WO2004097144A1

WO2004097144A1 - A mountain-like building frame for creating land by utilizing space

Info

Publication number: WO2004097144A1
Application number: PCT/CN2004/000365
Authority: WO
Inventors: Deming Hu
Original assignee: Deming Hu
Priority date: 2003-04-25
Filing date: 2004-04-16
Publication date: 2004-11-11
Also published as: CN1458375A; CN1255612C

Abstract

A mountain-like building frame for creating land by utilizing space includes a ground (1), a foundation (5) positioned in the ground, platforms (3), pillars (2) and soil layers (4). The reinforced joints (10) between the foundation and the pillars, or between the pillars and the platforms, are formed from the reinforced cement. The pillars (2) are vertical or inclining inwards while opposed to each other and are connected to form an arc-column structure. The pillars are arched at the same plane of the bottom or the middle or the top of the building, and the range of the arch is same or different. Each of the platforms (3) has one soil layer (4) and retaining walls (6) with railings (7) on the edge thereof. An elevator hoistway (8) having a glass hood (9) thereon and stairs (11) are provided between the ground and the top platform.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mountain-shaped building structure using space to make a ground, and more particularly to a mountain-shaped building structure using space to make a ground. BACKGROUND OF THE INVENTION Currently, in the construction industry, as far as foundations are concerned, they can be divided into pile foundations, box foundations, raft foundations, strip foundations, independent foundations, combined foundations, materials and structures according to structure. Force characteristics can be divided into rigid foundation and non-rigid foundation, according to the depth of burial can be divided into deep foundation, shallow foundation and non-buried foundation; as far as the structure is concerned: there are wood structure, brick-ash structure, brick-concrete structure, steel bar Various structures such as cement structure; in terms of architectural forms: there are various types such as high-rise, low-rise, traditional, modern, ethnic style, and unique style; no matter what kind of structure or building type, whether it is Small-scale single-family villas or large-scale building groups are built on the building's surface to load-bearing walls or columns that are perpendicular to ^ ¾. Vertically supporting the building above this floor forms a quadrangle with four base points perpendicular to each other. Structure, but the building structure of this quadrangular structure, the vertical section of the floor or room is a square or rectangular cube pattern. For this kind of building structure: From the perspective of the cross-section, from the perspective of structural mechanics, because the quadrilateral is an unstable structural form, it resists external stress differences, such as natural external forces such as earthquakes, floods, hurricanes, and human external forces such as war. It is easy to tilt the center of gravity at the same time. At the same time, the center of gravity of this building model is perpendicular to the support point. Once the center shifts, its building structure is prone to deformation and accumulation, resulting in a permanent permanent shift, causing the building to unbalance, tilt, or even destroy. The useful life will be greatly reduced. The current building itself can only build houses in the space, and cannot build land in the space. There is only two-dimensional greening on the ground and no three-dimensional greening in the space. This building model that violates the natural ecological balance is difficult to integrate with the natural ecology, unable to achieve the building's own greening function and the establishment and operation of the ecological balance system; in the final analysis, it is irrational structure, poor living conditions, the building itself has no green ecology, and the environment Serious pollution and damage. The present invention is successfully researched on the basis of fully considering the existing background technology and solving many disadvantages. DETAILED DESCRIPTION OF THE INVENTION The technical problem to be solved by the present invention is to provide a mountain-shaped building structure that uses space to build land and can freely build houses on the ground, so that the mountain-shaped building structure has the following functions and effects:

1. Provide a mountain-shaped building structure that uses space to build a ground, change the square or rectangular hexahedral building form based on a four-point vertical base, and make the quadrangle structure a new building form of a triangular structure. This shape triangle is neither a triangle or a quadrilateral, but a three-dimensional geometric shape like a natural mountain, or a geometric shape similar to a natural mountain. It is a mountain-shaped building. Unique, novel three-dimensional geometry. This three-dimensional geometric shape provides the combination of room and ground in space, and the combination of indoor living environment and outdoor ecological environment to provide sufficient plastic space to achieve the purpose of diversity of architectural and living conditions.

2. Through the use of space-shaped mountain-shaped building structures, based on the triangular mountain-shaped building framework, both independent mountain-shaped building forms can be obtained, and continuous mountain-shaped buildings can be obtained through extension, so as to achieve field-based For the actual situation, carry out the planning and construction, and the scientific and rational layout and expansion of the construction of the internal and external environment of the human settlement on the mountain-shaped building framework.

