KR100590903B1 - Display of homepage - Google Patents

Abstract

Allows homepage to be viewed without user interaction.

And a display portion in which a plurality of screens are automatically switched continuously without user's operation from the start to the end of the display, and another screen is divided into a plurality of image regions, and at least some of the images of the divided regions are one It is automatically displayed continuously with time difference within the screen. One screen is composed of a plurality of images, and 50% to 100% of these images are still picture data and / or moving picture data.

Description

How to display your homepage {Display of homepage}

1 is a schematic diagram showing a home page screen of a first embodiment of the present invention.

Fig. 2 is a screen outputting the home page initial screen as a specific example of the first embodiment.

3 is a screen outputting a split display screen of the home page.

4 is a screen outputting one of the information display screens of the home page.

5 is a screen outputting another one of the information display screen of the home page.

6 is a screen outputting another one of the information display screen of the homepage.

7 is a screen outputting another one of the information display screen of the home page.

8 is a screen outputting another one of the information display screen of the home page.

9 is a screen outputting another one of the information display screen of the home page.

10 is a screen outputting another one of the information display screen of the home page.

11A and 11B are schematic diagrams showing a view of a second embodiment of the home page of the present invention.

12 is a diagram illustrating the selected detail screen.

Fig. 13 is a schematic diagram showing a connection relationship between a server of a home page provider and a user computer.

14 is a schematic view showing a screen of a third embodiment.

Fig. 15 is a schematic diagram showing an enlarged screen of the fourth embodiment.

16 is a schematic view of a fourth embodiment.

The present invention relates to a method of displaying a homepage, and in particular, a homepage creator actively presents information to be displayed to a user or a product that is manufactured and sold. In the case of merchandise sales, the user can visually compare a plurality of displayed products and purchase them.

When accessing a conventional homepage, an initial screen displaying a guide of dividing a company name and company information for each content is displayed. The user can select and obtain information that the user wants to know by changing the screen by selecting and manipulating content displayed on the initial screen. In addition, when the amount of data of each content is large, it is necessary for the user to switch the screen display while scrolling.

In addition, the homepage for merchandise sales displays a still image showing a product picture, a price, and the like. The user needs to switch screens while clicking to view the products one by one, and cannot compare and view a plurality of products provided without clicking.

That is, in the conventional homepage, screen switching (switching of the monitor screen) is performed based on the user's operation. Therefore, when the user wants to switch screens and obtain other information, the user has to perform a click operation or a key operation each time. On the other hand, since the homepage creator often cannot see all the screens, there is a problem in that it does not appeal well compared to the production cost of the homepage.

However, in the conventional homepage, since there are many characters displayed, viewing the screen while operating the entire screen requires considerable time and effort for the user, and it is impossible to select and view only the information that the user wants to know.

For this reason, in order to be able to easily recognize at a glance with information as an image, the image display on the homepage is also increasing and the image display method is also being studied.

For example, in Patent Document 1 (Japanese Patent Laid-Open No. 2002-175135), when displaying an image scanned with a printed matter such as a catalog on the screen, the entire image is first displayed, and any portion selected and operated by the user is displayed as a high quality image. A homepage image display method has been proposed.

Moreover, as a method of making this kind of homepage, the computer screen layout editing method is proposed by patent document 2 (Unexamined-Japanese-Patent No. 10-222508). This editing method specializes the minimum functions necessary for creating a home page, and divides the computer screen into blocks in order to make editing on the browser easy while checking the display status on the browser. You are editing by inputting text or video. However, when the data amount of the divided display portion is large, the user can scroll and read the data.

In the video display method of the said patent document 1, it is necessary to operate and select the part which a user wants to see. In addition, in the division display of one screen of Patent Document 2, the image is divided only for easy editing of the homepage, and when the amount of data of one content is large, the user has to scroll and read it as before. Manipulation is required. As described above, all of the conventionally proposed display methods switch screens or partial images of the screens based on the user's operation, so that the user does not have to reduce the inconvenience of the operation. The problem of not seeing is not solved.

