JPH08273080A - Automatic disaster preventing facility managing system preparation supporting system for disaster prevention system - Google Patents

Abstract

PURPOSE: To provide the automatic preparation supporting system for disaster preventing facility managing table which can be updated while matching an interlock data table as well every time by automatically preparing the interlock data table based on the data of a facility table when those data are inputted, and automatically updating the interlock data table based on one part of the facility table when the one part is changed. CONSTITUTION: When a facility data table 1 is automatically prepared by inputting the installation places, classes and number of disaster preventing facility equipment such as a disaster prevention sensor or smoke exhaustion preventing equipment described in a facility table (1), a zone, number and ID code are automatically allocated and added to the disaster preventing facility equipment in the facility data table 1, and the interlock data table 2 is automatically prepared.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention can automatically create equipment replacement data by inputting equipment point data from an input operation screen such as an interlocking control panel of a disaster prevention monitoring system, and can also use equipment point data to prepare disaster prevention equipment. The present invention relates to a new disaster prevention facility management table automatic creation support system that can automatically update preliminarily created facility replacement data and also automatically rewrite interlocking control data by increasing or decreasing.

[0002]

2. Description of the Related Art In recent disaster prevention monitoring systems, a large number of terminal devices are connected to a fire receiver or a central monitoring and control device so that interlocking control can be performed between them.
By the way, in such a disaster prevention monitoring system, in order to efficiently input information about the disaster prevention equipment required for disaster prevention monitoring, the type of disaster prevention equipment required for building the disaster prevention monitoring system, the building to be installed, the floor, the number of equipment Based on the equipment score table of the disaster prevention facility equipment as shown in FIG. 5 created by filling in, each of the disaster prevention equipment equipment as shown in FIG. The operator operates the computer of the monitor control panel to create the replacement data table to which the ID code is assigned, which is a troublesome work.

Further, in such a disaster prevention monitoring system,
In order to perform interlocking control between disaster prevention equipment devices, we have also created an interlocking data table as shown in Fig. 7 that defines the interlocking relationship between disaster prevention equipment devices such as disaster prevention sensors and smoke prevention equipment, but disaster prevention monitoring When the number of disaster prevention equipment required for system construction was increased or decreased, these interlocking data tables also had to be rewritten at the same time, and it was particularly troublesome to keep these data consistent.

[0004]

The present invention has been developed in view of the above circumstances, and if the data of the equipment score table is input, the replacement data table can be automatically created based on the data. The first purpose is to provide an automatic creation support system for disaster prevention equipment management tables.

A second purpose is disaster prevention in which if there is a change in a part of the equipment number table, the replacement data table is automatically updated based on the change and the interlocking data table is also updated at the same time. It is to provide an automatic creation support system for a facility management table.

[0006]

In order to achieve the above object, the present invention proposed in claim 1 is to install a disaster prevention equipment such as a disaster prevention sensor and smoke prevention equipment described in a facility score table, and By inputting the type and the number of equipments and creating the equipment number data table, the reading data table in which the district, the number and the ID code are automatically assigned to the equipment number can be automatically created. As for the district, the number, and the ID code as the terminal device, for example, consecutive numbers from 1 can be automatically assigned.

According to the present invention proposed in claim 2, the installation location of the disaster prevention equipment such as the disaster prevention sensor and the smoke prevention equipment, the type of the disaster prevention equipment in the equipment number data table in which the equipment number is entered, When deleted, the already created replacement data table is rewritten, and a new ID code is automatically assigned. After that, of the interlocked data tables that have already been created, the disaster prevention equipment that has been deleted from the replacement data table is deleted. The master / slave replacement data is deleted, and the ID code of the disaster prevention equipment data that is left and written as the master / slave replacement data in the interlocking data table is written in the updated replacement data table. Rewrite the ID code so that it matches.

According to the present invention proposed in claim 3, when the equipment score of the disaster prevention equipment is deleted from the equipment score data table, the read-out data table already created is rewritten, as in claim 2, and then, In the interlocking data table that has already been created, the rewriting data of the ID code that is not written in the interchanging data table is deleted, and the data of the disaster prevention equipment that remains written in the interlocking data table is updated as described above. The read data written in the read data table is rewritten so as to match the read data.

According to the present invention proposed in claim 4, in claim 2, when rewriting the rewriting data table, an empty I
The D code is automatically assigned, and then the interlocking data table is rewritten. The invention proposed in claim 5 is
In claim 3, when rewriting the rewriting data table, an empty ID code is automatically assigned to the newly added disaster prevention facility device, and then the interlocking data table is rewritten.

