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Modularized lattice type assembled composite beam
A modularized lattice type assembled composite beam is formed by assembling and combining a plurality of beam modules (1), lattice type structures which are connected in a crossed mode are symmetrically arranged on the two sides of the outer portion of each beam module (1), and transverse communicating channels or/and longitudinal communicating channels used for communicating the beam modules are further arranged in the beam modules (1). The cross-connected lattice structure is connected with a communicating channel, the communicating channel is a hole channel, and a fastening device (2) used for fastening the beam modules and enabling the beam modules to be stressed is arranged in the communicating channel in a penetrating mode; the beam module (1) is made of light materials including organic matter, inorganic matter and high polymer materials, and the beam module (1) with the lattice structure is formed through the methods of injection molding, die casting, mold pouring, 3D printing and the like.
一种模块化格构式拼装组合梁，其通过采用若干梁模块(1)拼装组合而成，所述梁模块(1)的外部两侧对称的设置有交叉连接的格构式结构，所述梁模块(1)的内部还设置有用于连通梁模块的横向连通通道或/和纵向连通通道，所述交叉连接的格构式结构与连通通道相连接，所述连通通道为孔道，连通通道中贯穿设置有用于紧固梁模块且使得梁模块之间受力的紧固装置(2)；所述梁模块(1)采用包括有机物、无机物、高分子材料在内的轻质材料，通过注塑、压铸、模具浇筑、3D打印等方法形成带有格构式结构的梁模块(1)。
Modularized lattice type assembled composite beam
A modularized lattice type assembled composite beam is formed by assembling and combining a plurality of beam modules (1), lattice type structures which are connected in a crossed mode are symmetrically arranged on the two sides of the outer portion of each beam module (1), and transverse communicating channels or/and longitudinal communicating channels used for communicating the beam modules are further arranged in the beam modules (1). The cross-connected lattice structure is connected with a communicating channel, the communicating channel is a hole channel, and a fastening device (2) used for fastening the beam modules and enabling the beam modules to be stressed is arranged in the communicating channel in a penetrating mode; the beam module (1) is made of light materials including organic matter, inorganic matter and high polymer materials, and the beam module (1) with the lattice structure is formed through the methods of injection molding, die casting, mold pouring, 3D printing and the like.
一种模块化格构式拼装组合梁，其通过采用若干梁模块(1)拼装组合而成，所述梁模块(1)的外部两侧对称的设置有交叉连接的格构式结构，所述梁模块(1)的内部还设置有用于连通梁模块的横向连通通道或/和纵向连通通道，所述交叉连接的格构式结构与连通通道相连接，所述连通通道为孔道，连通通道中贯穿设置有用于紧固梁模块且使得梁模块之间受力的紧固装置(2)；所述梁模块(1)采用包括有机物、无机物、高分子材料在内的轻质材料，通过注塑、压铸、模具浇筑、3D打印等方法形成带有格构式结构的梁模块(1)。
Modularized lattice type assembled composite beam
模块化格构式拼装组合梁
ZOU SHENGBIN (author) / CHEN YIQING (author)
2022-07-29
Patent
Electronic Resource
Chinese
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente