CN102065114A - Method and device for mobile terminal to access webpage - Google Patents

Abstract

A device for a mobile terminal to access a webpage, the device comprising: a thumbnail image generator, which generates a thumbnail picture in JPG format from a WEB page of a WEB website, and sends it to a page adjuster; a structure analyzer, which converts the code of the WEB page of the WEB website Parse it into a DOM tree and send the DOM tree to the noise separator; the noise separator combs the DOM tree and sends the combed DOM tree to the page area block generator; the page area block generator generates from the combed DOM tree Area Block block, and send the Block block to the page adjuster; the page adjuster analyzes the Block block to obtain the link code, picture and text, and sends the link code, picture and text, and the thumbnail picture to the mobile terminal. The article also discloses a method for the mobile terminal to access the webpage. After the embodiment of the present invention is applied, the mobile terminal's access to WEB pages can be prevented from being affected by its own hardware performance.

Description

Method and device for mobile terminal to access webpage

technical field

The present invention relates to the field of Internet WEB applications, and more specifically, to a method and device for a mobile terminal to access a web page.

Background technique

Nowadays, whether it is Time Division Synchronous Code Division Multiple Access (TD-SCDMA), Wideband Code Division Multiple Access (WCDMA), or CDMA technology (CDMA2000) can provide an uplink speed exceeding 1 Mbit, mobile terminals accessing Web services are no longer restricted. Limited bandwidth resources. With the continuous expansion of 3G network scale and the continuous increase of user groups, mobile Internet applications combining 3G and WEB2.0 have gradually become the business choice of mobile phone users. However, almost all WEB applications are designed for PC-Internet users, and most mobile-Internet users are limited by the hardware processing capabilities of mobile terminals, such as slow opening of web pages and small screens that cannot Unpredictable display of web pages, unsatisfactory scripting language parsing capabilities, and so on. As shown in Figure 1, when a mobile terminal browses the Yahoo homepage, the WEB page designed for PC-Internet is not suitable for presentation on the mobile terminal, and the user has to move the cursor frequently to read the web page information. In addition, because the webpage contains a large amount of pictures, the user must spend more waiting time when utilizing the mobile terminal to log in to the webpage.

At present, there are two research directions in solving mobile terminal access to WEB applications:

A) Browser: The browser's built-in processing engine preprocesses the webpages browsed by users, such as adjusting the picture format, changing the text size, etc., and browsers developed based on Windows Mobile, Android, iPhone OS and other operating systems can provide users with Provide operations such as touch screen, page zoom, etc., which are convenient for users to use.

B) Design web pages suitable for mobile terminals: Some large websites, such as Yahoo, Sina and other portal sites, in addition to the traditional WAP display mode, also design WEB pages suitable for mobile terminal browsing. Such web pages reduce or remove a lot of scripting language, and the designer adjusts the HTML and CSS statements accordingly.

However, there are still many problems in the existing technology for solving mobile terminal access to WEB.

a) The browser puts all the processing of webpages on the mobile terminal, which has high requirements on the hardware performance and operating system of the mobile terminal, and cannot be used on low-end and mid-end mobile phones.

b) Designing webpages suitable for mobile phone users can solve the problem of displaying webpages on "small screen" mobile terminals, but for most web applications, service providers will not provide such webpages only for mobile phone users . In addition, low-end and middle-end mobile phones also seem to be stretched when accessing such WEB pages due to their insufficient processing capabilities.

In short, at present, accessing WEB pages through mobile terminals is obviously affected by the hardware performance of the mobile terminals.

Contents of the invention

The embodiment of the present invention proposes a method for a mobile terminal to access a webpage, so that the mobile terminal's access to the WEB page is not affected by its own hardware performance.

The embodiment of the present invention also proposes a device for a mobile terminal to access a webpage, so that the mobile terminal's access to the WEB page is not affected by its own hardware performance.

The technical scheme of the embodiment of the present invention is as follows:

A device for a mobile terminal to access a webpage, the device comprising:

Thumbnail generator, which generates a thumbnail picture in JPG format from the WEB page of the WEB website, and sends it to the page adjuster;

A structure parser, which parses the code of the WEB page of the WEB website into a DOM tree, and sends the DOM tree to the noise separator;

The noise separator sorts out the DOM tree and sends the sorted DOM tree to the page area block generator;

Page area block generator, which generates area Block blocks from the combed DOM tree, and sends the Block blocks to the page adjuster;

The page adjuster analyzes the Block block to obtain link codes, pictures and texts, and sends the link codes, pictures and texts to the mobile terminal.

