DE102020000923A1 - Multi-storey building construction polygon plant: Skytirstar - Google Patents

Abstract

A multi-storey building construction polygon is a nine-corner high-rise central system, the core of which includes a support function. Each floor is nine-sided. This building construction polygon structure is visible from afar, vertically arranged building structure polygon structure and which is a nine-cornered Enneagram and "Y / 3-pointed star" is shaped. The carrier system is structured in the center in order to enable particular stability. The building construction polygon core diagonal sections are also star-shaped.

Description

As far as the building construction invention is concerned, it is a multi-storey building construction polygon with a closed outer cladding, which is connected to a support base with nine-cornered floor (s). For this building construction polygon a visible, vertical building construction polygon extension is planned in the longitudinal direction.

"Multi-storey" here refers to a building construction polygon that allows an elevation of up to around 2500 m. Such a multi-storey building construction polygon is mainly a strong incentive for living, working, and also a tempting investment as a financial position, especially since the possible applications are unlimited.

TO THE STATE OF THE PRESENT TECHNOLOGY

There have been unconfirmed reports of several planned increases in altitude since manufacture. The visible basis is the construction of the 560 m high Grollo Tower from Melbourne, in Australia's docklands, proposed, the tower was redesigned by Skidmore, Owings and Merrill. Marshall Strabala, an architect from Skidmore, Owings and Merrill who worked on the project until 2006, said at the end of 2008 that the Burj Khalifa was designed to be 808 meters high. Burj Khalifa uses the bundled tube design of the Willis Tower, which was invented by Fazlur Rahman Khan.

In civil engineering, the pipe is a system in which a building is a hollow cylinder that protrudes vertically from the ground against lateral loads (wind, earthquake, impact). This system was introduced by Fazlur Rahman Khan at Skidmore, Owings & Merrill (SOM) architecture firm in their Chicago office

Another example of the tube's use is the Khan-designed DeWitt-Chestnut Apartment Building that was completed in 1966 in Plaza DeWitt in planned in Chicago, Illinois.

The system can be built in a structural steel, concrete, or composite structure (a secret use of structural steel and concrete). It can be used for office, apartment and mixed-use buildings. Most of the buildings that have been erected since the 1960s and have more than 40 floors are of this type.

The pipe system concept is based on the idea that a building can be constructed to withstand lateral loads by running it as a hollow boom perpendicular to the ground. In the simplest version of the tube, the perimeter of the outside consists of columns lying close together, which are connected by moment connections with deep beams. This arrangement of columns and beams forms a rigid frame structure that forms a dense and strong structural wall along the outside of the building.

This outer frame is designed to be strong enough to withstand all side loads on the building, making it easy to frame the inside of the building for gravity loads. There are comparatively few interior columns and are located in the core of the building construction polygon. The distance between the exterior and structural polygon core frame is spanned with beams or trusses and can be column-free. This maximizes the effectiveness of the perimeter tube by transferring some of the gravity loads within the structure to it and increases the ability to withstand overturning from side loads.

The first building to use tubular frame construction was the DeWitt-Chestnut Apartment Building, designed by Khan and completed in Chicago in 1963. This is where the foundation is laid for the tubular structure design of many later skyscrapers, including his own John The Hancock Center and Willis Tower, as well as the construction of the World Trade Center, Petronas Towers, Jin Mao Building and most other skyscrapers since the 1960s, including the tallest building in the world as of 2017 , the Burj Khalifa.

THE OBJECTIVE OF THE PRESENT PATENT INVENTION

To create residential and / or office and / or administrative and / or attractive usable space. The building construction polygon is initially prepared with external lattice cladding, which the building polygon is fenced in by an outer circle. The incidence of light for the living and / or office and / or administrative and / or other usable areas is created through windows on the star-shaped buildings. The necessary incident brightness in the living and / or office and / or administrative and / or used area, limited to the outside areas or windows. The external brightness can also be increased by artificial light sources towards the center of the building construction polygon. The generally applicable or diverse center of a towering building construction girder base of such a building construction polygon work is associated with a very high level of attention and requires an excellent, similar building construction polygon base base. A multiple foundation is needed as a starting point, beginning, approach, or foundation. A building construction The foundation is the basis to initially bear the weight and pressure of the building construction polygon structure. To do this, the foundation must be strengthened, stabilized and fastened. The payment of the vertical ballast and the pressure over one or more load bases, the sealed abysses also bearing floor ceilings, and the sealed reflection and the daily brightness, necessarily limit the construction independence with which the same building construction polygon work can be carried out.

All users have the same conditions due to the arrangement around the building construction polygon. This does not apply to aristocratic guest houses, which are suitable for a special atmosphere with a patronizing, dominating single or multi-storey main room with plantings and water fun. In view of more substantial, generally accessible living and pleasure areas, in which brightness, warmth, air, irrigation create the quality of life and a pleasant atmosphere, other provisions may also be possible, among other things. Building such an environment would be particularly desirable in higher climatically difficult parts of the building construction polygon.

In order to withstand the determination of the building construction invention, it is appropriate to create a new, multi-storey building polygon structure that at best completely fulfills the above acceptance.

• INVENTIVE SOLUTION

• ◯ - aus etlichen, reichlich energisch auf die Länge ausgerichtete Hochbaupolygonzentralkernen;
• ◯ - aus einer Anzahl von unteren Etagendecken, die fest mit den hauptsächlichen Hochbaupolygonzentralkernen verbunden sind, und als Ganzes in die Gestaltung der neuneckigen Planung mit den Hochbaupolygonzentralkernbasisschnitte bestenfalls als ganze Sternfläche so angeordnet ist, daß Hochbaupolygonzentralkernbasisschnitten mit der Trägerbasis der Trägeranlage eine Gesamtheit bilden
• ◯ - aus einer Anzahl von, dazwischen liegenden hauptsächlichen Hochbaupolygonzentralkernen und Stützen, welche einige oder mehrere, die erste Etage mit ihrer Decke in der Abteilung ihres Innenraumgehalts mit Hochbaubasisgrund befestigt sind, so, dass hauptsächliche die Hochbaupolygonzentralkerne, die Hochhausträgerbasis und die Unterbaustützen zusammen ein schmales, Hochbautragwerk darstellen; -dabei ist in der ersten Etage die Decke
• ◯ - in der Form, eines Neun-Ecks, eines dreieckigen Sterns eines neuneckigen Sterns, eines regelmäßigen Neuneck oder eines regelmäßigen Polygons, oder daraus folgenden Nonagonsoder davon abgeleiteten Basis und/oder daraus zusammengesetzten Hochhaus Bauformen. Daraus folgend, um die Hochhausbau Längsausrichtung allseitig verbundene Polygonflächen herzustellen; die sich an den dazwischenliegenden, mit der Hochhausbau Basis und einer Hochhausbau Innenbasis des Hochbaupolygonwerks erstrecken.
• ◯ - die eine Hochhausbau Polygonfläche offenbart, die in radialer Hochhausbau Ausrichtung zum Hochbaupolygonwerkkern Längsrichtung im Umfang einen Abgrund hat; und diese die Hochhausbauform einen freien, im Zentrum des vom Hochhaus Hochbau Polygon Baugrund bis zum Gipfelpunkt des Hochbaupolygonwerks, verlängern den Hochhausbau Raum ermöglicht. Das Fassungsvermögen beträgt mehr als bis 20% des von der Hochhaus Polygonflächen umgebenen Hochbaupolygonwerkvolumens ausgehend.

