JPS6024671A - Transaction device - Google Patents

Abstract

PURPOSE:To check up in each separate time a transaction quantity of one day and a quantity left in a device by providing separately a counting means for counting a quantity of transacted securities, etc. and offering them to the first examination processing, and said means for counting them in the same way and offering them to the second examination processing. CONSTITUTION:When a transaction is executed by the same method as a regular cash automatic paying device, and a settlement of the transaction is decided, ''1'' is added to the number of cases of payment-out counted separately by both a transaction careful examining counter 26d and a cash careful examining counter 26e. Simultaneously, the present paying-out (paying-in) amount is added (subtracted) to and from a paying-out amount counted separately by both of them, and a total of a transaction amount is updated. Next, a transaction examination processing is executed by depressing a transaction examination processing setting key 410 by a clerk, or by a signal from a computer 402, and the number of cases of transaction counted by the counter 26d and the paying-out amount are printed with the date. When the clerk depresses a cash examination processing setting key 11, the number of cases of transaction of the counter 26e, the paying-out amount, and the set number of contained sheets are printed with the date. The clerk can calculate the remaining sheet number from the printed numeral.

Description

[Detailed Description of the Invention] 1. Techniques of the Invention 1.11 Fields] The present invention remains in the first examination process and equipment r1 for checking the vl amount of right 1111+1id- bills traded in one day. 1.1 Technical background of the invention and its problems 1 This type of trading device is related to a transaction device that performs a second examination process to find out the quantity of securities held in the market. An example of an automatic cash dispensing device that automatically pays cash based on the operation of In other words, as shown in Figure 1, during the non-trading hours after transaction 11, 1 of ``J: Sea urchin-l'' was completed, the inspection process of daily 1 and the 2nd process were carried out. (In conventional devices, the division means for dividing the total amount of cash, etc., by 81 is the first il'I check process.
The second scrutiny process such as the i-inspection process (・was not set up separately for each process.

However, banks, consumption money L) 1! In the industry, etc., for cash payment operations using transaction devices, F11 (the expansion of human operation systems is behind the scenes, and for this purpose, the first scrutiny process is from the bank's management rental) control. By -a unit io'', the second scrutiny process is performed when there is no more cash available for payment.i) What is the first scrutiny process? However, in the conventional system described above, several means are provided separately for the first detailed processing, and for the 12 shields and 1"t processing. (There was a problem that we were unable to respond to the above request because there was no one present.

[Purpose of Butoaki] The present invention was made based on the above circumstances, and its purpose is to
[First scrutiny process to check the quantity of securities and the number of securities remaining in the device! A second 11'i inspection process for examining U can be performed in separate 111 intervals,
Furthermore, it is an object of the present invention to provide a transaction device that can be adapted to an unmanned system for the first scrutiny process.

[Summary of the Invention] In order to achieve the above object, the present invention includes a first word count means for counting the quantity of traded securities and subjecting this old numerical value to a first scrutiny process; The trading device is constructed by separately setting up a second 51 number means for counting the number of securities that have been issued and subjecting this counted value to a second scrutiny process.

[Embodiments of the invention] Embodiments of the present invention will be described below with reference to the drawings.

FIG. 2 is a perspective view showing an embodiment of the transaction device of the present invention, and FIG. 3 is a front view of the operation guide display section of the same device.
Figure 4 shows a perspective view of the internal layout of the entire device, and Figure 55 shows the card processing machine lid section and transmission processing.
II! Figure 6 (Δ).

(B) shows the front side of the transaction medium, and the back side of the transaction medium is shown.
4. A front sectional view of fil, FIG. 8 is a detailed perspective view of the spindle-shaped roller, and FIG. 9 is a banknote dispenser]! I! FIG. 10, a side sectional view of the low IM section, is a block diagram of the configuration of the device.

The device 6 of this embodiment is a device that can automatically withdraw deposits using a transaction medium (4i, for example, a cash card on which the customer's bank account number and contract name information are recorded). Exemplary device transaction) Appearance of neck (1°11
I will explain the process after it is completed. a! There are 113 in Figure 2 (indicated by 1)
- The items are 17 bodies of trading equipment, 2 (shown (Jb's details will be described later), etc. An operation guide display section 4 for interacting with customers is provided on the sloped surface 3 of the upper lid 2. Also, the frontmost section 5 of the housing 1 has a surface, A card loading/unloading section 1''6 for loading and unloading a cash card (hereinafter simply referred to as a card) having various information recorded on the back or both sides, and a banknote lower for discharging a predetermined banknote are distributed to the left and right in the figure. Roughly provided on the front side of the housing 1 is customer detection means 9 for detecting customers approaching the device.

The detection means 9 may be any suitable one, such as an optical lens, an infrared sensor 9, an ultrasonic sensor, a high-position waveform proximity sensor, or a cylindrical proximity sensor.

In addition, what is indicated by 8 in the figure is a key for locking the upper device 2. Further, a receipt outlet [1134] from which cash registers 1 to 1 are discharged is provided at Th of the card outlet 1-16.

Next, with reference to FIG.
j4 formation will be explained. 11 in the upper left of the illustration is the temperature displayed during handling, and indicates that operation is possible when "In Handling" is lit.
J et al. Reference numeral 12 on the right side of the figure is a keyboard including a numeric keypad, including numeric keys 12A, numeric keys 12A, and numeric keys 12A for inputting identification information such as 511 and 511, which is the identification information given for the purpose of identifying the amount of money and the customer. +Inquiry key 12B, Correction key 12C9 Moisturizing key 12D, 10,000 yen'' key 12, etc. are used to create li, 5. This keyboard 12
Part of the part includes an amount display 13 and a balance display 14. The staff call key (1) was dated January. The guide section extends in a straight line from the middle part of the left end in the drawing, and slopes upward from the middle. A stripe line 1G is printed from the right end of the drawing to the left 9; Insertion proposal guide column 7△, Transaction selection guide 11g+ 17 B, PIN number guide column 17C2 Amount guide 1tYI 'I 7 D
, card receipt information column 171'.

A bill receiving guide column 17F is provided in a frame shape.

16Δ accepts the direction of operation and has one arrow C 1, where the first four types of guidance columns 17A to 17D are manual guidance + ff1
21A, 4'(7) 2 g'! IR information! I! l, 171. E'.

17F is the receiving business office 2'1C, and both of them are brought there via the information column 21B in the communication 1. Soshi C1
The frame-shaped guide IYI 'I 7 A~17 has a
The live line 16 is divided vertically into three areas, with the upper area indicating normal operation guidance and the lower areas 19A to 19E indicating abnormal operation guidance. υΔ mark 111,) 18,
LEDs 20 with markings are provided, and when one of them is turned on, the operation status is displayed to the customer. The communication guide column 21B is divided into four columns arranged in a row.
These four L[E[)22 are used to create 476 L[E[]
The ED 22 is made to blink in sequence to inform the customer of the progress of the communication. Furthermore, at the bottom of the middle of the illustration, there is a message that says ``Start over and make it smaller'' and ``Please contact the counter at 83.''

LEDs 23 are arranged vertically to notify the customer of abnormal processing conditions such as "The staff member is in trouble." In addition, L E I) in the stripe line 16 18.20
Of these, the L[ED18 with the Δ mark indicating normal operation is, for example, a green LED, and the LED 20 with the mark indicating abnormal operation is, for example, a red LED to further clarify the distinction between the two.