The page area block generator includes,

Segmentation unit, which divides the combed DOM tree into at least one independent Block;

The integration unit integrates independent Blocks according to the types and attributes of independent Block types to obtain Block blocks;

The storage unit obtains the information of the block and writes it into the database, and sends the block to the page adjuster.

The page adjuster includes,

The extraction unit is to obtain the HTML code of the hypertext link identification language by the Block;

The judging unit judges that the HTML code contains a link, and further judges whether there is a keyword in the link. When there is a keyword, the link is marked as "high", and the link code is recorded; otherwise, the default configuration is saved and the link code is recorded;

An export unit, after deriving the link code from the judging unit, outputs the link code;

Arrange the unit, get the picture and text from the Block block, arrange and output according to the order of the picture first and then the text.

A method for a mobile terminal to access a webpage, the method comprising:

Convert WEB pages to thumbnail images in JPG format;

Generate DOM tree according to WEB page code;

Combing the DOM tree;

Divide the nodes of the combed DOM tree into at least one area Block block;

Analyze the Block block to obtain the link code, picture and text, and send the link code, picture and text, and the thumbnail picture to the mobile terminal.

The sorting out of the DOM tree includes cleaning up the nodes constituted by Script and CSS language tags.

The division includes,

Divide the combed DOM tree into at least one independent Block;

Integrate independent Blocks according to independent Block types and attributes to obtain Block blocks;

Obtain the information of the Block block and write it into the database.

The said splitting the combed DOM tree into at least one independent Block includes,

Retrieve the combed DOM tree in the way of preorder traversal, and attribute the label node and the nodes in its sub-spanning tree to a Block.

The integration of the independent Block according to the type and attribute of the independent Block includes performing a second traversal on the combed DOM tree according to the preorder traversal method, and integrating sibling nodes of the same Block type and the same attribute, Generate Block blocks.

The Block is an information community with the same attribute and related content in the same WEB page.

The analysis includes,

Obtain the hypertext link markup language HTML code from the Block block;

Determine whether there are links in the HTML code, and further determine whether there are keywords in the link. If there are keywords, mark the link as "high" and record the link code; otherwise, save the default configuration and record the link code;

After exporting the link code, output the link code;

The pictures and texts obtained from the Block are arranged and output in the order of the pictures first and then the texts.

As can be seen from the foregoing technical solutions, the WEB website is returned to the WEB page by the WEB access request of the mobile terminal; the device in the embodiment of the invention generates a thumbnail image in JPG format from the WEB page and sends it to the page adjuster; The technology parses the code of the WEB page into a DOM tree; after combing the DOM tree, at least one Block block is generated; each Block block is analyzed to obtain its link layer and content layer, and the link code is obtained from the link layer, and the content layer is layered Get the picture and text; send the link code, picture and text, and thumbnail picture to the mobile terminal. Mobile terminals do not need to directly process huge WEB pages. They only need to display thumbnail pictures and analyze Block block link codes, pictures and texts that do not require high hardware performance, so that they can easily and smoothly access WEB pages, making it easy for mobile terminals to access WEB pages. Affected by its own hardware performance.

Description of drawings

FIG. 1 is a schematic diagram of a mobile terminal accessing a Yahoo homepage in the prior art;

2 is a schematic structural diagram of a device for accessing a web page by a mobile terminal according to an embodiment of the present invention;

Fig. 3 is a DOM tree diagram in the embodiment of the present invention;

Fig. 4 is a schematic diagram of the page area in the embodiment of the present invention;

FIG. 5 is a schematic diagram of a layered network structure in an embodiment of the present invention;

6 is a schematic flow diagram of a method for a mobile terminal to access a webpage according to an embodiment of the present invention;

Fig. 7 is the Block coordinate diagram in the embodiment of the present invention;

FIG. 8 is a schematic diagram of a mobile terminal accessing a Yahoo homepage according to an embodiment of the present invention;

FIG. 9 is a schematic diagram of a layered network structure page when a mobile terminal accesses a WEB page according to an embodiment of the present invention.

