WO2019061932A1 - 自动麻将机 - Google Patents

自动麻将机 Download PDF

Info

Publication number
WO2019061932A1
WO2019061932A1 PCT/CN2018/000295 CN2018000295W WO2019061932A1 WO 2019061932 A1 WO2019061932 A1 WO 2019061932A1 CN 2018000295 W CN2018000295 W CN 2018000295W WO 2019061932 A1 WO2019061932 A1 WO 2019061932A1
Authority
WO
WIPO (PCT)
Prior art keywords
card
push
mahjong
shuffling
conveying
Prior art date
Application number
PCT/CN2018/000295
Other languages
English (en)
French (fr)
Inventor
吴凡
Original Assignee
吴凡
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 吴凡 filed Critical 吴凡
Publication of WO2019061932A1 publication Critical patent/WO2019061932A1/zh

Links

Images

Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/20—Dominoes or like games; Mah-Jongg games
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
    • A63F9/00—Games not otherwise provided for
    • A63F9/20—Dominoes or like games; Mah-Jongg games
    • A63F2009/205—Mah-jongg games

Definitions

  • the invention belongs to the technical field of automatic mahjong machines for entertainment equipment, in particular to a novel automatic mahjong machine with a new card-making method and design structure.
  • Mahjong as an entertainment product originating in China, is popular among the masses.
  • the current automatic mahjong table requires two magnetic magnetic mahjong tiles for players to play mahjong, one magnetic mahjong card for players to use on the desktop, and another magnetic mahjong card for shuffling in the mahjong table.
  • just operate the fully automatic mahjong table work program push the magnetic mahjong tiles on the table into the table, and then push the pre-built mahjong tiles in the mahjong table.
  • the organization is pushed all the way to the table, and people can continue to fight. This cycle is fast and labor-saving.
  • the present invention is based on the above-mentioned main problems, and is designed as an automatic new mahjong machine with subversive innovations in a new style of branding and structure.
  • the present invention aims to provide a new type of automatic mahjong machine which has a new card-making mode and requires only one pair of magnetic mahjong tiles, so as to realize the structure of the automatic mahjong machine is simplified and lightly portable.
  • an automatic mahjong machine for automatic shuffling and licensing of magnetic mahjong tiles including a mahjong host set on a table body, and the mahjong host includes a body provided with a shuffling bucket And a control unit, further comprising a shuffling mechanism, a card picking and transporting mechanism, and a push-up card mechanism, which are installed in the machine body and controlled by the control unit; wherein the push-up card mechanism is disposed at a center position of the body, and the mahjong card is taken from the shuffling mechanism After the card conveying mechanism is transported to the push-up card mechanism, the push-up card mechanism sends the mahjong card to the center of the table; the card-collecting and transporting mechanism is composed of two sets of transport units located on opposite sides of the push-up card mechanism, and the transport unit is pushed and pushed.
  • the lending institution docks and sends the mahjong card from the shuffling mechanism to the push-up card mechanism;
  • the push-up card mechanism includes a push-pull lift platform and a push-up drive unit that drives the lift table to reciprocate up and down, and the transport unit sends the mahjong card Pushing up the lifting platform,
  • the lifting table can be divided into adjacent sides, each side can horizontally place a mahjong card; one conveying unit corresponds to one side of the lifting table, and the other conveying
  • the corresponding element of the other side of the elevator platform surface can also accept on both sides of the tiles from the transport unit is pushed card elevator landing, when the lift is raised to push the card located in the mahjong table to rise out of the desktop.
  • a push-up chamber is disposed at a central portion of the body, and the push-up mechanism is installed in the push-up chamber, and the upper end portion of the push-up chamber is provided with two opposite entry holes.
  • the card holes are respectively corresponding to the two conveying units, and the conveying unit sends the mahjong tiles to the push card lifting platform via the card entry hole.
  • the main body further includes a center card panel, wherein the panel is lifted and lowered on the push-up card mechanism, and the center card panel is raised above the desktop when the card panel is raised; Hole, the mahjong card on the push-up platform when the push-up lift is raised is sent from the card hole to the center of the table.
  • the push-up mechanism further comprises a vertical guide rail, and the push-up lift platform is provided with a sliding slot matched with the guide rail;
  • the push-up drive unit is composed of a push-up motor and a crank connecting rod, and the push-up lifting platform The crankshaft is driven by the push-up motor to move up and down along the guide rail; the push-up motor is controlled by the control unit to start and stop to determine the up and down position of the pusher lift platform.
  • the guide rails are two on the left and the right, and are mounted on a base; the push-up motor is also mounted on the base, between the two guide rails and at the bottom of the push-pull lift platform.
  • the conveying unit of the card collecting and conveying mechanism comprises a sucking wheel, a conveying driving module and a front conveying belt and a rear conveying belt driven by the conveying driving module; the front conveying belt and the rear conveying belt are independent of each other and both There is an adapter disk, and the adapter disk is also driven by the driving module to rotate; the front conveyor belt is wound on the suction wheel to feed the suctioned mahjong card to the adapter plate, and the adapter plate sends the mahjong card to the rear segment.
  • a conveyor belt; the rear conveyor belt corresponds to one side of the lifting platform, and the mahjong tiles are conveyed from the rear conveyor belt to one side of the lifting platform corresponding to the rear conveyor belt.
  • the transport driving module is composed of a transport motor and a transmission gear set, and synchronously drives the front conveyor belt, the rear conveyor belt and the adapter disc; the transport motor is controlled to start and stop by the control unit.
  • the card shuffling mechanism comprises a shuffling disc and a large disc drive motor for driving the large disc, and a large disc fork and a flop magnet;
  • the shuffled disc is rotatably disposed in the body, and the shuffled disc is The peripheral edge is provided with a tooth drive, and the large disk drive motor drives the rotation of the shuffling disk by a gear that meshes with the tooth, and the large disk drive motor is controlled to start and stop by the control unit.
  • the card shuffling mechanism comprises a shuffling disc and a large disc drive motor for driving the large disc, and a large disc fork and a flop magnet;
  • the shuffled disc is rotatably disposed in the body, and the shuffled disc is The peripheral edge is provided with a tooth, and the large disk drive motor drives the rotation of the shuffling disk by a gear that meshes with the tooth, the large disk drive motor is controlled to start and stop by the control unit;
  • the center of the shuffling disk is a circular through hole,
  • the pushing cavity is a cylindrical structure, and the circular through hole of the shuffling plate is disposed in the body through the pushing cavity.
  • the invention adopts the method that the mahjong card is automatically introduced in the middle of the mahjong body for the player to grasp, and based on this design a new mahjong machine structure, at least has the following beneficial effects: only one pair of magnetic mahjong cards can satisfy the normal use of the player. Due to the change of the licensing method, the licensing efficiency will not be affected; thereby simplifying the structure of the mahjong mainframe, the spare parts and the occupied space are greatly reduced, the mahjong machine is lighter, and the manufacturing cost can be greatly reduced; in addition, a pair of mahjong tiles are continuously randomized.
  • the invention belongs to the industry's subversive innovation, the structure design is simple and reasonable, and has the advantages of industrialized low-cost and high-efficiency mass production, and has a broad market prospect.
