JPS5960558A - Day's schedule control device - Google Patents

Abstract

PURPOSE:To control efficiently a day's schedule by constituting so that prescribed time information and executing information to be executed at that time are registered in advance so as to correspond to each other, and coincidence with designated time or time information, etc. are outputted and displayed. CONSTITUTION:A CPU1 contains a calculating function and a judging function, and controls transmission and reception of a signal to and from various connected apparatuses. A key input device executes an input of a data and a call command of a control data. An input/output port 3 outputs a key strobe signal to the device 2, and its key return signal is read by a CPU1. Also, the port 3 inputs and outputs a data to and from an external apparatus, and also transmits and receives a time signal to and from a clock circuit 5. An RAM7 is used for a register, a flag, etc., and prescribed time information and executing information to be executed at that time are registered correspondingly in the RAM7. In this way, coincidence with designated time or time information, or the executing information concerned before or after that time is outputted and displayed on a display device 11.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a schedule management device that can easily manage schedules for certain matters.

For example, when developing multiple products in parallel, it is difficult to manage the overall schedule unless the schedule for each product is accurately understood. In addition, as another example, even when a person has to follow a schedule such as what to do on what day of the month, it is necessary to be able to accurately grasp the contents of the schedule.

An object of the present invention is to provide a schedule management device that can efficiently manage such schedules.

To summarize, the schedule management device of the present invention registers predetermined time information and execution information to be performed at that time in correspondence, and matches the specified time or time information, or the time The system is characterized in that it is configured to output and display the relevant execution information afterwards.

The time information of this invention can be specified in arbitrary units, such as 1982, October 1982, October 1, 1982, and October 1 to 8, 1982, for example. In addition, execution information includes, for example, production start, order placement, visit, etc.
In addition to actions such as meetings and document submission, this includes evaluations such as whether the work is progressing as planned after it has been completed, and by '1ffJ.

The present invention will be explained in detail below.

FIG. 1 shows a block diagram of the present invention.

A central processing unit (CPU) 1 has built-in arithmetic functions and judgment functions, and controls the transmission and reception of signals with various connected devices through a data bus, address, and control bus. The key-powered device 2 is equipped with numeric keys, character keys, and function keys, and is used to input data and command to call up management data.

The input/output boat (IOP) 3 outputs a key strobe signal to the key human power device 2, and the key return signal is C.
PU reads. In addition, the human board 3 outputs data to and from external equipment 91 via the connector 4, and also transmits and receives time signals to and from the clock circuit 5. Read-only memory (ROM>6 is a control memory in which programs etc. are written in advance. Random access memory (RAM) 7 is a writable memory and is used for registers, flags, etc.) shows a part of the area in the RAM.These ROM6 and RAM7 are housed in the microprocessor body.Display memory (
VM) 8 stores each dot on the screen.

The display signal processing circuit (VCT) 9 reads display contents from the display memory 8 in accordance with the timing of display control. A display drive circuit (DSC) 10 converts the signal output from the display memory 8 into a drive signal for a display device. The display device 11 displays the schedule and the like. Display control unit (VPU)
) 12 controls the display memory 8 and the display signal processing circuit 9.

In FIG. 2, D1 to D8 are date data registers read from registered information, where DB and D7 are the year, Da and DS are the month, and D4. Dl3 shows the day, Dl shows this with an * mark when the scheduled execution content has already been completed, and a single mark when it has not finished yet, and Dl shows this with D4. D
This digit indicates to which range the value of a belongs to which the I month is divided into six.

The range of Dl is calculated and automatically input when date data is registered. 81 to S8 are registers into which designated date information is entered. Each digit from 81 to S8 corresponds to each digit from D1 to D8. T1 to TI2 are registers corresponding to two months' worth of schedules, and each digit corresponds to 50 days.

FIG. 3 is a diagram showing an example of a basic screen display.

For each model, register the tentative name, price, date of planning decision, date of policy decision, date of technical prototype, date of mass production prototype, and date of warehousing.

Then, by specifying a desired item, for example, specifying the model name and outputting the contents of each item, the corresponding information can be read and output.

FIG. 4 shows an example of the output results. Note that the * mark on the right lotus 1 of the date indicates that the item has already been completed, and the - mark indicates that it has not yet been completed (the completion has not been confirmed yet). Information is also stored for each date information.

By specifying date information in item F shown in FIG. 3, it is possible to search for date information stored in the past that includes the specified date and which has not ended yet. FIG. 5 shows an example of the output. This is effective when extracting processes that must be performed by a specified date.

Furthermore, the device of this embodiment can also output a schedule. That is, by specifying a year and month, the schedule for that year and month is displayed in a graph for each model. FIG. 6 is an example. As is clear from the figure, each month is divided into six parts and the symbols Δ and B defined in Figs. 3 and 4 are placed at the specified date data coordinates.

Seven execution contents are indicated by C, D, and E.

7 to 14 show processing procedures preset in the ROM of FIG. 1.

As shown in FIG. 7, basically the keys are read, and if any key is operated, the process for that key is performed.

If the ENTER & P, / CORRECTION keys are pressed, the process shown in FIG. 8 is performed.

First, a model name search is performed by inputting the model name (n1-n2-na). If there is no match, it is unregistered, so enter various items related to that model (n
4-ns). If applicable, the output of each item will be displayed (
na). Then specify the permanent item number (symbol) to be modified,
Make corrections (nl-na--n 9 =n to--n
o). When the modification is completed, the process ends by pressing the end key (ns-(D)).

If the search key is pressed, the process shown in FIG. 9 is performed. First, the item to be specified is specified (rz-=n2).

In this case, multiple items can be specified.

