JPH02227273A - Posting machine - Google Patents

Abstract

PURPOSE:To alleviate a working load of a teller by superposing a printed slip on a printing surface of one side page of a transferred bankbook by a page closing unit, and pressing the cover surface of a page of the passbook not in contact with the slip to feed the passbook while inclining it outside of a transfer passage to close the page of the passbook. CONSTITUTION:A passbook 2 printed by a printer 13 is transferred to a page closing unit 15, and a slip 4 printed by the printer 13 is superposed on a printing surface of one side page of the passbook 2 superposing means 16. The cover surface of a page of the passbook 2 superposed with the slip 4, not in contact with the slip 4 is pressed by closing means 17 to feed the passbook 2 while inclining it to the outside of a transfer passage 9 to close the page of the passbook 2. Then, the slip 4 is inserted between the pages of the passbook 2. Then, the passbook 2 in which the slip 4 is inserted is fed to an outlet 3. Thus, since the passbook 2 and the slip 4 can be simultaneously fed, the work load of a teller can be alleviated.

Description

[Detailed Description of the Invention] [Summary] An object of the present invention is to provide a bookkeeping machine that can reduce the work burden on tellers, with regard to a bookkeeping machine that can insert slips into a passbook and send them out all at once after bookkeeping. It is installed on the conveyance path where passbooks and slips are transported, and is closed by sandwiching the slip printed by the printer section between the printer section that prints transaction data on the passbook and slips, and the page of the passbook printed by the printer section. A bookkeeping machine equipped with a page closing section and an output port that collectively sends out the passbooks closed with a slip between them by the page closing section. A stacking means for stacking the printed slips on the printing surface of the top part of the passbook, and a stacking means for stacking the slips by pressing the cover surface of the page part of the passbook which is not in contact with the slips and tilting the passbook to the outside of the conveyance path. and a closing means for closing the pages of the passbook by transferring the passbook, and the slip is sandwiched between the closed pages of the passbook.

[Industrial application field]

The present invention relates to a bookkeeping machine that is operated by a teller at a financial institution and records in passbooks and slips, and particularly relates to a bookkeeping machine that can insert slips into a passbook and send them out all at once after writing.

In counter-recording machines operated by tellers at banks and the like, transaction details are recorded in the passbook and the slips (deposit/payment slips, transfer slips, etc.) one after the other, and the passbook and the slips are ejected separately.

In this case, when making general deposits/payments, the bank slip will be issued after the entry is made, but if a corporation etc. requests the issuance of a slip, in addition to the entry in the passbook, a specific slip will be entered and issued. do. In the case of a transfer slip, the inserted slip is recorded and issued as a receipt.

When issuing slips in this way, it is a burden on the teller to return the separately ejected passbooks and slips together to the customer, so a method in which they are ejected all at once is desired.

[Conventional technology]

As shown in FIG. 5, the teller bookkeeping machine l includes a main body 6, which includes an insertion slot 3a+ into which a passbook 2a is inserted and an insertion slot 5a into which a slip 4a such as a transfer form (shown in FIG. 6) is inserted;
It consists of a keyboard 7 for inputting the customer's account number, transaction details, etc., and a display 8 for displaying the operation processing details, etc. The device main body 6 is connected to a host computer (hereinafter referred to as host), which is not shown.

FIG. 6 is a side view of the bookkeeping mechanism, showing the transport path 9a continuing from the insertion slot 3a, the read/write (hereinafter referred to as R) that reads recorded data from the magnetic stripe of the passbook 2a (see FIG.
/W) Part 10. Conveyance path 11a continuing from insertion port 5a
, ) 11 Conveyance path 12a where 11 paths 9a and 11a merge and the passbook 2a and slip 4a are conveyed, if! El feed path 1
Printer section 13a9 provided at 2a, feed rollers R1, R2, press rollers R7, R8, which convey the bankbook 2a, feed rollers R3, R4, and press rollers, which convey the slip 4a.
, RIO, feed rollers R5, R6, press rollers R11, R12, and conveyance path 9a that convey the passbook 2a and slip 4a.
, lla are connected to the switching gate 14. Sensors Sl, S2, . It is comprised of a sensor S3 for detecting the rear end of the passbook 2a, a reading sensor S4 for detecting page marks and already printed lines. Feed rollers R1 to R6 are pulse motor M
connected to l. Further, the switching gate 14 is normally located at the lower side, as shown by the two-dot chain line.

