KR890002869Y1 - 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 MICR decoding and printing apparatus of the present invention.

Figure 3 is a side view showing in detail the roller group in the MICR decoding apparatus of the present invention.

Figure 4 is a side view showing in detail the solenoid assembly and MICR character wheel in the MICR factor device of the present invention.

Figure 5 is a side view showing in detail the ribbon winding drive in the MICR factor device of the present invention.

The present invention relates to a check issuing apparatus, and more particularly, to a MICR decoding and printing apparatus which combines a MICR decoding apparatus having a vibration absorption structure for decoding a magnetic character of a check and a MICR argument apparatus for printing a decrypted character.

Conventionally, there have been many types of check issuing devices, and these check issuing devices have a MICR factor function, a reading function, a classification function, an endorsement function, etc. as a mechanism of one system. Was composed of a mechanism, not a mechanism of overall 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 the MICR, and in order for the incomplete check to become a complete check at the request of the customer. Another check amount is printed by the MICR printing device or check printing device.

Accordingly, the present invention has been made to provide a check issuing apparatus comprising 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 decoding device, an embossing device, an embossing device, a stamping device, and a printer are integrally installed. While the checks are arranged along the guideway, the check issuance processor performs the check processing in a batch process, while briefly describing the purpose of the check issuing device in which the present invention is installed, the following is briefly described.

This system should effectively withdraw checks from the check automatic feeder one by one.The check automatic feeder consists of a friction plate and a friction roller assembly installed opposite the friction plate to charge hundreds of checks into the check loading box and to withdraw the checks one by one. have.

Then, the check is decoded E13B type magnetic characters in the MICR decryption device, which is equipped with a MICR readout sensor, and a vibration absorption roller group is installed to suppress the error of reading due to the vibration of the check. MICR printing is then performed on the check. The MICR printing device is provided with a character wheel having a character to be printed and a solenoid assembly for printing a character on a check, where a ribbon winding pack is installed.

This check is then stamped with the number of checks and marked with the "issuer and agent" or "collection bank" of the check. An embossing and stamping device that performs this function causes the embossing letter wheel and stamper to be mounted on the shaft of the same motor. In addition, 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 a solenoid assembly and a limit block.

The check should then print the "year, month date" and "account number and place of issue", etc. To this end, the printer will move the printer head up and down by means of a single motor in response to a signal that commands the printer head's origin It is installed to work.

In such a check issuing apparatus, the present invention relates to a MICR reading and printing apparatus. In the conventional check issuing device, the deciphering device is difficult to be accurately fixed as well as a slight position error occurs when the check falling from the check automatic feeding device is placed directly on or adjacent to the MICR reading sensor. When the check moves without any countermeasure against vibration, the MICR decoded letters of the check in the wrong drop state may be read incorrectly. Also, in the conventional MICR device, the MICR letter parts and the letter parts of the check are printed by printing the check MICR magnetic letters. Consists of a ribbon winding pack and a ribbon driver and a solenoid assembly for winding the ribbon in the ribbon winding pack. In the related art, such a device is configured to simultaneously rotate the MICR letter wheel and the tape movement in the ribbon winding pack. There is no friction between the wheel and the tape, Two days a MICR printing state of the check that is not faded or factor was often the case.

Accordingly, the present invention decodes the MICR magnetic character of the check without the oscillation of the check from the automatic check supply device installed on the horizontal plane, rotating the MICR character file, and winding the ribbon in the ribbon and the printing pack. Because it is performed separately to reduce the error of decoding the MICR magnetic characters due to the vibration of the check, the MICR factor of the check is always made clear.

To this end, the present invention forms a roller group in which rollers are arranged in a row on one side of the check guide path, and installs a vibration absorbing roller at the inlet side and the exit side of the check guide roller, and decodes the magnetic head type between the vibration absorbing rollers. In order to install the sensor and print the MICR characters according to the deciphering of the MICR character of the check, the MICR character wheel part and the solenoid assembly face each other, but the solenoid hammer is flush with the character part of the MICR character wheel. In some cases, the motor is coupled to the letter wheel and the same axis of the wheel, and the lower shaft of the motor is equipped with a MICR letter selection wheel and a selection sensor for MICR letter selection. It is installed by winding on a wheel, and a ribbon driving mechanism for winding the ribbon is installed adjacent to the inside of the ribbon winding pack. The.

