KR200380735Y1 - Printing device capable of automatically cutting a printing paper - Google Patents

Abstract

The automatic arthroscopic printer includes a printing support, a printing portion mounted on the upper surface of the printing support to print on the printing paper, a cutter portion mounted adjacent to the exit of the printing portion to cut and separate the printing paper and the remaining portion printed on the printing paper, and And a conveying part for conveying printing paper to an outlet of the printing support. The printing unit may selectively open and close a conveying path of printing paper, including a print cover on which a print head is mounted, and the conveying part may selectively open and close a conveying path of printing paper including a feeding cover. Relatively large size paper such as A4 or B5 can be transported stably, and even if an accident such as jam occurs, the manager can safely and easily handle the cause.

Description

Automatic arthroscopy printer {PRINTING DEVICE CAPABLE OF AUTOMATICALLY CUTTING A PRINTING PAPER}

The present invention relates to a printer that automatically cuts and provides a printed portion, and more particularly, to provide an automatic arthroscopic printer that an administrator can easily maintain and maintain for each moving path in providing financial or other reports. .

In general, customers use the bank account to check the transaction history, and can also check the deposit and withdrawal details and other information through the voice call phone or banking transactions through the Internet. However, when inquiring the deposit and withdrawal details through the voice guidance phone has a disadvantage that the customer can not remember all of the large number of transactions. Of course, the transaction history can be output using the Internet, but this method also has a disadvantage in that a connection using a network and a separate printer must be used.

In order to output transaction details in a manner other than a bankbook, a method of outputting a transaction history based on a predetermined transaction history may be proposed. Since the automated teller machine is spread in public places, bank branches, convenience stores, etc., it is easy to access, and if the automated teller machine can provide transaction details, it can be easily proved in paper form without a bankbook.

In addition, the back of the paper provided for the transaction history can include a variety of guides or advertisements can be said to have a number of commercial advantages.

However, in order to provide transaction details in the automated teller machine, a large amount of paper must be stored in the automated teller machine, and the consumption of paper should be minimized as much as possible.

Conventional printers include dot printers, laser printers, inkjet printers, and thermal printers, and these printers generally use standardized A4 paper.

However, these A4 papers are forced to provide paper of the same size to all customers using the output service as individually separated papers, and as a result, there is a problem that the paper is severely wasted.

In addition, in a printer that provides important information such as financial information, a function of retrieving the output that is not withdrawn is required when the user does not go to the output for a predetermined time. However, among the conventional printers, there will be almost no printer including a recovery function, and even if there are disadvantages in that it is difficult to apply to the automatic teller machine.

In order to solve the above problems, a printer that can be used in the automated teller machine may use a continuous paper, and a method of changing a part to be cut according to the amount of printed content may be proposed.

In the case of a large volume of transactions, financial transaction information and the like can be provided in units of A4 and B5 as much as possible, thereby facilitating management and recovery of the land. However, in order to provide output in a paper size of A4, B5, etc., the collection box should also be made in a size that can accommodate A4, B5 paper, and as a result, the length of the printer including the collection box is unavoidably long. have.

Accordingly, the present invention has been made to solve the above problems, and an object of the present invention is to provide an automatic arthroscopic printer capable of cutting continuous paper into a suitable size and size.

Another object of the present invention is to provide an automatic arthroscopic printer capable of efficiently dealing with jams or other accidents according to the conveying path of continuous paper and printing paper.

Still another object of the present invention is to provide an automatic arthroscopic printer which can prevent a manager from being injured or burned due to high temperature even if jam occurs.

According to a preferred embodiment of the present invention for achieving the above objects of the present invention, the automatic arthroscopic printer includes a print support, a printing portion, a cutter portion, and a transfer portion.

In using printing paper such as A4, the length of the paper can be adjusted and cut according to the amount of printed content, and printed paper provided to the customer can be generated.

