KR20080088085A - Rotation type discharging multi card dispenser - Google Patents

Abstract

A rotary discharge type multi-card dispenser is provided to improve convenience of a user by distinguishing the desired kind of cards from various kinds of cards and discharging the desired number of cards. A control unit outputs a main motor driving control signal and a discharge motor driving control signal according to a card discharge command of a key input unit. A main motor(20) is mounted on a base(10) and rotates according to the main motor driving control signal. A motor roller(22) is fixed to a motor shaft(20a) of the main motor. A rotary disk(30) rotates around a disk axis(X1) mounted on the base according to rotation of the main roller. A plurality of card loading boxes(40) are mounted on the rotary disk to load cards. A card discharge device(50) discharges the cards loaded in the card loading boxes according to the discharge motor driving control signal.

Description

Rotation type Discharging Multi Card Dispenser

1 is a side view of a rotary ejection type multi-card dispenser according to an embodiment of the present invention.

2 is a perspective view of FIG. 1.

FIG. 3 is a plane conceptual view for explaining the concept of the reference position indicating disk in FIG. 1.

FIG. 4 is a plane conceptual view for explaining the concept of the current position display disk in FIG.

5 is an exploded perspective view of the card holder and the card ejecting device.

6 is an internal configuration diagram and main portion enlarged view of the card ejection apparatus of FIG. 5.

7-10 is an operation | movement figure which pushes a card by a card ejection apparatus.

      Explanation of symbols on the main parts of the drawings

10; Base 20; Main motor

20a; Motor shaft 22; Motor roller

X1; Disk axis 30; Rotating disc

30a; Stopper portion 30b; Disc through hole

40; Card holder 61; Standard positioning disc

61a; Marker groove 62; Current location disc

62a; Positioning groove 71; Standard position sensing unit

72; Current position detection unit 80; Fixed disk

81; Fixing hole 50; Card ejector

110; Mounting frame 110a; Left frame

110b; Right frame 110c; Rear frame

110d; Intermediate frame 120; Discharge motor

120a; Axis of rotation 130; First power transmission means

131; First pulley 132; First belt

133; Crank pulley 140; Card Pushing Means

141; Crank 141a; Crankshaft

141b; Crankbody 141c; Crank arm

142a, 142b; Shaft 143; Forward and backward

143a, 143b; Shaft Ball 143c; Guide Channel

143c ', 143c' '; Guide section 144; Card pusher

144a; Spring 144b; Connection

144c; Pushing piece 144c '; step part

144c ''; Jagged 144c '' '; Sliding groove

145; Bracket 145a; Bracket groove

145b; Bracket through hole 146; Guide rod

150; Second power transmission means 151; 2nd pulley

152; Second belt 153; Roller pulley

160; Card ejecting means 161; Down roller

161a Lower roller shaft 162; Up roller

162a; Upper roller shaft 210; Limit switch

220; Card ejection sensor

The present invention relates to a card ejector, and more particularly, to a rotary ejection type multi-card dispenser adapted to be suitable for discharging a desired number of cards out of various types of cards.

In general, a card ejector is also called a ticket dispenser for a ticket, and is commonly used in banks or card issuers. The card ejector is a device that ejects a card when a user commands it after storing a large amount of the card in the device.

However, the conventional general card ejector or card dispenser has the following problems.

Conventional card ejectors could only eject one type of card, because the card types could not be distinguished.

In other words, the conventional card ejector could not discharge it according to the type of card.

The present invention was created to solve the problems of the prior art as described above, and the object of the rotary ejection type multi-card dispenser according to the present invention is to be suitable to be able to discharge the desired number of cards from the various types of cards. To provide a multi-card ejector.

In order to achieve the above object, the present invention provides a rotary discharge type multi-card dispenser, the control unit for outputting a main motor drive control signal and a discharge motor drive control signal according to a predetermined number discharge command of a predetermined card inputted from a key input unit. A main motor that is mounted and rotates according to a main motor driving control signal output from the controller, a motor roller fixed to a motor shaft of the main motor, and a rotation that rotates about a disc shaft mounted on the base according to the rotation of the motor roller. A disk, a plurality of card stacks mounted on the rotating disk and stacking cards, and a card ejecting apparatus for ejecting a card loaded in the card stack based on a discharge motor driving control signal output from the control unit. It features.

