ãï¼ï¼ï¼ï¼ã[0001]
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è¾¼æ¹å¼ã«é¢ãããBACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for embedding characters in image data, and more particularly to a method for embedding characters in image data in an electronic filing system or an image data editing system.
ãï¼ï¼ï¼ï¼ã[0002]
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ãã¼ã¿ã«ç´æ¥åãè¾¼ããã¨ã«ããå®ç¾ããã¦ããã2. Description of the Related Art Embedding characters in image data in an electronic filing system or an image data editing system is performed by editing the image data of a report document or the like in an office and embedding a title, creating a date or a page It has been used to embed etc. In this case, the embedding character image data is directly embedded in the embedding target image data.
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è¡¨ç¤ºææ®µï¼âï¼ã«ãã表示ããããFIG. 2 is a block diagram showing a conventional example. The image data to be embedded which is read by the image data input device 2-1 is sent to the input document image data temporary storage means 2-2. The embedded character and the embedded character input from the embedded position input means 3 are converted into image data by the embedded character image data expansion means 2-4, and the embedded character and embedded position input means 2-3 are used. The input embedding position data is combined with the image data of the input image data temporary storage means 2-2 and sent to the display image data temporary storage means 2-7.
It is displayed by the display means 2-8.
ãï¼ï¼ï¼ï¼ã[0004]
ãçºæã解決ãããã¨ãã課é¡ãåè¿°ã®ãããªæè¡ã«ã
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æ¸ãæãããã¦ãããWhen a character is embedded in image data by the above-described technique, the embedded character image data is directly embedded in the embedding target image data, and the embedded image data is temporarily stored in the display image data temporary storage means. Since it is transferred and displayed, the embedding target image data of the portion where the character is embedded is naturally the image data of the character, and the image data at the time of input is rewritten.
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ããããã¦å¤§ã¨ãªãã¨ããæ¬ ç¹ããã£ããAt this point, if it is necessary to change the embedding position of the embedded character or if it is desired to restore the image data at the embedded position, the embedding target image data is input again. It is necessary to re-embed the characters again, and there is a drawback that the psychological and physiological burden on the user becomes extremely large, especially when the number of characters to be embedded is large.
ãï¼ï¼ï¼ï¼ã[0006]
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å¾ãè¡¨ç¤ºææ®µï¼ï¼âï¼ï¼ã«è¡¨ç¤ºãããA method for embedding characters in image data according to the present invention is a method for temporarily storing image data input from an image data input device (1-1) and an embedded character. , Embedding position input means (1-3), input embedding character image data converting means (1-4), temporary embedding position data temporary storage means (1-6), In the character embedding method of the image data including the display image data temporary storage means (1-7) and the display image data display means (1-8), the embedded character image data storage means (1-5) is used. In addition, the embedded character image data conversion means (1-4) converts the display image data temporary storage means (1-7) into image data together with the image data from the input image data temporary storage means (1-2). Character embedding position data temporary storage means (1
After being stored as image data synthesized based on the data of (6), it is displayed on the display means (1-8).
ãï¼ï¼ï¼ï¼ã[0007]
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ããDESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described with reference to the drawings.
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段ãï¼âï¼ã¯è¡¨ç¤ºææ®µã表ãã¦ãããFIG. 1 is a block diagram showing an embodiment of the present invention. In FIG. 1, 1-1 is an image data input device such as an optical disk or an image scanner, 1-2 is an input image data temporary storage means, 1-3 is an embedded character and embedded position input means, and 1-4 is an embedded device. Character image data expansion means, 1-5 is embedded character image data temporary storage means, 1-6 is embedded position data temporary storage means, 1-7 is display image data temporary storage means, and 1-8 is display means. ing.
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ã§è¡¨ç¤ºããããThe input devices are the image data input device 1-1 and the embedding character / embedding position input means 1-3. The image data input device inputs the image data to be the character embedding target. The embedding character / embedding position input means 1-3 starts the device,
Stop, and input the embedding character and embedding position. The input image data temporary storage means 1-2 is the image data input device 1
-1 stores the image data input, and the embedding position data temporary storage unit 1-6 stores the embedding character and the embedding position data input from the embedding position unit 1-3. There is. The embedded character image data expanding means 1-4 expands the embedded characters and the characters input from the embedded position input means 1-3 into image data, and the embedded character image data temporary storage means 1-5. Is an embedded character image data expansion means 1-4.
