TWI543005B - Input component of user fonts and input method of user fonts - Google Patents

Description

罕字 input component and kanji input method

The invention relates to a kanji input component and a kanji input method, in particular to an application applied to a mobile device, which supports a rare character input element and a rare character input method for displaying a rare character input.

At present, almost all of the data in the computer operating system uses the BIG5 encoding system for character encoding. The BIG5 coding system is a coding system commonly used in areas where the font is used. Although the BIG5 coding system already provides at least 5,000 common words and more than 7,000 common words, the BIG5 coding system has a certain coding range. Restricted, so when encountering non-standard text such as rare characters (or difficult words or self-created words), there are still problems such as words that cannot be displayed or garbled, such as 堃, 喆, 煊, etc.

When there is a rare input requirement, the user can type in the rare word creation area provided by the operating system (OS), and the rare word creation area is generally called the user defined character (End User Defined Character). , EUDC). The above BIG5 related codes also include CP950, MS950, IBM950, WIN95.., etc., which may be more The difference between a few or a few code points.

Of course, the coding system not only includes BIG5 wording, but also Unicode wording. In Unicode wording, Private Use Areas (PUA) are three code point segments, including segments U+E000-U+F8FF in the Basic Multilingual Plane (BMP), 15 Plane 15 and Plane 16 (Plane 16). In addition, most current computers or handheld devices use Unicode to process text, and the operating system has an implicit conversion to BIG5 encoding.

In addition, for mobile devices that are currently widely used, such as smart phones (such as iPhones) or tablets (such as iPads), users usually install applications (commonly known as APP) on their mobile devices, and these applications There are two main types of programs: web apps and native apps.

The display of the kanji input has been solved on the webpage, but if you use a native language such as iOS Objective C or Android Java to develop a native application, the display aspect can specify a font file using a rare word, but In terms of input, new input methods must be designed to successfully achieve the purpose of input. Therefore, the user still encounters problems that some rare characters cannot be input normally, and even the webpage cannot be displayed smoothly after inputting, which causes considerable inconvenience in use.

The invention provides a kanji input component and a kanji input method, which is applied to an application of a mobile device, and can directly support a kanji input and display an errand by using a kanji input component and a kanji input method. Word, the user does not need to install any additional programs or plug-ins, so there is no additional burden on the operation.

The invention provides a kanji input component, which is applied to an application of a mobile device. The kanji input component comprises: a kanji input unit for displaying a kanji input field on a screen of a mobile device. The upper input unit has a behavior mode; a rare word button unit is used to trigger the behavior mode when the input field of the character is focused, and a rare character button is displayed on the screen; a group, when a rare word button is triggered, is used to display a rare character keyboard on the screen; a character reading module is used to read a root group signal of the rare word keyboard, and display the response root group signal At least one kanji on the rare word candidate area of a rare word keyboard for performing a rare word search; and a rare word type font file, when the rare character of the rare word candidate area is selected, The display font of the word to the input field of the rare character.

The invention further provides a kanji input method applied to an application of a mobile device, comprising the steps of: displaying a kanji input field, wherein the kanji input unit displays the kanji input field in the action On one screen of the device, the input unit of the rare character is provided with a behavior mode; displaying a rare character button, when the input field of the rare character is focused, triggering the behavior mode, and displaying the rare character button by a rare character button unit On the screen; displaying a rare keyboard, which is displayed by a rare keyboard module on the screen when a rare character button is triggered; performing a rare character search, which is performed by a check character The group reads one of the root group signals of the rare keyboard, and displays at least one of the responsive characters of the root group signal on the rare word candidate area of the rare word keyboard; and outputs the rare character, which is the candidate area of the rare character After the kanji is selected, the display font of the kanji is output to the input field of the kanji by a kanji word font.

With the implementation of the present invention, at least the following advancements can be achieved:

1. The application developer can directly replace the native language with the rare character input component of the present invention. The input field component of the language, or the input field component of the native language can be implemented as a rare character input method of the rare character input component of the present invention, and the input of the rare character input can be achieved in the application provided and displayed. The purpose of the word.

Second, the application developer can compile the rare character input component of the present invention into a destination code, and the root rule is not bundled to facilitate updating.

Third, the user does not need to install any additional programs or plug-ins to directly input kanji on the application, so there is no additional burden on the operation.