  • FIG. 1 is a schematic view showing the overall structure of an automatic mahjong machine and a table top in a specific embodiment
  • Figure 2 is an exploded view of the automatic mahjong machine and the desktop of the table in the specific embodiment
  • Figure 3 is a structural exploded view of the body and the shuffling mechanism in the specific embodiment
  • FIG. 4 is a schematic structural view of a card take-up and transport mechanism in a specific embodiment
  • Figure 5 is a structural exploded view of the push-up mechanism in the specific embodiment
  • FIG. 6 is a schematic structural view 1 of a push-up card mechanism and a center card panel in a specific embodiment
  • FIG. 7 is a schematic structural view 2 of a push-up card mechanism and a center card panel in a specific embodiment
  • Figure 8 is a schematic side view showing the assembly of the shuffling mechanism, the card-receiving mechanism and the push-up card mechanism in a specific embodiment
  • Figure 9 is a schematic plan view showing the assembly of the shuffling mechanism, the card-receiving mechanism and the push-up card mechanism in the specific embodiment
  • Figure 10 is an exploded view of the assembly structure of the push-up mechanism, the casing and the center card panel in the specific embodiment
  • Figure 11 is a schematic view showing the assembly relationship between the push-up card mechanism and the center card panel in the specific embodiment
  • Figure 12 is a view showing the internal structure of the casing in the specific embodiment
  • Figure 13 is a view showing the internal structure of the casing after the push-up card mechanism and the card-receiving mechanism are installed in the embodiment;
  • Figure 14 is a view showing the assembly structure of the card transporting mechanism and the rail cover in the embodiment
  • Figure 15 is a structural view of a rail cover in a specific embodiment.
  • the present invention is an automatic mahjong machine for automatic shuffling and licensing of magnetic mahjong tiles, including mahjong host 1 and table 3 disposed on the table body 2, in the specific implementation.
  • the table body 2, the mahjong host 1 and the table top 3 may be separate or assembled, or may be integrated, which are determined by specific processing techniques, whether it is split or integrated, and belongs to the protection of the present invention. category.
  • the mahjong host 1 of the present invention comprises a body provided with a shuffling bucket, a control unit, and a shuffling mechanism 11 installed in the machine body and controlled by the control unit.
  • the mechanism consisting of two sets of transport units 12
  • the push-up mechanism 13 are provided.
  • the body is composed of a base 111 and an upper cover 115.
  • a shuffling bucket wall 1151 is disposed inside the upper cover, and the cylindrical wall 1151 forms a wash with the base 111.
  • the brand barrel, the magnetic mahjong card is shuffled in the barrel by the shuffling mechanism and turned over according to a certain magnetic pole, and is provided for the card picking and transporting mechanism to be sent to the push-up card mechanism 13; the cover of the upper cover 115 is opened for the desktop mahjong card Back to the card refill hole 117, the through hole is covered when the mahjong machine is in normal use, and the cover can be removed by a certain action after the end of the game, so that the player can send the mahjong card into the shuffling bucket.
  • the cover faces of the upper cover 115 are provided with mounting slots 118 for mounting the card transport mechanism and for ensuring the direction of the mahjong tiles on the conveyor belt along the conveyor belt.
  • These grooves are also advanced in detail in the description of the structure of the take-up transport mechanism, which is advanced in order and does not fall.
  • the shuffling mechanism 11 includes a shuffling disc 112 and a large disc drive motor 113 that drives the reel rotation, and a large disc fork 114 and a flop magnet 116;
  • the rotatably disposed in the body shuffling bucket is preferably disposed on the base 111 through a bearing ring.
  • the periphery of the shuffling disc 112 is provided with teeth, and the large disc drive motor 113 is driven by the gears of the meshing teeth.
  • the rotation of the shuffling disk 112 is controlled by the control unit to start and stop.
  • the large tray fork 114 is a magnetic magnetic mahjong card, and the flop magnet 116 is disposed at the bottom of the shuffling disk 112 to ensure that the magnetic mahjong card is flipped in a certain magnetic pole direction.
  • the push-up mechanism 13 is disposed at a central position of the main body, and as shown in FIGS. 5, 8, 9, and 10, the mahjong tiles are transported from the shuffling mechanism 11 to the push-up mechanism 13 via the two sets of transport units 12 of the pick-up transport mechanism. Thereafter, the push-up mechanism 13 sends the mahjong card to the center of the table for the player to grasp; in the preferred embodiment, the center portion of the body is provided with a push-up cavity 1152, that is, a center position in the upper cover 115 is set.
  • the push-up chamber 1152 of the hollow cavity is installed in the push-up chamber 1152, so that the mahjong card is prevented from entering the inside of the push-up mechanism, thereby effectively preventing the action portion of the push-up mechanism from being stuck by the mahjong card.
  • the upper end portion of the pushing chamber 1152 is provided with two oppositely disposed holes (not shown) corresponding to the two conveying units 12, and the conveying unit 12 passes the mahjong card through The card hole is sent to the push plate lifting table 131.
  • the pushing chamber 1152 has a cylindrical structure. As shown in FIG. 12, the center of the shuffling tray 112 is a circular through hole, and the circular through hole of the shuffling tray passes through the pushing chamber 1152 and is disposed in the body.
  • the card-receiving transport mechanism is composed of two sets of transport units 12 located opposite to each other on the two sides of the push-up card mechanism 13. As shown in FIGS. 8 and 9, the transport unit 12 is docked with the push-up card mechanism 13, and the mahjong tile 4 is The shuffling mechanism is sent to the push-up card mechanism 13; in a specific embodiment, the push-up card mechanism 13 includes a push-pull lift table 131 and a push-up drive unit that drives the lift table to reciprocate up and down, and the transport unit 12 will be a mahjong tile.
  • the table 131 can be divided into adjacent sides 1311 and 1312, each side can be placed horizontally a mahjong card; one of the conveying units corresponding to one side of the lifting table, the other The conveying unit corresponds to the other side of the lifting platform; when the pushing platform 131 is lowered, the mahjong tiles from the conveying units 12 on both sides can be simultaneously accepted, and the mahjong tiles on the table are raised to the table when the pushing platform is raised.
  • the center is for players to grab. This design is designed to meet the player's original design according to the existing card-taking habits.
  • the current card-picking habit is that at the beginning of the game, the player draws four cards and draws a certain number of sheets.
  • the design of the present invention adopts two sets of conveying units which are oppositely arranged, that is, the mahjong tiles can be formed into a stacking effect of two to two (as shown in FIG. 7), and the fastest card can be obtained. speed.
  • the push-up platform 131 is controlled by the control unit, and is provided with three stations of high, medium and low. When four cards are required, the lift platform is lowered to the low position, and the left table is superimposed with two cards. After stacking two cards on the side table, it will be filled with four mahjong tiles.
  • the elevator will be raised to the high position to expose the mahjong tiles to the desktop for players to use, as shown in Figure 7; when no mahjong tiles are required to be stacked (That is, when two or two cards are placed on one or more cards, the lifting platform is lowered to the middle position, and the two conveying units are simultaneously supplied with cards or a single conveying unit, and the pushing platform is tiled with two or one. After the card is played, it will rise to the high position and the mahjong card will be displayed on the table for players to use.
