TWM522398U - Replaceable type character assembly system - Google Patents

Description

Replacement group word system

This creation is about a replacement group word system, especially a group word system that can replace parts on a basic glyph to form a new word.

At present, the international standard Unicode (Unicode), the majority of the world's text system has been collated and coded, so that the computer can present and process the text in a simpler way; therefore, each Chinese character is given a unique code, but Its practice is only suitable for expressing a limited number of Chinese characters (to date only 80,388 Chinese characters).

However, newly created words (such as chemical elements) or newly discovered words (unearthed documents) must wait for the approval of the Unicode Consortium, which will give a fixed number of code points (Code Point), etc. After the publication of hundreds of words to tens of thousands of words, software vendors will then make font files into the input method. Therefore, from the discovery of new words to the use of all users, the whole process takes several years to ten years; for example, the Unicode Extension B 42711 words compiled in 2001, the latest version of Android 5.0 and iOS 9 systems are still not available. Display and input.

The Taiwan Patent No.: I254863 discloses a portable word-making engine based on the ideographic description sequence (IDS) group program, but its disadvantages are: (1) the user must input multiple types. Group character number (Unicode U+2FF0~U+2FF8), the input method must also be modified to match; (2) IDS must give all parts to group words, but some parts are difficult to input; (3) IDS can not be represented Subtle changes in strokes, for example: " Mutian, the patent will be formed Because the "wood" pen is so long that it is impossible to tell whether the bottom is "field" or "by".

So if you can create a coding architecture that is compatible with Unicode ( The mechanism of glyph generation, and the stroke changes on the composed words can conform to the writing rules of Chinese characters, so that users can use any familiar input method, input new words, variant characters, essays, and even typos, which will solve the current text. New use dilemma.

The reason is that this creator has created the original creation in view of solving the above problems of the current word-making mechanism and meeting the application requirements, and more than years of experience in related professions.

The terms "a", "an" and "the" are used herein to mean "one or more". This term is used merely for the convenience of the description and the basic concepts of the present invention. This description is to be construed as inclusive of the singular

The term "or" in this document means "and/or".

The present invention provides an alternative group word system comprising: a glyph database storing a plurality of glyphs, wherein each glyph is composed of at least one component; and a set of word citations The engine is coupled to the glyph database for grouping words, wherein the group of word engines performs a glyph description operation, wherein the glyph description operation comprises: (1) selecting a basic glyph from the glyph database, wherein the basic glyph is Forming at least two components; (2) selecting a first glyph from the glyph database, wherein the first glyph is identical to at least one of the basic glyphs; (3) subtracting the first glyph from the basic glyph To form a second glyph; and (4) selecting a third glyph from the glyph database to add a portion of the second glyph that is blanked by subtraction to form a fourth glyph.

The "glyph" mentioned in this article may be called "word", which includes but is not limited to at least A component consisting of, for example, "Ming" consisting of two parts, "Daily" and "Month"; "Li" is composed of two parts, "wood" and "child"; and "knife" is a The glyph is also a part. In a preferred embodiment, the glyph can be a component. Therefore, the term "component" as used in this document refers to the minimum unit required to form a glyph or word.

In a specific embodiment, the third glyph can be a blank glyph or a component. Therefore, the glyph description operation can be: basic glyph - first glyph + blank glyph (third glyph) to group other glyphs.

The "glyph database" mentioned in this article is used to store a plurality of glyphs or words. And the replacement group word system further includes a search list component for searching related fonts or words of the component in the glyph database according to the component input by the user and providing a list for display for the user to select. . For example, when the user inputs "day", the search list component can display words "day", "day", "bright" and "旸", so that the user can select the "day" part for different sizes. , Eli as a basic glyph, subtracted parts or added parts.

