Tile distributing device for mahjong machine

Abstract

Disclosed is a tile distributing device for a mahjong machine. The device solves the problems that in the prior art, the structure is complex, the occupied space is large, the manufacturing cost is high, initial mahjong tiles need to be manually grabbed at the game beginning stage, time is consumed, and the game progress is affected. The device comprises a tile erection protrusion connected with amachine movement shell. The device is characterized in that a tile suction rotating wheel is arranged at the side of one end of the tile erection protrusion, a bevel gear rotating wheel is arranged at the side of the other end of the tile erection protrusion, and the bevel gear rotating wheel is connected with the tile suction rotating wheel through a synchronous conveyor belt; the bevel gear rotating wheel is connected with the output end of a tile distribution driving motor through a tile distribution linkage gear, and the tile distribution linkage gear is connected with a tile distributionrotating wheel arranged below a tile distribution opening of a mahjong machine tabletop. The device is reasonable in design, compact in structure, small in occupied space and low in manufacturing cost; beginning mahjong tiles can be automatically distributed to players, the players do not need to grab mahjong tiles at the game beginning stage, and the user-friendly design philosophy is strong. Meanwhile, only one set of mahjong tiles need to be configured for playing, the operation fault rate is low, and applicability is high.

Description

Technical field [0001] The invention belongs to the technical field of automatic mahjong machines, and specifically relates to a mahjong machine division device that can realize automatic division of cards and no card drawing, and only need to configure a set of mahjong cards to play games, occupy small space and low manufacturing cost. Background technique [0002] The existing four-port automatic mahjong machine and roller coaster automatic mahjong machine both need to be equipped with two sets of mahjong tiles, namely: one set of cards is used for game use on the table; the other set of cards is used for chaos through the shuffle mechanism inside the mahjong machine After the cards are shuffled in order, they are stacked by the card stacking mechanism and finally enter the card upgrading mechanism for standby. Because the traditional automatic mahjong machine needs to arrange multiple sets of mechanical structures to complete the mahjong machine's code and upgrade process, the...

AI Technical Summary

Problems solved by technology

Because the traditional automatic mahjong machine needs to arrange multiple sets of mechanical structures in order to complete the mahjong machine’s code and upgrade process, the manufacturing cost of the entire mahjong machine is high and the space occupied is large (the size of the machine core cannot be reduced to within 835mm×835mm ), heavy weight, poor adaptability, and high failure rate

In addition, at the beginning of the game, the existing automatic mahjong machines require the player to grab the initial mahjong tiles sequentially and manually, which is time-consuming and affects the progress of the game.

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