JP7617749B2 - Furniture Design System - Google Patents

Description

The present invention relates to a furniture design system that designs furniture with multiple storage compartments for storing multiple items.

Conventionally, systems have been proposed that assist in layout design when installing furniture in a room (see, for example, Patent Document 1). In conventional systems, layout design takes into account the necessary space to prevent movable parts of furniture (drawers) from hitting the wall or wall switches from being hidden by furniture.

JP 2004-126820 A

However, conventional layout design systems only assume that ready-made furniture will be placed in a room. Conventional systems do not take into consideration designing furniture according to the room layout or the size of luggage.

The present invention was made in consideration of the above problems, and aims to provide a furniture design system that can design furniture according to the layout of a room and the size of luggage.

The furniture design system of the present invention is a furniture design system that designs furniture with multiple storage sections for storing multiple pieces of luggage, and the furniture design system includes an input section for inputting data on the multiple pieces of luggage to be stored in the furniture and floor plan data of the room in which the furniture will be installed, and a design section that designs the design of the furniture based on the data on the luggage and the floor plan data of the room so that the multiple pieces of luggage can be stored in the multiple storage sections, the data on the luggage includes data on the size of the luggage, and the floor plan data of the room includes data on the position and size of an opening in the room, and the design section includes a plan view design section that designs a plan view design of the furniture so that the furniture does not interfere with the opening in the room, the depth of the storage section is small in a position close to the opening in the room, and the front edge of the furniture is curved in a plan view.

With this configuration, the furniture can be appropriately designed so that multiple pieces of luggage can be stored in multiple storage compartments based on the input luggage data and room layout data. In this case, the luggage data includes data on the size of the luggage, and the room layout data includes data on the position and size of the room's openings (e.g., doors, windows, etc.). The planar design of the furniture is then appropriately designed to avoid the furniture interfering with the room openings, reduce the depth of the storage compartments close to the room openings, and ensure that the front edge of the furniture is curved in plan view.

In this way, the furniture is designed to avoid interfering with the opening of the room and to reduce the depth of the storage area close to the opening, providing a functional design (plan view design) that does not impede entry and exit from the door or daylight from the window. In this case, the furniture design (plan view design) is designed with curved surfaces, giving the user a novel yet natural impression.

In addition, in the furniture design system of the present invention, the layout data of the room may include data on the position of the lighting in the room, and the design unit may include a side view design unit that designs the side view design of the furniture so as to avoid interference between the furniture and the lighting in the room, reduce the depth of the storage section in a position close to the ceiling of the room, and make the front edge of the furniture curved in side view.

According to this configuration, the layout data for the room includes data on the position of the room's lighting. The side view design of the furniture is then appropriately designed to avoid the furniture interfering with the room's lighting, to reduce the depth of the storage section close to the ceiling of the room, and to ensure that the front edge of the furniture is curved in side view.

In this way, the furniture is designed to avoid interfering with the lighting in the room and to reduce the depth of the storage area close to the ceiling of the room, providing a functional design (side view design) in which the light from the lighting is not obstructed by the furniture. In this case, the furniture design (side view design) is designed with curved surfaces, giving the user a novel yet natural impression.

In addition, in the furniture design system of the present invention, the floor plan data of the room may include data on the positions and sizes of structures in the room, and the design unit may include a front view design unit that designs a front view design of the furniture so as to avoid interference between the furniture and the structures in the room.

According to this configuration, the room layout data includes data on the positions and sizes of the room's structures (e.g., beams, switches, etc.). The front view design of the furniture is then appropriately designed to avoid the furniture interfering with the room's structures. This makes it possible to provide a functional design (front view design) that avoids beams, switches, etc.

In addition, in the furniture design system of the present invention, the luggage data may include data on the weight of the luggage, and the design unit may design the furniture so that a storage section for storing heavy luggage is located close to the floor of the room.

According to this configuration, the luggage data includes data on the weight of the luggage. The furniture is then appropriately designed so that the storage section for storing heavy luggage is located close to the floor of the room. This makes it easy to store even heavy luggage, and provides a functional design that reduces the load on the furniture when it is stored.

In addition, in the furniture design system of the present invention, the luggage data may include data on the number of luggage pieces, and the design unit may determine the number of storage sections according to the number of luggage pieces.

According to this configuration, the luggage data includes data on the number of pieces of luggage. The number of storage sections is then appropriately determined according to the number of pieces of luggage. This provides an appropriate furniture design according to the number of pieces of luggage so that multiple pieces of luggage can be stored in multiple storage sections.