3. The mountain-shaped building structure constructed by using space to provide the supporting pillars to be tilted relatively or unequally towards the center of gravity supported by them. The inclined pillars are paired with each other to form a whole, forming a combination of arches and columns to bear the load. Structure, thereby realizing the combined structure of the arch and column, and achieving the purpose of reasonable load and strong earthquake resistance and wind resistance.

4. By using the mountain-shaped building structure of space construction to provide independent mountain-shaped structure and continuous mountain-shaped building structure, the center of gravity of the building is located between the two columns of the arch and column combination, and moved down to cohesion to form a steady state. The form of the structure, the mountain-shaped building frame has no deformation accumulation, strong resistance to external forces and disaster resistance, greatly prolonging the service life of the structure, and good lighting and ventilation effects.

5. By using the platform of the mountain-shaped building structure made of space to shrink to the upper layer, the lower area of the platform is relatively larger than the area of the upper layer, forming a terraced building structure, and the layers of greening make the mountain-shaped building structure imitate the natural mountain body. The shape of the shape is varied and varied, so as to achieve the purpose of the appearance and scenery can be consistent with the natural mountain ecology, and improve the living environment.

6. The earth layer is placed on the platform of the mountain-shaped building frame made of space to realize the three-dimensional and three-dimensional greening and landscaping of the terraced field. The greening and landscaping function of the structure itself is truly integrated into the organic and natural. Ecological balance, organic combination of material circulation and energy flow, to achieve the sustainable development of buildings and effectively improve living conditions and other purposes. The technical problem to be solved by the present invention is to provide a building in the form of a mountain-shaped building frame. The technical solution provided by the present invention is: A mountain-shaped building frame made of space, which includes a field, a foundation in the field, a column on the foundation, and A multi-layered platform; the column is provided on the foundation, and the foundation is integrated with the column, a platform is connected to the column, and a reinforcement made by reinforced cement pouring is provided at the joint of the column and the platform The joint point is characterized in that: in the same horizontal layer of the frame, the column is perpendicular to the foundation or platform of the building; or the column is not perpendicular to the foundation or platform of the building and is inclined toward the center of gravity supported by the column ; Inclined columns are paired with each other and connected together to form a structure that combines arches and columns to bear the load together. This arch column combined with the paired columns is set on the same plane layer at the bottom of the building, or on the same plane layer in the middle of the building, or The same level above the building, or through the whole of the building; The columns are tilted relatively equally in the same plane layer, and are tilted relatively equally or unequally in different plane layers; each pair of columns forming a pair is arched inwardly corresponding to each other, and the paired column and its paired column are arched The amplitude is large, consistent, or inconsistent; the inwardly arched columns may be paired with vertical columns; the column-arch combined paired columns may be one-to-one pairing, or one-to-two pairing, or One-to-many pairing; a soil layer for plant growth is placed on the platform; a retaining wall is provided around the outer edge of the platform, and a railing is provided on the retaining wall; between the field and the top platform An elevator room and stairs are provided, and a glass cover is provided on the top of the elevator room. The area of each layer of the multi-layered platform is different, and the area of the lower layer is larger than the area of the upper layer, and the layers shrink upward to form a terraced combination of upper and lower. The scale of each layer of the platform is the same as that of the upper and lower layers. Inconsistent, the soil layer for plant growth placed on the platform changes with each other. The pillars are circular pillars, or square pillars, or oval pillars, or rectangular pillars, or hexagonal pillars, or pillars of various geometric shapes. The platform made by pouring reinforced cement is a rectangular platform, or an oval platform, or a sawtooth platform. Or a platform with a streamlined edge, or a platform with a contour of a natural mountain, or a platform of various geometries and combinations of edges with various lines, the platform is a platform that is protruded from a column, The magnitude of the external picking of the platform is proportional to the size of the reinforcement bonding point. The height between the field and the first floor platform is 3 to 10 meters, and the headroom between the platforms is one to four times the height of the ordinary floor, or one to four times the height of the ordinary floor plus 1 Meter, H is the standard floor height adjusted according to different regions and races, F is the number of standard floors, n is a constant that can expand and contract in the range of 0 to 3 meters, and the clearance height between platforms is HF + The standard modulus coordination relationship of n; the depth scale of each platform can be large or small, but it also follows the module coordination relationship of HF + n, and its size is different scales, orientations, climate, Factors such as geographical location, and thus have corresponding scalability; the space for modular coordination between the platforms is an open-air universal space. The number of columns and the size of the platform are determined by the shape, size, and surrounding environment of the field. When the area of the field is small, the columns will be reduced accordingly and the platform will be reduced accordingly, so that it will become an independent mountain-shaped building structure using space. ; When the area of the ground is large, the number of pillars will increase accordingly, and the platform will increase accordingly, thus extending into a mountain-shaped building framework that uses space to build a continuous mountain. The foundation, column, platform, reinforcement joint, retaining wall and railing are made of reinforced cement material, or made of metal material, or a mixed material of reinforced cement material and metal material. '' Because the technical solution provided by the present invention is adopted, the mountain-shaped building framework of the present invention using space for land construction has the following beneficial effects:

