JP2006063772A - Sukiya-style interior constriction method and sukiya-style indoor structure (built in the style of a tea-ceremony house) - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an interior construction method for constructing a Japanese-style or sukiya-style room in original layout as sufficiently desired by a client while holding down cost, and to provide an indoor structure using the construction method. <P>SOLUTION: The interior construction method is provided for assembling building material kits including columns, floor columns, beam woods, sills, head jambs, wall plates, ceiling plates, and floor plates and complete products including fixtures, a china cabinet, alternating shelves, a fan light, and tatamis to construct the interior of an original Japanese-style or sukiya-style room as desired by individual customers. The Japanese-style or sukiya-style room indoor structure is provided using the construction method. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

Detailed Description of the Invention

  The present invention relates to an interior construction method for assembling and constructing the interior of a room in a sukiya style with an original floor plan, a room structure of a sukiya style completed by this construction method, and a memory for a personal computer storing a sales support tool for a contractor. The present invention relates to a material transportation management system that determines an optimal transportation schedule of media and materials necessary for construction.

After tens of years have passed since the apartment was purchased, the damage to the room became conspicuous, the layout and style became old, and the number of rooms left behind when a child left the house independently was recently increased. There are many renovations in the room. Condominium renovations often have a wide space per room, such as 3KDK and 1LDK, with 3LDK and 4LDK floor plans, and a large Western room.
In addition, some relatively new apartments do not have a Japanese-style room. Even if there is a Japanese-style room, there are many Japanese-style rooms that have a modern atmosphere.
On the other hand, with age, the desire to have a calm Japanese room becomes stronger, especially for those who like tea ceremony and flower arrangement and those who like Japanese clothes.
For this reason, there are not a few people who want to renovate one room of an apartment and renovate it into a Japanese-style room with a calm atmosphere, a Japanese-style room with a tea ceremony, that is, a traditional Japanese-style room and a sukiya style room. .

Conventionally, when satisfying such a demand, the interior of the room was once removed and a new sukiya style interior was created.
And since it was renovated by craftsman work by a carpenter, the construction period was long, and the living environment of residents was hindered. In addition, the long work period affects the construction cost. For this reason, it is important to shorten the construction period.
In this regard, Japanese Patent Laid-Open No. 2001-81894 discloses a construction method in which a pre-cut inner wall board or ceiling board is attached to an inner wall frame arranged indoors for the purpose of shortening the construction period.

  Japanese Laid-Open Patent Publication No. 2002-309786 discloses an assembly booth in which an assembly-type small tea room is installed in a room for the purpose of easily installing a tea room in a room.

  By the way, recently, environmental problems such as urban temperature rise and global warming due to carbon dioxide have been pointed out, and it is known that rooftop greening of buildings is effective to suppress this. Rooftop greening is increasing in cities. Then, after building a Japanese-style garden for rooftop greening, some people want a tea room next time. Some people want to build a detached tea house in the garden. In such a case, conventionally, a tea room carpenter is requested to order a tea room, or a prefabricated tea room is purchased.

JP 2001-81894 A JP 2002-309786 A

Problems to be solved by the invention

  However, once the interior of the room is removed and the room is renovated, the cost of removing the interior is added to the construction cost, so the construction cost increases.

  And, as in the interior construction method described in Japanese Patent Laid-Open No. 2001-81894, in the construction method in which a precut inner wall board or ceiling board is pasted on the inner wall frame arranged indoors, a pillar, a beam, a duck, a sill, etc. It is difficult to renovate the room into a Western-style room, but it is not suitable for decorating or renovating the room in a Japanese-style or sukiya-style room with pillars, duck, sill, etc. there were.

  And, as in the assembly booth described in Japanese Patent Laid-Open No. 2002-309786, a booth-type tea room installed in a room is a space that becomes small and wasted if it is not placed in a large Western room. The tea party cannot be held because the booth is narrow.

  In the past, it was expensive to request a tea room carpenter to construct a detached sukiya (tea room), and the prefabricated tea room has been standardized in several types of layouts, so there is no tea room of the desired layout In some cases.

