KR102315013B1 - Interior design generation system considering safety of the elderly based on artifical intelligence - Google Patents

Abstract

An interior design generation system based on artificial intelligence according to an embodiment of the present invention can comprise: an interior decoration classification part; an information providing part; and an interior decoration arrangement part. The interior decoration classification part can classify and provide interior decoration items and interior decoration colors preferred for each age group. The information providing part can provide movement information for each age group of people moving along a path selected among a plurality of paths included in a design drawing of a building, outside movement information for each age group of people moving outside the building and the environmental information outside the building. The interior decoration arrangement part can provide an interior decoration drawing by arranging interior decoration items and interior colors in a selected interior space connected to the selected path based on the movement information for each age group, the outside movement information for each age group and the environmental information. The interior design generation system based on artificial intelligence according to the present invention provides an interior decoration drawing by arranging interior decoration items and interior colors in the selected interior space connected to the selected path based on the movement information for each age group, the outside movement information for each age group and the environmental information, thereby increasing the interior decoration effect of a building.

Description

INTERIOR DESIGN GENERATION SYSTEM CONSIDERING SAFETY OF THE ELDERLY BASED ON ARTIFICAL INTELLIGENCE

The present invention relates to an artificial intelligence interior design generation system in consideration of the safety of the elderly.

In recent years, as the aging of the world rapidly progresses, the necessity of arranging safety devices in consideration of the safety of the elderly in the interior space is increasing even in the interior of buildings. In this case, in disposing safety devices for the safety of the elderly, various studies are being conducted to achieve harmony without compromising the aesthetics of the entire interior.

(Korea Patent) No. 10-2250507 (Registration date, 2021.05.04)

The technical problem to be achieved by the present invention is to provide interior drawings by arranging interior items and interior colors in a selected interior space connected to a selection passage based on movement information by age group, external movement information by age group, and environment information, thereby providing an interior effect of a building It is to provide an artificial intelligence interior creation system that can increase

In order to solve this problem, the artificial intelligence interior creation system according to an embodiment of the present invention may include an interior classification unit, an information providing unit, and an interior arrangement unit. The interior classification unit may classify and provide preferred interior items and interior colors for each age group. The information providing unit may provide movement information for each age group moving a selected path among a plurality of paths included in the drawing of the building, external movement information for each age group moving outside the building, and environmental information outside the building. The interior arrangement unit may provide an interior drawing by arranging the interior article and the interior color in the selected interior space connected to the selected passage based on the movement information for each age group, the external movement information for each age group, and the environment information.

In an embodiment, the viewing area included in the selected interior space may be divided into a plurality of division areas according to a ratio of movement frequency for each age group based on the movement information for each age group.

In one embodiment, the interior arrangement unit based on the light arrival area corresponding to the area in which sunlight reaches the plurality of division areas according to the sunlight time information included in the environment information, the interior article and the interior color can be arranged to provide the interior drawing.

In an embodiment, the interior arrangement unit may provide the interior drawing based on a light time interval corresponding to a time interval at which the sunlight is irradiated on the light arrival region and the external movement information for each age group.

In one embodiment, the interior arrangement unit provides the interior goods and the interior color corresponding to the ratio of the movement frequency for each age group determined based on the external movement information for each age group in the light arrival area included in the interior drawing. can be placed

In an embodiment, the external movement information for each age group may be movement information of people moving from the outside of the building to a surrounding area of a window included in the selected interior space.

In an embodiment, the viewing area may be determined according to a viewing angle from a first point included in the selection passage to the selection interior space direction.

In an embodiment, the artificial intelligence interior creation system may further include a control unit. When the width of the viewing area is smaller than the predetermined width of the reference area, the controller may move the first point to adjust the width of the viewing area to be greater than the width of the reference area.

In an embodiment, the adjacent area adjacent to the viewing area is divided into a plurality of adjacent division areas according to a ratio of movement frequency for each age group based on the movement information for each age group moving the adjacent area, and the plurality of adjacent division areas The interior article and the interior color for each age group may be arranged in each of the division areas.

