JP4390341B2 - Building selection support system and building selection support processing method - Google Patents

Description

[0001]
[Industrial application fields]
The present invention relates to a building selection support system and a building selection support processing method that can present a desired building product for a person who wants to build a building from a plurality of building products.
[0002]
[Prior art]
When a person who wants to purchase a building such as a house (hereinafter referred to as a building purchaser) selects a desired building product from a plurality of building products provided by a manufacturer, the model house is displayed. I often go to places and open house locations to see actual building products. In addition, the building purchase information is also obtained from the building product catalog and the building product image and description written on the Internet homepage.
[0003]
[Problems to be solved by the invention]
However, the building is built on some land. The prospective purchaser of the building is not so careful in selecting the building product in view of various factors related to the land, and may be forced to change the building product after selecting the building product. In particular, when a building is built on a land different from the land in which it originally lived, various elements relating to the land are often not known. On the other hand, if you build a building on the land where you originally lived, you know that there are not many problems because you know the various elements related to the land, but there are also elements that you do not know. When building a building whose weight is significantly greater than that of the building, attention may be required in relation to earth strength.
[0004]
In view of the above circumstances, the present invention is a building selection support capable of quickly presenting a building suitable for the land on which the building purchaser intends to build a building, without making the building purchaser feel bothersome. An object is to provide a system and a building selection support processing method.
[0005]
[Means for Solving the Problems]
In order to solve the above-described problem, the building selection support system of the present invention has an input terminal for inputting information for specifying land, a first database in which natural environment information about land is stored, and natural environment information. Building selection processing means for selecting one or more buildings by comparing the second database in which building product information including appropriateness determination information is stored, natural environment information and the appropriateness determination information, and the selected building And an output terminal that outputs all or part of the building merchandise information. The first database may include at least one of climate information, ground strength information, earthquake information, salt damage information, land inclination information, land area information, and land shape information as natural environment information. The second database may include at least one of weatherability information, heat insulation information, strength information, basic information, earthquake resistance information, rust resistance information, building area information, and building plane shape information as appropriate determination information. It is good to have.
[0006]
In the above configuration, a user (a person who intends to purchase a building or a salesman) inputs information (for example, an address, a lot number, a zip code, a telephone number, etc.) that specifies the land on which the building is to be built, to the input terminal. . The building selection processing means extracts natural environment information about the land from the first database using the input land specifying information as a key. Then, one or a plurality of buildings are selected by comparing the natural environment information with the appropriateness determination information stored in the second database. For example, if the information that the ground strength is “4” out of 5 ranks (for example, a numerical value indicating that the ground is a little bad) is obtained as natural environment information, the basic information that is appropriate determination information is obtained. Building products with a numerical value of “4” out of 5 ranks (a value indicating that even a land with a slightly poor ground strength is okay) and “5” (a land with a poor ground strength is okay) Will be selected). Then, the output terminal outputs building product information of the selected building. Thus, a building purchaser or the like can receive a presentation of a building suitable for the land on which the building is to be built simply by inputting an address or the like to the input terminal.
[0007]
The building selection support system according to the present invention includes an input terminal for inputting information for specifying land, a first database in which social environment information about the land is stored, and a building product including appropriateness determination information for the social environment information. A second database in which information is accumulated, a building selection processing means for selecting one or a plurality of buildings by comparing the social environment information and the appropriateness determination information, and all of the building product information of the selected building or And an output terminal that outputs a part of the output terminal. The first database may include at least one of noise information, sunshine information, and local facility information as social environment information. The second database may include at least one of soundproof information and material carry-in information as appropriate determination information.
[0008]
In the above configuration, a user (a person who intends to purchase a building or a salesman) inputs information (for example, an address, a lot number, a zip code, a telephone number, etc.) that specifies the land on which the building is to be built, to the input terminal. . The building selection processing means extracts social environment information about the land from the first database using the input land specifying information as a key. Then, this social environment information is checked against appropriateness determination information stored in the second database, and one or more buildings are selected. For example, if the information that the noise is “4” out of 5 ranks (for example, a numerical value indicating that the noise is a little loud) is obtained as the social environment information, the soundproofing information that is the appropriate judgment information is obtained. A building product having a numerical value of “4” out of 5 ranks (a value indicating that it is safe even in a slightly loud place) and “5” (a value indicating that it is safe even in a noisy place) Will be selected. Then, the output terminal outputs building product information of the selected building. Thus, a building purchaser or the like can receive a presentation of a building suitable for the land on which the building is to be built simply by inputting an address or the like to the input terminal.