1. Based on urban and rural construction planning, plan corresponding buildings in the corresponding planning area. The mountain-shaped buildings provided by the present invention can be constructed independently and can be connected to each other to form a continuous mountain-shaped mountain-shaped building. The layout, building size and volume can be large or small, the building height can be high or low, the length of the building extension can be long or short, and the beneficial effects of freedom and flexibility, meanwhile, it can be used in both macro planning and single building. Nature blends together to facilitate the creation of beneficial effects of ecological balance, biodiversity, and ecological environment restoration and restoration.

2. Because the pillars of the mountain-shaped building frame provided by the present invention are tilted relatively equally at the same plane level to the center of gravity supported by them, and the same or unequal tilts at different plane levels are paired with the overall force structure, making the replacement Column-combined columns have the beneficial effects of relative stability, symmetry, reasonable structural stress, and strong earthquake resistance and wind resistance. At the same time, the mountain-shaped building framework can maintain structural stability without the need for shear walls and make the space thoroughly The benefits of freedom and flexibility.

3. Due to the research of the present invention, a mountain-shaped building frame and a mountain-shaped mountain-shaped building frame with a shape triangle as the basic structural form are set, and the sectional surface of the basic unit layer space is a rectangular and a trapezoidal support composed of two right-angled triangles The system uses these trapezoids as the basic unit to form a three-dimensional space similar to the mountain-shaped structure when the layers are stacked, thereby forming a terraced mountain-like structured space that shrinks upwards, so that the center of gravity of the building lies between the two pairs of arch columns. Between the columns, the center of gravity moves downwards and cohesively, forming a steady state structure, so that the mountain-shaped building framework can eliminate or improve the accumulation of deformation, its shape and stability Its quality is similar to that of a natural mountain, and has the beneficial effect of resisting external disasters, especially natural disasters such as earthquake and wind, and extending the life of the structure.

4. Since the mountain-shaped building framework provided by the present invention takes the shape of a triangle as the basic structural form, its structure can imitate the shape of a natural mountain body, making the overall form of the mountain-shaped building structure diverse and its overall appearance and ecology can be basically consistent with the natural mountain body. Beneficial effects.

5. Due to the design of the present invention, the columns on the same plane layer are relatively inclined inward, the area of the platform underground is relatively larger than the area of the upper layer, and each layer of the platform becomes smaller and smaller, and the platform layer shrinks upward; the soil layer is placed on the platform. Terraced terraces were created, with sufficient space and area for landscaping on each level of terraces, and terraced green spaces were formed to obtain a green ecology that can meet the sustainable development requirements of future buildings, thereby improving living conditions. Beneficial effect. The terraced terraces also have the beneficial effect of directly irrigating plants with natural rainfall at any time.

6. Since the research of the present invention sets up a mountain-shaped building structure to create an aerial platform to form an aerial ground environment, so that a land with only a flat two-dimensional land becomes a three-dimensional and three-dimensional multi-layer aerial ground, which greatly expands the use of space, thereby The beneficial effects of the development of land use from two-dimensional to three-dimensional space and improvement of building plot ratio were obtained. At the same time, the beneficial effects of doubling the use of land and the integration of human settlements and ecological environment were obtained.

