KR890002868Y1 - Check-issuring apparatus - Google Patents

Abstract

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Description

Check issuing device

1 is a perspective view showing the overall mechanism constituting the check issuing apparatus.

2 is a plan view of the check automatic supply device of the present invention.

3 is a view showing the mutual cooperation between the friction plate and the rear roller in the check automatic feeder of the present invention.

The present invention relates to a check issuing device, and more particularly, to a check automatic supply device for storing hundreds of checks and supplying these checks one by one.

Conventionally, there have been many types of check issuing apparatuses. These check generating apparatuses have a MICR factor, read function, sorting function, endorsement function, etc. It was composed of a mechanism, not a mechanism that turns into a whole batch process. For example, conventionally, in order to print a check amount, all checks have been recovered from the check issuing device without the check amount or MICR, etc., and such an unfinished check is to be completed as required by the customer. Another check amount was to be printed by the MICR authorization device or by the number printing device of the check.

Accordingly, the present invention is to provide a check generating device comprising a mechanism capable of batch processing without a separate check amount or MICR application function.

Accordingly, the check issuing device to which the present invention is applied consists of a mechanism configuration in which an automatic feeder reading device, a printing device, an embossing and a stamping device, and a printer are integrally installed. Since the checks are arranged in a line, the checks are transferred along the guideways, so that the check issuing device processes the checks in a batch process.

On the other hand, briefly described for the purpose of helping to understand the entire system of the check issuing device is installed as follows. The system should effectively withdraw checks one by one from a check automatic feeder. The check automatic feeder consists of a friction plate and a friction roller assembly installed opposite the friction plate to load hundreds of checks into the check charging box and to withdraw the checks one by one. have. The check then decodes the E13B type magnetic characters in the MICR decryption device, which is equipped with a MICR decryption sensor and a vibration absorbing roller group to suppress the error of the vibration caused by the vibration of the check.

This check is then subjected to a MICR argument. The MICR argument apparatus is provided with a MICR character wheel having a problem to be printed and a solenoid assembly that allows the character to be printed on the check, where a ribbon winding pack is installed.

This check is then stamped with a number of checks and marked with the "issuer and agent" or "collection bank" of the check. Embossing and stamping devices that perform this function allow the embossing letter wheel and stamper to be installed on the shaft of the same motor. An ink roller is installed adjacent thereto, and a press roller is installed to face the embossed text file. The press roller is installed to interlock with a solenoid assembly and a limit block.

The check must then print the "year, month, day" and "account number and place of issue", etc. For this purpose, the printer moves up and down the printer head and winding the ribbon by a single motor in response to a signal commanding the printer head's origin. It is installed to work.

In such a check issuing device, the present invention will be discussed in connection with the automatic check supply device.

In the conventional check issuing device, a check automatic supply device is located in the upper part of the check issuing device in a separate fuselage from the check issuing device so that the check is dropped one by one. In addition, the check drop device of the check drop method has the disadvantage that the drop position is incorrect when the check drop or fixed to the correct position when the check processing endorse the check during stamping and stamping position slightly different.

Therefore, the automatic check delivery device of the present invention is to be installed on the same plane as in the conventional check processing issuing device.

The present invention consists of a check loading box having a structure for loading and supporting hundreds of checks, a shear feed roller and a friction roller assembly for a check rotated by a motor, and a friction plate installed against the friction roller assembly. The pressure plate pushes the check of the coil spring installed below the check charging box to the check guide so as to support the check in the box, and the first check among the supported checks is transferred in contact with the shear roller. At this time, only the first check should be transferred, but two or more checks may be transferred, so that they pass through the friction plate and the friction roller assembly facing each other, draw only the checks of the Chinese characters and transfer them along the guideway, and then proceed with the check issuing process. Let's do it.

The present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a check issuing device provided with a check automatic charging device 100 according to the present invention, and describes a mechanism consisting of a check issuing device, check automatic supply device 100 stores hundreds of checks or bills And check check box 101 to support the check and check supply drive unit 102 and friction plate 103 configured to withdraw the checks one by one. The MICR decryption apparatus 200 includes a roller group 201 for transporting a check on the basis of a guide path, a pair of rollers 202 and 203 for absorbing vibration of the check, and a coded character of the check, that is, an E13B type. In addition, a MICR decryption sensor 204 for decoding magnetic characters of the CMC7 type is provided.

The character to be printed is selected according to the information of the MICR magnetic character of the checker detected by the deciphering sensor 204, and the character is printed on the check, which is made by the MICR factor device 300 and the MICR factor device 300. ) Is composed of a MICR character wheel part 301 and a solenoid assembly 302, and the MICR character wheel part 301 is a ribbon winding pack 303 and a driving part 304 for winding the ribbon in the ribbon winding pack 303. It is configured to work with The check then shows the number of checks and the "issues and agents" and "receiving banks", etc. For this purpose, the embossing and stamping device 400 is a double roller structure in which the embossing wheel and the stamping wheel are integrated. 401, a solenoid assembly 403 in conjunction with an ink roller structure 402 and a press roller (not shown) for stamping a check, and a cam structure 404 actuated to imprint characters in an embossed character wheel. And the like.

