阅读说明：本技术 分区控量理牌方法及应用的快速静音麻将机和拨牌墙装置 (Partition quantity control and tile arrangement method, and fast and silent mahjong machine and tile shifting wall device applied to partition quantity control and tile arrangement method ) 是由 韦琳 于 2020-08-06 设计创作，主要内容包括：麻将机分区控量理牌方法,其特征在于：在现有麻将机洗牌转盘的上表面竖起多个垂直高度大于等于15毫米的拨牌阻隔墙条状体并连接为一个整体拨牌墙装置,替代原有麻将机拨牌条装置；通过拨牌墙装置将麻将机洗牌转盘上方的洗牌空间切分为具有阻隔的中心存牌空间和边缘环形理牌空间,且两个相邻拨牌阻隔墙条状体之间设有漏牌通道,部分中心存牌空间的麻将牌通过拨牌阻隔墙条状体的阻隔后只能经漏牌通道有序可控滑入边缘环形理牌空间,降低麻将牌在边缘环形理牌空间的拥挤程度,用于提高麻将机理牌速度和降低麻将机洗牌转盘的搅牌噪音和搅牌负载。(The mahjong machine partition quantity control and arranging method is characterized in that: a plurality of shifting separation wall strip-shaped bodies with the vertical height of more than or equal to 15 mm are erected on the upper surface of the shuffling rotary table of the existing mahjong machine and are connected into an integral shifting wall device to replace the original mahjong machine shifting strip device; the mahjong tile shuffling space above the mahjong tile shuffling rotary table of the mahjong machine is divided into a center mahjong tile storage space and an edge annular mahjong tile arranging space with separation through the mahjong tile shifting wall device, a tile leaking channel is arranged between two adjacent mahjong tile shifting separation wall strip-shaped bodies, mahjong tiles in part of the center mahjong tile storage space can only orderly and controllably slide into the edge annular mahjong tile arranging space through the tile leaking channel after being separated by the mahjong tile shifting separation wall strip-shaped bodies, the crowding degree of the mahjong tiles in the edge annular mahjong tile arranging space is reduced, and the mahjong tile shuffling device is used for improving the mahjong tile mechanism mahjong tile speed and reducing the mahjong tile stirring noise and the mahjong tile stirring load of the mahjong tile shuffling rotary table of the mahjong machine.)

1. The mahjong machine partition quantity control and arranging method is characterized in that: a plurality of shifting separation wall strip-shaped bodies with the vertical height of more than or equal to 15 mm are erected on the upper surface of the shuffling rotary table of the existing mahjong machine and are connected into an integral shifting wall device to replace the original mahjong machine shifting strip device; the mahjong tile shuffling space above the mahjong tile shuffling rotary table of the mahjong machine is divided into a center mahjong tile storage space and an edge annular mahjong tile arranging space with separation through the mahjong tile shifting wall device, a tile leaking channel is arranged between two adjacent mahjong tile shifting separation wall strip-shaped bodies, mahjong tiles in part of the center mahjong tile storage space can only orderly and controllably slide into the edge annular mahjong tile arranging space through the tile leaking channel after being separated by the mahjong tile shifting separation wall strip-shaped bodies, the crowding degree of the mahjong tiles in the edge annular mahjong tile arranging space is reduced, and the mahjong tile shuffling device is used for improving the mahjong tile mechanism mahjong tile speed and reducing the mahjong tile stirring noise and the mahjong tile stirring load of the mahjong tile shuffling rotary table of the mahjong machine.

2. The partition quantity control and tile arranging method of the mahjong machine as claimed in claim 1, wherein: the mahjong shifting blocking wall strip-shaped bodies extend to the inner side of the central mahjong storage space towards the middle of the shuffling rotary table, the central mahjong storage space is divided into a plurality of arc-shaped central mahjong storage spaces with blocking through the formed mahjong shifting blocking walls, and part of mahjong in the arc-shaped central mahjong storage spaces can only orderly and controllably slide into the edge annular mahjong arranging space through the mahjong leaking channels corresponding to the arc-shaped central mahjong storage spaces after being blocked by the mahjong shifting blocking wall strip-shaped bodies.

3. Dial tablet wall device, its characterized in that: the card-shifting wall device can realize the partition quantity-control card-arranging method of claim 1 or 2; the card-shifting wall device comprises a card-shifting wall mounting seat and a plurality of card-shifting separation wall strip-shaped bodies, wherein the card-shifting separation wall strip-shaped bodies are mounted on the card-shifting wall mounting seat, the card-shifting separation wall strip-shaped bodies are fixedly connected and distributed on the card-shifting wall mounting seat at intervals, the vertical height of each card-shifting separation wall strip-shaped body is greater than or equal to 15 millimeters to form a card-shifting separation wall, and a card leakage channel is arranged between every two adjacent card-shifting separation wall strip-shaped bodies.

