Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Pseudo-ginseng planting shed aluminum alloy special supporting rod
The invention relates to the technical field of planting shed supporting rods, and discloses a pseudo-ginseng planting shed aluminum alloy special supporting rod. The supporting rod comprises a firstoctagonal aluminum profile rod and a second octagonal aluminum profile rod, and an embedded depth marking line is formed at the left end of a rod body of the first octagonal aluminum profile rod. According to the pseudo-ginseng planting shed aluminum alloy special supporting rod, the first octagonal aluminum profile rod and the second octagonal aluminum profile rod are both made of high-strength aluminum alloy, an octagonal mold is integrally formed in an extrusion manner, the front end of a supporting rod of the second octagonal aluminum profile rod adopts two layers of four galvanization screws and high-strength positioning iron wire pressing pieces to form multi-layer cross assembling, a laser welding pressing-resisting bottom plate is added at the rear end of the first octagonal aluminum profile rod, and the advantages that the special supporting rod is light in weight, simple in iron wire for mounting a shed, high in compressive strength, capable of flexibly adjusting the number of layers of sunshade nets, capable of being recycled for multiple times, energy-saving, environment-friendly, convenient to mount, capable of being recycled repeatedly, and free of forest wood resources and the like are achieved.
本发明涉及种植棚撑杆技术领域,且公开了一种三七种植棚铝合金专用撑杆,包括第一八边形铝型材杆、第二八边形铝型材杆,所述第一八边形铝型材杆的杆体左端开设有预埋深度标线。该一种三七种植棚铝合金专用撑杆,通过第一八边形铝型材杆和第二八边形铝型材杆都采用采用了高强度铝合金,八边形型模具一体挤压成型,第二八边形铝型材杆的撑杆前端采用了,两层四颗镀锌螺丝和高强度定位铁丝压片形成多层十字装配,第一八边形铝型材杆的后端增加激光焊接抗压底板,具有重量轻,安装棚用铁丝简单,抗压强度高,灵活调整遮阳网层数,可多次循环使用,节能环保,安装方便,可反复回收,不占用森林木材资源等优点。
Pseudo-ginseng planting shed aluminum alloy special supporting rod
The invention relates to the technical field of planting shed supporting rods, and discloses a pseudo-ginseng planting shed aluminum alloy special supporting rod. The supporting rod comprises a firstoctagonal aluminum profile rod and a second octagonal aluminum profile rod, and an embedded depth marking line is formed at the left end of a rod body of the first octagonal aluminum profile rod. According to the pseudo-ginseng planting shed aluminum alloy special supporting rod, the first octagonal aluminum profile rod and the second octagonal aluminum profile rod are both made of high-strength aluminum alloy, an octagonal mold is integrally formed in an extrusion manner, the front end of a supporting rod of the second octagonal aluminum profile rod adopts two layers of four galvanization screws and high-strength positioning iron wire pressing pieces to form multi-layer cross assembling, a laser welding pressing-resisting bottom plate is added at the rear end of the first octagonal aluminum profile rod, and the advantages that the special supporting rod is light in weight, simple in iron wire for mounting a shed, high in compressive strength, capable of flexibly adjusting the number of layers of sunshade nets, capable of being recycled for multiple times, energy-saving, environment-friendly, convenient to mount, capable of being recycled repeatedly, and free of forest wood resources and the like are achieved.
本发明涉及种植棚撑杆技术领域,且公开了一种三七种植棚铝合金专用撑杆,包括第一八边形铝型材杆、第二八边形铝型材杆,所述第一八边形铝型材杆的杆体左端开设有预埋深度标线。该一种三七种植棚铝合金专用撑杆,通过第一八边形铝型材杆和第二八边形铝型材杆都采用采用了高强度铝合金,八边形型模具一体挤压成型,第二八边形铝型材杆的撑杆前端采用了,两层四颗镀锌螺丝和高强度定位铁丝压片形成多层十字装配,第一八边形铝型材杆的后端增加激光焊接抗压底板,具有重量轻,安装棚用铁丝简单,抗压强度高,灵活调整遮阳网层数,可多次循环使用,节能环保,安装方便,可反复回收,不占用森林木材资源等优点。
Pseudo-ginseng planting shed aluminum alloy special supporting rod
一种三七种植棚铝合金专用撑杆
KANG HAIBI (Autor:in)
26.01.2021
Patent
Elektronische Ressource
Chinesisch
Car shed top tensioning structure, car shed mounting frame and aluminum alloy car shed
Europäisches Patentamt | 2024
|Moving shed frame of gardening planting modular working platform
Europäisches Patentamt | 2021
|Intelligent temperature control shed for Chinese herbaceous peony planting
Europäisches Patentamt | 2022
|