JPS58203587A - Time recorder - 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]

The present invention relates to a time recorder having a function of automatically determining the work category to which each individual belongs based on the individual's code attached to each time card. The present applicant has previously disclosed in Japanese Patent Application No. 55-62457, etc., a printing device using a scanning printer, a time card inserted in a card pocket, which is moved while facing the printing device, and an arbitrary A card drive device configured to be able to stop at a position, a memory storing setting data specific to each office, and a -1-code input means for inputting a code corresponding to the working time system of each employee field. , reads out the working time system data input from the code means and specified by the need: ]-code from the setting data in the menu, and reads the read data.

[Then, the employment data extraction means for obtaining employment data related to the insertion time of the time card, the printing device and the card driving device are appropriately controlled, and the employment data is added to the time card 1-. We have proposed a time recorder equipped with a working data printing control means that performs printing corresponding to the following. According to this timetable, there are multiple work classifications7.
Even in offices where 1.
Each servant! The idea is that all you have to do is manually operate the designated keys (1) and insert your time card (4).Employment data will be automatically calculated based on your working time system, and this will be printed on the Tie 11 card (4). . However, as a basis for assigning each person's car 1" + Φperson time to 4ill any work category in this standard time recorder, each Ministry of Labor owns its own 4-7 We/,: Since we are using $2 person/off data, if you make a mistake in the key manual operation to set the work classification, the card insertion time f-ta may be incorrectly set to a different work time system. There is a problem that the performance becomes numb in light of -).
In No. 7, by attaching the code 1: for each work category to the time card and having it read by the time reader,
J, which automatically determines the work category, is proposed, but according to this /j formula, if the work category changes on a weekly basis, the Totan time card in A will be replaced. The problem was that it was necessary and extremely inconvenient. This invention was made in order to solve the above problem, and its purpose is that, for example, one minute of work is 4111
To automatically determine the work schedule of each employee without having to make any operations on the time card, even in a business office where time cards are changed every time. An object of the present invention is to provide a time recorder. In order to achieve the above object, the present invention includes a personal code reader for reading a personal ID attached to each time card;
A memory for storing the relationship between each personal code and the corresponding work category, and a memory for storing the relationship between each personal code and the corresponding work category, and a memory for storing the personal code read by the personal code reader. a calculation means for referring to and determining the applicable work classification;
The present invention is characterized in that it comprises a data input means for inputting and outputting each individual's vJ service classification data to and from the J-pull memory. Hereinafter, a preferred embodiment of the mouth invention will be described in detail with reference to the accompanying drawings. FIG. 1 is a perspective view of the appearance of a time recorder related to this light. As shown in the figure, there is a card pocket 2 on the top surface of the main body of the time recorder 1 according to the present invention for inserting a time card, and a card pocket 2 for inputting various setting data or for instructing shift work as described below. The keyboard 3 to be used is installed (JJ), and the main body 1
4. A key-insertion type changeover switch used for turning off the 7-code, etc., which will be described later, is printed on one side. 1 of data input scan
Digital display 5 used to display input data or time, etc. and work classification 4 of each worker! - When setting, which work classification in A is JH?
A work classification display run-noro is set to display the specified I/O. Keyboard 3. Key insertion type changeover switch 4. Details of the digital display 5 and the work classification display lamp 6 are shown in FIGS. 2 and 3. Next, FIG. 4 shows the configuration of the card insertion section and printing section of the time radar according to the present invention (X). In FIG. 9 indicates a card feed drive driven by a card feed motor 10, and 11 indicates a wire impact 6-type driver 1-printer. , 12 are 1 disposed oppositely to one part of the card guide 7 with the guide groove 8 in between.
