WO2007129510A1

WO2007129510A1 - Image processing system

Info

Publication number: WO2007129510A1
Application number: PCT/JP2007/055963
Authority: WO
Inventors: Sandor Tojzan
Original assignee: 5Digistar Inc.
Priority date: 2006-05-10
Filing date: 2007-03-23
Publication date: 2007-11-15
Also published as: JP3991061B1; JP2007304748A

Abstract

An image processing system in which a clearer image can be displayed when raster data is enlarged and displayed. The image processing system comprises an image generating system and an image display system. The image generating system includes an image reading section for reading original image data consisting of the raster data, an edge image generating section for extracting the edge of the original image data to generate an edge image, a normal image generating section for reducing the original image data to a predetermine size to generate a normal image, and a download data generating section for storing download data in a predeterminedstorage area. The image display system includes a download data reading section for reading the download data and a display processing section for displaying the normal image, and superimposing, the enlarged normal image and the edge image for display upon reception of a request to enlarge the normal image.

Description

Specification

Image processing system

Technical field

TECHNICAL FIELD [0001] The present invention relates to an image processing system capable of displaying a clearer image when image data having raster data power is enlarged and displayed.

Background art

[0002] Currently, there is a work that can read comic data digitized by mobile terminals such as mobile phones, PHS, and PDAs. This is done by downloading each frame of a comic as a single image data from a specified Sano to a mobile terminal and displaying the image data of that frame on the mobile terminal.

[0003] However, if the screen of the portable terminal is small, there is a drawback that it is difficult to see the characters and frames written in the "speech balloon" that shows the character lines. Therefore, in general, it is devised to make it easier for the user to view the image data by displaying it on the mobile terminal and enlarging the image data. Conventional examples showing the expansion of frames on such portable terminals are shown in Patent Documents 1 to 3 below.

[0004] Patent Document 1: Japanese Patent Application Laid-Open No. 2003-76666

Patent Document 2: JP-A-7-249130

Patent Document 3: JP-A-10-105683

Disclosure of the invention

Problems to be solved by the invention

[0005] As described in the above-mentioned patent documents, the image data displayed on the mobile terminal is enlarged as it is, so that the image data is displayed in a large size and is easy for the user to see. In general, raster data (also called raster image or raster image) is used for such image data. Raster data is so-called bitmap data, and is a data format in which an image is expressed by specifying what color is displayed for each pixel.

[0006] When such raster data is enlarged and displayed, the enlarged image data is neatly displayed. Do not show. This is because, for example, when the image is enlarged and displayed at a magnification of 2 times, the color expressed by one pixel of the original image data is displayed with four pixels in the enlarged image data, which is a total of two vertical pixels and two horizontal pixels. Because it will be. For this reason, the outline becomes a jagged image and is not displayed neatly.

[0007] There is also a method to display after converting from raster data to vector data as a method of displaying clearly even when enlarged display is performed. Problems with raster data force Conversion to vector data takes time There is. Therefore, a system that neatly displays enlarged image data as raster data is desired.

Means for solving the problem

[0008] In view of the above problems, the present inventors have invented an image processing system that can display raster data image data more clearly and clearly than before.

[0009] The invention of claim 1 is an image processing system having an image generation system and an image display system, and the image generation system includes an image reading unit that reads original image data having raster data power; An edge image generation unit that generates an edge image by extracting a part or all of the contour in the original image data; and a normal image generation unit that generates a normal image by reducing the original image data to a predetermined size; A download data generation unit that stores the normal image and the edge image in association with each other as download data in a predetermined storage area, and the image display system reads the download data, A download data reading unit to be stored in the storage unit, and the image storage unit; A display processing unit that displays a normal image in the stored download data and superimposes and displays the enlarged normal image and the edge image stored in the image storage unit when an enlargement request for the normal image is received. An image processing system.

By configuring as in the present invention, even image data having raster data power can be displayed beautifully when the reduced image data is enlarged and displayed.

