KR100453235B1 - architecture modelling kit - Google Patents

Abstract

The present invention relates to a building model kit. The present invention is composed of a bottom plate 10, the wall plate 20 and the connecting pin 30, the bottom plate 10 is continuously connected in all directions by the connecting pin 30, the wall plate 20 May also be connected to each other. The wall plate 20 is installed on the bottom plate 10 using the connection pins 30. For this installation, a plurality of mounting fastening holes 12 are formed on the upper surface of the bottom plate 10 at a predetermined pitch (p) interval, and the through-hole 22 is formed on the entire outer surface of the wall plate 20. It is drilled at the same pitch as the pitch p. According to the present invention, anyone can quickly and easily produce an architectural model, it is possible to reuse the components to produce another architectural model.

Description

Architecture modeling kit

The present invention relates to an architectural model, and more particularly, to an architectural model kit that can freely implement various types of designs.

In order to construct a building, a drawing is first drawn up, and work is performed according to the drawing. In addition, the architectural model is made so that the building to be constructed can be actually seen in advance by creating various complex space configurations that are difficult to be represented by drawings. Such an architectural model becomes a means to more easily inform the owner or the general public of the intention of the designer.

Conventionally, foam board, sizing paper or acrylic was used to make such a model. That is, the workers cut the materials as described above and cut them one by one, and then glued them together to make an architectural model.

However, this was a very cumbersome and time-consuming task, especially if there were some changes in the internal design that had to be completely removed and newly cut or completely new. In the past, the materials used to make an architectural model could not be recycled and had to be discarded.

In addition, the conventional architectural model is a region that can be accessed only by some construction-related modeling workers or students who major in architecture-related studies, as workers must cut and manufacture materials.

Therefore, it was not easy for the general public to make an architectural model. Therefore, it was almost impossible for the general public to design a house for himself or to arrange furniture by making a model of his house while making an architectural model himself.

Therefore, an object of the present invention is to solve the conventional problems as described above, to provide an architectural model kit that anyone can easily manufacture.

Another object of the present invention is to provide a building model kit that can be recycled.

1 is a perspective view showing the configuration of a building model manufactured using a preferred embodiment of the building model kit according to the present invention.

Figure 2 is a perspective view showing the configuration of the bottom plate constituting an embodiment of the present invention.

Figure 3a is a perspective view showing a basic wall plate constituting an embodiment of the present invention.

Figure 3b is a perspective view showing another example of the wall plate constituting the embodiment of the present invention.

Figure 4 is a perspective view showing the configuration of the connecting pin constituting an embodiment of the present invention.

Figure 5a is a perspective view showing that the wall plate is connected at right angles by the connecting pin in the embodiment of the present invention.

Figure 5b is also a perspective view showing that the wall plate is connected by a connecting pin in the embodiment of the present invention is connected in a T-shape.

Figure 6a is a perspective view showing the configuration of a modification of the connecting pin of the present invention.

Figure 6b is a perspective view showing the configuration of another modification of the connecting pin of the present invention.

Explanation of symbols on the main parts of the drawings

10: bottom plate 12: installation fastener

14: Resting place 16: Through fasteners

18: Resting place 20: Wall board

22: through fastener 24: seating end

30,30 ', 30 ": Connecting pin 32: Insertion part

34: stopper 35: connection

u: upper surface b: lower surface

f: front r: back

s: side

According to a feature of the present invention for achieving the object as described above, the present invention is a plurality of the connection to the four sides in succession horizontally and vertically installed fastening holes perforated at a predetermined pitch interval on the upper surface, one side from the front to the rear A bottom plate having a through fastening hole formed at the same pitch as the installation fastening hole on the other side, and a bisecting fastening hole formed along the edge from the front edge to the rear edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; In order to fasten the wall plates or between the wall plate and the bottom plate, an insertion portion inserted into the fastening hole is formed to extend at both ends, and includes a connecting pin having a stopper formed therebetween.

