JP2556815B2 - Program timer - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a program timer used for reporting the start time, end time, etc. of schools, companies, etc.

[0002]

2. Description of the Related Art The applicant of the present invention has previously described "Japanese Patent Publication No. 5-37276".
Program timer disclosed in Japanese Patent Publication No. The previously proposed program timer is a special program that temporarily sets a special holiday that arrives within a week, for example, as opposed to a one-week normal program that starts and stops loads such as buzzers, chimes, and outdoor lights. By memorizing and executing this special program on a daily basis over the weekly program, the holiday program corresponding to the holiday will be executed for holidays, holidays, and temporary holidays that come within a week, and the special holiday will be closed. When the day has passed, the special program is automatically deleted, the weekly program is executed in the next week, and holidays, holidays, temporary holidays, etc. can be temporarily stored without rewriting the weekly program. It is a configured program timer.

[0003]

In the previously proposed program timer, the special program has to be written on a weekly basis, which is complicated and troublesome to handle. Especially when there is a relatively long vacation such as at school, if you use a special program during the vacation, you have to write a special program with all the weekdays as holidays. However, there is an inconvenience that the writing must be performed once a week. If you do not use a special program, you must rewrite the program at the beginning and end of your vacation.

It is an object of the present invention to provide a fully automated program timer which eliminates the need to write programs throughout the year.

[0005]

[SUMMARY OF THE] This inventions is a weekly program storage means for storing a week's worth of weekly program, a million years program you have set the congratulation and a national holiday that has been determined in accordance with the calendar throughout the year <br/> and a million years program storage means for storing a plurality of annual programs that the user's holiday determined by the convenience of and change <br/> law workday was set to each other throughout the year, its
Annual program storage means to store each with a special number and start time or start / stop of each load on irregular working days
Set the time data to the corresponding special number above.
Time data storage means to store as a set, and annual program
Annual inspection to detect that one year has passed since the
One year has passed since the time of writing
When it detects that the
Stored annual program and special number, and time data
Erase to erase the time data and special number stored in the means
Means, weekly program memory means, perpetual program memory
Determine the profile <br/> grams to be read from the means and annual program storage means, annual program million years program, the priority identifying means for identifying a priority in the order of week program, this priority identification means and load control means for executing the program of the day in accordance with the identified priority
Prepare for each load of irregular work days set in the annual program
Control is executed by time data with the same special number
It is configured as follows.

Furthermore in the program timer according to claim 1, wherein in the present invention, the contact Keru holidays and varying <br/> law workday annual program, so that it can set a period by specifying the start and end dates structure The program timer proposed in claim 2 is provided. Furthermore, according to the present invention, claims 1 and 2
The program timer description, provided with a mark entry column representing the next year in the date setting field of the card for writing an annual program, mark is set to the date setting field attached to the mark entry column in the program timer The program timer proposed in claim 3 is provided with a next year mark detecting means for processing the date as the date of the next year.

[0007]

According to the program timer of the first aspect of the present invention, since the priorities are given in the order of the annual program, the perpetual program, and the weekly program, the holidays set in the annual program are preferentially executed, and the annual program is executed. If a day that is not specified as a holiday is set as a holiday in the perpetual program, that day operates as a holiday. Further, the start time or start / stop time of each load is controlled according to the setting of the weekly program on a day not designated as a holiday by either the annual program or the perpetual program . It follows, because all of the program throughout the year is stored, there is no need to completely manage a period of one year from the time of writing. In other words, it is practical in this respect because it takes no effort during long vacations.

[0008] Further , for example, the case of using at school is explained.
If Akira, holiday prescribed by the year of school in the first year program (spring break, summer vacation, winter vacation) specify, specify a periodic test period date is scheduled in the year to the second year program, the third and so on to specify the First day of School <br/> and closing date of the year program is scheduled over the years, stores the multi-species of the annual program to each another, special number that was assigned to each annual program
Issue to the time data corresponding to each year's program.
By reading the annual program,
Have a special number that is the same as the special number given to the annual program
Time data, and load according to this time data.
The start control or start / stop control is executed. Therefore annual
If the program is a holiday setting program, this
There is no time data corresponding to the annual program,
An irregular work day setting in which the inter-program sets a regular test day
If it is a program, the special features given to this year's program
Prepare the time data of the special number that is the same as the special number.
If you execute the timing operation of the test period according to the time data
Yes.

