JP7129591B2 - SPATIAL PLAN PROPOSAL SYSTEM, SPATIAL PLAN PROPOSAL METHOD, PROGRAM FOR EXECUTION OF SPATIAL PLAN PROPOSAL METHOD, AND DISPLAY TERMINAL USED FOR SPATIAL PLAN PROPOSAL SYSTEM - Google Patents

Description

The present invention relates to a spatial plan proposal system, a spatial plan proposal method, a program for executing the spatial plan proposal method, and a display terminal used in the spatial plan proposal system.

Conventionally, in order to build an interior that meets the needs of users (customers), professional advisors have proposed interiors for living spaces. Also, an interior coordination support device and the like described in Patent Document 1 are known to support interior proposals.

In the interior coordination support device described in Patent Document 1, the user's request is extracted by having the user select a category that matches the user's preference from among about six categories of interior preferences.

JP 2001-142924 A

However, even if the interior coordination support device described in Patent Literature 1 is used, if the classification of the support device is not suitable, it is not possible to propose an appropriate space plan. In addition, in the support device, images of a plurality of representative spaces corresponding to the classification are displayed, but when the user's ideal spatial image is ambiguous or there is no displayed image close to the ideal spatial image. In some cases, it is difficult to select one image.

In addition, the user's ideal spatial image is often ambiguous, and even if the user has a clear spatial image, it is difficult to express it appropriately in words. different. Therefore, whether or not the space desired by the user can be proposed based on the verbal explanation is greatly influenced by the ability of the professional advisor.

The present invention has been made in view of such problems. The purpose is to provide a space plan proposal system, a space plan proposal method, and a program for executing the same that can appropriately propose a space plan that matches the user's preference from the expression of an ideal space in words. . Another object of the present invention is to provide a display terminal used in the space plan proposal system.

In order to solve the above problems, a spatial plan proposal system according to the present invention includes an input unit for inputting a spatial image by means of linguistic information, and an input unit for extracting sensibility words related to the linguistic information input to the input unit. a word extraction unit; a space plan extraction unit for extracting a space plan image based on the sensitivity words extracted by the sensitivity word extraction unit; and physical information corresponding to the spatial plan image extracted by the space plan extraction unit. a physical information extraction unit for extracting; and an output unit for outputting the spatial plan image extracted by the spatial plan extraction unit and the physical information extracted by the physical information extraction unit.

Further, a spatial plan proposal method according to the present invention includes an input step of inputting a spatial image by means of linguistic information; A spatial plan extraction step of extracting a spatial plan image based on the sensitivity words extracted in the sensitivity word extraction step, and a physical information extraction step of extracting physical information corresponding to the spatial plan extracted in the spatial plan extraction step. and an output step of outputting the spatial plan image extracted in the spatial plan extracting step and the physical information extracted in the physical information extracting step.

Further, the program according to the present invention comprises an input step of inputting a spatial image into a computer by means of linguistic information, a feeling word extraction step of extracting a feeling word related to the linguistic information input in the input step, A spatial plan extraction step of extracting a spatial plan image based on the sensitivity words extracted in the sensitivity word extraction step, and a physical information extraction step of extracting physical information corresponding to the spatial plan extracted in the spatial plan extraction step. and an output step of outputting the spatial plan image extracted in the spatial plan extracting step and the physical information extracted in the physical information extracting step.

Further, the display terminal according to the present invention includes an input unit for inputting a spatial image by linguistic information, a sensibility word extraction unit for extracting a sensibility word related to the linguistic information input to the input unit, and the sensibility word. a spatial plan extracting unit for extracting a spatial plan image based on the sensitivity words extracted by the extracting unit; a physical information extracting unit for extracting physical information corresponding to the spatial plan image extracted by the spatial plan extracting unit; The above output from the output unit of the spatial plan proposal system comprising an output unit that outputs the spatial plan image extracted by the spatial plan extraction unit and the physical information extracted by the physical information extraction unit Displaying the spatial plan image or/and said output physical information.

According to the space plan proposal system according to the present invention, it is possible to propose a space plan that suits the user's preference based on the user's verbal expression.

Similarly, by using the space plan proposal method, the execution program thereof, or the display terminal used in the space plan proposal system according to the present invention, it is possible to propose a space plan that suits the user's taste based on the user's verbal expression. .

Block diagram showing a spatial plan proposal system according to Embodiment 1 A diagram showing an example of the output display of the output unit Diagram showing an example of the process of extracting sensitivity words from input information Diagram showing an example of a synonym database Diagram showing an example of a physical information database A diagram showing an example of the Kansei structure for spatial plan image extraction Flowchart showing the operation of the spatial plan proposal system according to Embodiment 1 Block diagram showing a spatial plan proposal system according to Embodiment 2 Flowchart showing the operation of the spatial plan proposal system according to the second embodiment

Hereinafter, the spatial plan proposal system, the spatial plan proposal method, the execution program thereof, and the display terminal used in the spatial plan proposal system according to the embodiments of the present invention will be described in detail with reference to the drawings. It should be noted that the embodiments described below are all specific examples of the present invention, and numerical values, components, order of steps, etc. are only examples, and are intended to limit the present invention. is not.

Each figure is a schematic diagram and is not necessarily strictly illustrated. Moreover, in each figure, substantially the same configurations are denoted by the same reference numerals, and overlapping descriptions are omitted or simplified.

(Embodiment 1)
Embodiment 1 of the spatial plan proposal system according to the present invention will be described below with reference to FIGS.

Here, FIG. 1 is a block diagram showing the spatial plan proposal system according to the first embodiment. FIG. 2 is a diagram showing an example of output display of the output unit. FIG. 3 is a diagram showing an example of the process of extracting sensitivity words from input information. FIG. 4 is a diagram showing an example of a synonym database. FIG. 5 is a diagram showing an example of a physical information database. FIG. 6 is a diagram showing an example of a sensory structure for extracting a space plan image. FIG. 7 is a flow chart showing the operation of the spatial plan proposal system according to the first embodiment.

[Constitution]
The space plan proposal system 1 is a system that proposes a space plan that matches the preferences of a user (customer) 51 based on language information input by the user (customer) 51 regarding an ideal space. A spatial plan proposal system 1 includes a terminal 2 and a server device 3 . The terminal 2 is, for example, a mobile terminal such as a smart phone, a mobile phone, or a tablet, or a personal computer (PC). Also, the server device 3 is, for example, a computer device or the like.

