KR100609211B1 - Mobile telecommunications terminal and method for managing a internet page contents using the same - Google Patents

Abstract

The present invention relates to a mobile communication terminal, and in the present invention, a part of the terminal stores and checks the change frequency of the Internet page provided from the Internet content server side, and if the change frequency of the corresponding Internet page exceeds the reference change frequency, If it is determined that the cache storage is inefficient, a computer module> which can be selected and guided so that the Internet page can be directly received and output through the browser without the procedure of storing the cache page is additionally arranged. By allowing the Internet page cache module to selectively store and manage only the remaining Internet pages (that is, certain Internet pages with low change frequency) among the entire Internet pages received by the browser, The terminal does not have any problem, and the internet page cache module A shortage of storage space can be induced to avoid effectively.

Furthermore, in the present invention, if the Internet page received by the browser contains contents that change at every moment, for example, news, weather information, traffic situation information, and the like, the cached information is stored in advance. Without the use of the guide, so that the corresponding Internet page provided from the content server side can be output as it is by the browser, through this, the content of the Internet page output by the browser and a specific content providing server (for example, news providing server, weather information) By inducing the content of the actual internet page provided from the providing server, the traffic situation providing server, etc.) to be naturally identical, it is possible to minimize the damage on the user side due to the difference between the two Internet pages.

Description

Mobile telecommunications terminal and method for managing a internet page contents using the same}

1 is a conceptual diagram illustrating a mobile communication terminal according to the present invention.

Figure 2 is an exemplary diagram conceptually showing the configuration of the Internet page cache management module according to the present invention.

Figure 3 is an exemplary diagram conceptually showing the data storage state of the Internet page address information storage unit according to the present invention.

Figure 4 is an exemplary diagram conceptually showing the data storage state of the Internet page change frequency information storage unit according to the present invention.

5 is an exemplary diagram conceptually illustrating a data storage state of an internet page structure information storage unit according to the present invention;

6 is an exemplary diagram conceptually illustrating a data storage state of an internet page date information storage unit according to the present invention;

7 is a flowchart sequentially illustrating a method for managing an internet page of a mobile communication terminal according to the present invention.

The present invention relates to a mobile communication terminal, and more particularly, to store and check the change frequency of an Internet page provided from the Internet content server side in a part of the terminal, and if the change frequency of the corresponding Internet page exceeds the standard change frequency. If it is determined that the cache storage is inefficient, the computer module> can be additionally arranged to guide selection so that the Internet page can be directly received and output through the browser without the procedure of storing the corresponding Internet page in the cache module. By assisting the Internet page cache module to selectively store and manage only the remaining Internet pages (that is, specific Internet pages with low frequency of change) among the entire Internet pages received by the browser, Effectively avoids running out of storage space in the page cache module The present invention relates to a mobile communication terminal. The present invention also relates to a method for managing an internet page using such a mobile terminal.

Recently, with the rapid development of electric, electronic and communication related technologies, mobile communication terminals are also showing a rapid spreading speed.

Unlike a conventional wired communication terminal, such a mobile terminal provides a mobile communication infrastructure between users based on a series of wireless communication networks, and therefore, in a conventional mobile communication terminal system, a user can communicate with a desired counterpart regardless of location. The advantage of making a call freely can be easily obtained.

In such a conventional mobile communication terminal use environment, the user executes a browser installed in the mobile communication terminal every time he / she needs it, and provides each content server by conveniently connecting to the Internet through performing this browser function. You can enjoy various contents easily without any difficulty.

Usually, at the time of such a user's Internet connection, the browser communicates with the Internet page cache module disposed in the terminal instead of receiving and outputting Internet pages provided from the content server each time, and the Internet pages previously stored therein. By extracting the composition content and constructing and outputting the completed form of the Internet page based on the extracted Internet page composition content, the user can efficiently various contents provided by the content server side more quickly and without any waiting time. It will lead you to enjoy.