Luminous set. With a card detector consisting of nine burning cards, the card detection point 2
When the small J time h-dore 13 is inserted into FIG. 5, light is blocked between the light emitting and light receiving elements, and this becomes the h-doe detection signal. 14 is the perforation at the top of the card 13:"-
A card code reader for reading the card code recorded by punching from the upper part 15 is made smaller, and a large number of pairs of light emitting and light receiving elements are placed facing each other in the width direction of the card 13 with guide grooves 8 supported. There are some arranged. This is a card stage position detector for detecting the position of the card 13 relative to the 16μ printer 11 and determining the print field position of the card 13. It is composed of an interlocking piece 17 that comes into contact with one edge of the introduced card 13 and has the same size up and down as the card 13, and a mechanism that detects the amount of descent of this interlocking piece from the original position. 5) As shown in Figure 5, a work data printing section 18 is printed in the center of the time card 13. This printing section 18 is marked with horizontal ruled lines in a larger number of columns. The field where the processing date of ('l l...Dispatch 11.') is printed. ``Work area J......Work area printing field where the number indicating the applicable work area is printed.''``Departure''・・・・・・・Print column for dispatch time. ``Departure''・・・・・・・Print column for leaving time. Column for printing the number of working hours. 1 Outing, Outing 1... Outing time printing column where the exit time when leaving during work is printed. "Outing, entering"... Entry time when going out. is printed. "Exception 21-Code" ... Exception code mark =? field that indicates various handling details such as late arrival, early departure, early departure, overtime, etc. (Ia14j... ... Column to enter other data of A. Na Jj, time card 13, month 19, is accepted by comparing l up and down outside 1-d and its meaning and content, and the need 1- that is printed. There is still a perforation on the time card 13 - on the top 15 each /J
-The personal code assigned to the ministry holding the card is 74-
It is recorded by drilling according to the points 1 to 1. This time recorder (゛) is capable of handling multiple work categories. A different working time system is set in advance for each 15A shift. )
For example, 1 day of work (1) starts at 8 o'clock and ends at 16:00, and 1 day of work (2) ζ starts at 6 o'clock.
12 ++,' is the end of the workday, 1 day of work (3) t-+,
It is set to J, ・), which starts at 12:00 and ends at 20:00. In addition to the end time, the time zone for handling overtime and holidays, etc. are set separately for 8 shifts);
There is. In this timetable, management data based on the working time system of each work category is stored in a predetermined memory, which will be described later. It is shown in Figures 7 and 8. In Figure 7, the management J data and the work division h to which eight individuals belong.
In the 1st row, 1-Rino' (AOO) to (A9.9), the work classification of each employee (in this example, X, Y, Z) corresponding to the individual's code 00-99 is shown. Each is memorized. The management data in Figure 8 is 11il, corresponding to each of the three work divisions X, Y, and Z.
34), (B15) to (B35), and the early departure time zone is ■-Ria (B12)-(B32), (1313
) to (B33), the overtime hours are set to [Rear (816) to (B33).
B36), (B17) and (+337), holidays are in the area (B18) to ([338), and other setting data such as break time are r IJ I B 19 ) to (83).
9). In addition, in areas (B11) to (B31>), the stage selection time (details will be described later) for updating the card stage and the processing date is set, or the stage switching time is , a time midway between the normal finishing time and the next day's work time is selected. Such management J'-evening is set for each machine work category, and based on this management 1'-evening shift, Each individual's employment data is processed.In addition, in this time recorder, the time card
Print the specified employment data on the printing section 18 of 13 (Zuruta)
In particular, the device has a function to store medication data for each individual in 8 main compartments, and 6 to store the cumulative total of data. Figure 10 records various data for each individual.
This shows the configuration of the file. As shown in detail in the same figure, in the area [1 to F4 I, the latest 10 minutes of work time is temporarily stored], [21 is the dispatch time, [ 2 is leaving time, E3 is going out) 7 is 1 is time, F
4 stores the time of departure and in. In addition, ■SyFl・~]-8 stores the accumulated g+employed employment data, and as shown in the figure 1, the average number of dispatches [1, absences (1 number of dispatches F2, number of absences F3 ,leaving work,
duck! Leaving, going out [1 number 14 and A combination i1M F-5,
Early departure time F 6. Overtime hours [27], Holiday dispatch time [8, etc.] Various work data of [1] are stored cumulatively. When G is dealing with matters such as early departure and overtime, G will write the following information in advance (1 record σ record i-).
There is Tacoria e. History, personal] 1il's rear D1~D
5. Various statuses related to the processing of each individual -"-Door a3"
At Tsuj7, where the ``4bihun nkushi'' code is stored,
1) When the time card 13 is inserted in 1, a multiple work division management Y-ta (designated work division code is stored for each worker (this is called a work register) is stored, and D2 is a Table J One of the four status codes is stored for ``Dispatch Samurai 1'', ``Even when leaving work'', ``Out of office'', ``Out of office in 1'' (this is called the attendance status register).
