JPS58171984A - Apparatus for automatically printing passbook - Google Patents

Abstract

PURPOSE:To provide the titled apparatus attaining the reduction of labor of a user and capable of certainly printing information of transactions to a predetermined page, constituted so as to carry out re-printing after an opened page part is automatically turned over in an apparatus when all lines of a page of said book are printed. CONSTITUTION:When printing is halfway, a sub-base 20 is shifted every one page in the future to carry out the turning-over of a page and, after conveyed to a printing part 17 to print a new page, returned again to a page turn-over part 15. In the next step, a rotary solenoid 26 is deenergeized to restore a pawl piece 27 and a passbook V is conveyed to an insert opening. A reading part 18 detects the leading end of the inserting side of the book V to report the discharge of the book V to a controll part and the book V is discharged from the insert opening.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic printing device for bankbooks etc. that automatically prints predetermined data on books etc.

In recent years, with the development of electronic computers, deposit operations in financial institutions such as banks are shifting to an online processing system using electronic computer storage devices as ledgers. In the above business, the number of transactions without a passbook is increasing due to the spread of automatic transfers such as salary transfers, telephone charges, gas charges, cash dispensers, and automatic deposit machines. When you bring your passbook to a bank, the transaction details are printed out using the actuator from the storage device, so-called later printing (or other day printing).However, with the increase in transactions without a passbook, the number of lines printed at a later date has increased. (1 line per 19 quotes) often becomes 10 or more lines,
It is not uncommon for more than 30 lines to be printed at a later date.Therefore, one page of a passbook may not be able to accommodate the information, and the number may span several pages. However, conventionally, the teller has to open a predetermined page each time and insert it into a teller's machine equipped with a passbook printing device. Additionally, when all lines on the open page of the passbook have been printed, the passbook is returned to the teller, who then turns it over and reinserts it.

However, it is time-consuming for the teller to open, replace, and reinsert the card himself/herself, which is one of the causes of processing delays, especially during busy periods.

The present invention has been made based on the above circumstances, and its purpose is to automatically turn the page within the device when all lines on the open page are printed, and then print again, so that the page is printed on a predetermined page. The purpose of this invention is to provide an automatic printing device for nine passbooks that can print reliably.

An embodiment of the present invention will be explained below with reference to the drawings. First, the bankbook V will be explained based on FIGS. 1 to 3. The passbook vFi consists of a front cover 1 and a back cover 2 made of thick pieces of paper, and a somewhat thin inner paper 3 bound in a notebook shape between these sections. For example, four inner sheets 3 are bound, and as shown in FIG. 3, there is provided a printing field 3a having a plurality of printing lines m, in which 1lIII for each item is drawn. On the cover 1 above, the passbook name 1 is shown in Figure 1.
a, code number 1b, owner name 1c and financial institution name 1
d, etc. are printed, and an arrow 1e indicating the insertion direction into the passbook automatic printing device main body 10, which will be described later, is also written. As shown in Figure 2, on the back cover 2 of the upper page, there is a notes column 2a and a recording section that can automatically check data such as account membership fees, account arrival number, pages to be printed, etc. A certain magnetic stripe 2b is printed. Also, as shown in Figure 1, when looking at the passbook ■ from the cover 1 side,
Back cover 2 with 5th grade on the left corner of the opening of inner paper 3 with 4th grade
A cutout is provided so that a part of the is exposed. All pages 1, 3, etc. except for the back cover 2 are cut out in a step-like manner so that the j-order notch is enlarged and a part of the inner paper 3, which overlaps on the back side, is exposed. Notch part 4 for presser foot
・ is provided. Negative numbers 4a... are attached to the exposed parts of these holding notches 4... ○Furthermore, as shown in Figure 2, when the passbook ■ is viewed from the back cover 2 side, the cover The inner paper 3 and part of the cover 1 are overlapped on the back side so that the notch area is reversed when viewed from the l side, that is, the back cover 2 is the largest, followed by the fourth inner paper 3. A turning cutout 5 is provided which is cut out in a step-like manner. Page numbers 5a, . . . are sequentially assigned to the exposed portions of these turning notches 5. Note that 6 is a notch for detecting the directionality of the bankbook V.

Next, the automatic bankbook printing device will be explained based on FIGS. 4 to 6. 10 in the figure indicates the main body of the automatic passbook printing device 1
1 is a housing. There are 12 m of various keys on the front side of the housing 11.
A keyboard section 12 consisting of... is provided, and an insertion slot 13 for receiving the bankbook V is provided.