In addition, in the conventional homepage, the screen display is often performed after collectively downloading all the data of one content to a computer storage device via the Internet, so that the loading time until displaying on the computer screen is long. In particular, when there is much transmission data of a homepage and the communication speed of an internet line is slow, a user has to wait a long time until display. In particular, when one content contains image data such as a moving picture that requires a large amount of data, the amount of data of one content is enormous, resulting in a longer loading time, and as a result, the user often does not view the home page. Due to these circumstances, the conventional homepage display has a very small number of image display including a moving image and causes a lot of character display.

In addition, an efficient product introduction method using a computer screen is not provided for a product introduction to a store in a conventional company or a product introduction to a visitor in a store.

The present invention has been made in view of the above problems, and can reduce the user's operation, and actively show the user the screen he wants to show from the homepage creator's point of view. The task is to make it easy.

In addition, the homepage for merchandise sales makes it easy for users to purchase the displayed merchandise, and the company can efficiently introduce the merchandise to the merchandise using a computer screen. Therefore, the task is to introduce products efficiently to visitors.

In order to solve the above problems, the present invention is a display method of a home page displayed on a computer screen through the Internet,

And a display portion in which a plurality of screens are automatically switched continuously without user's operation from the start to the end of the display, and another screen is divided into a plurality of image regions, and at least some of the images of the divided regions are one The present invention provides a display method of a homepage, wherein the homepage is automatically displayed continuously with a time difference.

The screen refers to the monitor screen of a computer, and one screen includes the entire display displayed on the monitor.

As described above, the screen (monitor screen) is conventionally switched by a user's click operation or a key operation. However, in the present invention, one screen is automatically and continuously switched at a time interval that can be recognized by the user. . Therefore, the user does not have to perform a screen switching operation, and the home page creator can actively show a screen to be shown.

In addition, one screen that is continuously switched is divided into a plurality of image regions, and at least some of the divided images are automatically displayed continuously with a time difference within one screen, thereby eliminating various image information in one screen. Can be shown to the user.

In the homepage display method of the present invention, all the display screens are automatically switched continuously from the start to the end, and a stop display and a start display that can be operated by the user are made, and the automatic switching screen is clicked on any screen to stop. It is set to restart and restart.

That is, in principle, all display screens are automatically switched continuously from the start to the end of the homepage display.

As such, when the homepage is displayed without the user's click operation from the start to the end, the user does not need to operate at all, while the homepage creator can show all the pages to the user.

A user operation may be interposed without the automatic switching between the initial page and the page connected to the initial page, and the page connected to the initial page is displayed by automatically switching a plurality of contents continuously.

In addition, a stop function may be added to pause the automatic switching of the screen when the user clicks the stop display.

In particular, the home page display method of the present invention preferably divides one entire screen into a plurality of image regions and automatically displays the images of all of these image regions continuously with a time difference in one screen.

In this case, if the individual images displayed in the image area are continuously displayed in the time series order using those having a time series relation, the user can easily recognize the story between the images. As a result, it is possible to reduce the publication of explanations by text as much as possible, thereby reducing the load on the user when viewing the homepage and contributing to enhancing the visual effect of the homepage.

A plurality of images in one screen may be switched over with time difference. For example, when there are nine images in one screen, the number of switching images may be random, such as switching two images simultaneously.

If an image is automatically displayed with a time difference in the previous image area of the one screen, the respective images may be automatically switched in sequence to a separate new image on the same screen without being switched to the next screen. If you click the repeat display at the corner of the screen, you can switch to the new image one by one, and then repeat it again until you click the repeat display and the stop display again.

For example, if the homepage creator is an apparel manufacturing and sales company, each item such as a t-shirt, a blouse, and a jacket is classified into one content, and the product group of the t-shirts that are manufactured and sold is displayed on a split image by image data such as a still image one by one. , And this is automatically switched in turn.