According to the operation guidance display section, an arrow 16A indicating the operation direction is provided within the stripe line 16, along which guidance fields 1' 7A to 17F are provided, and a transaction selection guidance field 17 is provided.
11)", 1 indicates an abnormality, υΔ mark, v
Since the L IE mark has been set, operation is easy and it is extremely easy for customers to understand. In particular, we decided to color code the LEDs marked △ and the IE D marks as described above. This makes it easier to understand and prevents erroneous operations. Also, in F7j via the stripe line of the transaction selection guide field 17B, when the cart is inserted, the customer's desired transaction is selected. There is a selection key/IO to select the front of the card (A).
40Δ and the back of the card (1'3 +rii > selection key 401"3 is removed). Also, the communication
! '] 21 [3 is used as the border to separate the input field 21A and the receiving information field 21C, making it convenient to handle.
2'2 are made to blink in sequence, but normally in this type of device, the preparation of the disbursed banknotes and the slip processing are performed at the timing b~ at the same time I1. ＞, which takes time, so it is extremely effective to notify the starting situation at this time. Further, since the LED serving as the display is installed within the rough stripe line 16, the top of the display surface of the printer 1 to the substrate can be made small, resulting in an inexpensive device.

Incidentally, as mentioned above, one L'ED may be made to blink only on a platform where four LEs [5 are sequentially connected during communication.

Next, the internal layout of the entire device of this embodiment will be explained based on FIG. 4. The jacket 2 is attached to the housing 1 (Jbo 9
The back part corresponding to the card slot 6 shown in Fig. 2 processes cards inserted into the card slot 6. 24A
A slip processing mechanism unit 24B is installed at the back of the unit to record transactions and issue receipts.
It is being Further, as shown in FIG. 2, a dispensing bill processing unit (j, % section 2) for discharging transaction bills, etc. is provided in the inner part corresponding to the S1 bill inlet/output lower. A banknote storage 200 in which banknotes for transactions are stored is provided in the dispensing banknote processing mechanism section 25. When it is in the open state, it is arranged so that it can be seen from the top of the housing 1. Attachment 11() of the banknote storage 1200 can be carried out at 11j every 4 hours of the transaction.For this reason, the operator [4 can attach and detach the banknote storage 200 in a comfortable posture'(). ('r 1!J-
t will be significantly improved. In addition, a control unit 20 that controls each of the above parts is installed on the back side of 1HA1.
It is being The above-mentioned upper 1'N2 is attached to 1'i' through a hinge (not shown) so that it can be opened and closed, and in the intermediate state, it is held by a hinge (not shown). C'('4th, °j is made J, sea urchin (j11 is made.

Next, while referring to FIGS. 5 and 6 (A) and 7 (B), the above-mentioned card processing section 414 section 24△ is revised.
ll 'ej 4 Explain seedling formation. Card entry/exit [1
(A guide pair G1 that guides the front and back surfaces of the inserted car 1- from the casing 1 toward its internal force is arranged in the housing 1, and roughly guides the card supported by the guide pair G1. The first Ifl'J feed roller pair 103, the second conveyance roller pair 104A, the third conveyance 11-ra pair 10/1B, the fourth conveyance 1''-ra pair 108 and the A transaction medium conveying means (hereinafter simply referred to as a card conveying section d-b) Ll is constructed by transporting [1-R pair 110] of the card transporting section L1. A first detector 100 composed of 414 diodes and light receiving elements is disposed, and a second detector 106 composed of a light receiving element 414 is disposed in front of the second pair of transport rollers 104Δ. But; 1 is being crushed.Also,
A solenoid '101 that operates in response to a signal when a card is inserted (for example, a signal from the first detector 100) is arranged below the side of the cart transport section L1. Normally, the card entrance/exit route is 13.
J] The i7 lever 102 is lowered by the operation of the solenoid 101 to open one path for card entry and exit. Furthermore, it is possible to read and write transaction information, such as magnetic information, from the transported card.
The card is located along the axis of A (in the figure) and on the -1 side of the conveyance path Rc formed by the guide pair GrJ, and is edged. Reading magnetic information from the soil surface of J, which is configured as 1°, and similarly reading transaction information (for example) 1 optical air information from the ji-de which is conveyed through the first magnetic head 105Δ, (:Second magnetic l\rad 0 that can be imprinted
5B is along the third III1 feed [1-RA pair 1041.3 foot (not shown) direction and 1) 11th guide pair G
1 is located below the conveyance path RC formed by J: and is configured to read the magnetic information (from the F of the card being sent). ,
A first magnetic head 1 installed as described in 1.
05Δ and the second magnetic head 10j513
+441, set to be longer than the length of the card along the conveyance direction. Therefore, the second magnetic l\rad
0! When reading the magnetic information from the card by '313, the card has already passed through the first magnetic head 105Δ, so the card is read by the second magnetic head 10'5+
An unstable reading state of the '1st magnetic head 105A occurs due to the influence of the impact applied to the card when the card enters '3 (that is, the card enters the nip portion of the third pair of ll12 feed rollers 10413). can be completely prevented. At the rear of the card carrying section L1, the fourth conveyor [1-ra pair 108 and the fifth conveyer [1-ra pair 110] are located between the -C light emitting guide and the light receiving element. A third detector 109 is provided. Incidentally, what is the distance n [f
/ is configured to be longer than the length of the card in the direction of the card, and the tip of the card is always located within 5Δ of the four parts. Further, the drive system of the card transport section L1 is a pulse Tanabata 1.
11 and transportation to 1-ra 103. 104Δ,
1 oi 13, 108.

1'10 is a timing pulley f! that transmits the driving force from the pulse motor 111 and covers it. 4j, I by a transmission means consisting of Y 112 and timing pulley group 113.

has been completed.

Here, the card used for this practical example is shown in Figure 6 (A).
, (B). In each diagram, P indicates a transaction medium in which different transaction information is recorded on the front, back, or both sides. This is a card with the magnetic information side on the right.
The surface of the card board 301 made of resin or the like as shown in Fig.
A magnetic strip 302A is formed on the card 1 as shown in FIG. 6(B).
On the back side of the board 301 are credits 1 to J' used in the industry.
Three magnetic stripes 302[3 are formed based on type 1 of ISB-'9560. In addition, both I above
) The hot air stripes 302A and 302B are capable of writing and erasing various kinds of magnetic information via the magnetic heads 105Δ and 10513, and can be inputted from the numeric keypad 12A by the customer's operation (not shown). The implied number 1 is the legitimate l'! of the customer in question! 3 If it is not a ThlL number, call 111 and cancel the above, l -12
A storage area in which the number of presses (number of cancellations) of 1J is stored in an updatable manner, and a memory area in which the number of presses (cancellations) of 1J is stored in an updatable manner, and
The valid number is updated by 1 every time an incorrect password M is input three times. J, Octopus Cart 1] has an embossed mark 301A on the surface of which visible information such as the contract bank branch number and customer account number is formed in a concave and convex manner on the card board.

Next, the detailed configuration of the slip processing machine*ia section 2413 is explained in the fifth section.
The explanation will be given with reference to FIGS. 7 and 8 as well.

In FIG. 7, J3 indicated at 1'19 is a slip storage box, in which slips R recording transaction details and the like are placed upright. Slip R is a cash register]~R1 and a journal R2 that can be transferred by pressure are folded together with a two-piece rack, and this slip R is J5.
A number of sprocket holes (not shown) are provided at equal intervals in the longitudinal direction on both ends of the slip storage box 119. 1, which is conveyed to the shell 1 by engaging with the sprocket h of the wheel 120A, and on one side of the sprocket hole 120A, a printing device 121 equipped with a printing head 122 is arranged in three stages a'. , the slip R is held between the tip of the print head 122 and the platen 123 arranged in 3.1 directions.
People are starting to practice IJ 吋人'. b;7jn12
3) 16J, the slip 1) is sent to the cash register 1 with R1 and the separation plate 124 (separation plate 124 for J separation is installed). Rt II!!1 to this register h Rs to the retracting eye ij along the sewing machine 1 11゛1 (see Fig. 8) to rip IJi ?I<l;) g IJf+device c! ,
300 is installed ()1, this crack [θi device 30
04, hold the cash register 1~Rt (first clamp)
25A, 12513 (125A is the drive roller, 1
25 "Uha pinch 1" - La) and this coin 11'
I) Pit! 2]-R pairs 125△, 125B, and in the case of this embodiment, the pi/yb J, l) of the sewing machine lI゛t formed on the receipt 1 te 1 is also spaced at a narrow interval) And a warrior with a general speed of 5 and 31 in the grip 1; 1
Conveying means 125△, 12! :) I-3 to J, Ru1
``The second σ that can be relatively different from the first pick-up degree
) Wisdom fj transportation means example Eva i! 2 (1) Molecule 'ii
l:l'y vs. 12j3A.

