JP5087946B2 - Kanji learning support device and program - Google Patents

Description

  The present invention relates to a kanji learning support apparatus that supports learning of kanji.

  Currently, the number of registered foreigners in Japan is 2011,155, increasing year by year. A major problem for foreigners staying in Japan is the language barrier, and it is difficult for foreigners who learn Japanese to learn kanji. Also, with the spread of mobile phones and personal computers, handwriting opportunities have decreased, and there has been a call for a decline in the ability of Japanese to write kanji. Therefore, in recent years, kanji learning support systems such as “MOJIBOY (Kanji Learning Support Software)” and “Kingdom of the Kanji King” have been developed (see Non-Patent Documents 1 and 2).

  As a related animation generation technique, there is a system (algorithm) called “sodaplay” using a genetic algorithm (see Non-Patent Document 3). “Sodaplay” is a technology that transforms graphic data consisting of a combination of lines using a genetic algorithm (GA) to construct an animation.

Furthermore, there is an animation generation technique using each indirect angle as a gene in order to acquire an animation of artificial life (see Non-Patent Document 4).
MOJIBOY website, Internet <URL: http://contest2002.thinkquest.jp/tqj2002/50051/mojiboy_ninshiki.html> Kanji kingdom homepage, Internet <URL http://www.19online.net/kanji/> sodaplay homepage, Internet <URL: http://www.sodaplay.com/> Disney meets Darwin-the evolution of funny animated figures.Ventrella, J. Media Lab., MIT, Cambridge, MA; Computer Animation '95., Proceedings. Publication Date: 19-21 Apr 1995 On page (s): 35-43

  However, the existing kanji learning support system is often worn by the learning method of writing the kanji monotonously and repeatedly, which is very tedious for the learner. In addition, there was a problem that kanji with a large number of strokes, such as rice cake, soy sauce, depression, and rice cake, was difficult to remember.

  The kanji learning support device according to the first aspect of the present invention is a kanji having kanji identification information that is information for identifying a kanji and one or more radical identification information that is information for identifying one or more radicals constituting the kanji. A kanji information storage unit storing two or more pieces of information; a receiving unit that receives kanji identification information; and at least one radical identification information corresponding to the kanji identification information received by the receiving unit from the kanji information storage unit A radical identification information acquisition unit to be acquired, a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to one or more radical identification information acquired by the radical identification information acquisition unit Alternatively, a term acquisition unit that searches for and acquires a term including each radical from a term information storage unit held by an external server device or a term information storage unit held internally, and the term acquisition unit acquires Set two or more terms A sentence structure portion constituting a sentence to fit a kanji learning apparatus comprising text output unit for outputting a sentence in which the sentence structure portion is constituted.

  With this configuration, learning of kanji can be supported.

  The kanji learning support device according to the second aspect of the present invention provides a case type identification information, which is information for identifying a case type, and an auxiliary word corresponding to the case type identification information. A case information storage unit storing one or more pieces of information, wherein the term information storage unit includes one or more terms used in the same sentence as the term, term type information indicating the type of the term, and the term; One or more linked terms that are terms and one or more term information having case type identification information for identifying the type of case of each linked term are stored, and the term acquiring unit identifies the Chinese characters received by the receiving unit A term including a kanji corresponding to the radical identification information acquired by the radical identification information acquisition unit acquired by the kanji inclusion term acquisition means for acquiring the term including the kanji corresponding to the information from the term information storage unit, Used by Kanji inclusion term acquisition means One or more linked terms that are one or more terms used in the same sentence, and a linked term acquiring unit that acquires one or more linked terms having different case type identification information from the term acquired by the kanji-inclusive term acquiring unit The sentence composition unit is information for constituting a sentence, and a sentence composition rule storage means for storing a sentence composition rule that is information on an arrangement of two or more case type identification information, and the sentence The kanji learning support apparatus includes a sentence composing unit configured to compose a sentence by combining the term acquired by the term acquisition unit and one or more linked terms according to a configuration rule.

  With this configuration, it is possible to easily construct a sentence that supports learning of kanji.

  The kanji learning support device according to the third aspect of the present invention provides an hour auxiliary word storage means for storing hour auxiliary words constituting a sentence element indicating the time (When), A place auxiliary word storage means for storing a place auxiliary word constituting an element of a sentence indicating (Where), and a person auxiliary for storing a human auxiliary word constituting an element of a sentence indicating a person or what (Who) Word storage means, what auxiliary word storage means that stores what auxiliary word constituting the element of the sentence indicating what (What), and what auxiliary word that constitutes the element of the sentence indicating how (How) The auxiliary word storage unit further includes auxiliary word storage means, and the term acquisition unit acquires the Chinese character corresponding to the Chinese character identification information received by the reception unit and the radical identification information acquisition unit 1 Including one or more kanji characters corresponding to the above radical identification information The linked term that is the term is searched from the term information storage unit held by the external server device or the term information storage unit held inside, and the time auxiliary word and the location auxiliary word are searched for the term. A supplementary word is supplemented so that there is no duplication of the auxiliary word, any auxiliary word, or any auxiliary word, and a supplementary word is assigned to each term to form a linked term Then, the term information storage unit is searched by using the linked term as a key, and at least one term to be searched is acquired, and the sentence composition unit can determine when (Where), place (Where), person or what (Who) ), What (What), and how (How), a kanji learning support device that composes a sentence by connecting linked terms acquired by the term acquiring unit in a predetermined order. .

  With this configuration, a sentence having 4W1H can be configured, and learning of kanji can be supported.

  The kanji learning support device according to the fourth aspect of the present invention is the third aspect of the invention, wherein the term acquisition unit includes a kanji corresponding to the kanji identification information received by the reception unit, and the radical identification information acquisition unit. Each term including one or more kanji characters corresponding to one or more radical identification information acquired by the user, and for each term, the time auxiliary word, the place auxiliary word, the human auxiliary word, the what Auxiliary words, supplementing any one of the auxiliary words so that their types do not overlap, adding auxiliary words to each term, forming a linked term, and using the linked term as a key , Search the sentence database, acquire a collaborative term acquisition means for acquiring at least one collaborative term, and obtain a different kind of auxiliary word from all the two or more collaborative terms acquired by the collaborative term acquisition means, A term that includes an auxiliary word Kanji learning provided with complementary term acquisition means for retrieving and acquiring a complete term from the sentence database when the complete term co-occurs at least once in one sentence with one or more linked terms acquired by the linked term acquisition means It is a support device.

  With such a configuration, a sentence having 4W1H can be reliably configured, and kanji learning can be supported.

  The kanji learning support device according to the fifth aspect of the present invention is the third aspect of the invention, wherein the term acquisition unit includes a kanji corresponding to the kanji identification information received by the reception unit, and the radical identification information acquisition unit. The term information storage unit is searched for a term including one or more kanji characters corresponding to the one or more radical identification information acquired by the user, and the time auxiliary word, the place auxiliary word, and the person are searched for the term. An auxiliary word, the auxiliary word, or any auxiliary word of the auxiliary word is supplemented so that the type does not overlap, an auxiliary word is assigned to each term, and a linked term is formed. When searching for the sentence database using a linked term as a key, obtaining at least one linked term to be searched, and obtaining a linked term to which an auxiliary word of a type other than the auxiliary term is given, How to use a collaborative term Calculating a co-occurrence probability is a kanji learning apparatus to which the co-occurrence probability gets higher coordination terms.

  With this configuration, a more natural sentence having 4W1H can be configured, and learning of kanji can be supported.

  The kanji learning support device of the sixth aspect of the invention stores, for the first to fifth aspects of the invention, animation type information that is information indicating the type of animation action and animation information having a verb phrase. The animation information storage unit, the animation type information, the animation program information storage unit that stores the animation program information that has the animation execution program that is the program that executes the operation of the animation, and the sentence that the sentence composition unit configures The animation type information corresponding to the verb phrase possessed by is acquired from the animation information storage unit, the animation execution program corresponding to the animation type information is read, and the animation execution program is executed for the kanji characters constituting the verb phrase And a kanji learning support device further comprising an animation execution unit for outputting the animation A.

  With such a configuration, animation can also be output, so that it is possible to produce fun kanji learning.

  In the kanji learning support apparatus according to the seventh aspect of the invention, in contrast to the sixth aspect, the kanji information in the kanji information storage unit is information indicating the arrangement of two or more radicals constituting the kanji. The animation execution unit is a kanji learning support device that executes an animation that shifts from a state where two or more radicals are separated to a connected state using the kanji structure information. .

  With such a configuration, an animation corresponding to the structure of the kanji can be output, and further the effect of learning kanji can be improved.

  Further, the kanji learning support device according to the eighth aspect of the invention has the kanji coordinate information, which is a set of straight line information constituting the kanji, in the kanji information storage unit, as compared with the sixth invention. The animation execution unit is a kanji learning support device that configures bitmap data from the kanji coordinate information and outputs a kanji animation when composing an animation kanji.

  With this configuration, the amount of data for executing the animation may be small.

  According to the kanji learning support device of the present invention, kanji can be effectively learned.

Hereinafter, embodiments of a kanji learning support apparatus and the like will be described with reference to the drawings. In addition, since the component which attached | subjected the same code | symbol in embodiment performs the same operation | movement, description may be abbreviate | omitted again.
(Embodiment 1)

  In the present embodiment, kanji identification information for identifying a kanji (usually, a character code of kanji) is received, and one or more radical identification information is acquired from a kanji DB (kanji information storage section described later) storing kanji. A kanji learning support device that acquires terms including kanji and kanji corresponding to the radical from kanji identification information and radical identification information, constructs a sentence combining the acquired terms, and outputs the sentence is described. . In the present embodiment, a case where a case frame is used when composing a sentence will be described.

  FIG. 1 is a conceptual diagram of a kanji learning support system in the present embodiment. The kanji learning support system includes one or more terminal devices 11, a kanji learning support device 12, and one or more sentence management devices 13. The terminal device 11 is a terminal of a user who performs kanji learning, and is a terminal that receives input of kanji identification information for identifying a kanji to be learned from the user. The kanji learning support device 12 is a device that composes an effective sentence and transmits it to the terminal device 11 when learning kanji identified by the kanji identification information received from the terminal device 11. The sentence management device 13 is a device that stores sentences having terms used as a basis for the kanji learning support device 12 to form sentences. Note that the sentence management device 13 is not an essential configuration, and the kanji learning support device 12 may hold a dictionary of terms used as a basis for composing a sentence in advance.

  FIG. 2 is a block diagram of the kanji learning support system in the present embodiment. The terminal device 11 includes an input reception unit 1101, a kanji identification information transmission unit 1102, a text reception unit 1103, and a text output unit 1104.

  The kanji learning support device 12 includes a kanji information storage unit 1201, a case information storage unit 1202, a term information storage unit 1203, a reception unit 1204, a radical identification information acquisition unit 1205, a term acquisition unit 1206, a sentence composition unit 1207, and a sentence output unit. 1208.

  The term acquisition unit 1206 includes kanji inclusion term acquisition means 12061 and linked term acquisition means 12062.

  The sentence composition unit 1207 includes a sentence composition rule storage unit 12071 and a sentence composition unit 12072.

  The text management apparatus 13 includes a text storage unit 1301, a text search unit 1302, and a text transmission unit 1303.

  The input receiving unit 1101 receives kanji identification information for identifying a kanji to be learned from the user. The kanji identification information is an ID corresponding to a kanji, for example, a kanji code. The input means for the Chinese character identification information may be anything such as a keyboard, mouse or menu screen. The input receiving unit 1101 can be realized by a device driver for input means such as a keyboard, control software for a menu screen, or the like.

  The kanji identification information transmitting unit 1102 transmits the kanji identification information received by the input receiving unit 1101 to the kanji learning support device 12. Note that the kanji identification information transmission unit 1102 previously holds information for communicating with the kanji learning support device 12 (for example, the IP address or URL of the kanji learning support device 12), for example. In addition, you may receive the information for communicating with the kanji learning assistance apparatus 12 from a user.

  The sentence receiving unit 1103 receives, from the kanji learning support device 12, a sentence for learning kanji input by the user. Here, the sentence is usually a character code string constituting the sentence, but may be a bitmap or voice data for outputting the sentence. Moreover, the sentence here contains the Chinese character input by the user and the Chinese character corresponding to the radical which comprises the said Chinese character. The text receiving unit 1103 is usually realized by a wireless or wired communication means, but may be realized by a means for receiving a broadcast.

  The text output unit 1104 outputs the text received by the text receiving unit 1103. Output is a concept that includes display on a display, printing on a printer, sound output, transmission to an external device, storage in a recording medium, and the like. The text output unit 1104 may or may not include an output device such as a display or a speaker. The text output unit 1104 can be implemented by output device driver software, or output device driver software and an output device.