In this case, the Internet page cache module pre-stores and manages the Internet page composition content of each content server based on the connection history of the browser, thereby assisting the rapid process of Internet page output by the browser without any problems. .

However, if the browser recklessly adheres to the <mechanism for constructing the Internet page using the cache information stored in advance> targeting all the content servers without any distinction, in the aftermath, Inevitably, the cache module inevitably stores and manages a huge amount of Internet page content according to each content server connection history of the browser. As a result, the mobile terminal often runs out of storage space of the Internet page cache module. You will have to suffer seriously.

In addition, the Internet pages provided from a specific content server (eg, a news providing server, a weather information providing server, a traffic providing server, etc.) are forced to change at any time. If all contents servers adhere to the <mechanism of constructing internet pages using pre-stored cache information>, in the aftermath, the user may not be able to perform a series of internet access procedures. The contents of the printed Internet page and the actual content of the actual Internet page provided from a specific content server (eg, a news providing server, a weather information providing server, a traffic providing server, etc.) are completely different from each other.

Accordingly, an object of the present invention is to store and check the change frequency of an Internet page provided from the Internet content server side in a part of the terminal, and if the change frequency of the corresponding Internet page exceeds the reference change frequency, the cache storage thereof is inefficient. If it is determined to be, the computer module> which can guide selection can be added and arranged so that the Internet page can be directly received and output through the browser without the procedure stored in the cache module. Among the total Internet pages received by the user, by assisting the selective storage and management of only the remaining Internet pages (that is, specific Internet pages with a low change frequency) except the Internet page with a high change frequency, the mobile communication terminal without any problems, Effectively saves the storage space of internet page cache module. It is to encourage avoided.

Another object of the present invention is that the Internet page received by the browser contains content that changes every moment, for example, news, weather information, traffic situation information, and the like, if it is determined that the degree of change is a frequent Internet page, the cache previously stored Guides the Internet page provided from the content server side to be output as it is by the browser without using the information, and thereby, the content of the Internet page output by the browser and a specific content providing server (eg, a news providing server, weather). By inducing the content of the actual internet page provided from the information providing server, the traffic situation providing server, etc.) to be the same naturally, it is to minimize the damage on the user side due to the difference between the two Internet pages.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the above object, according to the present invention, a terminal control module which manages a terminal collectively, and connected to a content server side under the control of the terminal control module, receive an Internet page provided from the content server side. An outputting browser, an internet page cache module controlled by the terminal control module and storing and managing configuration content of an internet page received by the browser, and controlled by the terminal control module and received by the browser. When the change frequency of the Internet page is compared with the reference change frequency and the change frequency exceeds the reference change frequency, the communication page is communicated with the browser and the Internet page cache module, without the procedure of storing the Internet page in the Internet page cache module. Internet output directly by the browser A mobile communication terminal comprising a combination of a page cache management module is disclosed.

In another aspect of the present invention, the browser and the Internet page cache management module belonging to a mobile communication terminal having an internet page cache module for storing and managing the configuration content of the Internet page received by the browser, the browser Comparing the previous change frequency previously stored in the Internet page received by the reference change frequency, and if the last change frequency exceeds the reference change frequency, storing the internet page in the internet page cache module. The present invention discloses a method for managing an internet page of a mobile communication terminal, which comprises a combination of steps of outputting directly by the browser.

Hereinafter, with reference to the accompanying drawings, a mobile communication terminal according to the present invention and its Internet page management method will be described in more detail.

As shown in FIG. 1, under the mobile communication terminal 10 system according to the present invention, the terminal control module 11 includes a terminal function auxiliary module 13: a memory, a display driving module, a motor driving module, and a lamp driving module. Etc.), by controlling the communication-related circuit module 14, browser 12, Internet page cache module 40, etc. collectively, the terminal 10 is a series of wireless call connection function based on the communication network (1), The content server 2 can be induced to perform a normal function.

