JPS5822483A - Prevention system for erroneous insertion of medium - Google Patents

Abstract

PURPOSE:To prevent an error in printing due to the erroneous insertion of a wrong bankbook, by controlling the prescribed rate of feeding after the lower end of a bankbook passes a position sensor. CONSTITUTION:On the way of inserting bankbook 14, the lower end of the bankbook 14 shields a sensor P. A body whose length is known previously like bankbooks, when fed by a prescribed rate B while passing the sensor P, is subjected to pass sensors M and M1, and it is not present. For this purpose, the rate of the feeding is counted after the sensor P is shielded and when the prescribed rate B of feeding is counted, sensors U and M1 are checked to stop the feeding immediately when a bankbook inserted erroneously is detected. Simultaneously, a pilot lamp is turned on to let an operator know the erroneous insertion. Then, the operator discharges the medium. Consequently, an error in erroneous printing processing, etc., is prevented.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for preventing erroneous insertion of other media during media processing in a printer device by having a detector in the media travel path.

Recently developed %1111II11b1 as a banking terminal.

In-1-2 Journal Grinter via, which has been put into practical use, can perform bankbook printing and journal paper printing.
The financial machine equipped with 1m rotary printer equipment is widely used for I/&.

1st! 1st company's conventional counter printer device [Example perspective view,
The 11th I is the upper part of the 111th mso, and the 3rd figure is the inner of the 12th figure! - Enlarged side view of the journal section, No. 411 indicates the position of the member in the 311th medium feeding path, and No. 5111 and No. 6 w indicate the detector control system for the medium.
Il, Figures 711 and 8 show the troubles in case of incorrect insertion! I
In the figure, 1 is the printer 1ifi1.2' is the desk, 21 is the control section, 3 is the keyboard section, 4 is the insertion section, 41 is the insertion slot, 5 is the printer section, 5a is the printing section, and 6 is the printing section. Print head, 7 is 12 ten, 8 is journal section, 9 is paper feed section, 1
0 is IIkllLM section, 11 is journal paper, 12 is pathway, 13 is spring, Z4e14* is passbook,
15 is a stopper, R1 to R4 are stomach, M, , M, P
, U indicates senna, and T indicates the printing position.

As shown in Fig. 1 and Fig. 1llQ, the counter printer device is installed on the control 1R12at-built-in disk 2, and the shift printer device is mounted on the front Km board 11.
3. Insert s4 and printer W65 in the center @ and back II
K journal aS is arranged. 2nd - and vote 11
As shown in MK, the printer section 5 is composed of a printing section 5a and a continuous journal paper 11, which is wound into one Latin γ. a pathway 12 for inserting and ejecting a cut medium;
Printing 115aO A pair of rollers R located above and below,
,R.

and ■-Ra, R4. Laura R
1 is the roller R, which is retracted with a gap that accommodates the thickness of the passbook 14, and when the seal is activated, it is in contact with the roller R1 and driven as shown by the two-dot chain mark in the figure. The shaft of the roller R4 can be slightly retracted in the horizontal direction in the figure, and is pushed in the direction of the arrow by a spring 13. A stopper 15 is provided on the running path between the t day - ra Rr - R 嘗 and the printing mark 115m, and is structured so as to block the running path (to retreat) when activated. It consists of a roll of journal paper 11), a paper feed section 9, and an unprinted journal paper 11t41 and an OS 9.

Since it has a similar configuration, you can send one copy when using the printer device. After inserting the card into the insertion slot 4a and pressing the button s3 on the keyboard s3 to command transaction details such as the amount to be withdrawn, journal printing is first performed according to the transaction details. Even if you insert your passbook 14vt into Pathway 12 of the Jin-no-Tokisha insertion slot 41, the stopper 15KII will be blocked and you will not be able to go down.

When the journal printing is completed, the deprinted journal paper 11 is sent in the direction of the arrow A from the surface facing the print head 6 of the gokuten 7, so that the passbook 14 inserted into the pathway 12 is At the same time, the stopper 15 is retracted and the travel path is opened, and the passbook 14 is sent to the printing section 5 by the movement of the rollers R, -R, and the printing head 6 faces the area where printing is required on the passbook, etc. Roller R8~R at the position
4 is stopped and printing is performed. Line feed to printing is performed by reverse driving of rollers R1 to R4, and when printing is completed, the passbook 14 is changed to a-ra R1 by reverse driving of rollers R3 to R4.
- It is discharged to the upper part of R1, that is, to the position where it can be taken out.

In such a medium layer, the operation of each part is performed by detection signals from a detector provided in the medium travel path.

As shown in lI4-, passbook 14t- print position TK has been correctly set with Senna U to stop.[Do you know? M,
, M, and 1s14 print end position upper detection SuisentP
We are preparing to meet. Senna M is used when detecting the stoppage of discharge.

As shown in the 3rd, 5th @, and 6th cabinets, when inserting the passbook 14 and stopping the print position TK, first senna Ml,
Knowing that the passbook 14 has been set correctly with Ml and U, drive the rollers R1 and R to move it to the printing position 〒, and when the passbook 14 is missing from the cent U, feed it by a distance A.
Stop. During this kind of control, the operator mistakenly inserts the passbook 14a to be next KJ611, and the paper is sent as shown in Fig. 7. The bankbook 14 that was first in the trench \sendi is detached from the p-ra R, R4 below and falls in the downward arrow direction as shown in Figure 8. Therefore, the bankbook 14 that was originally in the box is printed. Since the information that should be sent will be printed on another passbook, it is important for creditworthiness when processing at a financial institution's counter.
l[5t-There is a drawback that it is K to commit. - Also, depending on the electrical manufacturer, it may be necessary to partially dismantle the mechanical part in order to recover the fallen passbook 14.
．． This method has the disadvantage that the issue of corrected version of 141 results in a loss of time and inconvenience to customers, resulting in a decline in service.