In addition, in the furniture design system of the present invention, the data on the size of the luggage includes data on the height, width, and depth of the luggage, and the design unit may determine the height, width, and depth of each storage section according to the height, width, and depth of each luggage.

According to this configuration, the data on the size of the luggage includes data on the height, width, and depth of the luggage. The height, width, and depth of each storage section are then appropriately determined according to the height, width, and depth of each piece of luggage. This provides an appropriate furniture design according to the size of each piece of luggage so that multiple pieces of luggage can be stored in multiple storage sections.

In addition, in the furniture design system of the present invention, assembler information indicating the number of people who will assemble the furniture is input to the input unit, and the design unit may set an upper limit on the length of the parts that make up the furniture based on the assembler information.

This configuration allows the maximum length of the furniture components to be appropriately set, taking into account the number of people who will be assembling the furniture.

In addition, in the furniture design system of the present invention, gender information indicating the gender of the worker who will assemble the furniture is input to the input unit, and the design unit may set an upper limit on the weight of the parts that make up the furniture based on the gender information.

This configuration allows the upper limit of the weight of the furniture components to be appropriately set, taking into account the gender of the worker who will be assembling the furniture.

In addition, in the furniture design system of the present invention, width information of narrow areas on the path of movement when the furniture is transported is input to the input unit, and the design unit may set an upper limit on the width of the parts that make up the furniture based on the width information.

This configuration allows the upper limit of the width of the parts that make up the furniture to be appropriately set, taking into account the width of narrow areas along the path of movement when the furniture is transported.

In addition, in the furniture design system of the present invention, knot number information indicating the number of knots in the board material from which the furniture is made may be input to the input unit, and the design unit may determine the materials of the parts that make up the furniture based on the knot number information.

With this configuration, the materials that make up the furniture can be appropriately determined by taking into account the number of knots in the board material that will be used to make the furniture.

In addition, in the furniture design system of the present invention, grain information indicating the grain direction of the board material that will be used to make the furniture is input to the input unit, and the design unit may determine the materials for the parts that will make up the furniture based on the grain information.

This configuration allows the materials used to make the furniture to be appropriately determined, taking into account the grain direction of the boards that make up the furniture.

In addition, in the furniture design system of the present invention, color information indicating the color of the board material that will be used to make the furniture is input to the input unit, and the design unit may determine the materials of the parts that will make up the furniture based on the color information.

This configuration allows the materials used to make the furniture to be appropriately determined, taking into account the color of the boards that will be used to make the furniture.

The furniture manufacturing method of the present invention is a furniture manufacturing method using a furniture design system, and the manufacturing method includes the steps of inputting data on a plurality of pieces of luggage to be stored in the furniture and floor plan data of a room in which the furniture will be installed into the furniture design system, designing the design of the furniture in the furniture design system based on the data on the luggage and the floor plan data of the room so that the plurality of pieces of luggage can be stored in the plurality of storage units, and manufacturing the furniture based on the design of the furniture designed by the furniture design system, where the data on the luggage includes data on the size of the luggage, and the floor plan data of the room includes data on the position and size of an opening in the room, and in the designing step, a planar design of the furniture is designed so that the furniture does not interfere with the opening, the depth of the storage unit is reduced near the opening, and the front edge of the furniture is curved in plan view.

According to this manufacturing method, furniture can be manufactured that is appropriately designed so that multiple pieces of luggage can be stored in multiple storage compartments, based on input luggage data and room layout data. In this case, the luggage data includes data on the size of the luggage, and the room layout data includes data on the position and size of openings in the room (e.g., doors, windows, etc.). The planar design of the furniture is then appropriately designed to avoid the furniture interfering with the room openings, reduce the depth of the storage compartments close to the room openings, and ensure that the front edge of the furniture is curved in plan view.

In this way, the furniture is designed to avoid interfering with the opening of the room and to reduce the depth of the storage area close to the opening, making it possible to provide furniture with a functional design (plan view design) that does not obstruct entry and exit from the door or daylight from the window. In this case, because the furniture design (plan view design) is designed with curved surfaces, it is possible to give the user a novel yet natural impression.

The present invention allows you to design furniture according to the layout of the room and the size of the luggage.

