CN201270032Y

CN201270032Y - Apparatus capable of cross-database retrieval

Info

Publication number: CN201270032Y
Application number: CN 200820221840
Authority: CN
Inventors: 陈淮琰; 刘刚
Original assignee: Inventec Besta Xian Co Ltd
Current assignee: Inventec Besta Xian Co Ltd
Priority date: 2008-10-14
Filing date: 2008-10-14
Publication date: 2009-07-08
Anticipated expiration: 2018-10-14

Abstract

The utility model relates to a cross-database inquiry device comprising an original database storing the original information which contains a first keyword; an assistant database storing the assistant information; a searching module used for receiving searching characters input by the user and taking out the original information corresponding to the searching characters from the original database; an output module used for outputting the original information and providing the first keyword for selecting the original information for the user; a connecting module used for connecting the assistant database corresponding to the first keyword according to the first keyword selected by the user and outputting the assistant information corresponding to the first keyword in the connected assistant database by the output module. The device can realize the cross-database inquiry.

Description

But the device of searching across data bases

Technical field

The utility model relates to a kind of device of data base querying, but especially a kind of device of searching across data bases.

Background technology

Science and technology is maked rapid progress, and the output of information is also huge day by day, therefore forms multiple different database.With the dictionary is that example explains, and language learning is subjected to society day by day and payes attention to, and therefore increasing people not only learns Second Foreign Language, even learns the 3rd foreign language, the language etc. all round.So, in order to meet the demand that masses learn a language, many dictionary databases thereby generation are arranged, as Chinese-English dictionary, english Chinese dictionary, day English dictionary, Britain and Japan's dictionary, English Korea Spro dictionary etc., the corresponding generation of the dictionary database of many kinds is so that user's study.

Therefore, general computing machine dictionary has also been included many dictionary databases simultaneously, to satisfy the demand that the different users learns different language.Yet each dictionary database itself has the different forms of expression, and stored data are also independent separately.So, will produce many problems, wherein Zui Da puzzlement is can't interconnect between each database, that is to say that the user can't integration across database does the action of inquiry.For example: when the user under Chinese-English dictionary database, input Chinese character and when inquiring English, after the English explanation of seeing wherein, suddenly interested in certain English-word wherein, and when wanting to inquire about the pairing Japanese of this English-word, because Chinese-English dictionary database and Britain and Japan's dictionary database are two mutual independent database, so the user can't directly inquire the translator of Japanese of this English-word under Chinese-English dictionary database.So, will bring inconvenience in the use, also significantly reduce user's learning efficiency simultaneously the user.

Therefore, how to solve the problem that data base querying is traditionally derived, be problem demanding prompt solution.

The utility model content

The utility model is for solving the above-mentioned technical matters that exists in the background technology, but and proposes a kind of device of searching across data bases.

Technical solution of the present utility model is: but the utility model is a kind of device of searching across data bases, and its special character is: this device comprises:

Raw data base stores raw information, and each raw information comprises first keyword;

Auxiliary data base, each auxiliary data base stores supplementary;

Search module receives the searching character that the user imported, by obtaining out in the raw data base and the corresponding raw information of searching character;

Output module, output raw information, and provide the user to select first keyword of raw information;

Link module according to selected first keyword of user, links and the corresponding auxiliary data base of first keyword, and in the auxiliary data base that is linked by output module output with the corresponding supplementary of first keyword.

Said apparatus also comprises:

Select module, provide the user to select voluntarily and the corresponding auxiliary data base of first keyword.

Above-mentioned supplementary comprises second keyword.

Above-mentioned link module is according to selected second keyword of user, link and corresponding auxiliary data base of second keyword or raw data base, and in auxiliary data base that is linked by output module output or the raw data base with corresponding supplementary of second keyword or raw information.

Above-mentioned selection module provides the user to select voluntarily and corresponding auxiliary data base of second keyword and raw data base.

The device of the data base querying that provides by the utility model can be realized searching across data bases.

Description of drawings

But Fig. 1 is the device first embodiment synoptic diagram of searching across data bases;

But Fig. 2 is the device second embodiment synoptic diagram of searching across data bases;

But Fig. 3 .1 is the device of searching across data bases uses synoptic diagram ();

But Fig. 3 .2 is the device of searching across data bases uses synoptic diagram (two).

