TWM548331U - See-through building model with detachable structure - Google Patents

Description

Removable structure and perspective building model

This creation relates to a building model, in particular to a detachable structure and a perspective building model in which transparent plates are produced by computer numerically controlled working machines according to a set ratio and are decomposably combined with each other.

The architectural model basically associates the plan paper with the three-dimensional space. It is a three-dimensional representation mode, which expresses the space effect conceived by the designer with its unique image. For modern buildings with advanced technology, complex functions and varied shapes, it is especially necessary to use models for planning and design creation. Building models have been widely used in urban planning, investment promotion, design bidding, real estate development, housing construction, sales, and Interior design and other aspects.

The general building model includes the working model and the display model. The working model is used for observation in the preliminary design stage. For example, the use of sludge, cardboard and plastic is relatively simple; it can be directly observed from the working model and helps the designer to create The process of scrutinizing, correcting, and compensating for the limitations of the performance of the drawings.

The display model is more elaborate after the preliminary design is completed. It not only requires the performance of the building to be close to the real proportion, shape, color, texture and planning environment, but also reveals the internal space, interior furnishings, structure, and structure of key buildings. .

Conventional building display models, most of which use easy-to-process materials such as: cardboard, wood, plywood, plastic, foam, cardboard, bamboo, cardboard, sponge, glass, metal, and engineering plastics, etc. A building design or a sample that the designer conceived and scaled to a specific scale.

Moreover, between the components and components of the conventional building display model, most of them are glued together, and once they are fixed, they cannot be disassembled, so they can only roughly represent the appearance of the building, the space, the pattern inside the building, Interior furnishings, structures, and structures need to be explored from floor plans. As such, there is still room for improvement in use.

The main purpose of this creation is to provide a detachable structure with precision ratio, shape and texture close to real buildings and a perspective architectural model to improve the shortcomings of the traditional display model.

Another object of the present invention is to provide a detachable structure and a perspective building model which can be seen, disassembled, and can reveal the interior space, layout, interior furnishings, structure and structure of the building.

In order to achieve the above and other objects, the building model of the detachable structure and the perspective according to the present invention includes a substrate, a building body, a plurality of beam structures, a plurality of structures, at least one internal structure, and a top plate structure. body.

Wherein, the substrate is provided with a plurality of anchor points; the building body defines an internal space by a plurality of outer column structures and a plurality of outer wall structures, and the plurality of outer column structures are correspondingly anchored on the plurality of anchor points, and the edge is set The floor extends upward; the plurality of beam structures are respectively oriented in an orthogonal direction The cross members are respectively connected between the corresponding upper and lower floors of the inner space of the building body; the plurality of structural bodies are correspondingly received above the plurality of beam structures.

The at least one internal structure defines a plurality of compartments by the plurality of inner column structures and the plurality of compartment wall structures, and is between the plate structure of the corresponding floor and the beam structure; the top plate structure is covered Above the building body; and the substrate, the building body, the plurality of beam structures, the plurality of structures, the at least one internal structure, and the top plate structure are respectively made of a transparent substrate according to a set ratio And can be combined and decomposed together.

Preferably, the transparent substrate is an acrylic plate, and the substrate, the building body, the plurality of beam structures, the plurality of structures, the at least one internal structure, and the top plate structure are respectively The computer numerical control work machine is made according to the set ratio.

Preferably, the building body has a plurality of hoes extending downward from the bottom of the outer column structure, and the plurality of boring heads are provided with a plurality of mortises corresponding to the plurality of boring heads, and are fixedly engaged with each other.

Preferably, the method further includes a high-rise internal structure, which is located on the base floor of the building body and is fixed to the building body. The high-rise internal structure body is composed of a plurality of high-rise inner column structures and a plurality of high-rise partition walls. The structure defines a plurality of high compartments. Moreover, a plurality of positioning points are disposed on a top surface of the plurality of high-rise inner column structures, and a plurality of engaging grooves are disposed on a top surface of the plurality of high-rise wall structures.

Preferably, the plurality of positioning points are pre-embedded permanent magnets having an adsorption magnetic force, and the beam structure corresponds to the plurality of positioning positions A plurality of metal pieces or permanent magnets are embedded in the point. Accordingly, the beam structure can be accurately adsorbed and positioned, and correspondingly embedded in the plurality of engagement grooves.