When the product group is displayed in this way, a plurality of products can be viewed with interest by the user, and when the displayed image is repeatedly displayed after a round, the user can compare and observe the products without clicking.

In addition, when the desired t-shirt is displayed on the screen, the user can click the stop sign to freeze the screen and watch the screen slowly. When starting again, click the start button to display the T-shirts in sequence.

By making the user's operation unnecessary in this manner, the user can view a plurality of products, and the homepage creator can also display a plurality of products in sequence.

As described above, when an image is automatically switched and displayed on one screen and is repeatedly set, switching from one monitor screen to the next monitor screen is performed by a user's operation. That is, automatic switching of images is repeatedly performed until the user clicks the stop display. Thus, as described above, the user can check while repeatedly viewing a plurality of items of an item.

If you want to see a product of another item (e.g., a blouse from a t-shirt), click the item displayed as an optional item by hypertext or the like. With this click, a plurality of products of the next item are automatically switched and displayed as above.

Clicking the stop display stops the screen and clicks any image among the displayed images, and in the case of the front image, an image on which undisplayed sides and features such as side and back are enlarged and / or a corresponding product image is rotated as a moving image. It is preferable to display an image.

The products displayed on the screen usually have only one side, such as the front side, but in the case of clothing, the back side and the side side are often desired. Therefore, the side and the back may be displayed in a still image, or the whole may be displayed in a moving image. This display allows the user to observe the entire product.

In addition, it is preferable to provide an area in which a user selects and integrally displays an arbitrary image among the images automatically switched and displayed on a portion of the one monitor screen. In other words, when one product is selected from a plurality of product groups, when purchasing a general product, several points of a favorite are selected, and the selected product is again compared in detail and purchased. This operation is also performed on the screen to provide an area for taking out and displaying a desired image. This area may be simultaneously displayed on a part of the screen in which images are automatically switched in sequence, for example, by covering an area in the divided image, or only the image of the selected integrated area may be displayed on the screen by a later click operation.

In addition, the integrated integrated display area allows a plurality of images to be displayed together, and when a user clicks on the integrated integrated display area, the image of the integrated integrated display area is enlarged and displayed on the whole screen and any image therein. It is preferable to click to display the detailed description and / or purchase procedure of the image product.

It is preferable to use 50%-100% of an image as image data among the one screen which consists of said several image. The image data includes still picture data and moving picture data.

The still picture data can be obtained by integrating a picture in a scanner or simply in a digital picture. In addition, moving image data can be easily obtained from video. In addition to photographs and videos, you can use illustrations and shapes created on a computer, or image data.

By using a lot of image data in this way, the user can easily obtain the information he wants to know from the image without having to read the text, and the homepage creator can easily create a homepage that can be strongly appealed using a photo or a video.

For example, when one screen is divided into nine image areas, eight images are displayed as images, and the remaining one region is easily described by the user by including a description of another image or a description of the corresponding one screen.

A plurality of images in one screen is composed of one piece of content each of information such as a homepage creator's work, product, place, or staff, and the plurality of pieces of content are automatically switched and displayed continuously without user's operation.

In the past, a selection branch for viewing a page of a work, a product, a place, a staff, or the like is displayed in hypertext or the like on an initial page so that a user selectively clicks a page item to be viewed. However, in the present invention, since a plurality of contents in which work, product, place, staff, and the like are displayed continuously is displayed without a click, the homepage creator can forcibly read all the information to the user, and the PR, etc. are intentionally In addition, since the user does not need to click, the troublesome operation can be eliminated.

The divided one screen is divided into longitudinal and lateral directions to divide one screen into the checkerboard image area.

For example, one screen is divided into nine image areas by vertically and horizontally dividing. By performing regular division in this manner, the user can know at a glance that the images are divided and displayed in each area, and the homepage creator can also easily create a homepage.