'+2813 (128A has drive roller C, '128
] 3 is the pinch roller (there is one) and the b horn in Figure 8, -
1258.
A guide member, for example, a medium-heat part, which has a contact surface that comes into contact with at least a part of the register in a direction intersecting the conveyance direction where l<t On both sides of this contact surface 13301Δ, there is a non-contact surface 130 that is spaced from cash registers -1 to R1 and located at -C.
113 to the right, and bends the cash register I''I<1 in the direction intersecting the conveying direction of the cash registers I to R1 near the contact surface as the tension applied to the cash registers I to R1 increases. Roller '1301 (made to Le 1) d3 1st branch (10-Ra phantom 125A, 12
513 and the second separation roller pair 128A, -12813 is a pair of guide plates 12 for guiding the cash register ~Rs.
7 is set.

and the second clamping conveyance L1-L pair 128Δ, 128
A curved guide 129 is provided at the tip of B to change the direction of the cut registers 1 to R1 by 180 degrees, and the registers 1 to R1 guided by this curved blade id 129 are Rs.
The sea urchin (111
has been completed. and the turn guide pair 1311j
J: tte)) Direction changed l'L7ζRegister 1~ Systems 132 and 133 are installed (). In addition, this 1-no-1 output belt system 133
Inside, there is installed a cash register 1~(9 mi detector 150) which detects and covers the cash register 1-R1 which is put out by the 47+.

J: Said separation (journal separated by 124 [2 side is 11 - pull guide] - 126
is provided (), and the embossed mark ζ 301 △ of the card I transported via the cart processing mechanism section 27+, A] is pushed to the signal 17-1<2.
A small print printer 135 is installed which operates 71''.
ni j, one (shape) 戊Sa J'L One pair in 10,000 of the card conveyance path 17 - Narukite - 11) 1 is arranged with a concave 1 space r
'1 and the 11f2 feed path with the journal 1 < 2 is made 414 - C 1, and the 1 Noble kite 1J 1
Noma Nili 15b character right 'Jru'; +9 board (Example Work I3 ('I'L' 80.

Polyester sheet of about 1mm to 0.2.1Qm or spring steel plate of about 50μ01 thickness) 151A is taken (Nji
The digital 11-nal 1<2 that is being conveyed is located at position 1 between this thin plate 151A and the card P.
I'm now able to do it. Further, above the thin plate 151A and located in the gap between the journal guides 151, an embossing roller 1157 (for example, the outer peripheral surface is made of rubber) is rotatably supported by the holder 135A.
J-age Ql-C. Also, this holder 135A has a J: sea urchin screw nut 1, which is not shown in FIG.
42 is fitted, and the lead screw +11+ 114 is rotatable in the lead screw shaft 117.
The embossing roller 115 is configured in a 4M configuration so that the embossing roller 115 reciprocates along the conveying direction of the card P together with the holder 135A by rotating forward and reverse 'I. Na J33 part 5 J3
The one indicated by 117.118 is the holder position 11' that detects the position 1 city of the boulder 135A. These detectors are provided at both ends along the longitudinal direction of the first screw 'l'l111.14. The contents of the card 1] are printed on the embossed imprinter 135.
- A direction change guide 136 that guides the journal R2 that has been changed and changes its direction, and a direction change guide 136 that guides the journal R2 that has been changed and the journal R2 that has been changed direction.
A journal winding device ζ;'+37 is provided for taking off the paper. J3 in J33 Division 7 and 138 (
What is shown is to detect the disconnection of the terminal A7-nal R2; - It is a null cut detector.

Here, the above slip processing 121! 4:1 part 2 /l [3
The structure of the drive system will be explained with reference to FIGS. 5 and 7. A drive motor (pulse motor) 139 for feeding the slip is installed on the F side of the slip storage box 119 (;t
+j is a3, and the timing pulley 139A is turned by 11'I11 around this drive shaft 139.
, a timing pulley 137A installed on the rotating shaft 111 of the journal winding device 137, a timing pulley 12013 installed on the rotating shaft of the sub-block 1-wheel 120/\, and a timing pulley 12013 installed on the rotating shaft of the separation roller 125A. ”
Rotation of the timing pulley (not shown) installed in ( ) and the guide roller 12G for seat null @1 [Timing bell stretched between the installed timing pulley (not shown) and the other idle timing pulley IP l-1
40 is adapted to transmit the driving force j of the pulse motor 139. In addition, in FIG. 5, the journal winding device 137 is provided with a limiter 141 on the right side which slips when the winding speed increases and functions to perform smooth winding. A drive motor 145 is provided near the printing device 121, and is attached to the rotation shaft of the drive motor 145 (pulled 1c timing pulley 147B, second nipping conveyance roller pair 128A, 128B). A timing pulley (not shown) is mounted on the shaft of one roller 128A.

The driving force of the drive motor 145 is transmitted via 146 to the timing bell 1 stretched between the timing pulley 117A and the idle timing pulley IP. Further, in order to rotationally drive the lead screw shaft 114 of the embossing roller link 135 to reciprocate the embossing roller 115 in the left-right direction in FIG. 5, a lead screw shaft drive motor 11G is connected as shown in FIG. There is a step on the right side of the drive motor 139 for
The timing pulley 116A is attached to the rotating shaft of the drive motor 139, and the timing pulley 11/l is attached to the lead screw shaft 114.
The driving force of the drive motor 139 is transmitted by the timing bells 1 to 143 stretched between the timing bells 1 to 143. [T, as shown in FIG. 7, the timing pulley 14
The rotation of 7A is transmitted through a rotation transmission direction converter 4;+5 (shown ゛t!-!J') that converts the rotation transmission direction by 90 degrees, such as a pair of bevel gears, and then the redriving pulley 147C shown in FIG. Legend has it that it has become a place where people will be loved.
, this rotation is the idle pulley i/l 71) (!Y
is transmitted to the drive 148 of the JJI system 133 via the timing bells 1-149, and the discharge bell 1-system 132. 133.

Next, the above-mentioned card processing 1jN 45
5 nl+ 24A and the slip processing mechanism section 24B will be explained below. When the card P is inserted through the card slot 6, the card P is detected by a sensor 11 consisting of a light emitting diode and a light receiving element, and the solenoid 101 is energized to open the shutter 102.

As the card P is further pushed in, the pair of conveyance rollers 103 rotates, and the card 1) is moved along the card conveyance section L1 by 1 mj, and then moved from the second conveyance port to the pair 10/1. The card P to be transported is JIS-8-956.
, 0 (there is magnetic information on the surface of the card), the magnetic phase of the card 1-] is read by the upper first magnetic head 105Δ. On the other hand, the card 1) to be transported is JIS-13-9560 type 1.
1 (if there is a magnetic information 1J on the back of the card), the first one at the top passes through the air head 105A without any action, and the third conveyor [cola] on the back side vs. 104. The magnetic information of the card P is read by the second magnetic head 10513 at the bottom while being transported by the card P.

