A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assembly type three-dimensional plant capable of being adaptively adjusted
The invention relates to an assembly type three-dimensional plant capable of being adaptively adjusted. The assembly type three-dimensional plant comprises side stand columns, middle stand columns, beam frames and splicing assemblies. The inner ends of the beam frames are assembled on the splicing assemblies, and the outer ends of the beam frames are fixed to the side stand columns. The inner end of the beam frame is provided with an inclined face inclining from top to bottom and from outside to inside, and splicing round holes evenly distributed in the direction of the inclined face are formed in the inner end of the beam frame. The splicing assembly comprises a wedge seat, a splicing seat and a central screw rod; a central screw is fixed to the middle of the wedge seat, a central hole is formed in the middle of the wedge seat, splicing faces matched with the inclined faces are arranged on the two sides of the wedge seat, and the central screw is arranged in the central hole in a matched and sleeved mode. Splicing flat holes matched with the splicing face in the inclination direction are formed in the two sides of the wedge base, and the splicing round holes can be fixed in the splicing flat holes through bolts. The adaptive adjusting device capable of adapting to the width change of the beam frame is provided, adaptive configuration of the distance between the beam frames is achieved through the special design of the wedge seats, the installation efficiency of the beam frames is improved, and the construction difficulty is reduced.
本发明涉及一种可适应性调节的装配式立体厂房包括侧立柱、中立柱、梁架和拼接组件；梁架的内端组装在拼接组件上，其外端固定在侧立柱上；梁架的内端设置从上至下、从外向内侧倾斜的斜面，在梁架内端设置有沿斜面方向均布的拼接圆孔；拼接组件包括楔座、拼接座和中心螺杆；楔座的中部固定有中心螺杆，楔座的中部设置有中心孔，楔座的两侧设置有与所述斜面适配的拼接面，中心螺杆适配套装在中心孔内；楔座的两侧设置有与拼接面倾斜方向适配的拼接扁孔，所述拼接圆孔能够通过螺栓固定在拼接扁孔内。本发明提供了一种能够适应梁架宽度变化的适应性调节装置，利用楔座的特殊设计，实现了梁架间距的适应性配置，提高了梁架的安装效率，降低了施工难度。
Assembly type three-dimensional plant capable of being adaptively adjusted
The invention relates to an assembly type three-dimensional plant capable of being adaptively adjusted. The assembly type three-dimensional plant comprises side stand columns, middle stand columns, beam frames and splicing assemblies. The inner ends of the beam frames are assembled on the splicing assemblies, and the outer ends of the beam frames are fixed to the side stand columns. The inner end of the beam frame is provided with an inclined face inclining from top to bottom and from outside to inside, and splicing round holes evenly distributed in the direction of the inclined face are formed in the inner end of the beam frame. The splicing assembly comprises a wedge seat, a splicing seat and a central screw rod; a central screw is fixed to the middle of the wedge seat, a central hole is formed in the middle of the wedge seat, splicing faces matched with the inclined faces are arranged on the two sides of the wedge seat, and the central screw is arranged in the central hole in a matched and sleeved mode. Splicing flat holes matched with the splicing face in the inclination direction are formed in the two sides of the wedge base, and the splicing round holes can be fixed in the splicing flat holes through bolts. The adaptive adjusting device capable of adapting to the width change of the beam frame is provided, adaptive configuration of the distance between the beam frames is achieved through the special design of the wedge seats, the installation efficiency of the beam frames is improved, and the construction difficulty is reduced.
本发明涉及一种可适应性调节的装配式立体厂房包括侧立柱、中立柱、梁架和拼接组件；梁架的内端组装在拼接组件上，其外端固定在侧立柱上；梁架的内端设置从上至下、从外向内侧倾斜的斜面，在梁架内端设置有沿斜面方向均布的拼接圆孔；拼接组件包括楔座、拼接座和中心螺杆；楔座的中部固定有中心螺杆，楔座的中部设置有中心孔，楔座的两侧设置有与所述斜面适配的拼接面，中心螺杆适配套装在中心孔内；楔座的两侧设置有与拼接面倾斜方向适配的拼接扁孔，所述拼接圆孔能够通过螺栓固定在拼接扁孔内。本发明提供了一种能够适应梁架宽度变化的适应性调节装置，利用楔座的特殊设计，实现了梁架间距的适应性配置，提高了梁架的安装效率，降低了施工难度。
Assembly type three-dimensional plant capable of being adaptively adjusted
一种可适应性调节的装配式立体厂房
WU JINGJIANG (author) / LIU JIANTAO (author) / JING YUTING (author) / GUO PAN (author) / XU BAOSHENG (author) / CHEN LU (author) / YE JIABIN (author) / LI XIANGDA (author) / YIN HEJUN (author) / LI JIANWEI (author)
2024-11-29
Patent
Electronic Resource
Chinese
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