Patent Application
20060206456
1. Field of the Invention
The present invention relates to a document managing apparatus and a document managing program which manage a file of data constituting a document.
2. Description of the Related Art
Jpn. Pat. Appln. KOKAI Publication No. H5-54081 discloses an apparatus in which electronic filing is performed to a document and filed document data is stored. In the apparatus, document search is performed as follows: during the search, the pieces of document data are rearranged in the order in which the file data having the latest final search date is put on the leading end, and a user performs the search while the documents are displayed in the rearranged order. Then the user stops the search at the stage in which the necessary document is displayed. Thus, the user can search the target document by stopping the search at the time when the target document is displayed. In the apparatus, plural windows can be opened, and sometimes the document search is performed in each window. The user searches the desired document in each window, and the user opens the document from each searching screen to do work.
During the work, sometimes the user is required to display the document which is opened only a little while ago again. However, when the user refers to many documents, the user cannot specify the document which should be displayed again, and it is necessary for the user to perform the searching process again. At this point, when the search can be performed by specifying the folder and the like, it is simple because the number of searching targets is small. However, when the folder and the like cannot be specified, because it is necessary to search all the documents which are of the searching targets, the search efficiency becomes remarkably worse. Therefore, there is generated a problem that sometimes it takes a very long time for the user to search the desired document.
An object of the invention is to provide a document managing apparatus and a document managing program which can improve search efficiency.
According to an aspect of the present invention, there is provided a document managing apparatus comprising: a display unit; an operation unit; a file managing information storage unit which stores file managing information on a file of data constituting a document, which is a managing target; a document managing information storage unit in which stores, by arranging in a particular order, pieces of document managing information on a plurality of documents stored in the file managing information storage unit, position information showing a display position in a searching screen of the display unit being stored in the document managing information storage unit while related to the document when the document managing information storage unit receives a direction to search the document from the operation unit to display the documents in the arranged order in the searching screen displayed on the display unit; a document searching unit which searches the document from the plurality of documents, the document being included within the previously set display position in the display positions shown by the position information stored in the document managing information storage unit, when a search refinement direction search the document by narrowing down the plurality of documents is received from the operation unit; and a document display unit which displays only the document searched by the document searching unit on the searching screen according to a direction to change the document display on the searching screen from the operation unit.
Additional objects and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objects and advantages of the invention may be realized and obtained by means of the instrumentalities and combinations particularly pointed out hereinafter.
The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention, and together with the general description given above and the detailed description of the embodiments given below, serve to explain the principles of the invention.
FIG 17 is still another part of the flowchart for explaining the document searching process according to the embodiment;
Referring now to the accompanying drawings, an embodiment of the invention will be described in detail.
The document managing apparatus 1 includes a PC and the like. Any image input/output apparatus 2 can be used as long as the image input/output apparatus 2 provides an image to the document managing apparatus 1 as the PC. Examples of the image input/output apparatus 2 include a scanner, a digital multi-function peripheral (MFP) provided with the scanner, and a computer on a network (for example, a WWW server).
As shown in
The CPU 11 controls the whole of the document managing apparatus 1. The CPU 11 realizes various functions by executing control programs stored in the ROM 13 and application programs stored in the HDD 15. The RAM 12 is a memory in which working data and the like are temporarily stored. The ROM 13 is a non-volatile memory in which a basic program to operate the document managing apparatus (PC) 1 and the like are previously stored.
The network interface 14 is an interface to receive image data and the electronic mail from the document managing apparatus 2. In the configuration shown in
The HDD 15 is a storage device including a magnetic disk. Various kinds of data are stored in the HDD 15 in a file format. The data which constitute the document which is of a managing target of the document managing apparatus 1 and the data which indicate the related information on the document are stored in the HDD 15 in the file format.
A first file managing table 23, a second file managing table 24, a document managing table 25, a color managing table 26, and the like are provided as a data table in the HDD 15.
The first file managing table 23 and the second file managing table 24 are tables in which managing information (file managing information) on the data file which constitutes the document of the managing target is stored. The document managing table 25 is the table in which managing information (document managing information) and related information on the document of the managing target are stored. The color managing table 26 is the table in which information (color managing information) on the color related to the document of the managing target is stored. The data tables 23 to 26 will de described in detail later.
At least an application program (document managing program) 27 and setting information 28 are stored in the HDD 15. The application program 27 causes the PC to function as the document managing apparatus 1.
The document managing program 27 includes programs which cause the PC to execute various processes such as a document managing information entering process, an image generating process, a document searching screen displaying process, a document map generating process, a document searching process, a display time storing (updating) process, and a search refinement process. These processes will be described later. By performing the document managing program 27, the PC realizes various functions such as a document managing information entering function (file managing function, document managing function), an image generating function, a document searching screen displaying function, a document map generating function, a document searching function, a display time storing (updating) function, and a search refinement function.
The display device driver 16 includes a drive circuit which controls display contents of the display device 17. The display device driver 16 functions as the interface which outputs signals of the image displayed on the display device 17 to the display device 17. The mouse driver 18 includes a circuit which detects information inputted to the mouse 19. The mouse driver 18 detects motion of the mouse 19, input to a button provided in the mouse 19, a rotating amount of a wheel provided in the mouse 19, and the like. The mouse driver 18 informs the CPU 11 of the signals which indicate the motion of the mouse 19, the input to the button provided in the mouse 19, the rotating amount of the wheel provided in the mouse 19, and the like.
The keyboard interface 20 detects the information inputted to the keyboard 21 and informs the CPU 11 of the information. The keyboard 21 includes plural keys such as characters, numerals, and symbols. The keyboard interface 20 detects the input to each key of the keyboard 21, and the keyboard interface 20 informs the CPU 11 of the signals which indicate the inputted key.
As shown in
The motion detecting mechanism 31 converts the motion of the mouse 19 on the plane into the signals. For example, the motion detecting mechanism 31 includes a sphere which is rotated according to the motion of the mouse 19 and a mechanism which converts the motion of the sphere into the signals. It is also possible that the motion detecting mechanism 31 includes an optical sensor which detects the motion of the mouse 19 on the plane and the mechanism which converts the mouse motion detected by the optical sensor into the signals. The motion detecting mechanism 31 is provided on the side which is in contact with the plane as shown in
The right button 32 is one which is provided on the right side of a main body of the mouse 19 in the state shown in
The wheel 34 is a rotating member which is provided near the central portion of the mouse 19 in the state shown in
The wheel 34 is placed so as to be rotated only in a predetermined direction. In
It is possible that the wheel 34 functions as the button. In this case, particular input is performed by pressing the wheel 34 down. Further, it is possible that the particular input is performed by pushing the wheel 34 down to the right or the left.