Furthermore, if the card to be sent 1 meter has transaction information of 57 recorded on both the front and back sides as explained based on Figures 6 (A) and (B), then the first 1. 1
05A and the second magnetic head 105 [3, the magnetic information 111 on both the front and back sides of the card is sequentially read. When reading magnetic information from the front, back, or both sides of the card P in this way,
The distance from the second magnetic head 10513 to the second magnetic head 10513 is determined to be 6 times longer than the length of the cured card in the transport direction, so the second magnetic head 1'050.゛The card is already in the first station at the I office that reads magnetic information from the C card.
The card passes through the magnetic head 105Δ of the magnetic head 105Δ, and the card enters the second magnetic l\rad 0513. Mountain-town shadow that is applied to the card when playing J]) I
1 of the first (first) magnetic head 105△. ;(
C8 is able to completely prevent the unstable state.
3 When the magnetic information is read from both sides of the card P, the information is read through the operation guide display section/lF transaction instructions.
Only transaction information that meets the customer's wishes is read out. If Card 1] is read correctly, IJ of Cart 1)
rJ, the transmission continues and the car 14 is detected by the third detector 105).
The position of ゛P is detected and it is temporarily stopped at a predetermined position ゛1 (see Fig. 5). Since this transport of the card 1-) is carried out using the pulse motor 111 as the drive source as described above, the stop position of the card P is guaranteed by J7 in controlling the number of pulses. On the other hand, the slip R is folded in two sheets, pulled out by a sprocket wheel 120A, guided between the print head 122 and the print head 123 of the printing device 121, and printed on the two sheets as they are. Printing device 1
The slip R that has passed through 21 is not handed over to the customer at a separating plate 124, but is rolled up as a record of the transaction at a cash register 17-R1.
The registers 1 to 1 are separated into the registers J and R2 shown in FIG.
First minute INJf a-la pair 125'A, 125B to second minute i+1t, c+-la pair 128△, 128B
transported to.

: Zoshi-C Reg-1 to R1 are the second molecules JI: l]-
Immediately after reaching the roller pair 128A, 128B and being clamped, the driving motor 139 for feeding the slip is stopped, and the rotation of the first separating roller pair 125A, 125B is stopped, while the The drive motor 145 is not stopped and the second pair of separation rollers 128Δ, 128B continue to be driven to rotate (1), and the tension horns acting on the registers 1 to Rt gradually increase and increase. Receipt (1)
is the contact surface 13 of the spindle-shaped 1''-ra 1301 Q I
As shown in FIG. The applied tension is
h (crossing the conveying direction of
It is maximum in the central part. Therefore, in Fig. 8, the perforation 1゛1 of the sheet R1 is the bend γ''11X.
Nearby ゛C tear () The entire beginning is torn along the sewing machine 1.I I't, and the receipt 1<1 related to the transaction is made into a single sheet.Then, the cash register 1- which has been torn 1θi 1 Ma 1 is the curved 12 <), and if there is a turn, it is a toss 1'1
31 and is discharged to the receipt outlet 13/I via the publication bell 1 to system 132, 133, etc. 4.

When converting this J, sea urchin register 1 ~] into single sheets, a conventional cutter (fixed blade or movable force) is not used, so the following steps are required to convert register 1 ~ into 11 sheets. )M 3 blue can be simplified, and Len-1 due to contact with the cutter
- Clogging can be prevented, and regular cutter replacement is not required, making maintenance easier. On the other hand, dijy-nol 1<2 separated by the separation plate 124
is the embossed mark 301 which is the embossed part of the card P.
After being subjected to an enhosprin printer 135 which suppresses and transfers the Δ (see FIG. 7), it is wound up by a journal winding device 137.

Here, as mentioned above, the card 1 temporarily stops at the useful position ()1, but this position moves to the emboss print 1.In the emboss print printer 135 of this device, the As shown in Figure 7,
The thin plate 151A is provided between the embossed imprinter 135 and the journal R2 is guided by the journal R2.
It is possible to completely prevent the paper from being clogged or damaged in the gap between the two V-nal guides 151, and in addition, the embossing rollers 11
5 and 17-nal 1 < 2 between 6Cj) special board 15'
1△ is interposed, so even if there is a difference in height on the upper end surface of the embossed mark 301A, the thinness '1'1Δ(,
Follow the height difference of 1A and pick up C, -1-emboss roller 11
The pressing force from 5 is uniformly applied to the pull 2 to realize the press transfer. When this card is released, the reverse of the above case is followed - the card is released from C card input/output 1''6. Also, if the card 1) has lost its validity after reading the 1.11 content of cards 1 to 1, it is decided to collect the card 1.
The card 1] transported at position 1]IJ is then driven by the pulser 1'11.

It is then transported further to the collection chute 14 /I -
1 if ΦJJ is seen 4i'i. By the way, 1! As mentioned above, the tip width of the card inserted into the card slot 6 is always on the 4th part A (see Figure 5) from the frontmost part 5 of the housing '1. Since I'm going to be in a position, I'm going to hit the customer's body! -! I
', Therefore, there is an inconvenience (J) that may cause damage to the card.

Next, refer to Figure 9jj%i CjlJ i,Ll
Out m Nu'! ';S 9u ], '[! (>14
The configuration of +"+i"J125 will be explained in detail II+. In the figure, 200 indicates a banknote storage box, and the fourth
As shown in the figure (as explained above, when the upper bank 2 is in the open state, it is placed in a position where it can be placed from above the 1λ body 1, and the banknote storage jli 200 digit 1 for the r body 1 is Bill storage JilT2 to achieve this decision 1 urine retention
00 to 1? A locking pin (not shown) that locks the banknote storage 200 in the banknote storage 200 is installed in the housing 1 located below the banknote storage 200, for example. In addition, this banknote storage 20 OLit tiifi has a payout banknote storage section 200Δ for storing banknotes to be paid out to customers, and a lottery ticket 191 to banknotes (2 pieces of banknotes or counterfeit banknotes, etc. taken out in a melon), or banknotes that have been taken out by a customer and collected. A collected banknote storage section 200B for storing banknotes, etc., is integrally formed with the collected banknote storage section 200B. A 200 Formed in the lower row of a-C1 banknotes with the longitudinal direction horizontal J: Multiple (
My father's banknote group 01 is placed upright, CJ3, banknote f! YQ
The most first part of 1 (right side in the figure) is pressed by a force of 4' (200 G), and the most forward part (right side in the figure) is 1 rotation fH. A take-out U-ra 201 is arranged to take out the paper 11 one by one, and the take-out Ll-ra 201 is rotated so that the C banknotes are ejected into the bill ejection port 2001). Also, the collected banknote storage section 20013 (Y, banknote storage y)
Small 171 water 200a lower row 1) f1 (formed) - C1 banknote storage [1200 (l I This is transported - C
The take-in roller that takes the banknotes into the interior is phantom 200 (
]C4j4Created-(There.3;;Recycled paper 1
3. In order to detect the legs of the banknotes collected in the storage section 20013, 1λ of the banknotes collected inside (6 layers) is detected.
- Turn the contact end 229A that is in contact with the entrance surface to the right, and
1) 14 supported 11 moving parts, for example 22 actuators, and a detection system formed at the other end of this actuator [-9225]. A detector (detection (;1:
Light emitting 2 in the position sandwiching the two: The child's light receiving clasps are placed facing each other ((
>2301) is provided. In particular, the actuator f-1-ri 229 (installed in the housing 200a of the paper 1:6 storage unit, detection:::: 230 +) is set to the housing 1 of the device by a fixed value j, +17 ( Therefore, these can detect the amount of collected banknotes (C) The installed state of the banknote storage 200 (for example, the presence or absence of the banknote storage J3 at the start of use of the device of this embodiment II5) It is also possible to detect storage abnormalities due to theft, etc.A drive motor 219 is attached to the housing 1 to drive the take-out roller 201. A relief cutout 2000 is formed in the housing 200a to avoid interference with the drive motor 219), and the rotation of the swimming pulley 220A attached to the shaft of the drive motor 219 is controlled by the timing bells 1 to 220.
0 to the -C drive pulley 220B, and the rotation of this drive gear 220B is transmitted to the spur gear (not shown) attached to the rotating shaft of this pulley 22OB and the rotation of the take-out roller 201 lT111. Further, the drive gear J that meshes with the spur gear (not shown) is transmitted to the take-out Ll-ra 201.