In order to make those skilled in the art understand the technical content of the present invention and implement it, and according to the disclosure, the patent scope and the drawings, the related objects and advantages of the present invention can be easily understood by those skilled in the art. The detailed features and advantages of the present invention will be described in detail in the embodiments.

10‧‧‧Han character input component

11‧‧‧Han character input unit

12‧‧‧Han character button unit

13‧‧‧Han Character Keyboard Module

14‧‧‧Check word module

15‧‧‧Han character word font

20‧‧‧ mobile devices

21‧‧‧ screen

22‧‧‧User login window

23‧‧‧Han input field

24‧‧‧Han characters

25‧‧‧Input method virtual keyboard

26‧‧‧Selection candidate area

27‧‧‧ rare keyboard

28‧‧‧phone input method button

29‧‧‧ Root input area

30‧‧‧Hanban candidate area

31‧‧‧ rare keyboard

32‧‧‧ Cangjie input method button

33‧‧‧ Root input area

34‧‧‧Hanban candidate area

1 is a system block diagram of a rare character input component according to an embodiment of the present invention; FIG. 2 is a flowchart of a rare character input method according to an embodiment of the present invention; and FIG. 3A-3C is a schematic diagram of an embodiment of the present invention; A schematic diagram of the operation interface for performing a kanji input.

As shown in Figure 1, the present embodiment includes a kanji input component 10 that is applied to an application of a mobile device. The kanji input component 10 includes a kanji input unit 11, a kanji button unit 12, a kanji keyboard module 13, and a check word module. Group 14 and a rare character type font file 15.

The kanji input unit 11 is configured to display a kanji input field on the screen of the mobile device, and the kanji input unit 11 is provided with a behavior mode. When the kanji input field is focused, the kanji button unit 12 is used to trigger the above behavior mode, and a rare character button is displayed on the screen. When the kanji button is triggered, the kanji keyboard module 13 is used to display the kanji keyboard on the screen.

The character search module 14 is configured to read the root group signal of the rare keyboard, and display at least one rare character of the response root group signal on the rare word candidate area of the rare keyboard to perform the rare character search. The rare character type font file 15 is used to output the display font of the rare character to the input field of the rare character when the rare character of the candidate area of the rare character is selected.

As shown in FIG. 2, the embodiment includes a rare character input method applied to an application of a mobile device, comprising the steps of: displaying a rare character input field (step S1), which is input by a rare character. The unit displays the input field of the rare character on the screen of the mobile device, and the input unit of the rare character has a behavior mode. The rare character button is displayed (step S2), when the rare character input field is focused, the above behavior mode is triggered, and the rare character button is displayed on the screen by the rare character button unit. A rare keyboard is displayed (step S3), and when the rare character button is triggered, the rare keyboard is displayed on the screen by the rare keyboard module. Performing a kanji search (step S4), which reads the root group signal of the kanji keyboard by the character reading module, and displays at least one hanw of the responsive word group signal on the rare word candidate area of the kanji keyboard . The kanji is output (step S5), and after the kanji of the candidate area of the kanji is selected, the display font of the kanji is outputted from the syllabic font to the input field of the kanji.

Please refer to FIG. 1 and FIG. 2 and FIG. 3A to FIG. 3C simultaneously. Hereinafter, embodiments of the present invention will be described in more detail.

As shown in Figure 3A, when the user activates one of their mobile devices 20 In the application, the screen 21 of the mobile device 20 displays the relevant operation interface of the application. In this embodiment, the application that starts the file sharing platform Scribd is taken as an example, but is not limited thereto.

When the user wants to log in to Scribd, the login virtual button (SIGN IN) on the screen 21 can be triggered. At this time, a user login window 22 will pop up, and the user login window 22 will display at least one rare input field 23 To provide the user with the input of a rare word (such as step S1). In the above, the rare character input field 23 displays the rare character input field 23 on the screen 21 of the mobile device 20 by the rare character input unit 11, and the rare character input unit 11 is provided with a behavior mode, and the above behavior mode is When the kanji input field 23 is focused, the trigger kanji button unit 12 displays a rare character button 24 on the screen 21.