Regarding the alternative group word system described in the present creation, the group word engine is further used After the third glyph is input, a fifth glyph is input, and the following judgment and operation are performed: (a) when it is determined that the fifth glyph is different from at least one of the third glyphs, the glyph description operation is terminated, and the operation is not performed. The fifth glyph is included therein to directly form the fourth glyph; and (b) when the fifth glyph is determined to be identical to at least one of the third glyphs, the third glyph is regarded as another basic glyph. The fifth glyph is regarded as another first glyph, and a sixth glyph is input after the fifth glyph as a glyph to be added, whereby the third glyph, the fifth glyph and the sixth glyph are completed first. The glyph description operation is performed once to obtain a seventh glyph, the basic glyph, the first glyph and the seventh glyph to complete another glyph description operation to obtain an eighth glyph.

Regarding the alternative group word system described in the present creation, the glyph database is used for storing The fourth glyph or the eighth glyph. Therefore, the glyph database can further store new glyphs created or assembled by the user, so that the user can then use the glyph database. In addition, the alternative group word system may further comprise a set of word data files for storing new glyphs or new words created or assembled by the user.

With regard to the alternative group word system described in this creation, it further includes a glyph A variation element for changing the format of all or part of the part of the glyph. The function of the glyph format change component is like the font function provided by Microsoft's word software, which allows the user to change the glyph or a part through the glyph format change component, such as italic, bold or standard. Carcass, and changing colors, etc.

Regarding the alternative group word system described in the present creation, which is executed on a computer device on. In a preferred embodiment, the computer device includes, but is not limited to, a smart phone, a desktop computer, a notebook computer, a tablet computer, and a smart wearable device.

This creation also provides a replacement group word method, which includes: (1) providing a glyph a database storing a plurality of glyphs, wherein each of the glyphs is composed of at least one component; (2) selecting a basic glyph from the glyph database, wherein the basic glyph is composed of at least two components; (3) Selecting a first glyph from the glyph database, wherein the first glyph is identical to at least one of the basic glyphs; (4) subtracting the first glyph from the basic glyph to form a second glyph; and 5) Selecting a third glyph from the glyph database to add a portion of the second glyph that is blanked by subtraction to form a fourth glyph.

In a specific embodiment, the steps (2) to (5) of the alternative group word method The implementation, simple narrative, namely: basic glyph - first glyph + third glyph = fourth glyph. Thus, in the form of a formula, a one-character description = basic glyph - (glyph or component) + (another glyph or another component) is executed; wherein the other glyph and the other component may be identical or different from each other Glyphs and the part.

In another embodiment, the third glyph can be a blank glyph or a Pieces. Therefore, the steps (2) to (5) in the alternative group word method can be regarded as: basic glyph-first glyph + blank glyph (third glyph) to group other glyphs.

In another embodiment, the alternative group word method further includes a step (5'), after determining the third glyph in step (5), inputting a fifth glyph, the judgment comprising the following two situations: (a) determining that at least one of the fifth glyph and the third glyph is not When the same, the fifth glyph is not included therein, and the fourth glyph is directly formed; and (b) when the fifth glyph is determined to be identical to at least one of the third glyphs, the third glyph is regarded as Another basic glyph, the fifth glyph is regarded as another first glyph, and a sixth glyph is input after the fifth glyph. As the glyph to be added, the third glyph, the fifth glyph and the sixth glyph first complete the glyph description operation to obtain a seventh glyph, and the basic glyph is subtracted from the first glyph and added The seventh glyph is used to obtain an eighth character.

Therefore, when step (5) is performed in the alternative group word method, further packaging is required. The judgment containing the step (5'), which is simply described, judges the following two cases: (a) when the fifth glyph after the third glyph does not belong to the third glyph component, the execution: basic glyph - first glyph + The third glyph = the fourth glyph, for example: input "Zhao Xiao Zhaoren" = "Superman", in which "person" (fifth glyph) does not belong to the "call" (third glyph), so the formula operation only goes to "Zhao Xiaozhao" And get "super", do not put "person" into the calculation, so "superman"; and (b) when the third glyph after the third glyph belongs to the third glyph, you need to add the fifth after the fifth glyph A six-character shape to complete a first glyph description: a third glyph-fifth font + a sixth glyph, until the first glyph description operation ends with a seventh glyph, and then a second glyph description: basic glyph - The first glyph + the seventh glyph to get the eighth glyph. Therefore, the overall execution steps can be expressed as: basic glyph - first glyph + (third glyph - fifth glyph + sixth glyph) = eighth glyph. Therefore, if expressed in the formula syntax, the implementation of a glyph description = basic glyph - (glyph or part) + [first basic glyph - (first glyph or first part) + (second glyph or second part) =] Where [the first basic glyph - (first glyph or first part) + (second glyph or second part)] is another glyph description.

