JP2001142753A - Device and method for information processing and recording medium with recorded information processing program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily perform processes needed for downloading, etc., by applying an information processor, an information processing method, and a recording medium with a recorded information processing program to, for example, a system which downloads information of a personal computer and confirms it on a portable terminal. SOLUTION: The storage contents of a storage means which temporarily stores the contents of a specified area and uses them for a copying process, etc., are filed through format conversion.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information processing apparatus, an information processing method, and a recording medium on which an information processing program is recorded, and can be applied to, for example, a system for downloading information from a personal computer and confirming the information on a portable terminal. . According to the present invention, the contents of a designated area are temporarily stored, and the contents stored in the storage means are converted into a file and converted into a file. When configuring an information display device or the like that can easily confirm various types of information to be provided at a destination or the like, it is possible to easily execute a process required for download or the like.

[0002]

2. Description of the Related Art Conventionally, various services are provided in an information network represented by the Internet.

[0003] That is, electronic mail, which is one of such services, can be used for business meetings, reports, etc., so that time can be effectively used. In a news or other distribution service, information desired by a user can be provided from information provided by various media, so that necessary information can be collected in a short time. . Further, in a service for providing map information, it is possible to easily obtain information on a region to be visited by a user.

[0004]

By the way, it would be convenient if various information provided by such an information network could be easily confirmed at a destination or the like. That is, for example, if the delivery service of news or the like can be confirmed on the train, the information can be confirmed by reading the newspaper on the train, and the time can be effectively used. Similarly, the user can check the e-mail in the car. You can also visit the destination while checking the current location on the map.

[0005] In such a device, it is conceivable that information is downloaded from a personal computer or the like and used, and it is required that processing such as downloading is easily performed.

The present invention has been made in view of the above points. For example, when a device capable of easily confirming various information provided from an information network at a destination or the like is constructed, processing such as downloading can be simplified. An information processing apparatus, an information processing method, and a recording medium that records an information processing program that can be executed on a computer are proposed.

[0007]

In order to solve the above-mentioned problems, the invention according to claim 1 or 5 is applied to an information processing apparatus or an information processing method, and the contents of an area designated on a display screen are applied. Is temporarily stored in a predetermined storage means, and in accordance with an instruction on this display screen, the content temporarily stored in the storage means is assigned to a designated location.
By a predetermined format conversion process, the content stored in the storage means is converted into data of a predetermined format and filed.

According to the invention of claim 6, when the information processing program is applied to a recording medium on which the information processing program is recorded, and the information processing program assigns the contents temporarily stored in the storage means to a designated location, a predetermined By the format conversion process, the content stored in the storage unit is converted into data of a predetermined format and converted into a file.

According to the first or fifth aspect of the present invention, the contents of the area specified on the display screen are temporarily stored in a predetermined storage means.
When allocating the content temporarily stored in the storage means to a designated location, the content stored in the storage means is converted into data of a predetermined format by a predetermined format conversion process and is filed, whereby this kind of data is obtained. After recording the contents stored in the storage means in a file and recording it,
Without converting the format, the desired content can be format-converted and processed by the operation of simply specifying the area and storing the desired content in the storage means. Therefore, it is possible to simplify the work of format conversion performed at the time of downloading or the like, and as a result, it is possible to easily execute processing such as downloading.

According to the configuration of claim 6, similarly, after the contents stored in this type of storage means are filed and recorded, without format conversion,
By simply specifying an area and storing the desired contents in the storage means, the desired contents can be format-converted and processed. Therefore, it is possible to simplify the work of format conversion performed at the time of downloading or the like, and as a result, it is possible to easily execute processing such as downloading.

[0011]

Embodiments of the present invention will be described below in detail with reference to the drawings.

(1) Configuration of Embodiment (1-1) Overall Configuration of System FIG. 1 is a plan view showing an information processing system according to a first embodiment of the present invention. This information processing system 1
The personal computer 3 which is a terminal device of the information network 2 acquires various types of information from the information network 2 such as the Internet and a LAN. The information processing system 1 transmits various information obtained in this manner, various information created by a user, and various information stored in the personal computer 3 via an information recording medium such as a floppy disk to a portable terminal. 4 and uploads the data recorded in the portable terminal 4. As a result, the information processing system 1 can confirm the information acquired from the information network 2 by carrying the portable terminal 4 with the portable terminal 4. The portable terminal 4 is used as an information recording medium as needed, so that information acquired by another personal computer can be used by the personal computer 3.

FIG. 2 is a block diagram showing the configuration of the personal computer 3. As shown in FIG. Various interfaces of the personal computer 3 are connected to an ISA (Industry Standard Architecture) bus 11, and operation of the operation keys 14, power supply abnormality, and the like are notified to the central processing unit 12 via the ISA bus 11.

That is, in the personal computer 3, the I / O controller 13 is connected to the ISA bus 11 by an interface of operation keys 14 such as alphanumeric keys, an interface of a communication unit by infrared rays connected to the infrared port 15, and a flash. The interface of the memory 16 is configured. The personal computer 3 is operated by a power supply or a battery 19 input via the external power supply connector 17 under the control of the power supply / charge control circuit 18, and the battery 19 is controlled by the power supply input via the external power supply connector 17. The I / O controller 13 performs charging, and forms an interface with the power supply charging control circuit 18. The I / O controller 13 is provided with a light emitting diode (L) disposed on the operation panel.
ED) 20 and further comprises an interface of a stick type pointing device 21 which is a coordinate input means, and an interface of left, right and center buttons 22 corresponding to controls such as right click and left click of a mouse. Constitute. The personal computer 3
A jog dial 25, which is a rotary operation member that can be pressed, is disposed on the side surface.
, An interface of a full-press / half-press switch 27 for detecting the pressing operation of the jog dial 25, and an interface of a power switch 28 and a reversing switch 29.

The sound controller 31 is an interface connected to the ISA bus 11 for inputting and outputting audio signals. The audio controller 31 converts the audio signals obtained through the microphone 32 from analog to digital and outputs the analog signals to the ISA bus 11. Conversely, audio data output to the ISA bus 11 is subjected to digital-to-analog conversion processing to drive the built-in speaker 33.

The modem 35 is connected to the I
It is connected to an SDN line or the like. The modem 35 is connected to the ISA bus 11 and forms an interface with various information networks. Thus, the personal computer 3 can acquire desired information from the information network 2 in response to the operation of the operation keys 14 and the like.

The personal computer 3 is a PCI-I
This ISA bus 11 is connected to the PC via the SA bridge 38.
An I (Peripheral Component Interconnect) bus 40 is connected, and an interface having a high transmission speed is connected to the PCI bus 40. That is, the PC card interface 41 is connected to the PCI bus 40 and constitutes an interface of a PC card inserted into the PC card slot 42. The IEEE 1394 interface 43 is similarly connected to the PCI bus 40, and
IEEE1 between devices connected to the IEEE1394 terminal
394 interface.

The video capture processing chip 46
It is connected to the CI bus 40 and forms an interface of the CCD camera 47. The video capture processing chip 46 is also connected to the CCD camera 47 via an I ² C bus. The PCI-ISA bridge 38 constitutes an interface between the PCI bus 40 and the ISA bus 11, and is connected to the PCI bus 40 and a USB (Universal Serial Bus).
Bus), an interface with a terminal (USB terminal) 49, a PCI bus 40 and a hard disk drive (HDD).
Configure the interface with As a result, the personal computer 3 starts and operates the application program recorded on the hard disk device 50, and further records various information on the hard disk device 50. Various information obtained from the information network 2 according to the application program is transferred to the USB terminal 49.
, And can be downloaded to the portable terminal 4, and conversely, data of the portable terminal 4 can be uploaded.

The personal computer 3 has a host-P
The PCI bus 11 is connected to the host bus HBUS via the CI bridge 52, and the cache memory (cache) 55 and the central processing unit 12 are connected to the host bus HBUS. Also, the host-PCI bridge 52
Via the host bus HBU
S, whereby the image acquired by the CCD camera 47 on the liquid crystal display 56 under the control of the video controller 54 under the control of the central processing unit 12 and various GUs necessary for operating the personal computer 3
I or the like is displayed. Further, a random access memory (RAM) 57 is connected to the host-PCI bus HBUS via the host-PCI bridge 52, so that a work area of the central processing unit 12 and the like can be secured in the random access memory 57. . In the personal computer 3, a clock generator 59 generates reference signals for various operation references and supplies the signals to each circuit block.

In the personal computer 3 configured as described above, the central processing unit 12 executes each application program on a predetermined operation system by a series of processes according to the contents recorded in the hard disk device 50. Thus, desired information is obtained from the information network 2. Also, the information and the like obtained in this way are downloaded to the mobile terminal 4,
Further, desired information is uploaded from the portable terminal 4. At this time, in the personal computer 3,
The information in various formats is converted into information in a predetermined format and downloaded so that the downloaded information can be uniformly processed on the mobile terminal 4 side. Specifically,
The personal computer 3 converts the character information into text data, and converts the image data into black-and-white binary bitmap data and downloads it to the portable terminal 4. As a result, in the information processing system 1, information in various formats can be uniformly processed on the mobile terminal 4 side, and the configuration of the mobile terminal 4 can be simplified accordingly.

(1-2) Processing of the Central Processing Unit FIG. 3 is a schematic diagram showing an application program directly related to the portable terminal 4 in a hierarchical structure of folders. In the following description of each application program, the processing of the central processing unit 12 in accordance with the processing program recorded on the hard disk device 50 is described. Is described as the subject.

Here, the information manager is
This is an application program that downloads and uploads text data and bitmap data to the mobile terminal 4 and executes processes such as file management, preview, and launching another application program such as a web converter.

The web converter is an application program that circulates the web on the Internet using browser software stored in the personal computer 3 and converts information obtained by the cruise into text data and bitmap data. On the other hand, the address schedule converter acquires address book and schedule information from the address management application program and the schedule management application program held in the personal computer 3.
This is an application program that converts such information into text data.

The mail converter is an application program that similarly obtains an electronic mail from the mail software stored in the personal computer 3 and converts the electronic mail into text data or the like. The image converter converts various formats (e.g., JPEG (Joint Photogra
phic Coding Experts Group), GIF (Graphics Int)
erchange Format) etc.)
An application program that converts value bitmap data.

The clip helper is an application program that converts text and images taken into the clipboard into text data and black-and-white binary bitmap data.
This process is executed with the editor, word processing software, browsing software, etc. installed in the software running.

The time keeper is an application program for automatically operating an application program such as a web converter. The map converter is an application program for converting map information from a navigation system or the like into black and white binary bitmap data.

(1-2-1) Clip Helper FIG. 4 is a plan view showing icons of the clip helper. The clip helper is started by starting from the start menu or by operating an icon displayed by starting the information manager, and this icon is displayed on the liquid crystal display 56.

Here, as for this icon, a button B1 is displayed, and an image of a hand holding a clip is displayed on the button B1. Thus, the clip helper can intuitively recognize that the menu is a menu for processing clipped data.

When the text and image are copied to the clipboard, the clip helper operates the button B1 to convert the text and image into text data and black and white binary bitmap data and store them. In this operation system, in the process of copying to the clipboard, the menu is opened by specifying the area by operating the pointing device etc. with the text and image displayed by the editor, word processing software, viewing software, image processing software, etc. By selecting a copy menu, the text and image in the designated area are copied to the clipboard and executed.

Thus, the clipboard is a storage means for temporarily storing the contents of the area designated by operating the mouse or the like on the display screen. In an operation system or an application program, this storage means is designated by the designation on the display screen. The content held in the clipboard is pasted.

In the data to be copied to the clipboard, additional data included in the designated area is also copied according to the copy source file.
The clip helper removes these additional data and converts text data, which is information displayed on an actual screen, and image data, which is image data, into text data and bitmap data, respectively. Note that such additional data corresponds to a tag or the like in an HTML file.

Further, a button B2 for closing the clip helper is displayed in the upper right corner of the icon, and a display indicating the application program is displayed on the left side of the button B2.

The clip helper moves the cursor to this icon and executes an operation corresponding to a right click of the mouse, whereby a menu list (pop-up window) is displayed. In this menu list, menus for various settings, application termination, help, and file list are displayed.

FIG. 5 is a plan view showing a window (dialog) displayed when a menu of various settings is selected in the menu list. In this window, a description K51 indicating the type of this window and a button B51 for closing this window are displayed at the top. Subsequently, the character M51 of the storage location is displayed,
In the text box T51 on the right of this display, a storage location for saving the file converted to text data and the file converted to bitmap data is displayed.

Subsequently, a check box C51 is displayed as to whether or not to automatically set a file name for a file converted into text data or bitmap data. If the check box C51 is not checked here, the clip helper sets the head of the text copied to the clipboard to the file name of the file converted into text data. For a file converted into bitmap data, a file name is set using the file name set in the original image data.

On the other hand, the check box C51
Is checked, the clip helper accepts a user input of a file name when saving a file converted into text data or a file converted into bitmap data. At this time, the clip helper displays a file name to be assigned when automatically setting a file name as a candidate file name, and accepts input of the file name by a user operation in this display. When the file name is input by the user and an operation of consent is obtained in this way, the clip helper saves a file or the like converted into text data using the set file name.

In the case where text and images are mixed in the content copied to the clipboard, the clip helper uses a file converted into text data, a file converted into bitmap data, and a control indicating that these are related files. Files are separately saved in the same folder as these text data files.
As a result, the clip helper is prevented from impairing usability, such as storing related files separately in different folders, in the processing of the information manager and the like described later.

Subsequently, when the content copied to the clipboard can be saved, an option button B51 for selecting whether or not to signal with a sound is displayed, and a button B52 for checking this sound is displayed. When the cue is selected by sound, the clip helper notifies the user when the content copied to the clipboard can be converted into text data or bitmap data, for example, by a beep sound, and thereby the user can receive the signal. It is designed to improve usability.

In this dialog box, a check box CH52 for selecting whether to notify by sound and a check box CH53 for selecting whether to notify by text are displayed when the saving of the file is completed. Then, a button B53 for checking this sound is displayed on the right side. This also makes the clip helper more user-friendly.

Further, in this dialog box, a check box CH54 for setting the display position of this dialog box is displayed, and a button B54 for completing the setting and a button B55 for canceling the setting are displayed at the bottom. ing.

FIG. 6 is a plan view showing a window (dialog) displayed when a file list menu is selected in this menu list. The clip helper displays a list of the file names of the files that have been converted into text data and bitmap data and saved in this file list, so that the format-converted files can be confirmed.

In this window, a description K6 indicating the type of this window and a button B61 for closing this window are displayed at the top. Subsequently, a menu M61 of the file (F) is displayed, and subsequently, characters M62, M63, and M64 of the file name, time, and path name are displayed. In this window, the file names stored under the file name display M62 are sequentially displayed. The date and time when each file was saved are displayed below the time display M63, and the path name of the storage location is recorded below the path name display M64. Thus, even when the clip helper automatically converts the content copied to the clipboard into text data or bitmap data and saves the content, the user can confirm the saved content.

When the menu M61 of the file (F) is selected, the clip helper opens, deletes,
Displays a menu for renaming, closing, etc. When any file name is selected by double-clicking in the window shown in FIG. 6 or when any file name is selected in the window shown in FIG. When selected, a window is displayed showing the contents of the selected file. As a result, the clip helper can automatically check the contents of the file saved as text data or bitmap data, and execute a deletion process as necessary to exclude the file from being downloaded to the mobile terminal 4. It allows you to rename files. In the process of deleting a file, the clip helper also determines that there is an associated file for the file that the user wants to delete if the control file described above is set. To alert the user.

In the window shown in FIG. 6, when one of the displays M62, M63 and M64 is selected by a predetermined operation specifying the items of file name, time and path name,
A corresponding menu for sorting is displayed. By selecting this menu, a list of stored files can be sorted, for example, in descending order or ascending order based on the storage time. This also allows the clip helper to
It is designed to improve usability.