The rotary ejection type multi-card dispenser according to the present invention is fixed to the rotating disk below the rotating disk so as to be integrally rotated with the rotating disk, and the reference position display disk is formed on the outer periphery, the rotation of the reference disk, the rotation The current position display disk and the reference position display disk which are fixed to the reference position display disk below the reference position display disk so as to be integrally rotated with the disk, and on the outer periphery of which the same number of position grooves as the card holder are formed; A reference position detecting unit for detecting the mark groove and outputting the reference position information to the control unit, and detecting the position groove of the current position display disk to recognize the current rotation position of the rotating disk to present the current position information to the control unit Characterized in that the position detection unit is further included.

In the rotary discharge type multi-card dispenser according to the present invention, the card discharging device is connected to a discharge motor rotating based on a discharge motor driving control signal output from the controller, the first motor transmitting means to the discharge motor, A card pushing means for converting the rotation of the discharge motor into a linear motion to push the card loaded in the card loading forward and connected to the discharge motor by a second power transmission means, and rotating based on the rotation of the discharge motor; It is characterized in that it comprises a card ejecting means for discharging the card moved forward by the card pushing means.

The rotary ejection type multi-card dispenser according to the present invention further includes a fixed disk spaced apart from the rotating disk so as to be integrally rotated with the rotating disk, and a plurality of fixing holes are formed at equal intervals. The card ejection apparatus is mounted on the base, and further comprises a mounting frame composed of a left frame and a right frame and a rear frame and an intermediate frame installed in the left and right frames in front of the rear frame. It is characterized by.

In the rotary discharge type multi-card dispenser according to the present invention, the first power transmission means is composed of a first pulley connected to the rotating shaft of the discharge motor and a crank pulley connected by the first pulley and the first belt,

The card pushing means is composed of a crank shaft, a crank body and a crank arm, and the crank shaft penetrates the right frame between the rear frame and the intermediate frame to be axially coupled to the crank pulley to receive the rotational movement of the crank pulley. A crank for converting into linear motion, a pair of shafts fastened to the rear frame and the intermediate frame at predetermined intervals up and down, shaft holes extrapolated to the shaft and the crank arm, respectively, and inserted to induce vertical linear motion. A guide channel composed of a pair of guide pieces is formed, the front and rear movers reciprocating between the rear frame and the intermediate frame by the movement of the crank, and one side is fixed to the fixing hole and the other side of the guide piece It is locked by the elastic force in the interlocking with the front and rear movers, the front The card when moving to is characterized in that the configuration includes the card-pushing of the pushing the lowest card in the card loading area in a forward direction.

In the rotary ejection type multi-card dispenser according to the present invention, the rotary disk is formed with a stopper portion formed vertically downward from the disk shaft in a circular shape, and communicates with the card stacker at a radial position corresponding to the fixing hole outwardly of the stopper portion. A rectangular disk through hole is formed,

The card pusher is composed of a spring fixedly connected to the fixing hole, a connecting piece connected to the spring and a pushing piece fastened to the connecting piece, and the lowermost card of the card holder forward through the disk through the upper surface of the pushing piece. It is characterized in that the stepped portion is formed with a vertical stepped, the lower surface of the pushing piece is characterized in that the engaging piece is fixed to the guide piece by the elastically fixed downward projection.

In the rotary ejection type multi-card dispenser according to the present invention, the card pushing means is mounted to the rotating disk so as to be interposed in the rotating disk and the plurality of card loadings, and a bracket through hole communicating with the disk through hole is formed at the center portion. The bracket includes a plurality of brackets are formed in the left and right sides of the through hole, and a pair of guide rods fixed to the bracket groove of the bracket,

The sliding groove is formed on the left and right side surfaces of the pushing piece so as to slide on the guide rod.

