JPS59214992A - Cash processor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a cash processing device that inputs, for example, banknotes and coins all at once, and stores the cash in a safe after sorting and counting.

[Technical background of the invention and its shortcomings]

Conventionally, in this type of cash processing device, the safes are not numbered (or marked), so when a plurality of safes are replaced, it is difficult to know which safe has how much cash in it. For this reason, for example, when safes from multiple branches are sent to a certain center, if the organization of each branch is incomplete, it is necessary to check all the cash in the safes. There was a problem in that it was not possible to confirm whether the information was accurate (for example, if one of the safes was missed at the center).

[Purpose of the invention]

The present invention has been made in view of the above circumstances, and its purpose is to provide a cash processing device that can confirm the amount of money for each safe.

[Summary of the invention]

・This invention detects the denomination of the cash being conveyed, stores it in removable safes according to the detection result, counts the number of cash stored in the safe, and calculates the safe number assigned to the safe. The reading result and the contents stored in the safe are stored in correspondence with each other.

[Embodiments of the invention]

An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows a cash processing apparatus, such as a cash sorting and tallying machine, according to the present invention, which is constructed as follows. That is, the banknote processing device 1 and the coin processing device 2 are connected and integrally configured.

To roughly explain the structure of the banknote processing device 1, a display section 4 and an operation section 5 are provided on the upper part of the device main body 3, and an input port 6 and a reject lower are arranged in parallel in front of the display section 4 and the operation section 5. A take-out section 8 is provided in the device main body 3 facing the input port 6, and a longitudinal conveyance path 9 is provided facing the take-out direction. While being conveyed along this longitudinal conveyance path 9, the denomination, authenticity, etc. of the banknotes P are determined, and abnormal ones are sent to the reject lower, while the conveyance direction of normal ones is switched to the transverse direction. Furthermore, a transversal conveying section 10 is provided which conveys the banknotes P whose conveyance direction has been switched in the transverse direction, and the banknotes P are sorted by denomination.

Further, below the short conveyance path 10, there are a plurality of temporary stacking units 11 in which banknotes PL classified by denomination are stacked in a sequentially stacked state in the plane direction! .

112 +113 +114;
A plurality of safes 131 + 132 , 133° 13 store banknotes P in bulk after they are accumulated in the stacking section 12 .
A storage section 14 consisting of 4 is provided.

A detection unit 15 is provided in the middle of the longitudinal conveyance path 9 to determine the authenticity of the denomination 1 of the banknote P, front and back, etc.

As shown in FIG.
0, mode designation switch 21, numeric keypad 22, counting start key 23 for designating open number start, storage key 24 for storage designation
, a reset key 25, an account number key 26, a transaction number key 120, a denomination designation key 27, a 100-piece classification key 28, and a 250-piece classification key 29. The mode designation switch 21 is used to designate processing modes such as OFF, operator, sorting, and settlement. In addition, the power supply key 20. The counting start key 23, storage key 24, reset key 25, account number key 26, 100 sheet sorting key 28, 250 sheet sorting key 29, etc. are self-illuminating keys.

The display section 4 consists of a breakdown display section 4a and a status display section 4b, and the breakdown display section 4a is, as shown in Fig. Alternatively, the number display 41aI41b displays the number of stored sheets (details).
+41c141d, 500 yen coins, 100 yen coins, 50 yen coins, 1000 yen coins, 5 yen coins, - yen coins, and a number indicator 41e that displays the number of accumulated or stored coins.

41f, 41g, 41b, 411, 41j, Deposit amount display 41 that displays the deposit amount 1Amount display 41t1 that displays the amount of cash 41T1 Amount display that displays the check amount 47Displays rns ID number, account number, etc. Number Display 41n1 Consists of a number display 41o that temporarily displays the number entered using the numeric keypad 23.

Further, the status display section 4b is 1. /An operable display 42a that informs the possibility of a transaction, a temporary accumulation section 1111...
, 22. , 131..., 341... (1200 banknotes, 2400 coins) Full forecast indicator 42c, safe 131..., 341...・.