Whether the card insertion is due to attendance, leaving, going out, or going out is determined based on this attendance status register or 11) 2. Also, in 03, when it is determined that the dispatch is late, early, or dispatched on a holiday, a no response to that effect is stored.
When it is determined that leaving work early or working overtime is stored in D4, a funxidine code indicating "I" is stored in D5. , : stores a function-1 code indicating whether the person is out on official business. Next, the electrical configuration of the time recorder according to the present invention will be explained with reference to the 1 diagram in FIG. This is the central processing unit (hereinafter referred to as CPlj) which is the bus processor, 8 is the address bus, B1 is the data bus, OB is the control bus, and INl is the interrupt 16.
Each moon line is small. CI] U 20, the program memory 21. Working experience 22. Four types of memories are connected: a management data memory 23 and a file memory 24. PuIi Gushimeshiri 21 is a memory dedicated to continuous output, CI) (J 20
It stores the system Tmp [ ] gram that defines the mobile fraction of . ``The No. 4 engine 20 has an old-fashioned dual-purpose memory (RAM) with 8F that is essential for the operation of the CPU 20!
It is also used as a time memory. Management data storage 23 stores management data for each shift shown in FIGS. 7 and 8 in RAM. - The non-file memory 24 is also RAM and stores the personal files for each individual as shown in FIG. The time 81 circuit 25 is composed of an oscillator, a counter, etc. that generates a reference signal for time processing, and applies a pulse signal with a period of one minute (referred to as a one-minute pulse) to the CPU 20 as an interrupt signal. , is configured to memorize the power outage time of the main power supply, and to be able to read the power outage time by the CPU 20 after the power outage is restored.
Detection signals from the card stage position detector 16 and the detector 26 for detecting that the head of the printer 11 has returned to the original position are sent to the interface 27 and sent to CP tJ 2.
When the J is read as 0, the motor 28 for operating the head of the I-lifter 11 in the width direction of the card 13 and the printer 1 are operated.
The printing net 29 that drives the first drum ear is controlled by the CPLJ 20 via an interface circuit 27. Further, an appropriate key manual device 30 is connected to the CPLI 20 via an interface T-space circuit 31.
) "+-- Set desired data from the human-powered device 32 to the management data memory 23, record exceptional work such as going out or overtime, and record the accumulated data in the file memory 24.
It is possible to switch the operating mode of the CPU 20, such as printing out data, and manually input arbitrary data to the CPU 20. Further, the display device 32 connected to the CP Ll 20 via the internoce circuit 31 displays the time (
1:01 a.m.) or enter the key manually entered content.
] Contains segment displays and lamps to indicate other operating modes. Next, the normal printing operation of the time recorder of the present invention will be explained with reference to the No.1 chart and the V chart of FIG. 11 and FIG. 12. These flowcharts *--1~ are stored in the memory 21
A system program that specifies the operation of the CPU 20 stored in the

[
] Expresses part of the composition of the gram. First, the 1 minute pulse from the hour 771 circuit 25 is CP LJ
20, the interrupt processing shown in FIG. 12 is executed. The first routine (1) of this interrupt processing is executed.
Now, update the time d data. By the way, the data for the month, FI, and hour 9 of the timer register set during 22 is updated by 1 minute. Next routine (2)
Now it's time to update the updated version 6; supply the data in the register to the display device @5 and display it. In the next routine (3), the current time data of the above clock register (1:01 minute on the 1st of the month)
The content of the processing status data register set for each work category in the working memory 22 is updated by comparing the management data for each work category in the ``sokuf-tame 7ri'' 23. The structure (items) of the processing status data is shown in Fig. 9. In the figure, when C1's [processing date 1G, L current time (-time card 1; 3 belonging to the corresponding work category) is inserted, [This is an area for storing the 11 data to be printed in the 1st column, and is 3) - (-4
, step cutting time data 13 '+ 1 in the management data.
