JPS59161764A - Retrieving machine for seal impression - Google Patents

Abstract

PURPOSE:To facilitate operation control over seal impression collating by outputting an operator number and the count data of a counter to a form when a seal print based upon searched seal print data is printed out on the form by a printer. CONSTITUTION:Seal print data Ia-Iz are stored in a registration file 1 together with added identification codes A-Z. A register 3 and the counter 4 are reset right after the power source is turned on. When an operator inserts a magnetic card 5 into a readout part 6, the operator number N is set in the register 3. Then when the identification code A is inputted with data keys K on a keyboard 7, a retrieval part 8 retrieves the corresponding seal print data Ia in the file 1 and outputs it to an output control part 9. At this time, the retrieval part 8 outputs a control pulse C and the counter 4 goes up by one. The count data D of the counter 4 and the number N of the register 3 are sent to a control part 9. The control part sends out data to a thermal printer, so the seal print Ia, data D, and number N are printed out on the form S.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Technical Field of the Invention The present invention relates to a seal search machine that searches and outputs registered seal impressions.

(b) Prior Art and Problems Electronic registration of seals involves reading the entire seal impression, attaching a registration number to this image data, and registering it in a file. When checking a seal, if you enter the entire registration (or account) number from the seal search machine, the image data corresponding to the registration number will be printed out in a file and output as a seal impression on paper from a printer (for example, a thermal printer). Ru. The operator visually compares and discriminates the seal imprint on the output paper and the verified seal imprint. Such a seal search machine only outputs the retrieved seal imprint on its output paper.

However, since the paper contains a copy of the same as the original seal, it is necessary to take measures such as incinerating the paper in order to protect confidentiality after identification. Also, from an operational perspective,
It is necessary to centrally manage who retrieved which data. Conventionally, this had to be done by hand, and had to be managed by filling out all forms.

(c) Purpose of the invention The present invention has been made to solve the above-mentioned drawbacks.
The purpose of the present invention is to provide a seal search machine that facilitates operational management to protect confidentiality after printing a seal impression.

(d) Structure of the Invention The present invention provides an apparatus that includes a storage section in which seal impression data of a seal stamp and an identification code of the seal impression data are stored in correspondence, a search means, an input section, and a printer that outputs the seal impression. means for storing the operator number input from the input unit; a counter that is incremented each time the seal imprint data is retrieved from the storage unit by the search unit; and counting data of the counter and the stored number. means for outputting the entire operator number, and when the operator number and the identification code are input from the input section, the seal impression data corresponding to the identification code is retrieved from the storage section and the counter is When the printer increments the stamp by one and outputs the stamp based on the searched stamp data on all the sheets, the paper has the following:
The seal search machine is characterized in that it outputs the operator number and count data of the counter. As described above, the present invention is capable of outputting (printing out) the sheet number of the paper and the operator number together when searching the registered seal imprint data and outputting the seal imprint onto a sheet of paper during seal verification. It was designed to

(e) Examples of the invention The present invention will be explained below with reference to the drawings. The drawing is a block diagram illustrating an embodiment of the name stamp piglet search machine according to the present invention. Registration file 1 in the drawing includes seal impression data Ia~
Iz are stored with respective identification codes (registration numbers) AZ attached thereto.

Immediately after turning on the power to the device, the system shown in Figure 4. *1 The register 3 and counter 4 are reset by the reset pulse R issued from section 2. In the drawing, when the operator inserts a magnetic card 5 (in which the operator number N is recorded) into the full reading section 6, the read operator number N is transferred to the register 3.
is set to Next, if you input an identification code (for example, A) using all the data keys on the keyboard 7, the search section 8
retrieves the seal imprint data Iat corresponding to the identification code A from the R record file 1 and sends it to the output section control section 9. Also, at this time, the search section 8 outputs one control pulse Ck, so the counter 4 is incremented by one. The count data D of the counter 4 and the operator number N of the register 3 are sent to the output control section 9, while the writing section 10
It is also sent to the memory IJ 11 and written to the memo IJ 11 by the write pulse W. The output control unit 9 sends the stamp data Ia, the count data D, and the operator number N to the thermal printer 12, so that the paper S has the stamp data Ia, the count data D, and the operator number. The number N is printed out. Note that the count data D is a number on the sheet indicating the order in which the sheets S are issued. That is, every time a search is performed based on input from the human power section 7, the control pulse C is emitted from the search section 8! Since the count data D of the counter 4 is
This shows the sequence of sheets S to be output. Moreover, this count data D is stored in the memory 11 every time it is retrieved.
1 to 1 are stored in the memory 11, so that when the operator presses the print button pf on the keyboard 7 after the thermal printer 12 book collation work is completed, a print command p is issued, and the reading unit 13 of the memory 11 is activated. All data in the memory 11 is then sent to the output control section 9. Therefore, the thermal printer 12 outputs the counting data (sheet number) D++Dz and the operator number N to the paper J. If the operator is different, the operator number is N,,N2.
becomes. The paper on which the seal is printed in this way is
Since the sheet number (L)) and the operator number N are output, and data regarding the output paper S is recorded on the paper J, the output paper S can be easily managed.

(f) Effects of the Invention As described above, the present invention has the advantage of simplifying the progress management of seal verification.

[Brief explanation of drawings]

The drawing is a block diagram fully illustrating an embodiment of the present invention.
The symbols used in the figure are as follows. 1 is a registration file, 2I′i control unit, 3 is a register, 4
is a counter, 5 is a magnetic card, 6 is a reading section, 7 is a keyboard, 8 is a counting section, 9 is an output control section, 10 is a writing section,
11 is a memory, 12 is a thermal printer, 13 is a reading section, A, Zll'i identification code, C is a control pulse, D
are count data, ■a, ■ are stamp data, Ia is stamp, J, S are paper, K is data key, NI'i operator number, P is print button, p is printing 1h command, R is reset pulse , W indicates a write pulse.

Claims (1)

[Claims] In an apparatus having a storage section in which seal impression data of a seal stamp and an identification code of the seal impression data are stored in correspondence, an input section, and a printer that outputs all seal impressions, an operator number input from the input section is stored. a counter that is incremented each time the seal imprint data is retrieved from the storage section; and a means for outputting the d'' number data of the counter and the stored operator number; When the operation confirmation and the identification code are input, the seal imprint data corresponding to the identification code is retrieved from the memory 1), the counter is incremented by one, and the printer retrieves the seal data. A seal retrieval machine characterized in that when outputting a seal imprint based on the obtained seal imprint data onto a sheet of paper, the operator number and count data of the counter are outputted onto the sheet of paper.