JPH0238985B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION TECHNICAL FIELD OF THE INVENTION The present invention relates to a time recorder that notifies a time recorder user of information related to coming to work or leaving work, such as arriving late or leaving early, using audio phrases.

《Prior art and its problems》 Conventionally, for example, in order to know whether he/she came to work normally or came to work late, each worker visually checked the work time printed on his/her time card. As the information has to be checked, it is troublesome to confirm the information, and it is especially troublesome during morning work, which is generally a busy time.Since it is extremely clerical, the coming and going to work is boring for the employees.

《Purpose of the Invention》 This invention was made in order to solve the above-mentioned problems, and the purpose is to print the status of lateness, early leaving, etc. on the time card at the time of going to work and leaving work. Another object of the present invention is to provide a time recorder that uses voice to easily confirm attendance and departure, and also to boost the morale of employees.

《Structure and Effects of the Invention》 In order to achieve the above object, the present invention has a processing date printing field, a work classification printing field in which a number indicating the applicable work classification of each individual is printed, a work time printing field, and Insert into the card pocket a time card comprising a work data printing section on which at least a print field for clocking out time is printed and a perforated code on which a personal code is recorded by punching, and print prescribed work data on this time card. A time recorder that prints the current time data at the time the card is inserted in the section stores management data based on the working time system of the individual work classifications mentioned above, and processes each individual's work data based on this management data. A management data memory that stores at least the arrival and departure times of each individual, and also stores the individual work classification shift entered by key when inserting the time card, and the card insertion is "waiting for work". Or, it compares the current time data output from the clock circuit with the individual work classification data in the above management data and the personal file memory that determines whether the employee is due to "waiting to leave" and whether the employee is late or leaves early. The current time when the card is inserted is based on the regular time zone of the start time and end time of work, and calculates the ``late arrival time'', ``normal work time'', ``early leaving time'', and ``normal leaving time''. a data calculation means; a voice phrase data storage means storing one or more voice phrase data corresponding to each of the above-mentioned time periods; converting the voice phrase data read from the voice phrase storage means into corresponding voice phrases; and an audio phrase generation control for reading audio phrase data corresponding to each time zone data obtained by the time zone data calculation means from the audio phrase data storage means in response to the insertion of the time card. It is characterized by comprising means.

As described above, this invention is configured to generate a sound corresponding to each worker's time zone when the worker comes to work or leaves work based on the individual work system of the worker. Since the time printed on the time card can be checked by voice without having to check it visually, it is easy to check the time, and for normal attendance,
For example, congratulatory voices such as ``Ohayo gozaimas'' and ``Otsukare sa made deshita'' are emitted for those who leave work normally, which can boost employee morale.
"Anatahachikokudesu""Anatahasoutaidesu"
This is useful for labor management, as it calls for attention.

<<Description of Embodiments>> A preferred embodiment of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is a perspective view showing the appearance of a time recorder according to the present invention. As shown in the figure, the top surface of the main body of the time recorder 1 according to the present invention includes a card pocket 2 for inserting a time card;
Keyboard 3 used for inputting various setting data or instructing shift work as described later.
Also, on the front of the upper part of the main body, there is a key-insertion type changeover switch 4, which is used to change the printing mode, etc., which will be described later, and a key-insertion switch 4, which is used to display data input during data input operations, or to display the time. A digital display 5 and a shift display lamp 6 are provided for displaying which shift is designated when each worker designates his or her own shift. Details of the keyboard 3, key insertion type changeover switch 4, digital display 5, and shift indicator lamp 6 are shown in Figures 2 and 3.
As shown in the figure.

Furthermore, a speaker 33 for generating audio phrases according to the present invention is attached to the side surface of the time recorder main body 1.

Next, FIG. 4 shows the configuration of a card insertion section and a printing section of a time recorder according to the present invention. In the figure, 2 is a card pocket fixedly installed on the top surface of the device, 7 is a card guide having a guide groove 8 continuous with the card pocket 2, 9 is a card feed roller driven by a card feed motor 10, and 11 indicates a wire impact dot printer.