Here, the spaces that can be proposed by the space plan proposal system 1 include, for example, all rooms and buildings such as bathrooms, living rooms, kitchens, and bedrooms, and it is possible to propose space plans that suit the user's taste for these spaces. .

The terminal 2 is a terminal operated by a user (customer) 51 or a user (designer) 52 . The terminal 2 includes an input section 21 and an output section 22 . The input unit 21 accepts a verbal input of the ideal space of the user (customer) 51 . In addition, the output unit 22 outputs the spatial plan image 7 and the physical information extracted by the spatial plan proposal system 1, as shown in FIG.

The server device 3 processes the linguistic information input to the input unit 21 and extracts a space plan that matches the preferences of the user (customer) 51 . The server device 3 includes a sensitivity word extraction unit 31 , a spatial plan extraction unit 32 , a physical information extraction unit 33 and a storage unit 4 .

Based on the linguistic information input to the input unit 21, the sensitivity word extraction unit 31 refers to a similar word database 41, which will be described later, and extracts sensitivity words. The spatial plan extractor 32 extracts the spatial plan image 7 by referring to the spatial plan database 42 using the sensitivity words extracted by the sensitivity word extraction section 31 . The physical information extraction unit 33 also refers to the physical information database 43 and extracts physical information corresponding to the spatial plan image 7 extracted by the spatial plan extraction unit 32 .

Here, the sensibility word is a word recorded in advance in the similar word database 41 and used for extracting a spatial plan in the spatial plan extraction unit 32. is a word such as The words used as sensitivity words can be appropriately set by the user of the spatial plan proposal system 1 or the like.

The spatial plan image 7 is an image that is recorded in advance in the spatial plan database 42 and used for proposing a spatial plan, and is output to the output unit 22 like the image 1 or image 2 shown in FIG. The space plan image 7 is, for example, an image such as a photograph or a CG image of the living room in which the floor, ceiling, walls, furniture, lighting, etc. are displayed when proposing a space plan for the living room.

The physical information is information for designing the space indicated by the space plan image 7. For example, if the space plan image 7 is an image related to the above living room, the floor and ceiling displayed in the space plan image 7 are displayed. and the illuminance of lighting. Specifically, the color of the floor, the color of the ceiling, the color of the walls, the color of the lighting, the illuminance of the lighting, the floor members, etc., but the contents of the physical information can be appropriately set according to the space for proposal or design. .

The storage unit 4 includes a synonym database 41 , a spatial plan database 42 and a physical information database 43 . The similar word database 41 records a plurality of sensitivity words and a plurality of similar words corresponding to the respective sensitivity words. A plurality of space plan images 7 are recorded in the space plan database 42 in a manner corresponding to the sensitivity words recorded in the sensitivity word extraction section 31 . Also, physical information corresponding to each of the spatial plan images 7 recorded in the spatial plan database 42 is recorded in the physical information database 43 .

Although not shown, each of the terminal 2 and the server device 3 has a communication unit that communicates with each other. In Embodiment 1, the communication unit communicates wirelessly. The communication method is not limited to wireless, and a wired communication method may be adopted.

Each component of the spatial plan proposal system 1 will be described in detail below.

[Input part]
A user (customer) 51 or a user (designer) 52 inputs linguistic information about an ideal space of a user (customer) 51 expressed by the user (customer) 51 to the input unit 21 .

Here, the linguistic information input to the input unit 21 may be linguistic information in which words are listed, or linguistic information in documents. be able to. In the case of linguistic information in which words are listed, the step of segmenting the linguistic information by the sensitivity word extraction unit 31, which will be described later, can be omitted.

The linguistic information received by the input unit 21 may be limited to linguistic information listing words, or may be limited to linguistic information in sentences. and written linguistic information can be entered.

The input unit 21 may be, for example, a touch panel display, or physical buttons such as a keyboard. Also, by using a microphone as the input unit 21, it is possible to configure such that language information is input by voice.

[Output section]
The output section 22 outputs the spatial plan image 7 extracted by the spatial plan extraction section 32 . The output unit 22 outputs the physical information extracted by the physical information extraction unit 33 as the physical information corresponding to the spatial plan image 7 to be output together with the spatial plan image 7 . The output unit 22 can use, for example, a display device such as a liquid crystal device or an organic EL (Electro Luminescence) display device.

The output unit 22 also functions as the physical information extraction unit 33, so that the physical information output by the output unit 22 is extracted by the output unit 22 itself referring to the physical information database 43. may be adopted.

The output unit 22 outputs the spatial plan and the physical information according to the output display as shown in FIG. FIG. 2 is an example of an output display when the spatial plan extractor 32 extracts two spatial plan images 7. FIG. Note that the number of spatial plan images 7 output to the output unit 22 is not limited to two, and all the spatial plan images 7 extracted by the spatial plan extraction unit 32 are output.

In Embodiment 1, the output unit 22 has a function of selecting the output spatial plan image 7, and only the physical information about the image selected by the output unit 22 is displayed. In the output display example shown in FIG. 2, the image 1 selected in the output unit 22 is displayed larger than the image 2 that is not selected. With this configuration, only the physical information of the space plan image 7 that matches the preference of the user (customer) 51 is output, so that the output display of the output unit 22 is clear and easy to see.

In addition, in the output display, the display method of the image selected by the output unit 22 is not limited to the display method in which the image is displayed larger than other images. It is sufficient that the image selected in the output section 22 is emphasized more than the other images. For example, only the image selected in the output section 22 may be surrounded by a red frame, or the images that are not selected may be displayed in a lighter color.

Also, the physical information output to the output unit 22 may not be limited to the physical information corresponding to the image selected by the output unit 22 . For example, it is possible to configure such that all the physical information of the spatial plan image 7 extracted by the spatial plan extraction unit 32 is displayed at the same time.

As a method of selecting an image in the output unit 22, a keyboard, a mouse, or the like can be used for selection. If the output unit 22 is a touch panel display, it may be configured such that an image is selected by tapping the space plan image 7 on the output display.