[0009]
The building selection support system according to the present invention includes an input terminal for inputting information for specifying land, a first database in which legal environmental information about land is stored, and appropriate judgment information for legal environmental information. Building selection processing means for selecting one or a plurality of buildings by comparing the second database in which the building product information is accumulated, legal environment information and the appropriateness determination information, and the building product information of the selected building And an output terminal that outputs all or part of the output terminal. The second database may include at least one of fire resistance performance information, building area, total floor area, and building height as appropriate determination information.
[0010]
In the above configuration, a user (a person who intends to purchase a building or a salesman) inputs information (for example, an address, a lot number, a zip code, a telephone number, etc.) that specifies the land on which the building is to be built, to the input terminal. . The building selection processing means extracts legal environmental information about the land from the first database using the input land specifying information as a key. Then, the legal environment information is checked against the appropriateness determination information stored in the second database, and one or more buildings are selected. For example, if the land has fire prevention / quasi-fire regulations as legal environmental information, building products having fire resistance performance that meet the fire / quasi-fire regulations will be selected. Thus, a building purchaser or the like can receive a presentation of a building suitable for the land on which the building is to be built simply by inputting an address or the like to the input terminal.
[0011]
In any one of the configurations described above, the input terminal is configured to accept input of information useful for building selection other than the land identification information, and the building selection processing means includes a plurality of buildings selected based on environmental information. It is good to be comprised so that the further selection may be performed based on the information useful for building selection input from the said input terminal. In such a configuration, after receiving a presentation of a building suitable for the land on which the building is to be built, the building can be further narrowed down by factors such as the number of people living, the desired size, grade, color, etc. .
[0012]
In addition, the building selection support system according to the present invention stores construction property information including an input terminal for inputting information for specifying land, information on a building that has already been built, and information for specifying the land on which the building is built. Neighboring building information acquisition means for extracting information related to a building constructed in the vicinity of the input land by comparing the database, the input land specifying information and the construction property information, and information regarding the extracted building And an output terminal that outputs all or part of the output terminal.
[0013]
With the above configuration, what kind of building has already been built on the land close to the land on which the building is to be built (for example, the climate is similar), what is the cost and delivery date of the building? It is useful for selecting a building suitable for the land on which the prospective purchaser wants to build a building.
[0014]
The building selection support system according to the present invention includes an input terminal for inputting information for identifying land and information useful for building selection, construction information including information on a building that has already been constructed and information for identifying the land on which the building is built. A building constructed in the vicinity of the input land by comparing the database in which the property information is accumulated, the input land identification information and the information useful for building selection, and the construction property information. It is characterized by comprising neighborhood building information acquisition means for extracting information on similar buildings selected based on information useful for selection, and an output terminal for outputting all or part of the extracted information on similar buildings.
[0015]
With the above configuration, for example, the size and grade are determined based on information useful for building selection, and the same size is already applied to land close to the land where the building is to be built (for example, climate climate is approximate). You can obtain reference information such as how much cost and delivery time the sheath grade building is built, and it helps the building purchaser to select a building suitable for the land where the building is to be built.
[0016]
Further, the building selection support processing method of the present invention includes a first input processing step for inputting information for specifying land, and one or more of the building commodities based on the information input in the first input processing step. A first candidate selection processing step for selecting a plurality of candidates, a first screen output processing step for outputting the information on the building product selected in the first candidate selection processing step, and a step for inputting information useful for building selection. A two-input processing step, a second candidate selection processing step for selecting one or more candidates further narrowed down from the candidates based on the information input in the second input processing step, and a second candidate selection processing step And a second screen output processing step for outputting the information of the building product selected in (1) to the screen. Even in such a configuration, it is possible to promptly present a building suitable for the land on which the building purchaser intends to build a building without bothering the building purchaser.
[0017]
In addition, the building selection support processing method of the present invention includes an input processing step for inputting information for identifying land and information useful for building selection, and a plurality of building commodities based on the information input in the input processing step. It has a candidate selection processing step for selecting one or a plurality of candidates, and a screen output processing step for outputting information of the building product selected in the candidate selection processing step. Even in such a configuration, it is possible to promptly present a building suitable for the land on which the building purchaser intends to build a building without bothering the building purchaser.