  • the elevator When the player takes the card and sets the sensor on the elevator to sense the unlicensed state, the elevator will fall to the low or the neutral position again, accept the mahjong card from the conveying unit again, and then rise to the high position to send the mahjong card. This cycle, to ensure that players play mahjong games. It will not affect the speed of drawing, but also make the desktop only have the mahjong card and keep it clean and fresh, and enhance the player's playing experience, especially the lack of cards on the desktop, avoiding the cheating of dishonest players.
  • the push-up mechanism 13 further includes a vertical guide rail 134.
  • the push-up lift 131 is provided with The guide rail 134 matches the sliding slot 135, and the push-up lifting platform 131 smoothly moves up and down under the cooperation of the sliding slot 135 and the guide rail 134; the push-up driving unit is composed of the push-up motor 133 and the crank link 132, and pushes the card.
  • the lifting platform 131 is driven to move up and down along the guide rail 134 by the push-up motor 133 via the crank link 132; the push-up motor 133 is controlled to start and stop by the control unit to determine the up and down position of the push-pull lifting platform 131.
  • the guide rails 134 are two on the left and the right, and are mounted on a base. As shown in FIG. 13, the base is mounted on the bottom of the push-up cavity 1152 provided on the upper cover 115.
  • the push-up motor 133 is also mounted on the base, and is located on the two guide rails. Between 134 and at the bottom of the push-up platform 131, this placement effectively saves space and facilitates drive connection.
  • the transport unit 12 of the card transport mechanism includes a suction wheel 122, a transport drive module 123, and a front conveyor belt 121 and a rear conveyor belt 126 that are driven by the transport drive module 123, as shown in FIG.
  • the front conveyor belt 121 and the rear conveyor belt 126 are independent of each other with an adapter disk 125 therebetween, and the adapter disk 125 is also driven to rotate by the driving module 123.
  • Such a structure effectively utilizes the mahjong host 1 The corner space, as shown in Fig.
  • the push-up lifting platform 131 adopts the adapter plate 125 to solve the turning problem of the conveying path in an ingenious manner, and the mahjong card is not stuck at the corner; the front conveying belt 121 is wound on the suction wheel 122 to suck the mahjong card.
  • the transfer tray 125 then feeds the mahjong tiles into the rear conveyor belt 126; the rear conveyor belt corresponds to the side of the elevator table, and the mahjong tiles are transported from the rear conveyor belt to the rear conveyor. Belt corresponding to the lifting platform Side surface.
  • This design ensures that the two conveyor belts do not interfere with each other, making full use of the space of the main engine, and can be used on both cards at the same time, ensuring the parallel arrangement of the speed of the card and the mahjong card, and the design is ingenious.
  • the transport drive module is composed of a transport motor 123 and a transmission gear set 124, and synchronously drives the front conveyor belt 121 and the rear conveyor belt 126.
  • the adapter plate 125; the three tapered gears of the transmission gear set 124 are synchronously meshed with each other, and the conveying motor is controlled to start and stop by the control unit.
  • a groove cover 127 having a track groove is provided in the conveying unit 12, corresponding to the front conveyor belt.
  • the top of 121 is the front conveyor belt top rail 1211; the top corresponding to the rear conveyor belt 126 is the front conveyor belt top rail 1261; the top corresponding to the adapter tray 125 is the adapter tray top rail 1251, the mechanism of the slot cover 127
  • the slot cover 127 can also cover the 118 mounting slot provided on the upper cover to prevent debris and the like from falling into the transport unit 12, thereby further ensuring the safe operation of the mahjong machine.
  • the mahjong host 1 is also provided with a central card panel 14, as shown in Figures 6, 7 and 10, 11 which can be raised and lowered.
  • the table top 3 is provided with a central through hole matching the size of the center card panel 14, and when the center card panel 14 is raised, the table top is raised to expose the center through hole, the center through hole The area covers the return hole 117 of the upper cover.
  • the player can push the mahjong card into the center through hole of the desktop, and then the mahjong card is returned from the return hole to the shuffling bucket; when the center card panel 14 is locked down At the time, it just covered the central through hole, so that there was no vacancy on the entire table to drop the mahjong tiles.
  • a card opening hole 141 is opened in the center card panel 14 and the mahjong card located on the card lifting platform 131 is lifted from the card opening hole 141 to the center of the table when the card lifting platform 131 is raised.
  • the preferred embodiment of the center card panel 14 is as shown in Figures 10 and 11, using a mechanical manual structure rather than an electrically automated structure that allows the player to not be pinched when playing or when the child is playing, so that the mahjong machine It is safer; its specific structure is to raise the panel by the tension spring 143, and the bottom of the panel is fixedly mounted with the guide rod 142.
  • the function of the guide rod is to maintain the vertical stability of the vertical movement of the panel, and also to connect the locking panel.
  • the bottom of the guide rod is provided with a card cap 1421; furthermore, a lock member 145 for locking the card cap is disposed on the base of the push-up card mechanism 13 , and the top of the lock member is provided with a lock clip 1451 and a lock clip
  • the bottom of the bottom is provided with a mechanical switch structure built in the lock chamber. When the switch structure is pressed, the lock clip can be closed, and when it is pressed, the lock clip is opened.
  • This type of switch structure belongs to the prior art, and is not specific in this paper.
  • the lock member 145 may be two on the left and right as shown in FIGS. 10 and 11, or may be one on one side, or may be multiple, which may be performed by a technician according to a specific structural design. Design is ok.
  • center card panel 14 when the panel is in the raised state, the player presses the panel down forcefully, and the panel overcomes the tension of the tension spring 143 and travels downward with the guide bar 142, when the guide rail descends to the card cap.
  • the 1421 passes through the open lock clip 1451, the cap will touch the switch structure and exert pressure on the switch structure, and the switch structure, that is, the interlocking lock clip 1451, is closed, and the player stops pressing the panel, and the lock clip 1451 holds the card.
  • the cap 1421 locks the panel; when the player applies pressure to the panel again, the cap 1421 will touch the switch structure again and exert pressure on the switch structure, and the switch structure, that is, the interlocking lock clip 1451 is opened, and the player stops pressing the panel.
  • the card cap 1421 is disengaged from the lock clip 1451, and the panel is raised by the tension of the tension spring 143.
  • the tension large spring 143 is provided with a spring cloth sleeve to make the fence effect better, and the tension large spring 143 adopts an inverted conical spring with a wide width and a narrow width. The problem of occupying a space height after the spring is compressed is effectively solved.
  • the frame spring 144 has a box size similar to that of the card hole 141, which effectively prevents the mahjong card from falling into the rear panel, and even if there is a mahjong card falling, it will be in the box spring.
  • the limit of 144 falls into the table of the lifting platform, so that it does not fall into the other position and the panel is lowered.
  • the box spring 144 is jacketed with a spring cover to provide a better fence effect.
  • the mechanism is simple, the whole machine is integrated, the spare parts are greatly reduced, and the weight is only 1/3 of the existing machine, even lighter;
  • the space around the frame can be set aside for making more storage space, allowing the player's carry-on bags, handbags and other items to be easily stored for entertainment. More comfortable;