The character image data expanded by is stored. The output device is the display means 1-8, and the display image data temporary storage device 1-7 is image data for display created by combining input image data and image data such as embedded character image data. Is stored in the display means 1-8
Is displayed.
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ç»åãã¼ã¿ã¨åæãããè¡¨ç¤ºææ®µï¼âï¼ã«è¡¨ç¤ºããããThe image data input from the image data input means 1-1 is stored in the input image data temporary storage means 1-2, sent to the display image data temporary storage means 1-7 and stored therein, and then the display means 1 is displayed. It is displayed at -8. With respect to the displayed image data, the embedding character / embedding position input means 1-
When the embedding position is input from 3, the embedding position data temporary storage means 1-6 stores it. When an embedded character or an embedded character is input from the embedded position input means 1-3, the embedded character image data expansion means 1-4 converts it into image data, and the embedded character image data temporary storage means 1 is created. -5, the input image data temporary storage means 1-7 to the display image data temporary storage means 1-7 based on the embedded position data stored in the embedded position data temporary storage means 1-6. It is combined with the two input image data and displayed on the display means 1-8.
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ã«éãè¡¨ç¤ºææ®µï¼âï¼ã«è¡¨ç¤ºãããThe operation when the embedding position needs to be changed will now be described. Embedded character, embedded position input means 1
Input the embedding position again from -3. Since the input image data to be embedded is stored in the input image data temporary storage means 1-2 and the image data is not rewritten, the above-mentioned storage of the embedded position data-display by the display device is performed. By repeating, the embedding position can be changed any number of times. Similarly, when it is necessary to restore the image data in the place where the character is embedded, the input image data temporary storage means 1 can be operated by instructing from the embedded character / embedding position input means 1-3. Display image data temporary storage means 1-7
It is displayed on the display means 1-8.
ãï¼ï¼ï¼ï¼ã[0012]
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ã軽æ¸ã§ãããAs described above, according to the present invention, when embedding a character in image data, the image data temporary storage means to be embedded and the embedded character image data temporary storage means are separated. , There is no need to rewrite the embedding target image data. This has the effect that it is possible to repeat thinking many times without accurately specifying the implantation position from the beginning, and the user's psychological and physiological pressure feeling is reduced. Further, in the present invention, it is described that the embedding position can be changed on one embedding target image data. However, by re-inputting the embedding symmetrical image data, a plurality of different image data can be obtained. The same character image data can be embedded,
The burden on the user can be further reduced.
ãå³ï¼ãæ¬çºæã®ä¸å®æ½ä¾ã示ããããã¯å³ã§ãããFIG. 1 is a block diagram showing an embodiment of the present invention.
ãå³ï¼ã徿¥ä¾ã®ä¸ä¾ã示ããããã¯å³ã§ãããFIG. 2 is a block diagram showing an example of a conventional example.
ã符å·ã®èª¬æã[Explanation of symbols]ï¼âï¼ ç»åãã¼ã¿å ¥åè£ ç½® ï¼âï¼ å ¥åç»åãã¼ã¿ä¸æè¨æ¶ææ®µ ï¼âï¼ åè¾¼æåãåè¾¼ä½ç½®å ¥åææ®µ ï¼âï¼ åè¾¼æåç»åãã¼ã¿å±éææ®µ ï¼âï¼ åè¾¼æåç»åãã¼ã¿ä¸æè¨æ¶ææ®µ ï¼âï¼ åè¾¼ä½ç½®ãã¼ã¿ä¸æè¨æ¶ææ®µ ï¼âï¼ è¡¨ç¤ºç»åãã¼ã¿ä¸æè¨æ¶ææ®µ ï¼âï¼ è¡¨ç¤ºææ®µÂ 1-1 Image Data Input Device 1-2 Input Image Data Temporary Storage Means 1-3 Embedded Characters, Embedded Position Input Means 1-4 Embedded Character Image Data Expansion Means 1-5 Embedded Character Image Data Temporary Storage Means 1 -6 Embedded position data temporary storage means 1-7 Display image data temporary storage means 1-8 Display means
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