JP3399281B2 - Daily report creation system - Google Patents

Description

Description: BACKGROUND OF THE INVENTION [0001] The present invention relates to a portable terminal device.
Technology for detecting and recording the behavior of users
You. [0002] Conventional daily reports of employees who go out and work
Alternatively, work diaries can be printed on paper after returning to the company or office.
Often written by hand on daily reports and notebooks
Was. In recent years, daily reports etc. input to personal computers etc. have also been seen.
But even in that case, while going out
"Time", "Location", "Company / Company Name"
Easily write down "transportation", "fare", etc. in a notebook
And return to the company or office and write down the note
A daily report for one day on paper or on a personal computer
It is described as follows. Further, in recent years, the above-described conventional hand
Instead of writing notes in a book, use an electronic organizer or personal computer
Record memos on the go on a portable terminal that can communicate,
After returning to the company or office based on the content,
To create daily reports on the computer or on a personal computer
ing. SUMMARY OF THE INVENTION [0004]
The fact that an employee prepares a daily report, etc.
After returning to the company or office, enter in the electronic organizer etc.
The contents that have been set are collected by optical or wired communication means.
So that it can be imported into a computer installed in a company or office.
However, it was still
This can be a tedious task, and it can
If the user forgets to log in or forgets to enter his / her electronic organizer, bounces or travels,
Memory mistakes in day entry, saving details in summary
Abbreviations, etc., may vary from day to day or may be incorrect
Or the content described by the writer is different
Is not addressed at all. An object of the present invention is to provide an employee who goes out to work.
Makes it easy for employees to create daily reports,
Therefore, the contents of the description should be
Advance standardization and standardization, and omit required items in the daily report
To improve the quality of the contents of daily reports.
You. According to the present invention, there is provided a method comprising:
Location information, and send this location information and the detection time.
Mobile terminal device that can be
Receiving the location information and the detection time,
An information processing device that creates a daily report for users who carry it.
And the information processing device is provided by the portable terminal device.
Based on the detected position information and its detection time,
Determine whether the user is moving or staying
Movement of user etc. by judgment means and collation with map data
Collation means for detecting a route, and the collation means
The travel route matches the line pattern of transportation in the map data.
If you do, this transportation is used by the user etc.
Means for determining transportation means, and means for determining transportation means
And the means of transportation and its use based on the determination means
And a display means for displaying the selected section
It is. According to the present invention, a portable terminal device is carried and
And the name of the transportation agency used by the
The section used by is automatically determined and displayed,
The user etc. is busy or has urgent tasks and can write notes etc.
Even in situations where there is no
This eliminates omissions in entry, and eliminates errors in the description. BRIEF DESCRIPTION OF THE DRAWINGS FIG.
The embodiments will be described in detail. FIG. 1 shows the present embodiment.
It is a figure showing the whole system configuration of an embodiment. Form of this implementation
In the state, it is sent from the mobile terminal 1 that the user always carries.
Location and time information stored in the communication network 2
Collating with map data at host terminal (server) 3
And record it in the host terminal 3 as daily report data.
Assume the case. [0009] The portable terminal 1 autonomously operates at predetermined time intervals.
At a certain point in time or according to instructions from the host terminal
Position of the mobile terminal 1 (for example, north latitude aa degrees bb
Minutes, cc degrees east longitude) and time information
To the terminal 3. At this time, the mobile terminal 1
Is connected to the communication network 2 via the base station 4. host
The terminal 3 checks the notified position information with the map data.
And place name (prefecture name, municipal name, street address, etc.) data
Record and display as [0010] The portable terminal 1 stores the position information and the time information.
Detected at predetermined time intervals, but notification to the host terminal is
It does not need to be performed for each detection, and the storage capacity of the mobile terminal is sufficient
Once every 1 to 2 hours, once every half day, once a day
This is possible with the mobile phone of this embodiment. In addition,
It is continuous that the location information is the same location information as the previous detection.
First and last to reduce storage capacity.
Only time information and single location information
You may. [0011] Position information is obtained by GPS (global position).
System) Detection based on signal from satellite 5
But on the road, VICS (Vehicle Information
And communication system) 6 Be
It may be detected from a control signal (optical or wireless). The information detected by the portable terminal 1 is usually wireless.
Transmitted to the base station 4 using the communication network 2
The host terminal 3 is notified.
To notify the host terminal 3 from a remote area,
From a wired public communication line to the communication network 2 via
The notification may be sent to the host terminal 3. [0013] Also, if the user returns to the company or office
Collectively the data detected by the mobile terminal 1 to the host terminal.
