JPS5852731A - Printing system for paper card with magnetic medium - Google Patents

Abstract

PURPOSE:To improve the efficiency of a series of processing operations by accurately printing a money collection date, a receipt seal impression, etc., at prescribed positions of a paper card after data reading and collation under the commands of a microcomputer, etc. CONSTITUTION:In the reverse surface of a paper card C, print space C' is provided. Then when the reference position of a printer head 18' for the print space C' is held invariably constant, the distance of movement of the printer head 18' from the reference position to the print space C' is represented by the number of pulses applied to a pulse motor. For this purpose, data for driving a printer 18 which corresponds to data by a read of data is read on the basis of the data. On the basis of the data, a prescribed number of pulses are applied to the pulse motor to guide the printer head 18' onto the prescribed print space C'. After the supply of those pulses, a microcomputer sends a print signal to the printer 18 to printing data in the print space C'.

Description

[Detailed description of the invention] This proposal relates to a printing method for paper cards with magnetic media.

Recently, monthly deposits from banks and other financial institutions such as S-Yokaimaro have become popular, but some of these Uenoba deposits include financial L'Jt! ! J's bill collector visits the depositor periodically (for example, at the end of each month) and collects the money. There are some methods in which the date and receipt stamp of the collection gate are written on both sides to prove that the money has been paid.

Paper cards held by financial institutions contain 1.1 data such as the depositor's name, account number, type and period of deposit, amount of contribution, number of contributions, date of payment, contract due date, etc. due to residual magnetism. The paper cards are recorded on magnetic media in the form of a strip of paper, and after collecting money from depositors, financial institutions run the paper card through a scanning device, and based on the data read, the memory of a microcomputer, etc. Compare the data recorded in 1-a to check the multiplier, the progress of the number of deposits and its memory,
In addition to filling out the collection ticket price - 1 - 1 -, the collection ticket and receipt stamp are printed on the paper card itself, and after that, if the specified payment is made by the regular date, then if the payment is made by the regular date, We will sort out those that have been deposited and other defective cards.
Deposit your money without any hassle! It's happening.

In this paper card processing method, the data 1+-'6 is taken and i (the paper card's $
The purpose of this is to provide a method for printing paper cards with magnetic media in which the collection date, receipt stamp, etc. are accurately printed on the 4th place of i'd based on instructions from a microcomputer, etc. Hereinafter, one embodiment of the present invention will be described in detail with reference to the drawings.

Figure 1 shows the processing equipment for FD magnetic media paper cards using unexploded + LU.
This is a hopper for a card C as shown in the figure, and this hopper 1 has a bottom slope 2 that slopes toward the extension line of the running path W of the card C. A large number of them are stacked together and stored in a straight bean state, and are pressed in the direction of the extension of the running path W by i3 placed above the bottom 1 and surface 2, so that they move sequentially while descending. Note that the means for feeding the paper cards C to the bk'48 row is not limited to this, and a feeding mechanism using a motor may be used. Further, a feed roller 5 driven by a motor 4 is disposed near the tip of the paper card C located in the front row in the hopper 1, and the outer circumferential surface of the feed roller 5 has a voltage of up to 9V. It is in contact with the surface of the paper card C in the column.

A paper feed detection sensor 7 for detecting the paper card C in the front row is installed between the feed roller 5 and the support roller 6 that supports the rear end of the paper card C in the hopper 1. . This paper feed detection sensor 7 is the paper card C in the front row.
This is detected by the inspection detection means and the gravity detection means, and a signal is sent to the motor 4 via a microcomputer or the like to rotate the delivery roller 5.

Near the exit of the hopper 1, a first capstan 10 connected to a pulley 9 driven north by a motor 8 and a pinch roller 11 are disposed facing each other with a paper card C traveling path W interposed therebetween.

A transfer sensor 12 is installed closer to the soul F1a than the first capstan 10, and is approximately on the same level as the transfer sensor J2. A magnetic head 1.3 @f is provided at i for reading data recorded on a striped magnetic medium y on a paper card C facing the travel path W. It should be noted that an amplifier (not shown) is connected to this air head 13, and a central 11 circuit such as a micro combinator is connected to the output side of the amplifier.

Further, in front of the motor 8 is a pulley 1 connected to the motor 8.
4, a whistle 2 capstan 15 and a pinch roller 16 are arranged opposite to each other via a running path W.
A stop sensor 17 is located closer to the motor 8 than the capstan 15 and sends a signal to stop the rotation of the motor 8 when it detects that the card C whose data has been read has been transferred. is arranged facing the driving path W.

In front of the second capstan 15 is the paper card C 411.
A printer 18, such as an impact printer, which prints the date of collection and a receipt stamp on the 1IIIy, and a printing stand 19 are disposed opposite to each other on both sides of the running path W. Here, the printer 18 is movable in the direction penetrating the plane of the paper and in the direction parallel to the travel path W during the first printing by a drive mechanism (not shown).

The drive mechanism of this printer 18 consists of a pulse motor that rotates stepwise according to the number of pulses generated by a pulse signal emitted from a microcombiner, and a linear forge that rotates the pulse motor. It is planned that the printer 18 will be moved by connecting a converting feed screw machine JN7 or the like.

