TWI457870B - System and method thereof for assisting vocabulary memorization - Google Patents

Description

System and method for assisting memorizing words

A system and method for assisting memorizing words, in particular, a system and method for assisting a user in setting a word proficiency value by drawing a word and enhancing a word recitation effect by a difference in display style of each word.

Language is an important tool for communication between people. Through language, people can exchange information or exchange emotions. Under the huge output of information and the advancement of various communication technologies, modern people need to be in touch all the time. To the language, and therefore whether it is a foreign language or a native language, language learning is inextricably linked to modern people. In language learning, words are often the key. As the number of words understood by individuals increases, the mastery of language will be relatively improved. Therefore, there are quite a lot of systems and methods used to assist users in memorizing words.

In the past, the system and method for assisting users to recite words is generally to change the way the words are played, and to deepen the user's memory of the words through repeated play of words. For example, there are some systems and methods for assisting memorizing words. The memory curve of a person is used to divide words into various play groups. As the play time advances, the frequency of less familiar words will be increased. The more frequently used words are played at a lower frequency. Finally, when the familiarity reaches the threshold, the words are moved out of the play sequence. In addition, there are some systems and methods to assist in memorizing words by deepening the impression of words through the playback of images or multimedia.

The system and method for assisting the user to memorize words can help the user to deepen the proficiency of the word, but since the setting method of the proficiency value corresponding to each word is often complicated, or only filtered by the system preset, the use is The process of memorizing cannot quickly set the proficiency value, causing troubles in use. In addition, with the emergence of various devices and systems that assist in the use of touch technology to recite words, how to assist users to recite words through the use of hands and brains has become a direction that various manufacturers are eager to develop. It is necessary to propose improved technical means to solve this problem.

In view of the problems of the prior art, the present invention discloses a system for assisting memorizing words and a method thereof, wherein:

The system for assisting memorizing words disclosed in the present invention comprises: a word database, in which at least one word data item is pre-stored, wherein each word data item includes a proficiency value of a word and a corresponding word; and a capture module is used for Receiving at least one word data item according to a pre-established playing rule, the display module is pre-established with a display style correspondence table, and the display style correspondence table includes each proficiency value and each proficiency value. Corresponding display styles are used to retrieve at least one word data item after the module is captured, and the corresponding display style is queried according to each proficiency value of each word data item to the display style correspondence table, and each word is correspondingly The display mode output to the word playing interface displays a word playing interface; the recording module is configured to record the trajectory of the index signal to capture the word when the index signal falls into the index signal receiving area corresponding to the word on the word playing interface; and calculate a module for updating the proficiency value of the word according to the scribing track, and triggering the display module update list after updating the proficiency value The display styles and updating the words of the display.

The method for assisting memorizing words according to the present invention comprises the steps of: pre-storing at least one word data item in a word database, wherein each word material item includes a proficiency value of a word and a corresponding word; and a display style correspondence table is pre-established. The display style correspondence table includes display styles corresponding to the respective proficiency values and the respective proficiency values; when receiving the start signal for playing the words, extracting at least one word data item from the word database according to the pre-established play rule; Querying corresponding display styles according to each skill value of each word data item captured to the display style correspondence table, and outputting each word according to the corresponding display style to the word play interface; displaying a word play interface, wherein the displayed words are played Each word of the interface corresponds to the indicator signal receiving area; and when the indicator signal falls into the index signal receiving area of the word, the following steps are performed: starting to record the index signal to draw the trajectory of the word; and updating the word according to the trajectory Value, and to the display style correspondence table to query the corresponding display style; and root Display style update after update word words appears.

The system and method disclosed in the present invention are as above, and the difference between the prior art and the prior art is that the present invention displays a word playing interface including at least one word, and when the index signal falls into the index signal receiving area corresponding to the word on the word playing interface. Start recording the indicator signal to draw the trajectory of the word, and then update the proficiency value and display style of the corresponding word according to the trajectory and update the word display.

