JPS6077263A - Automatic securities issuing device interlocking with electronic computer - Google Patents

Abstract

PURPOSE:To print out data on columns other than an amount display part by a printer interlocking with an electronic computer, to punch the amount display part by a puncher and to improve the discharging efficiency of securities by setting up an automatic issuing device on the printer side and inserting many securities into the device. CONSTITUTION:The cassette type automatic securities issuing device body 1 is loaded to the dot printer 3 side and the electronic computer 87 is connected to the printer 3 through a cable 88. A controller 86 is connected between the device body 1 and the computer 87 through the cable 88 and many securities are inserted into the longitudinal direction and set up on a loading plate 2. In the device body 1 under said state, the securities are carried and detected at the port of a guide case to carry the securities into the guide case. Prescribed information is printed out on columns other than the amount display part 91 by the printer 3 on the basis of the information inputted to the computer 87 and then the amount is punched on the amount display part 91 by the puncher, so that the issuing efficiency of the securities is improved.

Description

[Detailed Description of the Invention] The present invention provides an automatic securities issuance device linked to a computer,
In more detail, it is a security that automatically prints out all the necessary information on certificates of securities such as bills and checks that have been issued for a long time on an electronic counter W machine, so that the above securities can be automatically issued. Related to automatic issuing device.

BACKGROUND ART Conventionally, in securities such as bills and checks, everything except the amount display part is displayed by hand or with a rubber stamp, and the amount display part is printed out using a special printing device such as a check writer.

In other words, a special check writer had to be used to display the amount in order to prevent falsification.

However, some companies often issue a large number of bills, and in such cases, conventional methods are extremely difficult and inefficient.

Electronic checkwriters are commercially available as devices to solve this problem, but these checkwriters are not capable of automatically stamping large numbers of securities in succession, and cannot automatically issue the securities themselves. .

In order to solve these problems, it is possible to use electronic meter WR and issue it in large quantities.
At that time, since the amount display part is printed by a printer, there is a possibility that the amount display can be easily falsified using this printing method, and unless this problem is resolved, it will not meet the Bank of Japan's eligibility criteria for securities. A problem occurred that prevented it from passing and being unusable.

Focusing on these points, the present invention has developed the necessary information for securities printed by an electronic computer, except for the amount display area, by a printer, and each time the amount display is stamped by a stamping machine. The problem is to automatically issue securities in conjunction with a computer, and the purpose is to automatically issue securities in large quantities by automatically printing out the necessary information for securities entered into the computer. To provide an automatic issuing device for securities which can be automatically issued continuously and in which the amount displayed on the amount display part of the securities is imprinted so that it cannot be tampered with. Another object of the present invention is to provide an apparatus for issuing securities in which the series of feeding steps from printing to stamping the amount on the printer side is very simple and operates with high precision.

In order to achieve the above object, the present invention is configured as follows. That is, a cassette-type device body that is removably attached to a printer connected to a computer body, and a guide for feeding and guiding securities that are sent by the printer with predetermined information printed on them, leaving only the amount display section. a case and a detection means for detecting the unique securities sent to the entrance side of the case; a feeding means that operates when detected by the detection means to transfer the securities into the case; and a transfer means for transporting the securities into the case by the printer. At the same time as printing is completed, a signal is sent from the computer side via the controller to a motor that selects the amount to be displayed on the amount display section of the securities, and a rotating motor that operates in conjunction with the motor and has symbols and numbers engraved on its outer periphery. It consists of a freely movable printing disk and a stamping machine consisting of a stamping hammer that can be moved in or out of the country with respect to the printing disk.

Hereinafter, since the device configured as shown in 1- is an automatic issuance device for securities, first attach the cartridge-type device main body 1 to the printer 3 side, and then insert and set a large number of securities into the device main body 1. In this state, when inputting or outputting the input contents to the electronic meter VJ JJ11 main body side to the printer 3 side, the necessary information such as the date, address and name of the drawer will be printed on the inserted securities and the securities will be printed. The distal end side is sent and guided to the artificial side of the guide case 4. Note that the items printed by the printer 3 are shown in the amount display section 9.
All +tN+4 except 0 are printed.