At this time, when the external audio signal is received by the communication-related circuit module 14, a receiving amplification module for compensating and amplifying a gain for the received signal and detecting the amplified signal through the receiving amplification module, and then the corresponding audio signal A detection module for demodulating and outputting the signal, a modulation module for modulating and outputting an audio signal to a transmission frequency signal, and an amplification module for amplifying the signal modulated by the modulation module with a transmission signal and an intermediate frequency signal supplied from a local oscillator. The mixing module for mixing and outputting, the decoder for shaping the high frequency control signal output through the mixing module into a digital waveform, and the signal output through the decoder is compared with a unique address, and then the comparison result is the terminal control module 11 Discrimination module and the like to be transmitted to the side can be selected elastically.

Of course, the specific configuration and function of the above-described communication-related circuit module 14 may be variously modified depending on the situation.

At this time, the browser 12 which communicates with the terminal control module 11 selectively connects to the content server 2 side under the control of the terminal control module 11, and provides an Internet page provided from the content server 2 side. The Internet page cache module 40 communicating with the terminal control module 11 is configured to configure the Internet page received by the browser 12 under the control of the terminal control module 11. Store and manage content.

In this case, the internet page cache module 40 includes, for example, a cache database 42 for substantially storing the configuration content of the Internet page, and a cache controller 41 for selectively controlling the data storage state of the cache database 42. Will take the combined configuration.

In this state of infrastructure, the user can run the browser 12 installed in the mobile communication terminal 10 every time he needs it, and can conveniently access the Internet by performing the function of the browser 12. As a result, various contents provided by each content server 2 side can be easily enjoyed without any difficulty.

At the time of the user's Internet connection, the browser 12 communicates with the previous Internet page cache module 40 instead of receiving and outputting an Internet page provided from the content server 2 each time. By extracting the stored Internet page structured content and constructing and outputting the completed Internet page structured content based on the extracted Internet page structured content, the user can perform the content server 2 side more quickly without additional waiting time. It will induce to enjoy various contents provided by.

In this situation, as shown in the figure, the present invention takes measures to further arrange the Internet page cache management module 20 in the control system of the terminal control module 11.

In this case, the Internet page cache management module 20 communicates with the terminal control module 11, compares the change frequency of the Internet page received by the browser 12 with the reference change frequency, and if the change frequency is based on When the frequency of change is exceeded and it is determined that cache storage of the corresponding Internet page is inefficient, the Internet page is stored in the Internet page cache module 40 by communicating with the browser 12 and the Internet page cache module 40. It performs a function of inducing the output directly by the browser 12 without the procedure of being stored.

Of course, if the function of the Internet page cache management module 20 is realized, the Internet page cache module 40 naturally, except for the Internet page with a large change frequency of all the Internet pages received by the browser 12 Only the Internet page (ie, a certain Internet page with a small change frequency) can be selectively stored and managed, and thus, a series of storage spaces can be easily avoided.

At this time, as shown in Figure 2, the Internet page cache management module 20 of the present invention is the Internet page cache management unit 21, and the Internet page receiving unit 22, which is collectively controlled by the Internet page cache management unit 21 , The Internet page address check unit 27, the Internet page change frequency management unit 28, and the Internet page structure check unit 26 are combined.

In this case, the Internet page cache management unit 21 takes a structure in communication with the browser 12 and the Internet page cache module 40, and checks the change frequency of the Internet page received by the browser 12 and the change frequency thereof. It performs overall control of the cache storage procedure of Internet pages according to the check.

Under such a structure, the Internet page receiving unit 22 controlled by the Internet page cache managing unit 21 accepts a series of communication relationships with the browser 12, receives the Internet page received by the browser 12, and receives the received information. The internet page is delivered to the Internet cache manager 21.

In addition, the Internet page address check unit 27 controlled by the Internet page cache management unit 21 sends the D / B block 30 to the D / B block 30 when the Internet page is received and delivered by performing the function of the Internet page receiving unit 22. A series of communication procedures are performed with the arranged Internet address information storage unit 32 to determine whether the address information of the currently received Internet page is already registered in the Internet address information storage unit 32, and the result is displayed on the Internet. The page cache manager 21 performs a function of transferring to the side.

