JPH05274404A - Seal impression data transition method - Google Patents

Abstract

PURPOSE:To eliminate reregistering operation for seal impression data and shift to a different system by transferring the seal impression data from a shift-source system of a shift-destination system, and converting the data to the format of the shift-destination system and registering the data. CONSTITUTION:When the shifting of the seal impression data is indicated from a terminal of the shift-destination system 2, a shifting function 21 sends a shift indication message to the shifting function 11 of the shift-destination system 1 through a line. The shifting function 11 retrieves a seal impression data file 16 under the control of a seal impression system 13 at a seal impression retrieval request, and extracts and sends corresponding seal impression data to the shifting function 21 of the shift-destination system 2 through the line 2. The shifting function 21 converts the seal impression data to the format of its system. Then the converted seal impression data are passed to a seal impression registering function 26 and registered in a seal impression data file 25 in an easy-to-retrieve state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a seal imprint data migration method for migrating seal imprint data to another system. In particular, this method is used when the following requirements occur.

(1) I have been using an imprint search system for many years,
When the service life of the hardware of the imprint search system is exceeded (2) When the file size of the imprint search system is exceeded (3) With the addition of new stores, a part of the imprint data used at the old stores will be replaced by the new system. (4) When dealing with district centers or when centrally managing imprint data managed by multiple branches

[0003]

2. Description of the Related Art Conventionally, when migrating a seal imprint search system to another seal imprint search system, the following work has been performed.

(1) Prepare a seal stamp (or seal stamp) of the original data registered in the seal imprint search system, read it and create and register seal imprint data. At this time, the seal stamp is
Since this is important information, security was ensured when it was transported from the management location to the location of the new imprint search system, and during storage during registration.

(2) In order to read and re-register the seal stamp in a new seal imprint retrieval system, a large number of operators spend a long period of time to register the seal stamp. Further, before the registration work, the training for the registration work was conducted, and the work for confirming the imprint data was performed after the registration.

[0006]

As described above, conventionally, when the old seal imprint search system is changed to the new seal imprint search system, re-registration is performed based on the seal stamp. This is because the method of managing the imprint data used in the program of the old system is different from the method of managing the imprint data used in the program of the new system, and the old imprint data cannot be used in the new system. In particular, there is a problem that the methods of linking for high-speed retrieval of seal imprint data are different and there is no compatibility. For this reason, if the above-mentioned seal imprint data is read and re-registered, there is the complexity of ensuring the security of the user's valuable seal stamp (seal stamp), and re-registration work of seal imprint data is extremely difficult. It takes a lot of time. For example, the time required for manual seal registration is as follows, including the seal registration and seal confirmation work.

50 seconds 1 hour 8 hours 29 days (8 hours / day) 87 days 1 terminal 1 case Approx. 70 cases 600 cases Approx. 16,000 cases 50,000 cases Terminals 4 4 cases Approx. 300 cases Approx. 2400 Approximately 64,000 cases Approximately 200,000 cases As can be seen from this, in order to re-register 100,000 imprint data, it takes about half a year for one terminal and about 1.
There is a problem that it takes 5 months.

The present invention solves these problems by
Connect the migration source system and the migration destination system with a line, transfer the old imprint data from the migration source system to the migration destination system, convert it in the migration destination system and, if necessary, convert the compression format and register it in a file. The purpose of the present invention is to eliminate the manual re-registration work of the imprint data and to easily transfer the imprint data to a different system.

[0009]

[Means for Solving the Problems] Means for solving the problems will be described with reference to FIG. In FIG. 1, the transfer source system 1 has old seal imprint data, and is composed of a transfer function 11 and old seal imprint data.

The transfer function 11 transfers old imprint data to a transfer destination system via a line. The migration destination system 2 is for migrating and using old seal imprint data, and includes a migration function 21, a seal imprint converter 23, new seal imprint data, and the like.

The transfer function 21 is for receiving old seal imprint data transferred through the line, and converting the seal imprint data into the format of its own system. The seal imprint converter 23 converts the transferred old seal imprint data into the compression format of its own system.

[0012]

According to the present invention, as shown in FIG. 1, the migration source system 1 and the migration destination system 2 are connected via a line, and the migration function 11 of the migration source system 1 sends the old imprint data to the line. The transfer function 21 of the transfer destination system 2 receives this, and the seal imprint converter 23 converts it to the compression method of its own system as necessary and registers the seal imprint data.

