CN104492072A - Playing card machine full automation method - Google Patents
Playing card machine full automation method Download PDFInfo
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- CN104492072A CN104492072A CN201510017181.3A CN201510017181A CN104492072A CN 104492072 A CN104492072 A CN 104492072A CN 201510017181 A CN201510017181 A CN 201510017181A CN 104492072 A CN104492072 A CN 104492072A
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Abstract
The invention relates to a playing card machine full automation method. The playing card machine full automation method includes steps that playing cards enter a settling unit from card inlets in a table surface of a playing card machine; the playing cards entering the settling unit are subjected to separation and guidance of rollers at different speeds and then pushed to an arranging unit; the arranging unit sends the cards to an arranging bin one by one, and if a card is a card with a set card face after identification, the card is turned to a horizontal state and then output; otherwise, the card is turned to a flat state and then output; a dealing unit randomly sends a random quantity of the cards to receiving units, the receiving units are distributed circumferentially and receive the sent cards when moving to the dealing unit; after the receiving units receive a set quantity of the cards, the cards are pushed to card outlets of the table surface. The playing card machine full automation method has the advantages that any manual arrangement operation of entertainers is not needed, and full automation of the playing card machine in a real sense is achieved.
Description
Technical field
The present invention relates to playing card machine, particularly relate to a kind of playing card machine full-automatic method.
Background technology
Existing playing card machine its essence is a dealing device, and only the process of dealing out the cards is the automation process of complete mechanical operation, and other reason board process then depends on manually substantially.Its course of work is: first need, by artificial, mixed and disorderly board is organized into the consistent and neat board in a repeated board face, put into board storehouse of dealing out the cards again, sent a sheet by a sheet by card-sending mechanism trump card afterwards, the every one card sent through straight line conveyer structure by random feeding one card storage storehouse, several card storage storehouse linearly stationary cloth to be located at below board playing card machine desktop and to be fixedly installed, and is raised on playing card machine desktop by the delivery device corresponding to each card storage storehouse.And several card storage storehouse linearly distributes, and be positioned at the position of playing card machine desktop relative to a pair linea angulata side, so some repeated boards distribute along the slightly biased rectilinear direction in desktop a pair linea angulata side when being raised to desktop, this makes the take distance of board of the entertainer of desktop surrounding have nothing in common with each other, summary farther need be stretched arm and enough be got, more farther need stand up enough to get, thus causes some amusement equity problems, brings inconvenience can to band entertainer.
On the other hand in the actual use procedure of existing playing card machine, when artificial reason board, entertainer considers that the positive and negative of board needs the positive and negative of first trump card to arrange consistent, again trump card edge to its, hold together close, finally neat board is put into the board box of specifying to be provided by playing card machine, even if whole process operation entertainer skilled more also will expend the longer time, make troubles to playing cards of entertainer, reduce the efficiency of dealing out the cards of playing card machine entirety.
Summary of the invention
The object of the invention is the deficiency overcoming above prior art, provides a kind of playing card machine full-automatic method, specifically has following technical scheme to realize:
Described playing card machine full-automatic method, comprises
Playing card machine enters arrangement unit by the card-inlet being located at playing card machine desktop;
Enter arrange unit board after the discrete transporting of the different roller of speed, the delivery outlet dropped with the form of setting from a constraint board is discharged, and is stacked into the folded board that board face is inconsistent, is sent to reason board unit;
The board entering reason board unit is sent to one by one by friction rubbing and arranges in storehouse, and fall into the board arranging storehouse and be in tilting state, if the board face through identifying setting, board turns over and exports to level; If the board face of non-setting, export after the bottom being in the board of tilting state makes board turn to lying status, enter stack of cells of dealing out the cards and build up the consistent board in board face by impact;
Unit of dealing out the cards also is sent to randomly by random amount and connects board unit, connects board unit circumferentially, and with this circumference for movement locus, accepts the board sent when running to and dealing out the cards cell position;
Connect board unit and receive the bridge queen setting quantity is raised desktop mahjong pieces outlet by rising unit trump card, mahjong pieces outlet is arranged on the position that playing card machine desktop corresponds to player.
The further design of described playing card machine full-automatic method is, described arrangement unit comprises the reason board cover body that trump card imports, the defeated board groove that dispersion imports several rollers of board, lower end is provided with mahjong pieces outlet, be arranged at the conveyer belt below defeated board groove and board storehouse, described reason board cover body is arranged on defeated board groove upper end, several roller is arranged side by side and be rotatingly arranged in defeated board groove, and described board storehouse is arranged at the output side of the transmission direction of driving-belt.
The further design of described playing card machine full-automatic method is, described roller comprises and turns to for a pair the contrary board wheel that falls to send board to take turns with several, described fall board wheel, sending board to take turns is juxtaposed in described defeated board groove successively, described fall board wheel be arranged at the both sides of mahjong pieces outlet respectively, the described adjacent board wheel that send is taken turns with the board that falls, the board that falls wheel spacing is each other less than the width of board, described fall board wheel rotating speed faster than the rotating speed sending board to take turns, described fall board wheel by a quick gearing mechanism transmission, board is sent to take turns by a slow-speed drive mechanism driving, described quick gearing mechanism comprises two and engages each other two quick gears, this two quick gear arranges in the rotating shaft of board wheel respectively, described mechanism at a slow speed comprises some low-gears and is located at the corresponding travelling gear between adjacent low-gear, described some low-gears are arranged on accordingly respectively and send board to take turns in rotating shaft, described travelling gear is arranged between two adjacent low-gears respectively accordingly, and engages with this two adjacent low-gear.
The further design of described playing card machine full-automatic method is, described arrangement unit also comprises cover plate and pushes mechanism and drive, the both sides of described cover body are respectively equipped with hole slot, described cover plate corresponds to described hole slot position and is connected to guide post, cover plate realizes the sliding plug with reason board cover body by guide post cross-under in the hole slot of correspondence, the described mechanism that pushes comprises the top board that two are respectively equipped with rotating shaft, two intermeshing driving gears and a motor, described top board connects resonable board cover body upper end by axis of rotation, two intermeshing driving gears are connected in the rotating shaft of a top board, described motor is connected with the rotating shaft of a top board, two top boards are conflicted the lower surface of described cover plate, top panel turns conflict cover plate moves up and down, the entrance that board enters reason board cover body is formed when top board moves, move down enclosing cover upper port.
The further design of described playing card machine full-automatic method is, described board storehouse is connected with board storehouse mechanism driving, described Pai Cang mechanism comprises driver element and slip rail, described board storehouse is slidably connected on described slip rail, described drive unit drives board storehouse moves back and forth along slip rail, driver element comprises cam and rocking arm, the bigger diameter end of described cam is driven by a motor output shaft and rotates, miner diameter end connects board storehouse by described rocking arm, described board storehouse comprises the rectangle frame and a base plate that four stripe board surround, described rectangle frame be provided with step relative to the inwall of bottom, described base plate is layed in the bottom of rectangle frame by offseting with described step.
The further design of described playing card machine full-automatic method is, described in connect board unit and comprise the round circular orbit rotated with direction initialization, the transmission mechanism that orbit rotation described in some Jie Pai districts on that track and transmission is set.
The further design of described playing card machine full-automatic method is, described round circular orbit comprises rail and some drive blocks in annular outer rail, annular, described outer rail empty set is on interior rail, described some Jie Pai districts are distributed in described outer rail upper end, and some drive blocks are slidably arranged on the rear side of the Jie Pai district setting transmission direction on outer rail respectively and are connected with described interior rail.
The further design of described playing card machine full-automatic method is, described transmission mechanism comprises outer rail gear unit and interior rail driver element; Described outer rail gear unit comprises intermeshing ring gear and driving gear, and described ring gear is arranged on the inner ring of outer rail, and driving gear is arranged on a power output shaft; Described interior rail driver element comprises duplicate gear, travelling gear, linkage gear and external toothing, described external toothing is arranged on the outer ring of described interior rail, a gears meshing in this external toothing and duplicate gear, another gear, travelling gear and linkage gear in duplicate gear engage successively, and linkage gear is arranged on a power output shaft.
The further design of described playing card machine full-automatic method is, described power output shaft is a motor output shaft, described driving gear is connected on this motor output shaft by a unilateral bearing one way engagement, described linkage gear is fixedly connected on this motor output shaft, electric machine rotation does the rotation of single direction by driving gear transmission outer rail, and does the rotation of both forward and reverse directions by rail in linkage gear transmission.
The further design of described playing card machine full-automatic method is, the rear side that described outer rail relatively rotates direction corresponding to each Jie Pai district is provided with one section of driver slot, the lower end of drive block block through described driver slot and interior rail affixed, slide and form showdown portion in upper end on outer rail upper side, outer rail and interior rail synchronous axial system when driver slot touches drive block.
The further design of described playing card machine full-automatic method is, the radial both sides that described outer rail corresponds to each Jie Pai district are respectively equipped with retaining wall, and elastic barrier element is set in the front side of rotation direction, this two retaining wall and elastic barrier element and drive block form hold board connect board chamber, be provided with the license bearing groove for holding card lifting plate on front side of the rotation direction that each of described outer rail connects board chamber.
The further design of described playing card machine full-automatic method is, described outer rail is at least provided with a showdown groove corresponding to the orbital plane of each side, Jie Pai district is provided with, the bottom in described showdown portion is provided with at least one projection, drive block by this projection along showdown groove slide, make showdown portion connect board district stretch.