In an embodiment, the artificial intelligence interior creation system may further include an interior correction unit. The interior modification unit may modify the interior drawing according to a plurality of modification modes.

In one embodiment, in the first modification mode among the plurality of modification modes, the width and height of the division area are adjusted while maintaining the area of the division area through the developer terminal, and the second modification mode among the plurality of modification modes In the modification mode, the arrangement of the division areas, the interior article, and the interior color may be changed through the client terminal. When the age group corresponding to each of the division areas and the adjacent division areas is 60 years or more, the division area corresponding to the 60 years old or more and the adjacent division area may include a safety facility area in which a customer safety device is disposed. .

In addition to the technical problems of the present invention mentioned above, other features and advantages of the present invention will be described below or will be clearly understood by those skilled in the art from such description and description.

According to the present invention as described above, there are the following effects.

The artificial intelligence interior creation system according to the present invention provides interior drawings by arranging interior items and interior colors in a selected interior space connected to a selection passage based on movement information by age group, external movement information by age group, and environment information. It can enhance the interior effect.

In addition, other features and advantages of the present invention may be newly recognized through embodiments of the present invention.

1 is a diagram illustrating an artificial intelligence interior creation system according to embodiments of the present invention.
FIG. 2 is a view for explaining the operation of the artificial intelligence interior generating system of FIG. 1 .
FIG. 3 is a view for explaining a viewing area applied to the artificial intelligence interior generating system of FIG. 1 .
FIG. 4 is a view for explaining interior items and interior colors used in the artificial intelligence interior creation system of FIG. 1 .
5 is a diagram illustrating movement information for each age group used in the artificial intelligence interior creation system of FIG. 1 .
FIG. 6 is a view for explaining a light time interval applied to an interior arrangement unit included in the artificial intelligence interior creation system of FIG. 1 .
7 is a diagram illustrating external movement information for each age group in a first light time interval among the light time intervals of FIG. 6 .
FIG. 8 is a diagram illustrating external movement information for each age group in a second light time interval among the light time intervals of FIG. 6 .
FIG. 9 is a view for explaining a light arrival area included in the viewing area of FIG. 3 .
10 and 11 are diagrams for explaining an operation of a control unit included in the artificial intelligence interior generating system of FIG. 1 .
12 to 14 are diagrams for explaining an embodiment of the artificial intelligence interior creation system of FIG. 1 .
15 to 17 are diagrams for explaining the operation of the interior correction unit included in the artificial intelligence interior generating system of FIG. 1 .

In the present specification, it should be noted that in adding reference numbers to the components of each drawing, the same numbers are used for the same components even if they are indicated on different drawings as much as possible.

On the other hand, the meaning of the terms described in this specification should be understood as follows.

The singular expression is to be understood as including the plural expression unless the context clearly defines otherwise, and the scope of rights should not be limited by these terms.

It should be understood that terms such as “comprise” or “have” do not preclude the possibility of addition or existence of one or more other features or numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, preferred embodiments of the present invention designed to solve the above problems will be described in detail with reference to the accompanying drawings.

1 is a view showing an artificial intelligence interior generating system according to embodiments of the present invention, FIG. 2 is a view for explaining the operation of the artificial intelligence interior generating system of FIG. 1, and FIG. 3 is the artificial intelligence interior of FIG. 1 It is a view for explaining a viewing area applied to the generation system, FIG. 4 is a view for explaining interior items and interior colors used in the artificial intelligence interior generation system of FIG. 1 , and FIG. 5 is the artificial intelligence interior generation of FIG. 1 It is a diagram showing movement information for each age group used in the system.

1 to 5 , the artificial intelligence interior creation system 10 according to an embodiment of the present invention may include an interior classification unit 100 , an information providing unit 600 , and an interior arrangement unit 200 . The interior classification unit 100 may classify and provide interior items (IP) and interior colors (IC) preferred by age group. For example, an interior item (IP) preferred by people in their twenties may be A, and a preferred interior color (IC) may be blue. An interior item (IP) preferred by the 40s may be B, and a preferred interior color (IC) may be green. In addition, the interior item (IP) preferred by the 60s may be C, and the preferred interior color (IC) may be brown. Preferred interior items (IP) and interior colors (IC) for each age group may be classified by age group in the interior classification unit 100 .

