CN102938862A - Television and user interface customizing method and device for television - Google Patents

Abstract

The invention discloses a television and a user interface customization method and device, wherein the method includes the steps of: acquiring a user interface customization file sent by a user; parsing the user interface customization file, and starting a corresponding setting program according to the analysis result Make user interface settings. Through the present invention, the user does not need to set the user interface through a variety of setting options displayed on the TV display interface, but only needs to write the desired setting effect or function in the pre-set user interface customization file in advance, and then Send the user interface customization file to the TV, and after the TV obtains the user interface customization file, it automatically customizes the user interface according to the file. It can be seen that, compared with the prior art, it can reduce the user's number of operations. The difficulty of customizing the user interface improves the user experience.

Description

Television and user interface customization method and device thereof

technical field

The present invention relates to the technical field of televisions, in particular, to a television and a method and device for customizing a user interface (UI, User Interface) thereof.

Background technique

With the continuous development of science and technology and the continuous improvement of people's living standards, at present, television sets have become one of the important media for people to understand the outside world in their daily lives.

Nowadays, users habitually perform various settings on the user interface of the TV when using the TV. The main process is: the TV manufacturer pre-stores various user interface effects in the TV, and when the user sets the user interface, the TV The machine displays various user interface effects, which are selected by the user through the buttons on the remote control or the buttons on the TV, and the TV displays the corresponding user interface effects according to the selection results of the user.

For example, the patent document whose patent application number is CN200910068933.3 discloses a method for realizing selection of multiple user interfaces of a TV, in which the method includes the steps of: storing data information of various TV user interfaces in advance; When receiving the user interface setting request from the user, display all TV user interfaces; receive the user interface selection instruction input by the user in real time, and replace the current user interface used by the TV with the user selected according to the user's selection instruction User interface types and displayed on the TV screen.

However, as TV sets are increasingly becoming high-end and intelligent, their user interface and functions are becoming more and more complex. It is becoming more and more unrealistic, and it is more and more inconvenient for the user to set the user interface through key operations, resulting in poor user experience.

Contents of the invention

Aiming at the problem in the prior art that users need to choose from the complicated setting options presented on the TV display interface during the setting process of the TV user interface, resulting in poor user experience, the purpose of the present invention is to provide A user interface customization method, device and television.

In order to achieve the purpose of the present invention, the present invention adopts the following technical solutions to realize:

A user interface customization method, comprising:

Obtain the user interface customization file sent by the user;

Analyzing the user interface customization file, and starting a corresponding setting program according to the analysis result to set the user interface.

Further, the user interface customization file includes n data slices, and each data slice includes an index value and a parameter value, wherein the value of n is consistent with the number of setting programs that the system has, and the index value is used to indicate the system The corresponding setting program is started, and the parameter value is used to indicate the interface setting strategy adopted by the system when executing the setting program.

Further, the step of starting a corresponding setting program to set the user interface according to the analysis result of the user interface customization file includes:

Start the user interface program;

The user interface program starts parsing from the starting address of the specified memory, reads the data of the data piece in the user interface customization file one by one, and indexes the setting program indicated by it according to the index value in the data piece, and according to the index value in the data piece to select whether to open the setting program or to modify the properties of the setting program, and when the user interface program modifies the properties of the corresponding setting program according to the parameter values in the data sheet, the setting program performs the setting of the user interface according to the modification .

Further, the parameter values in the user interface customization file are modified and customized by the user.

Further, the user interface customization file is a TXT electronic document, and its content is pre-defined as follows: in units of lines, the ASCII code value of the Enter key is used to identify a new line, and each line corresponds to a data piece and a unique setting program ; Each row includes an index character string corresponding to the index value, and at least one parameter writing identifier corresponding to the parameter value for customizing the target parameter value by the user.

Further, the custom file is a picture file, which is pre-defined as follows: according to the coordinates of the picture file, in the unit of area, each area corresponds to a data piece and a unique setting program; each area includes a A first sub-area corresponding to the index value, and at least one second sub-area corresponding to the parameter value for customizing the target parameter value by the user.