The further design of described playing card machine full-automatic method is, described reason board unit is arranged in the frame of described playing card machine, comprises mechanism for sorting and dressing mechanism,
Described mechanism for sorting comprises card storage storehouse, outlet roller, card bearing board, conductive elastic component, reel, stay cord and transmission, described outlet roller is arranged on the top in card storage storehouse also facing to the delivery outlet in card storage storehouse, card bearing board can be arranged in card storage storehouse up or down, conductive elastic component card bearing board is moved up act on card bearing board, the board on card bearing board is made to be closely against output running roller, stay cord is wound on reel, and free end connects card bearing board, be arranged in reel rotating shaft to described transmission one-directional rotation, the take-up of transmission unidirectional drive reel is rotated, stay cord pulls card bearing board to move down,
Described dressing mechanism comprises fork, gear board slide block, board turning bar, manage board storehouse and send board roller, described reason board storehouse is placed in the delivery outlet side in card storage storehouse, at least with reason board storehouse first bulkhead of this delivery outlet homonymy on to be slidably connected the gear board slide block that can stretch into and manage in board storehouse, this gear board slide block is flexibly connected with described fork, fork swings the telescopic moving driving gear board slide block to do reason board storehouse inner chamber relatively, described board turning bar is arranged on the second bulkhead relative with described reason board storehouse first bulkhead, and lower than the gear board slide block on the first bulkhead, the described board roller that send is placed in reason lower end, board storehouse, send board roller upper end to touch and be flat on the board managed in board storehouse, and by rotating the board transmitting this horizontal.
The further design of described playing card machine full-automatic method is, described conductive elastic component is extension spring, extension spring described in two is arranged on the live-rollers outside card storage storehouse in inverted Ushaped loop around rotation respectively, and one end is connected to card storage storehouse, one end connects card bearing board, and the tensile force of extension spring passes and makes card bearing board moves; Described stay cord is drawn from reel, and causes card bearing board by least one guide wheel, and is connected with card bearing board.
The further design of described playing card machine full-automatic method is, described transmission is that gear driving pair or pulley drive are secondary.
The further design of described playing card machine full-automatic method is, described outlet roller comprises rubs board running roller and running roller of dealing out the cards with the hands, described running roller of dealing out the cards is rubbed with the hands on front side of board running roller according to parallel being placed in of board transmission direction, and the position height of pivot center and velocity of rotation are all higher than stranding board running roller, the delivery outlet lower limb in described card storage storehouse is convex shape, running roller of dealing out the cards is placed on this delivery outlet, and the convex shape lower limb of deal out the cards limit, running roller lower end and delivery outlet forms mahjong pieces outlet.
The further design of described playing card machine full-automatic method is, first bulkhead in described reason board storehouse is provided with slider bore and is located at the chute outside this slider bore, second bulkhead relative with this first bulkhead is provided with board turning hole, and board turning hole is lower than the slider bore on the first bulkhead, circular arc shaped guide slots road is provided with outside board turning hole on the bulkhead of described card storage storehouse second, described board turning bar is coil of strip bar, this coil of strip bar is wound on reel, reel and described circular arc shaped guide slots road are placed in the downside of described guiding conduit suitablely, the free end of coil of strip bar is guided by the conduit that leads and extend into reason board storehouse inner chamber, when reel rotates, relative reason board storehouse inner chamber stretches, described gear board slide block is provided with the gear board head of connecting pin and two parallel side-by-side, gear board skid is connected in described chute, gear board head is plugged in described slider bore, when gear board slide block is along slide, gear board head manages the inner chamber telescopic moving of board storehouse relatively, described fork is have long-armed and L shape bar that is bending galianconism, this fork is articulated with described frame at bending part, the described long-armed outside being placed in described reason board storehouse first bulkhead, this is long-armed is provided with mounting hole, connecting pin on gear board slide block is placed in this mounting hole, fork is flexibly connected with gear board slide block, described galianconism is actuating arm, on this, galianconism is provided with return spring, galianconism is driven and makes fork do driving swing, return spring makes fork do to swing with the return driving swaying direction contrary, the swing of fork drives gear board slide block to do the telescopic moving of reason board storehouse inner chamber relatively.
The further design of described playing card machine full-automatic method is, second bulkhead in described reason board storehouse is also slidably connected the described gear board slide block that can stretch in reason board storehouse, this gear board slide block is flexibly connected with fork described in, the long-armed outside being in the second bulkhead of this fork, mounting hole on long-armed carries out described being flexibly connected with the removable pin on this gear board slide block, the galianconism of this fork is actuating arm, galianconism is provided with return spring, galianconism is driven and makes fork do driving swing, return spring makes fork do to swing with the return driving swaying direction contrary, the swing of fork drives gear board slide block to do the telescopic moving of reason board storehouse inner chamber relatively, second bulkhead in described reason board storehouse is also provided with resistible cards block, this resistible cards block is arranged on the position relative with described card storage storehouse delivery outlet, second bulkhead in described reason board storehouse is also provided with slider bore, and at this slider bore arranged outside chute, described gear board skid is connected in this chute, and stretch in reason board storehouse by the slider bore on the second bulkhead, slider bore on second bulkhead lower than the slider bore on the first bulkhead higher than board turning hole, keep off the galianconism of two forks that the activity of board slide block connects and be placed in the same side of manage board storehouse and also mutually conflict respectively with on the first bulkhead and the second bulkhead, two forks do the rightabout swing of equal angular by the mutual conflict of galianconism, described dressing mechanism also comprises cam, this cam is placed in the galianconism side of described fork, and touch galianconism.
The further design of described playing card machine full-automatic method is, described mechanism for sorting also comprises the first photoelectricity the recognition component whether board for identifying in card storage storehouse distributes, described first photoelectricity recognition component comprises light emitting diode and light-emitting diode, described light emitting diode and light-emitting diode are separately positioned on the top in card bearing board and card storage storehouse, and the light emitting diode be arranged on card bearing board is electrically connected with power circuit by conductive elastic component.
The further design of described playing card machine full-automatic method is, described dressing mechanism also comprises the first photoelectricity recognition component for identifying plate face, described first photoelectricity recognition component comprises light emitting diode and light-emitting diode, described light emitting diode and light-emitting diode are separately positioned on the reason top in board storehouse and at the bottom of storehouse or the position at board angle relative to top at the bottom of storehouse, and described top and base plate place the position of light emitting diode or light-emitting diode on a vertical line.
The further design of described playing card machine full-automatic method is, described rising unit is located at the top connecing board unit motion track place circumference, comprise the elevating mechanism that the card lifting plate, the card lifting plate described in housing and transmission that move up and down relative to orbital plane slide, the both sides of described housing are provided with slideway, it is a cavity in housing, form the liftway of described card lifting plate, the upper end of housing connects the mahjong pieces outlet of playing card machine desktop.
The further design of described playing card machine full-automatic method is, described elevating mechanism comprises two groups of swing arms, trundle and gear transmission units, described trundle is mounted slidably in slideway, described card lifting plate is in transmission connection by described swing arm and gear transmission unit, described gear transmission unit is located at the below of housing, leaves space with the bottom of housing; Described swing arm comprises upper pendulum bar and draft link, described upper pendulum bar one end and described trundle hinged, draft link one end be connected with the output shaft of gear transmission unit respectively, the other end of upper and lower fork is hinged; Described gear transmission unit comprises driving bevel gear and two driven bevel pinions, the rotating shaft of described driving bevel gear vertically arranges and is connected to the output shaft of a direct current generator, described two driven bevel pinions engage with described driving bevel gear respectively, the rotating shaft of driven bevel pinion is horizontally disposed with, the output shaft of formative gear gear unit, the corresponding end of described draft link is in transmission connection respectively in described output shaft.
Advantage of the present invention is as follows:
Playing card machine full-automatic method provided by the invention, trump card pushes in the reason board cover body of this device, playing card fall into defeated board groove through the conical surface of cover body, mahjong pieces outlet is pushed to by the roller in defeated board groove, deliver to card-sending mechanism by mahjong piece feeding mechanism trump card again and carry out operation of dealing out the cards, greatly reduce the reason board time, it is more convenient amusement play cards.
Through edit, the board holding together conjunction, by a mechanism for sorting with ingenious cooperation of a dressing mechanism rambling board face is arranged, in mechanism for sorting, conductive elastic component not only plays and makes card bearing board moves and make the board that it is placed be tight against and sending the effect on board roller, also play electrical connection effect simultaneously, photoelectricity recognition component being electrically connected without the need to the wire by pulling in constantly moving with card bearing board, the mutual winding that wire is possible can be avoided, the stay cord being wound in reel makes card bearing board move down and forms the placement space holding and wait to arrange board, stay cord pulls card bearing board downwards by the rotation of reel, the transmission of reel is driven to drive reel one direction, card bearing board is pulled to move down, and on card bearing board, move reel when need rotate backward, this transmission does not affect reel rotation freely, the structural design of these exquisitenesses makes the mechanism for sorting with dealing function greatly simplify than existing card-sending mechanism, and make that card storage storehouse can be enough large, more board can be held, side (first) bulkhead in the resonable board storehouse of dressing mechanism is arranged gear board slide block, this gear board slide block is reason board storehouse inner chamber telescopic moving relatively under the drive of fork, when moving in reason board storehouse, the board fallen into is formed and stop, this board is made to become tilting state, relatively can manage by one the bottom that board turning bar that board storehouse inner chamber stretches hits tilting board again and make it upset, and same gear board slide block is set on opposite side (second) bulkhead, to adjust turning board whereabouts attitude, prevent board may be shelved on bulkhead in switching process or be partial to side, the center, the basic centering of board resonable board storehouse of completion horizontal state under making board finally, therefore, reason board apparatus of the present invention is identifying board, the corresponding mechanism structure prior art structure of arrangement and centering is more succinctly easy to realize, and action accurately and reliably.
After sorting, the board in unified board face reaches the deal out the cards position corresponding with unit of dealing out the cards by the Jie Pai district (being equivalent to first by the board storehouse of playing card machine) of oblong orbital motion, receive unit of dealing out the cards the board sent out, the mahjong pieces outlet moved to again corresponding to entertainer position raises desktop by card lifting plate trump card, be distributed in face of each entertainer, overcome existing playing card machine and can only be dealt into side in the middle of desktop by trump card, make to need to stretch arm apart from board compared with the people in distally even to stand up the defect of enough boards, any craft reason board operation is carried out without the need to entertainer, make the full-automation that playing card machine can realize truly.
Accompanying drawing explanation
Fig. 1 is the apparatus structure schematic diagram based on full-automatic reason board method provided by the invention.
Fig. 2 is the structural representation arranging unit.
Fig. 3 is the top view that Fig. 1 arranges the structural representation of unit.
Fig. 4 is the structural representation of reason board cover body.