Landscapes

  • Engineering & Computer Science (AREA)
  • Multimedia (AREA)
  • Pinball Game Machines (AREA)
  • Coin-Freed Apparatuses For Hiring Articles (AREA)

Abstract

一种自动麻将机（1），包括安装于机体内由控制单元控制的洗牌机构（11）、取牌输送机构和推升牌机构（13）。取牌输送机构由位于推升牌机构（13）两侧相对而设的两组输送单元（12）构成。推升牌机构（13）的推牌升降台（131）降落时可同时接受来自于两侧输送单元（12）的麻将牌，推牌升降台（131）升起时将位于台面上的麻将牌升出至桌面（3）中央。该麻将机（1）的结构采用机体中部自动推出麻将牌供玩家抓取的方式，仅需一副磁吸麻将牌即可满足玩家的正常使用，简化了麻将机结构并大幅降低制造成本。

Description

自动麻将机 技术领域
本发明属于娱乐设备的自动麻将机技术领域，具体是一种具有全新出牌方式和设计结构的新型自动麻将机。
背景技术
麻将作为起源于中国的娱乐用品，为广大群众所喜爱，随着日本率先发明生产的全自动麻将桌的流行，传统手动洗牌砌牌的麻将玩法已经非潮流化。目前的自动麻将桌在玩家使用打麻将的时候，需要两副具有磁性的磁性麻将牌，一副磁性麻将牌用于玩家于桌面使用，另一幅磁性麻将牌则于麻将桌内洗牌堆砌好待用；当玩家一局打完之后，只需操作一下全自动麻将桌的工作程序，将桌面上完局的磁性麻将牌推入桌内，然后麻将桌内预先砌好的麻将牌通过推升机构被全部推升到桌面，人们就可以继续打下去了，如此循环，既快速又省力。
正是由于目前麻将机使用的是两套磁吸麻将牌，而且是采用传统的将全部麻将砌好堆放至玩家前面的方式，就决定了这类自动麻将机需要四组推升机构，不仅使得作为自动麻将桌的机芯(即麻将主机)本身的结构较为复杂，而且麻将主机的空间和重量也无法得以缩小和降低；此外，由于将整副磁吸麻将全部升至于桌面之上，即不利于桌面的整洁清爽，更为玩偷换牌或玩作弊牌的不诚信玩家提供了技术实现的可能性。
本发明是基于上述主要问题，设计的具有全新出牌方式和结构的行业颠覆性创新的自动新麻将机。
发明内容
针对上述问题，本发明旨在提供一种具有全新出牌方式的且只需要一副磁吸麻将牌的新型自动麻将机，以实现自动麻将机的结构简化、轻量便携。
为实现该技术目的，本发明的方案是：一种自动麻将机，用于磁性麻将牌的自动洗牌发牌，包括设置于桌体上的麻将主机，麻将主机包括设置有洗牌桶的机体、控制单元，还包括安装于机体内由控制单元控制的洗牌机构、取牌输送机构、推升牌机构；其中，推升牌机构设置于机体的中心位置，麻将牌从洗牌机构经由取牌输送机构输送至推升牌机构后，推升牌机构将麻将牌送至桌面中央；取牌输送机构由位于推升牌机构两侧相对而设的两组输送单元构成，输送单元均与推升牌机构对接，将麻将牌从洗牌机构送至推升牌机构中；推升牌机构包括一推牌升降台和驱动该升降台上下往复动作的推升驱动单元，输送单元将麻将牌送上推牌升降台，该升降台台面可分为相邻两侧，每侧均可水平放置一张麻将牌；其中一输送单元对应升降台台面的一侧，另一输送单元对应升降台台面的另一侧；推牌升降台降落时可同时接受来自于两侧输送单元的麻将牌，推牌升降台升起时将位于台面上的麻将牌升出至桌面中央。
作为优选的方案，所述机体内的中央部位设置推升腔，推升牌机构安装于推升腔内，推升腔的上端部开有相对而设的两个入牌孔，该两个入牌孔分别与两输送单元一一对应，输送单元将麻将牌经由入牌孔送至推牌升降台。
作为优选的方案，所述主机还包括一中心出牌面板，该面板可升降的设置于推升牌机构上，中心出牌面板升起时高出桌面；该中心出牌面板上开设有出牌孔，推牌升降台升起时位于推牌升降台的麻将牌从出牌孔送至桌面中央。
作为优选的方案，推升牌机构还包括竖直的导轨，推牌升降台设有与该导轨匹配的滑槽；所述推升驱动单元由推升马达和曲柄连杆组成，推牌升降台通过曲柄连杆由推升马达驱动沿导轨上下移动；所述推升马达由控制单元控制启停以确定推牌升降台的上下位置。
作为优选的方案，所述导轨为左右两根，安装在一底座上；推升马达亦安装于该底座，位于两根导轨之间且于推牌升降台底部。
作为优选的方案，取牌输送机构的输送单元包括吸牌轮、输送驱动模块和由输送驱动模块驱动的前段输送带和后段输送带；前段输送带和后段输送带相互独立且两者之间设有一转接盘，转接盘亦由驱动模块驱动其旋转；前段输送带一端缠绕在吸牌轮上将吸取的麻将牌输送至转接盘，转接盘再将麻将牌送入后段输送带；所述后段输送带对应升降台台面的一侧，麻将牌从后段输送带被传送至该后段输送带所对应的升降台台面的一侧。
作为优选的方案，所述输送驱动模块由一个输送马达和传动齿轮组构成，同步驱动前段输送带、后段输送带和转接盘；所述输送马达由控制单元控制启停。
作为优选的方案，所述洗牌机构包括洗牌大盘和驱动该大盘旋转的大盘驱动电机，以及大盘拨叉和翻牌磁铁；所述洗牌大盘可旋转的 设置在机体中，洗牌大盘的周沿设置有齿牙，所述大盘驱动电机通过啮合齿牙的齿轮驱动洗牌大盘的旋转，所述大盘驱动电机由控制单元控制启停。
作为优选的方案，所述洗牌机构包括洗牌大盘和驱动该大盘旋转的大盘驱动电机，以及大盘拨叉和翻牌磁铁；所述洗牌大盘可旋转的设置在机体中，洗牌大盘的周沿设置有齿牙，所述大盘驱动电机通过啮合齿牙的齿轮驱动洗牌大盘的旋转，所述大盘驱动电机由控制单元控制启停；所述洗牌大盘的中心为圆通孔，所述推升腔为圆柱体结构，洗牌大盘的圆通孔穿过推升腔而设置于机体中。
本发明创新采用麻将机体中部自动推出麻将牌供玩家抓取的方式，并基于此设计出全新麻将机结构，至少具有以下有益效果：仅需一副磁吸麻将牌即可满足玩家的正常使用，因出牌方式的改变故而不会影响发牌效率；进而简化了麻将主机的结构，零配件和占用空间大大减少，麻将机更轻便，可大幅降低制造成本；此外，一副麻将牌不断的随机发出，未打之牌位于桌内，基本全面杜绝了作弊的可能，玩家桌面也整洁清爽；而且可以满足不同玩法对麻将牌数量和或玩家人数的调整。本发明属于行业颠覆性创新，结构设计简洁合理，具有工业化低成本高效量产的优势，市场前景广阔。
附图说明
图1为具体实施例中自动麻将机和桌体桌面之整体结构示意图；
图2为具体实施例中自动麻将机和桌体桌面之爆炸图；
图3为具体实施例中机体和洗牌机构的结构爆炸图；
图4为具体实施例中取牌输送机构的结构示意图；
图5为具体实施例中推升牌机构的结构爆炸图；
图6为具体实施例中推升牌机构与中心出牌面板配合之结构示意图一；
图7为具体实施例中推升牌机构与中心出牌面板配合之结构示意图二；
图8为具体实施例中洗牌机构、取牌输送机构和推升牌机构之装配示意侧视图；
图9为具体实施例中洗牌机构、取牌输送机构和推升牌机构之装配示意俯视图；