  The kanji information storage unit 1201 stores two or more kanji information. The kanji information includes kanji identification information and one or more radical identification information. The kanji identification information may be information that can identify kanji such as kanji ID and kanji characters themselves. The radical identification information is information for identifying one or more radicals constituting the Chinese character identified by the Chinese character identification information. The radical identification information may be information identifying a Chinese character corresponding to the radical (such as a Chinese character ID or a Chinese character code), or may be information identifying the radical itself. The kanji information may include radical position identification information indicating a position in kanji of radical identification information for identifying a radical (or a kanji corresponding to the radical) as a component. The radical position identification information is, for example, “left” and “right” when the radical identification information “word” corresponding to the Chinese character identification information “invitation” is “left” and “excellent” is “right”. . There is also kanji information that does not have radical identification information. The kanji information may include kanji structure information and kanji coordinate information, which will be described later. The kanji structure information is information indicating the arrangement or arrangement pattern of two or more radicals constituting the kanji. The kanji coordinate information is a set of information on straight lines constituting kanji or radicals. Furthermore, it is preferable that the kanji coordinate information is included only in kanji information corresponding to a radical (sanji, etc.) or a minimum unit kanji (such as mouth) which is a kanji having no plural radicals. The kanji information storage unit 1201 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The case information storage unit 1202 stores one or more case type identification information and case information having auxiliary words. The case type identification information is information for identifying a case type (eg, ga rating, no rating, d rating). An auxiliary word is a word corresponding to the type of case, and is a word attached to a word (such as, but, etc.). The case information storage unit 1202 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The term information storage unit 1203 stores one or more term information. The term information includes a term, term type information, one or more linked terms, and case type identification information. The term type information is information indicating the type of term, for example, a verb phrase, a noun phrase, an adjective phrase, and the like. A linked term is one or more terms that can be used in the same sentence as the term. In this case, the case type identification information is information for identifying the case type of the linked term. Here, the term and the one or more linked terms are information acquired from one or more text management devices 13, for example. The sentence from which the term and the linked term are acquired may be, for example, a Web homepage or a newspaper article DB. The term information storage unit 1203 is preferably a non-volatile recording medium such as a hard disk or a ROM, but can also be realized by a volatile recording medium such as a RAM.

  The receiving unit 1204 receives kanji identification information. Here, the reception is reception from an external device (such as the terminal device 11), reading from a storage medium, or manual input using an input means such as a keyboard. The receiving unit 1204 is usually realized by a wireless or wired communication means, but may be realized by a means for receiving a broadcast. The receiving unit 1204 can also be realized by a device driver for input means such as a keyboard, control software for a menu screen, or the like.

  The radical identification information acquisition unit 1205 acquires one or more radical identification information corresponding to the kanji identification information received by the reception unit 1204. More specifically, the radical identification information acquisition unit 1205 searches the Chinese character information storage unit 1201 using the Chinese character identification information received by the reception unit 1204 as a key, and acquires radical identification information paired with the Chinese character identification information. To do. The radical identification information acquisition unit 1205 is normally realized by an MPU, a memory, or the like. The processing procedure of the radical identification information acquisition unit 1205 is usually realized by software, and the software is recorded in a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The term acquisition unit 1206 receives the kanji corresponding to the kanji identification information received by the reception unit 1204 and one or more kanji or each radical corresponding to one or more radical identification information acquired by the radical identification information acquisition unit 1205. The term to be included is searched and acquired from the term information storage unit 1203 held in the external server device (here, the text management device 13) or the term information storage unit 1203 held inside. In the present embodiment, the term information storage unit is mainly described as being included in the kanji learning support device 12, but the term information storage unit may be included in the sentence management device 13. When the term acquisition unit 1206 acquires a term from the term information storage unit 1203 included in the kanji learning support device 12, specifically, a term partially matching the kanji corresponding to the kanji identification information received by the reception unit 1204 Get term type information. Next, the term acquisition unit 1206 includes one or more kanji characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit 1205 among the linked terms paired with the acquired term. The case type identification information acquires one or more terms that do not overlap with each other and the first acquired term. However, the term acquisition unit 1206 may acquire three or more terms whose case type identification information partially overlaps. Further, when acquiring a term including a radical (for example, sanji) corresponding to the radical identification information, the term acquisition unit 1206 searches the kanji information storage unit 1201 using the radical identification information (sanji) as a key, It is also possible to acquire kanji identification information including the head identification information (sanzui), search the term information storage unit using the kanji identification information as a key, and acquire the term. The term acquisition unit 1206 can be usually realized by an MPU, a memory, or the like. The processing procedure of the term acquisition unit 1206 is usually realized by software, and the software is recorded in a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The kanji inclusion term acquisition unit 12061 acquires a term including the kanji corresponding to the kanji identification information received by the reception unit 1204 from the term information storage unit 1203. The kanji-inclusive term acquisition unit 12061 is a term including a kanji corresponding to the kanji identification information received by the reception unit 1204, and it is preferable to acquire a term whose term type information is a verb phrase. The kanji-inclusive term acquisition unit 12061 is a term including a kanji corresponding to the kanji identification information received by the reception unit 1204. If the term type information cannot acquire a term that is a verb phrase, the kanji is a term including the kanji. The term type information is a noun phrase. In such a case, the collaborative term acquisition means 12062 to be described later uses a verb phrase term (cooperative term) in which the term including the kanji and the noun phrase corresponds to any case type information (case frame identifier). ) Is preferred. The kanji inclusion term acquisition means 12061 may acquire two or more terms. The kanji-inclusive term acquisition unit 12061 can be usually realized by an MPU, a memory, or the like. The processing procedure of the kanji inclusion term acquisition means 12061 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The linked term acquisition unit 12062 is one or more linked terms that are one or more terms used in the same sentence as the term acquired by the kanji inclusion term acquiring unit 12061, and includes at least one linked term having different case type identification information. get. When two or more linked terms are acquired, the linked term acquisition unit 12062 may include the same case type identification information corresponding to the acquired linked terms. That is, for example, when the kanji identification information received by the receiving unit 1204 is “cooperative”, the cooperative term may be “power and” “power and” “power” or “sufficient”. The linked term acquisition unit 12062 acquires one or more linked terms from the term information storage unit 1203. The linked term acquisition unit 12062 searches the term information storage unit 1203 for one or more terms that can be used in the same sentence as the term acquired by the kanji inclusion term acquisition unit 12061, and identifies the radical among the one or more terms. The term including the kanji corresponding to the radical identified by the one or more radical identification information acquired by the information acquisition unit 1205 is selected. And the cooperation term acquisition means 12062 does not overlap the case type identification information corresponding to the term among the selected one or more terms (may overlap), and the kanji inclusion term acquisition means The term is selected so that it does not overlap with the case type identification information corresponding to the term acquired by 12061, and the set of the one or more terms and the case type identification information is at least temporarily written in the storage medium. The linked term acquisition means 12062 can usually be realized by an MPU, a memory, or the like. The processing procedure of the linked term acquisition unit 12062 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The sentence composition unit 1207 composes a sentence by combining two or more terms acquired by the term acquisition unit 1206, and arranges the composed sentence on a storage medium. Specifically, the sentence composition unit 1207 connects the corresponding terms in a sequence of predetermined case type identification information. For example, when the sentence composition unit 1207 holds a rule for concatenation of the terms “no case, wo case” + “verb phrase” (a sentence composition rule described later), the term type identification information “no case” The words are connected in the order of the case type identification information “wo case” and the “verb phrase” to form a sentence. Various methods of combining (connecting) terms can be considered. The sentence composition unit 1207 can usually be realized by an MPU, a memory, or the like. The processing procedure of the sentence composition unit 1207 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The sentence composition rule storage unit 12071 is information for composing a sentence, and stores a sentence composition rule that is information on an arrangement of two or more case type identification information. The sentence composition rule storage unit 12071 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The sentence composition unit 12072 reads the sentence composition rule of the sentence composition rule storage unit 12071, and composes a sentence by combining the term acquired by the term acquisition unit 1206 and one or more linked terms according to the sentence composition rule. There are various methods for combining terms and linked terms. It is. The sentence composing means 12072 can be usually realized by an MPU, a memory or the like. The processing procedure of the sentence composing means 12072 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The text output unit 1208 outputs the text configured by the text configuration unit 1207. Here, the output is a concept including display on a display, printing on a printer, sound output, transmission to an external device, accumulation in a recording medium, and the like. There are various output modes. The text output unit 1208 may or may not include an output device such as a display or a speaker. The text output unit 1208 can be implemented by output device driver software, or output device driver software and an output device.

  The text storage unit 1301 stores text. The sentence is, for example, a Web home page. The text storage unit 1301 is preferably a non-volatile recording medium such as a hard disk or ROM, but can also be realized by a volatile recording medium such as a RAM.

  The sentence search unit 1302 searches the sentence storage unit 1301 for a sentence including a term (for example, from the kanji learning support device 12) received by means (not shown) (for example, receiving means), and arranges it on a storage medium. The text search unit 1302 can be usually realized by an MPU, a memory, or the like. The processing procedure of the text search unit 1302 is usually realized by software, and the software is recorded in a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The sentence transmitting unit 1303 transmits the sentence searched by the sentence searching unit 1302 to an external device (here, the kanji learning support device 12). The text transmission unit 1303 is usually realized by a wireless or wired communication means, but may be realized by a broadcasting means.

  Next, the operation of the kanji learning support system will be described. First, the operation of the terminal device 11 will be described. First, the input reception part 1101 receives the kanji identification information which identifies the kanji of learning object from a user. Then, the kanji identification information transmitting unit 1102 transmits the kanji identification information received by the input receiving unit 1101 to the kanji learning support device 12. Next, in response to the transmission of the kanji identification information, the sentence receiving unit 1103 receives a sentence for learning the input kanji from the kanji learning support device 12. Next, the text output unit 1104 outputs the text received by the text receiving unit 1103.

  Next, the operation of the kanji learning support device 12 will be described using the flowchart of FIG.

  (Step S <b> 301) The receiving unit 1204 determines whether or not kanji identification information has been received from the terminal device 11. If the Chinese character identification information is received, the process goes to Step S302, and if the Chinese character identification information is not received, the process returns to Step S301.

  (Step S302) The radical identification information acquisition unit 1205 searches the Chinese character information storage unit 1201 using the Chinese character identification information received in Step S301 as a key, and acquires one or more radical identification information paired with the Chinese character identification information. And temporarily stored in a storage medium (main memory, hard disk, etc.).

  (Step S303) The kanji inclusion term acquisition means 12061 of the term acquisition unit 1206 searches the term information storage unit 1203 using the kanji corresponding to the kanji identification information received in step S301 as a key, and includes the kanji (part of the kanji One or more terms (matched or completely matched) are acquired from the term information storage unit 1203 and at least temporarily stored in a storage medium (main memory, hard disk, etc.). When the term acquisition unit 1206 acquires a large number of terms, the term acquisition unit 1206 may select one or a predetermined number of terms, or may retain a large number of terms. Any algorithm may be used for selecting one or a predetermined number of terms. As an algorithm for selecting one or a predetermined number of terms, for example, a previously selected term selected at random by generation of random numbers, or the number of times of selection per term is stored, and the term is avoided. Or a term with a small number of selections may be selected. It also holds a pointer to a term that points to one term in the entire term column, and is a term that follows the pointer. You may perform the process moved to the term following the selected term. Since the above term selection algorithm is a known technique, a detailed description thereof will be omitted.

  (Step S304) The cooperative term acquisition means 12062 acquires a set of case type identification information and term type information (hereinafter referred to as case type identification information, etc., as appropriate) necessary for composing a sentence, and stores a storage medium (main Store at least temporarily in memory or hard disk. Specific examples of the case type identification information include “no case, wo case, verb phrase” and “ga case, wo case, verb phrase”. Information such as case type identification information (information similar to a sentence composition rule described later) is stored in advance in a storage medium (text composition rule storage unit 12071 or other storage medium (not shown)).

  (Step S305) The linked term acquisition unit 12062 searches the term information storage unit 1203 using the term acquired in Step S303 as a key, acquires one or more linked terms that are paired with the term, and stores a storage medium (main memory or Store it at least temporarily on a hard disk. When there are a plurality of terms acquired in step S303, the linked term acquisition unit 12062 acquires one or more linked terms corresponding to each term, and pairs at least one linked term with the terms in the storage medium. Store temporarily.

  (Step S306) The linked term acquisition unit 12062 searches the term information storage unit 1203 using the term acquired in Step S303 as a key, acquires case type identification information that is paired with the term, and stores at least temporarily in the storage medium. To do. Then, the cooperative term acquisition unit 12062 deletes the acquired case type identification information and the like from the set of a plurality of case type identification information and the like necessary for composing the sentence acquired in step S304, and is necessary for the sentence structure. The remaining case type identification information is obtained. The remaining case type identification information and the like are arranged in a storage medium.

  (Step S307) The cooperative term acquisition means 12062 substitutes 1 for the counter i.

  (Step S308) The cooperative term acquisition unit 12062 determines whether or not the i-th radical identification information exists among the one or more radical identification information acquired in Step S302. If the i-th radical identification information exists, the process goes to step S309, and if the i-th radical identification information does not exist, the process goes to step S314.

  (Step S309) The linked term acquisition means 12062 acquires the i th radical identification information, is a linked term including the kanji corresponding to the i th radical identification information, and the remaining case type acquired in step S306 A cooperative term paired with any one of the identification information and the like is acquired and stored at least temporarily in a storage medium.

