KR101020750B1 - System for providing tactile favicon according to web site accessing and method therefor - Google Patents

Abstract

The present invention relates to a system for providing a tactile favicon according to a website access, and a method thereof, which generates vibration favicon information which is staged by a specific number for vibration generation, and generates vibration for a predetermined time according to the vibration favicon information. A vibration pattern generation module for stopping and linking the URL information for accessing the website and the vibration favicon information to correspond to each other, or linking the URL information and the preset vibration favicon information to correspond to each other, wherein It includes a control module for controlling the generation or interruption of vibration for a predetermined time of the vibration pattern generating module by controlling the driving frequency of the single or plural driving units based on the value of the vibration favicon information produced.

According to the present invention as described above, it is possible to easily identify the current page position of the website that the user is connected to by simultaneously outputting different favicon images in different vibration patterns or website address windows being utilized each time the pages of the website are moved. In addition, it provides a unique vibration pattern of a website so that the user is informed that the website is located.

Website, URL, Stage, Vibration, Image, Favicon, Vibration Device, Lookup Table, Tactile, Tactile Information, Haptic

Description

System for tactile favicon according to website access and method thereof {SYSTEM FOR PROVIDING TACTILE FAVICON ACCORDING TO WEB SITE ACCESSING AND METHOD THEREFOR}

The present invention relates to a system for providing a tactile favicon according to a website access, and more particularly, to provide website content providers or users with a unique tactile favicon, thereby providing unique access to websites accessed by a user. It relates to a technology that can be identified through the Tactile Favicon (Tactile Favicon).

Favicon is short for favorites icon, and is commonly known as a website icon that appears in your web browser's favorites or address bar. When the user registers such a favicon as a site frequently visited, a user who visits the favicon registered site may easily remember the website.

The favicon also supports PNG animated GIF image formats in addition to the ICO format depending on the browser. That is, the location of the picture file with the corresponding icon information as the icon can be applied to the header file of the web page as shown below.

<link rel = "shortcut icon" href = "favicon.ico">

Recently, you can declare it as a <link rel = "icon" type = "image / png" href = "/ path / image.png"> using a general picture. The favicon management page that is applied to the browser is also becoming common.

However, both unique favicons provided by website content providers and favicons applied to a web browser by the user must be identified only through image differences, and thus in digital devices including increasingly smaller mobile terminals. This is a difficult drawback.

The present invention has been made to solve the above problems, an object of the present invention, by providing a page position of the currently working page of the user connected to the favicon image according to the vibration pattern or tactile information, the user is connected It is to facilitate identification of the page position currently being worked on according to the unique vibration pattern or two-dimensional tactile information unique to the websites in which they are being worked.

Further, another object of the present invention is to allow respective website content providers or users to easily change vibration patterns or favicon images by changing parameter values of tactile information.

The tactile favicon providing system according to the website access according to the first embodiment of the present invention for achieving the technical problem, generates the vibration favicon information stepped to a specific number for the generation of vibration, according to the vibration favicon information Vibration pattern generation module for generating or stopping the vibration for a predetermined time, and link the URL information for accessing the website and the vibration favicon information to correspond, or to link the URL information and the vibration favicon information pre-designed. And a control module configured to control vibration generation or interruption for a predetermined time of the vibration pattern generation module based on driving frequency control of a single or a plurality of driving units based on the value of the vibration favicon information.

In addition, the control module, when the value of the vibration favicon information or the pre-fabricated vibration favicon information value is included in the '1' to '255', the vibration pattern generation module is determined as a function of the '1' to '255' value Control to generate vibration for a specific time having a strength, and when the value of the vibration favicon information or the preset vibration favicon information value is '0', the vibration pattern generation module controls to stop the vibration for a predetermined time. Characterized in that.

The apparatus may further include an input module configured to receive URL information and pre-fabricated vibration favicon information for accessing a website through a key input signal according to a user's manipulation.

In addition, the vibration pattern generation module is provided with a plurality or singular, vibration consisting of a vibration motor, an ultrasonic motor, a solenoid, or a piezoelectric element to generate or stop the vibration according to the value of the vibration favicon information or the pre-fabricated vibration favicon information value. The device further includes.