At the top of this insertion slot 13, there is a display screen 14 that displays information input from the keyboard section 12, etc.
is provided. Inside the casing II is a page-turning section 15. A conveyance path 16 and a printing section 17 are provided. Reference numeral 18 denotes a reading section comprising a rung 18m, a light receiver 18b, and a magnetic head (not shown), which are provided opposite the insertion slot 13 on the entrance side of the page turning section 15. A sub-base 20 is provided below the reading section 18 and is fixed to a slide housing 19 constituting the page turning section 15, and the slide housing 19 is pivotally supported by the housing 21. A pair of screws 22a, 22b
are screwed together.

Screen L22a, 22bij is provided over one direction of the turtle body 11, and a belt 23 is wrapped around its shoulder. j23a and 23b are fitted respectively. Roughly one of the screws 22b is equipped with a slave IJ 24b.
is fitted, and the drive motor 25 which rotates forward and backward
A drive belt 24 is stretched between the drive belt IJ 25a and the drive belt IJ 25a. Once the drive motor 25 was driven!
By rotating 725a forward or reverse, screw 2
2a.

22b rotates in the same direction, and the sub-base 2o can reciprocate in the ring direction of the housing 11. Further, the sub-base 2o is cut out in an abbreviated shape, and a rotary linenoid 26 is pivotally supported at its protruding end.
ib shaft 26 a VC is the claw piece 27 which is the presser body
But t! IC, 4f is installed. An auxiliary drive motor 28 capable of forward and reverse rotation is provided on the end of the sub-pace 20 opposite to the rotary linenoid 26.
A gear 30a fitted onto the shaft 30 of the bearing 29 can be rotated via the shaft 8b. Also shaft 3
0 is fitted with a ratchet gear 30b and a rotating lever 30c, and the ratchet gear 30b is fixed to the gear 30a. At the tip of the rotary lever 30c, an idle roller 31 that constitutes the turning body 31a is attached to the claw piece 27.
It is protruded from the side. This idle row 231 extends from the detecting notch 6 side of the bankbook ■ when the claw piece 27 presses the presser notch 4 of a predetermined page 2 or 3, and the notch 5 for winding 9...・ so that its tip can be held in the turning notch 5 of pages 1 to 3 corresponding to the presser notch 4 (i.e., the previous page of the pressed page). There is. Further, a locking claw body 32 is pivotally supported in the middle part of the rotating lever 30c, and nine locking claws 32m provided at one end of the locking claw body 32m are engaged with the ratchet gear 30b by a torsion spring 33.
The auxiliary claw 32b, which is biased toward the side and is provided at the other end, connects the first I
It is biased to engage with the JIJ-space pawl 34m.

Therefore, by energizing the first llenoid 34, the first release pawl 34a and the auxiliary pawl 32b are disengaged, the lock pawl body 32 is urged by the torsion spring 33, and the locking pawl 32a is ratcheted. engages with gear 30b;
The rotational force of the main gear 28a is directly transmitted to the rotating lever 30cK. Also, ratchet gear 30b
A second lens is located at a position opposite to the first lens 34 via the
A second release claw 35 having a protruding release claw 35a is provided. By energizing the second llenoid 35, the second latch pawl 35a presses and urges the lock pawl body 32 that has rotated 180°, so as to separate the lock pawl 32a from the ratchet gear □ 30b. It has become.

Moreover, the above-mentioned idle roller 3 is attached to the rotating lever 30c.
A feeding/clamping row 236 is pivotally supported with a narrow interval from the shirt 30, and is rotatable via a belt 36a by rotation of the goo IJ 30d fitted to the end of the shirt 30. ing. 37 is a page turning guide plate when opening and closing the bankbook V.

The conveyance path 16 is provided at a predetermined interval at a position approximately at the same height as the insertion opening 13, and includes conveyance rollers 38 connected to a drive source (not shown) capable of forward and reverse rotation aJ, and these conveyance rollers. A first guide plate 39.3 that pivotally supports both ends of 38... and guides both sides of the passbook V being conveyed.
9 and the conveyor roller 38 toward the winding guide plate 37.
It consists of a pair of upper and lower second guide plates 40.40 provided at substantially the same height as the conveyance position.