7. Due to the study of the present invention, the height of the platform is set to be one to four times the height of the ordinary floor, or one to four times the height of the ordinary floor plus 1 meter. H is adjusted according to different regions and races. Standard floor height, F is the number of standard floors, n is a constant that can expand and contract in the range of 0 meters to 3 meters, and the clearance height between the platforms is the standard modulus coordination relationship of HF + n; When building a house on the platform, the beneficial effects of the prerequisite conditions are also created by using the modular coordination mode, and the beneficial effects of good sunlight absorption and good lighting performance at any time of the day are also obtained; meanwhile, good ventilation effects are also obtained. Beneficial effect

8. Because the research of the present invention sets a mountain-shaped building structure, which is characterized by moving the center of gravity down to cohesion, eliminate or improve the accumulation of deformation to form a stable structure, and at the same time adopt the overall force structure combined and matched by chess posts to make the columns The supporting function is exerted to the extreme, and the beneficial effect of pyramidal earthquake resistance and wind resistance is obtained, so that the shear wall of the structure can be eliminated, the structural space can be opened and closed without blocking, and the beneficial effect of the universal space can be formed. Due to the extreme support function of the pillars, the smallest pillar area can bear the maximum load. In the case that the current building structure area accounts for 20% -30% of the total area and the lowest 10%, the pillar structure of the present invention It only needs to occupy less than 2% of the platform area, thereby obtaining the beneficial effects of maximizing the space for structural expansion, minimizing the amount of structural materials, and minimizing structural costs. 9. As the research of the present invention sets the open space of the unit-level space as a rectangular and two right-angled triangles with an open-modulus coordinated trapezoidal space, the rectangular space becomes a space that can accommodate and satisfy people's various space requirements. Functional requirements truly realize the beneficial effects of universal space.

