Automatic Money Receiving and Disbursing Machine

The present invention relates to an automatic money receiving and disbursing machine for receiving and disbursing notes.

The conventional automatic money receiving and disbursing machine has a receiving function and a disbursing function. That is, the automatic money receiving and disbursing machine is required to have a receiving function of detecting one by one received notes inserted in the receiving section, receiving notes judged as being true notes and returning notes judged as being not true notes, and a disbursing function of temporarily storing disbursed notes fed out from the disbursing box in the machine while detecting disorder such as double feeding or incorporation of a different kind of note, discharging the stored notes when a predetermined number of notes are stored without detection of disorder, and directing the stored notes and abnormal notes to a reject box when they are disordered, and directing the stored notes and abnormal notes to a reject box when disorder is detected before a predetermined number of notes are stored and repeating the disbursing operation from the beginning.

In the conventional automatic money receiving and disbursing machine, an arrangement for performing the receiving function and an arrangement for performing the disbursing function should be separated completely from each other so as to prevent mingling of notes. Accordingly, it may be considered that receiving and disbursing machines performing both the functions, respectively, are independently constructed and then integrated. However, if the receiving machine and disbursing machine are simply integrated, the size of the resulting automatic money receiving and disbursing machine is increased and the structure becomes complicated.

In order to solve this problem, it is deemed necessary to generally solve the following technical problems (no special order):

(1) Is it necessary to dispose a discriminating section for checking received notes and a discriminating section for checking disbursed notes independently?

(2) Is it necessary to temporarily pool notes every time, when received or disbursed notes are checked and counted? Is it permissible to use one pool section for both the received and disbursed notes or to use as the pool section a part or all of a reject box for excluding abnormal notes or a receiving box for receiving received notes?

(3) When disorder such as double feeding or slant feeding is checked in notes to be disbursed, is it necessary to perform checking again, and if this checking is necessary, how is this checking accomplished?

(4) When disorder is detected in received notes, if the disorder is due to soiling, adhesion of tape or the like or partial breakage, should a bank receive such abnormal notes. In such circumstances, is it permissible to perform the returning operation after checking is conducted only once?

(5) When received notes are judged as being normal, how can some notes less broken or soiled notes be used again as notes to be disbursed?

(6) When discriminating zones are disposed for checking received notes and disbursed notes, respectively, since discrimination of the kind should already be done in the disbursed notes, is it sufficient if only checking of a delivery error such as double feeding or slant feeding (low-grade discrimination) is done?

(7) When received notes are judged as being normal by high-grade discrimination and it becomes necessary to check these notes again so as to assort them according to the face value, is it necessary to perform high-grade discrimination again?

(8) When some of received notes admitted to the receipt are used again as notes to be disbursed, how should normal notes, abnormal notes and assorted notes be dealt with?

(9) When the front and back are checked in a certain kind of note, is there any means for inverting the reverse notes?

(10) In the case where a certain kind of notes judged as being usable again are passed through the discriminating section, is it possible to prolong the life of the discriminating section by keeping the discriminating section in the non-opening state?

(11) In the case where notes admitted to the receipt are used again, what operation should be done if a disbursing box for the corresponding kind of notes is full?

(12) If it is possible to check both the received and disbursed notes in the same discriminating section, should high-grade discrimination be done for checking the disbursed notes. Is there any simple means for checking the disbursed notes?

(13) When disorder is observed in a specific kind of disbursed notes, this disorder is frequently due to a delivery error such as double feeding. If doubly fed notes and the like are excluded as abnormal notes, the efficiency is reduced. Is there any means for preventing this reduction of the efficiency?

(14) Supposing that it is possible to use again all the kinds or specific kinds of notes, how should connection to or disconnection from a common route for both the received and disbursed notes be done?

(15) When received notes are checked twice, it is necessary to temporarily pool normal notes and abnormal notes independently, and according to instructions of a customer, it is necessary to return abnormal notes alone or all the notes. How should these treatments be done?

(16) In the case where two dealing openings and received notes admitted to the receipt are used again, how should abnormal and normal notes be temporarily pooled?