[0009] Further, a perpetual program and a weekly program
Stored indefinitely unless rewritten or erased
The annual program and the corresponding time of day
The data will be automatically erased one year after writing.
Erased by steps. So, for example, in the case of school,
Write an annual program on the last day according to the schedule for the next year
It should be replaced.

According to the program timer proposed in claim 2 , since the program can be set according to the period, the start date and end date of the due date can be set even when the number of days to be set is large, such as long vacation. The setting for two times will be enough. Therefore, there is an advantage that the program can be easily set. According to the program timer proposed in claim 3 , the schedule for this year and the schedule for next year can be programmed in one card. Therefore, you can write the program for one year even if you fill out the card in the middle of the year.

[0011]

1 shows the structure of a program timer according to the present invention. In the figure, 100 indicates the entire program timer according to the present invention. Program timer 10 according to the present invention
0 can be configured using a microcomputer. That is, 101 is a central processing processor, 102 is a clock source, 103 is a read-only memory (hereinafter referred to as ROM ) that stores programs for operating the central processing processor 101 in a predetermined order , 104 is a weekly program, time data, and perpetual data. program, an annual program, etc. rewritable storing random access memory (hereinafter referred to as RAM), these input ports 105, output ports 106, is constituted by an output switch group 107 and the card reader 108.

A clock pulse of a constant cycle output from the clock source 102 is calculated, and the count value is calculated in the RAM 104.
The data is stored in a part of the area 104A and the clock operation is performed. Accordingly to referred to the storage area 104A and the clocking means 104A
It The clock means 104A obtains data corresponding to the date, the day of the week, and the current time. In the RAM 104, a storage area configuring the weekly program storage means 104B, a storage area configuring the time data storage means 104C, a storage area configuring the perpetual program storage means 104D, and a storage area configuring the annual program storage means 104E. And a weekly program, time data, a perpetual program, and an annual program are written in each of the storage means 104B to 104E.

Program writing means 10 is stored in the ROM 103.
A storage area for storing a writing program constituting 3A,
Current read from date and the storing means 104 B ~104E
A storage area storing a program that constitutes the search unit 103B for detecting a match with time, weekly program, and stored a program for configuring the priority identification means 103C for identifying the priority of million years program and annual program Load control means for controlling on or off any output switch of the output switch group 107 according to the storage area and the time data set in the weekly program and time data storage means 104C to control the start or the start / stop of the load. A storage area storing a program for configuring 103D, and annual detection means 103E for detecting whether or not one year has elapsed from the time when the time data and the annual program were written in each program storage means 104C and 104E. The storage area containing the program for configuring the When the means 103E detects that one year has passed since the writing, the storage area for storing the program for constituting the erasing means 103F for erasing the time data and the yearly program and the card for writing the yearly program next year. There is provided a storage area for storing a program for forming next year mark detecting means 103G that detects that a mark is added to the portion indicating "and" and executes the date setting field marked with this mark next year.

The writing means 103A is a card reading means 108.
It is activated when the card 200 is inserted into the card , and it is determined whether the content read from the card 200 is a weekly program, time data, a perpetual program, or an annual program. According to the determination result , the read contents are the weekly program storage means 104B, the time data storage means 104C, the perpetual program storage means 104D, and the annual program storage means 10.
Either in writing or absence of 4E.

An example of a general school program will be described with reference to FIG. 2 to 5 show examples of filling in a card for writing a weekly program. The card 200 shown in FIG. 2 shows a card entry example for writing the start time of a weekday class from Monday to Friday, and FIG. 3 shows a card entry example for writing the class start time on Saturday. A condition setting field 201 is provided at the top of the card 200, and a time designation field 202 is provided subsequent to the condition setting field 201.

By not putting a mark in the special number setting field 205 provided in the condition setting field 201, it is judged as a weekly program. In this example, the buzzer sounds at the beginning of the class and the chime sounds at the end of the class. Therefore, in the card 200 shown in FIGS. 2 and 3, “2” is set as the circuit number to which the buzzer is connected. In addition, in the mode designation column, a mark is attached to the part at the time of reporting.
Furthermore, "0" and "0" seconds are set in the start time setting field. As a result, each class start time specified in the time specification field 202 is 8:30, 9:40, 10:50, 1
The output switch SB (FIG. 1) of the circuit "2" is controlled to be turned on at the peak of 2:50, 14:00, and 15:10.
The buzzer sounds. The time when the buzzer sounds can be set in the stop time setting field 207. In the examples of FIGS. 2 and 3, the case of setting to “3” seconds is shown. By marking a mark from Monday to Friday in the day of the week setting field 208, it is possible to decipher that the time is set from Monday to Friday.