In this case, as shown in FIG. 3, the Internet address information storage unit 32 independently stores / manages address information of each Internet page stored in the cache database 42 of the Internet page cache module 40. By performing the function, the function of the Internet page address checker 27 is assisted to proceed normally without any problem.

In addition, the Internet page change frequency management unit 28 controlled by the Internet page cache management unit 21 performs the function of the Internet page address checking unit 27 to receive address information of the Internet page received by the Internet page receiving unit 22. Is determined to be registered, a series of communication procedures are taken with the Internet page change frequency information storage unit 33 arranged in the D / B block 30, and the last change frequency record of the Internet page is recorded as a reference change frequency. Compare and check whether the standard change frequency of the Internet page is exceeded, and report the result to the Internet page cache manager 21.

In this case, as shown in FIG. 4, the Internet page change frequency information storage unit 33 independently changes the change frequency information of each Internet page stored in the cache database 42 of the Internet page cache module 40. By performing a separate storage / management function, the function of the Internet page change frequency management unit 28 is assisted to proceed normally without any problems.

In addition, the Internet page structure checker 26 controlled by the Internet page cache manager 21 controls the address information of the Internet page received by the Internet page receiver 22 by performing the function of the Internet page address checker 27. Is determined to be registered, a series of communication procedures are taken with the Internet page structure information storage unit 31 arranged in the D / B block 30 to determine the current structure of the Internet page (e.g., the current capacity of the Internet page). , The current number of characters, the number of pictures, etc.) is compared with the previous structure (for example, the capacity of the Internet page, the number of characters immediately, the number of pictures immediately, etc.), and if the current structure of the Internet page is pre-stored, If it is determined that the previous structure is different from the previous structure, a function of selectively updating and recording the structure change history of the corresponding Internet page is performed.

In this case, the Internet page structure information storage unit 31, as shown in Figure 5, the structure information (capacity information, character information) of the Internet page for each address stored in the cache database of the Internet page cache module 40 By performing the function of independently storing / managing the number of pictures, etc.), the function of the Internet page structure checker 26 can be normally performed without any problem.

At this time, when the change of the structure of the Internet page is confirmed by the above-described Internet page structure checker 26, the Internet page cache manager 21 immediately proceeds to control the Internet page change frequency manager 28. As a result, the change frequency record of the Internet page previously stored in the Internet page change frequency information storage unit 33 is induced to be newly updated in accordance with the change of the structure of the Internet page.

On the other hand, as shown in the figure, the Internet page cache management module 20 of the present invention, in addition to the above components, the Internet page reception date management unit 29, cache update request unit 25, cache capacity monitoring unit 24 and the like are further arranged.

At this time, the Internet page reception date management unit 29 controlled by the Internet page cache management unit 21 is the D / B block when the structure change of the Internet page is confirmed by the above-described Internet page structure check unit 26 Communication with the Internet page reception date information storage unit 34 arranged in 40 is performed to induce a new update of the Internet page reception date recorded therein.

In this case, as shown in FIG. 6, the Internet page reception date information storage unit 34 receives the Internet page reception date management unit 29 in association with the Internet page reception date management unit 29 whenever a reception event of the Internet page occurs. Independently record / store information.

In addition, the cache capacity monitoring unit 24 controlled by the Internet page cache management unit 21 communicates with the cache controller 41 of the Internet page cache module 40 via the cache module communication unit 23. The storage capacity of the cache database 42 connected to the signal is monitored, and the monitoring result is reported to the Internet cache manager 21.

Furthermore, the cache update request unit 25 controlled by the Internet page cache manager 21 confirms the change of the structure of the Internet page by the above-described Internet page structure checker 26, and correspondingly, the Internet page cache If a message is sent from the management unit 21 to &quot; request to save the Internet page configuration contents to the Internet page cache module 40 side &quot;, then immediately via the cache module communication unit 23, It communicates with the cache controller 41 of the page cache module 40 to guide the Internet page received by the browser 12 to be stably stored in the cache database 42 of the Internet page cache module 40. It will perform the function.