- When the current time and 331 match, this process 1'J (
'j j'-data 01 is updated. C2 [printing stage position]
FI, time cart 8 belonging to the corresponding vJ service category at the current time
is inserted, the number of columns to be printed is stored (1)), and in routine (3), when the column 1/J time data Δ1 and the current time match, as in the case of lJl, Adding 1 stage to this printing stage position data C2, the current time - (・ Time card 13 belonging to the corresponding VJ [category 4 has been inserted. If tko, l'
Either it is processed as Ll departure, or it is processed as rest [-1 dispatch, but it is 1 rear where data for 4 people is stored -) ° (,
In routine 3), processing 1-1 phrase data C1 is managed.
Check whether there is a rest "j" and "6Q fixed C" in areas 818 to 338 of f-evening, and store the result in this J rear 03. "Current time zone" of C4 is the current time or Is it applicable to the time zone, regular time zone, or overtime hours in the table that stores the time zone data? So, in routine (3), the current 11.1 hourly management - Evening Ellie - 7
78N 2~F3N7 (N: 1, 2.3) σ door l--ta is compared to determine the applicable time period, and the result of A is stored in this area C4. 5. Routine (3> (1) Update processing status data such as 1me1 is carried out for each work division (X-(). This completes the interrupt processing and returns to the normal processing routine 1 in Fig. 11. The first routine of normal processing shown in Figure 11 (11) T″
Then, the current time data of 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 and the card is removed.
It is determined whether or not the time card 137J<K+ has been entered in -2. The time card 13 insertion is detected,
This routine (12) is repeated, and when the insertion of the card 13 is detected, the routine proceeds to routine (13) where the card feed motor 10 is turned 11. As a result, the time cart 13 inserted into the cart pockets 1 and 2 is moved to the feed 1j-
In the next routine (14), the output of the card reader 14 is taken in, the card is sucked into the guide groove 8, and the output of the card reader 14 is taken in. From the hole 15 of the card 13 that passes through the installation position,
The personal information recorded on it is read. In the next routine (15), based on the personal information read from the time card, reference is made to the information shown in FIG.
1 for the corresponding work category in No Young Memory 22
- From the processing status data (Figure 9) to the printing stage position data (
(, 2> is read out. In the next routine (16), the output no. The printing [Ω position is sequentially detected, and when the current printing stage position matches the printing stage position data C2 that has been read out, the card feed motor 9 is stopped by +1.As a result, the time card 13 is transferred to the printer. 11, it is set to the IJ stage position corresponding to the printing stage position data C2 of the corresponding work division, and the static stage l11
'ru. In the next routine (18), the personal file (FIG. 8) corresponding to the personal code read from the time card 13 in routine (14) is transferred to the working computer 22. In the next routine (19), the personal file transferred to the working staff 22, the processing status data Cl-04 of the corresponding work category, and the current timetable 11 data of the clock register (which is the card acceptance time). Based on the above, perform various calculations to obtain the necessary employment data, rewrite the specified IQ data in the personal file using the WA results of other models, and then rewrite the file again. Return to Ilmemo Kino 24 and perform IIm. The details of the processing for obtaining employment data by this arithmetic processing routine (19) will be explained below. (b) Check the attendance status register D2 in the personal file, and if it is "on call", the card acceptance time is recognized as the dispatch time, and it corresponds to the dispatch time area E1 in the personal file. Processing of work division Processing data C1 in the current status data and current time data in the hourly register (hour 9
At the same time, the attendance/leaving status register D2 is set to ``time leaving''. In addition, check the time zone 1-ta C4 of the current timetable of the processing status data RP for the corresponding work category, and if there is either this or [regular time zone], it will be recognized as late.