Through the above technical means, the invention can assist the user to improve the technical effect of the word recitation efficiency by using the side finger to recite words.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

First, please refer to "FIG. 1", which is a block diagram of a system for assisting memorizing words, and will be used to explain each component module in the system of the present invention. The system 100 for assisting memorization of words includes a word database 101, a capture module 102, a display module 103, a recording module 104, and a computing module 105.

The word database 101 stores at least one word item in advance. The word data items in the word database 101 may be stored by the user after being set by the user, or may be imported from other databases according to a preset special filtering rule. For example, when a user uses a dictionary program to which the present invention is applied, the system for assisting memorizing words of the present invention can be regarded as a subsystem of a dictionary program. When the user queries a word, the user can review and query. The word data item is stored in the word database 101; or when the number of times the user queries the same word reaches a certain threshold, the dictionary program automatically stores the word item in the word database 101. The present invention does not limit how the word material items in the word database 101 are pre-established, as long as the stored word data items will be displayed for the user to recite, the database should be in the word database of the present invention. In the category.

Each word data item in the present invention includes a word and a proficiency value corresponding to the word, but the data stored in the word data item is not limited to the word and the proficiency value, and the word data item may further include the word interpretation and part of speech. Other related fields related to words, such as related words. The proficiency value described in the present invention refers to a data field that can be changed according to a user's setting, and is used to distinguish the proficiency of different words. Since the proficiency value has many types of data, here is It is not limited to the data type and size value of the proficiency value, and any person having ordinary knowledge in the field to which the present invention pertains can easily change the data type and size value of the proficiency value slightly under the premise of the present invention. The invention does not limit the data type and size values of the skilled value, and therefore any person who can achieve similar effects should still be within the scope of the present invention.

The capture module 102 is responsible for capturing the word data items in the word database 101 according to the pre-established play rules when receiving the start signal for playing the word. It should be noted that the start signal for playing a word refers to a signal generated when a system for playing a word is triggered by a system, method or device of the present invention, which may be generated after the user selects a graphic element on the user interface. It may also be generated when the user starts the function of playing the word, and the present invention does not limit the case where the activation signal is generated. The playing rule may be: playing the word data item according to different data field attributes of the word material item, for example, playing a word with a proficiency value of 1, or playing the word data item according to the setting of different playing batches, for example, : 10 word data items are played at a time, and the present invention is not limited herein to the form of the playing rules, and any rules for playing the word data items should be in the scope of the playing rules of the present invention.

The display module 103 has a display style correspondence table established in advance, and the display style correspondence table includes display styles corresponding to the respective proficiency values and the respective proficiency values. The display styles described in the present invention may be various attributes related to word display, such as font thickness, font color depth, font size, background color, and the like. For example, if the display style is the color depth of the font, as the proficiency value increases, the font color of the word will become lighter and lighter as the word is displayed. In this case, the color depth of the font is used as an example only to illustrate the correspondence between the display style and the proficiency value. In fact, any attribute that can establish a numerical correspondence with the proficiency value and produce a differentiated display when displaying the word should be described in the present invention. In the category of the display style, the present invention is not limited to the color depth of the font.

After the capture module 102 extracts at least one word data item according to the playing rule, the display module 103 will query the corresponding display style according to the proficiency value of each word to the display style correspondence table. For example, suppose the display style is the font size, the maximum is 32 pt, the minimum is 12 pt, the proficiency value is up to 10, and the minimum is 1, where the correspondence in the corresponding table is displayed as the higher the proficiency value, the smaller the font size is. After the capture module 102 extracts a word with a proficiency value of "10", the display module 103 will query the font size to 12 pt according to the proficiency value "10", and then output the word to the word play interface. Displayed in a font size of 12 pt. The word play interface described herein refers to a display interface set according to a play rule, and may play a plurality of words at a time, or may play one word at a time, and the present invention does not limit the display of words in the word play interface. quantity. Although the font size is taken as an example to illustrate the correspondence between the display style and the proficiency value, the display style is not limited to the font size as described above, which is known to those of ordinary skill in the art to which the present invention pertains. Then do not repeat them.