A 1+1Q feeding path 202 is provided on the sending side of the 7 banknotes taken out one by one from the payout banknote storage section 200Δ and formed by 414 from the banknote group A to the banknote A3. The Kojun-Makitana feed path 202 is connected to the drive motor 2.
It is mounted on the 19-turn rim shaft and is driven via the bells 1 to 220D, which are hung on the timing brake 220F. On 202, there is provided a double take-out detector 204 for detecting 1ν and for detecting the take-out of small pieces.
Furthermore, a counting detector 205 for counting paper sheets 13 being sent out is provided. - Makidana) At the far end of the entrance path 202, there is an Isuke collecting section 203, which sequentially collects the banknotes that are being conveyed (J8J, Uni 4C).
f1°1 banknote 02 (・small+J) n i'M i+
A conveyance roller 206 is installed at the 1st stage of the +2 single-sheet conveyance shelf path 202.
ΔDobel! ~206 [3 and IFs are formed from rejiek 1 to conveyance path 206 are accented, and furthermore, this rejiek 1 to conveyance path 206 is in contact with the lower side of bell l-206+3,
And drive 1-1-shi 218A, D-ray 2'1 to guy 1
Bell strung on ε313°218C h 20 G G
The banknotes that were issued were 11c'i on 110j Scheldt 206C.
It will be accumulated. Further, above the temporary stacking section 203, there is installed a rotation guide 221 which operates so as to align the leading ends of the banknotes and turn to listen to the exit side when sending out the banknotes. Further, a 1 drive roller 210 is in contact with the lower part of the banknotes of the bells 1 to 206G.
Transport bells 1 to 2 are installed between the cola 210 and the 1''-ra 211 installed above the 1111-II21 reconnaissance section 203.
08 is strung (J3, two 1''-La 210 and 21
1 is connected to a swinging arm 209 that can swing around the rotation axis of the 1"-ra 210. This swing arm 209 has a connecting link 214. A link mechanism (1?J) is attached to the crank 213 and the drive motor 212, and by operating this link mechanism, the roller 211 is swung to the position indicated by the dashed line 211Δ in the figure. ,'i conveyor belt 206 of the accumulation section 203
206 Press the stacked banknotes Q2 onto the two bells 1 on C.
It is now possible to send 1[9 between G and 208 with 1υ. In other words, each of the drives [1-R 210,218△] is driven to rotate by -C by a 1°C pulse motor 21'5 via drive bells 1 to 216, and the pulse -E
-Y215 forward/reverse 1le i:l #-,'niJ: -J
'U 1iir/L71-208, 206
G (7) Now that it is possible to change the iL row direction, drive the pulse-shield 215 in the 0 figure (13 riru counter) 1.1 crystal l 1j direction and -4 temporarily. Accumulating section 2
03 (accumulated banknotes Q2 are paper jli'5,
l[IIfJ is sent to the 1-1 side, and when the pulse motor 215 is driven in the GJ direction as shown in FIG. 3, which is transported to the collected banknote storage unit 200B side via the
In addition, a shutter 217 is swingably installed near the banknote I-17 and closes under the action of a solenoid 260. The solenoid 260 is actuated based on the
11 made C color.

In the figure, 230A to 230C1, 1 are detectors of various parts consisting of a light diode A and a light receiving cable. Mas paper Qi'
j:, If L,'l 7 is positioned in the recess 5 provided in the I-front part 51 of the housing 1 so that the banknotes to be dispensed do not protrude outward.

“Next” - Recorded payment banknote office 1! I! The function of the machine 4M section 25 will be explained.
s is separated and taken out one by one by the j-ra 201, passes through the Makidana feed path 202, and is stacked in a predetermined number in the i stacking section 203. At this time, the overlap detector 204 detects the thickness of one banknote by converting it into an electrical signal, and generates an overlap signal when it detects the thickness of one or more bills. Zuru. Therefore, in the control section 26, when receiving the overlap signal, the take-out roller 2
Stop 01 and move to rigid action
It's becoming z.

That is, as described above, the swinging link 209 is swung by the link mechanism to push the take-out roller 21'1 onto the bells 1 to 206C of the temporary collection section 203 (reversely transporting the discarded banknotes). Then, the rejected banknotes are collected into the collected banknote storage section 20oB of the -C banknote storage 200 through the 0 feeding path 206. It is designed to prevent the banknote detector 205 from counting Muku1.Also, if there is no stacking, a predetermined number of bills are sent to IiQ (IiQ send Berber 1 to 20812) Lt
t-206G conker holder LT, banknote L- (11 on 7 side
77 sent. At this point, the rotary guide 221 that aligns the leading edge of the banknote, etc. hears it, and the scuttle 217 hears the 'cN operation as described above, and the banknote is conveyed to the paper Qi'j exit D7 side. At this time, the bill is in a state in which most of its leading edge is exposed outside the bill L17 (...the trailing edge is
6c, the autumn beat is C by 208. This customer forgets to take the banknotes.
20613, 206 G, 208 are running in reverse,
The banknotes are collected in the collected banknote storage section 200 t3 of the banknote storage 200.

Next, the control section 261 of the apparatus of this embodiment will be explained. a
FIG. 110 is a 41+5 component diagram of the apparatus a of this embodiment. In FIG. 10, the acceptance b at 400 is the transaction device p, which is the device of this embodiment: i ``i'' is present, and the control unit 2
6 is card processing IN 41+,) Department 2/I△, slip processing is vortex department 2113, withdrawal 141 '4% 1ffi
4i+'t flu 25, operation (T'16 connected to internal receiving part i1 and internal monitor 401 U 4771
The device 7I00 of this embodiment (the central processing unit, for example, a bank's IJo), uses a switched line.
Center calculation 1ffi4'02 in 11runta. Other equipment such as 1'A: Security and Receiving Department 11 device 403 installed in the maintenance department for this transaction device or arrival transmission/reception processing device 1404 installed in the security department for this transaction device 47.3 so that it can be selectively connected to. J3, the connection of the switched line is performed by the line connection unit 26 based on a control signal from the main control unit 26A provided in the control unit 26.
Become like 13 does. Further, the internal monitor 40
11, various input means used only for staff operations, and first connect the exchange line to the center computer 402 and the maintenance transmission/reception processing JI! For example, the line number registration mode setting keys 401 △ and l!
l! A line number input key 401B is provided for inputting the line number. In addition, the vi of banknotes traded on this device in a day
A transaction 1 inspection processing setting key 410 is used to specify transaction 1'h inspection processing when performing the first inspection to check the amount (hereinafter simply referred to as transaction inspection), and the transaction 1 inspection processing setting key 410 is used to specify the transaction 1' inspection processing when performing the first inspection to check the amount (hereinafter simply referred to as transaction inspection). [Second examination (hereinafter simply referred to as current examination) to check the number m of banknotes remaining in the payout banknote storage section 200Δ (in the case of this embodiment, the number m of banknotes that can be used) Cash scrutiny process setting key 4 to specify cash scrutiny process
11, the clerk enters the number of LC banknotes to be stored in the payout banknote storage section 200Δ. The designation of the fi-inspection process is not only carried out by operating the transaction scrutiny process setting key 4'10, but also by receiving a setting signal from the transaction scrutiny process 11j from the center KL G' machine 402. In particular, the number of sheets set manually with the sheet number setting key 4==412 is set 11 as recorded in the memory 26a in the main control section 26Δ. 1 and the control unit 2 (3Δ has a wooden board that counts the amount of banknotes traded and the number of transactions, and this 81 value is added to the transaction process. first h1
A second counting means, such as a transaction inspection counter 26d, and a second counting means, for example, a cash inspection counter 26c, which records the amount of banknotes traded and the number of transactions, and uses this counted value for cash inspection processing. Being beaten.

Here, the main function realizing means of the control section 2G will be explained as follows. I-' The functions of (a) to (b) should be realized (configured).

(a) When the transaction scrutiny process is designated, the word value value stored in the transaction 711 inspection counter 26d is printed in the digital number 17, and then the transaction inspection counter 26d is cleared. When the cash 1 inspection process is designated, the item 1 value stored in the cash inspection counter 26e and the set number of coins stored in the memory 26a are printed on the serial number, and then the cash inspection counter 26e is cleared.