The timer T generates time information. The CPU 11 times various times based on the time information generated by the timer T. The CPU 11 obtains the time information generated by the timer T as necessary in computing various times.
Then, the document displaying screen (document searching screen) managed by the document managing apparatus 1 will be described.
In the document managing apparatus 1, the document searching screen 40 is displayed on a display window 17a of the display device 17. In the document searching screen 40, as shown in
In
The image display area 41 is located in the substantial center of the document searching screen 40 displayed on the display device 17. The images of one or more pages which constitute the document are displayed in unit of page in the image display area 41 according to the user's operation.
The document map 42 is displayed on a right end area of the document searching screen 40. In the document map 42, a bar (line) which indicates each document managed by the document managing apparatus 1 is displayed while the documents are stacked on one another in the time-series order. The document map 42 shows the state in which the documents managed by the document managing apparatus 1 are stacked. In the document map 42 shown in
The arrow 43 is displayed in the area adjacent to the document map 42 in the document searching screen 40. The arrow 43 indicates the position of the bar on the document map 42. The bar indicates the document to which the image, displayed in the image display area 41, belongs. Namely, the arrow 43 indicates the position of the bar which shows the displayed document on the document map 42.
In the document map 42, the bar corresponding to each document is displayed by a color corresponding to each document. The color of each bar corresponding to each document displayed on the document map 42 is set, for example, in each folder in which the data file constituting the document is stored. In this case, the document in which the data is stored in the same folder is displayed in the same color, and the document in which the data is stored in the different folders is displayed in the different color. Therefore, the user can intuitively recognize the folder in which each document is stored by the color displayed in the document map 42. It is possible that the color of the bar corresponding to each document displayed in the document map 42 is set in each file extension of the document or in each application for opening the document.
Then, the change of the image displayed in the image display area 41 of the document searching screen 40 will be described.
Each document managed by the document managing apparatus 1 includes one or plural pages as shown in
In the document managing apparatus 1, as shown in
In the document managing apparatus 1, as shown in
In the document managing apparatus 1, the document displayed in the document searching screen 40 is changed according to the operation of the mouse 19 or the keyboard 21 in the longitudinal direction (vertical direction in
When the user performs the operation in the longitudinal direction with the mouse 19 or the keyboard 21, the document managing apparatus 1 changes the documents displayed in the image display area 41 of the document searching screen 40. As a result, the representative image (for example, the first page image in the document) of the document changed according to the user's operation in the longitudinal direction is displayed in the image display area 41 of the document searching screen 40. When the user performs the operation in the crosswise direction with the mouse 19 or the keyboard 21, the document managing apparatus 1 changes the pages displayed in the image display area 41 of the document searching screen 40. As a result, the image of the page changed according to the user's operation in the crosswise direction is displayed in the image display area 41 of the document searching screen 40.
The change of the image displayed in the image display area 41 of the document searching screen 40 in unit of document will be described below.
The user directs to change the document using an input device such as the mouse 19 and the keyboard 21. In this case, as described above, the document as the image displayed in the image display area 41 should be changed according to the operation in the longitudinal direction (vertical direction). For example, the document is changed according to the input to upward and downward cursor keys (upward key and downward key) of the keyboard 21 or the operation in the longitudinal direction by a pointing device such as the mouse 19. In the embodiment, the document is also changed according to the rotation of the wheel 34 of the mouse 19.
When the document is changed by the above operation, the first page image is displayed as the representative image of the document in the image display area 41 of the document searching screen 40. Namely, the first page image in each document is displayed in the image display area 41 each time the document is changed with the mouse 19 and the keyboard 21. In is possible that the representative image of each document is set at the particular page in the pages of each document.
When the representative image (image of the first page) is changed in the document displayed in the image display area 41, the user directs to change the document using the input device such as the mouse 19 and the keyboard 21. Then, the document managing apparatus 1 changes the first page image of the document displayed in the image display area 41 in the time-series order.
The change of the image displayed in the image display area 41 of the document searching screen 40 in unit of page will be described below.
The user directs to change the page using the input device such as the mouse 19 and the keyboard 21. In this case, as described above, the page as the image displayed in the image display area 41 should be changed according to the operation in the crosswise direction. For example, the page is changed according to the input to rightward and leftward cursor keys (rightward key and leftward key) of the keyboard.
Each time the page is changed by the above operation, the image of each page which constitutes the document is sequentially displayed in the image display area 41 of the document searching screen 40. Namely, when the particular page in the particular document is displayed in the image display area 41, the user directs to change the document to display the first page image of the desired document in the image display area 41. In such a state, when the user directs to change the page using the mouse 19 or the keyboard 21, the document managing apparatus 1 displays the image of each page which constitutes the document in the image display area 41 in the order of the page.
The data tables 23 to 26 which manage the document in the document managing apparatus 1 having the above configuration will be described below.
In the document managing apparatus 1, the data which constitute each document of the managing target and the related information data are stored in the HDD 15 in the file format. The file of the data which constitutes the document stored in the HDD 15 is managed by the first file managing table 23 and the second file managing table 24. The file of the related information data is stored in a predetermined folder of the HDD 15. The document corresponding to the file stored in the HDD 15 is managed by the document managing table 25. The color of the bar which indicates each document in the document map 42 of the document searching screen 40 is managed by the color managing table 26.
The first file managing table 23 and the second file managing table 24 will be described below.
The managing information on each file as each document managed by the document managing apparatus 1 is stored in the first file managing table 23 and the second file managing table 24.
As shown in
The information which indicates a drive name and a folder name, in which the file exists, and the information which indicates a file name of the file are stored as the pass. The data size of the file is stored as the size. The date and time when the file is produced is stored as the production time. The date and time when the file is updated is stored as the update time. The latest date and time when access to the file is performed is stored as the access time.