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

1 is a perspective view of a check issuing apparatus provided with a MICR deciphering and MICR factoring apparatus according to the present invention. Referring to the mechanism consisting of a check issuing apparatus, a check automatic supply apparatus 100 stores hundreds of checks or bills. And a check supply box structure 101 to support the check, and a check supply driving unit 102 and a friction plate 103 configured to withdraw the check one by one.

The MICR decryption apparatus 200 includes a roller group 201 for supporting a check to be transported based on a guide path, a pair of rollers 202 and 23 for absorbing vibration of the check opposite thereto, and a coded character of the check, that is, an E13B type. The MICR decryption sensor 204 for decoding the magnetic characters of the CMC7 type is provided.

By selecting the character to be printed according to the information of the MICR magnetic character on the check detected by the deciphering sensor 204, the MICR character is printed on the check, which is made by the MICR factor device 300, 300 is composed of a MICR character part 301 and a solenoid assembly 302, the MICR character part 301 is a ribbon winding pack 303 and the drive unit for winding the ribbon in the ribbon winding bag 33 It is configured to work with The check is then marked with the number of checks, "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 integrated. ), An ink roller structure 402 for stamping a check, a solenoid assembly 403 in conjunction with a press roller (not shown), and a cam structure 404 acting to imprint characters of an embossed character wheel. Consists of. 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 head 501, a ribbon pack 502 to allow the tape to pass through the print head, And a solenoid assembly 504 configured to operate the press roller against the printer head 501 and the positioning mechanism 503 for determining the origin.

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 having a plurality of rollers moved 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. 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 506 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 613 while being an idler roller.

In the check issuing device of the system configured as described above, the MICR reading and printing device which is the subject of the present invention will be described.

In the present invention, as shown in FIG. 2, the MICR decoding apparatus 200 is arranged first, and then the MICR factoring apparatus 300 is arranged. The MICR decryption apparatus 200 is provided with the roller group 201, the vibration absorption rollers 202, and 203 facing each other with the guide path 30 as the center. The roller group 201 is installed as a ring belt driving roller 205 at the check inlet side, and a guide roller 206 is installed at the outlet side, and three idler rollers 207 and 209 having a somewhat smaller diameter are installed between these rollers. It is installed in a straight line. In addition, these rollers are three grooves 210 are formed separately around the circumference of each of the grooves 210 in order to have the friction on the check to be transported in a straight line toward the front of the same height as shown in FIG. In each of the ring-shaped rubber belts 211 having the same diameter is inserted. Here, the ring belt drive roller 205 which imparts rotational force to these rollers has a shaft 212 extending downward, and a mount 213 is firmly fixed on the support plate 31 at the center of the ring belt ring roller 205. ) Plays a role of preventing vibration from rotating. In addition, the roller 603 is rotatably fixed to the end of the shaft 212. In addition, the check vibration absorbing roller 202 is in contact with the ring belt between the ring belt driving roller 205 and the idler roller 207 and the guide roller 206 and the idler roller 209 to face the roller group 201. And 203 are provided separately.

MICR factor device is composed of a solenoid assembly 302, a MICR character part 301, a ribbon winding pack 303, and a drive unit 304 for winding a ribbon as shown in Figures 4 and 5, the solenoid assembly The 302 and the MICR character part 301 are provided to face each other with the guide path 30 in the middle.

The solenoid assembly 302 is installed on an angled frame 308 in which the solenoid 307 of the conventional configuration is fixed on the support plate 31, and suctions on one side of the rod 308 reciprocating in the solenoid 307. The middle portion of the plate 309 is fixed, and the upper side of the suction plate 309 is fixed to the other side of the spring 310, one side of which is fixed on the frame 308 by pins 311 or the like.

A rod 312 in which the suction plate 309 is interlocked is installed below the frame 308, and the rod 312 is moved by a front stopper 313 and a rear stopper 314, and below A flange 315 is formed and a return spring 316 is inserted between the flange 315 and the frame 308.