  The present invention solves these problems, and can be assembled in a short period of time to reduce costs and renovate or remodel the room into an original Japanese-style room or Sukiya-style room. The interior construction method of the sukiya style that can be easily redesigned, returning to the original room, etc., the interior structure of the sukiya style completed by this construction method, and the desired floor plan and creation from the construction customer on the PC PC storage media with sales support tools for selection, PC storage media with sales support tools for entering the floor plan of the customer who wants to work, PCs scheduled for construction Economical and efficient transportation of storage media for PCs with sales support tools that allow virtual images to be viewed on PCs and materials necessary for construction To determine the law and transportation schedules and transport routes, in order to provide a material transportation management system that can display the information on the computer screen.

Means for solving problems and their effects

  The invention according to claim 1, which is means for solving the above-mentioned problems, is characterized in that the interior of the room in an original sukiya style that meets the needs of individual customers is made up of pillars, floor pillars, beams, sills, duck, wallboards. It is a sukiya style interior construction method characterized by assembling and constructing building materials kits such as ceiling boards and floorboards, and finished products such as joinery, mizuya, different shelves, balustrades and tatami mats.

In the interior construction method described in Japanese Patent Application Laid-Open No. 2001-81894 shown in the background art section, the inner wall frame is arranged at a predetermined position, and a pre-cut wall panel is assembled on the entire surface excluding the opening of the inner wall frame. The assembly booth described in Japanese Patent Laid-Open No. 2002-309786 is a small room installed indoors, while the interior construction method of the sukiya style of the present invention includes columns, floor columns, beams, kamo, and sills together. It is a method of assembling and interior. For this reason, it is completed in a sukiya (tea house) between the floors.
Thus, the construction method assembled at the construction site is easy to construct, and does not require skilled craftsmen. Moreover, construction can be completed in a short period of time. As a result, construction costs can be reduced.
The building material kit is pre-cut according to individual orders and assembled at the construction site. The above-mentioned finished product is an assembly that has already been assembled or manufactured when it is brought into the construction site. By using the finished product, construction can be performed more easily and in a short period of time. I can do it.
Joiners move like opening, closing, shoji, doors, and windows, and finished products can often be selected from a variety of types, so they must be manufactured according to the individual construction site. There is no.
In addition, pre-cuts, including procurement of building material kits, and assembly and manufacture of finished products can be performed in an area where labor costs are low, and construction costs can be significantly reduced. Examples of areas where labor costs are low include China and Southeast Asia.
In addition, in the interior of recent Japanese-style rooms, there are a lot of wallpaper and cloth pasted without using wall soil, and many of the wallpaper and cloth have wall soil particles fixed on the surface. In this invention, the case where such a Japanese-style wallpaper and cloth are stuck on the surface of a wall board is also included.
In the case of a sukiya, a furnace is required, but the furnace uses an embedded type or a storage door embedded in the floor.
As described above, since the construction method of the present invention is an assembly type, it is easy to refurbish or return to the original room. Also, the materials used in the room are less damaging and can be recycled.

The invention according to claim 2 further assembles the base frame material along with the wall surface and floor surface of the room together with a building material kit that becomes a framework of the room such as a pillar, a floor pillar, a beam, a duck, a sill, etc. This is a sukiya-style interior construction method characterized by a construction method in which the finished product excluding the remaining building material kit and tatami is fixed to the assembled base frame material and building material kit, and a tatami mat is laid on the floorboard.
As described above, when the base frame material is used, an interior kit that becomes a framework such as a pillar, a duck, and a sill can be easily assembled. In addition, it can be constructed without damaging the interior of the existing room.
Although the idea of using the base frame material can also be seen in the interior construction method described in Japanese Patent Application Laid-Open No. 2001-81894, there was no idea of fixing the pillar, the duck, the sill, etc. to the base frame material. It was a large-scale work when setting up a new duck or sill or replacing it with a new one.
In the present invention, even if there are existing pillars, duck and sills, it is possible to perform the work by leaving them. In other words, if the existing room and the new room have pillars, duck, sills, etc. in almost the same position, it is possible to add them together, and there is an existing pillar on the back side of the new pillar or wallboard. Because of the location, the existing pillars are not visible in the room. Kamoi and sill are covered with frame plates so that existing ones are hidden.