If there is an item that corresponds to the specified item content, the appearance is performed (n4).

Figure 11 shows in particular detail the strength of the Japan-I1 data.

Here, CO is whether to specify only the year of the date (GO = 1), specify the year and month (GO = 2), specify the beginning of the year, month, and month (CO = 3), or whether to specify the year, month, and day as well as the end. This is a counter indicating either the designation (CO-4). Day (=j The date is entered in the order of year, month, and day, separated by the rENTERJ key. First, enter the number indicating the "year" and press the rENTERJ key, and it is entered into registers S8 and S7 (n2), For example, if you have entered incorrectly (for example, 3 digits).
na), if there is no error, proceed to ns and add 1 to the contents of CO.
be done.

Thereafter, the "month" and "day" are entered in the same manner, and S6. S5 and S4. Stored in S3 (na, nl)
, and if necessary, additional characters are input to 32 (0th day).

If "F, search" shown in FIG. 3 is specified, a search is performed according to the program shown in FIG. 12. First, D2 in nl
It is determined whether the content is r-J or not, and whether it is not "finished", and for those that are not "finished", a comparison is made with the specified date (n2), and those that match the search conditions is extracted. As a result, the checklist shown in FIG. 5, for example, is output.

As shown in Figure 3, “A. Planning decision” “B. Shoplifting decision” “
If you arbitrarily specify the date of C1 technology prototype, D, mass production trial, and E, warehousing j, the search shown in 131ffl is performed.Here, rCJ is the date and additional information to be compared. This is a counter used for this judgment, and the contents of the Regis Hishu CO are transferred (r++) at the end.
, C-1 are executed sequentially. For example, when only the year is specified, GO=1, so the first execution of C-1 (n4) results in C=0, so the determination step n5 is determined as YES and the process proceeds to the corresponding process. For example, in the case of specifying the year and month, C0=
2, the second execution of (, -1 results in C-0, and YES is determined for the first time in judgment step n9. The comparison of years is D[l, which determines the magnitude relationship between D7 and 38°S7. (n2.na), and the month comparison is done by determining the magnitude relationship between D6.D5, sa, and ss (ne
, nl), and if the day is compared, D4. D3 and S4. Determine the size relationship of S3 (rzo, no)
It is done by Additionally, the additional information is determined by determining D2 and S2.

FIG. 10 shows a processing procedure for instructing the output of the itinerary shown in FIG. 6. First, enter the year and month in 88-S5 (n2
). If this input is omitted, the year, month, and day data of that day is automatically and dynamically input to 88 to S5 by n4. After that, a schedule is created for each model.

FIG. 14 shows the processing procedure for creating a schedule for each model. Here, F is a flag indicating that some item exists within two months. Further, T is a register indicating a two-digit interval, with Tl to T6 indicating the current month and T7 to Tt2 indicating the next month. This subscript is denoted by P. D8~DS=S
8 to S5 is determined (rz, n2),
If YES is determined, the corresponding item exists in the current month, so the contents of register D1, that is, 6 (f
The value divided into lit is transferred to register P (na)
. If judgment step n2 is NO, continue (D
It is determined whether e~Ds)-(Se-5s)=1 or not (
rz), if YES, the corresponding item exists in the next month, so (D+ +6) is transferred to register P (nB)
. Then, a code representing the item content is entered at the time coordinate corresponding to the contents of register P, such as A for planning decision and B for policy decision (na), and flag F is sent (n7). .

If there is no item to be output during these two months, flag F will remain reset, and this model will not print out in print mode (nB-No), and only the model for which flag F is set will print (nB) c> According to the present invention, for example, as shown in the output example shown in FIG. 5, it is possible to read out and output and display what needs to be done and what tasks are left to be done at the current moment or on a specified day. can. Also,
For example, as shown in an output example in FIG. 6, it is possible to graphically display a list of tasks to be performed within a designated time according to the time coordinate axis.

Furthermore, for example, the name of the model whose mass production trial should be started between April and September 1983 and its scheduled date, or the date of 1983.
Search for applicable items within a desired time period such as yearly, monthly, daily, etc., such as the name of the model to be warehoused and its scheduled date between October 1st and October 10th, 2019. can be displayed.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the overall configuration of an embodiment of the present invention, and FIG. 2 is a diagram showing a partial configuration of the RAM 70 shown in FIG. Third
The figure shows an example of a display according to an embodiment of the present invention, and FIGS. 4, 5, and 6 show examples of print output according to an embodiment of the present invention. Figure 7, Figure 8, Figure 9, Figure 10, Figure 11, Figure 12
13 and 14 are flowcharts showing the program contents of the embodiment of the present invention. 1-Central processing unit 2-Manual key 5-Electronic clock 6-Read-only memory 7-Random access memory 11-Display device Patent applicant Sharp Corporation Patent Attorney Nishi 1) New

Claims (4)

[Claims] (1) A memory in which multiple sets of predetermined time information and execution information to be performed at that time are registered, an input means for specifying an arbitrary time or time information, and a time registered in the memory. A schedule management device comprising: a calculation means for determining the context of information and a time or time information specified from the input means; and an output means for outputting execution information corresponding to the determined time information. (2) Date and time management according to claim 1, characterized in that the time information is configured so that it can be specified by omitting the lower digits of the year, month, and day, such as only the year or only the year and month. Device. (3) The schedule management device according to claim 1, which is configured to output only data related to the specified execution information within the specified time by specifying time information and execution information. (4) Claim 1 is configured to output and display execution information to be executed within the specified time by specifying time information at a predetermined position according to the time coordinate axis using a predetermined symbol T. Schedule management device as described in section.