JP7064953B2 - Housing plan proposal system - Google Patents

Description

The present invention relates to a housing plan proposal system for creating and proposing an appearance plan of a house to be constructed at a predetermined planned construction site.

In recent years, home sales companies often propose to customers who are thinking of purchasing a home by displaying a home plan created by computer graphics (hereinafter referred to as CG) on a display. In Patent Document 1, as a plan proposal system used for such proposals, information on the surrounding environment (neighboring houses, etc.) of the planned construction site for constructing a house is acquired, and the acquired surrounding environment is created by CG (housing plan). ) And the system to display on the display are disclosed. According to this system, not only the harmony with the house but also the surrounding environment of the house can be confirmed, so that the customer can easily imagine the life after the purchase of the house.

Japanese Unexamined Patent Publication No. 2006-146569

However, in the system of Patent Document 1, it is assumed that the housing plan may not be in harmony with the surrounding environment depending on the created housing plan. In that case, it may not be possible to propose a housing plan that satisfies the customer.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a housing plan proposal system capable of proposing a housing plan in harmony with the surrounding environment.

In order to solve the above problems, the housing plan proposal system of the first invention is a housing plan proposal system for creating and proposing an appearance plan of a house to be constructed at a predetermined planned construction site. The appearance plan of the house is created based on the surrounding appearance information acquisition means for acquiring the surrounding appearance information regarding the surrounding appearance of the planned construction site and the surrounding appearance information acquired by the surrounding appearance information acquisition means. It is characterized by having a means for creating a housing plan.

According to the present invention, the surrounding appearance information regarding the appearance of the surroundings of the planned construction site is acquired, and the appearance plan of the house to be constructed at the planned construction site is created based on the acquired surrounding appearance information. .. As a result, it is possible to create an exterior plan that is in harmony with the appearance of the surroundings of the planned construction site, so it is possible to propose a housing plan that is in harmony with the surrounding environment.

In the first invention, the housing plan proposal system of the second invention includes a house appearance preference information acquisition means for acquiring a house appearance preference information regarding a customer's preference for a house appearance, and the housing plan creating means is the house appearance. It is characterized in that the housing plan is created based on the preference information.

According to the present invention, it is possible to create an appearance plan of a house based on a customer's preference for the appearance of the house. This makes it possible to propose a housing plan that suits the customer's taste while maintaining harmony with the surrounding environment.

In the housing plan proposal system of the third invention, in the first or second invention, the surrounding appearance information acquisition means acquires the appearance information of a neighboring house built in the vicinity of the planned construction site as the surrounding appearance information. However, the housing plan creating means is characterized in that an appearance plan of the house is created based on the appearance information of the neighboring house.

According to the present invention, an appearance plan of a house is created based on the appearance information of a neighboring house built in the vicinity of the planned construction site. In this case, since it is possible to create an appearance plan that is in harmony with the appearance of the neighboring house, it is possible to propose a housing plan that is in harmony with the neighboring house.

In the third invention, the housing plan proposal system of the fourth invention creates an exterior plan with an exterior including the exterior of the house as the exterior plan of the house, and the housing plan creating means creates the exterior plan of the house. The surrounding appearance information acquisition means acquires the appearance information of the exterior of the neighboring house as the surrounding appearance information, and the housing plan creating means obtains the appearance plan of the house based on the appearance information of the exterior of the neighboring house. It is characterized by creating.

According to the present invention, an exterior plan of a house is created based on the appearance information of the exterior of a neighboring house. In this case, for example, it is possible to create an exterior plan including an exterior that is in harmony with the exterior of the neighboring house, so that it is possible to propose a housing plan that is more in harmony with the neighboring house.

In the third or fourth invention, the housing plan proposal system of the fifth invention is based on the appearance information of the neighboring house acquired by the surrounding appearance information acquisition means, and is the appearance standard of the house in harmony with the neighboring house. The housing plan creating means is characterized in that the appearance plan of the house is created based on the set appearance standard.