FIG. 7 is a flowchart showing a processing procedure of the central processing unit 12 in the clip helper. When the clip helper is started, the central processing unit 12 proceeds from step SP1 to step SP2, determines whether or not the clip has been copied to the clipboard. If a negative result is obtained here, the central processing unit 12 repeats step SP2. Accordingly, the central processing unit 12 waits for a text or the like to be copied to the clipboard, and proceeds to step SP3 when the text or the like is copied to the clipboard.

Here, the central processing unit 12 determines whether or not the content copied to the clipboard can be converted into text data or bitmap data, and thereby can be stored. Here, if the content copied to the clipboard is difficult to convert to text data and bitmap data, the central processing unit 12 returns to step SP2, whereas if the conversion to text data and bitmap data is possible, proceeds to step SP4. Move on.

In step SP4, the central processing unit 12 notifies the user that the data can be stored according to the window setting described above with reference to FIG. Subsequently, the central processing unit 12 proceeds to step SP5.
It is determined whether the user has operated the save button B1. Here, if the user does not operate the save button B1 even after the lapse of the predetermined time, the central processing unit 12 returns to step SP2. On the other hand, when the user operates the save button B1, the process proceeds to step SP6, and a file name is generated. Here, the central processing unit 12
According to the settings described above with reference to FIG. 5, the file name is generated by a user operation or by an automatic generation process.

Subsequently, the central processing unit 12 proceeds to step SP7, and converts the content copied to the clipboard into text data and bitmap data. Further, after saving in a dedicated folder using the file name set in step SP6, the process returns to step SP2. Here, the dedicated folder is a clip folder which is a dedicated folder immediately below the root directory of the information manager. In the process of converting the text data and the bitmap data, the central processing unit 12
When tags or the like are included in the content copied to the clipboard, these tags and the like are omitted, and additional data such as fonts and character colors are removed and processed. .

Thus, the clip helper can convert the format of desired data into a file by a simple operation. In other words, in the case where the text and images assigned to the desired area of the file are converted into a file by the conventional method and converted into a file, the user needs to open the conversion source file in the clipboard with the area to be processed on the clipboard. After copying
Separately, an editor, image processing software, etc. are started and the copied contents are pasted. After saving the pasted content as a file,
Further, it is necessary to start an application program for format conversion, open a file on this application program, and convert the format. In addition, depending on this application program,
You also need to save and name the file. However, according to this embodiment, processing such as starting up a plurality of application programs can be omitted, and processing can be performed by a simple operation of simply copying to the clipboard and operating the button B1.

At this time, by automatically setting the file name, the work required for the download by the user can be simplified.

At this time, the contents copied to the clipboard are converted into text data and bitmap data, so that the original HTML (Hyper Text Makeup Language) can be used.
e) The file and the like are not changed at all by this text data conversion process.

In the process of converting the image data into black-and-white binary bitmap data, the clip helper receives the bitmap data from the image converter after passing the image data to an image converter described later to convert the image data into bitmap data. To be processed. Therefore, in various settings for converting image data into bitmap data, processing is performed according to the conditions set in the image converter. In this case, in the image converter, bitmap data conversion processing is executed on the background of the clip helper.

In this manner, the clip helper creates a file of text data and bitmap data from a file of various application programs selected by the user through a series of these processes.

(1-2-2) Image Converter FIG.
FIG. 4 is a plan view showing a main screen displayed when the image converter is activated. The image converter is started by starting from the start menu, or by operating an icon displayed by starting the information manager, and further by starting from a web converter or a clip helper. Image converter
The main screen shown in FIG. 8 is displayed on the liquid crystal display 56 when activated from the start menu or by operating an icon in the information manager.

On the main screen, a symbol S8 indicating an image converter and a description K8 are displayed on the upper left side, and a button B81 for minimizing the display, a button B82 for maximizing the display, and the image converter are closed on the right side. Button B83 is displayed. Further, on the main screen, file (F), dithering (D),
Help (H) menus M81, M82, and M83 are displayed, and subsequently, a display area AR1 of the image before conversion and a display area AR2 of the image after conversion are arranged side by side in the horizontal direction. Note that scroll bars are displayed in the display areas AR1 and AR2 according to the size of the image to be displayed.

When the menu M81 of the file (F) is selected, a list of menus is displayed in the image converter, and menus such as opening a file, saving with a name, and terminating the application are displayed in the menu list. Is done. When an image file is selected by selecting a file open menu from the menu list, or when an icon of an image file displayed by another application program is drawn in the display area AR1, the image converter performs this operation. An image based on the selected image file is displayed in the display area AR1. Subsequently, the image converter converts the data of the image file displayed in the display area AR1 into binary bitmap data of black and white, and displays an image based on the conversion result in the display area AR2.

When the menu of "Save as" is selected from the menu list of the file (F) in the state where the black and white binary bitmap data is displayed in this way, a dialog box for inputting a file name is opened. . Further, when the user inputs a file name in this dialog box and instructs to save, the file based on the bitmap data is saved in a dedicated folder. Here, the image is stored in a dedicated image folder immediately below the root directory of the information manager. Also, by default, the same file name as the image data before conversion is assigned and displayed in the dialog box. Therefore, if the user does not change the file name, the file is saved in the dedicated folder with the original file name.

On the other hand, when the menu M82 for dithering is selected, the image converter displays a menu list for variously changing the process of converting the image data into monochrome binary bitmap data. Here, in this menu list, menus such as a pattern method, a cluster method, and a dithering method are displayed, and by selecting these menus, the image converter switches processing when converting image data into bitmap data. ,
This allows the user to provide a favorite image.

The image converter is also activated by the instruction of the web converter. In this case, the image data specified by the web converter is converted into black and white binary bitmap data by the background and passed to the web converter. Thus, the image converter converts image data allocated to the HTML file acquired by the web converter into monochrome binary bitmap data.
Similarly, it is also activated by a click folder, and in this case also operates in the background to generate monochrome binary bitmap data and pass it to the clip helper.

As a result, the image converter converts the image data desired by the user into a format that can be processed by the portable terminal 4. At this time, the original image data is format-converted without any change, and the original image data is converted. The processing of the application program relating to the image data is not affected at all.

(1-2-3) Map Converter FIG. 9 is a plan view showing a main screen displayed when the map converter is activated. The map converter is started by starting from the start menu or by operating an icon displayed by starting the information manager, and the main screen is displayed on the liquid crystal display 56 by such starting.

On this main screen, a symbol S9 indicating a map converter and a description K9 are displayed on the upper left side, and a button B91 for minimizing display, a button B92 for maximizing display, and a map converter are closed on the right side. Button B93 is displayed. Further, on the main screen, subsequently, file (F), edit (E), display (V),
Help (H) menu M91, M92, M93, M9
4 are displayed below these menus, a preview button B94, a button for selecting a process to be filed and saved, a combo box (horizontal and button display) BB91 to be described later for editing (E), and a combo box (to be described later) 100% and button display) BB92 is displayed. Further, on the main screen, a display area AR3 for displaying a map is arranged below these displays, and a default map is displayed in the display area AR3 at the time of activation. In this window, the scale K91 of the map is displayed at the bottom.

When the menu M91 of the file (F) is selected by the user, the map converter displays a list of menus, and in this list of menus, displays a menu for saving, switching the map, and terminating the application. When a map switching menu is selected from the menu list, or when an icon of a map file displayed by another application program is drawn in the display area AR3, the map converter displays the map in the display area AR3. Switches the display.

On the other hand, when the menu M93 of the display (V) is selected or the button of the right combo box is operated, the map converter operates the combo box B.
Open B92 and add 100% to this combo box BB92
A magnification of 5% is displayed in a range of ７０70%. When the user selects a desired magnification from the display, the map converter changes the magnification of the map displayed in the area AR3 according to the magnification.

The map converter displays a frame W1 indicating a displayable area for one screen on the portable terminal 4 on the display of the map. The map converter changes the display position of the frame W1 in response to the operation of the frame W1 by the user. Further, when the menu of the edit (E) is selected, or the left side of the combo box BB
When the button 91 is operated, the combo box BB91
Is opened, and the horizontal, standard, vertical, and maximum menus are displayed in the combo box BB91. Map Converter
When the horizontally long menu is displayed, a frame W2 obtained by enlarging the frame W1 twice to the right with respect to the frame W1 is displayed on the map. When the standard menu is selected, a frame W2 is displayed so as to overlap the frame W1,
When a vertically long menu is further selected, a frame W2 is obtained by enlarging this frame W1 twice downward with respect to the frame W1.
Is displayed on the map. Further, when the largest menu is selected, a frame W2, which is obtained by enlarging the frame W1 twice to the right and downward with respect to the frame W1, is displayed on the map. Thus, in FIG. 9, the horizontally long menu is selected. With this, the frame W2 is
5 is a display showing a range of data to be downloaded to the mobile terminal 4. Accordingly, the map converter checks the range that can be displayed on one screen on the mobile terminal 4, and changes the position of the frame W1, the magnification, and the size of the frame W2 as necessary, thereby changing the range to be downloaded to the mobile terminal 4. Is checked in advance, and various changes can be made.

When the save menu is selected from the file (F) menu M91, the map converter shown in FIG.
A window 0 is displayed on the map display. Further, the map converter converts the map data in the area surrounded by the frame W2 into black and white binary bitmap data, and displays this bitmap data in the display area ARP1 of the window. At this time, if the frame W2 is set by enlarging the frame W1 in the vertical direction and / or the horizontal direction, the area of the frame W1 is displayed by default, and a scroll bar is displayed according to the expansion direction. The display of the bitmap data is switched in response to the operation of the scroll bar. When the preview button is operated, the preview screen is displayed in the same manner. This allows the map converter to:
The map displayed on the mobile terminal 4 can be confirmed by previewing it on the personal computer 3 in advance. In this process, the map converter
The display C10 indicating the location of the copyright is arranged on a map with reference to the version information of the map data of the conversion source, and converted into bitmap data.

The map converter displays a text box B10 for inputting a file name on the lower side of this window, and when the user inputs a file name in this text box B10 and operates the save button B11, the map converter is thus displayed. The generated black and white binary bitmap data is stored under the file name input by the user. At this time, the map converter saves this file in a map folder which is a dedicated folder immediately below the root directory of the information manager.

As a result, the map converter converts the map data desired by the user into a format that can be processed by the portable terminal 4. At this time, the format conversion is performed on the original map data without any change. The processing of the application program related to the map data is not affected at all.

(1-2-4) Address Schedule Converter FIG. 11 is a plan view showing a main screen displayed when the address schedule converter is activated. The address schedule converter is started by starting from the start menu or by operating an icon displayed by starting the information manager, and displays this main screen on the liquid crystal display 56.

In this main screen, the symbol S1 indicating the address schedule converter is displayed on the left side of the uppermost row.
11. A description K111 is displayed, and a button B111 for minimizing the display and a button B11 for maximizing the display are displayed on the right side.
2. Button B to close the address schedule converter
113 is displayed. Furthermore, on this main screen, an option button B for selecting an address book (address book) or a schedule as an object to be converted into text data.
114 are arranged. Under the option button B114, a combo box BB111 for selecting an application program relating to an address book to be converted and a schedule is provided.
Is displayed.

The address schedule converter displays a detailed setting menu M111 using tabs at the center of the main screen in response to the selection of the option button B114 on the main screen.
111, the detailed setting of the conversion target is accepted.

The main screen shown in FIG. 11 shows a case where an address book is selected as an object to be converted into text data, and information of each individual can be classified and selected by tabs of personal information and work information. It has been done. When the business information side is selected by the tab, the address schedule converter switches the display as shown in FIG.

In the detailed setting menu M111, items such as a name, a nickname, and an e-mail address are displayed together with check boxes C111. By selecting each check box C111, an object to be converted into text data can be selected. ing. On the main screen, a preview area ARP11 is arranged on the right side of the detailed setting menu M111, and the item selected in the detailed setting menu M111 is selectively previewed from the address book file of the application program selected by the user. Area ARP11. This allows the address schedule converter to examine in detail the contents to be converted into text data.

In this window, buttons B115, B116, and B117 for setting, acquiring, shaping, and ending are arranged below the menu M111 for detailed settings. The address schedule converter determines the item set by the detailed setting menu M111 by operating the setting button B115.

When the button B116 for acquisition and shaping is operated, the address schedule converter operates the item (setting button B115) selected in the detailed setting menu M111 from the address book file of the application program selected by the user. ) Is selectively taken into text data. At this time, the address schedule converter converts the address book into text data for each individual registered in one address book file.

The address schedule converter creates text data in an individual unit file from one address book file in this way, and saves this text data in a dedicated address folder immediately below the root directory of the information manager. I do. At this time, the address schedule converter sets a file name by personal name and telephone number in each file, and under the folder of this address, a line, a line, a line, a line, a line, a line, a line, a line Create a folder that classifies the file names of line, line, line, and line. The address schedule converter classifies and stores files in each folder so as to correspond to the settings of these folders.
This allows the address schedule converter to easily and surely confirm desired data when confirming data downloaded using the portable terminal 4.

FIG. 13 shows a case where a schedule is selected as an object to be converted into text data.
In this case, the address schedule converter displays a detailed setting menu M131 using the same tab, and accepts the setting of the conversion target period, item, and output format based on the detailed setting. That is, in the period setting menu M132 (FIG. 13), a menu M132 for selecting a schedule for a certain period based on the current day and a menu M133 for selecting an arbitrary period are arranged. On the other hand, as shown in FIG.
At 41, the period of the event recorded in the schedule,
Items such as the start time, end period, and event name of this event are displayed together with check boxes. In addition, as shown in FIG. 15, in the output format setting menu M151, these items are displayed together with check boxes so that the output format can be selected on a daily, weekly, or monthly basis.

As in the case of the address book, the address schedule converter selects the item selected in the detailed setting menu M131 from the schedule file of the application program selected by the user and displays the selected item in the preview area ARP11. This allows the address schedule converter to examine in detail the contents to be converted into text data.

The address schedule converter operates the detailed setting menu M by operating the setting button B115.
The item set by 131 is determined. When the acquisition / shaping button B116 is operated, the address schedule converter uses the item selected in the detailed setting menu M131 (the item determined by operating the setting button) from the schedule file of the application program selected by the user. ) Is selectively imported into text data. At this time, the address schedule converter converts the items recorded in one schedule file into text data in units of days, weeks, or months set in the output format menu screen M151, and converts the date corresponding to each text data into Set the file name by week or month. The address schedule converter creates a file in the unit selected by the user from one schedule file in this way, and saves this file in the schedule folder located immediately below the root directory of the information manager.

Thus, the address schedule converter converts the address book file and schedule file managed by another application program into the portable terminal 4.
In this case, the original address book file and schedule file are converted without any change, and the processing of the application program related to these data is not affected at all. Has been made.

The address schedule converter is
It is also started by the management of the time keeper described later and executes the above-mentioned processing. In this case, the schedule file and the address book file are converted into text data based on the settings up to that point and stored in the background.

(1-2-5) Mail Converter FIG. 16 is a plan view showing a main screen displayed when the mail converter is activated. The mail converter is started by starting from the start menu or by operating an icon displayed by starting the information manager, and the main screen is displayed on the liquid crystal display 56 by such starting.

In the main screen, a symbol S161 indicating a mail converter and a description K
161 is displayed, and a button B for minimizing the display is displayed on the right side.
161, a button B162 for maximizing the display, and a button B163 for closing the mail converter are displayed. Further, on the main screen, menus M161 to M166 of file (F), editing (D), display (V), shaping (R), setting (C), and help (H) are displayed. Under M166, an acquisition icon I161 for acquiring an e-mail, and a shaping icon I for converting the acquired e-mail into text data or the like collectively
162 is displayed.

Further, on the main screen, a folder display area AR5 is arranged on the left side below these displays, and in this area AR5, folders of e-mail in the mail software selected by the user are displayed in a tree structure. You. On the main screen, a display area AR6 of the e-mail obtained from the mail software is formed on the right side and above the display area AR5 of the folder, and a viewer for displaying the contents of the e-mail is displayed below the display area AR6. Region AR7 is formed. In these areas AR5 to AR7, scroll bars are arranged as necessary.