Here, the output unit 22 may be configured to simultaneously output the product numbers and product information of the floor materials, wall materials, etc. used in the space plan image 7 to be output. With such a configuration, it is possible to propose not only the space plan but also the products to be used for the space plan, so that the proposal can be made more efficiently.

In addition, it is configured to have two output units 22, an output unit 22a for the user (customer) 51 and an output unit 22b for the user (designer) 52, and the space plan image 7 may be output to the output unit 22b for the user (designer) 52 as physical information.

Also, these two output units 22a and 22b may be configured to be installed in different terminals. If these two output units 22a and 22b are installed in different terminals 2, the user (customer) 51 and the user (designer) 52 can utilize the space plan proposal system 1 even when they are in separate locations. can be done. In this case, it is preferable that each terminal is equipped with communication means such as e-mail, chat, telephone, etc., for mutual exchange.

[Sensitivity word extraction part]
The sensitivity word extraction unit 31 extracts sensitivity words from the linguistic information input to the input unit 21 . As described above, the input unit 21 receives linguistic information in either the form of linguistic information listing words or linguistic information in the form of documents.

In the following, the process of extracting sensibility words from the linguistic information input to the input unit 21 will be described with reference to FIGS. 3 and 4. FIG.

In FIG. 3, input example 1 is an example of linguistic information input in the form of listing words. Further, input examples 2 and 3 are examples of linguistic information input as sentences. Here, A, B, and C in FIG. 3 indicate different sensitivity words. Further, B' indicates a similar word to the feeling word B, and C″ indicates a similar word to the feeling word C.

Here, a similar word is a word that is recorded in the similar word database 41 in association with one feeling word, and is a word that has a similar meaning to the associated feeling word. The sensibility words and similar words recorded in the similar word database 41 are nouns, adjectives, adjective verbs, verbs, and the like.

An example of sensibility words and similar words is shown in FIG. For example, the sensibility word "fun" is associated with similar words such as "enjoyment" and "lively", and the sensibility word "bright" is associated with "dazzling" and "brightness". etc. are associated and stored in the similar word database 41 .

When the input linguistic information is in a format in which words are listed as in Input Example 1 of FIG. Determine whether it is registered as If A is registered as a sensitivity word, A is extracted as it is as a sensitivity word.

On the other hand, if the input word is a word such as B' or C'' which is not a sensibility word, the sensibility word extraction unit 31 refers to the similar word database 41 to determine whether it is registered as a similar word. If the word is registered as a synonym such as B' or C'', the corresponding registered sensitivity word is extracted. If neither a feeling word nor a similar word is registered, no feeling word is extracted from the input word. In the case of input example 1, three words A, B, and C are extracted as sensitivity words.

When linguistic information is input in the form of sentences as in input example 2 or 3 in FIG. Next, it is divided into unnecessary parts of speech such as particles and auxiliary verbs, and necessary parts of speech such as adjectives and adverbs. By the above work, in input examples 2 and 3, words A, B', and C'' classified as necessary parts of speech are derived.

Then, the sensitivity word extraction unit 31 refers to the similar word database 41 to determine whether or not these derived words are registered as sensitivity words. When a sensitivity word is input as it is like A, A is extracted as it is as a sensitivity word.

On the other hand, if the derived word is a language such as B' or C'' that is not a sensibility word, the sensibility word extraction unit 31 refers to the similar word database 41 and determines whether or not it is registered as a similar word. If a similar word such as B' or C'' is registered, the corresponding registered sensitivity word is extracted. If neither a sentiment word nor a similar word is registered, no sentiment word is extracted from the derived word. By this operation, in the case of input examples 2 and 3, three words A, B, and C are extracted as sensitivity words.

In Embodiment 1, if there are conjugations such as Japanese adjectives and adjective verbs, they are extracted in their original form when separating by part of speech. Here, when separating by part-of-speech unit, if a configuration is adopted in which conjugations are extracted as they are input, it is preferable that all conjugations are registered in the synonym database 41 as synonyms. . This is because it is possible to prevent a situation in which an appropriate sensibility word cannot be extracted due to a different conjugation of the same word as that registered as a sensibility word or a similar word.

In addition, in extracting the sensibility word, the conjugation form of the word extracted from the input linguistic information is converted into the conjugation form of the sensibility word or similar word registered in the similar word database 41, and then the similar word database 41 is referred to. It is also possible to adopt a configuration in which sensitivity words are extracted by Even if this configuration is adopted, it is possible to prevent a situation in which an appropriate sensibility word cannot be extracted due to different conjugations of the same word as those registered as sensibility words or similar words. be.

Also, in this case, it is preferable to unify only one conjugation form (for example, a final form) to be registered in the similar word database 41 . There is no need to convert input linguistic information into various conjugations, and sensitivity words can be extracted more smoothly.

Furthermore, in this case, in consideration of the nature of sensibility words that are likely to be input together with nouns, if the adnominal form is registered in the similar word database 41, the sensibility word can be input without conversion to the registered conjugation form. Since the number of cases that can be extracted increases, the sensitivity words can be extracted more smoothly.

[Spatial plan extraction part]
The spatial plan extractor 32 extracts the spatial plan image 7 by referring to the spatial plan database using the sensitivity words extracted by the sensitivity word extraction section 31 . In the first embodiment, the spatial plan extractor 32 uses a sensibility structure as shown in FIG. 6 to extract the spatial plan image 7 from the sensibility words extracted by the sensibility word extractor 31 .

The perceptual structure is derived by covariance structure analysis. Even if the covariance structure analysis is not used, a similar analysis can be performed by combining two analysis methods of multiple regression analysis and quantification type 1. However, in Embodiment 1, the covariance structure employs analytics.

Each sensitivity word in the sensitivity structure shown in FIG. 6 is a word registered as a sensitivity word in the similar word database 41 except for the sensitivity word A. Also, the sensitivity word A indicates a value judgment, and is, for example, a word such as "ideal" or "favourite".

A method for creating the kansei structure will be briefly described below. First, a questionnaire is conducted on a plurality of spatial plan images 7 to a plurality of (for example, 20, 50, etc.) questionnaire examinees. A plurality of spatial plan images 7 presented in this questionnaire are spatial plan images 7 registered in the spatial plan database 42 .

As for the questionnaire items, by looking at each space plan image 7, the degree of value judgment of a predetermined sensitivity word felt by the questionnaire examinee is asked, for example, on a scale of 10. Sensitivity words to be asked in questionnaire items are those registered in the similar word database 41 .