In addition, the cache update request unit 25 determines that the storage capacity of the cache database 42 is insufficient by performing the function of the cache capacity monitoring unit 24 described above, and correspondingly, the Internet page cache manager 21 When a message is sent from the side to &quot; request to selectively delete the Internet page (configuration content) whose change frequency is recorded to the Internet page cache module 40 side &quot;, the cache module communication unit ( 23, the Internet page change frequency information storage unit 33 communicates with the cache controller 41 of the Internet page cache module 40, and among the contents of each Internet page stored in the cache database 42. The function of inducing the selective deletion of the constituent contents of the Internet page with the highest frequency of change is performed.

Hereinafter, a method for managing Internet pages unique to the present invention using the mobile communication terminal 10 having the above-described configuration will be described in detail.

As shown in FIG. 7, first, the Internet page cache management unit 21 of the Internet page cache management module 20 continuously checks the Internet page receiving unit 22, so that the Internet page is delivered from the browser 12 side. It is determined whether or not (step S1).

At this time, if the browser 12 is executed by the user's attempt to access the Internet, and the Internet page is determined to be delivered from the browser 12 side, the Internet page cache manager 21 immediately returns information related to the current Internet page, For example, after checking the address information of the current Internet page, it is determined whether or not the address information of the current Internet page is already registered in the Internet page address information storage unit 32 by using the Internet page address check unit 27. (Steps S2, S3).

If the address information of the current Internet page is not pre-registered in the Internet page address information storage unit 32, and it is determined that the current Internet page is a new Internet page, the Internet page cache management unit 21 immediately flows. Proceed to step S8 to be described later, so that the configuration content associated with the new Internet page can be stably stored in the cache database 42 of the Internet page cache module 40.

Of course, in this case, the Internet page structure information storage unit 31, the Internet page address information storage unit 32, the Internet page change frequency information storage unit 33, and the Internet page receiving date information storage unit 34 The data is refreshed to match the cache storage of the new internet page).

However, when the address information of the current Internet page is already registered in the Internet page address information storage unit 32, the Internet page cache management unit 21 immediately utilizes the Internet page change frequency management unit 28, and the current Internet page. The record of the change frequency immediately before the page is compared with the reference change frequency, thereby checking whether the reference change frequency of the Internet page is exceeded (step S4).

At this time, if the change rate immediately before the current Internet page exceeds the reference change frequency, and it is determined that the cache storage of the Internet page is inefficient, the Internet page cache management unit 21 immediately, the Internet page receiving unit 22, the cache The browser 12 communicates with the browser 12 and the Internet page cache module 40 via the module communication unit 23 and the like, without the procedure that the current Internet page is stored in the Internet page cache module 40. It is induced to be immediately output (step S5).

When this procedure is performed, the Internet page cache module 40 naturally, among the total Internet pages received by the browser 12, except for the Internet page with a large change frequency, that is, the specific Internet with a small change frequency Pages can be selectively stored and managed, and eventually, a series of storage spaces can be easily avoided.

Of course, the Internet page with such a high frequency of change is highly likely to be an Internet page containing contents that change every moment, for example, news, weather information, traffic information, and the like, and according to the above-described procedure, the corresponding Internet page is cached. Regardless of the data, when it can be immediately output by the browser 12, the user side, the content of the Internet page output by the browser 12 and a specific content providing server (e.g., news providing server, weather information) It is possible to flexibly enjoy the effect that the contents of the actual internet page provided from the providing server, the traffic situation providing server, etc.) are naturally identical.

On the other hand, in the above-described step S4, if the change immediately before the current Internet page is less than the reference change frequency, and it is determined that the cache storage of the Internet page is efficient, the Internet page cache manager 21 immediately checks the Internet page structure. Using the section 26, the previous structure (eg, the immediately preceding capacity of the Internet page, the number of characters immediately before the Internet page), which previously stored the current structure (eg, the current capacity of the Internet page, the current number of characters, the current number of pictures, etc.). And the number of previous pictures, etc.), thereby determining whether the current structure of the Internet page is different from the previous structure previously stored (that is, there is a change) (step S6).