The correspondence relationship between the display style correspondence tables in the display module 103 may be set by the user or may be preset by the system. For example, when the display style is the font thickness, the system may preset the font thickness corresponding to each proficiency value, or provide a setting interface for the user to set the font weight corresponding to the proficiency value, thereby allowing the user to customize The most appropriate display style.

The recording module 104 is responsible for recording the trajectory of the index signal to capture the word when the indicator signal falls into the indicator signal receiving area corresponding to a word on the word playing interface. It should be noted that the indicator signal may be a control signal generated by a mouse cursor control device such as a mouse, a keyboard, a touchpad, etc., for example, when the user clicks the left mouse button, the recording module 104 will start. Recording the drag track of the mouse as the scoring track. In addition, in some operating systems using the touch screen technology, since there is no mouse cursor, the touch signal directly sensed can be used as the index signal. For example, when the user moves a finger on the touch screen to draw a word, the recording module 104 will record the drawing track. In addition, event detection of indicator signals, such as coordinates, selection, etc., can be achieved by utilizing the inherent functions or functional modules of various graphical user interface application development tools. When the word is output to the word playing interface, each word can be regarded as a single graphic component, each word will have a corresponding index signal receiving area, and when the index signal falls into the indicator signal receiving area, the recording module 104 The trajectory of the wording of the word signal will be recorded. Since this is understood by those of ordinary skill in the art to which the invention pertains, no further details are provided herein.

The calculation module 105 is responsible for updating the proficiency value of the word according to the scribing track, and triggering the display module 103 to update the display style of the word and update the display of the word after updating the proficiency value. It should be particularly noted that the scribing track may be any type of line, and the computing module 105 will determine a scribing direction and a scribing ratio of the drawn words according to the scribing track. For example, suppose that the reading direction of a word is from left to right, then when the starting point of the trajectory is at the left end and right, the line that draws the trajectory is a line, curve, polyline or other type of line. The calculation module 105 can determine that the direction of the track is consistent with the reading direction. In addition, the ratio of the stroke must be judged by the length of the word taken by the stroke trajectory. For example, assuming that there is a word "postpone", when the trajectory only passes "post", the calculation module 105 can calculate the stroke ratio as 50%. When the drawing direction conforms to the reading direction of the word, the calculation module 105 will increase the proficiency value according to the drawing ratio. Conversely, if the reading direction is opposite to the reading direction, the calculation module 105 will reduce the proficiency value according to the drawing ratio. For example, if the proficiency value of a word is "1" and the value of each change is 1, then the skill value will be the same when the direction of the stroke is the same as the reading direction and the stroke ratio is 100%. Updated to "2", if the direction of drawing the word once is opposite to the reading direction and the stroke ratio is 50%, the proficiency value will be updated to "0.5", and so on. It is worth mentioning that the calculation of the proportion of the draw can be used only for 50% and 100%, for example: 100% for the full draw, 50% for the full draw, or, according to the actual The scale is used to calculate the updated proficiency value. Since the difference is only the complexity of the value, it will not be described here.

After the calculation module 105 calculates the updated proficiency value, the display module 103 is triggered to update the display style of the word and display the updated word. For example, if the proficiency value of a certain word is "2", the display module 103 will re-query the display style correspondence table according to the proficiency value "2" to find the updated display style, and then display the updated display style. word.

Through the above-mentioned module, the user can recite the word while using the hand and brain to recite the word, thereby deepening the memory effect of the word memorization, and can also generate different word display patterns through the quick word display style setting. This can also be seen at a glance for unfamiliar words and enhance the memorization of the words. In addition, the user can click on the word through the indicator signal, and the display module 103 will display the word interpretation of the corresponding word, thereby allowing the user to recite the word content repeatedly, thereby further enhancing the effect of the word memorization.

Next, please refer to "FIG. 2" as a flowchart of a method for assisting memorizing words, which will be used to explain the implementation flow of the present invention.

