a circular mahjong tile storage groove rail, the mahjong tile storage groove rail is arranged above the outer part of the shuffling cavity in a surrounding mode, and the mahjong tile storage groove rail is used for storing all mahjong tiles in an arranging mode;

the mahjong tile lifting mechanism is arranged on the side wall of the shuffling cavity and used for lifting mahjong tiles in the shuffling cavity to the same height as the mahjong tile storage groove rail;

the mahjong tile storage pushing-in mechanism is connected between the top end of the mahjong tile lifting mechanism and the mahjong tile storage groove rail and is used for pushing mahjong tiles at the top end of the mahjong tile lifting mechanism to the mahjong tile storage groove rail;

the mahjong tile taking mechanism is arranged below the mahjong tile storage groove rail, a mahjong tile falling port is formed in the mahjong tile storage groove rail, and the mahjong tile taking mechanism is used for receiving mahjong tiles falling from the mahjong tile falling port and transmitting the mahjong tiles to the mahjong tile distributing mechanism;

the dealing mechanism is connected between the tile taking mechanism and the top surface of the outer shell and used for conveying the mahjong on the tile taking mechanism to a tile outlet on the top surface of the outer shell;

the top surface of the outer shell is provided with at least two card outlets, one of the two card outlets is a card dealing outlet, and the other card outlet is a card outlet for a card-eating touch bar;

the card dealing and playing port is used for outputting normally dealt mahjong and/or mahjong played by a player, and the playing and hitting bar card playing port is used for outputting combined cards eaten by the player and/or hit and/or a bar and/or a hu.

The outer shell comprises a square bottom plate and a square top plate;

four corners of the top plate are fixedly connected to the bottom plate through four support columns, and four sides of the top plate form four player positions; a card inlet is arranged in the middle of the top plate; a card dealing and playing port and a card eating and hitting bar card playing port are respectively arranged at the position, corresponding to each player position, on the top plate, each card dealing and playing port is positioned at the lower left corner or the middle part of each player position, and correspondingly, each card eating and hitting bar card playing port is positioned at the middle part or the lower left corner of each player position;

the control center is arranged below the middle part of the bottom plate, and a shuffling power mechanism is arranged at the center of the control center;

the mahjong tile shuffling turntable and the mahjong tile shuffling propeller are arranged above the middle part of the bottom plate, and the mahjong tile shuffling power mechanism is used for driving the mahjong tile shuffling turntable and the mahjong tile shuffling propeller to rotate so as to stir and disorder the arrangement sequence of all mahjong tiles;

four tile lifting mechanisms are uniformly distributed on the periphery of the shuffling rotary disc;

the four card lifting mechanisms are combined to form a square space to form a shuffling cavity.

Each tile lifting mechanism comprises a lifting guide piece, a tile lifting support, a tile lifting power mechanism and a tile lifting conveying belt, and the tile lifting power mechanism and the tile lifting conveying belt are supported and arranged between the top plate and the bottom plate through the tile lifting support;

the ascending guide part is provided with an ascending guide inclined plane which extends upwards from the upper surface of the shuffling turntable in an inclined way;

the tile lifting conveying belt can be circularly and rotatably arranged on the tile lifting support in a tensioning manner through a tile lifting driving wheel, a tile lifting driven wheel and an auxiliary tensioning wheel;

the mahjong lifting power mechanism comprises a mahjong lifting motor, and an output shaft of the mahjong lifting motor is connected to a mahjong lifting driving wheel;

the mahjong lifting driven wheel is a magnetic wheel, and the magnetic wheel is used for adsorbing mahjong tiles to the mahjong lifting conveying belt.

The mahjong tile storage groove rail is fixedly supported and arranged between the bottom plate and the top plate through a plurality of supporting legs; the top surface of the mahjong storage groove rail is provided with an inner circular groove and an outer circular groove to form an inner mahjong storage groove channel and an outer mahjong storage groove channel; notches are arranged on the inner groove wall and the outer groove wall of the inner card storage groove channel corresponding to the positions of the tail ends of the card lifting conveyer belts of the four card lifting mechanisms to form an inner card storage opening of the inner card storage groove channel and an outer card storage opening of the outer card storage groove channel;

the mahjong tile storage groove rail is provided with a mahjong tile storage pushing block above the mahjong tile storage groove rail, the bottom of the mahjong tile storage groove rail is provided with a channel mahjong tile pushing power mechanism, the mahjong tile storage pushing block is connected to the channel mahjong tile pushing power mechanism, and the channel mahjong tile pushing power mechanism can drive the mahjong tile storage pushing block to move along the circumferential direction of the mahjong tile storage groove rail so as to push mahjong tiles to rotate and move along the mahjong tile storage groove rail.

Each card lifting mechanism is connected to the card storage groove rail through a card storage pushing mechanism; each mahjong storage pushing mechanism comprises a mahjong storage pushing support, an arc-shaped mahjong pushing transition groove rail is arranged at the top end of the mahjong storage pushing support, one end of each mahjong pushing transition groove rail is connected to a mahjong lifting conveying belt of the mahjong lifting mechanism, and the other end of each mahjong pushing transition groove rail is connected to an inner mahjong storage opening of the mahjong storage groove rail;

an outlet tile pushing motor is arranged below the tile storage pushing support, an output shaft of the outlet tile pushing motor extends upwards along the vertical direction and is connected with a tile pushing crank arm;

the outlet tile pushing motor is used for driving the tile pushing crank arm to rotate around the axis of an output shaft of the outlet tile pushing motor, so that tiles at the tail end of a tile lifting conveying belt of the tile lifting mechanism are pushed to the tile storage groove rail;

the positions of the inner mahjong storage channel and the outer mahjong storage channel bottom plate of the mahjong storage groove rail, which correspond to the middle of each player position, are respectively provided with a mahjong falling port; each card falling port of the inner card storage channel is positioned at the central position between two adjacent inner card storage ports, and each card falling port of the outer card storage channel is positioned at the central position between two adjacent outer card storage ports.

A card taking mechanism is respectively arranged at a position corresponding to the middle part of each player position below the card storage groove rail, and each card taking mechanism comprises a first card taking motor, a second card taking motor, a third card taking motor, a front lifting table, a rear lifting table, a guide frame and a card taking push rod;

the front lifting platform is arranged below the mahjong falling port of the inner mahjong storage channel, and the rear lifting platform is arranged below the mahjong falling port of the outer mahjong storage channel; the top surfaces of the front lifting platform and the rear lifting platform and the groove bottoms of the inner mahjong tile storage groove channel and the outer mahjong tile storage groove channel are positioned on the same horizontal plane;

the first tile taking motor is connected with a first crank, the second tile taking motor is connected with a second crank, the first tile taking motor can drive the front lifting platform to lift up and down through the first crank, and the second tile taking motor can drive the rear lifting platform to lift up and down through the second crank;

the guide frame comprises a guide plate, a guide rod and a synchronous belt, the guide plate is arranged along the vertical direction, the guide rod is arranged at the upper part of the outer side of the guide plate, a guide groove is formed in the lower part of the guide plate, and the lower end of the card taking push rod is slidably arranged in the guide groove and fixedly arranged on the synchronous belt through a clamping block; a sliding block is arranged above the clamping block and is sleeved on the guide rod in a sliding manner; the third card taking motor is connected to a card taking driving wheel of the synchronous belt;

the mahjong tile taking push rod is used for pushing mahjong tiles on the front lifting platform or the rear lifting platform to the tile dealing mechanism after the front lifting platform or the rear lifting platform descends.