3411... A full indicator 42d that indicates that the safe is full, an empty safe indicator 42e1 that indicates that there is no safe, and a safe 131.
..., 341..., a safe setting error alarm 42f1, a safe replacement error indicator 42b1, which notifies all removals of safes of denominations other than those specified when exchanging osmanthus.
Intake abnormality indicator 42h1 that informs about an abnormality in the collection of safe P1 Conveyance abnormality indicator 4211 that informs about abnormality in conveyance of banknotes P42j1 Conveyance abnormality indicator 42j1 that informs about abnormality in conveyance of coins C
Alternatively, a storage failure indicator 42k notifies that the coin C is not properly stored in the safe, and a temporary storage unit remaining music indicator 42t1 that reports that the banknotes have been forgotten to be removed from the temporary storage box during the return process.A card that reports the operator card read shell. Reading sheller display 4
2m, journal out indicator 42n to notify when the receipt/journal paper is out, door opening indicator 42o1 to notify when the door of a safe etc. is opened, and other error indicators 42.
p, and an equipment abnormality indicator 42q.

Said short conveyance section 10. The stacking section 12 and the storage section 14 will be explained based on FIG. 4. This includes a transport section 50 that transports the banknotes P switched to short transport by the direction conversion part 8a of the longitudinal transport section 8, and a transport section 50 that transports the banknotes P that has been switched to short transport by the direction converting section 8a of the longitudinal transport section 8, and separates the banknotes P that have been transported in the short direction by denomination. It is composed of a dividing section 51. The conveying section 5o includes a plurality of guide rollers 52.
, 52a, 52b are conveyor belts 53゜54.55.56
．． 57 are strung together so as to run endlessly, and the banknotes P are held between these conveyor belts 53 to 57 and conveyed in the direction of the arrow.
It extends downward from the bottom and horizontally from the bottom end. The dividing portion 5 is connected to each of the guide rollers 52.
Swingable division gates 58a and 58b provided near a
, 58c, and a division guide 59 fixedly provided near the guide roller 52b, and the division gates 58a to 58c are fitted onto a rotating shaft of a rotary solenoid (not shown) so that they can be rotated. There is.

The short-side conveying section 9 configured in this manner sequentially transfers the banknotes P sent out from the direction changing section 42 to the conveying belts 53 to 53.
When the denomination of the banknote P that has been transferred in the short direction is, for example, a -10,000 yen bill, as a result of the denomination discrimination by the detection unit 15,
The rotary renoids (not shown) are excited and rotated upward from the state shown in FIG. After being conveyed, the rotary solenoid (not shown) is demagnetized and the sorting dart 58h is returned to the state shown in FIG. In the case of , thousand yen banknotes, the sorting dart 58c operates in the same manner as described above.In the case of cubic yen banknotes, they are naturally guided by the sorting guide 59 and conveyed downward.The banknotes P conveyed in the short direction are transferred to the sorting section. In this way, the denominations are classified by denomination.

Further, the stacking section 12 includes a first temporary stacking section 111 provided below the sectioning gate 58a, a second temporary stacking section 112 provided below the sectioning gate 58b, and the sectioning section 58c. It is composed of a third temporary accumulation section 113 provided below and a fourth temporary accumulation section 114 provided below the sorting guide 59.
14 has approximately the same configuration km, and the division gates 58h to 5
8c and sorting guide 59, an impeller mechanism 6 for stacking the banknotes guided in the surface direction, stacking boxes (stacking warehouses) 621 to 624 for guiding and stacking the sides of the banknotes, and a stacking box. (Accumulation warehouse) Consists of push plates 601 to 604 that push banknotes P accumulated in 621 to 624 into safes 131 to 134. The above collection box 621 (622+623
．． 624 ), residual detectors 901 and (902
, 903, 904) are provided. residual detector 90
1 to 904 are well-known devices including, for example, a light emitting element and a light receiving element.

As shown in FIG. 4, the storage section 14 has a partition section 63 made up of a plurality of partition plates, a bill movement mechanism section 64 that moves each partition plate relative to each other, and a bill moving mechanism section 64 that moves the partition plates. Drive section 65
A partition mechanism 66 consisting of a safe 1. :11 (J s2 , J s3
．． 7 s4) and each collection box 621 (622+
623. 6.24).

The concrete structure of the partition mechanism 66 is shown in FIG. That is, the partition portion 63 is arranged so that the first partition plate 71 and the second partition plate 72, which can move back and forth by engaging with both guide grooves (not shown), can move on the first partition plate 71. ing. The second partition plate 72 is bent so as to form six parts (not shown) at the center, and a protrusion 73 is attached to the front side. This protrusion 73 is used for banknotes P stacked on the side partition plates 71 and 72.
The front end of the banknotes P is lifted up and the stacked banknotes P are taken out (in order to be counted again), the safe 131 (ZJ2.
This is to simplify and speed up the work when banknotes are not stored in the 13g + 134). Note that it is possible to obtain substantially the same effect as when the protrusion 73 is provided by the convex portion formed on the second partition plate 72.