Further, the migration destination system 2 instructs the migration source system 1 via the line to cause the migration function 11 to transfer the imprint data, and this is performed by the migration function 2 of the migration destination system 2.
1, the seal imprint converter 1 converts it to the compression method of its own system as necessary, and registers the seal imprint data.

Further, the transfer destination system 2 instructs the transfer source system 1 via the line to transfer the error log information (for example, the information of the imprint data which cannot be transferred), and the transferred error log. Information transfer destination system 2
I try to print it in.

Therefore, after the transfer source system 1 and the transfer destination system 2 are connected by a line, the old imprint data is transferred from the transfer source system 1 to the transfer destination system 2, and the transfer destination system 2 compresses the data as necessary. By converting and registering the seal imprint data in the format of the own system, it is possible to eliminate the manual work of re-registering the seal imprint data and easily transfer the seal imprint data to a different system.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the configuration and operation of an embodiment of the present invention will be described in detail with reference to FIGS.

FIG. 1 shows a block diagram of an embodiment of the present invention.
In FIG. 1, the transfer source system 1 has old seal imprint data, and is composed of a transfer function 11, a LAN 12, a seal imprint system 13, a transfer control file 14, a seal imprint data file 15, and the like.

The transfer function 11 transfers old imprint data to the transfer destination system 2 via a line. L
The AN 12 is a local area network, and is a line (and line control) that connects the migration source system 1 and the migration destination system 2. This is used when transferring the old seal imprint data from the migration source system 1 to the migration destination system 2 and is deleted after the migration.

The imprint system 13 provides various imprint services such as retrieving the imprint data requested to be retrieved from the imprint data file 15 and transferring the imprint data.
The transfer control file 14 reads out the seal imprint data from the seal imprint data file 15 of the transfer source system 1, and which seal imprint data (address) was transferred (transmitted) when transferred to the transfer destination system 1 via the line, or The imprint data that cannot be transferred is stored as log information.

The seal imprint data file 15 stores a large amount of seal imprint data (for example, hundreds of thousands of seal imprint data) in a form that allows easy retrieval. Normally, since the amount of imprint data is large, it is compressed and stored (2L system, MMR system, etc.).

The migration-destination system 2 is a new system for migrating and using old seal imprint data, and is composed of a migration function 21, a LAN 22, a seal imprint converter 23, a seal imprint system 24, a seal imprint data file 25, and the like. It is a thing. .

The migration function 21 receives the old seal imprint data transferred via the line, converts the seal imprint data into the format of the own system, and transfers the seal imprint data to the seal imprint converter 23 according to the compression method of the own system. It is something that is compressed.

The LAN 22 is a local area network, and comprises the migration source system 1 and the migration destination system 2
It is the line (and line control) that connects to and. The old seal imprint data transferred from the migration source system 1 is used when the migration destination system 2 receives the data, and is deleted after the migration.

The imprint converter 23 uses the compression system (eg, MMR) of the imprint data received via the line.
If it is different from the system), it is converted to the compression system of its own system.

The seal imprint system 24, here, is the transfer function 21 loaded at the time of transfer of the seal imprint data, and the LAN 2
2 and the seal imprint converter 23 are removed and replaced so as to provide a seal imprint data search service.

The seal imprint data file 25 is a file in which the imprint data after the transfer is stored for easy retrieval.
The seal imprint registration function 26 registers the seal imprint data in the seal imprint data file 25.

The terminal 3 gives various instructions and displays the result. Here, the source system 11 instructs the destination system 2 to transfer the imprint data via a line. It is something to key in.

The printer 4 prints the seal impression data as a search result. Here, the log information transferred from the migration source system 1 (for example, the information of the seal imprint data that cannot be transferred) is printed. It is something to do.

Next, the operation of the configuration of FIG. 1 will be described in detail according to the order shown in the flowchart of FIG. In FIG. 2, S1 introduces a new system. This introduces the migration destination system 2 of FIG.

In step S2, the migration function 11 is stored in the migration source and activated. This is because the source system 1 is the imprint system 1.
Under the control of 3, the seal imprint data file 15 is searched in response to the seal imprint search request, and the corresponding seal imprint data is returned, but the imprint data of the seal imprint data file 15 is sent to this via the LAN 12 and the line. Then, the migration function 11 for transferring to the migration destination system 2, which is a new system, is loaded and activated to bring it into an operating state. In this state,
The migration source system 1 performs both of the normal seal imprint data search service and the transfer of the seal imprint data extracted from the seal imprint data file 15.