Each card dealing mechanism comprises a horizontal card dealing conveying mechanism and an ascending card dealing conveying mechanism, and one end of each horizontal card dealing conveying mechanism is connected to a card dealing outlet through the ascending card dealing conveying mechanism; the other end of the horizontal dealing and conveying mechanism is connected to a card outlet of the eating and bumping bar through the ascending dealing and conveying mechanism;

the horizontal dealing conveying mechanism is provided with a horizontal dealing conveying belt, the middle part of the horizontal dealing conveying belt is provided with a dealing inlet, and the horizontal dealing conveying mechanism is connected to the card taking mechanism through the dealing inlet;

the horizontal dealing conveyer belt is connected with a horizontal dealing power mechanism and is used for conveying mahjong tiles to any end of the horizontal dealing conveying mechanism along the horizontal direction;

the mahjong tile dealing device is characterized in that the rising mahjong tile dealing conveying belt is connected with a rising mahjong tile dealing power mechanism, and the rising mahjong tile dealing conveying belt is used for lifting mahjong tiles at the end of the horizontal mahjong tile dealing conveying mechanism to a mahjong tile dealing outlet or a mahjong tile eating outlet touching a lever.

A tabletop plate is also arranged above the top plate, the card inlet, the card dealing and playing port and the card eating and bumping bar card outlet are all arranged on the tabletop plate, and a liftable bin cover is arranged in the middle of the tabletop plate corresponding to the card inlet; the tabletop plate is also provided with a public card placing area, a card stacking area and a card eating area; the public mahjong tile placing area is positioned in the middle of the table top board and used for placing mahjong tiles screened and played by players; the mahjong tile stacking area is positioned in an area corresponding to the card dealing and playing port on each player position, and is used for placing mahjong tiles selected and combined by local players or mahjong tiles screened and played by players in different places; the card eating area is used for placing card eating and/or card hitting and/or bar cards, and the card eating area is located in an area, corresponding to a card outlet of a picnic card which is eaten and hit by the bar cards, of each player position.

The utility model discloses still relate to a control system that is used for above-mentioned mahjong machine based on cloud data sharing, including

A mahjong tile communication module; the communication module is arranged on an identification chip in the mahjong tile;

a central processor module; the central processing unit module is arranged in the control center of the mahjong machine and is in communication and electric connection with the communication module;

an action executing mechanism control circuit module; the action execution mechanism control circuit module is arranged on the mahjong machine and is respectively and electrically connected with the central processing unit module and the action execution mechanism; the action executing mechanism comprises a shuffling mechanism, a card lifting mechanism, a card storing and pushing mechanism, a card taking mechanism and a card dealing mechanism;

a mahjong tile identification circuit module; the mahjong tile identification circuit module is electrically connected with the central processor module and is used for identifying the coding information of the identification chip of the mahjong tile; the mahjong tile identification circuit module is arranged at a tile falling port, a tile taking mechanism, a tile dealing and playing port, a stick eating and hitting tile playing port, a public tile placing area, a tile stacking area and a tile eating area of the mahjong machine;

a cloud server; the cloud server is in communication connection with the central processor module; the cloud server is a public cloud, a private cloud or a mixed cloud;

and, a user terminal; the user terminal is in communication connection with the cloud server, and the user terminal is arranged on the mahjong machine.

The beneficial effects of the utility model are that:

a mahjong machine based on cloud data sharing and a control system thereof are provided with four mahjong machines in different places or the same place, and each player participates in a game at the current player position on the local mahjong machine; a control center is arranged below the bottom of the outer shell of each mahjong machine, a shuffling cavity, a shuffling mechanism, a tile lifting mechanism, a tile storing and pushing mechanism, a tile taking mechanism and a tile dealing mechanism are arranged in the outer shell, and the identification chip of each mahjong tile is also connected to the control center in a communication way; the central processor modules of the four mahjong machines are connected through cloud data sharing communication, identification and marking are carried out through the identification chip of each mahjong tile, the four mahjong machines carry out shuffling, tile opening, dealing, tile playing and other operations through cloud data sharing at the same time, and active personnel do not need to gather on the same mahjong tile table in the same room and do not interfere with each other; the four mahjong machines are independently arranged and run simultaneously, so that cheating, thousand-year-out and other illegal operations are not easy to occur; the game platform can bring real experience to players, can meet the requirement of simultaneously carrying out activities by players in different places, has no potential safety hazard, avoids cheating, thousands of illegal operations and the like, and provides a fair and healthy game platform.

Drawings

FIG. 1 is a schematic view of the mahjong machine based on cloud data sharing;

FIG. 2 is a schematic structural view of the mahjong machine based on cloud data sharing after the top plate is removed;

fig. 3 is a schematic structural view of another viewing angle of the cloud data sharing-based mahjong machine after the top plate is removed;

fig. 4 is a schematic structural view of the tile lifting mechanism and the rotating chassis of the cloud data sharing-based mahjong machine of the present invention;

FIG. 5 is a schematic structural view of a tile lifting mechanism of the cloud data sharing-based mahjong machine of the present invention;

FIG. 6 is a schematic structural view of a mahjong tile storing mechanism of the mahjong machine based on cloud data sharing according to the present invention;

FIG. 7 is a schematic view of another view of FIG. 6;

FIG. 8 is a schematic view of a mahjong storage pushing mechanism of the cloud data sharing-based mahjong machine of the present invention;

fig. 9 is a schematic view of a three-dimensional structure of a tile taking mechanism and a tile dealing mechanism of the cloud data sharing-based mahjong machine according to the present invention;

FIG. 10 is a schematic view of a three-dimensional structure of a tile picking mechanism of the cloud data sharing-based mahjong machine according to the present invention;

FIG. 11 is a perspective view of the structure of FIG. 10;

FIG. 12 is a schematic perspective view of the card extractor of FIG. 10 from another perspective, with the first and second card-picking motors removed;

fig. 13 is a schematic view of the back three-dimensional structure of the guiding frame of the tile fetching mechanism of the cloud data sharing-based mahjong machine according to the present invention;

FIG. 14 is a schematic view of a three-dimensional structure of a dealing mechanism of the mahjong machine based on cloud data sharing according to the present invention;

FIG. 15 is a perspective view of the structure of FIG. 14;

FIG. 16 is a schematic perspective view of a horizontal dealing and conveying mechanism of the tile taking mechanism of the cloud data sharing-based mahjong machine according to the present invention;

FIG. 17 is a schematic perspective view of a horizontal dealing conveyer belt of the horizontal dealing conveyer mechanism of the tile taking mechanism of the cloud data sharing-based mahjong machine according to the present invention;

FIG. 18 is a schematic view of the three-dimensional structure of the ascending dealing and conveying mechanism of the mahjong taking mechanism of the cloud data sharing-based mahjong machine according to the present invention;

fig. 19 is a schematic view of a three-dimensional structure of a tile turning mechanism of the cloud data sharing-based mahjong machine according to the present invention;

fig. 20 is a schematic flow diagram of an application method of the mahjong machine based on cloud data sharing according to the present invention.

Detailed Description

As shown in fig. 1-20, the utility model discloses provide a mahjong machine based on cloud data sharing in basic hardware structure part, mahjong machine's whole plan scheme is:

the outer shell 100 is used as a basic supporting structure of a hardware structure part, a control center 11 is arranged below the bottom of the outer shell 100, and a shuffling cavity 1, a shuffling mechanism 2, a card lifting mechanism 3, a card storing mechanism 4, a card storing and pushing mechanism 5, a card taking mechanism 6 and a card dealing mechanism 7 are arranged in the outer shell 100; one hundred forty-four mahjong tiles are configured to form the whole mahjong tile set 200, an identification chip is respectively embedded in each mahjong tile 201 of one mahjong tile set, a chip structure is not shown in the figure, for example, a radio frequency tag or other ID chips can be arranged in each mahjong tile by specifically referring to the information identification technology in the prior art, and correspondingly, a radio frequency reader-writer or other ID card readers are arranged at each identification point of the mahjong machine; recording the coding information of each mahjong tile through a chip; in addition, in order to meet the requirement that the subsequent tile lifting mechanism adsorbs the tiles to be lifted through magnetic acting force, the whole tiles are made of magnetic materials, or the magnetic materials are embedded in the tiles.