4. The card shifting wall device according to claim 3, wherein: the vertical height of the card-shifting separation wall strip-shaped body is more than or equal to 25 mm to form the card-shifting separation wall.

5. The card shifting wall device according to claim 3, wherein: the plate-shifting baffle wall strip-shaped body extends towards the middle of the plate-shifting wall mounting seat along with the plate-shifting wall mounting seat, a plurality of arc-shaped center plate storage spaces are enclosed by the formed plate-shifting baffle walls, and the plate leakage channels are arranged on the outer sides of the arc-shaped center plate storage spaces.

6. The card shifting wall device according to claim 4, wherein: the plate-shifting baffle wall strip-shaped body extends towards the middle of the plate-shifting wall mounting seat along with the plate-shifting wall mounting seat, a plurality of arc-shaped central plate storage spaces are enclosed by the formed plate-shifting baffle walls, and the plate leakage channels are arranged on the outer sides of the arc-shaped central plate storage spaces; the mahjong tile shifting separation wall is characterized in that a plurality of tile receiving strip-shaped bodies or tile receiving sheet-shaped bodies are mounted on the tile shifting separation wall strip-shaped bodies, the tile receiving strip-shaped bodies or the tile receiving sheet-shaped body bodies are made of soft plastic or hairbrush wires, the tile receiving strip-shaped bodies are arranged below a tile falling channel of the desktop assembly of the mahjong machine, and the tile receiving strip-shaped bodies or the tile receiving sheet-shaped bodies are staggered with each other or are inclined with each other to form an elastic bearing buffering noise reduction device for reducing the drop height of mahjong tiles falling from the tile falling channel.

7. The card shifting wall device according to claim 6, wherein: the mahjong receiving strip-shaped bodies or the mahjong receiving sheet-shaped bodies are combined into a horizontal mahjong receiving surface or an inclined mahjong receiving surface.

8. The card wall assembly of any one of claims 3-7, wherein: the automatic card shuffling device further comprises a card shuffling tail strip, wherein the card shuffling tail strip is arranged on the outer side below the card shuffling wall device and clings to the upper surface of the card shuffling rotary table.

9. Quick silence mahjong machine which characterized in that: the method for partitioned quantity control and card arrangement according to any one of claims 1-2 is implemented.

10. Quick silence mahjong machine which characterized in that: a card-handling wall apparatus comprising any of claims 3-8.

Technical Field

The invention relates to a partition quantity control tile arranging method, a rapid mute mahjong machine and a tile poking wall device applied to the partition quantity control tile arranging method.

Background

When the mahjong tiles are pushed to the big shuffling plate from the table top, the mahjong tiles can be automatically randomly stacked in the central tile storage area and the edge annular tile arranging area of the shuffling rotary plate, the central tile storage area and the edge annular tile arranging area are not separated, when the shuffling rotary plate rotates, the mahjong tiles in the central tile storage area are quickly pushed into the edge annular tile arranging area under the stirring of the tile stirring bar device, so that the edge annular tile arranging area is too crowded, larger tile stirring noise and larger tile arranging load are inevitably generated, meanwhile, the tile stirring and loading efficiency is sharply reduced, and the tile arranging time is long. The vertical height of the upper surface of the vertical shuffling rotary disc of the mahjong shifting strip device on the mahjong shuffling rotary disc of the conventional mahjong machine is less than or equal to 8 mm, which is equal to that between two adjacent central mahjong storage areas, separation is not performed, and when mahjong tiles in the central mahjong storage areas are crowded, the mahjong tiles can cross the strip body of the mahjong shifting strip device, so that larger mahjong stirring noise can be generated naturally.

Secondly, when mahjong tiles are pushed to fall on the shuffling large plate from the table top, large tile falling noise is usually generated due to high fall, the use experience of consumers is not good, and the neighborhood relationship is particularly influenced once a neighbor has been disturbed to have a rest.

In order to reduce the falling noise, the noise reduction sticking cloth is usually stuck on the shuffling large plate, but the thickness of the noise reduction sticking cloth cannot be too thick, and the adhesive glue layer of the sticking cloth is directly stuck on the upper surface of the shuffling large plate, so that the falling impact of the mahjong tiles can be directly transmitted to the shuffling large plate, the falling impact buffering force of the mahjong tiles is small, and the buffering effect is not obvious.

