JPH01319086A - House model preparing mount and preparation of house model using same - Google Patents

Abstract

PURPOSE:To easily but accurately form a house model by constituting a house model preparing mount of a mount main body for wall and a rectangular mount main body for roof, on the rear sides of both of which plural vertical lines are respectively drawn at intervals decided by reducing the module of the building. CONSTITUTION:This house model preparing mount is constituted of a mount main body A for wall with a wall pattern 1 on the surface side and plural vertical lines 2 drawn at intervals M decided by reducing the module of a building on the rear side and a rectangular mount main body 10 for roof with a roof pattern 8 on the surface side and plural vertical lines 9 drawn at the intervals M decided by reducing the module of the building on the rear side. When the mounts A and 10 are cut by utilizing the vertical liens 2 and 9, a wall mount B and roof mount 13 are formed, and when the mounts B and 13 are assembled, a house model with the wall pattern 1 and roof pattern 8 like an actual building can be formed. Thus a house model can be formed easily but accurately.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field 4] The present invention relates to a production mount for a horizontal housing type and a method for manufacturing a housing model using the production mount for a horizontal housing type for manufacturing a housing model.

[Conventional technology] Ordinary general housing? J key personnel have few opportunities to come into contact with architectural drawings, so when building a house, even when looking at the architectural drawings, the housing customer's image of the exterior may differ from the actual building, which can cause trouble. was there. Furthermore, even if we show architectural drawings to housing buyers and explain things such as sunlight and shade, privacy from neighboring houses and the road, and diagonal lines on the north side, it is difficult for them to understand. For this reason, the above-mentioned problems can be smoothly solved by making a house model and explaining the FA type house to the housing consumer and holding a meeting with them. However, in order to create a house model, scaled versions of each part of the house were made by hand for each house, and then glued together to form the house model, which required highly specialized skills. . For this reason, making a house model was troublesome and expensive, and it could only be made by someone with specialized skills, and the finished product varied due to differences in the skill of the builder. Therefore, the applicant of the present invention has already developed 1, If
It has been filed as No. 152340/1986. The invention disclosed in Japanese Patent Application No. 61-152340 involves writing vertical lines and other lines on a single paper pattern at intervals corresponding to scaled-down building modules, and drawing the contours of the walls and roof of the building on these lines. Except,
This pattern was pasted onto a mount and cut along the outline, then the pattern was peeled off and the cut out mounts were assembled to create a model of the *ya.

[Problem 1 that the invention is busy trying to solve] However, in the above-mentioned conventional example, the model formed remains plain, and for this reason, it is still not sufficient as a model. In addition, it required work such as drawing an outline on a paper pattern, pasting it on a mount, cutting it, and peeling off the paper pattern, making the work cumbersome.

The present invention was invented in view of the above-mentioned conventional problems, and its purpose is to enable the formation of a house model easily and accurately without the need for specialized skills. We use production mounts for house models and production mounts for house models, which reduce production costs and give the house model a satisfactory appearance as a house model by adding patterns on the walls and roof. To provide a method for manufacturing a house model.

[Means for Solving the Problems 1] In order to achieve the above object, the production board for a house model of the present invention has a wall pattern 1 drawn on the front surface and a scaled-scale space M between the building modules on the back surface. A wall mount body A with a plurality of RIIA2 written thereon, and a rectangular roof with a roof pattern 8 drawn on the front surface and a plurality of vertical lines 9 separated by an interval M, which is a scaled-down building module, on the back surface. It is composed of a mount main body 10.

In addition, in the method for producing a house model using the house model production board of the present invention, a wall pattern 1 is drawn on the front surface, and a plurality of vertical lines 2 are written on the back side at intervals M, which are scaled building modules. A wall mount B is formed by cutting the wall mount main body 3 at a length corresponding to the horizontal scale of the girder side of the target house using the vertical llA2 as a mark, and a roof pattern 8 is formed on the surface. A rectangular roof mount main body 10 with a plurality of vertical lines 9 spaced apart by an interval M, which is a scaled scale of the building module, is drawn on the back side at a position of a length corresponding to the scale of the length of the target roof. A roof mount 13 is formed by cutting using the vertical line 9 as a mark, and a house model is formed by the thus formed wall mount B and roof mount 13.

[Function] That is, in the present invention, vertical 11A2.9 is used in which the wall mount main body A and the roof mount main body 10 are spaced apart by a scaled interval M of a building module on which the back side is respectively applied. By cutting and cutting, the wall mount B and the roof mount 13 can be easily formed. And this wall mount 81
Each of the roof mounts 13 has a wall pattern 1 and a roof pattern 8 on its surface, so by assembling these cut out mounts, the wall pattern 1 and roof pattern 8 can be applied just like on an actual building. It is now possible to create a built-in house model.