Setting four mahjong machines in different rooms in different places or the same place, wherein each player participates in a game on the current player position of the local mahjong machine, and the four player positions of each mahjong machine are respectively set corresponding to four directions of the south, the west and the north of the geographic direction; each mahjong machine respectively sets one of four directions of the south, the east, the west and the north as a current player position; the four mahjong machines are connected through cloud data sharing communication, identification and marking are carried out through a chip of each mahjong tile, the four mahjong machines simultaneously carry out operations of shuffling, opening, dealing, playing and the like through cloud data sharing, and active personnel do not need to gather on the same mahjong tile table in the same room and do not interfere with each other; the four mahjong machines are independently arranged and simultaneously run, so that cheating, thousands of illegal operations and the like are not easy to occur; the game platform can bring real experience to players, can meet the requirement of players in different places for simultaneously carrying out activities, has no potential safety hazard, avoids cheating, thousands of illegal operations and the like, and provides a fair and healthy game platform.

The overall structural features of each mechanism are as follows:

the control center 1 is used for connecting a power supply and a cloud server.

The shuffling cavity 1 is arranged in the middle of the outer shell 100, and the shuffling cavity 1 is opened on the top surface of the outer shell 100 to form a depressed cavity type shuffling cavity; the shuffling chamber 1 is used for accommodating all the mahjong tiles 201, and all the mahjong tiles 201 can be pushed into the shuffling chamber 1 from the top opening of the shuffling chamber 1.

The shuffling mechanism 2 is arranged on the inner bottom surface of the shuffling cavity 1; the shuffling mechanism 2 is used to rotationally agitate the entire set of tiles 200, thereby disordering the sequence of all the tiles.

The mahjong tile storage mechanism 4 comprises a circular mahjong tile storage groove rail 41, the mahjong tile storage groove rail 41 is arranged at a position above the outer portion of the mahjong tile shuffling cavity 1 in a surrounding mode, and the mahjong tile storage groove rail 41 is used for storing all mahjong tiles in an arrayed mode so that the mahjong tiles can be output by the mahjong tile storage groove rail 41 to be dealt when a mahjong game is subsequently carried out.

The card lifting mechanism 3 is arranged on the side wall of the shuffling cavity 1, and the card lifting mechanism 3 is used for lifting the mahjong cards in the shuffling cavity 1 to the same height as the card storage groove rail 41 so as to be transferred to the inside of the card storage groove rail 41 for storage and standby.

The mahjong tile storing and pushing mechanism 5 is connected between the top end of the mahjong tile lifting mechanism 3 and the mahjong tile storing groove rail 41, and the mahjong tile storing and pushing mechanism 5 is used for pushing and transferring mahjong tiles 201 lifted to the top end by the mahjong tile lifting mechanism 3 to the mahjong tile storing groove rail 41 and storing the mahjong tiles in the mahjong tile storing groove rail in a regular arrangement mode.

The mahjong tile taking mechanism 6 is arranged at the position below the mahjong tile storage groove rail 41, a mahjong tile falling port 49 is formed in the mahjong tile storage groove rail 41, and the mahjong tile taking mechanism 6 is used for receiving mahjong tiles falling from the mahjong tile falling port 49 and transmitting the mahjong tiles to the mahjong tile distributing mechanism 7.

The dealing mechanism 7 is connected between the top surfaces of the dealing mechanism 6 and the outer shell 100, and the dealing mechanism 7 is used for conveying mahjong on the dealing mechanism to the tile outlet on the top surface of the outer shell.

At least two card outlets are arranged on the top surface of the outer shell 100, one of the two card outlets is a card dealing outlet 102, and the other card outlet is a card playing outlet 101 of a hitting and hitting bar;

when the mahjong is normally dealt and played in the mahjong game activity, the dealing mahjong is conveyed to the corresponding dealing outlet 102 from the dealing outlet 102 by the dealing mechanism 7, and the mahjong played by the players in different places is also output from the dealing outlet of the corresponding player position of the local mahjong machine;

if a player needs to eat the collision bar hu and the mahjong tiles played by the current player form a combination, the player needing to eat the collision bar hu takes the mahjong tile from the tile dealing and playing port 102 of the current player position on the local mahjong machine and brightens the mahjong tile together with other mahjong tiles combined with the same, and the other three mahjong machines correspondingly output the other mahjong tiles combined brightly and brightly at the same time of the collision bar hu playing port 101 of the player needing to eat the collision bar hu;

and the dealing sequence is switched according to the mahjong game rule or the game is ended.

The first embodiment is as follows:

first, the specific structure of the outer case 100:

the main structure of the outer shell 100 is a square bottom plate 103 and a top plate 104;

four corners of the top plate 104 are fixedly connected to the bottom plate 103 through four support columns 105, and four sides of the top plate 104 form four player positions; a round hole is arranged in the middle of the top plate 104, and corresponds to the top opening of the shuffling cavity, so that the round hole is used as a card inlet of the shuffling cavity 1; a card dealing and playing port 102 and a card eating and hitting bar card playing port 101 are respectively arranged at the positions corresponding to each player position on the top surface of the top plate 104, each card dealing and playing port 102 is arranged at the lower left corner of each player position, and correspondingly, each card eating and hitting bar card playing port 101 is arranged at the middle part of each player position.

A layer of table top plate can be further arranged above the top plate 104, the specific structures of the top plate 104, the bottom plate 103, the supporting columns 105 and the table top plate can be directly technical structures in the prior art, and the size can be adjusted adaptively according to the use requirement in actual operation.

Secondly, the specific structure of the shuffling mechanism 2:

the control center 11 is fixedly arranged below the middle part of the bottom plate 103, the shuffling power mechanism 23 is arranged at the center position of the control center 11, the shuffling turntable 21 and the shuffling propeller 22 are arranged at the middle position above the bottom plate 103, and a power output shaft of the shuffling power mechanism penetrates through the bottom plate from the lower part of the bottom plate and then is connected to the shuffling turntable 21 and the shuffling propeller 22 to provide power to drive the shuffling turntable 21 and the shuffling propeller 22 to rotate, so that the arrangement sequence of all the mahjong tiles is stirred and disordered; the shuffling actuating mechanism 23, the shuffling rotary disk 21 and the shuffling propeller 22 form the shuffling mechanism 2.

The shuffling power mechanism 23, the shuffling rotary disc 21 and the shuffling screw 22 of the shuffling mechanism 2, and the whole structure of the outer shell, the shuffling mechanism 2 and the control center 11 can adopt the mahjong machine structure in the prior art, and only the installation connection structure of the mahjong machine structure is adaptively improved on the top plate and the bottom plate of the outer shell.

Further, the specific structure of the shuffling cavity 1 and the card lifting mechanism 3 is as follows:

four card lifting mechanisms 3 are uniformly distributed around the shuffling turntable 21; the four card lifting mechanisms 3 are connected end to end in sequence and mutually combined to form a square space, and the square space forms the card shuffling cavity 1.

The main structure of each tile lifting mechanism 3 is composed of a lifting guide member 31, a tile lifting support 32, a tile lifting power mechanism 33 and a tile lifting conveying belt 34 in a combined mode, the tile lifting support 32 is fixedly connected, supported and installed between the top plate 104 and the bottom plate 103 and surrounds the periphery of the shuffling turntable 21, and the tile lifting power mechanism 33 and the tile lifting conveying belt 34 are located, supported and installed in a space between the top plate and the bottom plate through the tile lifting support 32.

