JPS58181170A - Recording device of correlation between working time and work contents - Google Patents

Abstract

PURPOSE:To print working time and work contents on a recording card, by using the recording card of a worker unit provided with a print space, where working time and work contents are entered in the same line, and a magnetic recording stripe and inputting a card for input of work contents. CONSTITUTION:A recording card A of a worker unit provided with the print space, where working time and work contents can be entered in the same line, and the magnetic recording stripe is inserted to a recording card insertion hole 9 of a recording device 8. Next, a card B for input of work contents used as an ID card is inserted to an insertion hole 14, and an attendance key 17 and an end key 19 are depressed in order. By the operation of the key 17, the card A is guided to an optimum position and is run and stopped by a driving control means. Working time and work contents are entered by printing and magnetism, and work contents are updated as required. At a closing time, cards A and B are inserted to insertion holes 9 and 12 also, and the closing time and working time are entered on the card A in accordance with operations of a closing key 18 and the key 19.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a device suitable for recording working hours of workers and their work contents in relation to each other.

2. Description of the Related Art Conventionally, a time recorder that records the arrival and departure times of workers in chronological order is well known as a device for recording the working status of workers and creating materials necessary for labor management. , ' However, as a result of recent strict demands for rationalization of management in companies, the quality of workers has been reduced and the quality of workers has been reduced to a small number of elite workers. The content of work to be divided among workers and the division of work are no longer fixed as they were in the past, but there has been a shift towards handling different types of work in a variety of ways, and under these circumstances, Each worker is now working in a variety of workplaces with different work contents, either by eye or by time, and it is no longer possible to carry out rational management that corresponds to the above phenomenon. Well-known working time recording devices (5) alone are insufficient.

This is because the wage conversion coefficient, risk rate, safety tolerance, etc. of each work differ, so creating detailed records that can keep up with such differences from time to time is important for labor management and health of workers. This is because not only is it valuable for management purposes, but also in the field of production management, it is desirable to aggregate the elapsed time until completion divided by each work content and convert it into costs.

SUMMARY OF THE INVENTION In view of the above-mentioned needs, an object of the present invention is to develop and provide a device that can simultaneously record the work contents of workers in relation to their working hours.

To summarize the concept of the present invention, it is provided with a recording card for each worker on which working hours and work details can be written both in print and magnetically, and the card is guided to the optimal position for writing.
A means for updating the working hours and work contents is provided by printing or magnetically, and a means for recording on a floppy disk is made of a gold film.

(6) The structure and operation of the present invention will be explained in detail below using specific embodiments and drawings.

The recording card A used in the present invention, as shown in FIG. 31, consists of a print space Aa and a magnetic stripe Ab.

Printing space Aa is Wtt=, working hours printing section A c
, work content printing section Ad, and worker identification display section Ae
others? In particular, working hours and related work contents are displayed on both printing sections Ac and Ad so that they can be written together on the same printing line indicated by the printing line display section Af.
is located.

Items used to record working hours include basic data such as date, attendance, and departure, as well as auxiliary data necessary to accurately record working hours, such as arriving late, leaving early,
Overtime, holiday work, the next day (staying all night), father replacement (3 shifts)
, Vacation, etc. are provided, and non-overtime work (time not related to club activities or other work), non-lateness (no lateness due to train accident, etc.), compensatory days off, etc., which are omitted from illustration, are entered in the blank column Ag, for example. .

Items used in the work content printing iAd include, for example, construction classification, number outside the number, building, number of floors, area, etc. as a location indication, and generally, for example, a nuclear reactor as an indication of work contents. , turbines, communications, equipment, civil engineering, architecture, computer management, mechanical processing, assembly, installation, design, inspection, testing, etc. However, in practice, it is better to display them in more detail as necessary for better records. There is no doubt that the accuracy of this will increase.

Recording card A is created for each worker, and when not in use, it is inserted and stored in a card rack (not shown), and when in use, it is pulled out by the worker and placed in the first
The card is inserted into the recording card insertion hole 9 of the recording device 8 shown in the figure.

In principle, one line of record card A is filled in per day, but in exceptional cases, for example, if work is performed on two or more different work contents or work classifications in one day. If so, the entry is made using multiple lines.

