JPH03168683A - Method for planning disposition of building - Google Patents

Abstract

PURPOSE:To smooth the conferring between a designer and a landowner by allowing the proposing of the various disposition plans of buildings correspond ing to a site as three-dimensional models at a construction site. CONSTITUTION:Either one side of a base plate 1 or models 4 of buildings, vehicles, trees, etc., are formed of a magnet and the other side of the either thereof is formed of a magnetic material. The models 4 are placed on the plate 1 and are magnetized to the plate 1. Slender band materials 20 for contour lines formed of the magnets or magnetic materials are magnetized to the plate 1 with checker mark lines 1a on the surface of the plate 1 as marks to form the contour lines of the site of the band materials 20. Thus, the disposition plan of the buildings is proposed in front of the landowner and the conferring with the landowner is executed by moving the various models, therefore, the conferring between the designer and the landowner is smoothly executed.

Description

[Detailed Description of the Invention] [Industrial Field of Application] The present invention is a method for arranging buildings, cars, trees, etc. by magnetically attaching a model to a base board! This paper concerns a method for planning the layout of katakushi to easily represent relationships. [Conventional technique tIfI1 lI! In the 7-Russ activities of builders, when soliciting landowners who own vacant land to build houses or apartment complexes, conventionally, in the sales process, designers were asked to explain the design. The salesperson prepared a drawing depicting the floor plan to be proposed for the site and showed it to the landowner and explained it to him. However, during the discussion between the landowner and the salesman, the location of the property was changed, the location of the parking lot was changed, and the number of buildings and tI were changed.
The planner who changed the size of the IL field or the position of the trees returned the conversation with the landowner 7 days ago, created a new flat surface to propose, and brought it to the landowner again. I tried to explain it to them. Also, in Jubei,
Since the landowner, who was an amateur, could not draw a concrete image of the space in the building based on a floor plan, he created a perspective view called a perspective view and showed it to the landowner. Furthermore, as the plan became more concrete, a three-dimensional horizontal version of the building was created and fixed with adhesive onto a plate depicting the site. [Problem to be Solved by the Invention 1] However, in the case of the above-mentioned unprecedented situation, a designer has been asked to produce a drawing depicting a floor plan many times, and each time he has to take it to the landowner. It took a lot of time and effort, and in particular, it was not possible to look at the site, listen to the landowner's opinion, and then provide a layout plan each time. In addition, even if a three-dimensional proposal is made, it is difficult for the landowner to understand the specific image of the landowner, and in the case of a three-dimensional plan, it is difficult for the landowner to understand the specific image. The production costs were high because the three-dimensional model was made over a period of time, and if the placement of the Ritsumono objects was changed or the number of buildings was increased, the three-dimensional model that had been made at a high cost would be wasted. Furthermore, in the past, when giving on-site explanations to landowners, even if a rough proposal was made by drawing a La7 layout plan with a pencil, etc., each time a drawing of the site was prepared and a rough proposal was made on top of this with a pencil, etc. Each time a proposal was made, multiple site plans were required, and drawing with a pencil was a tedious task.

The present invention has been invented in view of the above-mentioned problems in the prior art, and its purpose is to create various layout plans for buildings corresponding to the relevant site at the landowner's house or at the construction site. Salespeople can make proposals while directly listening to landowners' opinions, and they can also propose various layout plans to landowners as 3D models. The 3D models can be used many times, reducing costs. An object of the present invention is to provide an architectural layout planning method that can express the rough outline of a building and use the outline to propose various layouts in a simple manner. [ilJ! ! Means J for solving the problem 1 of the present invention! ! The method of planning the placement of dyeing is to place a magnet on one side of the wedge shape 4 of a building, car, tree, etc. or the base board 1, and a magnetic material on the other side. It is characterized by being magnetically attached to. The wedge shape 4 may be a plane model 4B. Furthermore, the model 4 may be a three-dimensional maple type 4A. Furthermore, it is preferable to use a base board 1 with a grid pattern a1a on its surface. Then, an elongated contour line strip material 2 formed of a magnet or a magnetic material using the grid line 1a on the surface of the base board 1 as a mark.
0 is magnetically attached to the base board 1, the contour line of the site is formed using the contour band material 20, and buildings, cars, trees, etc. Model 4 may also be attached magnetically. [Operation 1] The system proposes a layout plan by magnetically attaching wedge-shaped objects 4 such as buildings, cars, and trees to the base board 1 in front of the landowner, and listens to the landowner's opinions on the spot. At the same time, various wedge shapes 4 such as buildings, trees, parking lots, etc. are moved and rearranged to propose various layout plans. When using the planar model 4B as the wedge shape 4, it is easy to propose a rough layout, and it is better to prepare a planar model 4B with the floor plan of the building written in advance. This allows you to propose and consider layout plans while taking into consideration the floor plan of the building. Further, when the three-dimensional wedge shape 4A is used as the wedge shape 4, it is possible to make a three-dimensional proposal for the layout plan, and it has become possible to make various changes to the three-dimensional proposal on the spot.

