KR890002871Y1 - 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 showing the printer of the present invention.

Figure 3 is a side view showing the printhead is placed in the normal position in the printer of the present invention.

4 is a side view showing that the print head is placed in an elevated position in the printer of the present invention.

The present invention relates to a check issuing apparatus, and more particularly, to a printer in which the print head portion is movable up and down in accordance with printing the date and place of issue of the check.

Conventionally, there have been many types of check issuers, and these check issuers have a MICR factor function, a read function, a classification function, an endorsement function, etc. As a mechanism of one system, one or more of these functions are performed alone or as a mechanism. It was not a mechanism that constituted the whole batch process. For example, conventionally, all checks have been recovered from the check issuing device without the amount or MICR inscriptions to print the check amount, and such incomplete checks are required to be a complete check at the request of the customer. Another check amount was to be printed by the MICR printing device or check printing device. Accordingly, the present invention is to provide a check processing consisting of a mechanism capable of batch processing without a separate check amount or MICR factor function.

Accordingly, the check issuing device to which the present invention is applied consists of a mechanism configuration in which an automatic feeding device, a deciphering device, a printing device, an embossing, a stamping device, and a printer are integrally installed. When the checks are transferred along the guideway, the check issuing device performs check processing in a batch process while the devices are arranged in a line, and briefly described for the purpose of understanding the entire system of the check issuing device in which the present invention is installed. As follows.

This system should effectively withdraw checks from the check automatic feeder one by one.The check automatic feeder loads hundreds of checks into the check loading box and inserts checks one by one into a friction roller and a friction roller assembly installed opposite the friction plate. consist of. 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 absorption roller group is installed in order to suppress the misunderstanding error caused by the vibration during the progress of the check.

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

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

The check should then be printed with "date of year", "account number" and "issuer". To this end, the printer will move the printhead up and down by means of 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 relation to a printer.

In the conventional check issuing device, the printer has only the "date of issue", "account number and issue place", "printing amount", etc., but performs another printing or check size other than the above printing function. The device was very complicated, such as printing at an undesired position on the check and using a separate motor to wind the ribbon of the ribbon pack.

Accordingly, the present invention aims to provide a compact new printer, which performs the printing function for the check at any position regardless of the printing position of the check, and at the same time, only one motor is used to wind the ribbon in the ribbon pack. To be performed effectively.

To this end, the present invention provides a print head for performing a check printing function, a positioning mechanism for determining the top and bottom positions of the head, and an operation mode selection roller in the positioning mechanism for winding the ribbon in the ribbon pack passing through the print head. It consists of solenoid assemblies facing the print head and configured to support the check on the print head.

The present invention will be described in detail based on the accompanying drawings.

1 is a perspective view of a check issuing apparatus installed with a printer according to the present invention, and describes a mechanism consisting of a check issuing device, check automatic supply device 100 to keep hundreds of checks or bills and to support the check The check supply box 101 and the check supply driving unit 102 and the friction plate 103 configured to withdraw the checks one by one.

The MICR decryption apparatus 200 includes a roller group 201 which supports the transfer of the check on the basis of the guide path, a pair of rollers 202 and 203 which absorb vibration of the check opposite thereto, and a coated character of the check, that is, an E13B type. The MICR decryption sensor 204 for decoding the magnetic characters of the CMC type 7 is provided. The character to be printed is selected according to the information of the magnetic character of the E13B type on the check detected by the deciphering sensor 204, and the character is printed on the check, which is made by the MICR factor device 100, and the MICR factor device. 300 is composed of a MICR character wheel 301 and a solenoid assembly 302, the MICR character wheel part 301 is a ribbon winding pack 303 and a drive unit for operating the tape in the ribbon winding pack 303 ( 304).

The check is then marked with the number of check amounts, "issues and agents" and "collection bank", etc. For this purpose, the embossing and stamping device 400 is a double roller structure 401 in which the embossing wheel and the stamping wheel are integrally constructed. ), An ink roller structure 402 for stamping a check, a solenoid assembly 403 in conjunction with a press roller (not shown), a cam structure 404 operative to imprint a character of an embossed character wheel, and the like. Consists of.

In addition, checks are written "date of year" and "account number and place of issue", etc. For this purpose, the printer 500 includes a print head 501, a ribbon pack 502 for allowing a tape to pass through the print head, and an origin of the print head. And a solenoid assembly 504 or the like configured to operate the press roller against the positioning mechanism 503 and the print head 501 for determining the pressure.

