KR200228203Y1 - Device for automatically printing out check - Google Patents

Abstract

The present invention relates to a check issuing device using a roller, which is a printing pressure using different kinds of color inks, in particular, the contents of the name plate printed on the check are embossed, and a part of one side is open and the inside along the corresponding open surface. The main drum is formed with a cylindrical seating portion; A sub drum embossed on a protruding surface corresponding to the open surface of the main drum; A seating surface on which the sub drum is seated and a guide surface for forming the sub drum in a reciprocating motion along the seating surface are formed, and the seated sub drum is centered on the shaft in a state in which the seated sub drum is fixed integrally with the main drum. A fixed device for allowing the drum integrated with the rotary motion; And when ink is applied to the name plate embossed on the main drum while the sub drum is linearly reciprocating along the guide surface formed on the fixing device when the integrated drum rotates. When the inside of the main drum is to be buried in the straight embossed surface of the sub drum, the straight embossed surface of the sub drum protrudes to the outside of the main drum, and when printed directly on the check, the embossed straight line of the sub drum It includes a sub-drum track so that the face is matched to one and the same circumference of the two sides of the main drum.

Description

Device for automatic check issuance using a single drum {Device for automatically printing out check}

The present invention relates to a check issuing machine, and in particular, a name plate indicating the date of issue, payment address, branch name, etc. It relates to a check issuing device.

In general, checks are widely used together with cash in modern society, and the number of checks issued is increasing rapidly in recent years. Accordingly, the research and development of the check issuing machine which can issue a check more easily and quickly has been in progress.

Referring to FIGS. 1 and 2 attached to the above-described check issuer, the conventional automatic check issuing apparatus is a processor for controlling the functions and operations of the apparatus as a whole as shown in FIG. (10) and a loading port (12) for loading check paper (hereinafter referred to as a check), and a mechanical operating portion for stamping and printing the contents to be written on the check sheet by transferring the check under the control of the processor (10). 14) and an unloading port 16 for accumulating normal checks output through the mechanical actuating portion 14. At this time, the loading port 12 is generally referred to as a hopper to set a form to be printed and automatically feeds only one sheet of the plurality of sheets to the mechanical operation unit 14 according to a command received from the processor. .

The conventional check issuer configured as described above may be schematically represented as shown in FIG. 2, wherein the mechanical operation unit 12 guides the step-by-step transfer of a check (check paper) transferred from the loading port. A pair of first stamp rollers 32 are provided on both sides of the groove 30 and the guide grooves 30 so as to face each other and to print the payment address, branch name, issue place, currency code, and name plate in a stamping manner. And a first printer head 34 installed at the rear end of the stamp roller 32 for printing an amount of money on the form conveyed through the stamp roller 32, and at the rear end of the first printer head 34. A second printer head 36 provided for printing a date on a sheet conveyed past the first printer head 34, and both sides of the guide groove 30 at the rear end of the second printer head 36; On each other To be installed includes a pair of second stamping roller 38 for stamping the seal of the second print head 36 on the last transport section representation.

The pair of first stamp rollers 32 are provided with ink rollers 40 for supplying ink to the rollers, respectively. In addition, the guide groove 30 has a plurality of sensors (S1, S2, S3) for detecting the transfer state and the printing state of the document to perform the necessary operation step by step for the document conveyed along the guide groove 30 as shown , S4, S5) are installed.

In addition, the first and second stamp rollers 32 and 38 are provided with sensors S6 and S7, respectively, so as to detect the printing state of the document.

In addition, a pair of feed rollers 42 are provided to face each other along the guide groove 30 in order to facilitate the transfer of the payload. These supply rollers 42 are provided between the first stamp roller 32 and the first printer head 34, between the first printer head 34 and the second printer head 36 and the first printer roller 34. It is preferably provided between the two print heads 36 and the second stamp roller 38.

The first print head 34 uses a 24-pin printer head to properly print a 12-digit amount as described above, while the second print head 36 uses 9 pins to properly print the date. It is recommended to use a print head. The size of the circumference of the first and second stamp rollers 32, 38 is made to be the same as the length of the long sheet, that is, the length of the check sheet.