Further, the user interface customization method also includes the step of restoring factory settings, which includes:

Obtain the factory reset command input by the user;

Obtain the pre-stored user interface recovery file from the memory according to this command and parse it;

Start the corresponding setting program according to the analysis result to restore the factory settings of the user interface, wherein the parameter value of the data piece of the user interface recovery file is prohibited from being modified by the user.

A user interface customization device, comprising:

An acquisition module, configured to acquire the user interface customization file sent by the user;

A parsing module, configured to parse the user interface customization file;

The setting module is used to start a corresponding setting program according to the analysis result of the analysis module to set the user interface.

Further, the user interface customization file includes n data slices, and each data slice includes an index value and a parameter value, wherein the value of n is consistent with the number of setting programs that the system has, and the index value is used to indicate the system The corresponding setting program is started, and the parameter value is used to indicate the interface setting strategy adopted by the system when executing the setting program.

Further, the step of setting the module to start the corresponding setting program to set the user interface according to the analysis result of the user interface customization file includes:

Start the user interface program;

The user interface program starts parsing from the starting address of the specified memory, reads the data of the data piece in the user interface customization file one by one, and indexes the setting program indicated by it according to the index value in the data piece, and according to the index value in the data piece to select whether to open the setting program or to modify the properties of the setting program, and when the user interface program modifies the properties of the corresponding setting program according to the parameter values in the data sheet, the setting program performs the setting of the user interface according to the modification .

Further, the setting module is also used to start according to the analysis result of the analysis module after the acquisition module obtains the restore factory settings command input by the user, and the analysis module obtains the pre-stored user interface recovery file from the memory according to the order and analyzes it. The corresponding theme style setting program restores the user interface to factory settings, wherein the user interface is prohibited from modifying the parameter values of the data slices of the file.

Furthermore, the parameter values in the user interface customization file acquired by the acquisition module can be modified by the user.

Further, the user interface customization file is a TXT electronic document, and its content is pre-defined as follows: in units of lines, the ASCII code value of the Enter key is used to identify a new line, and each line corresponds to a data piece and a unique setting program ; Each row includes an index character string corresponding to the index value, and at least one parameter writing identifier corresponding to the parameter value for customizing the target parameter value by the user.

Further, the custom file is a picture file, which is pre-defined as follows: according to the coordinates of the picture file, in the unit of area, each area corresponds to a data piece and a unique setting program; each area includes a A first sub-area corresponding to the index value, and at least one second sub-area corresponding to the parameter value for customizing the target parameter value by the user.

A television, which includes the user interface customization device as described above, the device includes:

An acquisition module, configured to acquire the user interface customization file sent by the user;

A parsing module, configured to parse the user interface customization file;

The setting module is used to start a corresponding setting program according to the analysis result of the analysis module to set the user interface.

It can be seen from the above-mentioned technical solution of the present invention that, through the present invention, the user does not need to set the user interface through various setting options displayed on the TV display interface, but only needs to write in advance on the user interface customization file set in advance. Enter the desired setting effect or function, and then send the user interface customization file to the TV. After the TV obtains the user interface customization file, it automatically customizes the user interface according to the file. It can be seen that, quite Compared with the prior art, it can reduce the difficulty for the user to customize the user interface and improve the user experience.

Description of drawings

FIG. 1 is a schematic flow chart of user interface customization steps provided by an embodiment of the present invention;

Fig. 2 is a schematic flow chart of steps for restoring factory settings provided by an embodiment of the present invention;

Fig. 3 is a schematic structural diagram of a device for customizing a user interface provided by an embodiment of the present invention.

The realization of the purpose of the present invention, functional characteristics and excellent effects will be further described below in conjunction with specific embodiments and accompanying drawings.

Detailed ways

The technical scheme of the present invention will be described in further detail below in conjunction with the accompanying drawings and specific examples, so that those skilled in the art can better understand the present invention and implement it, but the examples given are not intended to limit the present invention .

The present invention mainly proposes a method for customizing the user interface of a TV set through a custom file, which generally includes: establishing a database for storing the custom file, predefining the specification of the custom file, each data segment, and area, so that it is compatible with the TV One-to-one correspondence between the setting procedures in the machine user interface; the user can form a customized file by filling in the electronic document and storing it in the database, or directly fill in the customized information on the paper form and scan it into the database and form a customized file; the user interface program When starting, by analyzing the customized file, obtain the corresponding setting program and provide the specific customized parameter value filled in by the corresponding user of each setting program; each setting program completes its own parameter setting according to the parameter value, and finally realizes the user's control of the TV set. Customization of the user interface.