In this way, the amount display section 90 is removed by the printer 3.
4il. When the leading edge reaches the entrance side of the guide case 4 while the essential information is being printed during the feeding guide of the securities, the detection means detects the securities A and at the same time the drive motor 36 is driven. The securities are sequentially fed into the guide case 4 by a feeding means provided in the guide case 4.

In this way, the securities are sequentially printed and guided into the guide case 4, and at the same time as the printing is completed, the motor 62 that drives the printing disk 69 via a separately provided controller is activated by an output signal from the computer side. While selecting the symbol or number to be displayed on the amount display section 90 by the output signal, the printing disk 69 is rotated to select and position the desired symbol or number, and the stamping hammer 81 is raised by the output signal from the controller. Then, the amount corresponding to the output signal is stamped on the amount display section 90 of the securities positioned between the hammer 81 and the printing disk 69, and by sequentially repeating the selection of symbols and numbers on the printing disk and the hitting of the hammer, the amount corresponding to the output signal is stamped. are printed in sequence,
Securities will be automatically issued.

In this way, in the present invention, by inserting the device main body 1 into the printer 3 side and then inserting a large number of securities into the device main body, fields other than the amount display section are printed by a printer linked to a computer. At the same time, the amount display part will be stamped by a stamping machine, and therefore, a large number of securities will be issued automatically and continuously based on the content entered manually on the electronic #1 calculator. be.

Since the present invention is an automatic securities issuing device linked to a computer as described above, it has achieved the following special effects.

Since +11 electronic IIL is linked to the bank, it is possible to issue securities automatically and continuously, so a large amount of securities, such as 100 units at a time, can be automatically issued. They can be issued in conjunction with each other, which improves the issuance work of securities + fi in terms of rlfE and WM.
This is a completely new and useful effect that has not been seen since iL.

1. Processing a large amount of securities, which has traditionally been a very difficult task,
The publishing work of 31 according to the present invention is completely white 1i in an exceptionally short time.
1+, which has achieved ground-breaking practical effects in this field.

(2) The issued securities are printed with a printer except for the amount display, and only the amount is stamped with a stamping machine, so the entire printing process is done at a very high speed, and only the amount display part is stamped. As a result, the securities issued pass the eligibility criteria of the Bank of Japan, and all the problems of the conventional ones are solved, and this type of electronic computer and A device for issuing securities that automatically and continuously prints in conjunction with each other has never existed before, and was brought to the world for the first time by this invention, and the effects of this are immeasurable. be.

(3) Since the series of processes from printing to stamping from the printer side to the stamping machine side is a continuous work process, the printing, stamping, and feeding of securities are always accurate and with high precision. Since this can be done, it is possible to prevent misalignment of printing or stamping positions due to feeding errors, etc., and there is the practical benefit of being able to issue securities accurately.

(4) Furthermore, since securities can be directly printed and stamped on bill paper etc. issued by financial institutions, the work can be done without the need for special paper, resulting in extremely practical benefits.゛As described above, the present invention enables automatic issuance of securities by electronic R.
By linking it with a calculator, automatic and continuous issuance becomes possible, making it possible to issue a large amount of securities in an extremely short period of time, dramatically improving work efficiency, and displaying amounts using high-quality shavings that cannot be tampered with. This allows this type of securities to meet strict conditions and can be used in the same way as conventional securities.

EMBODIMENT OF THE INVENTION The embodiments of the present invention will be explained below with reference to one embodiment shown in the drawings.

Fig. 3 is a general front view of a bill issuing device showing an example of securities; 1 in the figure is the main body of the device having a mounting plate 2 for simultaneously inserting multiple bills A; It consists of a structure that can be detachably attached to 3. 4 is a box-shaped guide case provided vertically on a substrate 5 installed horizontally on the apparatus main body 1, and has openings 6 and 7 at the bottom.
The lower opening 7 is formed by forming a tongue piece 8 to open outward.