[0010]

In the disaster prevention facility management table automatic creation support system according to the present invention having the above-mentioned configuration, the following operation is performed. In claim 1, from the input operation screen such as the interlocking control panel, the installation location of the disaster prevention equipment such as the disaster prevention sensor and smoke prevention equipment, the type, and the equipment score entered in the equipment score table, and the equipment score data are input. Create a table. Then, the reading data table in which the district, the number and the ID code are automatically assigned to the equipment points is automatically created. Based on this, it is possible to easily create an interlocking data table that defines the interlocking relationship between disaster prevention facility devices.

According to the second aspect, when the equipment number of the disaster prevention equipment is deleted from the equipment number data table, the replacement data table already created is rewritten to create a new ID.
Assign codes automatically. After that, in the interlocking data table, the master / slave replacement data of the disaster prevention equipment device deleted from the replacement data table is deleted, and the ID code of the remaining disaster prevention equipment data is written to the updated replacement data table. Is I
Rewrite to match the D code. By doing so, even when the number of facilities decreases, the replacement data table can be automatically updated, and at the same time, the interlocking data table can also be updated in a consistent manner.

In claim 3, when the equipment score of the disaster prevention equipment is deleted from the equipment score data table, the previously created replacement data table is rewritten to create a new ID.
Assign codes automatically. After that, the ID deleted from the replacement data table in the interlocking data table
The code replacement data is deleted, and the remaining disaster prevention equipment data in the interlocking data table is rewritten so as to match the replacement data written in the updated replacement data table. By doing so, even when the number of facilities decreases, the replacement data table can be automatically updated, and at the same time, the interlocking data table can also be updated in a consistent manner.

In the fourth aspect, when rewriting the rewriting data table, an empty ID code is automatically assigned to the newly added disaster prevention equipment. After that, in the interlocking data table, the master / slave replacement data of the disaster prevention equipment device deleted from the replacement data table is deleted, and the ID code of the remaining disaster prevention equipment data is written to the updated replacement data table. Rewrite it so that it matches the registered ID code.

In the fifth aspect, when rewriting the rewriting data table, an empty ID code is automatically assigned to the newly added disaster prevention equipment. After that, in the interlocking data table, the read-out data of the ID code deleted from the interchanging data table is deleted, and the data of the disaster prevention facility device in the remaining interlocking data table is rewritten in the updated interchanging data table. Rewrite to match the data.

[0015]

An embodiment of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is a diagram showing an example of the basic operation of the disaster prevention facility management table automatic creation support system according to claim 1 of the present invention. The operator operates an operation unit such as a ten-key pad such as an interlocking control panel to display the equipment score table h on the display unit as an equipment score input screen, and installs the disaster prevention equipment such as a disaster prevention sensor and smoke prevention equipment With respect to the type, the equipment score is input by the input means to complete the equipment score table h.
The completed equipment score table h is automatically registered in the equipment score data table 1, and when the operator gives an expansion instruction from the operation unit, the automatic expansion means causes the equipment score in the equipment score data table 1 to be assigned to the district, number, and area. The replacement data table 2 to which the ID code is automatically assigned is automatically created.

This figure shows an example of input to the board "R-1" so that three dampers are installed on the first floor of the first building and four smoke vents are installed on the second floor of the building. In the replacement data table 2, the dampers are read and registered in the first to third districts and the smoke exhaust ports in the first to fourth districts (the second and subsequent districts are omitted). Here, the ID codes are 1 to 7 (5
(Omitted hereinafter) is assigned so that the same ID code does not exist in the replacement data for one board. The number can be arbitrarily set by the operator's operation.

Next, the operation when the equipment score of the disaster prevention equipment is deleted from the equipment score data table 1 will be described. An example of the operation is shown in FIG. 2. Before deleting the equipment points of the disaster prevention equipment, the replacement data table 2 is created in advance by the operation shown in FIG. 1, and based on this replacement data table 2 An interlocking data table 3 that defines interlocking relations between disaster prevention facility devices is created as necessary. In this figure, the fire sensor in the 1st floor, 1st floor and 1 area is used as the master reading data for the panel "R-1", and the smoke readings in the 1st floor, 2nd floor and 1 area and 1 building, 1st floor 2 are used as the slave reading data.
District dampers are registered and the smoke vents and dampers are activated when the fire sensor is activated.

In this state, when the equipment score of the disaster prevention equipment is deleted from the equipment score data table 1, the replacement data table 2 is rewritten and the interlocking data table 3 is automatically rewritten. In the figure, the equipment number of dampers has been changed from 3 to 1 (arrow A). By doing this, information such as the type and installation location of the disaster prevention equipment is deleted along with the ID code from the replacement data table 2 that has already been created (erasing the damper information on the first floor of the first building, districts 2 and 3). , The remaining disaster prevention equipment, from the beginning
D code is automatically assigned (ID code 4 and later are changed to ID codes from 2).