(b) Retrieve the PIN entered using the numeric keypad 12A)
1'Jη' operation is performed via the 717 erase key 121).
' ? If the card is canceled, the number of cancellations is recorded on the card P via the first and second magnetic heads 10A, 10513.
The magnetic stripes 302 A and 302 B Ic are recorded, and when the recorded number of cancellations reaches a predetermined value, for example 3, transactions with one card are disabled.

(c) Based on the output j from the customer detection means 9 that detected the approach of a customer, the exchange line is determined by the render nl calculator 402.
Connect to.

(D) Normal operation of the pulling device at 11. ``F' for i'' moxibustion line! If an error occurs when the issued J-bench banknote is lost or when the issued J-bench paper 2Σ card is updated, the above-mentioned maintenance machine will be connected to the
! 1.1 Switch and connect the exchange line between IO3 and UX11i5 transmission/reception processing unit I'T40'I.

(e) If the PIN entered manually from the Tehe key 128 for the first time is not valid, the customer's PIN is received from the center controller 402 and sent to the main controller 26A.
1Ii7 FjL stored in the memory 26a of the
The validity of the PIN entered from the second time onward is confirmed to the transaction device by comparing the entered IIQ and number 11.

(To) Render! 41"; N Tsuki/102 and Ho';'J'
3-speed reception processing device 403 or renal transmission/reception processing 1! ! ! Enter the line number to connect to device 4.04 by the staff member.
(When registering, press the line number registration mode setting key 4.
01A and line number type) Connect the exchange line based on the line number entered via the J key <ols, send a confirmation signal, and after receiving a response signal in response to this confirmation signal, connect the line number is written and registered in the memory 26a in the main control unit 26Δ, which is a line storage means.

Next, the body movement flE of the above-mentioned embodiment device will be explained.

First, the operation when registering a line number based on an operation by an attendant will be explained with reference to a flowchart, not shown in FIG. The line number registration mode setting key 401A, indicated by +2 in FIG. K jj person key-401B
Register your phone line number via the rental machine/I
When the line number to 02 is entered manually (step S2), the line is connected using the input line number (step S3).

Then, from the control unit 26, (+1
(ii name 1 warning message is transmitted (step s4), after which it is determined whether there is a reception from the renderer 1tia! 402 (step S5), and when it is determined that it has not been received, the timer 1- is reached. The determination in step S5 is repeated (step 6) 3. Then, once it is determined that the received signal has been received in step S5, it is determined whether the received content is a response signal corresponding to the connection confirmation signal. (Step S7), and if so, the line number is stored in the memory 2Ga in the control unit 26 and the line number is registered (Step So).
. +3, when it is determined that there is +3 in the step S6 and there is a timer l-t', or in the step S7
When it is determined that the odor is not a response signal (a message is displayed (Step 89)), the registration process is terminated.
jl wire number registration process (4T in particular).

(13, Maintenance transmission/reception processing unit f [!7.403 or you (
I? ii Sending/receiving process J! When registering the line 1fAtS number of the 11 device 404, the process 41 is the same as that of registering the line notification of the above-mentioned hint 1 device 402, so a detailed explanation of the operation will be omitted. In this way, according to the device of this embodiment, when registering the line number, C can register the correct line #I with a very simple operation.
A! The number can be registered, and troubles caused by incorrect registration of line numbers can be completely prevented.

Next, Figure 12 (Δ) shows the behavior during transactions based on customer operations.
The following description will focus on the code shown in (E) to (E). ``Card insertion J'' is displayed on the operation guidance display section 4 (step 51o), and then it is determined whether or not a customer is approaching the device based on the output from the customer detection means 9 (step 51o). 511).When it is determined that the customer is approaching, the connection operation of the line to Sentuba 1-1-402 is started (step 512).In this way, based on the approach of the customer, the connection of the exchange line is determined. Therefore, the time required to complete the connection of the exchange line can be shortened compared to the case where the connection of the exchange line is started for the first time as soon as communication with the 12-point computer 402 is required. Ru.

Then, when the card is inserted, step S! 3), the contents are checked (step 51a), and the message "If the result of the check (step 515) is favorable or unfavorable, please contact 1 window" is displayed.
), the switching line disconnection 10i process is performed (step 51
7). When 4 is displayed at the JJR counter, M
(For each i, go to the window [1 (j) and inquire of the person in charge t1. If the result of the above step S1s is good, the display for inputting the certificate number will be
j': 'rv' (step 320'), and as a result of the determination of time 1 out 1- (step 521), it is determined that the timeout has occurred, and the card 1 is returned to the card 1'6 (step 522). and 1 card is taken out and restarted from the beginning to display 1 and 1 (step 52).
3) is performed, and then jirl ”;'S.

When J, car 1' I-) is taken out, Sfu-tsubu S? 4) Cutting off the exchange line 3 (I! is performed (
Step $25) The operation is terminated. Also, as a result of the determination of the slap S21, it is determined that the time j)1~'C is not 1. :Togi is next to determine whether 1i8 death number month is inserted or not fj
We (step 82?) repeat the determination in step S21 and step S27 until the dark IL number is entered.
'L. .

When it is determined that the PIN code M has been inserted, the information read from a predetermined area in the magnetic stripes 302Δ and 302B of the inserted node 1 is transmitted to the customer as shown in FIG. 12 (B). PIN number or other 1
It is determined whether the code is a special code such as a seat number (step 528). As a result of this determination, it is determined that it is not a special code, and the IC and the magnetic strips 302A, 302
If the PIN number M is magnetically recorded in the PIN code M, check whether the PIN code read from the magnetic strip 302△, 302B matches the PIN number entered by the customer's operation. A determination is made (step 330).
.

Further, as a result of the determination in step 82B, if it is determined that the code is an 'f special code, that is, the magnetic stripe 302
If the PIN number is not recorded in A or 302B but the account number is recorded, it is first determined whether the current 113 security number verification is the first (] verification (step 531). ), if it is not the first collation of (), the process moves to step S30.If the first collation is "(), 1 out of 1 father-uncle is displayed." Enter the account number as the code and the PIN number entered by the customer based on the customer's operation.
02 +, 6 places to send using the second father return line]! l! (step 533), and then searched in 402 based on the account number that was sent.
ll certificate number and this 'ji'i: 11 number.The verification result with the processed 11B certificate number is sent to Rental Calendar 402.
from the exchange line (step 53)
4) Based on the verification result of the receiving process, it is determined whether or not the message that has been selected by the customer's operation is correct (step S35).Then, the result of the determination in step 835 is performed. , human powered l1i5 n
If the i1 number is incorrect, it is determined that the number is 1, and the correct X password that has been processed for reception is stored in the main control section 26A in the main control section 26A.
read (step 536). This J, .) - (stored l1if;1ff1 number (J, step 3 above)
31 and step S30 after the second ['' l1
ii j'+ll Ichiban Shijiq] Since it will be used for verification (in this case, the password M written in the memory 26a and the customer's password ), "j'j Serial Number Column Number Matching Block 0"
Lenz B1 stick! u There is no need to send and receive data to and from AO2, and 111) Reduces verification time for certificates.H-C is transaction 1!・
It is possible to achieve a reduction in time of 1 hour. If the determination result in step S30 is t' NO OJ, or after step 336, it is determined whether the cancel key 121 has been pressed (step 838). The result of this judgment is cancellation and judgment 1! '/i When card P looks like [~
The number of cancellations read from the memory 2[Rear] in the memory 3(,) 2A, 302B is calculated by the cancellation counter 2 in the main control unit 26A.
611, -C (add "1" to ii'+ step 539), and then check whether the number of 3b is a predetermined value, e.g. (3). Become (
Step 540)1. When the predetermined value C'' is not found, it is stored in the cancellation counter 26b and the number of cancellations is 1111, 1 grandchild head 105△, 105B.
At the same time, this card 1] is stored in the card memory 10 and is returned to the card slot 61 (step 541). Display is performed (step S42)
, When the card P is taken out by the customer after (step 543), the process of disconnecting the father's return line is completed in the fourth row (step 544). 1fJi is published as a specified Mi, it is assumed that the fraudulent user of the card has entered the dark corner 1 number at random, and the [window [1 - 1 display (S)]
Step 545) and line disconnection processing (step 546) are performed, and the operation ends. In addition, for unauthorized users (
I was at the counter and I was 4f surprised that appropriate measures were taken.