The drive unit 65 has a front bracket 75 attached to the side holder 24 attached to the main body 3, and a reversible motor 76 is disposed on the front bracket 75. A grooved cam 77 is provided on the motor shaft of this reversible motor 76.
is fitted. Further, one end of a cam lever 78 is swingably supported on the front bracket 75, and a cam follower 79 is attached to the middle part of the cam lever 78 and is engaged with the cam groove 77a of the grooved cam 77. The other end of the cam lever 78 is connected to the retaining hole 7 provided in the second partition plate 72.
2b. Note that the side partition plates 71 and 72 also include the lower end closing portion 62h of the collection box 62 and the safe 131.
(132, 133, 134) When the upper end opening 67af (described later) is completely closed, that is, when the cam follower 79 is at the starting end 77b of the cam groove 77a, the axis of the reversible motor 76 and the center of the cam follower 79 are Since the connecting straight lines are almost parallel to the moving direction of the side partition plates 71.72 and form a dead center, manual opening and closing of the side partition plates 71.72 can be prevented, and the safe 131 (132° 133 + 13
This has the unique effect of ensuring the safety of the banknotes P stored in the reversible motor 26.Although not shown, a timing cam is attached to the tip of the motor shaft of the reversible motor 26. Cam follower 79 is in cam groove 77
When reaching the starting end 77b and the terminal end 77c of &, a micro switch (not shown) is activated.
Based on the output of this microswitch, the rotation of the reversible motor 760 is controlled via an appropriate control device.

The specific structure of the safe 1311 is as shown in FIGS. 5 and 6, and is located below the partition 63 and detachably attached to the main body 3. This safe 131 (I J 2 * 133 + 134)
has an upper end opening 67a and a storage chamber 67b formed therein, and further includes a lid plate 1 along the upper edge.
30 guide grooves 67e are provided so that the upper end opening 67a of the safe 131 (132, 13B +134) can be closed and locked if necessary.

Note that a backup plate 81 is inserted into the safe 131. The negative end of this backup plate 81 is connected to the safe 131.
It can be moved up and down along a rail 82 provided on one side wall. The marking partition plate 63 opens and the push plate 601
When the stacked banknotes P are pushed into the expansion box 621, the back-up 81 is pressed down against the side wall of the rail 82 by the spring 84 so that the back-up 81 is bent down by the thickness of the banknote P. It is engaged with the rail 82 by a brake mechanism 83VC.

In the storage section 14 configured in this manner, when the grooved cam 77 is rotated in the direction of the arrow j via the reversible motor 76, the cam lever 78 is rotated by the action of the cam follower 79 that engages with the cam groove 77a. Rotated in the direction of the arrow. This rotation is transmitted to the second partition plate 72 via the engagement groove 72b.

Such a storage section 14 is equipped with a two-stage partition mechanism 66 consisting of first and second partition plates 71, 72, etc., so that the two partitions 71, 72 need to be opened and closed. The moving space can be reduced to about half that of a single-stage type, and as a result of narrowing the distance between the safe IJi and the safe, it is possible to achieve a /J1 storage device.

FIG. 7 is a side view of FIG. 85, and the pushing plate 601 protrudes from the vertical hole 87 of the safe rear space 86 of the arm 84 which has a curved part so that the banknotes can be sufficiently pushed into the inside of the safe 131. It is attached to the pusher belt 85 via the cut portion. Further, a bearing 86h is attached to the arm 84 so as to be guided by the safe rear pace 86, and when pushing the bill P, the pushing plate 60. is kept horizontal. The pushing belts 85 are supported vertically apart from each other.
A push belt 85 is wrapped around two pulleys 88 so as to run endlessly, and one pulley 88 is connected to a drive motor 89 that can freely rotate in forward and reverse directions.

A safe number plate 93 in which magnets 9 are embedded is attached to the rear side of the safe 131, that is, on the side of the safe rear space 86. Magnet 91 of this safe number plate 93
A magnetic sensor 92 (921 to 926) that responds to the magnet 91... is attached to the safe rear base 86 at a position corresponding to the safe 131 so that the safe number can be continued when the safe 131 is inserted. It has become. For example, here, the magnet corresponding to the center length 921K is used to check (confirm) whether or not the safe 131 is inserted, and the magnets 91... corresponding to the sensors 922 to 926 indicate the safe number. Then, since there are magnets corresponding to the sensors 923 and 925, the safe number will be number 10 based on the binary count from the sensor 922. In this case, 4g indicating the safe number, 9g net...
・Because it is embedded, it is highly safe to tamper with.