The mail converter uses these display areas AR
In the display in 5 to AR7, for a folder having no target e-mail, the display area AR5
The display of the folder in is stopped. In addition, even if the e-mail folder is created hierarchically, the mail converter not only saves the e-mails stored in the e-mail folder, but also saves all the e-mails stored in the lower-level folders of this e-mail folder. Are also listed in the area AR6. As a result, the central processing unit 12 can execute a process of deleting a plurality of files across folders, a process of moving a grouped folder, and the like, thereby improving the usability of the user.

FIG. 17 is a flowchart showing a processing procedure of the central processing unit 12 for displaying the folder and the electronic mail. That is, the central processing unit 12
When the mail converter is activated, the process proceeds from step SP11 to step SP12, where the main screen described above with reference to FIG. 16 is displayed, and furthermore, the folder of the e-mail is displayed in a folder display area AR5 of the main screen in a tree structure. Subsequently, the central processing unit 12 proceeds to step SP
Then, the process proceeds to step S13, where all the files included in the plurality of folders are displayed in the display area AR6 of the e-mail. At this time, the central processing unit 12 also displays the sender, subject, and reception date and time of each electronic mail.

Subsequently, the central processing unit 12 proceeds to step SP14, determines whether or not any folder has been selected by the user's operation in the folder display area AR5, and if a negative result is obtained here, step SP14.
Move to 15. Here, the central processing unit 12 determines whether any file has been selected by the user's operation in the display area AR6 of the e-mail, and returns a step SP14 when a negative result is obtained. As a result, the central processing unit 12 waits for the user to select a file or folder with the main screen displayed on the foreground. While displaying the main screen, the central processing unit 12 not only waits for selection of such files and folders, but also waits for selection of a menu such as a file to be described later, and these menus are selected. Then, a process corresponding to each menu is executed.

Thus, the central processing unit 12
When the user selects a folder while waiting for the selection of a file or a folder, a positive result is obtained in step SP14, and the process proceeds from step SP14 to step SP16. Here, the central processing unit 12 determines whether or not a file exists in the selected folder. If a negative result is obtained here, the process returns to step SP14.

On the other hand, if the file exists in the selected folder, the central processing unit 12 proceeds from step SP16 to step SP17, where the electronic mail stored at the top of the selected folder is displayed in the electronic mail display area. The display of this display area AR6 is scrolled so as to be displayed on AR7, and the scroll bar is displaced so as to correspond to this scrolling. In this embodiment, the electronic mail stored at the top is displayed in the display area AR7.
The display area AR7 is scrolled so as to be displayed at the top of the display area AR7. Further, the central processing unit 12 switches the display of the first file to reverse display so that the user can easily recognize the first file.

Subsequently, the central processing unit 12 proceeds to step SP18, where the contents of the first file are displayed in the viewer area AR7, and then returns to step SP14.

On the other hand, if the user selects a file by operating the file display area AR6, the central processing unit 12 proceeds from step SP15 to step SP19 because a positive result is obtained in step SP15. Here, the central processing unit 12
The display area AR5 is displayed so that the folder in which the designated file is stored is displayed in the folder display area AR5.
Scroll the display of. Further, this folder is highlighted so that the user can easily recognize it.

Subsequently, the central processing unit 12 proceeds to step SP20, switches the display of the display area AR7 to the content of the instructed file, and then returns to step SP14. Thus, the central processing unit 12 can easily recognize the folder where the e-mail is located by the user even when displaying not only the folder in which the e-mail folder is formed but also the e-mail belonging to the lower-level folder. The e-mail held in each folder can be easily recognized.

In this way, if not only the files belonging to the folder but also the files belonging to the lower-level folder are displayed together, even if the desired file belongs to any folder, the file can be easily and quickly obtained. Can be found. Further, when a plurality of files are desired, even when the desired files belong to different folders, it is possible to easily and quickly find the files. Also, as in this embodiment, it is possible to accept selection of a plurality of files across folders, and it is also possible to collectively accept processes such as deletion and movement of the plurality of files selected in this way. Become. Thus, the usability can be remarkably improved as compared with the conventional case where the file name is displayed for each folder.

The central processing unit 12 converts the electronic mail desired by the user into text data or the like in response to the operation by the user with the folder and the electronic mail displayed.

That is, when the user selects the menu M165 of the setting (C) on the main screen, the mail converter displays a setting window shown in FIG. Here, in the setting window, a symbol S1 indicating that it is a setting menu screen is displayed on the upper left side.
81, a description K181 is displayed, and a button B181 for closing this menu screen is displayed on the right side. Further, on the main screen, a menu M181 for detailed settings using tabs is displayed, and OK and Cancel buttons B182 and B183 are displayed at the bottom.

When the menu screen M181A of the acquisition condition is selected by operating the tab, the mail converter displays an unread item K182 and an item K1 for acquiring a new message.
83, a check box is arranged and displayed in each of the folder designation items K184. The mail converter will check if the unread item K182 is checked by the user.
An unread e-mail is set as a conversion target such as text data from each e-mail held in the mail software folder. On the other hand, item K1 for acquiring a new message
When 83 is checked, the electronic mail acquired by accessing the mail server immediately before is set as a conversion target such as text data. Item K1 for specifying a folder
If the box 84 is checked, the electronic mail held in the folder designated by the user is set as a conversion target such as text data.

Further, a menu screen M18 for this acquisition condition
In 1A, a text box BB181 related to folder designation is displayed, and subsequently, a setting menu M182 for conditions to be acquired is displayed. Here, the conditions include a date (Data), a subject (Subject),
The sender (From) and the like can be set. When these items are set by setting the check button, the mail converter converts the corresponding e-mail from unread and new messages into text data and the like. Set to. As a result, the mail converter determines the items set on the condition setting menu screen by operating the OK button B182 arranged at the bottom of this menu screen. This allows the mail converter to download it to the portable terminal 4 and easily check the desired mail.

On the other hand, when the shaping method is selected by operating the tab, a shaping method condition setting menu M181B is displayed as shown in FIG. Here, on the menu screen M181B, a check box C181 is displayed together with a file name setting item whether to automatically set a file name of an e-mail to be converted into text data or the like. Further, as items to be assigned to this file name, items of a sender, a subject, and a reception date are set in a check box C182.
~ C184, text box T181 for inputting the number of characters
-T183. These items include
A display such as a one-byte space, a serial number, etc., which is set when actually assigning to a file name is added, and the total number of characters T184 as a file name is displayed below these items. The actual file name can be easily checked from.

Thus, in the case of the setting shown in FIG. 19, the mail converter calculates the first seven characters of the e-mail sender name + one-byte space + the first eighteen characters of the subject + one-byte space + day / month / year time. A character string composed of the first 10 characters of the received date is set as a file name of each e-mail converted into text data. On the other hand, if the file name setting check box C181 is not checked by the user, the mail converter accepts the input of the file name by the user for each e-mail in the same manner as described above with reference to FIG.

In this menu screen, a button B182 for returning such a file name setting to the initial state is displayed. At the time of conversion, an option button OB181 for determining whether or not to perform prohibition processing, and whether or not to convert image data attached to an e-mail together (in this case, conversion to binary bitmap data). A check box C 186 and a check box C 187 indicating whether to delete the tag are also displayed. When the e-mail is converted to text data, the mail converter executes a series of conversion processes according to the settings of these check boxes. I do. In addition, the mail converter uses this menu screen as the O
By operating the K button B183, the items set on the condition setting menu screen are determined.

On the other hand, when the setting of the mail software is selected by operating the tab, a setting screen M181C of the mail software is displayed as shown in FIG. Here, a display D181 of a generally used mail software and a check box is arranged on this screen, and a function display column T201 for the mail software selected by checking the check box in this display is formed. It has been made to be. The e-mail converter obtains an e-mail from the e-mail software selected by the user by checking this check box. The mail converter also determines the item selected by operating the OK button arranged at the bottom of this setting screen.

On the other hand, the menu M of the file (F)
When 161 is selected (FIG. 16), the mail converter displays a menu list. Here, in the menu list, a menu such as an end of the application is displayed. When the user selects the acquisition menu or the acquisition icon I161 in this menu, the mail converter accesses the mail server in accordance with the conditions set by the above-described acquisition condition settings and sends the e-mail. The acquired electronic mail is displayed in the mail list display area AR6. The obtained e-mail is stored in a mail software folder.

On the other hand, menu M16 of display (V)
When "3" is selected, the mail converter displays a display screen switching menu, and displays the acquired electronic mail list and the electronic mail list of the acquisition source, for example, in the mail list display area AR6 according to the selection of this menu. Switch.

When the edit (E) menu M162 is selected, the central processing unit displays a menu for deletion, acquisition, and the like. When an e-mail is selected in the display of the acquired e-mail list and a delete menu is selected, the e-mail converter excludes the e-mail from the conversion target. When an acquisition menu is selected after an e-mail is selected in the display of the e-mail list of the acquisition source, this e-mail is added to the conversion target. Thus, in obtaining such an e-mail and deleting the obtained e-mail, the mail converter executes processing such as virtual deletion, and as a result, with respect to the contents held in the original mail software folder, It is not operated at all. Also, by displaying all the e-mails including the lower hierarchy as a list, a plurality of e-mails spanning a plurality of folders can be operated collectively, thereby improving usability. Has been done.

On the other hand, menu M16 of shaping (R)
When 4 is selected, the mail converter converts the acquired e-mail into a format for downloading to the mobile terminal 4. Specifically, the mail converter converts the electronic mail into text data. At this time, the attached file of the electronic mail is converted into text data and black and white binary bitmap data.

The mail converter saves each file generated in this way in a mail folder located immediately below the information manager. At this time, the mail converter creates the folder structure of the conversion source in this mail folder as it is, and records each file in the folder thus created so as to correspond to the conversion source. At this time, a file name is set for each file according to the setting of the shaping condition. At this time, for the attached file, a control file indicating the association with the attached e-mail is also stored, so that these e-mails and the attached file are not separated.

Note that the mail converter displays a mark at the formatted part in the display of the list of electronic mails of the conversion source (FIG. 16, area AR6) so that the user can easily confirm the file. To Similarly to the case of the electronic mail of the acquisition source and the acquired electronic mail, the list display area AR6 is switched by the display so that the file after the shaping can be confirmed, and furthermore, the editing menu in the file list after the shaping is displayed. Depending on the selection, processing such as deletion of the formatted file can be executed.

Therefore, even if the mail converter performs processing such as conversion to text data, the e-mail held in the folder of the original mail software is
It has been made to have no effect.

The mail converter is also activated by the management of the time keeper described later and executes the above-described processing. In this case, the mail converter operates in the background to save the electronic mail as a text file or a bitmap file.

(1-2-6) Web Converter FIG. 21 is a plan view showing a main screen displayed when the web converter is activated. The web converter is started by starting from the start menu or by operating an icon displayed by starting the information manager, and the main screen is displayed on the liquid crystal display 56 by such starting.

On this main screen, a symbol S211 indicating a web converter, a description K
211 is displayed, and a button B for minimizing the display is displayed on the right side.
211, a button B212 for maximizing the display, and a button B213 for closing the mail converter are displayed. Further, on the main screen, a menu M211 for file (F), setting (C), operation (O), and help (H) is displayed.
To M214 are displayed, and then icons I211 to I213 for setting, obtaining, and shaping are displayed. Furthermore, a download result display area AR21 is created below these, and a file downloaded by connecting to the Internet is displayed in this area.

FIG. 22 shows the setting (C) on the main screen.
21 is a plan view showing a menu screen displayed by operating menu M212 of FIG. Here, on this menu screen, menus M221 to M223 according to the setting of the tour destination, the setting of the proxy, and the setting of the shaping format are displayed. When the menu M221 of the setting of the patrol destination is selected from these menus, or when the setting icon I212 is operated on the main screen, the web converter shown in FIG.
A travel destination setting window U23 shown in FIG. 3 is displayed to accept the travel destination setting.

Here, the traveling destination setting window U23
, The character M23 of the setting of the tour destination
1 is displayed, and a button B231 for closing the setting window is displayed on the right side. Further, on this main screen, buttons B232 to B232,
B234 is displayed. Further, in this window U23, a list of patrol destinations is displayed in the lowermost display area AR23.

When the user operates the additional button B232, the web converter opens an additional window, and this window opens a URL (Uniform Resource).
Locator), title, tier to fetch, day of the week,
The setting of the type of information to be obtained, the ID and password necessary for obtaining the information is received. The web converter is
In this additional window, a button to acquire from the browser is displayed, and when a URL is displayed by the browser, the operation of the button to acquire from this browser causes
The URL and the title can be automatically acquired.

On the other hand, in the state where a desired patrol destination is selected from the list of patrol destinations, a button B for editing by the user is displayed.
When 234 is operated, the web converter opens an editing window. In this window, the web converter accepts changes such as a URL, a title, a tier to be acquired, and a visiting day of the week. On the other hand, if the user operates the delete button B233 in a state where a desired tour destination is selected from the list of tour destinations, the web converter deletes the corresponding tour destination from the registration.

Further, in this patrol destination setting window, buttons for sorting, recommending sites, and updating recommended sites B235 to B237 are provided between the buttons for addition and the like, B232 to B234, and the display area AR23 of the traveling destination list. Is displayed. Web converter, sort button B2
When 35 is operated, the contents displayed on the patrol destination list are sorted in response to the operation of the user. On the other hand, when the recommended site button B236 is operated, a list of the recommended sites registered in the browser is displayed, and the user can operate the recommended site to register the recommended sites in the patrol destination. It has been done. Here, the recommended site is a site recommended by a browser software maker or a personal computer maker that is set when a browser or the like is installed.

In this window, a check box C231 is arranged at each patrol destination in the patrol destination list display area AR23.
By the check of 31, it is possible to appropriately set the patrol destination separately from the previous setting.

On the other hand, when the recommended site update button B237 is operated, the recommended site registered in the web converter is updated. That is, the web converter dials up by operating the button B237 for updating the recommended site, and accesses a preset site. In this site, the web converter uses the URL set for this button to update the U
The user accesses a page holding the RL, the title, and the like, and downloads the URL, the title, and the like from this page. After shutting down the connection to this site, the web converter updates a series of URLs and titles registered in the recommended site with the obtained URLs and titles.

As a result, the web converter can easily acquire the latest information on the recommended sites by managing the sites that hold such update URLs and titles. In other words, in browsers, personal computers, etc., recommended sites are registered as part of plug-in software on personal computers by in-roll, in order to help users browse the Internet. It has been made. However, on the Internet, the URL may change and the site itself may be renewed. If there is such a URL change, the recommended site registered in the personal computer becomes rather inconvenient.

In this web converter, the information of the registered recommended site can be updated by a simple operation, and the management of the site which provides the URL and the title for the update can be performed by the web converter. The latest recommended site information can always be held, thereby easily and surely responding to a URL change or the like.

On the other hand, when the proxy setting menu M222 is selected in this setting menu (FIG. 22), the web converter opens a predetermined window and accepts the proxy server setting. On the other hand, when the menu M223 in the format is selected,
The web converter displays a formatting window in the same manner as described above for the mail converter, and accepts settings by the user. In this setting, a process of generating only text data, a process of determining whether to convert image data into bitmap data, and the like can be selected.

On the other hand, when the menu M213 of the operation is selected on the main screen (FIG. 21), the web converter displays menus M241 to M243 for updating, shaping, and deleting, as shown in FIG. Here, when the update menu M241 is selected, all the menus are updated at this site, and menus M244 to M246 are displayed only on this page. Here, when the collective menu M244 is selected, or when the acquisition icon I211 is selected on the main screen, the user goes around the site according to the above-described settings and downloads a desired page.

Update menu M2 specifying a site
By selecting the item 45, the specified page is circulated to download the set page, and further, by selecting the menu M246 for updating only the specified page, the specified page is downloaded and updated. These downloaded contents are stored in the folder of the browser software set on the setting screen.

On the other hand, when the shaping menu M242 is selected, a menu for batch shaping, addition, deletion, etc. is displayed. When the batch formatting menu is selected here, the web converter converts the file obtained in this way and held in the folder of the browser into text data and bitmap data according to the setting of the user. In the download result display area AR21, when the user selects one of the download results and selects an additional menu, the selected download result is converted into text data and bitmap data. On the other hand, when the user selects one of the download results and selects the delete menu, the text data and the bitmap data generated from the download result are deleted. Double-clicking the download result launches a browser and displays the download result.

