JPS58134380A - Register writing device - Google Patents

Abstract

PURPOSE:To prevent miswriting as well as to simplify and improve the efficency of the writing operation for a real property register, by printing automatically the register items edited into a register form to a real property register. CONSTITUTION:When the necessary items of registration are fed through a tablet 1 by a phrase key, the Chinese character unit input and KANA (Japanese syllabary)-Chinese character conversion, these items are interpreted at an input part 2 and sent to an editing part 3. At the part 3 the registration items are edited into a resister form and then stored successively to a registration item storing part 6. At the same time, the edited registration items are fed to a display part 4 from the part 3 and displayed to a CRT5. When a print key is fed trhough the tablet 1, the registration items stored in the part 6 are read out to a printing part 7 to be edited again into a layout of register. The edited registration items are delivered to a Chinese character printer 8 and printed on a registration sheet.

Description

[Detailed Description of the Invention] [Technical Field to Which the Invention Pertains] The present invention provides a register entry device 114 that prints registered items to be entered in a real estate register in a register format.

[Prior art and its problems]

Conventionally, the method of entering registered matters in the register is to use a Japanese typewriter to type the registered matters directly into Registration 4 character by character, or to create registered matters using a Japanese word processor and register them. There is a method of printing out on Green 4.

However, in the former method of printing with a Japanese typewriter, it is necessary to first set the registration paper on platen 1, feed the paper to the print start line, and then repeatedly feed the platen to the print start position.

Furthermore, when printing on the register, it is necessary to type in spaces for layout, and these operations require a great deal of effort and time, and there is a drawback that incorrect entries are easily made. In addition, in the latter method of using a Japanese word processor, this general word processor is effective for creating ordinary general sentences, but for things like creating registered items and printing them in a register, the Japanese type mentioned above is effective. When creating with a writer, you have to input spaces and line feed codes while writing, and this type of entertainment has the disadvantage that it takes a lot of time and effort, and it is easy to make mistakes. Furthermore, it was not possible to print out a plurality of registered items consecutively in the same format as Registration 4 without any control.

[Purpose of the invention]

This invention was made to eliminate the above-mentioned drawbacks, and it is now in the form of a register on registration paper! An object of the present invention is to provide a register entry device which can automatically print registered registered items, simplify this work, and prevent erroneous entries.

[Summary of the invention]

The registered items input from the input unit are stored in the storage unit, and the registered items in this storage unit are inserted into the book.Line number information and position determination on the registration form when printing the registered items on the registration form. Based on the information, a print buffer is written in the form of a registration form, and the contents of this print buffer are used to print on the registration form. ([Effect of the invention]]・:、；□Registration form for real estate registration-1) Registration items edited in book format can be automatically printed, -Prevention of entry and work Efficiency can be improved through simplification.

[Embodiments of the invention]

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

Figure 1 shows the registration form for Tsume (or Otsu Ward) in the Fudo I4 Registry. This form includes the registered entries of a□~a, and the ranking numbers AI#lj,~j・
is available as a preprint. In order to enter registered items on such a form, printing is performed in the order of a, -a, starting from the item. Here, taking a case where three registration items are entered as an example, first, -m's first registration item TI is printed in column a, and after the last line of this registration item T1, a partition line lI is written. do. In this case, the cutting line j1 is drawn so as to reach the 1st-place number j. Similarly, the following honorable mentions T,
Print out the item 4all and fill in the partition Net. Then, the last registered item Ts is printed on the burial mound a. In this case, when the entry in item column a becomes one, the next ◆ item fl/Aa*l is printed as entry d1 item 'A Ti. Furthermore, if the registration item T3 at this time is temporary registration, write / on the temporary partition line after the last line of the -symptom i self-recovery T3 so as not to extend it to the rank number column j.

Furthermore, after / on this temporary partition line, create a margin T with the same number of lines as the registered item T, and after the last line of this margin T, add a partition line 1. Enter.

Next, FIG. 2 shows a block diagram of the apparatus of the present invention for automatically printing approximately one registered item on a registration form in this manner.

In the second figure, 41 is a tablet, and the editing section 3 is connected to the tablet 1 via the input section 2.