According to the present invention, an appearance standard of a house in harmony with a neighboring house is set based on the appearance information of the neighboring house, and an appearance plan of the house is created based on the appearance standard. This makes it possible to specifically create and propose a housing plan that is in harmony with neighboring houses.

The housing plan proposal system of the sixth invention is an acceptance / rejection information storage means for storing plan acceptance / rejection information regarding whether or not the appearance plan proposed in the past has been adopted by the customer in any of the first to fifth inventions. The housing plan creating means is characterized in that an appearance plan of the house is created based on the plan acceptance / rejection information stored in the acceptance / rejection information storage means.

According to the present invention, the appearance plan of a house is created based on the plan adoption / rejection information regarding whether or not the appearance plan proposed in the past has been adopted by the customer. In this case, it is possible to create an exterior plan of the house based on the exterior plan adopted by the customer among the exterior plans proposed in the past. This makes it possible to propose a housing plan that is easily accepted by customers while maintaining harmony with the surrounding environment.

The housing plan proposal system of the seventh invention is the housing appearance preference information acquisition means for acquiring the house appearance preference information regarding the customer's preference for the house appearance and the housing plan creation means in any one of the first to sixth inventions. Of the plurality of appearance plans for the house created by the above, a storage unit that stores the customer recruitment plan, which is the appearance plan adopted by the customer, in association with the plurality of appearance plans and the house appearance preference information. The house is provided with a correlation analysis means for analyzing the correlation between the three parties based on the customer recruitment plan, the plurality of appearance plans, and the house appearance preference information stored in association with the storage unit. The plan creating means is characterized in that an appearance plan of the house is created based on the analysis result of the correlation analysis means.

According to the present invention, among a plurality of exterior plans for a house, an exterior plan (customer recruitment plan) adopted by the customer is stored in association with the plurality of exterior plans and the customer's housing appearance preference information. The correlation between the three parties is analyzed based on the stored information of the three parties. In this case, for example, it is possible to analyze what kind of appearance plan the customer adopts according to the customer's preference for the appearance of the house. Then, since the appearance plan of the house is created based on the analysis result, it is possible to propose a house plan that is easily accepted by the customer according to the customer's preference.

The figure which shows the electrical composition of a house plan proposal system. A functional block diagram showing housing plan proposal processing. The figure which shows the surrounding environment of the planned construction site. The figure for demonstrating the setting of the house color standard using a Munsell color solid. The figure which shows an example of the appearance plan. A diagram for explaining the setting of the outer wall color that suits the customer's taste.

Hereinafter, an embodiment embodying the present invention will be described with reference to the drawings. In this embodiment, a housing plan proposal system for creating an appearance plan of a house to be constructed at a predetermined construction site and proposing it to a customer is embodied. FIG. 1 is a diagram showing an electrical configuration of the housing plan proposal system.

As shown in FIG. 1, the home sales company is provided with a home plan proposal device 10. In the present embodiment, it is assumed that the appearance plan of the house is proposed to the customer who visits the house sales company by using the house plan proposal device 10. Further, in the present embodiment, the sales staff of the housing sales company asks the customer for various information about the house to be constructed at the time of the interview with the customer (at the time of dealing with the customer), and the housing plan proposal device is based on the obtained information. It is assumed that a housing plan will be proposed according to 10.

The housing plan proposal device 10 is composed of a personal computer, and includes a control unit 11, an operation unit 12, a display unit 13, and a storage unit 14. The control unit 11 is connected to the operation unit 12, the display unit 13, and the storage unit 14. The control unit 11 performs various processes such as a house plan proposal process for proposing an exterior plan of a house.

The operation unit 12 is for inputting various information necessary for the housing plan proposal processing, and is configured to include a keyboard, a mouse, and the like. When an input operation is performed on the operation unit 12, the input information is input to the control unit 11. In the present embodiment, the sales staff of the home sales company asks the customer for various information about the house to be constructed, and the sales staff inputs the heard information by the operation unit 12.