For example, if the sensibility word in the questionnaire item is "bright" and the degree of evaluation felt for the sensibility word "bright" by looking at the space plan image 7 is 6, the questionnaire examinee will respond to the questionnaire item by 6. and answer.

Note that the number of people surveyed and the degree of value judgment are not limited to those described above. For example, a questionnaire may be given to 100 people and their value judgments may be evaluated on a 5-point scale.

Next, for each sensitivity word, an estimated path is drawn between the sensitivity words that are considered to have an influence, and the degree of influence in each path is calculated using the above questionnaire results. Then, the suitability of the path is verified using a predetermined index. The predetermined index includes, for example, GFI (Goodness of Fit Index), AGFI (Adjusted GFI), CFI (Comparative Fit Index), RMSEA (Root mean Qque Error Apporoximation), and the like.

If these indexes satisfy predetermined reference values, the path has a high matching degree and can be evaluated as a significant path. As for the predetermined reference values, for each of GFI, AGFI, and CFI, a numerical value of 0.9 or more can be evaluated as a high degree of conformity. As for RMSEA, if the value is less than 0.1, it can be evaluated that the degree of conformity is high.

If an insignificant path is included as a result of the fitness verification, the estimated paths are redrawn, the influence is calculated, and the fitness is verified. This operation is repeated until only significant paths exist. A structure having only significant paths thus obtained is adopted as a perceptual structure.

The perceptual structure obtained by the above procedure differs in its path and the degree of influence of the path depending on the spatial plan image 7 used for analysis. Using this sensibility structure, the spatial plan extractor 32 extracts the spatial plan image 7 . The process of extracting the spatial plan image 7 will be described below.

The perceptual structure obtained by the above procedure is registered in the spatial plan database 42 while being associated with the spatial plan image 7 used for the analysis. Among the paths of the kansei structure, we selected multiple paths that had a particularly large degree of influence, and analyzed the whole consisting of the selected multiple paths and the multiple kansei words directly connected to the paths to derive the kansei structure. It is adopted as the sensory structure path of the spatial plan image 7 . The covariance analysis structure and the spatial plan image 7 are associated with each other by this perceptual structure path and registered in the spatial plan database 42 .

Incidentally, as a method of selecting paths having a particularly large degree of influence, for example, a predetermined number (for example, 3 or 5) of paths may be selected in descending order of degree of influence. Alternatively, all paths whose influence degree is greater than or equal to a predetermined value may be selected.

The spatial plan extractor 32 searches for the sensory structure path having all the sensory words extracted by the sensory word extractor 31 by referring to the spatial plan database 42, and extracts the spatial plan image 7 corresponding to the sensory structure. do.

For example, when the sensitivity word extraction unit 31 extracts the sensitivity words A, B1, C1, C2, and D1, and the spatial plan database 42 registers the sensitivity structure paths indicated by the thick lines in FIG. , the spatial plan extracting unit 32 extracts the spatial plan image 7 corresponding to this perceptual structure path.

When there are a plurality of sensory structure paths having all of the sensory words extracted by the sensory word extractor 31, the spatial plan extractor 32 extracts all the spatial plan images 7 corresponding to all sensory structure paths.

It should be noted that the spatial plan image 7 extracted by the spatial plan extractor 32 does not have to correspond to the sensory structure path having all of the sensory words extracted by the sensory word extractor 31 . For example, the spatial plan image 7 corresponding to the sensory structure path having a predetermined ratio (e.g., 80%, 90%, etc.) of the sensory words extracted by the sensory word extractor 31 is extracted by the spatial plan extractor 31. may be extracted. Further, the spatial plan extraction unit 32 may extract the spatial plan images 7 corresponding to the top five sensibility structure paths in order of having the most sensibility words extracted by the sensibility word extraction unit 31 .

[Physical information extraction part]
The physical information extraction unit 33 extracts physical information corresponding to the spatial plan image 7 extracted by the spatial plan extraction unit 32 by referring to the physical information database 43 . The physical information is, for example, wall color, floor color, lighting color temperature, etc. The physical information is associated with each space plan image 7 as shown in FIG. 43 registered.

The physical information extracted by the physical information extraction unit 33 is output from the output unit 22 to the user (customer) 51 and the user (designer) 52, and is used for spatial design that matches the preferences of the user (customer) 51. used. The physical information is not displayed on the terminal 2, but is sent to the user (designer) 52 by e-mail, etc. A configuration may be adopted in which the information is output only to the user (designer) 52 .

[Synonym database]
In the similar word database 41, as shown in FIG. 4, a plurality of feeling words and a plurality of similar words associated with the feeling words are registered. A similar word is a word having a meaning close to the feeling word associated and registered. Also, the sensibility word is the same as the sensibility word used in the sensibility structure.

The sensitivity word extraction unit 31 refers to the similar word database 41 and uses words derived from the linguistic information input to the input unit 21 to extract sensitivity words used to extract the space plan image 7 .

[Spatial plan database]
In the spatial plan database 42, a sensory structure and a spatial plan image 7 corresponding to the sensory structure are registered. Among the paths of the Kansei structure, select multiple paths that have a particularly large degree of influence, and use the Kansei structure path, which is a whole consisting of the selected multiple paths and the multiple Kansei words directly connected to the selected paths, to create a Kansei structure and a spatial plan. image 7 is associated.

The spatial plan extractor 32 refers to the spatial plan database 42 to search for a sensory structure path that includes all the sensory words extracted by the sensory word extractor 31, and extracts the spatial plan image 7 corresponding to the sensory structure path. do.

[Physical information database]
Physical information is registered in the physical information database 43 in association with each spatial plan image 7, as shown in FIG. The physical information registered in the physical information database 43 includes wall color, floor color, color temperature of lighting, and the like, but the physical information registered in the physical information database 43 is not limited to these. For example, physical information such as the arrangement of furniture and the position and size of windows may be added. The physical information registered in the physical information database 43 can be appropriately set according to the proposed room, building, or other space.

The physical information extraction unit 33 refers to the physical information database 43 and extracts physical information corresponding to the spatial plan image 7 extracted by the spatial plan extraction unit 32 . The physical information extracted by the physical information extraction unit 33 is output to the user (customer) 51 and the user (designer) 52 by the output unit 22 .

