A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of prefabricated parts, in particular to a multifunctional prefabricated part and an assembling method.The multifunctional prefabricated part comprises a stand column, a transverse supporting beam and a longitudinal supporting beam, the end of the transverse supporting beam and the end of the longitudinal supporting beam are in lap joint with the top of the stand column, and the transverse supporting beam and the longitudinal supporting beam are perpendicularly distributed; the multifunctional prefabricated part comprises a transverse supporting beam and a longitudinal supporting beam, the transverse supporting beam and the longitudinal supporting beam are the same in structure, the two ends of the transverse supporting beam are each provided with two butt joint devices and two reinforcing pipes, and transverse grooves used for containing the reinforcing pipes are formed in the transverse supporting beam. In addition, when the prefabricated parts are produced, the number does not need to be distinguished and calculated, the production burden is reduced, each supporting beam is internally provided with a butt joint device, the butt joint positions of the prefabricated parts are filled with supporting objects through the butt joint devices, and the butt joint devices in each supporting beam can be applied when the supporting beams are in a linear shape or an L shape or a T shape or a cross shape.
本发明涉及预制构件技术领域，具体涉及一种多功能预制构件及装配方法，包括立柱、横向支撑梁和纵向支撑梁，横向支撑梁和纵向支撑梁的端部搭接于立柱的顶部，且横向支撑梁和纵向支撑梁呈垂直分布，横向支撑梁和纵向支撑梁结构相同，横向支撑梁的两端上均设置有两个对接装置和两个加强管，横向支撑梁内开设有用于容纳加强管的横槽，该多功能预制构件，在进行吊装时，不再需要对横向支撑梁和纵向支撑梁进行识别区分，并且在对预制件生产时，不需要区别、计算数量，减少生产负担，且每个支撑梁内均带有对接装置，通过对接装置，进而实现预制件对接处的填充支撑物，且每个支撑梁内的对接装置，可以在支撑梁呈现一字形、L形、T形或十字形时，均能够实现应用。
The invention relates to the technical field of prefabricated parts, in particular to a multifunctional prefabricated part and an assembling method.The multifunctional prefabricated part comprises a stand column, a transverse supporting beam and a longitudinal supporting beam, the end of the transverse supporting beam and the end of the longitudinal supporting beam are in lap joint with the top of the stand column, and the transverse supporting beam and the longitudinal supporting beam are perpendicularly distributed; the multifunctional prefabricated part comprises a transverse supporting beam and a longitudinal supporting beam, the transverse supporting beam and the longitudinal supporting beam are the same in structure, the two ends of the transverse supporting beam are each provided with two butt joint devices and two reinforcing pipes, and transverse grooves used for containing the reinforcing pipes are formed in the transverse supporting beam. In addition, when the prefabricated parts are produced, the number does not need to be distinguished and calculated, the production burden is reduced, each supporting beam is internally provided with a butt joint device, the butt joint positions of the prefabricated parts are filled with supporting objects through the butt joint devices, and the butt joint devices in each supporting beam can be applied when the supporting beams are in a linear shape or an L shape or a T shape or a cross shape.
本发明涉及预制构件技术领域，具体涉及一种多功能预制构件及装配方法，包括立柱、横向支撑梁和纵向支撑梁，横向支撑梁和纵向支撑梁的端部搭接于立柱的顶部，且横向支撑梁和纵向支撑梁呈垂直分布，横向支撑梁和纵向支撑梁结构相同，横向支撑梁的两端上均设置有两个对接装置和两个加强管，横向支撑梁内开设有用于容纳加强管的横槽，该多功能预制构件，在进行吊装时，不再需要对横向支撑梁和纵向支撑梁进行识别区分，并且在对预制件生产时，不需要区别、计算数量，减少生产负担，且每个支撑梁内均带有对接装置，通过对接装置，进而实现预制件对接处的填充支撑物，且每个支撑梁内的对接装置，可以在支撑梁呈现一字形、L形、T形或十字形时，均能够实现应用。
Multifunctional prefabricated part and assembling method
一种多功能预制构件及装配方法
LI YIQUN (author)
2023-12-08
Patent
Electronic Resource
Chinese
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