The information providing unit 600 includes movement information (YI) for each age group moving a selected passageway (STL) selected from among a plurality of passageways included in the drawing of the building, external movement information for each age group moving outside the building (YOI), and the building External environmental information (ENI) may be provided. For example, the plurality of passageways may include a first passageway TL1 and a second passageway TL2 . People may enter and exit the first interior space IS1 through the first passage TL1 and may enter and exit the second interior space IS2 through the second passage TL2 .

For example, the selective passage STL may be the first passage TL1 , and the selected interior space SSI may be the first interior space IS1 . Also, based on the movement information YI for each age group using the first passage TL1 , a ratio of the movement frequency for each age group may be determined. In this case, the ratio of the movement frequency of the first passage TL1 in their 20s and 30s may be 5% of the total, respectively, and the ratio of the movement frequency of the first passage TL1 in the 40s and 50s is 10% of the total, respectively. can In addition, the ratio of the movement frequency of the first passageway TL1 in the 60s may be 70% of the total.

In addition, for example, the outside movement information YOI by age group moving outside the building crosses the first window W1 included in the first interior space IS1 corresponding to the selected interior space SSI from the outside of the building. It may be movement information of people who move, and the environmental information (ENI) may include weather, sunlight, and surrounding arrangement information outside the building. The movement information (YI) by age group, external movement information (YOI) by age group, and environment information (ENI) outside the building used in the present invention may be stored in advance in a database.

The interior arrangement unit 200 is an interior article ( IP) and interior color (IC) can be arranged to provide interior drawing (IPD). For example, the interior arrangement unit 200 may select the first passage TL1 from among the first passage TL1 and the second passage TL2 . In this case, the first passage TL1 may be a selective passage STL. The interior space connected to the selective passageway STL may be the first interior space IS1 , and the selected interior space SSI may be the first interior space IS1 . The selected interior space (SSI) may be a space to be interior by using the artificial intelligence interior creation system 10 according to the present invention. In this case, the interior arrangement unit 200 included in the artificial intelligence interior creation system 10 according to the present invention includes movement information YI for each age group moving the first passage TL1, and external movement information YOI for each age group. And based on the environment information ENI, the interior drawing IPD may be provided by arranging the interior item IP and the interior color IC in the first interior space IS1 connected to the first passageway TL1. .

The artificial intelligence interior creation system 10 according to the present invention is a selected interior space (STL) connected to a selected passageway (STL) based on age-specific movement information (YI), age-specific external movement information (YOI), and environment information (ENI) By arranging an interior article (IP) and an interior color (IC) in the SSI) to provide an interior drawing (IPD), the interior effect of a building can be enhanced.

FIG. 6 is a view for explaining the light time interval applied to the interior arrangement unit included in the artificial intelligence interior generating system of FIG. 1 , and FIG. 7 is an external movement by age group in the first light time interval among the light time intervals of FIG. 6 . information, FIG. 8 is a view showing external movement information for each age group in the second light time interval among the light time intervals of FIG. 6, and FIG. 9 is a view for explaining the light arrival area included in the viewing area of FIG. It is a drawing.

1 to 9 , the viewing area ER included in the selected interior space SSI may be divided into a plurality of division areas according to the ratio of the movement frequency for each age group based on the movement information YI for each age group. have.

The viewing area ER may be determined according to a viewing angle in the direction of the selection interior space SSI from the first point P1 included in the selection passageway STL. The first point P1 may be a predetermined reference point on the selective passage STL for determining the viewing area ER. For example, the selective passage STL may be the first passage TL1 , and the first point P1 may be included in the first passage TL1 . Also, a corner point where the first passageway TL1 and the first interior space IS1 corresponding to the selected interior space SSI meet may be a first corner point CP1 and a second corner point CP2 . Here, a point where a straight line connecting the first point P1 and the first corner point CP1 meets one side of the first interior space IS1 and the first point P1 and the second corner point CP2 are connected. An area between a point where a straight line meets one side of the first interior space IS1 may be the viewing area ER. In this case, the area of the viewing area ER may be determined according to a viewing angle from the first point P1 in the direction of the selected interior space SSI.