Through the present invention, no matter how complicated the user interface and setting program of the TV itself are, when the user needs to customize the user interface, he only needs to "fill in the blanks" or "select" on the "roll surface", so Greatly facilitate the user operation.

A user interface customization method provided by an embodiment of the present invention, as shown in FIG. 1 , includes a user interface customization step, which includes:

S10. Obtain the user interface customization file sent by the user;

S20. Analyze the user interface customization file, and start a corresponding setting program to set the user interface according to the analysis result.

Wherein, the user interface customization file includes n data slices, and each data slice includes an index value and a parameter value, wherein, the value of n is consistent with the number of setting programs that the system has, and the index value is used to indicate that the system starts For the corresponding setting program, the parameter value is used to indicate the interface setting strategy adopted by the system when executing the setting program.

The setting program is a program used by the television to perform function setting, for example, it may be a theme style setting program, an image effect setting program, and the like.

In this embodiment, the steps of starting a corresponding setting program to set the user interface according to the analysis result of the user interface customization file include:

S201, start the user interface program;

S202. The user interface program starts parsing from the starting address of the specified memory, reads the data of the data sheet in the user interface customization file one by one, and indexes the setting program indicated by it according to the index value in the data sheet, and according to the data The parameter value in the data sheet is used to select whether to open the setting program or modify the attribute of the setting program, and when the user interface program modifies the attribute of the corresponding setting program according to the parameter value in the data sheet, the setting program performs the user interface according to the modified situation. setting.

In this embodiment, the parameter values in the user interface customization file can be modified and customized by the user. For example, after the user obtains a prefabricated customization file template, the corresponding customization parameter value can be filled in according to the corresponding instructions of the customization file template. Set the value of this parameter by filling in the blanks, or by blacking it out, or by other ways of identifying its customized information.

For example, in a specific implementation manner, when the user interface customization file is a TXT electronic document, its content is pre-defined as follows: in units of lines, the ASCII code value of the Enter key is used to identify a new line, and each line corresponds to a A data slice and a unique setting program; each row includes an index string corresponding to the index value, and at least one parameter writing identifier corresponding to the parameter value for user-customized target parameter value.

Or, in another specific implementation manner, when the user interface customization file is a picture file, it is pre-defined as follows: according to the coordinates of the picture file, each area corresponds to a data piece and a A unique setting procedure; each area includes a first sub-area corresponding to the index value, and at least one second sub-area corresponding to the parameter value for users to customize the target parameter value.

In the present embodiment, referring to FIG. 2, the user interface customization method also includes the step of restoring factory settings, which includes:

S30. Obtain a factory reset command input by the user;

S40. Obtain the pre-stored user interface recovery file from the memory according to the command and parse it;

S50. Start a corresponding setting program according to the analysis result to restore the factory settings of the user interface, wherein the parameter value of the data slice of the user interface recovery file is prohibited from being modified by the user.

Specifically, the implementation of the embodiments of the present invention depends on the configuration in the existing TV system, that is, a segment of memory is pre-allocated in the TV system to pre-store a fixed user interface recovery file, tentatively defined as the first table , the first table is divided into n data slices, and n is determined by the number of setting programs provided to the user. Each data slice holds an index value (for example, the index value is a series of index strings) and a parameter value. The index string is used to refer to a setting program and the function of the setting program. The parameter value can be a Boolean value or an integer value, etc. Here, an integer value is used as an example to control the opening of the setting program. On or off, or to control the property modification of this setup program.

For example, suppose the content of one of the data slices is (the following content is only displayed on the TV user interface in a way that users can understand, but actually the data slice stores the corresponding index value and parameter value):

Please choose the theme style color (): A, red B, black C, yellow D, cyan.

Among them, "Please select the color of the theme style" is an index string, indicating that the specific function of the data piece is executed by the "theme style setting program", and the executed function is to set the color of the theme style; A, B, C, D Each of the four options refers to an integer number (integer value) such as 1, 2, 3, 4. Here, when the user selects A, the parameter value of this "theme style setting program" is 1, and the brackets behind "please select the color of the theme style" on the user interface of the TV set (these brackets are the parameters written into the mark character, which of course can also use other specific identifiers, which are used in the program to confirm the user's filling results) to display (fill in) A.