1 is a block diagram showing a configuration of a furniture design system according to an embodiment of the present invention. FIG. 1 is an explanatory diagram of furniture designed by the furniture design system of the present embodiment. FIG. 1 is a plan view of furniture designed by the furniture design system of the present embodiment. FIG. 2 is a side view of furniture designed by the furniture design system of the present embodiment. FIG. 13 is an explanatory diagram of furniture when a structure (beam) is present in a room. FIG. 13 is an explanatory diagram of furniture when the number of items is small. FIG. 13 is an explanatory diagram of furniture when there is a large amount of luggage. FIG. 2 is a flow diagram showing the flow of a process for manufacturing furniture with the furniture design system of the present embodiment.

The following describes a furniture design system according to an embodiment of the present invention with reference to the drawings. In this embodiment, a furniture design system used in a custom-made system for original furniture is exemplified. This furniture design system can design furniture with multiple storage compartments for storing multiple items. Materials used for the furniture include cardboard and wood.

The configuration of a furniture design system according to an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing the configuration of a furniture design system according to the present embodiment. As shown in FIG. 1, the furniture design system 1 includes an input unit 2, a storage unit 3, a design unit 4, and an output unit 5, and the design unit 4 includes a plan view design unit 6, a side view design unit 7, and a front view design unit 8.

The input unit 2 receives data on multiple packages G to be stored in the furniture 10, layout data on the room in which the furniture 10 is installed, and data on the user who will be residing in the room.

The data on the parcels G includes data on the size (height, width, and depth), weight, and number of each of the multiple parcels G, as well as data on whether the parcels G are everyday items, seasonal items, or decorative items.

The room layout data includes data on the positions and sizes of the room's openings (doors D, windows W, etc.), data on the positions of the room's lights L, data on the positions and sizes of the room's structures (beams B, baseboards, etc.), and data on the positions and sizes of other fixtures (air conditioners, fire alarms, vents, light switches, intercoms, power outlets, etc.). The position and size data can be, for example, xyz coordinate data of the four corners, or xyz coordinate data of a representative point (center point).

User data includes the user's height, gender, age, weight, etc.

The data input to the input unit 2 is stored in the memory unit 3. The memory unit 3 also stores predetermined rules for designing the furniture 10. The predetermined rules include a rule (rule 1) that "avoids the furniture interfering with the opening of the room (such as the door D or window W), reduces the depth of the storage section near the opening of the room, and ensures that the front edge of the furniture is curved in plan view." The predetermined rules also include a rule (rule 2) that "avoids the furniture interfering with the lighting in the room, reduces the depth of the storage section near the ceiling of the room, and ensures that the front edge of the furniture is curved in side view."

The predetermined rules further include a rule (rule 3) that "design the front view of the furniture so as to avoid interfering with the structure of the room (such as beams or baseboards)." The predetermined rules also include rules (rule 4, rule 5, rule 6) such as "place storage sections for storing heavy luggage close to the floor of the room," "determine the number of storage sections according to the number of luggage," and "determine the height, width, and depth of each storage section according to the height, width, and depth of each luggage."

The predetermined rules further include rules such as "place storage sections for storing everyday items close to the user's hand height," "place storage sections for storing seasonal items close to the ceiling," and "place storage sections for storing decorative items close to the user's eye level" (rules 7, 8, and 9). The rules also include a rule such as "avoid having furniture interfere with room fixtures (air conditioners, fire alarms, vents, light switches, intercoms, power outlets, etc.)" (rule 10).

Priorities may be set for these rules. For example, the priority of rules 1, 2, 3, and 10 is set to "high" and is the highest priority. The priority of rules 4, 5, and 6 is set to "medium" and is the next highest priority after "high". The priority of rules 7, 8, and 9 is set to "low" and is the next highest priority after "medium".

The design unit 4 designs the furniture 10 with multiple storage sections 100 capable of storing multiple items of luggage G based on the data and rules stored in the memory unit 3 (see Figures 2 to 7).

For example, the plan view design unit 6 designs the plan view design of the furniture 10 so that the depth of the storage section 100 is small near the opening of the room to avoid the furniture 10 interfering with the opening (such as the door D or window W) of the room, and the front edge of the furniture 10 is curved in plan view (see FIG. 3). In this case, the plan view design unit 6 places the storage sections 100 from deepest to farthest from the opening.

The side view design unit 7 also designs the side view design of the furniture 10 so as to avoid interference between the furniture 10 and the lighting L in the room, reduce the depth of the storage section 100 in a position close to the ceiling of the room, and make the front edge of the furniture 10 curved in side view (see Figure 4).

In addition, the front view design unit 8 designs the front view design of the furniture 10 so as to avoid interference between the furniture 10 and the structure of the room (such as beam B) (see Figure 5).