Notification may be provided, in which case the optical communication terminal 8
And a wired communication terminal 9 are used.
After returning to the office, myself created automatically
The terminal 7 is used when the postscript is added to the daily report. FIG. 2 is an external view of the portable terminal 1. Mobile phone
The terminal 1 includes an LCD display unit 11, a microphone 12, a camera 1
3. Antenna for wireless communication 14, Sensor for wireless (optical) communication
Window 15, Wired communication socket 16, Speaker 17, General purpose
An IF connector 18 is provided. For general purpose connector 18
Is connected to the GPS sensor 19. In addition, the mobile terminal 1
Is provided with a wireless communication antenna 14. FIG. 3 is a configuration diagram of the portable terminal 1. CP
U21 is stored in the storage device 22 (ROM and RAM)
Run the program that is being run. CPU 21 and storage
The device 22 is connected to each other via a bus 23. The storage device 22 includes a semiconductor memory, a magnetic storage,
Recording media or optical recording media.
And data, etc. are stored. The storage device 22 is portable
It may be fixedly provided on the terminal 1 or detachable.
It may be attached to the device. The recording medium driver 24 is connected to the bus 23
And portable storage media (semiconductor memory, magnetic
Disk, optical disk, and magneto-optical disk)
Read out the stored data or record the portability
The device writes data on the medium 25. Portable recording medium
As an example of the body 25, an IC card is assumed. CPU
Reference numeral 21 denotes a program stored in the portable recording medium 25.
You can also run a system. Note that a program and a program to be recorded in the storage device 22 are
Data, etc., are stored on other devices connected via a communication line, etc.
It may be configured to receive and record from a device.
PU 21 is stored in a storage device provided on another device side.
Programs and data, etc. via communication lines
You may use it. A unit corresponding to the LCD display unit 11 in FIG.
The liquid crystal display (LCD) 31 and the liquid crystal display
A memory 33 for storing information to be displayed on the play 31;
Stored in the memory 33 under the control of the CD control unit 34
LCD drive that outputs the information
, A memory 33 and an LCD driver 32
And an LCD control unit 34 for controlling the operation. Also liquid
Install a touch panel on the surface of the crystal display 31
Input, the input is touch panel
It is output to the bus 23 by the control unit 35. The A / D converter 41 is connected to the microphone 12
Audio information to be attached to the daily report collected
Convert to total data. The microphone control unit 42 has an A / D
The audio information A / D converted by the inverter 41 is bused.
23. The microphone control unit 42 compresses audio information
Have the ability to The speaker 17 is provided to the user of the portable terminal 1
Voice information collected by microphone 12
To monitor output. D / A converter 43 is digital
Convert data to analog data. Speaker control unit 4
4 receives digital data of audio information from the bus 23
And outputs the digital data to the D / A converter 43.
I do. The CCD camera 36 has an image attached to the daily report.
Gather image information. The A / D converter 37 is a CCD camera.
The image information collected by the camera 36 is converted into digital data.
You. The memory 38 stores the digital data converted by the A / D converter.
Memory data. The camera control unit 39 includes a CCD camera.
Controls camera 36, A / D converter 37, and memory 38
And outputs the image information stored in the memory to the bus 23.
You. The GPS sensor 19 is, for example, an artificial satellite
The current position is detected by the radio wave from. General-purpose IF
The unit 27 is a GPS sensor according to an instruction from the CPU 21.
The 19 detected data is output to the bus 23. The clock 28
Clock the time. The timer 29 operates for a preset time.
The CPU 21 is interrupted at intervals. When transmitting data, the communication control unit 45
Generates a transmission signal in accordance with an instruction from the CPU 21 and performs wireless transmission.
Transceiver 48 or optical transceiver 47 or
To the line transceiver 46. Also, when receiving data
Has a wireless transceiver 48 or an optical communication transceiver.
Reception received via 47 or wired transceiver 46
The data stored in the signal is output onto the bus 23.
The wireless transceiver 48 is a wireless communication antenna shown in FIG.
10 is connected to the base station 4 and wirelessly communicates with the base station 4.
Intercept the data. FIG. 4 shows data transmitted from the portable terminal 1.
FIG. 3 is a diagram showing the structure of FIG. Each data consists of header and data
Data section. The header part contains the source address and
And the destination address. Source address
What address system address and destination address
Whether to store the dress is determined by the network to which this embodiment is applied.