(17) In the case where there are two dealing openings and normal notes are delivered to the appointed dealing opening, where should the normal notes and abnormal notes be pooled for performing the operation assuredly?

The present invention has been completed under such background. The present invention is characterized in that when first discrimination is carried out, the main discriminating function of the discriminating section is exerted and when notes admitted to the receipt or disbursed notes are discriminated, a part of the main discriminating function of the discriminating zone is exerted, so that when high-grade discrimination is unnecessay, the portion which is likely to wear away promptly is allowed to rest whereby the size of automatic money receiving and disbursing machines can be disminished, the life of the machine can be prolonged and the operation capacity and efficiency of the machine can be improved.

In accordance with the present invention, there is provided an automatic money receiving and disbursing machine in which notes received in at least one dealing opening are fed to a discriminating section, the presence or absence of disorder regarding the notes is detected within the discriminating section and normal notes are received in the machine in accordance with the results of detection, comprising a delivery section for commonly delivering received notes, said discriminating section being actuated cooperatively with the delivery section to effect high grade discrimination to the received notes and to effect low grade discrimination to the notes admitted to the receipt.

As another aspect of the present invention, there is also provided on automatic money receiving and disbursing machine in which notes received in at least one dealing opening are fed in a discriminating section, the presence or absence of disorder regarding the notes is detected within the discriminating section and normal notes are received in the machine in accordance with the results of detection, which comprises a first accumulating section for temporarily storing the normal notes discriminated through the discriminating section and a second accumulating section for temporarily storing the abnormal notes twice discriminated through the discriminating section, the normal notes being accommodated in the machine or returned after the abnormal notes stored in the second accumulating section are returned to the dealing opening.

As a still another aspect of the present invention, there is also provided an automatic money receiving and disbursing machine in which notes received in at least one dealing opening are fed to a discriminating section, the presence or absence of disorder regarding the notes is detected within the discriminating section and normal notes are received in the machine, which comprises a delivery section connected to the first and second dealing openings for circulating the received money therein, two accumulating sections on the delivery section between the first and second dealing openings, one of the accumulating sections temporarily storing the normal notes and the other accumulating section temporarily storing the abnormal notes, respectively, and the abnormal notes twice discriminated through the discriminating section being returned through one of the dealing openings through which the notes are received.

As a still another aspect of the present invention, there is also provided an automatic money receiving and disbursing machine in which notes received in at least one dealing opening are fed in a discriminating section, the presence or absence of disorder regarding the notes is detected within the discriminating section and normal notes are received in the machine. A delivery section for commonly delivering the receiving notes and the disbursing being actuated cooperating with the delivery section to high grade discrimination the received notes and to effect low grade discrimination to the disbursing notes.

The present invention will not be described in detail by reference to an embodiment illustrated in the accompanying drawings in which:

FIG. 1 is a side view showing the structure of one embodiment of the automatic money receiving and disbursing machine according to the present invention,

FIG. 2 is a block disgram showing the flow of notes travelling through the structural elements in FIG. 1,

FIG. 3 is a side view showing in detail the receiving and disbursing box, second separating and feeding section and third accumulating section shown in FIG. 1,

FIG. 4 is a side view, similar to FIG. 3, for showing the operation of the members in FIG. 3,

FIGS. 5A and 5B are side views showing in detail the structure and operation of the discriminating section shown in FIG. 1,

FIGS. 6 through 8 are flow charts showing the operations of the note receiving and disbursing machine.

One embodiment of the present invention will be now described in detail with reference to the accompanying drawing.

FIG. 1 is a side view illustrating the structure of an embodiment of the automatic money receiving and disbursing machine to which the present invention is applied. FIG. 2 is a block diagram illustrating the flow of notes among structural elements shown in FIG. 1. The above-mentioned problem of the conventional automatic money receiving and disbursing machine and the technical problems (1) through (17) are substantially solved by this structure of the present invention, as described hereinafter.

In the automatic money receiving and disbursing machine according to this embodiment, first and second dealing openings 2 and 3 are formed on both the sides of a machine body 1, and the machine is constructed so that notes received and notes disbursed are charged and disbursed through these dealing openings, respectively.

