Example of combined structure designing scheme composed of two building projects with different functions and capable of achieving complementary effect

Abstract

An example of a combined structure designing scheme composed of two building projects with different functions and capable of achieving the complementary effect is characterized in that according to the project combined designing scheme with land conservation and anti-seismic strength improving functions, a leading role in the haze removal tower project constituted by the highest vertical rectangular airflow large-diameter long exhaust channel (1a) serves as one of constituent parts on the ground (D), the stereo garage project constituted by elevator lifting shafts (4) and arranged parking places serves as the other constituent part on the ground (D), and the two parts are combined into a whole to form a combined project structure; and on the lower portion of the ground (D), the long exhaust channel (1a) is connected with an underground gas channel (1b) provided with a haze gas inlet (R) in the other position on the ground (D), and a series of haze removal and purifying treatment appliances (W) and an exhaust fan (F) for driving gas to flow are at least arranged in a main gas delivery channel formed by the long exhaust channel (1a) and the underground gas channel (1b). The exampleof the combined structure designing scheme is suitable for being carried out in cities or lively areas in the cities.

Description

Technical field [0001] The present invention relates to a design scheme combining two engineering items, in particular to an example of a combined structural design scheme that can achieve complementary effects from two architectural projects with different functions. Background technique [0002] At present, many projects are designed and used independently in order to complete their own functions. However, in general, multiple projects in order to complete the functions of multiple projects, if they can be designed together, and finally use the land together, then, Unexpected results may be received, that is, the structural complementarity and the use of land will result in land saving or very land saving; especially in the central and prosperous area of ​​the city, such land saving is very valuable Up. [0003] A haze tower project with a vertical high-altitude exhaust pipe with a diameter of 10 meters and a height of more than 60 meters was launched in Xi’an, China. After expe...

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Problems solved by technology

——However, as the main body of the project is a vertical high-altitude exhaust duct with a diameter of 10 meters and a height of more than 60 meters, although it only has a diameter of 10 meters, because its resistance to lateral vibration (wind force or earthquake force) is weak, so , the area of ​​the foundation it consumes is likely to be many times that of a 10-meter-diameter footprint

[0004] The high-rise three-dimensional garage is a project that people often see, and its structural design is already a matter that people are very familiar with. Its steel structure is extremely resistant to lateral vibration, and its foundation land is very small. However, in cities, especially In the downtown area of ​​the city, it is generally very difficult to build a small three-dimensional garage with only dozens of parking spaces.

[0005] Obviously: if the above two projects with different functions are jointly designed and share a piece of basic land, from the perspective of land occupation (beneficial to the three-dimensional garage project and the haze removal tower project - the latter's basic land is likely to cover For all the former base land) and the stability of the engineering structure (beneficial to the smog removal tower project), it will produce unexpected results, wouldn’t it be better?

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