JPS631567A - Printer for multiloaded pass book - Google Patents

Abstract

PURPOSE:To extract a pass book smoothly from a pass book loading part and enable to be carried to a pass book printing part by providing a carriage groove in a pass book loading part and a pass book transportation part so that the folded part of a pass book having a high frictional resistance may pass, and carrying the pass book in a direction parallel to the fold. CONSTITUTION:A pass book 9 is inserted into a device in a fold direction with the printed surface facing upward, and then is loaded in such a way that the fold of the pass book 9 may coincide with a direction parallel with a coordinate X axis and a fold binding part be positioned on a carriage groove 1. When the printing of a pass book 9 in a pass book printing part 8 is completed, a pass book at the bottom of a pass book loading part 6 is carried to a pass book transportation part 7. The pass book 9 carried to the pass book printing part 8 is moved in a direction parallel to a coordinate Y axis by the rotation of a pass book transportation roller X2 provided on each part. At that time, a pass book reed roller Y3 rotates to move the pass book 9. This movement takes place when a printing line is fed, and a printing head 5 provided on the pass book printing part 8 for printing the pass book 9 moves in a direction parallel to the coordinate X axis to perform printing.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a device for printing a known passbook used for bank transactions, and is particularly suitable for automatic suction printing of a plurality of stacked passes. This invention relates to a multi-layer passbook printing device.

[Conventional technology]

Some known multi-stack printing devices are capable of printing by stacking single sheets and pulling them out one by one. but,
Since no consideration has been given to stacking the bankbooks with their pages open and extracting and printing one by one, it is necessary to insert the next bankbook into the printing device after printing the previous bankbook. In addition,
An example of this type of device that has reached the IA level is Japanese Patent Application Laid-Open No. 13581/1981.

[Problem that the invention seeks to solve]

The above conventional technology does not consider how to hold the bankbook stacked, and therefore does not take into consideration the thickness of the folded and bound part of the bankbook, the folds, and the frictional resistance caused by the thread stopper, which makes it difficult to unwind the bankbook smoothly. There is.

An object of the present invention is to smoothly extract a passbook from a passbook stacking section and transport it to a passbook printing section.

[Means for solving problems]

The above-mentioned purpose is to remove the silicic acid by providing conveyance sieves in the passbook stacking section and the passbook carrying section so that the passbook folds, which have a large frictional resistance, pass through and conveying the passbook in a direction parallel to the folds.

[Effect]

The conveyance groove on the passbook conveyance path is provided in the same direction as the passbook conveyance direction, and the passbook conveyance is performed in the direction of the fold line of the passbook. The passbook is held in an open state in the passbook stacking section. Since the passbook fold portion is located within the conveyance groove, the contact between the passbooks is flattened, so if the passbook extraction is carried out in the direction of the passbook crease, the passbook can be easily and smoothly removed from the passbook stacking section. can. Furthermore, when the bankbook is conveyed to the bankbook printing section, the passbook fold passes through the conveyance groove, and the conveyance groove serves as a guide groove, so that the bankbook is stably and smoothly conveyed.

〔Example〕

An embodiment of the present invention will be described below with reference to FIGS. 1 to 4. A passbook transport section 7 is provided to allow the passbook 9 to be transported in a direction parallel to the coordinate X axis. A passbook stacking unit 6 is provided at one end of the extension line of the passbook transport unit 7, and a passbook printing unit 8 is provided at the opposite end, and the passbook stacking unit 6, passbook transport unit 7, and passbook printing unit 8 are arranged in this order. They are arranged on a straight line in a direction parallel to the coordinate X axis. The conveyance groove 1 is connected to the passbook loading section 6.
, the passbook conveying section 7, and the passbook printing section 8. The passbook loading section 6, the passbook conveying section 7, and the passbook printing section 8 are provided with a passbook feeding roller X2 that allows the passbook 9 to be conveyed in a direction parallel to the coordinate X axis. A passbook conveyance roller Y3 is provided that allows the passbook 9 to move in a direction parallel to the coordinate Y axis perpendicular to the passbook. A passbook holding lever 4 for holding down the passbook 9 is provided on the passbook stacking section 6 in a direction parallel to the coordinate Y axis. A print head 5 for printing bank transaction results on the passbook 9 is provided on the passbook printing unit 8. During printing, the print head 5 moves in a direction parallel to the coordinate Y-axis while printing on the passbook 9. It is provided so that it can be printed on. (FIG. 1) The bankbook 9 is a booklet-like medium that is made by folding and binding sheets into a well-known double leaf shape.