In addition, by applying a grid pattern m1a on the surface of the base g11, grid pattern #! Using 1a, it is now possible to check the distance between the wedge shapes 4 that are magnetically attached to the surface and the distance that the horizontal shape 4 will be moved when changing plans. In addition, an siFk-shaped contour line strip material 20 formed of a magnet or a magnetic material is magnetically attached to the base plate 1 using the square a1a on the surface of the base board 1 as a mark, and the contour line strip material 20 is used to mark the relevant site. By shaping the outline, 11! By simply displaying a rough outline of the relevant site and using this to magnetically attach the wedge shape 4, it is possible to easily propose a layout plan without having to draw the layout plan with a pencil on the site drawing. [Example] The present invention will be described in detail below based on an example shown in the attached drawings. The base board 1 is foldable via a hinge, and although it is folded in two in the embodiment shown in the attached drawings, it may be folded in three or more. The base board 1 has a structure in which either a magnet or a magnetic material such as an iron plate is provided, and if a magnetic material such as an iron plate is provided, it can be placed at any position on the surface. It is designed so that a magnet can be magnetically attached, and if a magnet is installed, a magnetic material such as iron can be attached to the surface by magnetic attachment.6 The surface of the base board 1 has eyes in the vertical and horizontal directions. A has been applied. The size of the base board 1 is, for example, two pieces of A1 size, which are foldable and connected by a hinge, and can be stored in a case 6 as shown in the PIIJs diagram. It is something to carry around.

The wedge shapes 4 include, for example, a plurality of types of wedge shapes 4a as shown in FIG. 4, a car model 4b, a parking lot wedge shape 4C, various tree wedge shapes 4d, a horizontal pool shape 4e, a bicycle storage wedge shape 4f,
There are various models such as fountain model 4g, date wedge shape 4h, structure wedge shape 411 to display names etc., playground wedge shape 4j 1 person li1 wedge shape 4k, external m object wedge shape 41 to display external buildings etc. The wedge type 4 includes a three-dimensional horizontal type 4A and a planar model 4B. Further, a magnet or a magnetic material is provided on the lower surface side of these horizontal molds 4. In other words, if the base board 1 is a magnet, the model 4 is provided with a magnetic material such as iron, and if the base board 1 is a magnetic material such as an iron plate, the horizontal type 4 is provided with a magnet. The horizontal type 4 can be magnetically attached to any position on the board 1. The horizontal type 4 has a predetermined scale, for example, a scale of 1/100 of the actual size. The various horizontal types 4 mentioned above are stored in a storage box 7 as shown in FIGS. 6 and 7, for example. The storage box 7 is open at the front, and has temporary shelf holders 8 provided in a plurality of upper and lower stages inside. A shelf board 9 is placed on the II board holder 8 so that it can be freely pulled out in front. The board 9 is provided with a magnet or a magnetic material so that the wedge shape 4 can be placed on the shelf board 9 and attached magnetically. Therefore, by storing the wedge shape 4 in a magnetically attached state on the shelf board 9, the wedge shape 4 will not move even if you hold the grip ff510 provided at the top of the storage box 7 by hand. It is designed so that it can be carried securely without any damage. There is also a drawer 11 inside the storage box 7.
There is a scale 12 and a magnet 13 inside the drawer 11, as shown in Figure 8.
, a bottle set 14, a writing J415, a legal regulation 16, a support rod 17, a lamp light 18 used as an artificial sun, and other various accessories can be stored therein. and,
Vertical grooves 19 are provided on both sides of the front opening of the storage box 7, so that the cover 20 can be inserted into the box by dropping it from above (therefore, the lid 20 can be removed by pulling it upward). .

