JPS6011972A - Information reader - Google Patents

Abstract

PURPOSE:To read accurately information from a medium containing the information recorded on its single side or both sides by setting the 1st and 2nd reading means at both sides of a drive path of the medium. CONSTITUTION:If a card P to be conveyed is based upon type II of JIS-B- 9560, magnetic information of the card P is read by the 1st magnetic head 105A at the upper part. While the card P passes through its drive path without giving any effect to the head 105A if the card is based upon type I of JIS-B- 9560. This card of said type I is transported further by the 3rd feed roll pair 104B set at the inner side. Then the magnetic information on the card is read by the 2nd magnetic head 105B set at the lower part. The information recorded on both sides of the card P are read by both heads 105A and 105B, respectively.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an information reading device for reading information from a medium in which information is recorded on one or both surfaces.

[Technical disadvantages of the invention and its problems] In recent years, the substrate 1 is equipped with a single magnetic stripe! Systems using cards such as magnetic cards have become widely used. In this type of system, magnetic cards are often used for personal identification, and 1. Transaction numbers such as L l'-J Gaiga j3, the person's secret 91' January, Hikari 11 Yuan number, etc. are recorded, and at Sysram, these recorded numbers are read from the 1φ card and J, J, are recorded on the magnetic card. It checks whether the transaction can be used, and also confirms the pair 1+6 relationship between the magnetic cart and the principal, and conducts a transaction that exceeds the principal's wishes at t'1. .

In this system like J
L Current 71 Current 1 Used cards are of two types of standards: financial FF8 industry and credit 1- industry. 41, Financial Industry Teha J I S B -95 (50 (D
JI H'! Ni11' l! 11! The front of the card
Use a magnetic card that has a magnetic strip "noise" on the end of the card.
Lt JIS-B-95(:30 (1)
I jl! Ic tiIIWL L/, using a magnetic card with three magnetic strips on one end of the back of the card, +1 this 1. , the first card is read and the desired transaction information is sent to the automated teller machine 6 using the read information. Established +3
Oh, it's a cash register! - For industrial use, the temperature is relative to the card conveyance path (the 6-air head is installed on the F side!
Automated transaction devices were dedicated to each industry. As a result, this type of automatic transaction device is unable to handle transactions for cart usage that spans both industries, and it will be difficult to handle transactions in the future. /1
! Nowadays, the mixed use of +13 cards is expected, and how to deal with it becomes a problem, so financial transaction information and credit card transaction information will be printed on both sides of one card. There has been a demand for an information reading device that can accurately read information from a transaction medium such as a card, which is recorded separately by a magnetic stripe.

[Objective of the Invention 1] The present invention has been made in view of the above circumstances, and its purpose is to record information on the front, back, or both sides of the medium while having a relatively simple configuration. There is a need to provide an information reading device that can read information.

[Summary of the Invention] In order to achieve the above object, the present invention includes a first reading stage and a second handling stage for reading information from a medium, which are installed on both sides of a medium conveyance path. (J', J', FM) is set to +l+l1 more than the length of the medium in the transport direction.

"Embodiments of the Invention" Examples of the present invention will be explained below with reference to the drawings.

Figure 1 shows Kizat Akira's information 1i7j collection;
A small perspective view of an example of the case where J~ is used in a pipe (J + Δl M ) capable of drawing out silver<-r rtq gold on the mouth/power side, and No. 2171 is a diagram of the operation guide display section of the device. If-turn, 4133 figure is the internal ray j7 of the whole device to small 1 fil? Figure 31, Figure 11 Ll/J-
Figure 5 (△), (+3) is a side sectional view of the card processing II lfG section and the slip processing mechanism R11, with the surface of the transaction medium being slightly
J +ti2 clear diagram, small 1 explanatory diagram on the back of the transaction medium, 21
Figure 10 is a detailed perspective view of the slip processing mechanism section (7) front view, Figure 8 (41 withdrawal banknotes).
ii It is a side sectional view of 4 suspensions 81.

First, the example device is an automatic Jr! Tato view of pulling device N 4F4
The construction will be explained in detail. In Fig. 1, 1 is the casing of the automated teller machine, and 2C is the casing of the automatic teller machine. This is an upper lid used when performing operations such as 1 slip retrieval.

An operation guide display section 4 for interacting with customers is provided on the sloped surface 3 on the front side of the top lid 2. In addition, at the frontmost part 5 of the housing 1, there is a card entrance/exit for inserting/extracting a medium such as a bank card (3 and a banknote 17 for discharging a predetermined banknote are distributed to the left and right in the figure). It's been crotch. In the figure, the key indicated by 8 is the key for clicking the bell 2 on -. Further, above the card slot 6, there is provided a cash register 1 exit 13/I from which cash registers 1 to 1 are discharged.

