JPH0339272A - Automatic passbook processor - Google Patents

Abstract

PURPOSE:To discharge both a new passbook and a used passbook at the same time by providing a first feed path change-over gate disposed on a branch point of a main feed path from a retraction feed path on the side of a printing mechanism part and a second feed path change-over gate disposed on a combined point of the main feed path with the retraction feed path on the side of a suction and discharge port. CONSTITUTION:A passbook sucked from a suction and discharge port 1 is passed on a main feed path 2 through a second feed path change-over gate 7 and printed with a content of transaction at a printing mechanism part 12. If this passbook is used up at this time, the used passbook is temporarily retracted to a retraction feed path 5 through a first feed path change-over gate 6. Then, a new passbook is issued from a passbook issuance part 4, applied with printing on the required position thereof, and fed on the main feed path 2. At this time, both the used passbook which has been retracted to the retraction feed path 5 and the new passbook discharged through the main feed path 2 are simultaneously outputted from the suction and discharge port 1 in trued-up states through the second feed path change-over gate 7.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an automatic passbook processing device used in financial institutions and the like, and particularly to an automatic passbook processing device that discharges new passbooks and expired passbooks when I=iJ.

[Prior art] 6. This automatic passbook processing device is used in cases where the old passbook that has been used up until now is terminated and a new passbook is issued.
There was a mechanism to eject a new passbook when the first passbook was taken out on the 11th floor.

[Problem to be solved by the invention] The conventional passbook 1'1 movement J'll W setting is 111 + 1. r! 11v, )ノ[to the t committee that issued
Since the l'i passbook and all the medium and long lengths are issued, JJI is issued separately, so I forget to take out my new passbook, and every time I go to it, I end up missing t, ', j, etc.

1-1 to solve the problem 1-r step] 1 new long bankbook! It is designed so that I is not output on H. , , 1.1 Specifically, an inhalation unit that performs inhalation of part III and output of part 1) A it; Inhalation 1
The main conveyance path for conveying the passbook between 1 and the printing mechanism section, and the printing mechanism section 1, which issues a new passbook when the above-mentioned passbook that is currently in use is used or not.
In an automatic passbook processing device comprising a passbook generating unit that outputs to the main conveyance path, the main conveyance path is arranged in the middle of the main conveyance path, and is branched from the printing mechanism side of the main conveyance path A. - The separation time point between the evacuation conveyance path that merges on the 1-handle suction/discharge port side and evacuates the passbook that has been completed at the toner printing mechanism section, and the I-notation flood avoidance conveyance path on the printing mechanism side of the main conveyance path. from the printing mechanism section above! The printed passbook sent to you or the 11 that has been used! ! In the case of a bankbook, it is transported to the 11 evacuation transport path, and in the case of a bankbook in use or a new bankbook, it is transported to the main transport path 1-zl transport path-' exchange gate, It is arranged at the flow point between the suction first outlet [-1 side of the main conveyance path and the evacuation conveyance path, and conveys the passbook brought in from the suction port 11jrl to the main conveyance path, and prints the The new passage ◆ of the main conveyance path 1-, which is conveyed from the mechanism side, and the evacuation conveyance path mentioned above! At the same time, the sum of the inhalation JJI ILJ I 1, which is the same in the inhalation JJI ILJ I 1, is set to 1 and the coin I -J configuration.

[Actual BTS Example] Next, an example of the present invention will be described with reference to four directions.

Fue 11 River is 1,
1/, a rough section of l+'Mi [J.

The automatic passbook processing device of this embodiment basically consists of the device body 13.
, the suction/discharge port 1, the main conveyance path 2, the turning section 3, the passage Ij7 issuing section 4, the evacuation conveyance path 5, the il and the second
The conveyance path switching gate 6.degree. 7 and the printing mechanism section 12 serve as one part.

1. Inhalation and ejection [-11 is for inhaling and discharging one passbook, and is arranged on the front side of the main body 13 of the device.

The main conveyance path 2 (-) is for conveying the manually input bankbook from the suction section 1 (11) to the printing mechanism section 12'77 disposed inside the main body 13 of the apparatus. Furthermore, it is also connected to the 1 passbook issuing section 4, the 2nd certificate J) issuing section 8, and the usage receipt λQ'4j section 9.

1. The passbook issuing unit 4 issues a new passbook (new passbook) when the passbook used for another purpose is terminated.The issued new passbook is sucked into the main conveyance path 2. Conveyed to discharge [il 1.

The evacuation conveyance path 5 is arranged in the middle of the main conveyance path 2, and its starting end and terminal end are connected to the main conveyance path 2 by branching and merging, respectively. This time Jli! The beginning of the Tonofu road,
At the end there are army 1 and 2 transport routes [jJ exchange game 1-6
．． There are 7.