Therefore, I visited the landowner (customer N) with the base board 1 and the horizontal type 4 as described above (in other words, I visited them with the base board 1 and the horizontal type 4 stored in the storage box 7 and the case 6), and I looked at the landowner's eyes from between the ribs. in front of,
Take out the base plate L, the horizontal type 4, etc., magnetically attach the wedge shape 4 of the building to be proposed to the surface of the base plate 1, and then add side objects and a parking lot, etc.
1 ton of space for bicycle storage, trees, etc.! In order to propose the 131st class, etc., another model 4 is attached magnetically. Then, various explanations and considerations are made based on the proposed layout plan, including changes in the type of buildings, orientation and layout of buildings, increase or decrease in the number of buildings, or changes in parking. When changing the location or increasing or decreasing the location of a car lot, bicycle storage area, trees, etc., move the model 4 on the base board 1 in front of the landowner and attach it magnetically, and propose various layout plans on the spot. This is what we provide. Here, we propose a rough layout plan using the flat horizontal type 4B as shown in Figure 2, or a three-dimensional layout plan using the three-dimensional model 4A as shown in Figure 1. may be selected as appropriate depending on the situation, or a combination of both may be used. Incidentally, Fig. 1(e) shows a state in which the model has been partially changed from the state shown in Fig. 1(b). By the way, in the case of a flat horizontal 4B, if the floor plan is written on the building, it becomes possible to propose and consider various layout plans while looking at the floor plan. For example, it is possible to study a variety of things, such as the relationship between openings such as windows and directions, and the relationship with trees. In addition, in the case of a 3D horizontal 4A, it is possible to have the landowner have a concrete 3D image. And, in the case of this three-dimensional Shin type 4A,
It is also possible to model sunlight 18 as an artificial sun and create a wedge-shaped 4 shadow, etc., and explain sunlight etc. on the spot. In addition, when explaining the arrangement of the pufun, a more effective explanation can be made by holding the support rod 17 and pointing to the wedge shape 4. In the present invention, in the case where the surface of the base board 1 is first marked with #l1a, this square pattern #! Use 1a as a landmark to understand the distance between the models 4, or to use it as a guide for the distance to move when moving the wedge-shaped 4 on the base board 1 when changing plans. Therefore, the vertical and horizontal dimensions of the grid lines 1a provided on the base board 1 are set to the same scale as the wedge shapes 4. Here, base board 1 is 7 eltopen or chi 3
If it is something like a blackboard that can be written on or erased with a marker, etc., the outline of the site can be written on the base board 1 using squares 1i 1a and a writing instrument such as a felt marker or chalk. By magnetically attaching the model 4 to the area surrounded by the outline of the site, various layout plans can be proposed. Also, the square # on the surface of base board 1! An elongated contour line strip material 2 formed of a magnet or magnetic material using 1a as a landmark
0 is magnetically attached to the base plate 1, the contour line of the site is formed using the contour band material 20, and buildings, cars, and trees are placed on the surface of the base plate 1 that forms the contour line of the site. It is also possible to magnetically attach horizontal type 4 such as. In this case, the site contour line can be easily formed on the base board 1 by simply magnetically attaching the contour line strip material 20. Figure 3 shows the order of implementation using site contours. [Effect of the invention 1] As described above, in the present invention, a magnet is provided on one side of a model of an object, a car, a tree, etc., or a base board, and a magnetic material is provided on the other side. Since it is magnetically attached to the surface of the base board, it is possible to propose a layout plan by magnetically attaching horizontal buildings, cars, trees, etc. to the base board in front of the landowner, and to get the landowner's opinion on the spot. The advantage is that while listening, you can easily propose various layout plans by moving and rearranging various horizontal structures such as buildings, trees, and parking lots. In addition, when the model is a planar model as in the invention as claimed in claim 2, it is easy to handle and it is easy to propose a rough layout plan.In particular, if the floor plan is written on the planar model of the building, This allows you to easily propose layout plans and change plans while looking at the floor plan. Furthermore, if the model is a three-dimensional model as in the invention described in claim 3, various layout plans can be proposed to the landowner as a three-dimensional model, the three-dimensional model can be used many times, and the cost is low.
This is what happens. Furthermore, as in the invention described in claim 4,
If you use the line of sight for every inch of the surface as a base board, you can use the line of sight to check the distance between the models magnetically attached to the surface, the distance to move the models when changing plans, etc. Furthermore, as in the invention as claimed in claim 5, an elongated contour line strip material formed by a magnet or a magnetic material is magnetically attached to the base plate using the grid line on the surface of the base plate as a mark to form a contour line. By forming the outline of the site using strips, it is possible to represent the rough outline of the site on-site, and use that outline to propose various layout plans using a simple method using a model.

[Brief explanation of the drawing]

Claims (5)

[Claims] (1) Architecture characterized by providing a model of a building, car, tree, etc. or a base board with a magnet on one side and a magnetic material on the other side to magnetically attach the model to the surface of the base board. How to plan the layout. (2) Claim 1, characterized in that the model is a planar model.
The described architectural layout planning method. (3) Claim 1 characterized in that the model is a three-dimensional model.
The described architectural layout planning method. (4) The architectural layout planning method according to claim 1, characterized in that a base board whose surface has a grid line is used. (5) Using the square lines on the surface of the base board as markers, attach an elongated contour strip made of a magnet or magnetic material to the base board, and use the contour strip to form the outline of the site. 2. The architectural layout planning method according to claim 1, further comprising magnetically attaching horizontal objects such as buildings, cars, and trees to the surface of the base board on which the outline of the relevant site is formed.