The partial mahjong machine is provided with the falling and blocking devices, so that the fall of the mahjong pieces is reduced, the mahjong machine is only suitable for the mahjong machine with the thicker whole thickness, the mahjong machine is not suitable for the assembly and use of the ultrathin mahjong machine, the manufacturing cost is too high, the batch assembly and production are not convenient, and meanwhile, the structural change of the mahjong machine is too large, so that the mahjong machine is not convenient to popularize.

Disclosure of Invention

The technical problem solved by the invention is as follows: aiming at the defects of large noise of mixing and falling of tiles of a shuffling rotary disc, large load of a rotary disc motor and long tile arranging time of the conventional mahjong machine, a partition quantity control tile arranging method, and a fast and silent mahjong machine and a tile arranging wall device applied by the partition quantity control tile arranging method are provided.

The invention is realized by adopting the following technical scheme:

the mahjong machine partition quantity control and arranging method is characterized in that: a plurality of shifting separation wall strip-shaped bodies with the vertical height of more than or equal to 15 mm are erected on the upper surface of the shuffling rotary table of the existing mahjong machine and are connected into an integral shifting wall device to replace the original mahjong machine shifting strip device; the mahjong tile shuffling space above the mahjong tile shuffling rotary table of the mahjong machine is divided into a center mahjong tile storage space and an edge annular mahjong tile arranging space with separation through the mahjong tile shifting wall device, a tile leaking channel is arranged between two adjacent mahjong tile shifting separation wall strip-shaped bodies, mahjong tiles in part of the center mahjong tile storage space can only orderly and controllably slide into the edge annular mahjong tile arranging space through the tile leaking channel after being separated by the mahjong tile shifting separation wall strip-shaped bodies, the crowding degree of the mahjong tiles in the edge annular mahjong tile arranging space is reduced, and the mahjong tile shuffling device is used for improving the mahjong tile mechanism mahjong tile speed and reducing the mahjong tile stirring noise and the mahjong tile stirring load of the mahjong tile shuffling rotary table of the mahjong machine.

Furthermore, the strip-shaped bodies of the mahjong shifting separation wall extend to the inner side of the central mahjong storage space towards the middle part of the shuffling rotary table, the central mahjong storage space is divided into a plurality of arc-shaped central mahjong storage spaces with separation through the formed mahjong shifting separation wall, and part of mahjong in the arc-shaped central mahjong storage spaces can only orderly and controllably slide into the edge annular mahjong arranging space through the mahjong leaking channels corresponding to the arc-shaped central mahjong storage spaces after being separated by the strip-shaped bodies of the mahjong shifting separation wall.

The invention also discloses a card-shifting wall device, which is characterized in that: the card-shifting wall device comprises a card-shifting wall mounting seat and a plurality of card-shifting separation wall strip-shaped bodies, wherein the card-shifting separation wall strip-shaped bodies are mounted on the card-shifting wall mounting seat, the card-shifting separation wall strip-shaped bodies are fixedly connected and distributed on the card-shifting wall mounting seat at intervals, the vertical height of each card-shifting separation wall strip-shaped body is greater than or equal to 15 millimeters to form a card-shifting separation wall, and a card leakage channel is arranged between every two adjacent card-shifting separation wall strip-shaped bodies.

Furthermore, the vertical height of the strip-shaped bodies of the card-shifting separation wall is more than or equal to 25 mm to form the card-shifting separation wall.

Furthermore, the plate-shifting baffle wall strip-shaped body extends towards the middle of the plate-shifting wall mounting seat along with the plate-shifting wall mounting seat, a plurality of arc-shaped center plate storage spaces are enclosed by the formed plate-shifting baffle walls, and the plate leakage channels are arranged on the outer sides of the arc-shaped center plate storage spaces.

Furthermore, the strip-shaped bodies of the card-shifting separation walls extend towards the middle of the card-shifting wall mounting seat along with the card-shifting wall mounting seat, a plurality of arc-shaped central card storage spaces are enclosed by the formed card-shifting separation walls, and the card leakage channels are arranged at the outer sides of the arc-shaped central card storage spaces; the mahjong tile shifting separation wall is characterized in that a plurality of tile receiving strip-shaped bodies or tile receiving sheet-shaped bodies are mounted on the tile shifting separation wall strip-shaped bodies, the tile receiving strip-shaped bodies or the tile receiving sheet-shaped body bodies are made of soft plastic or hairbrush wires, the tile receiving strip-shaped bodies are arranged below a tile falling channel of the desktop assembly of the mahjong machine, and the tile receiving strip-shaped bodies or the tile receiving sheet-shaped bodies are staggered with each other or are inclined with each other to form an elastic bearing buffering noise reduction device for reducing the drop height of mahjong tiles falling from the tile falling channel.