Here, a magnet 91 and a sensor 92 that reacts to the magnet 91 are used to make it possible to read the safe number, but the safe 13
．． It is also possible to create an uneven part on the rear side of the safe and use a plurality of microswitches to make it possible to read the safe number.

In either method, when the safe 131 is inserted, it is sufficient to check that the safe 131 has been inserted and to read the number of the safe 13 or the characteristics corresponding to the number.

Furthermore, a pocket 125 for storing a journal is provided on the side surface of the safe 131 (132, 133, 134), and a safe number plate 126 on which the safe number of the safe is drawn is attached.

The coin processing device 2 discriminates and sorts the coins C input from the coin holder 31, and then passes them through a plurality of temporary accumulation sections 321, 322e 32s*324. which accumulate each denomination. 3
A stacking section 33 consisting of 25 + 326 coins and a plurality of safes 341 that collectively store the coins C after being accumulated in the stacking section 33 * J42 + 343 + 344 +
The storage section 35 consists of 345'+346. In addition, the safes 341 to 34 of the coin processing device 2
A safe number board with a magnet embedded therein is also attached to check the insertion of the safe and indicate the safe number, and the safes 341 to 34. A sensor section 94 that responds to a magnet is provided on the back side where the safe number plate is inserted.

Figure 8 shows the entire electrical circuit◎In other words,
The control unit 10θ stores the number of processed banknotes P and coins C for each denomination in the storage unit 101 based on signals indicating the denomination, authenticity, front and back, etc., and account numbers supplied from the detection unit 15. Number of sheets memory (number of sheets storage area) 103,...
The total amount, the total number of coins, the number of coins for each denomination, or the number of coins for each temporary accumulation section 111z...321, . In addition to accumulating them in a timely manner, the printing unit 102 issues a journal in which they are printed. For example, as shown in FIG. 9, the control unit 1θ0 adds the denomination signals from the detection unit 15 to the contents of the number memories 103, . . . using adders 111, . In addition to ε stored in the number memory 1θ3, . . . , the count contents are stored. Further, the output of the sheet number memory 103, . . . is outputted to the storage unit 101 via an AND circuit 112, .

Incidentally, the output of the sheet number memo IJ 103, . . . is outputted to the display section 4 as a display signal.

The storage unit 101, number memory 1θ3, . . . are backed up by a battery (backup power source) 113.

Further, the control unit 100 converts the operating status of the equipment, such as a change in the equipment status, information on the occurrence of an abnormality, and the time of occurrence, into an error code, and causes the printing unit 102 to issue a journal in which the operating status is printed. Further, the control section 100 includes a mechanism control section 104 that drives the internal mechanism.
It controls the Furthermore, the control section 100
When the counting contents of the sheet number memory 103, . The storage section 10 is backed up by a battery 112. However, the control unit 100 determines that the failure has been recovered when the detection signal is no longer supplied from the failure detection unit 105, and then determines the print command from the reset key 25.
When it is determined that the status stored in the status storage area in the storage unit 10 before the failure occurs is that the count contents of the sheet count memo IJ 103, . . . are being printed, the sheet count memory 103,
. . . The printing unit 102 issues a journal in which all the word content of . . . is printed from the beginning.

1, the control unit 100 receives a signal from the sensor 92 that reads the safe number plate 90 of the safe 131, . . . and the safe 341.
The signal from the sensor 94 that reads the safe number on the safe number plate is stored in the storage unit 1θ1 as the safe number.

FIG. 10 is a configuration diagram of the storage unit 101. That is, a storage area 103 for the number of coins being traded, and a storage contents storage area 1 for each safe that stores the safe number, denomination, amount, and number of coins for each safe.
21, number of banknotes by account storage area 122, total storage area 123 where the number and amount of banknotes and coins processed up to settlement are added and stored using the mode setting key, state storage area 124, and the number of exchanged banknotes is stored. It consists of a storage area 125 for the number of safes to be exchanged.

Next, the operation in such a configuration will be explained. For example, the operator now sets the mode designation switch 21 to operator mode, aligns the directions of the banknotes P, inserts them all at once into the input slot 6 in a standing position, and inserts the counting start key 23. Then, the 1 control section 100 drives the mechanism control section 1θ4 and lights up the counting start key 23'f.

