JPS58197584A - Medium printing system - Google Patents

Abstract

PURPOSE:To shorten an entry processing time by storing all pieces of print information to be entered and starting printing operation with a reverse line feed with up-to-data print information. CONSTITUTION:An information storage part 20 is stored with line position information of a bankbood read by a reflection type sensor 8 and print information sent from a computer center. A storage control part 21 controls the information in the storage part 20 and transfers it to a line-feed, discharge, and print control part 2 while starting with final print information. Read information on the printed line of the sensor 8 and the transfer information from the information storage part 20 which are inputted to a suction control part 12 are used to send signal to a motor control part 16 and a printer control part 17, performing sequence control.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Technical Field of the Invention The present invention relates to a printer for a bookkeeping machine that prints transaction details on bankbooks, etc., and particularly relates to an improvement in a printing method that can shorten the bookkeeping processing time.

(b) Background of the technology Recently, various types of scissors have been put into practical use as terminal devices for combination and taban-ing systems, but among them, gold-Al1 institution counter-recording machines that can print bankbooks and record journals are widely used. It is being It is desirable that the processing time for this bookkeeping be limited as much as possible in order to provide better service to customers.

(eJ Conventional Technology and Problems Below, we will explain the conventional method using a teller bookkeeping machine as an example.
This will be explained with reference to FIGS. 3 and 4 (a) to 4. Fig. 1 is a perspective view illustrating a teller bookkeeping machine to which the present invention is applied, and Fig. 2 is an @'rkJ drawing schematically showing the inside of Fig. 1 on the side. o#! 3 is a block diagram showing the medium control of FIG. 2, and FIGS. 4(a) to 4-) are process diagrams explaining FIG. 3.

As shown in Figure 1, the counter entry machine has an insertion slot 1 in the center of the operation surface, and the passbook 10 is inserted horizontally along the operation surface. A keyboard 2 is arranged so that the customer's account number and transaction details can be operated with buttons. In addition, an upper right KIri display 1 upper tray 3 is placed on the upper right side of the insertion slot IC, and the contents of the operation process are displayed. The counter recorder is connected online to a computer center not shown in the figure. Therefore, passbook 10
Open it as shown in Figure 2, (Passbook 10C in the diagram) @5
The center line C is indicated by a dotted line. ) When the insertion port IK is entered, the roller R of the conveyance path 4 shown in Fig.
8 to 8, it is transferred to the printing section 5 via a read/write section (not shown). When the details of the transaction, such as deposit withdrawal money WIa, are commanded by pressing a button on the keyboard 2, the required printing is automatically performed on the printing section 5 and on the bankbook 10 set in the gap between the door 5a and the platen 6.

On the other hand, the transaction details are recorded in the journal section which is not shown on the mine map. To explain in detail the printing positioning method for the 0th order of the passbook 1 (on which printing has been completed) (l roller R3-- is ejected from the insertion slot IK by reverse drive), in FIG. Detecting the rear end of the passbook 10 In Fig. 3, the input control unit 11 is provided with a verification sensor 7, an anti-falsification sensor 8 that reads the mark on the bankbook 10, and a transmission sensor 9 that detects the rear end of the bankbook 10. has a function of determining the input signal and sending the signal to each control section K1. The received @ sign sends a signal to the motor control unit 16To or the printer control unit 17 to operate the respective mechanisms to inhale, line feed, print, and eject the passbook IO, and outputs operation completion *1 + control unit 18 Also, at the time of inhalation, the tiv of the already printed line of the bankbook 10 taken at step
The Hohakugo is amplified by the amplifier 19 and the suction control unit 12
The detection signal of the zero-transmission type sensor 7, which is stored in Since the bankbook 10 has such a configuration and function, the passbook 10 which has been inserted normally as shown in FIG. 4(a) is sent in the direction of arrow A by the suction command. Move to the position shown in Figure 4 (b), that is, the read/write s position, and aj1m cent 9 will read the passbook lO.
Detects the rear end of the machine and stops. Get rid of your magnetic feelings with this ＼,
The combination is transmitted to the data center. At the same time, new information will also be included.

Next, move passbook 10 from the combination center to the printing position $
As shown in Figure 4 (c), first move in the direction of arrow B and stop at the position where the transparent sensor 7 detects the tip of the passbook 10. Start moving 5IIJ in the direction of arrow A and use the reflective sensor 8 to mark the bankbook 10 while moving 44! magazine,
As shown in IN 4 mcd), the passbook 10 advances until the end at 4 is detected by the transmission sensor 7 and then stops. At this time, since the already printed lines are stored, the passbook 10 is moved in the direction of arrow B so that the print head 5a is placed on the next line after the last printed line, as shown in FIG. 4(e). Combi with \, -
Tase. When printing over a plurality of lines, printing is performed by moving in the direction of arrow A and performing line feed in response to a line feed command, as shown in the fourth drawing. When printing is completed, an ejection command is issued, and the passbook IO is ejected in the direction of arrow B, as shown in Figure 81. Printing on the m-book 10 is performed in a similar manner.