This evacuation conveyance path 5 is for temporarily ejecting the used passbook (hereinafter referred to as F, 111 bankbook) conveyed by the main conveyance path 2 through the conveyance path switching gate 6 of zi.

The second conveyance path switching gate 7 is arranged on the suction/discharge port 1 side, and aligns the new bankbook from the main conveyance path 2 and the old bankbook from the evacuation conveyance path 5 and outputs them to suction/discharge: +:r+t at the same time. .

Next, the operation of this embodiment will be explained.

First, the passbook sucked in from the suction/discharge CI 1 passes through the main conveyance path 2 via the second conveyance path switching gate 7, and the details of the transaction are printed in the printing mechanism section 12.

At this time, if 1 = writing of the passbook is completed, the old passbook is temporarily evacuated to the evacuation conveyance path 5 at the exchange gate 6 of the conveyance path 9 if. Then, a new passbook is issued from the passbook issuing unit 4, printing is performed at the necessary places, and the passbook is conveyed through the main conveyance path 2.

At this time, the old bankbook that had been ejected to the evacuation transport path 5 and the new bankbook that had been discharged through the main transport path 2 were aligned using the transport path switching gate 7 of Army 2, and the same 11. Inhalation and discharge to the police 1.
Output to 11.

[Effects of the Invention] As described below, the automatic passbook processing device according to the present invention has two inlets υ [out [71] and 1
-4 A main conveyance path that transports the passbook between the printing mechanism section that performs predetermined printing on the parallel book and the above-mentioned suction/discharge [ ] and printing mechanism section, and the An automatic passbook processing device is provided with a passbook issuing unit that issues a new passbook when the use of the passbook is finished, and outputs it to seven main transport paths. An evacuation conveyance path that branches from the printing mechanism side and joins at the inlet/outlet side to evacuate the passbook that has been completed in the printing mechanism section, and the above-mentioned time conveyance path on the printing mechanism side of the main conveyance path. It is placed at the junction with 1. Is it a printed passbook transported from the printing mechanism section above?
a first conveyance path switching gate for switching to the evacuation conveyance path in the case of a passbook whose use has ended, and conveying it to the main conveyance path in the case of a passbook in use or a new passbook; : Disposed at the confluence with the evacuation conveyance path on the suction/discharge port side of the mud main conveyance path, conveys the passbook brought in from the suction/discharge port to the main conveyance path, and transports the passbook from the printing mechanism side. By providing a second conveyance path switching gate that aligns a new passbook on the main conveyance path and a bankbook whose use has ended on the evacuation conveyance path -L and simultaneously carries them out to the suction/discharge port, the upper Nt- At the '1g2 gate, the new passbook from the main conveyance path and the finished passbook from the evacuation conveyance path are aligned and output to the intake/output port at the same time, preventing users from forgetting to take out their bankbooks. be able to.

[Brief explanation of drawings]

FIG. 1 is a schematic sectional view showing an embodiment of an automatic passbook processing device according to the present invention. 1: Suction/exhaust port 2: Main conveyance path 3: Turning section
4: Passbook issuing section 5: Escape conveyance path 6, whistle l conveyance path switching gate 7 Army 2 conveyance path switching gate 8: , :f+4F issuing section 9° Ikawa reserve issuing section 10: Drive section 11: Reject storage section 12: Printing mechanism section 13: Device main body representative Tanukijinbu F Rimura [1” I Hiro

Claims (1)

[Scope of Claims] An inlet/outlet for sucking in and discharging the passbook, a printing mechanism section for printing a predetermined character on the passbook, and a main conveyor for transporting the passbook between the inlet/outlet and the printing mechanism section. and a passbook issuing unit that issues a new passbook when the use of the passbook printed in the printing mechanism unit and is in use is completed, and outputs it to the main conveyance path, the automatic passbook processing device comprising: an evacuation conveyance path that is disposed in the middle of the main conveyance path, branches from the printing mechanism side of the main conveyance path, merges at the suction/discharge port side, and evacuates the passbook that has finished in the printing mechanism section; It is arranged at a branch point with the evacuation conveyance path on the printing mechanism side of the path, and if the printed passbook conveyed from the printing mechanism section is a passbook that has finished being used, it is conveyed to the evacuation conveyance path. At the same time, in the case of a currently used passbook or a new passbook, the first
It is arranged at the confluence of the conveyance path switching gate and the evacuation conveyance path on the suction/discharge port side of the main conveyance path, and conveys the passbook brought in from the suction/discharge port to the main conveyance path, and the printing A second conveyance path switching gate is provided for aligning the new bankbook on the main conveyance path conveyed from the mechanism side and the unused bankbook on the evacuation conveyance path and simultaneously conveying them to the suction/discharge port. A distinctive feature of automatic passbook processing equipment.