The display unit 13 is for displaying various information such as an appearance plan of a house created by a house plan proposal process, and is configured to include a display. When various information is input to the display unit 13 from the control unit 11, the input information is displayed on the display unit 13.

The housing plan proposal device 10 is connected to the geographic information server 16 via a network 15 such as the Internet. The geographic information server 16 has a database for storing geographic information of the whole of Japan. In addition to map information, image information such as satellite images and street view images is stored in this database as geographic information. As the geographic information server 16, for example, Google Map (registered trademark), Google Street View (registered trademark), Google Earth (registered trademark), and the like are used. The control unit 11 of the housing plan proposal device 10 accesses the geographic information server 16 through the network 15 as necessary, and acquires image information around the planned construction site of the house from the server 16.

Next, the flow of the housing plan proposal processing executed by the housing plan proposal device 10 will be described with reference to FIG. FIG. 2 is a functional block diagram showing a housing plan proposal process. In the housing plan proposal device 10, each block 21 to 27, 33 to 37 in FIG. 2 is realized by the control unit 11, and the databases 31 and 32 are constructed by the storage unit 14.

In the present embodiment, as described above, the exterior plan of the house X is created and proposed by the house plan proposal processing for the house (hereinafter referred to as the house X) scheduled to be constructed at the planned construction site. There is. Therefore, prior to the explanation of the housing plan proposal process, first, the surrounding environment of the planned construction site of the house X will be briefly explained with reference to FIG. FIG. 3 is a diagram showing the surrounding environment of the planned construction site.

As shown in FIG. 3, a plurality of houses 18 are built around the planned construction site 17 of the house X. These houses 18 are neighboring houses 18 built in the vicinity of the planned construction site 17. Trees are planted around each of these neighboring houses 18 as planting 19. These plantings 19 correspond to the exterior of the neighboring house 18. In addition, it is planned that trees will be planted around the house X to be constructed at the planned construction site 17 as a planting (hereinafter referred to as planting Y).

In the housing plan proposal processing, first, as shown in FIG. 2, the planned construction site acquisition unit 21 acquires the planned construction site information regarding the planned construction site 17. When the planned construction site acquisition unit 21 inputs the address of the planned construction site by the operation unit 12, the planned construction site acquisition unit 21 acquires the address as the planned construction site information.

The surrounding appearance information acquisition unit 22 acquires the surrounding appearance information regarding the appearance around the planned construction site 17 based on the planned construction site information acquired by the planned construction site acquisition unit 21. The surrounding appearance information acquisition unit 22 transmits the planned construction site information (for example, the address of the planned construction site) to the geographic information server 16 and requests the server 16 to transmit the image information around the planned construction site 17. Based on this request, the geographic information server 16 transmits image information around the planned construction site 17 to the control unit 11. When the image information around the planned construction site 17 is received by the control unit 11, the surrounding appearance information acquisition unit 22 acquires the image information as the surrounding appearance information. In this case, the image information around the planned construction site 17 includes the image information of each neighboring house 18 and the image information of the planting 19 of the neighboring houses 18. The images of the neighboring houses 18 and the planting 19 include a street view image (an image seen from a horizontal direction). The surrounding appearance information acquisition unit 22 acquires the image information of the neighboring house 18 as the appearance information of the neighboring house 18, and acquires the image information of the planting 19 as the appearance information of the planting 19. The surrounding appearance information acquisition unit 22 corresponds to the surrounding appearance information acquisition means.

The house appearance standard setting unit 23 sets the appearance standard of the house X in harmony with the neighborhood house 18 as the house appearance standard based on the appearance information of the neighborhood house 18 acquired by the surrounding appearance information acquisition unit 22. In the present embodiment, as the house appearance standard, a house height standard regarding the height (roof height) of the house X and a house color standard regarding the color of the exterior material (outer wall material and roof material) of the house X are set. The house appearance standard setting unit 23 corresponds to the setting means.