A multi-storey building construction polygon is one with a nine-sided high-rise central support system and with a lattice-shaped closed outer cladding and three star-shaped building parts placed one on top of the other, which are always recurring, and is thus connected to the support system with the nine-sided floor ceiling. The special thing about a multi-storey building polygon work, with a closed outer lattice cladding, whereby the building polygon work is visible. This building construction invention is characterized according to the explanation in the above matter. It is noteworthy in a multi-storey building construction polygon that with its nine-cornered support structure, the nine-cornered floor ceilings are also adapted, which can be used as vertical, continuous longitudinal beams. In addition, the above order can be justified by the fact that the basic work is consequently developed as follows:

• ◯ - from a number of high-rise polygon central cores, which are very energetically aligned to the length;
• ◯ - from a number of lower storey ceilings, which are firmly connected to the main building polygon central cores, and as a whole in the design of the nine-corner planning with the building polygon central core base sections, at best as a whole star surface, so that the building polygon central core base sections form a unit with the carrier base of the carrier system
• ◯ - from a number of, in between, main building polygon central cores and columns, some or more of which are attached to the first floor with their ceiling in the department of their interior content with building base base, so that mainly the building polygon central cores, the high-rise girder base and the substructure columns together form a narrow one , Represent high-rise structure; - the ceiling is on the first floor
• ◯ - in the form of a nine-corner, a triangular star, a nine-cornered star, a regular nine-corner or a regular polygon, or nonagons following therefrom or bases derived therefrom and / or high-rise building shapes composed therefrom. As a result, in order to produce the high-rise construction longitudinal alignment on all sides connected polygon surfaces; which extend to the intermediate, with the high-rise building base and a high-rise building inner base of the building construction polygon.
• ◯ - which reveals a high-rise construction polygon surface, which in radial high-rise construction alignment to the building construction polygon work core longitudinally has an abyss in the circumference; and this allows the high-rise building form to extend the high-rise building space in the center of the building ground from the high-rise building construction polygon to the summit of the building construction polygon structure. The capacity is more than up to 20% of the building construction polygon work volume surrounded by the high-rise polygon areas.

The building polygon base area can be limited to a polygon, a hexagon, its polygon base area, from which a regular or uniform polygon, or from the building structure polygon base shape that lies above it and / or is composed again and again, is composed. The scope of the building construction polygon plant floor area is not limited to this only. The building construction Polygon Werk can expressly result in a floor area of 10 m2 to 500 m2. A building construction Polygon Werk floor area of 20 m2 to 1000 m2 is even cheaper. With this, skyscrapers in the urban character and any high-rise buildings in the area can be made, which generally have a height of up to 2000 m and with a considerable set high-rise Tip are equipped. The main building polygon central floors are located in the high-rise central area of the building polygon plant, next to its building polygon central cores.

In the following, in the central area of the high-rise building, the building construction polygon plant area develops, with plenty of independent building construction space that can be developed for other uses.

Since the present strength and contour of the building construction polygon work base area is not abstractly limited, the building construction invention of the building construction base work can also be set up in complicated places on which nine-cornered or nonagon building construction polygon work base areas can ostensibly be carried out.

The height of the building construction polygon according to the invention is not inconsiderable; A special altitude in the discipline of 1000 m to 2500 m can thus be set. Further heights in the discipline from 2500 m to 3000 m could not be ruled out. Building construction polygon works with an independent, characteristic profile can be produced on this, which set up a gigantic and universal application of the building construction polygon work base area.

The building structure of the building construction polygon structure according to the invention is shaped according to a stacked fir tree principle. The slope of the floor ceiling (s) with the star-like building polygon structure is aligned in or on top of each other in a 40 degree rotation, which increasingly dampen the building polygon building ground under low pressure exertion. This allows a narrow building polygon work core floors and building supports. Generally applicable, the building construction according to the invention tapers continuously in a 40 degree turn from the building polygon building base area to the summit of the building polygon building. At the summit of the building construction polygon there is a top building girder and star, on which the first building construction polygon work core layers and building supports are carried out and are non-positively connected with this. As an example, in a building construction polygon according to the invention that is built on a nonagonal or polygonal building structure base area with a size of 500 m, this uppermost building support polygon can be considered at a height of 2500 m and an internal diameter of at least 5 m reveal. If these high-rise polygon work core layers and building supports are carried out continuously over their entire building length, without exception, these high-rise polygon work core layers and high-rise building supports have an inclination of less than 90 ° opposite to the horizontal. In the case of the building construction polygon work according to the invention, these building polygon work core layers and building supports extend in an orientation that is explicitly ascending in an angular range of 80 ° to 89 ° with respect to the horizontal; Such an inclination in an angular range of 80 ° to 89 ° is even more suitable. In connection with this, a narrow, efficient high-rise structure can be realized that integrates a large high-rise structure summit structure.

The first-class building construction polygon central floors can be integrated from their building foundation in the building construction polygon base to the top building structure nonagon continuously and with a uniform high inclination with regard to the imaginable vertical building polygon planter longitudinal direction. A uniform building polygon structure which is largely symmetrical to one another with respect to the vertical building polygon core longitudinal direction is created. Several elevator systems and spacious building construction stretcher access facilities, the building construction polygon work core days can be implemented in a relatively appealing way. However, such a uniform building construction polygon structure is not specified.

The building construction according to the invention, rather one-story building construction polygon structure, in which a main building construction polygon structure core, or several main building construction polygon structure core floors, or all main building construction polygon center floors is / are developed once or several times braced. In this case, each main building polygon core consists of both or predominantly straight building polygon core sections, and building polygon core sections adjoining one another have the same main inclination with regard to the vertical building polygon core longitudinal direction. In this case, individual building construction polygon work core sections of a given main building construction polygon work core can also reveal a main inclination of up to 89 ° with respect to the vertical building construction polygon work core longitudinal direction, as long as the authentically persistent that the primary alignment of this building construction polygon work core over all of the building construction polygon work core length opposite to the main inclination to 89 ° to the main inclination ° revealed. A similar building construction polygon structure with the main building polygon structure cores turned over several times is shown in FIG. 2; Compare also Fig. 12. Such a high-rise structure with turned-over high-rise polygon structure cores requires a splendid structural design, as well as a more splendid static and energetic set-up and causes gigantic expenses. But also establishes a considerable independence and expansion regarding the construction of polygon works. More powerful building construction polygon works with an independent building construction polygon work outline and building construction polygon work core longitudinal direction can be realized.

For a remarkable gigantic and eel-shaped building construction polygon structure according to the invention, a main inclination of one or a number of main building structure polygon structure core layers can be determined in an angular range of up to 89 °.

The building construction polygon work according to the invention comprises three Nonagon stars on top of each other, the main building construction polygon work cores serving the development, which extend from the building construction polygon base to the top building construction polygon work Nonagon star. Building construction polygon works Alternatively, for a building construction polygon work according to the invention that is to be built on a series of completed building construction polygon work base areas, also subsequent three and still more, three main building construction polygon work core days can still be established in the exemplary manner. Unplanned, a large number of building supports for direct support of the floor (s) are stored on their inner circumference. Building polygon work core layers and building supports are each set up in building foundations, which are comprehensively divided into the building construction scope of the building polygon work base area in the building construction polygon base. In comparison, the harmonious building foundation, of enclosed mass and emphasis, is appropriate. Even if a total amount of building foundations are needed, their creation is more harmonious and loosely splendid than building foundation priming and building foundation securing of a robust and substantial building foundation for an ordinary high-rise.

The building structure of the building construction polygon structure according to the invention contains on the virtual, central, essential, vertically penetrated building structure polygon structure core longitudinal direction to bent main building structure polygon structure core floors and building columns, as well as closed building structure polygon structure nonagon stars, which are connected to these building structure polygon structure cores and building columns by force at the cross-over points. Despite the essentially truncated cone-shaped design, a slim, coherent, self-stabilizing high-rise structure can be produced, which reveals gigantic durability and which defends against the wind ballasts to be imposed on each other even at heights of 2000 to 3000 m. The building structure Nonagon Stars are covered by three angular star surfaces and still self-supporting Nonagon floor ceiling (s) of the decided building depth, the pressure of which is consumed via the inclined building polygon work core levels and building supports in the building polygon base. Above all, pressure ballasts occur, which creates the effective force of the support base system.

The interior of the building polygon work is - in the meaning of a building polygon work core - a considerable, expressionless, column-free, set Nonagon star, which protrudes from the building polygon base to the top building polygon work Nonagon star at the summit of the building polygon work. The building construction influence of this nonagon space accounts for up to 10% and preferably up to 20% of the building construction polygon work volume terminated by the building construction area. A building core capacity that accounts for more than 10% of the building construction polygon structure volume is occasionally favored. According to the understanding of the researchers named here, a similarly powerful building core holding space in a much multi-storey building polygon, which is mainly intended for residential purposes and possibly also for office and attractive use, has not yet been realized so high. This building core space is illuminated by a daylight permeable next to the result of the building construction polygon structure on the top building polygon structure Nonagon Stern and by daylight permeable building sections of the Nonagon Stern with its own daylight. As will be explained in detail in the following, a structure of similar star usable units is set on the several floor ceiling (s), the capacities of which are not completely balanced by the building polygon center. Alternatively, brightness can reach through daylight-permeable nonagon sections on the outside and from the building core capacity of the building construction polygon into the building space and use it there for daylight lighting. The building construction units implemented towards the building core capacity can also provide natural brightness, which also occurs at the top of the building construction polygon.