However, according to the conventional method, when reading the continuation line of the passbook 10, it is moved in the direction of arrow A in the figure, and the printed bill compartment is never moved in the direction of arrow B, starting printing from the line next to the line that has already been printed. , line feed a is moved in the incoming direction of the arrow, and since the bankbook 10 is moved back and forth, there is a drawback that the bookkeeping process takes a long time.

(d) Purpose of the invention The purpose of the present invention is to eliminate the above-mentioned drawbacks.
(e) Structure of the Invention The present invention stores print input information, the position of the medium, and information detected by a means for detecting characteristics 7. After all the information to be printed from the host device is stored in the storage means, the information stored in the information storage section is controlled by the control means. This is a media printing method characterized by printing based on the final print information. By doing this, you will be able to achieve your purpose.

(f) Embodiment of the invention An embodiment of the invention will be described below with reference to FIG. 5 and factors 6 (a) to (d).
) T-Explain with reference. FIG. 5 is a block diagram showing an embodiment according to the present invention, and FIG. Fi41 shows the object.

In FIG. 5, the information storage unit 2o stores the line position 1i1+pI information of the line @10 read by the reflective center t8 and the printed information sent from the computer center! The L' storage control section 21 has a function of controlling the information stored in the information storage section 20 and transferring the final print information to the line feed/discharge/print control 22. Also, the line feed, ejection and print side ah are set to be performed in the same control block, and the line feed e
The motor control unit 16 and the printer are controlled by the ejection/print control unit 22 and the suction control unit 41 based on the trajectory information of the already printed lines of the reflective wrinkle sender 8 and the transfer information of the information storage unit 20. A signal is sent to the control section 17 to perform sistance control.

With such a configuration and function, the normally inserted passbook 10 is moved and controlled in the same manner as explained in 11411(a) to 11411(a) to come to the position shown in FIG. 6(1). When the machine stops at t\, it sends a signal to the computer center indicating that it has moved to the next line after the already printed line.Then, the combination
-Since the print information is sent from the data center, it is stored in the pickle storage unit 20C and the storage control unit 21Fi
, sends a signal indicating that printing has been completed to the combination center via the line feed/discharge/print control unit 22. When printing on multiple lines, more print information is sent, so all of the multiple lines are stored and a signal is sent to indicate that printing has finished. Then, in response to the ejection command from the combination center, the passbook 10 is moved in the direction of arrow B as shown in FIG. (M+N=P), the last print line is printed from the beginning of the last print line when the card 5a is running, and all K print information is printed as shown in FIG. Printing is performed backwards from the i print information. After printing is completed, the passbook 10a remains as it is as shown in Figure 6(d) K.
It is sent in the direction of arrow B and discharged. In this way, by printing backward from the new print information and starting with new lines, the passbook 10 is printed while passing in the direction of arrow B and in the discharging direction, and there is no reciprocating movement, so that the printing process is shortened.

In the above example, the case where 10 is printed on the line # is explained, but it goes without saying that the same effect can be obtained even when a single mulberry is printed.

(2)) As described in detail of the invention, by storing all the print information that should be recorded in one book, and printing with a reverse line feed from the ilk'lr HJ character information, it is possible to Since the passbook can be moved in the ejecting direction, the round trip of the passbook is reduced, the bookkeeping processing time can be reduced, and the result is that business efficiency and productivity are improved.

[Brief explanation of the drawing]

FIG. 1 is a perspective view illustrating a counter accounting machine to which the present invention is applied, FIG. 2 is a side view 1 schematically showing the inside of FIG. ,,4th
Wards (a) to (2)) are process diagrams explaining the third section, Q, 5
The figure is a block diagram showing an embodiment according to the present invention, and FIG.
L) to (d) are process diagrams with parts of FIG. 5 omitted. In the figure, 5ai, i print head, 7.9 is 22! Excess sensor, 8 is a reflective center, 10 is a passbook, 11i1.
12 is the adult control section, 13 is the line feed control section,
14 is a discharge control section, 15 is a print control section, 16 is a motor control section, 17 is a Fi printer control section, 18 is an output control section,
20 is the storage section, 21 is the storage control section, and 22 is the line feed/discharge printing control section.
Fig. (k) Fig. 4 ()) Fig. 75 Fig. (α2 PJ Fig. (Ci) 'P z Fig.

Claims (1)

[Claims] The medium includes a medium insertion port, a conveyance unit that transports the medium inserted from the dead medium insertion port, a means for detecting the position of the wrinkled medium and IF# mold, and a printing unit that prints on the medium, and a printing unit that prints on the medium. A means for storing input information to be printed and information detected by the means for detecting the position and percentage image of the medium in a printer connected to exchange information with a host device when printing on a location. Then, he was equipped with a means for controlling the stored information, stored all the information to be printed from the host device in the storage means, and controlled the information stored in the information storage section. A media printing method C characterized in that the final print information is printed by a means.