A display such as CB and TRS is connected through the editing section 3 display section 4, as well as a registered item storage section 6 and a printing section 7, and a kanji printer 8 is connected to the printing section 7.

Now, when the necessary items for registration are input using the idiom key, kanji unit input, and kana-kanji conversion on the tablet 1, the input registration items are interpreted by the input@2 and sent to the editorial department 3. The editing unit 3 edits the registered items in the register format #C and stores them in the registered item storage unit 6 sequentially. Also 2 editorial department 3
The edited registered items are sent to the display unit 4 and displayed on the CRTs. When the missing number and the print key are input from the tablet 1, the registered items stored in the registered item storage unit 6 are read out from the printing unit 71, edited here into the layout of the register, and outputted to the kanji printer 8. , whereby printing is performed on the registration paper as shown in FIG. Now, to explain the printing section 7 in detail, as shown in FIG. Content identification circuit 13. Print buffer write control circuit 141 position control circuit 15, range table 16, write position storage section 17. Print buffer write circuit 18. Print buffer 19
and a printer output circuit 20.

In such a skin condition, as mentioned above, tablet 1
When the print key is input and the printing unit 7 is activated,
Header 7! The header of the registered item storage section 6 is read by the return path 9, and the contents of the registered items stored there are read and sent to the board control circuit IO. In this case, the 2gt item storage section 6 stores a plurality of registered items as shown in FIG.

The control circuit IO instructs the registered item reading circuit 11 which registered item in the registered item storage section 6 is to be read. Accordingly, the registered item reading circuit 11 reads f items from the registered item storage section 6 according to the instruction, counts the number of lines when printed on the registration form, and stores this line number information in the line counter 12. In addition, the registered information reading circuit 1
The content identification circuit 13 identifies whether the registered items read in step 1 are provisional registration or other registration. This identification is performed based on whether or not there is a temporary partition line code in the last line of the registered item.

The identified results are sent to the print buffer write control circuit 14. This print buffer write control circuit 14 takes out one line of registered items from the registered items reading circuit 11, and determines the position in which to write the one line of registered items in the print buffer 19. Control circuit 15
Start. The position control circuit 15 first reads the existing writing position of the print buffer 19 from the storage position storage section 17 .

In this case, the first 14II value in the write position storage section 17 is set as the start line if the print start line is input as an initial value from the tablet (N), and is the first line of the register if there is no input.

Further, the 1-position control circuit 15 compares the write position with the range table 16 and determines the position on the print buffer. In this case, the range table 16 contains information for determining the left and right pages of the registration form and the number of pages.

When the writing position of position 1 on the printing mark 19 is determined by the control section 15, the writing position is determined at that position i't by the control section 15.
At the same time as updating 7, the print buffer writing circuit 18 is activated and one line of registered items is written into the print buffer 19.

The print buffer loading control amount F&14 compares the number of lines written in the line counter 12 with the number of lines written in the actual division, and repeats the above control until all C lines are stored in the 1:11 character buffer 19. When the writing of all the lines of C is completed, the inner d identification circuit 13 is tied together, and the 111 of the pseudonym ml is written.
Process i4 and other registrations. That is, if it is a conquest other than a temporary violet, the position control circuit 15 is activated to generate a partition code.

This is written in the print buffer 19 as the next line after the last line of registered items. If the identification result is temporary registration #, the position control circuit 15 is activated in the same way to generate a temporary partition line code, and this is written in the line next to the last line of the registered items in the print buffer 19, and then The number of lines of this registered item is read from the counter 12.

A blank space with the same number of lines as this number is written in the print buffer No. 19, the position control circuit 15 is activated to generate a partition line code, and this is written in the print buffer 19 in the next line of the blank.

In this manner, when one registration or writing is completed, the print buffer write control circuit 14 activates the control circuit 10 to check whether there are any other registered items to be printed. If there are still registered items to be printed, repeat the above steps. At this time, writing into the print buffer 19 starts from the writing position of the previous registered item.

And all the registered items - printing with difficulty / Ifufa 1
9 to 0. # When the reading is completed, the control amount @IO activates the printer output circuit 20 and outputs d in the print buffer 19 to the printer 8. From this point on, the registered items will be automatically printed on the registration form F as explained in FIG.