In converting the download result into text data and bitmap data in this manner, the web converter converts the download result in the same manner as described above for the mail converter. At this time, the web converter saves the text data and the bitmap data in a web folder set immediately below the information manager folder.

At this time, if the download result is hierarchically structured, a folder is created so as to correspond to this hierarchy, and text data and bitmap data are stored. When a plurality of image data are assigned to one page, each image data is converted into bitmap data, and a text portion is collectively converted into text data. When one page is composed of a plurality of frames, a folder is created for this one page, and processing for converting to text data and bitmap data is performed for each frame. Further, for the text data generated by the conversion in this manner, a file name is set by the URL, and for the bitmap data, the file name assigned to the original image data is used as it is.

Further, one folder is created for one page to store text data and bitmap data, and for lower-level pages, a folder is further created to store text data and bitmap data.

Thus, the web converter converts the download result obtained by accessing the Internet to the portable terminal without changing the contents of the folder by the browser software at all. 4 is converted to a downloadable format.

When converting the image data into bitmap data, the web converter passes the image data to the image converter for processing.
As a result, the setting at the time of converting to bitmap data is processed according to the conditions set in the image converter.

(1-2-7) Information Manager FIG. 25 is a plan view showing a main screen displayed when the information manager is started. The information manager is started by the start from the start menu or by the instruction of the time keeper, and displays this main screen on the liquid crystal display 56 in the case of the start from the start menu.

On the main screen, a symbol S25 indicating the information manager
1. A description K251 is displayed, and a button B251 for minimizing the display, a button B252 for maximizing the display,
Close information manager button B25
3 is displayed. Further, in the window, menu M251 of file (F), edit (D), display (V), transfer (S), setting (C), and help (H)
To M256 are displayed. Subsequently, icons I251 to I257 of the web converter, the mail converter, the address schedule converter, the clip folder, the image converter, the map converter, and the time keeper are displayed. When the user selects one of the icons I251 to I257 of the web converter or the like, the information manager activates the corresponding application program.

Further, on this main screen, the remaining memory when downloading to the portable terminal 4 is displayed.
Subsequently, a folder display area AR8 is arranged. Here, the information manager operates the display area AR8.
Next, the transfer source folders and files set by the setting menu are displayed in a tree structure. The transfer source folder is a folder in which the text data and the bitmap data described above for the image converter and the like are stored.

Further, on the main screen, a preview area AR9 is formed below the display area AR8, so that the contents of the file selected in the display area AR8 can be displayed. Further, on the main screen, a display area AR10 on the portable terminal 4 side is formed, and an image of the portable terminal 4 viewed from the front is displayed on the display area AR10 on the portable terminal 4 side, and the portable terminal 4 is held in the image. And a display of the obtained data in a tree structure. The main screen is a display area A of the display area AR10.
On the R8 side, an arrow Y1 from the display area AR8 to the display area AR10 and Y1, and conversely, an arrow Y2 from the display area AR10 to the display area AR8 are displayed.

As shown in FIG. 26, the information manager displays a bright vertical stripe band in the arrow Y1 from the display area AR8 toward the display area AR10 during the period of downloading text data and the like to the portable terminal 4. This band is displayed from the display area AR8 to the display area AR10.
Move toward. Conversely, during the period during which text data and the like are uploaded from the mobile terminal 4,
As shown in FIG. 27, from the display area AR10 to the display area A
A bright vertical stripe band is displayed in the arrow Y2 toward R8,
This band is moved from the display area AR10 toward the display area AR8. As a result, the information manager can visually recognize uploading and downloading to the portable terminal 4.

When data is uploaded from the portable terminal 4, the transfer source and the download destination are reversed. In this case, the information manager displays the display area AR8.
To 110 are set on the personal computer 3 side and the portable terminal 4 side, respectively, as in the case of downloading, and the corresponding file names and the like are displayed.

Thus, when the information manager is started by operating the start menu, the information manager accesses the above-mentioned folder for storing the text data and bitmap data for the image converter and the like, and displays the files stored in these folders. It is displayed in the area AR8. In this state, if the setting (P) menu M256 is selected by the user, a setting menu relating to download is displayed and the operation by the user is accepted.

When the menu M255 for transfer (S) is further selected, a menu for batch transmission, file transmission, batch reception, and file reception is displayed. When the batch transmission menu is selected, all the files stored in the folder immediately below the information manager, which is the storage destination, for the text data and bitmap data created by the above-described image converter or the like are transferred to the portable terminal. The data is transferred to the terminal 4 collectively. Note that this transfer is performed with the portable terminal 4 connected to the USB terminal 49, and according to the above-described settings, a warning is issued if such a connection is not made.

On the other hand, when the user double-clicks the display of the file name in the display area AR8 on the transfer source side, the contents of this file are displayed in the viewer area AR9. When the user specifies a file and then selects the transfer menu M255 to instruct transmission of each file, the file is downloaded to the portable terminal 4. Similarly, the user sets the display area AR on the transfer source side.
When the user grabs the file at 8 and drops it on the display area of the mobile terminal 4, the file is downloaded to the mobile terminal 4. In addition to these downloads, the mobile terminal 4
Is updated, the content of the display area AR10 on the mobile terminal 4 side is updated.

When the user grasps and moves the display of the file name and the display of the folder in the display area AR8 on the transfer source side, the structure of the folder is changed so as to respond to the movement. When the display of the file name and the display of the folder are selected and an instruction to delete the file is issued from the menu M252 of the edit (D), the file is deleted. In these processes, the information manager
If a file for control is added to the file selected by the user, the file for control (for example, in the case of e-mail text data, an attached file converted to text data or bitmap data) Is warned to the user that it is present, deleted by the user's confirmation, and moved to the user's desired folder along with the relevant files.

As a result, the information manager prevents the related files from falling apart,
It is designed to improve user experience.

On the contrary, the menu M2 of the transfer (S)
When the collective reception menu is selected from 55, the information manager uploads all the files held in the mobile terminal 4. Also, the file held in the portable terminal 4 is uploaded by the same individual operation as at the time of transmission, and the display area AR is responded to these processes.
8 is updated, and further, the file held in the display area AR8 is changed in response to a user operation.

When the information manager executes download and upload processing with the portable terminal 4, the information manager remotely controls the operation of the portable terminal 4 connected via the USB terminal to execute these processing. I do.

(1-2-7) Time Keeper The time keeper is activated and resident when the operation system starts up on the personal computer 3 due to the setting at the time of installation or the like. FIG. 28 shows a setting screen of the time keeper, which is displayed by operating a time keeper icon arranged in the information manager.

On this setting screen, a description K28 indicating that it is a time keeper setting screen is displayed on the left side of the uppermost row.
1, a start button B281 and an immediate execution (R) button B282 are displayed below. Further, the setting screen includes a menu screen M281 for application / time setting and a menu screen M28 for net setting by tabs.
2 is displayed.

Here, on the application / time setting menu screen M281, items K281 to K283 of mail, web, address / schedule for designating an application related to automatic driving are set in check boxes C281.
281 to C283 are displayed. The time keeper activates the mail converter, the web converter, and the address schedule converter by setting the check boxes C281 to C283, and converts the electronic mail and the like into a format that can be downloaded to the mobile terminal 4.

In the menu screen M281 for setting the application / time, an option button B284 for deciding whether to download the format-converted data to the portable terminal 4 is arranged, and a start time and a connection time for executing these processes are input. Text box T281
Is formed. Further, on the application / time setting menu screen, an OK button B285 for confirming these settings and a cancel button B286 for canceling the settings are arranged.

On the other hand, the menu screen M for net setting
At 282, a setting menu such as dial-up is displayed.

When the user operates the button B282 for immediate execution on the menu screen M281 for application / time setting, the time keeper sequentially activates a web converter or the like in accordance with the setting on the menu screen M281 to convert text data and the like. The data obtained and obtained according to the setting M281 of the menu screen
To download. On the other hand, in the application / time setting menu screen M281, when the user operates the start button B281, the time is measured by a timer, and when the processing start time comes, the network is connected to set the menu screen M281. In response to this, a web converter or the like is sequentially activated to acquire text data and the like, and the acquired data is downloaded to the portable terminal 4 according to the setting of the menu screen M281. Note that these download processes are executed by activating the information manager and processing in the background.

Thus, in the time keeper,
Just by connecting the personal computer 3 to the portable terminal 4 and leaving it alone, necessary information such as an e-mail can be automatically downloaded to the portable terminal 4.

(1-3) Configuration of Portable Terminal (1-3-1) Mechanism of Portable Terminal FIG. 29 is a perspective view showing the portable terminal 4. As shown in FIG. Mobile terminal 4
Is formed in a flat plate shape, and a display unit 61 of a liquid crystal display panel is formed on the surface. Further, when the portable terminal 4 is held by the left hand with the display unit 61 facing the front,
The jog dial 62 is arranged at a position on the side of the left thumb. Here, the jog dial 62 has an arrow R
As shown by the arrow R, it is configured to be rotatable, and is further configured to be able to be pressed by the arrow R.

Further, the portable terminal 4 is provided with a power switch 6 by a slide switch in front of the jog dial 62.
3 are arranged. Further, a USB terminal is arranged on a side surface opposite to the jog dial 62. Further, as shown in a perspective view seen from above by an arrow a, on the upper end surface, a return operation element 64 related to the pressing operation, a menu operation element 6
5. The light operation element 66 is arranged.

In the portable terminal 4 having such a configuration, the display section 61 has a large screen as compared with the entire size.
It is configured such that both edges in the longitudinal direction, which are outside the display section 61, are raised. Thus, the portable terminal 4 can effectively avoid damage to the display unit 61 due to, for example, dropping due to the swelling of the both edges.

Further, the portable terminal 4 is configured to be thin as a whole, and the strength is secured by an internal structure as shown in FIG. That is, FIG. 30 is an exploded perspective view showing the portable terminal 4. The mobile terminal 4 is configured to house the module 71 in the upper case 72 and the lower case 73 so as to sandwich the flat module 71.

The upper case 72 has a frame shape having an opening in the display section 61. Furthermore, as shown in FIG. 31, both longitudinal edges of the upper case main body 72M are reinforced by reinforcing members 72A and 72B.
That is, the upper case main body 72M is formed by processing a thin aluminum material into a frame shape. The reinforcing members 72A and 72B are respectively provided on the display unit 6 of the upper case body 72M.
The resin is injection-molded so as to cover the surface on one side and the side surface in the longitudinal direction, and further surround a part of the short side orthogonal to each side surface in a U-shape.

In the upper case 72, the arrangement of the reinforcing members 72A and 72B forms a bulge on both sides of the display section 61 as shown in a cross section in FIG.
In the upper case 72, at the base of the raised portion, the upper case main body 72M is raised, and the reinforcing members 72A and 72B made of resin can be seen from the display section 61 from the middle of the raised portion. . The upper case 72 is configured such that the swelling by the upper case body 72M and the swelling by the reinforcing members 72A and 72B are smoothly connected to create a sense of unity. In addition, the upper case 72 is formed so that the reinforcing members 72A and 72B and the upper case main body 72M also form a flat outer surface with respect to the upper and lower end surfaces, thereby also creating a sense of unity.

The upper case body 72M is configured such that the side on which the jog dial 62 is disposed has a large width left behind by the opening of the display unit 61, and the reinforcing member 72B for reinforcing the jog dial 62 corresponding to this. Are formed wider than the reinforcing member 72A. In the upper case body 72M, through-holes 72C are arranged at a substantially central portion and both edge portions on the surface of the display portion 61 facing the reinforcing member 72B on the wide side. The reinforcing member 72B has columnar projections 72D formed at portions corresponding to the through holes 72C.

The upper case 72 has a double-sided tape 80 as an adhesive member adhered to the surface of the upper case body 72M facing the reinforcing member 72B on the display portion 61 side, as shown by the arrow b. Projection 7 corresponding to through-hole 72C
2D is inserted and the upper case body 7 is
After holding the reinforcing member 72B at 2M, the head of the projection 72D is crushed, and the upper case body 72M and the reinforcing member 72B are integrated. The process of crushing the head of the projection 72D is performed by a heating process, an ultrasonic process, or the like. Thus, in the mobile terminal 4, damage such as the reinforcement member 72B floating from the upper case main body 72M due to a change with time can be prevented.

That is, when a metal plate or the like is arranged on a molded product, the metal plate is generally held on the molded product by a double-sided tape or the like. On the other hand, in this embodiment, the resin member is brought into contact with the relatively long side of the metal to surround the metal in a U-shape. As shown in FIG. 33, the reinforcing member 7 is provided from the upper case main body 72M by the temperature cycle test.
2B comes to the surface. In the example shown in FIG. 33, both ends are raised, but this type of lifting may be lifted at only one end. This is caused by a difference in linear expansion coefficient between metal and resin. In particular, it has been found that when the reinforcing member 72B is an elongated member as in this embodiment, it is difficult to attach the double-sided tape with a sufficient width, and it is also difficult to prevent the floating from occurring. When the reinforcing member 72A rises in this manner, the strength of the case is reduced accordingly.

[0159] Instead of holding with such double-sided tape, it may be possible to hold with only the protrusions. In this case, however, it is difficult to hold with sufficient strength unless the number of protrusions is significantly increased. If the number of
Eventually, the reinforcing member 72B rises.

However, when the double-sided tape and the projection are used together as in this embodiment, the reinforcing member can be provided with sufficient strength without increasing the number of the projections 72D so much and even when the area of the adhesive by the double-sided tape is small. By holding 72B, lifting could be prevented.

On the other hand, the reinforcing member 7 on the narrow side
On the 2A side, the upper case body 72M includes the reinforcing member 7
On the side surface opposite to 2A, through holes 72E are formed substantially at the center and at both edges. The reinforcing member 72A has columnar projections 72F formed at portions corresponding to the through holes 72E.

After the double-sided tape 81 is attached to the side surface of the upper case main body 72M facing the reinforcing member 72A, the upper case 72 has projections 72F corresponding to the through holes 72E as indicated by an arrow c. Then, the reinforcing member 72A is held on the upper case body 72M by the double-sided tape 81, and the head of the projection 72F is crushed to integrate the upper case body 72M and the reinforcing member 72A. Thereby, in the portable terminal 4, the reinforcing member 72 on the narrow side is used.
As for A, the projection 72F and the double-sided tape 81 are used in combination to prevent the reinforcing member 72A from being lifted from the upper case main body 72M and other damages.

Further, the upper case body 72M is formed with a protrusion 72G on the side surface so as to extend toward the lower case 73, and a through hole is formed in the protrusion 72G.

On the other hand, as shown in FIG. 34, the module 71 is provided on the back of the liquid crystal display panel 84 holding the backlight by EL (ElectrLuminescence) on the back.
A metal plate 85, an insulating sheet 86, and a wiring board 87 are sequentially arranged. Here, the metal plate material 85 is made of a thin metal material, and has almost the same size as the liquid crystal display panel 84. The metal plate 85 is subjected to a drawing process with a predetermined width in a diagonal direction, whereby the strength is reinforced. Further, the metal plate 85 is held in close contact with the liquid crystal display panel 84 by a double-sided tape. Thus, in the portable terminal 4, the liquid crystal display panel 84 is reinforced by the metal plate 85.

That is, the portable terminal 4 according to this embodiment
In, it is expected that various stresses will be applied to the liquid crystal display panel 84 by exposing the liquid crystal display panel 84 to the upper surface of the case and by forming the liquid crystal display panel 84 as a thin plate as a whole. Therefore, in this portable terminal 4,
The strength of the liquid crystal display panel 84 is reinforced by the metal plate material 85, and even if the liquid crystal display panel 84 is formed thin and small, sufficient strength against drop impact, twisting, bending and the like can be ensured. Since sufficient strength can be ensured even when the liquid crystal display panel 84 is exposed in this way, the portable terminal 4 can omit the lid for protecting the liquid crystal display panel, and can reduce the overall shape accordingly. .

The metal plate 85 further has protrusions 85A formed at positions corresponding to the through holes of the protrusions 72G described above for the upper case 72 with reference to FIG. 37 so as to extend to the lower case 73 side. The screw holes are formed in the holes.