(Step S310) The cooperative term acquisition unit 12062 determines whether or not the cooperative term has been acquired in step S309 (whether or not it exists). If the cooperative term can be acquired in step S309, the process goes to step S311. If the cooperative term cannot be acquired in step S309, the process returns to step S307. When returning to step S307, the cooperative term of another pattern is acquired. For example, the acquisition order of the radical identification information acquired in step S308 is changed (acquired from the second or acquired from the back, etc.), or the cooperation term acquired in step S309 is changed. The method for changing the linked term acquired in step S309 includes, for example, a process of setting a flag for the once-acquired linked term and not acquiring the linked term with the flag set.

  (Step S311) The cooperative term acquisition unit 12062 uses the cooperative term (for example, “national treasure”) acquired in step S309 and the case type identification information corresponding to the cooperative term (for example, “no case”), A term (eg “national treasure”) is constructed and at least temporarily stored in a storage medium. Note that an auxiliary word (for example, “no”) corresponding to case type identification information or the like (for example, “no case”) is stored in the case information storage unit 1202, and the cooperative term acquisition unit 12062 performs case type identification. The case information storage unit 1202 is searched using information or the like as a key, and an auxiliary word is acquired.

  (Step S312) The cooperative term acquisition unit 12062 deletes the case type identification information that is paired with the cooperative term from the remaining case type identification information on the storage medium.

  (Step S313) The cooperative term acquisition means 12062 increments the counter i by 1. The process returns to step S308.

  (Step S314) The sentence composition unit 12072 of the sentence composition unit 1207 reads out the sentence composition rule (for example, “no case, wo case, verb phrase”) of the sentence composition rule storage unit 12071, and at least temporarily stores it in the storage medium. Note that the sentence composition rule is, for example, information indicating the connection order of terms.

  (Step S315) The sentence composing means 12072 composes sentences by connecting the terms acquired in step S311 according to the linking order of the terms indicated by the sentence composition rules acquired in step S314. The composed sentence is at least temporarily stored in the storage medium.

  (Step S316) The text output unit 1208 outputs the text configured in step S315. The process ends.

  In the flowchart of FIG. 3, when a plurality of linked terms corresponding to one case type identification information or the like are acquired, the linked term acquisition unit 12062 calculates the number of kanji included in each of the plurality of linked terms, and the kanji It is preferable to acquire the cooperative term having the smallest number. Furthermore, when a plurality of linked terms corresponding to one case type identification information or the like are acquired, the linked term acquisition unit 12062 calculates the sum of the number of kanji and the number of strokes included in each of the linked terms, It is preferable to obtain a linked term that includes the smallest number of kanji characters and that has the smallest sum of strokes of kanji characters included in the linked terms. For example, the kanji information stored in the kanji information storage unit 1201 may be stored as the stroke number information of each kanji, or the number of straight lines indicated by the kanji coordinate information described in the third embodiment may be used as the stroke number. The above process contributes to generating a simple story sentence and easily learning kanji.

  In the flowchart of FIG. 3, when a plurality of linked terms corresponding to one case type identification information or the like are acquired, the linked term acquisition unit 12062 displays the linked terms or learning target corresponding to other case type identification information or the like. The co-occurrence frequency and co-occurrence probability with terms including Kanji characters may be calculated, and linked terms that increase the co-occurrence frequency and co-occurrence probability may be selected. Since the method for calculating the co-occurrence frequency and the co-occurrence probability is a known technique, a detailed description thereof will be omitted. By searching the sentence management device 13, the co-occurrence frequency and the co-occurrence probability can be calculated.

  Next, the operation of the sentence management device 13 will be described. When the sentence management device 13 stores a file including a sentence in the sentence storage unit 1301 and receives an inquiry of a term (word) from the kanji learning support device 12, the sentence search unit 1302 retrieves the term (word). The sentence transmitting unit 1303 searches the included sentence, and transmits the sentence to the kanji learning support device 12. Note that the text management device 13 is a known technology, for example, a server device that stores a Web homepage.

  Hereinafter, a specific operation of the kanji learning support system in the present embodiment will be described. A conceptual diagram of the kanji learning support system is shown in FIG.

  Now, the kanji information storage unit 1201 holds the kanji information management table shown in FIG. The kanji information management table stores a large number of records having attributes of “ID”, “Kanji identification information”, and “radical identification information”. “ID” is information for identifying a record and exists for table management. Here, the “kanji identification information” is a kanji code for identifying a kanji (displayed as kanji itself). The “radical identification information” is information for identifying a Chinese character corresponding to the radical, and corresponds to the attribute “ID”. That is, in FIG. 4, the Chinese character “invitation” with “ID = 0” is composed of the “word” of the radical identification information (11) and the radical of “excellent” of the radical identification information (15).

  The case information storage unit 1202 holds a case information management table shown in FIG. The case information management table holds one or more records having “auxiliary words” and “case type identification information” in pairs. The “auxiliary word” is usually a particle such as “ga” and “no”, and is a character string constituting a sentence. Here, the “case type identification information” is a numerical value from “0” to “10”.

  The term information storage unit 1203 holds a term information management table shown in FIG. The term information management table stores a large number of records having attributes of “ID”, “term”, “term type information”, “linked term”, “case type identification information”, and “radical”. In FIG. 6, for example, the record of “ID = 0” indicates that the term “invite” is a verb phrase and can appear in one sentence with the term “Hideyoshi” as a cooperative term. In addition, the record of “ID = 0” forms “wo case” in which “Hideyoshi” is identified by “case type identification information = 3”, and “Hideyoshi” corresponds to the head “Hide”. Show.

  Furthermore, the sentence composition rule storage means 12071 holds the sentence composition rule management table of FIG. The sentence composition rule management table of FIG. 7 holds one or more records having attributes of “ID” and “sentence composition rule”. “ID” is information for identifying a record and exists for table management. Here, the “sentence composition rule” is information that expresses the order in which sentences are composed in a sequence such as case type identification information, and other description methods (for example, the program itself that constitutes sentences, and “ It may be a template of a sentence having an auxiliary word such as “.

  In such a situation, it is assumed that the user inputs the Chinese character “invitation” by using an input unit such as a keyboard or a mouse of the terminal device 11. Then, it is assumed that the user presses a “Kanji learning” button (either a hard button or a GUI button) (not shown) of the terminal device 11.

  Next, the input reception unit 1101 of the terminal device 11 receives the Chinese character “invitation”. Then, the Chinese character identification information transmission unit 1102 transmits the Chinese character identification information “Invitation” to the Chinese character learning support device 12.

  Next, in the kanji learning support device 12, the reception unit 1204 receives the kanji identification information “invitation” from the terminal device 11.

  Next, the radical identification information acquisition unit 1205 searches the kanji information management table of FIG. 4 using the received kanji identification information “invitation” as a key. Since the record of “ID = 0” in the kanji information management table is hit, the radical identification information acquisition unit 1205 has one or more radical identification information “1” included in the record of “ID = 0” in the kanji information management table. 11 ”and“ 15 ”are acquired and temporarily stored in the storage medium.

  Next, the kanji inclusion term acquisition unit 12061 of the term acquisition unit 1206 searches the term information management table of FIG. 6 using the kanji corresponding to the received kanji identification information “invitation” as a key, and includes one or more including the kanji “invitation” Is acquired from the term information storage unit 1203, and the information shown in FIG. 8 (a part of the term information management table shown in FIG. 6) is temporarily stored in the storage medium.

  Next, the cooperative term acquisition means 12062 obtains a set of case type identification information and the like necessary for composing a sentence (here, for example, “ga (1), wo (3), verb phrase”), It is acquired from the sentence composition rule management table of FIG. 7, and at least temporarily stored in the storage medium. Here, the set of case type identification information and the like to be acquired may be one set, a predetermined number, or all.

  Next, the linked term acquisition means 12062 searches the term information management table (in this case, the information in FIG. 8 is suitable) using the acquired term “invite” as a key, and one or more linkages paired with the term. Terms (“Hideyoshi”, “Word”, “People”,...) Are acquired and temporarily stored in a storage medium.

  Next, the linked term acquisition means 12062 searches the term information management table of FIG. 6 using the acquired term “invite” as a key, and acquires “verb phrases” such as case type identification information that is paired with the term “invite”. Then, “Invite: verb phrase” is temporarily stored in the storage medium. Then, the cooperative term acquisition means 12062 converts the acquired “verb phrase” such as case type identification information, etc. into a set of a plurality of case type identification information and the like (“G (1), 3), delete from the verb phrase "), and obtain the remaining case type identification information (" ga "," wo "") necessary for sentence composition.

  Next, the cooperative term acquisition means 12062 acquires the first radical identification information “11”, and searches the Chinese character information management table for the Chinese character “word” corresponding to the first “11” radical identification information. Then, place it on the storage medium. Then, the linked term acquisition means 12062 is a linked term including the kanji “word”, and the linked term “word” paired with any of the remaining case type identification information or the like (“ga rating, wo rating”). And obtained from the term information management table of FIG. 6 and temporarily stored in a storage medium.

  And since the cooperation term acquisition means 12062 was able to acquire the cooperation term "word", case type identification information etc. "1" ("ga rating") etc. which become a pair with the acquired cooperation term "word" are shown in FIG. Obtained from the term information management table. Then, the cooperative term acquisition means 12062 reads the auxiliary word “GA” corresponding to “1” such as case type identification information from the case information management table of FIG. Then, the cooperative term acquisition unit 12062 temporarily stores “word: ga rating (may be“ 1 ”)”.

  Next, the cooperative term acquisition unit 12062 obtains the case type identification information (“G”) that is paired with the cooperative term from the remaining case type identification information (“G”, “W”) on the storage medium. Erase and obtain the remaining case type identification information ("wo case").

  Next, the cooperative term acquisition means 12062 acquires the second radical identification information “15”, and searches the Chinese character information management table for the Chinese character “excellent” corresponding to the second “15” radical identification information. Arranged in a storage medium. Then, the linked term acquisition means 12062 is a linked term including the Chinese character “Hide”, and the linked term “Hideyoshi” paired with any of the remaining case type identification information (“Wo (3)”). 6 is obtained from the term information management table of FIG. 6 (preferably obtained from the information of FIG. 8) and temporarily stored in a storage medium.

Then, since the cooperative term acquisition means 12062 has acquired the cooperative term “Hideyoshi”, the case type identification information “3” (“Wo”), etc., which is paired with the acquired cooperative term “Hideyoshi” is displayed in FIG. Obtained from the term information management table (preferably obtained from the information of FIG. 8). Then, the cooperative term acquisition unit 12062 reads the auxiliary word “O” corresponding to the case type identification information “3” from the case information management table of FIG. Then, the cooperative term acquisition unit 12062 temporarily stores “Hideyoshi: Wow (may be“ 3 ”)”.
Next, the cooperative term acquisition means 12062 deletes the case type identification information and the like (“wo case”) paired with the cooperative term from the remaining case type identification information and the like (“wo case”) on the storage medium, The remaining case type identification information or the like (NULL) is obtained.

  Then, the cooperative term acquisition unit 12062 determines that the third radical identification information does not exist.

  Next, the sentence composing unit 12072 of the sentence composing unit 1207 reads out the sentence composing rules (“ga (1), wo (3), verb phrase”) of the sentence composing rule storage unit 12071 and temporarily stores them in the storage medium. To do.

  The sentence composing means 12072 then obtains the already acquired term (“invite: verb phrase”) according to the linking order of the terms indicated by the acquired sentence composition rule (“ga (1), wo (3), verb phrase”). , “Word is: Ga Rating (1)”, “Hideyoshi is: Wo Rating (3)”), and the sentence “Words Invite Hideyoshi” is composed.

  Next, the sentence output unit 1208 transmits the composed sentence “The word invites Hideyoshi” to the terminal device 11.

  Then, the text receiving unit 1103 of the terminal device 11 receives the text “Word invites Hideyoshi”, and the text output unit 1208 displays the text “Word invites Hideyoshi” on the display. FIG. 9 shows a display example in which the sentence “The word invites Hideyoshi” is displayed on the display.

  In FIG. 9, the kanji characters “Gu” and “Hide” corresponding to the radicals constituting “Gu” are different in character color compared to other characters. In this way, comparing the kanji you want to learn and the kanji corresponding to the radicals that make up the kanji to other characters in the text so that their character attributes (color, font, size, etc.) are different Suitable for learning. The idea on the display is the same in the other embodiments.

  As described above, according to the present embodiment, when a kanji to be learned is input, a sentence including a kanji corresponding to a radical constituting the kanji can be presented. Therefore, learning of kanji can be supported. In particular, kanji can be learned using associative memory.

  In the present embodiment, the kanji learning support device 12 may operate stand-alone. In such a case, the kanji learning support device outputs two pieces of kanji information having kanji identification information that is information for identifying kanji and one or more radical identification information that is information for identifying one or more radicals constituting the kanji. A kanji information storage unit storing the above, a receiving unit for receiving kanji identification information, a radical identification information acquiring unit for acquiring one or more radical identification information corresponding to the kanji identification information received by the receiving unit, A Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit, or a term including each radical, Search the term information storage unit held by the server device or the term information storage unit held in the server device, and acquire the sentence by combining the term acquisition unit to be acquired and the two or more terms acquired by the term acquisition unit Composing sentence A configuration unit, the sentence component is kanji learning apparatus comprising text output unit for outputting a sentence constructed.

