KR20000037373A - Method for searching a community of dwelling houses using the internet - Google Patents

Abstract

PURPOSE: A method for searching an apartment with use of the internet is provided to search the apartment by various conditions, and to recognize a plate figure, range of inner spaces and a location of a corresponding apartment to be searched. CONSTITUTION: A method for searching an apartment with use of the internet comprises the steps of: connecting to an inner space structure code of the apartment, which is connected to a shared network, and a server included a database recorded a location of the apartment; recognizing the location by inputting an inner space structure code to be searched in a server; and recognizing with displaying the structure which recognized the location.

Description

Method for searching a community of dwelling houses using the internet}

The present invention relates to a multi-family house search method, and more particularly, to a multi-family house search method using the same after encoding the internal space structure of the multi-family house.

As the Internet is widely used, those who want to know information about apartments (eg, apartments) (eg, those who want to purchase apartments, renters or renters, rental companies, apartment-related businesses, etc.) are connected to the Internet. Find several sites that provide information about what you want.

Currently, the operator of the MDU-related site posted on the Internet is informed about the procedure and the costs and documents to be provided in relation to the current status of the MDU by regional equilibrium, the sale price and the charter price of the equilibrium by the equilibrium according to the region or the past or present, or the sale or charter. Information is provided.

Therefore, the person who wants the information about the apartment will be able to access the site and obtain the necessary information.

However, the above information is also important for real-time users, such as those who want to live in a multi-unit housing or rental business, but above all, information on the internal structure of a multi-family housing is necessary. For example, information about the spatial structure of the house, such as the direction of the apartment house, the number and arrangement of bedrooms is required.

However, the current multi-family home site does not provide a way to search the spatial structure of the house. For this reason, in order to obtain the information on the multi-family housing, the real user has to check the location of the equilibrium and the multi-family housing on the site, and then check the planar image of all the cases one by one. And if the identified housing is not suitable for the real user, he must find and confirm other apartments, which causes the time and economic loss of the real user.

Therefore, the technical problem to be achieved by the present invention is to solve the inconvenience of the above-described real user, a multi-family housing that can check the internal spatial structure of the multi-family online without going to the multi-family housing location using various search conditions In providing a search method.

1 is a system configuration diagram used in the multi-family housing search method using the Internet according to an embodiment of the present invention.

2 is a flowchart illustrating a step-by-step search method of apartments using the system of FIG.

* Description of Signs of Major Parts of Drawings *

100: Web server 110: Apartment code database

120: common network 130: user information communication device

In order to achieve the above technical problem, the present invention is connected to a common network that can be accessed and used by a plurality of users at the same time, the database is provided with a database that records the spatial structure code of the apartment and the location of the corresponding apartment housing A first step of accessing the server, a second step of confirming the location of the corresponding apartment by inputting the spatial structure code of the apartment house to be searched on the server, and a display of the internal structure of the apartment where the location is confirmed; It provides a apartment housing search method comprising the three steps.

In the second step, as the space structure code, at least one selected from the group consisting of the balance of the apartment, waterproofing, space configuration, and connection form other than the room is input to check the location of the corresponding apartment. The connection form of the other part is the connection form of the living room, kitchen and dining room or the connection form including the toilet.

The internal space structure code may include a first code representing an equilibrium of a multi-unit house, a second code representing a waterproofness of the multi-unit house, a third code representing a configuration of an internal space of the multi-unit house, and other than a room of the multi-unit house. It consists of a 4th code which shows the connection form of a part.

The first code is 14 pieces in total from S01 to S14. S01 is a first code indicating an apartment house of less than 13 pyeong and S14 is an apartment house of 70 pyeong or more.

The second code is a number represented by 1 to 5. It can be 6 or more if necessary. In the case of 1, the case where a house, a kitchen, and a living room are one, for example, a one-room room.

The third code is 0 and the letters A, B, C or D. 0 means that the apartment is a studio.

The fourth code is a code composed of a code L representing a living room, a code D representing a kitchen, and a code K representing a kitchen.

