KR19990049432A - High Speed Printing Machine for Cash Dispenser - Google Patents

Abstract

The present invention relates to a high speed printing apparatus for an automatic teller machine. In the printing machine for an automatic teller machine, a driving motor having a driving roller is provided on an upper side of the automatic teller machine and spaced apart from the driving roller. The first and second rollers are installed at the exit part so as to rotate in opposing and in close contact with each other, and at one end of the upper and lower guide members facing the first roller, rollers are installed so as to face and contact each other in the upper and lower parts. A belt for transmitting the rotational force is wound between the rollers facing the first roller and the rollers facing the roller are wound by the second roller and the belt via the tension roller. The interlocking roller provided at the entrance and exit of the guide member is wound with a belt to transmit the rotational force of the first roller, and is in a state facing the driving roller. The rotating stamp is installed in close contact with the rollers installed on the upper and lower guide portions, and the electronic setting member which automatically sets the check number and the issue date is rotated on the eccentric portion of the rotating stamp. When a check is issued, the number and the date of issue are printed at high speed without stopping the moving check, thereby reducing the withdrawal time when a large amount of check is released.

Description

High Speed Printing Machine for Cash Dispenser

The present invention relates to a High Speed Printing Device For Automatic Provision Machine Of Money, and more particularly, when issuing a check, printing the issue number and date issued at high speed without stopping the moving check. Thus, the withdrawal time can be shortened when a large amount of checks are released.

1 is a view illustrating a printing apparatus for an automatic teller machine. First, when a check 10 is issued, a step motor 14 installed on one side of the automatic teller machine 12 is operated and rotated. The first roller 18 connected to the belt 16 is rotated, and at the same time the first roller 18 and the interlocking roller 22 wound around the belt 20 are rotated.

At this time, since the check 10 is already moved between the interlocking rollers 22 and the rotating rollers 24 facing each other, the clockwise rotation of the interlocking rollers 22 and the clock of the rotary rollers 24 are prevented. The check 10 moves inwardly through the inlets of the upper and lower guide members 26 and 28 by rotating in the opposite direction.

In addition, when the check 10 moves to a predetermined position in the upper and lower guide members 26 and 28 in the above state, a detection sensor (not shown) senses this to stop the operation of the step motor 14. To stop the movement of the check 10, and in such a state, the printing member 32 installed on the upper guide member 26 is operated to, for example, issue number and issue on one side of the check 10. The date will be printed.

Then, when printing of the print on one side of the check 10 is finished in accordance with the operation of the printing printing member 32 as described above, at the same time, the step motor 14 is re-operated and rotated to interlock with the first roller 18. The roller 34 is rotated, and a predetermined portion of the belt 42 wound between the roller 36 and the tension roller 38 and the second roller 40 opposite to the predetermined outer surface of the roller 34 is interlocked. The check 10 moves in the direction of the exit 44 due to the opposite rotation of the upper and lower rollers 34 and 36 and the opposite rotation of the first and second rollers 18 and 40. By doing so, it is withdrawn to an ATM.

By the way, the printing apparatus for a conventional automatic teller machine as described above first prints the check number and the issue date according to the issuance of the check 10, in the state where the check is stopped due to the structure of the printing element 32. Printing with the printing member 32 makes it impossible to print the print during the continuous movement, and when the user wants to withdraw a large amount of the check 10, the user stops for a predetermined time for printing the check 10. The withdrawal time of the check 10 is long, there is a problem that causes inconvenience to the user.

The present invention has been made to solve the above problems, by installing a rotating stamp for printing the print on the check and the electronic setting member already set by the automatic program to install the high speed printing without stopping during the process of discharged check It is an object of the present invention to provide a high-speed printing apparatus for an automatic teller machine that can shorten the withdrawal time when a large amount of checks are released by facilitating printing.

The present invention is to achieve the above object, in the printing machine of the cash dispenser, a drive motor having a drive roller is provided on the upper side of the cash dispenser, the outlet spaced apart from the drive roller to one side The first and second rollers are installed to rotate in a state where the first and second rollers face each other. A belt for transmitting rotational force is wound between the rollers facing the first roller and the rollers facing the roller are wound with the second roller and the belt via the tension roller. The interlocking roller provided at the entrance and exit of the member is wound by a belt so that the rotational force of the first roller is transmitted, and is spaced apart to face the driving roller. The stamp is installed in close contact with the rollers installed on the upper and lower guide parts, and the electronic setting member which automatically sets the check number and the issue date is rotated on the eccentric portion of the rotating stamp. When printing a large number of checks, the withdrawal time can be shortened by printing the issue number and the issued date at high speed without stopping the moving check.

1 is a view schematically showing the inside of a conventional cash dispenser.