The managing information of each file at a past point in time is stored in the first file managing table 23. The past point in time shall be the time when the document managing apparatus 1 is started up last time. On the other hand, a list of the current files is shown in the second file managing table 24. Accordingly, the second file managing table 24 is updated at any time according to the update and addition of the file.
For example, when the document managing apparatus 1 is started up, the information of the second file managing table 24 at this point is stored as the first file managing table, and the new second file managing table 24 is produced (updated). The managing information on the newly added file and the updated file is stored in the second file managing table 24. Namely, the difference between the file in the last-time start-up and the file in the present-time start-up is expressed as the difference between the first file managing table 23 and the second file managing table 24. In the embodiment, the update status of the file (new entry or update) is determined by the difference between the first file managing table 23 and the second file managing table 24.
As an example of the new entry of the file, it is assumed that the document managing apparatus 1 obtains the document including the images of the plural pages through the network interface 14. In this case, the data of the document obtained through the network interface 14 is stored as the new entry file in the HDD 15. At this point, a field in which the managing information on the new entry file is stored is added to the second file managing table 24, and the pass, the size, the production time, the update time, the access time, and the like are stored as the managing information of the new entry file. The information stored in the first file managing table 23 is held with no change.
As an example of the file update, it is assumed that the file having the managing information in the second file managing table 24 is updated. In this case, the updated file is stored by overwriting the already-existing file in the HDD 15. In the managing information on the updated file in the second file managing table 24, the size, the update time, the access time, the header information, and the like are updated based on the updated file. The information stored in the first file managing table 23 is also held with no change.
Then, the document managing table 25 will be described.
The document managing table 25 is one which manages the file, managed by the first file managing table 23, as the document. As shown in
The information which indicates the display order of each document is stored as the sequence. As described above, the documents are displayed in the time-series order based on the document time in the document searching screen 40 shown in
The unique ID information given to each document is stored as the document ID. The ID information identifies each document.
The information which indicates the processing status of each document is stored as the status. For example, the information which indicates “update” status or the information which indicates “completion” status is stored as the status. “Completion” means the status in which the update (update or new entry) of the document is completed. “Update” means the status in which the document waits for the update (update or new entry).
The information which indicates the number of pages of the document is stored as the number of pages. The number of pages is confirmed when the status of the document becomes “completion”.
The production time or the update time of each document is stored as the document time. For example, the update time of the file corresponding to the document managed by the first file managing table 23 is stored as the document time.
The information which indicates the file corresponding to the document is stored as the file name. For example, the drive name, the folder name, and the file name with respect to the file corresponding to each document are stored as the file name.
The information which indicates the color to display the information showing each document is stored in the color ID. The color ID means the unique ID information given to each color to identify the color. The information which indicates the actual color corresponding to the color ID is shown by the color managing table 26.
The information showing the display time is stored as the display time when the document is displayed in the document searching screen 40 for a previously set time (two seconds in the embodiment) or more.
The information showing the reference position is stored as the display position when the display time is stored. The reference position is located in the display window 17a including the document searching screen 40 in the display window 17. For example, the reference position is set at the upper left corner of the rectangular display window 17a including the document searching screen 40. The process of storing (updating) the display time and the display position will be described in detail later.
The document managing table 25 is updated by the process of entering the document managing information. For example, nine documents are managed in the document managing table 25 shown in
The statuses of the three documents of the document ID “1008”, the document ID “1010”, and the document ID “1011” are stored as “update” in the document managing table 25 shown in
The number of pages of each document should be confirmed by the number of images generated by the image generating process, which will be described later. Therefore, in the document managing table 25, the number of pages of each document whose status is “update” becomes the blank field as shown in
Since the display time and the display position are not stored unless the document is displayed for two seconds or more on the document searching screen 40, as shown in
Then, the color managing table 26 will be described.
The color managing table 26 is one in which the color ID, the color (information which indicates the actual color), and the folder are correlated with one another. In the document managing table 25, as described above, the color corresponding to each document is shown by the color ID. Accordingly, the color corresponding to each document is determined by the color ID of the document managing table 25 and the color of the color managing table 26. The color corresponding to each document shall mean the color of the bar corresponding to each document displayed in the document map 42 of the document searching screen 40.
As described above, in the embodiment, the color of the bar corresponding to each document displayed in the document map 42 of the document searching screen 40 is set in each folder. Accordingly, as shown in
Then, the process of entering the document managing information in the document managing apparatus 1 will be described.
When the document managing apparatus 1 is started up, i.e. when the PC as the document managing apparatus 1 starts up the document managing program 27, the CPU 11 reads the first file managing table 23 in the HDD 15 as the file information of the previous time (Step S101). When the first file managing table 23 is read, the CPU 11 reads the second file managing table 24 in the HDD 15 as the current file information (Step S102).
When the first file managing table 23 and the second file managing table 24 are read, the CPU 11 performs a difference file detecting process (Step S103). The difference between the managing information (previous file information) of all the files stored in the first file managing table 23 and the managing information (current file information) of all the files stored in the second file managing table 24 is detected in the difference file detecting process. The information which indicates the difference file detected by the difference file detecting process is temporarily stored in, e.g. the RAM 12.
In the difference file detecting process, the updated file or the newly added file is extracted since the previous file information is produced. In the embodiment, the access time should not be set at the detecting target as the difference file.
It is determined that the file which does not exist in the previous file information but exist in the current file information, i.e. the file which exists only in the second file managing table 24 is the newly added file.
It is determined that the file in which the update time in the current file information differs from the update time in the previous file information, i.e. the file in which the first file managing table 23 differs from the second file managing table 24 in the update time is the updated file.
It is determined that the file which does not exist in the current file information but exist in the previous file information, i.e. the file which exists only in the first file managing table 23 is the deleted file.
For example, in the process of detecting the difference file between the first file managing table 23 shown in
In this case, the file “file8.txt” whose pass is “C:\folder2\file8.txt” has the different update time. Therefore, it is determined that the file “file8.txt” is the updated file.
The file “file10.doc” whose pass is “C:\folder3\file10.doc” and the file “file11.xls” whose pass is “C:\folder4\file11.xls” exist only in the second file managing table 24. Accordingly, it is determined that the file “file10.doc” and the file “file11.xls” are the newly added file.
