JPH07110671A - Extracted-data display device - Google Patents

Abstract

PURPOSE: To improve the search performance of the data base of CD-ROM, etc. CONSTITUTION: CD-ROM 37 is retrieved by a prescribed key word to obtain an extracting result. Next, a desired item is displayed on a display surface 15A from it and contents displayed on the display surface 15A are automatically and successively switched. At the time of pressing a button 9B while looking at the display surface 15A, the content displayed then is stored.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for displaying data stored in a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, and a magnetic disk device.

[0002]

2. Description of the Related Art Conventionally, as an extracted data display device, C
Some include searching for patent publications stored in a D-ROM and displaying an encyclopedia. These search the inside based on a predetermined search formula to display desired items as an image or print.

[0003]

However, the conventional extracted data display device has a sufficient function to display or print the data after the extraction is completed, but the data can be visually detected. Was not suitable for the purpose of further studying and extracting.

An object of the present invention is to solve the above-mentioned problems so that visual data can be efficiently extracted.

[0005]

The extracted data display device of the first invention is, as shown in FIG. 1, a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, and the data. Data extracting means for extracting data on a predetermined matter from a storage medium, display portion selecting means for selecting a display execution portion to be displayed from the extracted data on the predetermined matter, and the selected display execution portion It is a gist to provide a data display means for sequentially displaying the images in the form of images or sounds.

The extracted data display device of the second invention is, as illustrated in FIG. 2, a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, and a predetermined item from the data storage medium. Data extracting means for extracting data relating to a predetermined item, display portion selecting means for selecting a display executing portion to be displayed from the extracted data relating to a predetermined item, and data display for sequentially displaying the selected display executing portion An extracted data display device comprising means, an instruction signal input means for inputting an instruction signal by mechanical operation, an optical operation, or an acoustic operation, and the data display means displays when the instruction signal is input. The gist is to provide an instruction content storage unit that stores the displayed content.

As shown in FIG. 3, the extracted data display device of the third invention is a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory and a magnetic disk device, and a predetermined item from the data storage medium. Data extracting means for extracting data relating to a predetermined item, display portion selecting means for selecting a display executing portion to be displayed from the extracted data relating to a predetermined item, and data display for sequentially displaying the selected display executing portion And a display state changing means for changing the number of times or a display frequency of a predetermined display execution portion.

As shown in FIG. 4, the extracted data display device of the fourth invention is a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, and a magnetic disk device, and a predetermined item from the data storage medium. Data extracting means for extracting data relating to a predetermined item, display portion selecting means for selecting a display executing portion to be displayed from the extracted data relating to a predetermined item, and further selected from the selected display executing portion. The gist of the present invention is to provide selected data output means for outputting the data of the predetermined display execution portion to the outside via a communication line or to the printing means.

[0009]

In the extracted data display device of the first invention, as shown in FIG. 1, first, the data extraction means selects a predetermined item from a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory or a magnetic disk device. Extract data about
The display portion selecting means selects a display execution portion to be displayed from the extracted data regarding the predetermined items. Then, the data display means sequentially displays the selected display execution portion as an image or a sound.

Therefore, the data relating to a predetermined matter, and the part of particular interest in the data is an image,
Or they are sequentially displayed by voice. In the extracted data display device of the second invention, as shown in FIG.
Data regarding a predetermined item is extracted from a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, or a magnetic disk device, and the display portion selecting means selects a display execution portion to be displayed from the data, The data display means sequentially displays the display execution portion. On the other hand, when the instruction signal input means inputs an instruction signal by mechanical operation, optical operation, or acoustic operation, the instruction content storage means stores the display content of the data display means.

Therefore, when the instruction signal is input, the data displayed at that time is marked. In the extracted data display device of the third invention, as shown in FIG. 3, the data extraction means extracts data relating to a predetermined item from a data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device. The display portion selection means selects a display execution portion to be displayed from the data, and the data display means sequentially displays the display execution portion. On the other hand, the display state changing means changes the display frequency or display frequency of a predetermined display execution portion.

Therefore, it is possible to focus the display of the specific data or the desired data, or to omit the display of the specific data. In the extracted data display device of the fourth invention, as shown in FIG. 4, the data extraction means is a CD.
-Extracting data relating to a predetermined item from a data storage medium such as a ROM, a magneto-optical disk, a semiconductor memory, or a magnetic disk device, and selecting a display execution portion to be displayed by the display portion selection means, and selecting the display execution portion. The data output means outputs the data of the predetermined display execution portion further selected from the data to the outside via the communication line or the printing means.