Furthermore, the design department 4 determines the number of storage sections 100 according to the number of pieces of luggage G (see Figures 6 and 7). The design department 4 also designs the furniture 10 so that the storage sections 100 for storing heavy luggage G (such as beds) are located close to the floor of the room. The design department 4 determines the height, width, and depth of each storage section 100 according to the height, width, and depth of each piece of luggage G. Note that the storage sections 100 for storing heavy luggage G may be designed to have a thicker bottom plate.

The output unit 5 outputs the design of the furniture 10 designed as described above.

When manufacturing furniture 10 using the furniture design system 1 configured as described above, as shown in FIG. 8, first, data on multiple packages G to be stored in the furniture 10, layout data on the room in which the furniture 10 will be installed, and data on the user who will occupy the room are input to the furniture design system 1 (S1).

Then, the furniture design system 1 designs the furniture 10 based on the input data (package G data, room layout data, user data) and predetermined rules (e.g., rules 1 to 10) so that multiple packages G can be stored in multiple storage units 100 (S2).

When the design of the furniture 10 is completed, the design of the furniture 10 is output from the furniture design system 1 (S3). After that, the furniture 10 is manufactured in a factory or the like based on the design of the furniture 10 output from the furniture design system 1 (S4). In this case, the parts of the furniture 10 may be manufactured in the factory, and the furniture 10 may be assembled in the room.

The furniture design system 1 of this embodiment can design furniture 10 according to the layout of the room and the size of the luggage G.

In this embodiment, the furniture 10 can be appropriately designed so that multiple pieces of luggage G can be stored in multiple storage units 100 based on the input luggage G data and room layout data. In this case, the luggage G data includes data on the size of the luggage G, and the room layout data includes data on the position and size of the room openings (doors D, windows W, etc.). The planar design of the furniture 10 is then appropriately designed to avoid the furniture 10 interfering with the room openings, reduce the depth of the storage units 100 in positions close to the room openings, and make the front edge of the furniture 10 curved in plan view.

In this way, the furniture 10 is designed to avoid interfering with the openings of the room (such as the door D or window W) and to reduce the depth of the storage section 100 in a position close to the openings of the room, providing a functional design (plan view design) that does not impede entry and exit to the room through the door D or daylight from the window W. In this case, the design (plan view design) of the furniture 10 is designed with curved surfaces, so that it is possible to give the user a novel yet natural impression.

In addition, in this embodiment, the layout data of the room includes data on the position of the room's lighting L. The side view design of the furniture 10 is appropriately designed so that the furniture 10 does not interfere with the lighting L of the room, the depth of the storage section 100 is small in a position close to the ceiling of the room, and the front edge of the furniture 10 is curved in side view.

In this way, the furniture 10 is designed to avoid interference with the lighting L in the room and to reduce the depth of the storage section 100 at a position close to the ceiling of the room, so that a functional design (side view design) can be provided in which the light from the lighting L is not obstructed by the furniture 10. In this case, the design (side view design) of the furniture 10 is designed with curved surfaces, so that a novel yet natural impression can be given to the user.

In addition, in this embodiment, the room layout data includes data on the positions and sizes of the room's structures (beams B, switches, etc.). The front view design of the furniture 10 is then appropriately designed so that the furniture 10 does not interfere with the room's structures. This makes it possible to provide a functional design (front design) that avoids beams B, switches, etc.

In addition, in this embodiment, the data on the luggage G includes data on the weight of the luggage G. The design of the furniture 10 is appropriately designed so that the storage section 100 for storing heavy luggage G (such as a bed) is located close to the floor of the room. This makes it easy to store even heavy luggage G, and provides a functional design that reduces the load on the furniture 10 when it is stored.

In addition, in this embodiment, the data on the luggage G includes data on the number of luggage G. Then, the number of storage units 100 is appropriately determined according to the number of luggage G. This provides an appropriate design of the furniture 10 according to the number of luggage G so that multiple luggage G can be stored in multiple storage units 100.

In addition, in this embodiment, the size data of the luggage G includes data on the height, width, and depth of the luggage G. The height, width, and depth of each storage section 100 are then appropriately determined according to the height, width, and depth of each luggage G. This provides an appropriate design of the furniture 10 according to the size of each luggage G so that multiple luggage G can be stored in multiple storage sections 100.

The above describes the embodiments of the present invention by way of example, but the scope of the present invention is not limited to these, and can be modified and altered according to the purpose within the scope of the claims.