The length of the connecting pin is formed at least less than twice the pitch of the fastening hole.

At the inlet of the fastening holes, a seating end at which the stopper of the connection pin is positioned is formed.

According to another feature of the invention, the present invention is a plurality of the connection to the four sides in succession, the installation fastening hole in the vertical, horizontally and vertically at a predetermined pitch interval on the upper surface, and the installation fastening hole from one side to the other side from the front to the rear A bottom plate having a through fastening hole formed at the same pitch, respectively, and a bisecting fastening hole formed along the edge from the front edge to the back edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; It is formed in the H-shape to fasten the wall plate or between the wall plate and the bottom plate, the first insertion pin portion and the second insertion pin portion having an insertion portion inserted into the fastening hole at both ends is formed, the The first and second insertion parts include a connection pin connected by a connection part.

According to another feature of the invention, the present invention is a plurality of the connection to the four sides in succession, the installation fastening hole in the vertical, horizontally and vertically at a predetermined pitch interval on the upper surface, the installation fastening from one side to the other side from the front to the rear A bottom plate having a through fastening hole formed at the same pitch as the ball, respectively, and a bisecting fastening hole formed along the edge from the front edge to the back edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; It is formed in a U-shape to fasten the wall plates or between the wall plate and the bottom plate, the insertion portion is inserted into the fastening hole is formed in only one direction and includes a connecting pin that is connected to the end of the insertion portion by a connection portion. It is configured by.

According to the present invention having such a configuration, anyone can easily produce an architectural model, there is an advantage that can be reused by changing the produced architectural model to various design structures.

Hereinafter, a preferred embodiment of the building model structure according to the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an architectural model manufactured using the architectural model kit of a preferred embodiment of the present invention, Figure 2 is a perspective view of a bottom plate constituting an embodiment of the present invention, Figure 3 is a constituent embodiment of the present invention Figure 4 is a perspective view of the wall plate, Figure 4 is a perspective view of the connecting pin constituting the embodiment of the present invention.

As shown in these figures, the architectural model kit of the present invention is largely composed of the bottom plate 10, the wall plate 20 and the connecting pin 30.

The bottom plate 10 is formed in a substantially rectangular plate shape, is formed in a predetermined size and continuously connected in all directions to have a desired area. In the upper surface u of the bottom plate 10, as shown in FIG. 2, a plurality of mounting fastening holes 12 are drilled. The installation fastening hole 12 is formed at a predetermined pitch (p) interval, a plurality of continuous in the longitudinal direction in the transverse direction is formed. A bisecting installation fastening hole 12 is formed to surround the top surface u edge of the bottom plate 10. The bisected installation fastening hole 12 cooperates with the bisecting installation fastening hole 12 of the bottom plate 10 to be adjacent to form one installation fastening hole 12. One side of the connection pin 30 is inserted into the installation fastening hole 12.

The pitch p is generally determined according to the scale of the building model. In addition, a mounting end 14 having a diameter larger than the diameter of the installation fastening hole 12 is formed at the inlet of the installation fastening hole 12. This serves to regulate the degree of insertion of the connection pin (30). In addition, the seating end 14 prevents a gap between the plates 10 and 20 to which the stopper 34 of the connection pin 30 is connected.

In addition, a plurality of through-holes 16 are formed from the front surface f of the bottom plate 10 to the rear surface r and from one side surface s to the other surface surface s. The front (f), the rear (r) and the side (s) are formed with through holes 16 bisected at their ends, respectively. The position and the pitch p of the through fastening hole 16 are formed to correspond to the position and the pitch p of the mounting fastening hole 12. In addition, the mounting end 18 may be formed in the through fastening hole 16.

The bottom plate 10 having the above configuration forms a predetermined area and serves as a floor supporting the building model. The bottom plate 10 as described above may vary in size of its construction according to the scale of the building model. For example, the pitch p may be varied according to the scale, and the diameter of the fastening hole may be different.