  In addition, the kanji learning support device includes a case information storage unit that stores one or more case type identification information that is information for identifying a case type and one or more case information having auxiliary words corresponding to the case type identification information. The term information storage unit further includes a term, term type information indicating the type of the term, one or more linked terms that are one or more terms used in the same sentence as the term, One or more term information having case type identification information for identifying a case type of the term is stored, and the term acquisition unit includes a term including a kanji corresponding to the kanji identification information received by the reception unit. A term including the kanji corresponding to the radical identification information acquired by the radical identification information acquisition unit, and the same sentence as the term acquired by the Chinese character inclusion term acquisition unit. In one or more terms used A collaborative term acquisition means for acquiring one or more collaborative terms having different case type identification information from the term acquired by the kanji inclusion term acquisition means. A sentence composition rule storage means for storing a sentence composition rule that is information for configuring and that is information on an arrangement of two or more case type identification information, and a term acquired by the term acquisition unit according to the sentence composition rule And a kanji learning support device comprising sentence composing means for composing a sentence by combining one or more linked terms.

  In the present embodiment, it is preferable to compose a sentence using radical position identification information and kanji structure information. That is, for example, when the reception unit 1204 receives input of the kanji identification information “bright”, the radical identification information acquisition unit 1205 searches the kanji information storage unit 1201 using the kanji identification information “bright” as a key, One or more radical identification information (“light” “army”) paired with the Chinese character identification information “bright” is acquired. The term acquisition unit 1206 acquires the terms “light”, “military”, and “shining”. Then, the term acquisition unit 1206 acquires radical position identification information (“light” is “left” and “army” is “right”) included in the kanji information including the kanji identification information “bright”. Then, the term acquisition unit 1206 obtains “on the left” from the identification information identification unit neck position identification information “left”. Next, the sentence composition unit 1207 combines the terms “light”, “military”, “shining”, and “on the left” to obtain the sentence “light on the left of the army”. As described above, if a sentence is constructed using radical position identification information and kanji structure information, a sentence using the kanji structure can be obtained, and a sentence that makes it easier to learn kanji can be output intuitively.

  The operation of the kanji learning support apparatus in the present embodiment may be realized by software. In such a case, the software that realizes the kanji learning support device stores, in a storage medium, a computer that receives a kanji identification information and one or more radical identification information corresponding to the kanji identification information received by the reception unit. A radical identification information acquisition unit that is acquired from two or more Kanji information that is received, a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more radical identifications acquired by the radical identification information acquisition unit Term acquisition including a term including one or more kanji or each radical corresponding to information from a term information storage unit held by an external server device or a term information storage unit held inside A sentence composition part that composes a sentence by combining two or more terms acquired by the term acquisition part, and a sentence output part that outputs a sentence constituted by the sentence composition part Consisting of the program, and.

In the above program, the term information storage unit includes a term, term type information indicating the type of the term, one or more linked terms that are one or more terms used in the same sentence as the term, The term acquisition unit stores one or more term information having case type identification information for identifying a case type of each cooperative term, and the term including the kanji corresponding to the kanji identification information received by the reception unit, It is a term including a kanji corresponding to the radical identification information acquired by the radical identification information acquisition unit acquired from the term information storage unit and the same as the term acquired by the Chinese character inclusion term acquisition unit. It has one or more linked terms that are one or more terms used in the sentence, and has linked term acquisition means for acquiring one or more linked terms having different case type identification information from the term acquired by the kanji inclusion term acquiring means The sentence composition unit is information for composing a sentence, and a sentence composition rule storage means for storing a sentence composition rule that is information on an arrangement of two or more case type identification information; and according to the sentence composition rule It is preferable that the computer is operated so as to function as a sentence composing unit that composes a sentence by combining the term acquired by the term acquisition unit and one or more linked terms.
(Embodiment 2)

  In the present embodiment, kanji identification information for identifying a kanji (usually, a character code of kanji) is received, and one or more radical identification information is acquired from a kanji DB (kanji information storage section described later) storing kanji. A kanji learning support device that acquires terms including kanji and kanji corresponding to the radical from kanji identification information and radical identification information, constructs a sentence combining the acquired terms, and outputs the sentence is described. . In particular, in the present embodiment, a case where auxiliary words (query words) of each element of 4W1H are used when composing a sentence will be described.

  The conceptual diagram of the kanji learning support system in the present embodiment is the same as FIG. FIG. 10 is a block diagram of the kanji learning support system in the present embodiment. The kanji learning support system includes one or more terminal devices 11, a kanji learning support device 102, and one or more sentence management devices 13.

  The kanji learning support apparatus 102 includes a kanji information storage unit 1201, a case information storage unit 1202, a term information storage unit 10203, an auxiliary word storage unit 10201, a reception unit 1204, a radical identification information acquisition unit 1205, a term acquisition unit 10206, and a sentence configuration. A unit 10207 and a text output unit 1208.

  The auxiliary word storage unit 10201 includes hour auxiliary word storage means 102011, place auxiliary word storage means 102012, human auxiliary word storage means 102013, auxiliary word storage means 102014, and auxiliary word storage means 102015.

  The term acquisition unit 10206 includes cooperative term acquisition means 102061 and complementary term acquisition means 102062.

  The sentence composition unit 10207 includes sentence composition rule storage means 102071 and sentence composition means 102072.

  The auxiliary word storage unit 10201 stores auxiliary words (in this case, particles etc.) constituting the sentence. The auxiliary word storage unit 10201 is preferably a nonvolatile recording medium, but can also be realized by a volatile recording medium.

  The hour auxiliary word storage means 102011 stores hour auxiliary words (“hour”, “around”, etc.) constituting the element of the sentence indicating the hour. The hour auxiliary word storage means 102011 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The place auxiliary word storage means 102012 stores place auxiliary words (“place”, “above”, etc.) constituting the elements of the sentence indicating the place (where). The location auxiliary word storage means 102012 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The human auxiliary word storage means 102013 stores human auxiliary words (“GA”, etc.) constituting elements of a sentence indicating a person (Who). The auxiliary word storage means 102013 is preferably a nonvolatile recording medium, but can also be realized by a volatile recording medium.

  The what auxiliary word storage means 102014 stores what auxiliary words (“O”, etc.) constituting the element of the sentence indicating what (What). The auxiliary word storage means 102014 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The auxiliary word storage means 102015 stores any auxiliary words (“RU”, “S”, etc.) constituting the element of the sentence indicating how (How). The auxiliary word storage means 102015 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The term information storage unit 10203 stores one or more terms. The term information storage unit 10203 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

The term acquisition unit 10206 is a term including a Chinese character corresponding to the Chinese character identification information received by the reception unit 1204 and one or more Chinese characters corresponding to one or more radical identification information acquired by the radical identification information acquisition unit 1205. A certain linked term is searched from a term information storage unit held by an external server device or a term information storage unit 10203 held inside, and a time auxiliary word, a place auxiliary word, and a human auxiliary are searched for the term. Word, what auxiliary word, or any auxiliary word is supplemented so that the types do not overlap, auxiliary words are added to each term, and a linked term is formed, and the linked term Is used as a key to search the term information storage unit to obtain at least one term to be searched and store it in the storage medium. The term acquisition unit 10206 preferably acquires all the terms (including linked terms) corresponding to each element of 4W1H, but any element of 4W1H may be insufficient, Any element may be duplicated. Furthermore, it is preferable that the term acquisition unit 10206 also acquires a complementary term that complements a term that is missing from 4W1H by a cooperative term acquisition unit 102061 and a complementary term acquisition unit 102062 described later. Furthermore, the term acquisition unit 10206 includes kanji corresponding to the kanji identification information received by the reception unit 1204 and one or more kanji corresponding to one or more radical identification information acquired by the radical identification information acquisition unit 1205. A term is searched from the term information storage unit, and for that term, a time auxiliary word, a place auxiliary word, a human auxiliary word, what auxiliary word, or any auxiliary word of any auxiliary word, its type Are supplemented so that they are not duplicated, auxiliary words are assigned to each term, a linked term is constructed, and the sentence database is searched using the linked term as a key to obtain at least one linked term to be searched. In addition, a cooperative term to which an auxiliary word of a type other than the auxiliary word is assigned (this cooperative term may not have an auxiliary word), and a cooperative term to which the auxiliary word is assigned (this Linked terms are Auxiliary word calculates the co-occurrence probability between may also) not be applied, it is preferred that the co-occurrence probability gets higher coordination terms. The co-occurrence probability of two terms is usually calculated from the sentence information in the sentence storage unit 1301 stored in one or more sentence management devices 13. A technique for calculating the co-occurrence probability of two terms is a known technique. For example, the calculation formula for calculating the co-occurrence probability of two terms is the following Formula 1. In Equation 1, 4W is “WHEN, WHERE, WHO, WHAT”. P (HOW, 4W) is a co-occurrence probability of the word of the HOW element and the word of another element. COF (HOW, 4W) is a co-occurrence frequency of the term of the HOW element and the term of each 4W element. | HOW | is the character string length of the term of the HOW element. | 4W | is the character string length of the 4W element. | W | is a character string length of an arbitrary word.

  The linked term acquisition means 102061 includes each kanji corresponding to the kanji identification information received by the reception unit 1204 and one or more kanji corresponding to one or more radical identification information acquired by the radical identification information acquisition unit 1205. A term is searched from the term information storage unit 10203, and for each term, the auxiliary word is one of the hour auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary auxiliary word, and the auxiliary auxiliary word. Are supplemented so that their types do not overlap, auxiliary words are assigned to each term, a linked term is formed, and the linked database is used as a key to store the sentence database (sentence storage of one or more sentence management devices 13). Part 1301) to retrieve at least one or more linked terms. The linked term acquisition means 102061 can usually be realized by an MPU, a memory, or the like. The processing procedure of the linked term acquisition means 102061 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The complementary term acquisition unit 102062 acquires an auxiliary word of a type different from all of the two or more cooperative terms acquired by the cooperative term acquisition unit 102061, and acquires the complementary term that is a term including the auxiliary word as the cooperative term acquisition unit. When one or more cooperating terms acquired by 102061 co-occur once or more in one sentence, the sentence database (sentence storage unit 1301 of one or more sentence management devices 13) is searched and acquired. Note that the complementary term acquisition unit 102062 uses an auxiliary word to search for a term (a term including an auxiliary word first) when there is no term that co-occurs in one sentence with one or more linked terms. It is preferable to obtain the terms). The complementary term acquisition unit 102062 can be usually realized by an MPU, a memory, or the like. The processing procedure of the complementary term acquisition unit 102062 is usually realized by software, and the software is recorded in a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The sentence composing unit 10207 corresponds to any one of time (Where), place (Where), person (Who), what (What), and how (How). A sentence is composed by connecting in a predetermined order (for example, the order indicated by the sentence composition rule). The sentence composition unit 10207 is usually realized by an MPU, a memory, or the like. The processing procedure of the sentence composition unit 10207 is usually realized by software, and the software is recorded in a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  The sentence composition rule storage means 102071 is a rule having time (Where), place (Where), person (Who), what (What), and how (How) as constituent elements, and is a rule indicating the arrangement of the constituent elements. Yes, it stores rules for composing sentences. The sentence composition rule storage unit 102071 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The sentence composing means 102072 reads the sentence composition rule from the sentence composition rule storage means 102071, and connects the linked terms acquired by the term acquisition unit 10206 according to the sentence composition rule to compose the sentence. The linked term corresponds to any of “Time”, “Location”, “Where”, “Who”, “What”, “How”, and “How”, and the sentence composing means 102072 acquires such correspondence, According to the composition rule, the linked terms are connected to compose a sentence. The sentence composing means 102072 may compose the sentence by connecting the cooperative terms acquired by the cooperative term acquiring means 102061 and the complementary terms acquired by the complementary term acquiring means 102062 in a predetermined order. The composed sentence is at least temporarily arranged in the storage medium.

  Next, the operation of the kanji learning support apparatus 102 will be described using the flowcharts of FIGS. In the flowchart of FIG. 11, only differences from the flowchart of FIG. 3 will be described.

  (Step S1101) The cooperative term acquisition unit 102061 of the term acquisition unit 10206 acquires kanji (kanji code, kanji ID, etc.) corresponding to the one or more radical identification information acquired in step S302.

  (Step S1102) The cooperative term acquisition unit 102061 acquires a term including one or more kanji characters acquired in step S1101 from the term information storage unit 10203. The linked term acquisition means 102061 may acquire one term corresponding to each of one or more kanji characters, or may acquire two or more terms corresponding to one or more kanji characters. The acquired one or more terms are stored in association with kanji included in the terms.

  (Step S1103) The sentence structure part 10207 substitutes 1 to the counter i.

  (Step S1104) Does the sentence composition unit 10207 have a combination of the i-th term among the one or more terms acquired in step S1102 and the terms acquired in step S303 (terms including kanji to be learned)? Judge whether or not. If the i-th term combination exists, the process goes to step S1105, and if the i-th term combination does not exist, the process goes to step S1109. The term combination refers to one of the terms including the kanji to be learned (for example, “invitation”) and the kanji corresponding to each radical constituting the kanji to be learned (for example, “word” “excellent”). Is a combination of one term for each radical (for example, “word”, “hideyoshi”). Therefore, there are three combinations of terms, for example, the term “invite” that includes the kanji to be studied, “word” that includes the radical, and “hideyoshi” that includes “hide” of “investment”. A collection of terms.