Further, the metal plate 85 is formed with a projection 85B around its periphery so as to stand on the opposite side to the projection 85A. When the module 85 is stored in the upper case 72 or the like, the projection 85B is It is made to hit inside. This also allows the mobile terminal 4
The strength against bending, twisting and the like can be ensured.

Further, the module 71 includes the metal plate 8
An insulating sheet 86 made of PET material is held on a surface opposite to the liquid crystal display panel 84 by double-sided tape. Subsequently, as indicated by an arrow c, the wiring board 87 is held by the metal plate 85 with the insulating sheet 86 interposed therebetween by screws inserted into the through holes formed in the wiring board 87. Here, the wiring board 87 is provided with a circuit for downloading various data from the personal computer 3, a drive circuit for driving the liquid crystal display panel 84 based on the downloaded various data, and the like. In the mobile terminal 4,
As described above, by further holding the wiring board 87 in close contact with the metal plate 85, the strength is further improved.

In the wiring board 87, the periphery of the through hole into which the screw is inserted is configured so as not to be insulated from the metal plate 85 by the insulating sheet 86, and to a portion not insulated by the insulating sheet 86 as described above. The line is exposed and held. As a result, in the portable terminal 4, the metal plate 85 arranged along the liquid crystal display panel 84 and the wiring board 87 is grounded, the strength against electrostatic breakdown is improved, and unnecessary radiation is reduced. ing.

The wiring board 87 has a component mounting surface on the side opposite to the metal plate 85 side, and various components are mounted by surface mounting, whereby the metal plate 85 side has a substantially flat surface. It has been made to be.

In the wiring board 87, wiring for driving the backlight of the liquid crystal display panel 84 is connected to the liquid crystal display panel 84 from the right side surface in the drawing, and the liquid crystal display panel 84 is connected to the left side surface in the drawing. A flexible wiring board for driving itself is connected to the wiring board 87. Further, the wiring board 87 is mounted with terminals of a driving battery, the main body of various switches described above with reference to FIG. 29, a jog dial, and the like. In the portable terminal 4, all the electronic components necessary for operation are integrated into this module 71. It has been made. Thus, in the portable terminal 4, not only the strength is improved by disposing the liquid crystal display panel 84 and the wiring board 87 via the metal plate material 85, but also the strength is improved.
The operation of the module alone can be easily and reliably checked, and the productivity can be improved accordingly. Also, the work of assembling into the case can be simplified, and the productivity can be improved.

On the other hand, the lower case 73 (FIG. 3)
0), formed by injection molding a resin, and accommodates a module together with the upper case 72. In the lower case 73, a through hole 73A is formed at a portion corresponding to the screw hole 85G of the metal plate 85. As a result, the portable terminal 4 can screw the lower case 73, the upper case 72, and the metal plate 85 together from the side as shown by an arrow d in FIG.

By screwing the portable terminal 4 from the side in this manner, the portable terminal 4 is configured to have an outer shape substantially equal to that of the liquid crystal display panel 84, and the overall shape can be reduced accordingly. That is, as such a screwing method, a method of screwing from the back side or the front side is also conceivable, but in this method, the outer shape of the case is larger than the outer shape of the liquid crystal display panel by the amount of screwing. There is a need to. However, when the screws are screwed from the side as described above, it is not necessary to provide such extra parts, and the overall shape can be reduced accordingly.

[0174] Further, since the joint is used, it is possible to assemble with a simple configuration and simple work.

As shown in FIG. 32, in the portable terminal 4, an upper case 72, a metal plate 85 and a lower case 73 are provided.
The projections 72G, 85A are formed on the side, and the projections 72G, 85A are formed.
By forming a through hole and a screw hole for screwing in 5A, the screw 89 for screwing protrudes inward from the metal plate 85 on the wiring board 87 side. Thus, in the wiring board 87, cutouts and the like are formed so as to avoid such screws 89 that protrude, and various components are mounted. In the mobile terminal 4, component mounting is performed in this manner. With the thickness of the entire wiring board 87, a margin in the thickness direction for screwing is ensured. Thus, the overall shape of the portable terminal 4 can be reduced.

(1-3-2) Circuit Configuration of Mobile Terminal FIG. 35 is a block diagram showing a configuration of the mobile terminal 4.
In the mobile terminal 4, a USB controller 91 controls the USB terminal 9 under the control of a central processing unit (CPU) 92.
3 transmits / receives various data to / from a device connected to the personal computer 3, receives text data and bitmap data downloaded from the personal computer 3,
Conversely, data to be uploaded to the personal computer 3 is transmitted.

The LCD controller 94 has a built-in VRAM, and drives the liquid crystal display panel 84 based on the contents of the VRAM to display a desired image or the like. The drive circuit 95 drives the EL under the control of the central processing unit 92, and thereby illuminates the liquid crystal display panel 84 when the light operating element 66 is operated by the user. The flash memory 96 holds various programs necessary for the operation of the central processing unit 92 and data downloaded from the personal computer 3.

The central processing unit 92 downloads and uploads text data and the like to and from the personal computer 3 in accordance with the processing procedure held in the flash memory 96, and further operates the operators 63 to 66 and the jog dial 62. In response, the data downloaded from the personal computer 3 is displayed.

That is, while the portable terminal 4 is connected to the personal computer 3, the central processing unit 92 records various data transmitted from the personal computer 3 under the control of the personal computer 3 in the flash memory 96. The data transmitted from the personal computer 3 is downloaded. Similarly, the data stored in the flash memory 96 is transmitted to the personal computer 3 under the control of the personal computer 3, and the stored data is uploaded to the personal computer 3.

(1-3-3) Processing of Central Processing Unit FIG. 36 is a plan view showing a main display screen of the portable terminal 4. The central processing unit 92 forms an index display area ARA by dividing an upper portion of the display screen by a horizontal line. Further, a display area ARB of the selected item is formed below the display screen, and an area surrounded by these display areas ARA and ARB is set as a main display area ARM. As shown in FIG. 37, when the user selects a preview by setting operation described later, the main display area ARM is reduced to create a preview display area ARC below the item display area ARB.

In the index display area ARA, a common display is made on each display screen described later, and the central processing unit 92 displays a system name K361 on the left end and a battery mark M361 on the right end on the main display screen. indicate. The central processing unit 92 displays the mark M of this battery.
The area of the black display at 361 is varied according to the remaining amount of the battery. This allows the central processing unit 92 to notify the user of the remaining battery level.

On the other hand, on another display screen, the central processing unit 92 replaces the system name K361 with
Displays the current folder name or file name. When displaying the contents of the file, the battery mark M3
A graphic indicating the position of the display position is displayed instead of 61. That is, as for the text file, the display position (the position of the first line on the display screen) is displayed by the display position / the whole constant, as indicated by the symbol (m). As for the image file, a black mark is displayed in a rectangular area as indicated by reference numeral (n), and the currently displayed portion of the whole is displayed by the display position of the black mark. In the case of this symbol (n), the portion displayed in the main display area ARM indicates the upper right portion of the entire image.

Further, the central processing unit 92 displays a mark M362 indicating a direction in which the jog dial 62 can be operated, on the right side of the battery mark. Here, this mark M362 indicates the direction in which the cursor can be moved by the direction of the arrow as indicated by reference numerals (a) to (c) when the cursor and the display screen are moved in units of lines by operating the jog dial 62. It is. By the way, sign (a)
In the case of, when the cursor is positioned at the top, or when the display screen is scrolled to the top, the cursor is moved only downward by the arrow, and the same as when the cursor is moved downward This indicates that the display screen can be scrolled. In the case of the symbol (c), when the cursor is located at the bottom,
Or, when the display screen is scrolled to the bottom, it is possible to move the cursor only upward with the arrow, and furthermore, it is possible to scroll the display screen in the same way as when moving the cursor upward. It is shown. The symbol (b) indicates that the cursor can be scrolled upward and downward.

As a result, the central processing unit 92 can improve the usability by the user.
The display of the arrow indicating the direction in which the operation can be performed by the jog dial 62 is commonly displayed on each of the display screens to be described later, thereby improving the usability. Incidentally, in the case of page scrolling in units of the number of lines for half a page, each file, etc., instead of scrolling and cursor movement in line units, the central processing unit 9
2, symbols (a) to
The display is switched to codes (d) to (f) corresponding to (c), thereby informing the user that page scrolling is being performed. In the horizontal scrolling of the display of the image data, the codes (g) to (l) correspond to the codes (a) to (f), respectively.
As shown by, the display direction of the code is switched in the horizontal direction and displayed, thereby also improving the usability.

On the other hand, in the item display area ARB, the central processing unit 92 displays the item selected by the cursor. That is, when displaying selectable items in the main display area ARM, the central processing unit 9
Reference numeral 2 shows the cursor K by inverting the display of one line to indicate the cursor K (in FIG. 36, system is displayed), and moves the cursor K by operating the jog dial 62. In the central processing unit 92, this causes
In 6, the system is displayed in the display area ARB. The central processing unit 92 has a main display area A
When the contents of the file are displayed on the RM, the display of the display area ARB is stopped, and the display area ARB is allocated to the main display area ARM. In displaying the display area ARB, the central processing unit 92 sets the main display area AR
For items that can be selected in M, symbols added to the items are also displayed, so that the usability of the user can be improved.

In contrast, preview display area ARC
For the central processing unit 92, the main display area AR
Only when a file is selected in M, this display area is formed, and the content of the selected file is partially previewed in this display area ARM. This allows the central processing unit 92 to quickly and surely select a desired file.

The central processing unit 92 has a main display area A
Various items necessary for the operation of the portable terminal 4, downloaded files, and the like are displayed on the RM in a tree structure. At this time, the central processing unit 92 displays the folders in a hierarchical structure when downloaded by the information manager. Here, among the symbols assigned to the head of each item on the display screen shown in FIG. 36, a + symbol K365 surrounded by a rectangular frame is a symbol indicating that a folder or file exists in the lower-level device. This makes it possible to simplify the file search operation by the user.

Further, the central processing unit 92 handles items such as various settings for the portable terminal 4 as a virtual folder and displays the same at the same time as the file tree structure. In such an item, a system that holds personal information and the like about the user of the portable terminal 4 is provided.
Items, display history items that record the displayed file names, star mark items, heart mark items, check mark items, and various items that are virtual folders that summarize each file marked by the user. Setting / information items to be set are provided.

When these lower-level items exist, the central processing unit 92 arranges a + symbol K362 surrounded by a diamond-shaped frame at the head, unlike the original downloaded file. Thus, it is possible to easily identify the user. In this case, in the system item, the same symbol as that of the originally downloaded file is assigned.

(1-3-4) Browsing of Tree Structure In response to the operation of the jog dial 62, the central processing unit 92 moves the cursor on the display of this tree structure, and scrolls the display screen as described later. Let it. Further, when the jog dial 62 is pressed, the folder selected by the cursor and the lower-level folder and the file names belonging to the folder are displayed. Conversely, when the return operation element 64 is operated, the display is switched in the opposite manner to when the jog dial 62 is pressed. As a result, the central processing unit 92
Thus, a desired file name can be selected by the cursor by sequentially tracing the folders having the hierarchical structure.

When the user selects a folder having the same hierarchy as the current folder of the lower hierarchical folder and presses the jog dial 62 while displaying the lower hierarchical folder, the central processing unit 92
Is the same as when the return operator 64 is operated once and the desired folder is selected by the jog dial 62.
The lower hierarchy of the folder selected by the pressing operation of the jog dial 62 is displayed, and the tree display of the lower hierarchy displayed so far is stopped.

When the user selects a file name and presses the jog dial 62 by browsing such a folder, the central processing unit 92 displays the contents of this file in the main display area ARM.

In browsing such a folder, when the user presses the jog dial 62 in the lowest layer, the central processing unit 92 displays the display on the upper layer side in the same manner as when the return operation element 64 is operated. Switch. Also, when a folder which is a subdirectory is displayed and the current folder of this folder is selected and the jog dial 62 is pressed, similarly to the case where the return operation element 64 is operated, the upper hierarchy side is operated. Switches the display.

FIG. 38 is a flow chart showing the processing procedure of the central processing unit 92 for browsing this hierarchy. The central processing unit 92 executes step SP31.
To step SP32, where the jog dial 6
It is determined whether or not No. 2 has been pressed. If a negative result is obtained, the process proceeds to step SP33. Here, the central processing unit 92 determines whether or not the return operation element 64 has been pressed, and returns a step SP32 if a negative result is obtained.
As a result, the central processing unit 92 proceeds to step SP3
2. Repeat the processing procedure of SP33, jog dial 6
It waits for the operation of the operation 2 and the operation of the return operation element 64.

Here, when the jog dial 62 is pressed, the central processing unit 92 proceeds from step SP32 to step SP34, and determines whether or not there is a lower hierarchy that can be further displayed in the item selected by the user. If a lower hierarchy can be displayed, step SP3
The process moves from step 4 to step SP35. Here, after displaying the tree structure of the lower hierarchy on the display in the main display area ARM, the central processing unit 92 returns to step SP32.

On the other hand, if the item selected by the user has no lower hierarchy that can be displayed more than the currently displayed item, a negative result is obtained in step SP34, and the central processing unit 92 proceeds to step SP34. The process moves from SP34 to step SP36. Here, the central processing unit 92 switches the display to a higher hierarchy, and returns to step SP32.

On the other hand, if the return operation element 64 is operated by the user, the central processing unit 92 proceeds from step SP33 to step SP36, switches the display to a higher hierarchy, and returns to step SP32. Thus, when the jog dial 62 is pressed at the lowest layer, the central processing unit 92 switches the display of the main display area ARM in the same manner as when the return operator 64 is operated. I have.

FIGS. 39 to 43 show an operation example of pressing operation and return operation of the jog dial 62 by taking an address book as an example.
FIG. 9 is a diagram showing transition of a display screen by a pressing operation of No. 4; That is, in a state where the folder FA of the address book is selected by the rotation operation of the jog dial 62 by the user (FIG. 3).
9 (A)), when the jog dial 62 is pressed,
The central processing unit 92 displays the lower hierarchy of this address book (FIG. 39B). In this case, since the Japanese and English folders F1 and F2 exist as lower layers, the central processing unit 92 determines that the folders F1 and F2
2 is displayed. The central processing unit 92 switches the display of + surrounded by the first rectangular frame to the display of-for the current folder in which the lower-level folder is displayed, thereby displaying the folder by the subdirectory. To the user. In addition, for the Japanese and English folders displayed in this manner, the presence of a lower hierarchy is indicated by a plus sign enclosed in a rectangular frame.

When the return operation element 64 is operated by the user while the lower hierarchy is displayed, the central processing unit 92 returns the display to the original state. When the jog dial 62 is not rotated at all, the current folder FA of the address book is kept selected and held. When the jog dial 62 is pressed in this state, the current folder FA is currently displayed. Since there is no lower hierarchy that can be displayed more than the display is performed, the display is returned to the original state in the same manner as when the return operation element 64 is operated.

On the other hand, when the user rotates the jog dial 62, the central processing unit 92
The cursor K is moved in response to this rotation operation (see FIG. 4).
0 (A)) and (B)). With the movement of the cursor K, for example, the Japanese folder F1 is selected (FIG. 4).
1 (A)), when the jog dial 62 is pressed,
The central processing unit 92 displays the lower hierarchy of the Japanese folder F1 (FIG. 41B).

In this case, the central processing unit 92 stores the specific file F1 in the folder of the Japanese folder F1.
In this case, the file names F11 and F12 are displayed in a tree structure because the file names F1 and F12 are assigned. Also in this case, since the lower hierarchy is displayed in the Japanese folder F1, the display of the symbols enclosed by the first rectangle is switched. Furthermore, each file name F
In F11 and F12, the file name set by the address schedule converter is displayed, and a symbol K41 indicating that the display is the lowest layer is displayed at the top of the file name.

Further, when the jog dial 62 is pressed without changing the current folder in the state where the folders F11 and F12 based on the file names are displayed as described above, or when the return operation element 64 is pressed, The display F11 and F12 of the contents of the Japanese folder are stopped (FIG. 41A).

