JPS58208888A - Paper money counter - 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 The present invention relates to a banknote number machine that automatically marks banknotes with I'.

[Technical background of the invention and electric point between them]

Banknote = 1 Several machines are used, for example, in banks to count the bills to be paid to customers, but it is important to show not only the bank operator but also the customer the number of stitches in the banknote (to the customer). For this reason, the conventional woodcutter's device was equipped with a display not only on the operator's side but also on the customer's side, and displayed the status of one or more banknotes on both the operator's side and the customer's side at the same time.

However, some customers may not wish to display the information for security reasons when making a large refund, but conventional devices have the drawback of not being able to meet this request.

3 [Object of the Invention] The present invention has been made in order to eliminate such drawbacks, and it is possible to prevent the use of wavefront water on the customer's side with a simple operation. The first objective is to provide the number 8&.

[A aspect of the invention] This output 814 is common from the display r-ta he obtained based on the count of banknotes using the display drive circuit for each digit of the itl In display and the rear display of the same digit configuration. The display drive circuit is driven by a switch, and the drive of each digit of the rear display by the display drive circuit can be inhibited by a switch.

[Embodiments of the invention]

FIG. 1 is a perspective view showing the external appearance, and 1 is a casing forming the main body of the container. The housing 1 has an inclined upper left side on the front surface, and a keyboard 2, !, on the inclined part. a reset indicator 3, a first counter indicator 4 as a front indicator, a completion rung 5,
An error run f6 is provided, and a power switch 7 is provided on the upper left side j of the front surface. 611 Keyboard 2 has tti
ia key 8, clear key 9, addition start key 1 o.

A start key 11 is also provided. Also, the control case 1
There is a banknote holding plate 12 on the upper left side of the front and a banknote insertion slot 1.
3 and a banknote stacker 1 on the left side of Mu recess 1.
On the left side of the housing 1, there is a tonneau 5p for taking out banknotes, and inside the housing J of this door 16 there is a motor as shown in Figure 2. Banknote conveyance mechanism J6 and mask display switching piece switch J2
There are hairs stored there. Instead, the housing 1 is provided with a second counter display 18 as a rear display at the center of the upper part of the wavefront.

Front 1Scf reset display 3 and ceramic counter display i4,
In J8, each digit is 7 of the Hatake~g segment as shown in Figure 3.
It has a 3-digit configuration consisting of segments, and the 1st to 5th segments are formed of light emitting diodes as shown in Fig. 4. Segment visitation signals S and -S7 are input to the anodes of each light emitting diode, and the cathodes are used as a common digit. I am trying to input the designation (B number d and enter the numerical value table η).

FIG. 5 is a block diagram showing the wall section (b), where 21 is the main block, 22f is the RIJM (read-only memory) in which program data is stored,
23. RAM (random access memory) in which reset data, count data, etc. are stored; 24.
25 and 26 are human/output 2 and child circuits. The front 6-pin microcontroller f2J, the ROM 22, the RAM 23, and the 7 output circuits 24, 25, and 26 are electrically connected to each other through a path input 271. Previous input/output 7 times let 24, 25 tdk indicated kFM;t
g Khdjtstt, creation input/output, the sub circuit 26 includes the motor mechanism mentioned in 1, the key gate 2, and the bill insertion slot J3.
A banknote detector provided inside is connected to an input/output port 29 which is connected to the banknote detector. Said micro'/'rosetsu'1
When a banknote bundle is set in the banknote insertion slot 13 and the start key IJ of the keymate 2 is pressed manually, the input/output latch circuit 26 is opened and the motor mechanism is driven and controlled.

As a result, the banknotes from the banknote bundle in the banknote insertion slot 13 are deposited one by one by the banknote transport mechanism 16, and transported to the banknote stacker 4 and taken in.
It is now possible to be detected using a banknote detector.

The All ad microprocessor 2 takes in the banknote detection 'IB%' which is manually input to the output latch circuit 26, stores it in the RAM 'J' as a count at any time, and stores the count data in the RAM 'J' as data to be processed. The person/output shall be
In addition to supplying to #624, Stj distribution and output are also provided.
Control is performed to provide digit designation data to the sub circuit 25.