The fourth code may further include a modification code including a code B1, B2, B3 or B4 indicating the number and location of the toilet and a code K1, K2 for indicating the location and shape of the kitchen.

It is preferable that the first to fourth codes are sequentially arranged in the space structure code of the multi-family house, but the first to fourth codes may be combined.

Thus, the server of this invention is equipped with the database which corresponded the internal space structure code of the apartment house and the apartment house location. Therefore, the real user can input the location of the multi-family house to know the equilibrium of the multi-family house to the space structure of the interior, and can use each of the items constituting the internal space structure code and a combination thereof as a search condition. You can diversify your search criteria. As a result, the present invention can check the internal space structure of the multi-family house without going directly to the apartment house desired by the real user, can reduce the time and economic loss of the real user according to the site confirmation, more convenient and diversified to the real user Apartment search can be provided.

Hereinafter, a multi-family housing search method using the Internet according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. In this process, the thicknesses of layers or regions illustrated in the drawings are exaggerated for clarity. In the drawings, like reference numerals refer to like elements. In addition, in the following, 'public housing' does not represent the whole as an apartment complex, but one of several generations constituting an apartment complex, and in the case of an apartment complex, means a generation within the complex. In addition, the interior space of the apartment house is divided into a bedroom space, a living space, a kitchen, a restaurant, a toilet, and the like.

Referring to FIG. 1, reference numeral 100 denotes a web server provided with a multi-unit house code database 110. The apartment code database 110 is a systematic record of a code that distinguishes various structures of the internal space structure of various types of apartments in a specific region, for example, Seoul and Gyeonggi-do, and the location of the coded apartments, that is, addresses. Therefore, knowing the location of a multi-family house, how many rooms are used for the internal space structure of the multi-family house, such as a bedroom, how is the arrangement of the bedroom, and the connection between the bedroom and the living room, the kitchen and the restaurant, that is, they are continuous? Or you can see whether it is separated by a wall or door, and if there are two or more kitchens or toilets, it is possible to know the modified form of the internal space structure according to their arrangement. In this way, the real user can know not only the equilibrium of the apartment house located in the desired area but also the internal space structure by simply connecting to the server 100, so that the labor of going to the site and looking inside the apartment house can be taken. The specific region may be nationwide, such as Chungcheong, Jeolla, Gyeongsang, and Gangwon, in addition to Seoul and Gyeonggi.

On the other hand, after the real user is connected to the server 100 through the common network 120, in order to execute the search of the above information, the search process, the connection between the server 100 and the common network 120 and the apartment house code database ( There should be a program that can control the utilization of the 110, for this purpose, the server 100 is provided with a recording medium 112 in which the program is recorded along with the apartment code database 110. Although the apartment code database 110 is illustrated as being provided in the server 100 in the drawing, the apartment code database 110 may be provided outside the server 100 so as to be connected to the server 100. The server 100 may further include another database besides the apartment code database 110. For example, if the database of the sales, charter, and monthly rents of regional apartments, or the server 100 connection is a membership system, a database for managing members or a news database introducing recent housing construction trends may be used. It may be provided.

The common network 120 may be connected to multiple users at the same time by using an information communication device, and the real-time data transmission and reception between the accessors and the path thereof, and the Internet is representative, such as a local area network (LAN), etc. This may be the case. The first, second, ... n-th information communication devices (130a, 130b, ... 130n) connected to the common network (120) intend to access the server (100) through the common network (120), respectively. It is the information and communication device of the real user. The first, second, ... n-th information communication device (130a, 130b, ... 130n) can be connected to the common network 120, the data transmission and reception with the server 100 via the common network 120 There is provided a web browser to enable. In addition, a recording medium in which a search support program provided by the server 100, which is required for searching by accessing the server 100, is recorded. The first, second, ... n-th information communication device (130a, 130b, ... 130n) is a notebook computer that can be portable and vehicle mounted with desktop computers in homes and offices that can be connected to the common network 120 It can be a computer, a cell phone, a television with Internet access, and the like. That is, any type of data can be used as long as it can exchange various types of data such as voice, text, or image with the server 100 through the Internet.