[motion]
The operation of the spatial plan proposal system 1 will be described below with reference to the flowchart of FIG.

First, linguistic information about the ideal space of the user (customer) 51 is input to the input unit 21 (step S10). The input unit 21 can input linguistic information in either the form of linguistic information listing words or linguistic information in the form of documents.

Subsequently, the sensitivity word extraction unit 31 refers to the similar word database 41 and extracts sensitivity words from the language information input in step S10 (step S20). The sensitivity word extraction unit 31 separates the linguistic information input to the input unit into parts of speech, and extracts sensitivity words by referring to the similar word database 41 using only necessary parts of speech such as adjectives.

Next, the spatial plan extractor 32 refers to the spatial plan database 42 and extracts the spatial plan image 7 based on the sensitivity words extracted in step S20 (step S30). The spatial plan extractor 32 searches the spatial plan database 42 for a sensory structure path containing all the sensory words extracted by the sensory word extractor 31, and extracts the spatial plan image 7 corresponding to the sensory structure path. .

Next, the physical information extraction unit 33 refers to the physical information database 43 and extracts physical information corresponding to the spatial plan image 7 extracted in step S30 (step S40). Then, the spatial plan image 7 extracted in step S30 and the physical information extracted in step S40 are output from the output unit 22 to the user (customer) 51 and the user (designer) 52 (step S50 ).

According to the space plan proposal system 1 that operates as described above, it is possible to appropriately propose a space plan that suits the user's taste based on the user's verbal expression.

(Embodiment 2)
Embodiment 2 of the present invention will be described below with reference to FIGS. 8 and 9. FIG. FIG. 8 is a block diagram showing a spatial plan proposal system according to Embodiment 2. As shown in FIG. Also, FIG. 9 is a flow chart showing the operation of the spatial plan proposal system according to the second embodiment.

Embodiment 2 differs from Embodiment 1 in that it has an illumination information extraction unit 34 . In the following description, descriptions of overlapping parts with the description in the first embodiment are omitted or simplified. Also, the same reference numerals are assigned to the same configurations as in the first embodiment.

[Constitution]
The spatial plan proposal system 1 according to Embodiment 2, as in Embodiment 1, proposes a spatial plan that matches the preferences of the user (customer) 51 based on the language information input by the user (customer) 51 regarding the ideal space. This is the proposed system. A spatial plan proposal system 1 includes a terminal 2 and a server device 3 . The terminal 2 is, for example, a mobile terminal such as a smart phone, a mobile phone, or a tablet, or a personal computer (PC). Also, the server device 3 is, for example, a computer device or the like.

The terminal 2 is a terminal operated by a user (customer) 51 or a user (designer) 52 . The terminal 2 includes an input section 21 and an output section 22 . The input section 21 and the output section 22 have almost the same configuration as in the first embodiment.

The server device 3 processes the linguistic information input to the input unit 21 and extracts a space plan that matches the preferences of the user (customer) 51 . The server device 3 includes a sensitivity word extraction unit 31 , a space plan extraction unit 32 , a physical information extraction unit 33 , a lighting information extraction unit 34 and a storage unit 4 . The sensitivity word extraction unit 31, the spatial plan extraction unit 32, and the physical information extraction unit 33 are configured in the same manner as in the first embodiment.

The lighting information extraction unit 34 extracts lighting control information for controlling the lighting device 6 from the physical information extracted by the physical information extraction unit 33 . The lighting control information extracted by the lighting information extracting section 34 is output to the lighting control section 61 of the lighting device 6 and the output section 22 . When the lighting control information is output to the lighting control section 61, the lighting control section 61 controls the lighting device 6 based on the lighting control information.

The lighting device 6 is lighting used in the proposed space. Examples of the type of lighting device 6 include LEDs (Light Emitting Diodes), fluorescent lamps, and incandescent lamps. In Embodiment 2, the lighting control information is control information of lighting devices 6 already installed in the proposed space. However, the lighting control information is not limited to this, and may be information including, for example, the type of lighting to be used as the lighting device 6 and information for controlling the lighting device 6 of that type.

The storage unit 4 includes a synonym database 41 , a spatial plan database 42 and a physical information database 43 . The similar word database 41, the spatial plan database 42, and the physical information database 43 have the same configurations as those of the first embodiment.

[Lighting information extraction part]
The lighting information extraction unit 34 extracts lighting control information for controlling the lighting device 6 from the physical information extracted by the physical information extraction unit 33 . The lighting control information extracted by the lighting information extraction unit 34 is output to the lighting control unit 61 of the lighting device 6 and the output unit 22 and used to control the lighting device 6 . When the lighting control information is output to the lighting control section 61, the lighting control section 61 controls the lighting device 6 based on the lighting control information.

The lighting control information extracted by the lighting information extraction unit 34 is recorded in advance in the physical information database 43 as physical information. However, the lighting control information may be calculated by the lighting information extractor 34 from the physical information extracted by the physical information extractor 33 .

By outputting the lighting control information from the output unit 22, the user (designer) 52 can smoothly and appropriately propose a space plan that matches the preferences of the user (customer) 51 without the need for the user (designer) 52 to design the lighting of the space. can.

In addition, by outputting the lighting control information to the lighting control unit 61, the user (customer) 51 can smoothly and appropriately control the lighting of the space without the need for the user (designer) 52 to design or adjust the lighting of the space. We can propose a space plan that suits your taste.

[motion]
The operation of the spatial plan proposal system 1 according to Embodiment 2 will be described below using the flowchart of FIG.

First, linguistic information about the ideal space of the user (customer) 51 is input to the input unit 21 (step S10). The input unit 21 can input linguistic information in either the form of linguistic information listing words or linguistic information in the form of documents.

Subsequently, the sensitivity word extraction unit 31 refers to the similar word database 41 and extracts sensitivity words from the language information input in step S10 (step S20). The sensitivity word extraction unit 31 separates the linguistic information input to the input unit into parts of speech, and extracts sensitivity words by referring to the similar word database 41 using only necessary parts of speech such as adjectives.