[Example] The present invention will be described in detail below with reference to embodiments shown in the accompanying drawings.

The wall mount body A includes a girder wall mount body 3 and an end wall mount body 7.

The girder wall mount main body 3 is made of cardboard, synthetic resin, etc., and has a horizontally rectangular shape as shown in FIG. 1, and has a wall pattern 1 written on its surface. A ground level line GL is written on the lower edge of the back surface of the girder wall mount body 3, and a plurality of vertical lines 2 are written perpendicularly to the ground level line GL at regular intervals. The vertical lines 2 are separated by a distance M, which is a scaled scale of the building module. In other words, if the building module is now 900
The horizontal length of the house to be formed is 1/1 that of the actual house.
In the case of a scale of 00, the interval M between two vertical lines is 9 mm, but it is of course not limited to this, and may vary due to differences in building modules or horizontal scales of houses. The dimensions of the spacing M vary. Grand level #! Above GL is the foundation top (
line 15 of the first floor), [16 of the top of the general window, f of the top of the high window
i17, #i18 at the top of the board (second floor), the top of the general window (
Line 19 at the top of the high window (second floor) and line 20 at the top of the high window (second floor) are applied in order from C. Here, the lengths from the ground level line GL to lines 15, 16, 17, 18, 19, and 20 are respectively from the ground level of the actual building to the foundation height m (
(1st floor floor), upper end of general window, upper end of high window, upper end of curtain plate (2nd floor floor)
, the length from the top edge of the general window (second floor) to the top edge of the high window (second floor) is the same scale as the horizontal housing. And these lines GL, 15.16.17.18.19.
At the end of 20, characters j are written to explain what these horizontal lines indicate. Here, the length of the girder wall mount main body 3 in the vertical direction is determined by the length from the ground level of the actual building to the upper end of the wall on the girder side on the same scale as the horizontal scale of the house. Therefore, when forming the girder wall mount 11 using this girder wall mount main body 3, it is necessary to cut it horizontally because the length in the vertical direction is already the predetermined scale of the wall on the girder side. instead of setting only the horizontal length to an arbitrary [
It is sufficient to cut it vertically along #a2.

The gable wall mount main body 7 is made of cardboard or synthetic resin, and as shown in FIG. 2, has a triangular shape with both sides of the upper part inclined at the same slope as the predetermined roof slope, and the upper part is rectangular. It is something. A wall pattern 1 is drawn on the surface of the end wall mount body 7.

Also, on the rectangular portion on the back side, a ground level line GL is written on the lower edge, similar to the girder wall mount body 3. A plurality of vertical lines #a2 are shown at regular intervals perpendicular to the ground level fiGL. These vertical #Q2 are separated from each other by an interval M that is a scaled scale of the building module. Moreover, above the ground level line GLa, each vertical line #! is parallel to the ground level line GL and is parallel to the ground level line GL. Basic heaven 1 perpendicular to 2
(first floor floor) line 15, general window top edge #i16, high window top edge line 17, curtain plate top edge (second floor floor) line 18, general window top edge (
1 [19 on the second floor) and #i20 on the upper end of the high window (second floor) are alms from the bottom. Here, the lengths from the ground level #iGL to lines 15, 16, 17, 18, 19, and 20 are respectively from the ground level of the actual building to the foundation top (first floor), the top of the general window, and the top of the high window. , the top edge of the curtain plate (2
The length from the top of the general window (second floor) to the top of the high window (second floor) is the same scale as the horizontal scale of the house. And these lines GL, 15.16.17.18.
At the end of 19.20, characters are written to explain what these horizontal lines indicate. A diagonal +li6 is written parallel to one inclination of the triangular upper part from the upper end of each vertical line 2. Then, each vertical line #i2 and the diagonal line 6 that follows it are 3 [], 41), and 5, respectively.
Symbols such as P, 6P...12P are description 1-.

For example, this symbol indicates that the vertical line 2 in the part marked 6P indicates that the distance from the end of the gable wall mount body to the fir #i12 is six times the scale of the building module. If the module is 900 nm and the horizontal scale to be formed is 1/100, then 1 of 900 mm x 6
/ 100 length, exactly 54i vertical line.