Store the "late" code in 1rea D3 of the personal file. Yolko, personal Tsuno Iru's exception work registration ■-1) 7G
If [Early departure 1 is recorded as 0, and the current time zone data C4 is "Early departure time zone", it will be recognized as a dispatch due to early departure, and [Early departure 1 code] will be recorded in 1rea [)3 of the personal file. Store. In addition, the separate data C3 for holidays and weekdays in the processing status data for the corresponding work [category] is checked, and when this is [holiday EI J], it is recognized as a holiday dispatch, and the [holiday [1 output ill] is displayed in area D3 of the personal file. Store 1-t in . (b)...If the attendance status register []2 in the personal file is set to ``1'', the card acceptance time is recognized as the leaving time, and the current time data is stored in the leaving time area E2 of the personal file. In addition to storing the entry/exit status register "
] Set 2 to ``Have a dispatch''. In addition, the current [,″
If the time zone data 04 of the hour is "regular time zone", h! It is recognized that the return is returned, and a "leave early 1" code is stored in area 04 of the personal noisle. In addition, personal Nodoyle's exceptional work (N record) ° 1 overtime for Ria G' is recorded as 0 - (Ij1
If the time zone data F4 of the current time is "overtime time zone", it will be recognized as leaving work after overtime, and the personal file I
``1 overtime in 4'' is stored. (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, if area D3 of the personal file is set to [Holiday dispatch], increment the number of holiday [ ] dispatches in area F2, and calculate the working hours of "1" in A and add it to the holiday dispatch time of area F8. Tighten.1 rear D3 is [other than holiday dispatch 1, 1 rear F1 is incremented by the number of weekday dispatch days. Arrival Area D
If 5 is 1 outing 1, then area
'Mro, leaving early, going out for 8&i and J rear F5's cumulative At H, I, in between. 4f.Tardiness time is the time reduced from the beginning of the first shift of the corresponding work category to the first hour of the first hour of the individual) 1st, and the time of departure [':1]. There is a time C, which is calculated by reducing the leaving time 1-2 from 35. Also, if ■7D3 is "early departure", the early departure time for the corresponding work category [
From 33 onwards, the dispatch time of individual Tsuno Iru will be adjusted to the early dispatch time of Haruaki [1], and the early departure time of 1 rear C6. Also, if ■Reno'I)/1 is 1 overtime 1, the overtime hours will be adjusted. In the same way as above, the time obtained by subtracting 0 from the leaving time E2 to the overtime start time), ] - Adjust the overtime hours of relint. The operation centered on (a), (Ll), and (c) of jsu-L is executed in the routine (19) in Fig. 11, and the process proceeds to the next routine (20>). is omitted J
Ru. In the routine (20), the lint data to be printed on the printing section 18 of the time card 13 is edited in the working menu 22 based on the Sung Dynasty. () No 1 to OK in the execution processing routine (19)
If the input time is recognized as normal □... ,・Month 9th 1- in Ile dispatch time data E1
data is set, and the data corresponding to the work classification print field is set to "(The data of the work classification register D1 is set to Sera 1~, and the data corresponding to the dispatch time print field is set to ■lint 1: 9.
The minute data is set, and the data corresponding to the other print fields in A are not set (they become blank). Also, if routine <19) recognizes it as a normal clock-out,
As the print data, the leaving time f-ta of rear E2 is set as the data corresponding to the leaving time printing column,
No other data is set. Also, when dispatched, if you are late or h! If it is recognized that the exception code is to be left, in addition to the above, a code for arriving late or leaving early is set as print data corresponding to the exception code printing field. Also,
When leaving work (if it is recognized that you left early or worked overtime,
In addition to the above, print corresponding to the exception code printing field Jゞ-Yudojite! l! Retirement or overtime from Table 11-
In addition, overtime or early work will be handled as described above.
't, L, the start time of 1F1 and the combination of overtime hours 1 hour f-evening are printed as print data corresponding to 4 in the overtime work time printing field. In the next routine (21), the printer 11 prints the pudding edited in the routine (20) at a predetermined position on the Y card 13 (as set in the routine (17)). a4, i.e. 1 ta 2
8 to move the printer head in the width direction of the cart 13, according to the print data. Is the printing finished Y?
1, proceed to the routine (22), send the card and wait 10 minutes.
Reverse the time card 13 and take it out from the cart I~2 and return to routine 11). In this way, the management data shown in FIGS. When the clock circuit 25 outputs a 1-minute pulse, the regular time is updated, and as shown in FIG. - code 13 is inserted, and based on the work classification code obtained by referring to the table memory in Fig. 7 based on the personal code read from the time card of (), the personal file and the corresponding work classification are inserted. According to the processing status data of , each employment data related to the card acceptance time is obtained, and predetermined items are printed on the card 13 and issued. According to the above, the operation of allocating the time card insertion time to any work category is automatically performed based on the personal code written on each time card, so each employee can There is no need to turn off the card when inserting the card.For this reason, unlike the conventional time recorders mentioned above, when the time recorder is inserted,
without fear of being assigned to a different work category.