In addition, 12 is a guide groove 8 at the top of the card guide 7.
A card detector consists of a pair of light-emitting and light-receiving elements placed opposite each other, and when a time card 13 shown in Fig. 5 is inserted into the card pocket 2, this blocks light between the light-emitting and light-receiving elements. This becomes the card detection signal.

Reference numeral 14 denotes a card code reader that reads the card code recorded by punching from the perforated code section 15 at the bottom of the card 13. The card code reader 14 reads the card code recorded by punching from the perforated code section 15 at the bottom of the card 13. They are arranged in the direction.

16 is a card stage position detector for detecting the position of the card 13 with respect to the printer 11 and determining the print field position of the card 13; the card 13 is introduced into the guide groove 8 by the card feed motor 10; It is composed of an interlocking piece 17 that comes into contact with the lower edge of the card 13 and moves up and down with the card 13, and a mechanism that detects the amount of descent of this interlocking piece from its original position.

As shown in FIG. 5, a work data printing section 18 is printed in the center of the time card 13. This printing section 18 is divided into a number of columns by horizontal ruled lines, and each column is divided into printing columns for the following items by vertical ruled lines.

"Date"...Date printing field where the processing date at the time of work is printed.

"Shift"...A work classification printing field where a number indicating the applicable work classification (shift) is printed.

“Attendance”……Print column for departure time.

"Leaving"...Print column for clocking out time.

“Overtime”: Field to print the number of overtime hours that are treated as early work or overtime.

"Going out, going out"... A time stamp field where the time of leaving the office is printed when leaving during work.

“Going out, entering”……Outing-in time stamp field where the entry time when going out is printed.

"Exception code"...Printed column for exception codes indicating various handling details such as late arrival, early leaving, early leaving, overtime, etc.

"Remarks"...Column to enter other data.

Note that reference numeral 19 on the time card 13 indicates a code table in which the above exception codes and their meanings are compared and printed.

Further, in the punched code section 15 of the time card 13, a personal code assigned to each card holder is recorded by punching according to a predetermined format.

This time clock can handle multiple work shifts. A different working time system is set in advance for each work shift. The basic work time system is the start time and end time. For example, work shift 1 starts at 8:00 and ends at 16:00, work shift 2 starts at 6:00 and ends at 12:00, and work shift 3 starts at 6:00 and ends at 12:00.
In this case, the schedule is set to start at 12:00 and end at 8:00. In addition to the end time, early start times and overtime hours, holidays, etc. are also set in advance for each work category.

In this time recorder, management data based on a working time system for each work category is stored in a predetermined memory, which will be described later. FIG. 7 shows the structure of the management data in the memory.

The management data in the figure is for one work category, and includes start time and end time area A.
4 and A5, early departure hours are stored in areas A2 and A3, and overtime hours are stored in areas A6 and A7.
In addition, holidays are stored in area A8, and other setting data such as break time periods are stored in area A9.

In addition, in area A1, a stage switching time (details will be described later) is set to update the code printing field and the processing date. An intermediate time is chosen. Such management data is set for each work classification, and based on this management data,
Each individual's employment data is processed.

In addition, this time recorder not only prints predetermined work data on the printing section 18 of the time card 13, but also stores the work data for each individual in the internal memory of the device, and also calculates the cumulative total of the data and stores it. It has the function to

FIG. 8 shows the structure of a personal file that records various data for each individual. As shown in detail in the figure, area B of the personal file is an area where the latest one day's work data is temporarily stored. is stored.

Area C is an area that stores work data that is cumulatively calculated, and as shown in the figure, the number of working days on weekdays C1, the number of working days on holidays C2, the number of absences C3, the number of leaving work, early leaving, and days out C4, and the total time C.
5. Work data for each item, such as early departure time C6, overtime work time C7, and holiday work time C8, is stored in total. Area B of the personal file is a registration data area in which information about early departure, overtime, etc. is registered in advance.