The rising guide member 31 is fixedly installed on the upper surface of the shuffling turntable 21, and a rising guide slope 311 extending obliquely upward from the upper surface of the shuffling turntable is provided on the rising guide member 31; the tile lifting conveying belt 34 is installed on the tile lifting support 32 in a tensioning mode through a tile lifting driving wheel 35, a tile lifting driven wheel 36 and an auxiliary tensioning wheel 37, the tile lifting power mechanism 33 is provided with a tile lifting motor, a power output shaft of the tile lifting motor is connected to the tile lifting driving wheel 35 and provides power to drive the tile lifting driving wheel 35 to rotate, and therefore the tile lifting conveying belt 34 is driven to circularly rotate on the tile lifting support 32 around the tile lifting driving wheel 35, the tile lifting driven wheel 36 and the auxiliary tensioning wheel 37; moreover, the card lifting driven wheel 36 is a magnetic wheel made of a magnetic material; when the shuffling rotary disk 21 rotates, mahjong tiles are stirred by the shuffling screw 22, so that the mahjong tiles are obliquely pushed upwards along the ascending guide inclined surface 311 to a position close to the lower part of the mahjong tile ascending driven wheel 36; the mahjong tile lifting driven wheel 36 formed by the magnetic wheel is adsorbed by magnetic acting force and adsorbs and keeps mahjong tiles on the mahjong tile lifting conveying belt along with the circular operation of the mahjong tile lifting conveying belt; the mahjong tiles can be adsorbed on the tile lifting conveying belt in a mode that the front side faces the tile lifting conveying belt or the back side faces the tile lifting conveying belt according to the conveying requirements of the mahjong tiles and the magnetic point position characteristics of the mahjong tiles.

The shuffling mechanism, the shuffling cavity and the card lifting mechanism directly adopt a shuffling barrel structure in the prior art and perform adaptive size adjustment on the basis of the technical structure in the prior art.

Further, the specific structure of the card storage mechanism 4 is as follows:

the circular card storage groove rail 41 is fixedly supported and installed in the space between the bottom plate 103 and the top plate 104 through a plurality of supporting feet 42, and is specifically positioned at the position above the outside of the card shuffling cavity 1 and below the top plate 104; the top surface of the mahjong tile storage groove rail 41 is provided with an inner circular groove and an outer circular groove to form an inner mahjong tile storage groove 44 and an outer mahjong tile storage groove 45; notches are arranged on the inner groove wall and the outer groove wall 43 of the inner card storage groove channel 44 corresponding to the tail ends of the card lifting conveying belts 34 of the four card lifting mechanisms to form an inner card storage opening 46 of the inner card storage groove channel 44 and an outer card storage opening 47 of the outer card storage groove channel 45; and the outer card storage opening 47 and the inner card storage opening 46 are both located in the same diametrical direction of the card storage groove rail 41, i.e., the outer card storage opening 47 and the inner card storage opening 46 are aligned with each other.

A mahjong storage pushing block is arranged above the mahjong storage groove rail 41, a channel mahjong pushing power mechanism is arranged at the bottom of the mahjong storage groove rail and is connected to the channel mahjong pushing power mechanism, four inner-ring mahjong pushing blocks 407 and four outer-ring mahjong pushing blocks 408 can be arranged respectively, and the four inner-ring mahjong pushing blocks 407 and the four outer-ring mahjong pushing blocks 408 are driven to move along the circumferential direction of the mahjong storage groove rail through the channel mahjong pushing power mechanism, so that mahjong tiles are pushed to move rotationally and are arranged and stored along the mahjong storage groove rail; the channel tile pushing power mechanism can be provided with an outer power mechanism 402 and an inner power mechanism 401 which respectively drive four inner ring tile pushing blocks 407 and four outer ring tile pushing blocks 408, so that mahjong tiles on the inner tile storage channel 44 and the outer tile storage channel 45 are respectively pushed to move along the circumferential direction; a lower base plate 48 may be further provided to further improve mechanical strength and operational support stability of the mechanical structure.

After the mahjong tiles lifted by the tile lifting mechanism 3 from the shuffling cavity enter the inner tile storage channel 44 through the inner tile storage port 46, the channel tile pushing power mechanism drives the four inner-ring tile pushing blocks to push the mahjong tiles to rotate and move along the inner tile storage channel, so that the mahjong tiles are arranged and stored in the inner tile storage channel; after the inner mahjong tile storage channel is arranged and stored with full mahjong tiles, the mahjong tiles enter the outer mahjong tile storage channel 45 through the outer mahjong tile storage port 47, and the channel tile pushing power mechanism drives the four outer mahjong tile pushing blocks to push the mahjong tiles to rotate and move along the outer mahjong tile storage channel, so that the mahjong tiles are arranged and stored in the outer mahjong tile storage channel.

Until all the mahjong tiles in the shuffling cavity are lifted by the tile lifting mechanism and stored in the tile storage groove rail 41; the number of mahjong tiles which can be stored in the inner mahjong tile storage channel 44 and the outer mahjong tile storage channel 45 of the mahjong tile storage groove rail 41 can be larger than or equal to the number of the whole mahjong tile pair, namely one hundred and forty-four mahjong tiles; that is, the outer mahjong tile storage channel 45 may or may not be filled with all mahjong tiles.

The slot type mahjong tile pushing power mechanism and the mahjong tile storage pushing block can be formed by combining a mechanism capable of moving along the circumferential direction of the mahjong tile storage slot rail in the prior art with common knowledge and performing adaptive improvement.

Further, the storage card pushing mechanism 5 has the specific structure that:

each card lifting mechanism 3 is connected to the card storage groove rail 41 through a card storage pushing mechanism 5; the basic supporting structure of each mahjong storage pushing-in mechanism 5 is a mahjong storage pushing-in support 51, an arc mahjong pushing-in transition groove rail 52 is arranged at the top end of the mahjong storage pushing-in support 51, one end of the mahjong pushing-in transition groove rail 52 is connected to the mahjong lifting conveying belt 34 of the mahjong lifting mechanism 3, and the other end of the mahjong pushing-in transition groove rail is connected to the inner mahjong storage opening 46 of the mahjong storage groove rail 41;

an outlet pushing motor 53 is arranged below the stored mahjong pushing support 51 along the vertical direction, and an output shaft of the outlet pushing motor 53 extends upwards along the vertical direction and penetrates through a mounting plate of the stored mahjong pushing support 51 to be connected with a mahjong pushing crank arm 54 at the top end; after the mahjong tiles are conveyed to the tail end of the tile lifting conveying belt 34 by the tile lifting conveying belt 34 of the tile lifting mechanism 3, the tile pushing crank arm 54 is driven to rotate around the axis of the output shaft of the tile pushing motor at the outlet when the tile pushing motor 53 at the outlet is started, so that the mahjong tiles at the tail end of the tile lifting conveying belt of the tile lifting mechanism are pushed to the tile storage groove rail.

Further, the specific structure of the card-taking mechanism 6 is as follows:

the bottom plates of the inner card storage channel 44 and the outer card storage channel 45 of the card storage groove rail 41 are respectively provided with a card falling port 49 corresponding to the middle part of each player position; the positions corresponding to the middle of each player position below the tile falling port 49 of the tile storage groove rail 41 are respectively provided with a tile taking mechanism 6, the main structure of each tile taking mechanism 6 is respectively provided with a first tile taking motor 61, a second tile taking motor 62, a third tile taking motor 63, a front lifting platform 64, a rear lifting platform 65, a guide frame 66 and a tile taking push rod 67, and after the first tile taking motor 61, the second tile taking motor 62, the third tile taking motor 63, the front lifting platform 64, the rear lifting platform 65, the guide frame 66, the tile taking push rod 67 and other necessary auxiliary parts and standard parts are combined and connected, a set of tile taking mechanisms 6 is formed.