For example, age groups using the first passage TL1 corresponding to the selective passage STL may be in their 20s, 30s, 40s, 50s, and 60s. The frequency of using the first passage TL1 for each age group may be determined based on the movement information YI for each age group using the first passage TL1 for each age group.

For example, a ratio of the movement frequency of the first passageway TL1 in their 20s and 30s may be 5%, respectively, and a ratio of the movement frequency of the first passageway TL1 in their 40s and 50s may be 10%, respectively. In addition, the ratio of the movement frequency of the first passageway TL1 of the 60s may be 70%. In this case, the plurality of division areas may include a first division area DR1 to a fifth division area DR5 . The first division area DR1 and the second division area DR2 may be an area corresponding to 5% of the viewing area ER, which corresponds to the ratio of the movement frequency of the first passageway TL1 of the 20s and 30s, respectively. and the third division area DR3 and the fourth division area DR4 are an area corresponding to 10% of the viewing area ER, which corresponds to a ratio of the movement frequency of the first passageway TL1 of each of the 40s and 50s. can be Also, the fifth division area DR5 may be an area corresponding to 70% of the movement frequency of the first passageway TL1 of 60 people among the viewing area ER.

In one embodiment, the interior arrangement unit 200 based on the light reaching area corresponding to the area in which the sunlight SL reaches the plurality of division areas according to the sunlight time information included in the environment information ENI. An interior drawing (IPD) may be provided by disposing an interior article (IP) and an interior color (IC). In another embodiment, the interior arrangement unit 200 is an interior drawing (IPD) based on the light time interval corresponding to the time interval at which the sunlight SL is irradiated on the light arrival area and the external movement information (YOI) for each age group. can provide For example, the sunlight SL reaches the division areas through the first window W1 included in the first interior space IS1 throughout the year based on sunlight information among the environmental information ENI stored in the database. time interval can be identified. The plurality of times may include a first time T1 , a second time T2 , and a third time T3 . The light time interval LTI may be a time interval at which the sunlight SL arrives at the division area. The time interval from the first time T1 to the third time T3 may be a light time interval, and the time interval from the first time T1 to the second time T2 is the first light time interval LTI1 ), and the time interval from the second time T2 to the third time T3 may be the second light time interval LTI2.

For example, sunlight SL may not reach the first divided area DR1 to the third divided area DR3 through the first window W1 throughout the year. In addition, sunlight SL may reach the first light reaching area LR1 through the first window W1 during the average first light time interval LTI1 per day in the fourth division area DR4, In the fifth division area DR5 , the sunlight SL may reach the second light reaching area LR2 through the first window W1 during the average daily second light time interval LTI2 .

In this case, information on people moving around the first window W1 from the outside of the building during the first light time interval LTI1 may be grasped through the age-specific external movement information YOI. For example, based on the age-specific external movement information (YOI), the ratio of the frequency of the 20s moving around the first window W1 from the outside of the building during the first light time interval LTI1 is 60% of the total. The ratio of the frequency of the 30s moving around the first window W1 from the outside of the building may be 15% of the total. In addition, the ratio of the frequency of the 40s and 50s moving around the first window W1 from the outside of the building may be 10% of the total, respectively, and the 60s and 60s moving around the first window W1 from the outside of the building The proportion of the moving frequency may be 5% of the total. In this case, the age group having the highest ratio of the frequency of moving the periphery of the first window W1 from the outside of the building during the first light time interval LTI1 may be 20s, and the interior arrangement unit 200 is the first light In the first light arrival region LR1 corresponding to the time interval LTI1 , Article A, which is an interior item IP preferred by people in their twenties, and blue color, which is an interior color IC preferred by people in their twenties, may be arranged.