SUMMARY OF THE INVENTION The object of the present invention is to solve the above-mentioned drawbacks, and to provide a system for immediately ejecting a wire if it is accidentally inserted.

The present invention provides a printer device having a medium insertion port above the printing section, the medium feed roller below the printing section, and detectors at a plurality of locations on the medium running path, in which the medium is inserted through the front insertion port. During print processing, by managing the amount of delivery media from a predetermined detector, other media can be
It has a method to prevent incorrect insertion of media, which prevents the media from being inserted.

An embodiment of the present invention will be described below with reference to FIGS. till is the circuit block diagram, No. 1111
#'i In figure 0 showing the time chart, 15 is the amplifier, 1
6 is a counter, 17 is a display lamp, 18 is a 70-tube (F/F), and B is a predetermined feed amount.

A, ~1 are AND circuits, and 0 is an OR circuit.

The same parts as in FIGS. 411 to 8 are indicated by the same reference numerals.

As shown in No. 9 @, when the bankbook 14t'' is inserted and run, the lower end of the bankbook 14 will block the centpIP.The length of the bankbook is known in advance, such as a bankbook.

When the predetermined feed amount B is sent after passing the seven sensor pt-, sensors U, M, and K detect that the passbook 14 has passed and is still on, so the passbook 14 should not exist and the amount of 6 koku 0 g is detected. Then, calculate the number of stitches of the feed amount after sensor Pt-shielding, and when it is counted up to the predetermined feed amount B, sen? Check U and Ml t-, and if there is a passbook 14& with wA inserted, send it to the irises) and stop the meeting.

Operate at the same time/Kll! Indicator lamp 17) lights up to notify incorrect insertion. The operator then discharges the medium.

This allows you to prevent mistakes such as incorrect printing.

The operation of each of the above parts is controlled by a circuit shown in diagram tJ10. tThe time chart) 1-As shown in Figure 11. In other words, when you insert your passbook, the tip will be cents.
The presence of medium is detected at L and U. , c, the output is l if there is a medium.

Next, an addition pulse is added to the counter 16 by the AND circuit A between the output which is detected by the sensor pK and becomes 1, and the counting pulse of the motor shown in the figure at the time of insertion, and then When the feed amount is 3 or more, the count is 61.
The signal zFi output from 6 is 1, and at this time, if the detection of sensors U and M is OFF, it is normal and the output of each is 0, and the output of AND circuit A is also 0. if,
If either one is ON, that is, if passbook 14& exists, the OR circuit 00 output will be 1 and the signal from counter 16 will be 2.
According to the output of the AND circuit A, the output of the AND circuit A becomes 1, which is a feed stop signal.On the other hand, this signal passes through the F/P 18 and lights up the display lamp 17.

These output relationships Yt are shown by the two-dot chain line in FIG. 11, that is, when the signal 2 of the counter 16 is 1, the sensor M
Alternatively, the output of the feed stop signal becomes 1 at the point where the output of U becomes IK.

t'fe,, when the passbook 14 is ejected, the AND circuit AI generates a subtraction pulse based on the detection output of the company sensor P and the motor count pulse at the time of ejection, and the p counter 16 subtracts, so the 1 counter 16 is cleared by the ejection. Ru.

As explained above, according to the present invention, printing errors caused by incorrectly inserting another bankbook can be prevented in advance by controlling the predetermined feed after the bottom end of the bankbook passes the position sensor. This has the effect of eliminating unnecessary work such as recovering passbooks when they fall or issuing corrections to passbooks due to misprinting, eliminating the need for annoying TIRs to customers, and improving service. Wow.

[Brief explanation of drawings]

Figure 1 is a perspective view illustrating a conventional window printer device, Figure 2 is an upper side view of Figure 1, Figure 3 is an enlarged side view of the data journal section of Figure 2, Figure 4 is Schematic diagram showing member positions in the medium running path of the 3rd WJ, 51st! Il and No. 611 are process diagrams showing detector control of the medium, No. 78!
l and 8th! g is a process diagram in case of incorrect insertion, 9th WII
10 is an explanatory diagram of detector control according to the actual version v4, 1011 is a circuit block diagram, and FIG. 11 is a time chart. In the figure, 4 is the insertion part, 4& is the insertion port, and 5 is the IJ
7! section, 5a is the printing section, 7 is the platen, Il is the journal paper, 12 is the pathway, 14.141 is the passbook, 15
is an amplifier, 16 is a counter, 17 is a display lamp, 18 is a flip 70 knob, B is a predetermined feed amount, A, -A are AND circuits, 0 is an OR circuit, M, , M, , P, U is the sensor, T
is the printing position, L and 1 of the desk pole Figure 3 Figure 4 5 brushes Figure 3 %? figure

Claims (1)

[Claims] 9 medium insertion ports provided above the printing section, 9 medium feed rollers provided below the printing section, and a medium running section through which the medium inserted from the medium insertion port runs.
r- with the detector provided! A printer having said medium! When the medium is inserted into the insertion slot and printed #1 is carried out, the amount of the medium fed from the predetermined detector is transferred to the tube, otherwise another medium may be inserted by mistake and the event will be interrupted. A method for preventing erroneous insertion of media using special features.