[0011] The invention of claim 2 is an image reading unit that reads original image data composed of raster data, and extracts a part or all of the outline in the original image data to An edge image generation unit that generates an edge image, a normal image generation unit that generates the normal image by reducing the original image data to a predetermined size, and download data that associates the normal image with the edge image. An image generation system having a download data generation unit to be stored in a predetermined storage area

[0012] By configuring as in the present invention, it is possible to generate download data for downloading to the image display system.

[0013] The invention of claim 3 includes a normal image generated by the image generation system and reduced to a predetermined size from the original image data composed of raster data, and a part or all of the outline of the original image data. An image display system that displays image data based on download data associated with an extracted edge image, wherein the image display system reads the download data and stores it in an image storage unit When the normal image in the download data stored in the image storage unit is displayed and an enlargement request for the normal image is received, the enlarged normal image and the edge image stored in the image storage unit are superimposed. An image display having a display processing unit to be displayed It is a stem.

[0014] By configuring as in the present invention, if the image data is displayed using the download data generated by the image generation system, the reduced image data is enlarged even if the image data is raster data. When you do, you can display beautifully.

[0015] In the invention of claim 4, the first terminal, an image reading unit that reads original image data having raster data power into the first terminal, and an edge obtained by extracting a part or all of the outline of the original image data An edge image generation unit for generating an image, a normal image generation unit for generating a normal image obtained by reducing the original image data to a predetermined size, and a predetermined image as down-port data by associating the normal image with the edge image. An image generation program for functioning as a download data generation unit to be stored in a storage area, wherein the normal image and the edge image in the download data are superimposed and displayed on a second terminal. . [0016] An image generation program for realizing the above-described image generation system on a computer terminal can be realized by being configured as in the present invention.

[0017] According to the invention of claim 5, a normal image generated by the first terminal and having a raster data power reduced to a predetermined size and a part or all of the outline of the original image data are obtained. Based on the download data in association with the extracted edge image, the second terminal that displays the image data reads the download data and stores it in the storage device of the second terminal A display unit that displays a normal image in the download data stored in the storage device and displays an enlarged image of the enlarged normal image and an edge image stored in the storage device when an enlargement request for the normal image is received. This is an image display program for functioning as a section.

[0018] An image display program for realizing the above-described image display system on a portable terminal or a computer terminal can be realized by being configured as in the present invention.

[0019] The invention of claim 6 is an image processing system having an image generation system and an image display system, wherein the image generation system includes an image reading unit for reading original image data having raster data power; An edge image generation unit that generates an edge image by extracting a part or all of the contour in the original image data; and a normal image generation unit that generates a normal image by reducing the original image data to a predetermined size; A download data generation unit that stores the normal image and the edge image in association with each other as download data in a predetermined storage area, and the image display system reads the download data, A download data reading unit to be stored in the storage unit, and the image storage unit; When a normal image in the stored download data is displayed and an enlargement request for the normal image is received, the edge image stored in the image storage unit is reduced to a size that matches the size when the normal image is enlarged. An image processing system comprising: a display processing unit that superimposes and displays the enlarged normal image and the reduced edge image.

[0020] The size when the normal image is enlarged and the size of the edge image If you don't, you can't display it as it is. Therefore, as in the present invention, the size of the edge image is reduced to a size that matches the size when the normal image is enlarged and displayed, and the resulting image is superimposed to display the image data as raster data. However, when the reduced image data is enlarged and displayed, it can be displayed clearly. In addition, since the size is adjusted by the system that displays the image, it is possible to display the image according to the size of each model without depending on the model of the display side.

[0021] The invention of claim 7 includes a normal image generated by the image generation system and reduced to a predetermined size from the original image data composed of raster data, and a part or all of the outline of the original image data. An image display system that displays image data based on download data associated with an extracted edge image, wherein the image display system reads the download data and stores it in an image storage unit When the normal image in the download data stored in the image storage unit is displayed and an enlargement request for the normal image is received, the image storage unit has a size that matches the size when the normal image is enlarged. Reducing the edge image stored in the section, A display processing unit for displaying and superimposing the edge image obtained by the reduced as much normal image, an image Display system having a.