The receiving treatment (receiving function) and the disbursing treatment (disbursing function) will now be described independently with reference to flow charts of FIGS. 6 through 8.

When a customer throws notes into the machine to the first or second dealing opening 2 or 3, the treatment is carried out along the flow shown in FIGS. 6 and 7.

Notes thrown from the first dealing opening 2 are passed through a first accumulating section 4 and a second accumulating section 5 by a group of delivery belts (at this step, gathering plates 4a and 5a of the first and second accumulating sections 4 and 5 are maintained at the horizontal posture to allow passage of notes), and they are delivered to a first separating and feeding section 7 through a temporary pool section 6. Notes thrown through the second dealing opening 3 are delivered to the vicinity of the second accumulating section 5 by turning upward a belt 6a of the temporary pool section 6 as indicated by chain lines in FIG. 1, and the belt 6a and guide plate 6b are returned to the original position indicated by solid lines in FIG. 1 to delivery the notes to the first separating and feeding section 7.

In the case where notes are piled in the first separating and feeding section 7, notes are separated one by one by the difference between the friction coefficient in the notes and the friction coefficient of a friction roller 7a, and the notes are fed in the direction of arrow A in FIG. 1 to a discriminating section 8.

This discriminating section 8 is disposed to check the delivered notes one by one, and it has the following discriminating functions.

(a) Discrimination of a photo-pattern by utilizing transmitted rays.

(b) Discrimination of a photo-pattern by utilizing reflected rays.

(c) Discrimination of a magnetic pattern by using a magnetic head shown in FIG. 5.

(d) Detection of double feeding by utilizing transmitted rays.

(e) Detection of double feeding by detecting the thickness by mechanical means.

(f) Detection of the note length by utilizing signals generated by intermission of rays.

(g) Detection of slant feeding by utilizing signals generated by intermission of rays.

(h) Detection of proximate feeding (abnormal approach of successively fed notes) by utilizing signals generated by intermission of rays.

In this embodiment, the discrimination exerting all of the foregoing discriminating functions is called "the high-grade discrimination", and the discrimination exerting the functions (b) and (d) through (h) is called "the low-grade discrimination".

Of these discriminating functions, the function (c) detects a minute difference in the character of the note, and means for this function is considered to have a shorter life than those of other functioning means. Therefore, in this embodiment, the means for the function (c), which is likely to wear away quickly on checking of notes, is not operated at the time of the low-grade discrimination. The means for discriminating a magnetic pattern has a structure shown in FIGS. 5A and 5B. Incidentally, in case of the above-mentioned (a) discrimination, the front and back sides of a note cannot be detected. Namely, this means is arranged so that it is not operated at the time of the low-grade discrimination.

More specifically, on both the sides of a delivery line 8a of the discrimination section 8, arms 8c are attached to the machine body 1 for rotation about a turning pin 8b, and magnetic head 8d and 8e are attached to the arms 8c, respectively. Contact rollers 8f are attached at the positions confronting the magnetic heads 8d and 8e to bring notes fed along the delivery line 8a into contact with the magnetic head 8d and 8e. Both the arms 8c are urged in the direction approaching each other by a spring 8g, and the positional relationship of the magnetic head 8d and 8e to the delivery line 8a is adjusted by bolts 8h and securing frames 8j integrated with the machine body 1. When a cam piece 8k is turned by an external driving source according to need, the magnetic head 8d and 8e attached to the arms 8c and both the contact rollers 8f are separated from the delivery line 8a as shown in FIG. 5B, notes are passed through the discriminating section 8 without any detecting function being exerted. By adoption of this arrangement, the above-mentioned technical problem (10) can be solved.

Received notes are subjected to the high-grade discrimination in the discriminating section, and if the discrimination of the note kind or the like is possible (normal notes), the notes are delivered to the step 5 and if the discrimination is impossible (abnormal notes), the notes are delivered to the step 6. More specifically, a distributing fork 9a of a first distributing section 9 is changed over to distribute and deliver notes into the first or second accumulating section 4 or 5 through a fork 10a of a second distributing section 10.