2 is a view showing a high-speed printing device for an automatic teller machine of the present invention

<Explanation of symbols for main parts of the drawings>

10: check 12: cash dispenser

14: step motor 16,20,42,66,72,76,80: belt

18,54: first roller 20,42: belt

22,74: interlocking roller 24: rotating motor

26,58: upper guide member 28,60: lower guide member

30: entrance 32: printing member

34,36,62,64,68: Roller 38,70: Tension roller

40,56: second roller 44: exit

50: driving roller 52: driving motor

78: rotation stamp 82; Electronic setting member

2 is a view illustrating a high speed printing apparatus for an ATM according to the present invention. Since the same reference numerals as in FIG. 1 denote the same parts, a description thereof will be omitted and will be different from those in FIG. 1. Only the description will be given.

With reference to the accompanying drawings in FIG. 2, first, a driving motor 52 having a driving roller 50 is installed at an upper side of the cash dispenser 12. Two rollers 54 and 56 are opposed to each other and are installed to be rotatable in a state of being in close contact with each other, and at one end of the upper and lower guide members 58 and 60 facing the first roller 54, the upper and lower sides are opposed to each other. The rollers 62 and 64 are provided in the state which becomes.

In addition, a belt 66 for transmitting rotational force is wound between the rollers 62 facing the first roller 54, and the rollers 64 closely contacting the rollers 62 are tension rollers 70. It is wound by the second roller 56 and the belt 72 through the medium, the interlocking roller 74 installed in the inlet 30 of the upper and lower guides 58, 60 is the first roller 54 It is wound with a belt 76 so that the rotational force of.

On the other hand, the rotating stamp 78 spaced downwardly from the drive roller 50 is wound on the belt 80 in a state in close contact with the roller 62 installed on the upper and lower guide members (58, 60). On the eccentric side of the rotating stamp 78, an electronic setting member 82 for setting a check number and an issue date is rotated.

The high-speed printing device for an automatic teller machine of the present invention configured as described above, when the check 10 is first issued, the driving motor 52 installed on one side of the automatic teller machine 12 operates to drive rollers ( 50 is rotated, its rotational force is to rotate the rotating stamp 78 wound by the belt 80.

Then, in the above state, the electronic setting member 82 provided in the rotating stamp 78 is rotated by the rotation stamp 78 with the check number and the issue date being set, for example, by a program already input. At this time, the rotation stamp 78 is in close contact with the roller 62 which is interlocked with the first roller 54, so that when the roller 62 is rotated, the outer surface of the roller 62 is opposed to this. A certain portion of the belt 72 wound between the roller 64, the tension roller 70, and the second roller 56 is pressed and adhered so as to interlock. As a result, the upper and lower guide members 58 and 60 are in close contact with each other. The printed printed check 10 is discharged by moving in the direction of the outlet 44, while the interlocking roller 74 rotates in accordance with the rotation of the first roller 54 connected to the roller 62 and the belt 66. Another check 10 will be moved inward in the inlet 30 direction.

Therefore, the printing machine of the conventional automatic teller machine 12, after printing the printing after the stop of the check 10, but discharged, the present invention, while the check 10 is discharged while conveying the rotating stamp ( 78) and the high speed printing by the operation of the electronic setting member 82 already set by the automatic program can be facilitated.

For example, when issuing a large amount of check 10 according to the user's needs, it is possible to facilitate the continuous printing discharge to shorten the withdrawal time of the check 10.

As described above, the present invention installs a rotating stamp for printing a print on a check and an electronic setting member already set by an automatic program, thereby facilitating high speed printing without stopping during the check transfer process. Withdrawal time can be shortened at the time of ticket release, thereby improving the performance of the ATM.

Claims (1)

In the printing apparatus of the cash dispenser 12, A driving motor 52 having a driving roller 50 is installed at one upper side of the cash dispenser 12, and the first and second rollers are located at the outlet 44 separated from the driving roller 50 at one side. (54,56) is installed so as to rotate to face each other, in close contact with each other, the one end of the upper and lower guide members (58, 60) facing the first roller 54 so as to face each other, Rollers 62 and 64 are provided, and a belt 66 for transmitting rotational force is wound between the first roller 54 and the roller 62 facing each other, and the roller 62 is in close contact with the roller 62. 64 is wound by the second roller 56 and the belt 72 via the tension roller 70, and the interlocking roller (installed at the inlet portion 30 of the upper and lower guide members 58 and 60). 74 is wound around the belt 76 so that the rotational force of the first roller 54 is transmitted, and the rotating stamps 78 spaced apart from each other to face the driving roller 50 are upper and lower parts. It is installed in close contact with the roller 62 installed on the guide members 58 and 60, and an electronic setting member 82 for automatically setting a check number and issue date is provided at the eccentric portion of the rotary stamp 78. High-speed printing device for an automatic teller machine, characterized in that installed to rotate.