Fig. 5 is the position relationship schematic diagram between reason board cover body and roller.
Fig. 6 is the drive mechanism schematic diagram of roller.
Fig. 7 is the position relationship schematic diagram pushing mechanism, cover plate and cover body.
Fig. 8 is the transmission schematic diagram of roller.
Fig. 9 is the C direction view of Fig. 7.
Figure 10 is the structural representation connecing board unit provided by the invention.
Figure 11 is the A place close-up schematic view of Fig. 1.
Figure 12 is the polycrystalline substance schematic diagram connecing board unit.
Figure 13 is the AA profile of Figure 12.
Figure 14 is the close-up schematic view at Figure 12 transmission mechanism place.
Figure 15 is the structural representation that the present invention manages a kind of embodiment of board unit.
Figure 16 is the structural representation of card bearing board and winding mechanism.
Figure 17 is card bearing board, rubs board running roller and running roller mutual alignment relation schematic diagram of dealing out the cards with the hands.
The A direction view that Figure 18 is card bearing board shown in Figure 17, rubs board running roller with the hands and deal out the cards in the relation schematic diagram of running roller mutual alignment.
Figure 19 is the position relationship and the structural representation that arrange unit and mechanism for sorting.
Figure 20 is that the board falling into reason board storehouse is subject to keeping off the stop of board slide block and forms the situation of the first tilting state.
Figure 21 is the structural representation of gear board slide block and the fork that reason board storehouse first bulkhead is arranged.
Figure 22 is the bottom that coil of strip bar hits tilting board, makes the situation that it overturns.
Figure 23 is that gear board head shifts out reason board storehouse inner chamber, and board falls the situation of the board forming horizontal.
Figure 24 is the structural representation that the present invention manages the another kind of embodiment of board unit.
Figure 25 is the arrangement unit schematic top plan view in the board of reason shown in Figure 24 unit, and the gear board slide block on first, second bulkhead interim extend in reason board storehouse.
Figure 26 is the arrangement unit schematic top plan view in the board of reason shown in Figure 24 unit, and the gear board slide block on first, second bulkhead interim is moved out to reason board storehouse.
Figure 27 is the board in the board of reason shown in Figure 24 unit, hits through coil of strip bar the situation producing upset behind its underpart.
Figure 28 is the board in the board of reason shown in Figure 24 unit, drops on the gear board slide block on the second bulkhead, form the situation of the tilting state of the second after upset.
Figure 29 is that in the board of reason shown in Figure 24 unit, two gear board slide blocks shift out reason board storehouse inner chamber, and board falls the situation of the board forming horizontal.
Figure 30 is the situation that board in the board of reason shown in Figure 24 unit enters the third tilting state that backwardness under reason board may be formed.
To be board in the board of reason shown in Figure 24 unit entering reason board storehouse and striking the situation of resistible cards block Figure 31.
Figure 32 is the situation of lower the first tilting state of completion after the board in the board of reason shown in Figure 24 unit strikes resistible cards block.
Figure 33 is the structural representation of rising unit.
Figure 34 is the structural representation (removal housing) of rising unit.
View when Figure 35 is rising unit reception board.
View when Figure 36 is the license bearing of rising unit.
In figure, 1-arranges unit, 11-manages board cover body, 111-bucket shape curved surface, 112-Plug Division, 113-hole slot, 114-pushes mechanism, 1141-driving gear, 1142-top board, 115-cover plate, 116-guide post, 117-breach, 118-motor, the defeated board groove of 12-, 121-roller, 1211-send board to take turns, 1212-fall board wheel, 122-mahjong pieces outlet (space), the quick gear of 123-, 124-low-gear, 125-travelling gear, 13-connecting gear, 131-conveyer belt, 132-is protruding, 14-playing card, 15-Pai Cang mechanism, 151-board storehouse, 152-cam, 153-rocking arm, 154-slide rail, 155-step, 2-connects board unit, 21-round circular orbit, 211-outer rail, 2111-ring gear, 2112-driver slot, 2113-rising groove, 2114-retaining wall, 2115-breach, 2116-showdown groove, rail in 212-, 2121-external toothing, 2122-drive block, 24-Jie Pai district, 241-torsion spring, 242-showdown portion, 243-gap, 244-is protruding, 25-transmission mechanism, 250-motor, 251-driving tooth, 252-duplicate gear, 253-driving cog, 254-supporting seat, 255-linkage gear, 3-deals out the cards unit, 4-manages board unit, 41-mechanism for sorting, the rotating shaft of 410-motor, 411-gear driving pair, 4111-driving gear, 4112-driven gear, 412-winding mechanism, 4121-reel, 4122-guide wheel, 4123-stay cord, 413-card bearing board, 4131-Connection Block, 4132-screw, 4133-connecting hole, 414-card storage storehouse, 415-extension spring, 416-outlet roller, 4161-rubs board running roller with the hands, 4162-deals out the cards running roller, 42-dressing mechanism, 421-manages board storehouse, 4211-first bulkhead, 4212-second bulkhead, 4213-leads conduit, 4214-resistible cards block, 423-fork, 4231-mounting hole, 4232-return spring, 424-winding mechanism, 4241-reel, 4242-coil of strip bar, 425-chute, 426-keeps off board slide block, 4261-connecting pin, 4262-keeps off board head, 427-cam, 428-send board roller, 43-frame, 5-rising unit, 51-housing, 52-slideway, 53-trundle, 54-swing arm, 541-upper pendulum bar, 542-draft link, 55-gear transmission unit, 551-driving bevel gear, 552-driven bevel pinion, 56-card lifting plate, 57-direct current generator, 58-output shaft, 59-elevating mechanism.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention program is described in detail.
The present embodiment provides a kind of playing card machine full-automatic method, comprising: playing card machine enters arrangement unit by the card-inlet being located at playing card machine desktop.Enter arrange unit board after the discrete transporting of the different roller of speed, the delivery outlet dropped with the form of setting from a constraint board is discharged, and falls into and send board unit.Fall into and send the board of board unit to be stacked into the inconsistent folded board in board face, be pushed to reason board unit.The board entering reason board unit is sent to one by one by friction rubbing and arranges in storehouse, and fall into the board arranging storehouse and be in tilting state, if the board face through identifying setting, board turns over and exports to level; If the board face of non-setting, export after the bottom being in the board of tilting state makes board turn to lying status, enter stack of cells of dealing out the cards and build up the consistent board in board face by impact.Unit of dealing out the cards also is sent to randomly by random amount and connects board unit, connects board unit circumferentially, and with this circumference for movement locus, accepts the board sent when running to and dealing out the cards cell position.
Connect board unit and receive the bridge queen setting quantity is raised desktop mahjong pieces outlet by rising unit trump card, mahjong pieces outlet is arranged on the position that playing card machine desktop corresponds to player.
The arrangement unit that the present embodiment provides, is connected with the mahjong piece feeding mechanism of playing card machine, forms primarily of reason board cover body 11 roller 121, defeated board groove 12, conveyer belt 131 and board storehouse 151.Roller 121 abreast and be rotatingly arranged in defeated board groove, playing card import on the roller 121 of defeated board groove 12 by reason board cover body 11, and roller 121 rotates trump card and is directed on conveyer belt 131 from the mahjong pieces outlet 122 of defeated board groove, then through conveyer belt 131, import in board storehouse 151, see Fig. 2, Fig. 3.
As shown in Figure 3, roller 121 is arranged in defeated board groove 12 by rotating shaft rotationally side by side, the setting direction of rotating shaft is parallel with the width of defeated board groove 12, the width of defeated board groove 12 is less than the width of board, for ensureing that the board fallen in defeated board groove must be tilt, avoid the situation that board face and idler wheel surface are fitted.Gap is left between the end face of roller 121 and cell wall.
Further, as shown in Figure 4, cover body is plugged in defeated board groove 12, and the top of cover body is bucket shape curved surface 111, and bottom is Plug Division 112.Plug Division 112 is provided with and the breach 117 corresponding to roller 121 profile, and when installing cover body, defeated board groove 12 is stretched in Plug Division 112, and breach 117 empty set is on the roller 121 of correspondence.Owing to leaving gap between the end face of roller 121 and cell wall, playing card likely fall into this gap in the transport process of roller 121, cause transmitting, therefore need to keep the width between the indentation, there inwall of Plug Division to be less than the length axially of roller, so the gap of horizontal direction the gap of defeated board groove cell wall (the roller end face with) is changed into the gap gap of corresponding roller (breach with) of vertical direction, eliminate the gap likely making board embed, considerably increase the reliability of mechanism.The inwall of Plug Division is provided with optical sensor, and described in this, optical sensor distance is arranged at the top of roller, for detecting in defeated board groove whether have the playing card not falling into mahjong pieces outlet.
Mahjong piece feeding mechanism 13 is located at the below of defeated board groove 12, defeated board groove 12 is provided with restriction playing card corresponding to mahjong piece feeding mechanism 13, and with vertical state, (playing card are rectangular-shaped, the length direction that vertical state is board is parallel with vertical direction) space that drops, form the mahjong pieces outlet 122 of defeated board groove 12.In order to make this mahjong pieces outlet reach above-mentioned effect, the width that the mahjong pieces outlet bore that the present embodiment adopts is greater than playing card is less than the length of playing card.
The present embodiment adopts five rollers 121, and wherein three turn to the contrary board wheel 1212 that falls for turning to identical 1211, two, the board wheel that send.Three are sent board to take turns to take turns be arranged at abreast successively in defeated board groove 12 with two boards that fall.In order to make board can not from landing between roller 121 in transmitting procedure, therefore arrange adjacent send board take turns 1211 and send board to take turns and adjacent fall board take turns between spacing be less than the width of playing card.In order to ensure the circulation at defeated board groove mahjong pieces outlet place, the rotating speed setting board wheel is needed to be greater than the rotating speed sending board to take turns.