The magnetic recording stripe Ab has a length of, for example, 20M, and data corresponding to about 120 characters can be magnetically written therein. Of the magnetic records on the Strive, except for basic data such as worker identification codes, daily fluid data is rewritten and updated each time it is entered, and previous magnetic records are sent to the main control unit 42 when read. Then, only the important data is sorted and stored on the floppy disk 10.
recorded in

The working hours are entered using keys on a keyboard 11 provided on the top surface of the recording device 8, as shown in FIGS. 1 and 2. Normally, input operations using keys are performed by the worker's own fingers, but in special cases, such as when the worker is absent,
Inputs such as "direct return" are performed by a dedicated operator.

A pull-out keyboard 12 provided on the front of the recording device 8 is
It consists of a numeric keypad manual section 12a and another keypad manual section 12b, which are operated by a full-time operator (9) when the time is to be corrected or a part of the program changed.

On the other hand, for inputting the work details, a manual key system similar to the above can be considered. However, the work content is often special, complex, and diverse, and the number of keys is insufficient.
There is a risk of display inconsistency; even if a key exists, workers may confuse it and press another similar key, making it difficult to ensure accuracy; and special work that occurs temporarily. To accommodate changes, use the work content input card Bi that is always available at the workplace.

Although this card B has a magnetic stripe Ba and the work details are magnetically written on it, the worker brings the card B to the recording device 8 and inserts it into the card insertion hole 14 for printing the work details provided on the top surface. Once it is inserted, the magnetic head reads the work details and the input is completed.

By the way, if you also write the identification code of the worker (10) on the magnetic stripe Ba of card B, you can use it as the ■D card. Since updating entries are only permitted for the first time, it is possible to prevent intentional or negligent mixed use by other workers, and the accuracy of recording is further improved.

In Figures 1 and 2, 15 is an optical window for the year, month, and day;
6 is a digital display window for the time, 17 is a key to press when dispatching, 18 is a key to press when leaving, and 19 is a key to press when input is completed.

The input operation procedure by the worker himself is thus usually as follows. That is, when a prisoner is dispatched, 1. Take out your record card A from the card rack and insert it into the insertion hole 9, 2. Insert the ID card you took home last night and work content entry card Bi into the insertion hole 14, 3. Press the dispatch key. Press 17. 4. Press the input completion key 19tl. 5. The dispatch time is written on the recording card A in print and magnetically.

6. It is okay to enter the work details as long as they are definite, but sometimes the work details for the day may not be finalized, so if the dispatch key 17 is operated, the work details cannot be entered. The control circuit 42 can also be configured to be reserved.

(B) When exiting 1. Insert the recording card At into the insertion hole 9, 2. Insert the work content input card B that also serves as an ID card into the insertion hole 14, 3. Press the exit key 18, 4. Input completion key 19t - When pressed, 5. Both the leaving time and the work details are written on the recording card A by print and magnetism.

If the work site is vast and the entrances and exits are scattered in several places, or if there are many workers, install a large number of handset units at each location that only have the means to write on the recording card A, and write to the floppy disk. It would be convenient for the workers if a master device equipped with a recording means for 200 days was installed in one place for centralized management.

An example of the internal configuration of the apparatus of the present invention is shown in FIGS. 5 and 6.

In the present invention, only a single pulse motor 20 is used as a drive source for driving the recording card A.

Originally, pulse motors are best suited for intermittent running in which printers accurately stop each line, but on the other hand, constant speed running is desired for writing and reading with magnetic heads, so
Conventional technology conventionally uses DC motors in this regard;
Therefore, all of the above-mentioned types of motors were used, leading to an increase in the complexity and size of the mechanism.

In contrast, in the present invention, it has been experimentally confirmed that even with a pulse motor, the rate of speed fluctuation decreases when rotating at high speed, and it is possible to run at a substantially constant speed. Pulse motor drive was also used in the field to simplify equipment, make it smaller and cheaper.