Furthermore, area E of the personal file is an area where various status codes and function codes related to each individual's processing are stored. A shift code is stored (this is called a work classification shift register), and E2 stores one of four status codes representing "waiting to work", "waiting to leave", "going out", and "going out" ( This attendance/exit status register is referred to as the attendance/exit status register), and the attendance/exit status register is used to determine whether the card insertion is due to attendance, leaving, going out, or going out based on B2.

In addition, E3 stores a function code that indicates when coming to work is determined to be late or early, working on a holiday, etc., and E4 stores a function code that indicates when leaving work early or working overtime, etc. A function code is stored in E5, and a function code indicating whether the outing is a private outing or an official outing is stored in E5.

Next, the electrical configuration of the time recorder according to the present invention will be explained with reference to the block diagram of FIG.

This time recorder is mainly composed of a so-called microcomputer, and 20 is a central processing unit (hereinafter referred to as a so-called microprocessor).
AB is its address bus, DB is its data bus, CB is its control bus,
INT indicates an interrupt signal line, respectively.

Four types of memories are connected to the CPU 22: a program memory 21, a working memory 22, a management data memory 23, and a file memory 24. The program memory 21 is a read-only memory that stores a system program that defines the operation of the CPU 20. The working memory 20 is a read/write memory (RAM) and is also used as a temporary storage area for various data necessary for the operation of the CPU 20. Management data memory 23 is also RAM
Then, the management data for each work shift shown in FIG. 7 is stored. The file memory 24 is also RAN and stores the personal files for each individual shown in FIG.

The clock circuit 25 is composed of an oscillator, a counter, etc. that generates a reference signal for time processing, and generates a pulse signal with a period of one minute (referred to as a one-minute pulse).
In addition to applying it to the CPU 20 as an interrupt signal, it also stores the main power outage time, and after the power outage returns, the CPU
20, the power outage time can be read.

Detection signals from the card detector 12, card code reader 14, card stage position detector 16, and detector 26 for detecting that the head of the printer 11 has returned to its original position are transmitted to the interface 2.
7 to be read by the CPU 20, and the above-mentioned card feed motor 10.
A motor 28 for operating the head of the printer 11 in the width direction of the card 13, and a print magnet 29 for driving the dot wires of the printer 11 are controlled by the CPU 20 via an interface circuit 27.

Further, an appropriate key input device 30 is connected to the CPU 20 via an interface circuit 31, and desired data can be set in the management data memory 23 from this key input device 32, and exceptions such as going out or overtime can be set. Register your work, print out the cumulative data in the file memory 24, etc.
It is possible to switch the operating mode of the CPU 20 and input arbitrary data to the CPU 20. In addition, a display device 32 connected to the CPU 20 via an interface circuit 31 displays the time (month, day, hour,
It includes a segment display that can display minutes) and lamps that display other operating modes.

Further, a speech synthesis section 35 is connected to the address bus AB, data bus DB, and control bus CB, and this speech synthesis section 35 reproduces each speech word data read from the speech data ROM 34 and outputs it to the speaker. It is configured so that the sound is generated from 33 onwards.

Details of the audio data ROM 34 are shown in FIG. As shown in the figure, a series of storage areas of the audio data ROM 34 contain, in order, "Ohayo gozaimas" which is a phrase for working on time, "Anatahachikokudesu" which is a phrase for being late, "Anatahasoutaidesu" which is a phrase for leaving early, and The phrases "otsukare samadeshita" are memorized in order.

Next, the normal printing operation of the time recorder of the present invention will be briefly explained based on FIGS. 10 to 12. These flowcharts represent part of the configuration of a system program stored in the memory 21 that defines the operation of the CPU 20.