Next, the printing section 17 will be explained. 42 is a shaft 42a.
, 42a, and is a bin gear ledge that is biased by a spring (not shown) and can reciprocate in the width direction of the housing 11. The pin gear register 42 is provided with a pin group 43a consisting of pins 43 fitted at predetermined intervals in the vertical and width directions. Further, a plurality of lenses 44 are arranged on the back side of the pin gear lever 42, and flexible wires 44a are protruded from each of them. The ends of the flexible wires 44a are aligned vertically in a line, and are located above and below the pins 43.
They are designed so that they can face each other. A support shaft 45a is provided on the front side of the bin gear ledge 42, and a support shaft 45a is provided at a predetermined interval similar to the width direction of the pins 43.
Seyi II gear 46... is fitted. The sector gears 46... have protrusions 46a... on the pins 43 and are biased by the tension springs 45b. Also, the sector gears 46... mesh with the rotary gears 47... The arm 46b of the sector gear 46 has a rotating gear 47.
A setter 47a provided at the holder is engaged with the setper 47a. Therefore, when a predetermined lenoid 44 is excited, its flexible shirt 44a protrudes, and the bottle 4 facing it protrudes.
3 to protrude toward the sector gear 46 side.
6 is rotated until its protrusion 46a is engaged with the protruding pin 43, and the rotating gear 47 is driven via the setter 47a. Reference numeral 48 denotes a stopper post that comes into contact with the protruding pins 43 and pushes them back to the position before the protrusion when the bin gear register 42 moves back. - 10,000, rotating gear 47
Printing gears 49a, 49b, etc. are meshed with the upper and lower parts of the printing shaft 5, on which printed characters such as numbers and alphabetic characters are embossed at predetermined intervals on the peripheral wall.
Along with 0a..., 50b..., arm 51a...
51b... is pivotally supported at one end. Each arm 51a
. . , 51b ・The other end is a tension spring 52 a .
52b... forces the Taigu hammer cam 53.
It is in contact with and can rotate freely. In addition, the lower printing shaft 50a faces the conveyance and feeding path 16,
By being biased by the tie hammer cams 53 and the tension springs 52a, they can be freely projected into the conveyance path 16 from a printing port (not shown) formed in the upper guide plate 40. The upper printing shafts 50b face the grating 54, a journal tape 55 is stretched from the housing 1155a, and the journal tape 55 is wound around a winding arm 55b. In this way, the single printing mechanism is configured to print on the bankbook V and the journal tape 55, and furthermore, it is provided opposite to the Pt'1lil feed path 16, and the printing line m in the opened bankbook A mark sensor detects the presence or absence of printing and sends a command signal to the printing section 17 or the page section 15, and 57 receives information from the control section, which is an electronic storage device (not shown). This is a connector for receiving and power supply.

Next, the operation of the above embodiment will be explained based on FIGS. 1 to 9. With the cover 1 of the passbook to be printed facing up, the passbook is inserted into the insertion slot 13 in the direction of the arrow 1e, the start button is pressed, and the code number, etc. is keyed into the keyboard section 12. The reading unit 18 recognizes the insertion of the passbook V, detects the tip and direction, energizes the drive source and auxiliary drive motor 28 (not shown), and reports the insertion of the passbook V to the control unit.0 The insertion direction of the passbook V is correct. At this time, the conveying rollers 38... rotate forward, and the main gear 28a rotates the feed/pinching roller 236 forward, thereby pinching and conveying the bankbook V in the first direction, which is the direction of the page turning section 15.
-1 (In this case, the first locking ring 34 is deenergized, and the locking pawl 32m of the locking pawl body 32 is not engaged with the ratchet gear 30b. 0) If the insertion direction is incorrect, the non-gear 28a etc. rotate in the opposite direction. The above-mentioned reading unit 1 transports the passbook V in the second direction, that is, the direction of the insertion slot 13, and then ejects it.
8 detects the rear end of the passbook (2) in the correct insertion direction, issues a signal to stop the conveyance at a predetermined position, and reads the page number to be printed from the magnetic stripe (2b). Next, the drive motor 25 is energized to move the sub-base 20, and the claw pieces 27
When it faces the presser notch 4 to be pressed, the self-movement is stopped, the rotary lenoid 26 is energized, and the claw piece 27 is rotated. Therefore, as shown in FIG. 7, the claw piece 27 fixes the predetermined presser notch 4, and the idle row 231 engages with the corresponding turning notch 5 from one side edge of the passbook V. Then, the first llenoid 34 is excited, and the locking pawl 32a engages with the ratchet gear 30b, causing the rotation lever 3
0c rotates clockwise. Feeding and holding roller 36
The cover 1 and the inner paper, which are held between the idle row 231 and the idle row 231, are rotated three times, and the pages are turned as shown in FIG. At this time, the second lensoid 35 is energized, and the second release claw 3
5a urges the rotated lock claw body 32 to release it from the ratchet gear 30b, and the page turning operation is completed. Passbook V
is held between the feeding and holding roller 36 and the conveying roller 38, and is conveyed to the printing section 17. 0 mark sensor 5
6 detects the line m to be printed from the print line m of the opened page 1, 2, 3, etc., and when the line m faces the printing section 50a, feeds 11!1@v. Stop ζ. In the printing section 17, the bin gear register 42 is moved forward to move the bins 43... one column at a time to face the flexible wire 44a, and the predetermined bins 44 are placed on the basis of information such as the keyed-in date, summary, and each amount. energize. The lunoid 44 protrudes the bin 43 and rotates the sector gear 46, rotating gear 47, etc. to face the predetermined printed characters on the printing shafts 5Qa, 50b to the passbook v and the grating 54. When the bin gear ledge 42 finishes forward movement (that is, it moves from the position shown by the two-dot chain line in FIG. 6 to the position 11 shown by the solid line), the printing shafts 53 rotate all at once, and the printing shaft 50a...
, 50b . . . prints by bringing it into contact with the passbook ■ and the journal tape 55.