Therefore, the data further selected from the selected and displayed data is transmitted to the outside,
It can be faxed or printed.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 5 is an external view of the structure of a CD-ROM searching device 1, and FIG. 6 is a block diagram of the CD-ROM searching device 1. The CD-ROM search device 1 includes a personal computer 3, a CD-ROM drive device 5, and a printer 7.
, Mouse 9, voice switch 11, voice synthesizer 1
3 and a FAX adapter 14. The personal computer 3 has a well-known configuration,
The display device 15, the keyboard 17, and the main body 19 are provided. The display device 15 has a display surface 15A for displaying an image.
Is equipped with. The main body 19 includes a processing device 21, a hard disk device 23, and an input / output interface 25. The hard disk device 23 includes a search database 23A, a marking data memory 23B, a print database 23C, and a FAX database 23D, and stores control software described later.

The printer 7 is a well-known leather printer. The printer 7 and the personal computer 3 are connected by an infrared wireless connection device 27. The mouse 9 is a well-known 3-button wireless mouse.
The mouse 9 is connected to the personal computer 3 by the receiver 29. Mouse 9 is left button 9A
, Center button 9B, right button 9C, ball 9D
When these are operated, the left switch-on signal LSON, center switch-on signal CSON, right switch-on signal RSON, cursor movement signal KSM
Is output to the personal computer 3. The voice switch 11 is composed of a mouse 9 and a microphone 11A.
And a voice analysis circuit 11B and a pin 11C. When a pre-registered voice is input, the receiver 29
The center switch-on signal CSON is output. Here, when the voice "check" is input, the center switch-on signal CSON is output to the personal computer 3.

The voice synthesizer 13 includes a speaker 13A,
The personal computer 3 includes a voice synthesis circuit 13B, a volume 13C, and a power switch 13D.
The text signal BS output from is converted into a voice signal,
Output from the speaker 13A.

The FAX adapter 14 is connected to the input / output interface 25 and the public communication line 14A,
FAX data is transmitted based on the command signal output from the personal computer 3. Figure 7 shows the CD-RO
It is a block diagram of the M drive device 5. The CD-ROM drive device 5, as shown in FIGS.
A ROM change driver 31, a hard disk unit 33, and a data management device 35 are provided. CD
The -ROM change driver 31 includes a storage shelf 39 for the CD-ROM 37, and the data in the stored CD-ROM 37 is read by the reading device 41. 10 storage shelves 39
Stores one CD-ROM 37. The hard disk unit 33 has a capacity to store all the data of the 10 CD-ROMs 37 stored in the CD-ROM change driver 31. The data management device 35 receives the CD-ROM read command from the personal computer 3,
Output the corresponding data. In addition, the data management device 35
Performs a process of reading the data of the CD-ROM 37 stored in the CD-ROM change driver 31 into the hard disk unit 33 in advance. This read timing is the time when the CD-ROM 37 is stored in the CD-ROM change driver 31.

FIG. 8 is a flowchart of the patent information search processing routine. This is a personal computer 3
It is performed by the Japanese Patent Office and searches the CD-ROM publication. First, the CD-ROM of the search range is set (S100). In setting the CD-ROM within the search range, first, a message for requesting the CD-ROM drive device 5 to set the CD-ROM 37 to be searched is displayed on the display device 15. Then, after confirming the set, the search range input screen is displayed on the display device 15 and the search range of the CD-ROM 37 is input. Here, the search period is input as the search range of the CD-ROM. As a result, a process is performed in which the plurality of CD-ROMs 37 set in the CD-ROM drive device 5 are collectively searched.

Next, search conditions are set (S11).
0). In setting the search conditions, a search condition input screen is displayed on the display device 15 to request input of desired search conditions. For example, input of international patent classification, word, company name, etc. is requested. Next, data extraction is performed (S120) and a search database is set (S130). In data extraction,
Search the CD-ROM 37 in the search range with the search condition,
The identification number of the corresponding data is stored in the search database 23A in the hard disk device 23.

By the above patent information search processing, CD-R
A search database 23A extracted from the OM 37 according to a predetermined search condition is obtained. FIG. 9 is a flowchart of the visual search process routine, and FIG. 10 is an explanatory diagram of the start screen. The visual search process is started by the personal computer 3 after the execution of the patent information search process.

In the visual search process, first, a start screen is displayed (S200). The start screen is displayed on the display surface 15A as shown in FIG. 10, and includes a publication drawing image display area 51 and a command selection area 53.
And a publication number display area 55 and a mouse marker 56. The position of the mouse marker 56 is changed by the cursor movement signal KSM. The publication drawing image display area 51 includes a publication image range frame 57 and a publication number display 59.
And a drawing display area 61. An image of the drawing 63 is displayed in the drawing display area 61. The command selection area 53 includes a slide processing display 65, a rapid reverse selection display 67, a rapid progress selection display 69, and a slow reverse selection display 7.
1, a slow progress selection display 73, a temporary stop display 75, a feed range display 77, a page designation input field 79, an all-page selection display 81, and a drawing designation input field 83.
These functions will be described later.