Also, information about people moving around the first window W1 from the outside of the building during the second light time interval LTI2 may be grasped through the age-specific external movement information YOI. For example, based on the age-specific external movement information (YOI), the ratio of the frequency of the 20s moving around the first window W1 from the outside of the building during the second light time interval LTI2 is 10% of the total. The ratio of the frequency of the 30s moving around the first window W1 from the outside of the building may be 15% of the total. In addition, the ratio of the frequency of the 40s moving around the first window W1 from the outside of the building may be 60% of the total, respectively, the frequency of moving the 50s around the first window (W1) from the outside of the building may be 10% of the total. In addition, the ratio of the frequency of the 60s moving around the first window W1 from the outside of the building may be 5% of the total. In this case, the age group having the highest ratio of the frequency of moving around the first window W1 from the outside of the building during the second light time interval LTI2 may be in the 40s, and the interior arrangement unit 200 is the second light In the second light arrival region LR2 corresponding to the time interval LTI2, article B, which is an interior item IP preferred by 40s, and green, which is an interior color IC preferred by 40s, may be arranged.

In this case, for example, in each of the first division area DR1 , the second division area DR2 , and the third division area DR3 , an interior article (IP) and an interior color preferred by 20s, 30s and 40s (IC) may be respectively disposed, and in the fourth division area DR4, an interior item IP and an interior color IC preferred by 50 people may be disposed in the remaining areas except for the first light reaching area LR1. have. In the same manner, the interior article IP and the interior color IC preferred by the 60s may be disposed in the area other than the second light arrival area LR2 in the fifth division area DR5 .

In an embodiment, the interior arrangement unit 200 is an interior article corresponding to the light arrival area included in the interior drawing (IPD) according to the ratio of the movement frequency for each age group determined based on the external movement information (YOI) for each age group. (IP) and interior color (IC) can be placed. In another embodiment, the outside movement information YOI for each age group may be movement information of people moving from the outside of a building to an area around a window included in the selected interior space SSI.

The artificial intelligence interior creation system 10 according to the present invention is a selected interior space (STL) connected to a selected passageway (STL) based on age-specific movement information (YI), age-specific external movement information (YOI), and environment information (ENI) By arranging an interior article (IP) and an interior color (IC) in the SSI) to provide an interior drawing (IPD), the interior effect of a building can be enhanced.

10 and 11 are diagrams for explaining an operation of a control unit included in the artificial intelligence interior generating system of FIG. 1 .

1 to 11 , in an embodiment, the viewing area ER may be determined according to a viewing angle from the first point P1 included in the selection passage STL in the direction of the selection interior space SSI. . For example, the first point P1 may be a predetermined reference point on the selection passage STL for determining the viewing area ER. For example, the selective passage STL may be the first passage TL1 , and the first point P1 may be included in the first passage TL1 . Also, a corner point where the first passageway TL1 and the first interior space IS1 corresponding to the selected interior space SSI meet may be a first corner point CP1 and a second corner point CP2 . Here, a point where a straight line connecting the first point P1 and the first corner point CP1 meets one side of the first interior space IS1 and the first point P1 and the second corner point CP2 are connected. An area between a point where a straight line meets one side of the first interior space IS1 may be the viewing area ER. In this case, the area of the viewing area ER may be determined according to a viewing angle from the first point P1 in the direction of the selected interior space SSI.

In an embodiment, the artificial intelligence interior creation system 10 may further include a control unit 400 . When the width of the viewing area ER is smaller than the predetermined width of the reference area, the controller 400 may move the first point to adjust the width of the viewing area to be greater than the width RW of the reference area. For example, when the width of the viewing area ER is smaller than the predetermined width RW of the reference area, the first point P1 may be moved to the second point P2 . When the first point P1 is moved to the second point P2 , the viewing angle may be widened, and thus the width of the viewing area ER may be widened. The viewing angle is a straight line connecting the first corner point CP1 with respect to the first point P1 or the second point P2 and the second corner point ( It may be an angle between straight lines connecting CP2).