The board wheel that falls is set respectively in the both sides of mahjong pieces outlet 122, and two turning to of board wheel that fall are contrary.Playing card in defeated board groove owing to being obliquely installed, see Fig. 9, when playing card by send board take turns 1211 deliver to mahjong pieces outlet 122 time, as shown in Figure 8, playing card are stuck in two and send between board takes turns the state of playing card, and surveying the contact point that the board that falls takes turns respectively with two is A, B.Turn to as shown in Figure 8 in situation at two boards that fall, the position of A, B is all fallen, and namely playing card 4 also glide.If mahjong pieces outlet is owing to having hoarded a large amount of playing card, cause defeated board in defeated board groove not smooth, sending board wheel to reverse avoids the board of mahjong pieces outlet to overstock further, the board that simultaneously falls wheel reciprocally rotates and makes, between the playing card of blocking, relative motion occurs, come discrete for the playing card fit together, press inceptive direction again to rotate, trump card exports from defeated board mouth, the card phenomenon occurred when exporting from mahjong pieces outlet 122 to avoid playing card.
Further, the board that falls wheel, by a quick gearing mechanism transmission, send board to take turns by a slow-speed drive mechanism driving, as shown in Figure 7.Quick gearing mechanism engages each other two quick gears 123 by two and forms, and this two quick gear 123 arranges respectively and falls in the rotating shaft of board wheel.Mechanism is made up of three low-gears and two travelling gears be located between adjacent low-gear at a slow speed.Three low-gears are arranged on accordingly respectively and send board to take turns in rotating shaft.Two travelling gears are arranged between two adjacent low-gears respectively, and engage with this two adjacent low-gear.
Consider the overall appearance of playing card machine in the present embodiment, a cover plate 115 is set up in the top of resonable board cover body 11, and cover plate 115 is flexibly connected with reason board cover body 11.
Further, the both sides of described cover body 11 are respectively equipped with hole slot 113, and cover plate corresponds to hole slot 113 position and is connected to guide post 116, and cover plate 115 realizes the sliding plug with reason board cover body 11 by guide post cross-under in the hole slot 113 of correspondence.
In the present embodiment, moving up and down of cover plate 115 drives by pushing mechanism 114, and this pushes mechanism 114 and is respectively equipped with the intermeshing driving gear 1141 of top board 1142, two of rotating shaft by two and a motor 118 forms.Top board 1142 connects resonable board cover body 11 upper end by axis of rotation.Two intermeshing driving gears 1141 are connected in the rotating shaft of a top board 1142.Motor 118 is connected with the rotating shaft of a top board 1142, and two top boards 1142 are conflicted the lower surface of cover plate 115, and top board 1142 rotates conflict cover plate 115 and moves up and down.When top board 116 turns to vertical position under the drive of motor-driven rotation, ejection cover plate is away from reason board cover body 11, and when top board 116 turns to horizontal level, cover plate drops to and covered by cover body, see Fig. 4, Fig. 7 with the position, upper surface of reason board cover body 11.
The present embodiment adopts conveyer belt 131 to form connecting gear 13, and conveyer belt 131 is obliquely installed the below in mahjong pieces outlet 122.Mahjong pieces outlet 122 is pressed close in higher one end, position, and lower one end, position is suspended from board storehouse 151.Conveyer belt 131 is provided with the projection 132 for showdown.
The Pai Cang mechanism 15 of the present embodiment forms primarily of driver element and slide rail 154.Board storehouse 151 is slidably connected on slide rail 154, and driver element is made up of cam 152 and rocking arm 153.The bigger diameter end of cam 152 is driven by a motor output shaft and rotates, and miner diameter end connects board storehouse 151 by rocking arm 153.Cam 152 is driven by a motor (not shown in FIG.) and rotates.
Board storehouse 151 comprises the rectangle frame and a base plate that four stripe board surround, rectangle frame be provided with step relative to the inwall of bottom, base plate is layed in the bottom of rectangle frame by offseting with step, as shown in Figure 1 and Figure 2.When playing card are sent to the base plate in board storehouse 51 by mahjong pieces outlet 52 by conveyer belt 51 through roller 51, this motor driving cam 52 turns to relative to board storehouse 51 nearer end, and cam 52 miner diameter end drives Rocker arm 53 to promote board storehouse 51 and slides away from conveyer belt 51 along slide rail 54.
This arrangement unit trump card pushes in the reason board cover body 1 of this device, playing card fall into defeated board groove 2 through the bucket shape curved surface 11 of cover body, mahjong pieces outlet 22 is pushed to by the roller 21 in defeated board groove 2, deliver in board storehouse 51 by connecting gear 3 trump card again, wait for that card-sending mechanism carries out operation of dealing out the cards, greatly reduce the reason board time, it is more convenient amusement play cards.
The reason board unit 4 of the present embodiment is arranged in the frame 43 of an all automatic poker machine, carry out sorting to the rambling repeated board in board face arranging unit conveying to identify, the upset of board face is carried out to the board for non-setting board face, is finally organized into the board that the consistent pile in board face is neat.
As Figure 15, give the detailed description of the invention that the present invention manages board unit 4, this device comprises mechanism for sorting 41 and dressing mechanism 42, and dressing mechanism 42 is located at the side of mechanism for sorting 41.
The repeated board that mechanism for sorting 41 has a card storage storehouse 414 of vertically placing, this card storage storehouse 414 is equipped with card bearing board 413(that can move up and down in storehouse to be arranged is placed on this card bearing board 413), outlet roller 416 is arranged on the top in card storage storehouse 414, card bearing board 413 is moved up by the resilient force of conductive elastic component, and board placed on it is tight against on outlet roller 416.The winding mechanism 412 that reel 4121 and stay cord 4123 wound thereon are formed, reel is fixed in stay cord 4123 one end, its another free end is connected to card bearing board, be arranged in reel rotating shaft to the transmission one-directional rotation driving reel 4121 to rotate, this transmission unidirectional drive reel rotates, make reel taking-up, stay cord pulls card bearing board to move down.
The conductive elastic component of the present embodiment adopts two extension springs, and this two extension spring 415 is arranged on the live-rollers 17 outside card storage storehouse around rotation in inverted Ushaped loop respectively, and one end is connected to outside card storage storehouse, and one end connects card bearing board.This set of conductive elastic component makes elastic telescopic space long enough on the one hand, enough height there are to place as far as possible many boards to make card storage storehouse 414, reduce the stretching space of conductive elastic component (i.e. extension spring) on the one hand, relative to extension spring in " 1 " font modes of emplacement, of the present invention U-shaped around modes of emplacement, reduce the stretching space of half.
As Figure 16, conveniently stay cord 4123, the connection of extension spring 415 and card bearing board 413, stretch out in the side of the width of card bearing board 413 outside card storage storehouse, and connect a connecting seat 4131 stretching out this upper end of the card bearing board outside card storage storehouse, symmetrical structure protruding centered by this Connection Block 4131, and central boss is provided with the stay cord connecting hole 4133 for connecting stay cord, lower than this screw 4131 symmetrical both sides boss of central boss is respectively equipped with for connecting extension spring 415, be fixed in screw corresponding to Connection Block 4,131 4131 respectively by screw with two extension spring 415 one end of the connection of card bearing board.Simultaneously for the ease of pulling card bearing board 15 like a cork, one guide wheel 4122 is set in above-mentioned winding mechanism, the stay cord of drawing from reel 4121 is convenient to the guiding pulling direction to pull, this guide wheel 4122 is arranged between reel 4121 and card bearing board 413, the stay cord 15 be wound on reel 4121 is drawn downwards by reel 4121, is almost caused vertically upward and be fixed in the stay cord connecting hole 4133 on card bearing board Connection Block by guide wheel 4122.
The rotation of reel 4121 is by transmission transmission, the present embodiment adopts gear driving pair 411, driving gear 4111 in this gear driving pair 411 is connected on motor output shaft 10, and the driven gear 4112 be engaged with is arranged in the rotating shaft of reel 4121 by a unilateral bearing.When this repeated board will push the card storage storehouse 414 in apparatus of the present invention, now need card bearing board 413 to be dropped to the minimum memorial tablet that enters to put, control system makes corresponding electric machine rotation, driving gear 4111 in the rotating shaft 410 of this motor rotates thereupon, and drive driven gear 4112 to rotate, now individual event bearing makes driven gear 4112 engage with the rotating shaft of reel 4121, thus drives the rotating shaft of reel 4121 and reel 4121 to rotate.It is to stay cord 4123 taking-up that reel 4121 now rotates, in winding process, downward tensile force f 2 is bestowed to stay cord 4123, this downward tensile force f 2 overcomes extension spring 415 tensile force f 1 upwards makes card bearing board 413 move down, until extreme lower position, the mixed and disorderly board in an above-mentioned repeated board face is sent in card storage storehouse 414, now motor no longer drives, the pulling force upwards of extension spring 415 is greater than the downward pulling force of stay cord 4123, extension spring 415 drives on card bearing board 413 and moves, the board in license bearing is made to be tight against on the output running roller 16 being positioned at top, card storage storehouse 414, see Fig. 4, along with board is constantly sent, the thickness of on card bearing board 413 one repeated board is constantly thinning, card bearing board is followed constantly and is moved, all the time make to go up one card to be most tight against on output running roller 16.Meanwhile reel 4121 pairs of stay cords 4123 carry out unwrapping wire rotation, this rotation is contrary with take-up rotation direction, now unilateral bearing can not make driven gear 4112 engage with the rotating shaft of reel 4121, driven gear 4112 is equivalent to the rotating shaft of empty set at reel 4121, therefore not with the axis of rotation of reel 4121, therefore reel 4121 rotates relative to block bearing easily with its rotating shaft.
As Figure 17, the outlet roller 416 of the present embodiment comprises rubs board running roller 4161 and running roller 4162 of dealing out the cards with the hands, running roller 4162 of dealing out the cards is placed in the front side of rubbing board 161 with the hands and taking turns according to board transmission direction is parallel, and pivot center is higher than the pivot center rubbing board running roller with the hands, card bearing board 413 is closely against under the elastic force F1 effect of extension spring 415 rubs board running roller 4161 with the hands, deals out the cards running roller lower end 162 substantially facing to the delivery outlet in card storage storehouse 414.Like this, when stranding board running roller 4161 rotates, to the one card of going up most that it is tight against, there is certain frictional force, make this board by rubbing forward, be then subject to dealing out the cards running roller 4162 transmission and being sent delivery outlet.