9 is a sensor provided on the upper plate 10 near the opening 7 at the lower end, which is the entrance side of the case 4, so as to emerge into the case 4 through a notch; 11 is on the upper plate 10 of the case 4; A feed roller whose outer periphery is knurled and rotatably supported by a swinging rod 14 which is swingably mounted on a shaft 13 supported by a bearing 12.12 provided near the opening 7 at the lower end. in,
A notch 15 is formed in the upper plate 10 so that the roller 11 does not come out into the case 4.

Reference numerals 16 and 17 refer to swinging rods 21 that are swingably provided around shafts 19 and 20 that are supported by a pair of bearings 18 and 18 that are provided approximately at the center of the case 4 and near the opening 6 of the two wheels. ,22
A pair of feed rollers with a knurled outer periphery are rotatably supported by locking pins 23 and 24 with one end protruding through the shaft, and the rollers 16 and 17 are rotated upward to prevent them from protruding into the case 4. A notch 25 is formed in the plate 10.

26 and 27 normally push the feed rollers 16 and 17 in both directions from the notch 25 of the upper plate 10 of the other base 4, so that both ends thereof are engaged with the pin 28 and the swinging rods 21 and 22, respectively. The spring 29 attached to the upper plate 10'' of the case 4 is inserted into the elongated hole 30.3 so that it can reciprocate between the elongated holes 30.31.
A movable plate supported by pins 32 and 33 that protrude into the interior of the movable plate 21), and a numbered V flat surface; The protrusions 23a and 24a of the support bin 23.24 of the above-mentioned sill I7-ra 16.17 are placed on the bulged surface 35.

3Ij is a drive motor provided on one side of the case 4 for the guy 1;
The gear 39 is fixed to one side of the gear 39, and the drive shaft 40 is connected to the lower plate 41 of the case 4 as shown in FIG. It will be built horizontally.

42 is fixed to the drive shaft 40 and is provided facing the feed roller 16 of the second class 10 example via the notch 25; 43 is the drive shaft; A heald 47 is fixed to the first driven shaft 45 and is connected between the roller 44 on the 40 side and the roller 46 on the first slave Jφ1115 side, and the feed l) roller 11 and the notch on the upper plate lO side. 1
5 is a rubber roller provided in face-to-face contact via 5; 48 is a heald rotated for 11 days between the roller 49 on the drive shaft 40 side and the roller 51 on the second driven shaft 50 side; 52 is the second driven shaft; 50 and the feed roller 1 on the plate 10 side
Rubber joint 1- provided facing 7 through the notch 25
53 is the other gear that meshes with the float 38 fixed to the Wf8Q model 9 shaft 37;
A cam 57 has a protrusion detecting portion 56 that is detected by a sensor 55, and a cam 6I has a bottle 6o that is inserted into a long hole 59 formed in a support plate 58 provided upright on the movable plate 29. are fixed respectively.

Reference numeral 62 denotes a pulse motor installed on one side of a plate 63 that stands upright from the case 4'', and a gear 65 is provided at the other end of the motor shaft 64 of the motor 62 that passes through the plate 1-63. is fixed.

66 is a large gear that matches the float 65 by 111 inches, and the support shaft 67 on which the mountain-shaped ((( S'
A printing disk (i9) is fixed on which printing portions 68 are engraved at regular intervals.
The ink sponge 71 is a shading motor provided on one side of the plate 63, and the motor shaft 72 of the motor 71 has a pair of bulging protrusions 73, 73 on the other end thereof passing through the plate 63. The cam 74 is fixed.

Reference numeral 75 designates an l+18<-shaped arm that is swingable about the bin 76 as a fulcrum by the rotation of the cam 74. One end of the arm 75 faces the first sensor 77, and the other end is connected via a connecting rod 78. A swinging rod 80 that swings about the bin 79 as a fulcrum is connected thereto. Reference numeral 81 denotes a punching hammer attached to the other end of the swinging rod 80 so that it can be raised and lowered by the swinging of the swinging rod 80, and the hammer 88; It is configured so that it protrudes from the upper plate 10 only when it is raised, and is projected onto the printing part 68 of the printing part 69.