When the user triggers or focuses on the rare character input field 23, that is, the user clicks on the rare character input field 23 with a finger to make it display a state in which characters can be input (for example, a flashing indicator is displayed in the input field 23 of the rare character). The above behavior pattern is triggered. At this time, the rare button unit 12 will display the rare button 24 (as shown in FIG. 3A). Displayed on the screen 21 (step S2), and an input method virtual keyboard 25 is presented below the screen 21 to provide the user with the root input of the corresponding input method, and has a word selection above the input method virtual keyboard 25. The candidate area 26 is provided for the user to select the candidate word generated after the input of the corresponding root group. Specifically, only general text input is provided at this time, and rare input is not supported.

In the embodiment, the input method virtual keyboard 25 is exemplified by the phonetic input method virtual keyboard, and the input method includes, but is not limited to, the Cangjie input method, the Shrimp input method or the stroke input method, and the like. In addition, in the embodiment, the rare character button 24 is displayed on the upper left side of the input method virtual keyboard 25, but is not limited to having to be displayed in At this location.

As shown in FIG. 3B, when the user triggers the rare button 24, the rare keyboard module 13 displays the rare keyboard 27 on the screen 21 (step S3). The kanji keyboard 27 can include an input method button for displaying the current input method, a root button area for displaying all the root buttons of the corresponding input method button, and a root input area for displaying at the root button. The root of the field.

When the kanji button 24 is triggered, the kanji button unit 12 changes the kanji button 24 to an input method button. In this embodiment, it is first changed to the phonetic input button 28 (as shown in FIG. 3B). At the same time, the kanji keyboard module 13 displays all the radical keys corresponding to the phono input method button 28 in the root button area of the kanji keyboard 27 , , ...etc., for input of the signal of the root group.

When the user inputs the phonetic root, the input phonetic root will appear in the root input area 29. After the user inputs a rare character root group signal such as "ㄎㄨㄣ" through the kanji keyboard 27, the character search module 14 will read the root group signal and perform a rare word search (step S4). At least one of the rare words that respond to the root group signal, such as "堃", "Kun", is displayed, which is equal to the rare word candidate area 30 of the Hanban keyboard 27, for the user to select.

When the rare character of the rare word candidate area 30 is selected, for example, "堃" is selected, the rare character type font file 15 will output the display font of the rare character "堃" to the rare character input field 23 (step S5). ). In addition, when the kanji word font 15 outputs the display font of the kanji "堃" to the kanji input field 23, the above behavior mode is ended.

In this embodiment, when the rare button 24 (as shown in FIG. 3A) is repeatedly triggered, the rare button unit 12 sequentially changes the rare button 24 to a different input method button, for example, inputting the phonetic input. Method button 28 is changed to the Cangjie input method button 32, and the rare keyboard module 13 will sequentially display all the radical buttons corresponding to the different input method buttons in the root button area of the rare keyboard, and finally the rare button unit 12 will switch the different input method buttons. Return to the kanji button 24 and end the above behavior mode.

For example, when the kanji button 24 is triggered for the first time, the kanji button 24 (as shown in Figure 3A) ) will be changed to the phonetic input method button 28 (as shown in Figure 3B) ). When the phonetic input method button 28 is triggered again, the phonetic input method button 28 will be changed to the Cangjie input method button 32 (as shown in FIG. 3C). ).

As shown in FIG. 3C, when the input method button is changed to the Cangjie input method button 32, the root button area of the Khan keyboard 31 will display all the root buttons corresponding to the Cangjie input method button 32. , , .. etc., to input the signal of the root group.

When the user inputs the root of the magazine, the input magazine root will appear in the root input area 33 correspondingly. After the user inputs a kanji root group signal such as "Buji", the character reading module 14 will read the root group signal and perform a kanji search, and display at least the response to the root group signal. A kanji such as "堃" is placed on the rare word candidate area 34 of the kanji keyboard 31 for the user to select.

When the Cangjie input method button 32 is triggered again, the Cangjie input method button 32 will switch back to the original Khan button 24, and the Hourly Keyboard input mode 31 will also be changed to the input method virtual keyboard as shown in FIG. 3A. 25.

In this embodiment, the input mode key switching sequence of the rare word button is switched to the Cangjie input method button by the phonetic input method button, and finally the switch to the Han word button is taken as an example. However, the input method switching sequence of the rare word button is not limited to this. For example, you can switch to the Cangjie input method button first, then switch to the Zhuyin input method button, and finally switch back to the Han word button. In addition, the input method is not limited to including only the phonetic input method and bin. The input method can also include other different input methods.