With such a configuration and function, the case of recording in the passbook 2a and the slip 4a will be explained as follows: ■ First, the teller presses the slip processing mode button corresponding to the type of slip 4a (for example, a transfer slip), and then When the 4a is inserted into the insertion slot 5a in the direction of arrow A, the sensor S2 detects the tip, the pulse motor starts, and the document is conveyed by the feed rollers R3 to R6 and the press rollers R9 to R12, and the format of the document type (No. 7(b)) is set in the printer section 13a.

■Next, the teller inserts the passbook 2a from the insertion slot 3a in the direction of arrow C, the sensor S2 detects the tip, and the feed roller R
The passbook 2a is sent to the R/W section 10 by the pressure rollers R6 and R7, and recorded data such as the account number and balance amount are read from the magnetic stripe.

0 Next, when the teller inputs transaction data such as the transfer amount from the keyboard 7, it is sent to the host along with account number and balance record data, processed, and a transaction possible signal and post-transaction balance data are responded, and the invoice is sent. Transaction data is printed on 4a.

(2) The slip 4a on which printing has been completed is transported along the transport paths 12a and 11a in the direction of arrow B, and is ejected from the insertion slot 5a.

■Teller takes slip 4a and keeps it in hand.

■Then, the switching gate 14 operates and is switched upward, and the passbook 2a is sent along the conveyance paths 9a and 12a. During this time, the reading sensor S4 reads the already printed line, and the rear end is detected by the sensor S3, and the passbook 2a is stopped. After that, a printable line is set in the printer section 13a, and the transaction data and balance are printed.

(2) When printing is completed, the passbook 2a is conveyed in the direction of the arrow, the balance amount is recorded on the magnetic stripe in the R/W section 10, and the passbook 2a is ejected to the insertion slot 3a. The switching gate 14 then returns to its original state.

■The teller takes the passbook 2a and returns it to the customer along with the slip 4a in hand.

In this way, entries are made in the passbook 2a and the slip 4a.

[Problem to be solved by the invention]

According to the above conventional method, the passbook and slip that were inserted into the bookkeeping machine and recorded are discharged separately, so the teller takes the passbook and slip every time they are discharged and returns them together to the customer.
There is a problem in that it requires a lot of work.

An object of the present invention is to provide a bookkeeping machine that can reduce the work burden on a teller.

[Means to solve the problem]

FIG. 1 is a diagram showing the basic configuration of the present invention.

In the figure, 2 is a bankbook, 3 is a delivery port, 4 is a slip, 9 is a conveyance path, 13 is a printer section, 15 is a page closing section provided on the conveyance path 9 and equipped with a stacking means 16 and a closing means 17; 16 is provided in the page closing part 15, and the page closing part 15
17 is a page closing part 15 for stacking the printed slips 4 on the printing surface of one side of the passbook 2 conveyed to the passbook 2;
The stacking means 16 presses the cover surface of the page portion of the passbook 2 that is not in contact with the slips 4 and tilts the passbook 2 to the outside of the conveyance path 9 while transporting the passbook 2. It is a means of closing a page.

Therefore, the slip 4 is sandwiched between the pages of the closed bankbook 2 and sent out all at once to the delivery port 3.

[Effect]

The passbook 2 printed by the printer section 13 is transferred to the page closing section 15
The stacking means 16 stacks the slip 4 printed by the printer section 13 on the printed surface of one page of the passbook 2, and the closing means 17 brings the slip 4 into contact with the stacked slip 4 of the passbook 2. Transfer the passbook 2 while pressing the cover surface of the page that is not covered and tilting it to the outside of the conveyance path 9.
When the page of 2 is closed, the slip 4 is sandwiched between the pages of the bankbook 2.

Then, the bankbook 2 with the slip 4 sandwiched therein is sent out to the sending port 3.

In this way, the passbook 2 and the slip 4 can be sent out at once, so the work burden on the teller can be reduced.

〔Example〕

Hereinafter, one embodiment of the present invention will be described with reference to FIGS. 2 to 4. The same reference numerals indicate the same objects throughout the drawings. FIG. 2 shows a configuration diagram in which the present invention is applied to the bookkeeping machine described in the conventional example.