FIG. 3 shows a card entry example for setting the class start time on Saturday. For this reason, only the Saturday portion is marked in the day setting column 208. Also, the class start time has been changed to 8:40, 9:50, and 10:40. Other settings are the same as those in FIG. 4 and 5 show examples of card entry for setting the end time of the lesson. An example of sounding a chime at the end of class is shown.
Therefore, in the mode designation field 203, a mark is attached to the chime portion. Since the circuit number is “1” for the circuit storing the chime device, “1” is marked in the circuit number setting field 204.

Here, for simplification of description, by supplying power to the chime device for about 10 seconds,
It is assumed that the self-holding circuit of the chime device is held in the self-holding state, the self-holding is released at the end of the song, and the broadcast is ended. Therefore, the start time is "0"
The case where the time is set to "0" seconds and the stop time is set to "10" seconds is shown. Further, the example of FIG. 4 shows a case where the weekday portion is marked in the day setting column 208 without marking all of Monday to Friday.

FIG. 5 shows an example of how to fill in the writing card at the class end time on Saturday. It is the same as FIG. 4 except that the mark is added to Saturday in the day of the week setting field 208 and the designated time is different. The weekly program described above is stored in the weekly program storage means 1 by the writing means 103A shown in FIG.
It is stored in 04B. 6 to 9 show examples of entry on the time data writing card. FIG. 6 shows an example of entry of the time of day report executed on the day when the opening ceremony or closing ceremony is held. Therefore, in the mode designation column 203, a mark is attached to the time portion, and in the circuit number setting column 204, the circuit number "2" to which the buzzer is connected is set.
Is marked. Also, the special number "1" is assigned to the program that sets the time of day when the opening ceremony and closing ceremony are held. That is, a mark is attached to “1” in the special number setting field 205. "0" in the start time setting field 206
Time set in "0" seconds and set in time designation field 202 8
The following shows the case where the buzzer is set to sound at each apex timing of 30 minutes, 9:10, and 9:50. The time when the buzzer sounds is "0" or "3" in the stop time setting field 207.
Is set to 3 seconds. Day of week setting field 2
Do not fill in 08. That is, the date setting for the opening ceremony and closing date is specified by the annual program described later.

FIG. 7 shows an example of how to fill in a card for ringing the chime on the day of the opening ceremony and closing ceremony. The chime portion is marked in the mode designation column 203, and the circuit number "1" is marked in the circuit number setting column 204. A special number "1" is marked in the special number setting field 205. The start time at which the chime starts to sound is set to “0” and “0” seconds in the start time setting field 206, and the time to hold the output switch SA on is set to “10” seconds in the stop time setting field 207. That is, as described above, by supplying power to the chime device for 10 seconds, the chime device is self-held by the self-holding circuit and self-held until the end of the song, and when the song ends, the self-holding is released and the broadcast is stopped. To do.

FIG. 8 and FIG. 9 show an example of reporting the time during the regular test and the entry of the time data for ringing the chime. FIG. 8 shows an example of entry specifying the test start time. The buzzer will announce the start of the test. Therefore, in the mode designation field 203, a mark is attached to the part of the report. The circuit number is marked on the circuit "2" to which the buzzer is connected. In the special number setting field 205, "2" is marked. That is, the case is shown in which the special number given to the program concerning the time and chime during the test period is set to "2". In the time start time setting field 206, a mark is added to "00" seconds, and the time specification field 20
Time set to 2 8:40, 9:50, 11:10
It shows the case where the buzzer is set to sound in minutes. The buzzer sounds when the stop time setting field 207 is set to 3 seconds.

FIG. 9 shows an example of program entry at the test end time. 8 is different from FIG. 8 in that the chime portion is marked in the mode designation column 203, the circuit number is designated as “1” in the circuit number setting column 204, and the stop time is designated in the stop time setting column 208. The point is set to 10 seconds, and the time set in the time designation field 202 is changed to the test end time. The time data to be executed on the opening and closing days shown in FIGS. 6, 7, 8 and 9, the test start time and the test end time are stored in the time data storage shown in FIG. Written to the means 104C.