The wall plate 20 forms a wall of an architectural model. Such wall board 20 is formed at a predetermined height according to the scale and use of the building model. In other words, the height of the wall plate 20 depends on the scale of the building model, the height of the wall depends on the function of the wall. For example, the wall plate 20 installed at the position where the window is formed has a relatively low height.

The width w and the thickness t of the wall plate 20 become integer multiples of the pitch p. 3a shows a wall plate 20 having a width w and a thickness t twice the pitch p. 3b shows a wall plate 20 having a width w of 4p and a thickness t of 2p. As such, it is provided that the wall plate 20 has various widths w. On the other hand, for example, a wall board having a width w and a thickness t equal to the pitch p may be used.

In the wall plate 20, a plurality of through-holes 22 are drilled through the rear surface r from the front surface f. The through fastening hole 22 has the same pitch p as the pitch p of the installation fastening hole 12. And the diameter is the same. At the inlet of the through fastening hole 22, a seating end 24 is also formed.

The through fastening hole 22 is also drilled through the upper surface u to the lower surface b of the wall plate 20, and the through fastening hole 22 is also penetrated between the two side surfaces s. ) Is perforated. Therefore, the through fastening holes 22 passing through the respective surfaces f, r, u, b, and s are orthogonal to each other inside the wall plate 20.

On the other hand, a bisecting through-hole 22 is formed around the edge of the front surface f of the wall plate 20. Therefore, the bisected through holes 22 formed at the edges are formed to be exposed to the upper surface u, the side surface s, and the lower surface b.

And the bisected through fastening hole 22 is formed to extend from both ends of the upper surface (u) to both ends of the lower surface (b), the through fastening holes 22 are bisected at each end of the side (s), respectively Is formed. In this way, the through fastening holes 22 bisected on the upper surface t, the side surface s and the lower surface b of the wall plate 20 are formed so that when the wall plates 20 are connected to each other, they cooperate to form a single through hole. It is to be able to form the fastening hole (22).

The connecting pins 30 are connected to the bottom plate 10 continuously in all directions or to connect the wall plates 20 to each other. In addition, the wall plate 20 may be fastened to the bottom plate 10. The connecting pins 30 have insertion portions 32 formed at both ends thereof. The insertion part 32 is a part inserted into the through fastening hole 22 of the wall plate 20 or the installation fastening hole 12 and the through fastening hole 16 of the bottom plate 10.

Wherein the insertion portion 32 should be formed shorter than the pitch (p) of the fastening holes. More precisely, the length of the connection pin 30 should have a value shorter than 2p. This is to prevent the insertion portion 32 of the connecting pin 30 inserted into each fastening hole to interfere with each other.

A stopper 34 is formed between the insertion portions 32 of the connection pins 30. The stopper 34 serves to prevent the insertion portion 32 from being inserted into the fastening hole on one side too much, and the diameter of the stopper 34 is larger than the diameter of the insertion portion 32. That is, the stopper 34 is mounted on the seating ends 14, 18, and 24 of the fastening holes 12, 16, and 22, and has a diameter corresponding to the inner diameter of the seating ends 14, 18, and 24. . The connecting pin 30 is mainly used to connect between the bottom plate 10, or between the bottom plate 10 and the wall plate 20.

On the other hand, Figure 6a and 6b is shown a modification of the connecting pin constituting the embodiment of the present invention.

First, FIG. 6A shows the connecting pin 30 'configured as an H shape. The connecting pins 30 'are provided with the first pin inserting portion 31 and the second pin inserting portion 31' in parallel with each other. The pin insertion portions 31 and 31 'are provided with insertion portions 32 at both ends thereof. It is preferable that the length of the insertion portion 32 is shorter than the pitch p, like the insertion portion 32 of the connection pin 30.