Furthermore, the mahjong tile receiving strip-shaped bodies or the mahjong tile receiving sheet-shaped bodies are combined into a horizontal mahjong tile bearing surface or an inclined mahjong tile bearing surface.

The card shuffling device further comprises a card shuffling tail strip, wherein the card shuffling tail strip is arranged on the outer side below the card shuffling wall device and clings to the upper surface of the card shuffling rotary table.

The invention also discloses a quick mute mahjong machine comprising the partition quantity control and mahjong arranging method.

The invention also discloses a mute mahjong machine comprising the tile poking wall device.

The invention relates to a mahjong machine partition quantity control arranging method and a mahjong machine shifting wall device.A shuffling space above a mahjong machine shuffling rotary table is divided into a center mahjong storing space with middle separation and an edge annular mahjong arranging space through the mahjong shifting wall device, a mahjong leaking channel is arranged between two adjacent mahjong shifting separation wall strip-shaped bodies, mahjong tiles in part of the center mahjong storing space can only orderly and controllably slide into the edge annular mahjong arranging space through the mahjong leaking channel after being separated by the mahjong shifting separation wall strip-shaped bodies, the crowding degree of the mahjong tiles in the edge annular mahjong arranging space is reduced, and the method and the device are used for improving the speed of mahjong shuffling mechanism and reducing the stirring noise and the stirring load of the mahjong machine rotary table; it connects the tablet striated body or connects the tablet laminar body to install a plurality ofly on dialling tablet separation wall striated body, connect the tablet striated body or connect tablet laminar body to adopt soft plastic or brush silk preparation, connect the tablet striated body to set up in mahjong machine desktop subassembly fall tablet passageway below, a plurality ofly connect the tablet striated body or connect the tablet laminar body crisscross each other or the crisscross each other that inclines each other, form the buffering of elastic connection and fall the device of making an uproar for reduce the drop of mahjong tiles when falling from falling the tablet passageway, consumer uses and experiences well, does not disturb the neighbour's rest, does not influence the neighborhood relation.

In conclusion, the automatic mahjong machine applying the mahjong tile shifting wall device has the advantages of low shuffling noise, small shuffling load, high mahjong tile arranging efficiency and low mahjong tile falling noise, and is particularly suitable for being assembled and used in ultrathin mahjong machines.

The invention is further described with reference to the following figures and detailed description.

Drawings

Fig. 1 is a schematic view of a card-shifting wall device according to a first embodiment.

Fig. 2 is a schematic view of an arc-shaped card storing and shifting wall device in the first embodiment.

Fig. 3 is a schematic view of a card shuffling turntable and card storing device of an arc-shaped card storing and shifting wall according to the first embodiment.

Fig. 4 is a schematic view of the tail of the card-pushing strip of the arc-shaped card-storing and card-pushing wall device in the second embodiment.

Fig. 5 is a schematic view of a card receiving strip of the arc-shaped card storing and shifting wall device in the third embodiment.

Fig. 6 is a schematic view of an arc-shaped card storing and shifting wall device, a card receiving strip and a card shuffling rotary table in the third embodiment.

Fig. 7 is a schematic view of a card-receiving strip-shaped card-adding and-dialing strip tail of the arc-shaped card-storing and-dialing wall device in the fourth embodiment.

Fig. 8 is a schematic view of a card-receiving strip-shaped card-adding and shifting strip tail of the arc-shaped card-storing and shifting wall device in the fourth embodiment.

Fig. 9 is a schematic view of the arc-shaped card storing and shifting wall device and the inclined card receiving strip in the fifth embodiment.

Fig. 10 is a schematic view of the arc-shaped card storing and shifting wall device and the inclined card receiving strip in the fifth embodiment.

Fig. 11 is a schematic view of a fan-shaped card receiving strip of the arc-shaped card storing and shifting wall device in the sixth embodiment.

Fig. 12 is a schematic view of a fan-shaped card receiving strip of the arc-shaped card storing and shifting wall device in the sixth embodiment.

Fig. 13 is a schematic view of the arc-shaped card storing and shifting wall device for additionally connecting the card sheet-shaped body in the seventh embodiment.

Reference numbers in the figures:

1-a card-shifting wall device; 11-mounting seat of card-shifting wall; 12-poker card separating wall strip body; 13-connecting the card strip; 14-receiving the card sheet-shaped body; 15-tail strip of playing cards; 16-a card leakage channel;

2-a washing disc rotating disc; 21-central card storage space; 211-arc center card storage space; 22-edge annular card arranging space.

Detailed Description