JPS58178439A - Key input controlling system - Google Patents

Abstract

PURPOSE:To reduce a load on a control part side during transfer, by employing system constitution which handles even a high-speed key input. CONSTITUTION:Data 1 and 2 when sent from a key input processing part 10 are stored in a buffer part togeher with individually added significance display data. The data stored in a queue 14 are read out successively and a check on whether the significance display data of individual data shows significance or not is performed. When so, the data is transmitted to a control part side 0, but once the data 1 is transmitted, data 2 in a buffer part is shifted in the queue 14 to where the data 1 were stored together with a flag. The data after outputted from the queue 14 are stored in a key buffer 18 while arrayed in the order of 1 and 2. When a function key 13-5 is depressed, data is stored in the key buffer part 18 similarly.

Description

[Detailed Description of the Invention] (1) Technical Field of the Invention The present invention is based on a key manual control system, and particularly relates to a key manual control system in an automatic transaction device that is composed of a plurality of input/output sections and one control section. I'll come.

(1) Technology background The automatic transaction device has a card reader (OIF).

Passbook printer (PRU), Cage 1 Kakunta (OOU
), it is divided into an input/output unit such as a banknote disassembly unit (BDU) and a royal system unit that controls the entire transaction, and it is possible for one royal unit to control multiple input/output units. It has become a Noh performance.

This automatic transaction device is now widely used in banks and the like.

(lit) Prior art and problems 5g1 Figure is a conventional example. In the figure, 0 is the control unit, l
are the two parts of the monarchy, 2 is the key human control part, 3 is the transmission control part, 5
is the key human power unit 10, 6 is the distributor, γ is the key human power department, transmission system # section, 13 is the keyboard section, CIf' is the card reader, PRU is the passbook printer, ocuy is the carriage, counter, BDU is the bill validator , IOX is a human output control unit.

First, the monarchy #s1 that gives commands to the rounding individual output unit that controls the progress status of the device and transactions is the key human power 1til.
Issue a command to J Misaki Department 2. Upon receiving the command, the key human control unit 2 selects the key necessary for the process.

Notify key personnel department 5. When the key selection code is received, the key selection unit 5 notifies the keyboard unit 13 of the essential keys, and selects unnecessary keys so that they will not be accepted even if they are input. Connect the device 6 to the key control unit 2 and connect it to the output unit (keyboard,
C engineering P, 1'Rυ.

00U, BDU) is connected by a single signal, and the data is transmitted one by one, so it takes an hour to complete the communication. Also, while one data is being transmitted, another data is transmitted from the key and cannot be received, so the user has to press the keys rapidly one after another until the data is not received, or press them slowly one by one. An indispensable, a burden, and a friend.

In particular, there were the following problems. It checks whether the data sent from the key manual unit 5 to the control unit 0 is data that can be stored again, if it has not yet been stored.
Even if storage can be prevented, data that has already been stored cannot be checked, so the control unit 0@ checks whether or not it can be stored, and if it is not stored, it must be ignored, which is a hassle. was there.

QV) Purpose of the Invention The purpose of the present invention is to eliminate the above-mentioned drawbacks, to provide a system configuration that can keep up even when medium-sized human power becomes faster, and to lighten the burden on the control section during transfer.

(V) Structure of the Invention The object of the present invention is to provide a system comprising at least an output section including a board and a control section for controlling the entire output section.
The key human power method in the LJ trading device is to generate craftsman data from the storage means to the system #1, and check whether the data is 1-valid or old. , a transmission means that sends out data one after another in the event of an emergency;
Receive the data returned from the section, check whether it is stored in the storage means and the data of Yuken m and 4, invalidate the data of the same @ tl tic and confirm that there is no child flame. The child attack is provided in the human output section, and the data from the skeleton transmitter is sent to the human output section, and the data is stored again.
The control department will be responsible for restoring the data and sending it back, and the city will be responsible for wasting key human resources.
It is achieved by a key manual control method, which has the special feature that it does not require one click.