Network configuration, eg, TCP / I
In the P communication, an IP address is stored. The data portion includes application identification information,
Command, position information, time information, image information and audio information
Information is stored. The application identification information is
To be started on the terminal (here, the host terminal 3)
This is information for identifying the application program. Real truth
In the embodiment, a program for collating with map data and its
Program that records the place name of the matching result as daily report data
Information for identifying the system is set. Command is specified by destination address
Instruction information for the terminal (host terminal 3) to be executed,
Application specified by application identification information
Is interpreted on the solution. In the present embodiment, the map data
Uses a collation command for collation or a command to record the collation result
Is done. The position information indicates the position where the portable terminal 1 exists.
Information representing the location of the user carrying the mobile terminal 1.
Equivalent to. This position information is output to the output of the GPS sensor 19.
It is created sequentially based on The time information is the location information
That is, the timing at which the output of the GPS sensor 19 is detected
This is information indicating the time, and is an output of the clock 28. Image information
Information and audio information are the timing
The CCD camera 36 and the microphone 12 collect
Image data and audio data, or
Image or audio data collected by the user at any time
Data. FIG. 5 shows that the portable terminal 1 collects and collects data.
It is a flowchart at the time of insertion. This flowchart
The programs for realizing the functions indicated by
In the storage device 22 in the form of program code
Is stored. Here, the mobile terminal 1 is determined in advance.
Location and time information at each time interval
Data is recorded, and when the data recording amount reaches a certain amount, the host
The process of transmitting to the terminal 3 is shown. Note that the mobile terminal 1 is
The power supply is turned on for a predetermined time
The interval (for example, 5 minutes) is set, and the timer 29 is operated.
ing. If the time measured by the timer 29 exceeds the time interval,
An interrupt signal is input to the CPU 21 via the bus 23.
Then, the processing of step S1 and subsequent steps is executed. In step S1, the output of the GPS sensor 19 is determined.
Gain power (location information). In step S2, the GPS
Information obtained from the sensor 19 and the clock 28 at that time
Record information, image and audio data in the storage device 22
You. In steps S3 and S4, the portable terminal
The storage capacity of the first storage device is finite and the host terminal
What is the delay time for obtaining data from the mobile terminal 1
Because we want to make it as small as possible,
Recorded when the data recording amount exceeds the set value.
The transmitted data is transmitted to the host terminal 3. In step S5, the timer 29 is reset.
I do. In the above embodiment, the data stored in the storage device 22 is stored.
If the amount of data recorded exceeds the set value,
1 to the host terminal 3 to transmit data.
To reduce communication costs and power consumption.
The host terminal 3 is provided for each detection and for each detection of image information and audio information.
May be transmitted. In the above embodiment, the flow chart of FIG.
Although the example in which the mobile terminal 1 autonomously executes the port has been described,
In accordance with the start command transmitted from the
May be executed. FIG. 6 shows that the user of the portable terminal 1 is staying or moving.
In step S2 of FIG.
Data format to reduce the amount of data to be recorded when recording
This is a regular process. For example, when the user of the portable terminal 1
In case of stagnating, keep recording data at the same location
That is, in the portable terminal 1 having a finite memory capacity,
Not preferred. Such users stay in the same place
(To stay)
Arrival time (first time data at the place) and its
Departure time from detention location (last time at that location)
Data) only needs to be recorded. Similarly, when moving, the moving route is
Except when lots are used to determine transportation,
Location data is rarely needed,
Between the last time of the detention point and the first time of the next detention point
Are the movement start time and the movement end in the movement time, respectively.
Since the time almost corresponds to the first and last
If the time is recorded, the position data while moving
There is no need to record the time data. At step S11, step S1 of FIG.
Read at least the three most recent position data detected by
Put in. In step S12, this time, the previous time,
Determine whether all of the three position data
If the three data are the same, the process proceeds to step S18.
As described above, the user determines that the user is staying, and
Perform the deletion process. In step S13, the read three positions
It is determined whether or not all of the
If they are separate, as shown in step S19, the user
It is determined that the vehicle is moving, and the center position
Delete data. In step S14, the read three positions
Whether only the central position data is different
If the center position data is different,
If the user is in a staying state,
Move slightly to the installation area, and then
Return to the same location, or the user is on the move
But passed the same detection position area again after a predetermined time.
In this case, as shown in step S20
In other words, it does not judge whether it is staying or moving
Although it is determined from the posterior relationship, the processing is step S18 or
The center position data is deleted as in step S19.
