23 results about "Card stacking" patented technology

The utility model discloses a mahjong machine and a tile pushing device thereof, which comprise a tile bearing block, a tile pushing head and a tile pushing transmission mechanism for driving the tile bearing block and the tile pushing head, the tile pushing transmission mechanism comprises a tile pushing rotating wheel and a transmission shaft; the tile pushing rotating wheel is rotationally installed on the shell, a tile stacking curve groove is formed in one end face of the tile pushing rotating wheel, one end of the tile stacking swing rod is hinged to the shell, the tile stacking swing rod is movably connected with the tile stacking curve groove in the tile pushing rotating wheel, and the other end of the tile stacking swing rod is connected with the tile bearing block; the transmission shaft is provided with a crank or a curved groove, and the mahjong pushing swing arm is movably connected with the crank or the curved groove. By means of the arrangement, the swing angle and the action frequency of the tile pushing head can be set by setting the position of the tile pushing shaft and the shape of the tile pushing curve groove, and therefore the tile pushing device can be effectively matched with various mahjong tiles and can also be matched with mahjong machines of various tile feeding types.

The invention relates to a shuffling machine structure. The shuffling machine structure comprises a bottom plate, a shuffling groove, a tile moving mechanism, a tile distributing mechanism and a tile pushing mechanism, wherein the bottom plate is covered with a shell; one side of the shuffling groove is provided with a card outlet and a card inlet, one side of the shuffling groove adjacent to the card outlet is provided with a box inlet, and the box inlet can be used for placing a card box; the card box is provided with a card stacking space; the tile moving mechanism comprises a lifting platform, a tile guide wheel set is arranged on the lifting platform, and the lifting platform is arranged in the tile shuffling groove and can pass through the tile stacking space; the card distributing mechanism comprises a card distributing box, and the card distributing box is provided with a plurality of grating layers; the tile pushing mechanism comprises a pushing block capable of translating, and the tile distributing box can ascend and descend to enable the pushing block to correspond to any grid layer and can slide towards the tile inlet; by means of the structure, the poker cards stacked with random numbers are received by the card distributing box in a stacked mode, the poker cards are pushed back to the lifting platform through the pushing block, and the effect that the cards are shuffled more evenly and more fairly is achieved.

The present invention relates to the field of mahjong machine manufacturing, and in particular to a mahjong machine and its card feeding mechanism. A card feeding mechanism comprises an inner shell of a card feeding box and an outer shell of a card feeding box, wherein a card suction wheel, a plurality of conveyor belt wheels, and a card feeding conveyor belt wound on the card suction wheel and the plurality of conveyor belt wheels are installed between the inner shell of the card feeding box and the outer shell of the card feeding box, so as to form a card feeding channel for transferring mahjong cards between the inner shell of the card feeding box and the outer shell of the card feeding box, and the card suction wheel is arranged at the inlet end of the card feeding channel; the card feeding mechanism is characterized in that: a stacking and pushing machine head is fixed on the outer shell of the card feeding box, and the stacking and pushing machine head comprises a stacking and pushing bracket fixed on the outer shell of the card feeding box, and a stacking and pushing motor fixed on the stacking and pushing bracket, and a stacking assembly and a card pushing assembly driven by the stacking and pushing motor. The card feeding mechanism combines the card feeding mechanism, the stacking assembly, and the card pushing assembly into a whole; during installation, the card feeding mechanism can be integrated into a main frame, thereby simplifying the assembly process and improving the assembly efficiency.

The present invention discloses a card dealing machine, which includes a card storage module with a base, an upper worktable provided on the base, a roulette wheel installed in a working groove of the upper worktable, a plurality of card storage bins arranged in an annular array of roulette wheels, a card storage bin push port provided on the side of the roulette wheel, a card delivery mechanism installed on the side of the roulette wheel, an inner and outer gear ring provided on the roulette wheel, an inner and outer gear drive assembly for driving the inner and outer gear rings provided on the side bracket, and a card receiving box assembly provided on the side of the roulette wheel; a card shuffling module provided on the input side of the card storage module, including a card stacking bin mounted on a shuffling stand, an adaptive card body pressing mechanism mounting seat and an adaptive card body pressing mechanism provided above the card stacking bin, and a card shuffling assembly symmetrically arranged above the card stacking bin provided on the adaptive card body pressing mechanism mounting seat. The card dealing machine can automatically control the shuffling and dealing of cards, and can achieve functions such as suit sorting, number segmentation, and memory storage by means of image processing.