The considerable marital building space, which extends from the building construction polygon base to the building polygon work zenith, creates a huge building volume that can be defined in contrast to the external building environment. The building air installed in that definable building volume can be checked, preferably the atmosphere, humidification, building composition, building construction absence from onset and if a certain amount occurs, or other building construction nuisances. In vertical building construction alignment, different weather zones can be adapted and maintained, also in an integrated building construction planting. The considerable volume of air in the building construction can help as a resilient device at the front and reduce the building construction alignment between different building construction workings. In the above-mentioned high-rise conurbations of megacities as well as in polygon-built areas with a drastic atmosphere, a robust and real high-rise living space for residents can be created under the most persistent regulations possible.

The atmosphere, the humidification, the cleanliness and the properties of the building air can be checked in the building construction room. A more or less real atmosphere can be used during the building construction polygon. Building construction space serves as building construction processing in the air conditioning compared to the external building environment. An energetically buttoned heating and cooling plan for the building construction polygon can be implemented.

The considerable structural composition inside the building construction polygon enables a generally accessible building construction space for non-profit, communicative and non-political get-togethers of residents, users and guests.The interior of the building construction space can have a peculiar building environment on the site with a green and developed landscape, or green borders and physical culture facilities - or to be built up. In this building composition, traffic noise and other noise can be prevented from being generated. A favored building construction area can be created in which the residents feel comfortable, even if the building construction polygon work is set up in an environment that is also worked out by a drastic, genuine and / or benevolent atmosphere.

Promising building construction designs, building construction forms and further training of the building construction polygon works according to the invention are a matter of the subclaims.

Initially participation; Work, performance as a component of the durability of the high-rise building structure, the building construction polygon work core days primarily have a building construction development function. The main central building polygon work cores are made of reinforced concrete building construction, in which elevators, step systems, stairs, escape routes, disposal lines and supply instructions as well as other high-rise building technology are arranged. The building construction polygon work core levels can have a nonagon or other polygonal cross-section. Generally valid, the high overview results in dimensions of 10 m to 100 m.As an example, building construction polygon work core floors with nonagon or other polygonal overview can be determined, which have a circumference of 10 m and a depth of up to 200 m

Nonagon building polygon work core floors are aligned in a way with their building polygon work core longitudinal direction on the virtual central vertical building polygon work core longitudinal direction.

There are walls and ceilings in the building construction polygon core. The arrangement of the walls creates shafts for elevators, building services and stairs. The horizontal ceilings stretch between the walls of the building polygon work core floors and serve as platforms for flights of stairs. These ceilings are on the same level as the adjacent floor (s) outside of the building construction polygon work core floors (ceiling-level connection) and enable stepless access to such floor (s). Such ceilings continue in a modified form the adjoining floor ceiling (s), which are frictionally connected to the building construction polygon cores, in order to form nonagon stars.

The main central building polygon plant core days can be divided into similar star building settings with 40 degrees recurring repetition, to each other and / or to each other along the star building perimeter of the building polygon plant base area. The same, in the pioneering same star construction spacing, allow an efficient star construction load transfer. In a divergent manner, including adjoining main building construction polygon work cores of a building construction polygon work according to the invention, different star construction distances can also be determined overall; for example, in a building construction polygon work with more than one triangle, mainly building polygon work cores, that is made on a building construction polygon work base area decided one after the other and / or on top of one another. Adjacent to the building construction polygon cores, the floor (s) and building structure Nonagon Stars are attached to the building construction polygon base by the building supports. Including adjacent building construction polygonal cores, depending on the material and space, a different mass of building supports can be provided at once. In the case of a considerable amount of adjoining building construction polygon work cores, the support point of the floor ceiling (s) and building construction polygon work nonagon star sections can be secured with a considerable number of building construction supports, as well as if these only have an ending, cantilevered star span.

The number of building polygon work core days and the outermost extension between each other building polygon work cores to escape exits is determined by the always fixed official orders about the ideal extension of an escape route. In Europe, this external distance is 50 m. In this case, the distance between adjacent building construction polygon cores after escape exits on each level of the floor (s) must not exceed 100 m. In this context, on the complete impression of the building polygon structure, provision is primarily made for an extremely extensive extension between the adjacent building structure polygon structure cores to escape exits on each level of the floor of the building structure polygon building site of 50 m to 150 m. A similar maximum extension of 70 m to 140 m is unrelatedly popular here.

The building construction polygon structure according to the invention tapers with increasing height. As a result, the building construction polygonal nonagon stars attached at a gigantic height have a smaller scope than the star construction setting, which is similar to the building construction polygon base, with 40 degrees recurring sequence to each other and / or on top of each other, a nonagon star is added.

Accordingly, the first building construction polygon work core days are available, each extending from a building foundation in the building construction polygon base to a top building polygon work Nonagon Stern on the summit of the building construction polygon work; and there are other, second building polygon work core levels, which each extend from a building foundation in the building polygon base to a summit or higher height of the building polygon work Nonagon star. This at an inclination of 40 degrees, always following each other and / or each other and / or each other second building polygon work core days through polygons the building construction requirements on the longest affirmed extension of the escape route, on these building polygon work Nonagon stars attached at a higher height. Accordingly, it is not crucial that these nonagon stars extend over the entire height at 40 degrees, following each other and / or each other, second building structure.

The building construction polygon work according to the invention has a special resistance and stability on all building construction polygon work core levels due to the construction method of the building statics.

In particular, it is ensured that these are carried out continuously over their entire height for all building construction polygon work core levels, or point out throughout this entire extent and are carried out sincerely between such building construction polygon work core locations. The careful building construction development of the building construction polygon work core sections and the building construction polygon work core sections between two building construction polygon work core locations relieves the building construction use of elevator systems and their systems.

Even in the case of building construction polygon structure cores revealing one or more building construction polygon structure cores, every precise building stretch of such building structure polygon structure core days is incorporated in such a way that its building alignment with the horizontal expressly includes a slope in the task area of 80 ° to 89 °; added enclosed popular implies such an angle of 85 to 89 °. As a result, a large high summit can be built inside a building construction polygon with a narrow, efficient building structure.

A large number of structural supports are joined between each of the adjacent building construction polygonal cores. These building supports are also divided over the entire building construction perimeter of the building construction polygon work base area. In particular, adjoining building supports on the building construction polygon base, each in an extension of 4 m to 20 m, are joined together. The building supports are intended to coordinate an emphasis on the floor slab (s) in the building polygon base. With a certain amount of useful polygonal effort, self-supporting floor slabs can reach a span of up to 250 m. Floor slabs made of reinforced concrete are generally used with spans of up to around 20 m. Floor slab (s) made in structural steel / reinforced concrete composite jointly influence building spans of around 4 m to 20 m. Thicker building spans of up to around 50 m are also feasible, but require more massive building support structures. The best feasible extension including two adjacent building supports is subordinate to the setting of the floor (s) and their building support structure.

It has proven itself as building supports made from a structural steel of the quality S 355 or dominant, or from a structural steel / structural concrete composite with a similar structural steel. Structural steels that have this quality are recognized in high-rise construction and can also be used in building construction polygon works according to the invention. Building supports obtained from the same building raw materials can be universally applicable have a thickness of 300 mm to 1 mm, depending on the building construction force to be completed and the outermost length of such a building support.

The execution of these structural supports follows the structural alignment of the adjacent structural polygon core. Accordingly, these high-rise pillars can be designed continuously over their entire length, or these high-rise pillars have one or several high-rise construction sites throughout their entire length and are then carried out continuously between these high-rise construction sites.