The image display system used for the above-described invention can be configured as in the present invention.

[0023] The invention of claim 8 includes a normal image generated by the first terminal and having a raster data power reduced to a predetermined size, and a part or all of the outline of the original image data. Based on the download data in association with the extracted edge image, the second terminal that displays the image data reads the download data and stores it in the storage device of the second terminal When the reading unit displays a normal image in the download data stored in the storage device and accepts an enlargement request for the normal image, the size stored in the storage device is the same as the size when the normal image is enlarged. Reduce the edge image, the enlarged normal image and the reduced image An image display program for functioning as a display processing unit that displays an edge image superimposed. [0024] An image display program for realizing the above-described image display system on a portable terminal or a computer terminal can be realized by being configured as in the present invention.

[0025] The invention of claim 9 is an image processing system having an image generation system and an image display system, and the image generation system includes an image reading unit for reading original image data having raster data power; A normal image generation unit that generates a normal image by reducing the original image data to a predetermined size, and extracts a part or all of the outline of the original image data, and enlarges the normal image in the image display system. An edge image generation unit that generates an edge image reduced to a size that matches the size at the time of download, and download data generation that stores the normal image and the edge image in association with each other in a predetermined storage area And the image display system includes: The download data reading unit that reads the download data and stores it in the image storage unit, and the normal image in the download data stored in the image storage unit is displayed. When an enlargement request for the normal image is received, the enlarged normal image is displayed. And a display processing unit that superimposes and displays the edge image stored in the image storage unit.

[0026] If the size when the normal image is enlarged and the size of the edge image do not match, the normal image cannot be superimposed and displayed as it is. Therefore, if the size for normal image enlargement display is determined in advance, the edge image is generated after being reduced to a size that matches the size of the normal image enlarged in advance. By superimposing and displaying them, even image data having raster data power can be displayed clearly when the reduced image data is enlarged and displayed. In addition, since the size is adjusted by the system that generates the image, the processing can be performed without imposing a load on the system that displays the image. In other words, high-speed processing is possible during display.

[0027] The invention of claim 10 includes an image reading unit that reads original image data having raster data power, a normal image generation unit that generates the normal image by reducing the original image data to a predetermined size, Part of the original image data Alternatively, an edge image generation unit that extracts the entire contour and generates the edge image reduced to a size that matches the size when the normal image is enlarged is associated with the normal image and the edge image. An image generation system including a download data generation unit that stores data as download data in a predetermined storage area.

[0028] The image generation system used in the above-described invention can be configured as in the present invention.

[0029] According to the invention of claim 11, the first terminal has an image reading unit that reads original image data having raster data power into the first terminal, and a normal image obtained by reducing the original image data to a predetermined size. A normal image generation unit for generating, an edge for extracting a part or all of the outline of the original image data, and generating an edge image reduced to a size that matches the size when the normal image is enlarged in the second terminal An image generation program for causing an image generation unit to function as a download data generation unit that stores the normal image and the edge image in association with each other as download data in a predetermined storage area. The normal image in the download data and the error Causes superimposed display a di image, an image generation program.

[0030] An image generation program for realizing the above-described image generation system on a computer terminal can be realized by being configured as in the present invention.

The invention's effect

[0031] According to the present invention, even when image data to be displayed is raster data, it can be displayed more clearly than before when it is enlarged.

Brief Description of Drawings

FIG. 1 is an example of an overall conceptual diagram of an image processing system 1 of the present invention.

FIG. 2 is an example of a hardware configuration diagram for causing the system of the present invention to function.

FIG. 3 is a flowchart showing an example of a processing process of image generation processing.

FIG. 4 is a flowchart showing an example of a processing process of image display processing.

[Fig.5] An example of normal image and original image data.

[Fig. 6] An example of an edge image.

[Fig.7] Enlarged normal image and edge image superimposed on it It is an example of an image.