Subsequently, the apartment code will be described in more detail.

Apartment code is composed of the first to fourth codes as follows.

〈Community Housing Code〉

The first code is for distinguishing the equilibrium of a multi-family house, and there are 14 kinds from S01 to S14 according to the equilibrium as shown in Table 1 below.

As shown in Table 1, among the first codes, S01 is a first code indicating a multi-family house of less than 13 pyeong and S14 is a multi-unit house of 70 pyeong or more. Each of the first codes represents two different equilibria, but the spacing between the two equilibria representing the first codes is different for each first code. In other words, the distance between the two balances that represent SO2 to S04 is one flat, but S05 to S12 widens to 4 pyeong and S13 to 10 pyeong. In other words, it becomes wider in large equilibrium.

On the other hand, the present inventors set the first code to 14, but this is not limitative, and if the equilibrium of the apartment house increases or needs to be further subdivided, the present invention may be 15 or more. For example, if an apartment has an equilibrium of up to 100 equilibrium, S14 as the first code representing 70 to 80 equilibrium, S15 as the first code representing 90 to 100 equilibrium, and more than 100 equilibrium S16 may be used as the first code. In addition, when subdividing 25 equilibrium and 29 equilibrium into 25 equilibrium and 27 equilibrium, and 27 equilibrium and 29 equilibrium, the first code for representing the 25 equilibrium and 27 equilibrium, S06a, and the second equilibrium representing the 27 equilibrium and 29 equilibrium S06b can be used as one code.

If the multi-family house is in the 20-24 flat house, since the first code is S05, the internal space structure code for the multi-family house is as follows.

The second code of the internal space structure code of the multi-family house indicates how many rooms there are in the multi-family house. To be precise, it represents the number of bedrooms. For example, if the second code is 2, it means that there are two bedrooms in the apartment, and if it is 3, it means that there are three bedrooms. Considering the equilibrium of multi-unit houses, the number of bedrooms is usually two to three, four to five, except for one bedroom, so the second code would be two to five, but if one bedroom is one bedroom, The second code will be on the order of 1-5. In addition, the number of bedrooms may be six or more, depending on the needs of the client considering the number of owners and families, in which case the second code may be six or more.

If the multi-family house is between 20 and 24 square meters and the number of rooms is two, the first and second codes are determined, and the internal space structure code of the multi-family house is as follows.

The third code of the internal space structure code of the multi-family house indicates how the structure of the internal space of the multi-family house is formed. Specifically, it shows how the bedroom of the apartment is arranged. Depending on the layout of the bedroom, the third code is labeled 0, A, B, C, D. Here, 0 represents the case where the apartment house is a studio. The remaining bars, A, B, C, and D, depend on the number of bedrooms, and the detailed description is replaced by Table 2 below.

In Table 2, the 'front' is generally the direction in which the front porch is located in the interior space of the MDU. Unless otherwise defined, the 'space' is rectangular in plan. In addition, the term 'common space' refers to a space shared by members in a multi-unit house except a bedroom, and may correspond to a living room, a kitchen, a restaurant, and the like.

If the multi-family house is in the 20 to 24 flat zone, two bedrooms, and the layout of the bedroom is A type, the internal space structure code of the multi-family house is as follows.

On the other hand, if not only considering the number of bedrooms, but also considering the living room, kitchen, toilet, etc., the third code will be five or more.

The fourth code among the internal space structure codes of the multi-family house represents a connection form of other parts of the multi-family house except for a room. In other words, it refers to how the spaces shared by the members living in the multi-family housing are connected, and mainly refers to the connection form between the living room, the kitchen and the dining room. If there are two or more kitchens and toilets, a fifth code is required to reflect this, but for convenience, they are added as a modification code to the fourth code. If necessary, the modification code may be separated from the fourth code and named as the fifth code.