  (Step S1105) The sentence composition unit 10207 acquires the combination of the i-th term and places it on the storage medium.

  (Step S1106) The sentence composing means 102072 composes a sentence from a combination of i-th terms. An example of the sentence composition algorithm will be described with reference to the flowchart of FIG.

  (Step S1107) The sentence composing means 102072 calculates the co-occurrence probability from the 4W1H elements constituting the sentence constructed in step S1106. The co-occurrence probability can be calculated by Equation 1, for example. The sentence composing means 102072 adds the sentence (or sentence ID) constructed in step S1106 and the co-occurrence probability to the recording medium as a pair. An example of the process for calculating the co-occurrence probability will be described with reference to the flowchart of FIG.

  (Step S1108) The sentence composing means 102072 increments the counter i by 1. The process returns to step S1104.

  (Step S1109) The sentence composing means 102072 acquires a sentence with the maximum co-occurrence probability. For example, the sentence composing means 102072 sorts the sentences in descending order using the co-occurrence probability recorded in step S1107 as a key, acquires a sentence paired with the maximum co-occurrence probability, and stores it in the storage medium.

  (Step S1110) The text output unit 1208 transmits the text acquired in step S1109 to the terminal device 11. The process ends.

  Next, an example of the sentence structure algorithm in step S1106 will be described with reference to the flowchart of FIG.

  (Step S1201) The sentence composing means 102072 substitutes 1 for the counter j.

  (Step S1202) The sentence composing means 102072 determines whether or not the j-th term exists in the term combination. If the j-th term exists, the process goes to step S1203, and if the j-th term does not exist, the process goes to step S1214.

  (Step S1203) The sentence composing means 102072 reads one or more hourly auxiliary words from the hourly auxiliary word storage means 102011, assigns one or more hourly auxiliary words to the jth term, and composes one or more terms. To do.

  (Step S1204) The sentence composing means 102072 searches the sentence database (the sentence storage unit 1301 of the one or more sentence management devices 13) using one or more configured terms as keys, and determines the appearance frequency for each configured term. get. The appearance frequency is acquired for each hour auxiliary word. Then, the sentence composing means 102072 temporarily stores at least a pair of a term having the highest application frequency and its appearance frequency in a storage medium.

  (Step S1205) The sentence composing means 102072 reads one or more place auxiliary words from the place auxiliary word storage means 102012, assigns one or more place auxiliary words to the jth term, and forms one or more terms. To do.

  (Step S1206) The sentence composing means 102072 searches the sentence database (the sentence storage unit of one or more sentence management apparatuses 13) using each configured term as a key, and sets one or more sets of appearance frequencies for each configured term. get. Then, the sentence composing means 102072 temporarily stores at least a pair of a term having the highest application frequency and its appearance frequency in a storage medium.

  (Step S1207) The sentence composing means 102072 reads one or more person auxiliary words from the human auxiliary word storage means 102013, assigns one or more person auxiliary words to the jth term, and composes one or more terms. To do.

  (Step S1208) The sentence composing means 102072 searches the sentence database (the sentence storage unit of one or more sentence management apparatuses 13) using each configured term as a key, and sets one or more sets of appearance frequencies for each configured term. get. Then, the sentence composing means 102072 temporarily stores at least a pair of a term having the highest application frequency and its appearance frequency in a storage medium.

  (Step S1209) The sentence composing means 102072 reads one or more person auxiliary words from the auxiliary word storage means 102014, and assigns one or more auxiliary words to the jth term to form one or more terms. To do.

  (Step S1210) The sentence composing means 102072 searches the sentence database (the sentence storage unit of one or more sentence management apparatuses 13) using each configured term as a key, and sets one or more sets of appearance frequencies for each configured term. get. Then, the sentence composing means 102072 temporarily stores at least a pair of a term having the highest application frequency and its appearance frequency in a storage medium.

  (Step S1211) The sentence composing means 102072 reads one or more auxiliary words from the auxiliary word storage means 102015, assigns one or more auxiliary words to the jth term, and forms one or more terms. To do.

  (Step S1212) The sentence composing means 102072 searches the sentence database (the sentence storage unit of one or more sentence management devices 13) using each configured term as a key, and sets one or more sets of appearance frequencies for each configured term. get. Then, the sentence composing means 102072 temporarily stores at least a pair of a term having the highest application frequency and its appearance frequency in a storage medium.

  (Step S1213) The sentence composing means 102072 increments the counter j by 1. The process returns to step S1202.

  (Step S1214) The sentence composing means 102072 acquires information on a combination of terms (additional words are given) that maximize the total appearance frequency of 4W1H. In other words, the sentence composing means 102072 acquires the combination of terms having the highest total frequency among terms given one or more auxiliary words for each element in 4W1H and stores them in the storage medium. .

  (Step S1215) The sentence composing means 102072 determines whether or not there is a term to be supplemented in 4W1H with respect to the information on the term combination acquired in Step S1214. That is, for example, when the set of terms acquired in step S1214 is a set of terms to which the auxiliary words “WHO, WHEN, WHERE, and WHAT” are added, in light of 4W1H information (sentence composition rule), “HOW "Determine that the element is missing. If there is a term to be complemented, the process goes to step S1216, and if there is no term to be complemented, the process goes to step S1218.

  (Step S1216) The sentence composing means 102072 selects an auxiliary word (for example, “ru”, “do”, etc.) corresponding to the type to be complemented (for example, “HOW”) based on the determination in step S1215. Read from the storage unit 10201.

  (Step S1217) The sentence composing means 102072 is a term that co-occurs with any of the other terms and includes the acquired auxiliary word (for example, “ru”, “to”, etc.) in one or more sentence management devices 13. The text storage unit 1301 is searched and acquired. In addition, the acquisition algorithm of the term containing the acquired auxiliary word is not ask | required. The sentence composing means 102072 acquires, for example, all the terms including the acquired auxiliary words (for example, “ru”, “to”, etc.), and then each of other terms (for example, “WHO, WEN, WHERE, WHAT”). For example, a term having the highest sum of co-occurrence frequencies is added.

  (Step S1218) The sentence composition unit 102072 reads the sentence composition rule (for example, information indicating the arrangement of 4W1H elements such as “WHO, WHEN, WHERE, WHAT, HOW”) from the sentence composition rule storage unit 102071 and stores it in the storage medium. Store.

  (Step S1219) The sentence composing means 102072 composes a sentence by combining the acquired terms according to the sentence composition rule acquired in Step S1218. Return to upper process.

  Next, an example of the process of calculating the co-occurrence probability in step S1107 will be described using the flowchart of FIG.

  (Step S1301) The sentence composing means 102072 reads a co-occurrence probability calculation formula (for example, Formula 1) stored in advance.

  (Step S1302) The sentence composing means 102072 reads the sentence and the terms of all the constituent elements constituting the sentence, and arranges them on the memory.

  (Step S1303) The sentence composing means 102072 searches one or more sentence management apparatuses 13, and calculates the co-occurrence frequency of the term of the HOW element and the term of each other element by the number of terms of each other element. To do.

  (Step S1304) The sentence composing means 102072 calculates the character string length of the term of the HOW element and arranges it on the memory.

  (Step S1305) The sentence composing means 102072 calculates the total character string length of 4W1H (WHO, WHEN, WHERE, WHAT, HOW) and the character string length of each element, and arranges them on the memory.

  (Step S1306) The sentence composing means 102072 substitutes the numerical value calculated above for the calculation formula read in Step S1301, acquires the co-occurrence probability, and arranges it on the memory.

  (Step S1307) The sentence composing means 102072 makes a sentence (or sentence ID) and the co-occurrence probability a pair and arranges them on the memory. Return to upper process.

  In the flowchart of FIG. 13, the co-occurrence probability may be calculated using another algorithm or calculation formula.

  Hereinafter, a specific operation of the kanji learning support system in the present embodiment will be described. The conceptual diagram of the kanji learning support system is the same as FIG.

  Now, the kanji information storage unit 1201 holds the kanji information management table shown in FIG. The term information storage unit 1203 holds a term information management table shown in FIG. The term information management table stores a large number of records having “ID” and “term”.

  Further, the auxiliary word storage unit 10201 holds the auxiliary word information management table shown in FIG. The auxiliary word information management table manages five records having attributes of “auxiliary word type information” and “auxiliary word”. “Auxiliary word type information” is an attribute for storing information (WHO, WEN, etc.) indicating the type of auxiliary word, and “auxiliary word” is an attribute for storing an auxiliary word corresponding to “auxiliary word type information”. is there.

  Furthermore, it is assumed that the sentence composition rule storage unit 12071 holds a sentence composition rule “WHO, WHEN, WHERE, WHAT, HOW”. This sentence composition rule is information indicating a combination order of terms when a sentence is composed by combining terms.

  In such a situation, it is assumed that the user inputs the Chinese character “morning” using an input unit such as a keyboard or a mouse of the terminal device 11. Then, it is assumed that the user presses a “Kanji learning” button (either a hard button or a GUI button) (not shown) of the terminal device 11.

  Next, the input reception unit 1101 of the terminal device 11 receives the Chinese character “morning”. Then, the kanji identification information transmitting unit 1102 transmits the kanji identification information “morning” to the kanji learning support apparatus 12.

  Next, in the kanji learning support device 12, the reception unit 1204 receives the kanji identification information “morning” from the terminal device 11.

  Next, the radical identification information acquisition unit 1205 searches the kanji information management table of FIG. 14 using the received kanji identification information “morning” as a key. Since the record of “ID = 1” in the Chinese character information management table is hit, the radical identification information acquisition unit 1205 has one or more radical identification information “1” included in the record of “ID = 1” in the Chinese character information management table. 22 ”,“ 23 ”and“ 28 ”are acquired and temporarily stored in the storage medium.

  The cooperative term acquisition unit 102061 acquires the kanji characters “ten”, “early”, and “month” corresponding to the acquired three radical identification information “22”, “23”, and “28”.

  Next, the linked term acquisition unit 102061 associates the received Chinese character “morning” and the acquired three Chinese characters “ten”, “early”, and “month” with each Chinese character, and the term information storage unit 10203. Get from. And the cooperation term acquisition means 102061 acquires the term shown in FIG. 17 corresponding to each Chinese character, and arrange | positions it on memory.

  Next, the sentence composition unit 10207 obtains the first term combination “Asahi, Jubei, early morning, month” from the term group of FIG. 17 and arranges it on the memory.

  Next, the sentence composing means 102072 assigns five types of auxiliary words to each of the terms “Asahi”, “Jubei”, “Early morning”, and “Month”, and uses the term to which the auxiliary word is assigned as a key. The sentence storage unit 1301 of the sentence management apparatus 13 is searched, and the appearance frequency for each auxiliary word type and the representative character string of the auxiliary word are acquired and written. Needless to say, when the appearance frequency is “0”, there is no representative character string of the auxiliary word. Further, the five types of auxiliary words are sequentially read out from the auxiliary word information management table of FIG.

  Next, the sentence composing means 102072 obtains information on a combination of terms (additional words are given) having the maximum appearance frequency of 4W1H from the table in the upper part of FIG. In other words, the sentence composing means 102072 acquires the combination of terms having the highest total frequency among terms given one or more auxiliary words for each element in 4W1H and stores them in the storage medium. . Then, the sentence composing means 102072 obtains the lower table of FIG. The lower table of FIG. 18 shows “term”, one type of 4W1H, and “appearance frequency”.

  Next, the sentence composing means 102072 determines that the term “HOW” to be complemented exists in 4W1H with respect to the acquired term combination information (the lower table in FIG. 18). For example, the sentence composition unit 102072 reads the sentence composition rule “WHO, WEN, WHERE, WHAT, HOW” from the sentence composition rule storage unit 12071, and “HOW” that does not exist in the “type” in the table at the bottom of FIG. Detect something.

  Then, the sentence composing means 102072 reads auxiliary words (such as “ru” and “do”) corresponding to the type to be complemented (“HOW”) from the auxiliary word information management table (FIG. 16) and arranges them on the memory.

  Next, the sentence composing means 102072 is a term that co-occurs with any of the other terms, and includes the acquired auxiliary word (for example, “ru”, “to”, etc.) as a sentence of one or more sentence management devices 13. The storage unit 1301 is searched and acquired. Then, the sentence composing means 102072 obtains “view” and “view”, for example, and arranges them on the memory. It is assumed that the sentence composing means 102072 has selected the term “view” having the maximum total co-occurrence frequency with the other four terms from “see” and “view”. Since the method for calculating the co-occurrence frequency is a known technique, a description thereof will be omitted.

  Next, the text composing means 102072 reads the text composing rule “WHO, WHEN, WHERE, WHAT, HOW” from the text composing rule storage means 102071 and stores them in the storage medium.

  Next, the sentence composing means 102072 composes a sentence (for example, “Jubei sees the morning sun in the early morning”) by combining the acquired terms according to the acquired sentence composition rule.