Next, with reference to FIG. 2, the detailed structure of the operation guidance display section 4 will be explained. (Small figure) 11 is an in-service indicator (. ``In-service'' is stippled and C Reference numeral 12 on the right side of the figure is a keyboard including numeral keys 12A for inputting amounts, balance inquiry key 12B, correction key 12C, cancellation key 121),
t no j circle 11 = -1', '[How is the structure J'? At the top of this 1-single card 12 is an amount display 13.
．． The remaining 11 pieces are small tableware 14 degrees, and the staff call key 15 is supposed to be (the inside of the 11 leaves is from the middle part of the left end in the figure to the straight line -1. Display '+a', balance display '14 and staff call key '15
A stripe line 1G is printed on the 0 end (or 1) or 1 end (as shown in the figure), and the straight line on the small side of the figure is marked with a stripe line 1 (fixed to 3). C Sequential card insertion guide column 'I '7 A, transaction j f selection guide 1m 17B
, Dark number guide 11! l 17 to gold Kl'l+
'(11 VI i 7 l+.

Card receiving guide 1 ¥117E, bill pa 3 receiving guide (ll'
l I −/1 is provided in a frame shape. 16Ai
, L operation 1't-h direction 4, small arrow (゛.Here,
/1 of front ゛1' Information +1 yen + 17F, 17
1 is for receiving festival +1 VI21 (, teMsu, both tiL
5 during communication, 11 VI 2 'I closed (,.

are connected. Then, the frame-shaped guide (lv11
7△~17F is stripe line 1 (3 to 1 -1)
- Divided into the lower part, 2 area is Tomomi operation guide, G area 1C:] Δ ~ 19 F is abnormal operation guide, J is 3, J is 3, S 1 is 16 The upper and lower states are shown inside, respectively. △ mark L L +) 18, V mark L
J, who decided to set up IFD20 and make one of them a virgin.
J: It's getting better.

The communication guide field 2113 is composed of four LIE Ds 22 divided and arranged in a row.
D 22 blinks sequentially to notify the customer of the progress status of the UL communication.Furthermore, in the middle part 7j shown in the figure, please read [113[] from the beginning.1. 1-[D23 is divided and arranged in the upper part for informing the customer of the abnormal processing status such as "Please contact J3 at window [] 1.1 The staff will arrive". In addition, S1HeliBline'1 (5
Monkey LI I) 1 B, Δ out of 20 indicates normal operation
Marked L ri I) 18 is for example green (!! L [river], b'N indicates normal operation, V marked L E l) 20 is for example red L F+) to make the distinction between the two questions even clearer. I have to.

If J: appears in the operation guide display above, the stripe line 16
Operate inside/j direction and arrow 16△h1. u IJ, along this guide column 17△-'l 71 /i,,! J
u, transaction j bar selection guide column 17] 11 fields, 5゛, 4 small Δ mark, mark glue, E D were set for each 1'4+ except 3 (operation 1'1 is easy) At the same time, it is very easy to reach the customer.In particular, the Δ mark [[0 do mark 1 shi 1) is the first i! l: IT) ,,l, Sea urchin color (
)J
Erroneous operation can be prevented. Ma/j, transaction 1jj option guide 11 yen 117 [3's strike line 4 via I, -
Different transaction information is recorded on the front and back sides of the card 1j (3L).For example, when the Ki17 Tsushiko Card (1st A (referred to as J-Cart) is inserted, different transaction information is recorded on the front and back sides of the card). There is a selection key 40, and the selection key /IOA on the cart surface (Δ) and the selection key on the 1st side (13th side) /io [λ is taken J LJ ((
sli+, ;l, /j, Communication information column 21 [3 is the border, human power Nanai 11VI 21△ and receiving information column 2'I
C and I"= j) It is convenient to handle C in IJ, especially when there are 4 L IE D in table 111 during communication.
22 will blink sequentially) (However, normally in this type of device, the preparation of the disbursed banknotes and the slip processing are done at the same time, and it takes a while, so this timing is It is extremely effective to know the processing status at the time.Also, since the display device 1-[D is installed inside the cap strainer 16, the area occupied by the P-19 I-board etc. can be reduced. can be
Device 1'Y roars. In addition, as mentioned above, it is not limited to the case where four L E I) are lit sequentially during communication;
l'E D blinks.'' (bJ: Yes.