[0018]
In addition, the building selection support processing method of the present invention uses a database in which quantified environmental information relating to the environment of the land is accumulated, and is quantified for proper determination of each building product in light of the environmental information. It is characterized in that it is determined whether the building product is suitable for the land to be constructed using a database in which the appropriateness determination information is stored. Even in such a configuration, it is possible to promptly present a building suitable for the land on which the building purchaser intends to build a building without bothering the building purchaser.
[0019]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to FIGS.
[0020]
FIG. 1 is a diagram showing a schematic configuration of a building selection support system according to this embodiment. FIG. 1A shows an independent installation type, and FIG. 1B shows a type using a communication network. . The building selection support system 10 of this embodiment includes a first database DB1, a second database DB2, a third database DB3, a building selection processing unit 1, an input unit (a keyboard, a pointing device such as a mouse, a touch panel) 2, and an output. The unit (display, printer, etc.) 3 is provided. In FIG. 2B, a personal computer 12 forms an input unit 2 and an output unit 3, and a host computer 11 forms databases DB1, DB2, DB3 and a building selection processing unit 1. Both the personal computer 12 and the host computer 11 have a communication function and communicate information through the Internet 13. Note that the present invention is not limited to the personal computer 12 and may be any device (for example, a digital broadcast receiving television or a game device) as long as it is a device capable of inputting and outputting information and communicating. In addition to the Internet 13, a public line, a dedicated line, or wireless communication may be used.
[0021]
The first database DB1 stores natural environment information about land, social environment information about land, legal environment information about land, and map data. FIG. 2A shows details of the first database DB1 (map data is omitted). Natural environment information about land is information that originates in nature that is inherent to the land, such as climate information (snow cover information, rainfall information, temperature information, humidity information, typhoon related information, sunshine information, etc.) ), Soil strength information (including non-natural information such as embankment and landfill information), earthquake information, salt damage information, land slope information, land area information, and land shape information. Social environment information about land is information derived from artifacts installed around the land or artifacts passing through the land. Noise information and local equipment information (urban infrastructure information, etc .: road width in the figure) There is). Legal environmental information is information regarding legal regulations regarding land, and includes fire prevention / quasi-fire prevention information, use restriction information, building coverage information, floor area information, and the like.
[0022]
In this embodiment, the numbers of snow cover, ground strength, earthquake, noise, etc. are applied in five ranks. Here, the land having a numerical value of “5” is the worst condition, and the land having a numerical value of “1” is the best condition. On the other hand, specific numerical values are described for land area, road width, building coverage ratio, and the like. As for the land shape, for example, survey information of the land is held. In addition, it is good also as describing a specific figure about the amount of snow accumulation, ground strength, etc. Also, not all information is stored for all lands. As for land area information and land shape information, if such information is not accumulated, or if it is accumulated for users who are hesitant to enter a specific address such as No. The user and the prospective purchaser can input land area information and land shape information.
[0023]
The second database DB2 includes, for each building product, digitized suitability information for natural environment information, digitized suitability information for social environment information, and digitized suitability information for legal environment information. Stores building product information. That is, each building product prepared by the building supplier has numerical data common to each building as numerical appropriateness determination information for determining appropriateness in light of the environmental information. . FIG. 2B shows details of the second database DB2. Appropriate judgment information for natural environment information includes weather resistance information, heat insulation information, proof stress information, basic information, earthquake resistance information, rust resistance information, building area information, and building plane shape information. Appropriate determination information for social environment information includes soundproof information and material carry-in information. Note that the material carry-in information indicates the ease of carrying building materials into the construction site (if the material is large, the surrounding roads need to be wide). In the case of a unit type building, the numerical value of the material carryability information is low. Appropriate judgment information for legal environmental information includes fire resistance, total floor area, building height, and the like. In addition, the appropriateness determination information for certain environmental information may be used in duplicate as appropriateness determination information for other environmental information.
[0024]
In this embodiment, for weather resistance information, heat insulation information, soundproofing, fire resistance, etc., numbers are assigned in five ranks, and the larger the number, the better. For example, a building with a ground strength value of “5” can be built on land with a ground strength of about 3 tons, for example. A building with a “1” value can be built on the ground with a ground strength of about 30 tons, for example. Is recommended. On the other hand, specific numerical values are described for the building area, the building height, and the like.