First, the one-minute pulse from the clock circuit 25 is sent to the OPU.
20, the interrupt processing shown in FIG. 11 is executed. In the first routine 1 of this interrupt processing, clock data is updated. That is,
The month, day, and hour of the clock register set in the working memory 22. Update the minute data by 1 minute. In the next routine 2, the updated data of the clock register is supplied to the display device 5 and displayed. In the next routine 3, the current time data (month, day, hour, minute) in the clock register is compared with the management data for each work category in the management data memory 23, and the data for each work category is stored in the working memory 22. Updates the contents of a separately set processing status data register.

The structure (items) of the processing status data is shown in FIG. 9. In the same figure, the "processing date" of F1
is the time card 1 belonging to the corresponding work category at the current time
This is an area for storing date data to be printed in the "Date" column when 3 is inserted, and in the above routine 3, stage switching time data A in the management data is stored.
1 and the current time match, this processing date data F
Update 1. "Print stage 1" in F2 is an area that stores data on the number of stages to be printed when the time card 8 belonging to the relevant work category is inserted at the current time. When the data A1 and the current time match, one stage is added to this printing stage position data F2. F3 "Holiday/Weekday distinction" stores data indicating whether to process the time card 13 belonging to the relevant work category at the current time as working on a weekday or as working on a holiday. In the area,
In routine 3, it is checked whether processing date data F1 is set as a holiday in area A8 of the management data, and the result is stored in area F3. The "time zone of current time" in F4 is an area that stores time zone data indicating whether the current time falls under an early work time zone, a regular time zone, or an overtime time zone. The data in areas A2 to A7 of the management data are compared to determine the applicable time period, and the results are stored in area A4. In routine 3, the processing status data update processing as described above is performed for each work category, and the interrupt processing is then terminated and the routine returns to the normal processing routine shown in FIG.

First routine 11 of normal processing shown in FIG.
Now, the current time data in the clock register is supplied to the display device 5 and displayed. In the next routine 12, the output of the card detector 12 is checked,
It is determined whether a time card 13 is inserted into a card pocket 2. This routine 12 is repeated until insertion of the time card 13 is detected,
When insertion of card 13 is detected, routine 13
Then, the card feed motor 10 is started in normal rotation.
As a result, the time card 13 inserted into the card pocket 2 is moved to the guide groove 8 by the feed roller 9.
sucked inside. In the next routine 14, the output of the card code reader 14 is taken in, and the guide groove 8 is read.
The personal code recorded on the perforated code part 15 of the card 13 which is sucked into the card 13 and passes through the installation position of the reader 14 is read.

In the next routine 15, based on the work shift code input from the shift selection key 3a shown in FIG. Start reading. In the next routine 16, the output of the card stage position detector 16 is checked to sequentially detect the printing stage position of the time card 13 which is being drawn into the back of the guide groove 8 by the feed motor 10, and the current printing stage position is detected. When the data coincides with the print stage position data F2 read above, the card feed motor 9 is stopped. As a result, the time card 13 is set with respect to the printer 11 at a stage position corresponding to the printing stage position data F2 of the corresponding work shift and becomes stationary.

In the next routine 17, the personal file (FIG. 8) corresponding to the personal card read from the time card 13 in routine 14 is stored in the working memory 22.
Transfer to.

In the next routine 18, a sound generation process according to the present invention is executed. The details of the sound generation process by routine 18 will be explained based on FIG. 12.

First, in routine 1801, the attendance status register E2 of the personal file transferred to the working memory 22 is checked to determine whether it is in the "waiting to work" state or the "waiting to leave" state.

Here, if this is "waiting for work", the card acceptance time is recognized as the work time, and the process then proceeds to routine 1802.

In routine 1802, the time zone data F4 of the current time in the current processing status data of the corresponding work category is checked, and if this is the "regular time zone", it is recognized as the "late time zone", and then the routine proceeds to routine 1807, in which the lateness is determined. The starting address in the ROM shown in FIG. 13 corresponding to the word is calculated.