These building supports are only intended where they have to bear the building weight of the floor (s) in relation to the building polygon structure Nonagon star sections attached with the building polygon structure cores and also have to hold them in the building structure polygon base. Accordingly, the first building supports are available, each extending from a building foundation in the building polygon base to a top building polygon structure Nonagon Stern on the top of the building. Then other, second building supports are available, each of which extends from a building foundation in the building polygon base to a building polygon structure Nonagon Stern set at a medium or gigantic height and which are divided at a distance of at least 5 m from one another on this building structure polygon structure Nonagon Stern. An added smaller adjacent building column is not suitable for economical reasons, because the self-supporting building span of a floor slab (s) can be at least 4 m.

After an extensive, promising building construction, third building supports may also be available that start from a building polygon structure Nonagon Stern, at which one or several building polygon structure core (s) lead away and extend further upwards from there. Such other building supports then take away the load transfer of the building construction polygon structure cores which are not more detailed in this section of the height.

The main central building construction polygon plant core days and the building supports are frictionally connected with the building construction polygon plant Nonagon Sternen. The high-rise structure Nonagon Stars also cope with the building construction polygon core in a suitable, modified building form. With the help of these high-rise polygon work core sections, set high-rise girders Nonagon stars are produced, which are provided for the entire high-rise structure on the circumference of the building. The building construction polygon structure cores, the building supports and these discontinued building structure Nonagon Stars form together in a coherent building structure for the building structure polygon structure. The adjacent building polygon plant cores attached to the building polygon plant Nonagon star sections, at the same time also the first floor ceiling (s), which also make up the polygonal areas arranged on all sides in the longitudinal direction of the building polygon plant core. These are a nonagon, a regular or uniform polygon or star shapes derived therefrom and / or connected therefrom. These high-rise nonagon stars or these first floor slab (s) form a minimum polygonal area that has an extension or depth of 5 m to 500 m in radial alignment to the longitudinal direction of the building polygon structure core. The same reflection from 10 m to 200 m is primarily determined here. A similar expansion with regard to the abyss can be extravagant from the self-supporting floor of the ceiling without any splendid building support structures.

In particular, these high-rise nonagon stars with regard to the first floor ceiling (s) are developed in a general structural steel composite construction and have actual and secondary structural steel composite girders on which a building material rests. Recurring on top of this is a minimum polygon area made of a reinforced concrete ceiling, which then represents the first floor ceiling.

With regard to a favored embodiment polygon shape and embodiment star shape of the present building construction invention, original structural steel composite beams in the form of rays in the longitudinal direction of the building construction polygon work core are available, each of which contains an outer steel network and an inner support point. The inner support point of these original, radial structural steel composite girders is attached to a structural support, and an outer steel network of these primary, radial structural structural steel composite girders is attached to a lattice element that is in turn connected to the same structural structural support. This building construction avoids unscheduled building supports on the inner building circumference of the first floor (s). Opposite building orientations can be determined for these grid elements. According to a structural design, a number of components can be regulated primarily vertically; See Figures 13 and 14. In that pitfall, a slope including a building element and a building support or a section of a building support will be set in the department. Even with quite sufficient building elements, only relatively thin floor (s) can be tied up and fastened.

A building construction polygonal shape is dominantly favorable, in which the fastening point of such a building element on the building support is so aesthetic that, including the building prop and the building element, an incline is achieved. Occasionally, the same slope, mainly the same slope, is absolutely conceivable here. Even with relatively fan-like floor slab (s) and relatively supported building construction elements, the best possible structural introduction of the essentiality of the floor slab (s) into the building support can be created.

Added are original structural steel composite girders made in contact with the central structural polygon work core longitudinal direction of the line, which brace into the structural reinforced concrete ceiling on the inner core circumference and on the outer lattice circumference with the minimum polygon area. The original line on the outside, which touches through the structural steel composite girders or structural steel composite pillars, are secured by the adjacent structural supports. The built-in structural steel composite polygonal girders attached to the inside and carried through touching the original line can be tied up to adjacent structural elements and / or supported on localized original, radially attached structural steel composite girders.

Primary floor ceiling (s) can be provided in any horizontal flatness of the building that is to be placed in the independent utility harmony. However, this is not limited to uninteresting use, because the construction of the floor slab (s) also adds to the durability of the connected high-rise structure.

A building construction polygon shape of the building construction according to the invention is therefore particularly favored, in which adjoining floor slab (s) are laid out one above the other or on top of one another. In this case, unscheduled provision is made for one or more floor ceilings to be employed, including adjacent floor slabs, which is / are developed as a false ceiling (s) and which is / are attached to a floor ceiling and / or tied up . Polygon requirements are placed on the durability and stability of the building and the self-supporting polygon span of such intermediate ceilings, so that the intermediate ceilings can be regulated relatively easily in terms of the construction conditions.

In the event that two adjacent floor (s) are divided into a construction distance or the supporting polygon elements or star construction elements built over and over again 40 degrees rotation, floor ceiling (s) can be arranged between these floor ceiling (s), developed as intermediate ceiling (s), so that here the building floor height usual for use retains the arrangement. Multi-storey building construction units can be determined diverging; See picture building construction units that have an elevation of approx. 4 m to 15 m and which are structured in a horizontal building direction ..

According to a further advantageous structural design of the building construction according to the invention, structural elements that protrude from the alignment of a building or that protrude as support for projecting structural elements can be designed in storeys on the outer lattice and possibly also on the inner structure core circumference of the polygon area and / or nine-corner star area of the floor ceiling (s), which each extend to the abyss, for example up to 4 m. Corresponding components protruding from the alignment of a building or projecting the support will be attached in a way to extensions of the original, radiating through structural steel composite girders and can be attached to any available, extended structural steel composite girders. With these protruding from the alignment of a building or those with the support of protruding components, the usable building area of the floor ceiling (s) can be stretched in designated departments.

In particular, those components that protrude from the alignment of a building or that protrude above the support on the outer circumference of the floor (s) serve to prepare fastening points for the polygon planning of a huge exterior building front of the building polygon plant.

This exterior building front should be completely developed in a manner in order to shield the building construction usable spaces within the building construction polygon system from snow, rain, dust and other weather pollution. This exterior front side is expressly developed in large parts of the building so that it is permeable to daylight. For these daylight-permeable places, panes made of glass come into consideration.

A peculiarity of the building construction polygon structure according to the invention is that in this way further freedom of movement is created for the building structure formation of the front side of the building. The front of the external building can inevitably adjoin the building implementation of the building polygon work core floors and building supports, but it can also differ from it. With the exterior front side, known shapes and Contours and building side views that are recognized and reproduced in a comprehensible manner. The example of a Christmas tree principle can be applied here. The same exterior building front side can be produced from building facade elements, as they are employed again and again in the high-rise building star and / or high-rise building polygon up to the building top.

The first building construction polygon plant core days and the first building supports are aimed at a top building polygon plant Nonagon Sternaus, which is located on the top of the building construction polygon plant. A high polygonal structure rests on this uppermost building construction polygonal structure Nonagon Stern. This upper building construction end can have the embossing of a building spire, a building top mast, a building dome of a skyscraper or the like. This upper building construction summit is expressly permeable to daylight in large parts of the building, in order to enable illumination of the skyscraper within the building construction polygon with these possibilities. In order to ensure sufficient incidence of daylight, this top building polygon work Nonagon Stern should be at least the same as the building polygon plant below Nonagon Stern; Even better is a top building construction polygon plant Nonagon Stern with an inside diameter of around 10 m.