When the user selects a desired file name and presses the jog dial 62 while the specific file names F11 and F12 are displayed, the central processing unit 92 deletes the contents of each file. It is displayed (FIGS. 42A and 42B). Further, with the file contents displayed in this manner, the jog dial 6 is displayed.
When the button 2 is pressed or when the return operation element 64 is operated, the display is returned to the original state.

In this case, when displaying the contents of a specific file and returning to the upper display, it is possible that a file different from the target file is selected by mistake. Similarly, even when displaying a folder by sub-directory and returning to a higher-level display without selecting any folder, it is also conceivable that a folder different from the target folder is selected by mistake. Thus, in the present embodiment, when such a user makes an erroneous operation, it is possible to return to the original display by repeating the same operation even if the return operation element 64, which is a dedicated operation element, is bothersome. And the usability can be improved accordingly.

In displaying such file contents, the central processing unit 92 seamlessly displays the file contents of files in the same hierarchy and the same folder.

(1-3-5) Processing of Setting Items With regard to such a transition from the main screen, when a user selects a setting / information item, the central processing unit 92 similarly follows the hierarchy. To display a menu, and the settings made by this menu are reflected in the display of the upper hierarchy.

That is, when the jog dial 62 is pressed after the setting / information item is selected, the items arranged below the setting / information item are displayed as shown in FIGS. 43 and 44. Here, in the present embodiment, specific item names that can be set by the user are assigned to successive layers, and the central processing unit 92 displays these items.

When the lower-level items are displayed in this manner, the central processing unit 92 changes the display by the + symbol K362 surrounded by diamonds into the display by the-symbol K363, as in the case of displaying the folder. Then, the user is notified that the lower hierarchy is already displayed by the same expression method as in the case of displaying the hierarchical structure in the folder. As a result, the central processing unit 92 can select a desired item by the same operation as the operation on the folder, thereby improving the usability.

[0209] The central processing unit 92 also indicates that there is a lower-level item for each item, as in the case of displaying the folder, with a + symbol K362 surrounded by a rhombus. The lower-level items can be opened and operated by the same operation as that described above, and the usability is improved accordingly.

Further, the central processing unit 92 displays the current setting of each setting item in parentheses,
As a result, the setting work of the user can be simplified.

In this embodiment, the central processing unit 92 includes, as these items, character size, line spacing,
Displays the items of contrast, preview, start screen, power off time, light lighting time, tab length, extension display, memory usage status, and personal information. Among these items, the memory usage status is an item for confirming the free space and the used capacity in the flash memory 96, and the personal information item is an item for confirming the user information holding the portable terminal 4. The central processing unit 92 displays the corresponding information in the main display area ARM when the memory usage status and the personal information items are selected by the user and the jog dial 62 is pressed.

On the other hand, the character size is an item for setting the size of the character to be displayed. When this item is selected by the user, the central processing unit 92 sets the character size in FIG.
As shown in (a), selectable items are displayed in a similar tree structure. Thereby, the central processing unit 92
Are also displayed in a tree structure in the same manner as in the case of displaying folders, so that the user's usability is improved.

[0213] The central processing unit 92 selects the item displayed in this way with the cursor and presses the jog dial 6.
When the button 2 is pressed, the size of the displayed character is switched to the corresponding size. For these selectable items, the central processing unit 92 reverses the currently selected item to the inside of the diamond, contrary to the other items, thereby also simplifying the setting operation by the user. It has been made possible.

On the other hand, the line interval is an item for setting the interval between lines. When this item is selected by the user, the central processing unit 92 causes the character size to change as shown in FIG. As in the above case, the settable items are displayed in a tree structure. When the displayed item is selected by the cursor and the jog dial 62 is pressed, the line interval is switched to the corresponding interval.

On the other hand, the contrast is an item for setting the contrast of the liquid crystal display panel 84 (FIG. 41).
(C)), the preview is an item for setting the preview area ARC described above with reference to FIG. 37 (FIG. 41).
(D)). The start screen is a setting item of a screen displayed when the power is turned on (FIG. 42 (A)), and the power off time is a time setting item until the power is automatically turned off when the power is left unattended ( FIG. 42 (B)). The light lighting time is an item for setting the time from when the light operating element 66 is pressed to when the backlight is turned off (FIG. 42).
(C)), tab length, and extension display are items relating to setting of display of tab length and extension, respectively (FIG. 42).
(D) and (E)). For these items, the central processing unit 92 accepts the setting by the user in the same manner as in the case of the character size.

Thus, the central processing unit 92
The liquid crystal display panel 8 is set according to the settings received in this manner.
4 is immediately switched so that the setting in each detailed item setting, which is the lower hierarchy, is immediately reflected on the display and the like in the upper hierarchy.

Thus, the user who operates the portable terminal 4 can set various items by the same operation as that for confirming a file, or by a simple operation without having to manually confirm each file. Thereby, the usability can be improved.

(1-3-6) Display of cursor By the way, when folders are displayed in a tree structure by sequentially opening lower layers in this limited display area, all folders are displayed in the main display area ARM. It cannot be displayed all at once. In this case, as applied to a personal computer or the like, if the cursor is moved to the lowermost movable line and the screen is scrolled when the cursor is moved further, if the screen is scrolled,
Often, the screen is scrolled in the opposite direction.
For example, there is a case where an item newly displayed by scrolling the screen is an unintended item. If such useless operations can be omitted, it is considered that usability by the user can be improved accordingly.

For this reason, the central processing unit 92 scrolls the screen so as to hold the cursor at the center of the main display area ARM, and moves the cursor only when it is difficult to scroll the screen. That is, as shown in FIG. 45 (B), when the cursor K is set to be at the center line of the display screen and the display target can be scrolled as indicated by the arrow d, the display target is scrolled and the cursor K Variable relative position.

On the other hand, as shown in FIG.
In the state where the uppermost row of the display target is displayed, for example, when an instruction to move the cursor K to the upper side is given, and as shown in FIG. 45C, the lowermost row of the display target is displayed For example, when an instruction is given to move the cursor K to the lower side, in this case, since the relative position of the cursor K cannot be displaced in a desired direction by scrolling the display object, as shown by arrows e and f. Then, the cursor K itself is moved.

To keep consistency with the movement of the cursor K, the cursor K is moved in the range from the uppermost row to the center row while the uppermost row to be displayed is displayed as described above. If the user instructs to move the cursor K in the range from the bottom row to the center row while displaying the bottom row of the display target, Also moves the cursor K itself.

Thus, the user can always operate the cursor K by checking items before and after the cursor K. Thereby, the central processing unit 92
Is designed to improve user-friendliness by eliminating unnecessary operations as in the related art.

FIG. 46 is a flowchart showing a processing procedure of the central processing unit 92 regarding such movement of the cursor K. The central processing unit 92 executes step SP
The process proceeds from step 41 to step SP42, where the jog dial 62
Judge whether the folder is specified by the pressing operation of
If a negative result is obtained here, step SP42 is repeated. Thereby, the central processing unit 92 waits for the designation of the folder, and when the folder is designated, the step SP
Move to 43.

Here, the central processing unit 92 calculates the total number of folders to be displayed (that is, the number of lines required for display) when the lower hierarchy is opened by designating a folder, and the like. SP
By comparing the number of folders calculated in 43 with the number of lines in the main display area ARM, it is determined whether or not all folders can be displayed in the main display area ARM.

If a positive result is obtained here (for example, FIG. 3
6), the central processing unit 92
Moves to step SP46, where the main display area AR
Display all folders in M. Here, in this display, the upper left end of the main display area ARM is set to the current display position, and the tree structure is displayed sequentially from the current display position. Further, the central processing unit 92
Sets the cursor moving process to the cursor-only moving process in the subsequent step SP46, and then proceeds to step S46.
It returns to P42. Here, the movement processing of only the cursor means that the jog dial 62 is used without scrolling the display screen.
Is a process of moving the cursor K up and down in response to the rotation operation of.

On the other hand, all folders are displayed in the main display area A.
When it is difficult to collectively display the RMs, the central processing unit 92 proceeds to step SP47 when a negative result is obtained in step SP44. Here, the central processing unit 92 moves the cursor K to the main display area A on the assumption that no margin is generated above and below the main display area ARM.
Main display area AR so as to be as close as possible to the center line of RM
Display the folder in M. Further, the central processing unit 92
Sets the cursor movement process to the cursor and screen scroll process in the subsequent step SP48, and then returns to step SP42.

Here, as described above, the cursor and screen scroll processing are performed by scrolling the screen so that the cursor is held at the center of the main display area ARM, and only when it is difficult to scroll the screen. This is the process of moving. When the jog dial 62 is rotated, the central processing unit 92 determines the operation direction and the scroll method according to the processing procedure shown in FIG. 47, and then executes the corresponding processing.

That is, the central processing unit 92 proceeds from step SP51 to step SP52, where it determines whether or not a scroll operation by rotating the jog dial 62 has been executed. If a negative result is obtained, step SP52 is repeated. Thereby, the central processing unit 92
Waits for a scroll operation, and when the jog dial 62 is rotated, the steps SP52 to SP
Move to 53.

Here, the central processing unit 92 determines whether or not scrolling is performed in the forward direction by determining the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the menu operation element 65. Here, the forward direction refers to a rotation operation of the jog dial 62 corresponding to a downward direction from above the main display area ARM. Further, in this embodiment, when the jog dial 62 is rotated without any pressing operation, the scrolling is executed in units of one line (hereinafter referred to as a normal page scroll), while the jog dial 62 is rotated while being pressed. When the jog dial 62 is rotated while the menu operation element 65 is pressed, the display screen is switched so as to scroll in units of half the number of lines for one screen (hereinafter referred to as page scroll). As a result, the central processing unit 92 displays the main display area A without pressing the jog dial 62 or the menu operation element 65 at all.
When the rotation operation of the jog dial 62 corresponding to the downward direction from the top of the RM is executed, it is determined that the normal scroll is the forward direction, and the process shifts to step SP54.

Here, the central processing unit 92 switches the display of the main display area ARM by the forward normal scroll process corresponding to the forward normal scroll, and then returns to step SP52. Step S
If a negative result is obtained in P53, the central processing unit 92
Moves from step SP53 to step SP55.

Here, the central processing unit 92 determines the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the operating element 65 in the same manner as in step SP53.
It is determined whether or not the operation is a forward page scroll operation. If a positive result is obtained here, the central processing unit 92 proceeds to step SP56, and performs the main display area ARM by the forward page scroll processing corresponding to the forward page scroll.
Is switched, the process returns to step SP52.

On the other hand, if a negative result is obtained in step SP55, the central processing unit 92 proceeds to step SP55.
The process moves from step 55 to step SP57. Here, the central processing unit 92 determines whether or not the operation is the reverse normal scroll operation based on the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the operation element 65 as in step SP53. If an affirmative result is obtained here, the central processing unit 92 proceeds to step SP57, switches the display of the main display area ARM by the backward scroll processing corresponding to the backward scroll operation, and then proceeds to step SP52.
Return to On the other hand, if a negative result is obtained in step SP57, the central processing unit 92 proceeds to step SP59.
Then, the display of the main display area ARM is switched by the reverse page scroll processing corresponding to the reverse page scroll, and the process returns to step SP52.

FIG. 48 is a flowchart showing a processing procedure of the normal forward scrolling processing among the normal forward scrolling processing, the forward page scrolling processing, the backward normal scrolling processing, and the backward page scrolling processing. The central processing unit 92 proceeds from step SP61 to step SP62, and determines whether or not a margin is generated in the main display area ARM by scrolling the screen by one line in response to the operation. Here, this determination is made in the main display area AR
Using the number max of displayable lines of M, the number of lines from the first line to be displayed to the first currently displayed line, the total number of lines to be displayed line, and the unit of scrolling add, ma
This is executed by determining whether or not the relational expression of x <line-of-add holds.

If this relational expression is satisfied, a margin is generated by scrolling the screen, and the central processing unit 92 proceeds from step SP62 to step SP6.
3, the cursor K is scrolled by one line, and then the process proceeds to step SP64 to return to the original processing procedure.

On the other hand, if a negative result is obtained in step SP62, the central processing unit 92 proceeds to step SP65. Here, the central processing unit 92 determines whether or not the current position of the cursor K is in the center line of the main display area ARM. If a negative result is obtained here, step S
After moving to P63 and moving the cursor K, step S
Move to P64. In this case, in this case, the cursor K is displayed at a position displaced from the center line of the main display area ARM by assuming that no margin is generated when moving to the lower hierarchy. The central processing unit 92 determines that the main display area A
The cursor K is scrolled so as to approach the center line of the RM.

On the other hand, if a positive result is obtained in step SP65, the central processing unit 92 proceeds to step SP66, scrolls the screen upward by one line, and then proceeds to step SP64 to return to the original processing. Return to

In the forward page scrolling process, the determination process in step SP62, step S62
Except that the scroll amount in P63 and step SP66 is different, the forward normal scrolling process is almost the same as that in the forward normal scrolling process. The processing is the same as the normal forward scroll processing and the forward page scroll processing except that the processing to be performed is different. Therefore, the description of these processings in the flowchart is omitted here.

Thus, the central processing unit 92 allows a user to easily and quickly confirm a desired file.

(1-3-7) Preview processing In this way, when searching for a desired file by tracing a folder, the contents of the file are displayed while thinking of the desired file, but the file is opened by mistake. Is also conceivable. Therefore, the central processing unit 92 performs setting /
When the preview is selected according to the information item (FIG. 4)
3) As described above with reference to FIG. 37, the preview area ARC is displayed on the lower side of the display unit 61 by the number of lines according to this setting.
(FIG. 37), and the contents of the head of the file selected by the cursor are displayed in the secured area ARC.

As a result, the central processing unit 92 can easily and surely confirm the desired file, thereby improving the usability.

(1-1-3-8) Seamless Display of File Contents By the way, in the user, the preview area ARC
It is also conceivable that the main display area ARM is not preferably reduced due to the securing of the display area. Even in this case, it is desired that a desired file can be easily and reliably confirmed. Although the contents of the file are generally remembered, it may not be possible to determine whether or not the file is the desired file only from the beginning of the file displayed by the preview.

That is, successive files are displayed in such a manner that the beginning of the following file is displayed following the end of one file, and the display is scrolled according to the operation of the user (hereinafter referred to as seamless). Display). Note that the head part and the tail part of these files are the head line and the tail line of the file in the text data, and are the corresponding horizontally extending areas in the bitmap data.

Further, in the page scroll of this scroll, the length of scrolling according to the length of the file in the scroll direction while scrolling by the length of the basic number of lines (hereinafter simply referred to as the number of lines). , And the contents of all the files are displayed without omission, and the head of each file is displayed at the head of the main display area ARM.

In such a case, the storage location of the file is generally predictable in many cases. Accordingly, when displaying the contents of the file selected by the user, the central processing unit 92 also continuously performs the contents of the file selected by the user on files belonging to the same folder and belonging to the same hierarchical folder. Display without a margin (that is, seamless) so that a plurality of continuous files can be confirmed.

FIG. 49 is a plan view showing a display screen on which a schedule file, which is a file based on text data, and a map file, which is bitmap data, are seamlessly displayed (FIG. 49A).
And (B)). The central processing unit 92 displays a horizontal line L for one line at the boundary of each of the file contents F41 to F45, then displays a subsequent file name FN, and then displays a horizontal line L for one line to display the file contents. indicate.

Further, the central processing unit 92 displays the file contents F41 to F45 and scrolls the display screen in response to the rotation operation of the jog dial 62. In this case as well, the central processing unit 92 switches between normal scrolling and page scrolling by pressing the jog dial 62 and pressing the menu operation element 65. The page scrolling in the seamless display is based on a scrollable basic line which is the number of lines that can be displayed on one screen, and the number of lines that can be displayed on one screen, minus one line. This is a process of scrolling in units of numbers.

FIG. 50 is a flowchart showing a processing procedure of the central processing unit 92 in such a seamless display. The central processing unit 92 proceeds to step SP7
The process proceeds from 1 to step SP72, in which it is determined whether a file has been designated. If a negative result is obtained, step SP72 is repeated. Thereby, the central processing unit 92
Waits for a file to be designated by pressing the jog dial 62, and when a file is designated, step SP7
Move to 3.