Normal received notes are fed between vanes of an accumulating wheel 4b of the first accumulating section 4, and when the gathering plate 4a is in the erected state as shown in FIG. 1, the notes are accumulated on the accumulating wheel 4b.

Notes judged as being abnormal among the received notes are accumulated by an accumulating wheel 5b of the second accumulating section 5.

When the presence or absence of notes is detected in the first separating and feeding section 7 and it is detected that notes are left, the operations of the steps 2 through 7 are repeated, and if all the notes are delivered out (the first separating and feeding section 7 becomes empty) and the operations of the steps 2 through 6 are completed, the operation of the step 8 is initiated.

It is checked whether or not there are present notes in the second accumulating section 5, that is, whether or not the received notes include abnormal notes, and if all of the received notes are normal, the operation of the step 9 is performed. If the presence of abnormal notes is confirmed, the operation of the step 13 is automatically performed.

The customer checks the amount of money (in the discriminating section 8, addition is effected every time one note is checked, though the explanation is omitted, and the sum is displayed in the vicinity of the first or second dealing opening 2 or 3).

The customer checks the total amount of money displayed and depresses a depositing button or the like to give a permission of receipt of money.

The notes accumulated in the first accumulating section 4 are fed to the first separating and feeding section 7, and the accommodation treatment is then carried out along the flow shown in FIG. 7.

At the step 10, if the customer desires return of the notes and depresses a return button or the like, in the case where the notes have been charged from the first dealing opening 2, the gathering plate 4a and belt 4c of the first accumulating section 4 are made horizontal and the notes are returned to the first dealing opening 2. In the case where the notes have been charged from the second dealing opening 3, the gathering plate 5a and belt 5c of the second accumulating section 5 are made horizontal and also the belt 6a, guide plate 6b and guide plate 6c of the temporary pool section 6 are maded horizontal, and the notes are returned to the second dealing opening 3.

In the case where there are left abnormal notes in the second accumulating section 5 at the step 8, checking is conducted again by a detection signal indicating the presence of abnormal notes in the received notes, which is emitted from the discriminating section 8. The abnormal notes accumulating in the second accumulating section 5 are in the reversed state and checked again in this state. For example, when they are charged with the "front" side being as the top, they are checked again with the "back" side being as the top. As described hereinbefore with reference to the steps 1 and 2, the notes are delivered to the first separating and feeding section 7 through the temporary pool section 6.

Subsequently to the operation of delivering the abnormal notes accumulated in the second accumulating section 5 to the first separating and feeding section 7, the normal notes accumulated in the first accumulating section 4 are delivered to the second accumulating section 5 and temporarily pooled therein in the case where these notes have been charged from the first dealing opening 2. In the case where thses notes have been charged from the second dealing opening 4, they are successively pooled in the first accumulating section 4.

The abnormal notes kept in the reversed notes are separated one by one again and delivered to the discriminating section 8.

The high-grade discrimination is conducted again through the discriminating functions (a) through (h).

The notes are assorted by the distributing fork 10a of the second distributing section 10 through the first distributing section 9 based on the results of the discrimination.

If the discrimination is possible, that is, if notes are judged as being normal by re-checking, in the case where the notes have been charged from the first dealing opening 2, these notes are accumulating in the second accumulating section 5. In the case where the notes have been charged from the second dealing opening 3, these notes judged as being normal are accumulating in the first accumulating section 4.

If the discrimination is impossible, that is, if notes are judged as being abnormal by re-checking, in the case where the notes have been charged from the first dealing opening 2, the notes are accumulated in the first accumulating section 4. In the case where the notes have been charged from the second dealing opening 3, the notes are accumulated in the second accumulating zone 5.

When the first separating and feeding section 7 becomes empty and the operations of the steps 15 through 19 are completed, the operation of the step 21 is performed.