In the publication number display area 55, the identification numbers of the data stored in the search database 23A, here the public number 84, are displayed in a list. The publication number display area 55 includes a marking display 85 and a cursor display 87.
And a feed display 89. For these,
It will be described later.

After the start screen of S200 is displayed, the next judgment is made (S210). In the judgment, it is judged whether there is a key input or a screen input. The determination that there is a key input is made when any key of the keyboard 17 is pressed. In this case, key input processing is then performed (S220). In the key input process, a predetermined process is performed according to the content of the key input.

If it is determined that there is a screen input, then a process according to the input is executed. The screen input is the position of the mouse marker 56 and the left switch-on signal L.
It is performed in the state of SON, the center switch-on signal CSON, and the right switch-on signal RSON. here,
When the left switch-on signal LSON is input, selection is performed, and when the right switch-on signal RSON is input, cancellation is performed.

When it is determined that the rapid reverse selection display 67 is selected, the high speed reverse slide process is executed next (S230). Details will be described later. Rapid progress selection display 6
When 9 is selected, the high speed slide process is executed next (S240). When the slow reverse selection display 71 is selected, the low speed reverse slide process is executed next (S25).
0), when the slow progress selection display 73 is selected, the low speed slide processing is executed (S260), and the temporary stop display 75 is displayed.
If is selected, the pause process is executed next (S
270), if the all page selection display 81 is selected, the image all feed process is executed next (S280), and if the page designation input field 79 is selected, the set page image feed process is executed next. If the drawing designation input field 83 is selected (S290), the setting drawing number forwarding process is executed next (S300), and if the public number 84 is selected, the free position marking process is executed next. Is executed (S31
0), if the center switch-on signal CSON is input, then the real marking process is executed (S32).
0).

When the whole image feeding process is executed (S2
80), all of the image data in the search database 23A are set as the targets of the slide processing described later. When the setting page image feeding process is executed (S29
0), first, a process of inputting the number of pages is performed. The number of pages is input based on the operation information of the keyboard 17. Then, a slide process is set in which a page of the image of the publication stored in the search database 23A is designated. For example, if one page is designated, the first page stored as image information is sequentially displayed.

When the setting drawing number sending process is executed (S30
0), first, the process of inputting the figure number is performed. Then, the slide process is set by designating the drawing of the publication stored in the search database 23A. For example,
If FIG. 1 is designated, only FIG. 1 is sequentially displayed.

In the processing of S280-300, the previous processing is stored until it is updated. When the high-speed slide processing is executed (S240), the publication image range frame 57
The image inside is slid at high speed. The slide is a process of sequentially switching images at a predetermined time cycle. The high speed is a state of being compared with the low speed of S250,
It is a speed that is set in advance or appropriately in a slide speed setting process (not shown). Here, at high speed, a value of about 1 sheet per second is set. In the slide process, the screen data is changed in ascending order. For example, in the gazette of No. 1, it is changed and displayed as shown in FIG. 1, FIG. 2, and FIG. Between other publications, the display is changed and displayed in the direction of the feed display 89.

In the low speed slide processing (S250), the slide speed is set in advance or appropriately, but here, a change display of about 1 sheet / several seconds is displayed. High speed reverse slide processing (S230), low speed reverse slide processing (S250)
Then, the screen data is changed in descending order.

In the temporary stop processing (S270), the screen change is temporarily stopped. By the slide processing described above (S230 to 260), the screens of the data that are extracted and further selected are automatically and sequentially switched and displayed.
When the free position marking process is executed (S310),
The marking display 85 is displayed on the designated public number 84, and the identification number of the publication data displayed on the marking display 85 is stored in the marking data area 23B.
By this free position marking processing, it is possible to check the public numbers displayed in the list and refer to the marking data as the list data later.

When the real marking process is executed (S
320), the publication indicated by the cursor 87, that is, the identification number of the publication data of the screen currently displayed is stored in the marking data area 23B. By this real marking processing, the drawing display area 61 currently displayed can be checked and the marking data as the list data can be referred to later.

FIG. 11 is a flowchart of the marking printing processing routine. This is executed when a command for starting the marking printing process is input from the keyboard 17. First, the print settings are input (S4).
00). In print setting, data input such as print format and print range, for example, printing of drawing and abstract, is performed according to a print setting screen (not shown). Next, real marking data input (S410) and free position marking data input are performed (S420). These are input from the marking data memory 23B.

Next, a print database is created (S
430) and printing is executed (S440). The print database 23C is created based on the contents of the marking data memory 23B and the search database 23A.
In executing printing, the data in the print database 23C is output to the printer 7.