1‧‧‧This creative building model

10‧‧‧Substrate

10a‧‧‧Eye

20‧‧‧Buildings

21‧‧‧Outer column structure

21a‧‧‧ Shantou

22‧‧‧External wall structure

23‧‧‧High internal structure

231‧‧‧High column structure

231a‧‧‧Location

232‧‧‧High interior wall structure

232a‧‧‧Inlay slot

30, 30' ‧ ‧ beam structure

301, 301’ ‧ ‧ adsorption points

40‧‧‧ version structure

50‧‧‧Internal structure

51‧‧‧ Inner column structure

51a‧‧‧Location points

52‧‧‧Interval wall structure

60‧‧‧Top structure

1 is a perspective view showing an exploded state of a preferred embodiment of the detachable structure and the perspective building model; FIG. 1a is a partial enlarged view showing a circle-marked portion-1a in FIG. 1; A partial enlarged view of the circle-marked portion -1b in Fig. 1 is displayed; a first enlarged view of the circled portion -1c in Fig. 1 is shown in Fig. 1c; and a portion of the circled portion -1d in the first figure is shown in Fig. 1d The enlarged view; Fig. 2 is a partial assembled state of the architectural model of the embodiment of Fig. 1, wherein the imaginary line portion shows a schematic diagram of the beam structure spanning the height-height internal structure; the second figure is the circle mark in the second figure. Partial enlarged view of part -2a, wherein the imaginary line portion shows that the beam structure is adsorbed and positioned and correspondingly engaged in the engaging groove; FIG. 3 is a partial combined state of the building model of the first embodiment, wherein the solid line portion A schematic view showing the internal structure between the beam structure and the beam structure on the upper and lower floors; FIG. 3a is a partial enlarged view of the circle-marked portion -3a in FIG. 3, wherein the imaginary line portion shows that the beam structure is adsorbed and positioned Correspondingly embedded in the inlay In; Fig. 4 is a partial assembled state of the building model of the embodiment of Fig. 1, wherein the solid line portion shows a schematic view of the top plate structure body overlying the inner structure body and the beam structure body; and Fig. 5 shows the implementation of Fig. 1 A perspective view of the combined state of the architectural model.

The features of the present invention will be further described in conjunction with the embodiments, which are merely preferred examples and are not intended to limit the scope of the present invention. .

Fig. 1 is a view for explaining the decomposition state of the preferred embodiment of the detachable structure and the perspective building model; the second to fourth figures illustrate the partial combination state of the creation building model, and the fifth drawing shows the creation The combined state of the building model. As shown in FIG. 1, the building model 1 of the present embodiment includes a substrate 10, a building body 20, a plurality of beam structures 30, 30', a plurality of structures 40, at least one internal structure 50, and a top plate. Structure 60 and the like.

The building body 20 defines an internal space by a plurality of outer column structures 21 and a plurality of outer wall structures 22, the substrate 10 includes a plurality of anchor points; the plurality of outer column structures 21 are correspondingly anchored to the plurality of anchors On the fixed point, and extending up the set floor. In the figure, only the two-story building with high height is used as a demonstration. Of course, it is not limited to this. The same building structure can be extended upward according to the set floor.

In detail, at the bottom of the building body 20, for example, a plurality of boring heads 21a are provided on the bottom surface of the plurality of outer column structure bodies 21, and the substrate A plurality of mortises 10a are provided on the plurality of hoes 21a corresponding to each other, and are fitted and fixed together (as shown in Fig. 1c).

Referring to FIGS. 1 and 2 together, a high internal structural body 23 is placed on the base floor of the building body 20 and fixed to the building body 20, and the high internal structural body 23 is picked up by a plurality of high internal columns. The structure body 231 and the plurality of high-pitch wall structure bodies 232 define a plurality of height-increasing compartments, and a plurality of positioning points 231a are disposed on the top surface of the plurality of height-selecting inner column structure bodies 232, and the plurality of positioning points 231a are A plurality of engaging grooves 232a are provided on the top surface of the high-pitch wall structure 232 (as shown in Figures 1a and 1b).

Each of the plurality of beam structures 30, 30' is constituted by a beam in the orthogonal direction, and the beam structure 30 corresponding to one of the plurality of beam structures 30, 30' is bridged above the height-up internal structure 23. Further, as shown in FIG. 2a, the plurality of positioning points 231a of the plurality of upper inner column structures 23 are pre-embedded permanent magnets having an adsorption magnetic force, and the bottom surface of the beam structure 30 corresponds to the plural The positioning points 231a are provided with a plurality of adsorption points 301, and the plurality of adsorption points 301 may be pre-embedded metal sheets or permanent magnets, so that the beam structure 30 can be accurately adsorbed and positioned, and correspondingly embedded in the plurality of embedded In the groove 232a.

Referring to FIG. 3 together, the plate structure 40 corresponding to one of the plurality of structures 40 is received above the beam structure 30. In this embodiment, the plate structure 40 is integrally connected to the at least one interior. Below the structure 50. The at least one inner structural body 50 defines a plurality of compartments by a plurality of inner column structural bodies 51 and a plurality of compartment wall structures 52; and another corresponding beam structure 30' of the plurality of beam structures 30, 30' Surrounded by the internal structure 50. Only a single internal structure in the illustration The body description, but not limited to this, the same building structure, can contain more than two internal structures, and stacked up according to the set floor.