[0025]
The building product information includes various specification information, various image information, and price information. Various specification information includes the first floor area, the second floor area, the area of each room, the construction method, the structure, the foundation structure, the heat insulation performance, the building weight, and the like. Various image information includes an external view, a floor plan, and a structure diagram.
[0026]
In this embodiment, design standard information and performance information are included as building product information. That is, each building commodity prepared by the building supplier has numerical data common to each building as design standard information and performance information. The design standard information indicates the recommended value (building size (area, height, etc.), shape, recommended number of people to realize comfortable living, etc.) as the building according to the use and scale of the building product. Is. This information is used as a building selection factor for building scale condition input described later. The performance conditions are grades (performances indicating habitability, safety, durability, etc. are expressed numerically). This information is used as a building selection factor for building performance condition input described later.
[0027]
The third database DB3 stores construction property information composed of information on a building that has already been built and information that identifies the land on which the building has been built. FIG. 2C shows details of the third database DB3. In this detailed example, the construction property information includes construction property address, building product name, construction delivery date, estimate, and other detailed information (building product information, etc.).
[0028]
The building selection processing unit 1 selects one or a plurality of buildings by comparing the obtained environmental information (nature, society, legal) with the appropriateness determination information of each building product. Specifically, environment information about the land is extracted from the first database DB1 using the input land identification information as a key. Then, this environmental information is checked against appropriateness determination information stored in the second database, and one or more buildings are selected. Hereinafter, an example of this building selection process will be described. For example, if the value of salt damage in the natural environment information is “4” and the rust resistance is “5” in the appropriate determination factor, it is assumed that the score is +1. Similarly, if the ground strength value in the natural environment information is “2” and the basis for the appropriateness determination factor is “5”, it is assumed that the score is +3 points. If any item has a negative point, a flag indicating “impossible” is set. Similar processing is executed for other environmental information, and a total score is calculated. A flag indicating “impossible” is also set when the building area is larger than the land area or when the building coverage ratio is not satisfied. By this processing, the total points of each building product are obtained, such as 20 points for a certain building product and 32 points for another building product. For building products (candidate products) for which the disabled flag is not set, for example, a building having a total score closest to the average value of the total scores is recommended. No.1 is recommended for buildings with total points close to the average value. Output as 2 (over-spec buildings and barely-required buildings are recommended later). The building selection process described above is an example, and other selection processes can be employed. For example, in the above case, the points of each item are not weighted at all. However, the item may be weighted, or the item to be weighted and the degree of weighting may be changed depending on the land. Further, when it is determined that the importance of an item having a minus point is low, it may be output as a quasi-candidate. Of course, the recommended order may be determined by sorting in descending order of the total score. In addition, the recommendation order may not be determined based on the total score. In addition, building product candidates may be selected simply by setting the impossible flag without calculating the total score.
[0029]
In addition, the building selection processing unit 1 obtains neighboring building information that extracts information relating to the building constructed in the vicinity of the input land by comparing the input land specifying information with the construction property information of the third database DB3. A function as a part is provided. Further, the building is constructed in the vicinity of the input land by comparing the input land identification information and information useful for building selection (building size information, building performance information, etc.) with the construction property information of the third database DB3. It has a function as a neighboring building information acquisition unit that extracts information on similar buildings selected based on information useful for building selection.
[0030]
3A shows an example of an input screen for land identification information, and FIG. It is an output screen example of 1 building merchandise information. The above input screen shows a configuration in which the user can arbitrarily select any one of address, postal code, lot number, telephone number, latitude / longitude, map input, and area display as the land identification information. When the above map input is selected, a map with a predetermined scale is displayed on the screen. Then, for example, by clicking on the map, the clicked portion is enlarged step by step, and the land is identified directly on the most enlarged map. In the output screen of FIG. 3B, an external view of the building is displayed as an image, and building product information is displayed. In addition, this output screen includes “view next candidate” “view candidate list” “return to input screen” “view other drawings” “visit nearby building” “decide and proceed to next input” “decide” "Do not proceed to the next input" button is provided.