When the difference file is detected by the difference file detecting process (YES in Step S104), the CPU 11 sequentially reads the managing information of the detected difference file to perform the process of updating the document managing table 25 (Step S105 to Step S112). The document managing table 25 updating process is repeatedly performed until the process is completed for all the difference files detected by the difference file detecting process.
Namely, when the difference file detected by the difference file detecting process exists (YES in Step S104), the CPU 11 reads the managing information of the difference file detected by the difference file detecting process one by one (Step S105). When the CPU 11 reads one difference file, the CPU 11 determines whether the difference file is the updated file (file whose update time is changed) or the newly added file (Step S106).
When the CPU 11 determines that the read difference file is the updated file (YES in Step S106), the CPU 11 performs the process of updating the managing information corresponding to the file in the document managing table 25 (Step S107).
When the CPU 11 determines that the read difference file is not the updated file, i.e. when the CPU 11 determines that the difference file is the newly added file (NO in Step S106), the CPU determines whether the difference file is the file which is stored in the newly produced folder or not (Step S108). In Step S108, whether the folder is the new folder is determined by whether the folder in which the file is stored is the folder in which the color is managed by the color managing table 26. Namely, it is determined that the folder in which the color is set in the color managing table 26 is the already-existing folder.
For the file whose pass is “C:\folder3\file10.doc”, the color is already allocated to the folder of “C:\folder3” in the color managing table shown in
When the CPU 11 determines that the folder is the new folder (YES in Step S108), the CPU 11 generates the color allocated to the new folder (Step S109). For example, the new color which is not allocated to other folder yet is allocated to the new folder. The unique color ID is allocated to the generated color. When the color allocated to the new folder is generated, the CPU 11 adds color information on the new folder to the color managing table 26 (Step S110). In the color information, the color and the color ID correspond to the new folder.
When the CPU 11 adds the color information on the new folder in which the difference file is stored, the CPU 11 performs a new document adding process (Step S112). In the new document adding process, the managing information on the document corresponding to the difference file is added to the document managing table 25.
When the CPU 11 determines that the folder is not the new folder (NO in Step S108), the CPU 11 obtains the color ID allocated by the color managing table 26 to the folder in which the file is stored (Step S111). In this case, the CPU 11 performs the new document adding process in which the managing information on the document corresponding to the difference file is added to the document managing table 25 (Step S112).
In the new document adding process of Steps S111 and S112, referring to the second file managing table 24 and the color managing table 26, the managing information of the document corresponding to the newly added file is generated.
For example, the update time of the difference file is used as the document time in the managing information on the document. The pass of the difference file is used for the file name in the managing information on the document. Unique information newly generated is used as the document ID in the managing information on the document in order to distinguish the document from the already-existing document. The color ID of the color corresponding to the folder stored in the difference file is used as the color ID in the managing information on the document. However, the number of pages in the managing information on the document is left as the blank field, and the status in the managing information on the document is set at “update”. This is because the number of pages in the managing information on the document is confirmed when the image data is generated from the file through the later-mentioned image generating process.
When the difference file is not detected through the difference file detecting process, or when the process is completed to all the difference files detected by the difference file detecting process (NO in Step S104), the CPU 11 stores the information, currently stored in the second file managing table 24 as the start-up file information, in the first file managing table 23 (Step S113). Accordingly, the file information in performing the difference file detecting process (in this time start-up) is stored in the first file managing table 23, which allows the information stored in the first file managing table 23 to be used as the previous file information in the next start-up.
Thus, the managing information on the document corresponding to the updated file and the managing information on the document corresponding to the newly added file are entered in the document managing table 25 while the statuses are set at “update”. In the document whose status is “update”, the status is changed to “completion” by the later-mentioned image generating process, and the number of pages is confirmed.
Then, the process of generating the document image will be described.
In the document managing information entering process, the pieces of managing information on the document corresponding to the updated file and the newly entered file are entered in the document managing table 25 while the statuses are “update”. In the file whose status is “update”, the display image is not generated. Therefore, for the document whose status is “update”, it is necessary to generate the display image. The process of generating the display image of the document is referred to as image generating process.
When the document managing information entering process is completed, the CPU 11 performs the process of generating the display image. When the image generating process is started up, the CPU 11 reads all the pieces of managing information on the documents from the document managing table 25 (Step S201). When the managing information on the document is read from the document managing table 25, the CPU 11 sorts all the pieces of managing information on the documents based on the document time in the managing information on each document (Step S202). Therefore, in the document managing table 25, all the pieces of managing information on the documents are rearranged in the order of the document time (time-series order). For example, in
When all the pieces of managing information on the documents in the document managing table 25 are sorted based on the document time, the CPU 11 determines whether the document (unprocessed document) to which the image generating process is not performed exists or not (Step S203). When the CPU 11 determines that the unprocessed document exists, the CPU 11 reads the managing information on the unprocessed document in each document (Step S204).
When the CPU 11 reads the managing information on one unprocessed document, the CPU 11 determines whether the status of the managing information on the document read is “update” or not (Step S205). When the CPU 11 determines that the status is “update” (YES in Step S205), the CPU 11 performs the process of generating the display image of the document (Step S206).
In the image generating process, a bitmap image of each page which constitutes the document should be generated as the display image of the document. In the embodiment, the display image data of the document should be produced as print image data. The data of each document is formed by text data or the data in various formats such as the image data.
In the document managing apparatus 1, the document including the pieces of various formats should the managing target. Therefore, in the document managing apparatus 1, the data of each page which constitutes the document is generated as the print image data. Usually, in the pieces of data of various formats used in various application programs, the print image is produced in the application program. For example, when the document is the text data, the display image of the document is generated as the print image by the application program of a word processor.
When the display image data is generated by the image generating process, the CPU 11 stores the image of each page (display image data of each page) which constitutes the document in the form of the image data file in the HDD 15 (Step S207). Therefore, the image data file of the number of the pages of the document is stored in the HDD 15. When the image data file of each page of the document is stored in the HDD 15, the CPU 11 changes the status to “completion” in the managing information on the document in the document managing table 25 (Step S208). The CPU 11 specifies the number of pages from the number of files generated as the image data, and the CPU 11 sets the number of pages as the managing information on the document in the document managing table 25 (Step S209).