The utility model provides an automatic card arranging device. The automatic card arranging device comprises a vibration assembly, a transmission assembly, a card stacking assembly and a card output assembly, wherein the vibration assembly is connected with the transmission assembly, and the vibration assembly controls the cards to be transmitted in sequence in the transmission assembly one by one by vibrating the cards; an input port of the transmission assembly is connected with the vibration assembly, an output port of the transmission assembly is connected with the card stacking assembly, and a card outlet groove is formed in the output port of the transmission assembly; the card stacking assembly comprises a card stacking piece and a driving piece, the card stacking piece and the driving piece are arranged corresponding to the card outlet groove, and the driving piece pushes the cards falling into the card outlet groove into the card stacking piece to be stacked; the card output assembly is connected with the card stacking piece and outputs the cards stacked to the preset height in the card stacking piece. According to the invention, automatic arrangement of the cards is realized, and the card arrangement efficiency is effectively improved.

The utility model discloses a card stacking device, which belongs to the technical field of card stacking devices, and can divide an accommodating cavity into a plurality of bearing cavities according to different working requirements during working, so as to adapt to the stacking and accommodating requirements of cards with different sizes, meet the diversified card stacking and placing requirements and improve the overall practicability of the device. The card stacking device comprises a containing box, a containing cavity is formed in the containing box, an insertion hole is formed in the middle section of the bottom in the containing cavity, a partition plate is installed in the containing cavity of the containing box in an inserted mode, an insertion block is arranged in the middle section of the bottom of the partition plate in a protruding mode and installed in the insertion hole in an inserted mode, and the containing cavity is divided into a plurality of card stacking cavities through the partition plate. A plurality of inserting grooves are vertically formed in one side edge of the partition plate at equal intervals, blocking assemblies assisting in separation of the mahjong stacking cavity are installed at the inserting grooves in an inserting mode, the mahjong stacking cavity is divided into a plurality of bearing cavities through the blocking assemblies, and a box cover is installed at the top of the containing box through hinges in a hinged mode.

The invention provides a tile pushing device, a tile feeding mechanism and a mahjong machine, the tile pushing device comprises a tile pushing rotating seat, a tile pushing arm and a tile pushing sensing assembly, the tile pushing sensing assembly comprises a tile pushing sensing piece arranged on the tile pushing rotating seat, and a first tile pushing sensor and a second tile pushing sensor which are correspondingly arranged below the tile pushing rotating seat; and the two sensors are respectively arranged corresponding to a card stacking inlet waiting position in front of a card inlet of the card slot and a card lifting inlet sensing position in front of a card outlet, so that the current position state of the card pushing head can be accurately judged by sensing the signal condition, and the card pushing motor is controlled according to the sensing signal; the tile pushing head can wait on the outer side of the tile inlet when the tile stacking device stacks tiles, and does not interfere with the tile inlet; the tile pushing head can wait at the tile outlet after pushing multiple piers of tiles to the tile lifting device, interference with the tile lifting device is avoided, and the situation that the number of tiles on the table top is insufficient due to the fact that the tile piers on the tile lifting device slide down can be avoided.

The present invention relates to the field of mahjong machines. A stacking and pushing device includes a card receiving block for receiving mahjong tiles at the card playing outlet of a card feeding device, and a card pushing head for pushing the mahjong tiles on the card receiving block into a card storage slot; the card receiving block includes an upper card receiving area and a lower card receiving area which are arranged up and down and are relatively independent; during the up and down lifting movement of the card receiving block, the upper card receiving area and the lower card receiving area lift relative to the card playing outlet of the card feeding device, and one of the upper card receiving area and the lower card receiving area is used for receiving a single-layer mahjong tile, and the other card receiving area is used for receiving two stacked mahjong tiles; the card pushing head can push the mahjong tiles received in the upper card receiving area and the lower card receiving area. During the card stacking process, the mahjong tiles required for card dealing and the mahjong tiles required for card drawing can be separated, and there is no need to cut and separate the three layers of mahjong tiles during the card pushing process; thus, the structure is simplified, and the problem of easy error caused by separating the three layers of mahjong tiles during the card pushing process is avoided.

The present invention relates to the technical field of automatic mahjong machines, and specifically discloses an integrated structure for stacking and lifting cards and a mahjong machine. The integrated structure for stacking and lifting cards at least includes a driving motor, a card stacking structure, and a card lifting structure. The card stacking structure at least includes a card bearing seat and a first transmission mechanism. The power input end of the first transmission mechanism is connected to the output shaft of the driving motor and is configured to drive the card bearing seat to lift and lower through the first transmission mechanism. The card lifting structure at least includes a card lifting plate and a second transmission mechanism. The power input end of the second transmission mechanism is connected to the output shaft of the driving motor and is configured to drive the card lifting plate to swing around the hinge shaft through the second transmission mechanism. In the above structure, the card stacking structure and the card lifting structure are driven by the same driving motor, reducing the number of motors. For the overall mahjong machine, since there are four groups of card stacking structures and card lifting structures respectively, it is equivalent to reducing four motors, reducing the costs of the motors and circuit control, and making the system more stable with a lower failure rate.