By the above marking printing process, the gazette checked in the visual search process of FIG. 9 is printed. FIG. 12 is a flowchart of the marking FAX processing routine. This is executed when a command for starting the marking FAX process is input from the keyboard 17. First, the FAX setting is input (S500). In the FAX setting, data such as a FAX range is input according to a FAX setting screen (not shown). On the FAX setting screen, settings for converting free position marking data into FAX marking data, settings for converting real marking data into FAX marking data, input of destination name, telephone number, and the like are performed. Next, enter FAX marking data (S
510). This is input from the marking data memory 23B.

Then, a FAX database is created (S520) and FAX transmission is executed (S530). By the marking FAX process described above, the gazettes checked in the FAX search process of FIG. 9 are faxed.

FIG. 13 is a flowchart of the auditory sense search processing routine, and FIG. 14 is an explanatory diagram of the start screen. The auditory sense search process is activated by the personal computer 3 after the execution of the patent information search process. In the auditory sense search process, first, a start screen is displayed (S600). The start screen is displayed on the display surface 15A as shown in FIG. 14, and includes a publication document display area 151, a command selection area 153, and a publication number display area 155.
And a mouse marker 156. The publication document display area 151 includes a publication document range frame 157, a publication number display 159, and a document display area 161. The command selection area 153 includes the auditory sense processing display 165, the sudden reverse selection display 167, the rapid progress selection display 169, the slow reverse selection display 171, the slow progress selection display 173, the temporary stop display 175, and the feed range display 177. , An all-complaint selection display 179, a leading claim selection display 181, and a summary selection display 183. These functions will be described later.

In the publication number display area 155, the identification numbers of the data stored in the search database 23A, here the publication number 184, are displayed in a list. The publication number display area 155 includes a marking display 185, a cursor display 187, and a feed display 189. These will be described later.

After the start screen of S600 is displayed, the next judgment is made (S610). In the judgment, it is judged whether there is a key input or a screen input. In the case of key input, key input processing is next performed (S62).
0). In the key input process, a predetermined process is performed according to the content of the key input.

If it is determined that there is a screen input, then a process according to the input is executed. If it is determined that the rapid retrograde selection display 167 has been selected,
Next, a high-speed reverse hearing feeling process described later is executed (S630).
When the rapid progress selection display 169 is selected, high-speed audibility processing is then executed (S640). Slow regression selection display 17
When 1 is selected, the low-speed reverse hearing feeling process is executed next (S650), and when the slow progress selection display 173 is selected, the low-speed hearing feeling process is executed (S660), and the pause display 175 is displayed. If it is selected, then the temporary stop processing is executed (S670), and if the head claim selection display 181 is selected, then the head claim forwarding processing is executed (S690) and all the claim selection displays 179. If is selected, then all complaint sending processing is executed (S68).
0), if the summary selection display 183 is selected, then the summary feed processing is executed (S700), and if the public number 184 is selected, then the free position marking processing is executed (S710). If the center switch-on signal CSON is input, then the real marking process is executed (S720).

When all complaint sending processing is executed (S6
80), all the complaints in the search database 23A are set as the targets of the auditory sense processing described later. When the first claim sending process is executed (S690), only claim 1 is set as the target of the hearing process. When the abstract sending process is executed (S700), only the abstract is set as the target of the auditory sense process.

When the high-speed auditory sense process is executed (S6
40), the document data in the publication document range frame 157 is slide-processed and is output to the voice synthesizer 13 in the high speed reproduction mode. As a result, the voice synthesizer 13 reproduces the voice of the publication, and the document data in the publication document range frame 157 is slide-displayed along with the reproduction. In this case, the audio playback is
The maximum speed is set within the audible range.

In the low-speed audibility process (S650), the document data is slide-processed and output to the voice synthesizer 13 in the low-speed reproduction mode. High-speed reverse listening process (S
630) and the low-speed reverse hearing sense process (S650), the publications are changed in descending order.

In the pause process (S670), screen change and reproduction are paused. Through the audibility processing described above (S630 to 660), the screen of the data that has been extracted and further selected is automatically played back as voice, and is sequentially switched and displayed.

When the free position marking process is executed (S710), the marking display 185 is displayed on the designated public number 184 and the marking display 185 is displayed.
The identification number of the published publication data is stored in the marking data area 23B. By this free position marking process, it is possible to check the public numbers displayed in the list and refer to the marking data as the list data later to print or fax.

When the real marking process is executed (S
720), the publication indicated by the cursor 187, that is, the identification number of the publication data of the screen currently displayed is stored in the marking data area 23B. By this real marking processing, a check is put in the currently displayed document display area 161, and the marking data, which is the list data, is referred to later for printing or FAX.
You can

FIG. 15 is an external view of the automatic learning device 201, FIG. 16 is a front view of the automatic learning device 201, and FIG. 17 is a block diagram of the automatic learning device 201. Automatic learning device 201
Is a main body 203, a display device 205, and an operation device 207.
, CD-ROM drive device 209, and audio device 21
1 and. The display device 205 includes a hinge portion 213.
It is attached to the main body 203 by. Operating device 2
07 is disposed on the upper surface 203A of the main body 203.
The CD-ROM drive device 209 is arranged in the inside 203B of the main body 203. The audio device 211 includes the main body 2
It is arranged in the inside 203B of 03.