Therefore, the glyph description of the creation further contains a recursive group word change. Formula, for example, the user can input a glyph description as a basic glyph - "glyph or part" + {first basic glyph - <first part or first glyph> + [second basic glyph - second part + (third Basic word Shape-<third glyph or third part>+<fourth glyph or fourth part>)]}, so the alternative group word method will first process the glyph description in ( ) and then process the glyph in [ ] The description, then processing the glyph description in { }, and finally completing the entire glyph description.

In a specific embodiment, the alternative group word method further includes a step (6), which is followed by the step (5), storing the fourth font or the eighth font. This step (6) allows the user to store the grouped glyphs, which can be stored in the glyph database or another group of word databases.

In another embodiment, the alternative group word method further includes a step (6'), which is between steps (5) and (6), changing the fourth font or the eighth glyph Type format. This step (6') allows the user to change the font shape of the grouped characters, such as changing to a standard body, a bold body, an italic body, etc., and also changing the color. This change can be made to the components on the entire glyph or glyph. After the step (6') is executed, the step (6) can be followed by the stored action.

The present invention further provides a computer program product for executing a group word, characterized in that it comprises a code, and the code performs a plurality of steps when a computer program executes the computer program product, the plurality of steps comprising: (1) Providing a glyph database storing a plurality of glyphs, wherein each glyph is composed of at least one component; (2) selecting a basic glyph from the glyph database, wherein the basic glyph is composed of at least two components (3) selecting a first glyph from the glyph database, wherein the first glyph is identical to at least one of the basic glyphs; (4) subtracting the first glyph from the basic glyph to form a second And (5) selecting a third glyph from the glyph database to add a portion of the second glyph that is blanked by subtraction to form a fourth glyph.

In another embodiment, the code further performs a step (5'), After determining the third glyph in the step (5), a fifth glyph is input, and the judgment includes the following two situations: (a) when determining that the fifth glyph is different from at least one of the third glyphs, The fifth glyph is included therein to directly form the fourth glyph; and (b) when the fifth glyph is determined to be identical to at least one of the third glyphs, the third glyph is regarded as another basic glyph. The fifth glyph is regarded as another first glyph, and a sixth glyph is input after the fifth glyph as a glyph to be added, whereby the third glyph, the fifth glyph and the sixth glyph are completed first. The glyph description operation is performed once to obtain a seventh glyph, and the basic glyph is subtracted from the first glyph and the seventh glyph is added to obtain an eighth glyph.

The author also provides a computer-readable recording medium for storing a program, which executes the program on a computer, wherein the program includes a glyph description: basic glyph - (glyph or part) + (another glyph, another The component or another glyph description) The alternative group word system provided by this creation has the following advantages when compared with other conventional technologies: the alternative group word system of the present creation allows the user to no longer be limited to only It can use the Chinese characters provided by the International Standard Unicode (Unicode) to perform simple glyph description operations through the group word engine, and can create any Chinese characters, including new words, variant characters, essays, and even typos; The strokes on the words also have subtle changes, which are consistent with the general presentation and standardization of Chinese characters. Therefore, this creation solves the difficulty of new use in Chinese characters.

100‧‧‧Replacement group system

110‧‧‧ font database

120‧‧‧ group word engine

200‧‧‧Smart mobile phone

210‧‧‧Mobile keyboard

220‧‧‧ input box

230‧‧‧ text box

The first picture shows the structure of the alternative group word system of the creation.

Figure 2 is a schematic diagram of a set of word embodiments of the alternative group word system of the present invention.