In the rotary discharge type multi-card dispenser according to the present invention, the second power transmission means is composed of a second pulley connected to the rotating shaft of the discharge motor and a roller pulley connected by the second pulley and the second belt,

The card ejecting means is axially coupled to the roller pulley and interlocked with the roller pulley and fixed to a lower roller shaft connected to the left frame and the right frame to be rotatable in front of the intermediate frame,

The upper roller shaft is fixedly connected to the left frame and the right frame so as to be rotatable on the lower roller shaft so that the lower card is discharged forward by interlocking with the lower roller when the lower card is inserted from the card pushing means. It is characterized by consisting of an upper roller.

The rotary ejection type multi-card dispenser according to the present invention further includes a limit switch mounted on the rear frame and outputting a card ejection signal to the control unit when the front and rear movers come into contact with the front and rear movers by retreating backward. It is characterized by.

The rotary ejection type multi-card dispenser according to the present invention is mounted on either the left frame or the right frame at the interface position of the lower roller and the upper roller, so that the card is ejected when the card is discharged by the lower roller and the upper roller. Characterized in that the card ejection sensor further outputs a signal to the control unit.

The following will be described in detail with reference to the accompanying drawings a preferred embodiment of the present invention, a rotary type multi-card dispenser.

Figure 1 is a side view of the rotary ejection type multi-card dispenser according to an embodiment of the present invention, Figure 2 is a perspective view of Figure 1, Figure 3 illustrates the concept of a reference position display disk in Figure 1 4 is a plan view for explaining the concept of the current position display disk in FIG. 1, FIG. 5 is an exploded perspective view of the card storage and the card ejection apparatus, FIG. 6 shows an internal configuration and enlarged parts of the card ejection apparatus of FIG. 5, and FIGS. 7 to 10 show an operation of pushing the card by the card ejection apparatus.

The rotary ejection type multi-card dispenser according to an embodiment of the present invention includes a controller (not shown), a main motor 20, a motor roller 22, a rotating disk 30, a plurality of card stacks 40, and a card ejection. The apparatus 50 includes a reference position display disc 61, a current position display disc 62, a reference position detection unit 71, a current position detection unit 72, and a fixed disc 80.

The control unit (not shown) is a control box provided in the base 10, and the discharge motor driving control signal is transmitted to the discharge motor 120 based on a predetermined number of discharge commands of a predetermined card from a key input unit (not shown), which is a user interface. Output

The controller outputs a main motor driving control signal to the main motor 20 based on a predetermined number of ejection commands of the predetermined card, the signals received from the reference position detecting unit 71 and the current position detecting unit 72.

That is, the control unit is loaded with a card loaded with a card that the user wants to draw out based on the reference position information received from the reference position detection unit 71 and the current position information received from the current position detection unit 72. The main motor drive control signal is output so as to be located in the card ejection device 50.

The predetermined number of ejection instructions of the predetermined card may include, for example, the nth (natural number less than or equal to N) cards of the N types of cards loaded in the N (: more than 2 natural numbers) card storages 40, and the M (: greater than or equal to 1) Natural water)

The main motor 20 is mounted to the base 10 and rotates according to the main motor driving control signal output from the controller.

The motor roller 22 is fixed to the motor shaft 20a of the main motor 20 to transmit the rotation of the main motor 20 to the rotating disk 30.

The rotating disk 30 rotates about the disk axis X1 mounted on the base 10 according to the rotation of the motor roller 22.

That is, the rotating disk 30 is rotatably connected to the disk shaft (X1) through a bearing (not shown).

The rotating disk 30 has a stopper portion 30a formed with a vertical step downward from the disk shaft X1 in a circular shape, and corresponds to the fixing hole 81 described above to the outside of the stopper portion 30a. A rectangular disk through hole 30b communicating with the card holder 40 at the radial position is formed.

The card holder 40 is provided with a plurality (N in the above example) is mounted on the rotating disk 30 to load the card.