Further, a plurality of positioning points 51a are provided on the top surface of the plurality of inner column structures 51, and a plurality of engaging grooves 52a are provided on the top surface of the plurality of partition wall structures 52. Moreover, the plurality of positioning points 231a of the plurality of inner column structures 51 are pre-embedded permanent magnets having an adsorption magnetic force, and the bottom surface of the beam structure 30' is provided with a plurality of adsorption points corresponding to the plurality of positioning points 51a. Point 301 ′, the plurality of adsorption points 301 ′ may be pre-embedded metal sheets or permanent magnets, so that the beam structure 30 ′ can be accurately adsorbed and positioned, and correspondingly embedded in the plurality of engagement grooves 52 a ( eg Figure 3a)).

Further, as shown in Figs. 4 and 5, the top plate structure 60 is placed over the beam structure 30', that is, closed on the top surface of the building body 20.

According to the present invention, the substrate 10, the building body 20, the height-up internal structure 23, the plurality of beam structures 30 (30'), the plate structure 40, the at least one internal structure 50, and the top plate The structure 60 and the like are respectively made of a transparent substrate such as a transparent acrylic plate, and are manufactured according to a set ratio by a computer numerical control working machine, so the accuracy and the positioning point are very accurate.

According to this, the substrate, the building body, the high-rise internal structure, the plurality of beam structures, the plate structure, the at least one internal structure, and the top plate structure are sequentially combined with each other Together, it can be seen and disassembled, revealing the interior space, layout, interior furnishings, structure and structure of the building at a glance. In this way, it is very convenient for housing sales and interior design planning.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications made without departing from the scope of the present invention should still be covered by the present invention.

1‧‧‧This creative building model

10‧‧‧Substrate

20‧‧‧Buildings

21‧‧‧Outer column structure

22‧‧‧External wall structure

23‧‧‧High internal structure

231‧‧‧High column structure

231a‧‧‧Location

232‧‧‧High interior wall structure

30, 30' ‧ ‧ beam structure

40‧‧‧ version structure

50‧‧‧Internal structure

60‧‧‧Top structure

Claims (7)

A detachable structure and a perspective architectural model, comprising: a substrate, a building body, a plurality of beam structures, a plurality of structures, at least one internal structure, and a top plate structure; wherein the substrate is provided a plurality of anchor points; the building body defines an internal space by the plurality of outer column structures and the plurality of outer wall structures, the plurality of outer column structures correspondingly anchored to the plurality of anchor points and extending upward along the set floor; The plurality of beam structures are respectively formed by beams in an orthogonal direction, each spanning between corresponding upper and lower floors of the interior space of the building body; the plurality of plate structures are received above the plurality of beam structures; the at least one internal structure a plurality of compartments defined by the plurality of inner column structures and the plurality of compartment wall structures, and between the plate structure of the upper and lower floors and the beam structure; the top plate structure is overlaid on the building body; And the substrate, the building body, the plurality of beam structures, the plurality of plate structures, the at least one inner structure, and the top plate structure are respectively made of a transparent substrate according to a set ratio And decomposable compositions together with one another. The claim 1 is a detachable structure and a perspective architectural model, wherein the transparent substrate is an acrylic sheet. The request item 2 is a detachable structure and a perspective architectural model, wherein the substrate, the building body, the plurality of beam structures, the plurality of structures, the at least one internal structure, and the top plate structure are respectively The computer numerical control work machine is made according to the set ratio. The claim 1 has a detachable structure and a perspective architectural model, wherein the bottom of the building body comprises a plurality of boring heads, and the plurality of boring heads on the substrate are provided with a plurality of mortises, and are fixedly engaged with each other. The claim 1 has a detachable structure and a perspective architectural model, which further includes a high internal structure, which is located on the base floor of the building and is fixed to the building body, and the high internal structure is raised by a plurality of heights. The inner column structure body and the plurality of high-pitch wall structures define a plurality of high-pitched compartments, and a plurality of positioning points are disposed on a top surface of the plurality of high-rise inner column structures, and the plurality of height-selecting compartments are A plurality of engaging grooves are provided on the top surface of the wall structure. The request item 1 is a detachable structure and a perspective architectural model, wherein a plurality of positioning points are disposed on a top surface of the plurality of inner column structure bodies, and a plurality of positioning points are disposed on a top surface of the plurality of partition wall structures Embedding slot. For example, the item 5 or 6 is a detachable structure and a perspective building model, wherein the plurality of positioning points are pre-embedded permanent magnets having an adsorption magnetic force, and the beam structure is embedded with a plurality of positioning points corresponding to the plurality of positioning points. Metal plate or permanent magnet.