Accordingly, the banknote P is conveyed to the detection unit 15 on the longitudinal conveyance path 9, and the detection unit 15 detects the denomination of the banknote P that has been conveyed,
Detects authenticity, integrity, etc.

As a result, the banknotes P are sorted into separate temporary stacking sections 111 for each denomination according to the denomination determination result.

The control unit 100 also includes a temporary accumulation unit 11. Adder 11 adds the number of coins for each denomination that are accumulated in each section.
・Use the number memo vios, ... to count the number of sheets e+corresponding number display 41h to 4.
1d"'C" is displayed. Then, when all the banknotes P input at once are all deposited in the temporary stacking section 111, . . . , the control section 100 stops the mechanism control section 104 and turns off the counting start key 25. Then,
When the operator inserts the storage key 24, the control unit 100
turns on the storage key 24, judges the print command, and fully drives the mechanism control section 104 to store the cash in the safe 131, . . . . At this time, when the storage key 24 is inserted, the dirt of the cyanide circuit 112 is opened, so that the sheet number memory 1θ3. The number of coins for each denomination is output. Accordingly, the control unit 100 counts the total amount, the total number of coins, etc., and stores the counting result and total number of coins for each denomination in the cumulative total storage area 123, and also prints a deposit journal for each transaction in the printing unit 102. be issued.

On this deposit journal, as shown in FIG. 11, the account number, time, details of banknotes and coins, manually input amount, total amount, and serial number are printed.

The control unit 100 also controls each safe 131..., 341... in response to a detection signal from the sensors 92..., 94...
The safe numbers are determined, and these safe numbers are stored separately in the safe storage contents storage area 121.

Therefore, when the storage key 24 is inserted, the controller 1
00 is the number of coins for each denomination in the number memory 103... and the corresponding number of coins in the safe in the safe storage content storage area 121,
By adding the amount, the total amount and the total number of sheets are calculated, and the contents of the storage contents storage area 121 on the safe side are updated according to the calculation result.

In this way, after several transactions, the safe 131
. . , 341 . . . is full or the transaction account number is different, and it becomes necessary to exchange it, the operator switches the mode designation switch 21 to sort and performs the exchange using the denomination designation key 27. Insert the denomination key into the safe. Next, open the rear door (not shown), insert the supply plate 130 into the guide groove 67c of the corresponding safe, and open the upper end opening 6 of the safe.
7a and then pull it out. Sensor 9
When it is detected by the detection signal of 921 in 2, it is confirmed by the control unit xooK that the safe has been removed, and the storage corresponding to the safe in the storage contents storage area 121 is The printing unit 102 prints on the journal along with y + safe number. At this time, the control unit 100
01 is added to the safe replacement number storage area 124. After drawing out this safe 131..., another empty safe 131... is placed in the storage section. Then, the safe number of the safe is detected by the sensor 92, and the control unit 1θ0
The storage contents storage area 12 on the safe side of the storage unit 101 is
1 is checked and it is confirmed that there is no same safe number. After this confirmation, the safe number is recorded in the storage contents storage area 12 for each safe, and the number and amount of money stored in future transactions will be stored. If the same gold J car number is used, the control unit 100 lights up the safe setting error indicator 42f of the display unit 4 to display the safe setting error.

In this way, when the safe exchange is completed and the end key 127 is pressed, the control unit 1θ0 prints the total amount and the number of safes exchanged on the annual by the printing unit i o 2. The number of safes exchanged is also printed.

As shown in FIG. 12, the safe exchange journal has printed therein the time, the number and amount of cash stored in each safe replaced, and the number of safes replaced. In addition, the safe 131... from which the metal exchange journal was pulled out from the storage section 14.35.

If you put it in Pocket 125 in 34 Ri..., you will be able to see how much 11 gold is stored in that safe. Furthermore, since safe number plates 126 are pasted on the outer walls of safes 131..., 341..., even if two or more safes are replaced at the same time, the safe number plates 126
By comparing 6 and the safe number in the safe exchange journal, it is possible to prevent the number of items from being mistaken. In this case, as shown in Figure 13, Kinno 1
The time, safe number, denomination, number of coins, and amount are printed on each safe, and each safe can be separated and used.

After the above-mentioned safe exchange, another small-lot or Ω transaction is performed, and the necessary safe exchange is performed, and each time, the safe exchange number storage area 1
24 is added. In this manner, when all transactions are completed, the operator switches the mode designation switch 2) to settlement mode.

