JPS59108645A - Conveying device for paper sheet - Google Patents

Abstract

PURPOSE:To make the oblique movement of paper sheets in conveyance correctable in an easy manner, by making the feed rate of a feeder on a conveying passage for paper sheets speedier than that of another feeder at the upstream side. CONSTITUTION:At the inlet side of a first discriminator 9, when an obliquely dislocated bank note S is fed out of a feeder 15 at the upstream side to the downstream side at a speed V1, a forward side end part S1 of the bank note S first bumps against the feeder 15 at the downstream side. At this time, since a feed rate V2 of the feeder 15 at the downstream side is smaller than the feed rate V1 of the feeder 15 at the upstream side, the preceding side end part S1 of the bank note S stays at the position as long as long for a portion of the speed difference (V1-V2), during which a backward rear end part S2 of the bank note S is fed out of the feeder 15 at the upstream side whereby the bank note S is turned to the right direction. During like this, the bank note S whose oblique movement is corrected is fed into the inside of the first discriminator 9, thus authenticity is discriminated in a highly accurate manner.

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Technical field of @Ming. The present invention relates to a paper sheet thread feeding device, and more specifically, to a r-shield ring-type automatic cash withdrawal device in banks, etc., a general cash withdrawal device, Concerning the modification of a paper WN feeder suitable for money changers, etc.

(2) Technical background In general, circulating saint withdrawal devices, general cash machines, currency exchange machines, etc. have a conveyor device for transporting the paper piles put in by 14 customers, the paper 1 to be paid to 78 customers, etc., into one tube. 11 is provided, and the banknotes are conveyed along the day-of-day conveyance path by several conveyance rollers, belts, and other conveyance devices disposed along the conveyance axis path within the conveyance device. ing. and,
Normally, in this glaze printing device, a bill sorting device is installed in the middle of the paper feeding route, and this sorting device determines the authenticity of the bill, the front and back sides of the bill, the type of bill, and the paper cutter. , the number of bills passed, etc. are checked as necessary. In order to accurately separate banknotes into one dam, it is necessary to align the banknotes in the correct direction with respect to the conveyance line and pass them through the validation device. For this reason, a mechanism for correcting the line of banknotes on the feeding path is required.

(3) Prior art and problems In the conventional circulation saint withdrawal device and one-way paper sheet feeding device for general deposits, the feed rate is 90-ra, and the feed belt feed →
* Since the banknotes were at a constant speed throughout the entire feeding path, it was not possible to correct all 11 skewed banknotes.

(4) Object of the Invention The object of the present invention is to provide a paper sheet feeding device that can correct the layered nature of the paper sheet with the following steps: : To serve.

(5) Structure of the Invention According to the present description, several steep feed folds 1d are arranged at a distance of 7'G on one delivery route of +RE Toton.
In a paper sheet 4aσ feeding device which transports paper sheets along a general feeding path, the feeding speed of the feeding device 6 on the paper feeding path is instantaneously brought into contact with the discharge upstream side of the feeding device d. A paper feed system characterized in that the feed speed of the feed device is also reduced, l'+"l: is slightly smaller than K. That is, according to the present invention, -・feed 1・f htis Since the feeding speed of the upper feeding device is smaller than the feeding speed of the feeding device (11!L), the paper sheets that are deviated diagonally are transported to the slow-speed googling device (I).

, the leading end of the paper sheet stays at that position for a period of 1 minute, and during that time, the trailing part of the paper sheet stops flowing.
fJ! Paper prisoners (
(1 can be sharpened in the correct direction (6) Example of the invention The following is an example of the 4th embodiment of the present invention when applied to a banknote I transfer device chair of a circulation type automatic cash withdrawal device 1 This will be explained in detail with reference to Section 1.