Next, the spatial plan extractor 32 refers to the spatial plan database 42 and extracts the spatial plan image 7 based on the sensitivity words extracted in step S20 (step S30). The spatial plan extractor 32 searches the spatial plan database 42 for a sensory structure path containing all the sensory words extracted by the sensory word extractor 31, and extracts the spatial plan image 7 corresponding to the sensory structure path. .

Next, the physical information extraction unit 33 refers to the physical information database 43 and extracts physical information corresponding to the spatial plan image 7 extracted in step S30 (step S40). Then, the lighting information extraction unit 34 extracts lighting control information corresponding to the physical information extracted in step S40 (step S45).

The spatial plan image 7 extracted in step S30, the physical information extracted in step S40, and the lighting control information extracted in step S45 are output from the output unit 22 to the user (customer) 51 and the user (designer) 52. (step S50). Also, the lighting control information extracted in step S45 is output to the lighting control section 61 (step S60).

According to the space plan proposal system 1 that operates as described above, it is possible to appropriately propose a space plan that suits the user's taste based on the user's verbal expression. Furthermore, it is possible to smoothly and appropriately propose a space plan and provide a lighting control method that matches the preferences of the user (customer) 51 without adjusting the lighting of the space.

(Embodiment 3)
The present invention is also useful as a spatial plan proposal method. A spatial plan proposal method according to the third embodiment will be described below. In the following description, descriptions of overlapping parts with the descriptions in the first and second embodiments are omitted or simplified. Also, the same reference numerals are assigned to the same configurations as in the first and second embodiments.

The space plan proposal method according to the third embodiment is a method of proposing a space plan that matches the preferences of user (customer) 51 based on language information input by user (customer) 51 regarding an ideal space. The space plan proposal method includes an input step, a sensitivity word extraction step, a space plan extraction step, a physical information extraction step, and an output step.

In the input step, the ideal space of the user (customer) 51 is input with linguistic information. In the input step, it is possible to input the linguistic information in either form of linguistic information listing words or linguistic information in the form of documents.

Subsequently, in the sensitivity word extraction step, the similar word database 41 is referred to, and sensitivity words are extracted from the linguistic information input in the input step. In the sensitivity word extraction step, the linguistic information input in the input step is separated into parts of speech, and only necessary parts of speech such as adjectives are used to refer to the similar word database 41 to extract sensitivity words.

Next, in the spatial plan extraction step, the spatial plan database 42 is referred to, and the spatial plan image 7 is extracted based on the sensitivity words extracted in the sensitivity word extraction step. In the spatial plan extraction step, the spatial plan database 42 is searched for a sensory structure path including all the sensory words extracted by the sensory word extraction step, and the spatial plan image 7 corresponding to the sensory structure path is extracted.

Next, in the physical information extraction step, physical information corresponding to the spatial plan image 7 extracted in the spatial plan extraction step is extracted by referring to the physical information database 43 . Then, in the output step, the spatial plan image 7 extracted in the spatial plan extraction step,
The physical information extracted in the physical information extraction step is output from the output unit 22 to the user (customer) 51 and the user (designer) 52 .

According to the space plan proposal method, it is possible to appropriately propose a space plan that suits the user's taste based on the user's verbal expression.

In the spatial plan proposal method, the spatial plan image 7 extracted in the spatial plan extraction step is presented to the user (customer) 51 and the user (designer) 52, and the spatial plan image 7 that matches the preference of the user (customer) 51 is displayed. may include a presenting step for selection. In this case, in the physical information extraction step, only physical information corresponding to the spatial plan image 7 selected in the presentation step is extracted.

Furthermore, the spatial plan proposal method may include a lighting information extraction step of extracting lighting control information corresponding to the physical information extracted in the physical information extraction step.

(Embodiment 4)
The present invention is also useful as a program for executing the spatial plan proposal method. A program for executing the spatial plan proposal method according to the fourth embodiment will be described below. In the following description, descriptions of overlapping portions with the descriptions in the first to third embodiments are omitted or simplified. Also, the same reference numerals are given to the same configurations as in the first to third embodiments.

A program for executing the space plan proposal method according to the fourth embodiment is used to propose a space plan that matches the preferences of the user (customer) 51 based on the language information input by the user (customer) 51 regarding the ideal space. It is a program that can be A program used for proposing a spatial plan causes a computer to execute a spatial plan proposing method including an input step, a sensitivity word extraction step, a spatial plan extraction step, a physical information extraction step, and an output step.

The input step, sensitivity word extraction step, space plan extraction step, physical information extraction step, and output step are the same as those described in the third embodiment.

By using a program for executing the space plan proposal method, it is possible to appropriately propose a space plan that matches the user's taste based on the user's verbal expression.

In the spatial plan proposal method executed by the program, the spatial plan image 7 extracted in the spatial plan extraction step is presented to a user (customer) 51 and a user (designer) 52, and a spatial plan that suits the preferences of the user (customer) 51 is presented. A presentation step may be included, allowing the image 7 to be selected. In this case, in the physical information extraction step, only physical information corresponding to the spatial plan image 7 selected in the presentation step is extracted.

Further, the spatial plan proposal method executed by the program may include a lighting information extraction step of extracting lighting control information corresponding to the physical information extracted in the physical information extraction step.

(Embodiment 5)
The present invention is also useful as a display terminal. A display terminal according to Embodiment 5 will be described below. In the following description, descriptions of overlapping portions with the descriptions in the first to fourth embodiments are omitted or simplified. Also, the same reference numerals are assigned to the same configurations as in the first to fourth embodiments.

The display terminal according to Embodiment 5 displays the space plan image 7 and the physical space plan image 7 output in the space plan proposal system that matches the preferences of the user (customer) 51 based on the language information input by the user (customer) 51 regarding the ideal space. A display terminal used to display information. The display terminal according to the fifth embodiment can be used as the terminal 2 in the spatial plan proposal system 1 according to the first and second embodiments.

A display terminal according to Embodiment 5 has an input unit 21 and an output unit 22 of the spatial plan proposal system 1 . Then, the linguistic information input to the input unit 21 and the spatial plan image 7 and physical information output from the output unit 22 are displayed.

By using the display terminal according to Embodiment 5, it is possible to appropriately propose a space plan that suits the user's preference based on the user's verbal expression.

Also, the display terminal may display lighting control information corresponding to the physical information extracted by the physical information extraction unit 33 .