10. Due to the mountain-shaped building framework provided by the present invention, it is possible to realize the construction method of building space and build a house on the ground, thereby objectively clearly separating the real estate from the real estate, and on the basis of modular coordination. Corresponding division of labor and cooperation has simultaneously produced two industrial models of real estate and real estate, which solved the indivisible industrial model of real estate and provided operability for the revolutionary reform of the real estate industry and construction industrialization. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic front view of a mountain-shaped building framework using space to create a land according to the present invention; FIG. 2 is a schematic left view of a mountain-shaped building framework to use space to create a ground according to the present invention; Enlarged schematic diagram of the A-section of the building structure. Numbers in the figure: 1-field, 2-pillar, 3-platform, 4-earth layer, 5-foundation, 6-retaining wall, 7-railing, 8-elevator room, 9-glass cover, 10-reinforced combination Point, 11-stairs. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The mountain-shaped building framework of the present invention using space to build land will be described in detail with reference to the accompanying drawings of the present invention, as shown in the drawing of the specification: A mountain-shaped building framework of building land by space, including the ground, the ground has a foundation, ^ An upright column and a multi-layered platform are arranged on the exit; the upright column is arranged on the upper side and connected with the upright column as a whole; the upright is connected with the upright platform; and the joint of the upright and the upright platform is provided with reinforced cement The reinforced joint made by the pouring method is characterized in that: in the same horizontal layer of the frame, the column is perpendicular to the foundation or platform of the building; or the column is not perpendicular to the foundation or platform of the building and faces it The center of gravity supported is inclined; the inclined columns are paired with each other and connected to form a unified structure, which forms an arch-pillar combination and loads 7 in common. This arch-column combined with the pair of columns is placed on the same plane floor at the bottom of the building or in the middle of the building The same plane level, or the same plane level above the building, or run through the whole of the building; The integrated inclined columns are relatively equally inclined in the same plane layer, are relatively equally or unequally inclined in different plane layers, and are relatively equally or unequally inclined in different plane layers; Opposing columns are inwardly changed from each other, and the paired columns are arched in large, consistent, or inconsistent degrees with other paired columns; the inwardly arched columns may be perpendicular to the vertical columns. Column pairing; the column arch combined with the pair of columns can be one-to-one pairing, or one-to-two pairing, or one-to-many pairing; a soil layer for plant growth is placed on the platform; the periphery of the platform's outer edge A retaining wall is provided, and a railing is provided on the retaining wall; an elevator room and a staircase are provided between the field and the platform on the top floor, and a glass cover is provided on the top of the elevator room. The area of each layer of the multi-layered platform is different, the area of the lower layer is greater than the area of the upper layer, and the layers shrink upward to form a terraced combination of large and small. The scale of each layer of the platform is the same or different from the periphery of the upper and lower layers. Consistently, the soil layer for plant growth placed on the platform complements and changes with the change of the platform. The column is a circular column, or a square column, or an oval column, or a rectangular column, or six. Prismatic pillars, or pillars of various geometries. The platform made by the reinforced cement pouring is a rectangular platform, or an oval platform, or a zigzag platform, or a platform with a streamlined edge, or a platform of the contour of a natural mountain. Or a platform with various geometric shapes and combined with various texture edges, the platform is a platform that is protruded from a column, and the amplitude of the platform propulsion is proportional to the size of the reinforcement bonding point. The height between the field and the first floor platform is 3 to 10 meters, and the headroom between the platforms is one to four times the height of the ordinary floor, or one to four times the height of the ordinary floor plus 1 Meters, with H as the standard floor height adjusted according to different regions and races, F as the number of standard floors, n as a constant that can expand and contract within the range of 0 to 3 meters, and the clearance height between platforms is Standard modulo coordination relationship of HF + n; the depth scale of each platform can be large or small, but it also follows the modulo coordination relationship of HF + n, and its size is different scale, direction, Factors such as climate, geographical location, etc., so as to have corresponding scalability; the space between the modules of the platform is the open-type universal space; the number of columns and the size of the platform depend on the shape, size, and surrounding environment of the platform It is determined that when the field area is small, the pillars will be reduced accordingly, and the platform will be reduced accordingly, so that it will become an independent mountain-shaped building structure that uses space to make land. When the field area is large, the pillars will be corresponding. More platform will increase accordingly, so that the use of space and extended to a continuous mountain-shaped chevron reclamation building framework. The foundation, column, platform, reinforcement joint, retaining wall and railing are made of reinforced cement material, or made of metal material, or a mixed material of reinforced cement material and metal material. EXAMPLES In accordance with the above, as shown in the drawings of the description, the mountain-shaped building framework of the present invention using space for construction is constructed. Select a piece of field 1 with a length of 150 meters and a width of 60 meters, which has no special requirements on the topography, geomorphology and geomorphology, and lay the foundation 5 on the leveled field 1 every 10 meters with a reinforced concrete pouring method to form 11 horizontal rows. Column foundation 5 composed of three rows of reinforced cement materials on the foundation 5 Column foundation 5 composed of reinforced cement materials on the basis of reinforced cement casting to produce columns composed of eleven horizontal rows and three vertical rows of reinforced cement materials 2. Column 2 is connected to platform 3 when the headroom is 6 meters, and a streamlined edge is made for platform 3. At the junction of column 2 and platform 3, a reinforced joint 10 and the edge of the external platform are made; and so on; , Column 2 and platform 3 are produced, and the clearance height between the two-story platform 3 is 3m X 3 + 1m = 10m or 3m X 2 + 1m = 7m, and the top platform 3 The platform 3 adjacent to it has a height of 3 meters x 1 + 1 meters = 4 meters. Eight floors of platform 3 are built in total, of which the ground floor is the ground 1 and the second floor is the aerial platform 3, which has the largest area; the third floor platform 3 Shrinks inward correspondingly, the area is slightly smaller than the second platform 3; 3 four platform correspondingly contracted inwardly ,, mesa area smaller than the third layer 3; platform fifth layer 3 correspondingly contract inward, until the top layer. Platform 3 shrinks from the bottom to the upper layer, and the relative proportion of the shrinkage is lower to upper. Among them, the pillars 2 in the first and second floors are perpendicular to the ground, and the pillars 2 on the two sides from the third floor to the top floor have different degrees of relative equal and unequal tilts, and are at the top of the pillar 2 and another Relatively equal and unequal inclined columns 2-pairing, form a structural form of arch columns combined with overall force. The retaining wall 6 is made by reinforced cement pouring around the outer edge of the platform 3, and the railing 7 is embedded in the retaining wall 6; the elevator room 8 and the stairs 11 are made between the field 1 and the top platform 3, and A glass cover 9 is installed on the top of the elevator room 8; a soil layer 4 is placed on each platform 3 of the house, thereby forming a separate mountain-shaped building structure using terraces in the form of a terrace. Has achieved the expected good results. At the same time, a variety of independent mountain-shaped building framework models that use space to build land and continuous mountain-shaped mountain-like building framework models that use space to build land have also been produced, and both have achieved expected good results. Any person of ordinary skill in the industry can implement the mountain-shaped building framework of the present invention using space as described above and shown in the accompanying drawings.