When setting the housing height standard, first, the height (height dimension) of each neighboring house 18 is calculated based on the image information of each neighboring house 18. This calculation is performed, for example, by a well-known image analysis or the like. Then, the housing height standard is set based on the calculated height of each neighboring house 18. Specifically, the average value Hv (average roof height) of the heights of each neighboring house 18 is calculated, and the house height standard is set based on the calculated average value Hv. For example, a height range (0.8 Hv to 1.2 Hv) of 0.8 to 1.2 times the calculated average value Hv is set as the house height reference.

Subsequently, when setting the house color standard, first, the color information of the exterior material (outer wall material and roof material) of the neighboring houses 18 is acquired based on the image information of each neighboring house 18. For example, color information is acquired as an RGB value. Then, based on the acquired color information of the exterior material of each neighboring house 18, the house color standard of the house X is set. Specifically, the color standard for the outer wall material of the house X is set based on the color information of the outer wall material of each neighboring house 18. Further, based on the color information of the roofing material of each neighboring house 18, the color standard regarding the roofing material of the house X is set.

For example, a Munsell color solid is used when setting the house color standard. The Munsell color solid is stored in the storage unit 14 in advance. FIG. 4 shows a diagram for explaining the setting of the house color standard using the Munsell color solid. In this case, as shown in FIG. 4, first, the color information of the exterior material of each neighboring house 18 acquired above is mapped to the Munsell color solid V. Then, the minimum sphere range (hatching range in FIG. 4) including each of the mapped color information is calculated, and the color range corresponding to the calculated sphere range is set as the house color reference.

The planting appearance standard setting unit 24 is based on the image information of the planting 19 of each neighboring house 18 acquired by the surrounding appearance information acquisition unit 22, and the planting Y (planting around the house X) is in harmony with the planting 19. The appearance standard of the planting Y) is set as the planting appearance standard. In the present embodiment, as the planting appearance standard, a planting type standard regarding the type of planting Y and a planting height standard regarding the height of the planting Y are set.

When setting the planting type standard, first, the type of the planting 19 (specifically, the tree) is specified based on the image information of the planting 19 of each neighboring house 18. For this identification, for example, a search site that can search for the type of planting is used. In this case, the search site is accessed through the network 15 (Internet), and the type of the plant 19 is searched and specified based on the image of the plant 19 using the search site.

After identifying the types of planting 19 in each neighboring house 18, the types of planting 19 that are often used around the planned construction site 17 are analyzed (specified) based on the specific results. For example, the top five types of planting 19 that are used as planting 19 are specified. In this case, the specified top 5 types are set as the planting type criteria.

Subsequently, when setting the planting height standard, first, the height (height dimension) of the planting 19 is calculated based on the image information of the planting 19 of each neighboring house 18. This calculation is performed, for example, by a well-known image analysis or the like. Then, the planting height standard is set based on the calculated height of each planting 19. Specifically, based on the height of each plant 19, a distribution map showing the relationship between the height of the plant 19 and the number of plants 19 is created. That is, a distribution map showing how many plants 19 are in each height (height range) is created. Then, based on the distribution map, a height range in which the number of plants 19 is relatively large is set as a planting height reference.

The housing plan candidate creation unit 25 creates a candidate for the appearance plan P of the house X to be proposed to the customer. The housing plan candidate creation unit 25 creates a candidate for the appearance plan P by computer graphics (CG). FIG. 5 shows an example of the appearance plan P (candidate). As shown in FIG. 5, the housing plan candidate creation unit 25 creates a candidate for the appearance plan P of the house X as a facade (front appearance). This exterior plan P is an exterior plan with planting including planting Y planted around the house X. Therefore, in the exterior plan P, the exterior of the planting Y is designed in addition to the housing X. Therefore, the exterior plan P includes the housing design D1 which is the exterior design of the house X and the planting design D2 which is the exterior design of the planting Y. In detail, the exterior plan P does not include the design related to the appearance around the planned construction site 17, and therefore, the exterior plan P includes only the housing design D1 and the planting design D2. There is.

