JPS62151924A - data bank device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a data bank device characterized by a method of recalling stored data.

[Prior art and its problems] In recent years, after specifying the telephone directory mode, address book mode, schedule mode, etc., two data such as name and telephone number, name and address, time and schedule contents are combined and stored in the storage unit. A data bank device has been commercialized that searches for stored data and displays the other data on a display unit by specifying and inputting one of the stored data.

However, in the above-mentioned data bank device, as mentioned above, by specifying and inputting one data, the other data combined with it is simply read out. There was no function to call up all month/day data that had the same schedule data and display it as a list.

[Object of the invention] This invention was made in view of the above-mentioned circumstances.
It is an object of the present invention to provide a data bank device capable of performing a search using arbitrary data and calling up and displaying a plurality of dates having the same data.

[Key Points of the Invention] This invention can handle this by dividing the item that stores the -set of data into an area that stores the date and an area that stores the data, and inputs arbitrary data. In this system, a plurality of dates are searched and read out, and these are displayed on the display section.

[Embodiments of the invention] An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows the circuit configuration thereof, and 11 is a key human power section. This key manual section 11 includes data keys 11a1 for manually inputting alphabets, symbols, numbers, etc., a "T" key 11b for specifying input settings for date data indicating the year, month, and day.
rDJ key 11C for specifying input settings for schedule data corresponding to 1-day data 1 Date search key 11d for specifying a search for date data corresponding to specific schedule data 1 Search key 11e for specifying normal search
are provided, and key human power signals from these key operations are sent to the control section 12. This control section 12 includes a key human power section 1
Control operation of each circuit is performed according to key human power signals from 1, pointer < RP) 13, data RAM 1
4, data is written to/read from the comparison register (
OR>15, the data stored in search register (SR) 1 (3) is compared for coincidence.Then, the control unit 12
Display data is sequentially written into the display RAM 17, and the display data is read out and displayed on the display section 18.

Next, the operation of the above embodiment will be explained.

Here, it is assumed that various schedule data are input in the schedule mode.

First, the date data and the schedule data corresponding thereto are sequentially entered manually using each key of the key entry section 11 as shown in FIG. That is, first, the data key 11a
By r8j r5J r,j r3j r,J
Enter r2J r6J manually and operate the ITJ key 11b to set this as date data. Next, as schedule data corresponding to the above date data, use the data key 11a to input rBJ r'lJ rRJ rTJ rHJ.
Enter rDJ rAJYJ and operate the rDJ key 11c to set this as schedule data. With the above data R
This means that the date data r85.3.26J and the corresponding schedule data rB I RTHDAYJ have been input and set to AM14.

Similarly, data key 11a and ITJ key 11b are
and r85.6.3J rTJ rKAIGIJ rDJr by "'D" key 11C.
85.6.29J rTJ rKENsYtJJ r[)J r85.6.3'OJ rTJ rKENsYUJ rDJ r85.7.15J rTJ rKAIGIJ rDJ Continuously input the date data and the corresponding schedule data. With this key input, date data and corresponding schedule data are stored in the data RAM 14 in areas divided into time pointers (hereinafter referred to as rTPJ) and data pointers (hereinafter referred to as rDPJ), respectively, as shown in FIG. The data is stored and set as shown in , and code data indicating the data end is attached to the final data.

With the data input completed as described above, the user inputs "rKJ rAJ IN rGJ rlJ r date search" using the data key 11a and date search key 11d as shown in FIG. When the date search key 11d is operated after the key manual data rKJ rAJ rIJ rGJ rIJ is sent to the display RAM 17 as display data and displayed on the display section 18 by the first operation of the data key 11a, this key operation On the other hand, the display data is transferred to the search register 16, and then the processing shown in FIG. 5 is performed.

In FIG. 5, first, as shown in step S01, the contents of the pointer 13 are cleared to "0" as an initial setting. Next, the process proceeds to step 302, where this pointer 1
Date data r85.3.26 stored in the first address of data RAM 14 according to the numerical value "0" of 3.
The first data "8" of J is read and the comparison register 15 is read out.
sent to. In the next step 803, the data "8" sent to this comparison register 15 is transferred to the data RAM
It is determined whether this is the last data stored in 14. Here, the judgment result is No, and then step 8
Proceed to 04. In step 804, it is determined whether the data "8" is rDPJ. Since the determination result is No here as well, the process proceeds to step S05, where the numerical value rOJ of the pointer 13 is updated by "+1" to "1", and then the operations from step 802 are repeated.

In this way, the operations of steps 802 to S05 are repeated, and while the numerical value of the pointer 13 is sequentially counted up, the data R is
The data of AM14 is read and it is determined whether it is rDPJ or not. Then, when the first l[Pj is read out, the process proceeds to step S06, and the value of the pointer 13 is changed to "
+1” update setting. Then, in step 807, data rBJ immediately after rDPJ in the data RAM 14 is read out according to the updated value of the pointer 13, and sent to the comparison register 15. Next step C
Proceeding to O8, it is determined whether the data sent to this comparison register 15 is rTPJ. Here, since the data sent to the comparison register 15 is rBJ, the determination result is NO, and the process then proceeds to step 809. In this step 309, the data rBJ sent to the comparison register 15 is
The data comparison unit 12a determines whether or not the start data rKJ of the key manually generated data rKAIGIJ stored in the search register 16 are equal. in this case,
Since the result of the judgment is No, the process proceeds to step S05, and after setting the value of the pointer 13 to ``+1j,
The operations from step 302 are repeated.