The fourth code is a combination of three letters, such as L for a living room, D for a restaurant, and K for a kitchen, and modification codes B1, B2, B3, and B4 indicating the number and location of bathrooms. When it includes the modification code K1, K2 indicating its position and form.

In addition, the fourth code differs depending on whether the living space, the kitchen space and the kitchen space are connected to each other or separated into a partition. For example, if the living room, dining room, and kitchen are connected, that is, if they are all in one area, such as a studio, the fourth code becomes LDK. On the other hand, if there is a wall between the three regions, the fourth code for this is L-D-K. In addition, if the living room and the dining room are connected but the kitchen is separated from the dining room, the fourth code for this is LD-K.

If a hyphen (-) is included between the characters (L, D, and K) constituting the fourth code as described above, it means that the region indicated by the two characters followed by the hyphen is separated, otherwise the two regions are connected. It means.

If the multi-family house is in the 20 to 24 square meters, two bedrooms, the arrangement of the bedroom type A, living room, dining room and kitchen are connected, the internal space structure code of the apartment is as follows.

When the modified code is added to the fourth code, that is, when there are two toilets in the multi-family house, the internal space structure code of the multi-family house is as follows.

The multi-unit house code database 110 provided in the server 100 records the multi-unit house structure code as described above and the location of the multi-unit house, for example, as shown in Table 3 below.

In Table 3, the apartment code arrangement may be different. For example, the second code may be arranged instead of the first code. Therefore, the code 'S023ALDKB1' may be arranged in "3S02ALKDB1".

Subsequently, a description will be given of a multi-unit housing search method using the multi-house internal space structure code. Here, the person (real user) accessing the server through the common network is considered to be a member. If you are a non-member, go through the membership registration process after accessing the server.

1 and 2, a person who wants to obtain information about a multi-family house by accessing the server 100 uses a server (using information communication devices 130a, 130b, .. 130n) connected to the common network 120. 100) (200). If there is a server visitor, the server 100 provides a home page to the visitor's information communication devices 130a, 130b, .. 130n through the common network 120 under the control of the recording medium 112 provided therein. The visitor inputs his identification information, for example, an ID and a unique password, for accessing the server 100 from the homepage of the server 100 (210). The server 100 confirms accessor identification information received from the accessor's information communication devices 130a, 130b, .. 130n. After confirmation, the user is a legitimate visitor and according to the request of the visitor, otherwise the connection is denied. The accessor requests the search for the apartment house if his identification information is accepted. In response, the server 100 allows the visitor to input a search condition for searching for a multi-family house. In this regard, the accessor enters an appropriate search condition (220) and then begins a search (230).

As a search condition for the apartment, the accessor is a crowd consisting of the location of the apartment, the equilibrium of the apartment, the number of rooms of the apartment, that is, the number of bedrooms, the flat configuration, that is, the layout of the bedroom and the connection form of the part other than the bedroom. At least one selected may be input. Such input conditions are items corresponding to first to fourth codes constituting the internal space structure code of the multi-family house. That is, the accessor may use each code item constituting the internal space structure code of the multi-family house as a search input condition.

Prior to this, the server 100 displays the symbols constituting the code to the visitor in a picture, so that the accessor can enter the code through the picture. In other words, it allows the accessor to know what the character at each place represents in the internal space structure code.

As such, when the accessor inputs a condition for searching, the server 100 compares the search condition with the input of the apartment code database 110, and checks all the apartment housing addresses or codes corresponding to the search condition. (130a, 130b, .. 130n). For example, if the search condition input by the visitor is the location of the apartment house, the server 100 provides an internal space structure code of the apartment house at the location. Provide the location of all MDUs, the location of all MDUs with the corresponding number of bedrooms, or the location of all MDUs with the corresponding spatial configuration. In this way, the accessor may know where the apartment house he wants is located, and may also know its internal space structure (240).