(Vl) From the example of Kaimei, we will explain in detail using Figure rkJ. In the figure, the same number as the previous one indicates the same thing. 4 is key human power I10 part 5,
Other input/output sections showing the entire OIP, PRU, and BDU,
8 is the transmitter (1m, 9 is the receiver.

10 is a key manual processing unit, and 11 is a key interrupt reception unit.

12 is a coder/coder, l≦ is a queue which is a storage means, 1
Reference numeral 5 designates a cover turn storage unit, 16 a cancel determination unit which is an invalidating means, 17 a key interrupt control unit, and 18 a key buffer unit. The keyboard section 13 includes a general-purpose Noah/Kushin key 13-1 for specifying communication, cash management, transfer, etc. Numeric key l 3-2. To round off a funky stamp such as ``force'' or ``1 yen'', first issue a command to the key human power control section 2.The key human power control section 2, which receives the 0 command, displays on the display whether it should perform the necessary operations for processing. and let me know.

When the key input I/O section 5 receives the key selection signal, it issues a key-specific interrupt reception 4-indication to the E-subscription receiver 1/1 section 11. The user then enters the data manually using the keyboard s13. The data is sent to the transmission control 7 of the key human power XlO section 5.
From there, it passes through the control unit 〇4 transmission control 3 and is transferred to the key human power control unit 2 of the 1tilJn unit 0.

Ray Vc is being hit six times and at the same time he is cackling (turn memory d)
The contents of the strange behavior are also memorized.

The keys necessary for the Ministry of Human Power and Life (A-key 13-2)
．． Noah/Kushikankey 13-3 10,1゜'t-",
@Yen', @X@-? -) is the key human power I! 1l1
1s2 to key interrupt 9!11 section 11 and key interrupt control section 1
Since the recent manual input instructions are displayed on the display, manually input Hiroshi Daikin #ii from the top 3 of the keyboard section. fc For example, if you want to withdraw 120,300 yen from a bank, the user will receive @1'', '''2''...1μV.
When the C key is pressed <0, the key reception reception key interrupt reception unit 11 outputs @l#, J” via the encoder 12f.
Since the numeric key was entered manually, confirm that it is the key used for the amount manual command, make it valid, and perform key manual processing s1.
Enter 0 and input the data of number key 13-2 in predetermined units Vc
@lI1%21 to queue 14 with M effect valid data
Store in j- of 1.

This queue 14 includes a buffer section that sequentially stores data from a key in predetermined units, a flag section that indicates whether the data stored in the buffer section is valid display data, and a count section that counts the amount of data. It is made up of a lot of things. Now, when data ``1'', @2'' are sent from the key manual processing unit 10, valid display data is attached to each data and the data is stored in the buffer unit.

Since the two data “l” and @2′ were input for Kara/Ri, it shows @2m. Now, 1 MeK of data stored in the queue 14 is output one after another and attached to the data**@
It is checked whether the display data is valid or not, and when it is valid, it is sent to the control unit 0@, but when the data "l" is sent 16, the data in the queue 14 is ``Tunoa Hv Koarata Data@2''. It moves 7 feet along with the flag to the location where @1" was stored. Then, the counter shows 11".

