JP2012113756A - Information processor and information processing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information search device and an information search method capable of easily specifying a search condition by combination of keywords, and capable of efficiently searching.SOLUTION: According to one embodiment, an information search device comprises: a touch panel; an extraction part; a storage part; an operation part; and a conversion part. The extraction part extracts a keyword from screen information displayed on the touch panel. When one of keywords is selected by first touch operation of the touch panel, the storage part stores the selected keyword as an element of a search condition. The operation part edits the element of the search condition by second touch operation of the touch panel, and generates the intended search condition. The conversion part rewrites the search condition to a search expression corresponding to an output destination of the search condition.

Description

  Embodiments described herein relate generally to an information search apparatus and an information search method for searching for information.

  In recent years, small information devices such as portable music players and mobile phones have not been equipped with direct character input means such as keyboards and buttons due to space limitations, and devices that use screens as input means have become widespread. Yes. When inputting characters using the touch panel, it is necessary to display a virtual keyboard on the screen and press a virtual key, or display a handwritten character input window on the screen and handwritten characters with a dedicated touch pen It is. However, in a small information device, since the touch panel is also small, it is difficult to frequently press a small virtual key many times or write a small character by hand to input a character.

  In addition, such information devices are generally connected to a network, and information on the network is frequently searched. It is also difficult to frequently enter keywords for search. Moreover, in order to efficiently perform a search, it is necessary to edit a search condition including a keyword. However, it is difficult to edit a search condition in a small information device as in the case of inputting a keyword. Note that the same thing occurs not only when searching for information on the network but also when searching for information within the device itself.

  2. Description of the Related Art Conventionally, in order to easily input a keyword, there has been proposed an information search device that selects an arbitrary phrase from an editor or a page on a browser and uses it as a keyword. The user designates the range of the text displayed on the screen using the cursor by operating the input device. The search device takes in a character string whose range is specified by the user and delivers it as a keyword to another computer connected to the network that is the search destination.

JP 2000-200277 A JP 2002-149668 A JP-A-8-63317

  In a conventional information search apparatus, a range of text displayed on a display screen is specified, and a character string in the specified range is captured as a keyword. However, it has not been easy to specify search conditions in order to perform a search efficiently.

  An object of the present invention is to provide an information search apparatus and an information search method capable of easily specifying a search condition and performing a search efficiently.

  According to the embodiment, the information search apparatus includes a touch panel, an extraction unit, a storage unit, an operation unit, and a conversion unit. The extraction unit extracts keywords from screen information displayed on the touch panel. When any of the keywords extracted by the extraction unit is selected by the first touch operation on the touch panel, the storage unit stores the selected keyword as an element of the search condition. The operation unit edits the elements of the search condition stored in the storage unit by the second touch operation on the touch panel, and generates a desired search condition. The conversion unit converts the search condition created by the operation unit into a search expression corresponding to the output destination of the search condition.

The block diagram of the whole search system containing the information search device of embodiment. The block diagram which shows the structure of the information search device of embodiment. The figure which shows the example of a display of the keyword input mode of an information search device. The figure which shows an example of search object creation for AND search. The figure which shows an example of search object creation for OR search. The figure which shows an example of the search object creation for NOT search. The figure which shows an example of the connection of a search object. The figure which shows an example of the division | segmentation of a search object. The figure which shows an example of composite search condition division | segmentation. The figure which shows the application operation example to the application of a search object. The figure which shows the operation example of application to the search form of a search object. The figure which shows an example of the conversion table of a search condition analysis part. The figure which shows an example of the conversion operation | movement of a search condition analysis part. The figure which shows the other example of conversion operation | movement of a search condition analysis part.

  Hereinafter, embodiments will be described with reference to the drawings.

FIG. 1 is a block diagram of an entire search system including an information search apparatus according to an embodiment. The embodiment describes an apparatus for searching for information on the Internet, but includes not only information on the Internet but also searching for information in the device itself. For example, an information search device 10 including a small information device such as a portable music player or a mobile phone is connected to the Internet 12. A search server 14 and other computers 16 ₁ ... 16 _n (n is an arbitrary positive integer) are connected to the Internet 12.

