KR101649070B1 - Method for verifying seismic design using registered building data - Google Patents

Abstract

The present invention provides a method for enabling a general consumer to easily verify the earthquake-proof design states of all completed and licensed buildings by using a building register which does not have a record of an earthquake-proof design state. The method for verifying an earthquake-proof design state comprises the steps of: (a) verifying position information in a user terminal; (b) calling building information corresponding to the position information in a database of the building register; (c) verifying the earthquake-proof design state according to a preset standard from the called building information; and (d) outputting the verified earthquake design state.

Description

[0001] The present invention relates to a method for verifying seismic design using a building structure,

The present invention relates to a method of easily confirming whether or not an ordinary user can confirm whether or not an earthquake-resistant design of all buildings that have been completed and approved by using a building large-capacity non-recorded earthquake-resistant design.

If the inertial force due to the ground motion is applied to the building due to the earthquake load, the load can be concentrated on the specific structural member due to the unexpected action such as horizontal or vertical irregularity. .

Since the enactment of mandatory seismic design for the first time in 1988, it has been continuously revised in 2000, 2005, and 2009, and buildings subject to earthquake - resistant design are increasingly required.

However, for general users of buildings, it is difficult to know visually whether the target building to be checked is a building to which seismic design is applied. Also, it is difficult to check whether the target seismic design is applied or not.

Considering the related patent literature or papers related to the related art, research on the construction method, the improved building material, and the design method for seismic design is focused on, It is true.

Japanese Patent Application Laid-Open No. 2005-256468 discloses an apparatus and method for evaluating a seismic design. This conventional technique is a technique for automatically designing whether or not a seismic design is designed to improve the efficiency and accuracy of an earthquake-proof property.

Japanese Patent Application Laid-Open No. 2010-205304, which relates to a system for outputting information on a housing loan based on whether or not a seismic design is applied. It can be seen that seismic design can be confirmed by general users who are not majoring in architecture. However, in order to apply this technology, someone has to store seismic design application in a separate database, it's difficult. That is, it can not be applied to general buildings where the application of seismic design is not inputted.

Korean Patent Publication No. 2005-0024970 discloses a system for evaluating stability by comparing a seismic design criterion with a target model for a structural analysis model. Again, it is impossible to apply to general buildings.

≪ Background Art &

JP 2005-256468A

JP 2010-205304A

KR 2005-0024970A

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems.

Specifically, it is intended to provide a method and a system that can easily confirm whether or not a general user who has not majored in architecture seismic design of a target building to be confirmed.

According to an aspect of the present invention, there is provided a method for controlling a mobile terminal, the method comprising: (a) confirming location information in a user terminal; (b) the building selection module calls building information corresponding to the location information in the building data base database; (c) confirming whether or not the earthquake-proof design confirmation module determines the earthquake-resistant design according to a predetermined standard from the called building information; And (d) outputting the confirmed seismic design designation to the user terminal.

The step (b) may further include the steps of: (b1) calling the building information corresponding to location information within a preset range centering on the location information in the building database; (b2) the building selection module is configured to list up the called building information to the user terminal; And (b3) the user terminal determining one of the listed building information as building information, which is an object of confirmation of seismic design.

It is preferable that the seismic design confirmation module, before the step (c), further includes a step of downloading the preset reference from the confirmation reference database.

In the step (c), it is preferable that the predetermined criterion is a criterion based on the building permission year, the number of floors, the floor area, and the building use of the building information.