Next, the internal layout of the entire wooden embodiment will be explained with reference to FIG. , +) rt note lid 2 is housing 1
It became possible to expand almost 90 copies to -C-C1
As shown in Fig. 1, a car F processing mechanism unit 2/I A lfi is installed at the back of the card slot (5) to process the cards inserted into the card slot (5). Furthermore, in the back part there is installed a slip processing mechanism part 24B that issues receipts when transactions are made and records are made.Also, as shown in Figure 1, in the back part corresponding to the banknote in/out lower part, there is a A dispensing banknote processing machine 48 section 25 is provided for discharging transaction banknotes.The dispensing M banknote processing mechanism section 25 stores M banknotes for transactions. A banknote storage 200 is installed.This banknote storage 200 is
- When steal 2 is in a small (1, J, -) open state in Figure 113, the housing '1 is arranged from 10,000 to FIIIi2 t 1, and C tree automatic 1 [1! Even if the drawer head is placed on a store counter or the like, the clerk can perform ?,'tIIf2 in the banknote storage 200 above row j of the automatic transaction device. -i is) tl, f
, 'i'7 of posture C banknote storage 200 without 1lli
11i2 (-2\, 14 position is better for sweeping) 1, 13, t on the back side inside the cage
A control section 911 2G is provided to control each section of the fifties.
There is a white stopper (1) attached to the C body '1 (J is loose and in the open state [J, as shown in the figure]).
,゛C held J, sea urchin lf4 made 41 (3 degrees then Figures 4 and 5 (△: J, (+-+) 1)
In retrospect, the card processing intermediary section 21△'s plan 1.7
77. Explain i-formation. A pair of guides G1 is disposed within the housing 1 and supports the front and back sides of the card inserted toward the card slot L1 (within 71), and is further supported by the pair of guides G1. Place the loaded cart on the guide pair G1 (the first 1lR3 space [1-ra pair 103,
The second conveyance [1-ra pair 104Δ, the third conveyance I''-ra pair 104B, the fourth 1ff2 feed 1''-ra pair 10B and the fifth 'm feeding port--ra pair 110 are set ( ]Transaction medium transport means (hereinafter also simply referred to as "car 1" + 1Q transport If)
A first detector 100 consisting of a light emitting diode and a light receiving element is disposed on the card entrance/exit side of the card transport section L1.
A second detector 10G consisting of a light emitting diode and a light receiving element is placed in front of the second conveyance [-1-L pair 10/l A].
is set up). In addition, a solenoid 101 is located below the side of the card transport unit L1 to generate an eJJ based on a signal when a card is inserted (for example, a signal from the first detector 100).
Normally, the card inlet/outlet path 1 is closed, and when the solenoid 101 is operated, the plunger (J, -) lowers and listens to the card inlet/outlet path.
Seven ivy 102 are provided. Further, a first reading means, for example, a first magnetic head 105Δ for reading transaction information, for example, magnetic information from the card being conveyed, is connected to the second IQ.
>2', l + - la λ · 1104 along the direction of the axis (not shown) of A and 1) formed by the II index pair G1. On the 1st side of the X-route RC (located at - t, 1Irlj: Atshi (J, - to read magnetic information from the soil surface of <ru horn-1)) 1"11 is formed. (shi(
There is. Similarly, the '1st magnetic l\rat 10 j
)A 6. 'Card hII passed through and conveyed) Transaction information, for example, second readout for reading magnetic information f-]p For example (the second magnetic head 105B is the third) σ month jf2
Transfer 1-1-no λ・1104 Axis of B (U not shown) 1 direction (J mechanism) Transfer j formed by the card r pair G1: Ak'81 < 1 side of C (・- is provided at iN Iu - (-1 reads the magnetic information from the surface of the card that is transported -C: -) 1Jjj4 is completed (
There is. Please do it” 2nd J Kounishi C crystal + I ”>re I
Fired 1 of 11! Moxibustion head 105△Second magnetic l\
Rad 0! , ) 13 Which spacing is along the conveying direction?
)l, Nika L" 0.) f, Gsa, I, sushi people are limited., Shitaga-) - (20th Month 1 Recording l\
Curl by Tudo 105B:' l) + + et al) 1!
When reading the flame information, the card has already passed through the first optical head 105A, so the card enters the second magnetic head 1051:3 (that is, the card enters the third magnetic head 105A).
Conveyance [J-RA pair 10 /I [enters the nip part of 3]
This completely prevents the unstable reading state of the first magnetic head 105A caused by the impact applied to the card when the card is read.
You can do it by doing this. - At the rear of the card conveying section 1-1, there is a 33rd detection device located between the fourth conveying roller pair 108 and the fifth conveying roller pair 110, and consisting of a light-emitting diode and a light receiving element. ia109 is provided. Note that the frontmost portion 5 of the housing 11 and the first pair of conveying rollers 10
The distance between the center of 3 and 3 is configured to be longer than the length in the longitudinal direction of the card, and the leading edge of the card is always within 5Δ of the 4th part. The drive system includes a pulse sweater 111 and a conveyor roller 103.10
4Δ, 104B, 108. Pulse motor 1 to 110
11 and a timing bell (~ay i 13).

Here, the cards used in this practical example device are shown in Figure 5 (A).
This will be explained with reference to ([3) as well. In each figure, the information marked b (not in brackets) is different on the front and back sides (hereinafter referred to as transaction information).
c) is written in 1. ? ：Sadeiro 17+, j dedication (hereinafter referred to as transaction information 6) For example, the current [1 book 11.1 (・all the gold used in I world and Flexira (-〒〒冑の2nd class standard magnetic information) Turn the card board 301 to the right. (This 1, as shown in Fig. 5 (A), apply resin etc. to the surface of the card board 301 with gold, I, and M. One degree
-(・Used, JLS43 9560 type II
The 1111 air stream 302 of the 1st article of IIIMt is formed 4I, S'E) LL', Ufj',) Cart N IIQ 301' as shown in Figure <[3]
/) 71 +f+i M 1.1゜Freshira 1~f to type 1 of JIS-139b GO used in the industry
l (1 punishment; 3 articles 0) Ml air strike'/ - (f,
'302] 3 is formed - [9, I1's ゛ car l' On the front side of l' is the contract bank branch number, llifi
The customer's mouth is 1υr which i'il i! The status information is unevenly formed on the card board and the 4'L A-"Imbo sunk 301△ is placed.