Next, the rotary gear 47 is reversely rotated to rotate the protrusion 4 of the sector gear 46.
6a is returned to its pre-rotation position, and the bin gear register 42 is moved back to align the bins 43 with the return post 48 at their pre-extrusion positions. Furthermore, when a printing command is received from the control section at a later date, the bankbook V is conveyed by one line and the above-mentioned operation is performed to print.

When the printing is finished, or when all open pages 1, 2, 3, etc. are printed at a later date, the mark sensor P issues a command to the conveyance path 16, reverses the conveyance, and transfers the passbook V.
Return it to the position where the rear edge of the holder contacts the claw piece 27. Then, the second llenoid 35 is deenergized, the locking pawl 32a is engaged with the ratchet gear 30b, and the rotary lever 30c is rotated 180 degrees in the counterclockwise direction to close the bankbook (2). If printing is in progress at a later date, the sub-page 20 is shifted by one page, the above-mentioned special page turning is performed, the page is conveyed to the printing section 17 for printing, and then returned to the page turning section 15 again. Next, the rotary lens 26 is deenergized, the claw piece 27 is returned to its original position, and the passbook V is conveyed to the insertion slot 13. The reading unit 18 uses the tip of the insertion side of the bankbook V to report the bankbook ejection to the control unit, and the bankbook V is ejected from the insertion slot 13 and all operations are completed.

In addition, in the above embodiment, printing was explained for a bank passbook, but passbooks for other purposes may be used.
Furthermore, the printing section 17 is not limited to the one shown in the figure (one-sided ten-key type), and may have any structure as long as it can print on the passbook V reliably.

As explained above, according to the present invention, when printing all lines on the open page of a passbook, the device automatically turns the pages and prints them, which saves the user's labor and ensures that the specified pages are printed. Transaction information can be printed on the paper, which has the effect of improving reliability.

Furthermore, since a single printing mechanism prints on bankbooks and journal paper, the device can be made more compact.

[Brief explanation of the drawing]

Figure 1 shows a front view of a bankbook, Figure 2 is a back view of the bankbook, Figure 3 is a front view of the bankbook in an open state, and Figure 4 shows an example of the passbook automatic printing device. 5 is a vertical side view of the same, FIG. 6 is a partially cutaway cross-sectional plan view 1, 7, and 8 are schematic perspective views of the main parts, and FIG. 9 is a 70-degree view of the operation. - Chart diagram. V... Passbook, 13... Insertion slot, 18... Reading section, 1
6... Conveyance path, 15... Page winding section, 17... Printing section. 55...Journal tape. Figure 1/Figure 2 Figure 38! l Figure 4

Claims (1)

[Claims] In a device that prints transaction information on passbooks having a plurality of printing lines on the printing surface, a printing means for printing on the printing surface of the passbook and journal paper, and a printing means connected to the above-mentioned passbooks through a conveyance means. F)11! When all lines of the open page of the I-book are printed, the upper d-pi page turning means is used to turn over the pages of the passbook.
1. An automatic printing device for bankbooks, characterized in that the printing device is configured to print on bankbooks and journal paper using a printing mechanism.