If as the result of re-checking of the reversed notes, it is confirmed that there are present notes judged as being abnormal, that is, if notes are accumulated in the first accumulating section 4 (see S1) in the case where the notes have been charged from the first dealing opening 2 or notes are accumulated in the second accumulating section 5 in the case where the notes have been charged from the second dealing opening 3, the operation of the step 22 is performed. If accumulation of the notes is not detected, the operation of the step 23 is performed.

In the case where the notes have been charged from the first dealing opening 2, the abnormal notes are returned from the first accumulating section 4, and in the case where the notes have been charged from the second dealing opening 3, the abnormal notes are returned from the second accumulating section 5.

The amount of the notes returned to the customer and the amount of the notes judged as being normal in the discriminating section 8 by the high-grade discrimination are confirmed.

Only the notes judged as being normal are received, or also the notes judged as being normal are returned.

When permission for the receipt is given by depressing the depositing button, the normal notes accumulated in the second accumulating section 5 or the first accumulating section 4 are delivered to the first separating and feeding section 7 (the third delivery to the section 7) through the temporary pool section 6, and the accommodation treatment is carried out along the line shown in FIG. 7.

If return instructions are given by the customer by depressing the return button, the normal notes accumulated in the second accumulating section 5 are returned to the first dealing opening 2, or the normal notes accumulated in the first accumulating section are returned to the second dealing opening 3.

The above-mentioned technical problems (4), (15) and (16) are completely or partially solved by treating notes through the foregoing steps 1 through 26.

All the notes received in the machine body 1 pursuant to instructions of the customer are normal. Then, the treatment for separating the notes according to the kinds or selecting a specific kind of notes (1000-yen notes in FIG. 7) and using them again is carried out.

When depositing instructions are given (the depositing button is depressed by the customer), it is detected whether or not a receiving and disbursing box 11 shown in FIGS. 1 and 3 is full of 10000-yen notes. As shown in FIG. 3, in this receiving and disbursing box 11, contained notes are pushed out from an outlet 11b toward a second separating and feeding section 12 by a movable gripping plate 11a, and when some of received notes are used again, a pressing member 11c is turned to press the outlet sides of the notes and move them toward the movable gripping plate 11a as shown in FIG. 4, whereby a note-containing space is formed between the movable gripping plate 11a and the outlet 11b and the notes are received from a falling opening 11d formed in the upper portion of the box 11 (a shutter 11e opening and closing this falling opening 11d is arranged so that only when the receiving and disbursing box 11 is attached to the machine body 1, the opening 11d is opened). An operating piece 11f such as a magnet is arranged integrally with the movable gripping plate 11a in the receiving and disbursing box 11, and a fullness detecting sensor 11g and a near end detecting sensor 11h are actuated by the operating piece 11f to detect the quantity of notes. As shown in FIGS. 3 and 4, a stopper 11j capable of moving in the vertical direction is arranged in the vicinity of the outlet 11b to guide the notes while preventing them from projecting from the outlet when the notes are let to fall down. When the notes are delivered out, the pressing member 11c and stopper 11j are retreated as shown in FIG. 3.

In the case where the receiving and disbursing box 11 is not full at the preceding step 31, the notes admitted to the receipt (normal notes) at the step 11 or 25 are fed into the discriminating section 8 from the first separating and feeding section 7.

The discriminating section 8 is changed over to the low-grade discrimination (second class in FIG. 7) designated mainly for discrimination of the kinds of notes.

Of the notes admitted to the receipt, normal 10,000-yen notes with the "front side" being up are detected. In case of "YES", the operation of the step 35 is performed, and in case of "NO", the operation of the step 36 is performed. By the term "normal 10,000-yen note" used herein means a 10,000-yen notes in which soiling, adhesion of tape or partial breakage is not observed and which is suitable for re-use. Other note is called "broken note" and this broken note is not used again.

Normal 10,000-yen notes with the "front side" being up are fed from the discriminating section 8 to a third accumulating section 13 by the forks 9a and 9b of the first distributing section 9 and they are accumulated in the vertical posture between a belt 13b and a guide plate 13c by an accumulating wheel 13a as shown in FIG. 4 (which shows the state where in order to contain the notes in the receiving and disbursing box 11, the belt 13d is projected from the rear of the guide plate 13c).