Therefore, this 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, check transfer rollers are installed between the devices so that the checks move along the guide path, and checks are provided with a plurality of rollers rotated by a single motor 601 as shown in FIG. The feed drive unit comprises a roller 602 mounted on the shaft of the motor 601 and coupled to the shaft of the check transfer 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, and the roller ( 607 is axially coupled with the roller 465 at the inlet side of the embossing and stamping device 400, and the rollers 609 and 610 are rollers 505 and 566 at the inlet and outlet sides of the printer 500. 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 6 13 while being an idler roller.

It will be described with respect to the printer 500 as the gist of the present invention in the check issuing device configured in this way.

The printer 500 of the present invention is arranged and operated as shown in FIGS. 2 and 3 and 4.

The printer 500 is installed so that the print head 501 moves up and down. The printer head 501 has a cylindrical cylinder 506 having hollow portions at both sides thereof, and is fixed into the hollow portion of the pillar 506. The projection 508 with the shaft 507 penetrating the support plate 31 is such that 508 is inserted or removed. In addition, the flange 509 of the protruding site 508 is firmly fixed by a screw 510 or the like. The ribbon pack 502 is well known in structure, and can be obtained anytime in the market, and in the present invention, on the flat plate 513 installed at the upper end of the shaft 512 fixed to the center of the vertical motion gear 511. Wit In addition, the up-and-down movement gear 511 is screwed with the female screw part 512 'fixed to the lower side of the support plate 31 by extending the shaft 512 with male thread below the support plate 31 below. Therefore, the positioning mechanism 503 of the print head 501 is provided with a vertical motion gear 511, the vertical motion gear 511 is a middle gear 514 of a higher height when the print head is moved up and down Is engaged with the ribbon winding gear 515 when the ribbon is wound, for this purpose its central shaft 516 is fixed to the other side of the spring 517 on one side fixed to the support plate 31 on the one hand and on the other hand. It is connected to the solenoid 518 and is engaged with the ribbon winding gear 515 so as to be in the position of the ribbon winding in the normal state, but the vertical movement gear 511 is pulled by the pulling force of the solenoid 518 in Shanghai. ) Is engaged. To this end, a long hole 519 is formed on the support plate 31 to allow the intermediate gear 513 to move. Also, one end of the shaft 516 of the intermediate gear 514 is the shaft 521 of the drive gear 520. It is coupled with the other side of the arm 522 connected to. The intermediate gear 514 is always in engagement with the drive gear 520, and the shaft 521 is directly connected to the drive motor 523.

Accordingly, in order to wind the ribbon in the ribbon pack 502, the rotational force of the motor 523 is transmitted to the driving gear 520, the intermediate gear 514, and the ribbon winding gear 515, so that the ribbon is wound. In addition, the solenoid 518 is operated when the print head 501 is moved, and the intermediate gear 514 is engaged with the gear 511 for the shandong movement, so that the rotational force of the motor 523 is driven by the driving gear 520 and the intermediate gear. It is transmitted to the 514 and the shanghai motion gear 511, and meshed with the up and down movement gear 511 can be raised and lowered by the interaction, while raising and lowering the printer head 501.

The solenoid assembly 504 is provided with a press roller 525 at the same height as the print head 501 facing the print head 501, the press roller 525 is an arm (1) is coupled to one side of its shaft (526) The arm 527 has a limiter block 528 in the middle thereof, and a reciprocating bar 530 of the solenoid 529 is connected to the other side of the arm 526.

Therefore, as the solenoid 529 is turned on or off, the arm 526 causes the limit block 528 to be peaked so that the press roller 525 is in close contact with or away from the printer head.

Claims (1)

In a check issuing apparatus, a printer having a solenoid assembly and ribbon packs moves up and down the print head, and the positioning mechanism is a vertical movement gear or ribbon pack winding gear when the solenoid is turned on and off so as to wind the ribbon in the ribbon pack. It has an interlocking intermediate gear and is connected by the shaft and the arm of the shaft drive gear of the double inter-gear gear, and the up-and-down gear has a flat part on its shaft, and has a male thread part under the support plate to cooperate with the female thread part. Check issuing device having a printer.