Referring to No. 1N, the circulation type automatic deposit/withdrawal device 1 has a manual withdrawal section 2 where customers can deposit and withdraw low-volume items, that is, banknotes.
, banknotes are stored separately (for example, 10,000 yen notes, 5,000 yen notes, 1,000 yen notes, etc.).
3, 4.5, and stores fraudulent banknotes and low-quality banknotes. The paper sheet transporting device 7 according to the present invention is configured to transport various kinds of banknotes inserted into the cash withdrawal section 2 or the banknote storage protrusions 3, 4.5. According to the command, B? (Condolences to General Soukenro 8. 1)
, 1' In the middle of the Takuwaka route 8, there is a single]-dispensing device eaves 9, a second-grade purchasing device eaves 10, a front and back aligning section 11 for aligning the front and outward directions of the paper, and a There are provided a +2 person 21 war banknote part 12 for reading all the banknotes arranged, and a payment banknote holder 13 for handling the payment banknotes in front of the crowd @ section 2. At the branching part of the bowl feeding route 8, there are 14a-1
A feeding device 615 for feeding banknotes one by one along the 4JIY feeding line 8 is provided on the transportation route 8 where the 4g is provided. In addition, in Fig. 1, i
+i7 Transport of each important point on transport route 8! Only 7 devices 15 are shown schematically.

Sending equipment fi! As shown in FIG. 2, 715 denotes a feed roller 17 attached to the moving part 16 at 1.11, and a pressure roller 19 that is brought into elastic contact with the feed roller 17 by a spring 18 or the like.
1, 1jj1': ψ
j1' (one belt may be used. Each feed (no position 15 is driven one time by the motor 20.

Here, various modes of transporting banknotes will be explained with reference to FIG. ,b
The banknotes are sent in the direction of 4z 1 ::・ili discrimination device 9 to determine the authenticity of the 7 banknotes, the type 9 table M + I'-j', etc. ■For banknotes, date 14a
According to the distribution, it is sent in the direction of arrow C, and the
:+s At 11, due to the allocation of the banknotes 14a, the six banknotes (() are sent in the direction of the arrow d, and the back banknotes are sent in the direction of the arrow e, so that they are aligned face up. In this state, the twig banknotes are temporarily stored in the input A4E banknote pool; Returned to Part 2.

After inserting banknotes, the customer can press a cancel button (not shown) when the customer wishes to leave the facility.

In this case, the input banknotes jjl (7 yen stored in 12', "I'f is 1) k each, arrow e, g + b
The money is sent in the direction of , and returned to the person withdrawal section 2. Paper 1. After entering the school, press the ``:vn'' button (not shown in ``)'' for the amount of money 8'M, and press the input paper / jI) 7 in the sol section 12.
One banknote at a time, arrow i.

Sent in the direction of g, 'jc2e% separate jf'i 1.0
After the banknotes are determined to be 1 type by 1, they are sent in the direction of arrow J by 14c to 14f. Predetermined banknote storage box 4 p 5 p 6
There is a valley inside.

When you need to pay a certain amount to a customer, move the desired banknotes one by one from the banknote collection boxes 3 and 4 or Q and 5 to the arrows n and O1.
It is taken out in the direction of p, and sent in the direction of arrows q and 1 by distribution of the goo (glue) 14g, and enters the second slicing device K10. This second, by a separate device 1o, the authenticity, the number of 2 pieces by group,
A check is made for the strength, etc., and if the banknotes are good, they are sorted by the gate 14c and sent in the direction of the arrow, and temporarily stored in the payment banknote pool 13, while in the case of bad or missing banknotes, 14c and 14d are sent in the direction of arrow r and stored in the renoect/column box 6. The required amount of banknotes stored in the payment banknote pool section 13 is sent to the cash withdrawal section 2 by operating a confirmation button (not shown), and taken out as shown by arrow B.

Although banknotes are expected as described above, since banknotes are normally thrown into the cash withdrawal section 2 casually, the banknotes may be added to the t punching path 8 in a diagonally shifted state. Manoko,
Inserted paper: h''ff There are cases where bills are skewed diagonally in the part 12 and in the prefecture where the bills are sent out from the bill storage boxes 3, 4.5. ,・
This may result in inaccurate judgments such as whether the banknotes are worn or not, and the banknotes may be returned as fraudulent banknotes to the cash withdrawal department 2, reject bank 6, or the like.