The house plan candidate creation unit 25 has a house design creation unit 26 for creating a house design D1 and a planting design creation unit 27 for creating a planting design D2. The housing plan candidate creation unit 25 creates a candidate for the appearance plan P based on the housing design D1 created by the housing design creation unit 26 and the planting design D2 created by the planting design creation unit 27. Specifically, the housing plan candidate creation unit 25 creates a candidate for the appearance plan P by combining the created housing design D1 and the planting design D2.

The house design creation unit 26 creates a house design D1 based on the house appearance standard set by the house appearance standard setting unit 23. Specifically, the house design creation unit 26 creates the house design D1 based on the house height standard and the house color standard set by the house appearance standard setting unit 23. In this case, the house design creation unit 26 creates the house design D1 so as to satisfy the house height standard and the house color standard, respectively.

In addition, the house design creation unit 26 creates the house design D1 based on the exterior materials (outer wall materials and roof materials) handled by the house maker that manufactures the house. Information about the exterior material handled by the house maker is stored in the exterior material database 31 as the exterior material information. The exterior material database 31 stores information on the types (specifications) of exterior materials handled by housing manufacturers as exterior material information. Specifically, the exterior material database 31 stores a plurality of types (a plurality of types having different dimensions and colors) that can be handled for each of the outer wall material and the roof material. The house design creation unit 26 creates the house design D1 based on the exterior material information stored in the exterior material database 31.

In addition, the house design creation unit 26 creates the house design D1 based on the plan adoption / rejection information regarding whether or not the appearance plan proposed in the past has been adopted. The past plan acceptance / rejection information is stored in the plan acceptance / rejection information database 32. The plan acceptance / rejection information database 32 stores plan acceptance / rejection information for a plurality of appearance plans that have been proposed in the past. The house design creation unit 26 creates a house design D1 based on the plan adoption / rejection information stored in the plan acceptance / rejection information database 32. For example, the house design D1 is created based on the appearance plan adopted in the past (specifically, the house design in the plan). The plan acceptance / rejection information database 32 corresponds to the acceptance / rejection information storage means.

The planting design creating unit 27 creates the planting design D2 based on the planting appearance standard set by the planting appearance standard setting unit 24. Specifically, the planting design creating unit 27 creates the planting design D2 based on the planting type standard and the planting height standard set by the planting appearance standard setting unit 24. In this case, the planting design creation unit 27 creates the planting design D2 so as to satisfy the planting type standard and the planting height standard, respectively.

The house appearance preference information acquisition unit 33 acquires the house appearance preference information regarding the customer's preference regarding the appearance of the house. The house appearance preference information acquisition unit 33 acquires the house appearance preference information based on the customer's preference regarding the appearance of the house being input by the operation unit 12. In the present embodiment, the operation unit 12 inputs the appearance style (and the disliked appearance style) of the customer's favorite house, and the input appearance style information is acquired as the house appearance preference information. To. The house appearance preference information acquisition unit 33 corresponds to the house appearance preference information acquisition means.

The exterior material setting unit 34 sets the type (specification) of the exterior material that suits the customer's preference based on the house appearance preference information (appearance style preference information) acquired by the house appearance preference information acquisition unit 33. For example, the exterior material setting unit 34 sets the color of the outer wall material (that is, the outer wall color) that suits the customer's taste. Here, to explain the setting of the outer wall color with reference to FIG. 6, in the example of FIG. 6, the customer's favorite appearance style acquired by the house appearance preference information acquisition unit 33 is regarded as “Japanese modern” and is disliked. The appearance style is said to be "Western style". The storage unit 14 stores the recommended outer wall color (recommended color) and the non-recommended outer wall color (non-recommended color) for each appearance style of the house. When setting the exterior wall color that suits the customer's taste by the exterior material setting unit 34, first, the recommended color and the recommended color corresponding to the customer's favorite appearance style, the disliked appearance style acquired by the house appearance preference information acquisition unit 33, and the disliked appearance style. The non-recommended color is read from the storage unit 14. For example, in the case of "Japanese modern", which is the customer's favorite appearance style, "outer wall color A" and "outer wall color B" are read out as recommended colors corresponding to it, and "outer wall color C" and "outer wall color" are read as non-recommended colors. "D" is read out.