The front lifting platform 64 is arranged at a position corresponding to the lower part of the mahjong falling port of the inner mahjong storage channel 44, the rear lifting platform 65 is arranged at a position corresponding to the lower part of the mahjong falling port of the outer mahjong storage channel 45, and the top surfaces of the front lifting platform 64 and the rear lifting platform 65 and the bottom surfaces of the inner mahjong storage channel 44 and the outer mahjong storage channel are positioned on the same horizontal plane; the mahjong tiles in the tile falling port of the inner tile storage channel 44 and the tile falling port of the outer tile storage channel 45 are respectively taken and transferred through the front lifting platform 64 and the rear lifting platform 65.

A first crank 68 is connected to an output shaft of the first tile taking motor 61, a second crank 69 is connected to an output shaft of the second tile taking motor 62, the front lifting platform 64 is driven to lift up and down through the first crank 68 when the first tile taking motor 61 rotates, and the rear lifting platform 65 is driven to lift up and down through the second crank 69 when the second tile taking motor 62 rotates.

The main supporting structure of the guide frame 66 is formed by combining and connecting a guide plate 661, a guide rod 662, a synchronous belt 663 and other necessary auxiliary parts and standard components;

the guide plate 661 is arranged along the vertical direction, the upper part of the outer side of the guide plate 661 is provided with a longitudinal guide rod 662, the lower part of the guide plate 661 is provided with a guide groove 663, the lower end of the card-taking push rod 67 is slidably arranged in the guide groove 663, and is fixedly arranged on the synchronous belt 663 through a clamping block 664; a slide block 665 is arranged above the clamping block 664, and the slide block 665 is sleeved on the guide rod 662 in a sliding mode; the third card-taking motor 63 is connected to a card-taking driving wheel 666 of the timing belt 663; when the mahjong tiles loaded on the front lifting platform 64 and/or the rear lifting platform 65 are lowered to the same height as the mahjong tile dealing mechanism, the third mahjong tile taking motor 63 drives the clamping block 664 through the synchronous belt 663 to drive the mahjong tile taking push rod 67 to move back and forth along the guide rod 662, so that the mahjong tiles on the front lifting platform 64 and/or the rear lifting platform 65 are pushed forward to the mahjong tile dealing mechanism; the front lifting platform 64 and the rear lifting platform 65 can be pushed to descend simultaneously, the third tile taking motor 63 drives the clamping block 664 through the synchronous belt 663 to drive the tile taking push rod 67 to move back and forth along the guide rod 662, and two mahjong tiles on the front lifting platform 64 and the rear lifting platform 65 can be pushed simultaneously; or the front lifting platform 64 and the rear lifting platform 65 can descend in turn, and the third card taking motor 63 drives the clamping block 664 to drive the card taking push rod 67 to move back and forth along the guide rod 662 through the synchronous belt 663 so as to respectively push one mahjong card on the front lifting platform 64 or the rear lifting platform 65.

The mahjong tile turning mechanism can be further arranged on the front side of the tile taking mechanism 6, mahjong tiles conveyed by the tile taking mechanism 6 are limited and clamped by the turning clamp 10 after entering the clamping opening of the turning clamp 10, and as shown in fig. 20, the tile turning gear 1001 is driven to rotate through the tile turning power mechanism, so that the turning clamp 10 is driven to rotate, and the mahjong tiles can be placed on the tile dealing mechanism 7 with the front sides facing upwards or the back sides facing upwards according to the dealing or playing requirements.

Still further, the specific structure of the card dealing mechanism 7 is as follows:

the main structure of each card dealing mechanism 7 is formed by combining two parts, namely a horizontal card dealing conveying mechanism 8 and two ascending card dealing conveying mechanisms 9, wherein one end of the horizontal card dealing conveying mechanism 8 is connected to a card dealing outlet 102 through one ascending card dealing conveying mechanism 9; the other end of the horizontal dealing conveying mechanism 8 is connected to a card-eating and hitting bar card-playing port 101 through a rising dealing conveying mechanism 9; the horizontal dealing and conveying mechanism 8 and the ascending dealing and conveying mechanism 9 respectively perform a horizontal conveying action and a height conveying action of the mahjong tiles, and finally the mahjong tiles are lifted and conveyed to the dealing and dealing port 102 or the eating and hitting bar card port 101 on the top plate.

The horizontal dealing and conveying mechanism 8 is mainly structurally characterized in that a horizontal dealing conveying belt 81 is supported and installed through a horizontal dealing support, a dealing inlet 82 is arranged in the middle of the horizontal dealing support, the dealing inlet 82 is longitudinally aligned with a front lifting platform 64 and a rear lifting platform 65 of the dealing mechanism 6, the height of the bottom surface of the dealing inlet 82 is the same as that of the top surfaces of the front lifting platform 64 and the rear lifting platform 65 after descending, so that the horizontal dealing and conveying mechanism 8 is connected to the dealing mechanism 6 through the dealing inlet 82, and a dealing push rod 67 of the dealing mechanism 6 can push mahjong carried on the front lifting platform 64 and the rear lifting platform 65 into the dealing inlet 82.

The horizontal dealing conveyer belt 81 is connected with a horizontal dealing power mechanism 83, and a horizontal dealing push rod 84 is fixedly arranged on the horizontal dealing conveyer belt 81; after the mahjong tiles are pushed in from the mahjong tile inlet 82, the mahjong tile dealing power mechanism 83 can drive the horizontal mahjong tile dealing conveyer belt 81 to rotate in the forward direction or the reverse direction, and therefore the mahjong tiles are pushed to any end of the horizontal mahjong tile dealing conveyer mechanism along the horizontal direction through the horizontal mahjong tile dealing push rod 84 on the horizontal mahjong tile dealing conveyer belt 81.

The ascending card-dealing and conveying mechanism 9 is used for lifting the mahjong at the end part of the horizontal card-dealing and conveying mechanism 8 to the card-dealing and card-discharging port 102 or the card-eating and hitting and bar-playing and card-discharging port 101.

The main structure of the rising card dealing conveying mechanism 9 is a rising card dealing conveying belt 91 which is obliquely arranged, and the rising card dealing conveying belt 91 is supported and installed at the end part of the horizontal card dealing bracket through a rising card dealing bracket; the lower end of the rising card-dealing conveying belt 91 is positioned below the tail end of the horizontal card-dealing conveying belt 81, the rising card-dealing conveying belt 91 is connected with a rising card-dealing power mechanism 93, and a rising card-dealing push rod 94 is fixedly arranged on the rising card-dealing conveying belt 91; after the horizontal dealing push rod 84 on the horizontal dealing conveyer 81 conveys the mahjong to any end of the horizontal dealing conveyer along the horizontal direction, the rising dealing power mechanism 93 drives the rising dealing conveyer 91 to run, so that the mahjong is pushed to a dealing outlet 102 or a catch bar card outlet 101 at the top end of the rising dealing conveyer 91 through the rising dealing push rod 94.

The embodiment of the utility model provides an in, the right-hand member of the horizontal conveying mechanism 8 of dealing out of every player position extends to the mouth 102 of dealing out in the lower left corner of player position down, and the left end of the horizontal conveying mechanism 8 of dealing out of every player position extends to hitting of the middle part of player position and bumps the thick stick and mourn a mouth 101, and occupation space is few, compact structure, and is rationally distributed, space utilization is high.

Finally, the further optimization structure is as follows:

a table top plate is arranged above the top plate 104, a card inlet, a card dealing outlet and a card eating and hitting bar card outlet are all arranged on the table top plate, a liftable bin cover is arranged in the middle of the table top plate corresponding to the card inlet, the bin cover can directly adopt the lifting structure principle in the prior art, and the bin cover can also be connected to a control center and is controlled to lift by the control center.