Detailed ways

In order to make the object, technical solution and advantages of the present invention more clearly, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

In the embodiment of the invention, the device of the embodiment of the invention is set in the WAP gateway, and the WEB page returned by the website is earlier generated a thumbnail picture in JPG format according to the method of the embodiment of the invention; Generate a complete DOM tree; sort out the DOM tree, divide the sorted DOM tree into multiple independent Blocks, recombine multiple independent Blocks into Block blocks, and then obtain link codes, pictures and text from Block blocks; And send the link code, picture and text, as well as the previously generated WEB page thumbnail picture to the mobile terminal. The browser of the mobile terminal displays thumbnail pictures and parses the link codes, pictures and text, so as to smoothly access the WEB pages, thereby ensuring that the mobile terminal's access to the WEB pages is not affected by its own hardware performance.

Fig. 1 is the device structural representation of mobile terminal access webpage of the present invention, and this device comprises thumbnail generator 201 (Thumbnail Generator), structure resolver 202 (Structure Processor), noise point separator 203 (Noise Eliminator), page area block generator 204 (Page Blocker) and page adjuster 205 (Page Tailor).

Thumbnail Generator 201

When browsing the web, users need to understand the information conveyed by the entire page from the usage habits, and users will choose the content they are interested in based on the information. The function of the thumbnail image generator is to generate a thumbnail image in JPG format according to the WEB page returned by the WEB website, that is, a snapshot of the web page. The thumbnail image generator sends the thumbnail image to the page adjuster, and after the page adjuster obtains the link code, picture and text obtained by processing the WEB page, the page adjuster sends the thumbnail image, link code, image and text to the mobile terminal. The advantages of this approach are as follows:

1) Better compatibility. Normal WEB pages often contain a large number of scripting languages and Flash animations, and scripting languages include JavaScript and Ajax. These scripting languages cannot be parsed well in mobile terminal operating systems, and some even cannot be parsed, but thumbnail pictures in JPG format can be displayed normally on almost all mobile terminals at present.

2) Faster download speed. A normal WEB page contains a large number of pictures, and it will take a lot of time to download these pictures to the mobile terminal. If only the thumbnail pictures of the WEB page are sent to the mobile terminal, the time will be greatly reduced and a faster download rate will be provided for the user.

Structure parser 202

Any webpage is written based on the HTML syntax structure. According to the Document Object Model Level2HTML Specification (Version 1.0) standard, the structure parser parses the code of the entire webpage into a complete DOM tree as shown in Figure 3. In Figure 3, it is parsed by hypertext link markup language (HTML) into head (HEAD), title (TITLE), auxiliary label (META) and body (BODY), table (TABLE), row (TR), cell (TD ), newline (BR) and data (DATA).

Noise Separator 203

In order to make the page beautiful and provide users with a rich interactive experience, web page designers often add scripting language and CSS statements to HTML codes when making web pages. But these are designed for PC-Internet users, not fully applicable to Mobile-Internet users, and some low-end mobile terminals do not support script language analysis at all. To solve this problem, the noise separator combs the DOM tree. The principle of combing is to clean up the nodes composed of Script and CSS language tags, so that the nodes retained in the DOM tree are clean HTML tag nodes. The browsers of middle and low-end mobile terminals do not need to worry about the compatibility of scripting languages when parsing such WEB pages. For high-end mobile terminals, their operating systems and browsers can effectively parse the script language and CSS statements, and users can choose whether to clean up these nodes according to their willingness to use.

Page Area Block Generator 204

The concept of "Block" does not exist in HTML grammar. In the present invention, "Block" is defined as: an information community with the same attribute and related content in the same WEB page. The information components in each Block are on the same page, and the presentation methods of these information components have the consistency of user perception.

The role of the page area block generator is to generate multiple independent blocks according to the combed DOM tree, and all nodes in the DOM tree will be classified into the block block.

The page area block generator includes a segmentation unit, an integration unit, and a storage unit.

Segmentation unit, which divides the combed DOM tree into multiple independent Blocks;

The integration unit integrates independent Blocks according to their types and attributes to obtain Block blocks;

The storage unit obtains the information of the Block block and writes it into the database.

It can be known from FIG. 4 that the page can be divided into 5 Block blocks, that is, 5 areas.

After defining the Block, what needs to be solved is how to divide the nodes in the DOM tree into Block blocks. The specific method is detailed in step 608 .