Of notes other than the 10,000-yen notes with the "front side" being up at the step 34, normal 10,000-yen notes with the "back side" being up are detected. In case of "YES", the operation of the step 37 is carried out, and in case of "NO", the operation of the step 38 is performed.

Normal 10,000-yen notes with the "back side" being up are accumulated in the second accumulating section 5 from the discriminating section 8 through the first and second distributing sections 9 and 10.

Notes other than normal 10,000-yen notes at the steps 34 and 36, that is, broken 10,000-yen notes, 5000-yen notes, 1000-yen notes and erroneously fed notes (notes that are not discriminated by double feeding or the like), are contained into a receiving box 14 from the discriminating section 8 by the distributing forks 9a and 9b of the first distributing section 9.

Notes which have been discriminated one by one at the steps 32 through 39 are subjected to the treatment of the step 35, 37 or 38 according to the kind or the "front" or "back" condition. Then, it is detected whether or not the first separating and feeding section 7 is "empty". In case of "NO", the treatments of the steps 32 through 38 are repeated on the notes left on the section 7, and when it is confirmed that the section 7 is empty, the operation of the step 40 is performed.

It is detected whether or not notes, the side of which is corrected to the "front" side from the "back" side, are present in the second accumulating section 5. In case of "NO", the operation of the step 46 is performed. In case of "YES", the operation of the step 41 is performed.

The notes accumulated in the second accumulating section 5 are delivered to the first separating and feeding section 7.

The notes are fed out one by one from the first separating and feeding section 7.

The discriminating section 8 is rendered nonoperative and the notes are passed through the discriminating section 8 unconditionally and fed to the third accumulating section 13 through the first distributing section 9.

In the foregoing manner, 10,000-yen notes are gradually accumulated in the third accumulating section 13 in the state where the front and back sides are properly arranged.

The operations of the steps 42 through 44 are repeated until no note is present any longer in the separating and feeding section 7. When it is detected that the separating and feeding section 7 becomes "empty", the operation of the step 46 is performed.

It is detected whether or not notes to be used again, that is, normal 10,000-yen notes with the "front side" being up, are present in the third accumulating section 13, and if any 10,000-yen note is stored in the third accumulating section (for example, in the case where notes charged from the first or second dealing opening 2 or 3 do not include a 10,000-yen note), all the receiving operations are completed. If there are present 10,000-yen notes in the third accumulating section 13, the operation of the step 47 if performed.

The pressing member 11c and stopper 11j of the receiving and disbursing box 11 are turned into the state indicated by solid lines in FIG. 4 to separate the notes from the outlet and form a containing space. From the falling opening 11d opened by the opening operation of the shutter 11e, the 10,000-yen notes to be used again are contained into the receiving and disbursing box 11 by vertically turning the belts 13b and 13d of the third accumulating section 13 in the direction separating from the guide plate 13c as shown in FIG. 4. Then, the receiving and disbursing box 11 and third accumulating section 13 are returned to the original state as shown in FIG. 3. Incidentally, in the normal 10,000-yen notes contained in the receiving and disbursing box 11, the "front" side is located on the right side of FIGS. 1 through 4.

By treating the notes through the steps 31 to 47, the technical problems (5), (7), (8), (9), (10) and (15) are completely or partially solved.

In the case where the fullness of the receiving and disbursing box 11 is detected at the step 31 shown in FIG. 7, notes admitted to the receipt, which are accumulated in the first separating and feeding section 7, are fed out one by one.

As at the step 43, the notes are passed through the discriminating section 8 without performing checking.

The notes are let to fall down into the receiving box 14 and contained therein by the distributing forks 9a and 9b of the first distributing section 9.

In the case where notes admitted to the receipt are left in the first separating and feeding section 7, the operations of the steps 51 through 53 are repeated, and if all the notes admitted to the receipt have been fed out from the first separating and feeding section 7 or if there is no note present between the first separating and feeding section 7 and the receiving box 14, all the operations are completed.