Explanation of symbols

1:: Image processing system

2:: Image generation system

3:: Image display system

4:: Image reading part

5:: Edge image extraction unit

6: Normal image generator

7: Download data generator

8: Download data reading part

9: Image storage

10: Display processing section

20: • 异

21: Storage device

22:: Display device

23:: Input device

24: Communication equipment

BEST MODE FOR CARRYING OUT THE INVENTION

The image processing system 1 of the present invention includes an image generation system 2 that performs image data generation processing, and an image display system 3 that displays image data generated by the image generation system 2. The image generation system 2 is a system that performs processing on original image data (original image data) on a computer, and the image display system 3 is a system that displays image data on a mobile terminal, for example. It should be noted that the image display system 3 is a power that exerts a greater effect when functioning on a device having a small display device 22 such as a portable terminal. Even if the display device 22 is not as small as a normal computer terminal, the image display system 3 is effective. The fruit can be demonstrated.

A conceptual diagram of the image processing system 1 is shown in FIG. In addition, a computer terminal that realizes the image generation system 2, a portable terminal or a computer terminal that realizes the image display system 3. Figure 2 shows an example of the hardware configuration.

[0036] The computer terminal or the portable terminal used in the present invention includes an arithmetic device 20 such as a CPU that executes arithmetic processing of a program, a storage device 21 such as a RAM or a hard disk that stores information, and a processing result of the arithmetic device 20. And a communication device 24 that transmits and receives information stored in the storage device 21 via a network such as the Internet or a LAN. Each function constituting each system of the present invention executes the processing of the present invention by reading means (program or module) for executing the processing into the arithmetic unit 20. When each function uses the information stored in the storage device 21 in its processing, each function reads the corresponding information from the storage device 21 and uses the read information for processing in the arithmetic device 20 as appropriate. In addition, these computer terminals and portable terminals may include an input device 23 such as a keyboard, a mouse, and a numeric keypad, a display device 22, and the like.

[0037] Each means in the present invention is only logically distinguished in its function, and may be physically or effectively the same area.

The image generation system 2 includes an image reading unit 4, an edge image extraction unit 5, a normal image generation unit 6, and a download data generation unit 7. The image display system 3 also includes a download data reading unit 8, an image storage unit 9, and a display processing unit 10.

[0039] The image generation system 2 is a system for generating data (download data) to be downloaded to the image display system 3 based on the original image data. It is a system that downloads from the server and displays the normal image (described later) in the downloaded data.

The image reading unit 4 reads original image data having raster data power into the image generation system 2. For example, Fig. 5 (b) shows an example of original image data.

[0041] The original image data read here is reduced to a predetermined size (vertical and horizontal size) by a normal image generation unit 6 to be described later in order to be displayed by the image display system 3. An example of image data with reduced size (normal image) is shown in Fig. 5 (a).

The edge image extraction unit 5 extracts contour pixels in the original image data.

Data obtained by extracting contour pixels from the original image data is defined as an edge image. Figure 6 shows an example of an edge image. In Fig. 6, part of the original image data (key Data obtained by extracting all contour pixels for the right side of the lacto) as an edge image The edge image may be obtained by extracting all or part of the contour pixels of the original image data. For example, it is possible to arbitrarily set only the outline of the character, only the speech bubbles. A plurality of edge images may be generated for one original image data. For example, the original image data can be divided into right and left sides, and two edge images can be generated: a right edge image and a left edge image!

The normal image generation unit 6 reduces the original image data read by the image reading unit 4 to a predetermined size. For example, when the image display system 3 is realized by a mobile terminal, the image display system 3 is reduced to a predetermined size such as a size suitable for the display device 22 of the mobile terminal, for example, 240 pixels × 240 pixels or 120 pixels × 120 pixels. . In this way, the image data obtained by reducing the original image data to a predetermined size is defined as a normal image. An example of a normal image is shown in Fig. 5 (a).

The download data generation unit 7 associates the normal image generated by the normal image generation unit 6 with the edge image. The associated normal image and edge image are used as download data. Since the size of the original image data is reduced in the normal image, the amount of data is not large. In addition, the amount of data is not large because the edge image is information on the pixels of the contour of the original image data. Therefore, even if these two are associated, the amount of data is not large. The download data generation unit 7 may manage the normal image and the edge image as one image data or manage them separately.