A pair of Niloving tweed rollers 21 and 22 are (13
) Four pairs of rollers are arranged in the vertical direction, and each roller is driven by a pulse motor.
Timing belt 23.24 from 20 output shafts respectively
．． 25 and 26, they are rotated in unison. Therefore, in FIG. 5, when the pulse motor 20 rotates in the direction of the hour hand, the recording card between the feed rollers is lowered, and when it rotates in the direction of the hour hand, the recording card rises.

Is gate stopper 27 always a card running route? However, due to the energization of the solenoid 28, the link 29,
Sensors 32 for confirming the correct insertion of the recording card A are located on the left and right sides at approximately the same level as the gate stopper 27, which is moved out of the travel path against the force of the spring 31 via the bell crank lever 30. 33, and upon input of detection signals from the pair of sensors, the solenoid 28 is excited, the stopper 27 is retracted, and at the same time, the pulse motor 20 is activated in the counterclockwise direction.

The lower end of the descending recording canid A is located at a level slightly higher than the magnetic head 340 level.
When the value reaches 5, the sensor 35 issues a detection signal (14), and the magnetic herad 34 starts reading.

When the reading is completed, the lower I of the recording card A reaches the end sensor 36, and when a detection signal is emitted from the sensor, the relay 37 (see Fig. 7) is activated to reverse the pulse motor 20. Switch to drive and shift to raising the recording card Ai.

On the other hand, when the work content input card B is inserted through the insertion hole 14, its magnetic stripe Ba is read by the magnetic head 38, and the worker identification code is also confirmed along with the work content.

At this point, the worker identification codes on both cards A and B are compared, and if they match, a command to proceed to the next operation is issued, but if they do not match, the pulse motor 20 is activated. continues and no stopping occurs, so that the recording card A is raised back to its initial position at the top.

Now, when the worker identification codes of both cards match, when the upper end of the recording card person reaches the magnetic writing sensor 39 provided at a level slightly lower than the level of the magnetic helad 34, the sensor A detection signal is emitted, and the working hours and work details are magnetically written by the magnetic head 34.

When the recording card A continues to rise and eventually both the magnetic writing sensor 39 and the magnetic reading sensor 35 issue off signals, the pulse motor 20 is reversed again via the relay 37, and the recording card A It's raining.

Reading begins to confirm whether the data written and updated by the magnetic helad 34 has been correctly executed.

When the lower end of the recording card A is detected by the end sensor 36, the above reading is completed and the pulse motor is activated again.
20 is reversed and the recording card A begins to rise.

The traveling of the recording card A that is rising is stopped at a level where the position of the printing line has been raised several print lines to a sieve level that matches the printing level of the printer 40. This method first magnetically detects the number of lines to be written by printing, and converts the detected value into the number of pulses corresponding to the feed distance from the sensor 35 closest to the printing position to the line to be written. This can be achieved by converting and controlling the drive of a pulse motor.

When the recording card A stops, the printer 40 is activated and the working hours and work details are printed on a predetermined number of lines.

Upon completion of printing, the pulse motor 20 is started again to raise the recording card A''f, and when the passage of the lower end of the card A is confirmed by the sensors 32 and 33, the excitation of the solenoid 28 is turned off, so that the gate The stopper 27 projects into the travel path by the action of the spring 31 and supports the recording card Ai, and the drive of the pulse motor 20 is also stopped.

The recording on the floppy disk 10 is sent when it is completely read by the magnetic disk 34 in order to confirm the previously written and updated magnetic records.

Reference numeral 41 is a roll paper, which is used exclusively by a full-time operator when making partial changes to a program, printing out the contents recorded on a floppy disk (17), and testing the machine.

The present invention has the above-described structure and operation, and it is possible to write the work details in relation to the working hours on the recording card A for each worker by printing and magnetically. For corporate entities facing fewer and more elite workers and diversification of work content, data on both working hours and work content can be correlated with high accuracy in the fields of worker labor management, health management, and corporate production management. This is extremely beneficial for both labor and management, as it has become possible to implement a rational management system based on the above.