A multi-card stacking, pasting, pressing, conveying, and palletizing device includes a conveying device arranged along a predetermined direction. A first card dispensing machine, a glue dispensing machine, and a second card dispensing machine are sequentially arranged along the conveying device. The conveying device includes: a machine base with a conveying channel extending along the predetermined direction for receiving the first and second cards, and a moving groove on the bottom surface of the conveying channel; and a conveying mechanism disposed on the machine base for moving the first and second cards along the conveying channel. Through the technical solution provided in this embodiment, the glue dispensing of the first cardboard and the stacking and pasting of the second cardboard can be completed sequentially during the conveying of the first cardboard. This reduces reliance on manual labor, lowers labor intensity and production costs, and improves production efficiency.

The invention discloses automatic binding equipment and an automatic binding method for hang tag cards, and relates to the technical field of hang tag cards. The automatic binding equipment comprises a rack, a card conveying belt, a card stacking disc, a moving manipulator, a banding machine, a card collecting box and tag cards; the card conveying belt, the card stacking disc, the movement mechanical arm, the banding machine and the card collecting box are all installed above the support, the automatic card banding machine further comprises a stacking disc bottom harrow mold structure, and the stacking disc bottom harrow mold structure comprises a card stacking disc, a stacking disc back plate and a main piece card bottom harrow. In the using process, pause and recovery are stopping and continuous operation, restarting is needed after sudden stop operation, a touch screen is further arranged on the equipment and has the functions of monitoring the running state of the machine, displaying and recording faults, setting equipment parameters and correcting and processing when the strapping machine returns to the original point and the position after completing the strapping action, and repeated use and accurate positioning are achieved.

The utility model discloses a card stacking and conveying mechanism which comprises an installation frame, a conveying belt is arranged on the installation frame, a servo motor is fixedly installed at the position, close to one end, of the front surface of the installation frame, supporting legs are fixedly installed at the positions, close to the four corners, of the lower surface of the installation frame, and a collecting table is fixedly installed at the other end of the installation frame. A stacking table is fixedly mounted at the rear end of the collecting table, and stacking structures are arranged on the collecting table and the stacking table. And the stacking structure comprises an electric telescopic rod, a push plate, a rectangular groove, a connecting rod, a transmission rectangular rack, a rectangular sliding groove, a circular sliding rod, a reset spring, a pressing plate, a handle, a guide slope, a rectangular sliding block, a first rectangular rack, a mounting plate, a transmission gear, a rotating rod, a bearing and a driven gear, and the electric telescopic rod is fixedly mounted in the middle of the front surface of the collecting table. According to the card stacking and conveying mechanism, manual stacking of workers is not needed, and time and labor are saved.

The invention provides an automatic card arranging device. The automatic card arranging device comprises a vibration assembly, a transmission assembly, a card stacking assembly and a card output assembly, wherein the vibration assembly is connected with the transmission assembly, and the vibration assembly controls the cards to be transmitted in sequence in the transmission assembly one by one by vibrating the cards; an input port of the transmission assembly is connected with the vibration assembly, an output port of the transmission assembly is connected with the card stacking assembly, and a card outlet groove is formed in the output port of the transmission assembly; the card stacking assembly comprises a card stacking piece and a driving piece, the card stacking piece and the driving piece are arranged corresponding to the card outlet groove, and the driving piece pushes the cards falling into the card outlet groove into the card stacking piece to be stacked; the card output assembly is connected with the card stacking piece and outputs the cards stacked to the preset height in the card stacking piece. According to the invention, automatic arrangement of the cards is realized, and the card arrangement efficiency is effectively improved.

The present invention relates to the field of mahjong machine manufacturing. A mahjong machine comprises a mainframe, a central control panel assembly arranged in the mainframe, a shuffling plate, and four sets of card picking and transporting systems arranged around the shuffling plate; the card picking and transporting systems each comprise a card feeding mechanism, a card stacking assembly, a card pushing assembly, and a ramp card discharging device; the ramp card discharging device comprises a card storage slot and a card lifting bracket; the card storage slot is in a "C" shape, and the card feeding mechanism, the card loading assembly, and the card lifting assembly are in the "C"-shaped opening of the card storage slot; the mahjong cards are arranged in a reverse "G"-shaped path after the card feeding process, the card stacking process, the card pushing process, and the card loading process. The mahjong machine optimizes the internal space design of the mahjong machine and improves the space utilization rate.