The invention according to claim 3 is the construction method according to claim 1 or 2, wherein the building material kit includes a part number, a code, and a letter that facilitate order management, inventory management, delivery management, and assembly of the kit. This is a sukiya style interior construction method that uses any of the figures, drawings, or drawings.
Thus, if the display which shows the part number and the part assembled | attached at the time of construction is written in the interior kit, it will not cause the mistake of the order of assembly at the time of receipt / shipment, transportation, slip management, and construction.

  A fourth aspect of the invention is characterized in that a room of a building such as a condominium, a building, or a public facility is furnished by the sukiya style interior construction method according to any one of the first to third aspects. It is an invention of an indoor structure. That is, it is an invention of the structure of a sukiya style room constructed by the interior construction method (the structure of a tea room). For this reason, one room in the building can be remodeled into a sukiya-style room according to the request of the construction client, and the renovation can be done in a short period of time and the cost can be reduced.

The invention according to claim 5 is an invention of a sukiya style indoor structure characterized in that the interior of a detached tea room is constructed by the sukiya style indoor construction method according to any one of claims 1 to 3. is there.
Traditionally, the tea house was built by the tea house carpenter, so the construction cost was expensive and the carpenter work was done at the construction site, so the construction period was long. Since construction can be done in a short period of time and at a low cost, the entire tea room including the exterior can be provided at a low price. The tea room exterior may be custom-built, but is preferably a prefabricated exterior that can be installed quickly and at a low price.

Moreover, in this invention, the sales support tool which advances the meeting with a contractor and a customer smoothly is proposed.
The invention according to claim 6, which is one of them, is a sales support tool for allowing customers to select a desired floor plan and production on a personal computer,
Various types of three-dimensional floor plan patterns and their product numbers, and image patterns for each type of wall panel, wallpaper, window, shoji, fence, floor pillar, beam, calligraphy, ceiling, bam, lighting fixtures, tsubok garden, etc. And the product number and the product number designation column for designating the desired product number are readable and stored.
From the image pattern read out on the display, operate a mouse, keyboard, touch pen, or other input means to specify a preferred room, and place the mouse on the desired location in the specified room. When clicked, the image pattern of each part of the structure corresponding to the position is displayed on the display,
When the user selects the desired construction member from the image pattern by operating the input means, the designated construction member image is inserted into the desired location, and the created room image and the series of operations are designated. A personal computer storage medium storing a program in which a product number is stored in a storage device in a readable manner.

This sales support tool is a pre-construction presentation tool, and the storage medium is HD, CD, FD, MO, DVD, or the like.
Before construction, ask the customer about the desired floor plan and the parts to be used, and use CAD to create a 2D drawing, a 3D perspective drawing completion drawing, and a construction completion image to be submitted to the customer. Conventionally, it was generally performed in the construction field, but it was impossible to determine if the combination of floor plan and material suits the taste without looking at the completed drawing.
When the storage medium for pancons according to claim 6 is used, the construction contractor and the salesman and the customer can operate the computer while looking at the personal computer, and can create a completed predicted drawing by fitting the image. A completed forecast drawing that accurately reflects it is completed on the spot.

  The sales support tool for inputting a floor plan of a customer who wishes to construct into a personal computer according to claim 7, wherein the model drawing of a plurality of types of rooms and their dimension lead lines and dimension input corresponding to the dimension lead lines are provided. The column is stored in a readable manner, and the model similar to the floor plan of the construction applicant's room is operated by operating one or a plurality of input means such as a mouse, a keyboard or a touch pen from each model diagram read out on the display. Select a figure, measure the field dimension corresponding to the part indicated by the dimension line of the selected model figure, operate the input means and enter it in the dimension entry field, and match the model figure to the entered dimension value A personal computer storage medium storing a program for correcting and storing the corrected model diagram and the input dimension value in a storage device so as to be read out Proposed.

  Traditionally, recording after measuring the floor plan of the planned construction was done by drawing a floor plan and filling it in by hand, so if the designer or skilled contractor does not do this work, the measurement will be done. It is easy to forget to forget, and it is expected that the drawings are not accurate. However, if the storage medium for a personal computer according to claim 7 is used, the part to be measured is displayed on the display of the personal computer, so that the part to be measured is not forgotten. Moreover, when the measured numerical value is input to a personal computer, the drawing is automatically corrected accurately, so that an accurate drawing is completed.