The step (c) includes the steps of: (c1) extracting a building permission year from the called building information and confirming whether or not the seismic design confirmation module is before March 1988; (c2) if the building permission year is after March 1988, the earthquake-proof design confirmation module extracts a building permission year from the called building information and confirms whether it is before June 1992; (c3) In the case where the building permission year is before June 1992, the seismic design confirmation module extracts the number of floors, the floor area and the building use from the called building information, and the number of floors is 6 or more, or the floor area is 100,000 square meters Or the floor space is more than 5,000m2 and the building use is the sales facility or the location information is the location information corresponding to the seismic zone 2 and the floor space is more than 10,000 square meters and the building use is the sales facility, The location information of the earthquake zone 2, the total floor area is more than 5,000m2, the building use is the sightseeing meeting facility, or the location information is the location information corresponding to the seismic zone 2, , A hospital, a power plant, a public work facility, a broadcasting station, and a telephone network; And (c4) when the building permission year is before January 1996, the earthquake-proof design confirmation module extracts the number of floors and the floor area from the called building information, and if the number of floors is 6 or more, or the floor area is 100,000 m2 or more Confirming whether or not it is in a first state; (c5) If the building permission year is before July 2005, the seismic design confirmation module extracts the number of floors and the floor area from the called building information, and if the number of floors is 6 or more, or the floor area is 10,000 or more Checking whether or not it is acceptable; (c6) When the building permission year is not before July 2005, the earthquake-proof design confirmation module extracts the number of floors and the floor area from the called building information, and if the number of floors is three or more, or the floor area is 1,000 m 2 or more Or not.

In addition, in the step (c1), when the building permission year is before March 1988, or when the building use is not more than six stories in the step (c3) And the location information is the location information corresponding to the seismic zone 2 and the floor area is over 10,000 square meters and the building use is not the sales facility and the location information is the location information corresponding to the seismic zone 2 and the floor area is over 5,000 square meters If the use of the building is not a sightseeing meeting facility and the location information corresponds to the location of the earthquake zone 2 and the floor area is over 1,000 square meters and the building use is any one of general hospital, hospital, power plant, public office facility, broadcasting station, , Or the number of layers in the step (c4) is not more than 6 layers, and the total area is not more than 100,000 m2, or the step (c5) (D) is not more than 6 layers, and the floor area is not more than 10,000 m2, or the number of floors is not more than 3 layers in the step (c6) and the floor area is not more than 1,000 m2, And outputting a signal indicating that the user terminal does not have an earthquake-resistant design.

In the step (c3), if the number of the floors is 6 or more, or the floor area is 100,000m2 or more, or the floor area is 5,000m2 or more and the building use is the sales facility, or the location information corresponds to the seismic area 2 Or a building use is a sales facility, or the location information is location information corresponding to the seismic zone 2 and the floor area is more than 5,000 square meters and the building use is a sightseeing meeting facility or the location information is an earthquake zone 2, and the building use is any one of general hospital, hospital, power plant, public work facility, broadcasting station, and telegraph office, or the number of floors is six or more in the step (c4) , Or a floor area of 100,000 m 2 or more, or the number of floors is 6 or more in the step (c5), or the floor area is 10,000 m 2 or more, or If the number of floors is 3 or more in the step (c6), and the floor area is 1,000 m 2 or more, the step (d) may output the earthquake-resistant design to the user terminal.

In the step (a), the user terminal may be a portable terminal having a GPS receiving module, and the location information may be location information of the user terminal identified by the GPS receiving module.

According to the present invention, even a general user who has not majored in construction can easily confirm whether or not a building to be seismically designed is to be seismically designed.

In addition, even if a new building is completed, it is possible to confirm whether or not the seismic design can be done without inputting whether the seismic design is required or not, since the building ledge is generated by the building code.

Also, even if the legislation related to seismic design is changed in the future, it is easy to apply to the changed laws and regulations, and it is possible to confirm whether the seismic design is continuously applied.

1 is a schematic diagram of a system for carrying out the method according to the invention.
Figure 2 is an overall flow chart for performing the method according to the present invention.
FIG. 3 is a flowchart illustrating predetermined criteria for determining whether or not an earthquake-resistant design is performed in order to perform the method according to the present invention.

The present invention is based on the fact that the information can be browsed by utilizing the building information database.