The present invention relates to the field of mahjong machine manufacturing, a card picking and transporting system, the card picking and transporting system includes a card feeding mechanism, a card stacking component, a card pushing component and a ramp card discharging device; the ramp card discharging device includes a card loading bracket, and a card loading component and a card lifting component arranged on the card loading bracket; the card loading bracket includes a card storage slot and a card lifting bracket; the card storage slot is in a "C" shape, and the card storage slot is sequentially provided with a first curved section, a middle transition section and a second curved section from a card inlet to a card outlet; the mahjong cards are arranged in a reverse "G"-shaped path through a card feeding process, a card stacking process, a card pushing process and a card loading process; the card loading process is completed in the card storage slot, and the card loading direction from the card inlet to the card outlet in the card storage slot is counterclockwise. The card picking and transporting system and the mahjong machine optimize the internal space design and improve the space utilization rate.

The utility model discloses an automatic mahjong machine which comprises a main machine, the main machine comprises a shuffling bin and a table top located above the shuffling bin, a tile inlet used for pushing mahjong tiles into the shuffling bin is formed in the table top, at least two adjacent shuffling plates are arranged in the shuffling bin, and the shuffling plates process the mahjong tiles falling into the shuffling bin from the tile inlet. The automatic mahjong machine has the advantage that the problem of low shuffling efficiency of the existing automatic mahjong machine is solved. A reasonable number of shuffling plates are arranged by fully utilizing the space at the lower part of the main machine, the area of a shuffling bin is enlarged as much as possible, and mahjong tiles are dispersed as much as possible, so that the stacking probability of the mahjong tiles is reduced, the quantity of the mahjong tiles processed by each shuffling plate is relatively small, and the mahjong tiles have more sufficient space for rolling and mixing in the respective shuffling plate; and the card blocking condition caused by excessive card accumulation is reduced, so that the shuffling process is smoother. And the mahjong tiles can move to the edge of the shuffling disc more quickly to be turned over or captured by the tile conveying assembly, so that the shuffling speed is accelerated.

The invention provides a desktop layout method and electronic equipment, and the method comprises the steps: responding to an operation of starting a desktop, displaying a first desktop interface on the electronic equipment, the first desktop interface comprises a first summary message and a card stacking area, the card stacking area is used for stacking and displaying at least one card, each card corresponds to an application category, and the first summary message is stored in the first summary message; each card comprises an icon of at least one application; displaying a message summary column of each message on the electronic equipment in response to a click operation of a user on the first summary message; in response to a click operation of a user on the message summary column of the first to-be-processed message, starting a first application corresponding to the first to-be-processed message; and displaying a second desktop interface in response to a click operation of the user on the first card, the second desktop interface comprising an application type column, a card display area and an application icon display area corresponding to the first card. According to the scheme, a traditional desktop layout mode is changed, so that a user can process messages more efficiently and quickly.

The invention discloses a mahjong machine stacking device, which includes a stacking seat at a card outlet of a card feeding mechanism, a card receiving platform formed on the stacking seat, the card receiving platform is tilted downward from a side close to the card feeding mechanism to a side away from the card feeding mechanism, a card stacking guardrail is formed on a side of the card receiving platform away from the feeding mechanism, and the card receiving platform and the card stacking guardrail enclose a card stacking space. In the present invention, the tilting direction of the card receiving platform is basically consistent with the diving posture of the mahjong cards when they fall, so when the mahjong cards fall onto the card receiving platform, the entire bottom surface of the mahjong cards can contact the card receiving platform at the same time, or the bottom surface of the mahjong cards can contact the card receiving platform at a small angle, and then slide along the card receiving platform for a certain distance and abut against the card stacking guardrail; in this way, the card planting phenomenon can be completely eliminated under the premise that the card receiving platform remains static; and the overall structure of the stacking seat is simple, no redundant driving structure is required, and the manufacturing cost is low.