Here, the central processing unit 92 sets the current display position in the first line of the display section 61. Here, the current display position is a position temporarily set on the display screen for display processing. The central processing unit 92 then proceeds to step SP74 and displays the file name (title) of the file selected by the user at this current position. Subsequently, the central processing unit 92
The process proceeds to step SP76, where it is determined whether the following content can be displayed for one line.

Here, at the head of the display section 61,
By obtaining a positive result, the central processing unit 92
Proceeds to step SP77, displays the contents of the file for one line, and then proceeds to step SP78. Here, the central processing unit 92 determines whether or not the last line of this file has been displayed, and if a negative result is obtained here, the step SP
Return to 76. Accordingly, the central processing unit 92 displays the contents of the file line by line by repeating the processing procedure of steps SP76-SP77-SP78-SP76 sequentially from the first line of the file designated by the user.

If the number of lines in the file specified by the user exceeds the number of lines that can be displayed for one screen,
The central processing unit 92 executes steps SP76-SP77-SP78-SP by the number of lines that can be displayed on one screen.
When the processing procedure of step 76 is repeated, a negative result is obtained in step SP76. In this case, the central processing unit 92 displays the contents of the file selected by the user by the number of displayable lines, and then proceeds to step S
The process moves from P76 to step SP79 (FIG. 51), and waits for a scroll operation.

On the other hand, if the number of lines in the file specified by the user is shorter than the number of lines that can be displayed for one screen, the central processing unit 92 proceeds to steps SP76-SP77-S
By repeating the processing procedure of P78-SP76, all the contents of this file are displayed, and in the display in the last line, a positive result is obtained in step SP78.

In this case, the central processing unit 92 proceeds from step SP78 to step SP80. Here, the central processing unit 92 confirms whether or not there is a file following the previously displayed file in the same folder and in the same hierarchy, that is, the existence of a file to be displayed seamlessly. If a negative result is obtained here, the process shifts to step SP79 to wait for a scroll operation. As a result, the central processing unit 92 displays only the file specified by the user, and keeps the display unit 61 while leaving a margin.

On the other hand, if a positive result is obtained in step SP80, the central processing unit 92 proceeds to step SP80.
Move to 81. Here, the central processing unit 92 determines whether or not the title of the subsequent file can be displayed. In this embodiment, in order to display the file name,
The central processing unit 9 is displayed by displaying horizontal lines and lines.
Step 2 determines whether the title can be displayed by determining whether the remaining blank space is equal to or more than three lines.

If a negative result is obtained here, the central processing unit 92 proceeds to step SP79 and waits for a scroll operation. As a result, the central processing unit 92
Even if there is a file to be displayed subsequently, if there is not enough space to display the title, only the file specified by the user is displayed, and the display unit 61 is kept with the margin. I do.

On the other hand, if a positive result is obtained in step SP81, the central processing unit 92 proceeds to step SP81.
Move to 82, where the title is displayed. In displaying the title, the central processing unit 92 also displays upper and lower horizontal lines. After displaying the title of the subsequent file in this way, the central processing unit 92 returns to step SP76, and sequentially proceeds to step SP76 for the subsequent file.
It determines whether display is possible line by line and displays it. As a result, the central processing unit 92 displays the subsequent file in the same manner as the file specified by the user, and if it becomes difficult to display the file, the process proceeds from step SP76 to step SP79. If there is more blank space, the subsequent files are processed in the same manner and displayed on the display unit 61. If it becomes difficult to display the files after all, step SP76 or SP
The process moves from step 80 to step SP79 to wait for scroll processing.

Thus, the portable terminal 4 displays the file specified by the user at the top of the display unit 61,
As far as it can be displayed, a series of consecutive files from this user-specified file is displayed.

When thus proceeding to step SP79 (FIG. 51), the central processing unit 92 determines whether or not a scroll operation has been performed, and if a negative result is obtained here, repeats step SP79. Accordingly, the central processing unit 92 waits for a scroll operation, and moves to step SP84 from step SP79 when the jog dial 62 is rotated.

Here, the central processing unit 92 determines whether or not the normal scrolling is performed in the forward direction by determining the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the menu operation element 65. Central processing unit 92
When the jog dial 62 and the menu operation element 65 are not pressed at all and the rotation operation of the jog dial 62 is performed in the downward direction of the main display area ARM, it is determined to be the normal forward scroll, and the process proceeds to step SP85. After switching the display of the display unit 61 by the normal forward scrolling process corresponding to the normal forward scrolling,
It returns to step SP79.

On the other hand, if a negative result is obtained in step SP84, the central processing unit 92 proceeds to step SP84.
The process moves from step 84 to step SP86. Here, the central processing unit 92 determines whether the operation is a forward page scroll operation based on the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the menu operation element 65 as in step SP84. If a positive result is obtained here, the central processing unit 92 proceeds to step SP87, and switches the display of the display unit 61 by the forward page scrolling process corresponding to the forward page scrolling.
It returns to step SP79.

On the other hand, if a negative result is obtained in step SP86, the central processing unit 92 proceeds to step SP86.
The process moves from step 86 to step SP88. Here, the central processing unit 92 determines whether or not the operation is the reverse normal scroll operation based on the operation direction of the jog dial 62 and the pressing operation of the jog dial 62 and the menu operation element 65 as in step SP53. If you get a positive result here,
The central processing unit 92 proceeds to step SP89, switches the display on the display unit 61 by the backward scroll processing corresponding to the backward scroll operation, and then proceeds to step SP89.
Return to 79. On the other hand, if a negative result is obtained in step SP88, the central processing unit 92 proceeds to step SP88.
The process proceeds to 90, where the display on the display unit 61 is switched by the backward page scrolling process corresponding to the backward page scroll, and then the process returns to step SP79.

FIGS. 52 and 53 show the normal forward scrolling process, the forward normal page scrolling process, the backward normal scrolling process, and the backward page scrolling process in the seamless display. It is a flowchart which shows the processing procedure with a scroll process collectively. The central processing unit 92
The process moves from step SP91 to step SP92, and determines whether or not a blank space is generated in the display unit 61 by scrolling. Here, this determination is made based on the number of displayable rows ma of the display unit 61.
x, the number of lines offs from the first line to the current position of the file at the current position (in this case, the position of the top line on the display screen), and the total number of lines li of the file at the current position
ne, using the basic number of lines to scroll add, ma
This is executed by determining whether or not a relational expression of x ≦ line-offs-add holds. Note that, in the normal scroll, the basic number of lines to be scrolled add is a value of 1. In the page scroll, the basic number of lines to be scrolled add is the number of lines of the display unit 61 minus one. The number is the number of rows in the index area ARA and the main display area ARM.

If this relational expression does not hold, no blank space is generated by scrolling the screen, and the central processing unit 92 proceeds from step SP92 to step S92.
Moving to P93, the variables are changed so as to scroll the screen. This variable can be changed by changing the number of lines from the first line to the current position of the file at the current position.
Add the number of lines to be scrolled to fs and add the number of lines off
This is performed by updating s. Subsequently, the central processing unit 92 proceeds to step SP94, switches the display so as to correspond to the change of the variable, and then proceeds to step SP94.
The process moves to 95 and returns to the original processing procedure.

On the other hand, if a negative result is obtained in step SP92, the central processing unit 92 proceeds to step SP96. Here, the central processing unit 92 determines whether or not a subsequent file exists.

If an affirmative result is obtained here, the central processing unit 92 proceeds to step SP97 and the subsequent file is not displayed by scrolling. Here, this determination is performed by determining whether or not the relational expression of offs + add ≧ line is satisfied.

If a positive result is obtained here, the central processing unit 92 proceeds to step SP98 and sets so that the first line of the subsequent file is displayed at the top of the main display area ARM. Subsequently, the central processing unit 92 sets the variable off
After s is set to a value of 0 and a variable is set so as to be able to cope with the subsequent scroll operation, step SP94
Then, the display section 61 is switched.

As a result, the central processing unit 92 displays the file F5 in the page scroll, as shown in FIGS. 54A and 54B before and after scrolling.
1. When the length of F52 is short, the file F51 is used as a unit. Similarly, when the length of the file F61 is long as shown before and after scrolling in FIGS. 55 (A) and (B). After the rear side of the file F61 is displayed (FIG. 55 (A)), the number of lines is appropriately changed and scrolled so as to display the head of the file F62 following scrolling. It is designed to improve usability.

On the other hand, for example, in the normal scroll, the scroll is performed in units of one line, so that step SP9
7 may give a negative result. In this case, the central processing unit 92 proceeds from step SP97 to step SP9.
Then, the process proceeds to step SP94, and the display is switched to step SP94.

On the other hand, if a negative result is obtained in step SP96, the central processing unit 92 proceeds to step SP96.
Go to 100 (FIG. 53). Here, the central processing unit 92
Determines whether there are no more objects to be displayed by scrolling. In this case, this determination is made as line ≦ offs
It is executed by determining whether or not the relational expression of + max is established. Here, if a positive result is obtained in step SP100, the central processing unit 92 sets the current
Since the file having the shortest number of lines at the end is displayed by the current position, the process proceeds to step SP101, and after displaying a predetermined warning message, the process proceeds to step S101.
Move to P95. This warning is issued as shown in FIG.
"No more" message M56,
This is to notify the user that further scrolling is difficult.

On the other hand, if a negative result is obtained in step SP100, this means that the last file having a long number of lines is being displayed, and a margin is generated in the subsequent scroll. , Central processing unit 9
2 moves from step SP100 to step SP102, and sets a variable so that the end of this file is displayed at the end of the display screen. This variable is set by the variable o
This is executed with ffs set to line-max. After setting the variables in this way, the central processing unit 92 proceeds to step SP94, switches the display, and then returns to the original processing from step SP95.

Thus, the central processing unit 92 switches the number of lines to be scrolled according to the length of the file in the scrolling direction while scrolling by the basic number of lines, and displays the first line of the subsequent file at the top of the display area. To display all file contents without omission.

On the other hand, FIG. 57 is a flowchart showing a processing procedure in the backward scroll. The central processing unit 92 proceeds from step SP110 to step S110.
The process moves to P111, where it is determined whether or not a margin is generated by scrolling. Note that this determination is made as offs <add
Is executed by determining whether or not the relational expression is satisfied.

If it is determined that there is no blank space, the central processing unit 92 proceeds to step SP112 and subtracts the line number add from the line number offs to turn off the line number off.
After updating s, the process proceeds to step SP113, and the display is switched so as to correspond to the change of the variable. Then, the process proceeds to step SP114 to return to the original processing procedure.

On the other hand, if a positive result is obtained in step SP111, the central processing unit 92
The process moves from step SP111 to step SP112. Here, the central processing unit 92 determines whether the current position is the first line of the file in the current display. If a negative result is obtained here, the central processing unit 92 proceeds to step SP116, sets a variable so that the current position is the first line of the file, and then sets the variable in step SP1.
Move to 13. Thereby, in the page scrolling in the reverse direction, the central processing unit 92 scrolls the first file to be displayed seamlessly so as to be displayed from the top, thereby improving the usability of the user.

On the other hand, if a positive result is obtained in step SP115, the central processing unit 92 proceeds to step S115.
Move to P117. Here, the central processing unit 92 determines whether or not the previous file exists. In this determination, as in the case of the forward direction, determination is made for files in the same folder and the same hierarchy.

If a positive result is obtained in step SP117, the central processing unit 92 proceeds to step SP117.
In step 118, the previous file is set as the file at the current position. Subsequently, the central processing unit 92 proceeds to step S
Moving to P119, the variable is changed. Here, this variable is changed by changing the number of lines li of the file set at this current position.
This is executed by setting a value obtained by subtracting the number of lines to be scrolled “add” from “ne” into a variable “offs”. Central processing unit 9
When the variables are set in this way, step SP11
After switching the display to 3 and returning to the original processing from step SP114. If the number of lines in the file set at the current position is short, the variable set in this way has a negative value. In this case, the central processing unit 92 sets the variable offs to the value 0. . Thus, even in the case of scrolling in the reverse direction, the central processing unit 92 scrolls the page in file units when the number of lines in the file is short.

[0276] On the other hand, if a negative result is obtained in step SP117, in this case, since the top line is displayed at the current position, the central processing unit 92 proceeds from step SP117 to step S117.
After moving to P120 and displaying the same message as described above with reference to FIG. 56, the process moves to step SP114.

Thus, in the mobile terminal 4, in the page scroll in the seamless display, the number of lines to be scrolled is switched according to the number of lines which is the length of the file in the scroll direction, and the first line of the file to be subsequently displayed is in the display area. Displayed at the top. Therefore, the user can always scroll the screen while watching the specific portion of the display area, and if necessary, stop the scrolling and check the entire contents displayed in the display area to obtain the desired file. Can be easily and quickly confirmed.

By displaying the file name of at least the following file between the end of one file and the beginning of the following file, a desired file can be confirmed even with this file name as a clue. This allows a desired file to be easily and quickly confirmed.

(1-3-9) Processing of Operation of Menu Operator 65 In this embodiment, the central processing unit 92 performs processing selectable on each display screen in response to the operation of the menu operator 65. Display the menu of.

Here, the operable processing is to set a mark on a desired file, easily search for the marked file by selecting an item displayed on the main screen, and place a bookmark at a predetermined position of the desired file. This processing includes setting processing, processing for jumping to the position of the bookmark, processing for canceling the setting of these markings and bookmarks, and processing for switching the scroll direction in the bitmap data.

The central processing unit 92 collectively displays a menu of operable processes among these processes by operating the menu operation element 65. As a result, the central processing unit 92 can appropriately execute these processes without discrimination, thereby improving the usability by the user.

(1-1-3-10) Marking When the operator 65 of the menu is pressed in a state where the contents of the file are displayed, the CPU 92 in FIG.
Is displayed on the menu screen M58A. Here, this is a display when a bookmark has not yet been set, and when a bookmark has been set, a menu for jumping to the bookmark location is added to this menu screen. The display shown in FIG. 58 is for the case where the file is text data. When the file is bitmap data, a menu for switching the scroll direction is displayed together with this display.

The central processing unit 92 similarly displays a menu screen related to marking when a menu operation element 65 is pressed while a file is selected in the directory display. In this case, since the bookmark cannot be set, the menu for setting the bookmark is removed from the menu screen when the menu operation element 65 is pressed while the contents of the file are displayed on the menu screen. .

Here, the marking is a mark set in this file so that a desired file can be selected without sequentially following the folders. In this embodiment, a plurality of types of markings are prepared, and the central processing unit 92
, The menu screen M58A is displayed so that these markings can be identified by symbols. Thus, the central processing unit 92 can use the plurality of types of markings for private use, work use, and the like, for example, to improve the usability.

In this embodiment, these plural types of markings are prepared in such a manner that three types of markings, a star mark, a heart mark, and a point mark, are prepared so that they can be visually identified. It has been done. Thereby, the central processing unit 92 is configured to improve the usability by the user. The central processing unit 92 performs menu M58 relating to the marking of the star mark corresponding to each of these markings.
1. A menu M582 relating to the marking of the heart and a menu M583 relating to the marking of the check mark are displayed on this menu screen M58A.

When the jog dial 62 is rotated by the user while the menu screen M58A is displayed by operating the menu operation element 65, the central processing unit 92 performs this menu screen M by this operation.
The cursor K is moved on 58A. Note that the central processing unit 92 also controls the cursor K on the menu screen M58A, as in the other screens.
The cursor is displayed by reverse display, and usability is improved by unified operation.

Furthermore, the central processing unit 92 determines the number of remaining settable markings in each of the menus M581 to M583.
To be displayed. That is, even if you set a marking and search the file based on this marking,
If the number of markings increases extremely, search becomes rather difficult. As a result, in the central processing unit 92, the number of settable markings is set to 10 for each type. However, if the number of markings is limited as described above, there may be cases where marking cannot be set in an important scene. Thereby, the central processing unit 92
Is designed to display the remaining number of markings, cancel the setting of the marking as necessary, and effectively avoid the situation where the marking cannot be set in an important scene.