At this time, if it is determined that the current structure of the Internet page is the same as the previous structure previously stored, the Internet page cache management unit 21 determines that no other action is required, and only the Internet page reception date management unit 29 alone. By utilizing, the procedure of simply updating the Internet page reception date information recorded in the Internet page reception date information storage unit 34 is performed (step S7).

However, if it is determined that the current structure of the Internet page is different from the previous structure previously stored, the Internet page cache management unit 21 determines that cache storage of the current Internet page is necessary, and immediately, the cache capacity monitoring unit 24 ), The storage capacity of the cache database 42 disposed in the internet page cache module 40 is determined (step S8).

At this time, if the data in the cache database 42 is full, and it is determined that it is impossible to store additional data in the cache database 42, the Internet page cache management unit 21 immediately, the Internet page change frequency management unit 28, The cache update request unit 25 or the like is utilized to request the Internet page cache module 40 to selectively delete the Internet page (configuration content) whose change frequency is recorded high (step S10).

Of course, when a message having this effect is delivered, the cache controller 41 immediately communicates with the cache database 42, and among the constituent contents of each Internet page stored therein, the Internet page change frequency information storage unit 32 It is possible to selectively delete the constituent content of the Internet page recorded the highest frequency of change, and eventually, the Internet page cache management unit 21 to optimize the cache database 42 of the Internet page cache module 40 Can be operated as.

On the other hand, in the above-described step S8, if it is determined that additional data can be stored in the cache database 42 without any additional measures, the Internet page cache management unit 21 immediately utilizes the cache update request unit 25. Then, the internet page cache module 40 proceeds to a procedure for requesting storage of the Internet page configuration content (step S9).

As soon as this request is delivered, the cache controller 41 of the Internet page cache module 40 communicates with the cache database 42 to proceed with the process of stably storing the Internet page received by the browser 12. .

Of course, in this situation, the browser 12 performs a series of communication with the cache controller 41 of the Internet page cache module 40, and extracts the configuration contents of the previous Internet page previously stored in the cache database 42. Based on the extracted content of the Internet page, the process of constructing and outputting the Internet page in the form of the completed form is carried out so that the user can quickly and efficiently provide the content provided by the content server 2 without any waiting time. To be enjoyed.

When the above-described storing procedure of the cache database 42 side of the Internet page configuration content is completed, the Internet page cache manager 21 immediately checks the Internet page structure checker 26, the Internet page change frequency manager 28, and the Internet page. By proceeding to control the reception date management unit 29, the Internet page structure information storage unit 31, the Internet page address information storage unit 32, the Internet page change frequency information storage unit 33, the Internet page receiving date The data recorded in the information storage unit 34 is induced to be newly updated in accordance with the cache storage of the Internet page.

When each of the foregoing procedures is completed, the Internet page cache management unit 21 immediately utilizes the Internet page change frequency management unit 28, the Internet page reception date management unit 29, and the like, and the Internet page change frequency storage unit 33. The storage period of the change frequency information recorded in the check is checked, and through this, it is determined whether the storage period exceeds the standard validity period (step S11).

At this time, if it is determined that the storage period of the change frequency information exceeds the standard validity period, the Internet page cache management unit 21 immediately utilizes the Internet page change frequency management unit 28 to store the Internet page change frequency information storage unit. By proceeding the procedure of initializing the change frequency information of the received Internet page recorded in (33), for example, to 0, it is induced to make the Internet page storage management according to the change frequency more efficient (step S12).

As described in detail above, in the present invention, a part of the terminal stores and checks the change frequency of the Internet page provided from the Internet content server side, and if the change frequency of the corresponding Internet page exceeds the reference change frequency, the cache thereof is cached. If it is determined that the storage is inefficient, a computer module> that can be selected and guided so that the Internet page can be directly received and output through the browser without the procedure of storing the corresponding Internet page is additionally arranged. The module assists the mobile terminal to selectively store and manage only the Internet pages (that is, certain Internet pages with low change frequency) among all the Internet pages received by the browser. Storage of Internet page cache module without problems It can be induced to be effective to avoid shortages.