When the number of cancellations reaches a predetermined value, transactions with the corresponding cart will be disabled (unauthorized use of the card can be effectively prevented).

J, d3 C cancellation in step 330 - (゛I1
1. When it is judged as 1gi. Above '5J stop-12
Based on the number of G presses, it is determined whether the number of C knee-nos is three (step 540). Number of errors 7'
When it is determined that the JV 31171 is JV 31171, the validity number read from the storage area in the magnetic stonobubes 302A and 302B of one cart is placed in the validity force rank 26c in the main control unit 26A, and the Add “1” to the value and slap 549), then add this validity counter 26C (J
) is a predetermined value, for example, 1-2'' (step 350). If it is determined that the magnetic head 1ffj is not equal to 7, the validity number is stored in the validity counter 26c, and the validity number is equal to the magnetic head 105Δ.

At 105B, this cart [] stored in the storage area of one cart is stored in the storage area of one cart.
11 (step 551), and a message ``Please remove card 1 and start over from the beginning'' is displayed (step 852), and when that one customer removes card 1, Step 553) The switching line is disconnected (Step 554) and the operation is completed. In addition, in step 35o, it is assumed that the unauthorized user of the card entered the PIN number randomly, and the 1-counter is sent to the counter. Display (step 555) and turn
) The off lηi process (step 556) is executed and the operation is ended. In addition, for unauthorized users, C will go to the counter (13) and appropriate processing will be carried out.When the validity number recorded based on the error occurrence reaches a predetermined value, the card P transaction becomes impossible, so unauthorized use of the card can be 111 ``really prevented''1. -Press the correction key-C-Redo-C-Touch" is displayed on the line (step 550), and when the 1110 customer presses the key (-shut key is pressed (step 559)) , Figure 12 (Δ
), there are three keys in the screen 820 shown in step 820.
-Y E S J In other words, In (4'8' ni 1) c Input password 1. When it is determined that J jJ is two wins, the I order Thr is determined as shown in Figure 4112 (C).
The display of i-immersion 1 is displayed on q (step 5GO). When l'211i (1'1''; l??, C key manual is performed by Haku (step 561), human power 4-1 is h
Whether or not it is the circle key 121- (SJTZO3'') 62), verification, whether it is j=-1213 (step S63) or whether it is the correction key 12G (step S64) are sequentially performed. It is determined whether the time limit is 1 or more (step 565). When it is determined that the 10,000 yen key has been pressed as a result of the determination in step S62, it is determined whether the amount has exceeded (step S66). ``Please try again within the limit'' is displayed (step 567), and the process returns to step S61.
When it is determined in step 6a that the correction key has been pressed, or when it is determined in step 865 that the timeout has not occurred, the process returns to step Se1. Also, when it is determined that the timer is 1~ (step 565)
, discarding the card P to the card entrance 6 (step 57)
0) Please remove the card and start over.
is displayed (step 571), and after the customer removes card 1 (step 572), line disconnection processing is performed (step 573), and the operation is completed.

Then, in step S63, when the collation key is pressed and the judgment [
l;L I! Figure 12<
D) Shown in 1. "J, Uni 1 - Communicating" is displayed in four rows (
step 575), then tl! The information t9 that is input to customer i's operation 1'1 is 11;N.
``102'' (step 376)
), front, 1C slip processing machine (14 section 24B, etc., front printing on 'C slip and envoice print 1 is done one line (
Step 577) a Jj front print] 5, transaction I1.4, g11 (seed oil deposit or current account, etc.), transaction type (deposit or withdrawal), bank number, branch number 9 account number Also (, I.

The transaction amount, etc. will be printed. Zoshi C Rental Calculation (1!2 which performed the reception process from Iku 402 (Step 8)
7+1), it is determined whether or not a transaction has been concluded for rental service fI91Q4Q2b (step $79). If the transaction is unsuccessful, update the card by changing the information in the magnetic stripe if necessary (step Soo), and check whether an abnormality such as an abnormality including 4442S of the magnetic information 91 has occurred during the card update. is determined (step So
, x). If an abnormality occurs, rental calculation 14.02
The line disconnection processing is performed (step 582) and the maintenance transmission/reception time processing device F (403, Suga (+iii transmission/reception time processing device 404) located in another department such as maintenance and security is performed.
After the line is connected (step 583) and the abnormality information is transmitted (step 584), line disconnection processing is performed (step 585). If an abnormality occurs, the exchange line will be automatically switched and the abnormality information will be sent directly to the maintenance department and equipment department. Information can be transmitted quickly, and Hi-C is a safe and reliable transaction system. f
It is possible for YY to be applied in which direction.

Note that after step 5115, error printing (printing of the abnormality information on the slip) is performed as shown in FIG. 12 (1-3) (step 886), and the processing is left to the clerk. Further, when it is determined that the transaction has been completed at step J3 in step S79, the cumulative amount of transaction in this device is updated (step 888).

The line 15 adds 1 to the number of withdrawals counted separately by both the transaction inspection counter 26d and the cash inspection counter 260, and the withdrawals counted separately by both. The current withdrawal amount will be added to the current withdrawal amount, and the cumulative transaction amount will be added to the transaction amount.
13 Processing machine IM section 25 contains the number of "j4" (step 809) and updates the card if necessary (snop 890)
Toga row 4rei) 8. I-Ki Suarno Ss 9
, 89 o (before C)) It is determined whether an abnormality such as a card update abnormality or a banknote jam has occurred (step 595). If an abnormality occurs, please contact Rental Planner (
<02 Which line disconnection process is Ijnere (step $91
)Maintenance': K is connected to the maintenance transmitting/receiving processing device trf'103 + heat 1xun transmitting/receiving processing device δ/IO/l located in another department such as Nae (step 592).
), after the abnormality information is transmitted (step 593).
114 lines are disconnected (step 594)
). This J, sea urchin b+1 always light'L, 1. + '/-
If the exchange line is J14, the exchange line will be automatically switched.
iij.

The information is sent directly to the maintenance department and expense department (',
J, Rimo Tadashi ([[[[[[[[[[[[[[]]]]" can be carried out quickly, and information processing and transmission can be carried out 1°i, which in turn improves transaction security and 1a Yoritake.)゛It is possible to give C. Note that after step S94, the previous step)
Similarly to (e), poly-error printing is performed in FIG. 12 (g) (step 586), and the process is left to the staff.

Then, when it is determined that there is no abnormality in J3 at step Sa1, J: Printing after sea urchin as shown in Fig. 12 (E) (hints such as the reason for the transaction failure and the number of unrecorded transactions, etc. from the δ1 calculator) The downlink message is printed (step 596), and then it is determined whether the balance is insufficient (step 597). When it is determined that the balance is not insufficient, 1 is displayed on the window 21 (step 898) and the line is disconnected (step 599), and the operation is terminated. Sometimes a message "Credit limit exceeded" is displayed (step 51oo) and one card is returned 7JI
The operation (step Stot) and the display of "Please take out one card" (step 5 soz) are performed in sequence.
After the card P is taken out by the inspector (step 51)
o3) Line disconnection processing is performed (step 3104) and the operation is ended. In addition, as shown in FIG. 12(D), the restep S
95, the difference is Iδ71', (if it is determined to be L, the card, cash, and cash register-1~ will be released (Suratsuno'51oe), and later printed (balance, what transaction number is it today) Approved.