First, at least one word item is pre-stored in the word database (step 201), wherein each word item contains a word and a proficiency value corresponding to the word. The word data stored in the word database is a word data item that will be played back for the user to reproduce. The manner of establishing the word data item may be stored by the user and may be stored by the system according to a preset special filtering rule. Imported from other databases. For example, when a user uses a linguistic system with the application of the present invention, the system for assisting memorizing words of the present invention can be regarded as a subsystem thereof, when the user marks a part of the language learning process that needs to be reviewed. When words are used, these words will be imported into the word database; or, when the language test is performed, when the test questions related to the words are wrong, the system can automatically enter the single words into the word database. The present invention does not limit how the word material items in the word database are pre-established, as long as the stored word data items will be displayed for the user to recite, the database should be in the word database of the present invention. In the category.

In addition to words and proficiency values, word data items can include other data fields related to words, such as word interpretation, part of speech, and associated vocabulary. The proficiency value described in the present invention refers to a data field that can be changed according to a user's setting, and is used to distinguish the proficiency of different words. Since the proficiency value has many types of data, here is It is not limited to the data type and size value of the proficiency value, and any person having ordinary knowledge in the field to which the present invention pertains can easily change the data type and size value of the proficiency value slightly under the premise of the present invention. The invention does not limit the data type and size values of the skilled value, and therefore any person who can achieve similar effects should still be within the scope of the present invention.

Next, in addition to pre-establishing the word database, the system also pre-establishes a display style correspondence table (step 202), wherein the display style correspondence table includes display styles corresponding to the respective proficiency values and the respective proficiency values. The display style may be various attributes related to word display, such as font thickness, font color depth, font size, background color, etc., and different display style correspondences may be set in the display style correspondence table according to different proficiency values. For example, suppose the display style is background color, and as the proficiency value increases, the background color can be lighter and lighter, so that when the display is displayed, the words with darker background colors will be more prominent, and the user can Familiar words strengthen reciting. The background color is taken as an example only to illustrate the correspondence between the display style and the proficiency value. In fact, any attribute that can establish a numerical correspondence with the proficiency value and generate a differentiated display when displaying the word should be described in the present invention. In the category of the display style, the present invention is not limited to the background color here.

Then, when the activation signal for playing the word is received, at least one word data item is extracted according to the pre-established playing rule to the word database (step 203). It should be noted that the start signal for playing a word refers to a signal generated when a system for playing a word is triggered by a system, method or device of the present invention, which may be generated after the user selects a graphic element on the user interface. For example, a function graphic component of "word review" is selected, or it may be generated when the user starts the function of playing a word. For example, the user opens the word playing program, and the present invention does not limit the generation of the start signal. time. The playing rule may be: playing the word data item according to different data field attributes of the word material item, for example, playing a word with a proficiency value of 1, or playing the word data item according to the setting of different playing batches, for example, : 10 word data items are played at a time, and the present invention is not limited herein to the form of the playing rules, and any rules for playing the word data items should be in the scope of the playing rules of the present invention.

After the word data item is taken out, the system will query the corresponding display style according to each skill value of each word data item retrieved to the display style correspondence table, and output each word to the word play interface according to the corresponding display style. (Step 204), then the word play interface is displayed (step 205), wherein each word in the displayed word play interface corresponds to the index signal receiving area.

The word play interface described herein refers to a display interface set according to a play rule, and may play a plurality of words at a time, or may play one word at a time, and the present invention does not limit the display of words in the word play interface. quantity. Although the font size is taken as an example to illustrate the correspondence between the display style and the proficiency value, the display style is not limited to the font size as described above, which is known to those of ordinary skill in the art to which the present invention pertains. Then do not repeat them.

Then, when the indicator signal falls within the index signal receiving area of the word, the recording of the index path of the index signal is started (step 206). The indicator signal can be a control signal generated by a mouse cursor control device such as a mouse, a keyboard, a touchpad, etc., for example, when the user clicks the left mouse button, the system will start recording the drag track of the mouse as a stroke. In addition, in some operating systems using touch screen technology, since there is no mouse cursor, the touch signal can be directly used as the index signal, for example, the user touches with the finger. When the word is moved on the control screen, the system will record the trace.