The middle of the first pin insertion portion 31 and the second pin insertion portion 31 ′ is connected by a connection portion 35. The connecting portion 35 connects the insertion portions 31 and 31 'so that the connecting pin 30' becomes H-shaped as a whole. The connecting portion 35 may be configured in the shape of a rod or rod-shaped, the diameter is preferably formed smaller than the diameter of the fastening hole. In addition, when the connecting pin 30 ′ connects the bottom plate 10 or the wall plate 20, the connection part 35 is located at each bisected fastening hole of the adjacent plate 10, 20. The gap between (10, 20) does not occur.

Such a connection pin 30 'is to improve the fastening force of the plates (10, 20) compared to a single connection pin 30, it is mainly used in place of the connection pin (30). As a variant not shown, a plurality of pin insertion portions may be used.

6B, the U-shaped connecting pin 30 " is shown. That is, the insertion portion 32 is formed only in one direction, and the rear end of the insertion portion 32 is connected to the connection portion 35. Type connecting pin 30 "is mainly used when connecting the wall plate 20. That is, as shown in Figure 5, the insertion portion 32 is inserted into each of the through fastening holes 22 formed in the front or rear of the adjacent wall plate 20 is used. To this end, the length of the connecting portion 35 is approximately 2p.

In this case, the connecting portion 35 is preferably formed in a shape in which the rod is cut in half. And the portion formed in a planar face to the opposite direction to the front end of the insertion portion 32 and the curved portion is directed to the front end direction of the insertion portion (32). In this way, the connecting portion 35 constitutes a role of closing the upper surface of the wall plate 20 while the connecting pin 30 ″ mainly connects the through-hole 22 of the upper surface u of the wall plate 20. Therefore, the connection part 35 is preferably a plane facing the opposite direction of the tip of the insertion portion 32, the connection portion 35 may be in the shape of a rod.

Of course, the connecting pin 30 ″ may be inserted into the through fastening hole 22 of the front surface f or rear surface r of the wall plate 20 to connect the adjacent wall plate 20. In this case, the connecting portion 35 having the rod cut in half forms a space between the wall plate 20 and the connecting portion 35 by closely connecting the connecting portion 35 to the side of the wall plate 20. , To facilitate separation of the connection pins 30 "upon disassembly.

On the other hand, when the connecting pin 30 ″ is inserted into the through fastening hole 22 formed in the front surface f or the rear surface r as described above, the connection portion 35 is formed in the front surface f or the rear surface r. In order not to protrude, a groove connecting the through fastening holes 22 formed in the front surface f or the rear surface r of the wall plate 20 may be formed.

This connection pin 30 "mainly serves to connect between the adjacent bottom plate 10 or between the wall plate 20, which also forms a plurality of insertion portions 32 side by side to another modified example Can be configured.

Hereinafter will be described in detail the operation of the preferred embodiment of the building model kit of the present invention having the configuration as described above.

First, the bottom plate 10 is continuously connected in all directions. At this time, the connecting pin 30 connects the bottom plates 10. That is, one insertion portion 32 of the connecting pin 30 is inserted into the through fastening hole 16 of the one bottom plate 10. At this time, the insertion part 32 is inserted such that the stopper 34 is seated on the seating end 18 of the through-fastening hole 16. And the other insertion portion 32 of the connecting pin 30 is inserted into the corresponding through fastening hole 16 of the bottom plate 10 connected.

The number of the connection pins 30 used here is preferably determined in consideration of the size of the bottom plate 10, etc., the connecting portion by the load that is relatively rotated or the external bottom plate 10 is connected to It is preferable to make it to such an extent that it cannot shift.

In this manner, the bottom plate 10 is first connected to the desired area, and then the wall plate 20 is arranged on the bottom plate 10. The wall plate 20 is arranged, as shown in Figs. 5A and 5B, mainly using a connecting pin 30 ".

In other words, a plurality of wall plates 20 are connected by connecting pins 30 ″ to form a wall of a predetermined area. In this case, the connecting pins 30 ″ are front or rear surfaces of adjacent wall plates 20. Each of the through holes 22 formed in (r) may be inserted into each of the through holes 22 formed in the upper surface u. The number of connecting pins 30 "used at this time will vary depending on the height of the wall plate 20.