One screen composed of the divided images as described above is specifically composed of two types of screens: a split display screen and an information display screen. The initial screen is preferably provided separately from these two types of screens.

The divided display screen displays divided areas of one screen with different colors, shades, and / or shapes of the divided images. It is preferable to simultaneously display images on the divided display screen. The information display screen which is continuously switched from the split display screen is a screen for displaying a plurality of images on one screen, each of which contains the contents of the homepage creator's work, product, place, staff, and the like.

In the switching from the split display screen to the information display screen, each image of the information display screen is sequentially switched from the image of the split display screen while displaying the image of the split display screen.

According to the above display method, when the divided images are automatically displayed one after another, the space of an image not yet displayed is displayed because the basic image having different colors, shades, and / or shapes of the divided display screen is displayed. You can keep the beautiful display while you wait.

In addition, by outputting audio when displaying the screen and synchronizing the rhythm of the melody with the switching of the screen and / or the switching of the image by using the sound power as the melody, the continuous display of the user's screen can be rhythmically appealed to the audiovisual have.

Outputting a narration when displaying the screen can enhance the user's understanding of the content without burdening the user with reading the textual descriptive text.

All the image data from the homepage start to the end are not displayed after the data is collectively downloaded from the server to the storage device of the computer via the Internet, but the screen is displayed while integrating the data from the server.

If the image data is downloaded in a batch and then displayed, a blank time occurs at the download time. As described above, the data can be displayed in parallel in the storage device of the user's computer, and can be displayed without waiting time. However, when the data amount of all the image data is large, it is preferable that the line communication speed from the server to the computer displaying the home page is high speed.

In the present invention, a homepage is transmitted from a server to a user's computer screen through the Internet, and is connected to the server through a dedicated line without being connected to the Internet, and is displayed on the user's computer screen by transmission from the server to the user's computer. It goes without saying that the display method of the present invention can be applied even when the storage medium supplied to the user is read and displayed on the user computer screen.

That is, the image display signal may be transmitted from a server of a company to a user computer made up of a store or the like through a dedicated line, and the image may be displayed on the home computer of the store or a large computer installed at the head of the store. Alternatively, the image may be displayed by supplying a storage medium such as a CD-ROM to a retailer and playing the storage medium on a home computer or a large computer installed at a store.

When a product is sold using the display method of the home page, when the purchase display on the screen is clicked on, the server is connected to the homepage provider's server and the purchase information is input to the server.

For example, the automatically converted image is an image displaying an image of a product. When a desired product is displayed, the stop display is stopped by clicking the stop display, and then an image of a desired product is selected and clicked to display the product price, size, color, It becomes a character display image of product information and sales, such as a purchase method and the presence or absence of a purchase, and when it is clicked again, it is connected to the server of a homepage provider and can be purchased.

As described above, when a plurality of products are displayed in sequence without a user's clicking operation, the user can see a plurality of products simply by looking at the monitor screen, and in particular, a product that he wants to see over time can be stopped and viewed slowly. If you want to know the product information in detail, you can click this product to get the information. If you want to purchase a product, you can easily purchase the product by clicking on the screen to read the necessary information.

In addition, the number of clicks of the image on which each product is displayed may be input to the server of the homepage provider, and the attention degree of the displayed product may be calculated by the computing device of the server. As described above, the homepage creator also has the advantage of quickly and accurately grasping a popular product (hit product) by the number of times from the user who wants to know the product information among the displayed products.

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

Fig. 1 shows the homepage display screen of the first embodiment, which is composed of an initial screen 1, a split display screen 2, an information display screen 3, and a split display screen 2 and an information display screen 3; Is repeated. When the home page is opened, the initial screen (1) → split display screen (2) → information display screen (3A) → split display screen (2) → information display screen (3B). … The split display screen 2 → information display screen 3n is set to be continuously switched at a desired time interval automatically without a user's clicking operation. In other words, after opening the home page, the user can view the entire home page without any manipulation until the end.