  FIG. 2 shows a block diagram of the configuration of the information search apparatus 10. The information search apparatus 10 includes a touch panel 22. The touch panel 22 displays character image information such as a home page downloaded from the Internet or the like and accepts a touch operation from the user. The information acquisition unit 24 acquires information necessary for creating a screen drawing of the touch panel 22 via the Internet 12. Note that the information search apparatus 10 displays the information acquired from the Internet 12 as it is, and imports a keyword as a search object from the display screen, and uses the search condition element according to the search condition (AND search, OR search, etc.). And an input mode for editing a certain search object. FIG. 2 shows a configuration when the input mode is selected. In the normal mode, data (for example, a homepage) acquired by the information acquisition unit 24 is displayed on the touch panel 22 as it is.

  In the input mode, the data acquired by the information acquisition unit 24 is input to the keyword extraction unit 26. The keyword extraction unit 26 extracts a portion to be displayed as a character string from the input data, analyzes the extracted character string using a technique such as morphological analysis, and decomposes the character string into words. A keyword is extracted based on the part of speech of the obtained word and the relationship with the preceding and following words. The data acquired by the information acquisition unit 24 and the keywords extracted by the keyword extraction unit 26 are supplied to the screen creation unit 28, and a drawing screen displayed on the touch panel 22 is created.

  Touch information obtained by the touch operation of the touch panel 22 by the user is input to the position information acquisition unit 30, and position information indicating which part on the screen the user has selected is specified based on the touch information. The output of the screen creation unit 28 and the output of the location information acquisition unit 30 are input to the keyword selection unit 32, and the touch panel is determined based on the location information specified by the location information acquisition unit 30 and the screen information created by the screen creation unit 28. It is determined which keyword in the drawing screen 22 is selected by the touch operation by the user. The keyword selection unit 32 supplies the selected keyword to the search condition storage unit 34 and the search condition operation unit 36.

  When the search condition storage unit 34 detects that the keyword selected by the keyword selection unit 32 is moved (dragged) to the specific area of the touch panel 22 while being touched by the user, the search condition storage unit 34 stores the keyword as a search object. In addition, when the search condition storage unit 34 detects that the search object displayed in the specific area of the touch panel 22 is touched in a specific form by the user, the search condition storage unit 34 performs predetermined editing on the search object according to the touch form, or A search object for a predetermined search condition (AND search, OR search, etc.) is created, and the edited or created search object is stored in the search condition storage unit 34.

  The keyword selected by the keyword selection unit 32 and the search object edited or created by the search condition operation unit 36 are input to the search condition analysis unit 38. The search condition analysis unit 38 also receives the current screen information from the information acquisition unit 24 and the touch information from the touch panel 22. The search condition analysis unit 38 converts the search object stored in the search condition storage unit 34 into a search formula that matches the format and definition of the application or form when the application that performs the actual search or the form is specified. Convert. That is, the search object is converted into a character string. A search expression suitable for the application or form created by the search condition analysis unit 38 is output from the search condition output unit 40 to the application or form.

  Next, the operation of the embodiment will be described. In the normal mode, the information search apparatus 10 displays the character image information acquired from the Internet 12 on the touch panel 22 as it is. When the user touches a specific icon on the touch panel 22, the normal mode is switched to the input mode. A display example of the touch panel 22 in the input mode is shown in FIG. A search condition input area 202 is displayed below a browsing screen such as a home page.

  When the user finds a keyword candidate in the character string on the browsing screen, the user touches one point in the candidate display area. If the touched area is a character string, and the character string is determined by the keyword selection unit 32 as a valid keyword (for example, the part of speech is a noun), the character string including the touched point Becomes a selected state and is surrounded by a square 201. In the case of the example, the word “***” is selected as a keyword. When the touch state of the touch panel 22 continues, the keyword continues to be selected. If the keyword is moved (dragged) to the search condition input area 202 at the lower part of the screen while being selected (touched), and the touched state is canceled in this area 202, the keyword “***” is one of the search objects. And stored in the search condition storage unit 34. By repeating the above operation for necessary keyword candidates in the character string on the browsing screen, nouns in the character string are captured as search objects.