When the unprocessed document becomes nonexistent, i.e. when the statuses of all the documents become “completion” in the document managing table 25 (No in Step S203), the CPU 11 ends the image generating process.
As described above, in the embodiment, display image data of each document is generated as one file in each page of the document. The display image data of each document may be generated in any format such as TIF and PDF. A JPEG format is used in the embodiment.
However, in each file of the display image data as the image of each page, the file name should be specified from the document ID and a page number. For example, the file of the display image data is stored in each name of “document ID-page number.jpg”.
In the document managing table 25 shown in
As shown in
In the managing information on the document whose document ID in document managing table 25 shown in
It is possible that the image generating process is performed in parallel with another process. Namely, it is possible that the image generating process is performed in the background of another process. For example, in the case where there are many documents whose statuses are “update”, or in the case where the number of pages of the document whose status is “update” is large, there is a possibility that it takes a long time to perform the image generating process. Therefore, even if the image generating process is being performed, it is also possible that the CPU 11 performs the later-mentioned process of displaying the document searching screen 40.
Then, the process of displaying the document searching screen (document searching display window) 40 will be described.
When the document searching screen 40 is displayed (started up), the CPU 11 reads the pieces of managing information of all the documents stored in the document managing table 25 (Step S301). When the CPU 11 reads the pieces of managing information of all the documents stored in the document managing table 25, the CPU 11 arranges the pieces of managing information of all the documents read in the order of the latest document time (time-series order) (Step S302).
After the CPU 11 arranges the pieces of managing information of all the documents read in the time-series order, the CPU 11 reserves a storage area of the current document (display document) on the RAM 12. An information which indicates the currently displayed document is stored in the storage area of the current document. After the storage area of the current document is reserved, the CPU 11 sets the information which indicates the latest document in the storage area of the current document (Step S303). At this point, “order” stored as the managing information on the document in the document managing table 25 should be set as the information which indicates the current document at the storage area of the current document. Namely, the CPU 11 displays the currently displayed document (current document) in the “order” given to each document.
Further, the CPU 11 reserves a storage area of the current page (display page) on the RAM 12. An information which indicates the number of pages of the currently displayed document is stored in the storage area of the current page. After the storage area of the current page is reserved, the CPU 11 sets the information which indicates the representative page (first page in the embodiment) of the document in the storage area of the current page (Step S304). At this point, the number of pages should be set as the information which indicates the current document at the storage area of the current page.
Namely, the CPU 11 displays the representative page (first page) of the latest document as the initial display image. Therefore, the CPU 11 sets the current document at “1”, and sets the current page at “1”. When the CPU 11 sets the current document at “1”, and sets the current page at “1”, the CPU 11 obtains the display image data file of the page (the “1”-st page image in the document whose order is “1”) (Step S305).
In the image obtaining process, the image data file of the page to be displayed referring to the document managing table 25 is specified. Namely, the CPU 11 refers to the document managing table 25 to obtain the document ID corresponding to “order” (“1” in this case) set at the current document. After the CPU 11 obtains the document ID of the current document, the CPU 11 specifies the image data file including the document ID and the page number of the current document from “page number” (“1” in this case) set at the current page.
For example, in the document managing table 25 shown in
After the image data file is obtained by the image obtaining process, the CPU 11 displays the image data of the file in the image display area 41 of the document searching screen 40 (Step S306). After the obtained image data is displayed in the image display area 41, the CPU 11 performs a document map generating process (Step S307). In the document map generating process, the document map 42 showing all the documents in the time-series order is generated. The document map generating process will be described later.
After the document map 42 is created by the document map generating process, the CPU 11 displays the generated document map 42 in a predetermined display area in the document searching screen 40 (Step S308). When the document map 42 is displayed in the document searching screen 40, the CPU 11 specifies the position of the current document in the document map 42 (Step S309). After the position of the current document is specified, the CPU 11 displays the arrow 43 which indicates the position of the current document on the document map 42 (Step S310).
The initial screen is displayed as the document searching screen 40 in the display window 17a on the display device 17 by the document searching screen displaying process.
Then, the document map generating process will be described.
When the process of generating the document map 42 is started, the CPU 11 reserves the display area to display the document map 42 in the document searching screen 40 (Step S401). The display area of the document map 42 should previously be set. In Step S401, the CPU 11 should display the reserved display area of the document map 42 in the color such as white as an initial value.
For example, as shown in
After the display area of the document map 42 is reserved in the document searching screen 40, the CPU 11 sets an initial coordinate where imaging is started (Step S402). In this case, the initial coordinate is set at the uppermost end in the display area of the document map 42, and a Y-coordinate is set at “0” (Y=0).
After setting the initial coordinate, the CPU 11 reads the managing information on the document from the document managing table 25 in the order in which “order” is increased. Namely, the CPU 11 determines whether the document (not-yet-imaged document) in which the bar is not imaged in the display area of the document map 42 exists in the document managing table 25 or not. When the CPU 11 determines that the not-yet-imaged document exists in the document managing table 25 (Step S403), the CPU 11 reads the managing information on the document having the smallest “order” number in the not-yet-imaged documents (Step S404).
When the managing information on the document is read, the CPU 11 specifies the color ID allocated to the read document (Step S405). After the color ID of the document is specified, the CPU 11 refers to the color managing table 26 to confirm the actual color corresponding to the color ID of the document (Step S406). Therefore, the bar (line) which indicates the document in the document map 42 is imaged by the confirmed color.
After the color of-imaging bar which indicates the document is specified, the CPU 11 images the bar (line) which indicates the document with the confirmed color at the current coordinate in the display area of the document map 42 (Step S407). The bar which indicates each document should be the line having the width (height) of one pixel in the Y-direction. In this case, for the first document, the bar having the width (height) of one pixel at the Y-initial coordinate ((0,Y) to (20,Y)) is imaged in the display area of the document map 42.
After the bar which indicates the document is imaged, the CPU 11 increments the coordinate in the Y-direction by one pixel by setting “Y=Y+1” (Step S408). When the CPU 11 increments the coordinate in the Y-direction by one pixel, the CPU 11 determines whether the coordinate in the Y-direction exceeds the display area of the document map 42 or not. When the CPU 11 determines that the coordinate in the Y-direction exceeds the display area of the document map 42 (YES in Step S409), the CPU 11 ends the process of generating the document map 42.