In order to control the rotation of outlet roller 416, the top and card bearing board 413 in card storage storehouse 414 arrange light-emitting diode 81 and light emitting diode 82 respectively, in the card storage the storehouse whether board entering whether there being board in card storage storehouse 414 and entering distributes, the state of board identifies, two diodes are on same vertical line, the light emitting diode 82 be arranged on card bearing board 413 is electrically connected with corresponding power circuit by the extension spring 415 of conduction, light emitting diode 82 is electrically connected without the need to the wire by pulling in the movement of card bearing board, the mutual winding that wire is possible can be avoided.When being pushed into when board on the card bearing board 413 in card storage storehouse, the light that light emitting diode 82 on card bearing board 413 sends is blocked by board, the light-emitting diode 81 being in the top in card storage storehouse 414 accordingly produces corresponding signal, stranding board running roller 4161 and running roller 4162 of dealing out the cards are rotated, board on card bearing board 413 is sent one by one, when last board is distributed, the light that light emitting diode sends no longer is blocked by board, light-emitting diode receives the light that this diode sends, produce corresponding signal, stranding board running roller 4161 and running roller 4162 of dealing out the cards are stopped operating.
As Figure 18, card storage storehouse 414 bulkhead corresponding to running roller 4162 side of dealing out the cards has a delivery outlet, its lower limb is convex shape, running roller 4162 of dealing out the cards is placed on this delivery outlet, the deal out the cards limit, lower end of running roller 4162 and the lower limb of this convex shape forms the mahjong pieces outlet of a non-rectangle, in the middle of this mahjong pieces outlet, the gap at minimum clearance place is the thickness of board substantially, and the gap of both sides is much larger than the thickness of board.This structure can ensure also can be exported by mahjong pieces outlet when bending out-of-flatness in board face, prevents out-of-flatness board from can not export and cause blocking, and ensures to only have one card by this mahjong pieces outlet at every turn.
The rotation of rubbing board running roller 4161 and running roller 4162 of dealing out the cards with the hands is that the corresponding gear transmission mechanism 7 driven by motor 70 carries out transmission, and this gear drive 7 is conventional gear transmissions, repeats no longer one by one.
Again see Figure 15 and in conjunction with Figure 19, dressing mechanism 42 is placed in the side of mechanism for sorting 41, and this dressing mechanism 42 has the reason board storehouse 421 of a basic rectangle, and reason board storehouse is in delivery outlet 142 side in card storage storehouse 414, to receive the board transferred out from mechanism for sorting 41.In order to the board making to enter in reason board storehouse 421 is tilting state, first bulkhead 4211 in reason board storehouse being positioned at this delivery outlet homonymy is slidably connected and can stretches into the gear board slide block 426 in reason board storehouse, the stop being subject to keeping off board slide block 426 is inclined in reason board storehouse 421, as Figure 20 by the board 9 falling into reason board storehouse.Gear board slide block 426 is flexibly connected with a fork 423, and fork 423 drives gear board slide block 426 to do reason board storehouse 421 inner chamber telescopic moving relatively by swinging, and to set up or to cancel the stop to board, thus makes to form two states that is tilting or horizontal in board resonable board storehouse 421.The present invention is set to a tilting state by trump card, to be easy to overturn board face, makes corresponding switching mechanism structure simple.If the board face of board face through being identified as and set is contrary, is hit the bottom of board by the board turning bar relatively can managing board storehouse 421 inner chamber telescopic moving, board is overturn.
The board turning bar of the present embodiment is a coil of strip bar 4242, is arranged on the second bulkhead 4212 relative with managing board storehouse first bulkhead, and lower than the gear board slide block 426 on the first bulkhead, and correspond to the lower position of board.Coil of strip bar 4242 is wound on reel 4241, forms a winding mechanism 424, and reel 4241 is by a driving stepper motor, and when this motor drives reel 4241 to rotate, the free end of this coil of strip bar 4242 manages the inner chamber telescopic moving of board storehouse relatively.
As Figure 21, the span that the gear board head 4262, two that gear board slide block 426 is provided with two parallel side-by-side keeps off board head is at least 1/3 of board length, makes board obtain stable support under tilting state, thus keeps stable state.Gear board slide block 426 is also provided with connecting pin 4261, and this connecting pin 4261 is for being flexibly connected with fork 423.
Fork 423 is for having long-armed and L shape bar that is bending galianconism, this fork is articulated with the frame 43 of playing card machine at bending part, it is long-armed is provided with mounting hole 4231, the long-armed outside being placed in reason board storehouse first bulkhead 4211 of fork 423, on it, mounting hole is flexibly connected with the connecting pin 4261 of gear board slide block 426, and arrange return spring 232 inside galianconism, this galianconism is actuating arm, by the driving of driving element one cam 427, this cam 427 is driven by a stepper motor.Cam 427 rotates compacting fork 423 makes it do driving swing, fork 423 is by the transmission of mounting hole 4231 pairs of connecting pins 4261, gear board slide block 426 is slided outside reason board storehouse 421 along chute 425, the screen resilience of return spring makes fork do to swing with the return driving swaying direction contrary, slides driving gear board slide block 426 to the inner chamber to reason board storehouse 421.
In winding mechanism 424, the rotation of reel 4241 carries out after carrying out the identification of board face by photoelectricity recognition component to the board be inclined in reason board storehouse 421, the photoelectricity recognition component of the present embodiment is light emitting diode and light-emitting diode, light emitting diode and light-emitting diode arrange the position of top relative to board angle in resonable board storehouse 421, board front is all white at this board angle place, and board reverse side is darker in this board angle place color, therefore the light that light emitting diode sends can be different to light reflection at this board angle place because of board positive and negative, and make light-emitting diode produce different signals.When the board be identified be non-setting board face be inclined in reason board storehouse 421 in board time, playing card machine control system does the rotation of certain angle by driving stepper motor reel 4241, coil of strip bar 4242 is released, its free end stretches out to reason board storehouse 421 inner chamber, hit the bottom being identified board, this board is overturn, becomes the board consistent with setting board face and be flat at the bottom of storehouse, as Figure 22,23.When the board be identified is for setting board face, the stepper motor that control system makes band moving cam 427 rotate rotates, thus cam 427 is rotated, cam 427 promotes fork 423 and swings, and gear board slide block 426 is slided laterally along chute 425, and its gear board head 4262 shifts out reason board storehouse 421 inner chamber, no longer become the obstacle that board falls, the board of the horizontal that completes under former tilting board, the board of this horizontal send board roller 428 by what be arranged at reason lower end, board storehouse, sends out reason board storehouse 421.
Send board roller 428 to be arranged at reason lower end, board storehouse and be in (relative board throughput direction) on front side of at the bottom of reason storehouse, board storehouse 421, holding a little more than bottom surface, storehouse, being convenient to touch the flat board crouched in reason board storehouse, board will being touched when sending board roller to rotate and forward.
Corresponding to above-mentioned gear board slide block 426 and winding mechanism 424, first bulkhead 4211 in the reason board storehouse 421 of the present embodiment arranges slider bore (not shown) and at this slider bore arranged outside chute 425, gear board slide block 426 is slidably connected on the first bulkhead 4211 by chute 425, the gear board head 4262 of two parallel side-by-side on it is plugged in the first slider bore, is relatively managed inside board storehouse 421 carry out telescopic moving by this slider bore.Simultaneously on second bulkhead relative with first bulkhead in reason board storehouse 421, arrange board turning hole (not shown), and in arranged outside circular arc shaped guide slots road, board turning hole 4213, board turning hole is relative with the first slider bore and lower than the first slider bore.Reel 4241 and circular arc shaped guide slots road 4213 are placed in the downside of this guiding conduit suitablely, and the free end of coil of strip bar is extend into reason board storehouse inner chamber by the guiding of the conduit that leads.
As Figure 24 gives the present invention another detailed description of the invention of managing board unit 4, the present embodiment makes on the basis of above-mentioned first embodiment, be with the main difference point of first embodiment, the fork 423 second bulkhead 4212 in resonable board storehouse also being arranged gear board slide block 426 and be flexibly connected with this gear board slide block 426.Board storehouse 421 inner chamber telescopic moving relatively can be managed in order to make the gear board slide block 426 on the second bulkhead 21, this second bulkhead is provided with slider bore 216, and at this slider bore arranged outside chute 425, slider bore 216 on second bulkhead 4212 is lower than the slider bore on the first bulkhead 4211 but higher than board turning hole 215, and board turning hole is symmetrical arranged relatively, make gear board slide block 426 on the second bulkhead lower than the gear board slide block 426 on the first bulkhead, and higher than board turning bar and coil of strip bar 241.
As Figure 25, 26, same, gear board slide block 426 on second bulkhead is slidably connected in the chute 425 outside this bulkhead, and by the connecting pin 4261 on it and fork 423 long-armed on mounting hole be flexibly connected, the long-armed outside being placed in the second bulkhead 4212 of fork 423, return spring 4232 is set inside galianconism, the galianconism of the fork of this galianconism and the first bulkhead arranged outside is conflicted mutually, and be in outer fix, being positioned at cam 427 arranges on the basic center of two forks, and pressure touches the galianconism being positioned at and being in outside, the galianconism of both sides does the rightabout swing of equal angular by mutually conflicting, gear board slide block 426 is slided outside reason board storehouse 421 along chute 425, the screen resilience of return spring makes fork do to swing with the return driving swaying direction contrary, the inner chamber driving gear board slide block 426 to reason board storehouse 421 is slided.
The present invention by arranging gear board slide block 426 on the second bulkhead, the board in the non-setting board face being inclined in reason board storehouse 421 inner chamber is made to hit behind turning board face through coil of strip bar 4242, upper side edge is shelved on the gear board slide block 426 on the second bulkhead, become the tilting state of the second, as Figure 27,28, board can be prevented like this to be shelved on (inner chamber as storehouse is narrower) on bulkhead when overturning, or upset retrodeviates in side, the side of board is tight against corresponding bulkhead, ensures that the board after upset aligns on the center line in resonable board storehouse 421 substantially.Setting board face board through identify after or non-setting board face board through identify upset after, the fork 423 of both sides swings laterally, gear board slide block 426 moves laterally, the board that gear board slide block no longer stops falls, board fall into bottom surface, storehouse and horizontal at Cang Di center, as Figure 29, send reason board storehouse 421 by the board roller 428 that send be located on front side of at the bottom of storehouse.