On the other hand, if the result of executing routine 1802 is that it is recognized as "before the regular working hours", it is recognized as "normal working hours", and the process proceeds to routine 1806, where the ROM in the ROM shown in FIG. Calculate the first address of the on-time attendance phrase.

On the other hand, as a result of execution of routine 1801, if the contents of the attendance/exit status register E2 in the personal file are "waiting for leaving work", the card acceptance time is recognized as the leaving time, and the process then proceeds to routine 1803.

In the routine 1803, the time zone data F4 of the current time in the processing status data of the corresponding work division is checked, and if this is the "regular time zone", it is recognized as the "early leaving time zone", and the process then proceeds to the routine 1805, and the above-mentioned process is performed. Calculate the start address of the early exit phrase in the ROM in the same manner as above.

On the other hand, as a result of executing routine 1803, if the current time zone data F4 in the processing status register for the corresponding work category is "after the scheduled time zone," this is considered to be the "normal leaving time zone." The process then proceeds to routine 804, where the ROM is recognized as described above.
Calculate the first address of the phrase "leave work on time" in

Then routines 1807, 1806, 180
The start address data calculated in either step 5 or 1804 is transferred to the speech synthesis section 35 along with the execution of routine 1808.

Next, in routine 1809, the speech synthesis section 35
The speech rate data for defining the speech rate in is transferred to the speech synthesis section 35.

Next, in routine 1810, the speech synthesis section 3
5, the generated command is output.

In this way, the insertion time of the time card is
If it is recognized as coming to work, depending on whether it is late or normal attendance, for example, in the case of normal attendance, the phonetic phrase ``Ohayo gozaimas'' is pronounced.
Also, if you are late, "Anata Hachi Koku Desu"
Audio phrases such as are pronounced.

On the other hand, if the insertion time of the time card is recognized as leaving work, or if it is early leaving,
For example, an audio phrase such as "Anatahasoutaidesu" is pronounced, whereas in the case of normal clocking out, an audio phrase such as "Otsukare sa made deshita" is pronounced from the speaker 33, so that the time card user can use the time card one by one. This makes it possible to easily determine the status of each person's attendance and leaving without checking the print on the screen.

In the next routine 19, the working memory 22
Perform various calculations to obtain necessary employment data based on the personal file transferred to , processing status data F1 to F4 of the corresponding work category, and current time data of the clock register (card acceptance time). Control is performed to rewrite the data of predetermined items in the personal file based on the calculation result and return it to the file memory 24 again.

The main processes for obtaining employment data by this arithmetic processing routine 19 will be described in detail.

(b)...Check the attendance status register E2 in the personal file, and if it is "Waiting for work",
The card acceptance time is recognized as the work start time, and the processing date data F1 in the processing status data of the corresponding work classification and the current time data (hours, minutes) in the clock register are stored in the work start time area B1 of the personal file. Set the leaving status register E2 to (waiting for leaving work). Also, check the time zone data 4 of the current time in the processing status data of the relevant work category, and if this is the "regular time zone",
It is recognized that the user is late, and a "late" code is stored in area E3 of the personal file. In addition, if "early departure" is registered in the exception work registration area D of the personal file, and if the current time zone data F is "early departure time", it will be recognized as work due to early departure, and the area of the personal file will be Store the "early exit" code in E3. Also, it checks separate data F3 for holidays and weekdays in the processing status data for the corresponding work classification, and if this is a "holiday", it is recognized as working on a holiday, and the "working on holiday" code is stored in area E3 of the personal file. .

(b) …The entry/exit status register E2 of the personal file is
If it is "waiting to leave work", the card acceptance time is recognized as the clocking out time, the current time data is stored in the leaving time area B2 of the personal file, and the attendance status register E2 is set to "waiting to leave work".

In addition, the current time zone data F4 in the processing status register for the corresponding work category is "Regular time zone".
If so, it is recognized as leaving early, and an "early leaving" code is stored in area E4 of the personal file. In addition, if "overtime" is registered in the exception work registration area D of the personal file, and the current time zone data F4 is "overtime time", it will be recognized as leaving work after overtime, and the personal file will be displayed. The "overtime" code is stored in area E4.