图10为具体实施例中推升牌机构、机壳与中心出牌面板的装配结构爆炸图；
图11为具体实施例中推升牌机构与中心出牌面板的装配关系示意图；
图12为具体实施例中机壳的内部结构图；
图13为具体实施例中机壳安装推升牌机构和取牌输送机构后的内部结构图；
图14为具体实施例中取牌输送机构与导轨盖板的装配结构图；
图15为具体实施例中导轨盖板的结构图。
具体实施方式
下面结合附图和实施例，进一步阐述本发明。在下面的详细描述中，只通过说明的方式描述了本发明的某些示范性实施例。毋庸置疑， 本领域的普通技术人员可以认识到，在不偏离本发明的精神和范围的情况下，可以用各种不同的方式对所描述的实施例进行修正。因此，附图和描述在本质上是说明性的，而不是用于限制权利要求的保护范围。
如图1和图2所示的，本发明是一种自动麻将机，其用于磁性麻将牌的自动洗牌发牌，包括设置于桌体2上的麻将主机1和桌面3，在具体实施时，上述桌体2、麻将主机1和桌面3可以是分体相互拼装关系，也可以是一体化，这些均由具体的加工技术决定，无论是分体还是一体化，均属于本发明的保护范畴。
如图3、图4和图5所示的，本发明的麻将主机1包括设置有洗牌桶的机体、控制单元，还包括安装于机体内由控制单元控制的洗牌机构11、取牌输送机构(由两组输送单元12构成)、推升牌机构13。
在具体优选的实施例中，机体由底座111和上盖115构成，如图12和13所示的，在上盖的内部设置有洗牌桶桶壁1151，该筒壁1151与底座111形成洗牌桶，磁吸麻将牌在该桶内由洗牌机构洗乱并按一定的磁极翻转，供取牌输送机构选送至推升牌机构13；上盖115的盖面开设有用于桌面麻将牌送回洗牌桶的回牌孔117，该通孔在麻将机正常使用时被遮住，牌局结束后可通过一定的动作去除遮盖，供玩家将麻将牌送入洗牌桶内。基于结构紧凑设计理念，在优选的具体实施例中，上盖115的盖面两对角设置有用于安装取牌输送机构的安装槽118，以及用于确保输送带上的麻将牌沿输送带方向有序前进且不掉落的输送槽119，这些结构也会在后面关于取牌输送机构结构的说 明中进一步详细阐述。
在优选的洗牌机构方案中，如图3所示的，洗牌机构11包括洗牌大盘112和驱动该大盘旋转的大盘驱动电机113，以及大盘拨叉114和翻牌磁铁116；洗牌大盘112可旋转的设置在机体洗牌桶中，优选的是通过一轴承圈设置在底座111上，洗牌大盘112的周沿设置有齿牙，所述大盘驱动电机113通过啮合齿牙的齿轮驱动洗牌大盘112的旋转，所述大盘驱动电机113由控制单元控制启停。大盘拨叉114是拨乱磁吸麻将牌，翻牌磁铁116设置在洗牌大盘112的底部，确保磁吸麻将牌按照一定的磁极方向翻转。
推升牌机构13设置于主机机体的中心位置，如图5、8、9、10所示，麻将牌从洗牌机构11经由取牌输送机构的两组输送单元12输送至推升牌机构13后，推升牌机构13将麻将牌送至桌面中央供玩家抓取；在最佳实施方案中，机体内的中央部位设置推升腔1152，也即是在上盖115内的中心位置设置一中空腔体的推升腔1152，推升牌机构13安装于推升腔1152内，这样防止麻将牌进入到推升牌机构的内部，有效避免了推升牌机构的动作部位被麻将牌卡死的情况。推升腔1152的上端部开有相对而设的两个入牌孔(图中未示出)，该两个入牌孔分别与两输送单元12一一对应，输送单元12将麻将牌经由入牌孔送至推牌升降台131上。在优选的方案中，推升腔1152为圆柱体结构，如图12所示的，洗牌大盘112的中心为圆通孔，洗牌大盘的圆通孔穿过推升腔1152而设置于机体中。
取牌输送机构由位于推升牌机构13两侧相对而设的两组输送单 元12构成，如图8、9所示的，输送单元12均与推升牌机构13对接，将麻将牌4从洗牌机构送至推升牌机构13中；在具体实施例中，推升牌机构13包括一推牌升降台131和驱动该升降台上下往复动作的推升驱动单元，输送单元12将麻将牌4送上推牌升降台131，该升降台131台面可分为相邻两侧1311和1312，每侧均可水平放置一张麻将牌；其中一输送单元对应升降台台面的一侧，另一输送单元对应升降台台面的另一侧；推牌升降台131降落时可同时接受来自于两侧输送单元12的麻将牌，推牌升降台升起时将位于台面上的麻将牌升出至桌面中央供玩家抓取。这种设计是为了满足玩家按照现有取牌习惯而独创设计的，现有取牌习惯是在牌局开始时，玩家按四张四张的取牌，打到一定张数之后再一张一张的抓取，故而本发明的设计采用相对而设的两组输送单元，即可以使得麻将牌形成两两叠加成四的堆叠效果(如图7所示的)，又能获得最快的上牌速度。在实际使用时，推牌升降台131受控制单元的控制，设置有高中低三个台位，当需要四张四张上牌的时候，升降台降到低位，左侧台面叠加两张牌，右侧台面叠加两张牌，就装满四张麻将牌，这之后，升降台再升至高位将麻将牌露出桌面供玩家取用，如图7所示的；当不需要麻将牌层叠的时候(即两张两张上或一张一张上牌的时候)，升降台降到中位，由两个输送单元同时供牌或单个输送单元供牌，推牌升降台上平铺了两张或一张牌之后，再升至高位将麻将牌露出桌面供玩家取用。当玩家取完牌之后，设置在升降台的传感器感应到无牌状态时，升降台会再次降落到低位或中位，再次接受来自输送单元的麻将牌，再又上升 到高位将麻将牌送出，如此循环往复，确保玩家畅玩麻将牌局。既不会影响抓牌速度，又能让桌面只有已出麻将牌而保持整洁清爽，提升玩家玩牌体验，尤其是桌面无未出之牌，避免了不诚实玩家的作弊可能。
在最佳的实施例中，为了确保推升牌机构运行的稳定和机构的简约，推升牌机构13还包括竖直的导轨134，如图5所示的，推牌升降台131设有与该导轨134匹配的滑槽135，推牌升降台131在滑槽135与导轨134的配合下，顺畅的上下移动；所述推升驱动单元由推升马达133和曲柄连杆132组成，推牌升降台131通过曲柄连杆132由推升马达133驱动沿导轨134上下移动；所述推升马达133由控制单元控制启停以确定推牌升降台131的上下位置。导轨134为左右两根，安装在一底座上，如图13所示的，底座安装在设置于上盖115的推升腔1152的底部；推升马达133亦安装于该底座，位于两根导轨134之间且于推牌升降台131的底部，这种摆放有效节约了空间，并便于传动连接。
在最佳的实施例中，取牌输送机构的输送单元12包括吸牌轮122、输送驱动模块123和由输送驱动模块123驱动的前段输送带121和后段输送带126，如图4所示的，前段输送带121和后段输送带126相互独立且两者之间设有一转接盘125，转接盘125亦由驱动模块123驱动其旋转，这样的结构有效的利用了麻将主机1的转角空间，如图9所示的，既能确保吸牌轮122沿着洗牌大盘112边沿的切线方向顺畅的吸取麻将牌，又能确保麻将牌沿着径向路径输送到位于主机中心 位置的推牌升降台131，采用转接盘125巧妙的解决了输送路径的弯转问题，麻将牌不至于在转角时卡死；前段输送带121一端缠绕在吸牌轮122上将吸取的麻将牌输送至转接盘125，转接盘125再将麻将牌送入后段输送带126；所述后段输送带对应升降台台面的一侧，麻将牌从后段输送带被传送至该后段输送带所对应的升降台台面的一侧。这种设计确保两个输送带互不干扰，充分利用了主机的空间，可以同时两两上牌，确保了上牌速度和麻将牌的平行紧靠的摆置方式，设计巧妙。