The "building ledger" is legally prescribed and described in Article 38 and 39 of the Building Act, and is now computerized and stored in a separate database 215. [

In the present invention, the " building permission year "confirmed through the issuance date item of the building ledger," location information "confirmed through the landed position item on the building ledger, the number of stories on the building ledger "Floor space" which is confirmed through the item, "floor space" which is confirmed through the floor area item on the building ledger, and "building use" which is confirmed through the main item on the building ledger. Such information, including building permit year, location information, number of floors, floor area, and building use, is referred to as "building information ".

In the present specification, the term " building use "is used to describe a viewing hall, a general hospital, a hospital, a power plant, a public work facility, a broadcasting station and a telegraph telephone station. It should be noted that any one of the building uses (including the above uses) must be entered in the building register, and there is no fear of confusion in describing the invention and specifying its scope in accordance with the claims below, It will be readily appreciated by those of ordinary skill in the art.

On the other hand, in the case of a building subject to earthquake-resistant design in accordance with the Building Code, the building in which the building block is generated normally has an earthquake-resistant design, so it can be confirmed whether or not the earthquake- It is an idea.

Here, it is necessary to consider the change of the building codes for buildings subject to earthquake-resistant design in accordance with the building codes.

<Table 1>

In other words, it can be confirmed that, for example, if the building permit year obtained from the building director is from July 2009, and the number of stories is 10, there is a seismic design.

On the other hand, as shown in the above table, the amendment of July 2009 is an account for the seismic design checker, which is not considered in the present invention.

Hereinafter, a method for confirming whether or not a building is earthquake-resistant according to the present invention and a system therefor will be described with reference to the drawings.

1, the system according to the present invention includes a user terminal 100 and a control unit 200. The control unit 200 is capable of transmitting and receiving information to and from the building large database 215 already built, It is also possible to transmit and receive information to and from the confirmation criteria database 225.

The building master database 215 is a database in which the above mentioned building master books are stored, and which is already built. The building selection module 200 of the controller 200 according to the present invention can access the building information of the desired building by downloading it.

The confirmation reference database 225 is a place where a criterion for confirming whether or not to design a seismic design is stored. As of December 2014, the criteria for judging the seismic design of a previously completed building have already been stored, and details of this will be described in detail below. In addition, new standards may be stored if changes are made to the building codes in the future.

The controller 200 includes a building selection module 210 for selecting a target building and a seismic design confirmation module 220 for determining whether the selected building is designed to be seismic resistant. The specific function is described with the explanation of the method below.

Hereinafter, a method according to the present invention will be described with reference to FIG.

The user inputs the location information of the building to confirm whether the earthquake-resistant design is to be performed by using the user terminal 100 (S100).

Here, it is preferable that the user terminal 100 is a mobile phone, such as a smart phone having an information transmitting / receiving function and a GPS receiving module. In this case, the location information confirmed by the GPS reception module may be the location information of the building. Through this, the user can enter the inside of the building to confirm whether or not the seismic design is to be performed, and it is convenient to confirm whether or not the seismic design is immediately made by using the method according to the present invention.

Next, the building selection module 210 calls the building information corresponding to the location information confirmed in the building large database on the basis of the confirmed location information.

At this time, it is preferable that a plurality of pieces of building information corresponding to one location information are listed up (S200) so that the user can select them.

This is because many buildings may have been allowed in the first lot. In this case, all corresponding building information is output to the user, and the user selects the desired building through the user terminal 100.

Second, there is an error range of the GPS reception module. Therefore, when the position information is confirmed in step S100 by setting the range to be listed up in advance in consideration of the error range (e.g., 50m), all the building information corresponding to the position information within the predetermined range is centered on the list information, And allows the user to select a desired building through the user terminal 100.

When the user completes the building selection (S300), the earthquake-resistance design confirmation module 220 confirms whether or not the earthquake-resistant design is established from the called building information (S400) 100 (S500).

Hereinafter, step S400 will be described in detail with reference to FIG.

When the building regulations are revised in the future, the revised standard is uploaded on the confirmation reference database 225, and the earthquake-proof design confirmation module 220 is used. Of course, can be downloaded and used as an additional criterion.