As shown in the drawing, the divided display screen 2 and the information display screen 3 divide the whole of one screen (A, the screen displayed on the monitor) into three vertically and horizontally, and the nine image areas S are tiled. One screen A is made up of nine images Ba1 to Ba9 displayed in the image area S.

The divided display screen 2 repeatedly displayed is the same screen, and the nine images Ba1 to Ba9 have different colors to specify the divided areas.

Nine images Ba1 to Ba9 of the divided display screen 2 are set to be displayed at the same time when the screen is switched in this embodiment, but may be displayed with a time difference. In addition, the colors of the images Ba1 to Ba9 may be continuously changed and displayed respectively until the next information display screen 3 is switched.

The information display screen 3 which is automatically switched after the split display screen 2 collectively displays one content in nine images Bb1 to Bb9 of one screen.

Specifically, the information display screen 3A is the homepage production company's product introduction page, 3B is the work flow introduction page, 3C is the business field introduction page, 3D is the staff introduction page, and 3E is the company's site introduction page.

The nine images Bb1 to Bb9 of the information display screen 3A are made up of image data obtained from photographs, and when the contents of content displayed on one screen are not known only by the image data, the image in the center of the screen is displayed. In Bb5, a sentence indicating a content content displayed in one screen, for example, a product guide and a text display is used to put a product name. If the information display screen of another screen is content displaying the flow of work, the setting of displaying the picture images according to the flow of work in turn becomes very easy for the user.

Each image Bb1 of the information display screen 3 while displaying the nine images Ba1 to Ba9 of the division display screen 2 when the display is automatically switched from the division display screen 2 to the information display screen 3. Bb9) is switched in order and displayed. In other words, the images B1 to B9 of the respective divided regions are displayed to be switched one by one from the color pattern. This switching is automatically displayed at the required time interval from the upper left image to the right image, in order from the left side of the interruption to the right side, and from the lower left side to the right side. Moreover, you may switch to a random ranking, and you may switch two or more images simultaneously.

When the content display is made in the image Bb5 at the center of the screen, the image Bb5 at the center is first switched, and then other images are switched in sequence.

In addition, after switching all the images to the information display images Bb1 to Bb9, the display may be randomly flashed.

As described above, when the divided display screen 2 is interposed between the information display screens 3 for displaying one content on one screen, when the information display screen 3 is sequentially switched to display a plurality of images, the switching is performed. Since the split display screen which is smoothly made and repeatedly displayed is made the screen of the same display content, homepage creation can be performed simply and inexpensively.

In addition, since the information display screen is divided into a plurality of images, when a part of the information is updated or corrected, only the corresponding image needs to be replaced so that the home page can be updated easily.

As described above, the initial display screen 1 before the repeated display of the plurality of contents by repeating the division display screen 2 and the information display screen 3 for displaying one content on one screen consisting of nine images. In addition, the company name, address, etc. are displayed by the moving image in the said initial screen 1. As shown in FIG. In addition, the final information display screen 3n is a still picture and does not consist of a divided picture, and displays a company name, a telephone number, a fax number, an e-mail address, and a map of the company's location so that the user can print it. It was planned.

Furthermore, the music is output to the BGM simultaneously with the display from the initial screen 1 to the final information display screen Bn, thereby synchronizing the rhythm of the music with the screen switching time. In other words, the display screen time is set so that the screen is switched according to the rhythm change of music.

The home page consisting of the initial screen 1, the split display screen 2, and the information display screen 3 is created using a moving picture creation software (product name "Flash"), and the screen switching time and nine images of one screen are displayed. The switching time is set to set the time to synchronize with the music to be output simultaneously.

In addition, the homepage does not adopt a method of collectively downloading the entire screen data from the start of the display on the initial screen 1 to the computer after downloading it from the server to the computer via the Internet, and the server integrates the data into the user's computer storage device. The display is running in parallel.

2-10, the specific example of 1st Embodiment is shown.