The board exported from card storage storehouse delivery outlet likely drops on the gear board slide block 426 of both sides, forms another three kinds of tilting states, as Figure 30, makes coil of strip bar 4242 not touch board, so that reliably can not carry out board face turning operation to this board.For this reason, second bulkhead in the resonable board storehouse of the present embodiment is also provided with resistible cards block 4214, Figure 31, this resistible cards block 4214 is plates of a rectangle, and the plate of this rectangle is arranged facing to delivery outlet position, card storage storehouse, preferably face toward card storage storehouse delivery outlet with thickness side, and longest edge on thickness side is arranged by vertical direction, ensure that the board that mahjong pieces outlet exports can strike this resistible cards block 4214.The scheme be more preferably is, resistible cards block 4214 protrudes from the gear board head of resistible cards block 4214 on the second bulkhead, the board exported by card storage storehouse delivery outlet like this falls behind under resilience after striking resistible cards block 4214, the gear board slide block that can not be subject on the second bulkhead stops, board one side caused to fall and break is shelved on the gear board slide block 426 on the first bulkhead, and a side falls into base, storehouse, Figure 32, ensure that tilting board coil of strip bar 4242 when needing turn-over can hit it, and make it overturn.
Other mechanism in the present embodiment is identical with first embodiment, repeats no longer one by one.
Reason board unit 4 of the present invention is not limited to the above embodiments, the replacement some mechanisms wherein being carried out to equivalence can form new embodiment, such as the spring that is compressed being placed in card bearing board is lower end, as Figure 29, can play the effect making card bearing board move up in the presence of a tensile force.Again such as, board turning bar is subject to the effect of a cam and return spring, and relatively manages board storehouse 421 inner chamber and stretch, and hits the tilting board of reason board storehouse 421 inner chamber, makes it overturn, as Figure 30.These mechanisms are combined with the associated mechanisms of above-described embodiment, can form the embodiment that several are new, and this is all in protection scope of the present invention.
The warehouse that what the present embodiment provided deal out the cards unit an is door is controlled, is located at the top connecing board unit.Door controls it by electronic chip and opens, closes, and this technological means is the routine techniques means of those skilled in the art, does not repeat them here.When unit of dealing out the cards carries out dealing out the cards operation, control door by electronic chip and open, board vertically falls to falling into connect board board unit.
This embodiment connect board unit 2, be arranged on below playing card machine desktop, receive the board of the random number that unit provides at random of dealing out the cards.Send board unit 2 primarily of round circular orbit 21, the transmission mechanism 25 that eight Ge Jiepai districts 24 on that track and conveyor track rotate is set forms, see Figure 10.This device is when dealing out the cards, and it is overlapping with desired location that track turns to Jie Pai district 24 by transmission mechanism 25 driving, and the playing card of random number are transferred to Jie Pai district 24 by unit 2 of dealing out the cards.During rising, it is corresponding with the position of rising unit 5 that track turns to Jie Pai district 24 by transmission mechanism 25 driving, and playing card are sent into rising unit 5 by Jie Pai district 24, then rising unit 5 delivers to playing card machine desktop by by playing card.
Further, round circular orbit 21 primarily of rail in drive block 2122, annular 212 with inner ring is provided with ring gear 2111, the annular outer rail 211 of empty set above interior rail 212 forms, see Figure 12, Figure 13.The distribution of Jie Pai district is in outer rail 211 upper end, and the drive block 2122 Jie Pai district 24 be slidably arranged in respectively on outer rail sets the rear side of transmission direction and is connected with interior rail 212.
The both sides of the upper surface of outer rail 211 are provided with retaining wall 2114, and retaining wall is provided with a breach 2115.Outer rail 211 passes through transmission mechanism 25 with the direction one-directional rotation of setting.Interior rail 212 realizes rotating relative to outer rail 211 with the synchronous axial system of outer rail 211 or driven by transmission mechanism 25 by being flexibly connected with outer rail 211.
Transmission mechanism 25 forms primarily of outer rail gear unit and interior rail driver element.Outer rail gear unit comprises intermeshing ring gear 2111 and driving gear 51, and ring gear 2111 is arranged on the inner ring of outer rail, and driving gear 4111 is in transmission connection in the output shaft of motor 250.Driving tooth 251 is taken turns and is driven outer rail 211 to rotate by engaging with ring gear 2111, and in interior rail drive unit drives, rail 212 rotates relative to outer rail 211.
As shown in Figure 12, Figure 14, the inner ring of interior rail 212 is provided with external toothing 2121.Interior rail driver element primarily of one with a bit of external tooth only depicted in external toothing 2121(figure wherein) duplicate gear 252 that engages, linkage gear 255 and a driving cog 253 form.Duplicate gear 252 is in transmission connection by driving cog 253 and linkage gear 255.Linkage gear is in transmission connection in the output shaft of motor 250.Driving tooth 251 is taken turns and is in transmission connection by the output shaft of a unilateral bearing and motor 250.Duplicate gear 252 and driving cog 253 are rotatably connected on the bottom bracket of playing card machine respectively by a supporting seat 254.When driving tooth 251 drives round circular orbit 211 to rotate with direction initialization by engaging with ring gear 2111, interior rail 212 is driven when duplicate gear 252 engages with interior rail 212 with round circular orbit 211 synchronous axial system simultaneously by linkage gear 255; When linkage gear 255 passes through the output shaft driver inversion of motor 250, driving cog 253 drives duplicate gear 252 to drive interior rail 212 to reverse, because driving tooth 251 and output shaft are provided with unilateral bearing, therefore driving tooth 251 is when output shaft reverses, therefore outer ring maintenance is motionless on output shaft for empty set, and interior rail rotates relative to round circular orbit.
The further design of the track that the present embodiment provides is, as shown in figure 11, outer rail 211 corresponds to the driver slot 2112 that each Jie Pai district 24 is provided with one section of arc, and one end of drive block 2122 block is affixed through driver slot 2112 and interior rail 212.In order to reduce the force of sliding friction of interior rail upper surface and outer rail lower surface, certain gap 243 is set between the bottom of block and outer rail 211.The other end of drive block 2122 extends to form as showdown portion 242 to the retaining wall 2114 of outer rail 211 both sides.The both sides of the relative drive block 2122 of outer rail 211 are respectively equipped with the showdown groove 2116 of one section of arc.Consider that certain gap is left in showdown portion 242 and outer rail upper surface, therefore the position corresponding to showdown groove 2116 in the bottom in showdown portion 242 arranges protruding 244 respectively, so to offset with playing card by protruding 244 and promote playing card and slide along outer rail upper surface, playing card are avoided to enter gap 243, with the reliability of enlarging mechanism.When outer rail 211 rotates along direction initialization, one end conflict drive block 2122 of driver slot 2112 drives interior rail 212 synchronous axial system, when interior rail 212 rotates relative to outer rail 211, showdown portion 242 realizes playing card to push along track direction of advance in the slip of showdown groove 2116 by protruding 244; The corresponding each card lifting plate 3 of outer rail 211 is provided with the rising groove 2113 for holding card lifting plate, and rising groove 2113 is arranged on the outer rail 211 of Jie Pai district 24 relative to orbit rotation direction of advance side.
On the other hand, Jie Pai district 24 be showdown portion 242, the retaining wall of outer rail 211 2114 and one touch that the torsion spring 241 in portion surrounds with pressure connect board chamber.Torsion spring 241 is socketed on the cell wall of rising groove 2113, one end bending of torsion spring 241 extends to notch and forms the tactile portion of pressure outward, when the tactile portion of pressure is stressed effect, be compressed to horizontal level, playing card can enter rising groove 2113 by semi-enclosed cavity, when pressing the portion of touching pressure to eliminate, being reset to original state and hindering playing card to enter rising groove 2113 by semi-enclosed cavity.
Below provide the another kind of embodiment of card dealer: the card dealer of this playing card machine, be arranged on below playing card machine desktop, the transmission mechanism 25 rotated primarily of round circular orbit 21, setting some Jie Pai districts 24 on that track, the card lifting plate 3 being arranged on playing card machine desktop mahjong pieces outlet correspondence position, the card-sending mechanism 2 being arranged on a desired location of track and conveyor track forms.Jie Pai district is arranged on the semi-enclosed of outer rail upper side to connect board cavity, and connect the top end opening of board cavity, all sides are surrounded by retaining wall.Card lifting plate 3 rotates with round circular orbit, is arranged at the bottom of cavity.This device is when dealing out the cards, and it is relative with card-sending mechanism 2 that track turns to Jie Pai district 24 by transmission mechanism 25 driving, and the playing card of random number are transferred to Jie Pai district 24 by card-sending mechanism 2.During rising, track is driven by transmission mechanism 25 and turns to that to connect board cavity relative with mahjong pieces outlet position, directly playing card is delivered to playing card machine desktop by rising unit 5 by a power driving mechanism driving.Due to this embodiment, card lifting plate needs with track synchronous axial system, and therefore the power driving mechanism of card lifting plate adopts battery, or arrange in the position relative with mahjong pieces outlet can the electrical connecting unit of break-make, as brush.Orbit rotation to connect board cavity relative with mahjong pieces outlet position time, electrical connecting unit realizes the electric power conducting to the power driving mechanism of card lifting plate, drive card lifting plate trump card to raise to mahjong pieces outlet by power driving mechanism, treat that entertainer gets bridge queen, then be down to the bottom connecing board cavity.
What the present embodiment provided connects board unit, by the circuit orbit with Jie Pai district 24, be sent in Jie Pai district 24 in a predetermined location by card-sending mechanism 2 trump card, Zai Youjiepai district 24 delivers to desktop with orbit rotation to the position trump card of card lifting plate 3, the position corresponding respectively to entertainer due to card lifting plate 3 is arranged, therefore entertainer is do not need to stretch out one's hand enough boards getting board, achieves playing card machine full-automation truly.
