A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude operation platform construction method applied to large-span factory building and operation platform
The operation platform is installed below an H-shaped steel cross beam on a vertical beam of the large-span plant and comprises a bearing plate arranged below the H-shaped steel cross beam and four L-shaped connecting plates arranged on the upper surface of the bearing plate and used for being connected with the H-shaped steel cross beam. A roller in rolling connection with the inner wall of the H-shaped steel cross beam is arranged on the lower surface of the L-shaped connecting plate, and two symmetrical separation columns capable of being separated from the L-shaped connecting plate are arranged on the surface of the L-shaped connecting plate. After the bearing plate is positioned on the H-shaped steel cross beam through the four L-shaped connecting plates, the first piezoelectric material and the second piezoelectric material can be electrified in sequence, so that the first piezoelectric material and the second piezoelectric material are deformed and expanded, and then the operation platform is driven to automatically move on the surface of the H-shaped steel cross beam; and operators can conveniently mount and maintain the top of the large-span plant.
本发明公开了一种应用于大跨度厂房的高空操作平台所述操作平台安装在大跨度厂房竖梁上H型钢横梁的下方，所述操作平台包括设置在H型钢横梁下方的承重板，以及设置在承重板上表面的四个用于与H型钢横梁进行连接的L型连接板，L型连接板的下表面设置有与H型钢横梁内壁滚动连接的滚轮，所述L型连接板的表面设置有两个对称的且可与L型连接板分离的分离柱。当承重板通过四个L型连接板定位在H型钢横梁上后，能够先后通过对第一压电材料和第二压电材料进行通电，使第一压电材料和第二压电材料进行变形膨胀，进而带动该操作平台在H型钢横梁的表面进行自动移动，便于操作人员对大跨度厂房的顶部进行安装以及维护工作。
High-altitude operation platform construction method applied to large-span factory building and operation platform
The operation platform is installed below an H-shaped steel cross beam on a vertical beam of the large-span plant and comprises a bearing plate arranged below the H-shaped steel cross beam and four L-shaped connecting plates arranged on the upper surface of the bearing plate and used for being connected with the H-shaped steel cross beam. A roller in rolling connection with the inner wall of the H-shaped steel cross beam is arranged on the lower surface of the L-shaped connecting plate, and two symmetrical separation columns capable of being separated from the L-shaped connecting plate are arranged on the surface of the L-shaped connecting plate. After the bearing plate is positioned on the H-shaped steel cross beam through the four L-shaped connecting plates, the first piezoelectric material and the second piezoelectric material can be electrified in sequence, so that the first piezoelectric material and the second piezoelectric material are deformed and expanded, and then the operation platform is driven to automatically move on the surface of the H-shaped steel cross beam; and operators can conveniently mount and maintain the top of the large-span plant.
本发明公开了一种应用于大跨度厂房的高空操作平台所述操作平台安装在大跨度厂房竖梁上H型钢横梁的下方，所述操作平台包括设置在H型钢横梁下方的承重板，以及设置在承重板上表面的四个用于与H型钢横梁进行连接的L型连接板，L型连接板的下表面设置有与H型钢横梁内壁滚动连接的滚轮，所述L型连接板的表面设置有两个对称的且可与L型连接板分离的分离柱。当承重板通过四个L型连接板定位在H型钢横梁上后，能够先后通过对第一压电材料和第二压电材料进行通电，使第一压电材料和第二压电材料进行变形膨胀，进而带动该操作平台在H型钢横梁的表面进行自动移动，便于操作人员对大跨度厂房的顶部进行安装以及维护工作。
High-altitude operation platform construction method applied to large-span factory building and operation platform
一种应用于大跨度厂房的高空操作平台施工方法及操作平台
MA CHENG (author) / ZHANG GUODONG (author) / DONG XIUFENG (author) / WANG JUN (author) / GAO YONG (author) / YAN BO (author) / YANG YULIAN (author) / LIAO XIUQI (author) / CHEN LONGJIAN (author) / XIE HUI (author)
2024-05-07
Patent
Electronic Resource
Chinese
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