2 to 10 show each screen of the home page, FIG. 2 is an initial screen 1, and FIG. 3 is a split display screen 2. As shown in FIG. 4 to 10 are information display screens 3A to 3G, and the divided display screen 2 of Fig. 2 is displayed between each of the information display screens 3A to 3G.

The information display screens 3A to 3G each display one content in nine divided images. The display of the initial screen 1 is also a display including a screen.

After the display of the initial screen 1, the divided display screen 2 is automatically switched and displayed at intervals of time required, and the display is automatically switched to the information display screen 3A. Nine images are switched and displayed in turn in each image of the divided display image. Thereafter, similarly, the divided display screen (2) to the information display screen (3B). It automatically switches to the required time in turn, and stops as a still image on the final information display screen 3G.

The music of the BGM is output at the same time as the display of the initial screen 1 to synchronize the screen switching and the rhythm switching of the music.

Not limited to the above embodiment, a stop function that can be operated when the user wants to freeze a desired screen may be added as necessary. A job page which can be displayed by the user's operation after the final information display screen may be attached as necessary. In addition, the audio output of the narration explaining the display screen may be attached together with or in place of the BGM.

11A and 11B to 13 show a second embodiment.

In the second embodiment, images are displayed one by one in a plurality of divided image regions on one monitor screen, and after displaying images in all the image regions, the images already displayed are sequentially displayed as separate images. When the image to be switched and displayed is finished, the display returns to the first image and is repeatedly displayed on one monitor screen.

11A and 11B show a display screen of a homepage, and FIG. 11A automatically switches and displays a plurality of images divided on one monitor screen in sequence, and FIG. 11B shows a plurality of identically divided screens on a separate monitor screen. The images are automatically switched in order and displayed.

11A and 11B, like the first embodiment, nine image regions S are provided in a checkerboard shape by dividing the whole of one monitor screen vertically and horizontally, as in the first embodiment.

In the screen A, nine images A1 to A9 are automatically displayed in sequence in these image areas S. When the display of A9 is finished, the display returns to the beginning with a time difference and automatically switches the image of A1 to the image of A10. , A2 to A11. Switch A9 to A18 and go back to A10 to A19. We are switching A18 to A27 in turn.

That is, 27 images are displayed continuously on one monitor screen without a user clicking.

The display of the images A1 to A27 of the respective divided regions is automatically switched and displayed at the required time intervals from the upper left image to the right image, in order from left to right of the interruption and from left to right of the lower end. You may switch to a random ranking, and you may switch two or more images simultaneously.

In addition, three different images may be displayed three times in the nine-divided area on the one screen.

Specifically, the 27 images are displayed as image data (image data obtained by integrating a T-shirt photograph into a scanner) one by one by a homepage creator.

Screen B displays a separate item, Blouse, and like the screen A, 28 kinds of blouse are automatically switched and displayed.

A stop display (M1) and a start display (M2) are provided at the bottom of the monitor screen, and display (M3 to Mn) and repetition display (M4) of the item (content) of the selected branch of each screen are provided.

Unless the stop display M1 is clicked on, it is the same as in the first embodiment that the screen A is automatically switched to the screen B after all of the display of the screen A is finished. When the stop display M1 is clicked, automatic switching of images is stopped and the monitor screen is stopped. When the start display M2 is clicked in this state, the images are automatically switched and displayed again in the stopped state. When the display of A1 to A27 is finished by clicking the repeat display M4, A18 is switched to A1 again to repeat. Unless the repeat display is clicked, the display of the next screen B is automatically switched when the display of the previous image on the screen A is finished.

When the user wants to skip to another screen, the user clicks on the stop display M1, selects the item displays M3 to Mn, and clicks to switch to the screen of the item, for example, screen A to B.