The sales support tool according to claim 8, wherein the planned customer can see a virtual image of the predicted construction completion on the personal computer, and the two-dimensional and three-dimensional created by the designer according to the request of the construction request customer The image of the completed expected drawing is stored so that it can be read out, read from the personal computer of the contractor and / or planned customer, and displayed on the display as a three-dimensional image or a three-dimensional video corresponding to the desired eye height and eye orientation. A personal computer program storage medium characterized in that a displayable program is stored is also proposed.

  By using the personal computer program storage medium according to the eighth aspect, it is possible to virtually display an image and a moving image of the construction completion prediction diagram on the display of the personal computer. For this reason, it is possible to show the floor plan and atmosphere of the completed room to the construction client in an easy-to-understand manner. In particular, the interior of the room can be viewed with a line of sight that matches the height and direction of the eyes. Therefore, it is possible to smoothly proceed from the acquisition of the actual order for the construction to the completion of the construction, and there is no complaint or request for improvement from the construction client who is likely to occur after the construction is completed.

  Further, in the present invention, in claim 9, there is provided a material transportation management system for determining a transportation schedule of materials necessary for construction of the building material kit and the finished product according to claim 1, wherein the material procurement address and Shipment schedule, material quantity, shipping address, transportation route, land and sea transportation price, land and sea carrier transportation schedule, weather, etc. are obtained in real time through communication line, and these data We propose a material transportation management system characterized by analyzing the data on a personal computer, determining an economical and efficient transportation method, transportation schedule and transportation route, and displaying the information on the screen of the personal computer.

  When this system is used, not only the interior kit and the finished product according to claim 1 can be procured at low cost, but also the cost of the transportation surface can be suppressed. In particular, if materials such as building materials are procured cheaply in China and Southeast Asia, and processing is also performed in these countries, processing costs can be reduced significantly, but it is important to reduce transportation costs. The material transportation management system of the present invention is a system that improves this point.

  The best mode for carrying out the present invention will be described in the following examples.

FIG. 1 is a perspective view showing the interior of a sukiya-style room, and FIG. 2 is a perspective view showing a state during the construction.
The sukiya style room 1 shown in FIG. 1 is made by refurbishing the interior of one room (room) of an apartment. As shown in FIG. 1 and FIG. 2, when the room before the construction is a Japanese-style room, after the tatami is removed, the base frame material 2, the pillar 5, the floor frame 6, the duck 7, the sill 8, Interior kits 3 such as beams 10, floor pillars 11, wall boards 12, floor boards 13, ceiling boards 15, wallpaper 17 and balustrades 18 and unit products 4 such as shojis 19, tatami mats 20, fences 21, and difference shelves 22 Assemble and do.

  The interior kit 3 is pre-cut according to the interior of the room 1 to be constructed. The unit product 4 may be an original product that matches the interior of the room 1 to be constructed, or it may be used by selecting a desired one from a plurality of separately produced items. In order not to spend time on the construction, the one assembled or manufactured before being brought into the construction site is used in any case.

As shown in FIG. 2, the construction of assembling these materials is performed by first installing interior frames such as the base frame material 2, the pillar 5, the floor frame 6, the duck 7, the sill 8, the beam 10, and the floor pillar 13 in the interior kit 3. An interior skeleton is formed along the wall material D and the floor surface F of the room 1, and a partition 18 is also formed between the floor and the school. When the room 1 has a high floor structure and the tatami mat 20 is laid thereon, the floor frame material 6 is assembled to form the high floor frame F2 at the same time.
Then, the floor board 13 is laid on the raised floor frame F2. In addition, when there are floors or a study room in the original room, it is preferable to provide a space or a study room using these spaces. Even when the original room has a close-in, it is preferable to renovate the space between the floor, a study room, a storage room, etc. by making effective use of this space.
Next, when the wall plate 12 is pasted on the base frame material 2 along the wall surface D to newly form the wall surface D1, and the window W is provided in the existing room 1, the window W is formed on the wall surface D1. The base frame material 2 and the wall plate 12 are assembled so that the opening P1 having a size matching the above is formed, and the window frame 24 of the shoji 17 is fitted and fixed to the opening P1.
Next, the ceiling board 14 is affixed.
Then, as shown in FIG. 1, the spaces 18A and 18B are respectively fitted in the space P2 formed between the ceiling board 14 and the beam 10 and the space P3 formed between the ceiling board 14 and the head 7. And fix.
And if the tatami 2 is laid on the floor board 13 and the fence and the shoji are attached, the construction is completed.
In addition, the construction procedure and the style of the stranger described above are examples, and are not necessarily limited to the construction procedure and the style described above.