Next, the slip processing machine 414 part 2 /I 130 revised details 1c 4
Please refer to Figure 1, Figure 6 and Figure 7 for processing.41 is 1)
I'll explain.

In Figure 6, there is an IJ slip storage box (shown in C119) for recording transaction details, etc. L-Rt and sheet paper 2, which can be transferred by pressure, are folded together in two sheets, and on both ends of this slip 1, there are a plurality of sheets 1' at equal intervals along the longitudinal direction. 1 hole (not shown in the figure) is provided 3, the slip storage box 119 1] part Hijikata [knotted sprocket small r
It is conveyed by engaging with the cut. And the sub [-1
Print heads 122 are installed on both sides of the cartridge wheel 120Δ.
Printing device i! 7121 is provided, and the platen 12 is disposed opposite to the tip of the print head 122.
5. On the platen 123, there is a separating plate 124 that separates the slip 1 (receipt R+ and journal 1 < 2). This receipt R1 is provided on the R+ side separated by the molecule 41 plate 124.
A tearing device 300 is installed at the perforation r1 (see FIG. 7) in the transaction fu. This tearing device 300 includes a first clamping and conveying means that clamps and conveys the register h Rt, for example, a pair of first separation rollers 125A and 125B.
(125A is the drive roller (', 125 [3 is the bimbo-> (there is) and this first part 1/ll II-
λJ 'l 2 Δ, 125
iL) And Kasani'j IfJ send 3+71! :j is the front ill: &31 clamping conveyance means 125) Δ, 12ri1
3 by 1IrJ 3"l=The second clamping and conveying means whose speed can be relatively different (2), for example, the second portion pJ (+:+-'NOSU 112 E', Δ.

128B (128A is 1111 move 1"-ra-(・,i
Uri, 12 F! B has a pinch roller C), and the first pinching and conveying means 12j3 as shown in FIG.
△, '12513 and the second clamping conveyance means 128△, '
12 Cash register passed between J30 - h U < s 1
ffJ is in contact with at least a part of the direction of the father
1l'< + or 7') Non-contact surface 13011 with a majesty η
3 to the right to increase the tension applied to -C ζ register 1-R1! , :ga-)-(Register I ~ 1<1 in the direction intersecting the direction of transport of receipt R1 near the contact surface 1
n curved spindle shape 1-1-la I L301 (-
It is configured. Note that the first separation roller pair 125Δ, 1
A pair of guide plates 12 for guiding the receipt 1<1 are provided between the second portion N10-ra pair 128Δ and 12813.
゛l is stage G].

And the second above. 1-ra pair 128△, 12
A curved guide 129 that changes the conveyance direction of the cut I-1 sheet Rs by 180 degrees is provided at the tip of 8[3, and the register I guided by this curved guide 120 111 turns with the conveyor bells 1 to 130. Guide λ・1131 DoniJ:
The conveyance direction is forcibly changed by 90°, and the conveyance direction is configured to be conveyed toward the front of the apparatus. Then, the direction of the register is changed to J in the turn guide pair 131.
1 to I'< t to the cash register 1-output 1'' door 134, a discharge belt system 132 that pinches and conveys the receipt.
．． 133 is set up.Na J3, this discharge bell 1
The system 133 is provided with a cash register 1 detector 150 that optically detects the discharged cash register 1'' R1.

Also, the journal R separated by the separation plate 124
A journal guide roller 126 is provided on the 2 side, and the card processing IK! ! 4M
f': I (Card 1 transported via 2'I△)
Press the embossed mark 301A on the serial number 1 < 2, and press the embossed mark 301A of
) ℃5, this 1 n small suin I linter 1351;
L, Sakimae. 11 cards 91. r J! II ax structure 2/I△'s sword id G t, J, (formation (\card transport path 10))
are arranged at a distance to form a transport path of 1<2.
There is a thin layer between 151 and 151 to improve flexibility (for example, IJJ).
J-i Poly soil with a diameter of 0゜1mm to 0.2m1T1
Spring 1 of approximately 1 to 1-1 length 50 ttrn
'l k) i EJ'IΔ taken f・1(), conveyed C diIr-nor R2C,L this thin plate 1
Between 51A and card 1, you can enter 61'.
'l b Above the IA and above the gap between the 011 shillenorcite l and i, there is a boulder in the same rotation i11 function - l c'3! ,) An embossing roller pivoted at Δ (e.g. (,f' outer circumferential surface is made of rubber) 115
(This boulder 135A also has a screw nut l-1/I2 fitted in it, and this lead. The lead screw shaft 1 is attached to the screw H142.
14 is rotatably fitted, and this lead screw shaft 1
14 goes forward and reverse, J, Recombos, CI-La 11
5 is configured to reciprocate along the conveying direction of the card 1 along with the holder 135Δ. 43 and 17.118 in FIG. 4 is a holder position detector that detects the position of the holder 135Δ,
Both sets of lead screw shafts 1' and 14 were placed in the direction of the bar 11, with an 89-edge cut on the side. -1- At the end of the printer 135, there is a direction conversion guide 136 that guides the digital V-nal R2 on which the contents of the card I) are printed and changes the direction, and a direction conversion guide 136 that changes the direction of the digital V-signal R2 on which the contents of the card I) are printed. Ji winding up R2! ! -Pull winding equipment 137 and stage t
Note that one of the journals indicated by 138 in FIG. 6 is an optical detector for detecting the disconnection of the terminal R2, and the journals are placed opposite each other with the terminal R2 between them. It is a cut detector.