The reference position display disk 61 is spaced apart and fixed to the rotating disk 30 below the rotating disk 30 so as to be integrally rotated with the rotating disk 30, and a marking groove 61a is formed at the outer circumference. It is.

The current position display disk 62 is fixed to the reference position display disk 61 below the reference position display disk 61 so as to be integrally rotated with the rotating disk 30, and the card is loaded on the outer periphery An equal number of position grooves 62a are formed.

The reference position detecting unit 71 detects the mark groove 61a of the reference position displaying disk 61 and outputs reference position information to the control unit.

The current position detection unit 72 detects the position groove 62a of the current position display disk 62, recognizes the current rotation position of the rotating disk 30, and gives the controller a current position of the rotating disk 30. Print information.

The fixed disk 80 is fixedly spaced apart from the rotating disk 30 above the rotating disk 30 so as to be integrally rotated with the rotating disk 30, and the same number of fixing holes as the card loading box 40 ( 81 are formed at equal intervals.

The card discharging device 50 discharges the card loaded in the card storage box 40 based on the discharge motor driving control signal output from the control unit.

Next, a detailed configuration of the card ejection apparatus 50 will be described.

The card discharging device 50 has a mounting frame 110, the discharge motor 120, the first power transfer means 130, the card pushing means 140, the second power transfer means 150 and the card discharge means 160 It is configured to include).

The mounting frame 110 is mounted on the base 10, and is provided with a right frame 110b and a left frame 110a and a right frame spaced apart from the left frame 110a and the left frame 110a by a predetermined interval. The rear frame 110c fixed to the left frame 110a and the right frame 110b at the rear of 110b and the middle installed at the left frame 110a and the right frame 110b at the front of the rear frame 110c. It consists of the frame 110d, and mounts the components of a card ejection apparatus.

The discharge motor 120 rotates based on the discharge motor drive control signal output from the controller.

The card pushing means 140 is connected to the discharge motor 120 by the first power transmission means 130, converts the rotation of the discharge motor 120 in a linear motion and loaded in the card storage 40 The card to the front.

The card discharging means 160 is connected to the discharge motor 120 by the second power transmission means 150, rotates based on the rotation of the discharge motor 120, the card pushing means 140 Eject card moved forward by.

The first power transmission means 130, the crank is connected by the first pulley 131 and the first pulley 131 and the first belt 132 connected to the rotary shaft 120a of the discharge motor 120. It consists of a pulley (133).

The card pushing means 140 is composed of a crank shaft 141a, a crank body 141b and a crank arm 141c, and the crank shaft 141a is disposed between the rear frame 110c and the intermediate frame 110d. A crank 141 penetrating through the right frame 110b of the crank pulley 133 and being axially coupled to the crank pulley 133 to convert the rotational movement of the crank pulley 133 into a vertical linear motion, and the rear frame 110c at a predetermined interval up and down. ) And a pair of shafts 142a and 142b fastened to the intermediate frame 110d, respectively, and shaft holes 143a and 143b and the crank arm 141c extrapolated to the shafts 142a and 142b, respectively. Guide channels 143c are formed of a pair of front and rear guide pieces 143c " and 143 'to induce a vertical linear motion, and the shafts 142a and 142b are moved by the movement of the crank 141. Front and rear movers 143 to reciprocate between the rear frame 110c and the intermediate frame 110d. And, one side is fixed to the fixing hole 81 and the other side is fixed by the elastic force to the guide piece (143c ') by interlocking with the front and rear mover 143, when moving forward the card loading the card (40) And a card pusher 144 for pushing forward the lowest card of the card.

The card pushing means 140 further includes a plurality of brackets 145 and a pair of guide rods 146.

The bracket 145 is mounted to the rotating disk 30 so as to be interposed between the rotating disk 30 and the plurality of card storage boxes 40, and a bracket through hole 145b communicating with the disk through hole 30b is formed at a central portion thereof. Is formed in, the bracket groove 145a is formed on the left and right sides of the bracket through hole (145b).

At this time, the card loading box 40 may be mounted on the plurality of brackets 145, or may be mounted directly on the rotating disk 30 as described above.

