JPS5933572A - Registration generator for character and symbol pattern - Google Patents

Abstract

PURPOSE:To input simply a desired pattern, by dividing an input plane into a latice work and specify the contour of each lattice. CONSTITUTION:In a pattern input section 1, nXm-set of input detecting elements are arranged in a latticework, and when the input detecting element is contacted, input information is given to a coordinate control section 3. Information designated from a color selecting indicating section 5, e.g., red, yellow and blue information are transmitted to the control section 3 and stored temporarily together with the input information. Further, the color information of the lattice element corresponding one to one to the input detecting element is displayed together on a pattern display section 2. When all inputs are finished, a pattern registration section 4 registers the information of the control section 3 in the mXn lattices form with patterning and the pattern information corresponding to the external code information input is outputted.

Description

[Detailed Description of the Invention] The present invention relates to a character/symbol stamp σ record generator that can register and generate characters, symbols, figures, etc., at any time using pattern information composed of grid-like points.

Conventionally, with this type of character/symbol pattern generator, when registering all pattern information, the desired pattern was not specified manually. I was unable to enter it correctly. Also, since it was not possible to specify a color for each (6 child points), within one pattern when displaying,
Only the same color could be displayed.

An object of the present invention is to provide a character/No. 612 pattern registration generator that can easily input a desired pattern by dividing the input section into grids and clearly indicating the outline of each grid. . Another object of the present invention is to provide a character/symbol pattern registration generator that is capable of displaying a plurality of types even within one pattern by changing the colors for each digit within one pattern.

The invention is a character/symbol pattern registration generator that can register and generate a pattern consisting of a grid-like nXm threshold at any time. Detection elements f n × m pieces,
A pattern input section that is arranged in a grid pattern and clearly outlines the outline of each input detection element, and a color and selection instruction section that specifies multiple types of wrappers for each input from each input detection element of the pattern input section. , a coordinate control unit that temporarily stores input information from each input detection element of the pattern input unit and color information from the color selection instruction unit as a pair, and is arranged one-to-one with the input detection element of the pattern input unit; Ai stored in the coordinate control unit on a grid-like display element capable of displaying multiple colors corresponding to
l Memo! 1 in sequence, and when all inputs are completed, the coordinate control section's information i, nXm is patterned into a grid of (input/non-input/color) information, and one piece of code information is added. The device is characterized in that it is configured to include a pattern registration unit that registers the code information from the outside and outputs pattern information corresponding to the registered code information to the outside 81 when code information is input from the outside. .

Next, embodiments of the present invention will be described with reference to the drawings.

Fig. 1 shows a pattern input section 1, which is divided into a grid (horizontal direction divided into f a - f, vertical direction divided into eight sections A - E), and lines 1' indicating the grid. is filled in. ? fM1' is physically separated by the input detection element,
You may add a sticker or print it. Input detection elements are provided in the portions marked by scarlet 1' indicating this lattice.

The second diagram shows the pattern display section 2, and the pattern is manually operated.
Multicolor display elements are arranged in one-to-one correspondence to the input detection elements of 'rlS1. Pattern display? 4162 may or may not have lines indicating a grid.

The input detection element may be of any type as long as it has a certain surface and an input is detected when it comes into contact with the surface, such as a keyboard switch, a pressure-sensitive tablet, or a conductive switch panel. You may. Alternatively, it may be a touch with a hand or a touch with a LiI special pen (such as a light pen) from which input and position information are detected. If it touches the corresponding position, 1" will be input, otherwise O"
It is. On the other hand, the display element is not limited as long as it can display multiple colors in a grid pattern, such as multicolor light emitting diodes, colors 〇)('r, etc.).
'The device will display the indicated color. For multicolor display, display elements for the three primary colors of red, reed, and blue may be built into the 1'' display element.

There are no restrictions on the method of dividing the grid, as long as the pattern input section 1 and the pattern display section 2 match. For example, when inputting kanji etc., horizontal 32. : Just divide it into 32 canyons. Alternatively, the total number of divisions may be changed every time one pattern is input.