In addition, the vibration generation time or vibration generation stop time is characterized in that 5ms to 15ms.

Then, the vibration generation stop time is characterized in that 500ms.

Meanwhile, in the method of providing a tactile favicon according to the website access based on the system of the first embodiment described above, the vibration pattern generating module generates vibration favicon information, which is staged by a specific number, to generate vibration (a). And (b) linking the control module so that the URL information for accessing the website and the vibration favicon information correspond to each other, and wherein the control module has a value of the vibration favicon information or the preset vibration favicon information value '1' to '255. When the determination result of step (c) and (c) determines whether the value of the vibration favicon information or the generated vibration favicon information value is included in the '1' to '255', the vibration pattern (D) generating, by the generation module, the vibration for a predetermined time with an intensity determined as a function of a corresponding value among the values '1' to '255' through the vibration device.

In addition, when the determination result of step (c) indicates that the value of the vibration favicon information or the preset vibration favicon information value is '0', the vibration pattern generation module stops the generation of vibration by the vibration element for a preset time (d -1) further comprises the step.

Then, after step (a), the input module receives the URL information or the pre-fabricated vibration favicon information for accessing the website through the key input signal according to the user's operation according to the key input signal according to the user's operation, (e) implementing the procedure in step (b).

On the other hand, the tactile favicon providing system according to the website access according to the second embodiment of the present invention, the URL input for accessing the website and the pre-fabricated favicon image input via the key input signal according to the user's operation Module, a tactile information extraction module for extracting gray representative values of each pixel calculated by dividing the pixels of the favicon image into a plurality of pixels, and the grayed pattern of the tactile information values; A lookup table storage module for storing tactile information for setting a value criterion, and linking URL information so as to correspond to pixel values of tactile information, and graying pattern criteria for pixel values of tactile information according to parameter values of the tactile information. And a control module for linking the pixel values of the tactile information to correspond with the parameter values of the tactile information, and the tactile information. An output module for output via a device that shows the Web page corresponding to the URL group information.

In addition, instead of extracting the tactile information from the favicon image, the tactile information may be stored and determined in an XML form.

In addition, the method of providing a tactile favicon according to the website access based on the system of the second embodiment described above may include determining whether the tactile information is extracted through an xml file or through a favicon image; (a) when the tactile information is extracted through the xml file, the input module receives the URL information for accessing the website and the pre-produced XML file through the key input signal according to the user's operation (b). Step (c), wherein the tactile information extraction module obtains one-dimensional or two-dimensional tactile information from the XML file, and the control module links the URL information so as to correspond to the pixel value of the tactile information, and to the parameter value of the tactile information. (D) linking the pixel values of the tactile information to correspond to the parameter values of the tactile information by setting the step value reference of the greyed pattern with respect to the tactile information value, and the output module The information includes the step (e) and output from the apparatus a web page corresponding to the URL information shown.

In addition, step (d) further includes (f) assigning dynamic information, such as frequency of tactile information.

In addition, step (d) further includes the step (g) in which the vibrating element repeats the protrusion and the linear movement to the reference position based on the frequency of the tactile information.

If the tactile information is not extracted through the xml file as a result of the determination in step (a), the input module receives URL information for accessing the website and a prefabricated favicon image through a key input signal according to a user's operation ( h), (i) the touch information extraction module extracts the touch information from the favicon image, and the control module sets the step value reference of the graying pattern for the pixel value of the touch information, and then (d) (J) further implementing the procedure.

According to the present invention as described above, by providing a different vibration pattern for each page movement of the website, there is an effect that can easily identify the current page position of the website that the user is connected to.

In addition, the tactile stimulus is presented in parallel with a different favicon image in the website address bar every time a page of the website is moved, so that the user can easily identify the currently working page position of the website.

In addition, the user or the website content providers can easily change the vibration pattern or the favicon images through the parameter value change of the tactile information to give a uniqueness to a specific site.

Specific features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, the terms or words used in the present specification and claims are defined in the technical spirit of the present invention on the basis of the principle that the inventor can appropriately define the concept of the term in order to explain his invention in the best way. It should be interpreted to mean meanings and concepts. It is to be noted that the detailed description of known functions and constructions related to the present invention is omitted when it is determined that the gist of the present invention may be unnecessarily blurred.

