JPH03226869A - Portable electronic device - Google Patents

Abstract

PURPOSE:To efficiently execute the information processing by positioning the data whose use frequency by a user is high in the vicinity of the head of many candidates so that the reference is facilitated. CONSTITUTION:In a RAM 16 of an application card 2, for instance, fifth stored data in a priority storage means is read out of a master table storage means, and when this fifth data is written out to a transaction file storage means together with accompanied incidental information, as for fifth data, its priority is changed to first priority and it is stored in the priority storage means. Accordingly, the data used this time can be referred to in first priority in the next time, and as the number of times of use increases, the data whose use frequency by a user is high comes to be positioned in the vicinity of the head of many candidates. In such a way, it does not take time for the information processing.

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention relates to a portable electronic device called an IC card, and more specifically, it is capable of sequentially referring to data according to the frequency of use by a user. Relating to portable electronic devices.

(Prior Art) When performing conventional information processing, a large amount of data to be used is stored in a master table, etc., and the corresponding data is obtained by sequentially referring to such a master table.
Various treatments have been carried out.

However, this method has a problem in that when there is a large amount of data in the master table, it takes time to sequentially refer to the master table, and it takes time to process the information. For this reason, we investigated the frequency of data usage and
It is considered to use this result to register data in descending order of frequency of use.

(Problem to be solved by the invention) However, in this method, the frequency of use of data is fixed, and if the frequency of use of information varies depending on individual users, Even if the information is used infrequently, such as boat fishing, it is placed at a lower position in the master table, and there is a problem in that it takes time to sequentially refer to the master table.

The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a portable electronic device that can sequentially refer to data according to the frequency of use by a user.

(Means to Solve the Problem) The above object is to provide a master table storage means for storing various information of data, a priority storage means for storing the priority order of data extraction, and a master table storage means for storing various data information, and a priority storage means for storing one data in the priority order storage means. means for reading the data from the master table storage means in accordance with the order of the means; means for writing the data read by the means to the transaction file storage means together with accompanying information; and a means for determining the priority of the data written by the means. This is achieved by a portable electronic device characterized in that it is provided with means for arranging the priorities first and storing them in the priority storage means.

(Operation) According to the present invention, for example, the fifth data stored in the priority storage means is read out from the master table storage means, and the fifth data is read out from the transaction file storage means along with the accompanying information. When the data is written out, the priority of the fifth data is changed to first and is stored in the priority storage means, so that the data used this time can be referenced first next time. As the number of times of use increases, data that is frequently used by the user will be located near the beginning of the multiple candidates.

(Example) Hereinafter, an example of the present invention will be described based on the drawings. 1st
The figure shows a system notebook 1 of an electronic notebook (1) showing an example of a portable electronic device according to the present invention. In the embodiment, δ will be explained when this electronic notebook (1) is used as a man-hour management device.

The electronic notebook (1) includes a central processing unit (CPU) (8) that executes input/output operation calculation processing, and an order unit (
a display device (3) that displays the input contents when time, situation, etc. are input corresponding to the order number (hereinafter referred to as order number); (3) a drive circuit (9) for controlling input content to be displayed; and the host computer (19).
a connector (6) for connection with the application card (2), an application card (2) to be described later, an input key (5) for inputting various data, and the application card (2).
), an input/output (Ilo) boat (10) that controls input from the input key (5) or the touch key (4), and the CP R that stores the operation control program of U (8)
OM (11), RAM (12) that temporarily stores the program when it is executed, and real-time lock (12) that counts 1 hour on January 1, 2019, etc.
RTC) (13) and a connector (14) connected to the connector (7) of the application card (2).
), and a power source battery (18) for operating the CPU (8) and the like.

Further, the application program (2) is a ROM (1) that stores a definitive application program.
5), RA, M (16), and a battery (17) for hacking up stored data, etc. when the application program (2) is separated from the electronic notebook (1).
has. However, the RAM (16) has a master table as a master table storage means for storing various information on data, a submaster table as a priority storage means for storing priority order for data extraction, input information, and order information. When inputting time and situation corresponding to a number, one piece of data is read from the master table according to the order of the submaster table, and this read data is written to the transaction file along with the accompanying information. The priority order of the output data is rearranged to first and the program etc. to be accommodated in the chip master table is stored.

As shown in FIG. 2, the touch keys (4) include a "work start" key (401), a "r work end" key (402),
``Register r'' key (403), ``Exit'' key (404L)
rm” key (405), rm” key (406), r
Previous Candidate/Yes” key (hereinafter referred to as “Previous Candidate Key”) (
407), "r-th candidate/no" key (hereinafter referred to as "next candidate key") (408), etc.