DIFFERENTIATED ILLUSTRATION OF THE EXISTING BUILDING BUILDING INVENTION

• 1. einem [vereinfachenden] Schema entsprechend die Aufteilung der Stärken an der Hochbauspitze;
• 2. die aus 1 abstammende Hochbautragwerkspolygonstruktur für ein Hochbaupolygonwerk mit Hochbauwerkpolygonkernen, Hochbaustützen und Hochbaupolygonwerk Nonagon Sternen;
• 3. einem [vereinfachenden] Schema entsprechenden Schrägabbildung ein Konkretisieren des aus 2 abgestammten Hochbaupolygontragwerks für ein Hochbausternwerk;
• 4. das aus 3 abgestammte Hochbaupolygonwerk, daß mit einer gleichförmig geäußerten Hochbaupolygonaußenfassade verabeitet ist;
• 5a, 5b und 5c - je einem [vereinfachenden] Schema entsprechenden Aufführung - eine Hochbaudrundfläche für ein Hochbaupolygonwerk nach Punkt 4;
• 6a, 6b und 6c die aus den Hochbaudrundflächen nach 5a, 5b und 5c je erklärbaren Polygongeschossflächen;
• 7. einem [vereinfachenden] Schema entsprechenden Aufführung aus einer Etagenpolygondecke mit zugeordneter Hochbautragformung;
• 8a einem [vereinfachenden] Schema entsprechenden Aufführung in einer Polygongeschossseitenansicht den Hochbauanschluss eines Hochbaustahlträgers an eine Hochbaustahlstütze;
• 8b und 8c einem [vereinfachenden] Schema entsprechenden der Ausführung in einer Polygongeschossseitenansicht an der Vorrichtung eines Hochbaustahlträgers an einem Polygongeschosselement;
• 9a und 9b diverse Formen bei der Herstellung eines Hochbauerfindungsgemäßen Hochbaupolygonwerks;
• 10. anhand einer routinemäßigen Hochbauschnittausführung eines Hochbauerfindungsgemäßem Hochbaupolygonwerk;
• 11 anhand einer routinemäßigen Hochbauschrägansicht ein riesigeres, nach Vorbild 1 vorhandenes Hochbauerfindungsgemäßes Hochbaupolygonwerk;
• 12. mit Hilfe einer routinemäßigen Hochbauschrägansicht noch ein weiteres, nach dem Bild 2 verfügbares, Hochbauerfindungsgemäßes Hochbaupolygonwerk;
• 13. eine schematisch Hochbauschnitterklärung längsseits der Hochbauschnittlinie A-A aus 12;
• 14. eine Hochbauerklärung im Detail, speziell eine Einzelheit aus Bild 13; und
• 15, die Hochbaugeschossfläche, die am Hochbaupolygonwerk nach 12 auf dem, in einer Höhe bis 2500 m dargestellten, ersten Hochbaupolygonwerk Nonagon Stern der Welt verwirklicht ist.

Subsequently, this building construction invention will be explained with all details with the help of favored building construction forms in relation to drafts; present the latter:

• 1. The distribution of the strengths at the top of the building according to a [simplifying] scheme;
• 2. the high-rise polygon structure derived from 1 for a high-rise polygon work with high-rise polygon cores, high-rise columns and high-rise polygon work Nonagon stars;
• 3. An inclined map corresponding to a [simplifying] scheme, a concretization of the building polygon structure derived from 2 for a building star structure;
• 4. the building construction polygon work derived from 3, that is processed with a uniformly expressed building construction polygon outer facade;
• 5a, 5b and 5c - each a performance corresponding to a [simplifying] scheme - a building area for a building polygon structure according to point 4th ;
• 6a, 6b and 6c are the polygon storeys that can be explained from the building floor areas according to 5a, 5b and 5c;
• 7. A performance corresponding to a [simplifying] scheme from a multi-storey polygon ceiling with an associated high-rise structure;
• 8a shows the structural connection of a structural steel girder to a structural steel column in a polygon storey side view corresponding to a [simplified] scheme;
• 8b and 8c a [simplified] scheme corresponding to the embodiment in a polygon storey side view on the device of a structural steel girder on a polygon storey element;
• 9a and 9b various forms in the production of a building construction according to the invention;
• 10. on the basis of a routine building construction section execution of a building construction polygon work according to the invention;
• 11 on the basis of a routine oblique view of the building construction, a larger building construction polygon structure according to the invention according to example 1;
• 12. With the help of a routine building oblique view, another building construction polygon structure according to the invention available according to Figure 2;
• 13. a schematic building section explanation along side the building section line AA from FIG. 12;
• 14. a building construction declaration in detail, specifically a detail from Figure 13; and
• 15, the building floor area, which is realized at the building construction polygon plant after 12 on the first building polygon plant Nonagon Stern in the world, shown at a height of up to 2500 m.

1 shows a schematic building construction polygon load distribution up to a building construction summit. Extensive to the surface of the mast extend straight, opposite to the vertical sloping opening and building construction polygon core to which horizontally continuous floor ceiling (s) are attached. Horizontal building construction polygon loads are connected to the building polygon work core floors via the floor (s) and from this movement and axial strengths in the building foundations are directed in a different direction. The building construction polygon loads from their own weight without taking into account the floor (s) are derived via the building polygon pressure forces in the building polygon direction running from pole to pole and reduced. Strength stresses on the building structure cores occur in the central core and would also require more robust building structure polygon structure core levels.

the shows the building construction implementation of a consideration in an effective and economical high-rise structure for a skyscraper. The building structure Nonagon Stars ( 30th ) are strong and shear resistant with the building construction polygon core ( 10 ), which are based on building foundations ( 7th ) and on the boundary line of a nonagon figure of the building construction polygon work base area 3 are available. A self-strengthening high-rise structure is built next to one another.

• ◯ - erste Erschließung des Hochbaupolygonwerkkerns (12), die sich vom Hochbaufundament (7) bis zum obersten Hochbaupolygonwerk Nonagon Stern (38) verlängert; und
• ◯ - zweite Erschließung des Hochbaupolygonwerkkerns (13), die sich vom Hochbaufundament (7) bis zu einem Hochbaupolygonwerk Nonagon Stern (35) in mittlerer Höhe verlängert. Hinzugefügt werden kann die Berechnung, dass bei einem polygonförmigen und/oder Neuneckstern des Hochbaupolygonwerks in größerer Höhe die bewirkte Strecke der Hochbaufluchtwege möglicherweise auch mit einer Polygonanzahl an Erschließung der Hochbaupolygonwerkkernen verwirklicht werden kann.

For this development of the building construction polygon core ( 10 ) various execution polygon shapes can be set; as follows

• ◯ - first development of the building construction polygon core ( 12th ), which stand out from the building foundation ( 7th ) to the top building construction polygon plant Nonagon Stern ( 38 ) extended; and
• ◯ - second development of the building construction polygon core ( 13th ), which stand out from the building foundation ( 7th ) to a building construction polygon plant Nonagon Stern ( 35 ) extended in the middle. The calculation can be added that in the case of a polygonal and / or nine-corner star of the building construction polygon works at a greater height, the resulting route of the building escape routes can possibly also be realized with a polygon number of opening up the building construction polygon works cores.

The building structure Nonagon Stars ( 30th ) cope with the converted building construction polygon work Nonagon star sections ( 31 ) in the appropriate building design also the development of the building construction polygon cores ( 10 ) and manufactured building construction polygon works Nonagon Stars, which the lower building construction polygon works core floors ( 10 ). These building beams - Nonagon stars ( 30th ) essentially hold the floor deck in the center ( 50 ) and their building construction girder production ( 40 ) was related, like the one below, to those on the points 7th , 8a , 8b and 8c is explained. These discontinued building structure Nonagon Stars ( 30th ) are designed in their way of structural steel / structural reinforced concrete composite system and are fully utilized under their own weight under structural pressure. This characterizes this high-rise structure type from all other types of polygon structures used for high-rise buildings.

The floor ceiling (s) ( 50 ) are made of reinforced concrete in their own way. Structural reinforced concrete ceilings with suitable dimensions can, at best, overstrain construction support. Building structures made of reinforced concrete with a high-rise support structure made of high-rise steel composite girders can overstrain at possible building construction costs, at best, unsupported dimensions. This insignificant rear part of the floor ceiling (s) ( 50 ) is the building direction running in the direction of a radius, according to its layout as a possibility of being vertical building polygon work core longitudinal direction. The development of the building construction polygon core is desired and does not provide any building polygon usable areas. Accordingly, one can try to get by with little development of the building construction polygon core. The outermost range between two adjacent access to the building construction polygon columns is based on the officially planned outer building length, the escaping building escape routes. In Europe there is an undiminished external extension between two developments of the building polygon core and / or building polygon columns. Accordingly, between two neighboring building construction polygonal cores and / or building polygonal columns, extraordinary building supports ( 20th ) become effective, the mass and setting of which follows from the building construction polygonal column dimensions, which the floor ceiling ( 50 ) in a line touching direction can at best be self-supporting. According to the invention, these building supports ( 20th ), the polygonal ceiling (s) ( 50 ) Strengthen the building's outer circumference in the vertical direction of the building. As a result, the implementation of these structural supports ( 20th ) to the orientation / main inclination of the building construction polygon work core floors ( 10 ). The building supports ( 20th ) have been developed in a way as structural steel bars or structural steel profiles and consist specifically of structural steel of quality S 355 or higher. The building supports ( 20th ) will be deposited on building foundations ( 8th ), which are located on the outskirts, the building construction polygon work base area ( 3 ) are divided.