The main body 203 is equipped with a control device 221, which controls the CPU 2 as shown in FIG.
23, ROM 225, RAM 227, backup RAM 229, and console interface 231.
, CD-ROM drive controller 233, audio controller 235, and display controller 23
7, a memory card connector 239, and a memory card 241.

The display device 205 is connected to the display controller 237 and displays image data such as characters and characters on the display surface 205A. Operating device 20
Reference numeral 7 is connected to the console interface 231, and includes a display body 251 and an input detection body 253. The display body 251 includes a display element 255. The input detector 253 includes a push button switch 257 and a position data input tool 259. On the surface of each push button switch 257, as shown in FIG. 16, a cancellation display 257B, a menu display 257C, and an execution display 257.
D, previous display 257E, next display 257F, reduced display 2
57G and an increase display 257H are attached. Each display 2
57B-H show the peculiar functions of the push button switch 257.

The position data input tool 259 is a ball 259.
A, X coordinate input unit 259B, and Y coordinate input unit 259C
It has and. The X coordinate input unit 259B outputs the X coordinate movement signal XZS, and the Y coordinate input unit 259C outputs the Y coordinate movement signal YZS. The CD-ROM drive device 209 is connected to the CD-ROM drive controller 233 and reads the data of the CD-ROM 261. The CD-ROM drive device 209 is a CD-ROM
The carrier 209A is provided. CD-ROM carrier 20
9A includes a carrier pull-out claw 209B. When the carrier pull-out claw 209B is pulled in the arrow YA direction,
The carrier 209A is pulled out of the main body 203. The CD-ROM carrier 209A is a CD-ROM storage unit 209C.
Is equipped with. The CD-ROM storage section 209C stores the CD-ROM 261.

The audio device 211 includes a voice controller 23.
5 and is equipped with a speaker 263 and an ear speaker 265. The ear speaker 265 includes a connector portion 265A and an ear portion 265B. 18 is a flowchart of an automatic learning device processing routine, FIG. 19 is a flowchart of a CD-ROM program processing routine, FIG. 20 is an explanatory diagram of a learning menu, and FIG.
22 is a flowchart of the environment setting processing routine, FIG. 22 is an explanatory view of the environment setting screen, FIG. 23 is a flowchart of the voice processing routine, FIG. 24 is a flowchart of the learning number processing routine, FIG. 25 is a flowchart of the slide speed processing routine, and FIG. Flowchart of learning processing routine,
27 to 29 are explanatory views of the learning screen.

The automatic learning device processing of FIG.
21. First, the CD-ROM is read (S1000). This is executed immediately after the power is turned on or when the CD-ROM 261 is set. As a result, the program for the subsequent processing is read.

Next, the memory card is read (S1010). When reading the memory card, the stored contents of the memory card 241 are read. The memory card 241 stores processing data up to the previous time. Then, start up the CD-ROM program (S
1020).

When the CD-ROM program is started,
As shown in FIG. 19, first, it is determined whether there is a memory (S
1100). Here, among the contents stored in the memory card 241, the currently operating CD-ROM 2
It is determined whether or not there is data regarding the processing content of 61. If there is a memory, the memory contents are executed next (S1110). As a result, the continuation of the previously executed processing is executed.

If there is no memory, the learning menu is displayed next (S1120). The learning menu is shown in Figure 20.
As shown in FIG. 5, the learning menu display 271 displayed on the display surface 205A and the operation button content display unit 273 are provided. The operation button content display unit 273 is provided on the operation device 20.
7 is a display content for explaining the operation method of No. 7, and includes a button display 275 and a ball display 277. The button display 275 corresponds to the push button switch 257, and the ball display 277 corresponds to the ball 259A.

The button display 275 shows "English → Japanese →
"Usage->Jukugo" display 281 and "English->Japanese" display 28
3 and "English → Idioms → Japanese" display 285 and "English →
“Dictionary display” display 287 and “learning level level ○ H
Level 10 L Level 1 "display 289 and" Environment settings "
A display 291 is added. A “large →” display 293 and a “small →” display 295 are added to the ball display 277.

After displaying the learning menu, it is next determined whether or not the environment is set (S1130). The judgment that it is an environment setting is
Button switch 25 corresponding to "environment setting" display 291
7A is pressed or not. If it is determined that the environment is set, then the environment setting process described below is executed (S1).
140). If it is determined that the environment is not set, then the selected content is executed (S1150). Some of this will be described later.