  Next, the sentence composing means 102072 calculates the co-occurrence probability from the 4W1H elements “Jubei”, “In the early morning”, “In the moon”, “See the Asahi”, and “View” that compose the sentence. That is, the sentence composing means 102072 reads the information of Formula 1 stored in advance. Then, the sentence composing means 102072 reads out the sentences and the terms of all the constituent elements constituting the sentences ("Jubei", "In the early morning", "In the moon", "Asahi", "See") and arranges them on the memory. .

  Then, the sentence composing means 102072 searches one or more sentence management apparatuses 13, and the term of the HOW element (“see”) and the term of each of the other elements (“Jubei” is “early morning”, “in the moon”, “ Calculate the co-occurrence frequency of "Asahi". Then, the terms of other elements and the co-occurrence frequencies are paired and arranged on the memory.

  Then, the sentence composing means 102072 calculates the character string length of the term of the HOW element (“see”) as “4” (number of bytes), and arranges it on the memory. The character string length may be “2”, which is the number of characters.

  The sentence composing means 102072 is a total character string length “2” of 4W1H (WHO, WHEN, WHERE, WHAT, HOW), and the character string lengths of each element “Jubei: 8” “In the early morning: 6” “In the month: 4 ”“ Asahi: 6 ”is calculated and placed on the memory.

  Next, the sentence composing means 102072 substitutes the numerical value calculated above for the read Equation 1, acquires the co-occurrence probability of the HOW element and each element of 4W, and arranges it on the memory. Here, it is assumed that the co-occurrence probability = 3.1.

  The sentence composing means 102072 arranges the sentence “Jubei sees the Asahi on the moon early in the morning” and the co-occurrence probability “3.1” as a pair on the memory.

  As described above, it is assumed that the co-occurrence probability of the HOW element and each 4W element is calculated for each sentence configured by combining five terms (terms corresponding to 4W1H elements). Here, it is assumed that the maximum co-occurrence probability is “3.1”.

  Then, the sentence composing means 102072 acquires a sentence “Jubei sees the Asahi on the moon early in the morning” having the maximum co-occurrence probability of “3.1”.

  Next, the sentence output unit 1208 transmits the acquired sentence “Jubei sees the morning sun in the moon early in the morning” to the terminal device 11.

  Then, the text receiving unit 1103 of the terminal device 11 receives the text “Jubei sees the morning sun in the moon early in the morning”, and the text output unit 1208 displays the text “Jubei sees the morning sun in the moon early in the morning” on the display. .

  As described above, according to the present embodiment, if a kanji to be learned is input, a sentence including a kanji corresponding to a radical constituting the kanji can be presented. Therefore, learning of kanji can be supported. In particular, kanji can be learned using associative memory.

  In the present embodiment, the kanji learning support device 12 may operate stand-alone. In such a case, the kanji learning support device outputs two pieces of kanji information having kanji identification information that is information for identifying kanji and one or more radical identification information that is information for identifying one or more radicals constituting the kanji. A kanji information storage unit storing the above, a receiving unit for receiving kanji identification information, a radical identification information acquiring unit for acquiring one or more radical identification information corresponding to the kanji identification information received by the receiving unit, A Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit, or a term including each radical, Search the term information storage unit held by the server device or the term information storage unit held in the server device, and acquire the sentence by combining the term acquisition unit to be acquired and the two or more terms acquired by the term acquisition unit Composing sentence A configuration unit, the sentence component is kanji learning apparatus comprising text output unit for outputting a sentence constructed.

  In addition, the kanji learning support device described above includes an auxiliary word storage unit that stores an auxiliary word that constitutes an element of a sentence that indicates time (When), and a place that constitutes an element of a sentence that indicates a place (Where) Location auxiliary word storage means for storing auxiliary words, human auxiliary word storage means for storing human auxiliary words constituting a sentence element indicating a person (Who), and element of a sentence indicating what (What) Auxiliary word storage means for storing how many auxiliary words that constitute the word, and an auxiliary word storage means for storing any auxiliary word that constitutes the element of the sentence indicating how (how). The term acquisition unit further includes a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit. Link terminology that includes Search from the term information storage unit held by or the term information storage unit held inside, and for the term, the time auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word , Supplementing any of the auxiliary words so that the types do not overlap, adding auxiliary words to each term, forming a linked term, and using the linked term as a key, The term information storage unit is searched to obtain at least one term to be searched, and the sentence composition unit is configured to store a time, a place, a person, a person, a person, and a person. Corresponding to any of the above, a kanji learning support device that composes a sentence by connecting linked terms acquired by the term acquisition unit in a predetermined order.

  In the kanji learning support device, the term acquisition unit corresponds to kanji corresponding to the kanji identification information received by the reception unit and one or more radical identification information acquired by the radical identification information acquisition unit. Searching for each term including one or more kanji characters, and for each term, any one of the auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word, and the auxiliary word The auxiliary words are supplemented so that their types do not overlap, auxiliary words are assigned to each term, a linked term is constructed, and the sentence database is searched using the linked term as a key, and at least one search is performed. A cooperative term acquisition means for acquiring a cooperative term, a supplementary term that is a term including the auxiliary word, and acquiring a different kind of auxiliary word from all of the two or more cooperative terms acquired by the cooperative term acquisition means, Said ream It is preferable that the kanji learning support device includes a complementary term acquisition unit that searches and acquires from the sentence database when the term acquisition unit co-occurs once or more with one or more linked terms acquired by the term acquisition unit. It is.

  In the kanji learning support device, the term acquisition unit corresponds to kanji corresponding to the kanji identification information received by the reception unit and one or more radical identification information acquired by the radical identification information acquisition unit. A term including one or more Chinese characters to be searched is searched from the term information storage unit, and the time auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary auxiliary word, the auxiliary auxiliary word for the term. The supplementary words are supplemented so that their types do not overlap, supplementary words are assigned to each term, a collaborative term is constructed, and the text database is searched using the collaborative term as a key. When acquiring a linked term to be searched for at least one or more, and obtaining a linked term to which an auxiliary word of a type other than the auxiliary word is given, it is shared with the linked term to which the auxiliary word is given. Calculate the probability of occurrence and It co-occurrence probability is kanji learning apparatus according to claim 3 or 4, wherein obtaining a high coordination term is preferred.

  Moreover, in this Embodiment, the supplement term acquisition means which supplements the missing element among 4W1H is not essential. It is sufficient that a sentence can be composed of two or more terms that can be acquired. In addition, the sentence may be incomplete.

  In the present embodiment, the syntax of the output text is mainly 4W1H. However, it goes without saying that it is not limited to 4W1H. For example, it may be 5W1H or 2W1H (for example, “the dog is lying on the person”). The term acquisition unit 10206 may select a sentence pattern using the acquired kanji identification information and the number of radical identification information. For example, the term acquisition unit 10206 acquires the acquired Chinese character identification information (for example, “Fushi”) and the number “3” of the radical identification information (for example, “people” and “dog”), and from the “3” The syntax information “2W1H” may be acquired, and the text constructing unit 10207 may compose the text from the syntax information.

  Further, the software of the operation of the kanji learning support apparatus in the present embodiment is the following software. That is, the computer acquires from the two or more kanji information stored in the storage medium, the reception unit that receives the kanji identification information, and one or more radical identification information corresponding to the kanji identification information received by the reception unit. A radical identification information acquisition unit, a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters or parts corresponding to one or more radical identification information acquired by the radical identification information acquisition unit A term acquisition unit that retrieves and acquires a term including a neck from a term information storage unit held by an external server device or a term information storage unit held therein, and the term acquisition unit acquires 2 It becomes a program for functioning as a sentence composition part which constitutes a sentence combining the above terms, and a sentence output part which outputs a sentence which the sentence composition part constituted.

  In the program, the term acquisition unit includes one or more kanji characters corresponding to the kanji identification information received by the reception unit and one or more radical identification information acquired by the radical identification information acquisition unit. Search the terminology information storage unit held by the external server device or the term information storage unit held inside the linked term that is a term including each kanji, and for the term, the time auxiliary word, The auxiliary word of the place auxiliary word, the human auxiliary word, the auxiliary word, or any auxiliary word is supplemented so that the type does not overlap, and an auxiliary word is given to each term, Constructing a linked term, searching the term information storage unit using the linked term as a key, obtaining at least one term to be searched, and the sentence configuring unit is time, where, where (Who) What It is preferable that the program allows the linked terms acquired by the term acquisition unit to function in a predetermined order to form a sentence corresponding to either What) or How. It is.

  In the program, the term acquisition unit includes one or more kanji characters corresponding to the kanji identification information received by the reception unit and one or more radical identification information acquired by the radical identification information acquisition unit. Each term including each Chinese character is searched, and for each term, any one of the auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word, and the auxiliary word is selected. , Supplementing the types so that they do not overlap, providing auxiliary words for each term, configuring linked terms, searching the sentence database using the linked terms as a key, and searching for at least one or more linked terms A cooperative term acquisition means for acquiring a supplementary term that is different from all of the two or more cooperative terms acquired by the cooperative term acquisition means, and a complementary term that is a term including the auxiliary word is used as the cooperative term. Take It is preferable that the program is made to function so as to include a complementary term acquisition unit that retrieves and acquires from the sentence database when one or more cooperating terms acquired by the means co-occurs once or more in one sentence. is there.

In the program, the term acquisition unit includes one or more kanji characters corresponding to the kanji identification information received by the reception unit and one or more radical identification information acquired by the radical identification information acquisition unit. A term including each kanji is searched from the term information storage unit, and any one of the time auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word, and the auxiliary word is searched for the term. Such auxiliary words are supplemented so that their types do not overlap, auxiliary words are assigned to each term, a linked term is constructed, and the sentence database is searched using the linked term as a key, at least one or more When acquiring a linked term to be searched and acquiring a linked term to which an auxiliary word of a type other than the auxiliary word is assigned, the co-occurrence probability with the linked term to which the auxiliary word is assigned is calculated. And the co-occurrence It is preferable that a program to function so as to obtain a high coordination terms.
(Embodiment 3)

  In the present embodiment, a kanji learning support system having a function of generating an animation for a composed sentence will be described. The present embodiment is an aspect having an animation generation function with respect to the kanji learning support apparatus of the first embodiment. Note that the kanji learning support apparatus of the second embodiment may have an animation generation function as described in the present embodiment.

  The conceptual diagram of the kanji learning support system in the present embodiment is the same as FIG. FIG. 19 is a block diagram of the kanji learning support system in the present embodiment. The kanji learning support system includes one or more terminal devices 11, a kanji learning support device 192, and one or more sentence management devices 13.

  The kanji learning support device 192 includes a kanji information storage unit 1201, a case information storage unit 1202, a term information storage unit 1203, an animation information storage unit 19201, an animation program information storage unit 19202, a reception unit 1204, a radical identification information acquisition unit 1205, A term acquisition unit 1206, a sentence composition unit 1207, a sentence output unit 1208, and an animation execution unit 19203 are provided.

  The animation information storage unit 19201 stores one or more pieces of animation information. The animation information is information including animation type information that is information indicating the type of motion of the animation and verb phrases (eg, “see”, “compensate”, “invite”, etc.). The animation is preferably an animation that makes the meaning of the verb phrase intuitively imaged. The animation information may have a “semantic classification” indicating the semantic classification of the verb phrase. The animation information corresponds to semantic classification. Information on “background color” and information on “gradation” for animation may be included. When the animation information has semantic classification, background color, and gradation, for example, it is preferable that the animation execution unit 19203, which will be described later, sets the background of the area displaying the animation kanji to the corresponding background color or gradation. Since the technology for changing the background to the background color or gradation when the information for identifying the background color or gradation is given, the detailed description is omitted. In this way, background colors and gradations can contribute to kanji learning by making the meaning classification easy to imagine (for example, if the meaning classification is “love”, the background color is “red”). . The animation information storage unit 19201 is preferably a nonvolatile recording medium, but can also be realized by a volatile recording medium.

  The animation program information storage unit 19202 stores animation type information and animation program information having an animation execution program which is a program for executing the animation operation. The animation program information storage unit 19202 is preferably a non-volatile recording medium, but can also be realized by a volatile recording medium.