This creation may be implemented in different forms and is not limited to the examples mentioned below. The following examples are merely representative of the different aspects and features of the present invention. The described embodiments are not intended to limit the scope of the present invention as described in the claims.

As shown in FIG. 1 , which is a schematic diagram of the structure of the creation, the present invention is an alternative group word system 100 comprising: a font database 110 storing a plurality of fonts, wherein each font is composed of at least one component. And a set of word engines 120 coupled to the glyph database 110 for grouping words, wherein the set of word engines 120 performs a glyph description operation comprising: (1) from the glyph database 110 Selecting a basic glyph, wherein the basic glyph is composed of at least two components; (2) selecting a first glyph from the glyph database 110, wherein the first glyph is identical to at least one of the basic glyphs; 3) subtracting the first glyph from the basic glyph to form a second glyph; and (4) selecting a third glyph from the glyph database 110 to add a blank portion of the second glyph due to subtraction To form a fourth glyph.

Therefore, steps (1) to (5) in the glyph description operation can be expressed by a simple formula: glyph description = basic glyph - (glyph or part) + (another glyph or another part)

It can be seen from the above formula that after selecting a basic glyph, the glyph or a part is first subtracted, and another glyph or another part is added to fill the part of the blank after subtraction. The word "Wu" is used as a simple example. When the user uses "Benevolence" as the basic glyph in the alternative typeface system of this creation, enter the following description: "Ren 2"

Therefore, "Benevolence" (basic glyph) will subtract the "two" (first glyph) glyph part, and then add the "five" (third glyph) glyph part to the "two" position, so the user will The word "Wu" (fourth shape) can be obtained by the above description.

The above example is the basic group rule, that is, the basic font minus a font or a part (having the same part as the basic glyph), plus another glyph or another part (for filling after subtraction) The blank part); therefore the overall group word process can be thought of as replacing the components on the basic font with other words or parts. This creation further introduces other examples of group words:

(1) Add a blank word

Regarding the added glyphs (such as the third glyph), the user can add a blank word, such as the user inputting the following description: "Oriental (blank)"

Therefore, the "alliance" (basic glyph) will subtract the "dish" (first glyph) glyph and then add a blank (third glyph), so the user will get the word "bright" (fourth glyph). .

(2) Create new words

Through the alternative group word system of this creation, the user can jump out of the specification of the international standard Unicode, and is free to create a non-existent word (new word) or to make a common typo. For example, a primary school student often writes a little "「" of the word "初" and becomes a typo of "初初". Therefore, the user inputs the description as "first", and the meaning can be "衤". Subtracting, the empty part is replaced by "礻" and the typos "beginning" is obtained. Therefore, the overall group word process can be regarded as taking "first" from the glyph database, and "initial" is divided into "衤 (box 1) knife ( Box 2)", and then replace the part "衤" of the box 1 with "礻", and the box 2 does not change, so "礻 (box 1) knife (box 2)" is obtained. The grouped "beginning" characters can be stored in the glyph database 110, so that when the user uses any input method on the computer operating system, such as the stroke input method, the "礻" and/or "" are drawn directly from the stroke. Knife to extract the "beginning" word from the glyph database 110.

(3) Stroke changes

The alternative type word system of this creation can reflect the subtle changes in the strokes of Chinese characters, so the description input is "Li Zitian", the effect is generated Because the "wood" in the basic glyph "Li" has been shortened in advance, the group word engine does not have to perform special program calculations to obtain the effect of subtle changes in the expected strokes.

(4) Font change

The alternative group word system of the present invention further includes a glyph format changing element for changing the format of all or part of the part of the glyph. The function of the glyph format change component is like the font function provided by Microsoft's word software, which allows the user to change the glyph or a part through the glyph format change component, such as italic, bold or standard. Carcass, and changing colors, etc.