At these steps 51 through 54, in the case where 10,000-yen notes to be used are contained in a sufficient quantity in the receiving and disbursing box 11, all the kinds of notes admitted to the receipt are contained without any particular separation thereof. Accordingly, the technical problem (11) is solved.

In the case where disbursement of notes from the first or second dealing opening 2 or 3, a disbursing button is depressed while confirming the amount or kind of notes to be disbursed, and according to this operation, disbursement (payment) is performed through the following steps. In this embodiment, the desired amount of money is paid by two kinds of notes, that is, 10,000-yen notes and 1000-yen notes.

It is checked in the machine body 1 whether or not 1000-yen notes are contained in the desired kinds of notes or in the total amount of money to be disbursed. If 1000-yen notes should be disbursed, the operation of the step 62 is carried out, and if 1000-yen notes need not be disbursed, the operation of the step 68 is carried out.

In the case where disbursement of 1000-yen note is instructed, 1000-yen notes contained in a disbursing box 15 are taken out one by one with the "back side" being out by a third separating and feeding section 16 and are fed into the discriminating section 8 be delivery belts.

The 1000-yen notes with the "front side" being out are subjected to the low-grade discriminating in the discriminating section 8.

In the case where the 1000-yen notes are less-damaged normal 1000-yen notes suitable for disbursement, the operation of the step 65 is performed, and in the case where the 1000-yen notes are considerably damaged 1000-yen notes not suitable for disbursement or doubly fed 1000-yen notes, the operation of the step 66 is performed.

In the case where the dealing opening instructed by the customer is the first dealing opening 2, the normal 1000-yen notes are accumulated in the first accumulating section 4 through the first and second distributing sections 9 and 10, and in the case where the dealing opening instructed by the customer is the second dealing section 3, the normal 1000-yen notes are accumulating in the second accumulating section 5.

In the accumulating zones 4 and 5, 1000-yen notes are accumulated with the "front side" being out.

The 1000-yen notes not suitable for disbursement are accumulated in the second accumulating section 5 when the first dealing opening 2 is used or in the first accumulating section 4 when the second dealing opening 3 is used.

When a necessary number of normal 1000-yen notes are accumulated in succession on the first 1000-yen note through the steps 62 to 66, completion of counting of 1000-yen notes is confirmed, and the operation of the step 68 performed.

It is checked whether or not 10,000-yen are included in the notes to be disbursed. If 10,000-yen notes need not be disbursed, the operation of the step 75 is performed.

If 10,000-yen notes should be disbursed, 10,000-yen notes are fed one by one from the receiving and disbursing box 11 into the discriminating section 8 by the second separating and feeding section 12.

In the discriminating section 18, the 10,000-yen notes with the "front side" being out are subjected to the low-grade discrimination.

In the case where the 10,000-yen notes are less damaged and suitable for disbursement, the operation of the step 72 is performed, and in the case where the 10,000-yen notes are not suitable for disbursement because of erroneous delivery such as double feeding, the operating of the step 73 is performed.

The normal 10,000-yen notes are accumulated below the previously accumulated 1000-yen notes in the first or second accumulating section 4 or 5.

The 10,000-yen notes not suitable for disbursement are accumulated in the third accumulating section 13 through the first distributing section 9.

Counting of the number of normal 10,000-yen notes and accumulation thereof are confirmed (in case of "NO", the operation of the step 69 is conducted again).

The 1000-yen notes are piled on the 10,000-yen notes from the first accumulating section 4, when the dealing opening instructed by the customer is the first dealing opening 2 or from the second accumulating section 5 when the dealing opening instructed is the second dealing opening 3. All the notes are delivered out with the "front side" being out.

Receipt of all the disbursed notes by the customer is confirmed by a detecting sensor disposed in the vicinity of the dealing openings 2 and 3, and the transaction is completed. When the detecting sensor detects all or some of the notes, the operation of the step 77 is performed.

A timer is started and if the notes are received by the customer within a certain time, the operation of the step 76 is conducted again and completion of the transaction is confirmed.