In addition, the paper of A4 is formed in the size of about 21cm in width and about 29cm in length, and can be provided cut into the size of 1/3 section, 2/3 section or 3/3 section according to the amount of transaction history.

In particular, in the case of A4 paper of 1/3 section, it may be provided in a size of about 21 cm and about 10 cm in length. At this time, since the width is longer than the length, the direction of entry of the paper may be easily changed. This can happen relatively often.

In addition, in order to collect A4 paper or the like and collect it in the collection box, the volume of the collection box must be considered, and the size of the printer can be increased together with the size of the collection box. As the size of the printer increases, the length of the paper or printing paper to be transported also increases, and the probability of jams or other accidents on the transport path also increases.

In view of this, the automatic arthroscopic printer of the present invention includes a print cover and a feeding cover that can be opened and closed like a door, and can immediately remove a jammed paper by opening the point where an error occurs.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

1 is a side view of the automatic arranging printer according to an embodiment of the present invention, Figure 2 is a side view for explaining the open state of the print cover or feeding cover in the automatic arranging printer of FIG.

1 and 2, the automatic arranging printer 100 includes a print support 110, a print unit 120, a cutter unit 130, and a transfer unit 140.

The print support 110 is positioned above the printer 100, and printing paper supplied from the paper receiver passes through the print support 110 and passes through the print 120 and the cutter 130. To pass. Transaction history or financial transaction information, financial transaction results, etc. may be printed on the printing paper while passing through the printing unit 120. The printed printing paper is cut by the cutter unit 130 to be converted into printed paper. Can be. Printing paper is transferred to the outlet through the transfer unit 140 is supplied to the customer.

The print support 110 is positioned horizontally from the top, the left and right of the print support 110 is supported by the support body. The print support 110 is formed to have a width capable of passing A4 or B5 paper, etc., and a side guide is mounted on the front surface of the print support 110 to guide the print paper to enter straight without skew.

On the printing support 110, a printing unit 120 for printing characters or figures on printing paper is mounted. The print unit 120 includes a print cover 122 rotatably mounted on the print support 110, and a print head 124 is mounted on a bottom of the print cover 122. In addition, a print transfer unit 126 is mounted on the print support 110 corresponding to the print head 124. Therefore, the print cover 122 can securely fix the print head 124 to the print transfer unit 126 by a simple operation of an administrator. The print cover 122 can be opened from the print support 110 so that the print head 124 and the print transfer unit 126 can be fixed. ) You can break simple binding.

In this embodiment, a thermal print head TPH is used as the print head 124, and a platen roller made of rubber is used as the print transfer unit 126. Therefore, the print head 124 and the print transfer unit 126 maintain a close relationship, and there is a problem that the paper interposed between the print head 124 and the print transfer unit 126 does not easily come out. However, as shown in FIG. 2, the print head 124 is mounted on the print cover 122, and the administrator releases the print cover 122 from the print support 110 and then lifts the print head 124. ) And the print transfer unit 126 can be separated from each other.

For reference, the conventional thermal print head is in close contact with the platen roller, and there is a problem in that it is not easy to separate between them. Therefore, when a jam occurs in the printing unit and the paper is caught between the head and the roller, the user or the manager pulls by force to pull out the paper, and in this process, the structure of the head or roller may be damaged.

The cutter portion 130 is provided in the printing portion 120 adjacent to the exit of the print head.

The cutter unit 130 may be divided into printing sheets and the remaining portions printed by the print head 124, and the remaining portions remain in a blank state before passing between the print head 124 and the print transfer unit 126. . The cutter unit 130 may separate the printing paper and the remaining printing paper by cutting a portion protruding from the printing unit 120, that is, printing printing paper.

3 is a perspective view illustrating the cutter unit of FIG. 1.

Referring to FIG. 3, the cutter unit 130 includes a fixed blade 132 and a moving blade 134. The fixed blade 132 is fixed on the print support 110, the moving blade 134 is rotatably mounted above or below the fixed blade 132. The rotating shaft of the moving blade 134 is connected to the pinion 136 and the worm gear 138, and the rotation of the motor integrally connected with the worm gear 138 rotates the moving blade 134 via the worm and the pinion. .