In addition, the check is written "year month date" and "account number and place of issue", etc. For this purpose, the printer 500 is a print on the print head 501, the ribbon pack 502 to pass the ribbon through the print head, And a solenoid assembly 504 opposed to the positioning mechanism 503 for determining the origin and the printer head 501 and configured to operate the press roller. Therefore, the system is installed so that the check guide path (not shown) from the check automatic charging device 100 to the printer 500 does not interfere with the function of each device.

In addition, a check transfer roller is installed between the devices so that the check moves along the guide path, and a check having a plurality of rollers rotated by a single motor 601 as shown in FIG. The feed drive unit comprises a roller 602 installed on the shaft of the motor 601 and coupled to the shaft of the check feed roller at the same height as the rollers 603, 604, 606, 607, 609, 610 are installed in a straight line adjacent the check guide path. That is, the roller 603 is axially coupled with the inlet roller 205 of the roller group 201, and the roller 604 is axially coupled with the roller 305 installed at the inlet side of the MICR factor device 300, 607 is axially coupled with the roller 465 at the inlet side of the embossing and stamping device 400, and the rollers 609 and 601 are rollers 505 and (at the inlet and outlet side of the printer 500) ( 566) are coupled individually to the axis. The rollers 605, 608, 611, and 612 are installed to have an appropriate tension with respect to the drive belt 613 while being an idler roller.

In the check generating device of the system configured as described above, the check automatic supply device 100 of the present invention is described.

Check automatic supply device 100 of the present invention is arranged as shown in FIG. The check charge box structure 101 has a size that can hold a check and a check charge box 1 made of aluminum sash or the like is fixed by bolts. Check check box (1) has a check pressure plate (2) is installed therein, a narrow long hole (3) is formed in the lower portion of the check charge box (1), the support pin to slide in the hole (3) (3) is fixed under the extension of the rear of the pressure plate (2).

On the other hand, the coil spring 5 is fixed at any position on the lower side of the check box 1, and one side whose length is short is supported by the pin 6 fixed to the bottom of the check box 1 and has a long length. Since the other side is supported by the support plate 4 under the pressure plate 1, it can be seen that the pressure plate is installed to apply pressure to the check. On the other hand, a check supply driving unit 102 is provided to supply a check under pressure by the pressure plate 2. The check supply and drive unit 102 is composed of two front and rear roller parts 7 and 8, a motor unit 9, and the like, which are installed at the transfer position of the check. The motor unit 9 is axially coupled to the motor and the roller 10 shown in dotted lines. The front and rear roller parts 7 and 8 are installed adjacent to the check guide path 30, and among these roller parts, the shear feed roller part 7 is a double roller 11 and 11 'at the check position. Is positioned, and each of them has a circular rubber member 12 in the form of a sawtooth surrounding the circumferential edge, so as to have friction with the check. In addition, the rotary roller 14 is fixed to the lower end of the shaft 13 coupled to the shaft of these rollers. On the other hand, the rear roller portion 8 is composed of a double roller 15, 15 'of a somewhat larger diameter than the front roller, and the circular rubber member 16 having a sawtooth shape similar to the front roller portion 7 is roller. The rotary rollers 18 are fixed to the lower ends of the shafts 17 which are enclosed by (15) and 15 ', and are coupled on these roller shafts. The check supply drive 102 also has a drive belt 19 surrounding the rotary rollers 10, 14 and 18 and tensions the belt 19 between the rollers 10 and 14. The idler roller 20 is installed.

On the other hand, the C-shaped friction plate 21 is provided to face the rear roller portion 8. As shown in FIG. 3, the friction plate 21 is fixed to only one side by a screw 22 or the like at a position biased to the left in the drawing. In addition, the friction plate 21 has a spring 23 fixed to one of its extension portions, and a positioning screw 24 of the friction plate 21 is inserted into the other side thereof. Moreover, the rubber plate 25 surrounding the friction plate 21 is fixed to the bottom surface of the friction plate 21, that is, the part facing the rear end roller 15. Accordingly, when the check is supplied, the friction plate 21 and the rear roller 15 have a function to transfer exactly one check again when one or more checks selected by the front roller 11 are transferred, which is the friction plate 21. This is because the gap between the rubber plate 25 and the rubber member 16 of the roller 15 can be accurately adjusted by the spring 23 and the positioning screw 24. Reference numeral 26 denotes a beam sensor such as a porter coupler for detecting the conveyance state of the check.

Claims (1)

In the check issuing device, a charging box for storing a check is provided with an input plate therein, and a pressure plate and a coil spring are coupled to each other so that pressure is constantly applied to the check with a constant force. A motor for applying rotational force by a belt to a friction plate and a rear roller part which cooperate with each other so as to reliably take out and supply only the roller part and a check, and rollers installed on the lower shaft end so that the upper rollers of the roller part rotate. Check issuing device comprising a check automatic supply device consisting of a motor unit consisting of a roller coupled to the shaft.