U. In step S15, the read three positions
Position where only the first position data is different
When determining whether the data is data, only the first position data is
If different, the user has transitioned from moving to staying
In this case, it is represented in step S21.
As described above, the center position data starts to stay together with the time data.
Record as data and users are migrating while staying
Deletes the leading data from the three position data. In step S16, the read three positions
Position data, only the last data is different.
Data, only the last position data is different.
If the user moves from staying to moving
In this case, it is shown in step S22.
The center position data is stored together with the time data,
And the user is on the move, so 3
Deletes the leading data from the two position data. As described above, in this flowchart,
From the determination process based on three consecutive data, the user of the portable terminal 1
Determine whether the user is moving or staying, and
Data volume can be reduced, but
If you want to record or check the transportation by comparing travel routes
If you want to set, move by the above data judgment process
Determining whether the data is moving or staying, but deleting data while moving
Can not. Also, this data determination processing is used for the determination.
Perform more accurate judgments by increasing the amount of continuous data
It is also possible. FIG. 7 is a configuration diagram of the host terminal 3. Record
The storage device 51 includes a semiconductor memory, a magnetic recording medium,
Consists of an optical recording medium,
Etc. are stored. The storage device 51 is fixed to the host terminal 3.
It may be provided regularly, or it may be detachably mounted.
It may be worn. The recording medium driver 55 is a portable recording medium.
(Semiconductor memory, magnetic disk, optical disk, magneto-optical
Read out the data stored in 56)
Or write data to a portable storage medium 56
Device. The communication control unit 54 communicates with the network.
Is a unit that controls the transfer of data. Square versus terminal
The transmission and reception of data between and are also controlled here. The CPU 53 is a storage device 51 or a portable device.
A program or the like is loaded from the recording medium 56 to the memory 52,
Run. The program stored in the storage device 51
And data are stored in the portable recording medium 56.
May be written, or
Received from other devices on the network via
It may be configured to record. Further, the CPU 53
Platform stored in a storage device provided on the
Use programs and data via communication lines, etc.
You may make it. FIG. 8 shows a state transmitted from the portable terminal 1 to the host terminal.
The structure of the data record received at the end 3 and the received data record
The data processed by the host terminal 3 into the data record
This is the configuration of the added data record. Received at host terminal 3
The received data record contains the received data and the map data.
Data such as place names obtained by matching with
Detection position data and second detection position data in the data
The movement data of the means of movement when the movement is performed between
The data record for the added daily report is stored in the host terminal 3.
It is. FIG. 9 shows position data obtained by GPS.
To extract place names by comparing them with map data
It is a figure showing an example. Roppongi from "A" point on Akasaka 1-chome
GPS position data up to "B" at 4-chome is indicated by the wavy line in FIG.
Traced as shown, and matched with the map data,
The travel route is Akasaka 1-chome → Aoyama 1-chome → Akasaka 2-chome
→ Akasaka 3-chome → Aoyama 3-chome → Roppongi 4-chome → Roppongi 3-chome
It can be seen that the eye has moved to Roppongi 4-chome. This map
The travel route matched with the data and the route of the train, bus, etc. overlap
If you do, you can check it against a route table or fare table.
It is possible to obtain data on identification of transportation means and tolls for that section.
Note that a data determination process to reduce the amount of data to be stored
If you do, the intermediate route will not be recorded,
“Akasaka 1-chome” at start point “A” and its “Departure time”
Time "and" Roppongi 4-chome "at the end point" B "
Is stored. FIG. 10 is a diagram showing the position by GPS in FIG.
Instead of detection, PHS (Personal Handy Sys
System) can be used to detect approximate location names even with base station location data.
FIG. Connect the mobile terminal 1 to the most advantageous
Connect to the PHS base station in the wave condition,
The local terminal data is compared with the map data and the mobile terminal
1 is detected in which area it is currently. Compared to GPS
In PHS, the range of radio waves of the base station (the base station
(Depending on the type, usually a radius of 100m to 300m)
Various changes due to physical conditions, buildings, etc.
Locations are not conveniently located for each place name
Although the measurement accuracy of position detection (place name detection) is inferior to GPS,
P as a (wireless) communication means between the mobile terminal 1 and the host terminal 3
If HS is used, a GPS position detection
A PHS unit for the communication can be used without adding a unit.
Can be used for location detection, so place name detection
Use PHS when accuracy is not so high
By reducing the size and power consumption of the mobile terminal 1 or cost
Down is considered. FIG. 11 shows the daily report stored in the host terminal 3.