Page Adjuster 205

Through the processing of the page area block generator, the normal WEB page has been divided into Block blocks, and what needs to be done now is to adjust the page. The idea of layered network structure is used in the recombination of page content, that is, a Block is divided into Content Layer and LinkLayer, and different layers carry different information. Fig. 5 is a schematic diagram of a layered network structure. The page adjuster sends the layered link code, arranged pictures and text, and the thumbnail picture in JPG format generated by the thumbnail picture generator 201 to the mobile terminal.

The page adjuster is composed of extracting unit, judging unit, deriving unit and arranging unit.

The extraction unit is used to obtain the hypertext link markup language HTML code from the Block block;

The judging unit judges whether there is a link in the HTML code, if there is a link, then further judges whether there is a keyword in the link, if there is a keyword, then mark the link as "high" and record the link code; if there is no keyword, keep the default Configure, record the link code; otherwise, judge that there is no link.

An export unit, which derives the link code from the judging unit;

Arrange the unit, get the picture and text from the Block block, arrange and output according to the order of the picture first and then the text.

The thumbnail generator generates thumbnail pictures in JPG format from the WEB pages returned by the website; the structure parser parses the code of the entire webpage into a complete DOM tree and sends it to the noise separator; the noise separator sorts out the DOM tree; The region block generator divides the combed DOM tree into multiple independent blocks; the page adjuster recombines independent blocks to obtain block blocks, and obtains link codes, arranged pictures and texts from the block blocks, and links codes, The arranged pictures and texts, as well as the thumbnails generated by the thumbnail generator are sent to the mobile terminal.

FIG. 6 is a schematic flow diagram of a method for a mobile terminal to access a webpage according to an embodiment of the present invention, which specifically includes the following steps:

Step 601, the user submits a WEB access request after inputting a URL in the browser of the mobile terminal, and the request is sent to the WAP gateway.

Step 602, after the WAP gateway completes the connection with the user's mobile terminal, it learns the hardware parameters of the user's mobile terminal by analyzing the corresponding fields in the WEB access request submitted by the user, and can determine the display capability of the user terminal and the noise analyzer in the noise analyzer according to the hardware parameters. The type of cleanup node. In addition, the WAP gateway encapsulates the user's WEB access request into a request message and sends it to the WEB server.

Step 603, the WEB server feeds back a response message to the WAP gateway according to the request message, and the response message includes the WEB page requested by the user's mobile terminal.

Step 604, after receiving the response message, the WAP gateway first transmits the WEB page to the thumbnail generator.

Step 605, the thumbnail image generator converts the WEB page into a thumbnail image in JPG format, and at the same time sends the thumbnail image to the page adjuster. The method for converting WEB pages into images in JPG format in the thumbnail image generator is a prior art, and will not be repeated here.

Step 606, the structure parser parses and generates a DOM tree according to the original WEB page code, and then sends the DOM tree as a parameter to the noise separator for further processing. Generating a DOM tree by parsing web page codes is a prior art, so details will not be repeated here.

Step 607, the noise separator uses the existing traversal technology to clean up the DOM tree nodes formed by Script and CSS language tags, and generates a sorted DOM tree. Send the combed DOM tree to the page area block generator.

Step 608 , the page region block generator divides the nodes into multiple Block blocks according to the sorted DOM tree, and sends the Block blocks to the page adjuster after the processing is completed.

Wherein, according to the DOM tree after combing, the method for dividing the node into multiple Block blocks specifically includes the following steps:

Step 6081, divide the sorted DOM tree into multiple independent Blocks.

Based on the combed DOM tree, the combed DOM tree is retrieved in a preorder traversal manner. Label nodes such as "table", "div", and "form" and nodes in their sub-spanning trees are assigned to a Block, and the type of this node is set to the Block type. Preorder traversal first visits the root node, then traverses the left subtree, and finally traverses the right subtree. When traversing the left and right subtrees, the root node is still visited first, then the left subtree is traversed, and finally the right subtree is traversed.

Step 6082: Integrate independent Blocks according to their types and attributes to obtain Block blocks.

After the retrieval in step 6081, all label nodes such as "table", "div", and "form" in the DOM tree and the nodes in their sub-spanning trees have been assigned to corresponding areas after sorting out, and their node types have been marked as Block type.

Return to the root node and start the second traversal of the combed DOM tree. This traversal is still performed in the way of pre-order traversal. The purpose is to integrate sibling nodes of the same Block type and the same attributes to generate Block blocks.

Step 6083, acquire the information of the Block and write it into the database.