为了进一步的节约制造成本，提升结构的紧凑简约性，在最佳实施例中，所述输送驱动模块由一个输送马达123和传动齿轮组124构成，同步驱动前段输送带121、后段输送带126和转接盘125；传动齿轮组124采用的3个锥度齿轮相互同步啮合的方式构成，所述输送马达由控制单元控制启停。为了进一步确保麻将牌传输时的稳定行进，防止跑偏和掉落等情况的发生，如图14、15所示的，在输送单元12设置一具有轨道槽的槽盖127，对应于前段输送带121的顶部为前段输送带顶轨1211；对应于后段输送带126的顶部为前段输送带顶轨1261；对应于转接盘125的顶部为转接盘顶轨1251，该槽盖127的机构配合着上盖设置的输送槽119，能很好的稳定麻将牌，使之在传送带的输送下，顺畅前行，不会偏移和掉落，也不会发生麻将牌的错位，为麻将机的稳定运行提供了可靠的保障。槽盖127还能巧妙的遮挡住上盖上设置的118安装槽，防止杂物等落入输送单元12中，进一步保障了麻将机的安全运行。
为了更好的玩家体验，在优选的实施例中，麻将主机1还配设有一中心出牌面板14，如图6、7和10、11所示的，该中心出牌面板14可升降的设置于推升牌机构13上，桌面3上设置有与该中心出牌面板14大小相匹配的中心通孔，当中心出牌面板14升起时高出桌面，露出中心通孔，该中心通孔的面积内涵盖了上盖的回牌孔117，此时玩家可以将麻将牌推入桌面的中心通孔，进而麻将牌从回牌孔回到洗牌桶内；当中心出牌面板14回落锁定时，其刚好遮覆了中心通孔，使得整个桌面上没有空位回落麻将牌。中心出牌面板14上开设有出牌孔141，推牌升降台131升起时位于推牌升降台131的麻将牌从出牌孔141送至桌面中央。
中心出牌面板14最佳的实施方案是如图10和11所示的，采用机械手动结构而非电动自动化结构，这种设计让玩家游戏时或小孩玩耍时不会被夹伤，使得麻将机更安全；其具体结构是通过张力大弹簧143来实现面板的升起，面板的底部固定安装有导杆142，导杆的作用是保持面板上下动作的垂直稳定，同时也起到锁定面板的连接作用；导杆的底部设置有卡帽1421；此外，在安装推升牌机构13的底座上设置有可以将卡帽锁住的锁件145，该锁件的顶部设置有锁夹1451，锁夹的底部设有内置于锁件腔内的机械开关结构，该开关结构被按压时可合拢锁夹，再被按压时则张开锁夹，这类开关结构属于现有技术，在本文中不做具体阐述；当锁夹在合拢的状态下可抱住卡帽，进而卡帽被锁件锁住；锁夹张开时，卡帽即可脱离锁件。在具体实施时，所述锁件145可以是如图10和11所示的左右两个，也可以是单 侧的一个，也可以是多个，这些均可以依据具体的结构设计由技术人员进行设计确定。
中心出牌面板14的具体使用是：当面板处于升起状态时，玩家用力将面板下压，面板即克服张力大弹簧143的张力而随导杆142下向下行进，当导轨下行至卡帽1421穿过张开的锁夹1451时，卡帽会触碰到开关结构并对开关结构施加压力，开关结构即联动锁夹1451合拢，此时玩家停止对面板施压，锁夹1451抱住卡帽1421锁定面板；当玩家再次施加压力于面板时，卡帽1421会再次触碰到开关结构并对开关结构施加压力，开关结构即联动锁夹1451张开，此时玩家停止对面板施压，卡帽1421即脱离锁夹1451，面板在张力大弹簧143的张力作用下升起。
特别需要强调的是，张力大弹簧143的另外一个至关重要的作用是围栏作用，其有效的防止了麻将牌在回落洗牌桶的时候掉入推升腔1152中的可能，也即是避免了回落的麻将牌进入推升牌机构13；在优选的实施例中，张力大弹簧143外套设有弹簧布套使得围栏效果更好，张力大弹簧143采用上宽下窄的倒锥形弹簧，有效解决了弹簧被压缩后占用空间高度的问题。
此外，在面板处于升起状态时，为了防止麻将牌误从出牌孔141处跌入张力大弹簧143内而导致面板下行被麻将牌卡死的情况，面板的出牌孔141下面设置有一方框弹簧144，该弹簧的方框规格大小与出牌孔141的规格大小差不多，有效的防止了麻将牌跌入后卡死面板下行的可能，即便是有麻将牌跌落，也会在方框弹簧144的限制下落 入升降台台面上，不至于落入其他位置卡死面板下行。在优选的实施例中，方框弹簧144外套设有弹簧布套使得围栏效果更好。
本发明的麻将机与现有使用两副牌的自动麻将机相比，至少有以下明显的优点：
1、机构简单，整机一体化，零配件大大减少，重量只有现有机器的1/3，甚至更轻便；
2、仅需一幅磁吸麻将牌，重量和功耗均降低，节约材料和资源，且因为出牌方式的改变，不会影响出牌效率；
3、因仅需一副磁吸麻将牌，不会出现现有麻将机经常两副牌互混而导致清理分辨很麻烦和造成游戏者扫兴的情况；
4、完全模拟现有麻将牌玩法，通过控制单元和传感器可精准实现，玩家抓牌时两对两对叠起来上推至桌面中心，每个人抓完牌后正式打牌时只一张一张依次上推，相对于将一副牌全部码好整体推出的方式，可以将所有暂时不需要用的牌全隐藏在机器内看不到，桌面干净敞亮，不再拥挤；
5、因采用中心独口上牌，游戏者取牌都是等距离，更符合人体工学，更人性化，具有更佳的舒适性和方便性；
6、因为没有推上桌面的牌是看不到的，所以有做记号辨牌或偷梁换柱等作弊企图者无法实现了，使游戏更公平；
7、由于是按需取牌，开始发牌的数量可以在控制程序上改变，因此可两个或三个或四个人参与游戏，比现有麻将机的参与人数适应性强；
8、由于是按需取牌，只要改变系统默认牌的总数量就可以适应全国各地不同的打法，简单易调，适应性强；
9、由于麻将主机部分的尺寸大为缩小，桌体周边的边框空间就可以留出更多，用于做出更大的储物空间，让玩家的随身挎包、手包等物品轻易存放，使娱乐更舒心；
10、由于麻将主机部分的尺寸大为缩小，重量又轻，因此可以做出折叠的便携式或车载式麻将机，使娱乐更方便；
11、由于只有中心一个出牌口，周边没有现有麻将机的四个长条出牌口，中心出牌面板也由手动操作，机械自动活动裸露大为减少，玩家游戏时或小孩玩耍时被夹伤的可能性变得很小，产品更安全；
12、由于结构巧妙、紧凑，可靠性高，不容易出故障，维护保养容易；
13、由于一体化设计，结构简单，非常容易实现大批量规模化生产，整体成本比现有麻将机大为降低，是物美价廉的产品。
以上显示和描述了本发明的基本原理、主要特征及本发明的优点。本行业的技术人员应该了解，本发明不受上述实施例的限制，上述实施例和说明书中描述的只是说明本发明的原理，在不脱离本发明精神和范围的前提下，本发明还会有各种变化和改进，这些变化和改进都落入要求保护的本发明范围内。本发明要求保护范围由所附的权利要求书及其等效物界定。