The moving blade 134 intersects the fixed blade 132 like scissors, and cuts the printing paper interposed between the moving blade 134 and the fixed blade 132. In particular, the moving blade 134 is mounted to be twisted or inclined at a predetermined angle with respect to the fixed blade 132. Therefore, the entire cutting surface of both blades does not touch at the same time while the moving blade 134 rotates, and the cutting surfaces of both blades cross each other sequentially while moving from one end to the other end, and the printing paper interposed therebetween. You can cut smoothly.

Here, the fixed blade 132 is disposed in the width direction of the printing paper on the upper surface of the print support 110, the moving blade 134 is rotatably mounted in a position adjacent to the fixed blade.

Printing paper cut by the cutter unit 130 is transferred to the outlet by the transfer unit 140. For reference, a conveying path is provided by placing a metal plate manufactured through a sheet metal process for conveying a conventional paper or bill and the like above and below a designed conveying path. The transport path is defined by metal plates, wherein the metal plates are arranged at narrow intervals from each other. Therefore, when jam occurs on the transfer path defined by the two metal plates, it is very difficult to remove the crumpled paper between the metal plates.

Referring back to FIG. 2, the conveying unit 140 according to the present embodiment is rotatably installed on the upper surface of the first conveying roller 144 and the printing support 110 mounted at predetermined intervals on the upper surface of the printing support 110. The feeding cover 142 and the second conveying roller 146 mounted on the bottom surface of the feeding cover 142 in correspondence with the first conveying roller 144. In general, the first conveying roller 144 transmits a driving force as a driving roller, and the second conveying roller 146 mounted to the feeding cover 142 presses the printing paper interposed between the conveying rollers as the driven roller.

In a state in which the feeding cover 142 is tightly fixed to the print support 110, the feeding cover 142 may guide the transfer path of the printing paper. However, when a jam occurs, the manager may lift one end of the feeding cover 142 to open the inside of the conveying part 140, and may easily separate the paper stopped in the conveying part 140. This is distinguished from the conventional transport path structure, and it is possible to easily check the failure state around the printer module or around the transport path, and can also quickly remove the paper.

Figure 4 is a side view of the automatic arranging printer according to an embodiment of the present invention.

Referring to FIG. 4, the automatic arranging printer 200 includes a print support 210, a print unit 220, a cutter unit 230, a transfer unit 240, a recovery box 250, and a recovery unit 260. do.

The print support 210 is positioned above the printer 200, and printing paper supplied from the paper receiver passes through the print support 210 and passes through the print unit 220 and the cutter unit 230. To pass. While passing through the printing unit 220, the transaction history or financial transaction information, financial transaction results, etc. may be printed on the printing paper, and the printed printing paper is cut by the cutter unit 230 to be converted into printed paper. Can be. Printing paper is transferred to the outlet through the transfer unit 240 is supplied to the customer.

The print support 210 is horizontally positioned from the top, and the left and right of the print support 210 is supported by the support body. The print support 210 is formed to have a width to pass the A4 or B5 paper, etc., the side guide is mounted in front of the upper surface of the print support 210 to guide the print paper to enter straight without skew (skew).

The printing unit 220 is mounted on the printing support 210. The printing unit 220 includes a print cover 222 rotatably mounted on the print support 210, and a print head 224 is mounted on a bottom of the print cover 222 and corresponds to the print head 224. The print support 210 is mounted to the print transfer unit 226. Therefore, the administrator may closely fix the print head 224 to the print transfer part 226 by closely attaching the print cover 222 to the print support 210, and by lifting the print head 224 from the print support 210. And the simple transfer between the print transfer unit 226 can be easily released.