12 to 14 are diagrams for explaining an embodiment of the artificial intelligence interior creation system of FIG. 1 .

1 to 14 , in one embodiment, the adjacent area adjacent to the viewing area may be divided into a plurality of adjacent division areas according to the ratio of movement frequency for each age group based on movement information for each age group moving the adjacent area. can For example, the adjacent area disposed in the first direction D1 with respect to the viewing area ER may be the first adjacent area NDR1, and may be located in the second direction D2 with respect to the viewing area ER. The disposed adjacent area may be the second adjacent area NDR2 . Also, each of the first adjacent area NDR1 and the second adjacent area NDR2 may be divided into a plurality of adjacent division areas.

For example, age groups passing through the first adjacent region NDR1 may be in their 50s and 60s. The frequency of passing through the first adjacent area NDR1 for each age group may be determined based on the movement information YI for each age group passing through the first adjacent area NDR1 for each age group. In this case, the ratio of the frequency of movement of the first adjacent area NDR1 in the 50s may be 20%, and the ratio of the frequency of movement of the first adjacent area NDR1 in the 60s may be 80%, respectively.

Also, an interior article IP and an interior color IC corresponding to each age group may be disposed in each of the plurality of adjacent division areas. For example, the plurality of adjacent division areas may include a first adjacent division area NDR1 and a second adjacent division area NDR2 . The first adjacent division area NDR1 may be an area corresponding to 20% corresponding to a rate of movement frequency of 50 first adjacent areas NDR1 among the adjacent areas NR, and the second adjacent division area NDR2 is It may be an area corresponding to 80% of a rate of movement frequency of the first adjacent area NDR1 in the 60s among the adjacent areas. In this case, in the second adjacent division area NDR2, item C, which is an interior item (IP) preferred by people in their 60s, and brown color, which is an interior color (IC) preferred by people in their 60s, may be used.

15 to 17 are diagrams for explaining the operation of the interior correction unit included in the artificial intelligence interior generating system of FIG. 1 .

1 to 17 , the artificial intelligence interior creation system 10 according to an embodiment of the present invention may include an interior classification unit 100 , an interior arrangement unit 200 , and an interior correction unit 300 . The interior correction unit 300 may include a first terminal 310 and a second terminal 320 . The first terminal 310 may be a developer terminal, and the second terminal 320 may be a user (client) terminal. The user may be a client who requested to use the artificial intelligence interior creation system 10 according to the present invention.

In an embodiment, in the first modification mode M1 among the plurality of modification modes, the width and height of the viewing area ER may be adjusted through the developer terminal while maintaining the area of the viewing area ER. For example, the developer of the artificial intelligence interior creation system 10 may use the first modification mode M1 among the plurality of modification modes. The developer reduces the height of the first division area DR1 and the second division area DR2 shown in FIG. 9 in the first modification mode M1 and increases the width of the first division area DR1 shown in FIG. 16 . and a second division area DR2. In this case, the area of the first division area DR1 of FIG. 9 may be the same as the area of the first division area DR1 of FIG. 16 , and the area of the second division area DR2 of FIG. It may be the same as the area of the second division area DR2 .

In an embodiment, in the second modification mode M2 among the plurality of modification modes, the arrangement of the division areas, the interior article IP, and the interior color IC may be changed through the client terminal. For example, the client of the artificial intelligence interior creation system 10 may use the second modification mode M2 among the plurality of modification modes. The user changes the arrangement of the first division area DR1 and the second division area DR2 shown in FIG. 16 in the second modification mode M2 to change the arrangement of the first division area DR1 and the second division area DR1 shown in FIG. 17 . It can also be configured as a division area DR2. When the arrangement of the division area is changed, the interior article IP and the interior color IC of the division area may be changed.

In one embodiment, when the age group corresponding to each of the division areas and the adjacent division areas is 60 years or more, the division area corresponding to the 60s or more and the adjacent division area may include a safety facility area in which a customer safety device is disposed. have. For example, an interior item IP and an interior color IC preferred by people in their 60s may be disposed in the fifth division area DR5 . If you are over the age of 60, a safety accident may occur while walking. In this way, in order to prevent an accident while walking by the elderly and weak, a safety equipment area SR may be separately provided in the fifth division area DR5. Safety bars, wheelchairs, rescue bells, etc. may be disposed in the safety equipment area.