In this way, it is constructed in the room 1 of the odd-numbered style. In addition, the furnace 23 is known as a type of furnace digging into the floor or a placing furnace. However, in the case of a furnace digging into the floor, this furnace is fitted when forming the raised floor frame F2. A recess to be inserted is formed.
The room 1 of the odd-numbered style shown in FIG. 1 and FIG. 2 is a 4 tatami mat, and when the semi-tatami tatami 20A located at the center is removed, a recess is formed on the floor so as to become a kotatsu. It is preferable that the concave portion is covered with a floor plate 13a, and a semi-tatami mat 20A is laid thereon.

  Install lighting and air conditioning equipment if necessary. When the air conditioner mounted in the original room is used as it is, an opening corresponding to the air conditioner is formed in the wall plate 12 or the ceiling plate 14 and the front surface of the air conditioner is fitted. It is even better if the lighting fixtures are manufactured separately and attached. The ceiling may be a boat-shaped ceiling.

  FIG. 3 shows a view in which a tea room 29 is provided in the roof garden 27 of the building 25. The tea room 29 shown in this figure is a detached Japanese-style prefab. This tea room 29 has an assembled interior structure in which a ceiling plate 30 and an outer wall 31 pre-cut to a size suitable for carrying in are assembled, and the interior construction described above is finished and completed.

  FIG. 4 is a perspective view showing the pillar 5, the base frame material 2, and the wall plate 12. As shown in this figure, the interior kits such as the pillar 5, the base frame material 2, and the wall plate 14 are adapted to the construction. What is pre-cut to a certain length is used. For example, the pillar 5 is used in which both ends are pre-cut with the tenon 5a necessary for assembly, and the base frame material 2 is pre-cut with a tenon hole 2a into which the teno 5a is fitted at one end. Is used. In addition, although the same side hole 3a is pre-cut in the other end part of the base frame material 2, the side hole 2b is provided for fitting another side column.

  FIG. 5 is a perspective view showing one end portion of the pillar 4 as a building material. The pillar 4 shown in FIG. 5 has a seal S on which letters for facilitating the assembly of the pillar 4 are attached. If the product number by the branding 34 is written on the side 4a, and the product number, assembly position, etc. are written on the pillar 4, the order management, inventory management, delivery management, and assembly of the pillar 4 are performed. It becomes easy.

FIG. 6 shows a screen D of a personal computer on which data of a sales support tool for a contractor who constructs a sukiya-style work is displayed.
This sales tool support tool is a storage medium (HD, CD, DVD, FD, etc.) on which an execution program and information to be described later are installed.

  The image registered in the memory and read out on the display D includes a model diagram 40 based on a two-dimensional image of a Japanese-style and Sukiya-style room, a title column 41 displaying words and phrases that are points of the model diagram 40, and the model diagram 40. The model number display column 42 displaying the model number of the model, the description column 43 of the image of the model diagram 40, and when the construction requester wants to construct the same room as the room of the model diagram 40, this is clicked with the mouse. Click the "Yes" button 44a to select the product number, the "Next" button 44b to scroll to the next model diagram, the selection field 44 to display the "Back" button 44c to return to the previous model diagram, and click Run this program And an end button 45 for ending. Many types of columns (4, 42, 43) except the product number selection column 44 are stored in memory, and these can be scroll-displayed on the display D.

The program starts from the start screen of the program by the display of each of the above-mentioned columns (40, 41, 42, 43, 44, 45), and is expanded by clicking the buttons 44a, 44b, 44c and the end button 45. To do.
That is, by clicking the “next” button 44b and the “back” button 44c, scrolling in the corresponding direction starts. On the other hand, the product number displayed on the display D is registered in the memory by clicking the “Yes” button 44a.