On the t) side of the printer 18, a tension roller 21 and a pinch roller 22 driven by a pulley 2o are disposed facing each other.In addition, in front of the tension roller 2, a plunger 23 and a sensor for plunger pulse ω are arranged. 24 is disposed facing the travel path W, and when the plunger drive sensor 24 detects the tip of a paper card c1, a so-called defective card, from which data cannot be read by the magnetic head 13, the plunger 23 is activated. Plunger head travel path W
Paper cards C whose data has been properly read and processed and defective cards are sorted and stored in the following main stacker 26 and sub-stacker 27 by an operation such as ejecting them into the stacker.

Next, the present invention will be explained in detail.

First, a large number of paper cards C stored in the hopper 1 after collecting money are detected by a paper feed detection sensor 7, and sent out one by one by a feed roller 5. The leading end of the paper card C is detected by the transfer sensor 12, the microcomputer stops the motor 4, the feed roller 6 becomes free, the motor 8 rotates forward, the pulley 9 follows, and the 1 Rotate the capstan 10 and press the cap card C between it and the pinch roller 11 (d
Hold the paper card C and transport it further forward. - At the same time that the leading end of the paper card C passes close to the transfer sensor 12, the magnetic head 13 starts reading data recorded between the magnetic media.

As mentioned above, this data includes the depositor's name, account number,
It represents the persimmons of the deposit, the due date, the amount of the contribution, the cutoff date, etc., and as the paper card C passes, approximately the entire length of the striped magnetic medium comes into contact with the magnetic head 13. As a result, these data are taken into a register or the like within the microcomputer and stored. When the leading edge of the paper card C is detected by the stop sensor 17, the motor 8 is stopped, and the data that has already been taken is compared with the data of each contract line stored in advance in a memory such as RAM. Paper card C
I will judge whether the money is genuine, which is handled by Am Seki, and how many times it has been deposited.

Here, for paper cards C whose data cannot be cleared due to long-term use or mechanical closing, etc., the motor 8 is reversed and the iE & ti7! By repeating the process, data can be reread once.

+a, C of the above judgment of data content; 1. If the data on the paper card and the data in the memory match, and it turns out that it is a paper card C based on a legitimate contract, the data in the memory is Pre-stored multiplier, i.e. 1 for past deposit times
After adding and incrementing, this is newly memorized, and during this time it is determined whether the approximation has reached lQi i4B or not. At the same time, a calendar function or the like provided in the microcomputer is used to determine the date of deposit and to determine whether the deposit date and the scheduled date of collection do not match.

After these judgments have been made, the microcomputer causes the motor 8 to rotate once again, and sends the paper card C through the pulley 14 to the printer 180,000 while being held by the second capstan 15 and the pinch roller 1d. do. When the leading end of one card C passes through Iet+ between the printer 18 and the printing stand 19 and reaches the vicinity of the plunger 23 by the tension roller 21, for example, the stop sensor 17 detects the a M* group of the paper card C. If this is detected, the rotation of the motor 8 is stopped at this moment, the transfer of the paper card C is stopped, and eight printing operations as described below are performed.

That is, by reading the data by the 1-chip head 13, the microcomputer records in 114 the number of deposits, that is, in the case of monthly deposits, the year and month of the deposit. has been done.

If a printing space CI is provided for each year and month according to the number of cards on the back side of the paper card C as shown in FIG. By keeping the reference position 1 of the printer 18 constant and fixed, the movement distance from the reference position of the printer head 18/ to the individual printing spaces (/) constitutes the main body 1iIJ mechanism of the printer 18. It can be expressed by the number of pulses applied to the pulse motor. Therefore,
The pulse rate varies depending on the specific year and month, for example, March of the first year, October of the third year, etc.
d to the microcomputer in advance as IJ data.
(Let it be p-, and by reading the data earlier, q
21 ■ Based on the data of what year and what month the deposit was made, the corresponding data for the printer 18 drive 1 is read out, and based on this data, oscillation 1: A predetermined number of pulses are sent through the mouth. to the pulse motor, and printer 1
It is sufficient to place the printer head 11 of No. 8 on the predetermined printing space. After the pulses are supplied to the pulse motor in this way, the microcomputer supplies the printer 1.
The E3J character <E1 number is sent to the printing space C', and the date of the entrance to the print space C' and the receipt l6 are impact printed.

A tension roller 21 and a pinch roller 2 are installed at the print end diameter.
2, the paper cards C are advanced by the main stacker 26 or the main stacker 26 or ! It may be stored in the I stacker 27.

As described above, according to the present invention, data recorded on a magnetic medium on a paper card is read, processed and recorded by a microcomputer, etc., and an impact is generated based on the data that has been written. A predetermined number of pulse signals are supplied to a pulse motor that starts a printer such as a printer, and the printer head of the printer is moved to a predetermined printing space on the paper card to print. In a system that processes fixed Jl iIJ 'i:, IJ money, etc. using a paper card that can be recorded, the date of the collection gate and the receipt stamp are recorded in exactly 11 characters in a unique and accurate manner for each group of characters belonging to the paper card. In addition, it has the effect of contributing to improving the curved edge of a series of processing and creation.

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram of a paper card processing bag with a magnetic medium using the present invention, and FIGS. 2 and 3 are for explaining paper cards. M is a front view, and FIG. 3 is a front view. 18...Printer, 1f...Printer head,
C... Paper card, D... Pa printing space Patent source Magdata Co., Ltd.

Claims (1)

[Claims] A pulse motor that reads the data recorded on the magnetic medium on the card, processes and stores it with a microcomputer, etc., and drives a printer such as an impact printer based on the rir3- data. A printing method for a paper card with a magnetic medium, characterized in that a predetermined number of pulse signals are supplied, and the pre-printer/printer head described in iii. .