By displaying the number of remaining pages together with the corresponding menu, the user can check the number of remaining pages as appropriate, and this can effectively eliminate situations where marking cannot be set in important situations. It has been made so that it can be avoided.

Further, when the user presses the jog dial 62 after the user selects a desired marking menu by rotating the jog dial 62, the central processing unit 92, as shown by reference numeral (a) in FIG. A message S51 indicating that the marking by the selected symbol is applied is displayed for a predetermined time. Further, the central processing unit 92 records the file name and the path at the current position on the display screen 61 in the flash memory 96.

When the menu operation element 65 is operated for the file in which the marking has been set as described above, the central processing unit 92 performs the marking for the set marking, as shown by reference numeral (b) in FIG. Is displayed, a menu screen M58B that displays a menu M581 for deleting.

When the user rotates the jog dial 62 while displaying the menu screen M58B, the central processing unit 92 moves the cursor K on the menu screen 58B by this operation. When the menu M581 for deleting the marking is selected and the jog dial 62 is pressed, a message S52 indicating that the marking has been erased is displayed for a predetermined time as shown by reference numeral (c) in FIG. 58, and the setting of the marking is released. I do. Thus, the central processing unit 92 can set and cancel the marking by the same operation, and the usability is improved even by such a unified operation in the marking.

The central processing unit 92 displays the items corresponding to these markings on the main screen (FIG. 36) in the same manner as the directory. That is, in this case, a star mark item corresponding to the star mark, a heart mark item corresponding to the heart mark, and a check mark item corresponding to the check mark. Central processing unit 92
When a menu of any of these items is selected on the main screen, as shown in FIG. 59, a file name in which the corresponding marking is set from the record in the flash memory 56 is displayed in a tree structure. Thus, in the example shown in FIG. 59, these files are mail a, mail b, mail c, and mail c.
These files are il d and mail e.

The central processing unit 92 displays these files in a virtual folder configuration as if the files marked by these processes were grouped together in a folder for each mark. Further, in displaying these files, when the user selects a file name and presses the jog dial 62, the contents of the file are displayed.

As a result, the central processing unit 92 can easily and surely search for a file marked in advance. At this time, by displaying the file names in a tree display using such a virtual folder, the user can confirm the marked file by the same operation as when confirming the file by following the original folder. it can. Therefore, this operation can be executed in a unified manner, and the usability can be further improved.

Further, in displaying the file name by such a tree display, the central processing unit 92 displays the file which has never been accessed by painting the inside of the mark (the file is a mail file). As a result, the user can easily confirm a file which has been marked but which is not accessed at all, which can be used for organizing the marking.

Further, even when the file contents are displayed in such a virtual folder, the central processing unit 92 seamlessly displays a plurality of files held in the virtual folder. Further, in response to a user operation, the displayed content is scrolled in the same manner as described above for the seamless display. In other words, the user may not remember the file name, etc., even though the marking is performed. However, if a plurality of files marked in this way are displayed seamlessly, the desired file can be easily and quickly confirmed even in such a case, and the usability can be improved accordingly. Thus, in this case, the central processing unit 92 seamlessly displays a plurality of files specified by the user by the marking.

(1-3-11) Bookmark When the operator 65 of the menu is pressed in a state where the contents of the file are displayed, the central processing unit 92 proceeds to FIG.
, A menu screen M60 having a menu sandwiching the bookmark 1 and a menu sandwiching the bookmark 2 is displayed. Here, this is a display when a bookmark has not yet been set, and when a bookmark has been set, a menu for jumping to the position of the bookmark is displayed.

Here, the bookmark is a mark set to switch the display of each screen to the display at the time of setting according to the setting in the state where the content of each file is displayed. In this embodiment, two types of bookmarks are prepared. In the central processing unit 92, two menus of "insert bookmark 1" and "insert bookmark 2" are displayed on this menu screen so that these two types of bookmarks can be identified by numerals. As a result, the central processing unit 92
These two types of bookmarks can be used properly.

The central processing unit 92 operates, for example, the bookmark 1 by rotating the jog dial 62 by the user.
After the menu between which is inserted is selected, the jog dial 62
Is pressed, a message S55 indicating that the bookmark 1 is sandwiched, as shown by the reference numeral (a) in FIG.
Is displayed for a predetermined time, and the file name of the current position displayed when the jog dial 62 is pressed and the number of lines of the current position in this file are stored.

When the bookmark is set in this manner, the central processing unit 92 sets the symbols (b) to (d) in FIG.
As shown by, when the menu screen is opened by a pressing operation of the menu operation element 65, a file name with a bookmark set is displayed on this menu screen. Here, the menu screen indicated by reference numeral (b) is a menu screen in a state in which the file contents are displayed, the menu screen indicated by reference numeral (c) is a menu screen in a state in which the file name is selected, and is indicated by reference numeral (d). The menu screen is a menu screen when a folder is selected. In this menu, a number corresponding to the number of the bookmark at the beginning of the file name is displayed.

When a file name in which a bookmark is set is selected on these menu screens by rotating the jog dial 62, the central processing unit 92 displays the contents of the file. This file is displayed so as to reproduce the display screen on which the bookmark is set, based on the number of lines at the current position recorded at this time. As a result, the central processing unit 92 can immediately check a previously set location even in a long file or the like.

In the embodiment at this time, the file name in which the bookmark is set is displayed on any display screen, and the display screen on which the bookmark is set can be displayed from any of these display screens. Desired items can be confirmed, and usability can be improved accordingly.

[0303] Also, the setting of the bookmark and the switching of the display by the bookmark can be executed in a unified manner with other operations, thereby improving the usability.

Further, even when a jump is made by this bookmark, the central processing unit 92 displays seamlessly files of the same folder and the same hierarchy. As a result, a desired file can be confirmed based on a bookmark set in a file of the same folder and the same hierarchy without setting a bookmark in a desired file, thereby also improving usability. .

(1-3-11) Horizontal Scroll As described above with respect to the map converter, in this embodiment, the map data is horizontally and vertically shifted by the user's selection in the image display area of the portable terminal 4. The data can be converted into bitmap data with twice the size in the direction. In a web converter and an image converter, the image data is converted into bitmap data without limiting the size of the image. As a result, the bitmap data displayed on the mobile terminal 4 is not only in the vertical direction,
You also need to scroll horizontally.

In this case, if the operator is separately arranged for scrolling in the horizontal direction, the configuration of the portable terminal 4 becomes complicated. For this reason, in this embodiment, the function of the jog dial 62 is switched to enable horizontal scrolling.

That is, when the menu operation element 65 is pressed while the images F61 and F62 based on the bitmap data are displayed, the central processing unit 92 performs the operations shown in FIG.
As shown in (A), a menu screen M61 including a horizontal scroll menu is displayed. Here, the user selects the horizontal scrolling display and
When is pressed, the central processing unit 92 switches the scroll direction by rotating the jog dial 62 from the vertical direction to the horizontal direction. In addition, FIG.
The display of the directions that can be operated by rotating the jog dial 62 described above with reference to FIGS.
The display is switched to the horizontal display shown in (l).

In this state, when the menu operation element 65 is pressed, a menu screen M62 including a vertically scrolled menu is displayed as shown in FIG. 61 (B). When the direction scroll is selected and the jog dial 62 is pressed, the jog dial 6 is pressed.
The scroll direction by the rotation operation 2 is switched from the horizontal direction to the vertical direction. Also, corresponding to this, the jog dial 62
The display in the operable direction is switched to the vertical display by rotating.

Thus, the central processing unit 92 can rotate the jog dial 62 to scroll the displayed image in the vertical and horizontal directions according to the user's selection, and has a simple configuration and a small overall size. It has been made possible.

(2) Effects of the Embodiment According to the configuration described above, the contents of the designated area are temporarily held and the clipboard as storage means used for processing such as copying is held in the clipboard. By converting the format of the contents into a file,
When configuring an information display device or the like that can easily confirm various types of information provided from an information network at a destination or the like, it is possible to easily execute a process required for downloading or the like.

At this time, by creating the file name of this file based on the text included in the content copied to the clipboard, complicated file name setting work can be omitted, and the processing required for downloading and the like can be omitted. It can be easily executed.

(3) Other Embodiments In the above-described embodiment, the case where the content copied to the clipboard is format-converted has been described. However, the present invention is not limited to this, and cut-and- When the content cut out from the processing target is applied to the clipboard by applying to the paste process, the format of the content held on the clipboard may be converted.

In the above-described embodiment, the case where the format is converted into text data and black-and-white binary bitmap data has been described. However, the present invention is not limited to this. It can be widely applied to format conversion into various formats, such as conversion to color bitmap data.

[0314] In the above-described embodiment, the case where a file created by format conversion is stored has been described. However, the present invention is not limited to this. For example, the created file is directly transmitted to a portable device by wireless communication. In such cases, the present invention can be widely applied to various uses of such format-converted files.

In the above-described embodiment, the case where the present invention is applied to a system for downloading desired data to a portable terminal has been described. However, the present invention is not limited to this. When using image data on a personal computer,
It can be widely applied to various information processing apparatuses.

[0316]

As described above, according to the present invention, the format of the content stored in the storage device is temporarily converted to the storage device used for temporarily storing the content of the designated area and using it for processing such as copying. When the information processing device or the like can easily check various types of information provided from the information network at a destination or the like by forming a file, it is possible to easily execute a process required for downloading or the like. .

[Brief description of the drawings]

FIG. 1 is a perspective view showing an information processing system according to an embodiment of the present invention.

FIG. 2 is a block diagram showing a personal computer of the information processing system of FIG.

FIG. 3 is a schematic diagram for explaining an application program in the personal computer of FIG. 2;

FIG. 4 is a plan view showing a clip helper icon in the application program of FIG. 3;

FIG. 5 is a plan view showing a setting screen of a clip helper of FIG. 4;

FIG. 6 is a plan view showing a display of a processing result by the clip helper of FIG. 4;

FIG. 7 is a flowchart showing a processing procedure in the clip helper of FIG. 4;

8 is a plan view showing a main screen of an image converter in the application program of FIG. 3;

FIG. 9 is a plan view showing a main screen of a map converter in the application program of FIG. 3;

FIG. 10 is a plan view showing a preview screen in the map converter of FIG. 9;

FIG. 11 is a plan view showing a main screen of an address schedule converter in the application program of FIG. 3;

FIG. 12 is a plan view showing a work information setting screen in the address schedule converter of FIG. 11;

FIG. 13 is a plan view showing a time setting screen in the address schedule converter of FIG. 11;

14 is a plan view showing an item selection setting screen in the address schedule converter of FIG. 11;

FIG. 15 is a plan view showing an output format setting screen in the address schedule converter of FIG. 11;

FIG. 16 is a plan view showing a main screen of a mail converter in the application program of FIG. 3;

17 is a flowchart showing a processing procedure in the mail converter of FIG.

18 is a plan view showing an acquisition condition setting screen in the mail converter of FIG. 17;

19 is a plan view showing a setting screen of a shaping method in the mail converter of FIG. 17;

20 is a plan view showing a mail software setting screen in the mail converter shown in FIG. 17;

FIG. 21 is a plan view showing a main screen of a web converter in the application program of FIG. 3;

FIG. 22 is a plan view for explaining settings in the web converter of FIG. 21;

23 is a plan view showing a screen for setting a patrol destination in the web converter of FIG. 21;

FIG. 24 is a plan view for explaining the operation of the web converter in FIG. 21.

FIG. 25 is a plan view showing a main screen of the information manager in the application program of FIG. 3;

26 is a plan view for explaining transmission in the information manager of FIG. 26;

FIG. 27 is a plan view for explaining reception in the information manager of FIG. 26;

FIG. 28 is a plan view showing a detailed setting screen of a time keeper in the application program of FIG. 3;

FIG. 29 is a perspective view showing a portable terminal of the information processing system of FIG. 1;

30 is an exploded perspective view showing the structure of the portable terminal shown in FIG. 29.

FIG. 31 is an exploded perspective view showing an upper case of the portable terminal shown in FIG. 30.

FIG. 32 is a sectional view of the portable terminal shown in FIG. 29;

FIG. 33 is a cross-sectional view illustrating lifting of a reinforcing member.

FIG. 34 is an exploded perspective view showing a module in the portable terminal shown in FIG. 30.

FIG. 35 is a block diagram of the portable terminal of FIG. 29.

FIG. 36 is a plan view showing a main screen of the mobile terminal shown in FIG. 29.

FIG. 37 is a plan view showing a state where a preview area is secured on the main screen of FIG. 36;

FIG. 38 is a flowchart for explaining browsing of a folder in the mobile terminal of FIG. 29;

FIG. 39 is a plan view for describing switching of tree display in the mobile terminal of FIG. 29;

40 is a plan view for explaining switching of display from FIG. 39 to a lower hierarchy side; FIG.

41 is a plan view for explaining switching of display from FIG. 40 to a lower layer side; FIG.

FIG. 42 is a plan view for explaining switching of display from FIG. 41 to a lower hierarchy side;

FIG. 43 is a plan view for explaining setting / information items;

FIG. 44 is a plan view showing a continuation of FIG. 43.

FIG. 45 is a plan view for explaining a scroll.

FIG. 46 is a flowchart for explaining scrolling.

FIG. 47 is a flowchart provided for the continuation of FIG. 46;

FIG. 48 is a flowchart provided for the continuation of FIG. 47;

FIG. 49 is a plan view showing switching of a display screen by scrolling.

FIG. 50 is a flowchart for explaining scrolling.

FIG. 51 is a flowchart provided for the continuation of FIG. 50;

FIG. 52 is a flowchart provided for the continuation of FIG. 51;

FIG. 53 is a flowchart provided for the continuation of FIG. 52;

FIG. 54 is a plan view showing switching of a display screen by scrolling.

FIG. 55 is a plan view showing another example of switching the display screen by scrolling.

FIG. 56 is a plan view showing a warning message in scrolling.

FIG. 57 is a flowchart for describing reverse scrolling;

FIG. 58 is a plan view showing a menu screen for marking.

FIG. 59 is a plan view showing a menu of a marked file.

FIG. 60 is a plan view showing a bookmark menu screen.

FIG. 61 is a plan view for explaining switching of a scroll direction;

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Information processing system, 3 ... Personal computer, 4 ... Portable terminal, 12, 92 ... Central processing unit

Claims (7)

[Claims] 1. An information processing apparatus for temporarily storing the contents of an area designated on a display screen in a predetermined storage means, and allocating the contents temporarily stored in the storage means to a designated location according to the designation on the display screen. In the apparatus, detecting means for detecting storage of the content in the storage means, and conversion for converting the content stored in the storage means into data of a predetermined format by a predetermined format conversion process based on the detection result An information processing apparatus comprising: means for converting a result of conversion by the conversion means into a file. 2. The information processing apparatus according to claim 1, wherein said conversion means converts the contents into text data. 3. The information processing apparatus according to claim 1, wherein the conversion unit converts the image data included in the content into bitmap data. 4. The information processing apparatus according to claim 1, wherein the filing unit creates a file name of the file based on a sentence included in the contents. 5. The information processing apparatus according to claim 1, wherein said file is stored in a predetermined information storage means. 6. An information processing apparatus for temporarily storing contents of an area designated on a display screen in a predetermined storage means, and allocating contents temporarily stored in said storage means to a designated location in accordance with an instruction on said display screen. In the information processing method applied to the apparatus, a step of detecting storage of the content in the storage unit, and performing a predetermined format conversion process on the basis of the detection result to convert the content stored in the storage unit into a predetermined format An information processing method, comprising: converting the data of the predetermined format into a file. 7. An information processing apparatus for temporarily storing the contents of an area designated on a display screen in a predetermined storage means, and allocating the contents temporarily stored in said storage means to a designated location according to the designation on said display screen. In a recording medium on which an information processing program applied to an apparatus is recorded, the information processing program includes: a detection unit that detects storage of the content in the storage unit; and a predetermined format conversion process based on the detection result. A recording medium storing an information processing program, comprising: a conversion unit that converts the content stored in the storage unit into data of a predetermined format; and a filing unit that converts a result of the conversion by the conversion unit into a file. .