When the CPU 11 determines that the coordinate in the Y-direction does not exceed the display area of the document map 42 (NO in Step S409), the CPU 11 returns to Step S403. The CPU 11 repeats Steps S403 to S409 until the not-yet-imaged document does not exist in the display area of the document map 42. Namely, the processes of Steps S403 to S409 are repeatedly performed to all the documents managed by the document managing table 25.
The document map 42, in which the bar that indicates each document is displayed in the color corresponding to each document while stacked in the time-series order, is generated by the above-described processes.
Then, the document searching process will be described.
At first the document searching screen 40 should be displayed on the display device 17 by the process of displaying the document searching screen. The first page image of the new document having the latest document time is displayed in the document searching screen 40 (Step S501). Because the process in Step S501 is the same as the one shown in
In such a state, the CPU 11 waits for the user's input with the mouse 19 or the keyboard 21 (Step S502). Namely, the CPU 11 detects the presence or absence of the input to the mouse 19 or the keyboard 21. In the input to the wheel 34 of the mouse 19, the rotating amount of the wheel 34 in a predetermined time is inputted as a variation amount. In the input to each key of the keyboard 21 or the right and left buttons 32 and 33 of the mouse 19, the CPU 11 detects which key is inputted.
When the CPU 11 detects the input to the mouse 19 or the keyboard 21 (YES in Step 502), the CPU 11 determines whether contents of the inputted direction are an end direction or not (Step S503). When the CPU 11 determines that the contents of the inputted direction are the end direction (YES in Step S503), the CPU 11 turns off the document searching screen 40 and ends the process.
When the CPU 11 determines that the contents of the inputted direction are not the end direction (NO in Step S503), the CPU 11 determines whether the contents of the inputted direction are the input to the wheel 34 of the mouse 19 or not (Step S504).
When the CPU 11 determines that the contents of the inputted direction are not the input to the wheel 34 of the mouse 19 (YES in Step S504), the CPU 11 determines whether the contents of the inputted direction are the input to the right key giving the direction of the rightward movement (Step S510), whether the contents of the inputted direction are the input to the left key giving the direction of the leftward movement (Step S514), whether the contents of the inputted direction are the input to the down key giving the direction of the downward movement (Step S520), and whether the contents of the inputted direction are the input to the up key giving the direction of the upward movement (Step S524). When the keys except for the right key, the left key, the down key, and the up key are inputted, the CPU 11 returns to Step S502, and the CPU waits for the input again.
When-the CPU 11 determines that the input is the right key (YES in Step S510), the CPU 11 increments the current page by one to set at “current page=current page+1” (Step S511). In this case, the CPU 11 obtains the number of pages of the current document from the document managing table 25, and the CPU 11 confirms whether the current page set in Step S511 exceeds the number of pages of the current document (Step S512). When the CPU 11 determines that the current page set in Step S511 exceeds the number of pages of the current document, the CPU 11 sets the current page at the number of pages of the current document, i.e. the final page of the current document (Step S513).
When the CPU 11 determines that the input is the left key (YES in Step S514), the CPU 11 decrements the current page by one to set at “current page=current page−1” (Step S515). In this case, the CPU 11 confirms whether the current page to be displayed is “0” or not (Step S516). When the CPU 11 determines that the current page set in Step S515 is “0”, the CPU 11 sets the current page at “1”, i.e. the first page of the current document (Step S517).
When the current page is changed through Steps S510 to S517, the CPU 11 obtains the\document ID of the current document based on the corresponding relationship between “order” and “document ID” in the document managing table 25. When the document ID of the current document is obtained, the CPU 11 obtains the image file of the page by the document ID and the current page of the current document (Step S518). After the CPU obtains the image file of the page, the CPU 11 displays the image of the page in the image display area 41 of the document searching screen 40 (Step S519).
When the CPU 11 determines that the input is the down key (YES in Step S520), the CPU 11 increments the current document by one to set at “current document=current document+1” (Step S521). In this case, the CPU 11 obtains the largest order number (“order” of the document having the oldest document time) from the document managing table 25, and the CPU 11 confirms whether the current document set in Step S521 exceeds the largest order (Step S522). When the CPU 11 determines that the current document set in Step S522 exceeds the largest order, the CPU 11 sets the current document at the largest order number, i.e. the document having the oldest document time (Step S523).
When the CPU 11 determines that the input is the up key (YES in Step S524), the CPU 11 decrements the current document by one to set at “current document=current document−1” (Step S525). In this case, the CPU 11 confirms whether the current document set in Step S525 is “0” or not (Step S526). When the CPU 11 determines that the current document set in Step S526 is “0”, the CPU 11 sets the current document at “1”, i.e. the CPU sets the current document at the document having the latest document time (Step S527).
When the current document is changed through Steps S520 to S527, the CPU 11 sets the current page at “1” as the representative page of each document (Step S528). Therefore, when the current document and the current page are set, the CPU 11 obtains the document ID of the current document based on the corresponding relationship between “order” and “document ID” in the document managing table 25. When the document ID of the current document is obtained, the CPU 11 obtains the image file of the page by the document ID and the current page of the current document (Step S529). After the CPU 11 obtains the image file of the page, the CPU 11 displays the image of the page in the image display area 41 of the document searching screen 40 (Step S530).
Further, the CPU 11 specifies the position of the current document in the document map 42 in the document searching screen 40 (Step S531). When the position of the current document is specified, the CPU 11 displays the arrow 43 which indicates the position of the current document in the document map 42 (Step S532). It is also possible that the processes of Steps S531 and S532 are performed in parallel with the processes of Steps S528 to S530.
When the CPU 11 determines that the input to the wheel 34 of the mouse 19 exists (YES in Step S504), the CPU 11 obtains the rotating amount of the wheel 34 in the predetermined time as the variation amount (Step S541). The mouse driver 18 detects the rotating amount of the wheel 34. The mouse driver 18 informs the CPU 11 of the detected rotating mount of the wheel 34. Therefore, the CPU 11 is configured to obtain the rotating amount of the wheel 34 in the predetermined time as the variation amount.