The contents of the first and second stamp rollers 32 and 38 are fixed to each financial institution so that the contents to be tensioned are provided in a fixed state by etching. Therefore, if stamp rollers are properly replaced according to each financial institution, the desired content can be sealed.

On the other hand, the loading port 14 is provided with two starting feed rollers 44 so that only one of the plurality of sheets (about 300 sheets in this embodiment) can be moved. The loading port 14 also has a function of instructing the start of work by loading a ticket thereon and then operating the start switch, for example, by operating the enter key in the function keys of the key input unit 18 as in this embodiment. .

In order to issue a normal check in the conventional check issuer configured as described above, the name plate and seal of the bank must be stamped at the correct position, but the contents of the first and second stamp rollers 32 and 38 are replaced. In many cases, it is often printed at a different position than the exact position to be stamped due to mechanical wear, friction, and the like. As a result, checks are issued that are not normally used, resulting in a waste of resources.

In addition, at the administrative level, each check is printed with a serial number. If a check occurs that causes a defect, it is difficult to manage the serial number due to the check.

The purpose of the present invention for solving the above problems is that the conventional technology is caused by using a different stamp for each of the name plate and the seal, so the name plate indicating the issue date, payment address, branch name and the like branch manager It is to provide an automatic check issuing device using a single drum to be stamped in one drum and automatically issued and printed continuously.

A feature of the present invention for achieving the above object is a check issuing device using a roller which is a printing pressure using different kinds of color inks, each of the contents of the name plate printed on the check is embossed and part of one side is open A main drum having a cylindrical seating portion formed therein; A sub drum embossed on a protruding surface corresponding to the open surface of the main drum; A seating surface on which the sub drum is seated and a guide surface for forming the sub drum in a reciprocating motion along the seating surface are formed, and the seated sub drum is centered on the shaft in a state in which the seated sub drum is fixed integrally with the main drum. A fixed device for allowing the drum integrated with the rotary motion; And when ink is applied to the name plate embossed on the main drum while the sub drum is linearly reciprocating along the guide surface formed on the fixing device when the integrated drum rotates. When the inside of the main drum is to be buried in the straight embossed surface of the sub drum, the straight embossed surface of the sub drum protrudes to the outside of the main drum, and when printed directly on the check, the embossed straight line of the sub drum It includes a sub-drum track so that the face is matched to one and the same circumference of the two sides of the main drum.

The above object and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention described below with reference to the accompanying drawings by those skilled in the art.

1 is a block diagram illustrating a general automatic check issuing apparatus.

Figure 2 is a schematic diagram of a conventional configuration of the printing portion in the automatic check issuing device.

3 is an exemplary view illustrating a configuration of a stamp roller according to the present invention.

FIG. 4 is a schematic diagram of the main drum shown in FIG. 3.

FIG. 5 is a schematic diagram of the fixing device shown in FIG. 3. FIG.

FIG. 6 is a schematic diagram of the sub drum shown in FIG. 3.

FIG. 7 is an exemplary plan view for describing a track formed on the sub-drum track unit shown in FIG. 3.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment according to the present invention.

3 is a transparent perspective view showing a coupling relationship of the overall configuration as a stamp roller according to the present invention, the main drum 111 and the sub-drum 121, the fixing device 131 and the sub-drum track portion 141 )

4 is a schematic diagram of the main drum shown in FIG. 3, FIG. 5 is a schematic diagram of the fixing device shown in FIG. 3, and FIG. 6 is a schematic diagram of the sub drum shown in FIG. 3. 7 is an exemplary plan view for explaining the trajectory formed in the sub-drum trajectory shown in FIG. 3.

Referring to FIGS. 4 to 7 attached to the detailed configuration of each configuration shown in FIG. 3, the main drum 111 is printed on the check, as shown in the attached FIG. 3 and FIG. The content of the name plate is embossed or a rubber name plate is attached, a portion of one side is open and there is formed a seating portion 113 in which the sub-drum 121 and the fixing device 131 can be mounted The upper surface of the seating portion 113 is formed with a support groove 114 to allow the fixing device 131 to be fixed.