The artificial intelligence interior creation system 10 according to the present invention is a selected interior space (STL) connected to a selected passageway (STL) based on age-specific movement information (YI), age-specific external movement information (YOI), and environment information (ENI) By arranging an interior article (IP) and an interior color (IC) in the SSI) to provide an interior drawing (IPD), the interior effect of a building can be enhanced.

In addition to the technical problems of the present invention mentioned above, other features and advantages of the present invention will be described below or will be clearly understood by those skilled in the art from such description and description.

10: artificial intelligence interior creation system 100: interior classification unit
200: interior arrangement unit 300: interior correction unit
400: control unit 600: information providing unit

Claims (11)

an interior classification unit that classifies and provides preferred interior items and interior colors by age;
an information providing unit for providing movement information for each age group moving a selected path among a plurality of paths included in the drawing of the building, external movement information for each age group moving outside the building, and environmental information outside the building;
An interior arrangement unit configured to provide an interior drawing by arranging the interior article and the interior color in a selected interior space connected to the selected passage based on the movement information by age group, the external movement information by age group, and the environment information,
The selected interior space is determined differently according to the selected passage selected by the interior arrangement unit,
dividing the area of the viewing area corresponding to a part of the selected interior space into a plurality of division areas in proportion to the rate of movement frequency for each age group based on the movement information for each age group;
The viewing area is determined according to a viewing angle from a first point included in the selected passage to the selected interior space direction,
A point where the selected passageway and the selected interior space meet is a first corner point and a second corner point, and the viewing angle is a straight line connecting the first point and the first corner point and the first point and the second corner point It is determined by the angle between the connecting straight lines,
The interior arrangement unit,
A light reaching area corresponding to an area to which sunlight reaches is set according to the sunlight time information included in the environment information, and the light reaching area included in each of the plurality of division areas is located outside the window of the selected interior space. The artificial intelligence interior creation system, characterized in that the interior article and the interior color are arranged differently from the division areas according to a ratio of the movement frequency for each age group determined based on the moving external movement information for each age group. delete delete According to claim 1,
The interior arrangement unit,
The artificial intelligence interior creation system, characterized in that the interior drawing is provided based on the light time interval corresponding to the time interval at which the sunlight is irradiated on the light arrival area and the external movement information for each age group. delete 5. The method of claim 4,
The external movement information for each age group is movement information of people moving from the outside of the building to the area around the window included in the selected interior space. delete 7. The method of claim 6,
The artificial intelligence interior creation system,
When the width of the viewing area is smaller than the predetermined width of the reference area, the AI characterized in that it further comprises a control unit for moving the first point to adjust the width of the viewing area to be greater than the width of the reference area. interior creation system. 9. The method of claim 8,
An adjacent area adjacent to the viewing area,
It is divided into a plurality of adjacent division areas according to the ratio of the movement frequency for each age group based on the movement information for each age group moving the neighboring area,
The artificial intelligence interior creation system, characterized in that the interior article and the interior color for each corresponding age group are arranged in each of the plurality of adjacent division areas. 10. The method of claim 9,
The artificial intelligence interior creation system,
Artificial intelligence interior creation system, characterized in that it further comprises an interior correction unit for correcting the interior drawing according to a plurality of modification modes. 11. The method of claim 10,
In the first modification mode among the plurality of modification modes, the width and height of the division area are adjusted while maintaining the area of the division area through the developer terminal,
In a second modification mode among the plurality of modification modes, the arrangement of the division areas, the interior article, and the interior color are changed through a client terminal,
When the age group corresponding to each of the division areas and the adjacent division areas is 60 years or older, the division area corresponding to the 60 years old or more and the adjacent division area include a safety facility area in which a customer safety device is disposed Artificial intelligence interior creation system.

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