In summary, the present invention provides an application (APP) developer with a kanji input component and a kanji input method. If the APP has a field for inputting a rare character, for example, a Chinese character input field can be input. Then, the input field component of the native language can be directly replaced by the rare character input component of the present invention, or the rare character input method of the rare character input component of the present invention can be implemented in the input field component of the native language. The kanji input component provided by the invention can also be compiled into a destination code, and the root rule is not bundled, and the APP developer can also conveniently update the method.

In addition, when the user uses the application on his mobile device, since the application can directly support the input of rare characters and display rare characters, the user does not need to install any additional programs or plug-ins for the user. There is absolutely no additional burden on the operation.

The embodiments are described to illustrate the features of the present invention, and the purpose of the present invention is to enable those skilled in the art to understand the present invention and to implement the present invention without limiting the scope of the present invention. Equivalent modifications or modifications made by the spirit of the disclosure should still be included in the scope of the claims described below.

10‧‧‧Han character input component

11‧‧‧Han character input unit

12‧‧‧Han character button unit

13‧‧‧Han Character Keyboard Module

14‧‧‧Check word module

15‧‧‧Han character word font

Claims (7)

A kanji input component is applied to an application of a mobile device, the kanji input component comprising: a kanji input unit for displaying a kanji input field on a screen of the mobile device The kanji input unit is provided with a behavior mode; a kanji button unit is used to trigger the behavior mode when the kanji input field is focused, and a rare character button is displayed on the screen; a keyboard module for displaying a rare keyboard on the screen when the rare button is triggered; a character reading module for reading a root signal of the rare keyboard and displaying Returning at least one rare character of the root group signal to a rare word candidate area of the rare word keyboard for performing a rare word search; and a rare word type font file, when the rare word candidate area is After the kanji is selected, the display font of the kanji is output to the input field of the horoscope. When the hex key is repeatedly triggered, the kanji button sequentially changes the kanji button to a different input method button, and the rare keyboard module is One root key numeric keypad area to be sequentially display all the different root keys of the key input method, which rarely last key word input unit different from the switching key back to the key word rare. The kanji input component of claim 1, wherein the behavior pattern is ended after the kanji font font output the display font of the hanji to the kanji input field. For example, the kanji input component described in claim 1 is characterized in that, when the kanji button is triggered, the kanji button unit changes the kanji button to an input method. The key, and the kanji keyboard module displays all the root keys corresponding to the input method keys in a key area of the kanji keyboard for inputting the root group signal. The kanji input component of claim 1, wherein the kanji keyboard comprises: an input method button for displaying the current input method; and a root button area for displaying the corresponding input method button. All radical buttons; and a root input area for displaying the radicals entered in the radical area of the radical. A kanji input method is applied to an application of a mobile device, comprising the steps of: displaying a kanji input field, wherein the kanji input unit displays the kanji input field in the mobile device On a screen, the kanji input unit is provided with a behavior mode; a kanji button is displayed, which triggers the behavior mode when the kanji input field is focused, and the kanji is triggered by a rare word unit The button is displayed on the screen; displaying a rare keyboard, when the rare button is triggered, the rare keyboard is displayed on the screen by a rare keyboard module; performing a rare character search, Reading a root group signal of the rare keyboard by a character reading module, and displaying at least one rare character of the root group signal on a candidate area of the rare word keyboard; and outputting the rare a word, when the rare character of the candidate area of the rare character is selected, the display font of the rare character is output to the input field of the rare character by a rare character type font file, wherein when the rare character key is When the trigger is repeated, the rare button unit will The word button is sequentially changed to a different input method button, and the rare word keyboard module sequentially displays all the root button corresponding to different input method buttons in one of the root button areas of the rare word keyboard, and finally the rare The word button unit switches the different input method keys back to the rare word button. The method of inputting a rare character according to claim 5, wherein the behavior pattern is ended when the rare word type font file outputs the display font of the rare word to the input field of the rare word. The method for inputting a rare character according to claim 5, wherein when the rare button is triggered, the rare button unit changes the rare button to an input method button, and the rare keyboard module is One of the root keyboard areas of the rare keyboard displays all the root keys corresponding to the input method keys for inputting the root group signal.