In addition, the fixing device 131 is a mounting surface on which the sub-drum 121 is actually seated and the sub-drum 121 can perform a linear reciprocating motion as shown in FIGS. The guide surface 132 is formed, and the support part 133 protrudingly formed is inserted into the support groove 114 of the main drum 111 while being inserted and seated opposite to the seating part 113 of the main drum 111. The main drum 111 and the sub drum 121 are press-fitted to integrate, and the drums 111 and 121 integrated about the shaft 100 in a state of being integrally fixed are rotatable.

In addition, the sub drum 121, as shown in the accompanying Figures 3 and 6, is seated on the guide surface 132 of the fixing device 131 and reciprocating along the guide surface 132, A straight seal is embossed on the outer protruding surface, or a rubber name plate is attached, and an elastic member 122 is mounted therein to allow the sub drum 121 to receive elastic force in one direction.

In addition, the sub drum 121 is provided with a track connecting portion 123 for moving along the track formed in the sub drum track portion 141.

In addition, the sub-drum track portion 141 is the sub-drum 121 is rotated when the drum (111, 121) integrated by the fixing device 131 as shown in Figs. When ink is applied to a name plate embossed on the main drum 111 or to which a rubber name plate is attached while linearly reciprocating along the guide surface 132 formed in the fixing device 131 (radius' in FIG. 7). c 'section) the surface of the sub drum 121 is embossed or the rubber name plate is attached to the inside of the main drum 111,

When the seal of the sub drum 121 is embossed or when the paddle is to be buried on the surface on which the rubber name plate is attached (section of radius 'a' in FIG. 7), the seal of the sub drum 121 is embossed or the rubber name plate The attached surface protrudes to the outside of the main drum 111, and the stamp of the sub drum 121 is embossed or a rubber name plate is attached to the check directly during the printing operation (section of radius 'b' in FIG. 7). Surface of the main drum 111 to match one of the same circumference formed by the embossed surface or the surface attached with a rubber name plate.

Look at the operation of the stamp roller according to the present invention is configured as described above.

The overall description will be described with reference to FIGS. 3 and 7.

First, a brief look at the technical idea of the present invention, the reason for using the two rollers, namely the drum for the stamping and stamping of the conventional nameplate is because the color of the ink used in the nameplate and the color of the ink used in the stamp is different In the present design, the name plate and the stamp of the seal is formed on one drum to be stamped at a time, but the stamped part is stamped on the check at the same time so as to protrude as much as necessary, so that both the name plate and stamp on the check can be stamped. The purpose is to make it possible.

Therefore, as shown in FIG. 7, the track formed in the sub-drum track portion 141 includes a section 'a' having the shortest radius and a section 'c' having the longest radius, and the rotation section of the drum. The middle section ('b') is divided into three parts.

At this time, the section indicated by the radius reference number 'b' is a section for stamping the name plate and seal on the check, and the section indicated by the radius reference number 'c' has a specific color (usually on the name plate embossed on the surface of the main drum). A section for coloring the ink of blue color, and a section marked with the radius reference number 'a' is a section for coloring ink of a specific color (usually red) on a stamp imprinted on the surface of the sub drum or with a rubber name plate. to be. ('a' <'b' <'c').

That is, when the integrated sub drum 121 and the main drum 111 rotate about the rotation shaft 110, the surface on which the seal of the sub drum 121 is embossed or the rubber name plate is attached is the elastic member ( 122 is to control the extent to which the name plate of the main drum 111 is embossed or enters inside by the track formed in the sub-drum track part 141 rather than entering the surface on which the name plate is attached. .

Therefore, when the integrated sub drum 121 and the main drum 111 rotate about the rotation shaft 110, the reference for connecting the track formed in the sub drum 121 and the sub drum track portion 141 is referred to. In the case where the track connecting portion referred to as number 123 is located in the section indicated by the radius reference number 'c', the state in which the elastic energy of the elastic member 122 is least about the rotation axis, that is, the elastic force generated by the elastic member 122 When the sub drum 121 is moved in the direction of the seal, the seal of the sub drum 121 is embossed or the surface on which the rubber name plate is attached is embossed or the name plate of the main drum 111 is embossed. It is located inside compared to the surface.

Therefore, ink of a specific color (usually blue) is colored on a plate embossed on the surface of the main drum 111 or on which a rubber name plate is attached in the section indicated by the radius reference number 'c' in which the above-described operation is performed. .