(c) When one day's worth of work data in the personal file is determined by leaving work as described above, the cumulative end data is then calculated. First, personal file area E3
If it has become "working on holidays", the number of working days on holidays in area C2 is incremented, and
The working hours for that day are calculated and added to the holiday working hours in area C8. If area E3 is other than "working on holidays", area C1 is incremented by the number of working days on weekdays. Also, if area E3 is "late", area E4 is "leaving early", and area E5 is "going out",
The number of times of being late, leaving early, and going out in area C4 is incremented, and the time of being late, leaving early, and going out on that day is calculated and added to the cumulative time in area C5. Note that the late arrival time is the time obtained by subtracting the starting time E1 of the personal file from the starting time A4 of the corresponding work division, and similarly, the early leaving time is the time obtained by subtracting the leaving time B2 from the finishing time A5. Also, if area E3 is "early departure",
The early departure time is calculated and "the time obtained by subtracting the start time B1 of the personal file from the early departure end time A3 of the corresponding work category" is added to the early departure time of area C6.
In addition, if area E4 is "overtime", overtime time is calculated and "the time obtained by subtracting overtime start time A6 from clock-off time B2 in the same way as above", area C
7 regarding overtime hours.

The calculations centered on the above (a), (b), and (c) are executed in the routine 19 of FIG. 10, and the routine advances to the next routine 20. Note that the process of going out will be omitted.

In routine 20, based on the above calculation results,
Print data to be printed on the printing section 18 of the time card 13 is edited into the working memory 22. For example, if the above-mentioned calculation processing routine 19 recognizes that the card acceptance time is a normal work time, the time card 13 is printed as print data.
The month and day data in the personal file work time data B1 are set as the data corresponding to the date printing field of the printing section 18, and the data of the work classification register E1 is set as the data corresponding to the work classification printing field. The hour and minute data of calculation B1 are set as the data corresponding to the time stamp field, and the data corresponding to the other print fields are not set (they become blank).

Further, when routine 19 recognizes that it is normal leaving, the leaving time data in area B2 is set as the print data corresponding to the leaving time printing column, and other data is not set. Further, when coming to work, if it is recognized that the employee is late or early, a code representing lateness or early departure is set as print data corresponding to the exception code printing field in addition to the above. In addition, if it is recognized that the employee is leaving early or working overtime when leaving work, in addition to the above, a code representing early leaving or overtime is set as print data corresponding to the exception code printing field, and in addition, a code representing early leaving or overtime is set in the print data corresponding to the exception code printing field. The total time data of the early start time and overtime hours for one day is set as print data corresponding to the overtime work time printing field.

In the next routine 21, the print data edited in routine 20 is printed by the printer 11 at a predetermined column position (set in routine 16) on the time card 13. That is, without driving the printer operation motor 28 to move the printer head in the width direction of the card 13, by sequentially driving the printing magnets in accordance with the print data, the print area corresponding to the predetermined printing field of the printing unit 18 is printed. It prints the data. When the printing is completed, the routine proceeds to routine 22, where the card feed motor 10 is reversed to eject the time card 13 from the card pocket 2, and the routine returns to routine 11.

In this way, the management data shown in FIG. 7, which represents the working time system of each of the plurality of work classifications in a predetermined format, is stored in the memory 22, and a one-minute pulse is generated from the clock circuit 25 to display the management data. When the time is updated, the processing status data for each work shift shown in FIG. 9 is updated based on the management data. And time card 1
3 is inserted and the code corresponding to each shift is input using the shift selection key 6, the personal file and the code are selected based on the personal code read from the time card and the input shift code. According to the processing status data of the corresponding work shift, each work data related to the card acceptance time is obtained, predetermined items are printed on the card 13, and the card is discharged.