A cutter portion 230 is provided adjacent the outlet of the print head 224. The cutter unit 230 may be divided into printing sheets and the remaining portions printed by the print head 224, and the remaining portions remain in the blank state before passing between the print head 224 and the print transfer unit 226. . The cutter unit 230 may separate the printing paper and the remaining printing paper by cutting a portion protruding from the printing unit 220, that is, printing printing paper.

In detail, the cutter unit 230 includes a fixed blade 232 and a moving blade 234. The fixed blade 232 is fixed on the printing support 210, the moving blade 234 is rotatably mounted above or below the fixed blade 232. The moving blade 234 may partially intersect the fixed blade 232 by rotating about the rotation axis, where the moving blade 234 intersects the fixed blade 232 such as scissors, and intervening printing paper therebetween. Can be cut.

Printing paper cut by the cutter unit 230 is transferred to the outlet by the transfer unit 240. The feeder 240 may include a first feed roller 244 mounted on the upper surface of the print support 210 at predetermined intervals, a feeding cover 242 rotatably installed on the upper surface of the print support 210, and a first feed roller ( And a second feed roller 246 mounted on the bottom surface of the feeding cover 242 in correspondence with 244. In general, the first conveying roller 244 transmits a driving force as a driving roller, and the second conveying roller 246 mounted on the feeding cover 242 presses the printing paper interposed between the conveying rollers as a driven roller.

In a state in which the feeding cover 242 is tightly fixed to the printing support 210, the feeding cover 242 may guide the transfer path of the printing paper. However, when a jam occurs, the manager may lift one end of the feeding cover 242 to open the inside of the conveying part 240, and may easily separate the sheet of paper stopped in the conveying part 240. This is distinguished from the conventional transport path structure, and it is possible to easily check the failure state around the printer module or around the transport path, and can also quickly remove the paper.

A recovery box 250 is provided below the printing support 210. The collection box 250 functions to collect and store the printing paper when the customer does not withdraw the printing paper. Therefore, the inner end of the collecting container 250 is connected to the end of the conveying unit 240 in a state in which the collecting container 250 is mounted below the printing support 210, and the printing paper not drawn out is collected in the collecting unit 260. By the transfer unit 240 to the recovery box 250 is transferred.

The collection box 250 is a box having an open top surface, and may be inserted into the printer 200 such as a drawer to be fixed or pulled out to be exposed to the outside.

The recovery unit 260 includes a recovery piece 262 and a recovery guide 264. The recovery piece 262 is formed adjacent to the outlet port in the transfer unit 240, it is possible to block the conveyance path of the printing paper using a solenoid or the like. In addition, the recovery piece 262 may be mounted on the printing support 210 and may protrude from an upper surface of the printing support 210. The recovery piece 262 has a recovery guide 264 disposed below, and the recovery guide 264 serves to guide the printing paper introduced by the recovery piece 262 to the internal collection box 250.

Therefore, when a predetermined time has elapsed since the customer did not withdraw the printing paper, the driving motor of the conveying unit 240 rotates in reverse to recover the printing paper exposed to the outside, and at this time, the collection piece 262 blocks the transport path. The printing paper to be recovered is guided to the recovery guide 264 by the recovery piece 262. Printing paper entering the recovery guide 264 flows into the recovery piece 262 along the recovery guide 264.

A conventional printer capable of printing A4 paper is used for personal computers or corporate networks. Since the printer prints only in A4 size, parts that are not printed much are printed at the same paper size. Investing at cost.

However, by cutting A4 size paper or continuous paper into 1/3 section and 2/3 sections of A4 size, unnecessary paper consumption can be reduced, and various effects such as paper cost reduction can be expected.

In addition, since it can be used for advertising and promotion on the back of the paper, in addition to the existing simple print service function, it can be used for light announcements and other guides, and thus will have many effects.

In addition, the conventional printer generates a lot of heat while using the paper for a long time, the user may be burned or injured while removing the paper due to high temperature when jam occurs. However, the printer of the present invention can quickly and accurately grasp the problem area even if a jam occurs, and can easily remove the paper causing the problem, so that the user can use it safely.