The building area exposed for residential purposes, entertainment and other desirable purposes, office and administrative activities as well as possibly also for limited commercial building use with regard to the intended purpose, are aimed at the polygonal floor ceiling (s) ( 50 ) that have a limited depth. At building construction sites that have passed, outward-facing building components protruding from the building line of a building, or those protruding from the building construction support ( 54 ) and most likely also directed inwards, from the building line of a building projecting or the building construction support distinguishing building components ( 55 ) so that a greater depth is available for building construction areas. These, on the building exterior facade ( 18th ) the building construction polygon works adjacent to the building construction areas, result in a considerable building interior, which extends from the building polygon base to the building summit of the building polygon plant. The top building polygon plant Nonagon Stern ( 38 ) executed. According to a central feature of the existing building construction invention, the capacity of this building interior is more than 30% of that of the building exterior facade ( 18th ) comprised building construction polygon work volume.

The expenditures for the provision of the building construction of this, in summary, valuable, settled building interior space are, if possible, inspired on the one hand by restrictions in the building direction of the building's external structure. The polygon-shaped, associated, narrow building structure carried out in the building construction according to the invention, which is rather story, is highly efficient and can be realized with the polygon building costs than the massive building polygon plant core floors and their building foundations in high-rise buildings, which are common in building construction according to today's standards.

The ( 3 ) uses a schematic cross-section to present a structural framework for a structural engineering polygonal structure according to the invention. On a polygonal building surface (here a regular nine-corner, juxtaposed with the are on the fulfilling building foundations ( 7th ) Central building construction polygon plant core floor ( 12th ) built up. The building construction polygon could be around 2500 m high.

As shown, these building construction polygon works are extended ( 12th ) from the building foundation ( 7th ) in the building construction polygon base ( 2 ) to the top building construction polygon plant Nonagon Stern ( 38 ); as far as this includes the first building construction polygon work core days ( 12th ). At a height of about 2500 m, the entire building construction polygon work core floors ( 12th ) have a central polygon point, and are also incorporated in a more powerful ascending manner. In this exemplary building structure, each first building polygon structure core ( 12th ) two purposefully separated ( 15th and 15th '), each of which has a different inclination of the column, opposite to the vertical. These different column inclinations work as column inclinations for the largely free building design of the building exterior facade ( 18th ) of the building construction polygon works. These building construction polygonal stars ( 12th ) end at a top building construction polygonal structure Nonagon Stern ( 38 ). The entirety of the building construction polygon stars ( 12th ) are Nonagon Stern with this top building construction polygon 38 non-positively united. This supreme building construction polygon plant Nonagon Stern ( 38 ) consolidates the building's top structure. On this top building construction polygonal structure Nonagon Stern ( 38 ) an upper building construction polygonal structure rests, which here in a nine-corner shape a remote highest summit peak ( 39 ) Has. The Hochbaupolygonwerkkernetagen ( 12th ) have a nine-cornered cross-section and are integrated with their longitudinal side of the building structure in the longitudinal direction of the visible, vertical building construction polygon structure core, which is here circumscribed by the peak line "Y / 3-pointed star". This processing and division of the building construction polygon works network days ( 12th ) can topped up the summit peak strength and increase the durability and durability of the summit peak structure. In this version, the building construction polygon core cross-sections can have external dimensions of approximately 5 until 50 m and / or about 5 m to 20 m.

On the same high-rise structure, between the building construction polygon base ( 2 ) and the top building construction polygon plant Nonagon Stern ( 38 ) other building structure Nonagon stars ( 30th ), each of which is frictionally connected to the first building construction polygon core ( 12th ) are put together and push them through piece by piece. Caused by the triangular structure, these building structures have nonagon stars ( 30th ) the smaller the hexagon circumference increases towards the top. Extraordinary is a whole lot of structural supports ( 20th ) deposited. There are first structural supports ( 22nd ), which differ from a local building foundation ( 8th ) to the top building construction polygon plant Nonagon Stern ( 38 ) extend and there are non-positively united with this. Several structural supports are added ( 23 ) are used, which differ from a local building foundation ( 8th ) only up to a building construction polygon plant Nonagon Stern ( 35 ), which is located in the middle. If necessary, third building supports ( 24 ) be present, which ends in a middle height second development of the building construction polygon core ( 13th ) and from there extend further upwards, possibly to the uppermost building construction polygonal structure Nonagon Stern ( 38 ; see also 11 ).

the shows a schematic building construction polygon work according to the invention. For production, the building structure is according to ( 3 ) with a central core 18th been supplied. As shown, this high-rise structural façade consists ( 18th ) consisting essentially of uniform, nine-cornered, plate-shaped high-rise structural façade units ( 18 ' , 18 '' , 18 '' 'etc.), which extend horizontally as well as vertically from the inwardly lengthening parts that protrude from the building line of a building or that protrude as structural support ( 54 ) to the floor ceiling (s) ( 50 ) are attached. These building construction central facade units ( 18 ' , 18 '' , 18 '' ') are mostly made of steel and concrete and Structural steel. More precisely, this applies to the central point of the building construction ( 39 ) of the building construction polygon works.

the , and present alternative building sites ( 3 , 3 ' and 3 " ) of the building construction polygon works according to the invention. Each building base area ( 3 , 3 ' , 3 " ) is on a building area perimeter ( 4th , 4 ' , 4 " )limited. In the is this building area perimeter ( 4th ) nine-sided; in the a star and in

the rather a one on top of the other made of nonagon, which is composed separately and with polygonal hexagon-shaped segregation ( , and ) prepared. The ones on these building plots 3 , 3 ' and 3 '' The development of the building construction polygon core shown is possible with the help of a building polygon core cross-section ( 11 ) shown. These are located as structural polygon work core cross-sections ( 11 ) together with the building construction polygon work base area ( 3 , 3 ' or 3 " ) in their department neighborhood, with regard to the extent of the building area ( 4th , 4 ' in terms of 4 " ). This list prompted the development of the building construction polygon work core days ( 10 ) of the building construction polygon works according to the invention also referred to as "first-class building construction polygon works cores".

the , and present free floor ceiling (s) ( 52 , 52 ' and 52 ") at a building construction polygon according to the invention. These show the floor ceiling (s) ( 52 , 52 ' and 52 ") from the building construction polygon work base area ( 3 , 3 ' and 3 '') and subsequently the extent of the building area ( 4th , 4 ' or 4 ''). All floor ceilings ( 52 , 52 ' or 52 '') have a corresponding building construction polygon area ( 53 , 53 ' in terms of 53 " ) which has an extension in radial alignment to the visible, vertical building construction polygon core longitudinal direction "Y / 3-pointed star". Each floor ceiling ( 52 , 52 ' or 52 " ) can exceptionally protrude with nonagon from the building line of a building or in the help of protruding building components ( 54 , 54 ' and 54 " in terms of 55 , 55 ' and 55 "). The building components protruding from the building line of a building or, with the help of the help, protruding building components ( 54 , 54 ' and 54 " ) extend over the central perimeter of the building construction polygon areas ( 53 , 53 ' and 53 " ) to the outside and serve primarily as attachment points of the building construction polygon to the building construction central facade ( 18th ). Those protruding from the building line of a building or with the help of protruding building components ( 55 , 55 ' and 55 " ) extend over the building construction central facade circumference of the building construction central polygon areas ( 52 , 52 ' and 52 " ) inwards and, in special cases, expand the effective area.