See Figure 33, be suspended from the rising unit 5 that housing above track 51 and the card lifting plate 56 that can slide up and down in housing 51 form the present embodiment.The upper mahjong pieces outlet rectified playing card machine desktop of housing 51, rectify down rising groove 2113 position when external rail is fixed, card lifting plate 56 is driven by a rising mechanism 59. when carrying out license bearing and operating, orbit rotation is relative with housing 51 lower end to rising groove 2113, card lifting plate 56 drops in rising groove 2113, interior rail 212 rotates relative to outer rail 211, and drive drive block 2122 to be pushed by playing card on the card lifting plate 56 in rising groove 2113, card lifting plate 56 trump card that rises delivers to playing card machine desktop.
As described in Figure 33, Figure 34, housing 51 is cube housing 51, and the middle part of housing 51 is a cavity, forms the liftway of card lifting plate 56, housing 51 relative to orbital drive to both sides be provided with slideway 52.Elevating mechanism forms primarily of two groups of swing arms 54, trundle 53 and gear transmission unit 55.Trundle 53 is mounted slidably in slideway, and card lifting plate is in transmission connection by swing arm and gear transmission unit, and gear transmission unit is located at the below of housing, leaves space with the bottom of housing, send board track for cross-under.
Further, swing arm 54 is made up of upper pendulum bar 541 and draft link 542.Upper pendulum bar 541 one end and trundle 53 hinged, draft link 542 one end be connected with the output shaft 38 of gear transmission unit 55 respectively, the other end of upper and lower fork is hinged, see Figure 34.
Gear transmission unit 55 is made up of driving bevel gear 551 and two driven bevel pinions 52.The rotating shaft of driving bevel gear 551 vertically arranges and is connected to the output shaft of a direct current generator.Two driven bevel pinions 552 engage with driving bevel gear 551 respectively.The rotating shaft of driven bevel pinion 552 is horizontally disposed with, the output shaft 58 of formative gear gear unit.The corresponding end of draft link 542 is in transmission connection respectively in output shaft 58.
When draft link 542 turns to horizontal level under the driving of output shaft 58, upper pendulum bar 541 and the angle of draft link 542 reach minimum (because the rotation direction of two driven bevel pinions is contrary, therefore the wrap direction of two groups of swing arms is also contrary), trundle 53 drives card lifting plate 56 to drop to extreme lower position: when draft link 542 turns to vertical position under the driving of output shaft 58, upper pendulum bar 541 reaches maximum with the angle of draft link 542, and trundle 53 drives card lifting plate 56 to rise to extreme higher position.
As shown in figure 35, when playing card machine carries out license bearing operation, when track active rising groove 2113 and housing 51 times proper pair, outer rail stops operating, card lifting plate 56 declines, and the trundle of card lifting plate 56 both sides is slipped into corresponding in the breach 2115 on retaining wall, and the torsion spring 241 of side, Jie Pai district 24 is depressed into horizontal level by card lifting plate, interior rail 212 is rotated by interior rail drive unit drives, and showdown portion 242 promotes playing card on card lifting plate 56 under the rotation of interior rail 212.Then, consider that showdown portion 242 likely can produce inhibition to the rising of card lifting plate 56, and improve the reliability of mechanism further, rail motion process in the showdown portion 242 that certain angle that needs interior rail 212 to reverse makes is above-mentioned away from housing 51(, describe in detail when describing inner ring driver element, do not repeat them here), then drive card lifting plate 56 trump card to push to playing card machine desktop, see Figure 36 by direct current generator 57.
Claims (22)
1. a playing card machine full-automatic method, is characterized in that, comprises
Playing card machine enters arrangement unit by the card-inlet being located at playing card machine desktop;
Enter arrange unit board after the discrete transporting of the different roller of speed, the delivery outlet dropped with the form of setting from a constraint board is discharged, and is stacked into the folded board that board face is inconsistent, is sent to reason board unit;
The board entering reason board unit is sent to one by one by friction rubbing and arranges in storehouse, and fall into the board arranging storehouse and be in tilting state, if the board face through identifying setting, board turns over and exports to level; If the board face of non-setting, export after the bottom being in the board of tilting state makes board turn to lying status, enter stack of cells of dealing out the cards and build up the consistent board in board face by impact;
Unit of dealing out the cards also is sent to randomly by random amount and connects board unit, connects board unit circumferentially, and along this circumference for moving, accepts the board sent when running to and dealing out the cards cell position;
Connect board unit and receive the bridge queen setting quantity is raised desktop mahjong pieces outlet by rising unit trump card, mahjong pieces outlet is arranged on the position that playing card machine desktop corresponds to player.
2. playing card machine full-automatic method according to claim 1, it is characterized in that the reason board cover body that described arrangement unit comprises trump card and imports, the defeated board groove that dispersion imports several rollers of board, lower end is provided with mahjong pieces outlet, be arranged at the conveyer belt below defeated board groove and board storehouse, described reason board cover body is arranged on defeated board groove upper end, several roller is arranged side by side and be rotatingly arranged in defeated board groove, and described board storehouse is arranged at the output side of the transmission direction of driving-belt.
3. playing card machine full-automatic method according to claim 2, it is characterized in that described roller comprises turns to for a pair the contrary board wheel that falls to send board to take turns with several, described fall board wheel, send board take turns be juxtaposed in described defeated board groove successively, described fall board wheel be arranged at the both sides of mahjong pieces outlet respectively, describedly adjacently send board to take turns and to fall the width that board take turns, the board that the falls spacing of taking turns each other is less than board, described in fall rotating speed that board takes turns faster than the rotating speed sending board to take turns;
Described fall board wheel by a quick gearing mechanism transmission, board is sent to take turns by a slow-speed drive mechanism driving, described quick gearing mechanism comprises two and engages each other two quick gears, this two quick gear arranges in the rotating shaft of board wheel respectively, described mechanism at a slow speed comprises some low-gears and is located at the corresponding travelling gear between adjacent low-gear, described some low-gears are arranged on accordingly respectively and send board to take turns in rotating shaft, described travelling gear is arranged between two adjacent low-gears respectively accordingly, and engages with this two adjacent low-gear.
4. playing card machine full-automatic method according to claim 2, it is characterized in that described arrangement unit also comprises cover plate and pushes mechanism to drive, the both sides of described cover body are respectively equipped with hole slot, described cover plate corresponds to described hole slot position and is connected to guide post, and cover plate realizes the sliding plug with reason board cover body by guide post cross-under in the hole slot of correspondence;
The described mechanism that pushes comprises two top boards being respectively equipped with rotating shaft, two intermeshing driving gears and a motor, described top board connects resonable board cover body upper end by axis of rotation, two intermeshing driving gears are connected in the rotating shaft of a top board, described motor is connected with the rotating shaft of a top board, two top boards are conflicted the lower surface of described cover plate, top panel turns conflict cover plate moves up and down, and forms the entrance that board enters reason board cover body, move down enclosing cover upper port when top board moves.
5. playing card machine full-automatic method according to claim 2, it is characterized in that described board storehouse is connected with board storehouse mechanism driving, described Pai Cang mechanism comprises driver element and slip rail, described board storehouse is slidably connected on described slip rail, described drive unit drives board storehouse moves back and forth along slip rail, driver element comprises cam and rocking arm, and the bigger diameter end of described cam is driven by a motor output shaft and rotates, and miner diameter end connects board storehouse by described rocking arm;
Described board storehouse comprises the rectangle frame and a base plate that four stripe board surround, described rectangle frame be provided with step relative to the inwall of bottom, described base plate is layed in the bottom of rectangle frame by offseting with described step.
6. playing card machine full-automatic method according to claim 1, connects board unit and comprises the round circular orbit rotated with direction initialization, the transmission mechanism arranging orbit rotation described in some Jie Pai districts on that track and transmission described in it is characterized in that.
7. playing card machine full-automatic method according to claim 6, it is characterized in that described round circular orbit comprises rail and some drive blocks in annular outer rail, annular, described outer rail empty set is on interior rail, described some Jie Pai districts are distributed in described outer rail upper end, and some drive blocks are slidably arranged on the rear side of the Jie Pai district setting transmission direction on outer rail respectively and are connected with described interior rail.
8. playing card machine full-automatic method according to claim 7, is characterized in that described transmission mechanism comprises outer rail gear unit and interior rail driver element; Described outer rail gear unit comprises intermeshing ring gear and driving gear, and described ring gear is arranged on the inner ring of outer rail, and driving gear is arranged on a power output shaft; Described interior rail driver element comprises duplicate gear, travelling gear, linkage gear and external toothing, described external toothing is arranged on the outer ring of described interior rail, a gears meshing in this external toothing and duplicate gear, another gear, travelling gear and linkage gear in duplicate gear engage successively, and linkage gear is arranged on a power output shaft.
9. the playing card machine full-automatic method of playing card machine according to claim 8, it is characterized in that described power output shaft is a motor output shaft, described driving gear is connected on this motor output shaft by a unilateral bearing one way engagement, described linkage gear is fixedly connected on this motor output shaft, electric machine rotation does the rotation of single direction by driving gear transmission outer rail, and does the rotation of both forward and reverse directions by rail in linkage gear transmission.
10. playing card machine full-automatic method according to claim 6, it is characterized in that the rear side that described outer rail relatively rotates direction corresponding to each Jie Pai district is provided with one section of driver slot, the lower end of drive block block through described driver slot and interior rail affixed, slide and form showdown portion in upper end on outer rail upper side, outer rail and interior rail synchronous axial system when driver slot touches drive block.
The playing card machine full-automatic method of 11. playing card machines according to claim 10, it is characterized in that, the radial both sides that described outer rail corresponds to each Jie Pai district are respectively equipped with retaining wall, and elastic barrier element is set in the front side of rotation direction, this two retaining wall and elastic barrier element and drive block form hold board connect board chamber, be provided with the license bearing groove for holding card lifting plate on front side of the rotation direction that each of described outer rail connects board chamber.
12. playing card machine full-automatic methods according to claim 10, it is characterized in that, described outer rail is at least provided with a showdown groove corresponding to the orbital plane of each side, Jie Pai district is provided with, the bottom in described showdown portion is provided with at least one projection, drive block by this projection along showdown groove slide, make showdown portion connect board district stretch.