Then, the control unit 100 controls the gold N131..., 341...
The denomination indicators 41h to 41d'5 of the display unit 4 corresponding to the banknotes P or coins C stored therein blink,
Safes that need to be replaced 131..., 34! Instruct... When the instructed safe 131... is fully withdrawn, the safe 13! The control unit 100 confirms that .

At this time, the control unit 100 adds “1” to the number of safes replaced\storage area 124 in the storage unit 101.

Then, after replacing all the instructed safes 131... and setting the empty safes 13..., the end key 127 is pressed.
Press. Then, the printing unit 102 prints out the contents of the safe storage contents storage area 121, that is, the safe number, its denomination, number of coins, amount, the total in the cumulative storage area 123, and the number of replaced safes in the safe replacement number storage area 124, as well as the journal in which the safe was replaced. be issued. When this journal is printed, storage contents storage area 12 for each safe, cumulative storage area 12
3. The total thickness exchange number storage area 124 and the storage of cumulative totals for each account are cleared.

Further, when the end key 127 is pressed, the control unit 100
causes the payment journal printed by the payment content printing unit 102 to be issued. In this settlement journal, the cumulative contents after the previous settlement journal was printed and the number of banknotes P and coins C exchanged in the safe are printed.After the cumulative total is printed, the number of sheets and the amount for each safe are printed. Therefore, if you attach this payment journal and use it as a shipping slip to send the exchanged safe to a centralized center after payment, for example,
The receiver can check the safe journal in the pocket 125 of the safe with the settlement journal, which prevents troubles such as not sending a safe that should have been sent or sending an empty safe. can.

For example, as shown in FIG. 14, the payment journal includes the time, the number of each banknote, the amount, the total amount of banknotes, the number of banknotes exchanged in the safe, the number of each coin, the amount,
The total amount of coins, the number of coins exchanged in the safe, the manually entered amount, the combined amount of banknotes and coins, the details of each safe in which the banknotes and coins were exchanged, and the serial number are printed.

〔Effect of the invention〕

As described in detail above, according to the present invention, it is possible to provide a cash processing device that can confirm the amount of money for each safe.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 1 is a perspective view schematically showing the overall configuration, FIG. 2 is a plan view of the operating section, FIG. 3 is a plan view of the display section, and FIG. The figure is a schematic configuration diagram showing the short-side conveying section, the rapeseed section, and the storage section, FIG. 5 is a schematic front view showing the storage section, FIG. 6 is a perspective view showing the appearance of the safe, and FIG. 8 is a block diagram showing the entire electric circuit, FIG. 9 is a schematic configuration diagram showing the main parts of the electric circuit, FIG. 10 is a diagram showing an example of storage in the storage section, and FIG. Figures 12 and 1″ showing an example of a deposit journal.
FIG. 3 is a diagram showing an example of a safe exchange journal, and FIG. 14 is a diagram showing an example of a settlement journal. 15...Detection unit, 111-...Temporary accumulation unit, 131
~...Safe, 21...Mode setting key, 24...
Storage key, 93...Safe number plate, 92...Magnetic sensor, 94...Magnetic sensor, ioo...Control unit, 10
DESCRIPTION OF SYMBOLS 1... Storage part, 102... Printing part, 103... Number of sheets memory, 104... Mechanism control part, 121... Storage contents storage (area) by safe, 123... Cumulative storage area, 124...Safe exchange individual memory (area). Applicant's Representative Patent Attorney Takehiko Suzue Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 14 Figure 13

Claims (1)

[Scope of Claims] (1) A detection means for detecting the denomination of cash being conveyed, a storage means for sorting and storing the cash in a removable safe according to the detection result of the detection means, and contents stored in the safe. , a reading means for reading a safe number assigned to the safe, and a storage means for storing the reading result by the reading means in correspondence with the contents stored in the safe by the counting means. A cash processing device characterized by: (2) The cash processing device according to claim 1, wherein when the safe is taken out, a journal is printed with the contents stored in the safe and a safe number. (3) The cash processing device according to claim 2, wherein the safe has a pocket for storing a journal. (4) The cash processing device according to claim 1, characterized in that the number of withdrawals from the safe is counted. (5) When the safe is inserted, a check is made to see if there is a same number as the safe number read from the safe, and the check result is notified. Processing equipment. (6) The cash processing device according to claim 4, wherein the number of withdrawals from the safe and the total amount thereof are calculated, and the calculation results and the storage results for each safe are printed. (67) When the safe is taken out, the contents of the safe are printed, and a journal containing the total amount of money for replacing the safe, the number of replaced safes, and all printed information is published. The cash processing device according to scope 1.