  In this way, a keyword is selected by touching a character string in the browsing screen, the keyword is moved to a specific area 202 while being selected, and the selected keyword is released as a search object by releasing the selected state in this area. It is stored in the search condition storage unit 34. That is, keywords and search objects can be input without inputting characters.

  When the user touches one point in the search condition input area 202 in the input mode, the screen is switched to an edit screen for editing or creating a search object.

  An example of creating a search object for a complex search by creating a search object, disassembling a created search object, or editing a keyword will be described with reference to FIGS. 4 to 9 assume an example in which the creation / editing screen is displayed on the entire screen of the touch panel 22. However, the editing operation may be performed only in a part of the search condition input area 202 shown in FIG. .

  FIG. 4 shows an example of creating a search object for AND search. As shown in FIG. 4, there are two search objects “Tokyo” and “Restaurant”. From these two search objects, the keyword “Tokyo + restaurant” (where “+” means “and”, “and”. An example of creating a search object for an AND search that searches for information including “Yes” will be described.

  First, when one search object (for example, “restaurant”) is touched for a certain time (for example, 2 seconds) or longer, the search object is selected. 4 to 9, the selected object is surrounded by a double square. In this state (while touching “Restaurant”), move (drag) the selected search object “Restaurant” to the other search object (“Tokyo” in this example) and move both search objects After overlapping, release the touch state. Thereby, two search objects “Tokyo” and “restaurant” are integrated into one search object for AND search “Tokyo + restaurant”. In addition, when creating one search object for AND search from three or more search objects, the above-mentioned operation that overlaps the already created integrated search object with the third and subsequent search objects selected. May be repeated sequentially.

  Next, FIG. 5 shows an example of creating an object for OR search. As shown in FIG. 5, there are two search objects “restaurant” and “ramen”, and the keyword “restaurant or ramen” (where or means “or”) is included from these two search objects. An example of creating a search object for OR search for searching for information will be described.

  First, one search object (for example, “restaurant”) is touched with a finger for a predetermined time or more to make a selection state. In this state (while touching “Restaurant”), the other search object (“Ramen” in this example) is also touched for a certain period of time with another finger to select it. Thereafter, the touch state of both search objects in the selected state is canceled. Thereby, two search objects “restaurant” and “ramen” are integrated into one search object “OR restaurant or ramen” for OR search.

  In the above description, the two search objects are selected sequentially, but may be performed simultaneously. In short, it is only necessary that two search objects are selected at a certain timing. The same can be done when a search object for OR search is created from three or more search objects. If the number of search objects to be integrated is less than or equal to the number that can be touched at a time, the above-described operation may be performed once for three or more search objects. Just repeat the operation.

  Next, FIG. 6 shows an example of creating a search object for NOT search. As shown in FIG. 6, an example of creating a new search object that excludes a search object “Tokyo + Restaurant” from which the word “Curry” is included will be described.

  First, by performing a horizontal movement touch operation on the search object “curry”, a search object for NOT search that searches for information that does not include this word is generated. On the screen, “curry” has a horizontal strikethrough. Next, the object “curry” for NOT search is touched for a predetermined time or more to make this object selected. In this state (while “curry” is touched), the search object “curry” is moved to the search object “Tokyo + restaurant” and the objects are overlapped, and then the touch state is released. Thus, a search object “Tokyo + restaurant-curry” (where “-” means “not included”) that includes the keyword “Tokyo + restaurant” and does not include the keyword “curry” can be created. it can. In addition, what is necessary is just to repeat the above-mentioned operation, when creating the search object for NOT search of two or more keywords.

  4 to 6 relate to creation of a search object for executing a specified search condition. Next, connection and division of search objects will be described.

