JPS5810282A - Drawing forming method - Google Patents

Abstract

PURPOSE:To form a drawing through the combination of print letters with a word processor, by minutely dividing a large character, symbol and diagram and adopting a basic split element having the commonness as print letter in forming various graphs. CONSTITUTION:In making drawing, standardization such as unit device, a block and a single line diagram is made, and a drawing program making a diagram through the combination of print letters of split elements is formed and registrated in a memory 403. Thus, based on an original 408, two instructions of program designation of the same standard diagram as a desired diagram and display instruction are inputted from a keyboard 401 and a diagram is displayed on a display 402. After the confirmation that the specified diagram is the same as the standard diagram, a print instruction is inputted from the keyboard 401 and drawing is made by using a digital wheel for drawing of a digital wheel type impact serial printer 407.

Description

[Detailed Description of the Invention] This invention uses a word processor equipped with a gauge wheel type Inbacton Real printer to create diagrams quickly and inexpensively by using a drawing Digiwheel and a standard Digiwheel in combination and utilizing the word processor's editing function. Regarding the drawing creation method to be used.

In general, the preparation of documents to be submitted to customers plays a large role in order-receiving activities, and traditionally this work has been completed through human resources tactics, such as + writing by the person in charge or a girl, or printing by a printer, etc. was. However, recently we have been standardizing documents, storing them in a word processor, and making partial corrections when necessary. A method of creating a document with the cost of editing has been adopted, and efforts are being made to shorten the creation time and reduce the creation cost. However, in order-taking activities, drawings such as the single-line diagram of the wide-angle equipment shown in Figure 1 are required in addition to documents, but currently,
In many cases, a person in charge creates a draft freehand and a tracer traces it to create a single drawing, which takes an unexpected amount of time and costs money. For the US, automatic drawing machines such as X
-Introduction of Y block is also considered, but I10 for coupling
is also required and costs a lot of money. There have been examples of electronic circuit diagrams being drawn using electronic component symbol type in the font of the '1fc Digiwheel impact serial printer.As the number of characters is only 6 or so small, it must be very impressive as a drawing. Similarly, it is difficult to express single-line diagrams of electrical equipment using large-sized symbols lf:IIVA when creating drawings.

In view of the above circumstances, in a food processor equipped with a gauge wheel type impact serial printer, characters, symbols, 1 shapes, etc. are subdivided, and the easy wheel and early deino wheel are used in combination, and the word processor's m function is fully utilized. It is an object of the present invention to provide a drawing creation method using a word flow sensor, which enables the creation of inexpensive VC diagrams, single line diagrams, etc., neatly and in a short time.

Next, one embodiment of the present invention will be described. First, the drawing wheel of the impact serial printer used in the VC of the present invention will be explained.

As is clear from the single-line diagram in Figure 1, which we discussed earlier, there are many types of letters l, iie, and l-.
Since the size of the loincloth is required, ordinary standard type 1
It is impossible to express bold characters, symbols, figures, etc. by individual characters. Therefore, as a countermeasure to this problem, the present invention provides r↓
Standard size letters and symbols for Innovakton Real Frimme's Digiwheel type.

In addition to graphic type, thick characters, symbols, figures, etc. are divided into small pieces, and basic dividing elements are used as type to create common shapes when creating various shapes, and these types are combined using a food processor. The idea was to create a drawing containing Mongolian-sized characters, symbols, and one figure.

FIG. 2 is an explanatory diagram of the division type selection mechanism of the present invention. As shown in Figure 2, letters of various sizes.

8. Subdivide the entire number 2 figure into meshes, and use the dividing elements within the meshes as many as single-l as unit characters. For example, although the transformer symbol Tf'i in FIG. 2 (7) is composed of two circles, it is possible to draw it using a combination of 14 sets of circular arc units subdivided by meshes. Figure 2 (a) of the cabinet
Noshiya's CB is Log.

It is possible to operate on a combination of plain unit letters.

Note that the instrument switching switch symbol, yano, etc., is a small symbol, so it is not divided into parts and is used as it is in print.

Next, FIG. 3 shows a schematic diagram of the drawing gauge wheel. Digiwheels for plotting are essentially different from standard Digiwheels, and are not in F/IT, but as typefaces, they can be used for unit type that is derived from divisional elements for plotting as mentioned above, or for plotting in standard sizes. It is simply a combination of printed words. In Fig. 3, 1 is a unit type made of standard type or divided comb for drawing, 2 is a radial arm to which the type is pasted, 21 is an arm body connecting arm 2, and 3
22 is a screw for attaching the arm unit to the wheel 3; 31 is a hole drilled in the wheel; 4 is a hole for attaching the entire Digiwheel to the Flink body. A mounting fitting 41 is a portion for fitting the mounting fitting 4 onto the drive shaft. The number of front radial arms 2 is approximately 45, which is 1/2 of the standard Digiwheel, taking into account the size of the type and the type of stylus. The standard Digiwheel normally used by Fi can be seen on the platform for drawing, and the gain wheel for self-drawing can be attached to the impact serial printer by fitting the part 41 onto the drive shaft, so preparation is very easy. It's easy.