After the scoring track recording is completed, the system will then update the proficiency value of the word according to the scribing track and query the corresponding display style to the display style correspondence table (step 207). The step of updating the word proficiency value according to the scribing trajectory includes multiple steps. First, the system will judge the scribing direction and the scribing ratio of the scribble word according to the scribing trajectory, and then determine whether the scribing direction is related to the reading of the word. The directions match, when the reading direction is the same, the proficiency value is increased according to the drawing ratio, and conversely, the proficiency value is reduced according to the drawing ratio. After the updated proficiency value is generated, the system will query the display style correspondence table for the updated display style, and finally update the display of the word according to the display style after the word update (step 208).

Through the above steps, the user can recite the words while using the brain and the brain to recite the words, thereby deepening the memory effect of the words, or by generating a different word display style through the quick word display style setting. Unfamiliar words can also be seen at a glance and strengthen the memorization, improving the effect of the word recitation. In addition, the user can click on the word through the indicator signal, and the system will display the word interpretation of the corresponding word, thereby allowing the user to recite the word content repeatedly, further enhancing the effect of the word memorization.

Next, a detailed implementation method of the present invention will be described by taking an operation procedure of a dictionary program to which the present invention is applied as an embodiment.

First, please refer to "Figure 3" first. It is assumed that a dictionary program is available for the user to query the vocabulary through the query interface 300. When the user inputs the query vocabulary 301 “great” through the query interface 300, the vocabulary data item 302 corresponding to the query vocabulary 301 will be displayed. The vocabulary data item 302 may include other information related to the word, such as word interpretation, part of speech, associated vocabulary, etc., and is not limited to the actual content of the vocabulary data item 302. Assuming that the user clicks on the function key 303 of the word database, the vocabulary item 302 corresponding to the query vocabulary 301 "great" will be imported into the word database of the dictionary program (not shown) as the word data item. Store. In this embodiment, although the user establishes a word database in a manner set by the user, the system can automatically import the vocabulary data items into the word database according to special filtering rules, for example, when querying a certain vocabulary data. When the item reaches a certain threshold, the system automatically imports the vocabulary data item into the word database for storage. In this embodiment, the word database is established by the user to set up the word database for illustration only, and the general knowledge in the field to which the present invention pertains. It should be understood that it is not intended to limit the way in which the word database is actually built.

Next, please refer to "FIG. 4", the content of the word database can be as shown in the data diagram 400, wherein each word data item 401 contains words and proficiency values, and can be included in addition to words and proficiency values. Other data fields related to words, such as word interpretation, part of speech, associated vocabulary, etc., are not limited to the content of the word data item. It should be noted that each word data item can generate a preset proficiency value when it is imported into the word database. The proficiency value can generate a numerical value change according to the number of times the word data item is played and the user's setting. The skilled values exemplified in the examples are for illustrative purposes only, and the numerical values of the skilled values are not limited to the examples.

Please refer to "figure 5". In addition to pre-establishing the word database, the dictionary program will pre-establish the correspondence table 501 between the display style and the proficiency value. It is assumed that the proficiency value in this embodiment can be between 0 and 4. Integer, display style is the font color depth value 0 ~ 4, 0 is the font color is the deepest, 4 is the font color is the lightest, as the word proficiency value is updated, the font color of each word will also change. In the present embodiment, although the display style indicates the correspondence between the display style and the proficiency value, the actual display style is not limited thereto.

Assuming that the user has opened the word review function of the dictionary program, the dictionary program will then retrieve the word data items in the word database according to the pre-established play rules. Please refer to "Picture 6A", assuming that the word data items extracted by the dictionary program are output to the word play interface 600, and each word in the word play interface 600 displayed by the dictionary program will set the index signal such as the word "excellent". The block indicated by the area 601 is received, thereby recording the trajectory of the index signal when the word is drawn. Assume that the current proficiency value of each word displayed in "Picture 6A" is 0. When the dictionary program displays the word play interface 600, the display style correspondence table will be queried first, and the font color depth value is 4, which will be displayed. Each word is displayed in the display style with the largest depth value.