The roof mount main body 10 is made of cardboard or synthetic resin and has a rectangular shape as shown in FIG. A plurality of vertical lines [9 is shown] separated by an interval M. A ridge [21] is provided in the middle part of the roof mount main body 10 over the entire area in the lateral direction, and a plurality of horizontal lines 22 are written in parallel on both sides of the ridge m21. The interval between the horizontal lines 22 is equal to the interval between adjacent diagonal lines 6 when the upper side of the gable wall mount main body 7 is raised diagonally. And next to this #
3P, 4P, SP, . . . 12P are also written in X22. Immediately on both sides of the ridge line 21, there are portions in which half gable mark lines are written, and half gable mark lines 23 are written in the half gable mark lines.

FIG. 14 shows an opening sticker 24 indicating an opening such as a window or a doorway, which is releasably attached to a release paper 30. As the opening seal 24, for example, an entrance door,
These are various windows, etc., all of which are scaled versions of actual entrance doors and various windows. This scale is the same as the scale of the girder wall mount body 3.

Thus, a house model is formed using the girder wall mount main body 3, the gable wall mount main body 7, and the roof mount main body 10 configured as described above. In this case, the girder wall mount body 3
The girder wall mount 11 is formed by cutting the length of the actual building along the vertical line 2 at a position corresponding to a predetermined scale as shown in FIG. Also, the wife wall mount body 7
As shown in Figure 5, cut the lower part using vertical line 2 as a landmark at a length corresponding to the scale of the horizontal length of the gable side of the target house, and cut the diagonal part continuing to the upper end of the vertical line #I2. [6
The gable wall mount 12 is formed by cutting the upper part using the mark as a mark. In this way, the girder wall mount main body 3 and the girder wall mount main body 7, which are the wall mounts, are cut to form the girder wall mount 11 and the end wall mount 12, which are the wall mount B. Furthermore, as shown in FIG. 6, the roof mount main body 10 is cut at a length position corresponding to the scale of the length of the target roof using vertical #i9 as a mark to form a roof mount 13. The roof mount 13 is bent at the ridge line 21 portion in accordance with the roof slope. The girder wall mounts 11, end wall mounts 12, and roof mounts 13 thus obtained are assembled to form the main structure 1 with a gable roof as shown in Figure $7. Here, if the girder wall mount 11 or the end wall mount 12 has an opening such as a window or a doorway, the opening sticker 24 indicating the target opening is peeled off from the release paper 30 and pasted. . The position where the opening seal 24 is pasted is at the top of the foundation (
line 15 at the top of the general window (1st floor), line 16 at the top of the general window, line 17 at the top of the high window, [18, - #119 at the top of the general window (2nd floor), the top of the high window ( Using the line 20 of the second floor as a reference, measure this with a ruler to determine the vertical position of the installation position of the opening seal 24 on the front side. Measure the distance from the side edge 9I of the opening seal 24 to the corresponding vertical line 2 to determine the attachment position of the side edge of the opening seal 24 on the front side. . In this case, vertical lines 2 and 1 horizontal lines 15, 16, 17, 18, 19 on the back side.
．． 20 may be used to determine the position of the opening, a bottle may be passed through the four corners of this opening position, and the opening seal 24 may be affixed using the bottle hole formed on the surface side as a mark.

Other embodiments of the present invention are shown in FIGS. 8 to 11. In this embodiment, as shown in FIG. 8, the upper end of the triangular S portion of the upper part of the end wall mount main body 7 is cut off horizontally to form a horizontal line 25. And each diagonal I
There is also a horizontal line 25 parallel to this horizontal line 25 at the upper end of s, 6.
are consecutive at regular intervals. As shown in Fig. 9, this gable wall mount main body 7 is obtained by cutting the lower part using the vertical line 2 as a landmark at a length corresponding to the scale of the horizontal length of the gable side of the house, which is the end of the elbow. The upper part is cut off using the diagonal +li6 continuous to the upper end of the vertical line 2 as a mark, and then cut along the horizontal line #1125 continuous to this diagonal m6 to form the end wall mount 12. - The roof mount main body 10 is cut in the same manner as described above to form the roof mount 13, but in this embodiment, the half cut mark #i23 located at the center end of the roof mount 13 is further utilized. Then, cut into a square shape as shown in FIG. 10 centering on the end of the ridge line 21. Further, the girder wall mount main body 7 is cut to form the girder wall mount 11 in the same manner as in the previous embodiment. Then, the girder wall mount 11, the girder wall mount 12, and the roof mount 13 are combined to form a house model, but in this case, the girder wall mount 1
A triangular half roof mount 26 is attached to the area surrounded by the horizontal #a 25 of No. 2 and the notch at the center of the end of the roof mount 13. This half roof mount 26 is formed by cutting the roof mount main body 10 by cutting it. In this way, as shown in FIG.
It forms a horizontal type of house with a gable roof.