Analyze each Block to obtain attribute information, which will be filled in Table 1 Block List. Table 1 is used as a database table structure, and its function is to establish a data file of each page area in the database. The corresponding HTML code in each block and the information to be loaded are recorded one by one through the data file, so that the user does not need to repeatedly cut pages when switching between multiple pages, but only needs to read the corresponding information from the database.

Table 1

Each parameter in Table 1 will be described in detail below.

Block ID is a 16bits identifier used to uniquely mark a Block in the Block List. Coverage Region represents the area covered by a Block block in a WEB page.

The two coordinate values of P1 (tl-X, tl-Y) and P2 (dr-X, dr-Y) are relative values, and take the upper left corner of the page in FIG. 7 as the origin. The function of calculating the coordinate value is to provide the user with block navigation on the mobile phone. The browser will calculate the area of each block according to the block coordinate value and draw the navigation bar of this area on the page. The user only needs to use the cross key to operate You can switch between different Block areas and choose the Block area you are interested in.

The calculation of P1 and P2 coordinates is that each Table has corresponding "Width" and "Length" attribute values in the HTML syntax, and the size of the Table can be known by reading these two values, and each Block block is one or Consists of multiple Tables. Therefore, the value of the Block block can also be calculated by superposition.

Block Type indicates whether the Block block supports scripting language, CSS, etc. during parsing. The value of Block Type is divided into Simple, Normal, and Original, which represent three parsing methods for Block:

(1) Simple: When the browser parses the HTML code, the scripting language and CSS statements in the source code will be ignored, and the information in the Block block will be presented in the simplest way.

(2) Normal: When the browser parses the HTML code, it will completely parse CSS and other statements, but will not execute the scripting language.

(3) Original: When the browser parses the HTML code, it will completely parse the script language and CSS and other statements.

Simple has the fastest processing speed and is suitable for low-end mobile phone users; Normal maintains the same look and feel design as the original page, and has better compatibility because it ignores the scripting language; Original will completely parse according to the HTML code of the original WEB page, Suitable for high-end mobile phone users. The setting of the Block Type parameter is filled in by the system according to the user's mobile phone parameters, and the user is also supported to modify the parameters through the browser.

HTML Code records the HTML code corresponding to the Block block.

Image records the image storage path after format conversion. The pictures in the original WEB page are restricted by many aspects such as size and format size and are not suitable for displaying on mobile terminals. Therefore, they must undergo format conversion processing and adjust the pictures to an appropriate state according to the hardware parameters of the user's mobile terminal. Here, the Image property records the storage path of the processed image.

Step 609, the page adjuster screens the link information and performs customized presentation according to the user's focus. When the user selects a block, the page adjuster will get the HTML code corresponding to the block from the Block List, map the link information to the Link Layer by analyzing the code, and arrange the link information according to the user's concerns. Among them, the Content Layer carries pictures and texts, and the Link Layer carries links.

The screening and customized arrangement of link information specifically includes the following steps:

Step 6091, first obtain the corresponding HTML code from the Block List;

Step 6092, determine whether the HTML code contains a sentence beginning with "<a href", if so, it means that the HTML code contains a link, intercept the sentence segment beginning with "<a href" and ending with "</a>", the sentence A segment is a piece of link information. After obtaining the link, check whether the link information contains keywords that the user cares about. If there is, set the priority label of the link to "high", if not, keep the default configuration. The link code is stored after the priority processing of the link is completed. It should be specially noted that the keyword that the user pays attention to is the content that the user enters in the browser according to the need, and is not required to be entered.

After all the link information in the HTML code is obtained and the priority processing is completed, step 6093 is executed.

Step 6093, derive the stored link code from the storage, and transmit the link code to the client for analysis.

Steps 6091 to 6093 complete the processing of links in the Link Layer, and after step 6093 is completed, it is necessary to complete the arrangement of pictures and text in the Content Layer. The arrangement rules for pictures and text are arranged from top to bottom in the order of pictures first and then text. If the user enters a keyword, the corresponding keyword will be highlighted in the text.

Step 610, the WAP gateway sends the generated WEB page thumbnail image, link code, arranged image and text to the user's mobile terminal, and the browser displays the image and parses the received parameters to draw page area navigation.