When an image A1 is selected and clicked on the screen A, it is changed to the detail screen C of the product of the image A1 as shown in FIG. In the detail screen C, the surface image 10a, the side image 10b, the back image 10c, the enlarged image 10d of the feature portion, and the moving image worn by the model on the T-shirt 10 of the image A1. 10e, a product description image composed of a text character image 10f for explanation such as a product price, a material, and a washing method is displayed.

When looking at the detail screen (C) and purchasing the t-shirt 10, if it is clicked once more, it is converted into a purchase procedure image, and the user fills out and clicks the necessary information, and as shown in FIG. 13, the server 10 of the homepage provider Is entered.

When the images are automatically displayed in the order of the screens, the music is output as the BGM at the same time as in the first embodiment, and the rhythm of the music is synchronized with the image display. In other words, the time is set so that images are displayed one after another according to the rhythm change of music.

In addition, the homepage does not adopt a method of collectively downloading screen data from a server to a computer via the Internet, and displaying a plurality of images on one screen. Is performed in parallel.

In the server 100, information of the images A1 to A27 and B1 to B27 selected by the user is input. The number of selected images is calculated by the computing device of the server 100, and the degree of attention (popularity) of the product is determined according to the number of selections.

14 and 15 show a third embodiment.

In the third embodiment, one of the nine divided image areas is used as the selection integration area 20, and as shown in Fig. 14, the selection integration area 20 is further divided into four divided areas X1 to X4. It is dividing. In this selective integration area 20, an arbitrary image is selected from the images displayed automatically and displayed in the selective integration area 20. FIG. For example, four selected images A1, A4, A10, and A16 are collectively displayed.

If there are other selected images even after the subdivided regions X1 to X4 of the selected integrated region 20 are filled, the selected images can be overwritten and replaced.

In other words, if the displayed image is a t-shirt, you can display the t-shirts of interest in the selection integration area 20, compare the displayed t-shirts, select other t-shirts, and narrow down the range of the t-shirts to be purchased by clicking on the screen. have.

After integrating the image into the selection integration area 20 to narrow the range of goods, and clicking the selection integration area 20, the entire screen is displayed on the single screen as shown in FIG. 15. The enlarged screen is displayed.

If any of these images is clicked on, the detailed screen C is displayed as in the second embodiment, and then the purchase procedure screen is displayed by clicking operation.

As shown in Fig. 16, the server 100 of the company may be configured to transmit an image display signal to the home computer 120 of the retailer 200 via the dedicated line 110. The home computer 120 of the retailer is connected to the large computer 121 installed at the head of the store and displayed on the large computer 121 so that visitors can see it. In addition, the server 100 and the large computer 121 may be directly connected. If the retailer does not install the large computer 121, only the home computer 120 of the retailer is connected.

As described above, in the case of introducing the product in the large computer 121 of the store head of the store, it is possible to increase the sales promotion effect for the visitor. In addition, the server-owned company can increase the sales promotion effect to the store.

In addition, a company may provide a CD-ROM storing a program of the above image display method to a retailer without relying on a communication line, and the CD-ROM may be reproduced and displayed on a home computer or a large computer installed in a shop at the retailer.

As can be seen from the above description, according to the display method of the home page according to the present invention, the screen switching is performed without the user's operation, and at the same time, the image divided and displayed in one screen is automatically displayed with a time difference. Therefore, the user can obtain information without the trouble of operation. In addition, the homepage creator and server side can actively show information to the user.

In particular, by using a lot of image data, a lot of information can be delivered to the user without effort, there is an advantage for both the user and the homepage creator.

Further, in the present invention, since the divided display screen and the information display screen are automatically switched alternately, the display for dividing the information display screen into a plurality of images and switching these images among one screen can be performed smoothly. In addition, the split display screen can be easily created by using the same screen, and at the same time, by making the split display screen and the information display screen the same as the divided area, it is possible to easily update a part of the image display screen or the entire image.

In addition, since the divided image of the information display screen uses a lot of images scanned and image data or digital photo images as image data, the homepage that has a good visual effect and appeals to the user can be easily simplified. I can write it. In addition, the user can easily obtain information because there are few characters and a lot of images such as pictures.