A block diagram is shown in FIG. The pattern input section 1, pattern display section 2, and color selection instruction section 5 are connected to the coordinate control section 3, and the pattern registration section 4 is connected to the coordinate control section 3 and the outside. When a corresponding input detection section of the pattern input section 1 is touched (for example, the part A), the human power information (A, C) is sent from the pattern input section 1 to the coordinate control section 3.

Next, when a color is specified from the color selection instruction unit 5 shown in FIG. 4 to specify all red, red information is sent to the coordinate control unit 1 3. Then, in the coordinate control unit 3, input information (A, C)
and red information is temporarily stored, and the pattern display section 2 is instructed to turn on.

The pattern display section 2 sends the lighting position 1t (A, C) and a red instruction, and lights up the corresponding display element. Similar processing is performed until all inputs from the pattern input section 1 and color selection instruction section 5 are completed.

In the color selection instruction section 5, red, yellow, and W can be specified. Otherwise, select two or more and display the mixed color. In Figure 5, the three primary colors red, ridge, and I are lit at the same time to display white.

On the other hand, when specifying all the same color using one pattern input section, the color may be specified first, and then only the (s>setting'l # information from the pattern input section 1) may be input manually.

When the pattern input is completed, the pattern is registered and goes to the recording section 4.
-Special delivery 4. Send the money for the input information you had been using. Pattern registration
η;4 patterns this series of information like 461'5A, adds one code +ff1l to this pattern, and saves it. The storage format and medium are free (eg, IC l+, AM-s, or floppy disk). Father, when code information is given from the outside, the corresponding pattern is extracted from among the registered patterns.
Output to.

As described above, the present invention allows a desired pattern to be input easily by dividing the entire input surface into a lattice pattern and clearly indicating the contours of 1 and 6 children.

Furthermore, by specifying a color for each grid point, it is possible to display a plurality of types even within one pattern.

[Brief explanation of the drawing]

Figure 1 is an implementation diagram showing the arrangement of input detection elements in a pattern input section for inputting patterns, Figure 2 is an implementation diagram showing the arrangement of display elements in a pattern display section for displaying input patterns, and Figure 3 is an implementation diagram showing the arrangement of display elements in a pattern display section that displays input patterns. One embodiment of the present invention gold-illustrated block 1 Ne 1,
Fig. 4 is an explanatory diagram showing an example of color information in the color selection instruction section, Fig. 5 is an explanatory diagram showing an example of display in the pattern display section, and Fig. 6 is an explanatory diagram showing an example of the color information in the pattern display section. This is an example of a pattern to be saved. 1...Pattern input section, 1'...Line showing the outline of the grid, 2...Pattern display section, 3...
...Prison control section, 4...Pattern registration section, 5.
...Color selection instruction section. 1st Ward No. ZS = 1 Otsu 553 No. b Ward

Claims (1)

[Claims] A character/symbol pattern registration generator capable of registering and generating a pattern consisting of nxm points (m, n is an integer of 1 or more) in a grid pattern, It has a human force detection element that detects input when touched.
It is arranged in a grid pattern, and the output of each input detection element is 4NS.
fI: 14 for each input from the specified pattern input section and each input detection element of the pattern input section (the color selection instruction section for specifying all of several colors, and the input from the input detection element of the pattern input section) A coordinate control unit that temporarily stores information and color information from the color selection instruction unit as a pair, and a coordinate control unit that can display 6ta colors in each child-like manner in a one-to-one arrangement with the human power detection element of the pattern input unit. The pattern display section that sequentially displays the [W information written in the 1-signal system tIi41 section on the display element, and the information i, n Code information is created by patterning (input/non-input/color) □i + ¥ information in a grid pattern. - One digit is added and registered, while the code information %[r
When input, a pattern that outputs pattern information corresponding to the registered code information +1 to the outside, a character/d12 pattern registration occurrence that is characterized by being composed of an H edge? Nine