Display the data on another input / output terminal used by the user
This is an example in which In FIG. 11, the portable terminal 1 is
User has the time and place name data of the first staying place
"8:35" and "8 Kubancho 8 in Chiyoda-ku"
The time is displayed in the time column of the time column and the place of stay in that line.
In the content column of that line, a file that can be entered by the user
A field is created. Next data content recorded in the host terminal 3
From “10: 1” in the position corresponding to “10:10” in the time column.
"0" is displayed, and "Move" is displayed in the place of stay of the line.
Then, in the content column of that line, enter a traffic information
Field is created. At this time, the location of multiple location data
The means of transportation is determined from the route detected by comparison with the figure data.
Identify the means of transportation, getting on / off station information and fare information separately.
Refer to route map data and toll table data stored in the process
And automatically display it. The next data recorded on the host terminal 3
Time and place name data at the second detention place
Is displayed in the same manner as the first staying place data.
Create a field to fill in. In the same manner as described above, the displayed time scale
That is recorded on the host terminal 3
Each time data is displayed, and the time data is
Displays the place name data at the time and allows users to enter
Automatically create a basic format for daily reports
create. Therefore, the user of the portable terminal 1
Fillable file created only for the actual work at the destination
Just fill in the fields. In addition, each land
According to the name data, the business content to be performed at the place of the place name
If specified, for example, visit company name or interview at sales
If the department, title, and name of the person
Using the place name data of the
Automatically display in fillable fields
Is also good. The image data is stored together with the place name data.
Image data under the appropriate fields from the time data
Play back and display, or place an image in the displayed field
It indicates that there is data and displays it separately. The audio data is stored in the displayed field.
It indicates that there is voice data and plays it separately, or displays and sounds
If voice data can be linked, there is voice data
Even if the sound is played by specifying the display of
Good. In this embodiment, the time scale
Display the time, place of stay, or content so that it matches the home position.
Although it was shown, for example, the relationship with the time scale
Instead of displaying only the work contents at the place of stay,
Frequently, when applying for transportation expenses etc., the transportation method (traffic
Means), route, fare, etc. may be displayed.
No. In FIG. 11 described above, the daily report of the salesperson is used as an example.
However, for example, the same applies to delivery operations from warehouses to dealers, etc.
That was unnecessary in the salesperson's daily report.
Make it possible to record road records more finely
Delivery of courier services with less staying time at each destination
Also, it can be displayed in the daily report of a taxi driver. FIG. 12 shows the daily report stored in the host terminal 3.
Users can collect data for one week and use it as a weekly report.
This is an embodiment in the case of displaying on an input / output terminal 7 or the like.
You. In the case of the embodiment shown in FIG.
As you can see, the place name of the place of stay each day and the
Show only content, not detailed content
I did it. FIG. 13 shows that the portable terminal 1 has at least one day.
Daily data can be stored, and
The mobile terminal 1 calls the data from the host terminal 3 for browsing and browsing.
When the data for the daily report can be changed, if possible
It is a flowchart in a case. The daily report data recorded on the host terminal 3
Browsing and changing of data are performed by the normal terminal connected to the communication network 2.
End 7 is also possible, and even in that case, the flow of FIG.
Chart processing can be performed. In step S41, the user holds the mobile phone.
The band terminal 1 holds the user's daily report data on the target day.
The daily report data of the mobile terminal 1
If it is already held, go to the next step S42.
However, if you do not have the daily report data,
Step S4 for receiving daily report data from terminal 3
Go to 9. In step S49, the communication control of the portable terminal 1 is performed.
The host 45 is controlled using the control unit 45 and the wireless transceiver 48.
Connect to terminal 3. The connection terminal (end) of the public communication line
In places where there is an end, instead of the wireless transceiver 48
Connection with the host terminal 3 by the wired transceiver 46
Is possible, and there is a connection terminal (terminal) for optical communication.
Is connected to the host terminal 3 by the optical communication transceiver 47.
It is possible to continue. In step S50, the user needs
Check whether the daily report data is recorded in the host terminal 3.
And as a result, the date requested by the reply from the host terminal 3
If there is no report data, the process proceeds to step S52 and returns.
If there is such a daily report data, step S51
Proceed to. In step S52, the daily report data requested by the user
Data is not recorded on the host terminal 3.
Therefore, it corresponds to the LCD 31 which is the display means of the portable terminal 1.