[0031]
When the “determined and proceed to next input” button is clicked on the output screen of FIG. 3B, the screen proceeds to an input screen for a floor plan, an equipment plan, and a decoration plan (building planning process). On the other hand, when the “Proceed to next input without decision” button is clicked, an input screen prompting input of the building scale condition is displayed. 4A is a scale condition input screen, and FIG. 4B is a product information output screen for a building selected from the candidates based on the input building scale condition. The building scale conditions are the building scale (area, height, etc.), usage (residence, store, first floor store, second floor residence, etc.), and shape (planar, elevation, etc.). And on this output screen, “View next candidate” “View candidate list” “Return to input screen” “View other drawings” “Determine and proceed to next input” “Next input without decision” "Proceed to" button is prepared.
[0032]
When the “decide and proceed to next input” button is clicked on the output screen of FIG. 4B, the screen proceeds to an input screen for a plane plan, an equipment plan, and a decoration plan (building planning process). On the other hand, when the “Proceed to next input without decision” button is clicked, an input screen prompting input of building performance conditions is displayed. FIG. 5A is a performance condition input screen, and FIG. 5B is a product information output screen for a building selected from candidates that satisfy the building size condition based on the input building performance condition. The building performance condition is a grade (expressed by a performance value indicating habitability, safety, durability, etc.). And on this output screen, “View next candidate” “View candidate list” “Return to input screen” “View other drawings” “View quasi-candidate” “Determine and proceed to next input” A button is provided. When the “decide and proceed to the next input” button is clicked, the screen proceeds to an input screen for a floor plan, an equipment plan, and a decoration plan (building planning process).
[0033]
6A is an input screen for land identification information, and FIG. 6B is an output when land shape and land area data is not stored in the database or when a detailed address is not input. It is a screen. This output screen employs a process of preparing several shapes for the land shape and selecting from them. In addition, it is also possible to transmit the figure which input land shape input by the movement and click operation of the mouse, for example as bitmap data. The land area can be entered in either tsubos or m2. When the send button is clicked on this output screen, the land shape and land area information is given to the building selection processing unit 1, and the building selection processing unit 1 selects and outputs the building in consideration of the land shape and land area. The screen shown in FIG. 3B is displayed. When the “Do not enter” button is clicked, the building selection process is performed with the land shape and land area undecided.
[0034]
FIG. 7 is an output screen of neighboring buildings that is displayed when the “Nearby building visit” button in the output screen of FIG. 3B is clicked. The neighborhood judgment compares the land identification information input by the user with the address information in the construction property information of the third database DB3 in the light of the map data. For example, the neighborhood that is within a radius of 5 km from the input land A building. In acquiring information on neighboring buildings, environmental information and appropriateness determination information are not required.
[0035]
FIG. 8A is a building product output screen displayed when the “view quasi-candidate” button in the output screen of FIG. 5B is clicked, and FIG. 8B is the same figure. It is an output screen that displays detailed information that is displayed when the “Learn more” button in (a) is clicked. The “view quasi-candidate” button is displayed after a building has been selected based on size and performance requirements. The quasi-candidate building product is a building product that is omitted from the selection, for example, a product that does not satisfy the scale with a slight difference but satisfies the performance, or a product that does not satisfy the performance with a slight difference but satisfies the scale, or , The scale and performance are not enough to meet each other.
[0036]
Next, an outline of an example of a building selection support process will be described using the flowcharts of FIGS. 9 and 10. As shown in FIG. 9, when land identification information is input by a user (step S1), environmental information (natural, social, legal) of the land is acquired from the first database DB1 (step S2). Next, the suitability determination information of each building product is acquired from the second database DB2 in which the building product information is stored (step S3), and the impossibility determination and score generation processing are executed for each building (step S4). Next, it is determined whether or not the processing has been completed for all the buildings (step S5). If not completed, the process proceeds to step S3. If completed, the candidate building determination and the output order determination are performed (step S3). S6). Then, the product information of the first candidate building product is extracted from the second database DB2, display screen data is generated, and the building product information is displayed on the screen (step S7). When each button is clicked in this display state, the process proceeds to button click handling processing (step S8).