The wall plates 20 connected in this way are also connected to each other at right angles to partition the space. That is, the connecting pins 30 ″ are respectively inserted into the through fastening holes 22 in the upper surface u of the wall plate 20 to be connected to the through fastening holes 22 formed in the front surface f of one wall plate 20. The part 32 is inserted and connected. In this way, the adjacent wall plates 20 are connected by the U-shaped connecting pins 30 " This is because it is convenient when replacing one of the wall plates 20 in the state.

Wall plate 20 connected in various forms as described above is installed using a connecting pin 30 on the bottom plate (10). And the wall plates 20 are connected to each other to partition the respective spaces.

An architectural model made in this manner is well illustrated in FIG. 1. Here, the architectural model was manufactured by cutting at the upper part of the window, but this is not necessarily the case. And by installing the interior materials on the floor and the wall of the building model produced in this way, by placing the necessary props 50, respectively, the production of the building model is completed. In the drawings of this embodiment, only a part of the prop 50 is shown without interior materials.

Architectural model kit according to the present invention as described in detail above is composed of a bottom plate, a wall plate and a connecting pin, by combining the components in the desired form it is possible to easily manufacture the user's desired architectural model.

Therefore, anyone can easily and quickly create an architectural model, so that the general public can make the structure of his house and freely transform the furniture and interior inside, and design the desired design structure into a model. There is an advantage to this.

In the present invention, the bottom plate, the wall plate and the connecting pins may be separated from the manufactured model to produce a new design of the building model.

Claims (8)

delete delete delete A plurality of holes are continuously connected in four directions, and the installation fastening holes are drilled horizontally and vertically at predetermined pitch intervals on the upper surface, and the through fastening holes are formed at the same pitch as the installation fastening holes from one side to the other side from the front to the rear, respectively. A bottom plate formed with a bisecting fastening hole along the edge from the edge to the back edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; In order to fasten the wall plates or between the wall plate and the bottom plate, an insertion portion inserted into the fastening hole is formed to extend at both ends, and between the insertion portion is an architectural model comprising a connection pin formed with a stopper Kit. The construction model kit of claim 4, wherein a length of the connection pin is shorter than at least twice the pitch of the fastening hole. The building model kit of claim 5, wherein a seating end at which the stopper of the connection pin is positioned is formed at the inlet of the fastening holes. A plurality of holes are continuously connected in four directions, and the installation fastening holes are drilled horizontally and vertically at predetermined pitch intervals on the upper surface, and the through fastening holes are formed at the same pitch as the installation fastening holes from one side to the other side from the front to the rear, respectively. A bottom plate formed with a bisecting fastening hole along the edge from the edge to the back edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; It is formed in the H-shape to fasten the wall plate or between the wall plate and the bottom plate, the first insertion pin portion and the second insertion pin portion having an insertion portion inserted into the fastening hole at both ends is formed, the First and second inserts are architectural model kit comprising a connecting pin connected by the connecting portion. A plurality of holes are continuously connected in four directions, and the installation fastening holes are drilled horizontally and vertically at predetermined pitch intervals on the upper surface, and the through fastening holes are formed at the same pitch as the installation fastening holes from one side to the other side from the front to the rear, respectively. A bottom plate formed with a bisecting fastening hole along the edge from the edge to the back edge; Perforated fastening holes are drilled at the same pitch interval as the installation fastening holes on the entire surface of the floor plate, and the thickness and width are integer multiples of the pitch, and the edges from the front edges of the bottom plate and the wall board to the back edges. Therefore, the wall plate is formed of a bisecting fastening hole, the bisecting fastening hole is formed in both the upper and lower sides and the upper and lower sides of the side; It is formed in a U-shape to fasten the wall plates or between the wall plate and the bottom plate, the insertion portion is inserted into the fastening hole is formed in only one direction and includes a connecting pin that is connected to the end of the insertion portion by a connection portion. Architectural Model Kit.