(18)

[Brief explanation of the drawing]

The drawings illustrate one specific embodiment of the invention. Figure 1 is an overall perspective view, Figure 2 is a plan view of the main parts, Figure 3 is a plan view of the main parts of the recording card, Figure 4 is a plan view of the work content input card, and Figure 5 is a plan view of the main parts. FIG. 2 is a longitudinal sectional side view taken along line 5-5, and FIG. 6 is a longitudinal sectional front view taken along line 6-6 of FIG. FIG. 7 is a block diagram showing the control system. A... Recording card, Aa... Print space, Ab
...Magnetic stripe, Ac...Working hours printing section, A
d...Work details printing section, Ae...Worker identification display section, Af...Print line display section, Ag...Blank, 8...
Recording device, 9... Recording card insertion hole, 10... Floppy disk, 11... Keyboard, 12...
Pull-out keyboard, 12a...numeric keypad human power section, 12
b... Other key human power section, B... Card for inputting work details, Ba... Magnetic stripe, 14... Card insertion hole for inputting work details, 15... Date display window, 16 ...Time display window, 17...Key to press when dispatching, 18...Key to press when exiting, 19...Key to press when input is completed, 20...Pulse motor 21 and 22...Niraping Feed roller, 23
．． 24.25 and 26...timing belt, 27.
・・Gate stopper, 28・・Solenoid, 29・
...Link, 30...Bell crank lever. 31... Spring, 32 and 33... Sensor for confirming correct position insertion of card A, 34... Magnetic head, 35... Sensor for starting magnetic reading, 36... End sensor, 37... Relay, 38...
・Magnetic head, 39...Sensor for starting magnetic writing, 40
...Flinter, 41...roll paper. 42... Main control circuit. Patent applicant Toshiba Franc*'! “CAf&1・
1 Representative patent attorney Shigeru Sanne Daido Mamoru Mine (21)

Claims (1)

[Claims] +1> A printing space where working hours and work details can be written on the same line and a magnetic recording stripe thereof? A recording card for each worker, a drive control means for driving and stopping to guide the card to the optimum position for writing, and updating the card by printing and magnetically writing the working hours and work contents. A correlating recording device for working hours and work contents, comprising means for recording on a floppy disk and magnetic recording means for recording on a floppy disk. (2) A recording card for each worker that also serves as a printing space where working hours and work details can be written on the same line and a magnetic recording stripe, and the above-mentioned card? Write down drive control means for driving and stopping to guide the robot to the optimum position, and write working hours and work details on the card. Working hours and work contents consisting of means for inputting them in a manner that can be updated by printing and magnetically, means for inputting working hours by a key and work contents by a card with a magnetic stripe, and means for recording magnetically on a floppy disk. correlation recording device. (3) A recording card for each worker that also serves as a printing space where working hours and work details can be written on the same line and a magnetic recording stripe, and a card for guiding the card to the optimal position for writing. drive control means for driving and stopping; means for writing work hours and work details on the card in a manner that can be updated by printing and magnetic; working hours are entered using a key, and work details are entered using a card with a magnetic stripe; A worker identification code is magnetically recorded on both the recording card and the work content input card, and entry on the recording card is permitted on the condition that they match when read. A correlation recording device for working hours and work contents, comprising: a means for proving same person; and a means for certifying the same person. (4) A recording card for each worker, which has a printing space where working hours and work details can be written on the same line and a magnetic recording stripe, and a card for guiding the card to the optimal position for writing. a drive control means for causing running and stopping; a drive source in which a single pulse motor is used for both constant-speed running during magnetic writing and reading of the card and intermittent running during line-by-line printing; A correlation recording device for working hours and work contents, comprising means for writing the working hours and work contents on the card in an updatable manner by printing and magnetism, and magnetic recording means on a floppy disk. (5) A recording card for each worker, which is fully equipped with a printing space where working hours and work details can be written on the same line and a magnetic recording stripe, and a card for guiding the card to the optimal position for writing. drive control means for causing running and stopping; means for writing work hours and work details on the card in an updateable manner with gold printing and magnetism; magnetic recording means on a floppy disk; and means for writing on the card. A correlating recording device for working hours and work contents, comprising: an input convenience means installed in large numbers at all locations, and a recording means for the above-mentioned 70 tsupee disks centrally provided in one place. (6) Input data for working hours can include not only basic data such as date, dispatch time, and departure time, but also supplementary data that helps accurate recording of these data.
Apparatus according to claim 1, 2, 3, 4 or 5.