Also in the , and are the development of the building construction polygon core ( 10 ) only on the basis of their building construction polygon core cross-sections ( 11 ) circumscribed. The floor ceiling (s) ( 50 , 50 ' in terms of 50 '') or the building construction girders supporting them, Nonagon Stars ( 30th ) are frictional with the development of the building construction polygon core ( 10 ) unite and enforce these in the designated central form of the building form of the enclosed building polygon work Nonagon star sections ( 31 ). The building construction polygon core cross-section ( 11 ) in the extensive stretch of a building construction polygon plant Nonagon Sterns ( 30th ) is schematic with the relation number 31 expressed. The nonagon stars ( 30th ) unscheduled on building supports ( 20th ) attached.

the shows with the help of a schematic transverse view, a separation from a first floor deck ( 50 ) and their building girder construction consisting of a building girder, which in turn consists of structural steel composite girders. The building supports ( 20th and 20 ' ) are located at a distance of about 18 m to each other and on top of each other. It is executed in its building construction polygon core longitudinal direction "Y / 3-pointed star" radiating upward structural steel girder ( 41 ) deposited, (opposite going out 41 ' and 41 " Has). The structural steel girder end ( 41 ' ) is agile with the building prop ( 20th ) combined, and the structural steel girder end ( 41 '' ) is on a tension element ( 25th ) suspended that further up on the same building support ( 20th ) is diverted. In the same way, a second, radial, primary structural steel composite girder ( 42 ) on the adjacent building support ( 20 ' ) attached. These structural steel composite girders ( 41 , 42 ) have an extension of around 12 m, for example. Subsequently, a structural steel girder ( 43 ) on which the building supports ( 20th and 20 ' ) are attached. Side by side and in the extension to it, there is an inner structural steel girder ( 44 ) divided into the building elements ( 25th and 25 ' ) erect. The structural steel girders, which unite directly with the structural supports, are referred to here as central structural steel girders. Central structural steel girders, which are not directly connected to the structural supports, but which adapt to the central structural steel girders, are shown here as central structural steel girders. In are radial central structural steel girders ( 45 ), which is located between the central building steel girders ( 43 and 44 ) adjust. The radially aligned central structural steel girders ( 41 , 42 ,) delimit the connecting line and the central structural steel girders ( 43 , 44 ) and the central building concrete girders ( 45 ) are put together in such a way that the top of each structural steel profile is at the same height. A steel ( 46 ) cheered up. Ordinary point construction steel has an outer span of about 5 m in this way. This span represents the point construction distance between the central building steel girders ( 45 ). On this central structural steel girder ( 46 ) a structural reinforced concrete layer is poured in a general way, which is attached to the top floor deck ( 50 ) is helpful. The structural reinforced concrete connection between the structural steel girders and the structural concrete ceiling is created over the top of the head ( 47 ), the top of which is integrated into the structural concrete layer and whose reinforced concrete base is attached or connected to the top of the structural steel girders.

the presents a partial side view of the connection in the building support structure, for a floor deck ( 50 ) on a building support ( 20th ). The radial structural steel girder ( 41 ) is to the building support ( 20th ) turned, displayed. In the high-rise load-bearing apex, the head-piece of a high-rise girder element ( 25th ), to which another high-rise construction girder production for the current floor deck is firmly connected. A building girder arrangement is used in which the building girder connecting lines of the building pillar, the central building steel girders and building girder element meet in an extremely building girder point. At the central building girder ( 41 ' ) of the structural steel girder ( 41 ) is an extension piece in structural steel composite construction ( 54 ) is displayed. This central high-rise building ( 54 ) prepares the central building support surface for the floor ceiling ( 50 ) and enables central building attachment points for the central building connection of the central building elements of the central building facade. For the central building components made of steel ( 46 ) and central building concrete layer, a central building layer thickness of 200 to 500 mm can be determined. The structural steel girder ( 41 ) can be developed as a double-T profile and have a thickness of 100 to 1000 mm.

the shows in its profile arrangement the way in which the support structure for a floor ceiling ( 50 ) on a central building element ( 25th ) is attached. On the upper structural steel plate of the double-T profile of the structural steel girder ( 41 ) is a central building iron hook for fastening the structural work piece ( 48 ) a supporting structural steel plate welded or firmly anchored with central structural iron hooks using appropriate structural steel pieces. For fastening the structural work piece ( 48 ) a hole is provided through which a structural steel bolt ( 49 ) is listed. Two structural steel plates divided on top of each other in the extension ( 28 , 28 ' ) are on the one hand in the building construction end section ( 27 ) of the building element ( 25th ), on the other hand the central building iron hook for fastening building workpieces ( 48 ) and form a counterpart for the structural steel bolt ( 49 ). It is made in the same way as the structural steel girder ( 41 ) on the structural steel profile of the building element ( 25th ) manufactured. At the end of the central building ( 41 " ) of the structural steel girder ( 41 ) an extension piece ( 55 ) must be attached, which provides a building support surface to expand the floor ceiling ( 50 ) together with the central building facade of the building polygon plant.

The building construction polygon work according to the invention has a large number of the in designated floor cover (s) ( 50 ) on. The extension of the adjacent floor slab (s) arranged on top of one another can range from 5 to 50 m. In addition, additional floor (s) may be available, which are divided on the same floor (s), or are firmly connected to the same floor (s).

the and show various forms of building the building construction according to the invention. Initially, the building floor ( 3 ) of the building construction polygon works. To the extent that A and O are used in the building construction polygon base ( 2 ) Basement basement floors made, which can be used as underground garages, a floor of a parking floor and other purposes., Water tanks or other storage tanks can be installed and used. In addition, this space can be used for power plants for the production of electricity, the production of heating steam and the production of hot water for Supply can be used. Then the building foundations ( 7th ) for the development of the building construction polygon core ( 10 ) and the building foundations ( 8th ) for the building supports 20th to be poured. On the building foundations ( 7th ) with the building construction of the sloping development of the building construction polygon core ( 10 ) originated as in ( 9a ) drawn. Then a sufficient amount of the model of the fallen development of the building construction polygon core ( 10 ), the lowest building construction polygon will be Nonagon Stern 32 prepared. This strengthens the inclined building construction polygon work core floors ( 10 ) against inward resistance. In this way, the stability of the building construction polygon work core ( 10 ) executed, and the construction of the development of the building construction polygon core ( 10 ) can be continued at will. Side by side, the expansion of the building supports ( 20th ) completed by its own building foundation ( 8th ) go out. On the lowest building construction polygonal structure Nonagon Stern ( 32 ) the next building construction polygon plant Nonagon Stern ( 34 ) prepared. Each building construction polygon plant Nonagon Stern ( 32 , 34 ) is completed first, if possible, before the construction of the next higher building construction polygonal structure Nonagon Sterns begins. This is allowed for a faster building construction sequence, as far as spatial theory allows, in the meantime several building construction polygon works Nonagon Sternen can be built. Once a Nonagon Stern building construction polygon has been completed, the floor deck resting on it can be worked through. This then itself serves as a platform for the construction of the next higher floor.

After a number of floor slabs have been completed, building construction units are built on them. The supply lines in the building construction polygon plant are included. It is stipulated here to offer a crowned mass of secluded building usable units, which are related to the thickness of the building usable area, elevation and building floors of the building usable units, type of building use, extending over one or all of all in one level, division in a certain elevation, implementation according to one Celestial orientation and the like.
Users of buildings Building users can remove the building construction unit that corresponds to their desires and requirements in advance. These building construction units can be built coherently next to each other but spaciously outside of the building construction polygon plant to be built and carried out in building form of completed building construction units or more substantial building construction unit building construction components to the building construction polygon plant construction site and manufactured there at the coveted point of view of the coveted floor deck. This reduces the building erection and building construction completion of the building construction polygon works, since it can be built on secluded building sites.
According to calculations, high-rise buildings standing on two levels can reduce noise pollution, and the area created can also be used as a green area. The natural lighting of sunlight can be used for this.

Then a number of floor slabs are fenced in with the building construction units, so that the building construction device of the building construction central facade is started. The building central facade can be made in a common building construction method from common building central facade elements. Because the building central facade does not have to provide or withstand any load-bearing or supporting structural function of the building construction polygon. It can be built as a simple decorative facade or as an embellishment. Preferably, building facade elements should also be used, which consist mainly of steel mesh, daylight-permeable mesh material. The daylight of the large central room in the building construction polygon works with natural daylight. In this way, a building construction according to the invention, multi-storey building construction polygon work can be made, as it is sectional view 10 demonstrated. The reference symbols used here have the unreservedly declared usefulness. The building construction units are with the reference number 60 named.