10 and 11 show examples of entry into the perpetual program. In this example, a program entry example for treating the operation of the circuit 1 (chime) as a holiday is shown. January celebration
Since the national holidays and public holidays are January 1, 2, 3 and 15 in the holiday designation column 209, a mark is added to the set date. February 11th, March 20th, April 29th, May 3rd and 5th
As shown in FIG. 11, Sunday and September are marked on the 15th and 23rd, October is the 10th, November is the 3rd and 23rd, and December is the 23rd.

By causing the card reading means 108 shown in FIG. 1 to read the card 200 shown in FIGS. 10 and 11, the perpetual “special” in the mode designation column 203, the circuit number “1” and the special number. “0” is stored as the identification code in the perpetual program storage means 104D. FIG. 12 shows an example in which a similar perpetual program is written by designating the circuit number "2". Million years program shown in FIG. 12 is also stored as a thousand years "special" and the circuit number "2" and the identification marks No. special number "0" to the perpetual program storage means 104D.

13 and 14 show examples of entries in the annual program. In this example, general school summer vacation, winter vacation,
An example of setting spring break is shown below. Fill in this card in Heisei 4
It is assumed to have been conducted in March of the year. Therefore, the date designations for January and February described on the card 200 must be executed next year and 1993. Therefore, in the present invention, each date designation field 202A is provided with a "next year" display portion, and by marking this next year display portion, the date set in the date designation field 202A is configured to be executed next year. .

The date setting for the next fiscal year of the entered month is shown in FIG.
It is set in the final date setting field 221 shown in. Is juxtaposed the card entry month setting column 222 to a date setting box 221 in the final, March by subjecting the mark "3" which refers to March is filled month for example this example the card entry month setting column 22 2 It is possible to cause the program timer 100 to read what has been written in. A mark is printed in advance on the "next year" portion of the final date setting field 221.

The yearly programs shown in FIGS. 13 and 14 are marked with "Special" yearly in the mode designation field 203,
Mark the circuit number as "1" and the special number as "0",
This conditioning is stored in the annual program storage means 104E as an identification code. FIG. 15 shows an example in which a similar annual program is entered for circuit number "2". This yearly program also has the yearly "special", the circuit number "2", and the special number "0" as identification codes, and the annual program storage means 1
Store in 04E.

The holidays shown in FIGS. 13 to 15 can be set with the term card shown in FIG. This period card is identified as the date card of the annual program card because the mark 223 shown in the mode designation column 203 of FIGS. 10, 12, 13 and 15 does not exist.
In the period card, a period start date setting column 224A and a period end date setting column 224B are alternately provided in the date designation column 202A, and the period start date is set in the period start date setting column 224A. The example of FIG. 16 shows a case where the start date of spring break, March 26, is set. The end date of the spring break, April 7, is set in the end date setting field 224B of the period. Similarly, the start date of summer vacation is July 21 and the end date is August 31, and the start date of winter vacation is December 26 and the end date is January 7. Thus, holidays can also be set by setting the period.
Using this term card has the advantage of simplifying program entry. Note that although the circuit "1" is designated in FIG. 16, the holidays can be similarly set for the circuits of other numbers by using the period card. In addition, by creating this period card for each day of the week, the time data on Monday and the power data on Tuesday can be made different for each day of the week, for example, for supplementary training during summer vacation.

FIG. 17 and FIG. 18 show examples of entry on a card designating the dates of the opening ceremony and closing ceremony. For the mode designation, a yearly "special" is marked. On the day of the opening ceremony and closing ceremony, the buzzer sounds at the time of the report, and the chime sounds at the end. Therefore, the circuit numbers are set to "2" and "1". This figure 1
In the example of No. 7, the circuit number "2" is marked and a setting example for sounding the buzzer is shown. In the special number setting field 205, since the special number is set to "1" when setting the time data on the day of the opening ceremony and the closing ceremony, the same special number "1" is added to the designation of the date.