In addition, since the screen is displayed at the same time, the screen is automatically switched, and the image of one screen is automatically displayed with a time difference, so that even a long homepage can enjoy the entire screen of the homepage.

In particular, since high speed communication has been made possible over the Internet recently by optical fibers, a homepage including video data or moving image data having a large amount of data can be transmitted to a user's computer in a short time. In addition, it is possible to monitor and display a homepage containing a large amount of image data smoothly by using a method of integrating data into a computer and displaying the screen in parallel without performing screen display after a batch download.

Claims (16)

A display method of a homepage displayed on a computer screen through the Internet. A display portion includes a display portion in which a plurality of screens are continuously switched automatically without a user's operation during display start to end, and another screen is divided into a plurality of image regions, and at least some of the images of the divided regions are one. Automatically display continuously with time difference within the screen of, The entire screen data from the start to the end of the home page is not displayed after the data is collectively downloaded from the server to the storage device of the computer via the Internet, but the image of the divided area received with the time difference from the server to the storage device of the computer. A method of displaying a home page for integrating data and displaying images sequentially divided on a computer screen. 2. The home page display method according to claim 1, wherein the whole of one screen is divided into a plurality of image regions, and images of all the image regions are automatically continuously displayed with a time difference among one screen. The display of claim 1, wherein all the display screens are automatically switched continuously from the start of the display to the end of the homepage, and a stop display and a start display that can be operated by the user are made. How to display a homepage that can be stopped and restarted. The home page display method of claim 1, wherein when an image is automatically displayed with a time difference in all the image areas of the one screen, the next image is automatically switched to a new image on the corresponding screen in turn. The home page display method according to claim 4, wherein the image is automatically switched and displayed repeatedly until a user clicks on a selection branch displayed in a corner of the screen to perform an operation for shifting to the next screen. The image of claim 1, wherein the screen is stopped by clicking the stop display displayed at the corner of the screen, and clicking any image of the displayed image stops the screen, the image of the side, the back image, the enlarged image of the feature, or the like. And / or a home page displaying method in which the image is a moving image and the rotating image is displayed. The home page display method according to claim 1, wherein an area in which a user selects and integrates an arbitrary image among the automatically displayed and displayed images is provided on a part of the screen. The display apparatus of claim 7, wherein the integrated integrated display area enables the integrated display of a plurality of images, and when the user clicks on the integrated integrated display area, the image of the integrated integrated display area is enlarged and displayed on the entire screen. A method of displaying a homepage that displays a detailed description of an image product and / or a purchase procedure when an arbitrary image therein is clicked on. 2. The home page display method according to claim 1, wherein 50% to 100% of images in one screen composed of the plurality of images are made of image data. The method of claim 1, wherein the plurality of images in one screen is composed of one content that summarizes information such as a homepage creator's work, product, place, or staff, and the plurality of contents are continuously and automatically switched without being displayed by a user. How to display your homepage. The home page display method according to claim 1, wherein one screen is divided into longitudinal and lateral directions to divide one screen into the tiled image area. The screen of which the display is automatically switched is composed of a split display screen and an information display screen, wherein the split display screen is divided into one screen by changing colors, shades, and / or shapes of the divided images. The information display screen which displays an area and is continuously switched on the divided display screen is a screen for displaying one piece of content, each of which includes information on a homepage creator's work, product, place, and staff, on one screen. The switching from the split display screen to the information display screen is a home page display method in which each image of the information display screen is sequentially switched from the image of the split display screen while displaying the image of the split display screen. The home page display method according to claim 1, wherein a voice is output when the screen is displayed, and the voice is used as a melody to synchronize the rhythm of the melody with the screen switching and / or the image switching. The home page display method of claim 1, wherein the narration is output when the screen is displayed. The home page display method according to claim 1, which is created by using a moving picture preparation software. delete

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