Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Tensioning integral system formed by polyhedral tensioning integral module one-dimensional array
The invention provides a tensegrity system formed by a one-dimensional array of polyhedral tensegrity modules, which comprises a plurality of sections of module units, a back lacing cable, a front lacing cable and a lower lacing cable, and the plurality of sections of module units are serially arranged in a one-dimensional manner to form the tensegrity system. The module unit is a six-rod 24-30-cable tensioning integral module formed by dispersing an icosahedron or a five-rod 20-24-cable novel tensioning integral module formed by dispersing a tetrakaidecahedron, and each tensioning integral module is formed by sequentially connecting a longitudinal horizontal pressing rod, a transverse horizontal pressing rod and a vertical pressing rod with the two ends of the pressing rod through inhaul cables. A continuous building function space is formed by seven types of novel six-rod 24-30-cable icosahedron stretch-draw integral modules, five types of novel five-rod 20-24-cable tetrakaidecahedron stretch-draw integral modules and a one-dimensional array of the polyhedral stretch-draw integral modules, and personnel, vehicles and the like can pass through or reside in the building function space. All the modules can be arranged at equal height or unequal height and equal width or unequal width to form a building form which is staggered in height and close to the nature, and tying ropes or tying rods are added between the modules to form a whole.
本发明提供一种由多面体张拉整体模块一维阵列形成的张拉整体体系，包括若干节模块单元、背系索、前系索、下系索，若干节模块单元一维串列形成张拉整体体系，模块单元为二十面体离散而成的6杆24～30索的张拉整体模块或十四面体离散而成的5杆20～24索新型张拉整体模块，每种张拉整体模块由纵向水平压杆、横向水平压杆和竖向压杆通过拉索与压杆两端依次连接组成。利用7种6杆24‑30索二十面体新型张拉整体模块、5种5杆20‑24索十四面体新型张拉整体模块并采用这些多面体张拉整体模块一维阵列形成连续的建筑功能空间，供人员、车辆等通行或驻留等。各模块可等高或不等高、等宽或不等宽布置，形成高低错落贴近自然的建筑形态，模块与模块之间添加系索或系杆形成整体。
Tensioning integral system formed by polyhedral tensioning integral module one-dimensional array
The invention provides a tensegrity system formed by a one-dimensional array of polyhedral tensegrity modules, which comprises a plurality of sections of module units, a back lacing cable, a front lacing cable and a lower lacing cable, and the plurality of sections of module units are serially arranged in a one-dimensional manner to form the tensegrity system. The module unit is a six-rod 24-30-cable tensioning integral module formed by dispersing an icosahedron or a five-rod 20-24-cable novel tensioning integral module formed by dispersing a tetrakaidecahedron, and each tensioning integral module is formed by sequentially connecting a longitudinal horizontal pressing rod, a transverse horizontal pressing rod and a vertical pressing rod with the two ends of the pressing rod through inhaul cables. A continuous building function space is formed by seven types of novel six-rod 24-30-cable icosahedron stretch-draw integral modules, five types of novel five-rod 20-24-cable tetrakaidecahedron stretch-draw integral modules and a one-dimensional array of the polyhedral stretch-draw integral modules, and personnel, vehicles and the like can pass through or reside in the building function space. All the modules can be arranged at equal height or unequal height and equal width or unequal width to form a building form which is staggered in height and close to the nature, and tying ropes or tying rods are added between the modules to form a whole.
本发明提供一种由多面体张拉整体模块一维阵列形成的张拉整体体系，包括若干节模块单元、背系索、前系索、下系索，若干节模块单元一维串列形成张拉整体体系，模块单元为二十面体离散而成的6杆24～30索的张拉整体模块或十四面体离散而成的5杆20～24索新型张拉整体模块，每种张拉整体模块由纵向水平压杆、横向水平压杆和竖向压杆通过拉索与压杆两端依次连接组成。利用7种6杆24‑30索二十面体新型张拉整体模块、5种5杆20‑24索十四面体新型张拉整体模块并采用这些多面体张拉整体模块一维阵列形成连续的建筑功能空间，供人员、车辆等通行或驻留等。各模块可等高或不等高、等宽或不等宽布置，形成高低错落贴近自然的建筑形态，模块与模块之间添加系索或系杆形成整体。
Tensioning integral system formed by polyhedral tensioning integral module one-dimensional array
一种由多面体张拉整体模块一维阵列形成的张拉整体体系
ZHANG ZHIHONG (Autor:in) / YU FULI (Autor:in) / MA GUOLIANG (Autor:in) / LIU HAI (Autor:in) / WU JIANJUN (Autor:in) / WANG ZHENHUA (Autor:in)
12.12.2023
Patent
Elektronische Ressource
Chinesisch
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