The guide rod 146 is inserted into and fixed to the bracket groove 145a of the bracket 145.

In addition, the card pusher 144 is a spring 144a fixedly connected to the fixing hole 81 and a connecting piece 144b connected to the spring 144a and a pushing piece 144c fastened to the connecting piece 144b. It is composed of

On the upper surface of the pushing piece 144c, a stepped portion 144c ', which pushes the lowermost card of the card storage box 40 forward through the disk through hole 30b, is formed on the lower surface of the pushing piece 144c. In the guide piece 143c 'is formed a locking piece 144c ″ which is secured by elasticity to protrude downward.

In addition, sliding grooves 144c '' 'are formed on the left and right sides of the pushing piece 144c so as to slide on the guide rods 146 inward.

In addition, the second power transmission means 150 is connected by a second pulley 151 and the second pulley 151 and the second belt 152 connected to the rotation shaft 120a of the discharge motor 120. It consists of the roller pulley 153 which becomes.

The card ejecting means 160 is axially coupled to the roller pulley 153 and interlocked with the roller pulley 153 and in front of the intermediate frame 110d to the left frame 110a and the right frame 110b. A lower roller 161 fixed to the lower roller shaft 161a rotatably fixed and an upper side rotatably fixed to the left frame 110a and the right frame 110b at an upper portion of the lower roller shaft 161a. The roller shaft 162a is fixed to the upper roller 162 to discharge the lowermost card forward by interlocking with the lower roller 161 when the lowermost card is inserted from the card pushing means 140.

The upper roller 162 and the lower roller 161 are configured to be in contact or to form a gap smaller than the thickness of the card.

And, additionally, at least one of the lower roller 161 or the upper roller 162 is preferably implemented by a stretchable stretchable material, which is the upper roller 162 and the lower roller 161 is configured to contact It is of course to make card ejection even easier.

According to an embodiment of the present invention, the limit switch 210 is further included.

The limit switch 210 is mounted on the rear frame 110d and outputs a card ejection signal to the controller when the front and rear mover 143 contacts the front and rear mover 143 by retreating backward.

According to an embodiment of the present invention, the card ejection sensor 220 is further included.

The card discharge sensor 220 is mounted on the left frame (110a) at the boundary position of the lower roller 161 and the upper roller 162, the card by the lower roller 161 and the upper roller 162. Outputs a card eject signal to the controller.

Next, a description will be given of the operation process of the present invention of the rotary discharge type multi-card dispenser having the configuration as described above.

To understand the operation process, it is assumed that there are a total of 12 card loads 40 (N = 12 in the above example). Of course, since each card is loaded with different cards, all 12 types of cards are loaded.

When the power is turned on, the reference position display disk 61 is rotated such that the marker groove 61a is located at the reference position detection unit 71. At this time, if the reference position detection unit 71 outputs the reference position information to the control unit, the control unit determines the position groove immediately below the mark groove 61a as the reference groove based on the reference position information and is adjacent to the reference groove. The order of the position grooves 62a is sequentially determined in order, and the position information of each position groove 62a is stored in a memory unit (not shown).

Thereafter, when the user instructs to output, for example, three specific cards (that is, cards loaded in the seventh card loading box), the controller sends the seventh card loading box to the main motor 20. The main motor drive control signal (that is, the drive control signal for rotating the main motor 20 a predetermined number of times) is output based on the position information of the position groove 62a stored as described above.

The main motor 20 receiving the main motor drive control signal from the control unit rotates the disk 30 so that the seventh card load is located in the card ejection apparatus 50 through the motor roller 22 based on the received control signal. Rotate).

On the other hand, the control unit receives a command to output three specific cards (that is, the cards loaded in the seventh card storage box) is a discharge target card 7 loaded in the seventh card storage box located in the card ejection device 50 The discharge motor control signal is output to the discharge motor 120 so that the third card is discharged.