[0045] In the case of the above-described example, as the download data, the normal image in FIG. 5A and the edge image in FIG. 6 are associated with each other, and these are the download data.

The download data generated by the download data generation unit 7 is stored in the storage device 21 of the image generation system 2 or the storage device 21 of a predetermined image server.

[0047] The download data reading unit 8 acquires download data from the storage device 21 of the image generation system 2 or the storage device 21 of a predetermined image server, and associates the normal image and the edge image in the download data with each other. The image is stored in the image storage unit 9.

[0048] In the image storage unit 9, the download data is converted into a composition for realizing the image display system 3. Stored in the storage device 21 of the data terminal or portable terminal.

[0049] The display processing unit 10 first displays a normal image on the display device 22 of the computer terminal or portable terminal that implements the image display system 3, and receives the normal image enlargement request. Is enlarged to a predetermined size and the edge image is superimposed on it. Fig. 7 (a) shows a case where the normal image is enlarged and Fig. 7 (b) shows a case where the edge image is superimposed on the normal image shown in Fig. 7 (a).

Example 1

Next, the processing process of the present invention will be described with reference to the flowcharts of FIGS. 3 and 4. In the following description, a case where the image display system 3 is realized by a mobile terminal will be described. However, as described above, this does not prevent the image display system 3 from being realized by a computer terminal.

[0051] Although the case of a comic as an image to be distributed to a user will be described, the present invention is not limited to this and can be applied to various types of images.

First, the original image data is read into the image reading unit 4 of the image generation system 2 as the original image of the image to be distributed to the user (S100).

[0053] When the original image data is read by the image reading unit 4, the edge image extraction unit 5 extracts the pixels constituting the contour from the original image data (S110). On average, when the edge image is extracted, the inventor's research has shown that the original image power is less than 10% of the original image data, 75% more than the compression of normal image data. This also improves the compression ratio.

[0054] Further, the original image data read by the image reading unit 4 is reduced to a predetermined size designated by the portable terminal, thereby generating a normal image (S120). Then, the download data generation unit 7 performs a process of associating the generated normal image with the edge image (download data generation process) (S130). The associated normal image, edge image, and force download data.

The download data generated in S130 is stored in the storage device 21 of the image generation system 2 or the storage device 21 of a predetermined image server (S140).

[0056] By performing the above processing, data to be downloaded to the mobile terminal can be generated. [0057] Next, when the user of the mobile terminal wants to browse the image, the storage device 21 of the image generation system 2 or the like via the network such as the Internet by performing a predetermined operation from the mobile terminal, or A download data acquisition request is made from a predetermined image server, and the storage device 21 of the image generation system 2 or the predetermined image server that receives the request transmits the download data to the mobile terminal. The downloaded data is read by the download data reading unit 8 (S200).

The download data read in S200 is stored in the storage device 21 (image storage unit 9) of the portable terminal.

[0059] When the download is normally completed, the display processing unit 10 displays the normal image included in the download data on the display device 22 of the portable terminal (S210). The normal image displayed at this time is a small size for a mobile terminal.

[0060] The user's ability to view this normal image When the user wants to enlarge and display the normal image, the display processing unit 10 accepts an enlargement request by inputting a predetermined operation from the input device 23 of the mobile terminal ( S220).

[0061] Upon receiving the enlargement request, the display processing unit 10 enlarges the normal image displayed in S210 at a predetermined magnification, and displays it on the display device 22 of the mobile terminal (S230). At this time, the size of the normal image should be the same size as the original image data! Fig. 7 (a) shows the enlarged normal image.

[0062] After the normal image is enlarged and displayed, the edge image associated with the normal image stored in the image storage unit 9 is superimposed and displayed on the normal image. The image in this state is shown in Fig. 7 (b).

[0063] In this way, by associating the edge image with the normal image and superimposing and displaying the enlarged image together with the normal image, the image is clearer than the simple enlarged display of the normal image with a small amount of data. Can be displayed. Also, since no vector data is used, it is not necessary to convert raster data to vector data when generating an image, and the burden of image generation can be reduced.