Subsequently, the outer wall color suitable for the customer's preference is set based on the recommended color and the non-recommended color corresponding to the customer's favorite appearance style, the disliked appearance style, and the reading from the storage unit 14. In the example of FIG. 6, five such outer wall colors are set in order of priority. Specifically, the recommended color of "Japanese modern", which is the customer's favorite appearance style, and the non-recommended color of "Western style", which is the customer's disliked appearance style, are set as the outer wall color that suits the customer's taste. are doing. In this case, the former is set high and the latter is set low as the priority.

The method of setting the outer wall color that suits the customer's taste is not necessarily limited to the above method. For example, only the recommended color corresponding to the customer's favorite appearance style should be set as the outer wall color that suits the customer's taste. You may do it.

The planting preference information acquisition unit 35 acquires planting preference information regarding the customer's preference for planting (tree). The planting preference information acquisition unit 35 acquires planting preference information based on the customer's preference for planting being input by the operation unit 12. For example, when a customer's favorite planting type such as "deciduous tree" or "cherry blossom" is input by the operation unit 12, the planting type is acquired as planting preference information. In this case, the type of planting may be input in a format other than "excluding deciduous trees". For example, such an input is effective when the customer has a desire not to clean the fallen leaves.

The housing plan narrowing unit 36 determines the appearance plan P to be proposed to the customer by narrowing down the candidates for the appearance plan P of the house X created by the housing plan candidate creating unit 25. The housing plan narrowing unit 36 narrows down the candidates for the exterior plan P based on the type of exterior material set by the exterior material setting unit 34. In the present embodiment, the candidates for the appearance plan P are narrowed down based on the outer wall color set by the exterior material setting unit 34. Specifically, the candidates for the exterior plan P are narrowed down to the exterior plan P in which the exterior wall color (of the housing design D1) is the exterior wall color set above.

Further, the housing plan narrowing unit 36 narrows down the candidates for the appearance plan P based on the planting preference information acquired by the planting preference information acquisition unit 35. Specifically, the housing plan narrowing unit 36 narrows down the candidates for the exterior plan P to the exterior plan P in which the planting design D2 consists of the plants that the customer likes.

As described above, the candidates for the appearance plan P are narrowed down by the housing plan narrowing unit 36, and the remaining candidates are determined as the appearance plan P to be proposed to the customer. In the present embodiment, a plurality of such appearance plans P are determined, whereby it is possible to propose a plurality of appearance plans P to the customer. However, it is not always necessary to determine a plurality of appearance plans P, and only one may be determined.

The housing plan candidate creation unit 25 and the housing plan narrowing unit 36 constitute a "house plan creation means" for creating an appearance plan P of the house X proposed to the customer.

The housing plan display unit 37 outputs each appearance plan P determined by the narrowing down by the housing plan narrowing unit 36 to the display unit 13, so that the appearance plan P is displayed on the display unit 13. As a result, each appearance plan P is presented (proposed) to the customer.

According to the configuration of the present embodiment described in detail above, the following excellent effects can be obtained.

The surrounding appearance information regarding the appearance around the planned construction site 17 is acquired in advance, and the appearance plan P is created for the house X to be constructed at the planned construction site 17 based on the acquired surrounding appearance information. As a result, it is possible to create an exterior plan P that is in harmony with the appearance of the surroundings of the planned construction site 17, so that it is possible to propose a housing plan that is in harmony with the surrounding environment to the customer.

The house appearance preference information regarding the customer's preference regarding the house appearance is acquired, and the house appearance plan P is created based on the acquired house appearance preference information. In this case, since the appearance plan P can be created according to the customer's preference for the appearance of the house, it is possible to propose a housing plan that suits the customer's preference while maintaining harmony with the surrounding environment.