Here, the configuration of the drive system of the slip processing mechanism section 2/IB will be explained in detail with reference to FIGS. 4 and 6. The drive motor [Pulse 'E/J] 139 for sending the slip is installed on the 1 side j111 of the slip storage box 1゛19 (!J LJ61).
J3 is installed on the rotating shaft of this drive motor '139.
3 timing pulley 139△, rotary shaft of SIT-NOL 5 take-up device 137 (installed GJ 1., timing pulley 137Δ, front opening sub [1//t small r-ru 120Δ
(installed on the rotating shaft) 1 Timing pulley 12013
, minute l! '11 [,+-ra 125Δ co-rotating axis;
The timing pulley (not shown) attached to the rotating shaft of the pull kite roller 12G and the idle timing pulley I) are stretched between the idle timing pulley I and the timing pulley 140 and pulsed by the timing belt 140. 139tl)
, IA driving force is transmitted J: 41 1, In addition, in Fig.
1. When the speed of the tY% take-up bar 1 is <4, it slips and smooth winding is performed.

In addition, the drive unit 145 for transporting the receipt is the printing device 1.
A timing pulley 14713.21 is installed near the drive motor 145 (attached to the rotating shaft of the drive motor 145).
A timing 1-re (not shown) is taken on the axis of one roller 128Δ of the second pair of clamping and conveying rollers 128Δ, 12813.

Timing boo S147Δ and idle timing 1
-Li I P's II! ! A timing bell strung up! −
The driving force of the drive motor 145 is transmitted to the 1/I6, and the lead screw shaft 114 of the 1-boss imprinter 135 is rotationally driven.
ilin boss - La 115 in the left and right direction of Fig. 4 1u
When moving, drive the lead screw shaft.
As shown in FIG.
It is driven by timing bells 1 to 143 stretched between the timing pulley 116Δ, which is mounted on the lead screw shaft 114, and the timing pulley 114A, which is mounted on the lead screw shaft 114. <) driving force is transmitted. Incidentally, the rotation of the timing pulley '147Δ shown in FIG. 6 is achieved through a total of one direction changing mechanism (not shown), such as a bevel gear pair, which changes the transmission direction of 41 rotations by 90 degrees. Cgf!
In Figure 4, the j, uni, and f are transmitted to the small J Tribbing Zoli 147C, and this rotation is j, uni, and f.
li/l 71) I! T and timing bell 1~1/
The drive roller 1/l 81;2 of the belt system 133 is transmitted via I9 to the ejection bell 1.
- system 132.133 drive ff1IJl is now provided.