A public card placing area, a card stacking area and a card eating area are further arranged on the table top plate; the public mahjong tile placing area is positioned in the middle of the table top board and used for placing mahjong tiles screened and played by local players; the mahjong tile stacking area is positioned in an area corresponding to the card dealing and playing port on each player position, and is used for placing mahjong tiles selected and combined by local players or mahjong tiles screened and played by players in different places; the card eating area is positioned in an area, corresponding to a card eating and hitting port, of each player position, and the card eating area is used for placing cards and/or cards hitting and/or hitting.

The table top and bin cover are not shown.

The utility model discloses still relate to a according to the above-mentioned machine control system based on mahjong of cloud data sharing, concrete structure comprises following module combination:

a mahjong tile communication module; the communication module is arranged on a chip in the mahjong tile;

a mahjong tile identification circuit module; the mahjong tile identification circuit module is electrically connected with the central processor module and is used for identifying the information of the coding chip of the mahjong tiles; the mahjong tile identification circuit module is arranged at a tile dropping port, a tile taking mechanism, a tile dealing and playing port, a tile eating and hitting rod card playing port, a public tile placing area, a tile stacking area and a tile eating area of the mahjong machine;

The utility model discloses mahjong machine based on cloud data sharing when in actual use, specific application method can use the operation according to following step:

s1, inviting

Four mahjong machines and four players based on cloud data sharing are summoned, the four mahjong machines and the four players are located in four different places, and each player and one mahjong machine are located in the same place; the four player positions of each mahjong machine are respectively arranged corresponding to the four directions of the southeast, the west and the north of the geographical position; each player selects one of the four directions of the south, east, west and north of the corresponding mahjong machine as a current player position, and the directions of the geographic positions corresponding to the current player positions of the four players are different; the central processing unit modules of the four mahjong machines are in shared communication connection through the cloud server;

s2, shuffling

The central processor modules of the four mahjong machines simultaneously drive the shuffling mechanism to rotate and shuffle the mahjong pieces;

s3, raising the cards

The central processor modules of the four mahjong machines simultaneously drive the tile lifting mechanism and the tile storage pushing mechanism to respectively convey all the mahjong tiles in the shuffling cavity to the tile storage mechanism;

s4, opening the cards;

s41, a banker casts dice, determines the first-dealer player position, sequentially defines four player positions as a first player position, a second player position, a third player position and a fourth player position from the first-dealer player position according to a counterclockwise sequence, correspondingly, the four mahjong machines are marked as a first mahjong machine, a second mahjong machine, a third mahjong machine and a fourth mahjong machine, and the four players are marked as a first player, a second player, a third player and a fourth player;

the central processor module, the table panel, the mahjong tile identification circuit module, the tile taking mechanism, the tile dealing and discharging port, the tile eating and hitting bar and discharging port and the public tile placing area of the four mahjong machines are correspondingly marked;

the mechanism of getting the cards, the mechanism of dealing out, the mouth of dealing out, eat and bump the thick stick and play the mouth of playing cards, the sign indicating is all got the card mechanism for the first, the mechanism of sending cards, first the mouth of dealing out, first eating and bump the thick stick and play the mouth of playing cards, first sign indicating is distinguished and is eaten the district for the first card to this analogizes and marks the mechanism of getting the cards, the mechanism of dealing out, the mouth of dealing out, eat and bump the thick stick and play the mouth of playing cards, the sign indicating is distinguished and is eaten the district for the first three player position on every mahjong respectively.

S42, the central processor module of the first mahjong machine drives the mahjong tile storage mechanism to operate, any one mahjong tile falls down on the first mahjong tile taking mechanism in sequence, and the first mahjong tile taking mechanism and the first mahjong tile sending mechanism push one mahjong tile from a first mahjong tile sending outlet of the first mahjong machine to a first tile stacking area in sequence;

the first mahjong tile identification circuit module senses and identifies the coding information of the identification chips of the four mahjong tiles, shares and transmits the coding information to the central processing unit modules of the other three mahjong machines through the cloud server,

the central processor modules of the other three mahjong machines respectively mark one mahjong tile in the S42 as a dark tile, and the mahjong tile in the S42 is not sent in the subsequent tile opening and dealing;

s43, dealing a piece of mahjong in turn to the tile stacking area of the current player position of each mahjong machine according to the anticlockwise sequence and by referring to the tile opening step of the first mahjong machine;

s45, repeating the steps S42-S43 for thirteen rounds until thirteen mahjong tiles are arranged in the tile stacking area of the current player position of each mahjong machine;

the total number of the fifty-two mahjong tiles on the table top of the four mahjong machines is fifty-two, each mahjong machine marks the thirty-nine mahjong tiles except the thirteen mahjong tiles on the table top plate of the local mahjong machine as dark tiles, and the thirty-nine mahjong tiles in the S42 are not taken out and conveyed to the table top in the subsequent dealing process; each mahjong machine marks the other mahjong tiles except the dark mahjong tiles in the mahjong tile storage mechanism as unknown mahjong tiles;

s5, dealing the cards

S51, the first central processor module of the first mahjong machine drives the first mahjong tile storage mechanism to operate, any one of unknown mahjong tiles falls down on the first tile taking mechanism of the first mahjong machine, and the first tile taking mechanism and the first tile sending mechanism push the mahjong tiles to a first tile stacking area from a first tile sending outlet;

s52, combining fourteen mahjong tiles by the first player according to the mahjong game rule, screening out an unnecessary mahjong tile, and pushing the unnecessary mahjong tile to a first public tile placing area;

s52, the first mahjong tile identification circuit module identifies the coding information of the identification chip in the mahjong tile and shares the coding information to the central processing unit modules of the other three mahjong machines through the first central processing unit module and the cloud server;

the central processing units of the other three mahjong machines at different places receive the coding information of the chips in the mahjong tiles, the mahjong tiles are marked as the bright tiles, and the first tile storage mechanisms and the first tile taking mechanisms of the other three mahjong machines receive the instructions of the corresponding central processing units, recognize and take out the corresponding mahjong tiles, and transmit the corresponding mahjong tiles to the first tile sending outlet by the first tile sending mechanism according to the bright tile form;

s53, according to a counterclockwise sequence, referring to the dealing step of the first mahjong machine, sequentially dealing a piece of mahjong for the second mahjong machine, the third mahjong machine and the fourth mahjong machine, sequentially combining fourteen mahjong pieces of the corresponding code area of the local mahjong machine according to the mahjong game rules by the second player, the third player and the fourth player, screening out an unnecessary piece of mahjong, pushing the unnecessary piece of mahjong to a public tile placing area of the local mahjong machine, receiving the instruction of the corresponding central processor module by the corresponding tile storing mechanism and the corresponding tile taking mechanism of the other three mahjong machines in different places, recognizing and taking out the corresponding mahjong piece, and conveying the corresponding mahjong piece to the corresponding code area through the corresponding tile dealing and dealing outlet by the corresponding tile dealing mechanism according to the form of the obvious tile;

s54, analogizing until all the fourteen mahjong tiles in the current player position code tile area of one mahjong machine accord with the tile summing rule of the mahjong game, and the player needs to push the fourteen mahjong tiles to the public tile placing area at the same time, after the fourteen mahjong tile information is identified by the corresponding mahjong tile identification circuit module, the fourteen mahjong tiles are shared and transmitted to the central processor modules of other three mahjong machines through the corresponding central processor module through the cloud server, and the game is ended;

when the game is finished, the other three mahjong machines also push the fourteen mahjong tiles which accord with the sum rule of the mahjong game to the dealing and card-discharging ports of the corresponding player positions on the table top or the picnic-up ports for eating and hitting the bars, so that other three players can clearly and visually observe the picnic-up combination.