The first table is used to restore the factory settings, and it is usually not modifiable by default, that is, the parameter value of the data sheet cannot be modified. Usually, this table is stored in the TV by the equipment manufacturer before it goes out of the market.

When the user starts the user interface program, the user interface program starts a piece of retrieval code to parse the first table, starts parsing from the starting address of the specified memory, reads the data of the first data slice, and according to the index in the data slice String, to index the setting program referred to by the index string, and judge whether to open the setting program (the default is No) or modify the properties of the setting program according to the integer value in the data slice. For example, in the above example, the corresponding setting program is started according to the index string index, and according to the parameter value of 1, the setting program sets the theme style to red.

In addition, in the embodiment of the present invention:

1. In addition to the first table, the TV also provides user interface customization files (that is, the second table). Among them, the first table is used to restore the factory settings. If the user does not need the function of restoring the factory settings , or only one form can be used.

That is to store another second table in another section of memory, which is stored in a fixed section of memory and divided into n data slices, each data slice can store an index value (for example, an index string) and a Parameter value (such as an integer value), the integer value in this piece of data can be actively modified by the user.

The second table is basically the same as the first table, the only difference is that the integer value in the data sheet of the first table cannot be modified; while the integer value in the data sheet of the second table can be modified.

Second, establish a database for storing customized files.

The obtained second table is analyzed, and the content of the obtained custom file corresponds to the data in the data sheet of the second table above, and of course, also corresponds to the data sheet of the first table.

The above-mentioned customized files can be electronic documents such as TXT or image files, and the customized files can be predefined first:

(1) When the customized file is a TXT electronic document, the ASCII code value (0x0D) of the Enter key is used as the line feed mark in units of behaviors (Of course, other special marks can also be used as the line feed mark. In this embodiment, the value of the Enter key is used. The ASCII code value is the newline mark is only the preferred solution), each line corresponds to a setting program, and the number of lines is the same as the number of setting programs. Each row is provided with a parameter writing identifier, such as brackets, to identify the user’s filling result. The user fills in within the scope of the parameter writing identifier, and is provided to the corresponding row after being identified by the user interface program. The integer value of the setter. In addition, except for the Enter key and the above-mentioned specific identifier name, other texts such as index strings and options are only for the user to read, and the user interface program does not need to know what the content is.

For example, the contents of the first and second data slices of the second table are:

Please choose whether you need to set the image effect (): A, required B, not required;

Please select the theme style color (): A, red B, black C, yellow D, cyan;

Correspondingly, assign the following content to the first line and the second line in the custom file:

Please choose whether you need to set the image effect (): A, required B, not required;

Please select the theme style color (): A, red B, black C, yellow D, cyan;

For example, if the user selects A in the first line, then fill in A in the brackets after the line, that is:

Please choose whether you need to set the image effect (A): A, required B, not required;

(2) When the customized file is a picture file, firstly formulate the specification of the picture uniformly, and define several areas corresponding to several setting programs according to the coordinates of the picture. These areas are also the areas for users to fill in, and the user interface program Read the user's selection result of this area and provide the corresponding integer value to the setting program corresponding to this area. Specifically, each area includes a first sub-area corresponding to the index value, and at least one second sub-area corresponding to the parameter value for user-customized target parameter values.

These several second sub-areas are in the area corresponding to the coordinates of the picture file, and can be displayed in a box for the user to customize the target parameter value, for example:

 需要   

   不需要；Please choose whether you need to set image effects:

need

unnecessary;

Note that in the image file, usually not one second sub-area corresponds to one setting program, as in the above example, two second sub-areas correspond to the same setting program.

In the above example, except for the box (the second sub-area), other text is mainly presented to the user for guidance or instruction, and the user interface program does not need to know what the content is. After these areas are set, in one embodiment, RGB values of these areas need to be pre-stored to determine whether these areas are filled.