  The animation execution unit 19203 acquires the animation type information corresponding to the verb phrase included in the sentence formed by the sentence composition unit 1207 from the animation information storage unit 19201, reads the animation execution program corresponding to the animation type information, and determines the verb phrase. The animation execution program that has been read out is executed on the kanji that composes, and the animation is output. The animation execution unit 19203 may transmit the animation execution result to the terminal device 11 each time. The animation execution unit 19203 may be executed before or after the sentence output process of the sentence output unit 1208. Further, the animation execution unit 19203 may execute the animation with another algorithm. That is, for example, the animation execution unit 19203 may output a kanji animation using kanji structure information, kanji coordinate information, and radical position identification information included in the kanji information. For example, the animation execution unit 19203 includes the radical identifier (for example, “word” and “excellent”) included in the Chinese character information (for example, the Chinese character information corresponding to the “Chinese” Chinese character) and the Chinese character identification information corresponding to the radical identifier. The kanji coordinate information (for example, graphic information consisting of a set of lines) included in the kanji information including (for example, “word” and “excellent”) is read, and the kanji coordinate information (for example, “word” and “excellent” is indicated) Each line segment of the graphic information may be expanded or contracted by the same algorithm as “sodaplay” using the genetic algorithm described above. Furthermore, the animation execution unit 19203 uses the same algorithm as “sodaplay” to expand / contract each line segment of the graphic information with kanji coordinate information (for example, graphic information indicating the graphic of “word” and “excellent”), and , Move each figure information according to the radical position identification information ("word" is "left", "hide" is "right") ("word" moves from the center of the screen to the upper left of the screen, "hide" is the screen It is preferable to move from the center to the lower right of the screen, and then “word” returns from the upper left of the screen to the center of the screen, “Shu” returns from the lower right of the screen to the center of the screen, etc. In addition, the animation execution unit 19203 may convert a figure obtained by transforming a kanji composed using “sodaplay” into bitmap data such as jpeg, and place the bitmap data on the desktop (screen). Is preferred. The animation execution unit 19203 can be usually realized by an MPU, a memory, or the like. The processing procedure of the animation execution unit 19203 is usually realized by software, and the software is recorded on a recording medium such as a ROM. However, it may be realized by hardware (dedicated circuit).

  Next, the operation of the kanji learning support device 192 will be described. The kanji learning support device 192 is different from the kanji learning support device 12 in that it has an animation generation function. This animation generation function will be described with reference to the flowchart of FIG. It should be noted that the animation generation function is preferably executed before step S316 in FIG. 3, but may be executed after step S316.

  (Step S2001) The animation execution unit 19203 acquires a verb phrase corresponding to the composed sentence.

  (Step S2002) The animation execution unit 19203 acquires the animation type information corresponding to the verb phrase acquired in step S2001 from the animation information storage unit 19201 and arranges it on the memory.

  (Step S2003) The animation execution unit 19203 reads from the animation program information storage unit 19202 an animation execution program that is paired with the animation type information acquired in step S2002.

  (Step S2004) The animation execution unit 19203 acquires the kanji included in the verb phrase acquired in step S2001, and arranges it on the memory.

  (Step S2005) The animation execution unit 19203 acquires the kanji structure information paired with the kanji acquired in step S2004 from the kanji information storage unit 1201, and arranges it on the memory.

  (Step S2006) The animation execution unit 19203 converts one or more kanji characters corresponding to one or more radicals constituting the kanji acquired in step S2004 or one or more radicals constituting the kanji acquired in step S2004 into kanji. Obtained from the information storage unit 1201 and placed on the memory.

  (Step S2007) When there are two or more radicals or kanji acquired in step S2006, the animation execution unit 19203 is connected according to the kanji structure information acquired in step S2005. Do the animation. For example, when the kanji structure information is information indicating “a row type in which two radicals are divided into a left side and a right side”, the animation execution unit 19203 displays two radicals or kanji characters on the screen according to the kanji structure information. An animation that appears from the left end and the right end of the screen, proceeds in the middle, and is connected in such a manner that they are united. Also, for example, when the kanji structure information is information indicating “a column type in which two radicals are divided into an upper side and a lower side”, the animation execution unit 19203 determines that the two radicals or kanji are in accordance with the kanji structure information. , Each appearing from the upper and lower ends of the screen, proceeding to the middle, and outputting an animation that is connected in such a manner that they are merged. It is preferable that the animation execution unit 19203 reads, for example, kanji coordinate information (line set information) constituting a kanji and constructs a bitmap from the kanji coordinate information. A technique for constructing a bitmap from kanji coordinate information (line set information) is a known technique.

  (Step S2008) The animation execution unit 19203 passes the kanji included in the verb phrase to the animation execution program read in step S2003, and outputs an animation. The process ends. It is preferable that the animation execution unit 19203 transmits an animation to the terminal device 11 each time.

  Hereinafter, a specific operation of the kanji learning support system in the present embodiment will be described. The conceptual diagram of the kanji learning support system is the same as FIG.

  Now, the kanji information storage unit 1201 holds the kanji information management table shown in FIG. The kanji information management table stores a large number of records having attributes of “ID”, “kanji identification information”, “radical identification information”, “kanji structure information”, and “kanji coordinate information”. “Kanji structure information” has three types of patterns as shown in FIG. The first is a category A “inclusive type” in which another radical is contained in one radical. The second is a “tandem type” of category B, in which the radicals are vertically continuous. The third is a “row type” of category C, in which the radicals are laterally continuous.

Further, among the above three categories of kanji structure information, the “inclusive type” of category A is further classified into “A-1” to “A-7” as shown in FIG. The meaning of each classification is as described in “Description” in FIG. There are seven classifications depending on the positional relationship between a certain radical and another radical.

  Further, the “tandem type” of category B is further classified from “B-1” to “B-5” as shown in FIG. The meaning of each classification is as described in “Description” in FIG. There are five categories according to the positional relationship between a radical and another radical.

  Furthermore, the “row type” of category C is further classified from “C-1” to “C-5” as shown in FIG. The meaning of each classification is as described in “Description” in FIG. There are five categories according to the positional relationship between a radical and another radical.

  FIG. 26 is an example of kanji coordinate information. FIG. 26 shows the contents of the file corresponding to the file name of the kanji coordinate information of FIG. Here, the kanji coordinate information has a record having “point ID”, “x coordinate”, “y coordinate”, and “connectID” as attributes. Such a record is information indicating a line segment and a connection of dots constituting a Chinese character. In FIG. 26, “mouth” is configured by four points (point ID = 139, 140, 141, 142), their coordinates (x coordinate, y coordinate), and connection information (connect ID).

  FIG. 27 is an animation information management table stored in the animation information storage unit 19201. The animation information management table holds one or more records having attributes of “verb phrase”, “semantic classification”, and “animation type information”. “Semantic classification” is information indicating the meaning of a verb phrase. “Animation type information” is information corresponding to the animation execution program.

  In such a situation, it is assumed that the user inputs the Chinese character “invitation” by using an input unit such as a keyboard or a mouse of the terminal device 11. Then, it is assumed that the user presses a “Kanji learning” button (either a hard button or a GUI button) (not shown) of the terminal device 11.

  After that, it is assumed that the sentence composing means 12072 constitutes the sentence “word invites Hideyoshi” by the operation described in the specific example of the first embodiment.

  Next, the animation execution unit 19203 acquires the verb phrase “invite” corresponding to the composed sentence “word invites Hideyoshi”.

  The animation execution unit 19203 acquires the animation type information “3” corresponding to the acquired verb phrase “invite” from the animation information management table of FIG. 27 and arranges it on the memory.

  Next, the animation execution unit 19203 reads the animation execution program paired with the acquired animation type information “3” from the animation program information storage unit 19202.

  Then, the animation execution unit 19203 acquires the kanji character “invitation” included in the acquired verb phrase “invite” and places it on the memory. Next, the animation execution unit 19203 acquires the kanji structure information “C-1” that is paired with the acquired kanji “invitation” from the kanji information storage unit 1201 and arranges it on the memory.

  Next, the animation execution unit 19203 acquires one or more kanji “words” and “excellent” corresponding to one or more radicals constituting the acquired kanji “invitation” from the kanji information storage unit 1201 and stores them in the memory. Deploy. Then, the animation execution unit 19203 reads the kanji coordinate information corresponding to the kanji “word” and “hide”, converts them into bitmaps, and sets the size according to the kanji structure information “C-1”. “7/10”. Then, the animation execution unit 19203 configures a bitmap compressed to 3/10 of the Chinese character “Koto” and also configures a bitmap compressed to 7/10 of the Chinese character “Shu”. Then, the bitmap “Word” is moved from the center of the left end of the screen to the center, and the bitmap “Shu” is moved from the center of the right end of the screen to the center. Stop operation. At that time, the Chinese character “Gu” is composed.

  Then, the animation execution unit 19203 transmits the output of the animation to the terminal device 11 as needed.

  Next, the animation execution unit 19203 passes the kanji “invitation” included in the verb phrase to the read animation execution program, and outputs the animation. This output usually means that the execution result of the animation execution process is transmitted to the terminal device 11 each time. The terminal device 11 receives and outputs the execution result of the animation.

  Next, the sentence output unit 1208 transmits the composed sentence “words invite Hideyoshi” to the terminal device 11. Next, the terminal device 11 receives and displays “The word invites Hideyoshi”.

  As described above, according to the present embodiment, it is possible to effectively learn a kanji character to be learned while using animation.

  In the present embodiment, the kanji learning support device 192 may operate stand-alone. In such a case, the kanji learning support device outputs two pieces of kanji information having kanji identification information that is information for identifying kanji and one or more radical identification information that is information for identifying one or more radicals constituting the kanji. The kanji information storage unit stored above, the reception unit that receives the kanji identification information, and the unit that acquires one or more radical identification information corresponding to the kanji identification information received by the reception unit from the kanji information storage unit One or more kanji or each radical corresponding to one or more radical identification information acquired by the neck identification information acquisition unit, the Chinese character corresponding to the Chinese character identification information received by the reception unit, and the radical identification information acquisition unit A term acquisition unit that searches and acquires a term information storage unit held by an external server device or a term information storage unit held therein, and two or more acquired by the term acquisition unit Combine the terms Animation type information which is a kanji learning support device comprising a sentence composition part that composes a sentence and a sentence output part that outputs a sentence constituted by the sentence composition part, and is an information indicating an action type of animation Animation information storage section storing animation information storing animation information having a verb phrase, anime type information, and animation program information storing animation program information having an animation execution program that is a program for executing the operation of the animation The animation type information corresponding to the verb phrase included in the sentence formed by the storage part and the sentence composition part is acquired from the animation information storage part, the animation execution program corresponding to the animation type information is read, and the verb phrase is constituted Execute the animation execution program for the kanji Is a kanji learning support device further comprising an animation execution unit for outputting.

  The kanji information in the kanji information storage unit also includes kanji structure information which is information indicating an arrangement of two or more radicals constituting the kanji, and the animation execution unit uses the kanji structure information, It is preferable to execute an animation that shifts from a state where two or more radicals are separated to a state where they are connected.

  The kanji information in the kanji information storage unit also includes kanji coordinate information that is a set of straight line information that constitutes kanji, and the animation execution unit, when configuring kanji for animation, It is more preferable to construct bitmap data from the above and output a kanji animation.

  In the present embodiment, in the kanji animation using the genetic algorithm (for example, using the same technique as that described in Non-Patent Document 4), specifically, for example, the vertex is connected to the edge. The angular velocity to the apex is used as a gene. Therefore, the gene length (GeneLength) is “GeneLength = s * × BitNumber” (where “s *” is the “number of sides of the kanji” and “BitNumber” is, for example, “8 bits (bit number of angular velocity))”) And In such a case, the kanji information has the number of sides of the kanji. The number of sides of the kanji may be the number of straight lines acquired from the straight line information included in the kanji coordinate information included in the kanji information, or may be separately held in the kanji information. FIG. 30 shows an example of an animation of the Chinese character “power”. FIG. 30A shows a figure (image) drawn 10 steps after starting the animation, (b) after 50 steps, and (c) after 100 steps.

  Moreover, the software which implement | achieves the kanji learning assistance apparatus in this Embodiment is the following programs. In other words, the software causes the computer to receive two or more kanji characters stored in the storage medium, the receiving unit receiving kanji identification information, and one or more radical identification information corresponding to the kanji identification information received by the receiving unit. A radical identification information acquisition unit acquired from information, a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more radical identification information corresponding to one or more radical identification information acquired by the radical identification information acquisition unit A term acquisition unit that searches and acquires a term including each Chinese character or each radical from a term information storage unit held by an external server device or a term information storage unit held inside, and the term acquisition unit Is a program for functioning as a sentence composition unit that composes a sentence by combining two or more terms acquired by and a sentence output unit that outputs a sentence constituted by the sentence composition unit.

  Further, in the above program, the animation type information corresponding to the verb phrase included in the sentence formed by the sentence constituent unit is acquired from the storage medium, the animation execution program corresponding to the animation type information is read, and the verb phrase is configured. A program that executes the animation execution program on kanji and further functions as an animation execution unit that outputs an animation.

  In the above program, the kanji information also includes kanji structure information which is information indicating an arrangement of two or more radicals constituting the kanji, and the animation execution unit uses the kanji structure information to obtain two or more kanji structure information. A program that functions as an execution of an animation that transitions from a state in which the radicals are separated to a connected state.

  Further, in the above program, the kanji information also includes kanji coordinate information that is a set of straight line information that constitutes the kanji, and the animation execution unit, when constituting the kanji of the animation, A program that constitutes map data and functions as an output of kanji animation.

  In the above first to third embodiments, the kanji learning support system or the kanji learning support device may have the following functions.

  The first is a function that allows the user to input a story for the kanji after learning kanji. This function is a function that allows the kanji learning support system or the kanji learning support device to accept a sentence (sentence having a story) input to the kanji and accumulate the sentence in pairs with the kanji. This sentence may not contain kanji.

  The second is a function that allows the user to perform evaluation (for example, “1 to 5 points”) on the text output by the text output unit 1208. Then, the kanji learning support system or the kanji learning support device accumulates the evaluation input from the user in the storage medium in pairs with the text. When the kanji identification information is input for learning kanji from the user, the sentences corresponding to the kanji indicated by the kanji identification information are read out in the highest evaluation (or sequentially in the order of high evaluation). Is preferred.