In step S3, the migration destination system 2 is activated. This is LAN2 as the new migration destination system 2 of FIG.
2, migration function 21, initially imprint data file 2 empty
5, and the migration destination system 2 provided with the seal imprint converter 23 is started. In this state, the seal imprint system 24 is not activated, and the imprint data search service or the like cannot be provided. After registering all the imprint data in the imprint data file 25, the migration function 21, LAN 22, and imprint converter 2
3, the seal imprint system 24 is stored and activated in place of this, and a seal imprint data search service or the like is started.

In step S4, the conversion function 11 of the migration source system 1 sends the imprint data to the migration destination system 2 in response to a request from the migration destination system 2. In S5, the seal imprint converter 23 of the transfer destination converts and registers the seal imprint data. This is because in response to the transfer function 21 of the transfer destination system 2 instructing the transfer function 11 of the transfer source system 1 to transfer in S4, the transfer function 11 extracts the seal imprint data from the seal imprint data file 15 via the line. Transfer to the migration function 21 of the migration destination system 2, the migration destination function 21 converts it to the format of its own system and registers it in the imprint data file 25, and when it is determined that the compression method needs to be changed, instructs the imprint converter 23. Then, after converting to the compression method of the own system, the seal imprint data is registered in the seal imprint data file 25. As a result, the seal imprint data of the transfer source system 1 can be sequentially transferred to the transfer destination system 2, converted into the format and compression format of the own system, and automatically registered in the seal imprint data file 25.

In step S6, it is determined whether or not the process is finished. In the case of YES, since all the imprint data have been transferred from the migration source system 1 to the migration destination system 2, the process proceeds to S8. On the other hand, if NO, S4 is repeated to transfer the next imprint data.

In S8, the equipment of the seal imprint converter 23 and the LAN 22 is removed from the migration destination system 2 and the system is transferred to the operation system. As described above, the transfer of the imprint data from the transfer source system 1 to the transfer destination system 2 can be completed, and the transfer destination system 2 can start the operation.

FIG. 3 is a diagram for explaining the transfer of the seal imprint data of the present invention. Indicates a transfer instruction from the imprint terminal 31 of the transfer destination system 2, and the transfer function 21 receives the transfer instruction. At this time, an end time for ending the transmission of the imprint data is specified so that the operation on the next day or the like will not be hindered.

In step 3, the transfer function 21 which has received the transfer instruction transmits the transfer execution instruction message to the transfer function 11 of the transfer source system 1 via the LAN 22, the line, and the LAN 12. Is, the migration function 11 of the migration source system 1 reads the management information from the beginning of the file (the management file of the imprint data file 15).

On the basis of the management information read in,
Extract the corresponding imprint data, LAN12, line, LA
It is transmitted to the migration function 22 of the migration destination system 2 via N22.

Is the transfer-destination system 2 which has been sent by
When the transfer function 21 of 1 determines that the compression method of the imprint data is different from that of its own system, it instructs the seal imprint converter 23 to convert it to the compression method of its own system (for example, MMR method). If the compression method of the imprint data is the same as that of the own system, there is no need to convert.

[0039] In step (a), the converted seal imprint data is passed to the seal imprint registration function 26 and registered in the seal imprint data file 25 in a form that allows easy retrieval. After the seal imprint registration function 26 finishes registering the seal imprint data in the seal imprint data file 25, notifies the migration function 21 of the end of registration.

The transfer function 21 notifies the transfer function 11 of the transfer source system 1 via the line that the registration of the imprint data has been completed. When the end time has been reached or all the imprint data has been transferred, the end message transfer function 21
Send to. Upon receiving this, the migration function 21 of the migration destination system 2 performs the end processing with "'.