Claims (9)

  1. 一种自动麻将机，用于磁性麻将牌的自动洗牌发牌，包括设置于桌体上的麻将主机，其特征在于：麻将主机包括设置有洗牌桶的机体、控制单元，还包括安装于机体内由控制单元控制的洗牌机构、取牌输送机构、推升牌机构；其中，
    推升牌机构设置于机体的中心位置，麻将牌从洗牌机构经由取牌输送机构输送至推升牌机构后，推升牌机构将麻将牌送至桌面中央；
    取牌输送机构由位于推升牌机构两侧相对而设的两组输送单元构成，输送单元均与推升牌机构对接，将麻将牌从洗牌机构送至推升牌机构中；
    推升牌机构包括一推牌升降台和驱动该升降台上下往复动作的推升驱动单元，输送单元将麻将牌送上推牌升降台，该升降台台面可分为相邻两侧，每侧均可水平放置一张麻将牌；其中一输送单元对应升降台台面的一侧，另一输送单元对应升降台台面的另一侧；推牌升降台降落时可同时接受来自于两侧输送单元的麻将牌，推牌升降台升起时将位于台面上的麻将牌升出至桌面中央。
  2. 根据权利要求1所述的自动麻将机，其特征在于：所述机体内的中央部位设置推升腔，推升牌机构安装于推升腔内，推升腔的上端部开有相对而设的两个入牌孔，该两个入牌孔分别与两输送单元一一对应，输送单元将麻将牌经由入牌孔送至推牌升降台。
  3. 根据权利要求1所述的自动麻将机，其特征在于：所述主机还包括一中心出牌面板，该面板可升降的设置于推升牌机构上，中心出牌面板升起时高出桌面；该中心出牌面板上开设有出牌孔，推牌升降 台升起时位于推牌升降台的麻将牌从出牌孔送至桌面中央。
  4. 根据权利要求1所述的自动麻将机，其特征在于：推升牌机构还包括竖直的导轨，推牌升降台设有与该导轨匹配的滑槽；所述推升驱动单元由推升马达和曲柄连杆组成，推牌升降台通过曲柄连杆由推升马达驱动沿导轨上下移动；所述推升马达由控制单元控制启停以确定推牌升降台的上下位置。
  5. 根据权利要求4所述的自动麻将机，其特征在于：所述导轨为左右两根，安装在一底座上；推升马达亦安装于该底座，位于两根导轨之间且于推牌升降台底部。
  6. 根据权利要求1所述的自动麻将机，其特征在于：取牌输送机构的输送单元包括吸牌轮、输送驱动模块和由输送驱动模块驱动的前段输送带和后段输送带；前段输送带和后段输送带相互独立且两者之间设有一转接盘，转接盘亦由驱动模块驱动其旋转；前段输送带一端缠绕在吸牌轮上将吸取的麻将牌输送至转接盘，转接盘再将麻将牌送入后段输送带；所述后段输送带对应升降台台面的一侧，麻将牌从后段输送带被传送至该后段输送带所对应的升降台台面的一侧。
  7. 根据权利要求6所述的自动麻将机，其特征在于：所述输送驱动模块由一个输送马达和传动齿轮组构成，同步驱动前段输送带、后段输送带和转接盘；所述输送马达由控制单元控制启停。
  8. 根据权利要求1所述的自动麻将机，其特征在于：所述洗牌机构包括洗牌大盘和驱动该大盘旋转的大盘驱动电机，以及大盘拨叉和翻牌磁铁；所述洗牌大盘可旋转的设置在机体中，洗牌大盘的周沿设 置有齿牙，所述大盘驱动电机通过啮合齿牙的齿轮驱动洗牌大盘的旋转，所述大盘驱动电机由控制单元控制启停。
  9. 根据权利要求2所述的自动麻将机，其特征在于：所述洗牌机构包括洗牌大盘和驱动该大盘旋转的大盘驱动电机，以及大盘拨叉和翻牌磁铁；所述洗牌大盘可旋转的设置在机体中，洗牌大盘的周沿设置有齿牙，所述大盘驱动电机通过啮合齿牙的齿轮驱动洗牌大盘的旋转，所述大盘驱动电机由控制单元控制启停；所述洗牌大盘的中心为圆通孔，所述推升腔为圆柱体结构，洗牌大盘的圆通孔穿过推升腔而设置于机体中。
PCT/CN2018/000295 2017-09-26 2018-08-03 自动麻将机 WO2019061932A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201710882758.6 2017-09-26
CN201710882758.6A CN107376336B (zh) 2017-09-26 2017-09-26 自动麻将机