As shown in FIG.
0 into segment designation signals S, ~S, and the signals are sent to both counter indicators 4 and 1 via a driver 31.
Each digit of 8 41°42, J, 1, 181, 18
2, J83, respectively. Each digit 41, 42 of the counter six indicators 4, 18,
43゜1M1.182, 183 cathodes respectively N
PN Cedar Trans 7 Star 32.33.34,35°36.
It is grounded through 37. The digit selection signal d of the first digit in the above-mentioned digit specification is applied to the driver 1 par 45 and the resistor 4.
It is supplied to the base of the transistor 32 marked ^1j through the transistor 6, and is also supplied to the base of the transistor 35 marked ^1j via the driver 47 and the resistor 48049. i
Specify the second digit of IJ digit arrangement delivery specification data (number a d2
is supplied to the base of the @ distribution transo star 33 via the driver 50 and resistor 51, and is also supplied to the base of the cutting transo star 36 via the driver 52 and resistors 53 and 54. ? The third digit designation signal d in the gp digit designation data is supplied to the pace of the transistor 34 through the f5 driver 55 and resistor 56, and is also supplied to the pace of the transistor 37 through the driver 57 and resistor 58.59. Supplying.-1” distribution resistor 4
Connection point of 8 and 49, soft point of resistors 53 and 54, and resistor 5
The connection points of 8 and 59 are connected to diodes 60 and 61.6, respectively.
2, and the switch 17 is connected to the ground through the common decoder 30.driver 31.
45, 47, 50° 52, 55, 57 and transistors 33-37 form a display drive circuit.

In an example of the present invention having such a configuration, there is a bill insertion slot 1.
3. Place the undesired banknotes to be placed in #f, press the start key, and the banknote transport mechanism 6 moves. Each banknote is detected by a roughness detector and counted at any time by a micrometer 2). Then, the input/output latch circuit 24°26ρ is activated by the Micro Zoronatsu 2, and the table small data and digit designation data are supplied to the display device 28 at any time. If switch 2 is opened, each digit of counter display 8 in note 2 will be 181.1.
82, 183 control l fun raster 35, 36.37
This transistor 3
5.36°37 is each digit 4c4 of the first counter display 4
Similarly to the transistors 32, 33, and 34 that control 24J,
Therefore, it can be turned on. transistors 32 and 35
．． Since 33 and 36 and J4 and 37 are each driven by a common digit %' dl + d2a ds, both counters are false /p l4. -18 tyo Ic1
1- Table 4 ri r- evening or tK 71- will be awned.

Also, if J7 is closed, each transistor 35
, J6.37 pace each diode 4 6
Since it is grounded via 0.61.62 and Sui, f)7, at this time, the digit number d1. d2. Even if there is an input of d, each transistor 35, 36, 37 is not turned on. Therefore, even if display data is displayed on the first counter indicator 4, the second counter indicator zgFi remains blank.

Therefore, it is possible to selectively display data on the second counter display 18 or prohibit the display by simply opening and closing the switch 17 according to the customer's wishes. Therefore, if you do not want others to know the amount of banknotes to be refunded to the customer, you can do so by simply closing the switch 17.

As described above, according to this invention, it is possible to prohibit the wave surface irregularity of '4F rice by operating a leap year switch, and it is possible to wholesale 7J <'faiJ in 1111 degrees at the customer's request. Choose something that can provide value.

[Brief explanation of the drawing]

The problem is that the implementation of this invention is difficult.
Figure 2 is part 6 of Figure 1, m5
The circuit configuration diagram of the display device in the figure is shown. I... Body donation, 4... First counter display (front cover), 11... Start key, 13... Banknote intermediate, Noro... Banknote transport mechanism, 17... L for edge display
JJ support switch, 18...Second counter display (
Micronorosep, 28.
・・Clothing 4〈Device, 45.47.50.52.55eb7
...Driver, 32-37...NPN Ye l
・Lannosta. Applicant's agent Takeshi Suzue Figure 1 Figure 3 Figure 4

Claims (1)

[Claims] A main body of the device is provided with a start key for counting operation on the front side and a banknote insertion slot, and operates to insert each banknote of a stack of banknotes one by one into the banknote insertion slot by the key of the start key, and In front of the same digit configuration provided on the front and rear surfaces of the device body [10 Display and temporary
a display device drive circuit that commonly produces each digit of each of the display devices based on display data obtained based on the count of bills inserted from the bill insertion slot; It is equipped with a switch that raises the IiA movement of each digit of the rear display unit by the device drive circuit.
A number of banknotes that resemble %.