The tactile favicon providing system 100 according to the website access according to the first embodiment of the present invention will be described with reference to FIGS. 1 to 5.

1 is an overall configuration diagram of a tactile favicon providing system 100 according to a website access according to a first embodiment of the present invention, and FIG. 2 is a tag according to a website access according to a first embodiment of the present invention. A diagram illustrating a relationship between the components of the tile favicon providing system, and includes an input module 110, a vibration pattern generation module 120, and a control module 120 as shown in FIGS. 1 and 2. .

In detail, the input module 110 receives URL information or pre-fabricated vibration favicon information for accessing a website through a key input signal according to a user's manipulation.

The vibration pattern generation module 120 generates vibration for a predetermined time through the vibration element 121 according to the vibration favicon information stepped to a specific number so as to have any one value of '1' to '255'. The vibration generation is stopped according to the vibration favicon information having a 0 'value, and the vibration device 121 receives the pre-fabricated vibration favicon information having any one of values' 1' to '255' from the input module 110. Generate vibration for a predetermined time through, and receives the pre-fabricated vibration favicon information having a value of '0' from the input module 110 to stop the vibration generation through the vibration element 121.

Here, the number of the vibration device 121 according to the present invention is assumed to be a plurality, but can be changed without being limited to the number, it may be composed of a single piece. In addition, the vibration element 121 is composed of any one of a vibration motor, an ultrasonic motor, a solenoid, or a piezoelectric element.

At this time, the intensity of the vibration generated by the vibration element 121 is called F, and the value of the vibration favicon information or the value of the vibration favicon information produced in advance, that is, any one of '1' to '255' Defining the expression x, F can derive a function x, and F (255) generates a stronger vibration than F (1) so that the tactile intensity due to vibration can be stepped up.

As described above, the vibration device 121 according to the present invention is applied with on / off control within a minute time interval, and it is possible to obtain an effect such as receiving a voltage smaller than the voltage actually applied based on the PWM (Pulse Width Modulation) method. In this way, the tactile intensity can be adjusted by changing the voltage level using PWM or directly changing the voltage.

In addition, the vibration generation time by the vibration element 121, the strength of the vibration favicon information value for 5ms to 15ms when the value of the vibration favicon information or the pre-fabricated vibration favicon information value is included in '1' to '255' Generates a proportional vibration, and if the value of the vibration favicon information or the pre-made vibration favicon information value is '0', the generation of vibration is stopped for 5 ms to 15 ms, and FIG. 3 shows the vibration generation, the Doppler vibrometer ( LDV: Laser Doppler Velocimeter.

In addition, the user receives indirect haptic feedback due to the vibration generated according to the input URL information, and the vibration generated through the main body of the portable terminal without direct contact between the user and the vibration pattern generation module 120 is generated. Feedback is self-evident.

Here, although the vibration generation or vibration generation stop time according to the present invention is described as 5ms to 15ms, this can be changed according to the characteristics of the vibration element 121. In addition, the vibration generation stop time may be set to 500 ms differently from the vibration generation time, the vibration generation and vibration generation stop time, the user's operation so that the user can detect how many times the vibration generation occurs per second It is possible to change according to.

The control module 130 links the URL information and the vibration favicon information so as to correspond to each other, or links the URL information and the pre-fabricated vibration favicon information so as to correspond to the value of the vibration favicon information or the preset vibration favicon information value. Based on the driving frequency control of a single or a plurality of driving units, the vibration generation or interruption for a predetermined time of the vibration pattern generation module is controlled.

In detail, the control module 130 may vibrate the vibration pattern generating module 120 for a preset time when the value of the vibration favicon information or the pre-fabricated vibration favicon information value is included in '1' to '255'. When the vibration favicon information value or the preset vibration favicon information value is '0', the vibration pattern generation module 120 controls to stop the vibration generation for a predetermined time.