First, the earthquake-resistance design confirmation module 220 extracts the building permission year from the called building information and confirms whether it is before March 1988 (S410). If it is before March, 1988, it is output that it is not a seismic design (S460).

In a case where the building permission year is before June 1992 (S420), the module for checking whether or not a seismic design is constructed extracts the number of stories, the floor area and the building use from the called building information

The number of layers is six or more, or

If the floor area is over 100,000 square meters, or

If the floor area is over 5,000m2 and the purpose of the building is a sales facility, or

If the location information is location information corresponding to the seismic zone 2, the floor area is over 10,000 square meters and the building use is a sales facility, or

If the location information is location information corresponding to the seismic zone 2 and the floor area is over 5,000 square meters and the building use is a viewing hall facility,

The location information is the location information corresponding to the seismic zone 2, and it is checked whether the building has a floor space of 1,000 m 2 or more and whether the building is used in a general hospital, a hospital, a power station, a public work facility, a broadcasting station or a telegraph office.

If it is one of the above, it is outputted as the earthquake-resistant design (S470). If it is not included in any one of the above, the earthquake-resistant design is outputted (S460).

Here, "Seismic Zone 2" is one of the designated seismic zones in the country. Since March 1998 and before June 1992, except for Gwangju City, Hwacheon City, Gwangju City, Jeollanamdo, Gokchang, Goseong, Gurye and Gwangyang Jeollanamdo, Gyeongsangbuk-do Uljin, and Jeju Island are all seismic zones except for this area.

Thus, in using the term "seismic zone 2" described herein, there is no fear of confusion in describing the invention and specifying its scope in accordance with the claims below, and in particular, It is easy to understand this.

On the other hand, by using the location information input by the user terminal 100 or confirmed by the GPS reception module, it is possible to confirm whether or not the corresponding building, that is, the building is located in the seismic zone 2.

If the building permission year is before January 1996 (S430), the earthquake-resistant design confirmation module extracts the number of floors and the floor area from the called building information,

The number of layers is six or more, or

It is checked whether the floor area is 100,000 m 2 or more (S431).

Similarly, if it corresponds to any one of the above, the seismic design is output (S470), and if it is not included in any of the above, the seismic design is not output (S460).

If the building permission year is before July 2005 (S440), the earthquake-proof design confirmation module extracts the floor number and floor area from the called building information,

The number of layers is six or more, or

It is checked whether the total floor area is 10,000 m 2 or more (S441)

Similarly, if it corresponds to any one of the above, the seismic design is output (S470), and if it is not included in any of the above, the seismic design is not output (S460).

If the building permission year is not before July 2005 (S440), the earthquake-proof design confirmation module extracts the floor number and floor area from the called building information,

The number of layers is three or more, or

It is checked whether the total floor area is 1,000 m 2 or more (S451).

Similarly, if it corresponds to any one of the above, the seismic design is output (S470), and if it is not included in any of the above, the seismic design is not output (S460).

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. It will be understood that the present invention can be changed.

100: User terminal
200:
210: building selection module
215: Buildings database
220: Seismic design confirmation module
225: Verification criteria database

Claims (8)

