Conveying tile falling method and tile falling and stacking device, conveying mechanism and mahjong machine applying same

Abstract

The invention provides a conveying tile falling method and a tile falling and stacking device, a conveying mechanism and a mahjong machine applying the conveying tile falling method. A diving downhill section or a horizontal slope section is arranged at the front end of the outlet of the conveying mechanism, and the original parabola leap tile stacking principle is improved into the diving sliding tile stacking principle; fall noise generated when the second mahjong piece hits the back face of the first mahjong piece is reduced; different inclined mahjong bearing surfaces on the mahjong bearing platform of the stacking and pushing mechanism can be respectively matched and are set to be inclined leftwards and rightwards, or inclined forwards, or inclined leftwards and rightwards and inclined forwards in a composite manner, so that the original parabola non-friction principle or low-friction principle is improved into a diving line surface sliding friction or diving point line sliding friction mahjong stacking principle; no matter how large the used mahjong tiles are, the corresponding debugging method is consistent, the tile falling fall height is consistent, the tile falling fall is small, the tile falling noise is low, the improvement cost is low, and the fault that a machine head is clamped due to the fact that tile stacking and tile discharging are not in place can be eradicated.

Description

technical field [0001] The invention relates to a method for conveying and dropping tiles in an automatic mahjong machine and an applied tile dropping and stacking device, a conveying mechanism and a mahjong machine. Background technique [0002] The stacking card device of a conventional mahjong machine includes a conveying mechanism and a stacking push mechanism; The components usually adopt a transmission wheel or a conveyor belt, and the driving component drives the card suction component and the transmission component to reciprocate; the stacking and pushing mechanism includes a card receiving component, a card pushing component and a reciprocating mechanism, and the card receiving component includes at least one card receiving platform , the reciprocating mechanism drives the card receiving part to reciprocate to accept the mahjong tiles, and drives the card pushing part to reciprocate to push the mahjong tiles; The conveyor belt pushes the mahjong tiles out of the ca...

AI Technical Summary

Problems solved by technology

[0008] The technical problem solved by the invention is: in the existing mahjong machine, when the second mahjong tile is sent out from the card outlet of the conveying mechanism and falls on the back of the first mahjong tile, due to the different weights of the mahjong tiles, it is impossible to form a controllable tile. The parabola, resulting in different sizes of mahjong tiles need to be designed with different drop heights, and thicker and heavier mahjong tiles need a larger drop, which is contrary to the overall thickness design of the mahjong machine, and at the same time results in larger mahjong tiles. With the design of the larger drop, the noise of falling cards is naturally greater; when the front width sideline of the second mahjong tile hits the back of the first mahjong tile, the entire width sidelines of different sizes of mahjong tiles slide on the back of the mahjong tile to form a The length or width of the sliding surface is also different. Once the mahjong tiles are dirty, the sliding distance is different, so it is difficult to debug

Images