The operation of this embodiment having the above main configuration will be described below. The passbook multiple stack printing device shown in this embodiment (when inserting the passbook 9, open the printed side of the passbook 9 with the printed side facing upward, and insert the passbook 9 into the device in the direction of the fold line of the passbook 9. the bankbook holding lever 4 so that the bankbook 9 is loaded on top of the bankbook 9 already in the bankbook stacking section 6 and prevents the bankbook 9 from closing.
is held down by The bankbooks 9 are stacked so that the folds of the bankbooks 9 line up in a direction parallel to the coordinate X-axis and the folded binding portion is located on the conveyance groove 1. (Figure 2.

FIG. 3) When the passbook 9 is printed in the passbook printing unit 8, the passbook 9 located at the bottom of the passbook stacking unit 6 is
The passbook is transported onto the passbook transport section 7. (FIG. 4) When one bankbook 9 is loaded and a book is taken out from it as in this embodiment, resistance due to unevenness of the folding of the bankbook 9 becomes a problem.

By alleviating the unevenness caused by folding and binding with the conveyance groove 1,
This makes it easy to remove the bankbook 9 from the bankbook stacking part 6.

Further, the conveyance groove 1 also functions as a guide groove in conveying the passbook 9, thereby stabilizing the conveyance. The passbook 9 is conveyed by passbook conveyance rollers X2.

1 due to the rotation of passbook conveyance rollers X2 provided in each part.
The passbook 9 is transferred from the passbook stacking section 6 to the passbook transport section 7.

The paper passes through and is conveyed to the passbook printing section 8. The passbook 9 conveyed to the passbook printing unit 8 is moved in a direction parallel to the coordinate Y axis during printing. At this time, the passbook feed roller Y3 rotates to move the passbook 9.

This movement is performed at the time of line feed of the printing line, and the print head 5 installed on the bankbook printing section 8 for printing 9 in one bankbook is
Printing is performed by moving in a direction parallel to the coordinate X axis. After the printing is completed, the bankbook 9 is ejected from the apparatus, and the printing operation of the bankbook 9 is completed.

According to this embodiment, the passbook 9 can be smoothly removed from the passbook stacking section 6 and transported.

〔Effect of the invention〕

According to the present invention, one passbook can be smoothly extracted from the passbook stacking unit and transported to the passbook printing unit, making it possible to use a multiple passbook stacking printing device. This has the effect of improving work efficiency as there is no need to wait for printing to finish when printing on other bankbooks, as with conventional bankbook printing devices.

[Brief explanation of the drawing]

Fig. 1 is an R view of the main structure of an embodiment of the present invention, Fig. 2 is a perspective view of the passbook stacking section in a state in which passbooks are loaded, Fig. 3 is a cross-sectional view taken along line I-I in Fig. 2, and Fig. 4 FIG. 2 is a perspective view of a state in which a bankbook is removed from the bankbook stacking section. 1... Conveyance groove, 2... Passbook feed roller X
, 3... Passbook feed roller Y, 4... Passbook presser lever, 5... Print head, 6...
- Passbook loading section, 7... Passbook transport section, 8... Passbook printing section, 9... Passbook.

Claims (1)

[Claims] 1. In an apparatus for stacking a plurality of folded and bound booklet-like passbooks in an open state and binding them one by one for printing, a groove is provided on the passbook transport path through which the passbook folding line passes; A passbook multi-stacking printing device, characterized in that the passbook is conveyed in a direction parallel to the passbook fold line.