If necessary, a rosette, chimney, balcony, or pond member may be attached to the horizontal structure of the house. Here, the above-mentioned horizontal type house is mounted on a predetermined position of the external structure drawing on the base 27 on which the external structure drawing is written.

In each of the above-mentioned embodiments, explanations have been given for a two-story house model, but the same applies to a one-story house model or a two-story horizontal house model.

FIG. 12 shows a roof mount main body 10 for a flat roof. A roof pattern 8 is drawn on the front surface of this roof mount main body 10 for a flat roof, and a plurality of vertical lines #a9 and a plurality of horizontal lines 28 are provided on the back surface to intersect with each other.

The spacing between the vertical lines 9 and the spacing of the V horizontal fi 28 are the spacings obtained by scaling down the modules of the building. And 7
When forming a horizontal house with a rat roof, all the wall mounts B are formed by cutting the girder wall mount main body 3 using the vertical lines 5, and the vertical #! 19 and horizontal line 28
Form a roof mount 13 of a corresponding size using
By combining and adhering the wall mount B and the roof mount 13, a horizontal house with a flat roof as shown in FIG. 13 is formed.

Moreover, the horizontal type of housing can be formed as either a general house or an apartment complex.

[Effect of the invention 1 In the present invention, as described above, ii! The main body of the wall mount has multiple vertical lines written at intervals that correspond to scaled-down modules of objects, and the rectangular roof mount has multiple vertical lines written at intervals that correspond to scaled-down building modules on the back side. Since the main body and the main body are dry, the 1M of these wall mount main bodies
By cutting using the ffl root mount main body line, wall mounts and roof mounts can be formed for a model of a house with a predetermined length, and the advantage is that a horizontal type of house can be formed by simply combining these. be. Moreover, since the surface of the wall mount body and the surface of the roof mount body are patterned with the horizontal shape of the wall and the pattern of the roof, just by combining the wall mount and roof mount, you can create wall-shaped and roof patterns. It is possible to form a house model.

[Brief explanation of the drawing]

FIGS. 1(a) and (b) are a plan view showing the front surface and a back view showing the back surface of the girder wall mount body of the present invention, and FIGS. 2(a) and (b)
3(a) and 3(b) are a plan view showing the front surface and a back view showing the back surface of the roof mount main body of the present invention, and FIGS. Figure, 4th
The figure is a rear view with the girder wall mount body cut away, Figure 5 is a rear view with the gable wall mount body cut away, Figure 6 is a rear view with the roof mount body cut away, and Figure 7 is a rear view with the roof mount body cut away. The figure is a perspective view of a state in which the wall mount and roof mount are assembled to form a horizontal house, Figure 8 is a rear view showing the back side of another embodiment of the gable wall mount body, and Figure 9 is a cutaway state of the same as above. Figure 10 is a current HF side view of the back side of the embodiment in which the roof mount is cut out to form a half roof, and Figure 11 is a half B side view.
FIG. 12 is a rear view showing the back side of the roof mount body for a flat roof; FIG. 13 is a perspective view of a horizontal house with a 7-foot roof; FIG. 14 is a plan view of the opening seal, where A is the wall mount body, B is the wall mount, M is the interval, 1 is the wall pattern, 2
8 is a vertical line, 8 is a roof pattern, 9 is a vertical line, 1o is a roof mount body, and 13 is a roof mount. Agent Patent Attorney Ishi 1) Ai 7 Figure 7 1 N1 N) ([1

Claims (2)

[Claims] (1) A wall mount body with a wall pattern drawn on the front side and multiple vertical lines written at intervals corresponding to scaled building modules on the back side, and a wall mount body with a roof pattern drawn on the front side and the building modules on the back side. 1. A production mount for a house model, comprising a rectangular roof mount main body on which a plurality of vertical lines are written spaced apart by scaled intervals. (2) The main body of the wall mount has a wall pattern drawn on the front surface and multiple vertical lines spaced apart by scaled-down building module intervals on the back surface.It corresponds to the scale of the horizontal length of the wall of the house. A wall mount is formed by cutting along the length using vertical lines as a guide, and a rectangular shape with a roof pattern drawn on the front side and multiple vertical lines at intervals representing the scale of the building module on the back side. A roof mount is formed by cutting the roof mount main body at a length corresponding to the scale of the length of the target roof using the vertical lines as a guide, and the girder wall mount and gable wall formed in this way are cut. A method for producing a house model using a production mount for a house model, characterized in that a house model is formed from a mount and a roof mount.