) (3 is a spring in which the other end of the arm 75 and one end of the connecting rod 78 are latched at one end to a pin 84 and the other end to a pin 85 protruding from the plate 63;
The shaft pin 84 of the arm 75 and the connecting rod 78 is pulled open by the cam 74 (to) 1, and is also opened so that it is -u. 94 -) Second pulse motor 62 and printing disk 69
and a shading motor 71 and a hammer.

) ((j is in Figure 1.1, C3 two-electron old calculation (I
1111, and the controller 86, the drive motor 36, the pulse motor 62, the shade removal motor 71, and each psencer 9, 55, 77 are connected to the wire 88.
connected by.

Reference numeral 89 indicates a cover attached to the device main body 1.

The state of use of the automatic bill issuance device having the above configuration will be explained.

First, as shown in FIGS. 1 and 2, the device body 1 is installed in the dot printer 3, and a bill paper holder for, for example, 100 sheets is placed on the mounting plate 2 of the device body l as shown in FIG. 14 (a). Insert and set iA in the H direction with the back side facing forward.

Required information entered in advance into the electronic computer 87 in this state,
For example, if the recipient, amount, payment date, drawer 1], payer, etc. are output on the dot printer 3 side, the dot printer 3 will print out the required information in section iii.
In the process of feeding and guiding the primary bill paper 8 from the rubber roller 89 via the platen 82, a predetermined 1Ij is applied to the paper in the longitudinal direction.
The print head 95 prints horizontal characters at the locations.

This, 1. Feeding the sea urchin bill paper and I soto printer 3
1. Printing is simultaneously carried out, and the tip i'ji (Δ) of the handprint 4JE is sent into the interpolation I' part 7 of the guide case 4 as shown in FIG. ! When the I-9 detects the bill paper A, the drive motor 36 is driven by the output signal of the controller 86, and the drive of the motor 36 causes the motor shaft 37, the gear 38, and the gear 38 and l'
The matching floats 39 and 53 rotate respectively, so that the drive shaft 4 rotates due to the rotation of the gears 39 and 6;
0 becomes freely rotatable, and as a result, the drive shaft 40 and the health H3, 4
The first driven shaft 45 and the second driven shaft 50, which are connected through the shaft 8, are also in a rotating state.

Therefore, due to the rotation of the first driven shaft 45, the first driven shaft 4
As the rubber roller 47 fixed to the rubber roller 47 rotates, the feed roller 11 that is in contact with the rubber roller 47 also rotates, so that the aUE 8 for bills sent between the two rotates as shown in FIG. 9 (b). It will be transferred into the case 4 extremely smoothly.

At this time, the rubber rollers 42 and 52 fixed to the drive shaft 40 and the second driven shaft 50, respectively,
6.17 resists the tensile force of the spring 26.27 as shown in FIG.
．． The protrusions 23a and 24a of 1 are the bulging surface 35 of the rotating plate 29.
Since the rubber roller 42.52 and the feed roller 16.17 are in a non-contact state, the rubber roller 42.52 is in an idling state.

Furthermore, the gear 53, which is meshed with and rotates in the same direction as the gear 38 of the motor shaft 37, is in an idling state with respect to the idle shaft 54, and therefore the & moving shaft 54 is in a non-rotating state.

Next, as described above, by the rotation of the feed roller 11 and the rubber roller 47 on the first driven shaft 45 side, the bill paper A is sent and guided into the case 4 while the necessary information is printed one by one by the dot printer 3. Printing, that is, printing of all necessary items except for the amount display section 90 is the 14th step.
When finished as shown in the figure (one), at the same time the electronic utKJJ
An output signal of M87 color:, I:/l-Ll- is sent from the controller 86 to the drive motor 36, pulse black 2, and shade removal motor 71, respectively.