Please also refer to "Picture 6A". Suppose now that the user draws a word in the index signal receiving area 601 with the indicator signal on the word "excellent", and the dictionary program will draw the track. 602 records and determines the direction of the drawing and the ratio of the drawing according to the trajectory 602. After the dictionary program determines the direction of the stroke and the ratio of the stroke, it will then determine whether the direction of the stroke conforms to the reading direction of the word. Since the stroke 602 is drawn from left to right, the word "excellent" is read. Direction, at this time the dictionary program will increase the proficiency value according to the draw ratio of 100%. Assuming that the proficiency value is increased by 1, the proficiency value of the word "excellent" will be updated to "1" at this time. The dictionary program will then re-query the display style correspondence table according to the updated proficiency value "1", and the updated font color depth value is "3", and finally the font color of the word "excellent" is displayed again, and the displayed result will be displayed. As shown in Figure 6B, the font color of the word "excellent" will be converted to a lighter color.

Please refer to "6C". It is assumed that after the skill value is updated multiple times, when the words in the word display interface 600 are presented with different font colors, the user can reinforce the unfamiliar words according to the depth of the font color, and As the proficiency value becomes higher and higher, the color of the font will become lighter and shallower. When a threshold is reached, the dictionary program can display no words at all, or even move the word data item out of the word database. Suppose now that the user draws the word "excellent" in the indicator signal receiving area 601 through the index signal to generate the stroke 603, the dictionary program can determine that the stroke 603 is opposite to the reading direction of the word "excellent". The program will reduce the proficiency value by 100% of the draw rate. Assuming that the current proficiency value is "1" and the proficiency value is reduced by "1" each time, the proficiency value of the word "excellent" will be "0" after updating the proficiency value, and the updated word display will be as "6D". As shown, the font color returns to a darker display color.

Through the above embodiments, the user can quickly set the proficiency value of the word through the indicator signal, and strengthen the reciting of the unfamiliar words by the differentiated display, thereby improving the memory efficiency of the word recitation. In addition, as shown in FIG. 6E, when the user clicks on the displayed word, the word interpretation 604 corresponding to the word can also be displayed together, thereby improving the user's understanding and memory of the word content. It can improve the efficiency of user word reciting.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

100. . . system

101. . . Word database

102. . . Capture module

103. . . Display module

104. . . Recording module

105. . . Computing module

300. . . Query interface

301. . . Query term

302. . . Vocabulary item

303. . . Function key

400. . . Data table

401. . . Word data item

501. . . Correspondence table

600. . . Word play interface

601. . . Indicator signal receiving area

602. . . Scribing track

603. . . Scribing track

604. . . Word interpretation

Step 201: Pre-store at least one word data item in the word database

Step 202: Establish a display style correspondence table in advance

Step 203: When receiving the start signal for playing the word, extracting at least one word item according to the pre-established playing rule to the word database

Step 204: Query the corresponding display style according to each skill value of each word data item that is captured to the display style correspondence table, and output each word to the word play interface according to the corresponding display style.

Step 205 Display the word play interface

Step 206: When the indicator signal falls within the index signal receiving area of the word, the recording of the index signal is taken.

Step 207: updating the proficiency value of the word according to the scoring track and querying the corresponding display style according to the display style correspondence table.

Step 208: Update the display of the word according to the display style after the word is updated.

Figure 1 is a block diagram of a system for assisting memorizing words in the present invention.

Figure 2 is a flow chart of a method for assisting in recitation of words in the present invention.

FIG. 3 is a schematic diagram of a query interface of a dictionary program according to an embodiment of the present invention.

FIG. 4 is a schematic diagram showing the content of a word data item in a word database according to an embodiment of the present invention.

FIG. 5 is a schematic diagram of a display style correspondence table in the embodiment of the present invention.

FIG. 6A is a schematic diagram of the drawing of the trajectory according to the reading direction of the word in the embodiment of the present invention.

FIG. 6B is a schematic diagram showing the display of words after the proficiency value is increased in the embodiment of the present invention.

FIG. 6C is a schematic diagram showing the direction in which the trajectory is reversed in the reading direction of the word in the embodiment of the present invention.

FIG. 6D is a schematic diagram showing the display of words after the proficiency value is reduced in the embodiment of the present invention.