The appearance information of the neighboring house 18 built in the vicinity of the planned construction site 17 was acquired, and the appearance plan P of the house X was created based on the acquired appearance information of the neighboring house 18. In this case, since the appearance plan P that is in harmony with the appearance of the neighboring house 18 can be created, it is possible to propose a housing plan that is in harmony with the neighboring house 18.

The appearance information of the planting 19 of the neighboring house 18 was acquired, and the appearance plan P of the house X was created based on the acquired appearance information of the planting 19. In this case, since the exterior plan P including the planting Y that is in harmony with the planting 19 of the neighbor house 18 can be created, it is possible to propose a housing plan that is more in harmony with the neighbor house 18.

Based on the appearance information of the neighboring house 18, the appearance standard of the house X that harmonizes with the neighboring house 18 is set, and the appearance plan P of the house X is created based on the house appearance standard. In addition, the appearance standard of the planting Y that harmonizes with the planting 19 is set based on the appearance information of the planting 19 of the neighboring house 18, and the appearance plan of the house X (including the planting Y) based on the planting appearance standard. I tried to create P. As a result, it is possible to specifically create and propose a housing plan that is in harmony with the neighboring houses 18.

Since the appearance information of the neighboring houses 18 and the planting 19 is acquired from the geographic information server 16, it is possible to save the trouble of the sales company of the housing sales company going to the planned construction site 17 and conducting a peripheral survey or the like.

The present invention is not limited to the above embodiment, and may be implemented as follows, for example.

-In the above embodiment, the surrounding appearance information acquisition unit 22 acquires the surrounding appearance information of the planned construction site 17 from the geographic information server 16, but the surrounding appearance information does not necessarily have to be acquired from the geographic information server 16. For example, an image around the planned construction site 17 is taken in advance and stored in the storage unit 14, and the surrounding appearance information acquisition unit 22 reads an image around the planned construction site 17 from the storage unit 14 to acquire the surrounding appearance information. You may do it.

-In the above embodiment, in the housing plan narrowing section 36, a candidate for the appearance plan P of the house X is selected based on the house appearance preference information and the planting preference information (that is, the customer's preference for the house appearance and planting). I narrowed it down, but it is not always necessary to narrow it down. In that case, the housing plan narrowing-down unit 36 (further, each preference information acquisition unit 33, 35) is inadequate. Therefore, the candidate of the appearance plan P created by the housing plan candidate creation unit 25 becomes the appearance plan P proposed to the customer as it is, and the appearance plan P (candidate) is displayed on the display unit 13 in the housing plan display unit 37. Will be. Therefore, in this case, the housing plan candidate creation unit 25 corresponds to the "housing plan creating means" for creating the appearance plan P proposed to the customer.

-The control unit 11 determines which of the plurality of appearance plans P displayed on the display unit 13 by the housing plan display unit 37 has been adopted by the customer, and the customer has adopted the appearance plan P. The determined appearance plan P may be sequentially stored in the storage unit 14 as a customer recruitment plan by the control unit 11. In this case, which of the appearance plans P is adopted is determined based on which appearance plan P is selected by the operation unit 12. Then, the appearance plan P may be created by the housing plan creating means (housing plan candidate creating unit 25 or the like) based on the customer recruitment plan stored in the storage unit 14. In this case as well, it is possible to propose a housing plan that is easily accepted by customers.

Further, when the customer recruitment plan is stored in the storage unit 14 by the control unit 11, the customer recruitment plan is displayed on the display unit 13 (in other words, created by the housing plan creating means), the plurality of appearance plans P, and the house. It may be stored in association with the house appearance preference information acquired by the appearance preference information acquisition unit 33. Then, the control unit 11 may analyze the correlation between the three parties based on the customer recruitment plan, the plurality of appearance plans P, and the house appearance preference information stored in the storage unit 14 (correlation analysis). Equivalent to means). This analysis is performed using, for example, AI (artificial intelligence). In this case, for example, it is possible to analyze what kind of appearance plan the customer adopts according to the customer's preference for the appearance of the house. Then, based on the analysis result, the appearance plan P is created by the housing plan creating means. In this case, it is possible to propose a housing plan that is easily accepted by the customer according to the customer's preference.