FIG. 19 and FIG. 20 show examples of the entry of the annual program for setting the date of the regular examination. Since the special data “2” is attached to the time data at the time of the regular test as shown in FIGS. 8 and 9, the special program “2” is also attached to the date setting program. Therefore, this card also marks "2" in the special number setting field 205. Since the buzzer and chime are activated on the day of the regular test, a date setting program with circuit numbers "2" and "1" is required. 19 and 20.
In the above example, the circuit number " 1 " is marked, but it is necessary to make a similar card with the circuit number " 2 " marked.

The date data of the two cards marked with the circuit numbers "1" and "2" are stored in the annual program storage means 104E of the program timer 100 shown in FIG.
Mode designation column 20 indicating that the program is an annual program
The mark of 3, the circuit number, and the special number are added and stored as an identification code. By causing each card 200 described above to be read by the card reading unit 108, the ROM
Writing means 103A provided in 103 writes the data in weekly program storage means 104B, time data storage means 104C, perpetual program storage means 104D, and annual program storage means 104E provided in RAM 104. RAM1
Each program written in 04 is read by the search unit 103B and searched for whether or not there is a corresponding date and a corresponding time set as the current date and time.

The priority identifying means 103C searches for the corresponding date in the order of the annual program and the perpetual program. If the corresponding date is not searched for in the annual program and the perpetual program, the weekly program corresponding to the current day of the week output from the clock means 104A is executed. When you search the annual program or the perpetual program for a date that matches the current date and time, the special number attached to the program is checked. Identify whether the special number is "0" or another special number. When the special number is “0”, it means that the holiday is a holiday. Therefore, if the perpetual program or annual program with the special number "0" is detected on the corresponding day, control is not performed for all loads on that day.

On the other hand, if the special number is marked in the yearly program other than "0", the time data having the same special number is read from the time data storage means 104C. As an example, if the relevant day of the regular exam in the annual program is searched, the special number "2" is added to the annual program that sets the date of the regular exam.
The time data with the same special number "2" is read out from the time data storage means 104C, this time data is collated with the current time, and when it coincides with the current time, the circuit number set by the load control means 103D. The output switch SA or SB or other output switch corresponding to is controlled to be turned on or off. That is, in this example, when the time set by the circuit number “2” and the current time match, the output switch SB is controlled to be on and the buzzer is set to the time (3) set in the stop time setting field 207 (see FIG. 8).
Seconds). When the time has elapsed and the time set by the circuit number "1" matches the current time, the output switch SA is controlled to be turned on this time, the chime is activated, and the end of the test is notified. In this way, each program is executed.

[0034] whether or not the elapsed card fill month set an annual program from the set of column 222 stores a year and month stored in the annual program storage means 104E, 1 year from the time of the writing of the annual program in this invention The annual detection means 103
Always monitor with E. When one year has passed from the time of writing the annual program, the erasing means 103F is activated to
Yearly program and corresponding time data
Automatically erase the data with a special number . This automatic deletion can eliminate the inconvenience caused by forgetting to rewrite the annual program. In other words, the annual program sets the date according to the user's convenience. Therefore, for example, if you use the date of the regular examination as it was the previous year,
The inconvenience arises that Sunday is included in the date of this year's regular examination. Therefore, the annual program must be rewritten every year.

In the present invention, the ROM 103 is further provided with mark detecting means 103G for the next year. The next year mark detecting means 103G detects that a mark is attached to the "next year" portion provided in the date setting field of the annual program, and by detecting this mark, the mark is set in the date setting field marked with this mark. The date is set to run next year.
With this configuration, even if the card is entered in December, the program can be written until November of the next year. Further, when the final date setting field 221 is added, the program for 13 months can be written with one card.

[0036]

As described above, according to the present invention, 1
All yearly schedules can be stored in the program timer. Therefore, it is not necessary to operate the program timer throughout the year. Therefore, it is possible to provide a convenient and easy-to-use program timer. And since has a structure that can be incorporated into a million years program, it is convenient to the user to decide therefore holiday in the calendar as the school.
In addition to the annual program, an annual program is set up so that the schedule can be set according to the user's convenience according to the annual program, and this annual program is automatically erased for one year only. You only have to rewrite it once a year. Furthermore, since the annual program is rewritten every year, there is no risk that an incorrect program will be conducted such that the examination date overlaps with Sunday. Therefore, it is possible to provide a highly reliable program timer in use.

[Brief description of drawings]

FIG. 1 is a system diagram for explaining an embodiment of the present invention.

FIG. 2 is a front view for explaining an example of a card for writing a weekly program used in the program timer of the present invention.