S6, eating Bumper hu

After a current player pushes an unnecessary mahjong tile to a public tile placing area and corresponding tile sending and outputting ports of other three mahjong machines in different places to output the mahjong tile, when a player in different places eats a hit bar according to mahjong game rules and the mahjong tile is combined, the player in different places is defined as a mahjong-eating player, the mahjong-eating player takes the mahjong tile from a current player position code area of the corresponding mahjong machine, after a mahjong tile recognition circuit module of the mahjong machine of the mahjong-eating player recognizes that the current player position code area lacks mahjong tile information, a central processor module receives the information, the information is shared to central processor modules of the other three mahjong machines through a cloud server, and the current tile sending sequence is switched to the mahjong-eating player position;

the mahjong tiles to be eaten and other combined mahjong tiles are placed in a mahjong tile eating area of the mahjong tile eating player position by the mahjong tile eating player, and after the mahjong tile identification circuit module in the mahjong tile eating area of the mahjong tile eating player position identifies the information of the combined mahjong tiles, the information is shared to central processor modules of other three mahjong machines through corresponding central processor modules through a cloud server; the central processor modules of the other three mahjong machines identify other mahjong tiles in the same combination from the dark tiles, and the mahjong tiles are conveyed to a tile eating area of a tile eating player position on the tabletop plate from a tile eating bar playing port corresponding to the tile eating player position of the local mahjong machine, and the other three players also place the eaten tiles to the tile eating area of the tile eating player position; finishing the action of eating the Hu-pai card;

if the player has a card, the game is ended;

if the player eating the hit bar card eats the hit bar card, the dealing sequence is switched to the lower hand position of the player eating the hit bar card.

After the card player eats the card, one card is played, and after the time delay, no one can eat the picnic card, the machine can deal the card for the next player.

Claims

1. A mahjong machine based on cloud data sharing is characterized in that: comprises a plurality of mahjong tiles (201) and an outer shell (100), wherein each mahjong tile (201) is respectively provided with an identification chip; a control center (11) is arranged below the bottom of the outer shell, and a shuffling cavity (1), a shuffling mechanism (2), a card lifting mechanism (3), a card storing mechanism (4), a card storing pushing-in mechanism (5), a card taking mechanism (6) and a card dealing mechanism (7) are arranged on the outer shell (100); the control center (11) is connected to the shuffling mechanism (2), the card lifting mechanism (3), the card storing mechanism (4), the card storing and pushing mechanism (5), the card taking mechanism (6) and the card dealing mechanism (7), and the identification chip of each mahjong card (201) is also connected to the control center (11) in a communication mode;

the control center (11) is used for connecting a power supply and cloud data;

the shuffling cavity (1) is arranged in the middle of the outer shell (100), and the shuffling cavity (1) is opened on the top surface of the outer shell (100); the shuffling cavity (1) is used for accommodating all mahjong tiles (201);

the shuffling mechanism (2) is arranged on the inner bottom surface of the shuffling cavity (1); the shuffling mechanism (2) is used for rotationally stirring all mahjong tiles (201) so as to disorder the arrangement sequence of all the mahjong tiles (201);

the mahjong tile storage mechanism (4) comprises a circular mahjong tile storage groove rail (41), the mahjong tile storage groove rail (41) is arranged above the outer part of the shuffling cavity (1) in a surrounding mode, and the mahjong tile storage groove rail (41) is used for storing a whole set of mahjong tiles (200);

the mahjong tile lifting mechanism (3) is arranged on the side wall of the shuffling cavity (1), and the mahjong tile lifting mechanism (3) is used for lifting mahjong tiles (201) in the shuffling cavity (1) to the same height as the mahjong tile storage groove rail (41);

the mahjong tile storage pushing mechanism (5) is connected between the top end of the mahjong tile lifting mechanism (3) and the mahjong tile storage groove rail (41), and the mahjong tile storage pushing mechanism (5) is used for pushing mahjong tiles (201) at the top end of the mahjong tile lifting mechanism (3) to the mahjong tile storage groove rail (41);

the mahjong tile taking mechanism (6) is arranged below the mahjong tile storage groove rail (41), a mahjong tile falling port (49) is formed in the mahjong tile storage groove rail (41), and the mahjong tile taking mechanism (6) is used for receiving mahjong tiles (201) falling from the mahjong tile falling port (49) and transmitting the mahjong tiles to the mahjong tile sending mechanism (7);

the dealing mechanism (7) is connected between the card taking mechanism (6) and the top surface of the outer shell (100), and the dealing mechanism (7) is used for conveying mahjong tiles (201) on the card taking mechanism (6) to the card outlet on the top surface of the outer shell (100);

the top surface of the outer shell (100) is provided with at least two card outlets, one of the two card outlets is a card dealing outlet (102), and the other card outlet is a card playing outlet (101) for a card-hitting stick;

the card dealing and playing port (102) is used for outputting normally dealt mahjong and/or mahjong played by a player, and the playing and hitting bar and playing port (101) is used for outputting combined cards eaten by the player and/or hit and/or a bar and/or a hu.

2. The cloud data sharing based mahjong machine of claim 1, wherein: the outer shell (100) comprises a square bottom plate (103) and a square top plate (104);

four corners of the top plate (104) are fixedly connected to the bottom plate (103) through four support columns (105), and four sides of the top plate (104) form four player positions; a card inlet is arranged in the middle of the top plate (104); a card dealing and playing port (102) and a card eating and hitting port (101) are respectively arranged on the top plate (104) corresponding to each player position, each card dealing and playing port (102) is positioned at the lower left corner or the middle of each player position, and correspondingly, each card eating and hitting port (101) is positioned at the middle or the lower left corner of each player position;

the control center (11) is arranged below the middle part of the bottom plate (103), and the middle part of the control center (11) is provided with a shuffling power mechanism (23);

a shuffling turntable (21) and a shuffling propeller (22) are arranged above the middle part of the bottom plate (103), and the shuffling power mechanism (23) is used for driving the shuffling turntable (21) and the shuffling propeller (22) to rotate, so that the arrangement sequence of all mahjong tiles (201) is stirred and disordered;

four tile lifting mechanisms (3) are uniformly distributed on the periphery of the shuffling turntable (21);

the four card lifting mechanisms (3) are combined to form a square space to form a shuffling cavity (1).

3. The cloud data sharing based mahjong machine of claim 2, wherein: each tile lifting mechanism (3) comprises a lifting guide piece (31), a tile lifting support (32), a tile lifting power mechanism (33) and a tile lifting conveying belt (34), wherein the tile lifting power mechanism (33) and the tile lifting conveying belt (34) are supported and installed between the top plate (104) and the bottom plate (103) through the tile lifting support (32);

the ascending guide piece (31) is provided with an ascending guide inclined plane which extends upwards from the upper surface of the shuffling rotary disc (21) in an inclined way;

the mahjong lifting conveying belt (34) is circularly and rotatably arranged on the mahjong lifting bracket (32) in a tensioning manner through a mahjong lifting driving wheel (35), a mahjong lifting driven wheel (36) and an auxiliary tensioning wheel (37);

the tile lifting power mechanism (33) comprises a tile lifting motor, and an output shaft of the tile lifting motor is connected to a tile lifting driving wheel;

the tile lifting driven wheel (36) is a magnetic wheel, and the magnetic wheel is used for adsorbing mahjong tiles onto the tile lifting conveying belt (34).