On the other hand, if the number or balance of bedrooms is entered as a search condition, the server 100 compares the number of the number of bedrooms and the balance and the data recorded in the apartment code database 110, the joint operation that meets the input search conditions Housing location can be provided. For example, if the number of bedrooms inputted as a search condition is 3, and the value is 3, the server 100 compares the recorded data with the data recorded in the apartment code database 110 and compares the recorded data with the number of bedrooms. The value of the number is classified as being greater than 3 and less than 3 and 3, and the data of the number of bedrooms is 3, i.e., only the apartment building is provided to the visitor's information and communication device (130a, 130b, .. 130n).

In this way, the accessor first establishes the desired internal space structure by connecting to the server 100 and inputs the elements constituting the internal space as a search condition as described above, where the apartment house having the desired internal space structure is found. Can be. On the contrary, by entering the location of the multi-family house in a particular area, it is possible to grasp the internal space structure of the multi-family house without going to the site.

While many details are set forth in the foregoing description, they should be construed as illustrative of preferred embodiments, rather than to limit the scope of the invention. For example, those skilled in the art to which the present invention pertains may apply the above-described technical ideas to general houses as well as apartment houses. In this case, the internal space structure code of the general house may also be configured differently from the internal space structure code of the public house. In addition, by adding a region-specific code to the internal space structure code of a multi-unit housing, the accessor may be easier to search. Therefore, the scope of the present invention should not be defined by the described embodiments, but should be determined by the technical spirit described in the claims.

As described above, the present invention includes a database in which a server corresponds to an internal space structure code of a multi-family house and the location of a multi-family house corresponding to the code. Therefore, the real user can input the spatial structure code of the apartment house to be found to know the location and internal structure of the apartment house, and can use each of the items constituting the internal structure code and a combination thereof as a search condition. Compared to the existing, the search conditions can be diversified. In addition, the location of the apartment can be entered to know from the equilibrium of the apartment to the interior space. In this way, the internal space structure of the MDU can be checked without going directly to the MDU location, thereby reducing the time and economic loss required for on-site checking and providing a more convenient and diversified MV search condition to the real users. have.

Claims (11)

A first step of accessing a server which is connected to a common network which can be accessed and used by a plurality of users and which has a database in which the internal space structure code of the apartment house and the location of the corresponding apartment house are recorded; A second step of confirming the location of the corresponding apartment by inputting a spatial structure code of the apartment to be searched for in the server; And And a third step of displaying and confirming an internal structure of the multi-family house where the location is confirmed. The method of claim 1, wherein the internal space structure code comprises a first to fourth code in an arbitrary arrangement. The method of claim 2, wherein the first code indicates an equilibrium of the multi-family house. The method of claim 3, wherein the second code indicates the number of bedrooms included in the balance of the multi-family house. The method of claim 4, wherein the third code indicates an arrangement of the bedroom. The method of claim 5, wherein the fourth code represents a configuration form of other spaces other than bedrooms in the internal space of the multi-family house. The method of claim 6, wherein the configuration of the other spaces is a connection form of a living room, a restaurant, and a kitchen of the apartment. The method of claim 7, wherein the fourth code further includes a modification code related to a kitchen and a bathroom. The method of claim 7, wherein the first to fourth codes are 14, 2, 4, and the number corresponding to the number of cases where the symbols representing the living room, dining room, and kitchen of the multi-family house can be combined. The apartment search method characterized by the above-mentioned. 10. The method of claim 9, wherein the living room, dining room, or kitchen in the combination of symbols representing the living room, dining room, and kitchen of the apartment house is connected by a sign, and is separated by a wall or the like. Apartment house search method characterized in that put the). A first step of accessing a server which is connected to a common network which can be accessed and used by a plurality of users and which has a database in which the internal space structure code of the apartment house and the location of the corresponding apartment house are recorded; A second step of determining the location of all the apartments corresponding to at least one selected from the group consisting of the balance, the number of bedrooms, the space configuration form of the apartment house and the connection form of other space parts except the bedroom; And And a third step of confirming an internal space structure code of the multi-family house by inputting the location of the multi-family house desired by the multi-family house in which the location is known.