(Effects of Spatial Plan Proposal System, Spatial Plan Proposal Method, Program for Executing Spatial Plan Proposal Method, Display Terminal, etc.)
Here, the main points of the spatial plan proposal system 1, the spatial plan proposal method, the program for executing the spatial plan proposal method, and the display terminal will be explained again.

The spatial plan proposal system 1 includes an input unit 21 , an output unit 22 , a sensitivity word extraction unit 31 , a spatial plan extraction unit 32 and a physical information extraction unit 33 . A spatial image is input to the input unit 21 as linguistic information. The sensitivity word extraction unit 31 extracts sensitivity words related to the linguistic information input to the input unit 21 . The spatial plan extractor 32 extracts the spatial plan image 7 based on the sensitivity words extracted by the sensitivity word extraction section 31 . The physical information extractor 33 extracts physical information corresponding to the spatial plan image 7 extracted by the spatial plan extractor 32 . Then, the output section 22 outputs the spatial plan image 7 extracted by the spatial plan extraction section 32 and the physical information extracted by the physical information extraction section 33 .

By using the space plan proposal system having the above configuration, it is possible to appropriately propose a space plan that matches the user's taste based on the user's verbal expression.

Moreover, the output unit 22 preferably outputs physical information corresponding to the spatial plan image 7 selected by the output unit 22 from among the spatial plan images 7 extracted by the spatial plan extraction unit 32 .

With the above configuration, it is possible to output only the physical information of the space plan image 7 that matches the preference of the user (customer) 51, and the output display of the output unit 22 is clear and easy to see.

Moreover, it is preferable that the output unit 22 further output lighting control information based on the output physical information.

With the above configuration, the user (designer) 52 can smoothly and appropriately propose a space plan that matches the preferences of the user (customer) 51 without the trouble of designing the lighting of the space.

Moreover, it is preferable to have a synonym database 41 , a spatial plan database 42 and a physical information database 43 . Moreover, it is preferable that the sensitivity word extraction unit 31 extracts sensitivity words by using the linguistic information input to the input unit 21 and referring to the similar word database 41 . The spatial plan extractor 32 preferably extracts the spatial plan image 7 by referring to the spatial plan database 42 . The physical information extraction unit 33 preferably refers to the physical information database 43 and outputs the physical information. In the synonym database 41, sensitivity words are recorded in association with synonym expressions. In addition, a plurality of sensitivity words and a plurality of spatial plan images 7 are associated and recorded in the spatial plan database 42 . Physical information corresponding to the spatial plan image 7 is stored in the physical information database 43 .

In addition, the space plan extraction unit 32 extracts one or more sensory structure paths having the sensory word extracted from the sensory word extraction unit 31 based on the sensory structure, and extracts a spatial plan corresponding to the sensory structure path extracted. It is preferable to extract the plan image 7 .

The spatial plan proposal method includes an input step, a sensitivity word extraction step, a spatial plan extraction step, a physical information extraction step, and an output step. In the input step, a spatial image is input using linguistic information. In the sensitivity word extraction step, sensitivity words related to the linguistic information input in the input step are extracted. In the spatial plan extraction step, a spatial plan image 7 is extracted based on the sensitivity words extracted in the sensitivity word extraction step. The physical information extraction step extracts physical information corresponding to the spatial plan extracted in the spatial plan extraction step. In the output step, the spatial plan image 7 extracted in the spatial plan extraction step and the physical information extracted in the physical information extraction step are output.

By using the space plan proposal method having the above configuration, it is possible to appropriately propose a space plan that matches the user's taste based on the user's verbal expression.

A program for executing the spatial plan proposal method causes a computer to execute the spatial plan proposal method including an input step, a sensitivity word extraction step, a spatial plan extraction step, a physical information extraction step, and an output step. In the input step, a spatial image is input using linguistic information. In the sensitivity word extraction step, sensitivity words related to the linguistic information input in the input step are extracted. In the spatial plan extraction step, a spatial plan image 7 is extracted based on the sensitivity words extracted in the sensitivity word extraction step. The physical information extraction step extracts physical information corresponding to the spatial plan extracted in the spatial plan extraction step. In the output step, the spatial plan image 7 extracted in the spatial plan extraction step and the physical information extracted in the physical information extraction step are output.

By using the program for executing the space plan proposal method having the above configuration, it is possible to appropriately propose a space plan that matches the user's taste based on the user's verbal expression.

The display terminal is output from the output unit 22 of the space plan proposal system 1 including the input unit 21, the output unit 22, the sensitivity word extraction unit 31, the space plan extraction unit 32, and the physical information extraction unit 33. Display the spatial plan image 7 or/and the physical information. A spatial image is input to the input unit 21 as linguistic information. The sensitivity word extraction unit 31 extracts sensitivity words related to the linguistic information input to the input unit 21 . The spatial plan extractor 32 extracts the spatial plan image 7 based on the sensitivity words extracted by the sensitivity word extraction section 31 . The physical information extractor 33 extracts physical information corresponding to the spatial plan image 7 extracted by the spatial plan extractor 32 . Then, the output section 22 outputs the spatial plan image 7 extracted by the spatial plan extraction section 32 and the physical information extracted by the physical information extraction section 33 .

By using the display terminal having the above configuration, it is possible to appropriately propose a space plan that matches the user's preference based on the user's verbal expression.

(Other embodiments)
The spatial plan proposal system 1, the spatial plan proposal method, the program for executing the spatial plan proposal method, and the display terminal according to the present invention have been described above using the first to fifth embodiments. However, the embodiments of the spatial plan proposal system 1, the spatial plan proposal method, the program for executing the spatial plan proposal method, and the display terminal are not limited to the first to fifth embodiments.

For example, the output unit 22 is assumed to display on a screen such as a display, but the output method of the output unit 22 is not limited to screen display. The output unit 22 may output the spatial plan image 7 using a VR (Virtual Reality) image or the like in a manner that the user (customer) 51 or the user (designer) 52 can recognize it three-dimensionally. When the VR video is used, the user (customer) 51 and the user (designer) 52 can more intuitively understand the proposed space, so that it is possible to create a space more suited to the preferences of the user (customer) 51. Can make suggestions.