For example, even in a business office where work classifications change every week, predetermined 1. -As long as you manually change the contents of the table shown in Figure 7, you will not have to worry about taking a time card each time.
This kind of method is extremely suitable for workplaces with multiple work classifications. In addition, in the previous practical theory example, 'C' refers to this book as 'employed 7'.
Although this invention has been applied to an advanced time radar that is equipped with functions for recording evening performances, the application of the present invention is not limited to this; for example, as shown in FIG. As shown in FIG. , salary i; 1t based on the data obtained from this data collector.
It may also be applied to a time-reader system that is equipped with a data preprocessing device 36 for obtaining data for El') PS of IItN35, and is configured to centrally process employment data for a large number of employees. , in this case, the above-mentioned FIGS. 7 to 1
Each of the media shown in FIG. 0 will be provided on the January J data preprocessing equipment 36 side. As is clear from the description of the embodiments below, the time radar according to the present invention simply displays a time card without the need to specify each employee's U number or the work category to which he or she belongs. By simply inserting the card into the card pocket, you can obtain employment data according to each person's work classification, and even in offices where work classification changes, for example, on a weekly basis, you can use the Moeai table menu. If the time card can be rewritten, it will be possible to flexibly deal with changes in work categories without having to replace the Tomaro time card, which will significantly improve the functionality and reliability of this type of time radar. It is something.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing the external appearance of a time radar according to the present invention, Fig. 2 is a front view showing the configuration of a small table section of the time recorder, and Fig. 3 is a perspective view of the time recorder. 1--A front view showing the structure of the board, FIG. 4 is a partial sectional view showing the structure of the card insertion mechanism section and printer 4#1 section of the time radar 1--, and FIG. 5 is a front view showing the structure of the time radar 1-- Figure 6 is a 10-step diagram showing the electrical configuration of the time recorder, and Figure 7 is the noble meter that is stored in the management data shown in Figure 6. The configuration diagram, Figure 8, is shown in Figure 6. 9 is a configuration diagram of the management 72-data stored in the file memory 24, and a configuration diagram of the processing status data created during the working menu 22 of FIG.
Figure 10 is a configuration diagram of the personal files stored in the file system 2/I shown in Figure i16, and Figure 11 is -7 in Figure 6.
Figure 12 is a diagram showing the processing F order of 1'1' 21 programs in the 1-gram memory. Same C1,) 'A1 responds to the 1 minute pulse of LJ 20
Flowchart 12-1- showing the first order of the one-input process Roudan
1. Figure 12 (Now, let's take a look at the management data print process!) -1-1 Figure 13 shows another type of time recorder system to which the present invention is applied. ri1[-I
This is a diagram. 1...timere'-da 2...power 1' ili nonotsu 1 heto...
・Hair - Plug-in type cut-off switch 10...Car 1~Feeder 1''1...1-tsu 1~/Linter 20...Central processing unit special applicant A7) Co., Ltd. No. Figure 4 Figure 5 Figure 3 Figure 7 Figure 8 Figure 9 Figure 1O

Claims (3)

[Claims] (1) An individual who reads the code attached to each time card, a code reader, a code for storing the relationship between each individual code and the corresponding work category, and a code for the individual ] - Based on the personal code read by the card reader, refer to the table and calculate the corresponding work classification, and enter each individual's work classification data in the table. A data input means for writing and a shell tS
A time recorder that is characterized by: (2) The above-mentioned time radars are respectively h )> -1
ζ Consisting of one or more terminals having an acceptance function and an employment data extractor for obtaining the corresponding employment data based on at least the card insertion detection data obtained from these terminals, This patent is characterized in that the time recorder is set on the data generator side.The time recorder according to item 1 of the scope of claim 6. (3) It has a second table memory that stores the relationship between each work classification code and the applicable working time system, and compares the time card insertion time data with the working time system of the applicable work classification to determine each individual's working hours. The time recorder according to claim 1 or 2, characterized in that the time recorder obtains data.