Indicates that no daily report data is recorded. In step S51, the date requested by the user
Report data is recorded in the host terminal 3.
Therefore, the host terminal 3 is requested to transmit the data.
Then, the transmitted data is received by the portable terminal 1. In step S42, the communication from the host terminal 3 is performed.
Receiving by communication, portable recording medium 25 or IC card
50 or stored in the recording medium of the storage device 22.
Daily report data to RAM, etc. which can be easily processed by CPU
I remember. In step S43, the RA of the storage device 22
The daily report data stored in the M or the like is displayed on the LCD 31 or the like.
The user can browse the daily report data or check the contents.
It is possible to recognize. In step S44, the user sets the portable terminal 1
View the contents of the daily report data displayed on the
Using the input means such as the control unit 35 or the like,
Make changes. In step S45, the above-mentioned step S44
The daily report data that has been added or changed in the
Portable recording medium 25, IC card 50, or storage device 2
2 in the recording medium. In step S46, the user change process is executed.
Judgment of the end is made, and if the change is finished, the changed daily report
Next step for transmitting the data contents to the host terminal 3
The process proceeds to step S47, but if the change is not completed, the daily report again
The process returns to step S44 where data is added or changed. In step S47, communication with the host terminal 3 is performed.
Connected by the control unit 45 and the wireless transceiver 48
Host the contents of the daily report data changes
Transmit to terminal 3. In this case also,
As in the case described above, the connection with the host terminal 3 is made via a wired transceiver.
Using a transceiver 46 or an optical communication transceiver 47
Is also possible. As described above, the portable terminal 1 and the communication line
The daily report data is displayed on the terminal 7 connected to the network 2,
A change process is performed, and the change result is stored in the host terminal 3 again.
Can be made. FIG. 14 shows that the daily report data is transmitted from the portable terminal 1.
Embodiment of processing in host terminal 3 when received
It is a flowchart which shows. In step S61,
Band terminal 1 or a terminal 7 connected to the communication line network 2.
Receives the received daily report data. In step S62, the host terminal 3
From the daily report data stored in the quantity storage device, the received daily report
Daily report data recorded for the data user
It is called into a RAM or the like that can be easily processed by U or the like. In step S63, the data received in step S61 is received.
Whether the received daily report data is new daily report data or
Updates the daily report data stored in the host terminal 3.
It is determined whether the data is (change) data. Date received
If it is determined that the report data is update data,
The process of step S69 is performed, and the received daily report data is
If it is determined that the data is
I do. In step S69, the received daily report data
Is the update data, so the received daily report data
Data and the same day of the daily report data stored in the host terminal 3.
Replace the contents of In step S64, the received daily report data
Is the new data, so the position data
Data is compared with map data to detect place names. Steps
In S65, the received daily report data is stored in the host terminal 3.
Add to the daily report data that had been done. In step S66, for example,
Time management system, employee location management system,
Alternatively, from another system such as an accounting system,
Read the date and time data corresponding to the user's daily report data
To add to daily report data. In step S67, the above added or updated
The received daily report data to the mass storage device of the host terminal 3 again
Remember. In step S68, the update data is
When the data is sent, the content updated on the host terminal 3
Is transmitted to the portable terminal 1 for confirmation. As described above, the host terminal 3
Data is added or updated. FIG. 15 shows a communication network.
For displaying a daily report on the terminal 7 or the like connected to the terminal 2
It is a flowchart of FIG. In step S71, the data is stored in the host terminal 3.
The read daily report data is read into the RAM of the terminal 7 or the like. Stay
In step S72, the daily report is displayed on the display of the terminal 7.
-Generate a matte screen. Generate daily report screen in this case
So that the terminal software can be stored in the terminal 7.
May be stored in the host terminal 3 and the daily report screen
From the host terminal 3 to the terminal 7 when there is a request for
You may do it. In step S73, the time from the host terminal 3
The time data is read into the terminal 7. In step S74,
The time data read in step S73 is
The predetermined position of the format screen of the daily report generated in S72
Display. In step S75, the above-mentioned step S73 is executed.
Host location data corresponding to the time data read in
G from the terminal 3 to the terminal 7. This place of stay data is
If the user is staying, it is the place name of the place.
If the user is moving, the data that the user is moving is data.
Is remembered. In step S76, step S75
It is determined whether the data read in is moving or not,
Step to display "stay place name" when not moving
Performs the processing of S82, and displays “move” if the apparatus is moving.
Step S77 is performed. In step S82, the process is started in step S72.