  FIG. 7 illustrates an example of creating a new character string by concatenating two or more character strings serving as search conditions. As shown in FIG. 7, there are two search objects “Tokyo” and “Shinjuku-ku”, and when one search object “Shinjuku-ku, Tokyo” is created from these two search objects, first, “Tokyo” At least one of the search object “Miyako” and the search object “Shinjuku-ku” is moved to be adjacent to each other in the order of the character string connecting the two search objects. In order to move a certain search object, as described with reference to FIG. 4, the search object is touched for a certain period of time to be in a selected state, moved (dragged) to the next search object in the touched state, and touched. Can be canceled. After that, a touch operation for horizontal movement is performed in a reciprocating manner for two adjacent search objects “Tokyo” and “Shinjuku-ku” in a manner that crosses both search objects. As a result, a new search object “Shinjuku-ku, Tokyo” is created by connecting these two search objects. In this example, when three or more search objects are connected, the above-described operation may be repeated.

  FIG. 8 shows an example in which a single search object is divided to generate two search objects, contrary to FIG. As shown in FIG. 8, when a search object “Shinjuku-ku, Tokyo” exists and is divided into two search objects “Tokyo” and “Shinjuku-ku”, “Shinjuku-ku, Tokyo” is displayed. A vertical movement touch operation (operation to cut between Tokyo and Shinjuku Ward with a finger) is performed at a point (in this example, between “Tokyo” and “Shinjuku Ward”) at which the character string is to be divided. Thereby, one search object “Shinjuku-ku, Tokyo” is divided and two search objects “Tokyo” and “Shinjuku-ku” can be created.

  The touch processing in FIG. 8 is not limited to the division of search objects, but can be used for division of complex search objects for predetermined search conditions described in FIGS. 4, 5, 6, and the like. For example, the present invention is also applicable to dividing two search objects for AND search described in FIG. 4 into respective search objects.

  As shown in FIG. 9, when the search object for AND search “Tokyo + Restaurant” is divided into two search objects “Tokyo” and “Restaurant”, the search object is divided into the same as in FIG. By performing a vertical movement touch operation, the combined search object can be divided into search objects.

  In the case of the division of the single search object shown in FIG. 8, it is necessary to accurately match the place where the touch operation is performed with the place to be divided, but in the case of the division of the complex search object shown in FIG. Since the search object to be configured is known, it is possible to correctly divide the object by performing a touch operation for moving the area where the compound search object is drawn without being aware of the dividing point accurately. Note that the direction of the touch operation is not limited to vertical, and may be horizontal or arbitrary. In short, the complex search object can be divided by performing an operation of cutting the region where the complex search object is drawn with a finger in an arbitrary direction.

  FIG. 10 and FIG. 11 show examples of information retrieval using actual retrieval objects. FIG. 10 shows an example in which search application icons 204 and 206 are arranged on the desktop, and a search condition input area 202 is arranged below. A search object is displayed in the search condition input area 202. Among these, the search condition for AND search of “Odaiba + Restaurant” is touched for a predetermined time or more to make a selection state. Next, while maintaining this touch state, the search object “Odaiba + Restaurant” is moved (dragged) onto the icon 204 of the application for search (here, an application called “OO search”) to be executed. Cancel the touch state with. As a result, the search object “Odaiba + Restaurant” is passed to an application called OO search.

  The application (not shown in FIG. 2) that has received the search object “Odaiba + Restaurant” gives the search condition analysis unit 38 identification information indicating its own application and the received search object. The search condition analysis unit 38 converts the received search object into a character string or a data format that can be interpreted by the application in accordance with a conversion rule for each application stored therein. Thereafter, this character string or data is passed to the search condition output unit 40 together with the application identification information. Upon receiving these, the search condition output unit 40 determines the output destination (application) based on the received application identification information, and passes this character string or data to the application side.

  In this way, the search object created by the search condition operation unit 36 has a format that is easy to see and understand on the display screen of the touch panel, so when it is passed to the application, it is converted into a character string that can be interpreted by the application. Is done. For this reason, one search object can be used by a plurality of applications, and search efficiency can be improved.