First, when the discharge motor control signal is output to the discharge motor 120, the card discharge device 50 discharges a seventh card, which is a discharge target card, and at this time, the card withdrawal detection sensor ( 220 outputs the card ejection signal to the controller, and the limit switch 210 outputs the card ejection detection signal to the controller.

The reason for detecting the state of the card safely discharged by the dual configuration of the limit switch 210 and the card withdrawal detection sensor 220 is that even if the front and rear movers 143 are in contact with the limit switch 210, the card has a roller ( 161 and 162 may occur in the case of being discharged in order to prepare for such a failure state.

As described above, the control unit that receives the card ejection signal from both the limit switch 210 and the card withdrawal detection sensor 220 outputs a discharge motor control signal to the discharge motor, and the card is discharged by driving the discharge motor. When both the 210 and the card withdrawal detection sensor 220 output the card discharge signal, the controller again outputs the discharge motor control signal to the discharge motor, and this operation is repeated three times, which is the number of card outputs.

In this way, the desired number of cards are discharged.

The above embodiments of the present invention are merely one embodiment of the technical idea of the present invention, and of course, other modifications are possible within the technical idea of the present invention.

The multi-card dispenser of the present invention having the configuration and operation process as described above has an effect of discharging a desired number of cards from among various types of cards.

Claims (10)