Wherein, the 10-raw data base, the 20-auxiliary data base, the 30-search module, the 40-output module, the 50-link module, 60-selects module;

Embodiment

Referring to Fig. 1, but the device of searching across data bases comprises: raw data base 10, auxiliary data base 20, search module 30, output module 40, link module 50.

Raw data base 10 stores a plurality of raw informations, and each raw information comprises first keyword.Raw data base 10 can be the database of systemic presupposition, also can set raw data base 10 voluntarily according to demand by the user certainly, and for example: default english Chinese dictionary database is a raw data base 10.Therefore, just can load the english Chinese dictionary database automatically as raw data base 10, explain in order to the Chinese that user's searching English individual character is provided as long as start the computing machine dictionary.Wherein, the pairing Chinese of each English-word is explained, just can be described as raw information.

Auxiliary data base 20, and each auxiliary data base stores a plurality of supplementarys.Auxiliary data base 20 is similar with the character of raw data base 10, and is independent mutually only to each other, and stored content is different.For example, raw data base 10 is the english Chinese dictionary database, and the dictionary database of other Languages, as: Chinese-English dictionary database, Japanese and Chinese dictionary database, day Chinese dictionary database etc. all are called auxiliary data base 20.And each auxiliary data base as the explanation of each stored in Japanese and Chinese dictionary database Chinese corresponding to Japanese, all is called supplementary.

Search module 30 receives the searching character that the user imported, by obtaining in the raw data base 10 and the corresponding raw information of searching character.Then output module 40 just can be exported the raw information that search module 30 is obtained.Wherein, comprise first keyword in the raw information of being exported.Illustrate, suppose that raw data base 10 is the English-Chinese dictionary database, the user imports searching character and is " book ", and search module 30 is understood by obtaining the raw information relevant with " book " in the English-Chinese dictionary database at this moment, just the Chinese explanation of " book ", phonetic symbol, example sentence etc.Output module 40 can output as: data such as relevant Chinese explanation, phonetic symbol, example sentence such as " book, book, predetermined, registrations ".Wherein, the Chinese words of the relevant Chinese explanation of " book, book, predetermined, the registration " of being exported etc. and example sentence etc. promptly is first keyword.

After output module 40 output raw informations, can provide the user to select first keyword of the raw information exported, can provide the user to do further inquiry.

After the user had selected wherein some first keywords, link module 50 just can link and the corresponding auxiliary data base 20 of first keyword according to selected first keyword of user.With the explanation that continues of above-mentioned example, suppose that the user has selected " to be scheduled to " in the raw information this first keyword, this moment, link module 50 just can be according to " being scheduled to " this first keyword, link corresponding auxiliary data base 20, for example: Chinese-English dictionary database, Japanese and Chinese dictionary database, Chinese Korea Spro dictionary database etc. are (because first keyword herein is a Chinese character, therefore the auxiliary data base 20 that is associated with it is translated as the database of another kind of language for Chinese).Again in the auxiliary data base 20 that is linked by output module 40 output with the corresponding supplementary of first keyword, translate relative example sentence etc. as the English of " be scheduled to ", Japanese, Korean etc.

In addition, supplementary also comprises second keyword.So, after output module 40 is being exported supplementary, equally also can provide the user to select second keyword of supplementary.And link module 50 just can be according to selected second keyword of user, link and corresponding auxiliary data base 20 of second keyword or raw data base 10, and in auxiliary data base 20 that is linked by output module 40 outputs or the raw data base 10 with corresponding supplementary of second keyword or raw information.Herein, mainly be to emphasize still can continue to stride the action that different databases is done inquiry by second keyword in the supplementary as user after first keyword inquires supplementary in the auxiliary data base 20 in by raw information.

Go on to say with above-mentioned example, suppose that the user " is scheduled to " be attached to auxiliary data base 20 (being assumed to be Chinese-English dictionary database) with first keyword, and the supplementary of being exported is " reserve; Book; Placean order " etc., the English words in these supplementarys is second keyword herein at this moment.Suppose that the user has selected " reserve " this second keyword, this moment, link module 50 just can be according to " reserve " this second keyword, link corresponding auxiliary data base 20 or raw data base 10, for example: Britain and Japan's dictionary database, English Korea Spro dictionary database, english Chinese dictionary database etc. are (because second keyword herein is English, no matter therefore the database that is associated with it is auxiliary data base 20 or raw data base 10, is to be the database of another kind of language for translator of English).At last, again in auxiliary data base 20 that is linked by output module 40 output or the raw data base 10 with corresponding supplementary of second keyword or raw information, as the relative example sentence of translation of the Japanese of " reserve ", Korean, Chinese etc. etc.