Next, the above-mentioned J, the car L-processing 1m constructed as above! M section 24A slip processing jI] + Mechanism section 2413 ('l river use C explanation d. card 1) from car 1 to entry/exit LJ
6/Jl tThen, the light emitting diode and the light receiving g (,,'f, 1111 are formed in the first detector 100 and the node I) are energized to the 1st node 101, and ``C''. shi17 ivy 1 (listen to J2 LJru 1゜further cards)
) is rotated, and the card [9 is inserted into the card part 4 part 11 rf)] (
Transport t,,c:= Rani m 2 t)) JIR'a
+-+ -/ ZJ 'I O/l A Te1ffJ is transported, but the transported cart 1] is J F s
-13-95 (Compliant with Type II of 30 1.F (magnetic information is on the surface of the card), 1 part of the first magnetic head 105Δ reads the magnetic information of the card 1) On the other hand, the transported card 1] is JIS-8-9.
If the 560 model 1 has a ql;l function (there is magnetic information on the back of the card), Dobe's first magnetic head 105
The magnetic information of the second magnetic head 10513 at the bottom is conveyed while being conveyed by the third conveyed card 1.1-ra pair 1048 on the back side without any action on Δ. The card P that is further conveyed is read with both the front and back "1" as explained based on FIGS. 5 (Δ) and (B).
If different transaction information is recorded in 1,
First magnetic head 105A and second magnetic head 105
At B, the magnetic information on both the front and back sides of the card is sequentially read. This J, the front, back or both sides of the card P
When reading magnetic information from the first magnetic head 10
5Δ and the second magnetic head 10 E513 is set to be larger than the length of the card along the transport direction, so when reading magnetic information from the card with J to the second magnetic head 10513, The card has already passed through the first magnetic head IO5Δ, and the card has already passed through the second magnetic head IO5Δ.
\Rad (+!, + 13 is entered (that is, the card is transferred to the third transport 1-1- "r l・l 'I O/I
into the nip of the li)! When the first wave occurs, the first wave caused by the impact of the falling rain.
11- Completely prevent unstable reading of
Is it magnetic from both sides of C monkey 3, 41-do P? 1; is read and the operation guide display section /lc is displayed.
The transaction information is 1-NO (only the transaction information desired by the customer is read out. Card 1) is 1.
If one reading is made, the conveyance of the cart 1) is continued, and the third detector 109 detects the position of the cart 1) and moves it to the predetermined position.
At i4+°P 1 ('x! See Figure 4) - flat stop J1 is reached. 1 general feed of such a card [-) (, 1 mentioned above J: drives the sea urchin pulse motor 111) 1c; and/'l-1
Now, the number of pulses can be controlled to ensure the 1zI stop position of the 7J-do IJ. Shoes 1 to small r-rule'
Printing spatula 1 of printing device 12 'I is pulled out by 120A.
122 and the platen 123. Printing is performed on the entire sheet. The slip R that has passed through the printing P' direct 12-1 is separated by a separating plate 124 into a receipt Rt which is passed on to the customer and a journal R2 which is rolled up as a record of the transaction.
1-R to 1 for the first separation according to Figure 6.
25A, 125B to second separation roller pair 12F3Δ
, '+28B/\.

So' (Receipt 1 is I'! 2's separation roller pair 1
28Δ, 12ε3B, the drive motor 139 for feeding the receipt is stopped, and the rotation of the first separation [1-RA QJI 25A,'+ 2513 pair is stopped, while the receipt conveying motor 139 is stopped. The drive motor 145 is not stopped and the second minute -1 "" - LA pair 128Δ, 128]3
continues to be rotated. The tension applied to the receipt 1 gradually increases, and as it increases, the tension applied to the receipt 1 increases.
Rt is near the contact surface 1301Δ of the spindle-shaped roller 1301. As shown in FIG. h The tension applied to Rt is non-uniform in the direction perpendicular to the conveying direction of the register 1-Rt, and is maximum at approximately the center of the register 1-R in the width direction. Therefore, as shown in Figure 7, registers 1 to 1 (first perforation r)
C crack near the bend of 1st hole () At the beginning, all f holes are sewing machine I:'
The cash register I that was torn along the I rl and involved in the transaction.
・](1 is made into a middle patch. 1 fl+ (ki i'
L 7;' Nile 1 to R1 are the curved guides 129
, turn card pair '131 and discharge bell l-system 132
, 'l : I 3', t through 1] from cash register 1 to exit D
'+ 34/I'd to be issued 416° In this way, register -1 ~ 1 < 1 is put in the 1j case Ll (
Since we do not use a cutter like the conventional type (fixed blade 1b movable blade, etc.), we can simplify the 41 "l point?i" to reduce the receipt to 111 yen, but the cutter's contact IJJ,
This prevents clogging of cash register 1 and keeps the cash register 1 secure! IJ-like 1
．． r There is no need to replace the cutter, making maintenance easier. On the other hand, the embossed part of the N1 plate 124η separation (-re I small 1-2 is card 1)
Aru Kei small mark 301Δ (see figure 3) 4 presses 1
1 turn 'tsuno'(Jru') Nimbo Imprinter 1335 11-inch small sufurin 1~Contact I7-Noru Saetori'J4
One neck is wound up in 137 pieces.

Here, the aforementioned card l] Get: Predetermined position jfFj
l)! (-I" was stopped, but this position 1-1 is the 1 imbo solint position. In the conimbos imprinter I35 of this device, the j-11-1 is stopped as shown in FIG. 6.
The thin plate 15518 is provided between the null guides 151, and the journal I7-null R2 in the embossing imprinter 135 is guided by the entire surface. It is possible to completely prevent jamming or damage in the gap between the digital guide 151, and also to prevent the leakage from occurring during embossing printing.
Since the thin plate 15'1△ is interposed between the emboss roller I'I5 and the terminal R2, there is a difference in height between the upper end surface of the second emboss mark 3301△. Due to the nature of the embossing mark 30, the pressure from the roller 115 follows the difference in height (deflection), and the pressing force from the emboss mark 115 is uniformly applied to the digital When this card is ejected, it is ejected from the card input/output 1]6 following the reverse of the case described above.Furthermore, as a result of reading the magnetic contents of the card P, the card P has lost its validity. At that time, card P will be collected. In this case, the card P that has been conveyed from position J3 to position P1 in FIG. 4 is driven by the pulse smoke 111.

further transported to the destination for collection 1-1~1 lI 4
1 is slid and accumulated. (3) The tip of one card that has been collected and returned to the card slot 6 is always located at the frontmost part 5 of the housing 1 as mentioned above, and is located on the fourth part 5A of the inner force (see Figure 4). Therefore, the card will not collide with the customer's body, so there will be no inconvenience such as a small accident (,1).