  FIG. 11 is basically the same as FIG. 10, but shows an example in which the search object is moved into the search object input area (form) 208 after the application is started, not on the icon of the search application. In this example as well, a search object for AND search of “Shibuya + Izakaya” in the search objects displayed in the search condition input area 202 is touched for a predetermined time or more to be selected. Next, with the touch state maintained, the search object “Shibuya + Izakaya” is moved into the input area 208 to cancel the touch state. As a result, the search object “Shibuya + Izakaya” is passed to the application.

  The application that has received the search object “Shibuya + Izakaya” gives the search condition analysis unit 38 identification information indicating its own application, the identification information of the input area 208, and the received search object. The search condition analysis unit 38 converts the received search object into a character string or a data format that can be interpreted by the application / input area according to the conversion rule for each application / input area stored therein. Thereafter, the character string or data is passed to the search condition output unit 40 together with the application / input area identification information. Upon receiving these, the search condition output unit 40 determines the output destination (application / input area) based on the received identification information of the application / input area, and passes this character string or data to the application side.

  FIG. 12 shows an example of a conversion table that the search condition analysis unit 38 has. Indicates the search condition notation (search formula) for each application or search service on the Internet. An application whose identification information is 1 is an application for OO search in its own device, a search service for a Japanese restaurant whose identification information is 2 is a search service on a network that is not its own device, and its identification information is 3. The application is a TV program search application in the device itself.

  In the XX search application of identification information 1, AND search is written as “A & B”, OR search as “A | B”, and NOT search as “! A”. In the Japanese restaurant search service of identification information 2, AND search is written as “A * B”, OR search as “A + B”, and NOT search as “−A”. In the TV program search application of identification information 3, AND search is written as “(A) and (B)”, OR search is written as “(A) or (B)”, and NOT search is written as “not (A)”. expressed.

  For this reason, when the search object “Odaiba + Restaurant” is passed to the OO search application, as shown in FIG. 13, it is passed after being converted into a search formula: Odaiba & Restaurant.

  When the search object “Tokyo + restaurant-curry” is passed to the TV program search application, as shown in FIG. 14, it is converted into a search expression: ((Tokyo) and (restaurant)) and (not (curry)). Will be passed.

  As described above, according to the embodiment, a keyword is selected by touching a character string in the browsing screen, the keyword is moved to a specific area while being selected, and the selected state is released in this area. Thus, the selected keyword is stored as a search object in the search condition storage unit. Therefore, keywords and search objects can be input without inputting characters. In addition, a plurality of search objects are connected by an intuitive operation on the search object on the touch panel, and the search object is edited by dividing the connection object or the single search object to search conditions (AND search, OR search, etc.) ) Can be specified, and a complicated search can be easily performed. Furthermore, since search objects are stored, it is not necessary to input search conditions each time a word or the like that is frequently searched, thus improving the search efficiency. Since one search object can be used by a plurality of applications, the search efficiency is also improved.

  In the above-described embodiment, only a character string is used as a search condition. However, in addition to character information, date information or category information generally used for search may be used as a search object. In addition, the analysis of the search condition is performed based on the conversion table held in the own device (search condition analysis unit 38), but this analysis is performed on the search server and the result is returned to the device side again. A modification is also possible in which the server side issues a search request and returns only the search result to the device side.

  Although several embodiments of the present invention have been described, these embodiments are presented by way of example and are not intended to limit the scope of the invention. These novel embodiments can be implemented in various other forms, and various omissions, replacements, and changes can be made without departing from the scope of the invention. These embodiments and modifications thereof are included in the scope and gist of the invention, and are included in the invention described in the claims and the equivalents thereof.

DESCRIPTION OF SYMBOLS 22 ... Touch panel 24 ... Information acquisition part 26 ... Keyword extraction part 28 ... Screen generation part 30 ... Position information acquisition part 32 ... Keyword selection part 34 ... Search condition preservation | save part 36 ... Search condition operation part 38 ... Search condition analysis unit, 40 ... Search condition output unit.

Embodiments of the present invention relates to an information processing apparatus and information processing method to search for information.