4. The cloud data sharing based mahjong machine of claim 3, wherein: the mahjong storage groove rail (41) is fixedly supported and arranged between the bottom plate (103) and the top plate (104) through a plurality of supporting legs (42); the top surface of the mahjong storage groove rail (41) is provided with an inner circle of circular groove and an outer circle of circular groove to form an inner mahjong storage groove channel (44) and an outer mahjong storage groove channel (45); gaps are arranged on the inner groove wall and the outer groove wall of the inner card storage groove (44) corresponding to the tail ends of the card lifting conveying belts (34) of the four card lifting mechanisms (3) to form an inner card storage opening (46) of the inner card storage groove and an outer card storage opening (47) of the outer card storage groove;

the mahjong storage groove rail (41) is provided with a mahjong storage pushing block above, the bottom of the mahjong storage groove rail is provided with a channel mahjong pushing power mechanism, the mahjong storage pushing block is connected to the channel mahjong pushing power mechanism, and the channel mahjong pushing power mechanism can drive the mahjong storage pushing block to move along the circumferential direction of the mahjong storage groove rail (41), so that mahjong tiles (201) are pushed to rotate along the mahjong storage groove rail.

5. The cloud data sharing based mahjong machine of claim 4, wherein: each card lifting mechanism (3) is connected to the card storage groove rail (41) through a card storage pushing mechanism (5); each stored card pushing mechanism (5) comprises a stored card pushing support (51), an arc-shaped card pushing transition groove rail (52) is arranged at the top end of the stored card pushing support (51), one end of each card pushing transition groove rail (52) is connected to the card lifting conveying belt (34) of the card lifting mechanism (3), and the other end of each card pushing transition groove rail is connected to the inner card storage port (46) of the card storing groove rail (41);

an outlet tile pushing motor (53) is arranged below the tile storage pushing support (51), an output shaft of the outlet tile pushing motor (53) extends upwards along the vertical direction and is connected with a tile pushing crank arm (54);

the outlet tile pushing motor (53) is used for driving the tile pushing crank arm (54) to rotate around the axis of an output shaft of the outlet tile pushing motor (53), so that tiles (201) at the tail end of a tile lifting conveying belt (34) of the tile lifting mechanism (3) are pushed to the tile storage groove rail (41);

the positions, corresponding to the middle part of each player position, of the bottom plates of the inner mahjong storage channel (44) and the outer mahjong storage channel (45) of the mahjong storage groove rail (41) are respectively provided with a mahjong falling port (49); each card falling port (49) of the inner card storage channel (44) is positioned at the central position between two adjacent inner card storage ports (46), and each card falling port (49) of the outer card storage channel (45) is positioned at the central position between two adjacent outer card storage ports (47).

6. The cloud data sharing based mahjong machine of claim 5, wherein: a card taking mechanism (6) is respectively arranged below the card storage groove rail (41) corresponding to the middle of each player position, and each card taking mechanism (6) comprises a first card taking motor (61), a second card taking motor (62), a third card taking motor (63), a front lifting table (64), a rear lifting table (65), a guide frame (66) and a card taking push rod (67);

the front lifting platform (64) is arranged below a card falling port (49) of the inner card storage channel (44), and the rear lifting platform (65) is arranged below a card falling port (49) of the outer card storage channel (45); the top surfaces of the front lifting platform (64) and the rear lifting platform (65) and the groove bottoms of the inner mahjong tile storage groove channel (44) and the outer mahjong tile storage groove channel (45) are positioned on the same horizontal plane;

the first tile taking motor (61) is connected with a first crank (68), the second tile taking motor (62) is connected with a second crank (69), the first tile taking motor (61) can drive the front lifting platform (64) to lift up and down through the first crank (68), and the second tile taking motor (62) can drive the rear lifting platform (65) to lift up and down through the second crank (69);

the guide frame (66) comprises a guide plate (661), a guide rod (662) and a synchronous belt (663), the guide plate (661) is arranged in the vertical direction, the guide rod (662) is arranged on the upper portion of the outer side of the guide plate (661), a guide groove is formed in the lower portion of the guide plate (661), the lower end of the card taking push rod (67) is slidably mounted in the guide groove and fixedly mounted on the synchronous belt (663) through a clamping block (664); a sliding block (665) is arranged above the clamping block (664), and the sliding block (665) is sleeved on the guide rod (662) in a sliding mode; the third card-taking motor (63) is connected to a card-taking driving wheel (666) of the synchronous belt (663);

the mahjong tile taking push rod (67) is used for pushing mahjong tiles (201) on the front lifting platform (64) and/or the rear lifting platform (65) to the tile dealing mechanism (7) after the front lifting platform (64) and/or the rear lifting platform (65) fall downwards.

7. The cloud data sharing based mahjong machine of claim 6, wherein: each card dealing mechanism (7) comprises a horizontal card dealing and conveying mechanism (8) and an ascending card dealing and conveying mechanism (9), and one end of the horizontal card dealing and conveying mechanism (8) is connected to a card dealing and dealing port (102) through the ascending card dealing and conveying mechanism (9); the other end of the horizontal dealing conveying mechanism (8) is connected to a card-eating and hitting bar card-discharging port (101) through a rising dealing conveying mechanism (9);

the horizontal dealing conveying mechanism (8) is provided with a horizontal dealing conveying belt (81) through a horizontal dealing support, a dealing inlet (82) is formed in the middle of the horizontal dealing support, and the horizontal dealing conveying mechanism (8) is connected to the card taking mechanism (6) through the dealing inlet (82);

the horizontal dealing conveyer belt (81) is connected with a horizontal dealing power mechanism (83), and the horizontal dealing conveyer belt (81) is used for conveying mahjong tiles (201) to any end of the horizontal dealing conveying mechanism (8) along the horizontal direction;

rising card dealing conveying mechanism (9) is provided with rising card dealing conveyer belt (91) through rising card dealing support, and rising card dealing conveyer belt (91) is connected with rising card dealing power unit (93), still is provided with rising card dealing push rod (94) on rising card dealing conveyer belt (91), rising card dealing power unit (93) are used for the drive to rise card dealing conveyer belt (91) and drive mahjong tiles (201) that rise card dealing push rod (94) sent card conveying mechanism (8) tip with the level and promote to deal with card and go out card mouth (102) or eat and bump the thick stick and lead card mouth (101).

8. The cloud data sharing based mahjong machine of claim 7, wherein: a tabletop plate is also arranged above the top plate (104), the card inlet, the card dealing outlet and the card eating and bumping bar card outlet are all arranged on the tabletop plate, and a liftable bin cover is arranged in the middle of the tabletop plate corresponding to the card inlet; the table top board is also provided with a public card placing area, a card stacking area and a card eating area; the public mahjong tile placing area is located in the middle of the table top board and used for placing mahjong tiles screened and played by players; the mahjong tile stacking area is positioned in an area corresponding to the card dealing and playing port on each player position, and is used for placing mahjong tiles selected and combined by local players or mahjong tiles screened and played by players in different places; the card eating area is used for placing card eating and/or card hitting and/or bar cards, and the card eating area is located in an area, corresponding to a card outlet of a picnic card which is eaten and hit by the bar cards, of each player position.

9. A control system for the mahjong machine based on cloud data sharing of claim 8, wherein: comprises that

the action executing mechanism control circuit module; the action execution mechanism control circuit module is arranged on the mahjong machine and is respectively and electrically connected with the central processing unit module and the action execution mechanism; the action executing mechanism comprises a shuffling mechanism, a tile lifting mechanism, a tile storing and pushing mechanism, a tile taking mechanism and a tile dealing mechanism;

a mahjong tile identification circuit module; the mahjong tile identification circuit module is electrically connected with the central processor module and is used for identifying the coding information of the identification chip of the mahjong tile; the mahjong tile identification circuit module is arranged at a tile dropping port, a tile taking mechanism, a tile dealing and playing port, a tile eating and hitting rod card playing port, a public tile placing area, a tile stacking area and a tile eating area of the mahjong machine;

and, a user terminal; the user terminal is in communication connection with the cloud server and is arranged on the mahjong machine.