Next, with reference to FIG.
': Explaining the structure of section 25 in detail 1, the same figure (Joi (
200 and b is a banknote storage box (see Figure 33).
As explained above, when the upper cover 2 is in the open state, one can be attached 1111 from one side of the housing 1 (j7. ii
Placed in 'l'
Bill storage 20 to achieve 1-χ positioning and holding of 00
0 is removably locked to PR (A 1).
? It is attached inside the body. In addition, this bill storage 200 has a payout bill storage section 200Δ that stores bills to be dispensed to customers M0. A collected banknote storage unit 200 that stores banknotes, etc.
[3] In other words, the payout banknote storage section 200A is formed in the F stage of the case 200a of the banknote storage. 1 is placed vertically on the banknote group Q1, and the rearmost part (right side in the figure) of the banknote group Q1 is pressed J to the biased back-up plate 200C (the frontmost part (as shown in the figure)). A take-out roller 201 is arranged on the [side] to take out one banknote every '1 rotation.The rotation of this take-out roller 201 causes the banknotes to be ejected.
(7)
It is formed at the front of the lower stage of the unit 200a, and is composed of a pair 200D for taking in the banknotes conveyed to the banknote storage opening 200d. In addition, in order to detect m of the banknotes collected in the banknote storage section 200B, it has a contact end 229Δ that comes into contact with the uppermost surface of the banknotes collected and stacked inside. Rotating automatic ([1m 4f dog support tL
73il %JJ member e.g. actuator 229
The detector 229B, which is formed at the other end 111S of the detector 229, is optically detected.
A light) Y element and a light-receiving element are arranged facing each other (>2301). Especially the above j′ri-
11-ta 229 is installed in the housing 200a of the banknote storage, and the detector 230D is fixed to the open position i'L.
Since there are
13L4\Example The storage 5r 7i due to the presence or absence of H wear in the banknote storage at the start of use of the embodiment neck, etc.
) can be detected as 0. 1-1-1 - In order to drive and cover the casing 11
: The I;L drive motor 219 is removed and there is an escape notch 200c in the case 200a of the banknote 11-4 storage to allow the drive motor 219 to rotate.
is formed, and the rotation of the timing pulley 220A, which is attached to the shaft of the drive motor 2'19, is connected to the drive pulley 22 through the timing pulley 220C.
The rotation of this drive pulley 220 [3 is transmitted to the rotation shaft of this pulley 22 OB (=J []).
The drive gear meshing with the unillustrated spur gear j'
01.

A single sheet transport path 202 constituted by rollers and a belt is installed on the delivery side of the banknotes taken out one by one from the payout banknote storage section 200. 202 is attached to the rotating shaft of the drive motor 219 and is driven via a bell I-220D hooked on a timing pulley 220 [7j]. In addition, on this conveyance path 202-1, there is provided a stacking detector 204 that detects stacking and stacking by detecting the thickness of the banknotes. A stacking unit 205 is installed at the other end of the single-sheet transport path 202, and is configured to stack the banknotes that are transported in sequence (the stacked banknotes are placed in Q2). 1) 3. The single sheet conveyance path 20
In the lower row of 2, 1"1 feed 11-20 (3Δ and bell l-2
0G [3 and C configured Rishi 1/Conveyance path 206 is crotch t), and further IJ This Rishi Jri 1/Transportation path 2
06 bell h 20 (Touching the 1 side of I l-3, Gatsu drive L1-L 218Δ, Garage I'1l-) 2 'l
813.

218C, the banknotes with 1fG'+:t are 1-20 (i (: is set). Therefore, the banknotes with 1fG'+:t are
11. +If]'1 and (2 and (ko'cKru., j
, In addition, on the upstream side of the temporary stacking section 203, there is a rotating mechanism that operates in the direction of 1. A guide 221 is installed (11,1, and the paper Q ('
r in IJ 7 The drive roller 2'10 is in contact with the drive roller 2'10. ,v
A conveyor belt 20B is stretched between the rollers 211 and the two rollers 21.
0 and 21' and 1 and 210 are connected by swinging (jn swinging)' to mu 209 around the rotation axis of 1-1-no 210. Connecting link 21
4. A link mechanism composed of a crank 21:3 and a drive motor 212 is attached, and by operating this link mechanism, the roller 2'I'l
tnFj1211 to the position shown in the figure, and press it onto the conveyor bells 1 to 206.C of the poetry collection (6th part 203).
] and move the accumulated banknotes Q2 to two bells l-20 (3G, 208
J, which can be transported with a scoop lυ in between, is shaped like a sea urchin. That is, each drive [1-ra 210, 218Δ is the drive belt 2
It is designed to be rotationally driven by a pulse motor 215 through 1G (, pulse [:-9215 i', J, which can change the running direction of the bell l-208, 206G by reversing the pulse [:-9215], Therefore, if the pulse motor 215 is driven in the counterclockwise direction 81 as shown in FIG.
When the banknote 1'' is sent 1ffl to the side, and the pulse is turned 2'15 as shown in Figure 8, if it is driven in the 11 direction, the forgotten banknotes remaining in the banknote number 7 will be removed. Belt 206B
The banknotes are also conveyed to the collected banknote storage section 20013 side via the banknotes storage section 20013.