Example 2

[0064] Next, in the above-described embodiment, the size when the normal image is enlarged is displayed. The case where the size of the edge image is not the same will be described. In this case, the edge image power cannot be displayed neatly on the enlarged normal image. Therefore, the display processing unit 10 superimposes and displays the edge image after reducing the edge image to match the size of the enlarged normal image.

[0065] For example, assume that the size of the original image data (edge image) is 400 pixels long and 400 pixels wide, and the size of the normal image is 100 pixels long and 100 pixels wide. Assume that a request to enlarge the normal image to 2 times is received.

[0066] In this case, since the size of the enlarged normal image is displayed with 200 pixels in the vertical direction and 200 pixels in the horizontal direction, the display processing unit 10 sets the size of the edge image stored in the image storage unit 9 in the vertical and horizontal directions. Reduce by 50%. Then, the size of the reduced edge image is 200 pixels vertically and 200 pixels wide, the size of the enlarged normal image and the size of the reduced edge image are the same size, and the reduced edge image is superimposed on the enlarged normal image. Will be displayed neatly.

[0067] The display processing unit 10 may automatically reduce the edge image to the same size and display it in accordance with the enlarged size of the normal image.

Example 3

[0068] The second embodiment is an effective processing method when the enlargement size of the normal image is different for each portable terminal or when the enlargement size can be arbitrarily designated. When the enlargement size of the normal image is determined in advance, the original image data can be read by the edge image extraction unit 5 of the image generation system 2 rather than providing the display processing unit 10 with a reduced display of the edge image. When extracting the outline pixels, it is good to generate the edge image after reducing it to a predetermined size (a size that matches the enlarged size of the normal image)!

[0069] For example, as described above, for example, the original image data (edge image) size is 400 pixels long and 400 pixels wide, and the normal image size is 100 pixels long and 100 pixels wide. Is the size of 200 pixels vertically and 200 pixels horizontally.

[0070] In this case, the edge image extraction unit 5 reduces the image data composed of the contour pixels extracted from the original image data column by 50% in the vertical and horizontal directions, The image is generated. Then, the size of the generated edge image is 200 pixels vertically and 200 pixels horizontally.

[0071] The download data generation unit 7 associates the normal image generated by the normal image generation unit 6 with the edge image to obtain download data.

[0072] The download data is downloaded by the portable terminal by the download data reading unit 8 and stored in the image storage unit 9. The display processing unit 10 displays the normal image stored in the image storage unit 9, and further receives an enlargement request from the input device 23, so that the enlarged normal image (the size of the enlarged normal image is 200 pixels vertically). The edge image stored in the image storage unit 9 (the size of the edge image is 200 pixels vertically and 200 pixels horizontally) is superimposed and displayed on the 200 pixels horizontally.

By performing the processing as described above, unlike the second embodiment, the edge image reduction processing is eliminated, so that the processing burden on the mobile terminal can be reduced.

Industrial applicability

[0074] By using the image processing system 1 of the present invention, even if the image data to be displayed is raster data, it can be displayed more clearly and clearly than before when it is enlarged.

Claims

The scope of the claims

[1] An image processing system having an image generation system and an image display system,

The image generation system includes:

Raster data power An image reading unit that reads original image data,

An edge image generation unit that generates an edge image by extracting a part or all of the contour in the original image data;

A normal image generation unit for generating a normal image by reducing the original image data to a predetermined size;

The normal image and the edge image are associated with each other as a download data, and a download data generation unit is stored in a predetermined storage area, and the image display system includes:

A download data reading unit for reading the download data and storing it in the image storage unit;

A display processing unit that displays a normal image in download data stored in the image storage unit, and displays an enlarged normal image and an edge image stored in the image storage unit in a superimposed manner when an enlargement request for the normal image is received. And an image processing system comprising:

[2] Raster data power An image reading unit that reads original image data,

An edge image generator for extracting the edge image by extracting a part or all of the contour in the original image data;

A normal image generating unit for generating the normal image by reducing the original image data to a predetermined size;