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Non-patent literature cited

• John The Hancock Center and the Willis Tower as well as the construction of the World Trade Center, the Petronas Towers, the Jin Mao building and most other skyscrapers since the 1960s, including the tallest building in the world from 2017 [0009]

Claims (15)

A multi-storey building polygon structure, with a nine-corner high-rise central support system and with a lattice-shaped closed outer cladding and three star-shaped buildings that are placed one behind the other in places, which are recurring, that are located on a carrier system with a nine-cornered floor (s). This building polygon structure can be assigned a visible, vertically produced building polygon structure core longitudinal direction "nine-cornered, Enneagram, and Y / 3-pointed star shaped" , vertically constructed building polygon work core longitudinal direction is in a clear state, therefore it is marked / recognizable (is characterized by the following) that this building structure is developed in the important things: 12, 13); - from a plurality of floor cover (s) (50), which are encompassed on this in the center of the central building polygon work central cores (10, 12, 13), which also have their building polygon work core cross-sections (11) in a triangular shape all consist of pieces, and arranged in this way with the high-rise polygon structure core sections stacked in this way produce high-rise nonagon stars (30, 32, 34, 35, 38) of the high-rise polygon structure; and - from a number of necessary building construction polygonal cores (10, 12, 13) lying next to one another and connected building supports (20, 22, 23, 24) Support core; so that the high-rise polygon structure core floors (10, 12, 13), so that the high-rise structure nonagon stars (30, 32, 34, 35, 38) and high-rise columns (20, 22, 23, 24) together form a tapering, stacked high-rise structure. These floor cover (s) (50) - listen to, for example, a polygon, polygon, triangle, star, regular or uniform polygon, polygon, triangle, star or polygonal shapes derived therefrom and / or formed therefrom. In order to produce the central polygonal areas divided in the longitudinal direction of the building construction polygon work core; - which extend between the building polygon facade (18) and a building polygon central front of the building polygon structure. The building polygon area (53, 53 ', 53 ") reveals that, starting from a center point or pointing towards it, a building polygon central alignment is" Y / 3-pointed star-shaped "and has a building polygon width or building polygon depth. This in turn runs in the building polygon central front The most important thing is a progression from the building polygon base to the uppermost building polygon structure Nonagon Stern (38) of the building polygon structure extending the building polygon central summit area. This room has a capacity of more than 20% of the building structure polygon structure (18) enclosed building structure polygon structure volume. A multi-storey building polygon work after Claim 1 , characterized / recognizable by the following (distinguish themselves by certain things) that crucial building construction polygon work core layers (12) are available, each extending from a building foundation (7) in the building construction polygon base (2) to a top building polygon work Nonagon star (38) on the top of the Prolong building construction polygon works; and always the same, always consecutive building polygon work core layers (13) are available, each of which extends from a building foundation (7) in the building polygon base (2) to a building polygon work nonagon star (35) built in size or at a gigantic height. A multi-storey building polygon work after Claim 2 , characterized / recognizable by the following (distinguish themselves by certain things) that in any case decisive building construction polygon work core floors (12) built on one another are available. A multi-storey building construction polygon based on one of the Claims 1 until 3 , characterized / recognizable by the following (distinguished by certain features) that a considerable number of building polygon work core levels (10, 12, 13) on the building polygon base (2) are joined to one another and / or to one another. A multi-storey building construction polygon based on one of the Claims 1 until 4th , characterized / recognizable by the following (distinguished by certain things) that the structural supports (20, 22, 23, 24) form structural steel bars or structural steel profiles that withstand structural steel of quality S355 or higher; or that the structural supports (20, 22, 23, 24) made of a structural steel / structural concrete structural composite with the same structural steel remain the same. A multi-storey building construction polygon according to one of the Claims 1 until 5 , characterized / recognizable by the following (distinguish themselves by certain things) that every required building construction polygon structure core floor (10, 12, 13) and every building support (20, 22, 23, 24) within an angular range of 80 ° to 89 ° relative to the horizontal is more dominant or is powerfully integrated in the longitudinal direction of the building construction polygon work core. A multi-storey building polygon work after Claim 6 , characterized / recognizable by the following (distinguish themselves by certain things) that a number of first-class building construction polygon works core floors (10, 12, 13) and individual building supports (20, 22, 23, 24) within this building construction angle range in a straight line over their full length or accordingly within this entire extent , are not invalidated or are no longer invalidated. A multi-storey building construction polygon based on one of the Claims 1 until 7th , accordingly characterized / recognizable (characterized by certain things) that adjoining, abutting, together and adjacent building supports (20, 22, 23) on the building construction polygon base (2) are joined to one another and / or to one another. A multi-storey building construction polygon based on one of the Claims 1 until 7th , characterized / recognizable by the following (characterized by certain things) that adjoining, abutting, together and adjacent building supports (20, 22, 23) on the building construction polygon base (2) are each joined together and / or next to each other to an extent of 4 m to 25 m . A multi-storey building construction polygon based on one of the Claims 1 until 8th , characterized / recognizable by the following (characterized by certain things) that the building concrete columns and / or building steel columns (22) are available, each extending from a building foundation (8) in the building polygon base (2) to the top building polygon structure Nonagon Star (38) prolong the building summit of the building construction polygon plant; and other building supports (23) are available, each extending from a building foundation (8) in the building polygon base (2) to a building polygon structure Nonagon Stern (35) located at a medium or higher height, and on this building polygon structure Nonagon Stern (35 ) are divided at least at a distance of 5 m from one another and / or one another and / or next to one another. A multi-storey building polygon work after Claim 9 , characterized / recognizable by the following (distinguish themselves by certain things) that in addition other building supports (24) are available which start from a required building construction polygonal core (13) ending in a medium or higher height and taper further upwards. A multi-storey building construction polygon based on one of the Claims 1 until 10 , characterized / recognizable by the following (distinguished by certain features) that the building structure Nonagon Stars (30, 32, 34, 35, 38) in structural steel composite construction are constructed in such a way that a floor ceiling (50) made of structural reinforced concrete reveals that on one of Structural steel composite girders (41, 42, 43, 44, 45) rests on a fixed high-rise supporting structure (40). A multi-storey building polygon work after Claim 11 , characterized / recognizable by the following (characterized by certain things) that original structural steel composite girders (41, 42) arranged in a radial pattern with respect to the longitudinal direction of the building construction polygon work core, "Y / 3-pointed star" are available, each with a building outer end (41 ', 42') ) as well as an inner end of the building structure (41 ", 42"); the building outer end (41 ', 42') of this original, radial-shaped manufactured structural steel composite girder (41, 42) which is not flexibly attached to a structural support (20, 20 '); and the inner end of the building structure (41 ", 42") of these structural steel composite girders (41, 42) arranged in a radial manner is not tied up elastically to a building element (25) that is in turn joined together further higher on the equivalent building column (20, 20 '). A multi-storey building construction polygon based on one of the Claims 1 until 12th , characterized / recognizable by the following (characterized by certain features) that the adjacent polygonal floor (s) and / or star-cornered floor (s) (50) are built on top of and / or on top of one another. A multi-storey building polygon work after Claims 13 , characterized / recognizable by the following (characterized by certain things) that between two adjacent polygonal floor (s) and / or star-cornered floor (s) (50), additionally one or more additional polygonal floor (s) and / or star-cornered floor (s) lie one above the other and / or cross-shaped and / or crossed and / or three-row and / or diagonally and / or transversely and / or crossing and / or crossing each other, which function as intermediate concrete ceilings and are attached to the floor ceiling (50) and / or tied up . A multi-storey building construction polygon based on one of the Claims 1 until 14th , characterized / recognizable by the following (distinguished by certain things) that on the building outer circumference and possibly also on the building inner circumference of the building polygon area (53, 53 ', 53 ") of the floor ceiling (s) (50) freely configurable protruding from the building line of a building or in Are polygonal shaped with the help of protruding building components (54, 55) Claims 1 until 14th , characterized / recognizable by the following (distinguish themselves by certain things), with a leading to the outside via the building's outer lattice perimeter the building line of a building projecting or with the help of protruding building components (54) fastening points for the building lattice system of a building exterior facade (18) of the building construction polygon plant, which can be freely designed to a large extent.

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