In the environment setting process, as shown in FIG.
First, the environment setting screen is displayed (S1200). As shown in FIG. 22, the environment setting screen includes an environment setting display 301,
An operation button content display section 303 is provided. The operation button content display unit 303 includes a button display 275 and a ball display 277. The button display 275 includes a “voice ON” display 305 and a “learning number of times” display 307.
, "Menu" display 309, "Slide speed ○ S /
“Screen” display 311, “memory” display 313, and “execute”
A display 315 is added. An “increase →” indication 317 and a “decrease →” indication 319 are added to the ball indication 277.

After the environment installation screen is displayed, the selection state is next determined (S1205), and the voice processing according to the content is performed (S1205).
1210), learning number processing (S1220), slide speed processing (S1230), storage processing (S1240), menu processing (S1250), or execution processing (S126).
0).

When the voice processing is executed (S121
0), as shown in FIG. 23, first, voice ON / OFF switching is executed (S1300). When the voice is turned on, the voice data is set to be output to the voice controller 235. When the voice is turned off, the voice data is not output to the voice controller 235.

Next, a voice screen is displayed on the display surface 205A (S1310). The voice screen is provided with a volume display, a sound quality display, and an execution display. After the voice screen is displayed, the next judgment is made (S1320). When the volume display is selected, a volume changing process (S1330) is executed next. In the volume change processing, the volume change data is input from the position data input tool 259, and the change data is displayed on the display surface 205A. When the sound quality display is selected, a sound quality changing process (S1340) is executed next. The sound quality changing process is also executed according to a predetermined procedure. When the execution display is selected, the setting change process is executed (S1350). In the setting change process, voice ON / OF
F switching processing (S1300) data, volume changing processing (S1330) data, and sound quality changing processing (S13).
40) and are written in the backup RAM 229. When written to the backup RAM 229, the CD-RO
Until the M261 is replaced, the program is executed with this written environment data.

After the voice processing (S1210) is completed, the processing is returned to the environment setting screen display (S1200). When the learning number process has been executed (S1220), first, as shown in FIG. 24, a learning screen is displayed (S1400). Illustration of the learning screen is omitted. After the learning screen is displayed, a determination is made next (S1410). If increase is selected, learning number increase processing is executed next (S1420), and if decrease is selected, next learning is performed. The number of times is reduced (S143
0), if execution is selected, the setting change process is executed next (S1440). Learning number increase processing (S142
0) or when the learning number reduction process (S1430) is executed, increase / decrease data is input from the position data input tool 259, and the learning number is displayed on the display surface 205A. When the setting change process is executed (S1440), the learning count data is written in the backup RAM 229.

When the slide speed processing is executed (S1230), first, as shown in FIG. 25, the slide speed screen is displayed (S1500). Illustration of the slide speed screen is omitted. After the slide speed screen is displayed, the next judgment is made (S1510), and if increase is selected,
Next, the slide speed increasing process is executed (S1520), and if the decrease is selected, the slide speed decreasing is executed next (S1530). If the execution is selected, the setting changing process is executed next. Yes (S1540). When the slide speed increase process (S1520) or the slide speed decrease process (S1530) is executed, increase / decrease data is input from the position data input tool 259, and the slide speed is displayed on the display surface 205A. When the setting change process is executed (S1540), the slide speed data is written in the backup RAM 229.

When the storage process is executed (S124)
0), environmental data set by S1210 to 1230 is written in the memory card 241. When written on the memory card 241, the same CD-ROM
When 261 is activated, the program is executed with the environmental data written thereafter.

When the menu processing is executed (S125
0), the learning menu screen of S1120 is displayed. When the execution process is started (S1260), S115
Execution processing of the selected content of 0 is performed. When it is determined whether or not the environment is set in FIG. 19 (S1130), if any other than the environment is selected, the selected content is executed next (S11).
50).

The execution of the selected contents is performed by displaying "English → Japanese → Usage → Idiom" 281 and "English → Japanese" 283.
The push button switch 257 corresponding to "English → Kanji → Japanese" display 285, "English → Dictionary display" display 287, and "Learning level level H level 10 L level 1" display 289 was operated. This is the case. In the case of the "learning level level ○ H level 10 L level 1" display 289, "H level 10 and L level
The learning level is set between "Level 1". The data is input from the position data input tool 259.

Next, the learning process of FIG. 26 will be described by taking the case where the “English → dictionary display” display 287 is selected as an example. When the “English → dictionary display” display 287 is selected, the learning process of FIG. 26 is activated. First, a learning range determination process is performed (S1600). The learning range is determined based on the learning level. The learning level is "learning level level ○
“H level 10 L level 1” display 289 is selected and set in the process executed. Unless specifically set,
The initial value is used.