For example, if the user sets a URL such as '11001100' as a pre-built vibration favicon information value, and sets a URL such as '11110011' as a pre-built vibration favicon information value, The vibration pattern generation module 120 generates vibration in accordance with the pre-fabricated vibration favicon information value, and the generated vibration pattern is shown in FIG. 5.

In addition, the vibration device 121 may be configured by projecting the height of the protrusion so as to protrude to the outside, by defining a property that describes the relationship between the current document and the href document <link rel = "tactile icon" href Can be specified as text information such as = "tactilefavicon.xml">.

In this case, when the driving unit is one-dimensional, the tactilefavicon.xml may include vibration favicon information values such as <tactile> 1 0 0 0 1 0 0 </ tactile>, and these values may be generated according to the vibration device as time passes. 121 is caused to vibrate (on) or to generate vibration (off).

In addition, if necessary, division of 1 or 0 may be division of 1 to 255 or 0, and 1 to 255 may determine the height of the external protrusion.

On the other hand, as shown in Figure 4, when the vibration element 121 is configured in two dimensions so as to protrude to the outside, each of the actuators are composed of a plurality of XML information to specify the stepped value as a specific step value as shown below Can be used to specify the height of the drive unit arranged in a two-dimensional array.

By calculating the stored gray level value, it is possible to designate the protrusion height (1 ~ 255) or restore the reference position (0).

<tactile>

<row> 167 167 111 111 226 255 </ row>

<row> 111 147 111 167 111 130 </ row>

<row> 111 111 111 111 111 0 </ row>

<row> 226 226 130 111 174 167 </ row>

<row> 255 255 226 226 111 111 </ row>

</ tactile>

The control module 130 links the URL information for accessing the website and the vibration favicon information to correspond to the link, or links the URL information and the preset vibration favicon information to correspond to each other. The vibration pad generating module 120 controls vibration generation or interruption for a predetermined time through the frequency of the vibration favicon information value.

Hereinafter, a method for providing a tactile favicon according to a website access according to the first embodiment of the present invention based on the above-described system will be described with reference to FIGS. 6 to 8.

First, as shown in Figure 6, the vibration pattern generation module 120 is a vibration favicon stepped to a specific number to have a value of '1' to '255', or '1' to '16' for the generation of vibration Generate the information (S10).

Subsequently, the control module 130 links the URL information for accessing the website and the vibration favicon information so as to correspond to each other, or links the URL information and the pre-fabricated vibration favicon information (S20).

Subsequently, the control module 130 determines whether the value of the vibration favicon information or the preset vibration favicon information value is one of '1' to '255' (S30).

At this time, when the determination result of the control module 130, the vibration favicon information value or the pre-fabricated vibration favicon information value is included in the '1' to '255', the vibration pattern generation module through the vibration element 121 ' The vibration is generated for a predetermined time with an intensity determined as a function of a corresponding value among the values '1' to '255' (S40).

On the other hand. When the control module 130 determines that the value of the vibration favicon information or the preset vibration favicon information value is '0', the vibration pattern generation module stops the vibration for a predetermined time through the vibration element 121. (S50).

In addition, as shown in Figure 7, after the step S10, the input module 110 receives the URL information or the pre-made vibration favicon information for accessing the website through the key input signal according to the user's operation The procedure may be implemented in step S20 (S60).

On the other hand, the tactile favicon providing system 100 according to the website access according to the second embodiment of the present invention based on the system described above with reference to Figures 8 to 12 as follows.

8 is an overall configuration diagram of a tactile favicon providing system 100 according to a website access according to a second embodiment of the present invention, and FIG. 9 is a tag according to a website access according to a second embodiment of the present invention. As shown in FIG. 8 and FIG. 9, the input module 110, the control module 130, the tactile information extraction module 140, and the lookup table storage module as shown in FIGS. 8 and 9. 150) and an output module 160 is configured.

That is, if the first embodiment is a structure for generating a vibration according to the vibration favicon information value or the pre-fabricated vibration favicon information value through the vibration pattern generation module 120, the second embodiment is received through the input module 110 The favicon image is extracted by the tactile information extraction module 140 as tactile information, and the output module 160 generates the tactile information corresponding to the URL information on the output device.