When the end time has not been reached, '' repeats the file reading transfer process of, and repeats the transmission of the next imprint data. As described above, the transfer source system 1 and the transfer destination system 2 are connected by a line, and the transfer instruction specifying the end time from the imprint terminal 31 of the transfer destination system 2 is converted into a message and transmitted to the transfer source system 1. The migration function 1 of the migration source system 1
1 automatically extracts the seal imprint data from the seal imprint data file 15, transmits it as a telegram, and when the migration function 21 of the migration destination system 2 that receives it determines that it is necessary to convert the compression method, the seal imprint converter 23 To the compression system of its own system, and when conversion of the compression system is unnecessary, it is directly registered in the imprint data file 25. Then, when the designated end time or all the imprint data is transmitted and the registration is completed, a series of transition processing is ended.
As a result, it becomes possible to automatically transfer the imprint data by instructing from the imprint terminal 31 of the transfer destination system 2.

FIG. 4 shows a transition explanatory diagram of the present invention. Figure 4
4A shows the state of the migration source system 1 before the migration, and FIG. 4B shows the state of the migration source system at the time of migration. In the pre-migration state of FIG. 4A, the pre-migration system uses the imprint data in the imprint data file 15 and provides a service for retrieving the imprint data. In the state at the time of migration of FIG. 4B, the migration system is the imprint data file 1
The seal imprint data in 5 is used as it is for the seal imprint data search service, and is also used as it is as the seal imprint data to be transmitted to the migration destination system 2. During this transition, L
It connects to the line via the AN 12 and sends the imprint data to the migration destination system 2.

On the other hand, FIG. 4C shows the state of the migration destination system 1 at the time of migration, and FIG. 4D shows the state of the migration destination system 2 after the migration. In the state at the time of transfer of FIG. 4C, the line is connected via the LAN 22, the imprint data transmitted from the transfer source system 1 is received, converted to the format of the own system, and compressed if necessary. After the conversion, the registration is registered in the transfer seal imprint data file (seal imprint data file 25). After migration, replace the migration system with the post-migration operational system. As a result, the imprint data can be migrated during the migration, and the imprint data search service or the like can be started after the migration is completed.

Next, the operation of FIG. 4 will be described. (1) Migration function 11 and LAN 12 of the migration source system 1
Create a migration system that incorporates.

(2) The created system is installed in the source system 1 in operation. (3) A system incorporating the migration function 21 (migration program) of the migration destination system 2 and the LAN 22 is created.

(4) The migration source system 1 and the migration destination system 2 are mutually connected via the LAN 12, the line, and the LAN 22 to start the migration, and the imprint data is transmitted from the migration source system 1 to the migration destination system 2. And register.

(5) After the migration, the post-migration operation system is created and replaced with the migration system of the migration destination system 2. (6) The operation of the transfer destination system 2 is started by the transfer operation system.

As described above, the migration source system 1 provides the seal imprint data search service and the like during the migration as before the migration, and after the migration is completed, the migration system of the migration destination system 2 is replaced with the operation system, System 2
Start operation.

FIG. 5 shows a flow chart of the execution of error log printing according to the present invention. This corresponds to a momentary interruption or the like during the migration, so that the migration control file 14 is provided in the migration source system 1,
The number of the imprint data that is being transferred is stored and saved at any time so that it can be restarted from the transmission of the imprint data after the momentary interruption during the next operation. This will be described below.

Inputs an error log print instruction from the imprint terminal 31 of the migration destination system 2. Indicates that the migration function 21 of the migration destination system 2 is the migration function 11 of the migration source system 1.
Send the error log print instruction message to.

The migration function 11 reads the error log information saved at the time of migration from the file (migration control file 14) and sends the error log information message to the mechanism function 21 of the migration destination system 2 (read error). Log information is, for example, 10).

In step 5, the migration function 21 of the migration destination system 2 sends the error log information to the printer 4 and causes the printer 4 to print. After printing the error log information, sends a print end message to the migration function 11 of the migration destination system 1 as a message.

Is until the error log information ends.
Repeat from to. When the error log information is completed, the end message is transmitted from the migration destination system 2. As described above, the error log information stored in the migration control file 14 of the migration source system 1 at the time of migration (for example, information of imprint data that cannot be transferred) can be printed by the printer 4 of the migration destination system 2. Becomes As a result, the imprinting terminal 31 of the migration destination system 2 issues a migration instruction to migrate the imprint data, and the imprint data that could not be transferred during this implementation is error-logged to the migration control file 14 of the migration source system 1. The error log stored in the migration control file 14 of the migration source system 1 is automatically stored as information, and a print instruction of the error log information is input from the imprint terminal 31 of the migration destination system 2 as necessary. It is possible to transfer the information and print it on the printer 4 of the migration destination system 2.