Handling time, unrecorded 1' [how many numbers there are, downlink message from Hl 'i'h 1 and handling date "14f etc." are printed) line: RIRE (step 51
13), and “Thank you, Shinoko 3. Card,”
``Please take out the old item with cash'' is displayed (step 51o7), and a determination is made as to whether the tie lx7 is 1~ (step 51oela) Before timeout 1-, car 1~ is displayed.
It is determined that cash, etc. has been taken out, and it is placed in the IC (step 8109). Line disconnection processing is performed (step S1t).
o) The operation is terminated. Also d3 for step $109
Mr. Dosakuko, who was judged to be in a time-out
The 4f cash taken out by customer i is recovered (step St t t ), and an error message to that effect is printed (step 886 ), and the process is left to the processing in charge L1.

Next, a description will be given of the operation of performing a detailed inspection process based on the operation of the staff member. FIG. 13 shows the operation of the examination process and is necessary to proceed to flowchart 1. The scrutiny process is performed by the operation of the transaction scrutiny process setting key 41o by the clerk or by the transaction scrutiny process specified by the transaction scrutiny process setting signal from the center calculation [11402], or by the cash inspection process by the clerk [j]. It consists of the operation of the setting gear 411 and the cash inspection process specified by J. First, the specified scrutiny process is the transaction scrutiny process or the cash scrutiny process 141! A determination is made (step S1'2
0), if transaction inspection processing is specified, transaction information is immediately printed (step 5121').

In other words, the transaction is carefully examined as shown in Figure 14 (A).

The year, month, and date are printed on the Aceinal (before); c
Sticky counter 2 (3d-(-, lil) The number of transactions and the withdrawal amount are printed on the digital V-null, and the printed digital
The 7-nal winding is wound to a length of 1.delta.137 on the 17-nal winding. Thereafter, the transaction scrutiny counter 26d is cleared (step 5122), and the operation is ended. Also Sfutsubu 8
J3 in 120 (If it is determined that it is a cash consolidation process, tax examination printing is performed on the journal (step 5x23), i, as shown in FIG. 14(B).
The cash i1i'i check, IJ]I-] is printed on the journal and the cash check counter 2G
1 released transaction ('L vi key for setting the withdrawal amount and the number of coins/L - + set in 2 -0
The number of stored sheets arranged in the 7th column 26a is printed on the paper sheet. The C cash inspection counter 260 is cleared (step sx 2'4), nt, L 0
! Figure 14 (B) shows the case where J” cash adhesive printing was performed.
- From the set number of ten thousand yen banknotes C written in the null and the withdrawal amount in ten thousand yen banknotes, calculate the number of ten thousand yen banknotes that should remain in the payout banknote storage section 200A r9, and combine this number with the current payout banknote storage Part 20. Compare the number of 1,000,000 yen banknotes remaining in OA with the number of 1,000,000 yen banknotes remaining in OA: We will examine in detail the quantity of tradable 1,000,000 yen banknotes remaining in device A. After the cash has been merged with clerk Lj by J, clerk L1 pays out ten thousand yen bills and stores them in bill storage section 200A for the next transaction. The number of sheets can be set manually using the digital key 412.℃
(Step S125), the operation is ended.

Here, regarding the relationship between the first scrutiny process (transaction scrutiny process) and the second scrutiny process (cash scrutiny process), please also refer to time check A7-t- shown in FIG. In the figure, J3 indicated by a is the -th trading time period by the water device, and 11) shown between each trading time period a is the non-trading time period.It is clear from the above explanation. J:・Uni The device of this embodiment is a transaction scrutiny counter 2 for transaction scrutiny processing.
6 (1 and cash inspection counter 26e for cash inspection processing)
Since we have a special value of 1Iij1, the transaction of l to −11
．． Immediately after the end of the 1st period (lL'i time [1°t2.Ua), transaction scrutiny can be performed every day, and for cash inspection processing, the end or near end of the banknotes stored in the payout banknote storage section 200A is performed. ” end is detected, for example 11
．． In this way, the device of this embodiment performs the transaction scrutiny process and the cash scrutiny process separately, so the transaction scrutiny process can be carried out at the center
If this is done using the controls 1 to 1 from N402, there is no need for the staff to go to the location where the IU fil transaction device is installed, and it becomes possible to apply an unmanned operation system to the transaction inspection process.

It should be noted that the above embodiment is just an example, and it goes without saying that various modifications can be made within the scope of the present invention. ) Regarding the transaction device exclusively for dispensing in item 7, d (As mentioned above, the present invention can also be applied to a transaction device that is capable of depositing and withdrawing money from banknotes of different denominations). , for example transaction i1
Regarding the 1st inspection process - C is the 16th 1 (Δ) As shown in IZ, the number of joint transactions is 1 J1 gold coins and the number of coins by denomination is divided into 1 minute for deposits and withdrawals. ') 1 number of accounts means (7,;; with respect to cash inspection processing -C is the first
As shown in Figure 6 (B), the total 7 + ('l total 6) 6' amount and number of coins by denomination are divided into deposits and withdrawals () and cash t1'
In this case, the total set amount is 113.

bJJl for the set number of coins by denomination and set amount by denomination! Gold lees
Monkey prints 1J. J, the set number 1i+"1 will be stored in the memory 2 (3a). Memory Eleanor, it is possible to use a counter dedicated to P.
"Automatic payment that dispenses cash in response to a customer's operation" It is also possible to apply the present invention to other trading devices that trade various e-value securities other than banknotes.

[Effect of the invention] As is clear from the above description, the transaction device of the invention relies on the number of traded securities by 4, and this number is subjected to the first scrutiny process. a first counting means that calculates the quantity of traded 41-value securities, and a second counting means that calculates the quantity of 41-value securities traded and whose it value is subjected to the l't'f inspection process of εIX2. Especially 1iii (because there is, -1
1111ii' and d notes that were traded in 1111ii' and the This method has excellent effects such as being able to perform the second detailed examination process at different times and, in turn, being able to be adapted to an unmanned operation system that does not include the first detailed examination process.

[Brief explanation of drawings]

Figure 1 shows the relationship between the inspection process of Dadami'I and the inspection process of 21'12. FIG. 33 is a front view of the display section in the operating area of the device, FIG. 4 is a perspective view showing the internal layout of the entire device, Figure 5 shows the card store J!I!+j ships (
Side face IRi of I'4 part and side note processing (; father) iIf part
Blood diagram, Figure 6 (Δ), <13) is an explanatory diagram showing the surface of the transaction medium, 04 side of the transaction medium 1:l! 2 Mingzu, No. 7
The figure shows the slip processing J9M Li department noifono r+l I! :l
i side view, Figure 8 is a spindle-shaped (-1-ra detailed perspective view, a
) Figure 9 (Dispensing banknote processing (IRi side view of part 1), Figure '10 is a block diagram of the configuration of the device, Figure 11 (
After the clerk's 1 yen work (10th ゛1j), the thunder'lshi is r
7 shows the movement 1'1 of record J flow 11 no 1-1 kill 1121 n1 (△), ([3>. (C), (1)), (l2) is order 1L; [F]21-Dirate, 13th [N1]
(, 1, 5 motions of performing detailed processing based on the staff's single crop, fl 4r-6]] o-chi 17-1', Xil
/If', Kl (A) , ([3n(,,l, transaction 1
An explanatory diagram showing the contents of 1'I anzu printing, J! ,! gold f1
Figure 15 shows the contents of the first inspection process; Figure 15 shows the time chart showing the relationship between the first scrutiny process and the second scrutiny process; Figure 16 (A>, (B) This is an explanatory diagram showing the contents of the transaction inspection printout, and an explanatory diagram of the contents of the other cash inspection printouts.

Claims (1)

[Claims] A trading device that performs a first scrutiny process to check the number iQ of securities traded in 1 [1] and a second scrutiny process to check the number m of remaining securities. Then, the number of lines of traded securities is counted by 51, and this 81 number is subjected to the first check process. Release m 61,
A transaction device 1 characterized in that the L1 number (1r1 is separately provided with a second number means for being subjected to a second scrutiny process).