On the generated daily report screen, the time
In the corresponding location on the same line as the
Displays the name of the place of stay. In step S83, the content of stay is
Create stay files for display. Step S8
In step 4, the stay file created in step S83 is
Same as the time data and place of stay data displayed in step S74.
Is displayed at the corresponding location on the same line. In step S85, the displayed stay file is displayed.
File to the other terminal stored in the host terminal 3.
The continuous data is read. In step S77,
On the daily report screen generated in step S72,
At the corresponding location on the same line as the displayed time data,
Display "move" of the place of stay data read in step S75
You. In step S78, the moving content is
Create a transfer file for viewing. Step S7
In step 9, the transfer file created in step S78 is
Same as the time data and place of stay data displayed in step S74.
Is displayed at the corresponding location on the same line. In step S80, the displayed moving file is displayed.
File to the other terminal stored in the host terminal 3.
The continuous data is read. In step S81, the reading
Time data and related data are displayed on the daily report screen
To determine whether the final data is
If there is, the process ends.
The process returns to the reading of the time data in step S73. As described above, the connection to the communication network 2 is established.
A daily report screen can be displayed on the terminal 7 or the like. Up
The daily report created as described above is stored in the host terminal 3.
It is stored in a predetermined area in the device 51. Carry mobile terminal 1
When the band user displays the daily report on the mobile terminal 1,
Requests from the mobile terminal 1 via the communication network 2
I do. This request has the data structure shown in FIG.
For example, as the source address and destination address
The addresses of the mobile terminal 1 and the host terminal 3 respectively
Is set. Also, as application identification information
"Daily report program" is set.
Information request command "is set. And this command
The date desired to be referred to is added as additional information.
The command and its additional information are stored by the user at the mobile end.
Of the LCD display unit 31 of the terminal 1
Is entered. [0091] The host terminal 3 sends a "daily report
Request command '', the command is interpreted and the
Extracts the daily report of the user carrying the mobile terminal 1 on the specified date
And sends the daily report to the portable terminal 1. Mobile terminal 1
Displays the daily report transferred from the host terminal 3 on the LCD
It is displayed on the section 31. The processing executed in the host terminal 3
Management program, that is, shown in the flowchart of FIG.
From the mobile terminal 1
A program that interprets and processes the transferred command
Are the program codes readable by the CPU 53
In the storage device 51 or the portable recording medium 56 in the form of
Has been delivered. Or connected via a network
Use what is stored in other devices. As described above, the book excluding FIG.
In the daily report creation system of the embodiment, the mobile terminal 1
Detects location information, time information, etc. and sends it to host terminal 3
Transfers the daily report of the user carrying the mobile terminal 1 to the host
This is a configuration that is created automatically. For this reason, the portable terminal 1 stores the location information and
Function to detect time and time information and transfer it to the host terminal,
Function to request daily report from host terminal 3 and host terminal
Provide a function to display data downloaded from 3
Just do it. That is, the mobile terminal 1 is a map with a huge amount of information.
There is no need to store data, etc., and high-speed processing is required.
Executes the required high-precision pattern recognition processing and various processing.
You don't have to. For this reason, the user of the portable terminal 1
Mobile terminal 1 equipped with a large amount of memory and a high-performance processor
A daily report can be obtained without using it. FIG. 16 shows that the portable terminal 1 of FIG.
In the flowchart when collecting and importing,
The position data and map data detected at the end 3
Location name detection by mobile terminal 1
It is a flowchart in the case of having performed. The progress of storage elements, CPUs, etc. is progressing rapidly.
For example, in the current technology, map data is recorded on the portable terminal 1.
Remember, huge amount of map data and detected position data
It is not realistic to perform verification with a general-purpose CPU
Even if it is done, it may be built into the mobile terminal 1 in the future.
Since there is a possibility, processing in that case will be described below. A predetermined time interval set in the timer 29
(For example, 5 minutes), the interrupt signal
Input to the CPU 21 via the
The following processing is performed. In step S91, the GPS sensor 19
Get output (location information). In step S92,
The position information obtained in step S91 is compared with the map data.
Location name is detected. In step S93, step S92 is performed.
The place name obtained in the above is changed from the place name obtained in the previous detection
It is determined whether or not it has been changed, and it has been changed
Is performed in step S96 for recording the data.