For example, the input unit may input assembler information indicating the number of people who will assemble the furniture, and the design unit may set an upper limit for the length of the parts that make up the furniture based on the assembler information. For example, if only one person will assemble the furniture, the upper limit for the length of the parts that make up the furniture is set to 1 m or less. Note that the upper limit for the length of the parts need only be a length that allows assembly by one person, and is not limited to the above example (1 m).

With this configuration, the upper limit of the length of the parts that make up the furniture can be appropriately set, taking into account the number of people who will assemble the furniture. For example, based on the information on the number of assemblers, the design department can set a smaller upper limit of the length of the parts that make up the furniture when there is only one person assembling the furniture, compared to when there are multiple people assembling the furniture. This allows the furniture to be assembled without strain, regardless of the number of people assembling the furniture.

The input unit may also receive gender information indicating the gender of the worker assembling the furniture, and the design unit may set an upper limit on the weight of the parts that make up the furniture based on the gender information. For example, if the worker assembling the furniture is female, the upper limit on the weight of the parts that make up the furniture is set to 10 kg or less. If the worker assembling the furniture is male, the upper limit on the weight of the parts that make up the furniture is set to 20 kg or less. Note that the upper limit on the weight of the parts is not limited to the above examples (10 kg or 20 kg) as long as it is a weight that can be assembled by one person.

The upper limit of the weight of the parts may be set taking into consideration the number of people who will be assembling the furniture. For example, if the workers who will be assembling the furniture are two men, the upper limit of the weight of the parts that make up the furniture may be set to 50 kg or less. In this case, the upper limit of the weight of the parts need only be a weight that allows the assembly by that number of people, and is not limited to the above example (50 kg).

With this configuration, the upper limit of the weight of the parts that make up the furniture can be appropriately set, taking into consideration the gender of the worker who will be assembling the furniture. For example, based on the gender information, the design department can set a lower upper limit of the weight of the parts that make up the furniture if the worker is female, compared to when the worker is male. This allows the furniture to be assembled without difficulty, regardless of the gender of the worker who will be assembling the furniture.

In addition, the input unit may receive width information about narrow points along the path of movement when the furniture is transported, and the design unit may set an upper limit for the width of the parts that make up the furniture based on the width information. Narrow points along the path of movement when the furniture is transported include narrow points such as indoor corridors, as well as narrow points such as apartment building entrances and elevators.

With this configuration, the upper limit of the width of the parts that make up the furniture can be appropriately set, taking into account the width of narrow spots on the path of movement when the furniture is transported. For example, the design department can set the upper limit of the width of the parts that make up the furniture, based on the width information, so that it is less than the width of narrow spots on the path of movement when the furniture is transported. This allows the furniture to pass through narrow spots when transported.

The input unit may also receive knot number information indicating the number of knots in the board material that will be used to make the furniture, and the design unit may determine the materials for the parts that will make up the furniture based on the knot number information. The knot number information may be information on the number of knots, or information on whether there are many or few knots. The knot number information may also be image data of the board material.

With this configuration, the materials that make up the furniture can be appropriately determined by taking into account the number of knots in the board material that will make up the furniture. For example, the design department can determine the materials for the parts that make up the furniture based on the knot count information, so as not to mix materials with a large number of knots and materials with a small number of knots. This makes it possible to manufacture furniture that has a unified appearance.

The input unit may also receive wood grain information indicating the grain direction of the board material that will be used to make the furniture, and the design unit may determine the materials for the parts that will make up the furniture based on the wood grain information. The wood grain information may be information such as the longitudinal/lateral directions of the board material, or image data of the board material.

With this configuration, the materials for the parts that make up the furniture can be appropriately determined, taking into consideration the grain direction of the board material that will be used to make the furniture. For example, the design department can determine the materials for the parts that will be used to make the furniture, based on the grain information, so that the grain direction of the materials will be consistent. This makes it possible to manufacture furniture that has a unified appearance.

In addition, color information indicating the color of the board material that will be used to make the furniture is input to the input unit, and the design unit may determine the materials of the parts that will make up the furniture based on the color information. The color information may be information on the color name, such as light brown, or may be color image data of the board material.

With this configuration, the materials of the parts that make up the furniture can be appropriately determined, taking into account the color of the board material that will be used to make the furniture. For example, the design department can determine the materials for the parts based on the color information so that the materials used to make the parts that make up the furniture are consistent in color. This makes it possible to manufacture furniture that has a unified appearance.