Next, a learning number determination process is performed (S
1610). The value set by the learning number process of FIG. 24 is used as the learning number. Next, the learning content is displayed (S1620). In the learning content display, based on the learning range determined by the processing in S1600, the CD-RO is displayed.
The predetermined learning content data is read from M261, and the learning content screen 401 as shown in FIG. 27A is displayed. The learning content screen 401 is the voice output switch 40.
3, a learning frequency display 405, and a cursor arrow display 407
And a learning screen 409. The voice output switch 403 is for switching the voice output ON / OFF. The learning frequency display 405 displays the learning frequency setting state. The cursor arrow display 407 is moved by a signal from the position data input tool 259. Move the cursor arrow display 407 to the voice output switch 403.
When the push button switch 257 having the execution display 257D is operated, the sound output ON / OFF is switched.

After the learning content is displayed, it is determined whether or not the sound is output (S1630). The sound output determination is based on the result of the sound processing of FIG. 23 or the result of the operation of the sound output switch 403. If it is determined that the audio output,
Next, after the learning content is output by voice (S1640), if it is determined that the output is not voice output, it is determined whether the learning degree is changed next without performing voice output (S165).
0). In the voice output of the learning content, the character data displayed on the learning screen 409 is output to the voice controller 235. As a result, the display content of the display surface 205A is output as voice from the speaker 263.

In determining whether or not the learning degree is changed (S1650), after the learning content is displayed in S1620, it is determined whether or not the push button switch 257 with the decrease display 257G or the increase display 257H is pressed. Is detected, and the next process is determined according to the detection result. Here, in the case of the increase display 257H, the learning number increase process is executed next (S1660), and in the case of the decrease display 257G,
Next, the learning number reduction process is executed (S1670), and if nothing is pressed, the process directly proceeds to the next process.

When the learning number increase process is executed (S1660), first, the numerical value 405 of the learning number display 405 is displayed.
Increase A by "1" and back up this data R
Write in the learning count area 229A of AM229. As a result, the number of times of learning on the current learning content screen 401 is increased by one.

When the learning number reduction processing is executed (S1670), first, the numerical value 405 of the learning number display 405 is displayed.
B is decreased by "1" and this data is backed up R
Write in the learning count area 229A of AM229. As a result, the number of learnings on the current learning content screen 401 is reduced by one.

After the processing such as increase / decrease in the number of times of learning, the process waits until the next slide time elapses (S1680). The slide time is a value set in the slide speed setting process of FIG. Normally, a few seconds is set. After the slide time has elapsed, the content is changed to the next learning content (S169).
0). In changing the learning content, the data of the next learning content is read from the CD-ROM 261 and displayed, for example, in FIG.
A learning content screen 401 as shown in is displayed on the display surface 205A.

Next, it is judged whether the currently displayed learning content is the last learning data (S1700), and if it is not the last learning data, processing such as voice output from S163 and change of the number of learning is performed. Thereafter, for example, in FIG.
28A, the learning content screen 401 shown in FIG. 28B, and the learning content screen 401 shown in FIG. 29 are displayed. Here, FIG.
After the learning content screen 401 is displayed, the learning content screen 401 is determined to be the last learning data in step S1700.
If it is determined that the next learning content is subtracted (S1710), the next learning content is determined (S172).
0). The next learning content is read from the CD-ROM 261.

Then, it is judged whether or not all learning is finished (S17).
30) If it is finished, this routine is once finished. If all learning is not completed, the learning contents are displayed again (S1620). By repeating the above-described learning processing routine, the learning range determined in S1600, for example, the learning range in which a large number of one set of learning contents shown in FIGS. 27 to 29 are combined, is set to the learning count determined in S1610. It is possible to execute the slide display in which only the sequential display is performed. Moreover, the number of times of learning on the screen can be increased or decreased by simply pressing the push button switch while looking at the screen in the slide display state.

Therefore, it is possible to perform the learning by forcibly repeatedly viewing and listening to the learning content in the predetermined range, and the learning frequency can be set to reflect the learning state for each individual learning screen. . It should be noted that the present invention is not limited to the above-described embodiments, and various embodiments can be implemented without changing the gist of the present invention.

[0076]

According to the extracted data display device of the first aspect of the present invention, data relating to a predetermined matter, and a particularly noticeable portion of the data is sequentially displayed as an image or a sound.
Therefore, desired data can be automatically displayed one after another without pressing the response key or the selection key. As a result, the learning efficiency can be improved when it is used for the purpose of repeatedly viewing or listening to a predetermined item, such as education and learning. In addition, it has an extremely excellent effect that the efficiency is improved even when it is used for the purpose of investigation or search through a lot of data on a predetermined matter.