FIG. 6 shows an example of registration of seal imprint data of the present invention. This shows an example in which the seal imprint data is registered in the seal imprint data file 25 in a form that allows easy retrieval. Hash table 25
1 is for high-speed retrieval of seal imprint data,
For example, here, the hash table 251 is divided by a predetermined numerical value based on the “store number / number” and the remainder is used.
Search for and enter the “store number
The index "252" of the number "is found. The actual seal imprint data in the image file 253 is taken out from this found index 252."

At this time, when the format (especially link) of the index 252 is different, it is not compatible with the old seal imprint data file and cannot be brought in as it is, and is stored after being converted by the conversion function 21. If the compression method of the seal imprint data is different, it is stored after being converted to the same compression method.

[0056]

As described above, according to the present invention,
Connect the source system 1 and the destination system 2 with a line,
Since the old seal imprint data is transferred from the transfer source system 1 to the transfer destination system 2 and compressed in the transfer destination system 2 as necessary, the seal imprint data is converted into the format of the own system and registered. It is possible to eliminate the work of re-registration and to easily transfer the imprint data to a different system. As a result, the migration work can be performed according to the instruction from the terminal 3, so that the operation can be simplified.

The operator does not need to perform the manual work for the migration work, and the cost can be reduced. Security was secured without having to bring out the seal stamp table (seal stamp table) for the migration work.

Since the system automatically performs the migration work, the work can be completed in a short time. Since it was possible to operate during the transition, we were able to improve customer service.

Since the system performs the migration, there is no omission of work or error of work, and the work is completed in a short time. By using the LAN for the line, the time loss due to the line can be eliminated, and the transition time can be shortened.

Since the migration time can be set, the migration work can be performed according to the daily operation, and the burden on the customer can be reduced. Since no manpower was required during the transition, man-hours could be saved.

(10) It is possible to migrate a system having a different form of managing the imprint data, and the system can be easily migrated.

[Brief description of drawings]

FIG. 1 is a configuration diagram of an embodiment of the present invention.

FIG. 2 is a flowchart for explaining the overall operation of the present invention.

FIG. 3 is a transfer explanatory diagram of seal imprint data according to the present invention.

FIG. 4 is a shift explanatory diagram of the present invention.

FIG. 5 is a flow chart of execution of error log printing according to the present invention.

FIG. 6 is an example of registration of seal imprint data of the present invention.

[Explanation of symbols]

 1: Migration source system 11, 21: Migration function 12, 22: LAN 13, 24: Imprint system 14: Migration control file 15, 25: Imprint data file 2: Migration destination system 23: Imprint converter 26: Imprint registration function 3: Terminal 31: Imprint terminal 4: Printer

Claims (4)

[Claims] 1. A seal imprint data migration method for migrating seal imprint data to another system, comprising a migration function (11) provided in a migration source system and a migration function (21) provided in a migration destination system. And the destination system via the line,
The migration function (11) of the migration source system transfers the imprint data to the migration destination system, and the migration function (21) of the migration destination system converts the transferred imprint data into the format of its own imprint data. A method for migrating imprint data, characterized in that it is configured to register later imprint data. 2. A seal imprint data migrating method for migrating imprint data to another system, comprising a migration function (11) provided in a migration source system, and a migration function (21) and a seal imprint converter (23) in a migration destination system. The transfer source system and the transfer destination system are connected via a line, the transfer function (11) of the transfer source system transfers the imprint data to the transfer destination system, and the transfer function (21) of the transfer destination system transfers. The received stamp imprint data is passed to the stamp imprint converter (23) to be compressed in the compression format of its own system, the stamp imprint data after compression is converted to the stamp imprint data format of its own, and the stamp imprint data after conversion is registered. A method for migrating imprint data, which is characterized by being configured. 3. The transfer destination system instructs the transfer source system via a line to transfer the imprint data and collects error log information (for example, information on the imprint data that cannot be transferred). The seal imprint data migrating method according to claim 1 or 2, wherein the method is configured. 4. The transfer destination system instructs the transfer source system via a line to transfer error log information (for example, information of imprint data that cannot be transferred), and the transferred error log information. 4. The imprint data migration method according to claim 1, wherein the migration destination system is configured to print.