  When the product number memory registration is completed, the process proceeds to the step of selecting and adding wall colors, windows, sliding doors, lighting, etc. in order to the model diagram 40. When the registration of these data is completed, the program start screen is displayed again. For example, in the step of selecting a wall color, a wall color chart is displayed instead of the explanation column 43 displayed on the display D, and a desired wall color is selected from this chart. When the mouse pointer is moved to the position of the wall of the model diagram 40 and the mouse is clicked, the wall of the model diagram is colored to the selected wall color.

In the next step, for example, instead of a color chart, a model diagram of a shoji screen is displayed so that it can be scrolled. When a model diagram of a preferred shoji screen is selected, an image of the selected shoji screen is displayed at the position of the shoji screen in the model diagram 40. Inset.
In this way, the model diagram 40 is changed to a desired structure in order. That is, the initial model diagram 40 is a prototype of the model diagram.
The product number registered in the memory is stored as data together with personal information such as the name and contact information of the applicant, and this data can be transmitted to the designer through a communication line. On the other hand, when the “end” button 45 is clicked, the program start screen is displayed again.

  FIGS. 7A and 7B show a personal computer screen D on which a data image of a sales support tool for a contractor who constructs a sukiya-style work is displayed. This tool is a storage medium (HD, CD, DVD, FD, etc.) in which a salesman of a contractor stores a program for inputting a floor plan and dimensions of a desired construction into a personal computer and information to be described later. Although the purpose of use is different from that of the above-described tool, it is preferable to install it on one personal computer together with the above-described tool.

Information stored in the tool and readable on the display D is displayed on the model diagram 50 displayed on the three-dimensional coordinate shown in FIG. 7A and on the two-dimensional coordinate shown in FIG. 7B. Model diagram 50A, a title column 51 that displays words and phrases that are points of the model diagram 50 (50a), a model number display column 52 that displays the model number of the model diagram 50 (50A), and the model diagram 50 (50A) ) Is a dimension input field 53 in which a dimension corresponding to the dimension leader line displayed in () is measured at a construction site and input using a keyboard and a mouse.
The three-dimensional model diagram 50 and the two-dimensional model diagram 50A are alternately displayed by switching the screen displayed on the display D by operating the keyboard or the mouse.

  When the contractor measures the dimensions of each part of the room in which the contractor is constructed and enters the dimensions into a personal computer, the exact floor plan of the construction site is stored along with the dimensions. The designer can accurately know the floor plan of the construction schedule, can create the construction completion prediction map in a short period of time, and can use it as data for creating the design map.

FIG. 8 shows a screen D of a personal computer on which a data image of a sales support tool of a contractor who constructs a sukiya style work is displayed. This tool displays the image data of the two-dimensional and three-dimensional completion forecasts of the sukiya style construction desired by the construction client created by the designer on the display D of the personal computer PX of the construction company and / or the construction client. The program and data that can be displayed as a three-dimensional image or a three-dimensional video corresponding to the eye level and direction of the resident's eyes are HD, CD, MO, DVD. The image data is installed in the personal computer of the contractor and / or the contractor, or is transmitted through a communication line.
This tool allows the construction client to operate the mouse M, freely change the direction of eye height and line of sight, see the virtual image of the room after completion of construction, and confirm the style and atmosphere of the room However, if there is a further request, it is to be able to convey the request before construction.

  FIG. 9 shows the personal computer P1 on the designer side, the personal computer P2 of the salesperson of the contractor, and the personal computer P3 of the contractor, as shown in FIG. If you input this data and send / receive this data via the Internet, there will be no mistakes in the contents of the meeting, and the part number determined by the construction client can be sent to store designers and designers. It will be possible to provide it to the construction client as soon as possible.

It is the perspective view which showed the inside of the room of a sukiya style with the perspective view. It is the perspective view which similarly showed the state in the middle of construction. It is the figure which showed the state which installed the tea room in the roof garden of a building. It is the perspective view which showed the pillar, the base frame material, and the wall board. It is the perspective view which showed the one end part of the pillar. It is the figure which showed the screen of the personal computer with which the data of the sales support tool for the construction contractors who construct the sukiya style construction were displayed. (A) is the figure which showed the screen of the personal computer where the three-dimensional data image of the sales support tool for the contractor who constructs the construction of the Sukiya style is displayed, (b) is the construction contractor who constructs the construction of the Sukiya style It is the figure which showed the screen of the personal computer on which the two-dimensional data image of the sales support tool for business was displayed. It is the figure which showed the personal computer set by which the data of the sales support tool for the construction contractors who construct the structure of a sukiya style was displayed. It is the figure which showed the personal computer of the designer, the personal computer of the contractor's salesman, and the personal computer of the construction client.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Room (in odd-numbered style) 2 Base frame material 3 Interior kit 4 Unit goods 5 Pillar 6 Floor frame 7 Kamoi 8 Sill 9 Ceiling field 10 Beam 11 Floor column 12 Wall board 13 Floor board 15 Ceiling board 17 Wallpaper 18 Column 19 Shoji 20 Tatami 21襖 22 Difference shelf 24 Window frame 31 Wall frame 35 Partition D Wall surface F Floor W Window