In addition, the user (customer) 51 installs software on a personal terminal such as a smartphone or tablet, and uses the space plan proposal system 1 as a service that automatically proposes a space plan based on the language information entered into the personal terminal. You can also In this case, there is no need for a specific user (designer) 52 to exist, but the information output by the space plan proposal system 1 may be sent to one or a plurality of designers, builders, etc. by means of e-mail or the like. preferable.

It should be noted that the above-described Embodiments 1 to 5 are merely examples of the embodiments of the present invention, and the numerical values, shapes, etc. are only examples of preferable ones, and the present invention is limited only to these embodiments. not a thing It is possible to make appropriate changes to the configuration without departing from the scope of the technical idea of the present invention.

1 Spatial Plan Proposal System 2 Terminal 21 Input Unit 22 Output Unit 3 Server Device 31 Sensitivity Word Extractor 32 Spatial Plan Extractor 33 Physical Information Extractor 34 Illumination Information Extractor 4 Storage Unit 41 Synonym Database 42 Spatial Plan Database 43 Physical Information Database 51 User (Customer)
52 users (designers)
6 lighting device 61 lighting control unit 7 space plan image

Claims (7)

an input unit to which a spatial image is input by linguistic information;
a feeling word extraction unit for extracting a feeling word related to the linguistic information input to the input unit;
a space plan extraction unit for extracting a space plan image based on the sensitivity word extracted by the sensitivity word extraction unit;
a physical information extracting unit for extracting physical information including at least information about floor materials or wall materials used in the spatial plan image extracted by the spatial plan extracting unit;
an output unit that outputs the spatial plan image extracted by the spatial plan extraction unit and the physical information extracted by the physical information extraction unit;
a similar word database in which the sensitivity words are recorded in association with synonymous expressions of the sensitivity words;
converting the conjugation of the word extracted from the language information into the conjugation of the sensibility word or synonym expression recorded in the similar word database;
The spatial plan extraction unit uses the sensitivity words extracted from the sensitivity word extraction unit, and based on a sensitivity structure in which a sensitivity structure path is drawn between sensitivity words, one or more plans having the sensitivity words. Extract the kansei structure path,
extracting the spatial plan image corresponding to the extracted sensory structure path;
Spatial plan proposal system. The output unit outputs physical information including at least information about floor materials or wall materials used in the spatial plan image selected by the output unit from among the spatial plan images extracted by the spatial plan extraction unit. Item 1. The spatial plan proposal system according to item 1. 3. The spatial plan proposal system according to claim 1, wherein said output unit further outputs lighting control information based on said output physical information. a spatial plan database in which a plurality of said sensitivity words and a plurality of said spatial plan images are associated and recorded;
a physical information database in which physical information corresponding to the spatial plan image is stored;
The sensitivity word extraction unit extracts the sensitivity word by referring to the similar word database using the linguistic information input to the input unit,
The spatial plan extraction unit extracts the spatial plan image by referring to the spatial plan database,
4. The spatial plan proposal system according to any one of claims 1 to 3, wherein said physical information extraction unit refers to said physical information database and outputs said physical information. an input step in which a spatial image is input by linguistic information;
a sensitivity word extraction step of extracting a sensitivity word related to the linguistic information input in the input step;
a spatial plan extraction step of extracting a spatial plan image based on the sensitivity words extracted in the sensitivity word extraction step;
a physical information extraction step of extracting physical information including at least information of floor materials or wall materials used in the space plan image extracted in the space plan extraction step; and the space extracted in the space plan extraction step. an output step of outputting a plan image and the physical information extracted in the physical information extraction step;
a synonym database in which the sensitivity words are recorded in association with synonymous expressions of the sensitivity words;
a conversion step of converting the conjugation of the word extracted from the language information into the conjugation of the sensibility word or synonym expression recorded in the similar word database;
The spatial plan extraction step uses the sensitivity words extracted in the sensitivity word extraction step, and based on the sensitivity structure in which a sensitivity structure path is drawn between the sensitivity words, one or more space plans having the sensitivity words. Extract the kansei structure path,
extracting the spatial plan image corresponding to the extracted sensory structure path;
Spatial plan proposal method. to the computer,
an input step in which a spatial image is input by linguistic information;
a sensitivity word extraction step of extracting a sensitivity word related to the linguistic information input in the input step;
a spatial plan extraction step of extracting a spatial plan image based on the sensitivity words extracted in the sensitivity word extraction step;
a physical information extraction step of extracting physical information including at least information of floor materials or wall materials used in the space plan image extracted in the space plan extraction step; and the space extracted in the space plan extraction step. an output step of outputting a plan image and the physical information extracted in the physical information extraction step;
a synonym database in which the sensitivity words are recorded in association with synonymous expressions of the sensitivity words;
a conversion step of converting the conjugation of the word extracted from the linguistic information into the conjugation of the sensibility word or synonym expression recorded in the similar word database;
The spatial plan extraction step uses the sensitivity words extracted in the sensitivity word extraction step, and based on the sensitivity structure in which a sensitivity structure path is drawn between the sensitivity words, one or more plans having the sensitivity words. Extract the kansei structure path,
extracting the spatial plan image corresponding to the extracted sensory structure path;
A program for executing the spatial plan proposal method. an input unit to which a spatial image is input by linguistic information;
a feeling word extraction unit for extracting a feeling word related to the linguistic information input to the input unit;
a space plan extraction unit for extracting a space plan image based on the sensitivity word extracted by the sensitivity word extraction unit;
a physical information extracting unit for extracting physical information including at least information about floor materials or wall materials used in the spatial plan image extracted by the spatial plan extracting unit;
an output unit that outputs the spatial plan image extracted by the spatial plan extraction unit and the physical information extracted by the physical information extraction unit;
The spatial plan image outputted from the output unit of the spatial plan proposal system and/or the outputted said spatial plan proposal system comprising: a similar word database in which said sensitive words are recorded in association with synonym expressions of said sensitive words display physical information,
converting the conjugation of the word extracted from the language information into the conjugation of the sensibility word or synonym expression recorded in the similar word database;
The spatial plan extraction unit uses the sensitivity words extracted from the sensitivity word extraction unit, and based on a sensitivity structure in which a sensitivity structure path is drawn between sensitivity words, one or more plans having the sensitivity words. Extract the kansei structure path,
A display terminal for extracting the spatial plan image corresponding to the extracted sensory structure path.

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