As described above, the furniture design system of the present invention has the effect of being able to design furniture according to the layout of a room or the size of luggage, and is useful as a system for making custom-made original furniture.

REFERENCE SIGNS LIST 1 Furniture design system 2 Input section 3 Memory section 4 Design section 5 Output section 6 Plan view design section 7 Side view design section 8 Front view design section 10 Furniture 100 Storage section G Luggage D Door W Window L Lighting B Beam

Claims (13)

A furniture design system for designing furniture having a plurality of storage sections for storing a plurality of items, comprising:
The furniture design system comprises:
An input unit into which data on a plurality of packages to be stored in the furniture and layout data of a room in which the furniture is to be installed are input;
a design unit that designs a design of the furniture based on the luggage data and the layout data of the room so that the plurality of luggage can be stored in the plurality of storage units;
Equipped with
The package data includes size data of the package,
The layout data of the room includes data on the position and size of an opening in the room,
The design unit includes:
A furniture design system comprising a plan view design unit that designs a plan view design of the furniture based on data on the size of the luggage and data on the position and size of the opening of the room, so as to avoid the furniture interfering with the opening of the room, reduce the depth of the storage section in a position close to the opening of the room, and so that the front edge of the furniture is curved in plan view. The layout data of the room includes data on the position of lighting in the room,
The design unit
2. The furniture design system according to claim 1, further comprising a side view design unit that designs a side view design of the furniture such that the furniture does not interfere with lighting in the room, the depth of the storage section is reduced at a position close to the ceiling of the room, and the front end of the furniture is curved in side view. The layout data of the room includes data on the positions and sizes of structures in the room;
The design unit
The furniture design system according to claim 1 or 2, further comprising a front view design unit that designs a front view design of the furniture so as to avoid interference of the furniture with a structure of the room. The package data includes weight data of the package,
The furniture design system according to any one of claims 1 to 3, wherein the design unit designs the furniture so that a storage unit for storing heavy luggage is located close to a floor of the room. The package data includes data on the number of packages,
The furniture design system according to any one of claims 1 to 4, wherein the design unit determines the number of the storage sections depending on the number of the luggage. The size data of the luggage includes data on the height, width, and depth of the luggage,
The furniture design system according to any one of claims 1 to 5, wherein the design unit determines the height, width and depth of each storage unit according to the height, width and depth of each piece of luggage. The input unit receives information on the number of people required to assemble the furniture, the information indicating the number of people required to assemble the furniture,
The furniture design system according to claim 1 , wherein the design unit sets an upper limit on a length of each part constituting the furniture based on the information on the number of people required for assembler. Gender information indicating the gender of a worker who will assemble the furniture is input to the input unit,
The furniture design system according to claim 1 , wherein the design unit sets an upper limit on weight of parts that constitute the furniture based on the gender information. The input unit receives width information of a narrow portion on a flow path when the furniture is transported,
The furniture design system according to any one of claims 1 to 8, wherein the design unit sets an upper limit for a width of a part that constitutes the furniture based on the width information. The input unit receives knot number information indicating the number of knots in a board material that is a material for the furniture,
The furniture design system according to any one of claims 1 to 9, wherein the design unit determines materials for parts that constitute the furniture based on the joint number information. The input unit receives input of grain information indicating a grain direction of a board material that is to be used for the furniture,
The furniture design system according to any one of claims 1 to 10, wherein the design unit determines materials for parts that constitute the furniture based on the wood grain information. The input unit receives color information indicating a color of a board material that is a material for the furniture,
The furniture design system according to any one of claims 1 to 10, wherein the design unit determines materials of parts that constitute the furniture based on the color information. A method for manufacturing furniture using a furniture design system for designing furniture having a plurality of storage sections for storing a plurality of items, comprising :
The manufacturing method includes:
A step of inputting data on a plurality of items to be stored in the furniture and layout data of a room in which the furniture is to be installed into the furniture design system;
designing, in the furniture design system, a design of the furniture based on the luggage data and the room layout data so that the plurality of luggage can be stored in the plurality of storage compartments;
manufacturing the furniture based on the design of the furniture designed in the furniture design system;
Including,
The package data includes size data of the package,
The layout data of the room includes data on the position and size of an opening in the room,
In the designing step,
This furniture manufacturing method is characterized in that a planar design of the furniture is designed based on data on the size of the luggage and data on the position and size of an opening in the room, so as to avoid the furniture interfering with the opening, reduce the depth of the storage section near the opening, and so that the front edge of the furniture is curved in plan view.