[0037]
As shown in FIG. 10, in the button click corresponding process, when the “view next candidate” button is clicked (step S13), the next candidate building product information is displayed on the screen (step S19). When the “view candidate list” button is clicked (step S14), the candidate list is displayed on the screen (step S20), and when the “view other drawings” button is clicked (step S15), other When the drawing is displayed (step S21) and the "return to input screen" button is clicked (step S16), the process proceeds to step S1. When the “determine and proceed to next input” button is clicked (step S11), the process proceeds to the building planning process (step S17). On the other hand, when the button “Proceed to next input without determination” is clicked (step S12), a building scale input screen is displayed (step S18). When scale information is input on the building scale input screen (step S22), a candidate satisfying the input scale information is selected from the candidates and displayed on the screen (step S23).
[0038]
When the “view next candidate” button is clicked in the screen display state in step S23 (step S26), the next candidate building product information is displayed on the screen (step S32), and “view candidate list” is displayed. When the button is clicked (step S27), a candidate list is displayed on the screen (step S33), and when the “view other drawings” button is clicked (step S28), other drawings are displayed (step S34). ) When the “return to input screen” button is clicked (step S29), the process proceeds to step S1. When the “determine and proceed to next input” button is clicked (step S24), the process proceeds to the building planning process (step S30). On the other hand, when the button “Proceed to next input without determination” is clicked (step S25), a building performance input screen is displayed (step S31). When performance information is input on this building performance input screen (step S35), candidates satisfying the input performance information are selected from the candidates and displayed on the screen (step S36).
[0039]
When the “view next candidate” button is clicked in the screen display state in step S36 (step S39), the next candidate building product information is displayed on the screen (step S45), and “view candidate list” is displayed. When the button is clicked (step S40), a candidate list is displayed on the screen (step S46), and when the “view other drawings” button is clicked (step S41), other drawings are displayed (step S47). ) When the “return to input screen” button is clicked (step S42), the process proceeds to step S1. When the “determine and proceed to next input” button is clicked (step S37), the process proceeds to the building planning process (step S30). When the “view quasi-candidate” button is clicked (step S38), the quasi-candidate building product information is displayed (step S44).
[0040]
Note that the “Nearby Building Visit” button shown in FIG. 3B may be provided on the screen of FIG. 4B or the screen of FIG. 5B. In this case, building size information and building performance information have been entered up to these screens, so when the “Nearby Buildings” button on the screen is pressed, the building is built near the entered land. It is possible to extract and display information related to similar buildings selected based on the building size information and building performance information (information useful for building selection). According to this, it is possible to obtain reference information such as how much cost and delivery time a building of the same size and grade is already built on land close to the land on which the building is to be built.
[0041]
In addition, in the input screen of FIG. 3 (a), only the land identification information is input, but the land identification information, the building size information, and the building performance information (information useful for building selection) are simultaneously input. May be. In this case, in addition to the selection based on the environment information, the selection considering the building size information and the building performance information is performed in a lump, and candidates based on this selection are displayed on the output screen.
[0042]
3A is configured to input only the land specifying information, it may be possible to input the land specifying information and the building product specifying information (such as building product name) at the same time. In this case, when receiving a request to build a building product with a certain product name on a certain land, the building product with that product name is entered by inputting the information identifying the land and the building product name. It is possible to automatically determine whether it is appropriate to build the land on the land.
[0043]
In addition, although the performance condition (habitability, etc.) is input to the user, the system may propose an optimal performance condition based on the number of people information, family structure information, and the like input by the user. In addition, the building scale condition input screen is displayed before the performance condition input screen, but it may be reversed, or instead of the “Proceed to next input without decision” button, Two buttons, “Proceed” button and “Proceed to scale condition input” button, may be displayed so that the user can arbitrarily select them.
[0044]
【The invention's effect】
As described above, according to the present invention, it is possible to quickly present a building suitable for the land on which the building purchaser intends to build a building without bothering the building purchaser. In addition, after receiving a presentation of a building suitable for the land where the building is to be built, it is possible to further narrow down the building by factors such as the number of people living, the desired size, grade, color, etc. Play.
[Brief description of the drawings]
FIG. 1 is a diagram showing a schematic configuration of a building selection support system of this embodiment, in which FIG. 1 (a) shows an independent installation type, and FIG. 1 (b) shows a type using a communication network. It is.
FIG. 2A shows the details of the first database, FIG. 2B shows the details of the second database, and FIG. 2C shows the details of the third database. .
3A shows an input screen for land identification information, and FIG. 3B is an explanatory view showing a candidate output screen for building merchandise.
