WO2007137503A1

WO2007137503A1 - Building structure with roadway in the air and group thereof

Info

Publication number: WO2007137503A1
Application number: PCT/CN2007/001632
Authority: WO
Inventors: Qiongzhao Shen
Original assignee: Qiongzhao Shen
Priority date: 2006-05-19
Filing date: 2007-05-18
Publication date: 2007-12-06
Also published as: CN101074584A

Abstract

A building structure includes a main building (1) with a suspended platform (2) extending from the outside wall thereof. A building group includes two or more buildings connected with each other through the platform (2). The buildings are provided with roads in the air and connected with the surroundings by arrangement of platforms (2) and overbridges (3), which make good use of three-dimensional space.

Description

Building structure and group thereof utilizing space traffic

The invention belongs to the field of building construction and environmental planning, and particularly relates to a building structure and a group combination of buildings that utilize space efficiently.

technical background

The existing building system is not designed from the perspective of three-dimensional space to fully consider the relationship with roads, adjacent buildings and other surrounding buildings. It is usually the only basic activity platform with the ground, and there is bound to be crowded entrance and exit, making humanities Environment, safety and convenience, commercial atmosphere, road access and many other factors form a contradictory space environment contradiction, which hinders social harmony and economic development to a certain extent.

Summary of the invention

The object of the present invention is to overcome the deficiencies of the prior art, and to provide a surrounding environment such as buildings and roads, adjacent buildings and other buildings on the basis of existing building materials and technologies, focusing on the use of three-dimensional space and the overall effect of buildings. Interrelated architectural design, in particular, provides a building structure that makes efficient use of space.

Another object of the present invention is to provide a combination of buildings that efficiently utilize space designed in accordance with the structure of the building of the first object of the invention.

In order to achieve the above object of the invention, the technical solution adopted is as follows:

A building structure for efficiently utilizing space includes a main body of the building, and an outer side of the wall of the main body of the building is provided with an outwardly extending suspended platform.

The invention makes the platform as an air by setting a platform outside the wall of the main body of the building.

Confirmation The road effectively utilizes the three-dimensional space.

In the first technical solution, the platform adopts an elevated road.

The platform is disposed between adjacent upper and lower floors. One to multiple platforms can be set up according to actual needs.

A pile is disposed below the one end of the platform away from the wall. In this way, one end of the platform is fastened to the wall and the other end is supported by the pile to ensure the stability of the platform.

Further, a guard rail is disposed above the one end of the platform away from the wall. Since the platform is suspended, as an airborne road, a guardrail is placed above the end away from the wall to ensure safety. And the guardrail can beautify the design and increase the overall beauty of the building.

The platform of the present invention is also provided with a connection bridge. By connecting the flyover to other surrounding environments, it is possible to connect other buildings, or to connect stereoscopic parking lots and roads, even dams and mountains; that is, you can connect artificial buildings or connect natural landforms. By connecting the bridge, the building of the present invention and the surrounding environment are combined in a three-dimensional space, and the three-dimensional space is more effectively utilized.

In order to achieve the second object of the invention, the technical solutions adopted are as follows:

A combination of building groups that efficiently utilizes space, wherein the building group is composed of two or more building main bodies connected to each other through a platform.

The above technical solution is particularly suitable for community planning or sports village design, etc., through a platform, a plurality of independent buildings are spatially connected, and one or more layers of platforms form an airway between one or more buildings.

In the above technical solution, the platform is provided with a pile below the one end of the main body of the building, and a guardrail is arranged at the upper side. Make the platform as an airway more stable through piles Solid, and the guardrail is used to ensure the safety of the use of airways.

Further, the platform adopts an elevated road that is fully enclosed or has a light well in the middle. A fully enclosed elevated road can be used according to actual needs. If the fully enclosed elevated road affects the lighting below the platform, a light well can be installed on the platform.

In order to make more efficient use of the three-dimensional space, the platform is also connected to other buildings by connecting the bridge. The space between the building and the surrounding environment is connected.

The present invention enables an airway on the outside of the building through a platform such as a viaduct and a bridge, and the airway can also be connected to the surrounding environment, such as the aerial extension of the road traffic of the existing building system, effectively utilizing the three-dimensional space.

DRAWINGS

Figure 1 is a schematic view of the structure of the present invention.

• detailed description

The invention will now be further described with reference to the drawings.

The structural schematic diagram of the present invention is as shown in FIG. 1, and includes a building 1, an elevated road 2, and a flyover 3. The elevated road 2 adopts a three-layer structure, which is respectively disposed between the first and second floors of the building 1, between the second and third floors, and three. The boundary between the four floors is outside the wall, the pile 6 is disposed below the end of the elevated road 2 away from the wall, and the safety guardrail 7 is disposed at the upper side, and the green belt is disposed beside the safety guardrail, the adjacent two The elevated road 2 between the buildings 1 is also provided with a light-harvesting well 8, and the elevated road 2 is also provided with a flyover 3 connected to the surrounding environment.