As a result, first, when the drive motor 36 rotates slightly in the opposite direction, the idling peak l1j53 rotates by r through the motor shaft 37 and the float 38, and the idle shaft 54 rotates in the same direction. Then, the protrusion 111 detection portion 56 of the cam 57 that is not facing the sensor 55 rotates following the rotation of the cam 57 to the position of the sensor 55, and the idle shaft 5
4 ahead jii f! As a result of the force J61 also rotating, the pin [; 58, the movable plate 29 moves slightly from the state shown in FIGS. 3 and 7 to the position shown in FIG. 10. Therefore, (thread II-pi>-23,2 of feed 1-1-u23,2/I)
1I from the bulging surface 35 of the movable plate 29 as shown in FIG.
IZ III is lowered to the position of the third plane, and the feed 11-ra 23.24 is facing away from the drive shaft 40 side: J
The tensile force of the springs 2fi and 27 causes the -1'-wide l-ra 52 of the second leg 501111I to come into reliable contact ().

Incidentally, when the roller cam 57 having the protrusion detecting section 56 rotates to a facing position detected by the detecting section 56 or the sensor 55, the controller 1-roller 86 is connected via the sensor 55.
An output signal is directly sent to the drive motor 36, and the motor 36 returns to its normal state and rotates. As a result, the drive shaft 40 and the first and second driven shafts 45.50 rotate normally, and the rubber roller 42.52 and the feed roller 1
As shown in FIG. 11, the G handprint paper A is securely sandwiched between the paper sheets 6 and 17 and sent out from the case 4 to the section 6 side.

Next, the pulse motor 62 rotates the gears 65 and 66 via the motor shaft 64 based on the output signal from the controller 86 color and commands of symbols and numbers displayed on the amount display section 90 for the Zunawara bill paper. Select the symbol or number provided on the outer periphery of the printed part aii 69 and press the hammer 81
A printed portion 68 consisting of desired inscriptions and numbers is placed at a position facing the
Select and position.

When this selective positioning of the printing disk 69 is carried out by the pulse motor 62, the controller 86
A force J, 74 rotates via the motor shaft 72 of the bear I[V, remote 71, which is driven by the output from the motor.

When the cam 74 rotates, the pair of protrusions 73 lock and rotate the pin 84 against the tension of the spring 83, and as a result, the arm 75 changes from the state shown in FIG. 8 to the state shown in FIG. When rotated about 76, the pin 79 is rotated through the connecting rod 78.
The swinging rod 80 swings gently from the position shown in FIG. 8 (Node 1 in FIG.
As the swinging rod 80 swings, the stamping hammer 81 attached to the other end instantaneously rises within the upper plate 10 and is positioned between the old hammer and the printing disk 69 by the feed rollers 16 and 17. Since the amount of money displayed on the bill paper sent is hit from the back side of the amount display section 90 to the desired printing section 68 of the printing disk 69, the desired symbols and numbers are stamped on the amount display section 90. .

Moreover, at that time, since high-quality cracks are engraved on the printing part 68 of the printing disk 69 and the stamping surface of the stamping hammer 81, the symbols and numbers stamped on the amount display part 90 will never be stamped. It will be stamped with a split so that it cannot be tampered with. In this way, the amount display section 90 shows the feed roller 1 of 2+11i1.
6.17 and rubber [ICA for bills between Coke 42.52
Since the paper is sent with the positioning adjusted, the amount display section 90 is in a stretched state at the time of stamping, and the printed content may be misaligned from the display section 90 or stamped on wrinkled paper. There is no such thing as being done.

Next, as described above, the pulse motor 62 rotates the printing disk 69 while selecting the printing contents on the printing disk 69 according to the output signal of the controller 86, and sequentially presses the marking hammer 8.
1, the amount input into the electronic δ1 calculator 87 is stamped on the amount display section 90 on the bill paper, and the printing of the bill A is completed.

When the amount is displayed in this manner, the bill paper A is sequentially discharged from the exit side opening 6 of the first slot 4 by the feed rollers 16 and 17 into the outer take-out case old, and thus is shown in FIG. ), it can be issued as a bill of exchange.

The bill A thus issued can be used in the same way as bills currently in circulation by cutting off the retaining portion 92 and the bill body 93 side. Note that -V-note paper A is set in the long horizontal direction (vertical direction) and transported in the same direction, but since all printing is done horizontally in the same way as on the printing surface, it is not currently used. There is no difference in appearance from what is there.