After the CPU 11 obtains the variation amount, the CPU 11 converts the obtained variation amount into a document movement amount (Step S504). The document movement amount shall mean the number of documents which are changed in the display (the number of documents moved). The document movement amount should indicate the direction of the document movement. The relationship among the rotating amount of the wheel 34, the variation amount, and the document movement amount will be described in detail later.
In this case, the document movement amount is set at a positive value when the wheel 34 is rotated in a normal direction, and the documents are moved in the order of “order” of the documents in the movement direction. The document movement amount is set at a negative value when the wheel 34 is rotated in a reverse direction, and the documents are moved in the reversal order of “order” of the documents in the movement direction.
When the variation amount based on the rotating amount inputted to the wheel 34 is converted into the document movement amount (Step S541), the CPU 11 sets the current document at the document (current document=current document+document movement amount) which is moved by the document movement amount (Step S542). In this case, the CPU 11 confirms whether the current document set in Step S542 is not more than “0” or not (Step S543). When the CPU 11 determines that the \5 current document set in Step S542 is “0” or less (YES in Step S543), the CPU 11 sets the current document at “1”, i.e. at the document having the latest document time (Step S544).
When the CPU 11 determines that the current document set in Step S542 is more than “0” (NO in Step S543), the CPU 11 further obtains the largest order number (“order” of the document having the oldest document time) from the document managing table 25, and the CPU 11 confirms whether the current document set in Step S542 exceeds the largest order (Step S545). When the CPU 11 determines that the current document set in Step S542 exceeds the largest order (YES in Step S545), the CPU 11 sets the current document at the largest order number, i.e. the document having the oldest document time (Step S546).
When the current document is changed through Steps S540 to S546, the CPU 11 sets the current page at “1” as the representative page of each document (Step S547). Therefore, when the current document and the current page are set, the CPU 11 obtains the document ID of the current document based on the corresponding relationship between “order” and “document ID” in the document managing table 25. When the document ID of the current document is obtained, the CPU 11 obtains the image file of the page by the document ID and the current page of the current document (Step S548). After the CPU obtains the image file of the page, the CPU 11 displays the image of the page in the image display area 41 of the document searching screen 40 (Step S549).
Further, the CPU 11 specifies the position of the current document in the document map 42 in the document searching screen 40 (Step S550). When the position of the current document is specified, the CPU 11 displays the arrow 43 which indicates the position of the current document in the document map 42 (Step S551). It is also possible that the processes of Steps S550 and S551 are performed in parallel with the processes of Steps S547 to S549.
In the above processes, the variation amount according to the rotating amount of the mouse wheel inputted by the user is converted into the document movement amount to change the document which displays the first-page image on the display device according to the document amount movement, which allows the document that displays the first-page image to be efficiently changed by rotating the wheel 34 of the mouse 19. As a result, the user can efficiently search the document managed by the document managing apparatus 1, and easily find out the desired document.
Then, the relationship among the rotating amount of the wheel 34 of the mouse 19, the variation amount, and the document movement amount will be described.
The relationship between the rotating amount of the wheel 34 of the mouse 19 and the document movement amount obtained by the CPU 11 is previously set by the setting information and the like. The relationship between the variation amount and the document movement amount, which are obtained by the CPU 11, is also previously set by the setting information and the like. The user can change the pieces of setting information to an arbitrary value.
For example it is assumed that the variation amount is set at “2880” for one rotation of the wheel 34 of the mouse 19. In this case, when the number of documents moved is set at “1” for the variation amount of “1”, the 2880 documents are moved with respect to the one rotation of the wheel 34. This means that, in the image (image of the representative page of each document) displayed in the image display area 41, the images of 2880 documents are changed by one rotation of the wheel 34.
Then, the display time updating process will be described.
When the document is displayed in the document searching screen 40, the CPU 11 waits for the input from the mouse 19 or the keyboard 21, and the CPU 11 determines whether the CPU 11 receives the direction to display the next document in the document searching screen 40 or not (Step S601). Specifically, the CPU 11 determines whether the wheel 34 of the mouse 19 is rotated or whether the up or down cursor key of the keyboard 21 is inputted.
When the CPU 11 receives the direction to display the next document (YES in Step S601), the CPU 11 performs the process of displaying the next document (Step S602). When the CPU 11 displays the next document, the CPU 11 obtains current time information from the timer T to set the display time of the document in a predetermined area of the RAM 12 as current time (Step S603). When the CPU 11 ends the process, the CPU 11 returns to the process of Step S601.
When the document is displayed in the document searching screen 40, the CPU 11 waits for the input from the mouse 19 or the keyboard 21, and the CPU 11 determines whether the CPU 11 receives the direction to end the document searching process or not (Step S604). When the CPU 11 determines that the CPU 11 receives the direction to end the document searching process (YES in Step S604), the CPU 11 closes the display window 17a including the document searching screen 40 to end the process.
On the other hand, in waiting for the input from the mouse 19 or the keyboard 21, if there is neither the direction to display the next document (NO in Step S601), nor the direction to end the document search (NO in Step S604), the CPU 11 performs the next process. The CPU 11 subtracts the display time set in the RAM 12 in Step S603 from the time showing the current time information obtained from the timer T, which allows the CPU 11 to compute a lapse of time since the document is displayed in the document searching screen 40 (Step S605).
After the computation of the lapse of time, the CPU 11 determines whether the lapse of time is larger than two seconds which is the previously set constant time or not (Step S606). Namely, the CPU 11 determines whether the time longer than two seconds has elapsed or not since the display time is displayed in the document searching screen 40.
When the CPU 11 determines that the two seconds have not elapsed (NO in Step S606), the CPU 11 waits for the input from the mouse 19 or the keyboard 21. When determines that the two seconds have elapsed (YES in Step S606), the CPU 11 obtains the time information from the timer T to set the obtained time information at the display time, and the CPU 11 stores the time information while relating the time information to the document displayed in the document searching screen 40 of the document managing table 25 (Step S607).
Then, the CPU 11 obtains the display position in the display window 17a displaying the document searching screen 40 in the display device 17, and the CPU 11 stores the information showing the obtained display position while relating the information to the document. Specifically, the CPU 11 stores the coordinate located at the upper left corner as the information showing the display position (Step S608). The coordinate located at the upper left corner is the reference position of the display window 17a.
Therefore, when the user searches the document in the document searching screen 40, for the document displayed for the time longer than two seconds in the document searching screen, the display time and the reference position of the display window 17a displaying the document can be stored.