With the above structure, the floor group below the platform and the platform is called the podium 4, the floor of the podium 4 is usually used as a shop, and the floor above the podium is used as a residential area 5, and the residential area 5 of a plurality of buildings does not adopt an elevated road. 2 connections, mainly considering the comfort of people's housing, As far as the home is concerned, there is no difference from the existing independent buildings. Therefore, through the distinction between the podium 4 and the residential area 5, the comfort of the home and the convenience of travel are taken into consideration.

The main object of the present invention is to construct large-scale construction of commercial and residential buildings, based on existing building materials and technologies, and adopt a group structure of connected buildings. The group effect is that a plurality of modern buildings 1 are connected by an elevated road 2 and a flyover 3. The single structure can be regarded as the combination of the modern building 1 and the elevated road 2 and the overpass 3. The side pile 6 of the elevated road 2 is built on the side of the road, and the other side is connected with the corresponding part of the building 1 to form a podium 4, The podium 4 is connected to other buildings on the same side through the elevated road 2. When it is arranged along the road, it is also connected in the air. The bridges are connected to the buildings and various ancillary buildings across the road at a certain distance. The extended air platform and air road network, residential or office area 5 are built on top of the sidewalk and below the podium 4.

The function of the present invention is to establish a plurality of air road networks which can be extended by connection by using the elevated road 2 and the overpass 3 and the interconnected building 1 , except for the four parts of the podium 4 of the building group, each of the elevated roads 2 In addition to carrying the upper load for the passage, it also has a shadowing effect on the underside, which not only expands the space, but also has its own multiple functions. The overall effect resulting from this is compared with the existing building system in the following aspects. Improvement:

1. Safe, elevated road 2 has a covered passage, no high-altitude falling objects. On different platforms, it can effectively separate pedestrians and non-motor vehicles from motor vehicles and improve traffic safety. The podium 4 is connected. It is easy to rescue from the neighboring building in the event of a disaster. The crowd can also be evacuated directly from the elevated road and the flyover to other buildings and floors to avoid confusion and damage in the dark environment. The podium 4 is wider than the residential area 5. , the structure is relatively stable.

2, comfortable and convenient, residential area 5 is built on the side of the sidewalk line on the top of the podium 4, residential area 5 to the top edge of the podium 4 can be set up with green belts. The noise is effectively suppressed by the multi-storey elevated road and the green belt of the podium. The downstairs is a convenient road, with the convenience of the main road and the tranquility of the inner street. . The multi-storey elevated road 2 forms a multi-channel three-dimensional corridor that can be shaded and sheltered from rain. Pedestrians and non-motor vehicles are not exposed to the sun and rain. The overpass 3 can be built densely. There is no need to wait for the green light to cross the road, and there are fewer round-trips and repeats.

3. Conserving land resources, the surrounding sidewalks and non-motor vehicle lanes are mainly built in the air. On the top of the podium 4, there is also an activity platform with an elevated road area compared with the existing boudoir system. The overall effect is multi-functional, overlapping and compact. It can also reduce some stairs, cancel facilities such as waiting rooms and walls, and shorten the distance caused by the construction of these facilities. Because from the elevated road

2. The top of the podium can easily walk to the top of another podium. It is possible to build public facilities such as schools and kindergartens on the top of the skirt. It is not necessary to occupy the ground as it is now.

In summary, the present invention makes more use of space than the current building system, so that a large number of daily activities can be carried out off the ground, and some public facilities can also be built without occupying the ground. Compared with the existing building system, it is safer, more comfortable and convenient, saves land resources, and expands people's activity space to a greater extent. At the same time, it effectively diverts the burden on the ground in the place where the building is located, thus superior to the existing building. system.

Claims

Claim

A building structure for efficiently utilizing space, comprising a building main body (1), characterized in that an outer side of the wall of the building main body (1) is provided with an outwardly extending suspended platform (2).

2. A building structure for efficient use of space according to claim 1, characterized in that the platform (2) employs an elevated road.

3. A building structure for efficient use of space according to claim 1 or 2, characterized in that said platform (2) is arranged between adjacent upper and lower floors.

4. A building structure for efficient use of space according to claim 3, characterized in that a pile (6) is arranged below the end of the platform (2) remote from the wall.

A building structure for efficient use of space according to claim 4, characterized in that a guard rail (7) is provided above the end of the platform (2) away from the wall.

6. A building structure for efficient use of space according to claim 5, characterized in that the platform (2) is further provided with a connecting bridge (3).

7. A combination of buildings that utilizes space efficiently, characterized in that the building group is composed of two or more building main bodies (1) connected to each other through a platform (2).

8. The combination of buildings for efficient use of space according to claim 7, characterized in that the platform (2) is provided with a pile (6) below one end of the main body (1), and a guardrail is arranged above ( 7).

9. A combination of buildings for efficient use of space according to claim 7 or 8, characterized in that said platform (2) is an elevated road that is fully enclosed or has a light well in the middle.

10. A combination of buildings for efficient use of space according to claim 9, characterized in that said platform (2) is also connected to other buildings by means of a connecting bridge (3).