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A platform for research: civil engineering, architecture and urbanism
Steel structure cross beam splicing equipment and steel structure cross beam splicing process
The invention provides steel structure cross beam splicing equipment and a steel structure cross beam splicing process. The equipment comprises a moving [-shaped bottom plate, an advancing mechanism,a falling mechanism and a clamping mechanism, according to the moving [-shaped bottom plate, an opening is upwards placed, the lower portion of the moving [-shaped bottom plate is provided with the advancing mechanism in a rotation fit manner, the falling mechanism is arranged between the inner walls of the two sides of the moving [-shaped bottom plate, the clamping mechanism is arranged between the inner walls of the two sides of the moving [-shaped bottom plate, the clamping mechanism is located behind the falling mechanism, according to the steel structure cross beam splicing equipment, a design theory of an adjusting type multi-station structure is adopted for splicing a steel structure cross beam, a mechanical integrated work structure is adopted, labor intensity of a worker is reduced, the work flow is simplified, meanwhile, a drive and positioning device is mounted, and accuracy of adjusting of the cross beam placing position during steel structure cross beam splicing is improved.
本发明提供了一种钢结构横梁拼装设备及钢结构横梁拼装工艺，包括移动匚型底板、行进机构、落料机构和夹持机构，所述的移动匚型底板为开口向上放置，所述的移动匚型底板下方通过转动配合安装有行进机构，移动匚型底板的两侧内壁间安装有落料机构，移动匚型底板的两侧内壁间安装有夹持机构，且夹持机构位于落料机构后方。本发明提供的一种钢结构横梁拼装设备，采用可调节式多工位结构的设计理念对钢结构横梁进行拼装作业，采取机械一体化工作结构，进而减轻工人的劳动强度和简化工作流程，同时设置有驱动和定位装置，提高了钢结构横梁拼装时对横梁安放位置调节的准确性。
Steel structure cross beam splicing equipment and steel structure cross beam splicing process
The invention provides steel structure cross beam splicing equipment and a steel structure cross beam splicing process. The equipment comprises a moving [-shaped bottom plate, an advancing mechanism,a falling mechanism and a clamping mechanism, according to the moving [-shaped bottom plate, an opening is upwards placed, the lower portion of the moving [-shaped bottom plate is provided with the advancing mechanism in a rotation fit manner, the falling mechanism is arranged between the inner walls of the two sides of the moving [-shaped bottom plate, the clamping mechanism is arranged between the inner walls of the two sides of the moving [-shaped bottom plate, the clamping mechanism is located behind the falling mechanism, according to the steel structure cross beam splicing equipment, a design theory of an adjusting type multi-station structure is adopted for splicing a steel structure cross beam, a mechanical integrated work structure is adopted, labor intensity of a worker is reduced, the work flow is simplified, meanwhile, a drive and positioning device is mounted, and accuracy of adjusting of the cross beam placing position during steel structure cross beam splicing is improved.
本发明提供了一种钢结构横梁拼装设备及钢结构横梁拼装工艺，包括移动匚型底板、行进机构、落料机构和夹持机构，所述的移动匚型底板为开口向上放置，所述的移动匚型底板下方通过转动配合安装有行进机构，移动匚型底板的两侧内壁间安装有落料机构，移动匚型底板的两侧内壁间安装有夹持机构，且夹持机构位于落料机构后方。本发明提供的一种钢结构横梁拼装设备，采用可调节式多工位结构的设计理念对钢结构横梁进行拼装作业，采取机械一体化工作结构，进而减轻工人的劳动强度和简化工作流程，同时设置有驱动和定位装置，提高了钢结构横梁拼装时对横梁安放位置调节的准确性。
Steel structure cross beam splicing equipment and steel structure cross beam splicing process
一种钢结构横梁拼装设备及钢结构横梁拼装工艺
WANG LANLAN (author) / BAO XIANLI (author)
2020-10-13
Patent
Electronic Resource
Chinese
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