Next, an overview of the drawing will be explained. FIG. 4 is a block diagram of the word processor. In the figure, 401 is a gear board for inputting data and commands, 402 is a display, and 40
3i-1: Memory for storing registered programs such as control programs and drawing tourograms, temporary storage, etc., 404i Memo such as Goji and dictionaries, etc.'J<405 is a processor that performs proofreading and editing functions, etc., 406tlj:
Gauge wheel type impact serial plink, 407
408 is a printed output paper, and 408 is a manuscript or a draft for modification.

When drawing, prepare a single device or block as a preparatory work.

A drawing program is created to standardize single-line diagrams, etc., and draw drawings etc. using the combination of letters of the aforementioned divided elements, and is registered in the memory 403. , based on the manuscript 408,
The user enters two commands on the keyboard 401: program designation and display phalanx for a standard drawing that is the same as or similar to the desired pJT figure, and displays the figure on the display 402. When the required figure is the same as the standard drawing, after confirming that there is no mistake, a print command is manually input from the keyboard 401, and the drawing is performed using the drawing digiwheel of the gauge wheel type impact serial printer 407. If the desired shape partially conforms to the standard orientation, use the editing function of WordFlosser to edit the keyboard 40 based on the modification draft 408.
From step 1, the figure is manually changed by commands such as correction, deletion, m, etc., and after confirming that the desired figure has been obtained on the display 402, the figure is drawn by issuing a print command from the keyboard 401. . Furthermore, if you are concerned about printing standard type on the drawing, replace the drawing Digiwheel with a standard Digiwheel, and then print standard characters and symbols by inputting individual prints from Ruru or the keyboard 401 according to the registration program. Printing is done one after another to complete the drawing.

Note that the number of radial arms, that is, the number of printed characters is not limited to the standard 1/2, but can of course be arbitrarily selected.

In addition, when drawing single tax maps, the iEC standard uses a more unified symbol than the Japanese standard.

As is clear from the above description, the present invention has a small number of figures, a single path requires a small number of basic division systems, and even a single special Digiwheel can provide sufficient drawing ability. If you prepare a hard drawing Digiwheel, you will not have to worry about just fitting this drawing Digiwheel into a standard Digiwheel and putting it together. As for the software, if you create and register standard drawing programs such as single item, block, and single line drawings, you can create and register standard drawing programs such as single item, block, and single line drawings.
-Tofrosetza's! Drawings can be created easily, quickly, and accurately by utilizing the electronic function. Therefore, it is very economical compared to purchasing an automatic drawing machine or I10 device for joining. By linking the production drawings according to the present invention, for example, single-line drawings, estimation work, and specification creation work, to the product code number, it is possible to make a series of work. You can measure the speed of specification creation work.

As described above, the present invention provides a word processor equipped with a Digiwheel-type impact serial printer, which can handle characters of a size that cannot be expressed with a single character of a standard Digiwheel.
A drawing Digiwheel equipped with dividing elements of Symbol 1 figure as unit type and the standard Digiwheel and t-required to be installed interchangeably on the printer and create drawings by utilizing the m collection function of the Word Processor. Therefore, it becomes possible to quickly, accurately, and inexpensively create a LiF surface including drawings, and it has an excellent combination of advantages in that it reduces a lot of man-hours.

[Brief explanation of the drawing]

Fig. 1 is an example of a single line diagram, Figs. 2 to 4 are examples of the present invention, Fig. 2 is an explanatory diagram of the selection of divided type, Fig. 3 is a schematic diagram of the gauge wheel layout, and Fig. 4 is an example of the present invention. wa is typeface, 2 is radial arm, 3 is wheel, 401 is keyboard, 402 is display, 4o3゜404 ij memory, 405 is 70 sen i/'', 406 is gauge wheel type impact serial printer, 407 is print output paper, 408 is a manuscript or a draft for modification. 1st drawing 2nd drawing 3rd drawing 4th drawing

Claims (2)

[Claims] (1) The DigiWheel of the gauge wheel type impact serial printer is equipped with a unit type in which letters, symbols, one figure, etc. are divided into parts, and characters, symbols, nine figures, etc. are created by combining these unit types. A drawing creation method characterized by: (2) The Digiwheel of the gauge wheel type impact serial printer is equipped with a unit type that is made up of divided characters, symbols, figures, etc., and characters, symbols, nine figures, etc. are created by combining these unit types. VC1 Using the created characters, symbols, 2 shapes, and Indi/Wheel type, 1! of a word processor! A drawing creation method characterized by creating drawings, tatami surfaces, etc. using the collection function.