Figure 6E is a schematic diagram showing the interpretation of words in the embodiment of the present invention.

Step 201: Pre-store at least one word data item in the word database

Step 202: Establish a display style correspondence table in advance

Step 203: When receiving the start signal for playing the word, extracting at least one word item according to the pre-established playing rule to the word database

Step 204: Query the corresponding display style according to each skill value of each word data item that is captured to the display style correspondence table, and output each word to the word play interface according to the corresponding display style.

Step 205 Display the word play interface

Step 206: When the indicator signal falls within the index signal receiving area of the word, the recording of the index signal is taken.

Step 207: updating the proficiency value of the word according to the scoring track and querying the corresponding display style according to the display style correspondence table.

Step 208: Update the display of the word according to the display style after the word is updated.

Claims (8)

A system for assisting memorizing words, comprising: a word database, pre-stored with at least one word data item, wherein each word data item includes a word and a proficiency value corresponding to the word; a capture module is used for When receiving a start signal for playing a word, the at least one word data item is retrieved according to a pre-established play rule; and a display module is pre-established with a display style correspondence table, where the display style correspondence table includes each skill value and a display pattern corresponding to each of the proficiency values is used to retrieve the at least one word data item from the capture module, and query the corresponding display style according to each of the proficiency values of each word data item to the display style correspondence table. And displaying each word according to the corresponding display style to a word playing interface, and displaying the word playing interface; a recording module for receiving an index signal corresponding to a word corresponding to a word on the word playing interface Recording the indicator signal to draw a trajectory of the word; and a computing module for determining a stroke according to the trajectory a direction and a stroke ratio of the word, when the direction of the drawing conforms to a reading direction of the word, the skill value is increased according to the drawing ratio, and when the drawing direction conforms to the reverse direction of the reading direction, The proficiency value is reduced according to the scoring ratio to update the proficiency value of the word, and after updating the proficiency value, the display module is triggered to update the display style of the word and update the display of the word. The system for assisting memorizing words according to the first aspect of the patent application, wherein the display style corresponding to each of the proficiency values in the table corresponds to the display style user The set or system is preset. For example, the system for assisting memorizing words according to the first aspect of the patent application, wherein the indicator signal is a control signal or a touch signal generated by the mouse cursor control device. The system for assisting memorizing words according to claim 1, wherein the word data item further comprises a word corresponding to the word, and when the indicator signal clicks the word, the display module is further configured to display corresponding words. The word of the word is explained. A method for assisting memorizing words, comprising the steps of: pre-storing at least one word data item in a word database, wherein each word material item includes a word and a proficiency value corresponding to the word; pre-establishing a display style corresponding a display style correspondence table includes a display style corresponding to each proficiency value and each proficiency value; when receiving a start signal for playing a word, at least one of the word database is extracted according to a pre-established play rule. a word data item; querying the corresponding display style according to each skill value of each word data item that is captured to the display style correspondence table, and outputting each word according to the corresponding display style to a word play interface; a word playing interface, wherein each word of the word playing interface corresponds to an indicator signal receiving area; and when an indicator signal falls into the indicator receiving area of a word, performing the following steps: starting to record the indicator signal Take a trajectory of the word; Determining a stroke direction and a stroke ratio of the word according to the stroke trajectory; when the stroke direction conforms to a reading direction of the word, increasing the skill value according to the stroke ratio to update the word The proficiency value; when the scribing direction conforms to the reverse direction of the reading direction, the proficiency value is reduced according to the scribing ratio to update the proficiency value of the word; and the display style correspondence table is used to query the corresponding display style And updating the display of the word based on the updated display style of the word. The method for assisting memorizing words according to the sixth aspect of the invention, wherein in the step of pre-establishing the display style correspondence table, the display styles respectively corresponding to the proficiency values are preset by the user or set by the system. The method for assisting memorizing words as described in claim 6 wherein the indicator signal is a control signal or a touch signal generated by the mouse cursor control device. The method for assisting memorizing words according to claim 6 of the patent application, wherein the method further comprises the step of displaying the word corresponding to the word when the index signal clicks on the word.