Here, if the capacity of the print buffer 19 is exceeded during writing to the print buffer 19, the following processing is performed. That is, when the print buffer write control circuit 14 activates the position control circuit 15, it is determined whether the capacity of the print buffer 19 has been exceeded.

When the temporary number exceeds the limit of the print buffer 19, the control circuit 10 is activated, and at this stage the printer output circuit 20 is activated.
to output the contents of the print buffer 19 to the printer 8. That vk4 included Hitomi Kiyoku i';is
17 to the top position of the paper and continue writing the remaining registered items.

Therefore, according to such a configuration, a plurality of registered items are stored, and the corresponding registered items are read out by inputting the print key and are automatically printed on the registration form while controlling the layout, i.e., the left and right pages of the paper, each column, and so on. In addition, it is possible to automatically set the partition lines that indicate the separation of registered items or the partition lines and margins for temporary registration, so you can print one character using a conventional Japanese typewriter. There are no errors and the registered information is more accurate than those created using Japanese word processors or Japanese word processors.

In addition, the registered items can be quickly printed on the registration form, and by simplifying this kind of work, it is possible to improve the efficiency of printing and transfer. In addition, if you want to print from the middle of a registration form, just input the position from the input section and it will automatically print from that position.Also, even if the registration form spans multiple sheets, the continued registration information will be automatically printed on a new sheet. It also has the advantage of having excellent additional functions such as being able to print from the beginning.

[Another invention! Embodiments] The present invention is not limited to the above-mentioned embodiments, but can be implemented with appropriate modifications without changing the spirit. For example, □yo4. )
E*eg't't□, Yu61. Wow. , 5 Ka. □
□□−□:. Yay, □IQ-x-1'. . 83'-1, it is also possible to read the purpose of registration in the registration items and identify whether it is provisional registration or not. Further, in the above embodiment, the print buffer has a capacity equivalent to one registration paper, but print buffers corresponding to a plurality of autumnal equinoxes may be prepared. If a partition line or a temporary partition line is located at the beginning or last line of each line, the writing process for these partition lines or temporary partition lines can be omitted.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing an example of a registration form used in this invention, and FIG. 2 is a block diagram showing an embodiment of this invention.
Figure 3 is a block diagram showing the printing section used in the same embodiment;
FIG. 4 is a diagram showing the stored contents of the registered item storage unit 6 used in the same embodiment. l...Tablet 2...Input section 3...-collection section 4...Display section 5...CRT
6... Registration item storage section 7... Printing section 8
... Kanji printer 9 ... Header reading circuit 10 ...
・Control circuit 11... Registration item reading circuit 12...
- Line counter 13...Content identification circuit 14...Print buffer write control circuit 15...Position control circuit 16...Range table 17...Write position storage section 18...Print buffer write circuit

Claims (1)

[Scope of Claims] 11) An input unit for inputting registered items, a storage unit for storing the registered items, and reading the registered items in the storage unit and converting the registered items into information on the number of lines to be printed on the registration form. 5. The present invention is equipped with a means for writing into a print buffer in the form of a 4" registration form based on the positioning information on the registration form, and a means for printing on the registration form in accordance with the contents of the print buffer. 12) The means for filling in the print buffer is a means for classifying the registration items read from the storage unit into provisional registration or other registration, and a means for determining whether the identification result is provisional. If it is a registration, write the temporary partition line code on the line next to the am line of the registered item in the print buffer, and write the partition line code on the line next to the blank 8 and C blank of the same number of lines as this registered item. If there is a registration C other than provisional entry and h provisional registration, the registration described in item 1 of the scope of the special request is characterized by having means for writing a partition embroidery code on the next line of the last line of registration + f4. Book entry device. (3) The above-mentioned print buffer ζ has a means for determining whether the capacity of the print buffer has been exceeded, and also stores the remaining prints in the print buffer according to the contents of the print buffer. Claim m1 or claim 2, characterized in that it has means for continuing to write registered matters.
Paragraph 2 Registry Entry Device. (4) The ML registration book entry device according to any one of claims 1 to 3, wherein the input unit is capable of inputting a command to set a print start position on the registration form.