Also, the entry key (5) is “Calendar”, “Calculation”,
Mode setting keys (5
01) and the power key (5) for power on/off control.
02), a character input key (503) for inputting character information using alphabetic characters, and a numerical value input key (504) for inputting numerical information.

However, the master table of the RAM (16) includes a situation table (29a) and a development language table (29).
b) A development model table (29c) and a job table (29d) are stored.

In the situation table (29a), the situation and the katakana display when displayed on the display device (3) are stored on each page for each situation code in the format shown in FIG. 5, for example. For example, on the page related to situation code 20, the page about situation code: 2 shows the system analysis 2; the page about the situation code: 1 shows the situation: basic design 2: basic design; and the page about the situation code: 2 shows Position: Detailed Design 5 Display: Show Sai Seso is registered, and on the page related to the position code: 3, the position Niprogramme design display Niprogramme Seven So is registered, and on the page regarding the position code: 4, Position: Coding 1 Display: Coding is registered.

In the development language table (29b), languages are stored on each page for each language code in the format shown in FIG. 6, for example. For example, a page about language code: 0 has language: ASM, a page about language code = 1 has language: BASIC, and language code = 2.
Language: C is registered for pages related to language code: 3, language: C0BC)L is registered for pages related to language code: 3, and language: PL/1 is registered for pages related to language code: 4.

In the developed model table (29c), machine names are stored on each page for each machine code in the format shown in FIG. 7, for example. For example, a page about machine code: 0 has machine name: PS155, a page about machine code = 1 has machine name: S/36, and machine code:
Machine name=3083 is registered on the page related to 2, machine name: 3090 is registered on the page related to machine code: 3, and machine name: S/l is registered on the page related to machine code: 4.

In the job table (29d), an order number, system abbreviation 2 aspect code 7 language code, and machine code are stored on each page for each job number in the format shown in FIG. 8(a), for example. For example, the page related to job number: O has order number: 190195 and system abbreviation:
AAA system, situation code: 1. Language code: 32
Machine code: 3, and order number: 190-196 on the page related to job No. 1. System abbreviation:
BBB system.

Position code: 3. Language code: 49 Machine code = 2,
Also, the page regarding job No. 2 has order number: 19.
0-197. System abbreviation: CCC system, situation code: 4. Language code: 42 Machine code = 3, and the page related to job number: 3 has order number: 19.
0-1.98, System abbreviation: DDD system,
Position code: 3. Language code: 3, machine code: 3,
Also, the page regarding job number: 4 has order number: 19.
0-199. System abbreviation: EEE system, aspect code = 4. Language code: 32 Machine code = 3 is registered.

Further, the submaster table of the RAM (16) includes a job code submaster table (30a),
A development language submaster table (30b) and a development model submaster table (30c,) are stored.

In the job code submaster table (30a), job codes are stored in each page according to priority in the format shown in FIG. 9(a), for example.

For example, a page related to priority: 0 has job N.

:0, but there is also a page about priority:l.
Job No: 2 is on the page related to priority: 2, job No: 1 is on the page related to priority: 3, and job No: 3 is on the page related to priority: 4, as shown in Figure 10 (a). A language code is stored in each page for each priority in the format 3. For example, a page related to priority 0 has a language code 0, a page related to priority 1 has a language code 2, and so on.
Also, pages related to priority level 2 have a language code of 4, and pages related to priority level 3 have a language code of 1.
However, the page regarding priority: 4 also has the language code:
3 is registered.

In the developed model sub-master table (30W), machine codes are stored on each page for each priority in the format shown in FIG. 11(a), for example. For example, a page regarding priority: 0 has machine code: 0, a page regarding priority: 1 has machine code: 1, a page regarding priority: 2 has machine code: 2, and priority: 3. Machine code: 3 is registered for the page related to priority level: 4, and machine code: 4 is registered for the page related to priority level: 4.

Next, the operating state of the portable electronic device configured as described above will be explained.

First, the operating state of the electronic notebook (1) when inputting the start time will be explained based on the flowchart of FIG. 3(a).

First, by operating the "card" key of the mode setting keys (501), the contents of the initial screen are displayed on the display device (3) (Sl). Then, from the initial screen, press the “Start Work” key (
401), the start time input screen will appear on the display device (
3) is displayed (S2). An example of this display is shown in FIG. 4(a). That is, the date has RT C (
13) The day count of the current day is also abbreviated as the priority order of the job code submaster table (30a):
Job No. corresponding to 0: Job table (29a
) The system abbreviation corresponding to the order number = 190195 that searched for: The AAA system searched the job table (29d) with the job number corresponding to the priority of the job code submaster table (30a) in the situation. : 1 and further searched the situation table (29a). Display: Kihon Sesokei, and R at the start time.
The current time counted by T C (13) is displayed in units of 10 minutes.