Then, the search refinement process will be described.
The search refinement process is started, when the user presses a search refinement button 17b in the display window 17a displayed on the display device 17 using the mouse 19 or the key in the keyboard 21.
When the user inputs the search refinement button 17b, the CPU 11 reads the pieces of managing information on all the documents stored in the document managing table 25 (Step S701). Then, the CPU 11 arranges the pieces of managing information on all the read documents in the time-series order (Step S702). Then, the CPU 11 obtains the coordinate (current position) of the reference position of the display window 17a including the document searching screen 40 (Step S703).
Then, the CPU 11 determines whether the document (unprocessed document) to which the search refinement process is not performed exists or not (Step S704). When the CPU 11 determines that the document to which the search refinement is not performed exists, the CPU 11 reads the managing information on the unprocessed document one by one (Step S705).
When the CPU 11 reads the managing information on the one unprocessed document, the CPU 11 determines whether the current time of the document is within the previously set constant time (within 24 hours of the current time in the embodiment) based on the display time stored in the managing information. Specifically, the CPU 11 obtains the current time information from the timer T, and the CPU 11 subtracts the display time from the obtained current time. Therefore, the lapse of time from the display time to the current time can be determined. The CPU 11 determines whether the display time of the document is within 24 hours of the current time by comparing the lapse of time to 24 hours which is the previously set constant time. In the embodiment, the constant time is set at 24 hours. However, it is also possible that the user freely sets the constant time. The 24 hours or more earlier document which the user has seen on the document searching screen 40 is removed by the determination. The document whose display time is left as the blank field is excluded because the document is not one which the user has seen on the document searching screen 40.
When the CPU 11 determines that the display time of the document is within 24 hours of the current time, the CPU 11 reads the coordinate (information showing the display position) stored in the document managing table 25, and the CPU 11 determines whether the position shown by the coordinate is located within 100 dots in both the X-coordinate and the Y-coordinate of the coordinate (current position) of the reference position of the display window 17a obtained in Step S703 (Step S707). In the embodiment, the CPU 11 determines whether the position is located within 100 dots in both the X-coordinate and the Y-coordinate. However, it is also possible that the user freely sets the X- and Y-coordinates from the current position.
When the CPU makes the affirmative determination both in Steps S706 and S707, i.e., not only when the display time is within 24 hours from the current time, but also when the display position is located within 100 dots from the reference position of the display window 17a, the CPU 11 selects the document (Step S708). When the CPU makes the negative determination either in Step S706 or Step S707, the CPU does not select the document (Step S709). After the process of determining whether the document is selected or not is performed, the CPU returns to the process of Step S704.
Through the processes of Steps S704 to S709, the process whether the selection is made or not is performed in the time-series order for all the documents stored in the document managing table 25. Specifically, the CPU 11 selects the documents, which are displayed within 24 hours on the document searching screen 40 and within 100 dots in both the X-coordinate and the Y-coordinate from the currently displayed reference position of the display window 17a, in the time-series order. The documents narrowed down in the above manner are arranged in the predetermined area of the RAM 12 in the time-series order.
In Step S704, when the CPU 11 determines that the document (unprocessed document) to which the search refinement process is not performed does not exist (NO in Step S704), the CPU 11 sets the current document at 1 (Step S710), and sets the current page at 1 (Step S711). Then, the CPU 11 obtains the image of the current page (Step S712), and displays the current page on the document searching screen 40 (Step S713). Then, the CPU 11 performs the process of generating the document map (Step S714), displays the document map (Step S715), specifies the current position (Step S716), and displays the current position (Step S717) to end the process. Since the processes of Steps S710 to S717 are similar to the processes of Steps S303 to S310 described above referring to
When the first page of the initial document to which the search refinement process is performed is displayed in the document searching screen 40, for example, the user rotates the wheel 34 of the mouse 19 by a predetermined amount to display the first page of the next document. The user further rotates the wheel 34 of the mouse 19 by the predetermined amount to display the first page of the subsequent document, for example. Thus, the user can search the desired document by changing the displays in the document searching screen 40. At this point, the user can search the document only from the documents, which are displayed within 24 hours of the current time on the document searching screen 40 and within 100 dots in both the X-coordinate and the Y-coordinate from the currently displayed reference position of the display window 17a including the document searching screen 40, by performing the search refinement process.
The user has not only a memory that the document is seen in the document searching screen 40 but also a memory that the document is seen at a certain location in the display device 17. For example, when the user arranges the display window 17a on the lower right side of the display device 17 to search the document in the document searching screen 40 while arranging the display window 17a also on the upper left side of the display device 17 to search the document in the document searching screen 40, the user can separately remember the document seen on the upper left side of the display device 17 and the document seen on the lower right side of the display device 17. Therefore, when the user searches the document which the user remembers seeing on the upper right side of the display device 17, the user operates the mouse 19 to arrange the display window 17a on the upper right side of the display device 17, and the user inputs the search refinement button 17b, which allows the user to search only the documents, searched on the upper right side of the display device 17, in the document searching screen 40. As a result, the user can efficiently perform the document search based on the memory that the document is seen at a certain position of the display device 17.
Further, according to the document managing apparatus 1, the display time stored in the document managing table 25 is not updated unless the document is displayed for two seconds or more which is the time previously set in the document searching screen 40. Namely, when the user immediately changes the display to the next document in the document searching screen 40, the display time is not updated. Therefore, the display position which the user cannot remember does not become the target position when the user performs the search refinement.
In the embodiment, the function of realizing the invention is previously recorded in the apparatus. However, the invention is not limited to the embodiment. It is also possible that the same function is downloaded from the network to the apparatus, or that the same function is stored in a recording medium and installed in the apparatus. Any recording medium can be used, as long as the program can be stored in the recording medium such as a CD-ROM and read by the apparatus. It is possible that the function obtained by the previous installation and download is realized in association with an operating system (OS) and the like in the apparatus.
Additional advantages and modifications will readily occur to those skilled in the art. Therefore, the invention in its broader aspects is not limited to the specific details and representative embodiments shown and described herein. Accordingly, various modifications may be made without departing from the spirit or scope of the general inventive concept as defined by the appended claims and their equivalents.
