JPS6170686A - 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] [Industrial application field] The present invention is designed to prevent incorrectly entered attendance and leaving data.

The present invention relates to a time recorder that can be canceled under predetermined conditions.

Recent time recorders are transitioning from mechanical time recorders to offline electronic time recorders as the automation of office processes progresses, and then to online electronic time recorders that utilize microcomputers, have online functions, and can be used in a system-like manner. .

Furthermore, many of the latest time recorders have functions that can accommodate a wide variety of work styles in each company.

In other words, hold various keys depending on your work style.

By selecting the relevant key and inserting the 10 cards that identify the worker, the worker can directly edit online on the 1IHVI classification table of the host device (controller), and This method reduces the maintenance load on the work classification table.

In such a system, companies are requesting the development of a time recorder that can further save labor and further improve the reliability of the work classification table.

[Conventional technology]

A conventional online electronic time recorder will be described with reference to one drawing.

FIG. 2 shows a block diagram illustrating a conventional online electronic time recorder.

Conventional online electronic time clocks allow employees to set their own work patterns (for example, 3-shift work).

Set the work classification key 3 according to your type (part-time worker, part-time worker, etc.), and enter your ID card (not shown) as ID.
When the card is inserted into the card reader 2 and operated, the I-locard league control section 4 processes the data read by the card reader 2 and outputs it to the card data check processing section 5.

The card data check processing unit 5 checks the read card data (
For example, check the data format, registered work style, etc.).

If the check is good, a signal is output to the short timer 1 and the OR circuit 9, and if the check is bad, a signal is output to the long timer IO side.

The long timer 10 outputs a predetermined signal (longer pulse) to the OR circuit 12 and the inverter 13 in response to the check good signal, and the inverter 13 lights up the check fault display section 16 based on this predetermined signal, prompting the operator to perform the operation. Call attention to defects.

Further, the OR circuit 12 outputs an output to the buzzer 17 via the amplifier 14, causing the buzzer 17 to sound for a predetermined length of time to similarly alert the ID card (not shown) operator to malfunction.

The short timer 11 outputs a predetermined signal (shorter pulse) to the OR circuit 12 and the inverter 15 in response to the check good signal, and the inverter 15 lights up the check good display section 1 day in response to the predetermined signal, giving the operator a sense of frustration. Make sure it's good.

Also, the OR circuit 12 outputs an output to the buzzer 17 via the 7-amp 14, causing the buzzer 17 to sound for a predetermined length! Similarly, a confirmation signal of successful operation is given to the operator of the D card (not shown).

On the other hand, the OR circuit 9 receives the check good signal (including card data) from the card data processing section 5 and the output from the key data control section 7.

The logical OR with the reference time from the timer 8 is taken and output to the data editing section 19.

The data editing section 19 edits the manually entered card data in a predetermined format and stores it in the card data storage memory 20.

The data stored in the card data storage memory 20 is sent to a host device (not shown) by a data transmitting/receiving section 21 and managed collectively in a work classification table (not shown).

If the operation of the work classification key 3 is incorrect, the set key can be canceled using a cancel key (not shown) in the work classification key 3 and the setting can be made again.

[Problem that the invention seeks to solve]

When entering attendance data using the above method.

If you make a mistake in selecting the work classification key 3, you can cancel the setting of the work classification key 3 using the cancel key (not shown) and re-set the vJlii classification key 3, but it is not possible to do so manually. The card data processing function is not added to prevent unauthorized data input.

Therefore, even if the card data is entered incorrectly even for a simple item, there is a problem in that if the card data is entered incorrectly, subsequent processing requires many procedures and time.

[Means for solving problems]

The present invention aims to realize a new time recorder that solves the above problems.

The problem is that the first storage means temporarily stores the attendance data obtained by inserting the card, the second storage means temporarily stores the attendance data obtained in the same way, and the 1st. a comparison investigation means for comparing and investigating data for identifying the worker himself included in the attendance and leaving data stored in the second storage means, and when the comparison investigation means outputs a matching signal, the first storage means This problem is solved by the time recorder according to the present invention, which erases the attendance data stored in the computer.

