JPS6034151B2 - Seal search machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION 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 In the electronic registration of a seal stamp, the imprint of the stamp is taken, a registration number is attached to this image data, and the image data is registered in a file.

When checking a seal, when you enter the registration (or account) number from the seal search machine, the image data corresponding to the registration number is extracted from the file and output as a seal impression on paper from a printer (e.g. thermal printer). be done. 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 printed seal impression on its output paper. However, the paper contains a copy of the same as the original seal, and in order to protect confidentiality after identification, it is necessary to take measures such as incinerating the paper. Also, from an operational perspective,
It is necessary to centrally manage which data has been submitted by whom, and in the past, this had the disadvantage of having to be managed by hand-writing on paper. {c'Object of the invention The present invention was 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 section; a counter that is incremented each time the seal imprint data is retrieved from the storage section by the search section; and counting data of the counter and the stored number. means for outputting the operator number and the identification code, when the operator number and the identification code are input from the input section, the seal impression data corresponding to the identification code is extracted from the storage section and the The counter is incremented by one, and when the printer outputs a seal imprint based on the retrieved seal imprint data on a sheet of paper, the operator number and the counting data of the counter are outputted on the sheet of paper. This is a seal search machine.

As described above, the present invention is capable of outputting (printing out) the sheet number of the paper and the operator number together when extracting 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 a seal search machine according to the present invention. In the registration file 1 in the drawing, seal impression data la to lz are stored with identification codes (registration numbers) A to Z assigned to them, respectively. Immediately after the device is powered on, the register 3 and counter 4 are reset by a reset pulse R issued from the control section 2 in the drawing. In the drawing, when an operator inserts a magnetic card 5 (on which an operator number N is recorded) into a reading section 6, the read operator number N is set in a register 3. Next, when an identification code (for example, A) is input by operating the data key K of the keyboard 7, the search unit 8 extracts the seal impression data la corresponding to the discussion-specific code A from the registered file 1, and
This is sent to the output control section 9. Also at this time, the search section 8
outputs one control pulse C, so counter 4 is 1
I am forced to take a step forward. The count data D of the counter 4 and the operator number N of the register 3 are determined by the output control section 9.
The write pulse W is also sent to the writing unit 10, and the write pulse W
is written into the memory 11 by. The output control unit 9 sends the seal impression data la, count data D, and operator number N to the thermal printer 12, so that the paper S has a seal impression la' based on the seal impression data la and count data D as shown in the figure.
and operator number N are printed out. Note that the count data D is a sheet number indicating the order in which the sheets S are issued.
In other words, each time the input from the input section 7 is performed, the control pulse C is emitted from the search section 8, so that the count data D of the counter 4 indicates the sequence of sheets S to be output. Moreover, this count data D is written to the memory 11 every time a raw output is performed, so the sheet number (count data D) of the paper S output from the thermal printer 12 is stored in the memory 1, and the operator number N is stored correspondingly. After completing the seal verification process, the operator presses keyboard 7.
When the print button P is pressed, a print command p is issued, which activates the reading section 13 of the memory 11 and sends all data in the memory 1 to the output control section 9. Therefore, the thermal printer 12 outputs the counting data (sheet numbers) D, D2, . . . and the operator number N to the paper J. Note that if the operators are different, the operator numbers will be N, , N2, . . . . The sheet number D and the operator number N are outputted on the sheet on which the seal impression is outputted in this way, and on the other hand, data regarding the outputted sheet S is recorded on the sheet J, so the outputted sheet S management becomes easier. 'f} Effects of the Invention As described above, the present invention has the advantage of facilitating operational management of seal verification.

[Brief explanation of the drawing]

The drawing is a block diagram illustrating an embodiment of the present invention,
The symbols used in the figure are as follows. 1 is a registration file, 2 is a control unit, 3 is a register, 4 is a counter, 5 is a magnetic card, 6 is a reading unit, 7 is a keyboard, 8 is a search unit, 9 is an output control unit, 1 is a write unit , 11 is a memory, 12 is a thermal printer, 13 is a storage unit, A,
Z is the identification code, C is the control pulse, D is the counting data, l
a, lz are seal data, la' is seal impression, G, S are paper,
K is data key, N is operator number, P is print money 0,
p indicates a print command, R indicates a reset pulse, and W indicates a write pulse.

Claims (1)

[Claims] 1. 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 the seal impression, the operator number input from the input section is a counter that is incremented each time the seal imprint data is retrieved from the storage unit; and a unit that outputs the count data of the counter and the stored operator number; When the operator number and the identification code are input, the seal imprint data corresponding to the identification code is retrieved from the storage unit, the counter is incremented by one, and the retrieved seal imprint data is retrieved from the printer. 1. A seal retrieval machine characterized in that when outputting a seal imprint on a sheet of paper, the operator number and the count data of the counter are outputted on the sheet of paper.