A download data generation unit for storing the normal image and the edge image in association with each other as download data;

An image generation system comprising:

[3] A normal image obtained by reducing the original image data having raster data power generated in the image generation system to a predetermined size, and an edge image obtained by extracting a part or all of the outline of the original image data. Download data associated with An image display system for displaying image data based on the data,

The image display system includes:

A display processing unit that displays a normal image in download data stored in the image storage unit, and displays an enlarged normal image and an edge image stored in the image storage unit in a superimposed manner when an enlargement request for the normal image is received. And an image display system comprising:

[4] First device,

An image reading unit that reads the original image data, which is raster data power, into the first terminal,

An edge image generation unit for generating an edge image obtained by extracting a part or all of the contour in the original image data;

A normal image generator for generating a normal image obtained by reducing the original image data to a predetermined size;

An image generation program for functioning as a download data generation unit that stores the normal image and the edge image in a predetermined storage area as download data in association with each other,

In the second terminal, the normal image and the edge image in the download data are superimposed and displayed.

An image generation program characterized by that.

[5] Corresponds to the normal image generated in the first terminal, which is the original image data with raster data power reduced to a predetermined size, and the edge image from which a part or all of the original image data is extracted Based on the downloaded data attached, V, the second terminal that displays the image data,

A download data reading unit that reads the download data and stores it in the storage device of the second terminal;

Display the normal image in the downloaded data stored in the storage device, An image display program for functioning as a display processing unit that, upon receiving an enlargement request for a normal image, displays the enlarged normal image and the edge image stored in the storage device in a superimposed manner.

[6] An image processing system having an image generation system and an image display system,

The image generation system includes:

Raster data power An image reading unit that reads original image data,

A download data generation unit that associates the normal image with the edge image as download data and stores the downloaded image in a predetermined storage area, and the image display system includes:

When the normal image in the download data stored in the image storage unit is displayed and an enlargement request for the normal image is received, the size stored in the image storage unit is matched with the size when the normal image is enlarged. A display processing unit that reduces an edge image and displays the enlarged normal image and the reduced edge image in a superimposed manner;

An image processing system comprising:

[7] A normal image generated by the image generation system and having a raster data power reduced to a predetermined size, and an edge image obtained by extracting a part or all of the outline of the original image data An image display system for displaying image data based on download data associated with

The image display system includes:

A download data reading unit for reading the download data and storing it in the image storage unit; When the normal image in the download data stored in the image storage unit is displayed and an enlargement request for the normal image is received, the size stored in the image storage unit is matched with the size when the normal image is enlarged. A display processing unit that reduces an edge image and displays the enlarged normal image and the reduced edge image in a superimposed manner;

An image display system comprising:

[8] Corresponds to the normal image generated in the first terminal, which is the original image data with raster data power reduced to a predetermined size, and the edge image from which a part or all of the outline of the original image data is extracted Based on the downloaded data attached, V, the second terminal that displays the image data,

When the normal image in the download data stored in the storage device is displayed and an enlargement request for the normal image is received, the edge image stored in the storage device is sized to match the size when the normal image is enlarged. A display processing unit that reduces and enlarges the enlarged normal image and the reduced edge image to be displayed.

Image display program to function as

[9] An image processing system having an image generation system and an image display system,

The image generation system includes:

Raster data power An image reading unit that reads original image data,

An edge image generation unit that extracts a part or all of the outline of the original image data and generates an edge image reduced to a size that matches a size when the normal image is enlarged in the image display system;

A download data generation unit that stores the normal image and the edge image in a predetermined storage area as download data in association with each other; The image display system includes:

[10] Raster data power An image reading unit that reads original image data,

An edge image generation unit that extracts a part or all of the outline in the original image data and generates the edge image reduced to a size that matches a size when the normal image is enlarged;

An image generation system comprising:

[11] First device,

An edge image generation unit that extracts a part or all of the outline in the original image data and generates an edge image reduced to a size that matches a size when the normal image is enlarged in a second terminal;

In the second terminal, the normal image in the download data and the An image generation program characterized by superimposing and displaying an edge image.