The cursor position at this time is the start time, and this cursor position becomes the item to be changed. Then move the cursor to “
All items can be changed by operating the "M" key (405) and the "M" key (406) to move #I≠K.

For the start time, press the "Previous candidate" key (407) and "Next candidate"
By operating the key (408), you can set the time in 10 minute increments, and by moving the cursor to the hour, you can perform the same operation.
Since the information is displayed one after another on the display device (3) in units of time, changes are made at the appropriate time.

The abbreviation is "Next Candidate" key (408) is operated to select the job table (2
System abbreviation corresponding to the order number = 190197 that searched for 9d): The CCC system then searched the job table (29d) for job number 1, which corresponds to priority order = 2 in the job code submaster table (30a). System abbreviation corresponding to order number = 190196: EEE system, DDD system, etc.
Since the EEE system is displayed on the display device (3), the system abbreviation corresponding to the corresponding receiver 3 Note number: 190-198: D
Make changes to the DD system. In addition, the “previous candidate” key (40
7), the system abbreviations will be displayed in the reverse order on the display device (3).

The situation corresponds to the priority order of job code submaster table (30a): 3. The job table (29d) is searched with job number: 3. The situation table (29a) is further searched with the situation code: 3. Display: Program seso is Displayed on the display device (3). Here, press the "Next candidate" key (
408), (1
63 and the system abbreviations in the following order.

Basic settings, program settings, and coding will be displayed, so make changes to the corresponding aspects, such as coding. Furthermore, the “previous candidate” key (407
), the positions will be displayed in the reverse order on the display device (3).

By operating the "Previous Candidate" key (407) and the "Next Candidate" key (408), the date will be displayed one after another on the display device (3) in a one-day scale, so change it to the corresponding date (S3). ).

4 By operating the "registration" key (403), the display contents and related codes as shown in FIG. 3(b) are displayed, such as date: 0.
20116 (, year is not displayed on display device (3))
, Order number: 190-198. Position code = 4. Start time: 0910 is stored in the transaction file (31) as shown in FIG. 12(a), and as shown in FIG.
b) Registered order number as shown in: 190-198
The priority of job code submaster table (30
a>, the page related to priority: O has job No. 3, the page related to priority: 1 has job No. O, and the page related to priority = 2 has job No. 0. =2, but priority =3
The related page has job number: 1 and priority:
Job No. 4 is stored in the job code submaster table (30a) on the page related to No.
As shown in Figure (b), the situation code: 3 of the page related to job No. 3 in the job table (29d) is changed to situation code: 4 and stored (S4).

Therefore, when the "work start" key 5- (401) is next operated from the initial screen, the start time input screen shown in FIG. 4(b) is displayed on the display device (3). That is, the system abbreviation: DDD system corresponding to the previously used order number: 190-198 is displayed first.

Next, the operating state of the electronic notebook (1) when inputting the end time will be explained based on the flowchart shown in FIG. 3(b).

First, the contents of the initial screen are displayed on the display device (3) by operating the "card" key of the mode setting keys (501) (S5). Then, from the initial screen, press the “End work” key (4
02), the end time input screen will appear on the display device (3).
) is displayed across two screens (S6).

Examples of this display are shown in Figure 4 (c), (d), (
Shown in e). In addition, if the phase selected in the start time input is coding (that is, phase code: 4), Figure 4 (d), that is, machine, language, will be displayed, and if the phase is other than coding, Figure 4 (e) will be displayed. That is, creation and reuse are displayed. Therefore, in this case, the system abbreviation corresponding to order number = 190-198: DDD6 Since the system aspect is selected as coding on the start time input screen, the second screen is shown in Figure 4(d).
is displayed. Note that the end time manual screen displays the first record in the transaction file (31) for which the start time has been entered but the end time has not been entered.

The date contains information from the transaction file (31),
Also, the abbreviations include transaction file (31) order number: 190-19 '8 and job table (29d
) is searched for system abbreviation: DDD system, and the situation is transaction file (31) situation code: 4 Searched situation table (29a) Display:
The current time counted by RT C (13) is displayed in units of 10 minutes for the end time, and the job table (29d) has the order number: 190-198 for the machine name.
Searched for machine code = 3 and further developed model table (
29c) was searched for: Machine name: 3090, and the language was the order number = 190-198, and the job table (29c) was searched.
d) The language code searched for is 3, and the language code searched for the development language table (29b) 7 is further displayed: C0BOL.

The cursor position at this time is at the end time, and this cursor position becomes the item to be changed. By moving the cursor by operating the "M" key (405) and the "M" key (406), the end time and subsequent times can be changed.

For the end time, press the "Previous Candidate" key (407) and "Next Candidate"
By operating the key (408), you can set the time in 10 minute increments, and by moving the cursor to the hour, you can perform the same operation.
Since the information is displayed one after another on the display device (3) in units of time, changes are made at the appropriate time.