In addition, a method of extracting tactile information from a general favicon image may be replaced by simply storing tactile information of one or two dimensions in an XML form.

First, the case of extracting the tactile information from the existing favicon image is examined.

In detail, the input module 110 receives URL information and a prefabricated favicon image for accessing a website through a key input signal according to a user's manipulation.

As shown in FIG. 10, the tactile information extraction module 140 gray-scales the favicon image and extracts the gray representative value of each pixel calculated by dividing the pixel of the converted image into a plurality of tactile information. In this case, the tactile information is generated by gray scale each pixel value of the divided favicon image to a specific level.

The lookup table storage module 150 stores tactile information that sets a gray pattern pattern reference for the pixel value of the tactile information.

On the other hand, when the tactile information is not extracted from the existing favicon image, one-dimensional or two-dimensional tactile information may be stored in the form of XML.

The method of determining the tactile information can be specified in the header file, and it can specify whether to extract using the favicon image or the "xml.data" and also define the dynamic characteristics of the tactile data. It includes.

For example, the value of the determined one-dimensional or two-dimensional tactile information determines the height of the protrusion, and the setting such as repeating the movement up to the height of the protrusion at a specific frequency can be performed.

If the value is 500 micrometers at 255 on one drive, the drive produces movements from 0 to 500 micrometers. If the frequency is 0, it stops at 500 microns, but if the frequency is 1 it is 1 second. Every time 0-> 500-> 0-> 500 is repeated.

In addition, although the information for each pin can be specified as described above in order to make the motion of the one-dimensional or two-dimensional drive in the XML, it is necessary to specify the one- or two-dimensional individual tactile data in order to create more dynamic information. You can set up a lookup table as shown in [Table 1].

TABLE 1

pattern Explanation One Movement 1 2 Movement 2

In addition, the parameter value pattern of the tactile information stored in the lookup table storage module 150 is illustrated in FIG. 11.

The control module 130 transmits the determined tactile information to the output module 160 to be driven, and transmits different outputs to the output module 160 according to the type of the determined tactile information.

Further, the URL information is linked to correspond to the pixel value of the tactile information, and the graying pattern reference for the pixel value of the tactile information is set according to the parameter value of the tactile information, and the pixel value of the tactile information is converted into the pixel value of the tactile information. Link to match the parameter value.

In addition, the output module 160 outputs the tactile information linked to correspond to the URL information through the device displaying the web page corresponding to the URL information as shown in FIG. 12.

Hereinafter, a method of providing a tactile favicon according to a website access according to a second embodiment of the present invention will be described with reference to FIG. 13 as follows.

First, as shown in FIG. 13, it is determined whether the tactile information is extracted through an XML file or a favicon image (S70).

Subsequently, when the tactile information is extracted through the XML file as a result of the determination of step S70, the input module 110 inputs the URL information for accessing the website and the pre-written XML file through the key input signal according to the user's manipulation. In operation S80, the tactile information extraction module 140 extracts one-dimensional or two-dimensional tactile information from the XML file (S90).

Subsequently, the control module 130 links the URL information so as to correspond to the tactile information value, sets the pattern reference of the amplitude value of the tactile information value according to the parameter value of the tactile information, and sets the tactile information value. Link to correspond to the parameter value of the tactile information (S100).

In other words, if the amplitude step value is 256 (= 2 ^ 8) steps, it is possible to set the maximum protrusion if black (0) is inversely proportional to the gray value and return to the reference position if white (255). They determine the degree of protrusion of the drive based on the value.

At this time, the dynamic information such as the frequency of the tactile information is assigned (S101), and the vibration element repeats the linear movement to the projection and the reference position based on the frequency of the tactile information (S102).

In addition, the output module 160 outputs the tactile information through the device on which the web page corresponding to the URL information is displayed (S110).

On the other hand, as a result of the determination in step S70, if the tactile information is not extracted through the XML file, the input module 110 receives the URL information and the prefabricated favicon image for accessing the website through a key input signal according to the user's operation. It receives an input (S120).

Subsequently, the tactile information extracting module 140 extracts tactile information from the favicon image (S130), and the control module 130 sets the step value reference of the grayed pattern for the pixel value of the tactile information S100. Perform the procedure to the step (S140).