As shown in the perspective view of FIG. 2(a), a page closing section 15 is placed on the conveyance path 9b between the R/W section IO and the printer section 13a.
A is provided.

FIG. 2(b) shows the configuration of the page closing section 15a, and as shown in the figure, the feed rollers R13 to R13 are connected to the conveyance path 9b.
15, and presser rollers R16 to R18, the Habo passbook 2a
The feed roller R13 is connected to a pulse motor M2 via a clutch 18, and the feed rollers R14 and R15 are connected to a pulse motor M3. Pulse motor M2. M3 is connected to the drive control section 19.

Pressure mechanisms 16a and 17a are provided vertically shifted between the feed rollers R13 and R14, respectively.

The pressure mechanisms 16a, 17a have pressure 160.
The 170° rear end is connected to a plunger magnet (hereinafter referred to as PM) 162.163 via a lever 161.171 and a spring 162.172.
．． By energizing/deactivating 173, it advances/retreats across the conveyance path 9b.

Further, the lower side of the upper and lower walls of the conveyance path 9b between the feed rollers R13 and R14 is composed of rocking plates 164 and 174 with the feed roller R13 side as a fulcrum, and the upper side is composed of rocking plates 164 and 174 with the feed roller R14 side as a fulcrum, respectively. It is urged toward the conveyance path 9a by a spring (not shown), and engages with stoppers (not shown) on the upper and lower wall surfaces.

The swing plate 164 is provided with a hole 165 through which the pressure 160 can pass, at a position corresponding to the tip of the pressure 160, and the swing plate 174 is provided with a hole 175, through which the pressure 170 can pass, at a position corresponding to the top of the pressure 170. It is being

Also, sensors S5. S
6 is provided above the swing plate 164 to feed roller R13.
Near sensor S7. Presser roller R is located below the swing plate 174.
A sensor S8 is provided near 17. Sensor S5~
R8 is connected to the drive control section 19. Drive control section 1
Reference numeral 9 controls the rotation of feed rollers R13 to R16 by detecting the leading edges of the passbook 2a and slip 4a by sensors S5 to R8, thereby closing the passbook 2a holding the slip 4a therebetween.

Here, the pressure mechanism 16a, the swing plate 174. sensor S
6°S8. Feed rollers R13, R14, and R16, R
Reference numeral 17 corresponds to the stacking means 15 in FIG. 1, and includes a pressure mechanism 17a, a swing plate 164, a sensor S7. Feed roller R13
~R15, and R16 to R18 are the closing means 16 in FIG.
It corresponds to

Since it has such a configuration, the operation will be explained with reference to the operation process diagrams shown in FIGS. 2(b) and 3.

(1) First, when the transaction data is printed on the slip 4a by the printer section 13a, the slip 4a is sent to the transport path 11a and stands by.

■Next, when the transaction data is printed on the bankbook 2a by the printer section 13a, the bankbook 2a is sent to the R/W section 1O, where the balance amount is recorded on the magnetic stripe, and then sent to the page closing section 15a in the direction of arrow C. The sensor S6 detects the tip of the passbook 2a and stops. (The rotation of the feed roller and presser roller in this case is assumed to be rotation in the forward direction.) (Fig. 3(a)) ②Then, the PM 163 is excited, the pressure 160 is lowered, and the passbook 2a and the Push the swing plate 174 to tilt it downward to a predetermined angle.

(Fig. 3(b)) ■The feed roller R13 rotates in the forward direction and the passbook 2a
While keeping it tilted, move it in the direction of arrow C, and move the presser roller R1.
7 and stops when detected by sensor S8. In parallel with this, the PM 163 is de-energized and the pressure 160 retreats upward. At this time, the passbook 2a is on the swing plate 17.
4, it is elastically pressed against the presser roller R17. (Fig. 3(c)) ② Then, the clutch of the feed roller R13 is released, and the slip 4a that was waiting in the conveyance path 11a is once sent to the conveyance path 12a, and then sent to the page closing part 15a in the direction of the arrow. furthermore, the feed roller R14, I? 15 by rocking plate 16
Sent under 4. At this time, place the tip of the slip 4a on the sensor S.
6 is detected and stopped at the position where it has been sent a predetermined distance. (Fig. 3(d)) ■When the passbook 2a is transferred in the direction of the arrow by the feed roller R13 and the feed roller R14 with the clutch activated,
The passbook 2a comes off the presser roller R17 and the swing plate 174
The return force causes the bankbook to return to a horizontal position, and the slip 4a is superimposed on one page of the bankbook 2a. Return the passbook 2a by the amount of movement indicated by ■ and stop. (FIG. 3(e)) ② Then, the passbook 2a is transported in the direction of arrow C by the square feed of the feed rollers R13 to R15, and the sensor S5 detects the rear end and stops the passbook 2a. (FIG. 3(f)) (2) Then, the pressure 170 is increased by the excitation of the PM 173, and the passbook 2a and the swing plate 164 are pushed through the hole 175 of the swing plate 174 and tilted upward to a predetermined angle.