It is. If not changed, data is recorded
Absent. At step S94, at step S91
Information obtained from the GPS sensor 19 and the clock 28 at that time
The obtained information is recorded in the storage device 22. Step S95
In step S96, the storage amount of the storage device of the mobile terminal 1
Is finite and the mobile terminal 1 on the host terminal 3 side
Want to minimize the delay time in obtaining data
From the data recording amount recorded in the storage device 22 is set.
If the data exceeds the specified value, the recorded data is transferred to the host terminal 3.
To send to. In the step S97, the reset of the timer 29 is performed.
Do As described above, the map is stored in the mobile terminal 1.
When data is stored, the place name on the mobile terminal 1 side
Detection and its data capture are possible. In the above embodiment, the position information of the portable terminal is
Configuration using GPS sensor and PHS as means for detection
Although the present invention is not limited to this,
For example, use the beacon of VICS which was fine as position information
It may be. In the above embodiment, the daily report shown in FIG.
1. The format shown in Fig. 12 is shown as a weekly report.
It is not limited to
They may be displayed in order, ignoring the system scale. Further, in the above-described embodiment, for a predetermined period of time,
Although the configuration to detect location information at intervals has been shown,
If there is any regularity in the behavior or behavior pattern,
Sampling location information to the extent that it can be written in the daily report according to changes
It is only necessary to be able to ring, and it is not always necessary to
There is no need to detect information. According to the present invention, a portable terminal device is carried.
The name of the transportation system used by users who go out and do business etc.
The used section is automatically determined and displayed
The user is busy or has urgent business,
Even in situations where it is not possible,
And no omissions, etc.
You.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system configuration diagram of the present embodiment. FIG. 2 is an external view of a portable terminal. FIG. 3 is a configuration diagram of a mobile terminal. FIG. 4 is a diagram showing a configuration of data transmitted from a mobile terminal. FIG. 5 is a flowchart of a process in which the portable terminal acquires and transmits position data. FIG. 6 is a flowchart of a process for determining position data of a mobile terminal. FIG. 7 is a configuration diagram of a host terminal. FIG. 8 is an example of a data configuration diagram stored in a host terminal. FIG. 9 is a diagram illustrating an example of a comparison of route data by GPS. FIG. 10 is a diagram illustrating an example of collation of route data by PHS. FIG. 11 is a diagram illustrating an example of a display screen on which a daily report of a normal job is displayed on a terminal. FIG. 12 is a diagram showing an example of a display screen on which a weekly report is displayed on a terminal. FIG. 13 is a flowchart of displaying and adding / changing daily report data on a terminal. FIG. 14 is a flowchart of determination of position data of a host terminal. FIG. 15 is a flowchart of generating a daily report screen in the terminal. FIG. 16 is a flowchart in a case where location data is captured by a portable terminal and a place name is detected. [Description of Signs] 1 Mobile terminal 2 Communication line network 3 Host terminal 4 Base station 5 GPS satellite 6 VICS 7 Terminal 8 Optical link terminal 9 Connection terminal 11 LCD display unit 12 Microphone 13 Camera 14 Wireless communication antenna 15 Wireless (light) Communication sensor window 16 Wired communication socket 17 Speaker 18 General-purpose IF connector 19 GPS sensor 21 CPU 22 Storage device 23 Bus 24 Recording medium driver 25 Portable recording medium 26 General-purpose IF 27 General-purpose IF 28 Clock 29 Timer 31 Liquid crystal display 35 Touch panel control Unit 36 CCD camera 46 wired transceiver 47 optical communication transceiver 48 wireless transceiver 51 storage device 52 memory 53 CPU 54 communication control unit 55 recording medium driver 56 portable recording medium

Continuation of the front page (58) Field surveyed (Int.Cl. ⁷ , DB name) G06F 17/30-17/60 G01C 21/00 H04Q 7/34 G01S 5/14

Claims (1)

(57) [Claim 1] A portable terminal device capable of detecting position information at predetermined time intervals and transmitting the position information and the detection time,
The mobile terminal receives the detected position information and the detection time in the apparatus, makes more and the portable terminal device an information processing apparatus for creating a daily report of the user or the like for carrying the information processing apparatus
Is the position information detected by the portable terminal device and the position information.
The user or the like is moving based on the detection time of
And the map data and
Matching means for detecting the movement route of a user or the like by comparing the information
And the collation means, wherein the travel route is map data.
If the line pattern of the medium transportation
Transportation agency discrimination that discriminates that the user has used the Seki
Means, the means for determining transportation means and the means for determining
Display to display the name of the transportation and the section used
Means for creating a daily report.