As described above and described with reference to a preferred embodiment for illustrating the technical idea of the present invention, the present invention is not limited to the configuration and operation as shown and described as such, it departs from the scope of the technical idea It will be apparent to those skilled in the art that many modifications and variations can be made to the present invention without this. Accordingly, all such suitable changes and modifications and equivalents should be considered to be within the scope of the present invention.

1 is a block diagram showing a tactile favicon providing system according to the website access according to a first embodiment of the present invention.

2 is a view showing a relationship between the components of the tactile favicon providing system according to the website access according to the first embodiment of the present invention.

3 is a view showing a result of measuring the vibration generated by the vibration generating module 120 according to the first embodiment of the present invention through a Doppler vibrometer (LDV).

4 is a view showing that the vibration device 121 according to the first embodiment of the present invention is configured to protrude to the outside.

FIG. 5 is a diagram illustrating an example of manually setting a preset vibration favicon information value directly input from a user through a control module 130 according to the first embodiment of the present invention.

6 is a flowchart illustrating a tactile favicon providing method according to a website access according to a first embodiment of the present invention.

7 is a flowchart illustrating step S60 of a method for providing a tactile favicon according to a website access according to a first embodiment of the present invention;

8 is a block diagram showing a system for providing a tactile favicon according to the website access according to a second embodiment of the present invention.

9 is a view showing a relationship between the components of the tactile favicon providing system according to the website access according to a second embodiment of the present invention.

10 is a diagram illustrating tactile information extracted through the tactile information extraction module 140 according to the second embodiment of the present invention.

11 is a diagram illustrating a parameter value pattern of tactile information stored in the lookup table storage module 150 according to the second embodiment of the present invention.

12 is a view showing that the output module 160 according to the second embodiment of the present invention outputs the tactile information to the address window of the website corresponding to the URL information input by the user.

FIG. 13 is a flowchart illustrating a tactile favicon providing method according to a website access according to a second embodiment of the present invention; FIG.

** Description of symbols for the main parts of the drawing **

100: Tactile favicon providing system according to website access

110: input module 120: vibration pattern generation module

121: vibration device 130: control module

140: tactile information extraction module 150: lookup table storage module

160: output module

Claims (14)