After that, of the interlocking data table 3 that has already been created, the replacement data (the same data as the information erased above) of the master and slave of the disaster prevention equipment that is not written in the updated replacement data table 2 is ID coded. Together with the information (arrow a: delete ID codes 2 and 3), for the remaining information, the type of disaster prevention equipment,
Paying attention to the information that is the replacement data of the master and the slave such as the installation location, rewriting is made to match the same ID code as the ID code of the replacement data table 2 (arrow C:
Fire sensor ID code changed from 10 to 8 and smoke outlet ID
Rewrite the code from 4 to 2.)

There is another method for rewriting the interlocking data table 3, and its operation will be described with reference to FIG. When the equipment score of the disaster prevention equipment is deleted from the equipment score data table 1, the replacement data table 2 is automatically rewritten by the same operation as that described with reference to FIG.

After that, of the interlocking data table 3 that has already been created, the ID code that is not written in the updated replacement data table 2 (the ID code that cannot be assigned due to the assignment again) is stored in the disaster prevention equipment. The data of the disaster prevention equipment of the interlocking data table 3 which is deleted together with the replacement data of the master and the slave (not shown), paying attention to the ID code, the type of the disaster prevention equipment of the replacement data table 2, the installation location, etc. The rewriting data is rewritten so as to match the information to be the rewriting data (arrow D: rewriting the rewriting data of the master and slave of the ID codes 2, 4, and 10). In this method, the replacement data in the same board of the interlocking data table 3 becomes the same as the data rewritten by the method shown in FIG.

Next, a case will be described with reference to FIG. 4 in which there is a new disaster prevention facility device to be added when rewriting the reading data table 2 in accordance with the deletion of the facility points of the disaster prevention facility device. The operator operates the operation unit from the replacement data input screen to change the contents of the replacement data table 2. In this figure, the smoke exhaust port in the 1st building, 2nd floor, 3 district is 1
It has been changed to a smoke vent in the 50th district on the second floor of the building (arrow E)
The ID code 30 is automatically allocated (arrow arrow: since the ID codes 1 to 29 have already been allocated, the leading ID code 30 is allocated). At the same time, if necessary, the replacement data of the interlocking data table 3 (arrow key: 1 building, 2nd floor, 3 district, I
The smoke outlet of D code 4) is deleted.

From this state, the equipment number data table 1
Increased when the number of disaster prevention equipment equipment is increased (arrow C: the number of dampers on the 1st floor of the 1st building is increased from 1 to 2 and the number of smoke exits on the 2nd floor of the 1st building is increased from 3 to 5) An empty ID code (4 and 31 or later) is automatically assigned (arrow mark) to the disaster prevention equipment, and the replacement data table 2 is automatically rewritten based on the contents of the equipment data table 1.

As a result, the rewritten data of the read data table 2 is replaced by the same I of the interlocked data table 3.
The interlocking data table 3 can be updated by transferring the replacement data of the D code. However, if the master and slave types are different from the ID code data before updating, it is necessary to create the interlocking data table 3 by the input means from the interlocking data input screen (see FIG. 2).

After that, if the interlocking data table 3 is rewritten by the method shown in FIG. 2 or FIG. 3, even if the deleted disaster prevention equipment has more equipment points than the added equipment points (the case of FIG. 4 does not apply. ), The interlocking data table 3 can be automatically updated. That is, in the method shown in FIG. 2, in the interlocking data table 3, the master / slave replacement data of the disaster prevention equipment that is not written in the replacement data table 2 is deleted, and the ID code of the remaining disaster prevention equipment data is deleted. Is rewritten so as to match the ID code written in the updated replacement data table 2.

In the method shown in FIG. 3, in the interlocking data table 3, the replacement data of the ID code which is not written in the replacement data table 2 is deleted, and the remaining disaster prevention equipment data is updated to the replacement data. Rewrite so as to match the replacement data written in Table 2.

[0027]

As can be understood from the above description, according to the disaster prevention equipment management table automatic creation support system according to claim 1 of the present invention, equipment can be easily operated from an input operation screen such as an interlocking control panel. By inputting the data of the score table and creating the equipment score data table, it is possible to automatically create the replacement data table in which the district, the number and the ID code are automatically assigned to the disaster prevention facility equipment. This makes it possible to easily create an interlocking data table that defines the interlocking relationship between disaster prevention facility devices.