Referring to Fig. 2, also comprise among second embodiment: select module 60.

Among first embodiment, after the user selects first keyword, by link module 50 and output module 40 exportable all supplementarys relevant with first keyword.And with second embodiment in, the user can select and the corresponding auxiliary data base 20 of first keyword voluntarily by selecting module 60.So, the user can select another required database according to the demand of oneself, and the more relevant information of searching across data bases.Go on to say with above-mentioned example, select first keyword to be " being scheduled to ", link module 50 links corresponding auxiliary data base 20 according to first keyword, as: Chinese-English dictionary database, Japanese and Chinese dictionary database, Chinese Korea Spro dictionary database etc.At this moment, the user can inquire about the supplementary in a nearly step by selecting the selected voluntarily required auxiliary data base 20 of module 60.Suppose that the user selects the Japanese and Chinese dictionary database, output module 40 just only can be exported in the Japanese and Chinese dictionary database and the corresponding supplementary of " being scheduled to " this first keyword, just information such as the translator of Japanese of " being scheduled to ", example sentence so.

Identical, when second keyword by supplementary continues down to inquire about, also can pass through to select module 60, and provide the user to select voluntarily and corresponding auxiliary data base of second keyword and raw data base, so will more meet user's demand.

Referring to Fig. 3 .1,, propose the application synoptic diagram so that understand the utility model technology contents, but do not exceed with the example that is proposed at this.Suppose that raw data base is the english Chinese dictionary database, the user imports " news " searching character.By top icon among Fig. 3 .1 as seen, the left side demonstrates the English-word relevant with " news ", and the right shows the explanation that it is detailed.Click the right picture and will explain amplification in detail, shown in below diagram among Fig. 3 .1.By below diagram among Fig. 3 .1, can know the raw information of knowing relevant " news " searching character, and also comprise a plurality of first keywords in the raw information, as: " news, message, report, news program " etc.At this moment, if the user feels interesting to " news " in the raw information this first keyword, want to continue the out of Memory of inquiry relevant " news ", just can click first keyword " news ".

Referring to Fig. 3 .2, after the user clicks first keyword " news ", just can show and the corresponding auxiliary data base of first keyword, shown in the top among Fig. 3 .2 is graphic.At this moment, the user can select required auxiliary data base voluntarily.Suppose that the user selects the Japanese and Chinese dictionary database, promptly can demonstrate supplementary relevant in the Japanese and Chinese dictionary database, shown in the below among Fig. 3 .2 is graphic with " news ".At this, also can choose the whole auxiliary data bases relevant automatically, and show the whole auxiliary datas relevant with first keyword by system with first keyword.

Above-mentioned example can continue down to inquire about, for example click the below of Fig. 3 .2 graphic in it " I じ " this second keyword, the more heterogeneous pass information that can continue to inquire about relevant second keyword is as the Korean of " I じ ", translator of English etc.So, can reach the function of striding a plurality of data base queryings, and allow the user obtain more complete relevant information.

Claims

But 1, a kind of device of searching across data bases is characterized in that: this device comprises:

Raw data base stores raw information, and each raw information comprises first keyword;

Auxiliary data base, each auxiliary data base stores supplementary;

Search module receives the searching character that the user imported, by obtaining out in the raw data base and the corresponding raw information of searching character;

Output module, output raw information, and provide the user to select first keyword of raw information;

Link module according to selected first keyword of user, links and the corresponding auxiliary data base of first keyword, and in the auxiliary data base that is linked by output module output with the corresponding supplementary of first keyword.
But 2, the device of searching across data bases according to claim 1 is characterized in that: described device also comprises:

Select module, provide the user to select voluntarily and the corresponding auxiliary data base of first keyword.
But 3, the device of searching across data bases according to claim 1 is characterized in that: described supplementary comprises second keyword.
But 4, the device of searching across data bases according to claim 3, it is characterized in that: described link module is according to selected second keyword of user, link and corresponding auxiliary data base of second keyword or raw data base, and in auxiliary data base that is linked by output module output or the raw data base with corresponding supplementary of second keyword or raw information.
But 5, the device of searching across data bases according to claim 4 is characterized in that: described selection module provides the user to select voluntarily and corresponding auxiliary data base of second keyword and raw data base.