In the embodiment described above, the speech synthesis section 35 and the speech data ROM 34 are each implemented as an LSI as a speech phrase data storage means and a speech reproduction device.
However, it is of course possible to replace this with, for example, a magnetic recording device (magnetic tape) that stores each audio phrase as analog data.

In addition, in this embodiment, in order to determine which mode the time card insertion time corresponds to, the attendance/exit status register E2 is stored in the personal file.
However, for example, if there is only one shift, such a time and attendance register E is required.
Even without providing 2, it is possible to recognize that a time card is inserted after a certain working time as being late, or to recognize that a time card is inserted before a certain leaving time as leaving early. According to this, it becomes possible to perform this type of attendance/leaving status pronunciation processing with a simple configuration.

As is clear from the description of the embodiments above, the time recorder according to the present invention is configured to generate sounds corresponding to each time zone when a worker comes to work or leaves work. ,
When leaving work, the time printed on the time card can be checked by voice without having to check it visually, making it easy to check.
For example, ``Ohayo gozaimas'' for normal attendance, and ``Otsukare sa made deshita'' for normal departure.
Since the sound of congratulations such as
For those who leave early, a voice such as "Anata Hachi Koku Desu" or "An Ta Ha So Tai Desu" is emitted to warn them, which is beneficial in terms of labor management.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing the external appearance of a time recorder according to the present invention, FIG. 2 is a front view showing the structure of the display section of the time recorder, FIG. 3 is a front view showing the structure of the keyboard of the time recorder, and FIG. 5 is a front view showing the structure of the keyboard of the time recorder. FIG. 6 is a block diagram showing the electrical structure of the time recorder. , FIG. 7 is a configuration diagram of the management data stored in the management data memory 23 shown in FIG. 6, FIG. 8 is a configuration diagram of the personal file stored in the file memory 24 shown in FIG. 9 is a diagram showing the processing status data structure created in the working memory 22 of FIG. 6, and FIG. 10 is a diagram of the processing status data created in the working memory 22 of FIG. 6, and FIG.
FIG. 11 is a flowchart showing the processing procedure of the normal processing routine while the CPU 20 is operating.
12 is a flowchart showing the procedure of an interrupt processing routine in response to a 1-minute pulse of 20, and FIG. 13 is a flowchart showing details of the sound generation processing.
The figure is a memory map showing the configuration of the audio data ROM. 1...Time recorder, 12...Card detector, 33...Speaker, 34...Audio data
ROM, 35...Speech synthesis section.

Claims (1)

[Scope of Claims] 1 Employment data in which at least a processing date printing field, a work classification printing field in which a number indicating the applicable work classification of each individual is printed, a working time printing field, and a leaving time printing field are printed. A time card comprising a printed part and a perforated code in which a personal code is recorded by perforation is inserted into the card pocket, and the current time data at the time of card insertion is printed on a predetermined work data printing part of this time card. The time recorder has a management data memory that stores management data based on the working time system of the individual work categories described above, and a management data memory that processes each individual's work data based on this management data, and a management data memory that stores each individual's work time. , at least the clock-out time is memorized, and when the time card is inserted, the key-inputted individual work classification shift is memorized, and whether the card insertion is "waiting to work" or "waiting to clock out" is recorded. The current time data output from the personal file memory and the clock circuit, which determines whether to leave, arrive late, or leave early, is compared with the individual work classification data in the management data, and the current time at the time of card insertion is determined to be the starting time. A time zone data calculation means for calculating "late arrival time zone,""normal working time zone,""early leaving time zone," and "normal leaving time zone" based on the regular time zone of the end time, and corresponding to each of the above-mentioned time zones. a voice word data storage means for storing one or more voice word data, a voice playback means for converting the voice word data read from the voice word storage means into a corresponding voice word; A time recorder comprising a voice phrase generation control means for responsively reading voice phrase data corresponding to each time zone data obtained by the time zone data calculation means from the voice phrase data storage means.