(5) Recursive group words

The set of word engines 120 of the alternative group word system 100 of the present invention further includes Including a determining step, when a fifth glyph is input after the third glyph, the following judgment and operation are performed: (a) determining that the fifth glyph is different from at least one of the third glyphs, then the glyph Determining the operation termination, not including the fifth glyph, but directly forming the fourth glyph; and (b) when determining that the fifth glyph is identical to at least one of the third glyphs, then the third glyph For another basic glyph, the fifth glyph is regarded as another first glyph, and a sixth glyph is input after the fifth glyph as a glyph to be added, whereby the third glyph and the fifth glyph are The sixth glyph first completes the glyph description operation to obtain a seventh glyph, and the basic glyph, the first glyph and the seventh glyph complete another glyph description operation to obtain an eighth glyph.

The above steps are a recursive relationship, that is, the glyph description is expressed as: basic glyph - (word or component) + (another glyph description)

The above description is used to express complex glyphs, which have the following rules: In the case of A minus "B" plus "C'" 'D', when D is not part of C, C is only used as direct Replace the part, so "A-B+C" completes the one-character description; but when D is part of C, then C will be treated as another base, and D will be subtracted from C. The component, so there will be a component E to be added after D, so that "C-D+E" completes the one-character description and gets F, and then "A-B+F" completes another glyph description.

So by composition "The word is an example, its description: "Logo baby From To the trick, the calculation is: change the "ro" in "log" to "b" in "will" and replace it with "will" "中" from "" to "will" "In the middle of the "change" to "tele""""; therefore, the group of word engines will first" "In the middle of the "change" to "tele" to produce" ", then will" "in" from "change" to ,get . Then change the "Bei" in "Bao" to ,get Finally, replace "Ro" in "Logic" with To win" "This word.

As shown in FIG. 2, it is a schematic diagram of a set of word embodiments of the alternative group word system of the present invention. The alternative group word system of the present invention can be executed on a smart phone 200 when the user wants to group out" "This word can be selected from the glyph database through a mobile phone keyboard 210 and input the necessary glyphs, that is, "Logical Baby" From The trick is presented in an input box 220, and the set of word engines will be From The trick "executes the glyph description operation and displays the result of the operation in a text box 230" "word, the last user can" The word is stored in the word bank for later retrieval.

200‧‧‧Smart mobile phone

210‧‧‧Mobile keyboard

220‧‧‧ input box

230‧‧‧ text box

Claims (4)

An alternative group word system, implemented on a smart phone, comprising: a glyph database storing a plurality of glyphs, wherein each glyph is composed of at least one component; and a set of word engines, and A glyph database connection for grouping words, wherein the group of word engines performs a glyph description operation comprising: (1) selecting a basic glyph from the glyph database, wherein the basic glyph is composed of at least two parts (2) selecting a first glyph from the glyph database, wherein the first glyph is identical to at least one of the basic glyphs; (3) subtracting the first glyph from the basic glyph to form a a second glyph; and (4) selecting a third glyph from the glyph database to add a portion of the second glyph that is blanked by subtraction to form a fourth glyph, wherein the smart phone includes a mobile phone keyboard An input box and a text box are selected from the font database through the keyboard of the mobile phone and input into the glyph, and are presented in the input box, and the group word engine describes the operation result of the glyph description operation in the text. Display. The replacement group word system according to claim 1, wherein the group word engine is further configured to perform a fifth character after the third glyph, and perform the following judgment and operation: (a) determining the first When the five-character is different from at least one of the third glyphs, the glyph description operation is terminated, the fifth glyph is not included therein, and the fourth glyph is directly formed; and (b) when the fifth glyph is determined When the third glyph is identical to at least one of the third glyphs, the third glyph is regarded as another basic glyph, and the fifth glyph is regarded as another first glyph, and a sixth glyph is input after the fifth glyph as To add a zigzag, whereby the third glyph, the fifth glyph and the sixth glyph complete the glyph description operation once to obtain a seventh glyph, the basic glyph, the first glyph and the seventh glyph further Another glyph description operation is completed to obtain an eighth glyph. The alternative type word system of claim 2, wherein the glyph database is used to store the fourth glyph or the eighth glyph. The alternative group word system of claim 1, further comprising a font-shaped format changing element for changing the format of all or part of the part of the glyph.