A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a wind-proof and rain-proof shed used during material welding. The wind-proof and rain-proof shed comprises eight transverse frameworks and four group of vertical frameworks. Every four transverse frameworks form a group, and each group of transverse frameworks is welded end to end. Each group of vertical frameworks is welded at the end-to-end welding part of each group oftransverse frameworks. A top cavity, a bottom cavity, a left side cavity, a right side cavity, a front side cavity and a rear side cavity are formed by the eight transverse frameworks and the four groups of vertical frameworks, and a top plate, a left side plate, a right side plate and a rear side plate are welded to the top cavity, the left side cavity, the right side cavity and the rear side cavity respectively. According to the wind-proof and rain-proof shed used during material welding, through fixing holes in the middles of the upper ends of a baffle, the left side plate, the right side plate and the rear side plate, the cable ropes can be fixed through the fixing holes, meanwhile, iron rings are fixed to rings welded to the I-shaped steel or holes drilled in the ground through bent components, the wind resistance and stability of the wind-proof and rain-proof shed can be greatly improved, and the wind-proof and rain-proof shed is prevented from being blown down by strong wind.
本发明公开了一种焊接材料时使用的挡风防雨棚，包括横骨架和竖骨架，所述横骨架为八个，且每四个横骨架为一组，每组横骨架首尾相互焊接，所述竖骨架为四组，每组竖骨架焊接在每组横骨架首尾焊接处，八个横骨架和四组竖骨架形成顶部空腔、底部空腔、左侧空腔、右侧空腔、前侧空腔和后侧空腔，所述顶部空腔、左侧空腔、右侧空腔和后侧空腔分别焊接有顶板、左侧板、右侧板和后侧板。本发明通过挡板、左侧板、右侧板和后侧板上端中部的固定孔，可以通过固定孔固定缆风绳，同时通过铁环经弯曲构件与工字钢上焊接的圆环或地上钻凿的洞口固定，可以极大的增强挡风防雨棚的抗风性和稳定性，避免被强级大风刮倒。
The invention discloses a wind-proof and rain-proof shed used during material welding. The wind-proof and rain-proof shed comprises eight transverse frameworks and four group of vertical frameworks. Every four transverse frameworks form a group, and each group of transverse frameworks is welded end to end. Each group of vertical frameworks is welded at the end-to-end welding part of each group oftransverse frameworks. A top cavity, a bottom cavity, a left side cavity, a right side cavity, a front side cavity and a rear side cavity are formed by the eight transverse frameworks and the four groups of vertical frameworks, and a top plate, a left side plate, a right side plate and a rear side plate are welded to the top cavity, the left side cavity, the right side cavity and the rear side cavity respectively. According to the wind-proof and rain-proof shed used during material welding, through fixing holes in the middles of the upper ends of a baffle, the left side plate, the right side plate and the rear side plate, the cable ropes can be fixed through the fixing holes, meanwhile, iron rings are fixed to rings welded to the I-shaped steel or holes drilled in the ground through bent components, the wind resistance and stability of the wind-proof and rain-proof shed can be greatly improved, and the wind-proof and rain-proof shed is prevented from being blown down by strong wind.
本发明公开了一种焊接材料时使用的挡风防雨棚，包括横骨架和竖骨架，所述横骨架为八个，且每四个横骨架为一组，每组横骨架首尾相互焊接，所述竖骨架为四组，每组竖骨架焊接在每组横骨架首尾焊接处，八个横骨架和四组竖骨架形成顶部空腔、底部空腔、左侧空腔、右侧空腔、前侧空腔和后侧空腔，所述顶部空腔、左侧空腔、右侧空腔和后侧空腔分别焊接有顶板、左侧板、右侧板和后侧板。本发明通过挡板、左侧板、右侧板和后侧板上端中部的固定孔，可以通过固定孔固定缆风绳，同时通过铁环经弯曲构件与工字钢上焊接的圆环或地上钻凿的洞口固定，可以极大的增强挡风防雨棚的抗风性和稳定性，避免被强级大风刮倒。
Wind-proof and rain-proof shed used during material welding
一种焊接材料时使用的挡风防雨棚
LI XIN (author)
2021-01-12
Patent
Electronic Resource
Chinese
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