  FIG. 28 shows the external appearance of a computer that executes the program described in this specification and realizes the kanji learning support device according to various embodiments described above. The above-described embodiments can be realized by computer hardware and a computer program executed thereon. FIG. 28 is a schematic view of the computer system 340, and FIG. 29 is a block diagram of the computer system 340.

  28, the computer system 340 includes a computer 341 including an FD (Flexible Disk) drive and a CD-ROM (Compact Disk Read Only Memory) drive, a keyboard 342, a mouse 343, and a monitor 344.

  29, in addition to the FD drive 3411 and the CD-ROM drive 3412, the computer 341 includes a CPU (Central Processing Unit) 3413, a bus 3414 connected to the CPU 3413, the CD-ROM drive 3412, and the FD drive 3411, and a boot. A ROM (Read-Only Memory) 3415 for storing a program such as an up program, and a RAM (Random Access Memory) connected to the CPU 3413 for temporarily storing instructions of an application program and providing a temporary storage space 3416 and a hard disk 3417 for storing application programs, system programs, and data. Although not shown here, the computer 341 may further include a network card that provides connection to the LAN.

  A program that causes the computer system 340 to execute the functions of the information processing apparatus according to the above-described embodiment is stored in the CD-ROM 3501 or the FD 3502, inserted into the CD-ROM drive 3412 or the FD drive 3411, and further stored in the hard disk 3417. May be forwarded. Alternatively, the program may be transmitted to the computer 341 via a network (not shown) and stored in the hard disk 3417. The program is loaded into the RAM 3416 at the time of execution. The program may be loaded directly from the CD-ROM 3501, the FD 3502, or the network.

  The program does not necessarily include an operating system (OS) or a third-party program that causes the computer 341 to execute the functions of the information processing apparatus according to the above-described embodiment. The program only needs to include an instruction portion that calls an appropriate function (module) in a controlled manner and obtains a desired result. How the computer system 340 operates is well known and will not be described in detail.

  In each of the above embodiments, each process (each function) may be realized by centralized processing by a single device (system), or by distributed processing by a plurality of devices. May be.

  In the above program, in the step of transmitting information, the step of receiving information, etc., processing performed by hardware, for example, processing performed by a modem or an interface card in the transmission step (only performed by hardware) Processing) is not included.

  Further, the computer that executes the program may be singular or plural. That is, centralized processing may be performed, or distributed processing may be performed.

  The present invention is not limited to the above-described embodiments, and various modifications are possible, and it goes without saying that these are also included in the scope of the present invention.

  As described above, the kanji learning support apparatus according to the present invention has the effect of <advantageous-effects> and is useful as a kanji learning support apparatus.

Conceptual diagram of the kanji learning support system in the first embodiment Block diagram of the Kanji learning support system A flowchart for explaining the operation of the Kanji learning support device Figure showing the Kanji information management table Figure showing the peer information management table Figure showing the same term information management table The figure which shows the same sentence composition rule management table Figure showing the same term information management table Figure showing the display example Block diagram of the kanji learning support system in the second embodiment A flowchart for explaining the operation of the Kanji learning support device A flowchart explaining the algorithm of the sentence composition A flowchart for explaining the process of calculating the co-occurrence probability Figure showing the Kanji information management table Figure showing the same term information management table Figure showing the auxiliary word information management table The figure which shows the term group which the same cooperation term acquisition means acquires Figure showing information during the process Block diagram of the kanji learning support system in the third embodiment Flowchart explaining the animation generation function Figure showing the Kanji information management table The figure which shows the pattern of the same kanji structure information The figure which shows the pattern of the same inclusion type Diagram showing the same column type pattern Diagram showing the same row type pattern The figure which shows the example of the same Kanji coordinate information Figure showing the same animation information management table External view of a computer realizing the Kanji learning support device Block diagram of the computer system The figure which shows the example of a display of the same Kanji animation

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Terminal device 12,102,192 Kanji learning support apparatus 13 Text management apparatus 1101 Input reception part 1102 Kanji identification information transmission part 1103 Text reception part 1104 Text output part 1201 Kanji information storage part 1202 Case information storage part 1203, 10203 Term information storage Part 1204 reception part 1205 radical identification information acquisition part 1206 10206 term acquisition part 1207 10207 sentence composition part 1208 sentence output part 1301 sentence storage part 1302 sentence search part 1303 sentence transmission part 10201 auxiliary word storage part 12061 Chinese character inclusion term acquisition means 12062 Cooperation term acquisition means 12071, 102071 Text composition rule storage means 12072, 102072 Text composition means 19201 Animation information storage section 19202 Animation program information storage section 19203 Twin-time execution unit 102,011 auxiliary word storage means 102,012 locations auxiliary word storage means 102,013 people auxiliary word storage means 102,014 What auxiliary word storage means 102,015 how auxiliary word storage means 102,061 cooperation term acquisition means 102062 complementing term acquisition means

Claims (11)

A kanji information storage unit for storing two or more kanji information having kanji identification information that is information for identifying kanji and one or more radical identification information that is information for identifying one or more radicals constituting the kanji. When,
A reception unit for receiving kanji identification information;
A radical identification information acquisition unit for acquiring one or more radical identification information corresponding to the Chinese character identification information received by the reception unit from the Chinese character information storage unit;
A Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit, or a term including each radical, A term acquisition unit for searching and acquiring from a term information storage unit held by the server device or a term information storage unit held therein;
A sentence composing part that composes a sentence by combining two or more terms acquired by the term acquiring part;
A kanji learning support device comprising a sentence output unit that outputs a sentence formed by the sentence composition unit. A case information storage unit that stores one or more case type identification information that is information for identifying the type of case and one or more case information having auxiliary words corresponding to the case type identification information;
The term information storage unit
Case type identification that identifies a term, term type information indicating the type of the term, one or more linked terms that are one or more terms used in the same sentence as the term, and the type of case of each linked term Contains one or more terminology information with information,
The term acquisition unit
A kanji-containing term acquisition means for acquiring a term including a kanji corresponding to the kanji identification information received by the reception unit from the term information storage unit;
It is a term including kanji corresponding to the radical identification information acquired by the radical identification information acquisition unit, and one or more terms used in the same sentence as the term acquired by the kanji inclusion term acquisition means It is a linked term, comprising linked term acquisition means for acquiring one or more linked terms having case type identification information different from the term acquired by the kanji inclusion term acquiring means,
The sentence composition part
A sentence composition rule storage means for storing a sentence composition rule which is information for composing a sentence and is information of an arrangement of two or more case type identification information;
The kanji learning support device according to claim 1, further comprising a sentence composition unit configured to compose a sentence by combining the term acquired by the term acquisition unit and one or more linked terms according to the sentence composition rule. A time auxiliary word storing means for storing a time auxiliary word constituting an element of a sentence indicating the time (When);
A place auxiliary word storage means for storing a place auxiliary word that constitutes an element of a sentence indicating a place (Where);
Human auxiliary word storage means for storing human auxiliary words constituting elements of a sentence indicating a person or what (Who);
What auxiliary word storage means for storing what auxiliary word constitutes an element of a sentence indicating what (What);
An auxiliary word storage unit having auxiliary word storage means for storing auxiliary words that constitute elements of a sentence indicating how.
The term acquisition unit
A collaborative term that is a term including a Chinese character corresponding to the Chinese character identification information received by the reception unit and one or more Chinese characters corresponding to one or more radical identification information acquired by the radical identification information acquisition unit Search from the term information storage unit held by the server device or the term information storage unit held inside, and for the term, the time auxiliary word, the place auxiliary word, the human auxiliary word, the what Auxiliary words, supplementing any one of the auxiliary words so that their types do not overlap, adding auxiliary words to each term, forming a linked term, and using the linked term as a key , Search the term information storage unit, obtain at least one term to be searched,
The sentence composition part
Corresponding terms acquired by the term acquisition unit corresponding to one of time (Where), place (Where), person or what (Who), what (What), and how (How) are determined in advance. The kanji learning support device according to claim 1, wherein the kanji learning support device composes sentences by connecting in order. The term acquisition unit
Search each term including a Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to one or more radical identification information acquired by the radical identification information acquisition unit, The term auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word, any auxiliary word, and any auxiliary word are supplemented so that the types do not overlap each other. A supplementary word is assigned to the object, a cooperative term is formed, one or more sentence management devices storing sentences are searched using the cooperative term as a key, and at least one or more cooperative term is acquired. Collaborative term acquisition means;
Acquires the cooperative terms acquisition unit is different from all 2 or more cooperative terms acquired type of auxiliary words, the complementary term is a term that the auxiliary word is included, the one or more cooperative terms the cooperation term acquisition means acquires And a complementary term acquisition means for searching and acquiring from the one or more sentence management devices when co-occurring once or more in one sentence,
The sentence composition part
The kanji learning support device according to claim 3, wherein the kanji learning support device according to claim 3 forms a sentence by connecting the linked terms acquired by the linked term acquisition unit and the complementary terms acquired by the complementary term acquiring unit in a predetermined order. The term acquisition unit
A term including a Chinese character corresponding to the Chinese character identification information received by the reception unit and one or more Chinese characters corresponding to one or more radical identification information acquired by the radical identification information acquisition unit, the term information storage unit The term auxiliary word, the place auxiliary word, the human auxiliary word, the auxiliary word, and the auxiliary word of any auxiliary word are not duplicated with respect to the term. The supplementary word is given to each term, the cooperative term is configured, the one or more sentence management devices are searched using the cooperative term as a key, and at least one cooperative term is acquired. ,
In addition, when acquiring a linked term to which an auxiliary word of a type other than the auxiliary word is assigned, a co-occurrence probability with the linked term to which the auxiliary word is assigned is calculated, and the high co-occurrence probability is calculated. The Chinese character learning support device according to claim 4 which acquires a term. Animation type information which is information indicating the type of animation action, and an animation information storage unit storing animation information having a verb phrase;
Anime program information storage unit storing anime type information and animation program information having an animation execution program which is a program for executing the operation of the animation,
The animation type information corresponding to the verb phrase included in the sentence formed by the sentence composition unit is acquired from the animation information storage unit, the animation program information corresponding to the animation type information is acquired from the animation program information storage unit, and The kanji learning support device according to any one of claims 1 to 5, further comprising an animation execution unit that outputs an animation based on the acquired anime type information and the anime program information for the kanji constituting a verb phrase. The kanji information in the kanji information storage unit also has kanji structure information which is information indicating the arrangement of two or more radicals constituting the kanji,
The animation execution unit
The kanji learning support device according to claim 6, wherein the kanji structure information is used to execute an animation of transition from a state where two or more radicals are separated to a connected state. The kanji information in the kanji information storage unit also has kanji coordinate information that is a set of straight line information constituting the kanji,
The animation execution unit
The kanji learning support device according to claim 6, wherein when constructing an animation kanji, bitmap data is constructed from the kanji coordinate information and kanji animation is output. Computer
A reception unit for receiving kanji identification information;
A radical identification information acquisition unit for acquiring one or more radical identification information corresponding to the Chinese character identification information received by the reception unit from two or more Chinese character information stored in a storage medium;
A Chinese character corresponding to the Chinese character identification information received by the reception unit, and one or more Chinese characters corresponding to the one or more radical identification information acquired by the radical identification information acquisition unit, or a term including each radical, A term acquisition unit for searching and acquiring from a term information storage unit held by the server device or a term information storage unit held therein;
A sentence composing part that composes a sentence by combining two or more terms acquired by the term acquiring part;
The program for functioning as a text output part which outputs the text which the said text structure part comprised. Case type identification that identifies a term, term type information indicating the type of the term, one or more linked terms that are one or more terms used in the same sentence as the term, and the type of case of each linked term One or more term information having information is stored in the storage medium,
The term acquisition unit
Kanji inclusion term acquisition means for acquiring a term including a kanji corresponding to the kanji identification information received by the reception unit from the storage medium;
It is a term including kanji corresponding to the radical identification information acquired by the radical identification information acquisition unit, and one or more terms used in the same sentence as the term acquired by the kanji inclusion term acquisition means It is a linked term, comprising linked term acquisition means for acquiring one or more linked terms having case type identification information different from the term acquired by the kanji inclusion term acquiring means,
The sentence composition part
In accordance with the sentence composition rule acquired from the sentence composition rule storage means that stores the sentence composition rule that is information for composing a sentence and is information of arrangement of two or more case type identification information, the term acquisition unit The program according to claim 9, which causes a computer to function as a sentence composing unit that composes a sentence by combining the acquired term and one or more linked terms. Animation type information that is information indicating the type of animation action, animation information having a verb phrase,
Anime program information having animation type information and an animation execution program that is a program for executing the operation of the animation is stored in a storage medium,
Computer
The animation type information corresponding to the verb phrase included in the sentence formed by the sentence composition unit is acquired from the storage medium , the animation program information corresponding to the animation type information is acquired from the storage medium, and the verb phrase is configured. The program according to claim 9 or 10, further causing a kanji character to function further as an animation execution unit that outputs an animation based on the acquired anime type information and the anime program information.