JPS6215887B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a data input method when inputting data from a terminal device of a calculator.

In the conventional data input method, data is input from an input unit and the input information is simply stored in the storage unit, and the input data information is already stored. When it was necessary to change the recorded items, the operator used to search for the recorded items one by one on the output unit and make the changes. For this reason, there are problems in that it takes time to search for the appropriate change entry from among a large number of entry items, slowing down the processing speed, and that it is easy to make a change error due to a mistake in the search. Therefore, if the input data contains key information to search for items to be changed, extract this information and
It is required to use this to automatically search for recorded items. This eliminates the need for the operator to search for changed entries, increases input speed, and prevents input errors.

In this invention, when the data inputted from the input section includes key information for searching for a recorded item to be changed, this search key is extracted from the input data, and the corresponding changed recorded item is changed to the recorded item. The purpose of the present invention is to provide a data input method that can search for items to be changed specified in the input data information at the same time as input data information is registered in the item storage unit by automatically searching the storage unit. do.

With conventional data input devices, only data is input, and if there are entries (records) to be changed based on this input, the operator inputs the changes into the input/output device (e.g. display).
I was sequentially changing the search data above. For this reason, when there are many items to be entered, there are disadvantages such as it takes time to search for the items to be changed, which means slow processing speed, and an increase in input errors due to changing items that should not be changed due to the wrong search. It was hot.

In the present invention, a data input section, a data output section, a search key, and data information corresponding to the key are treated as one recorded item (record), and a plurality of recorded items are stored. In a data input device consisting of an entry storage section and a control section that controls each of these sections,
Data information input from the input section is divided into a key section and a data section, and stored in the entry storage section using this key. Next, the input data information is scanned character by character, and in a certain character string, for example, in the case of "5th mortgage change", "No. 5 mortgage change" is detected, and from this particular character string, "5th mortgage change" is detected Using the character string "five" as a search key, the entry item corresponding to this "five" is searched from the entry storage unit. This will automatically search for the items to be changed. Therefore, the operator can immediately perform the change processing without having to sequentially search the output unit for the entry items to be changed.

An embodiment of the present invention will be specifically described as an entry device for real estate registration. In real estate registration, one application is registered (described in a register).
The standard description format (generally referred to as a sample description format) varies depending on the content of the registration, and there are approximately 600 standard formats.
An example of the description format is shown in Figure 1. Generally, the description form consists of the purpose of registration, rank number, date of receipt, receipt number, and other information. This entry form is used to make entries (generally referred to as entries). The data structure of the written items is shown in Figure 2. In Figure 2, [ ] is the item date identification code,
1 indicates an item delimiter code, 5 indicates a blank, and 5 indicates a written data end code. The written data consists of item name data and item content data, and item identification codes are given before and after the item name data. Item content data is composed of a plurality of subitem data, and each subitem is distinguished by a subitem code. Furthermore, each item is distinguished by an item distinction code. One registered piece of land or building (generally referred to as a property) is made up of a collection of multiple such entries. FIG. 3 shows the configuration of the recorded items storage unit for one property. If an application is made for registration such as "Change of display of registered name number 2" in the items shown in Figure 3 (see Figure 4), this registration will result in the entry of rank number 2 as shown in a to b in Figure 6. For matters, add ``1'' to the ``rank number'',
It is necessary to redact the ``address'' of the ``owner.'' Therefore, when "registered name display change" is entered, "2" of the purpose of registration is extracted, and the entry of "rank number 2" is automatically searched from the entry storage section.

This will be explained in detail below using FIGS. 4, 5, and 6.
First, data as shown in FIG. 4 is inputted from the input section 2. Here, enter the following data: ``Purpose of registration'' 2. Display of registered name. When the data input is completed, the input data is processed by the control unit 1.
Use the ranking number “2, appendix 1” as a search key,
The information is stored in the entry storage section. Subsequently, the input data is read by the control unit 1. An input data string as shown in FIG. 5 is read one character at a time from the first character.

2 Check whether the read character code is an item identification code. If it is not an item identification code, it returns to 1.

3 If it is an item identification code, the following character string 5
Check whether the text indicates "purpose of registration." If different, return to 1.

4 If it is "Purpose of Registration", check if the following character string contains "Kanji numerals" + "Number" + "...Change". If not, the process will be terminated as it will not involve any changes to the already stated items.

5 If there is, search the written item storage section 4 for the already written item with the rank number indicated in Chinese numerals.

6 As a result, the entry with the rank number "2" as shown in FIG. 6a is obtained in the output section 3.

7 The operator must check the "rank number" of this entry.
Add ``Tsukuichi'' to ``Owner'' and cross out the address of ``Owner'' (indicated by a horizontal bar).