FIG. 3 is a front view for explaining an example of a card for writing a weekly program used in the program timer of the present invention.

FIG. 4 is a front view for explaining an example of a card for writing a weekly program used in the program timer of the present invention.

FIG. 5 is a front view for explaining an example of a card for writing a weekly program used in the program timer of the present invention.

FIG. 6 is a front view for explaining an example of a card for writing time data used in the program timer of the present invention.

FIG. 7 is a front view for explaining an example of a card for writing time data used in the program timer of the present invention.

FIG. 8 is a front view for explaining an example of a card for writing time data used in the program timer of the present invention.

FIG. 9 is a front view for explaining an example of a card for writing time data used in the program timer of the present invention.

FIG. 10 is a front view for explaining an example of a card for writing a perpetual program used for the program timer of the present invention.

FIG. 11 is a front view for explaining an example of a card for writing a perpetual program used for the program timer of the present invention.

FIG. 12 is a front view for explaining an example of a card for writing a perpetual program used for the program timer of the present invention.

FIG. 13 is a front view for explaining an example of a card for writing an annual program used in the program timer of the present invention.

FIG. 14 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

FIG. 15 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

FIG. 16 is a front view for explaining an example of a card for writing an annual program used in the program timer of the present invention.

FIG. 17 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

FIG. 18 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

FIG. 19 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

FIG. 20 is a front view for explaining an example of a card for writing an annual program used for the program timer of the present invention.

[Explanation of symbols]

 100 Program Timer 101 Central Processing Processor 102 Clock Source 103 ROM 103A Writing Means 103B Searching Means 103C Priority Order Identifying Means 103D Load Control Means 103E Yearly Detecting Means 103F Erasing Means 103G Next Year Mark Detecting Means 104 RAM 104A Clock Means 104B Weekly Program Storage Means 104C Time data storage means 104D Permanent program storage means 104E Annual program storage means 105 Input port 106 Output port 107 Output switch group 108 Card reading means 200 Card 201 Condition setting column 202 Time designation column 202A Date designation column 203 Mode designation column 204 Circuit number setting column 205 Special number setting column 206 Start time setting column 207 Stop time setting column 221 Final date setting column 222 De fill month setting column

Continuation of the front page (56) Reference JP-A-4-323595 (JP, A) JP-A-53-139500 (JP, A) JP-A-55-146096 (JP, A) JP-A-5-87959 (JP , A) Japanese Unexamined Patent Publication No. 4-295794 (JP, A) Japanese Unexamined Patent Publication No. 6-111699 (JP, A) Actual Kai 1-14-196 (JP, U)

Claims (3)

(57) [Claims] 1. A. First Embodiment A weekly program storage means for storing the configuration and weekly program start time or start and stop times for each load for each day of the week, B. Set national holidays and holidays throughout the year
Permanent program storing means for storing the perpetual program
And C. Holidays determined by the convenience of the user throughout the year
And multiple annual programs with different irregular working days
Each year is stored as a pair with a special number.
Memory means, and D. Start time or start / stop of each load on the irregular working days
Set the time data to the corresponding special number above.
Time data storage means for storing as a set, and E. One year has passed since the time of writing the above annual program
And annual detection means for detecting that, F. This year's detection means has been more than one year old
And are stored in the above-mentioned annual program storage means.
Annual program, special number, and time data storage
Erase hand that erases the time data and special number stored in the column
Dan and G. Means of storing the weekly program, memory of the perpetual program
Program and program read from the annual program storage means
Identify Rams, Annual Programs, Permanent Programs, Weeks
Priority identification means for giving priority in program order
And, H. The priority identified by this priority identification means
Therefore, the load control means for executing the program of one day is provided.
Be prepared to control each load on irregular work days set in the above year program.
Control with time data having the same special number.
Program timer, characterized in that the sea urchin configuration. 2. The program timer according to claim 1, wherein holidays and irregular working days in the annual program are opened.
A program timer characterized by being configured so that a start date and an end date can be designated and set in a period . 3. A program timer according to claim 1 or 2.
Date of card for writing annual program at
Mark the setting field to indicate that it will be executed next year
A column is provided and this mark is written in the program timer.
The date set in the date setting field with a mark in the input field
A program timer, characterized in that means for detecting a mark for the next year to be processed as the date of the year is provided .