Subsequently, the integrated sub drum 121 and the main drum 111 are rotated about the rotating shaft 110 to enter the section indicated by the radius reference number 'a', which is represented by the radius reference number 'a'. When located in the section, the sub drum (121) is moved by moving the sub drum 121 in a state in which the elastic energy of the elastic member 122 is the largest about the rotation axis, that is, the reverse direction of the elastic force generated by the elastic member 122. The straight embossed surface of 121 is protruded outward compared to the embossed surface of the name plate of the main drum 111.

Therefore, ink of a specific color (usually red) is colored in a stamp embossed on the surface of the sub drum 121 in the section indicated by the radius reference number 'a' in which the above-described operation is performed.

Subsequently, as the finally integrated sub drum 121 and the main drum 111 rotate about the rotation shaft 110, the sub drum 121 and the main drum 111 enter the section indicated by the radius reference number 'b', and the radius reference number 'b' When located in the section indicated by the elastic energy of the elastic member 122 is the middle state about the axis of rotation, and the seal of the sub drum 121 is embossed or the surface on which the rubber name plate is attached to the main drum The name plate of the 111 is located on the same circumference as the surface on which the name plate is embossed or the rubber name plate is attached, and the check is supplied in sheets so that the name plate and seal are stamped on one side of the check.

If the automatic check issuing device using a single drum according to the present invention operates as described above, in order to issue a normal check in a conventional check issuer, the name plate and the seal of the bank must be stamped at the correct position, but the first check issuing device. And when the contents of the second stamp roller are replaced, or due to mechanical wear, friction, or the like, they are often printed at a position different from the exact position to be stamped, thereby causing a check that is not normally used. It can solve the problem of resource waste.

While the invention has been shown and described in connection with specific embodiments, it will be appreciated that various modifications and variations can be made without departing from the scope of the invention as indicated by the claims. Anyone can grow up easily.

Claims (6)

In the check issuing device using a roller, which is a printing pressure using different kinds of color inks, A main drum having contents of a nameplate printed on the check and having a portion of one side open and a cylindrical seating portion formed therein; A sub drum provided with a seal on a protruding surface corresponding to the open surface of the main drum; A seating surface on which the sub drum is seated and a guide surface for linearly reciprocating the sub drum along a seating surface are formed, and the shaft is fixed in a state where the seated sub drum is fixed to the main drum integrally. A fixing device for rotating the drum integrated with the center; And When ink is applied to the name plate installed on the main drum while linearly reciprocating the sub drum along the guide surface formed in the fixing device when the integrated drum rotates, the seal of the sub drum is installed. Face enters the interior of the main drum, When the column is to be buried on the surface of the seal of the sub drum is installed, the surface of the seal of the sub drum is projected to the outside of the main drum, In the printing operation directly on the check, the automatic check issuing device using a single drum, characterized in that it comprises a sub-drum track portion so that the surface of the seal of the sub-drum is matched to one same circumference of the name plate of the main drum . The automatic check issuing apparatus using a single drum according to claim 1, wherein the name plate installed on the main drum or a seal installed on the sub drum is embossed or attached with a rubber name plate. The method of claim 1, The contents of the name plate printed on the main drum check are installed, and a part of one side is open, and a cylindrical seat is formed in the sub drum and a fixing device therein, and the upper side of the seat is Automatic check issuing device using a single drum, characterized in that the support groove is formed so that the fixing device can be fixed. The method of claim 1, The fixing device has a seating surface on which the sub drum is actually seated and a guide surface for linear reciprocating motion of the sub drum, and protrudes from being inserted and seated opposite to the seating portion of the main drum. The support unit is pressed into the support groove of the main drum to integrate the main drum and the sub drum, and the automatic check using a single drum, characterized in that the drum is integrated around the axis in a state of being fixed integrally Issuing device. The method of claim 1, The sub drum is reciprocated along the guide surface of the fixing device, but a straight seal is installed on the outer protruding surface, the inside of which is an elastic member is mounted so that the sub drum receives the elastic force in one direction Automatic check issuing device using a drum. The method of claim 5, The sub drum is an automatic check issuing device using a single drum, characterized in that the track connecting portion for moving along the track formed in the sub drum track portion is further formed.