An object of the present invention makes it easy to specify the search condition, and an object thereof is to provide a search efficiently implemented information processing apparatus and information processing method capable of.

According to the embodiment, the information processing apparatus includes a reception unit, a display unit, an extraction unit, an operation reception unit, and a selection unit. The receiving means receives data including a portion displayed as characters from the outside. The display unit displays characters using the data. The extracting means extracts keywords included in the data. The operation receiving unit receives a touch operation on a part of the character corresponding to the keyword extracted by the extracting unit among the characters displayed on the display unit. When the operation accepting unit receives the touch operation, the selection unit selects the keyword specified by the touch operation.

Claims (11)

A touch panel;
An extraction unit for extracting a keyword from screen information displayed on the touch panel;
When any of the keywords extracted by the extraction unit is selected by the first touch operation of the touch panel, a storage unit that stores the selected keyword as an element of a search condition;
An operation unit that edits the elements of the search condition stored in the storage unit by a second touch operation of the touch panel and generates a desired search condition;
A conversion unit that rewrites the search condition created by the operation unit into a search expression corresponding to an output destination of the search condition;
An information retrieval apparatus comprising: The touch panel displays character image information,
The extraction unit extracts character information from character image information displayed on the touch panel, analyzes the character information, extracts words,
The storage unit stores the word displayed at the position where the first touch operation is performed on the touch panel as the keyword selected by the third touch operation of the touch panel,
The information search device according to claim 1, wherein the conversion unit recognizes an output destination of a search condition by a fourth touch operation of the touch panel. The information retrieval device is connected to a network;
The information search device according to claim 1, wherein the touch panel displays character image information downloaded from a network. The touch panel displays an icon indicating a search application or search service that is an output destination of the search condition or a search application form,
The information search device according to claim 1, wherein the conversion unit recognizes an output destination of a search condition based on the icon or the form that has been touch-operated. The touch panel displays first and second character strings that are elements of the search condition,
The operation unit selects the first character string by a second touch operation of the touch panel, and superimposes the first character string on the second character string in the selected state, thereby The information search device according to any one of claims 1, 2, 3, and 4, wherein a search condition for searching for information including the character string and the information including the second character string is generated. The touch panel displays first and second character strings that are elements of the search condition,
The operation unit selects information including the first character string or the second character string by simultaneously selecting the first character string and the second character string by a second touch operation of the touch panel. The information search device according to any one of claims 1, 2, 3, and 4, wherein a search condition for searching is generated. The touch panel displays a character string that is an element of the search condition,
The said operation part produces | generates the search conditions for searching the information which does not contain the said character string by tracing along the said character string by 2nd touch operation of the said touch panel. The information search device according to any one of claims 3 and 4. The touch panel displays first and second character strings that are elements of the search condition,
The operation unit moves the first character string next to the second character string by the second touch operation of the touch panel, and crosses the first character string and the second character string. 5. A new element of a search condition composed of the first character string and the second character string is generated by tracing. 5. The claim 1, claim 2, claim 3, or claim 4. Information retrieval device. The touch panel displays a character string that is an element of the search condition,
The operation unit cuts between two arbitrary characters of the character string by a second touch operation of the touch panel, thereby changing the search condition to a first search condition including a first character string portion and a second character. The information search device according to claim 1, wherein the information search device is divided into a second search condition including a column portion. The touch panel displays a composite search condition consisting of a first element consisting of a first character string and a second element consisting of a second character string,
The operation unit cuts the display area of the composite search condition by a second touch operation of the touch panel, thereby changing the composite search condition from the first search condition including the first element and the second element. The information search device according to claim 1, wherein the information search device is divided into a second search condition. An information search method for an information search apparatus having a touch panel,
Extract keywords from the screen information displayed on the touch panel,
When one of the extracted keywords is selected by the first touch operation of the touch panel, the selected keyword is stored as an element of a search condition,
Edit the saved search condition element by the second touch operation of the touch panel to generate a desired search condition,
An information search method for rewriting the created search condition into a search expression corresponding to an output destination of the search condition.

Images