In this embodiment, since the area defined in the image file includes many pixels, it is necessary to define the RGB values of these pixels in advance, for example, assuming that these areas are white, the RGB value of white is (255 255 255), and pre-defined Store the RGB value, if the second sub-area is filled in black by the user, and the black RGB value is (0 0 0), then after the TV obtains the picture file, the RGB value after filling and the previous By comparing the stored RGB values, it can be determined whether the second sub-area is filled.

When judging whether a certain second sub-area is filled in, a threshold can also be set for each pixel of the second sub-area, within the allowable range, for example, it can be set to Half or more of the second sub-area, and the RGB value of each pixel exceeds the set threshold, it can be determined that the second sub-area is graffitied by the user.

When the user interface program is started, the user interface program reads the customized file and parses it according to the type of the customized file. According to the analysis, each corresponding setting program and the integer value corresponding to each setting program can be obtained.

Next, the user interface program obtains the first setting program corresponding to the customized file, and provides the setting program with an integer value corresponding to the setting program, and the setting program fills the integer value into a certain function interface of itself as the function Interface parameters to complete the function setting, including: whether to open the setting program (the default is No) or modify the properties of the setting program and other settings.

From the above analysis, we can see that there are two ways to make the customized document of this proposal:

1. Make an electronic document, such as a TXT document. The content of the electronic document corresponds to the data in the data sheet of the second table above (of course, it also corresponds to the data sheet in the first table), and save the electronic file Enter the database as a customized file, and predefine the customized file according to the above instructions.

When starting the user interface program, the user interface program reads the electronic document and parses the first line of the electronic document,

Suppose the content of the first line of the electronic document is (assuming the user chooses A):

Please choose whether you need to set the image effect (A): A, required B, not required;

According to the ASCII code value of the first Enter key encountered in the first line, the setting program corresponding to this line is identified as "image effect setting program"; according to the ASCII code value of the letter filled in the brackets in the first line, the letter is identified is "A";

Then, the user interface program obtains the setting program associated with the first line of the electronic document, that is, the "image effect setting program"; and the user interface program notifies the above-mentioned information that the user has selected option A to the "image effect setting program",

Suppose option A means 1, option B means 2, the user interface program notifies the system to start the "image effect setting program", and the "image effect setting program" sets (fills in) "1" at its own parameter interface (whether image effect needs to be set) "(Of course, here you can also directly use the ASCII code values of A and B instead of 1 and 2, and you can also use any other agreed characters, as long as it can be recognized by the program).

The subroutine "whether image effects need to be set" receives the parameter "1", thereby performing the function of "yes".

2. Formulate a paper form in a unified format, the content of which corresponds to the data in the data sheet of the second table above (of course, it also corresponds to the data sheet of the first table). Manually filled by the user (such as coated cardboard for the college entrance examination).

Scan the paper form filled by the user, form a picture file and store it in the database as a customized file. However, the customization file needs to be pre-defined as above.

Next, the user interface program analyzes the first sub-area and the second sub-area corresponding to the first setting program in the picture file (customized file), and compares the RGB values of each pixel in the second sub-area with the pre-stored RGB values. Comparing, judging which or which second sub-regions are filled in, and providing the filling result to the setting program, the setting program sets the value corresponding to the option at its corresponding parameter interface, thereby completing the corresponding function setting.

As shown in Figure 3, the embodiment of the present invention also provides a user interface customization device, including:

Obtaining module 10, configured to obtain the user interface customization file sent by the user;

Parsing module 20, for parsing the user interface customization file;

The setting module 30 is configured to start a corresponding setting program according to the analysis result of the analysis module 20 to set the user interface.

Specifically, the user interface customization file includes n data slices, and each data slice includes an index value and a parameter value, wherein the value of n is consistent with the number of setting programs that the system has, and the index value is used to indicate the system The corresponding setting program is started, and the parameter value is used to indicate the interface setting strategy adopted by the system when executing the setting program.

Specifically, the setting module 30 starts the corresponding setting program according to the analysis result of the user interface customization file to set the user interface, including:

1) Start the user interface program;

2) The user interface program starts parsing from the starting address of the specified memory, reads the data of the data piece in the user interface customization file one by one, and indexes the setting program indicated by it according to the index value in the data piece, and according to the data The parameter value in the data sheet is used to select whether to open the setting program or modify the attribute of the setting program, and when the user interface program modifies the attribute of the corresponding setting program according to the parameter value in the data sheet, the setting program performs the user interface according to the modified situation. setting.