In the tactile favicon providing system according to the website access, A vibration pattern generation module generating vibration favicon information which is staged to a specific number for vibration generation and generating or stopping vibration for a predetermined time according to the vibration favicon information; And Links or URL information and '1' to '255' so that the URL information for accessing the website and the vibration favicon information for generating a vibration corresponding to any one of '1' to '255' correspond to each other. The pre-fabricated vibration favicon information is linked so as to generate a vibration corresponding to one value, but the value of the vibration favicon information including any one of '1' to '255' or '1' to Based on the vibration favicon information value pre-fabricated to include any one of '255', a single or plural number is provided for the predetermined time of the vibration pattern generation module through control of the driving frequency for the driving unit generating vibration. A control module for controlling vibration generation or interruption; Tactile favicon providing system according to the website, characterized in that it comprises a. The method of claim 1, The control module, When the value of the vibration favicon information or the pre-fabricated vibration favicon information value is included in the '1' to '255', the vibration pattern generation module determines the intensity determined as a function of the '1' to '255' value. Controlling to generate vibration for a specific time, and when the value of the vibration favicon information or the preset vibration favicon information value is '0', controlling the vibration pattern generation module to stop the vibration for a predetermined time. Tactile favicon providing system according to the website access characterized by. The method of claim 1, An input module for receiving URL information and pre-fabricated vibration favicon information for accessing a website through a key input signal according to a user's manipulation; Tactile favicon providing system according to the website, characterized in that it further comprises a. The method of claim 1, The vibration pattern generation module, A vibrating element including a vibrating motor, an ultrasonic motor, a solenoid, or a piezoelectric element, which is provided in plural or singular and generates or stops vibration according to the value of the vibration favicon information or the pre-fabricated vibration favicon information value; Tactile favicon providing system according to the website, characterized in that it further comprises a. The method of claim 1, The generation or interruption of the vibration controlled by the control module, the tactile favicon providing system according to the website, characterized in that lasting for 5ms to 15ms. The method of claim 1, The interruption generation of the vibration controlled by the control module lasts for 500 ms, wherein the tactile favicon providing system according to the website access. In the tactile favicon providing method according to the website access, (a) generating, by the vibration pattern generation module, vibration favicon information which is staged to a specific number for vibration generation; (b) the control module links the URL information for accessing the website and the vibration favicon information corresponding to any one of values' 1 'to' 255 'so as to correspond, or the URL information and' Linking the pre-fabricated vibration favicon information so as to generate a vibration corresponding to any one of 1 'to' 255 '; (c) the vibration favicon information value pre-fabricated to include the value of the vibration favicon information including any one of 1 'to' 255 'or the value of any one of 1' to '255'. Determining which value is '1' to '255'; And (d) If the value of the vibration favicon information or the pre-fabricated vibration favicon information value is included in the '1' to '255' as a result of the determination of step (c), the vibration pattern generation module through the vibration element ' Generating vibrations for a predetermined time with an intensity determined as a function of a corresponding value among the values '1' to '255'; Tactile favicon providing method according to the website, characterized in that it comprises a. The method of claim 7, wherein (d-1) When the determination result of the step (c) indicates that the value of the vibration favicon information or the preset vibration favicon information value is '0', the vibration pattern generation module presets vibration generation by the vibration element. Stopping for time; Tactile favicon providing method according to the website characterized in that it further comprises a. The method of claim 7, wherein After step (a), The e. Implementing the procedure; Tactile favicon providing method according to the website, characterized in that it further comprises a. In the tactile favicon providing system according to the website access, An input module for receiving URL information and a prefabricated favicon image for accessing a website through a key input signal according to a user's manipulation; A tactile information extraction module which grayscales the favicon image and divides the pixels of the favicon image converted according to the grayscale into a plurality of pixels, and calculates the divided pixels to extract gray representative values of each pixel as tactile information; A look-up table storage module for storing tactile information for setting a gray pattern pattern reference for the pixel value of the tactile information; Linking the URL information so as to correspond to the pixel value of the tactile information, setting a step value reference of the grayed pattern for the pixel value of the tactile information according to the parameter value of the tactile information, and pixel of the tactile information A control module for linking a value to correspond to a parameter value of the tactile information; And An output module for outputting the tactile information to a web page that is output to correspond to the URL information; Tactile favicon providing system according to the website, characterized in that it comprises a. In the tactile favicon providing method according to the website access, (a) determining whether the tactile information extraction module extracts tactile information through an XML file or a favicon image; (b) When the tactile information is extracted through the XML file as a result of the determination in step (a), the input module receives the URL information for accessing the website and the pre-produced XML file through the key input signal according to the user's operation. step; (c) the tactile information extraction module obtaining one-dimensional or two-dimensional tactile information from the XML file; (d) the control module links the URL information so as to correspond to the pixel value of the tactile information, sets a gray pattern pattern reference for the pixel value of the tactile information according to the parameter value of the tactile information, and sets the pixel of the tactile information. Linking a value to correspond with a parameter value of the tactile information; And (e) outputting, by the output module, the tactile information to a web page that is output to correspond to the URL information; Tactile favicon providing method according to the website, characterized in that it comprises a. The method of claim 11, The step (d) (f) assigning dynamic information such as frequency of the tactile information; Tactile favicon providing method according to the website, characterized in that it further comprises a. The method of claim 11, The step (d) (g) repeating linear movement of the vibration element to the projection and the reference position based on the frequency of the tactile information; Tactile favicon providing method according to the website, characterized in that it further comprises a. The method of claim 11, (h) If the tactile information is not extracted through the xml file as a result of the determination of the step (a), the input module displays the URL information for the website access and the prefabricated favicon image through the key input signal according to the user's operation. Receiving an input; (i) extracting tactile information from the favicon image by the tactile information extracting module; And (j) the control module executing a procedure to step (d) after setting the step value reference of the grayed pattern for the pixel value of the tactile information; Tactile favicon providing method according to the website characterized in that it further comprises a.

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