The utility model relates to a novel mahjong machine mahjong tile feeding device. The technical problems that an existing tile pushing rod is prone to being stuck when pushing tiles, and stability is poor due to the fact that the transmission distance of a tile lifting device is long are solved. Comprising a tile storage track frame with a tile pushing channel, a tile lifting channel is arranged on one side of the tile storage track frame, a tile lifting plate is arranged in the tile lifting channel, a tile lifting plate lifting driving mechanism is arranged between the tile storage track frame and the tile lifting channel, a tile pushing ring with a tile pushing part is rotationally arranged on the tile storage track frame, and a tile stacking groove is formed in the tile storage track frame. A tile stacking and conveying structure is arranged at the tile stacking groove and provided with a tile stacking seat and a tile conveying seat, and the tile pushing ring and the tile stacking and conveying structure are both connected with a one-way pushing and stacking driving mechanism. The mahjong tile pushing device has the advantages that the design structure of the mahjong tile pushing ring is utilized, the mahjong tile pushing ring is driven by the driving motor and the rotating driving gear to rotate, mahjong tiles are driven to move towards the mahjong tile lifting plate, and thus the mahjong tile pushing stability is improved.

The present invention discloses a generating device for a single-player card game, comprising a puzzle generating module and a puzzle winning rate calculating module. The puzzle winning rate calculating module conducts multiple proxy plays according to the input single-player card game puzzle, and counts the proportion of the number of successful plays to the total number of plays as the winning rate of this puzzle. The puzzle generating module assigns values to the cards in the bottom card area and the table area according to the specified card stacking structure, generates a specified number of single-player card game puzzles, inputs them into the puzzle winning rate calculating module, and saves the puzzles that meet the winning rate requirements among them. The present invention can be used for any specified card stacking structure, assigns values to the cards in the table area in a non-random manner, so as to quickly generate puzzles that meet the winning rate requirements. It solves the problem that the randomness in the prior art is too strong, resulting in unstable puzzle winning rates.

The utility model relates to a mahjong stacking and feeding structure of a mahjong machine. The technical problem that existing transmission is poor in stability is solved. Comprising a tile storage track frame with a tile stacking groove, a tile stacking seat is arranged in the tile stacking groove, a tile conveying seat is arranged on one side of the tile stacking groove, a cam mounting groove is formed in the tile storage track frame, a stacking and conveying cam is arranged in the cam mounting groove, and the stacking and conveying cam is connected with a cam rotation driving mechanism capable of driving the stacking and conveying cam to rotate in the circumferential direction. A tile stacking transmission assembly for driving the tile stacking seat to lift up and down in the tile stacking groove when the stacking cam rotates in the circumferential direction is arranged between the stacking cam and the tile stacking seat, and a tile conveying transmission assembly for driving the tile conveying seat to move from one side of the tile stacking groove to the other side of the tile stacking groove when the stacking cam rotates in the circumferential direction is arranged between the stacking cam and the tile conveying seat. The mahjong machine has the advantages that the mahjong stacking cam is used for simultaneously controlling the operation of the mahjong feeding seat and the mahjong stacking seat, the mahjong feeding seat is connected with the mahjong stacking cam through the mahjong stacking transmission assembly, the mahjong feeding seat is connected with the mahjong stacking cam through the mahjong feeding transmission assembly, the structure is simple, and the transmission effect is good.

The present invention discloses a mahjong machine and a card pushing device and a card pushing method thereof. The card holding block of the card pushing device receives a mahjong card sent by the card feeding device at a first stop position; the card holding block descends to a second stop position to receive another mahjong card sent by the card feeding device; and the card pushing head swings horizontally around a specific axis to push two mahjong cards stacked into one pile from the card holding block to the card holding plate of the flat-push card loading device. This scheme adopts a swinging card pushing head to push cards, which is more suitable for the layout of the card feeding device and the flat-push card loading device of the flat-push card loading windmill-shaped mahjong machine. The card pushing is smooth and stable without card jamming. The mahjong machine has low noise, simple and reasonable structure, high mahjong card sorting efficiency, fast card stacking and pushing speed, and reliable and stable operation.

The application discloses a card stacking mechanism and belongs to the field of chess and card game equipment. The card stacking mechanism solves the problem of high production cost caused by too many components in the prior art. The technical solution for solving the problem is that the card stacking wheel is driven by a card stacking motor, the card supporting plate is located between the card receiving plate of the mahjong machine and the end platform of the card feeding track, the card supporting plate has a first position and a second position, the second position is lower than the first position, the swing rod is hinged to the support, the swing rod is movably connected with the card supporting plate, the cam is arranged on the card stacking wheel, the swing rod abuts against the working surface of the cam, the cam rotates along with the card stacking wheel to swing the swing rod, the swing rod drives the card supporting plate to move from the second position to the first position, and the card supporting plate moves from the first position to the second position by gravity. The application mainly reduces the number of components of the card stacking mechanism and reduces the production cost. The application further provides a mahjong machine adopting the card stacking mechanism.