The second screen is displayed on the display device (3) by operating the "registration" key (403) or the "ma" key (406).

For machine names, operate the "Next Candidate" key (408), and from machine name 3090 onwards, search the development model table (29c) with the machine code: 0 corresponding to the priority order: 0 of the development model submaster table (30c). Machine name: PS
155 is the next machine name that searched the development model table (29c) with the machine code corresponding to the development model submass 8 tartable (30c) priority = 1: 1: S/36 is 3083309 one after another in the same way.
．． 0. Since S/1 is displayed, change the corresponding machine name to, for example, S/36. In addition, the "previous candidate" key (407
), the machine names will be displayed in the reverse order on the display device (3).

Languages can be selected by operating the "Next Candidate" key (408), and from language C0BOL onwards, the development language submaster table (
30b) Priority: 0 Corresponding language code: 0 Language searched in the development language table (29b): AS
Next, M searches the development language table (29b) with the language code = 2 corresponding to the priority level 1 in the development language submaster table (30b), and the language C searches for PL/1. Since BASIC COBOL is displayed, for example, the initial display C0BOL is selected. Note that when the "previous candidate" key (407) is operated, the languages are displayed in the reverse order on the display device (3) (S7).

By operating the "registration" key (403), the
) For example, end time: 16
40, machine code=1. Language code: 3 is shown in Figure 12 (b
) As shown in FIG. 11(b), an addition is added to the transaction file (31) and stored, and as shown in FIG. The page that was changed first and has a priority of 0 has a machine code of 1, the page that has a priority of 1 has a machine code of 0, and the page that has a priority of 2 has a machine code of 2. , Machine code: 3 is stored in the page related to priority level 3, and machine code = 4 is stored in the page related to priority level 4. Furthermore, as shown in Figure 10(b), the priority of the registered language code; 3 has been changed to the first in the development language submaster table (30b), and the page related to priority: O has the language code =
3 is also a priority; pages related to priority 1 have language code 0; pages related to priority 2 have language code 2; pages related to priority 3 have language code 4; Language code=1 is stored in pages related to rank:4. Furthermore, as shown in FIG. 8(c), the machine code 3 related to job No. 3 in the job table (29d) is changed to machine code 4 and stored (S8).

Therefore, from the initial screen, press the "Work End" key (402).
, call the end time manual screen, and press the "Next candidate" key (408) with the machine name. Machine name: S/36
However, if you operate the "Next Candidate" key (40B) for the language, the language: C0BOL will be displayed first.

Then, the transaction file (31) stored in the RAM (16) is transmitted to, for example, a host computer, which is a higher-level device, and the host computer totalizes it by order number, thereby making it possible to manage the man-hours of all employees.

(Effects of the Invention) As described in detail above, according to the portable electronic device according to the present invention, data that is frequently used by the user is located near the beginning of a large number of candidates, making it extremely easy to refer to the data. Therefore, it greatly contributes to improving the efficiency of information processing and is extremely useful.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the entire man-hour management device of the present invention;
FIG. 2 is a plan view showing the electronic notebook, FIG. 3 is a flowchart related to the input operation of the electronic notebook, FIG. 4 is a plan view of the display device showing examples of display according to the input state of the display device, and FIG. 5 is a plan view of the electronic notebook. Figure 6 shows an example of a development language table, Figure 7 shows an example of a development model table, Figure 8 shows an example of a job table, and Figure 9 shows an example of a job table. Diagram showing an example of job code submaster table, No. 10
The figure shows an example of the development language submaster table.
FIG. 1 is a diagram showing an example of a developed model submaster table, and FIG. 12 is a diagram showing an example of a transaction file. Explanation of symbols (1)...Electronic notebook, (2)...Application card, (3)...Display device, (4)...Touch key 2 (5)...Enter key (7) )...Connector, (9)...Drive circuit, (11)...ROM. (13)...Real tie (14)...Connector, (16)...RAM, (18)...Power battery, (6)...Connector, (8)...CPU. (10)...I/O port, (12)...RAM. Murotsuku, (15)...ROM. (17)...Battery, (19)...Host computer. 3 Figure 3 (a) (b) Figure 5 Figure 5 (a) Figure 10 (b) JP-A-3-226869 (11) (a) Figure 11 (b)

Claims (1)

[Claims] (1) Master table storage means for storing various types of data information, priority storage means for storing priorities for retrieving data, and means for reading one piece of data from the master table storage means in accordance with the order of the priority storage means. and a means for writing the data read by this means into a transaction file storage means together with accompanying information; and a means for rearranging the priority of the data written by this means to the first priority and storing it in the priority order storage means. 1. A portable electronic device, comprising: means for housing the device.