(Fig. 3 (6)) - ■Is there a feed roller I? 23 is stopped, the feed rollers R14 and R15 rotate in the opposite direction to transport the passbook 2a in the direction of the arrow while keeping it tilted, and hold the tip of the passbook 2a on the feed roller R13, which is detected by the sensor s7. Stop at. At this time, the passbook 2a is elastically pressed against the feed roller R13 by the swing plate 164. In parallel with this, PM
The excitation of I73 is released and the pressure 170 retreats downward. (Figure 3 (h)) [Phase] And feed roller R
13 and R14 are rotated in the opposite direction, the passbook 2a moves in the direction indicated by the arrow, and the one side that was in contact with the top of the feed roller R13 is turned over with the binding part as a fulcrum, and the binding part moves away from the feed roller R13. The bankbook 2a is transferred while being inserted into the bank, the bankbook 2a is closed, and the bankbook 2a is ejected to the insertion slot 3a. (FIG. 3(i)) In this way, as shown in FIG. 4, the slips 4a can be placed in the passbook 2a and sent out all at once, thereby reducing the teller's workload.

In the above example, the case of a bookkeeping machine in which a passbook and a slip are inserted through separate insertion slots has been described, but the present invention can also be applied to the following cases. In other words, it is also possible to insert the passbook one by one from one insertion slot and evacuate the one inserted first to the print retraction section, and then send it out all at once. Alternatively, you can insert the passbook from the insertion slot and send out the slip. Similarly, when the passbooks and slips are supplied from the supply section into the apparatus, or when passbooks and slips are stocked in the apparatus and supplied individually, they can be sent out all at once after being recorded.

〔Effect of the invention〕

As explained above, according to the present invention, in a bookkeeping machine that prints transaction data on both a passbook and a slip, the slip can be inserted between the pages of the passbook after printing and sent out all at once, so that the teller can This method has the effect of reducing the workload since there is no need to separately collect and arrange the sent passbooks and slips.

[Brief explanation of the drawing]

Fig. 1 is a diagram showing the principle of the present invention, Fig. 2 is a block diagram showing an embodiment of the present invention, Fig. 3 is an operational process diagram of the embodiment, Fig. 4 is an explanatory diagram of the embodiment, and Fig. 5 is a diagram showing the operating process of the embodiment. FIG. 6 is a perspective view illustrating a bookkeeping machine to which the present invention is applied, FIG. 6 is a side view showing a conventional bookkeeping mechanism, and FIG. 7 is an explanatory diagram of a passbook and a slip. In the figure, 2.2a is the passbook, 3 is the outlet, 3a, 5a
is the insertion slot, 4.48 is the slip, 9, 9a, 9b,
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Claims (1)

[Scope of Claims] A printer unit (13) provided on a conveyance path (9) along which the passbook (2) and the slip (4) are conveyed, and that prints transaction data on the passbook (2) and the slip; a page closing unit provided on the path (9) and closing the slip (4) printed by the printer unit (13) between the pages of the bankbook (2) printed by the printer unit (13); (15); and a delivery port (3) for collectively delivering the passbook (2) closed with the slip (4) in between by the page closing unit (15), the page The closing part (15) includes a stacking means (16) for stacking the printed slip (4) on the printed surface of one page of the passbook (2) conveyed to the page closing part (15); The means (16) presses the cover surface of the page portion of the passbook (2) on which the slip (4) is stacked, which is not in contact with the slip (4), and tilts the passbook to the outside of the conveyance path (9). (2) and closing means (17) for transporting the bankbook (2) and closing the pages of the bankbook (2).