13. playing card machine full-automatic methods according to claim 1, is characterized in that described reason board unit is arranged in the frame of described playing card machine, comprise mechanism for sorting and dressing mechanism,
Described mechanism for sorting comprises card storage storehouse, outlet roller, card bearing board, conductive elastic component, reel, stay cord and transmission, described outlet roller is arranged on the top in card storage storehouse also facing to the delivery outlet in card storage storehouse, card bearing board can be arranged in card storage storehouse up or down, conductive elastic component card bearing board is moved up act on card bearing board, the board on card bearing board is made to be closely against output running roller, stay cord is wound on reel, and free end connects card bearing board, be arranged in reel rotating shaft to described transmission one-directional rotation, the take-up of transmission unidirectional drive reel is rotated, stay cord pulls card bearing board to move down,
Described dressing mechanism comprises fork, gear board slide block, board turning bar, manage board storehouse and send board roller, described reason board storehouse is placed in the delivery outlet side in card storage storehouse, at least with reason board storehouse first bulkhead of this delivery outlet homonymy on to be slidably connected the gear board slide block that can stretch into and manage in board storehouse, this gear board slide block is flexibly connected with described fork, fork swings the telescopic moving driving gear board slide block to do reason board storehouse inner chamber relatively, described board turning bar is arranged on the second bulkhead relative with described reason board storehouse first bulkhead, and lower than the gear board slide block on the first bulkhead, the described board roller that send is placed in reason lower end, board storehouse, send board roller upper end to touch and be flat on the board managed in board storehouse, and by rotating the board transmitting this horizontal.
14. playing card machine full-automatic methods according to claim 13, it is characterized in that: described conductive elastic component is extension spring, extension spring described in two is arranged on the live-rollers outside card storage storehouse in inverted Ushaped loop around rotation respectively, and one end is connected to card storage storehouse, one end connects card bearing board, and the tensile force of extension spring passes and makes card bearing board moves; Described stay cord is drawn from reel, and causes card bearing board by least one guide wheel, and is connected with card bearing board.
15. playing card machine full-automatic methods according to any one of claim 13-14, is characterized in that described transmission is that gear driving pair or pulley drive are secondary.
16. playing card machine full-automatic methods according to claim 15, it is characterized in that described outlet roller comprises and rub board running roller and running roller of dealing out the cards with the hands, described running roller of dealing out the cards is rubbed with the hands on front side of board running roller according to parallel being placed in of board transmission direction, and the position height of pivot center and velocity of rotation are all higher than stranding board running roller, the delivery outlet lower limb in described card storage storehouse is convex shape, running roller of dealing out the cards is placed on this delivery outlet, and the convex shape lower limb of deal out the cards limit, running roller lower end and delivery outlet forms mahjong pieces outlet.
17. playing card machine full-automatic methods according to claim 13, it is characterized in that first bulkhead in described reason board storehouse is provided with slider bore and is located at the chute outside this slider bore, second bulkhead relative with this first bulkhead is provided with board turning hole, and board turning hole is lower than the slider bore on the first bulkhead;
Circular arc shaped guide slots road is provided with outside board turning hole on the bulkhead of described card storage storehouse second, described board turning bar is coil of strip bar, this coil of strip bar is wound on reel, reel and described circular arc shaped guide slots road are placed in the downside of described guiding conduit suitablely, the free end of coil of strip bar is guided by the conduit that leads and extend into reason board storehouse inner chamber, when reel rotates, relative reason board storehouse inner chamber stretches, described gear board slide block is provided with the gear board head of connecting pin and two parallel side-by-side, gear board skid is connected in described chute, gear board head is plugged in described slider bore, when gear board slide block is along slide, gear board head manages the inner chamber telescopic moving of board storehouse relatively,
Described fork is have long-armed and L shape bar that is bending galianconism, this fork is articulated with described frame at bending part, the described long-armed outside being placed in described reason board storehouse first bulkhead, this is long-armed is provided with mounting hole, connecting pin on gear board slide block is placed in this mounting hole, fork is flexibly connected with gear board slide block, described galianconism is actuating arm, on this, galianconism is provided with return spring, galianconism is driven and makes fork do driving swing, return spring makes fork do to swing with the return driving swaying direction contrary, the swing of fork drives gear board slide block to do the telescopic moving of reason board storehouse inner chamber relatively.
18. playing card machine full-automatic methods according to claim 17, it is characterized in that also is slidably connected on second bulkhead in described reason board storehouse can stretch into the described gear board slide block managed in board storehouse, this gear board slide block is flexibly connected with fork described in, the long-armed outside being in the second bulkhead of this fork, mounting hole on long-armed carries out described being flexibly connected with the removable pin on this gear board slide block, the galianconism of this fork is actuating arm, galianconism is provided with return spring, galianconism is driven and makes fork do driving swing, return spring makes fork do to swing with the return driving swaying direction contrary, the swing of fork drives gear board slide block to do the telescopic moving of reason board storehouse inner chamber relatively,
Second bulkhead in described reason board storehouse is also provided with resistible cards block, this resistible cards block is arranged on the position relative with described card storage storehouse delivery outlet, second bulkhead in described reason board storehouse is also provided with slider bore, and at this slider bore arranged outside chute, described gear board skid is connected in this chute, and stretch in reason board storehouse by the slider bore on the second bulkhead, slider bore on second bulkhead lower than the slider bore on the first bulkhead higher than board turning hole, keep off the galianconism of two forks that the activity of board slide block connects and be placed in the same side of manage board storehouse and also mutually conflict respectively with on the first bulkhead and the second bulkhead, two forks do the rightabout swing of equal angular by the mutual conflict of galianconism, described dressing mechanism also comprises cam, this cam is placed in the galianconism side of described fork, and touch galianconism.
19. playing card machine full-automatic methods according to any one of claim 13,14,17 or 18, it is characterized in that the first photoelectricity recognition component that described mechanism for sorting also comprises the board for identifying in card storage storehouse and whether distributes, described first photoelectricity recognition component comprises light emitting diode and light-emitting diode, described light emitting diode and light-emitting diode are separately positioned on the top in card bearing board and card storage storehouse, and the light emitting diode be arranged on card bearing board is electrically connected with power circuit by conductive elastic component.
20. playing card machine full-automatic methods according to any one of claim 13,14,17 or 18, it is characterized in that: described dressing mechanism also comprises the first photoelectricity recognition component for identifying plate face, described first photoelectricity recognition component comprises light emitting diode and light-emitting diode, described light emitting diode and light-emitting diode are separately positioned on the reason top in board storehouse and at the bottom of storehouse or the position at board angle relative to top at the bottom of storehouse, and described top and base plate place the position of light emitting diode or light-emitting diode on a vertical line.
21. playing card machine full-automatic methods according to claim 1, it is characterized in that described rising unit is located at the top connecing board unit motion track place circumference, comprise the elevating mechanism that the card lifting plate, the card lifting plate described in housing and transmission that move up and down relative to orbital plane slide, the both sides of described housing are provided with slideway, it is a cavity in housing, form the liftway of described card lifting plate, the upper end of housing connects the mahjong pieces outlet of playing card machine desktop.
The card dealer of 22. playing card machines according to claim 21, it is characterized in that described elevating mechanism comprises two groups of swing arms, trundle and gear transmission units, described trundle is mounted slidably in slideway, described card lifting plate is in transmission connection by described swing arm and gear transmission unit, described gear transmission unit is located at the below of housing, leaves space with the bottom of housing;
Described swing arm comprises upper pendulum bar and draft link, described upper pendulum bar one end and described trundle hinged, draft link one end be connected with the output shaft of gear transmission unit respectively, the other end of upper and lower fork is hinged;
Described gear transmission unit comprises driving bevel gear and two driven bevel pinions, the rotating shaft of described driving bevel gear vertically arranges and is connected to the output shaft of a direct current generator, described two driven bevel pinions engage with described driving bevel gear respectively, the rotating shaft of driven bevel pinion is horizontally disposed with, the output shaft of formative gear gear unit, the corresponding end of described draft link is in transmission connection respectively in described output shaft.
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| CN201510017181.3A CN104492072B (en) | 2015-01-13 | 2015-01-13 | A kind of playing card machine full-automatic method |
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| CN201510017181.3A CN104492072B (en) | 2015-01-13 | 2015-01-13 | A kind of playing card machine full-automatic method |
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| CN106110641A (en) * | 2016-08-30 | 2016-11-16 | 江苏唐邦机电有限公司 | Automatic playing card machine |
| CN106139572A (en) * | 2016-08-30 | 2016-11-23 | 江苏唐邦机电有限公司 | Automatic playing card machine playing card conveying device |
| CN106178483A (en) * | 2016-08-30 | 2016-12-07 | 江苏唐邦机电有限公司 | Automatic playing card machine mahjong piece feeding mechanism |
| CN108379825A (en) * | 2018-02-08 | 2018-08-10 | 上海理工大学 | A kind of playing card delivery device |
| CN109432763A (en) * | 2018-10-16 | 2019-03-08 | 成都贤和娱乐设备有限公司 | A kind of lifting device of mahjong machine operation panel |
| CN110960845A (en) * | 2018-12-14 | 2020-04-07 | 浙江宣和电器有限公司 | Poker machine and card arranging method thereof |
| WO2020078310A1 (en) * | 2018-10-15 | 2020-04-23 | 浙江宣和电器有限公司 | Poker machine and poker card arrangement method thereof |
| CN113797520A (en) * | 2021-09-14 | 2021-12-17 | 浙江超升机电科技有限公司 | Poker machine and card receiving device thereof |
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Effective date of registration: 20200927 Address after: 244000 Anhui Tongling City suburb of Datong town Jinhua Village Patentee after: TONGLING SHEJIA GONGJIANG FACTORY Address before: Danbom Industrial Park, 212415 Zhenjiang city of Jiangsu Province Economic Development Zone Town Baohua road Meiya Patentee before: JIANGSU DANBOM MECHANICAL AND ELECTRICAL Co.,Ltd. |
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