FIG. 4 (a) shows a building scale information input screen, and FIG. 4 (b) is an explanatory diagram showing a building product candidate output screen.
FIG. 5A shows a building performance information input screen, and FIG. 5B is an explanatory diagram showing a building product candidate output screen.
FIG. 6 (a) shows an input screen for land identification information, and FIG. 6 (b) is an explanatory diagram showing an output screen when land shape and land area information is not stored in the database. is there.
FIG. 7 is an explanatory diagram showing an output screen for building product information of neighboring buildings.
FIG. 8A shows a quasi-candidate output screen, and FIG. 8B is an explanatory diagram showing a quasi-candidate detailed output screen.
FIG. 9 is a flowchart showing an outline of a building selection support process.
FIG. 10 is a flowchart showing button click handling processing.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Building selection process part 2 Input part 3 Output part 10 Building selection support system 11 Host computer 12 Personal computer DB1 1st database DB2 2nd database DB3 3rd database

Claims (11)

  Including an input terminal for inputting information for specifying the location of the land, a first database in which natural environment information about the land associated with the information for specifying the location is stored, and appropriate determination information for the natural environment information By comparing the second database in which building merchandise information is stored, the natural environment information obtained from the first database based on the input information specifying the location, and the appropriateness determination information for the natural environment information A building selection support system comprising: a building selection processing means for selecting one or a plurality of buildings; and an output terminal for outputting all or part of the building product information of the selected buildings.  2. The building selection support system according to claim 1, wherein the first database includes, as natural environment information, climate information, ground strength information, earthquake information, salt damage information, land inclination information, land area information, and land shape information. A building selection support system comprising at least one.  2. The building selection support system according to claim 1, wherein the second database includes weatherability information, heat insulation information, strength information, basic information, earthquake resistance information, rust resistance information, building area information, and appropriate determination information. A building selection support system characterized by having at least one of architectural plane shape information.   Including an input terminal for inputting information for specifying the location of the land, a first database in which social environment information about the land associated with the information for specifying the location is stored, and suitability determination information for the social environment information By comparing the second database in which building merchandise information is stored, the social environment information obtained from the first database based on the input information specifying the location, and the appropriateness determination information for the social environment information A building selection support system comprising: a building selection processing means for selecting one or a plurality of buildings; and an output terminal for outputting all or part of the building product information of the selected buildings.  5. The building selection support system according to claim 4, wherein the first database includes at least one of noise information, sunshine information, and local facility information as social environment information. .  5. The building selection support system according to claim 4, wherein the second database includes at least one of soundproof information and material carry-in information as appropriateness determination information.   An input terminal for inputting information for specifying the location of the land, a first database in which legal environment information about the land associated with the information for specifying the location is stored, and appropriate judgment information for the legal environment information A second database in which building product information is stored, legal environment information obtained from the first database based on the input information for specifying the location, and the appropriateness determination information for the legal environment information. Building selection support characterized by comprising a building selection processing means for selecting one or more buildings by comparison and an output terminal for outputting all or part of the building product information of the selected building system.  The building selection support system according to claim 7, wherein the second database includes at least one of fire resistance performance information, a building area, a total floor area, and a building height as appropriate determination information. Building selection support system.  The building selection support system according to any one of claims 1 to 8, wherein the input terminal is configured to accept input of information useful for building selection other than land identification information, and the building selection processing means includes an environment A building selection support system configured to perform further selection based on information useful for building selection input by the input terminal from among a plurality of buildings selected based on information.  In the building selection support system according to any one of claims 1 to 9, a database in which construction property information including information on a building that has already been constructed and information for specifying the location of the land on which the building is built is stored; A neighboring building information acquisition means for extracting information on a building constructed in the vicinity of the inputted location by comparing the inputted information specifying the location with the construction property information, and And a means for outputting all or part of the information.   In the building selection support system according to any one of claims 1 to 9, means for inputting information useful for building selection, information on a building that has already been built, and information for specifying the location of the land on which the building is built A construction in the vicinity of the input location by comparing the database for storing construction property information, the information for specifying the input location, the information useful for building selection, and the construction property information. A neighboring building information acquisition means for extracting information related to similar buildings selected based on information useful for building selection, and means for outputting all or part of the information related to the extracted similar buildings. A building selection support system characterized by this.

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