In addition, a shutter 217 which closes the banknote lower part by the action of a solenoid 260 is movable 1:6 (((+13)) in the vicinity of the banknote lower part.
6 or I u's payment receipt>'3 (,: j, % C the solenoid 260 is activated. - and (1-yo-) iF, done (I) 1° In addition, in the figure, 230A - 230 CLt oscillation (, evening (A-1-) and the detector P of each part consisting of the light receiving element
+V) 1, 31, the banknote lower is installed in the frontmost part 5 of the housing 1, and is located in the recess () to prevent the banknotes to be sent out from protruding outside. Natsu C is here.

Next, the i'1 river utility of the above-mentioned banknote dispensing bank account 1 section 25 will be explained. Bill storage J'li 200 payout bill 11'
y, banknotes tiY that have been placed in advance in the storage section 200Δ
The Q + is taken out by the 1-ra 201, and the 1-C sheets are taken out, and passed through the single-sheet conveyance path 202.
J, Seedling 1, This case, IP:L; The removal detector 2071 measures the size of the banknote and converts it into an electrical signal. Detects the thickness of the IJ and generates one bow (6 bows).Then, the control unit 26
At this stage, the take-out roller 20'1 is moved from the stop position to the link operation.

That is, before) J of E: The rocking link 209 is rocked by the link machine groove, and the take-out roller 2'l1 is pressed onto the bells 1 to 206C of the stacking section 203 to reversely feed the banknotes. 1. Collected banknotes are collected in the banknote storage section 200+3 of the banknote storage ll1i 200 via the transfer path 206 from the banknote storage 11. In order to prevent the number of incorrect readings of the container 205, if the width is not removed, a predetermined number of bills are transferred to the conveyor belt 208.
06C, and conveyed to the banknote lower side. At this time, when the rotating guide 221 that aligns the leading edges of the banknotes, etc., moves as described above,
7 is opened and the banknote is conveyed to the banknote [17] side. At this time, most of the tip of the banknote comes out of the banknote lower! , : the intrusive end is held between the conveyor bells h206G, 208. Nowadays, when a customer forgets to take a banknote and a predetermined period of time has elapsed, the conveyor bell l-20613,20
6G, 208 travels in reverse and collects the banknotes into the collected banknote storage section 200B of the banknote storage FR200.

15 The above embodiment is an example C, and there are various modifications in the pronation.
-) Not even. For example, in the above example: a3 is -1-17 card number)
, U1 = 1) Multi-Gokki stripes on both sides We explained this as an example of a card with 1 medium, but it is limited to 0 ('L, 1.4'i) passbooks and cards. securities, etc.
J, sea urchin surface, su,) surface, [is it a medium in which various information such as magnetic information or visible information is recorded on both sides? Read information from here depending on the properties of the 9M body applied to the present invention a)
The '1st and second reading means are also constituted by a number of optical lenses, magneto-magnetic contacts, etc.

[Effect of the invention 1 Above explanation 1. s i et al. J, U1. m *In the information reading device of the invention, the first reading means and the second reading means for reading information <11 from the medium are connected to
Provided on both sides of the conveyance path at a distance greater than the length of the
Without both reading means reading information from the medium at the same time,
As a result, while the first reading means is reading information, the medium is
It is possible to completely prevent the shortcoming that the reading state of the first reading means becomes unstable due to the influence of the impact caused by the shock of the first reading means. It has excellent effects such as being easier to read.

4. Explanation of 41 on page 1 Figure 1 shows how the information reading device of the present invention can be used to automatically withdraw bank deposits using an automatic transaction device (such as a Kitotshu card).
Ic
FIG. 2 is a front view of the guide display section for the operation 1 of the device, FIG. 3 is a perspective view of the internal layerer 1 of the entire device, and FIG. 4 is a perspective view of the card processing. A side sectional view of the mechanism section and the slip processing mechanism section, Fig. 5 (Δ>, (IJ) shows the front side of the transaction medium, explanatory diagram showing the back side of the transaction medium, Fig. 6 shows the slip processing mechanism Part i [plane sectional view, 7th
The figure is a detailed perspective view of the spindle-shaped roller, and Figure 8 is the dispensing banknote station 1! II is a side cross-sectional view of the mechanical section at 3° 105A...first reading means, 105B...
...Second reading stage, F] ...Medium, ]
<(door...llR3 path.

Claims (1)

[Claims] a conveyance path through which a medium on which information is recorded on the front, back, or both sides is conveyed; a first reading means for reading information from one side of the medium conveyed on the conveyance path; and a second reading means for reading information from the other side of the medium, which is arranged and conveyed at a distance from the first reading means by a distance in the feeding direction.