In the extracted data display device of the second invention, when the instruction signal is input, the data displayed at that time is marked. Therefore, it can be used for the purpose of changing the display frequency and the display frequency with reference to the marking, or outputting the data of the marking portion to another. As a result, when it is used for research, search, or learning, it has an extremely excellent effect that the function of each application can be improved.

The extracted data display device according to the third aspect of the present invention can display specific data or desired data with emphasis, or omit display of specific data. As a result, it is possible to reflect the progress status and the grasp status in the investigation, the search, or the learning, and there is an extremely excellent effect that the respective functions can be improved.

The extracted data display device according to the fourth aspect of the present invention is capable of externally transmitting data, FAX transmitting, or printing the selected data from the selected and displayed data. As a result, it is possible to output the data in which the survey or search result or the learning result is reflected to the outside, and it is possible to improve the respective functions, which is an extremely excellent effect.

[Brief description of drawings]

FIG. 1 is a configuration diagram illustrating a basic configuration of an extracted data display device of a first invention.

FIG. 2 is a configuration diagram illustrating a basic configuration of an extracted data display device of a second invention.

FIG. 3 is a configuration diagram illustrating a basic configuration of an extracted data display device of a third invention.

FIG. 4 is a configuration diagram illustrating a basic configuration of an extracted data display device of a fourth invention.

5 is an external configuration diagram of the CD-ROM search device 1. FIG.

FIG. 6 is a block diagram of a CD-ROM search device 1.

FIG. 7 is a block diagram of a CD-ROM drive device 5.

FIG. 8 is a flowchart of a patent information search processing routine.

FIG. 9 is a flowchart of a visual search process routine.

FIG. 10 is an explanatory diagram of a start screen.

FIG. 11 is a flowchart of a marking printing processing routine.

FIG. 12 is a flowchart of a marking FAX processing routine.

FIG. 13 is a flowchart of an auditory sense search processing routine.

FIG. 14 is an explanatory diagram of a start screen.

FIG. 15 is an external view of an automatic learning device 201.

16 is a front view of the automatic learning device 201. FIG.

FIG. 17 is a block diagram of an automatic learning device 201.

FIG. 18 is a flowchart of an automatic learning device processing routine.

FIG. 19 is a flowchart of a CD-ROM program processing routine.

FIG. 20 is an explanatory diagram of a learning menu.

FIG. 21 is a flowchart of an environment setting processing routine.

FIG. 22 is an explanatory diagram of an environment setting screen.

FIG. 23 is a flowchart of a voice processing routine.

FIG. 24 is a flowchart of a learning number processing routine.

FIG. 25 is a flowchart of a slide speed processing routine.

FIG. 26 is a flowchart of a learning processing routine.

FIG. 27 is an explanatory diagram of a learning screen.

FIG. 28 is an explanatory diagram of a learning screen.

FIG. 29 is an explanatory diagram of a learning screen.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... CD-ROM search device 3 ... Personal computer 5 ... CD-ROM drive device 7 ... Printer 9 ... Mouse 11 ... Voice switch 13 ... Voice synthesis switch 15 ... Display device 201 ... Automatic learning device 203 ... Main body 205 ... Display device 207 ... Operation device 209 ... CD-ROM drive device 211 ... Sound device

Claims (4)

[Claims] 1. A data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, etc., a data extraction means for extracting data relating to a predetermined matter from the data storage medium, and the extracted predetermined data. An extracted data display device comprising: a display portion selection means for selecting a display execution portion to be displayed from data relating to an item; and a data display means for sequentially displaying the selected display execution portion as an image or a sound. 2. A data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, etc., a data extraction means for extracting data relating to a predetermined matter from the data storage medium, and the extracted predetermined data. What is claimed is: 1. An extracted data display device, comprising: a display part selection means for selecting a display execution part to be displayed from data related to an item; and a data display means for sequentially displaying the selected display execution part, which comprises a mechanical operation, Extraction comprising instruction signal input means for inputting an instruction signal by optical operation or acoustic operation, and instruction content storage means for storing the display content displayed by the data display means when the instruction signal is input Data display device. 3. A data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, etc., a data extraction means for extracting data relating to a predetermined matter from the data storage medium, and the extracted predetermined data. An extracted data display device comprising display portion selection means for selecting a display execution portion to be displayed from data on matters and data display means for sequentially displaying the selected display execution portion, wherein predetermined display execution is performed. An extracted data display device comprising display state changing means for changing the display count or display frequency of a part. 4. A data storage medium such as a CD-ROM, a magneto-optical disk, a semiconductor memory, a magnetic disk device, etc., a data extraction means for extracting data relating to a predetermined matter from the data storage medium, and the extracted predetermined data. Display portion selecting means for selecting a display execution portion to be displayed from data on matters, and data of a predetermined display execution portion further selected from the selected display execution portions are output to the outside via a communication line. ,
Alternatively, an extraction data display device including selection data output means for outputting to a printing means.