Claims (9)

The interior of the room in the original sukiya style that suits each customer's request, building material kits such as pillars, floor pillars, woodwork, sills, duck, wallboards, ceiling boards, floorboards, and joinery, mizuya, difference shelf, Sukiya style interior construction method characterized by assembling and constructing finished products such as bamma and tatami. Assemble the base frame material along the wall and floor of the room and assemble it with the building material kit that forms the framework of the room, such as pillars, floor pillars, beams, duck, and sills, and then complete the finished product excluding the remaining building material kit and tatami. The interior construction method of the sukiya style according to claim 1, wherein the construction method is a construction method in which tatami mats are laid on a floor board by fixing the assembled base frame material and building material kit. 3. The building material kit is used with a product number, code, character, figure, or picture attached to facilitate order management, inventory management, delivery management, and assembly of the kit. The interior construction method of the sukiya style described in 1. A room structure of a sukiya style, wherein a room of a building such as an apartment, a building, or a public facility is furnished by the interior construction method according to any one of claims 1 to 3. An interior structure of a sukiya style, wherein an interior of a detached tea room is constructed by the interior construction method according to any one of claims 1 to 3. It is a sales support tool that allows customers to select their favorite floor plans and creations on their computers.
Various types of three-dimensional floor plan patterns and their product numbers, and image patterns for each type of wall panel, wallpaper, window, shoji, fence, floor pillar, beam, calligraphy, ceiling, bam, lighting fixtures, tsubok garden, etc. And the product number and the product number designation column for designating the desired product number are readable and stored.
From the image pattern read out on the display, operate a mouse, keyboard, touch pen, or other input means to specify a preferred room, and place the mouse on the desired location in the specified room. When clicked, the image pattern of each part of the structure corresponding to the position is displayed on the display,
When the user selects the desired construction member from the image pattern by operating the input means, the designated construction member image is inserted into the desired location, and the created room image and the series of operations are designated. A storage medium for a personal computer, which stores a program in which a product number is stored in a storage device so as to be readable. This is a sales support tool for inputting the floor plan of a customer who wishes to construct to a personal computer, and stores model drawings of multiple types of rooms, their dimension lead lines, and dimension input fields corresponding to the dimension lead lines so that they can be read. From the model diagrams read out on the display, select one or more input means such as a mouse, a keyboard, or a touch pen, and select a model diagram similar to the floor plan of the person who wishes to construct. When the field dimension corresponding to the part indicated by the dimension line of the model diagram is measured and the input means is operated and entered in the dimension input field, the model diagram is corrected according to the input dimension value, and the corrected model A storage medium for a personal computer, which stores a figure and a program for storing an input dimension value in a storage device in a readable manner. It is a sales support tool that allows the planned customer to see the virtual image of the construction completion forecast on the personal computer, and the image of the 2D and 3D completion forecast map created by the designer according to the request of the construction request customer A program is stored that can be read and read from the personal computer of the contractor and / or planned client, and can be displayed on the display as a 3D image or 3D video corresponding to the desired eye height and eye orientation. A program storage medium for a personal computer. A material transportation management system for determining a transportation schedule of materials necessary for construction such as the building material kit and finished product according to claim 1, wherein the material procurement address and shipping schedule, the quantity of materials, the transportation destination Obtain addresses, traffic routes, land and sea transportation prices, land transportation and maritime carrier transportation schedules, weather, etc. in real time through communication lines, and analyze these data on a personal computer to make it economical and efficient. A material transport management system characterized by determining a good transport method, transport schedule and transport route, and displaying the information on the PC screen.

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