[Effect]

That is, the attendance data that is input first is temporarily stored in the first bar, and the attendance data that is input first is stored in the second bar 7.
Similarly, it is temporarily stored in the front part.

Among the attendance and leaving data temporarily stored in the two buffer sections, the worker identification data is compared by the comparison investigation section.

If they do not match, the first buffer's attendance and leaving data is sent to the code data storage memory and stored.

The attendance data in the second buffer section is sent to and stored in the first buffer section, and the second pamphlet section waits for the next input of attendance data.

If they match, the comparison investigation section deletes the attendance data in the first buffer section and sends the attendance data in the second buffer section to the first buffer section.

Mis-entered attendance and attendance data can be easily corrected using attendance and attendance data that was subsequently input by the same worker.

[Example] 1 The gist of the present invention will be specifically explained below with reference to an example shown in FIG.

FIG. 1 shows a block diagram showing one embodiment of a time recorder according to the present invention. The same symbols indicate the same objects throughout the figures.

Next, the operation of this embodiment will be explained. The operation of this embodiment is as follows.
Since the operations up to the data editing section 19 are the same as those in the [prior art], the explanation will be omitted, and the subsequent operations will be explained.

The attendance and leaving data edited in a predetermined format by the data editing section 19 is first temporarily stored in the first buffer section 22.

Next, the attendance and leaving data that has been manually edited is temporarily stored in the second hardware section 23 in the same way.

In the comparative investigation B24, the worker identification code is extracted from the attendance and leaving data stored in the first buffer section 22 and the second buffer section 23, and is compared and investigated.

As a result of the comparison, if they match, it is determined that the operation is a modification request from the same operator, and a t display signal (■) for erasing the attendance and leaving data in the first buffer section 22 is sent to the first buffer section 22, thereby erasing the stored data. .

At the same time, the data in the second buffer section 23 is transferred to the first buffer section 2.
A shift pulse (■) for data transfer to the buffer section 23 is sent to the buffer section 23, and the data in the buffer section 23 is transferred to the hardware section 22.

Also, when the comparison results of the comparison investigation section 24 are inconsistent.

Determining that this is normal manual data manipulation, the comparison investigation section 24 sends a shift pulse ■ to both buffer sections 22 and 23.

The attendance and leaving data stored in the first buffer section 22 is stored in the code data storage memory 20, and this attendance and leaving data is transferred to the data transmitting and receiving section 21 to a higher-level device (not shown).

On the other hand, the data in the buffer section 23 is transferred to and stored in the buffer section 22, and the buffer section 23 waits for the next data.

〔Effect of the invention〕

According to the present invention as described above, the same operator who is susceptible to operational errors when operating the time recorder can be prevented.

This has the effect of allowing input data to be corrected immediately.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of a time recorder according to the present invention. FIG. 2 is a block diagram showing a conventional online electronic time recorder. are shown respectively. In fig. 1 is a time recorder, 2 is an ID card reader. 3 is the work classification key. 4 is the 10 card league control section. 5 is a card data check processing section. 6 is a card data check parameter section. 7 is the key data control section. 8 is a timer, ' 9.12 is an OR circuit. 10 is a ward timer section, and 11 is a short timer section. 13 and 15 are inverters, and 14 is an amplifier. 16 is the Cheseok defect display section. 17 is a buzzer. 18 is the Cheseok defect display section. 19 is the data editing department. 20 is a card data storage memory. 21 is a data transmitting/receiving section, and 22 is a first buffer section. 23 is the 2nd Hasohua Department, 24 is the Comparative Research Department. are shown respectively.

Claims (1)

[Claims] A device for managing attendance and attendance by inserting a card on which data identifying a worker himself/herself is recorded, comprising a first storage means for temporarily storing attendance and attendance data obtained by inserting the card; a second storage means for temporarily storing attendance data obtained in the same manner;
a comparison investigation means for comparing and investigating data for identifying the worker himself included in the attendance and leaving data stored in the storage means, and when the comparison investigation means outputs a matching signal, the data is stored in the first storage means. This time recorder is characterized by erasing the current attendance and attendance data.