In view of such inconveniences, in this embodiment, the feed speed v2 of the feed device u15 disposed on the inlet side of the first and second A separate devices 9, 100 is set at The feed speed Vl of the feed device 15 is set to be smaller than the feed speed Vl of the feed device 15. All other feeders 15 can be set to a feed rate V. As a method of varying the feeding speed, as schematically shown in Figure 2, the rotational speed is varied by varying the gear ratio of the reduction mechanism 21 that connects the motor 20 and the feeding device 15. Alternatively, the circumferential speeds may be made to differ by making the roller diameters of the two feeding devices 15 different.

To explain the banknote skew correction effect in the above embodiment with reference to FIG. 3, on the entrance side of the first discriminating device 9, the banknote S shifted in the downward direction as shown by the solid line in FIG.
,i,'! When the banknote S is sent downstream from the No. 11 feeding device M15 at a speed v1, the leading 1[iQ end St of the banknote S first hits the downstream feeding device 15.

At this time, since the feed speed v2 of the lower a wayfinding device tf15 is smaller than the feed speed IK V 1 of the upstream 1u11 feeder 415, the leading 111.11 end r+l of the 11 paper banknotes is equal to the speed difference (VIV2) (S1 stays at that position, and during that time, the rear end S2 of the banknote S1a remains at the upstream 1
111 In order to be sent out by the sending device 15, the banknote S
is oriented in the correct direction as shown by the two-dot chain line in FIG. Since the banknotes corrected in this way are fed into the first discrimination device 9, it is possible to distinguish between authenticity and falsity with a high degree of 1a. It is no secret that the same skew correction effect as described above is performed on the artificial side of the second skin sorting device 10 as well.

Although one embodiment has been described above, the present invention is not limited to the aspects of the above embodiment. For example, the feeding speed of the feeding device may be varied at any point on the feeding path. can be selected. The present invention also applies to JK i+Ui in general deposit machines, currency exchange machines, check boxes, etc.
It goes without saying that the present invention can be similarly applied to other type of transport devices.

(7) Effects of the invention As is clear from the above explanation, the present invention
It is characterized in that the feeding speed of the feeding device on the general feeding path is smaller than the feeding speed of the feeding device that is in contact with the upstream side of the feeding device, so that the paper sheets can be conveyed simply by a Y-hang. You will be able to perform similar skew corrections.

4.1 The 1st 11th Mei of the 6th brother of the reason I describes the present invention as an example of a central glaze when applied to the circulation-type cash withdrawal device 4 banknotes (punch device (t) Gichengzu, 8
Figure 2 is an enlarged cross-sectional view of the main part of the foundation of the banknote conveyance system shown in Figure 1;
Figure 3 is il, paper shown in Figure 1 -'l\ (+j'
FIG. 6 is an enlarged front plan view of the device τ"'i; FIG.

8... Conveyance route, 9... First identification device, 10...
2nd i Bessouma, 15...2 sending devices

Claims (1)

[Scope of Claims] 1. In a paper sheet conveyance device for conveying a leaf-shaped sheet along a conveyance path by a conveyance device of the same type as Algebra 1 disposed along a progressive conveyance path of paper sheets, the above-mentioned I , 9. A banknote sorting device 1 characterized in that the feeding speed of the feeding device on the feeding column path is also made smaller than the feeding speed of the feeding device adjacent to the conveyance upstream 1 [111] of the static feeding device. 2. In the banknote sorting device according to claim 1, a bill grading device 1C is provided in the middle of the 1W feeding path, and the banknote sorting device 1C is provided on the entrance side of the bill sorting device. The feeding speed of the feeding device is 14 J8 on the upstream side.
A paper sheet conveying device characterized by a feed speed smaller than ^°.