Then, the operations in steps 802 to S05 are repeated, and 2
Step 306 is performed again when the rDPJ is read out.
Step 807 advances to update the value of the pointer 13 by "+1", and then reads the data rKJ immediately after rDPJ in the data RAM 14 according to the updated value of the pointer 13 and sends it to the comparison register 15. . Next, in step C08, it is determined that the data sent to the comparison register 15 is not rTPj, and then step 809 is reached, and the data sent to the comparison register 15 r
The data comparison unit 12a determines whether KJ and the leading data rKJ of the manually generated key data rKA■GIJ stored in the search register 16 are equal. In this case, the result of the determination is YES, and the process then proceeds to step S06. Then, in step 806, after setting the value of the pointer 13 to be updated by "+1", in step 807, ``According to the updated value of the pointer 13, the data RAM1 is
The data rAJ located at the next address position of rKJ of No. 4 is read out and sent to the comparison register 15.

Next, in step C08, after determining that the data sent to this comparison register 15 is not rTPJ, step C08 is performed.
9, and the data rKAJ stored in the comparison register 15
It is determined that the first two data rKAJ of the key manually generated data rKAIGIJ stored in the search register 16 are equal.

By repeating steps 806 to 09 in this way, a series of data fKAIGIJ is stored in the comparison register 15.
is read from the data RAM 14 and set. Then, in step 306, the value of pointer 13 is changed to "+1".
” update settings and data RAM 14 to 3 are updated accordingly.
When the rTPJ is read, this is the step 808.
It is determined that it is rTPJ, and the process then proceeds to step S10.

In step S10, the numerical value of the pointer 13 is updated and set to "-1". Then, in the following step S11, the data R is
Data is read from AM14 and it is determined whether this is rTPJ. Here, since the data read from the data RAM 14 is rIJ and not rTPJ, the determination result is NO, and the process then proceeds to step 810 again.

In this way, the operations of steps 810 and 811 are repeated, and rTPJ is searched for while sequentially counting down the value of the pointer 13. Then, when the second rTPJ is searched, step 811 is followed by step 8.
Proceed to step 12.

In this step 812, the above steps 805 and 806
Similarly, the value of pointer 13 is updated and set to "+1".

Thereafter, as shown in step 813, this pointer 13
Data RAM 14 to data “8” according to the value of
is read and sent to the comparison register 15. Next, the data “8” sent to this comparison register 15 is rD
It is determined in step 814 whether it is PJ. Since the determination result here is NO, the process proceeds to step S15. In step S15, data "8" is read from the data RAM 14 in accordance with the value of the pointer 13 in substantially the same manner as in step 813, and after this is sent to the display RAM 17 and displayed on the display unit 18, the process proceeds to step 812.

By repeating the operations of steps 812 to S15, data r85.6.3J from the data RAM 14 is sequentially read out, sent to the display RAM 17, and displayed on the display section 18. Then, when rDPJ at the next address position of data r85.6.3J is read out, the process advances from step 814 to step 805.

Then, by performing the operations from step S05 again, this time, data r85.7.
15J is read out, sent to the display RAM 17, and displayed on the display section 18. Thereafter, when the value of the pointer 13 is further incremented by "+1" and the code data of the data end located at the end of the stored data is read out, that data is determined to be the end data in step S03, and this processing is completed. finish. At this point, the display section 18 displays a display as shown in FIG. That is, rKAIGI
The date on which J is scheduled is r85.6
．． 3J and r85.7.15J.

Although the above embodiment shows an example in which date data and corresponding schedule data are stored, the invention is not limited to this. For example, it is possible to store a combination of a name and telephone number, or a name and address, etc. It is also conceivable to perform a search by specifying an area code or a city, town, or village name, and display a plurality of names corresponding to the search.

[Effects of the Invention] As detailed above, according to the present invention, an area for storing first data (for example, schedule name) and an area for storing second data (for example, year Set the area separately for storing the month, date), and
By inputting data (schedule name), a plurality of corresponding second data (year, month, day) are searched and read out, and this is displayed on the display, so that any first data It is possible to provide a data bank device that can perform a search by searching and calling and displaying a plurality of second data having the same first data.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is a block diagram showing the circuit configuration, FIG. 2 is a diagram showing the contents of manual key operation, and FIG. 3 corresponds to the key manual operation in FIG. 2. Data R
FIG. 4 is a diagram showing the memory contents of AM, FIG. 4 is a diagram showing key operations and corresponding display states, and FIG. 5 is a flowchart showing processing contents corresponding to date search key operations. 11...Key human resources department, 11a...Data key, 11
b...rTJ key, 11c...rDJ key, 11d
...Search key, 11e...Search key, 12...
- Control unit, 12a... Data comparison unit, 13... Pointer (RP), 14... Data RΔM115... Comparison register (OR), 16... Search register (SR
), 17... Display RAM, 18... Display section. Applicant's agent Patent attorney Takehiko Suzue 85.6.3
Loco ni AIGI O: Mouth; Figure 2, Figure 3, Figure 4, Figure 5 (Sled 2)

Claims (1)

[Claims] In a data bank device that reads item data stored item by item and displays it on a display unit, first data and second data corresponding to the first data are combined to produce a plurality of item data as the item data. a data input means for inputting data, a search specification means for specifying a search using specific first data, and a search means for searching all second data corresponding to the specific first data specified by the search specification means; A data bank device comprising display means for displaying all the second data searched by the search means on a display section.