Specifically, the setting module 30 is also used to obtain the restore factory settings command input by the user by the obtaining module 10, and the parsing module 20 obtains the pre-stored user interface restoration file from the internal memory according to the command and parses it, according to the parsing module 20 The analysis result starts the corresponding setting program to restore the factory settings of the user interface, wherein the parameter value of the data slice of the user interface recovery file is prohibited from being modified by the user.

Specifically, the parameter values in the user interface customization file acquired by the acquisition module 10 can be modified by the user. For example, after the user obtains a prefabricated customized file template, fill in the corresponding customized parameter values according to the corresponding instructions of the customized file template, for example, by filling in the blanks, blacking out, or other ways of identifying the customized information. The setting of the parameter value.

In one embodiment, the user interface customization file is a TXT electronic document, and its content is pre-defined as follows: in units of lines, the ASCII code value of the Enter key is used to identify a new line, and each line corresponds to a data piece and a unique The setting program; each line includes an index character string corresponding to the index value, and at least one parameter writing identifier corresponding to the parameter value for the user to customize the target parameter value.

Specifically, when the user interface customization file acquired by the acquisition module 10 is a TXT electronic document, the method for parsing the user interface customization file by the parsing module 20 is:

1) Obtain the index value in line units, and index the corresponding setting program according to the index value, where the ASCII code value 0x0D of the carriage return key is used as the newline mark, and each line is a data piece, which corresponds to a unique setting program;

2) After identifying the parameter writing identifier, obtain the target parameter value after the parameter writing identifier.

In another embodiment, the custom file is a picture file, which is pre-defined as follows: according to the coordinates of the picture file, taking the area as a unit, each area corresponds to a data piece and a unique setting program; each area It includes a first sub-area corresponding to the index value, and at least one second sub-area corresponding to the parameter value for users to customize the target parameter value.

Specifically, when the user interface customization file acquired by the acquisition module 10 is a picture file, the method for parsing the user interface customization file by the parsing module 20 is:

1) Detect the pre-established format and divide the picture file into the first area corresponding to the corresponding setting program, and index the corresponding setting program accordingly;

2) Detect the second area within the first area, and obtain target parameter value information matching the corresponding setting program accordingly.

In addition, continuing to refer to FIG. 2 , an embodiment of the present invention also provides a TV, which includes the user interface customization device as described above, and the device includes:

Obtaining module 10, configured to obtain the user interface customization file sent by the user;

Parsing module 20, for parsing the user interface customization file;

The setting module 30 is configured to start a corresponding setting program according to the analysis result of the analysis module 20 to set the user interface.

For the detailed description of the above user interface customizing device, no repeated introduction will be made here.

For the television provided by the embodiment of the present invention, when the user needs to customize the user interface, the storage device storing the customized user interface file can be connected to the TV in a wired way (such as USB) or wirelessly The TV, thereby completing the reading of the user interface customization file by the TV, and then, the TV sets the user interface customization according to the user interface customization file, thereby greatly reducing the user's operation difficulty to a certain extent and improving user experience .

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made by using the description of the present invention and the contents of the accompanying drawings, or directly or indirectly used in other related All technical fields are equally included in the scope of patent protection of the present invention.

Claims (15)

1. a user interface customization method, is characterized in that, comprising:

Obtain the user interface customization file that the user sends;

Resolve described user interface customization file, and start according to analysis result the setting that corresponding setting program carries out user interface.

2. user interface customization method as claimed in claim 1, it is characterized in that, described user interface customization file comprises n data slice, and each data slice comprises index value and parameter value, wherein, the number of the setting program that the value of n has with system is consistent, and described index value is used to indicate system and starts corresponding setting program, and described parameter value is used to indicate the interface Provisioning Policy that system is taked when carrying out setting program.

3. user interface customization method as claimed in claim 2, is characterized in that, the analysis result of User interface customizing file starts the step that corresponding setting program carries out the setting of user interface and comprises:

Start user interface program;

User interface program starts to resolve from the initial address of specified memory, read one by one the data of data slice in the user interface customization file, according to the index value in this data slice, carry out its indicated setting program of index, and the attribute of selecting whether open this setting program or revising this setting program according to the parameter value in this data slice, and, when user interface program, during according to the attribute of the modify parameteri relative set program in data slice, this setting program carries out the setting of user interface according to the modification situation.