Claims

Claim

A mountain-shaped building structure constructed by using space, comprising a field (1), a foundation (5) in the field (1), a column (2) on the foundation (5), and a multi-level platform (3); in the foundation (5) the column (2) is provided on the base, and the foundation (5) is integrated with the column (2); a platform (3) is connected to the column (2), and the column (2) and the platform ( 3) The joints are provided with reinforced joints (10) made by reinforced cement casting, which are characterized in that: in the horizontal and same plane layer of the frame, the columns (2) are perpendicular to the foundation (5) of the building Or the platform (3); or the column (2) is not perpendicular to the building's foundation (5) or the platform (3) and is inclined towards the center of gravity supported by it; the inclined columns (2) are paired with each other to form a whole, forming Structures that combine columns to share loads, such arch columns combined with the pair of columns (2) are placed on the same level in the bottom of the building, or on the same level in the middle of the building, or on the same level in the upper part of the building, or Running through the whole of the building; The inclined post (2) is inclined relative to the same amount in the same plane layer, inclined relatively equal or unequal amounts in different planes layer; forming each of said pair of posts each

(2) In order to correspond to inward arching, the paired uprights (2) and other paired uprights (2) have the same or different arched amplitude; the inwardly arched uprights (2) may be vertical The columns (2) are paired; the column arches combined with the paired columns (2) may be a one-to-one pair, or a one-to-two pair, or a one-to-many pair; and a platform for plant growth is placed on the platform (3). Soil layer (4); a retaining wall (6) is provided around the outer edge of the platform (3), and a railing (7) is provided on the retaining wall (6); the field (1) and the top layer An elevator room (8) and a staircase (11) are provided between the platforms (3), and a glass cover (9) is provided on the top of the elevator room (8). The mountain-shaped building framework using space for building according to claim 1, characterized in that: the multi-layered terraces (3) have different areas on each floor, the area of the lower floor is larger than the area of the upper floor, and the floor is shrunk upward to form a large floor. The terraced-like combination of upper and lower terraces, the scale of each layer of the platform (3), the upper and lower perimeters are consistent or inconsistent, and the soil layer (4) for plant growth placed on the platform (3) varies with the platform ( 3) Changes that complement each other

3. The mountain-shaped building structure using space to make a space according to claim 1, characterized in that: said upright (2) is a round upright, or a square upright, or an oval upright, or a rectangular upright, or For hexagonal columns, or for various geometries;! Husband's pillar.

4. The mountain-shaped building framework using space for building land according to claim 1, characterized in that: the platform (3) made by reinforced concrete pouring is a rectangular platform, or an oval platform, or a zigzag platform. Platform, or a platform with a streamlined texture edge, or a platform with a contour of a natural mountain, or a platform of various geometries combined with various textures, said platform (3) is outside The platform (3) of 4 trillion columns (2), the width of the platform (3) is proportional to the size of the reinforced junction (10).

5. The mountain-shaped building structure using space for making land according to claim 1, characterized in that: the height between the field (1) and the first-level platform (3) is 3 to 10 meters, and the platform

(3) The headroom height is one to four times the height of the ordinary floor, or one to four times the height of the ordinary floor plus 1 meter. H is the standard floor height adjusted according to different regions and races. F is the number of standard floors, n is a constant that can expand and contract in the range of 0 meters to 3 meters, and the clearance height between the platforms (3) is the standard modulus coordination relationship of HF + n; 3) The depth scale can be large or small, but it also follows the HF + n modulus coordination relationship, and its size is different scales, orientations, climates, geographical locations and other factors that shrink upwards according to each platform (3), so it has corresponding The space for modular coordination between the platforms (3) is an open-air universal space.

6. The mountain-shaped building structure using space to create a ground according to claim 1, characterized in that: the number of the columns (2) and the size of the platform (3) are determined by the shape, size, and surrounding environment of the solid field (1) It is determined that when the area of the field (1) is small, the column (2) will reduce the platform accordingly.

(3) Correspondingly, it becomes a separate mountain-shaped building structure that uses space to make land; when the area of the field (1) is large, the number of columns (2) increases accordingly, and the platform (3) increases accordingly, thus It is a mountain-shaped building framework that uses space to create a continuous mountain-like shape.

7. The mountain-shaped building structure using space for building land according to claim 1, characterized in that: the foundation (5), the column (2), the platform (3), the reinforcement joint (10), the retaining wall ( 6) and the railing (7) are made of reinforced cement material, or made of metal material, or a mixed material of reinforced cement material and metal material.