According to the disaster prevention equipment management table automatic creation support system according to claims 2 and 3 of the present invention, even if the equipment points of the disaster prevention equipment in the equipment number data table are deleted, the replacement data table is automatically replaced. At the same time as the update, the interlocking data table can be updated in a consistent manner, so that it is not necessary to rewrite the read data table and the interlocking data table, which is conventionally troublesome. In addition, since the correct rewriting is performed, the review work after the data is created is eliminated, and the work efficiency is improved especially when controlling the same floor with a plurality of panels.

According to the disaster prevention facility management table automatic creation support system of claims 4 and 5 of the present invention, the disaster prevention facility device is added at the same time when the facility score of the disaster prevention facility device in the facility score data table is deleted. In this case, the replacement data table can be automatically updated, and at the same time, the interlocking data table can be updated in a consistent manner.

[Brief description of drawings]

FIG. 1 is a diagram showing an example of a basic operation of a disaster prevention facility management table automatic creation support system according to claim 1 of the present invention.

FIG. 2 is a diagram showing an example of a basic operation of the disaster prevention facility management table automatic creation support system according to claim 2 of the present invention.

FIG. 3 is a diagram showing an example of a basic operation of the disaster prevention facility management table automatic creation support system according to claim 3 of the present invention.

FIG. 4 is a diagram showing an example of a basic operation of the disaster prevention facility management table automatic creation support system according to claims 4 and 5 of the present invention.

FIG. 5 is a diagram showing an example of a facility score table.

FIG. 6 is a diagram showing an example of a replacement data table.

FIG. 7 is a diagram showing an example of a linked data table.

[Explanation of symbols]

 1-equipment score data table 2-reading data table 3-interlocking data table h-equipment score table

Claims (5)

[Claims] 1. A facility number data table is automatically created by inputting the installation location, type, and facility number of the disaster prevention facility device such as the disaster prevention sensor and smoke prevention equipment, which are entered in the facility number table. Area, number and ID code are automatically assigned and added to the disaster prevention equipment of the score data table,
A support system for automatically creating a disaster prevention equipment management table in a disaster prevention system that automatically creates a replacement data table. 2. The location of the disaster prevention equipment such as the disaster prevention sensor and smoke prevention equipment, the type of equipment, and the number of disaster prevention equipment in the equipment number data table in which the number of equipment is entered are deleted when the equipment number of the disaster prevention equipment is deleted. Information such as the type and installation location of the disaster prevention equipment is deleted from the replacement data table together with the ID code, and the remaining disaster prevention equipment is automatically assigned an ID code from the beginning, and then the interlocked data already created. Of the table, the master / slave replacement data of the disaster prevention equipment that is not written in the updated replacement data table is deleted together with the ID code, and the information remaining in the interlocking data table is the type of disaster prevention equipment, Pay attention to the information that is the replacement data for the master and slaves such as the installation location, and pay attention to the updated replacement data Disaster facility management table automatic creation support system in disaster prevention system characterized by rewriting by matching the same ID code as the ID code written to Le. 3. The location of the disaster prevention equipment such as the disaster prevention sensor and smoke prevention equipment, the type of equipment, and the number of disaster prevention equipment in the equipment number data table in which the number of equipment is entered are deleted when the equipment number of the disaster prevention equipment is deleted. Information such as the type and installation location of the disaster prevention equipment is deleted from the replacement data table together with the ID code, and the remaining disaster prevention equipment is automatically assigned an ID code from the beginning, and then the interlocked data already created. Of the tables, the ID that has not been written to the updated replacement data table
The code is deleted together with the replacement data of the master and slave of the disaster prevention equipment, and for the information left in the interlocking data table, pay attention to the ID code, and the disaster prevention equipment written in the updated replacement data table above A system for automatically creating a disaster prevention equipment management table in a disaster prevention system, which is characterized by rewriting according to the read data such as the type of equipment and installation location. 4. In claim 2, when rewriting the rewriting data table, an empty ID code is automatically assigned to a newly added disaster prevention facility device, and then created. Of the interlocking data table, the master and slave reading data of the disaster prevention equipment that is not written in the updated reading data table is deleted together with the ID code. Paying attention to the information that becomes the replacement data of the master and slave such as the type and installation location, and rewriting by matching the same ID code as the ID code written in the updated replacement data table described above. System for automatically creating disaster prevention equipment management tables in the system. 5. The renewal data table according to claim 3, wherein when the rewriting data table is rewritten, an empty ID code is automatically assigned to the newly added disaster prevention facility device, and then the already created data is created. An ID that is not written in the updated replacement data table of the interlocking data table
The code is deleted together with the replacement data of the master and slave of the disaster prevention equipment, and for the information left in the interlocking data table, pay attention to the ID code, and the disaster prevention equipment written in the updated replacement data table above A system for automatically creating a disaster prevention equipment management table in a disaster prevention system, which is characterized by rewriting according to the read data such as the type of equipment and installation location.