Publications (1)

Publication Number Publication Date
WO2019061932A1 true WO2019061932A1 (zh) 2019-04-04

Family

ID=60350041

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2018/000295 WO2019061932A1 (zh) 2017-09-26 2018-08-03 自动麻将机

Country Status (2)

Country Link
CN (1) CN107376336B (zh)
WO (1) WO2019061932A1 (zh)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110585691A (zh) * 2019-09-16 2019-12-20 江西理工大学南昌校区 智能象棋棋盘

Families Citing this family (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107376336B (zh) * 2017-09-26 2019-09-13 吴凡 自动麻将机
CN107961529A (zh) * 2017-12-12 2018-04-27 成都博煜科技有限公司 一种智能麻将机
CN108579070B (zh) * 2018-06-27 2024-02-06 陈铁夫 一种五口全自动麻将机
CN108992917B (zh) * 2018-09-18 2023-02-21 王彬 可减少麻将机电机使用数量的送牌升牌方法
CN109621395B (zh) * 2019-01-29 2023-12-19 王彬 过山车式全自动麻将机的取牌叠牌和升牌承牌装置
CN109550229B (zh) * 2019-01-29 2023-12-19 王彬 全自动麻将机的洗牌和取牌叠牌装置
CN109621394B (zh) * 2019-01-29 2023-12-19 王彬 麻将机的取牌叠推装置
CN110833688B (zh) * 2019-11-06 2024-06-21 浙江宣和机电科技有限公司 麻将机
TWI761289B (zh) * 2021-09-10 2022-04-11 天下數位科技股份有限公司 麻將桌之洗牌結構
TWI761292B (zh) * 2021-09-24 2022-04-11 天下數位科技股份有限公司 免等待理牌之電動麻將桌結構

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0280078A (ja) * 1988-09-19 1990-03-20 Matsumura Seisakusho:Kk 自動麻雀卓における牌供給装置
CN2547363Y (zh) * 2002-06-05 2003-04-30 苟维汉 一种新型麻将机机构
CN201067627Y (zh) * 2007-04-05 2008-06-04 袁啟红 斜盘式双口自动麻将机
CN107376336A (zh) * 2017-09-26 2017-11-24 吴凡 自动麻将机
CN207221282U (zh) * 2017-09-26 2018-04-13 吴凡 一种新型自动麻将机

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0280078A (ja) * 1988-09-19 1990-03-20 Matsumura Seisakusho:Kk 自動麻雀卓における牌供給装置
CN2547363Y (zh) * 2002-06-05 2003-04-30 苟维汉 一种新型麻将机机构
CN201067627Y (zh) * 2007-04-05 2008-06-04 袁啟红 斜盘式双口自动麻将机
CN107376336A (zh) * 2017-09-26 2017-11-24 吴凡 自动麻将机
CN207221282U (zh) * 2017-09-26 2018-04-13 吴凡 一种新型自动麻将机

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110585691A (zh) * 2019-09-16 2019-12-20 江西理工大学南昌校区 智能象棋棋盘
CN110585691B (zh) * 2019-09-16 2023-02-17 江西理工大学南昌校区 智能象棋棋盘

Also Published As

Publication number Publication date
CN107376336A (zh) 2017-11-24
CN107376336B (zh) 2019-09-13

Similar Documents

Publication Publication Date Title
WO2019061932A1 (zh) 自动麻将机
CN210813878U (zh) 麻将机及其拾牌搬运系统、叠推装置
CN210933749U (zh) 麻将机及其平推上牌装置
CN210612850U (zh) 麻将机及其拾牌搬运系统
CN111298424A (zh) 扑克机及其发牌器、储牌盒和扑克牌整理方法
CN210933735U (zh) 一种麻将机
CN110251934B (zh) 一种麻将机
CN210612851U (zh) 麻将机及其拾牌搬运系统、斜坡出牌装置
CN207221282U (zh) 一种新型自动麻将机
CN107243153B (zh) 麻将机及其叠推装置和承牌凸轮
CN107281748B (zh) 麻将机及其叠推装置和叠推麻将牌的方法
TWM571260U (zh) Automatic mahjong machine
CN210933748U (zh) 麻将机及其平推上牌装置、推牌驱动机构
CN211357692U (zh) 麻将机及其拾牌搬运系统
CN210813882U (zh) 麻将机
CN207221281U (zh) 一种麻将机推升牌机构
CN110448887B (zh) 一种麻将机、拾牌搬运系统及其斜坡出牌装置
CN110448885B (zh) 麻将机及其拾牌搬运系统、叠推装置
CN110201386A (zh) 麻将机及其拾牌搬运系统、麻将牌整理方法
CN110215680B (zh) 麻将机及其拾牌搬运系统、斜坡出牌装置
CN110201385B (zh) 麻将机及其拾牌搬运系统、叠推装置
CN207221284U (zh) 一种麻将机中心出牌面板机构
CN110433484B (zh) 麻将机及其平推上牌装置、推牌驱动机构
CN110496385B (zh) 麻将机及其平推上牌装置、推牌板组件
CN211357691U (zh) 麻将机及其平推上牌装置、推牌板组件

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 18861495

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 18861495

Country of ref document: EP

Kind code of ref document: A1