In addition, the printer of the present invention can use a folding or roll continuous paper, as well as normal operation using conventional A4 paper.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention, but those skilled in the art various modifications and changes of the present invention without departing from the spirit and scope of the present invention described in the claims below I can understand that you can.

1 is a side view of an automatic arranging printer according to an embodiment of the present invention.

FIG. 2 is a side view illustrating an open state of a print cover or a feeding cover in the automatic arranging printer of FIG. 1.

3 is a perspective view illustrating the cutter unit of FIG. 1.

Figure 4 is a side view of the automatic arranging printer according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: Printer 110: Print support

120: Printing part 122: Print cover

124: print head 126: print feeder

130: cutter portion 132: fixed blade

134 ： Move blade 140 ： Conveyor

142 ： feeding cover 144 ： first feed roller

146: second conveying roller

Claims (12)

Printing support of printer; A printing unit mounted on an upper surface of the printing support to print on printing paper; A cutter unit mounted adjacent to the printing unit to cut and separate the printing paper and the remaining part printed from the printing paper; And And a conveying part for conveying the printing paper to the outlet of the printing support. The method of claim 1, The print unit includes a print cover rotatably installed on an upper surface of the print support, a print head is mounted on a bottom surface of the print cover, and a print transfer unit is installed on an upper surface of the print support corresponding to the print head. Automatic arthroscopic printer. The method of claim 1, The conveying unit may be mounted on the upper surface of the printing support at a predetermined interval so as to correspond to the first feeding roller for conveying the printing paper, a feeding cover rotatably installed on the upper surface of the printing support, and the driving roller. Automatic arranging printer comprising a second transfer roller mounted on the bottom. The method of claim 1, And the cutter unit comprises a fixed blade disposed in the width direction of the printing paper on the upper surface of the printing support and a movable blade rotatably mounted at a position adjacent to the fixed blade. The method of claim 4, wherein And the movable blade is disposed to be inclined with respect to the fixed blade to cut the printing paper from one end. The method of claim 1, An automatic cutting section disposed under the printing support, the collecting section for recovering the printing paper remaining at the exit of the printing support and a collecting box for storing the printing paper recovered by the collecting section; Terrain printer. Printing support of printer; A printing unit including a print cover rotatably installed on an upper surface of the print support and a print module mounted on a bottom surface of the print cover to print on printing paper; A cutter unit mounted adjacent to the printing unit to cut and separate the printing paper and the remaining part printed from the printing paper; And A first feed roller mounted on an upper surface of the printing support at predetermined intervals, a feeding cover rotatably installed on an upper surface of the printing support, and a bottom surface of the feeding cover corresponding to the first feeding roller; And a second transfer roller mounted to the transfer unit, the transfer unit transferring the printing paper to the outlet of the printing support. The method of claim 7, wherein And the print cover is rotatably installed at a position adjacent to the cutter portion, and the feeding cover is rotatably installed at a position adjacent to the cutter portion. The method of claim 7, wherein The print cover is rotatably installed at a position adjacent to the cutter unit, and the feeding cover is rotatably installed at a position far from the cutter unit, and is automatically opened and closed in the same direction as the print cover. . The method of claim 7, wherein And a thermal print head mounted on the bottom surface of the print cover, wherein the print module includes a platen roller mounted on the print support in correspondence with the thermal print head. . The method of claim 7, wherein The cutter unit includes a fixed blade disposed in the width direction of the printing paper on the upper surface of the printing support and a movable blade rotatably mounted in a position adjacent to the fixed blade, wherein the movable blade is inclined with respect to the fixed blade. Automatic cutting type printer, characterized in that for cutting the printing paper from one end. The method of claim 7, wherein An automatic cutting section disposed under the printing support, the collecting section for recovering the printing paper remaining at the exit of the printing support and a collecting box for storing the printing paper recovered by the collecting section; Terrain printer.