As described above, data is inputted sequentially, and the input data is stored in the recorded item storage section 4. At the same time, if it is necessary to change the registered items based on the input data, the recorded items to be changed are Automatically searched and obtained in the output section.

FIG. 7 will be explained in more detail. FIG. 8 shows the control section and input/output section in detail.

The control unit 1 includes a control circuit 5, a written data decomposition circuit 6, a search circuit 7, a registration circuit 8, and a key buffer 9. The input section 2 and the output section 3 each include an input/output buffer 10, an input/output control circuit 11, and an input/output device 12. Next, each circuit will be explained. The control circuit 5 is a circuit that controls the input/output sections 2 and 3, the entry storage section 4, and each circuit of the control section (excluding the control circuit). The written data analysis circuit 6 sequentially reads data from the input buffer 10 one character at a time, detects a certain character string, and uses the detected character string as a reference to extract some character strings at a particular position. It is extracted as a search item in the entry storage section 4 and transferred to the key buffer 9. The search circuit 10 is stored in the key buffer 9. Using the key, the corresponding entry is retrieved from the entry storage section 4 and written into the input/output buffer 10. The registration circuit 8 is
Data information of the input/output buffer 10 is stored in the entry storage section 4 using the key stored in the key buffer 9.
Register (write) to . The key buffer 9 stores key data used for searching and registering the entry storage section 4.

The input/output buffer 10 is a buffer in which written items retrieved from the written item storage unit 4 by the search circuit 7 are temporarily stored, and also temporarily stores data obtained from the input device through the input/output control circuit 11. It is also used for temporary storage of data output to an output device. The input/output control circuit 11 is interposed between the input/output device 12 and the input/output buffer 10, and reads data from the input device and outputs data to the output device. Input/output devices include devices that generate character codes, such as keyboards and tablets, as input devices.
Further, as an output device, a full-character display or the like can be used. The data input method of the present invention will be further explained using this circuit diagram. It is assumed that the written item storage unit 4 stores written items as shown in FIG.

1 Using the input device 12, input "Change number 2 registered name display" as shown in FIG.

2. The input data is stored character by character in the input/output buffer 10 by the input/output control circuit, and simultaneously outputted to the output device.

3. When data input is completed (a screen like the one shown in FIG. 4 is obtained), part of the input data stored in the input/output buffer 10 is transferred to the key buffer 9.
Then, the registration circuit 8 registers the data in the input/output buffer 10 in the entry storage section 4 using the key stored in the key buffer 9.

4. Next, the data in the input/output buffer 10 is sequentially read character by character into the written data decomposition circuit 6, and a specific character code string "[purpose of registration]" is detected.

5 Furthermore, if you want to check whether the character string following "[Purpose of Registration]" is "Kanji numerals" + "Number" + "...Change", write this Kanji numeral "2" in key box 9.

6 Next, the search circuit 7 uses the data in the key buffer 9 to search the entry storage unit 4 for the entry with the rank number "2", and stores it in the input/output buffer 1.
Write to 0.

7 The data written to the input/output buffer 10 is sent to the output device 12 through the input/output control circuit 11.
Here, the output result shown in FIG. 6a is obtained.

8 The operator uses the input device 12 to
Additions and corrections are made to the data as shown in Figure 6b.

9. Since the key data in the key buffer remains the same, the corrected data in the input/output buffer 10 is registered by the registration circuit 8 at the original location in the entry storage section.

Based on the data entered as above,
If there are already registered items to be changed, the corresponding registered items are automatically searched. This data input method is characterized by:

According to this invention, when a change in the already written matter occurs due to input data information, the already written matter is automatically searched. Therefore, (1) the operator does not have to search for the existing written item to be changed among a large number of written items, and the operation becomes easier.

2. Input speed is faster because there is no need to search for changes to be made.

3. You will not make the mistake of searching for the items that need to be changed, and the number of change errors will be reduced.

[Brief explanation of the drawing]

1 to 6 a and b are diagrams for explaining an embodiment of this invention, FIG. 7 is a block diagram of an embodiment of this invention, and FIG. 8 is a configuration diagram of an embodiment of this invention. . DESCRIPTION OF SYMBOLS 1...control part, 2...input part, 3...output part, 4...description storage part.

Claims (1)

[Claims] 1 Consists of a data input section, a data output section, an entry storage section that stores multiple entry items with a search key and data information corresponding to that key as one entry item, and a control section that manages each of these sections. In the data input device, the data information input from the data input section is divided into a search key section and a data section, and is stored in the entry storage section using the search key, and the input data information is scanned one character at a time. , detects a specific character string, extracts a character string at a specific position based on the detected character string, uses it as a search key in the entry storage section, and retrieves the existing text specified by the input data information from the entry storage section. A data input method characterized by searching for recorded items.