A control unit which outputs a main motor drive control signal and a discharge motor drive control signal according to a predetermined number discharge command of a predetermined card inputted from the key input unit; A main motor 20 mounted to the base 10 and rotating according to a main motor driving control signal output from the controller; A motor roller 22 fixed to the motor shaft 20a of the main motor 20; A rotating disk 30 rotating around the disk shaft X1 mounted on the base 10 according to the rotation of the motor roller 22; A plurality of card stacks 40 mounted on the rotating disk 30 to stack cards; And And a card discharge device (50) for discharging the card loaded in the card storage box (40) based on the discharge motor drive control signal output from the control unit. The method according to claim 1, The reference position display disk 61 is fixed to the rotating disk 30 below the rotating disk 30 so as to be integrally rotated with the rotating disk 30, and the marking groove 61a is formed at the outer circumference thereof. ; It is fixed to the reference position display disk 61 below the reference position display disk 61 so as to be integrally rotated with the rotating disk 30, and the card slot and the same number of position grooves 62a are formed on the outer circumference. A current position indication disk 62; And A reference position detecting unit (71) for detecting the mark groove (61a) of the reference position display disc (61) and outputting reference position information to the control unit; It further includes a current position detection unit 72 for detecting the position groove 62a of the current position display disk 62 to recognize the current rotation position of the rotating disk 30 to output current position information to the controller. Rotary discharge multi-card dispenser, characterized in that configured. The method according to claim 2, The card ejection device 50, A discharge motor 120 rotating based on a discharge motor driving control signal output from the controller; The card is connected to the discharge motor 120 by the first power transmission means 130, converting the rotation of the discharge motor 120 in a linear motion to push the card loaded in the card storage 40 forward Pushing means 140; And The card is connected to the discharge motor 120 by a second power transmission means 150, and rotates based on the rotation of the discharge motor 120, thereby discharging the card moved forward by the card pushing means 140. Rotary ejection type multi-card dispenser, characterized in that consisting of a card ejection means (160). The method according to claim 3, Fixed disk 80 is fixed to the rotating disk 30 above the rotating disk 30 so as to be integrally rotated with the rotating disk 30, the plurality of fixing holes 81 are formed at equal intervals Consists of more The card ejection apparatus 50 is mounted to the base 10 and is located in front of the left frame 110a, the right frame 110b, the rear frame 110c, and the rear frame 110c. And a mounting frame (110) consisting of an intermediate frame (110d) installed on the right frame (110b). The method according to claim 4, The first power transmission means 130, the crank is connected by the first pulley 131 and the first pulley 131 and the first belt 132 connected to the rotary shaft 120a of the discharge motor 120. It consists of a pulley (133), The card pushing means 140 is composed of a crank shaft 141a, a crank body 141b and a crank arm 141c, and the crank shaft 141a is disposed between the rear frame 110c and the intermediate frame 110d. A crank 141 penetrating through the right frame 110b of the crank pulley 133 and being axially coupled to the crank pulley 133 to convert the rotational movement of the crank pulley 133 into a vertical linear motion, and the rear frame 110c at a predetermined interval up and down. ) And a pair of shafts 142a and 142b fastened to the intermediate frame 110d, respectively, and shaft holes 143a and 143b and the crank arm 141c extrapolated to the shafts 142a and 142b, respectively. Guide channels 143c are formed of a pair of front and rear guide pieces 143c " and 143 'to induce a vertical linear motion, and the shafts 142a and 142b are moved by the movement of the crank 141. Front and rear movers 143 to reciprocate between the rear frame 110c and the intermediate frame 110d. ), And one side is fixed to the fixing hole 81 and the other side is fixed by the elastic force to the guide piece (143c ') to interlock with the front and rear mover 143, when moving forward the card loading the card (40) Rotating multi-type card dispenser characterized in that it comprises a card pusher 144 for pushing forward the lowest card of the). The method according to claim 5, The rotating disk 30 is formed with a stopper portion 30a having a vertical step formed downward from the disk shaft X1 in a circular shape, and has a radial position corresponding to the fixing hole 81 to the outside of the stopper portion 30a. In the rectangular disk through hole (30b) is in communication with the card storage box 40 is formed, The card pusher 144 is a spring 144a fixedly connected to the fixing hole 81 and a connecting piece 144b connected to the spring 144a and a pushing piece 144c fastened to the connecting piece 144b. And a stepped portion 144c 'that pushes the lowest card of the card holder 40 forward through the disk through hole 30b is formed on the upper surface of the pushing piece 144c and the pushing piece 144c is formed. The lower surface of the) is a rotary discharge type multi-card dispenser, characterized in that the engaging piece (144c '') is fixed to the guide piece (143c ') by the elastically fixed to protrude downward. The method according to claim 6, The card pushing means 140 is mounted on the rotating disk 30 so as to be interposed between the rotating disk 30 and the plurality of card storage boxes 40, and a bracket through hole 145b communicating with the disk through hole 30b. ) Is formed in the center portion, a plurality of brackets 145 having the bracket grooves 145a formed on the left and right sides of the bracket through hole 145b, and a pair inserted and fixed in the bracket grooves 145a of the bracket 145. The guide rod 146 is configured to further include, Rotating discharge type multi-card dispenser, characterized in that the sliding groove (144c '' ') is formed in the groove on the left and right sides of the pushing piece (144c) so as to slide on the guide rod (146). The method according to claim 4, The second power transmission means 150, the roller is connected by the second pulley 151 and the second pulley 151 and the second belt 152 connected to the rotary shaft 120a of the discharge motor 120. It consists of a pulley (153), The card ejecting means 160 is axially coupled to the roller pulley 153 and interlocked with the roller pulley 153 and in front of the intermediate frame 110d to the left frame 110a and the right frame 110b. A lower roller 161 fixed to the lower roller shaft 161a which is rotatably fixed; The upper roller shaft 162a is fixedly connected to the left frame 110a and the right frame 110b so as to be rotatable on the lower roller shaft 161a, so that the lowest card is drawn from the card pushing means 140. Rotational discharge type multi-card dispenser, characterized in that consisting of an upper roller 162 for discharging the lowest card in front of the lower roller 161 in conjunction with. The method according to claim 4, It is mounted to the rear frame 110d is configured to further include a limit switch 210 for outputting a card discharge signal to the control unit when the front and rear mover 143 is in contact with the front and rear mover 143 by retreating backward Rotary discharge type multi-card dispenser, characterized in that. The method according to claim 8, The card is mounted on either the left frame 110a or the right frame 110b at the boundary surface position between the lower roller 161 and the upper roller 162, so that the card is driven by the lower roller 161 and the upper roller 162. When the discharge is a multi-disc card type dispenser, characterized in that further comprises a card discharge sensor 220 for outputting a card discharge signal to the control unit.

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