After the normal WEB pages are processed by the present invention, the WAP gateway will no longer send a "huge" WEB page to the mobile terminal, but a thumbnail image of the page, as shown in Figure 8. Since the mobile terminal only needs to receive a thumbnail picture of a WEB page, the download speed is greatly improved. In addition, the information displayed by the thumbnail pictures to the user is more macroscopic, which is in line with the user's surfing habits.

Figure 9 shows the application of the page area navigation function. The device in the present invention calculates the Block of the page according to the code of the webpage, and transmits the data of the Block as a parameter to the user's browser, and browses the webpage in the form of "area navigation block" on the browser.

When the user selects a certain Block, the WAP gateway will send the HTML code of the Block to the mobile terminal, and the browser will analyze the code and present the information in the area to the user.

In the embodiment of the present invention, the device is set on the WAP gateway, and the processing work of the browser is forwarded to the gateway server to complete by utilizing the powerful computing capability of the gateway, which effectively solves the hardware performance constraints of mobile terminals accessing WEB applications.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. A device for a mobile terminal to access a web page, characterized in that the device comprises: Thumbnail generator, which generates a thumbnail picture in JPG format from the WEB page of the WEB website, and sends it to the page adjuster; A structure parser, which parses the code of the WEB page of the WEB website into a DOM tree, and sends the DOM tree to the noise separator; The noise separator sorts out the DOM tree and sends the sorted DOM tree to the page area block generator; Page area block generator, which generates area Block blocks from the combed DOM tree, and sends the Block blocks to the page adjuster; The page adjuster analyzes the Block block to obtain link codes, pictures and texts, and sends the link codes, pictures and texts to the mobile terminal. 2. The device for accessing a webpage by a mobile terminal according to claim 1, wherein the page area block generator comprises, Segmentation unit, which divides the combed DOM tree into at least one independent Block; The integration unit integrates independent Blocks according to the types and attributes of independent Block types to obtain Block blocks; The storage unit obtains the information of the block and writes it into the database, and sends the block to the page adjuster. 3. The device for accessing a webpage by a mobile terminal according to claim 1, wherein the page adjuster comprises: The extraction unit is to obtain the HTML code of the hypertext link identification language by the Block; The judging unit judges that the HTML code contains a link, and further judges whether there is a keyword in the link. When there is a keyword, the link is marked as "high", and the link code is recorded; otherwise, the default configuration is saved and the link code is recorded; An export unit, after deriving the link code from the judging unit, outputs the link code; Arrange the unit, get the picture and text from the Block block, arrange and output according to the order of the picture first and then the text. 4. A method for a mobile terminal to access a webpage, characterized in that the method comprises: Convert WEB pages to thumbnail images in JPG format; Generate DOM tree according to WEB page code; Combing the DOM tree; Divide the nodes of the combed DOM tree into at least one area Block block; Analyze the Block block to obtain the link code, picture and text, and send the link code, picture and text, and the thumbnail picture to the mobile terminal. 5. The method for accessing a webpage by a mobile terminal according to claim 4, wherein said sorting out the DOM tree comprises cleaning up nodes formed by Script and CSS language tags. 6. The method for accessing a webpage by a mobile terminal according to claim 4, wherein said division comprises, Divide the combed DOM tree into at least one independent Block; Integrate independent Blocks according to independent Block types and attributes to obtain Block blocks; Obtain the information of the Block block and write it into the database. 7. according to the method for mobile terminal access webpage described in claim 6, it is characterized in that, described DOM tree after combing is divided into at least one independent Block comprises, Retrieve the combed DOM tree in the way of preorder traversal, and attribute the label node and the nodes in its sub-spanning tree to a Block. 8. The method for accessing a webpage by a mobile terminal according to claim 7, wherein said integrating the independent Block according to the type and attribute of the independent Block comprises performing the first order traversal on the DOM tree after the combing. In the second traversal, sibling nodes of the same Block type and with the same attributes are integrated to generate a Block block. 9. The method for accessing a web page by a mobile terminal according to any one of claims 6 to 8, characterized in that the Block is an information community with the same attribute and related content in the same WEB page. 10. The method for mobile terminal accessing a webpage according to claim 4, wherein the analysis comprises, Obtain the hypertext link markup language HTML code from the Block block; Determine whether there are links in the HTML code, and further determine whether there are keywords in the link. If there are keywords, mark the link as "high" and record the link code; otherwise, save the default configuration and record the link code; After exporting the link code, output the link code; The pictures and texts obtained from the Block are arranged and output in the order of the pictures first and then the texts.

Images