4. the method for the user interface customization for television set as claimed in claim 2, is characterized in that, the parameter value in the user interface customization file is by user's customization of modifying.

5. described user customizing method as arbitrary as claim 1-4, it is characterized in that, described user interface customization file is the TXT electronic document, its content is carried out giving a definition in advance: with behavior unit, the ASCII character value of enter key of take is the line feed sign, the corresponding data slice of every a line and a unique setting program; Every a line comprises an index character string corresponding with described index value, and at least one corresponding with described parameter value, as to supply customization target component value parameter read-in identifier.

6. described user interface customization method as arbitrary as claim 1-4, it is characterized in that, described customized file is picture file, and it is carried out giving a definition in advance: according to the coordinate of picture file, take zone as unit, each the corresponding data slice in zone and a unique setting program; Each zone comprises first subregion corresponding with described index value, and at least one second corresponding with described parameter value, as to supply customization target component value subregion.

7. the described method of the user interface customization for television set as arbitrary as claim 1-4, is characterized in that, also comprise the factory reset step, it comprises:

Obtain the factory reset order of user's input;

Obtain the user interface recovery file of pre-stored and by its parsing from internal memory according to this order;

Start according to analysis result the factory reset that corresponding setting program carries out user interface, wherein, the parameter value of the data slice of described user interface recovery file forbids that the user modifies.

8. a user interface customization device, is characterized in that, comprising:

Acquisition module, the user interface customization file sent for obtaining the user;

Parsing module, for resolving described user interface customization file;

Module is set, for the analysis result of foundation parsing module, starts the setting that corresponding setting program carries out user interface.

9. user interface customization device as claimed in claim 8, it is characterized in that, described user interface customization file comprises n data slice, and each data slice comprises index value and parameter value, wherein, the number of the setting program that the value of n has with system is consistent, and described index value is used to indicate system and starts corresponding setting program, and described parameter value is used to indicate the interface Provisioning Policy that system is taked when carrying out setting program.

10. user interface customization device as claimed in claim 9, is characterized in that, the analysis result that module User interface customizing file is set starts the step that corresponding setting program carries out the setting of user interface and comprises:

Start user interface program;

User interface program starts to resolve from the initial address of specified memory, read one by one the data of data slice in the user interface customization file, according to the index value in this data slice, carry out its indicated setting program of index, and the attribute of selecting whether open this setting program or revising this setting program according to the parameter value in this data slice, and, when user interface program, during according to the attribute of the modify parameteri relative set program in data slice, this setting program carries out the setting of user interface according to the modification situation.

11. the device of the user interface customization for television set as claimed in claim 9, it is characterized in that, module is set also orders after internal memory obtains the user interface recovery file of pre-stored and it is resolved accordingly for the factory reset order, the parsing module that get user input at acquisition module, start corresponding theme style setting program according to the analysis result of parsing module and carry out the factory reset of user interface, wherein, the parameter value of the data slice of described user interface recovery file forbids that the user modifies.

12. the device of the user interface customization for television set as claimed in claim 9 is characterized in that the parameter value in the user interface customization file that acquisition module obtains can be modified by the user.

13. described user interface customization device as arbitrary as claim 8-12, it is characterized in that, described user interface customization file is the TXT electronic document, its content is carried out giving a definition in advance: with behavior unit, the ASCII character value of enter key of take is the line feed sign, the corresponding data slice of every a line and a unique setting program; Every a line comprises an index character string corresponding with described index value, and at least one corresponding with described parameter value, as to supply customization target component value parameter read-in identifier.

14. described user interface customization device as arbitrary as claim 8-12, it is characterized in that, described customized file is picture file, and it is carried out giving a definition in advance: according to the coordinate of picture file, take zone as unit, each the corresponding data slice in zone and a unique setting program; Each zone comprises first subregion corresponding with described index value, and at least one second corresponding with described parameter value, as to supply customization target component value subregion.

15. a television set, is characterized in that, it comprises described user interface customization device as arbitrary as claim 6-10.

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