Therefore, the rod 312 hits the characters on the MICR character wheel (described later) by the suction plate 309 as the solenoid 307 is on and off and returns to its original position by the return spring 316. do.

The MICR character wheel part 301 has a MICR character wheel 317 having the MICR character positioned at substantially the same height as the rod 312, and its shaft 318 is directly connected to the axis of the motor 318. In addition, a MICR character selection wheel 319 is fixed to the lower end of the motor 318, and a character selection code (not shown) is placed on the MICR character selection wheel 319 on one side of the MICR character selection wheel 319. The character selection sensor 320 is supported by the support rod 321 fixed on the support plate for reading.

The ribbon winding pack 303 is well known and can be obtained in the market. The ribbon winding pack 303 has its right rail ribbon 322 wound in the drawing, and this ribbon is the left rail in the drawing via the MICR character wheel. The ribbon is fixed to one side of the ribbon so that the ribbon is wound from the right rail to the left rail. Accordingly, the drive unit 304 for winding the ribbon of the present invention is composed of a winding unit 325 for winding the ribbon directly as shown in FIG. 5 and a rotating unit 326 for rotating the winding unit 305.

The winding portion 305 has a winding roller 327 in contact with the ribbon 322 wound on the left rail of the ribbon winding pack 303, and this winding roller 327 has more winding ribbons on the left rail. Therefore, the extension part 329 which moves along the long hole 328 formed on the support plate 31 is integrally formed. In addition, the surface of this winding roller 327 is knurled so as to have a frictional force against the ribbon 322. On the other hand, the extension portion 330 of the central shaft of the winding roller 327 is fixed to the upper side of the winding roller arm 331 by the bolt 332, the lower side is rotated by the timing belt 333 334 is provided so that rotation is possible. The rotating part 326 supports the target of the arm 331 at the upper height of the shaft 330 based on the support plate 31, and the timing belt 333 at the same height as the roller 334 below the shaft 330. Rollers 335 are connected to each other, and for this purpose, support frames 336 and 336 'which are fixed to the upper and lower sides are installed at both sides, and a predetermined width between these support frames 336 and 336' is provided. Plates 338 and 339 are secured by bolts 337. As a result, the arm 331 is movably fixed by a bolt 340 fixed on the plate 338 to a part slightly away from the end thereof, and the roller 355 is rotatably fixed to the upper side of the plate 339. The motor 342 directly connected to the shaft 341 of the roller 335 is fixed to the lower side thereof.

On the other hand, one end of the spring 343 is fixed to the other end of the arm 331, and the other side of the spring 343 is fixed to the pressure adjusting screw 344 for adjusting the ribbon winding pressure. The pressure adjusting screw 344 is supported by the support frame 345 fixed on the support plate 31. Therefore, when the motor 342 is driven, the rotational force is transmitted to the roller 335, the timing belt 333, and the roller 334. When the roller 334 is rotated, the ribbon winding roller 327 rotates so that the ribbon 332 is rotated. ) Is wound around the left rail of the ribbon winding pack 304, and at the same time, as the winding ribbon of the left rail increases, the ribbon winding roller 327 is moved along the long hole 328.

In this case, it can be seen that the force of the winding roller 327 pressed against the winding ribbon 322 can be adjusted to an optimal state by the pressure adjusting screw 344.

Claims (1)

In the check processing apparatus, the MICR deciphering device installs a ring-type belt roller on the check inlet side, a check guide roller on the outlet side, and installs an idler roller of somewhat smaller diameter between these rollers, and three around the circumference of these rollers. To form the groove of the ring, the ring belt is inserted, and the vibration absorption roller is installed adjacent to the inlet side and the outlet side, and the detox sensor is installed between the rollers, and the MICR factor device is the solenoid assembly and the MICR character. It consists of a wheel part, a ribbon winding pack, and a ribbon winding drive part. The solenoid assembly has a configuration in which the solenoid and the print rod are separated and the print rod is hit by the suction plate, and the ribbon winding drive part is the ribbon winding part and the rotating part. Regardless of the rotation of the text file installed on the MICR text file part A MICR printing apparatus decrypts and checks the device comprises a configuration so as to be made into one operation.