When a certain time is passed without the notes being received by the customer, the notes left in the dealing opening are taken into the first or second accumulating section 4 or 5 and the belt in the vicinity of the first dealing opening 2 is vertically turned as indicated by chain lines in FIG. 1, and the left notes are excluded into the reject box 17. A record of the customer forgetting to receive the left notes is prepared and is used for a service datum informing the customer of nonreceipt from the bank. Then, completion of the transaction is confirmed. In the machine body 1, the treatment of the notes not suitable for disbursement, which are accumulated at the steps 66 and 73, is conducted in succession.

It is checked whether or not the 1000-yen notes not suitable for disbursement are accumulated in the second or first accumulating section 5 or 4. In case of "NO", it is judged that there is not a 1000-yen note not suitable for disbursement. When there are accumulated 1000-yen notes not suitable for disbursement, the operation is performed appropriately according to the accumulating section.

When disbursement is performed through the first dealing opening zone 2, completion of disbursement and exclusion of the left notes are confirmed (it is checked whether "YES" is confirmed at the step 76 or the operation of the step 78 is completed). In case of "NO", the completion is waited, and in case of "YES", the operation of the step 81 is performed. If disbursement is performed through the dealing opening 2, the operation of the step 80 is omitted.

The 1000-yen notes not suitable for disbursement accumulated in the second or first accumulating section 5 or 4 are excluded into the reject box 17 by moving upward the belt in the vicinity of the first dealing opening 2 as indicated by chain lines in FIG. 1, and the disbursing treatment is completed.

It is checked whether or not the 10,000-yen notes not suitable for disbursement are accumulated in the third accumulating section 13, and in case of "NO", the disbursing treatment is completed.

In the case where the notes not suitable for disbursement are detected, they are returned to the receiving and disbursing box 11. This operation is performed because it is mainly due to erroneous delivery such as double feeding that notes (10,000-yen notes) once judged as being suitable for disbursement are judged as being not suitable for disbursemnet, and if these notes are delivered again, double feeding is often eliminated. The bank should receive 10,000-yen notes even if they are considerably damaged or soiled, unless they are forged notes. On the other hand, from the viewpoint of service, notes to be disbursed should be less wrinkled damaged or soiled. Accordingly, only 10,000-yen notes that can be used again are separated and contained in the receiving and disbursing section. Furthermore, in view of the utilization efficiency of funds, it is perferred that 10,000-yen notes having a large face amount be used again.

If the operations of the steps 76, 78, 79, 81, 82 and 83 are completed, the overall disbursing treatment is completed.

By performing the operations of the steps 61 through 83, the technical problems (3), (5), (6), (10), (12), (13), (14) and (17) are completely or partially solved.

By the synergistic actions of the functions of the steps shown in FIGS. 6 through 8, all the above-mentioned technical problems (1) through (17) can be solved.

Incidentally, at the steps 71, 72 and 73, if a specific kind of notes to be used again (10,000-yen notes in the foregoing embodiment) or notes contained in advance in the receiving and disbursing box 11 are judged as being not suitable for disbursement because of erroneous delivery or the like by the low-grade discrimination at the disbursing treatment, they are accumulated in third accumulating section 16 in the foregoing embodiment. In the present invention, there may be adopted a method in which if notes contained in advance in the receiving and disbursing box 11 are judged as being not suitable for disbursement because of breakage or soiling by the low-grade discrimination at the disbursing treatment, these notes, like 1000-yen notes judged as being not suitable for disbursement, are accumulated in the second or first accumulating zone 5 or 4 from the discriminating section 8 and are then excluded into the reject box 17.

As will be apparent from the foregoing description, according to the present invention, in the case where notes admitted to the receipt are subjected to discrimination again for assorting or correction of the reversed position after high-grade discrimination has been conducted in the discriminating section, only parts of functions of the discriminating section are exerted to effect the low-grade discrimination. Since the low-grade discrimination is thus accomplished also by the discriminating section performing the high-grade discrimination, the size of the automatic money receiving and disbursing machine can be diminished, and since parts of the discriminating section that tend to wear away promptly are allowed to rest during the low-grade discrimination, the life of the discriminating section as a whole can be prolonged.