Furthermore, in the present invention, if the Internet page received by the browser contains contents that change at every moment, for example, news, weather information, traffic situation information, and the like, the cached information is stored in advance. Without the use of the guide, so that the corresponding Internet page provided from the content server side can be output as it is by the browser, through this, the content of the Internet page output by the browser and a specific content providing server (for example, news providing server, weather information) By inducing the content of the actual internet page provided from the providing server, the traffic situation providing server, etc.) to be naturally identical, it is possible to minimize the damage to the user side due to the difference between the two Internet pages.

The present invention is not only limited to the mobile communication terminal, but has an overall useful effect in various types of electronic devices utilizing the Internet page cache technology.

And, in the foregoing, specific embodiments of the present invention have been described and illustrated, but it is obvious that the present invention may be variously modified and implemented by those skilled in the art.

Such modified embodiments should not be individually understood from the technical spirit or viewpoint of the present invention, and such modified embodiments should fall within the scope of the appended claims of the present invention.

Claims (6)

A terminal control module for overall management of the terminal; A browser that accesses a content server side and receives and outputs an Internet page provided from the content server side under the control of the terminal control module; An internet page cache module controlled by the terminal control module and configured to store and manage configuration content of an internet page received by the browser; Controlled by the terminal control module, the change frequency of the Internet page received by the browser is compared with the reference change frequency, when the change frequency exceeds the reference change frequency, and communicates with the browser and the Internet page cache module And an internet page cache management module for directly outputting by the browser without a procedure of storing the internet page in the internet page cache module. The Internet page cache management module of claim 1, wherein the Internet page cache management module communicates with the browser and the Internet page cache module, and the change of the frequency page check procedure and the cache of the Internet page according to the change frequency check received by the browser. An internet page cache manager for controlling and controlling the storage procedure; An internet page structure checker, controlled by the internet page cache manager, for selectively updating and recording a structure change history of the internet page by comparing a current structure of the internet page with a previously stored structure; Internet page change frequency information controlled by the Internet cache management unit, and when the change of the structure of the Internet page is confirmed by the Internet page structure check unit, updating and storing previously stored change frequency records of the Internet page. Wealth; Controlled by the Internet page cache management unit, and in communication with the Internet page change frequency information storage unit, the previous change frequency record of the Internet page is compared with a reference change frequency to check whether the standard change frequency is exceeded. And an internet page change frequency manager for reporting the result to the internet page cache manager. It is advanced by the Internet page cache management module belonging to a mobile communication terminal having a browser and an Internet page cache module for storing and managing the configuration content of the Internet page received by the browser, Comparing the previously stored change frequency of the Internet page received by the browser with a reference change frequency; If the last change frequency exceeds a reference change frequency, directly outputting the internet page by the browser without storing the internet page in the internet page cache module. Way. 4. The method of claim 3, further comprising: comparing the current structure of the Internet page received by the browser with a previously stored structure; If the current structure of the Internet page is different from the previous structure, storing the configuration content of the Internet page in the Internet page cache module, and updating the last change frequency and the previous structure record of the Internet page. Internet page management method of a mobile communication terminal, characterized in that further proceeds. The method of claim 4, further comprising: monitoring a storage capacity of the Internet page cache module; If the storage capacity of the Internet cache module is insufficient, the step of selectively deleting the configuration content of the Internet page that has recorded the highest change frequency among the configuration content of each Internet page stored in the Internet page cache module further proceeds Internet page management method of a mobile communication terminal, characterized in that. 5. The method of claim 4, further comprising the steps of: checking a record retention period of the immediately preceding change frequency; And initializing the immediately preceding change frequency when the recording retention period of the immediately preceding change frequency exceeds a reference validity period.

Images