5cl, -4: The keys are manually inputted to the key control section 2, and the data is stored in the key buffer section 1B in the order of "l m, @g" and is output. Numerical keys 13-2 to l',
After @2' press do, Fa/Ri/Cao/Ki 13-3 1
When "10,000" is pressed, it is similarly input to the key control section 2 and stored in the keypad section 1B.Now, this "10,000"
In the key interrupt system @ section IF, the 9th 11st key of the current hook is checked for data that can be stored 01 times, and the data is re-stored and recognized.The 1st key is manual control. [10 parts 5...1] of key manual input through part 2] Notifies the reception part 9, selects the key, and cancels the key (which is a means of invalidation so that it will be invalidated even if it is used in history) Notify the key interrupt receiver 11 of ``fil 6''.Next, press the numeric key 13-2 "31," and it will also be stored in the key buffer file.Now, firstly, the number 1,000 of the funk 7W key 13-3 will be pressed. When you press 1, the key interrupt reception unit 11
, key human processing unit 10. The data enters the queue 14, and in the queue 14 it is checked to see if the data is "just in case", and if not, it is sent to the keno
L II @ 2 Il, -1,000-1 after "-1,000-@3"
The data of 0 and 1,000 is stored in the keypad 771B, and before a signal is sent to the key interrupt reception unit 11 that the data will no longer be used, the keyboard 13 again inputs ``. Even if the "1,000" data is already stored in the queue table 14vC, the cancellation check section 16 checks whether it is the same as the data stored in the queue and displayed as 'fci valid'.
Since the same data is recognized and the data displayed as valid is displayed as invalid, there is no need to worry about it being sent to the control unit 0 and being controlled.

Since the keys for "power" and "1,000" are also used, the key interrupt reception s11 and the cancellation determination section 16 are set to -F (J) so as not to accept even if these two oval and numeric keys come.

Then, when "Yen 1 runs out of manpower and ends N," the key manpower control section 2 issues an older brother end notification, and the monarchy # section 1 performs the following process.

Now, if the user wants to reset the keystrokes again in the middle of keystrokes, if the user presses the "x" key, all the previously entered data will be canceled.
When the key data is sent from the key human processing unit 10 to the queue 14 according to the key interrupt reception unit 1l-ii, the cancellation determination unit 16 issues the -f-y and sends fP =X to the queue 14. This is because the M-effect table tr attached to the data stored before the data is treated as invalid data and is prevented from being sent to the control unit 0.

4/ll) Infant Fruit of the Invention As explained in detail above, according to the present invention, key #0
Even if the speed of input (manpower) becomes high, we have a storage area called a waiting area, so we have a system that can keep up with the speed even if the key is pressed manually with quick operation. Since the manual key changes and activation/invalidation of keys are performed on the I10 side, the burden on the control unit side is lightened.

[Brief explanation of the drawing]

FIG. 1 shows a conventional example, and FIG. 2 shows an embodiment of the present invention. In the figure, 0 is the control part, 1 is the monarchy part, 2 is the key human power side 04 part, 3. F is the transmission*t+a part, 4 is the human output part, 5
10 is a key manual input section, 10 is a key manual processing section, 11 is a key interrupt reception section, and 13 is a queue section. 16 is a cancellation determination unit, 17 is a key interrupt control unit, 1B
is the key buffer section. bud /Ia ge 2 drawing procedure amendment (chi tile) Mr. Commissioner of the Patent Office 1-11, front page Showa! 1937 Patent Axis No. Gl'? IS No. 3 Relationship with Matter 11 of Amendment Patent Applicant Address 1-1015 Odanaka, Nakahara-ku, Yozaki City, Kanagawa Prefecture (
522) Name Fujitsu Ltd. 4 Agent Address Nakahara-ku, Yozaki City, Kanagawa Prefecture - 1015-6 Koide Naka Supplementary 11 Increase I11
Number of inventions in question tυ8141 Positive inherence Format ＾゛Directy

Claims (1)

[Claims] Automatic trading consisting of a plurality of input/output units including at least a keyboard and a control unit that controls the entire human output unit! ! In the key human control method in the installation. A storage means for primary storing data from the keyboard with valid display data attached for each predetermined unit, and a storage means that sequentially sends data to the control unit, and displays data attached to the data to show the 9M effect. 16 means for checking whether the data is valid or not, and sending out successive data to the control unit if the data is valid;
2) receiving the 9 data 1r sent from the department and checking whether it is the same as the 9M effect 6 data stored in the storage means;
In the same case, a disabling means for displaying the valid display data as an invalid display is leaked to the input/output section, and the data from the transmitting means is stored, and it is checked whether the data can be stored again. The control section is equipped with a re-bathing approval means for sending data to the input/output section, and the control section does not have to check for wasted key human effort. . ′