(a) confirming location information in a user terminal;
(b) the building selection module calls building information corresponding to the location information in the building data base database;
(c) confirming whether or not the earthquake-proof design confirmation module determines the earthquake-resistant design according to a predetermined standard from the called building information; And
(d) outputting the confirmed seismic design designation to the user terminal,
In the step (c), the predetermined criterion may be a criterion based on the building permission year, the number of floors, the floor area,
How to check if seismic design is available.
The method according to claim 1,
The step (b)
(b1) the building selection module calls building information corresponding to position information within a preset range centering on the position information in the building major database;
(b2) the building selection module is configured to list up the called building information to the user terminal; And
(b3) determining that the user terminal selects one of the list-up building information as building information,
How to check if seismic design is available.
The method according to claim 1,
Prior to step (c)
Further comprising the step of the seismic design confirmation module downloading the predetermined criteria from an identification criteria database,
How to check if seismic design is available.
delete The method according to claim 1,
The step (c)
(c1) extracting a building permission year from the called building information and confirming whether it is before March, 1988;
(c2) if the building permission year is after March 1988, the earthquake-proof design confirmation module extracts a building permission year from the called building information and confirms whether it is before June 1992;
(c3) When the building permission year is before June 1992, the earthquake-proof design confirmation module extracts the number of floors, the floor area and the building use from the called building information
The number of layers is six or more, or
If the floor area is over 100,000 square meters, or
If the floor area is over 5,000m2 and the purpose of the building is a sales facility, or
If the location information is location information corresponding to the seismic zone 2, the floor area is over 10,000 square meters and the building use is a sales facility, or
If the location information is location information corresponding to the seismic zone 2 and the floor area is over 5,000 square meters and the building use is a viewing hall facility,
Confirming whether the location information is location information corresponding to the seismic zone 2 and the floor area is 1,000 m 2 or more and whether the building use is any one of a general hospital, a hospital, a power plant, a public work facility, a broadcasting station and a telegraph phone station; And
(c4) When the building permission year is before January of 1996, the earthquake-proof design confirmation module extracts the floor number and the floor area from the called building information,
The number of layers is six or more, or
Confirming whether the floor area is 100,000 m 2 or more;
(c5) If the building permission year is before July 2005, the earthquake-proof design confirmation module extracts the number of floors and the floor area from the called building information,
The number of layers is six or more, or
Confirming whether the floor area is not less than 10,000 m 2; And
(c6) When the building permission year is not before July 2005, the seismic design confirmation module extracts the number of stories and the floor area from the called building information,
The number of layers is three or more, or
Determining whether the floor area is greater than or equal to 1,000 m &lt; 2 &gt;
How to check if seismic design is available.
6. The method of claim 5,
In the step (c1), if the building permission year is before March 1988, or
If it is determined in step (c3) that the number of floors is not 6 or more, the floor area is 5,000m2 or more, the building use is not a sales facility, and the location information is position information corresponding to the seismic area 2, The use of the building is not a sales facility and the location information is location information corresponding to the seismic zone 2 and the floor area is over 5,000 m 2 and the building use is not a viewing meeting facility and the location information is information And the total floor area is more than 1,000 square meters and the building is not a general hospital, a hospital, a power station, a public work facility, a broadcasting station, or a telegraph office, or
In the above step (c4), the number of floors is not more than six floors, and the floor area is not more than 100,000 square meters, or
In the step (c5), the number of layers is not more than 6 layers and the total floor area is not more than 10,000 m2, or
If the number of the floors is not more than three in the step (c6) and the floor area is not more than 1,000m2,
Wherein the step (d) includes outputting a signal indicating that the user terminal is not subjected to a seismic design.
How to check if seismic design is available.
6. The method of claim 5,
In the step (c3), if the number of the floors is 6 or more, or the floor area is 100,000 m2 or more, or the floor area is 5,000m2 or more and the building use is the sales facility, or the location information is the location information corresponding to the seismic area 2 Or if the building use is a sales facility or the location information corresponds to the earthquake zone 2 and the floor space is more than 5,000 square meters and the building use is a sightseeing meeting facility or the location information is the earthquake zone 2 If the location information is applicable and the floor area is over 1,000㎡ and the building is used for general hospitals, hospitals, power plants, public works facilities, broadcasting stations, or telegraphic telephone stations, or
In the step (c4), the number of the floors is 6 or more, or the floor area is 100,000 m2 or more, or
In the step (c5), the number of layers is 6 or more, or the total area is 10,000 m2 or more, or
If the number of layers in the step (c6) is three or more, and the total surface area is 1,000 m2 or more,
Wherein the step (d) includes outputting the earthquake-resistant design to the user terminal.
How to check if seismic design is available.
The method according to claim 1,
In the step (a)
The user terminal is a portable terminal having a GPS receiving module, and the location information includes location information of the user terminal identified by the GPS receiving module,
How to check if seismic design is available.

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