-In the above embodiment, as the appearance plan P of the house X, the appearance plan with the planting Y including the planting Y is created, but the appearance plan of only the house X not including the planting Y may be created. Further, an appearance plan including an exterior other than the planting Y may be created. For example, it is conceivable to create an appearance plan including a fence. In this case, it is conceivable to acquire an exterior image of the fence of the neighboring house 18 and create an exterior design of the fence and an exterior plan including the fence based on the exterior image.

-The exterior plan P of the house X does not necessarily have to be created as a facade (front exterior), but may be created according to the appearance seen from an angle.

-In the above embodiment, the created appearance plan P is output to the display unit 13, but the created appearance plan P may be output to the printer in place of or in addition to this. In this case, the appearance plan P can be handed to the customer as a printed matter.

10 ... Housing plan proposal device, 11 ... Control unit, 17 ... Planned construction site, 18 ... Neighboring house, 19 ... Planting as an exterior, 22 ... Surrounding appearance information acquisition unit as a means of acquiring surrounding appearance information, 23 ... Setting Housing appearance standard setting unit as a means, 32 ... Plan adoption / rejection information database as a means of storing acceptance / rejection information, 33 ... Housing appearance preference information acquisition unit as a means of acquiring housing appearance preference information, P ... Exterior plan, X ... Housing, Y ... Planting as an exterior.

Claims (6)

It is a housing plan proposal system for creating and proposing an exterior plan for a house to be built at a predetermined construction site.
Surrounding appearance information acquisition means for acquiring surrounding appearance information regarding the surrounding appearance of the planned construction site, and
Based on the surrounding appearance information acquired by the surrounding appearance information acquisition means, the housing plan creating means for creating the appearance plan of the house and the housing plan creating means.
And also
About the appearance of the house The means of acquiring the information on the appearance of the house and the means of acquiring the information on the appearance of the house regarding the taste of the customer.
Among the plurality of appearance plans for the house created by the housing plan creating means, the customer recruitment plan, which is the appearance plan adopted by the customer, is associated with the plurality of appearance plans and the house appearance preference information. And a memory unit to memorize
A correlation analysis means for analyzing the correlation between the three parties based on the customer recruitment plan, the plurality of appearance plans, and the housing appearance preference information stored in association with the storage unit.
Equipped with
The housing plan creating means is a housing plan proposal system characterized in that an appearance plan of the house is created based on the analysis result of the correlation analysis means . The housing plan proposal system according to claim 1, wherein the housing plan creating means creates the housing plan based on the housing appearance preference information. The surrounding appearance information acquisition means acquires the appearance information of a neighboring house built in the vicinity of the planned construction site as the surrounding appearance information.
The housing plan proposal system according to claim 1 or 2, wherein the housing plan creating means creates an appearance plan of the house based on the appearance information of the neighboring house. The housing plan creating means creates an exterior plan with an exterior including the exterior of the house as an exterior plan of the house.
The surrounding appearance information acquisition means acquires the appearance information of the exterior of the neighboring house as the surrounding appearance information, and obtains the surrounding appearance information.
The housing plan proposal system according to claim 3, wherein the housing plan creating means creates an appearance plan of the house based on the appearance information of the exterior of the neighboring house. A setting means for setting an appearance standard of the house in harmony with the neighborhood house based on the appearance information of the neighborhood house acquired by the surrounding appearance information acquisition means is provided.
The housing plan proposal system according to claim 3 or 4, wherein the housing plan creating means creates an appearance plan of the house based on the set appearance standard. It is equipped with an acceptance / rejection information storage means for storing plan acceptance / rejection information regarding whether or not the appearance plan proposed in the past has been adopted by the customer.
The house according to any one of claims 1 to 5, wherein the housing plan creating means creates an appearance plan of the house based on the plan acceptance / rejection information stored in the acceptance / rejection information storage means. Plan proposal system.

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