Fully automatic and continuous issuing of a large amount of bills by a series of controller 86, 1 throat printer 3, and issuing device linked to 1'' Uniden 7-d1 calculator 87 as described in 1- above. is now possible.

Note that the paper issued by this issuing device is
In addition to the form, -(il + value securities such as checks and stock certificates), it is widely used in any type as long as it is traded as a cash certificate.

Next, in the embodiment described in 1-1, the feed roller 11 on the input side of the case 4 is used as the bill paper feeding mechanism to start feeding the original bill paper, and the display of the amount is started.
Since the feed roller 16 at the center of the screen 4 and the feed roller 17 at the exit side are driven to feed the bill paper, it is possible to prevent misalignment and prevent the paper from loosening, which is important when displaying amounts. Although there are practical benefits that can be achieved by positioning and transporting by two feed rollers 16. ], 7 is not an essential requirement of the present invention. Therefore, the bill paper feeding mechanism is by no means limited to the seven embodiments. In addition, in the embodiment, it is used as a printer.
'I use a throat printer, but it doesn't matter what type it is. Further, as a detection means (J), in addition to being not limited to the above-mentioned sensor, it is also possible to insert the controllers 1 to 4 into the main body of the apparatus instead of separately.

The structure of the pond and each part is by no means limited to the embodiments described above, and may be replaced or changed in design within the intended scope of the present invention.

[Brief explanation of the drawing]

FIG. 1 is an external view of a printer equipped with a computer, controller, and printing device. FIG. 2 is a side view of the 4J printer shown in FIG. 1. Fig. 3 is a schematic front view of the issuing device. Fig. 4 is a schematic sectional view taken along the line B-B in Fig. 3. Fig. 5 is a rear view of the first guide gauge. Line sectional view. Fig. 7 is a side view of the movable plate. Fig. 8 is a plan view of the main part of the first stamp. Fig. 9 is an explanatory diagram of the feeding operation of the bill paper, and (a) shows when the bill paper is in the case. When it reaches the entrance opening, (1) shows the state in which it is being fed into the case by the feed roller. Figure 0 shows the operating state of the movable plate, and (A) is a front view.
(n) is the same side view. FIG. 11 is an explanatory diagram of the feeding operation of the bill paper when it is stamped on the amount display section. FIG. 12 is a plan view showing the operating state of the stamping machine when stamping is performed on the amount display section. FIG. 13 is an operational explanatory diagram showing the J/I output state of LJ bill paper. FIG. 14 shows a front view of the bill paper, in which (a) is before printing by the printer, (b) is when printing is completed by blinking, and (c) is the state after it has been issued. △...Cho, form 1 ・Installation: i'7 main body 3...Tonneau 1-Printer 4
...Gear back 6,7...Open [1 part 9...Sensor 11.16.17...Feed roller 29...
Movable plate 36... Drive motor 4... Balloon, motor 61)... Printing section 69... Printing disk 71...
Bearing motor 81...Emphasis hammer 86 Controller 87...Electronic calculator 9o...Money display section Applicant Noboru Fujimoto, representative of Nippon Icynis Co., Ltd., patent attorney, Figure 10, Figure 11, Figure 7

Claims (1)

[Claims] Denryo Keiken has a removable port 1 on the printer side connected to the main unit.
: A cassette-type device body that is attached to the printer, and a guiding device for sending the 111i certificate, which is sent with the specified information printed on the printer with the J-mark on the amount display part. A detection means for detecting the securities when they are sent to the entrance side of the case; a feeding means that is activated to transfer the securities into the case when detected by the detection means; and completion of printing of the securities by the printer. At the same time, there is a motor that selects the amount to be displayed on the amount display section of securities based on a signal sent from the electronic side VtMt side via the controller, and a rotatable motor that operates in conjunction with the motor and has symbols and numbers engraved on its outer periphery. An automatic securities issuing device linked to an electronic computer, comprising a printing disk and a stamping machine constituted by a stamping hammer that can be raised and lowered with respect to the printing disk.