Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Vegetable and flower planting greenhouse
The invention provides a vegetable and flower planting greenhouse, and relates to the field of greenhouses, the vegetable and flower planting greenhouse comprises stress displacement structures, the stress displacement structures of two L-shaped structures are symmetrically installed above a greenhouse body, the stress displacement structures are connected with plugs through reinforcing rods, transmission structures and positioning rods, the plugs are fixedly connected with top rods made of elastic metal materials, and the top rods are fixedly connected with the top rods. A top rod with the bottom end of an arc-shaped structure is in sliding contact with the upper portion of the greenhouse body, and a vibration structure of an arc-shaped rod structure is welded to the upper portion of the top rod. A driving motor is turned on, a driving assembly continuously rotates to push two stress displacement structures to move outwards, through a series of transmission contact, a vibration structure is controlled to vibrate up and down in a small amplitude, vibration force is transmitted to accumulated snow through a film, the accumulated snow is controlled to slide down rapidly, workers are prevented from climbing to sweep the accumulated snow, and the problems that a common greenhouse for vegetable and flower planting is poor in practicability and the like are solved. And when the greenhouse is used in winter, accumulated snow can be generated above the greenhouse, sunlight can be blocked, and the load of the greenhouse can be increased.
本发明提供一种蔬菜花卉种植大棚，涉及大棚领域，包括：受力位移结构，两个L形结构的所述受力位移结构对称安装在大棚本体的上方，受力位移结构通过加强杆、传动结构以及定位杆与插头连接，插头与弹性金属材质的顶杆固定连接，底端为弧形结构的顶杆与大棚本体的上方滑动接触，顶杆的上方焊接有一个弧形杆结构的振动结构。打开驱动电机，驱动组件持续旋转顶动两个受力位移结构向外移动，通过一系列传动接触，控制振动结构上下小幅度振动，通过薄膜将振动力量传递给积雪，控制积雪快速滑落，避免工作人员登高清扫积雪，解决了常见的蔬菜花卉种植用大棚，冬天使用的时候，大棚上方会产生覆盖的积雪，会挡住阳光，且会加大大棚的负重的问题。
Vegetable and flower planting greenhouse
The invention provides a vegetable and flower planting greenhouse, and relates to the field of greenhouses, the vegetable and flower planting greenhouse comprises stress displacement structures, the stress displacement structures of two L-shaped structures are symmetrically installed above a greenhouse body, the stress displacement structures are connected with plugs through reinforcing rods, transmission structures and positioning rods, the plugs are fixedly connected with top rods made of elastic metal materials, and the top rods are fixedly connected with the top rods. A top rod with the bottom end of an arc-shaped structure is in sliding contact with the upper portion of the greenhouse body, and a vibration structure of an arc-shaped rod structure is welded to the upper portion of the top rod. A driving motor is turned on, a driving assembly continuously rotates to push two stress displacement structures to move outwards, through a series of transmission contact, a vibration structure is controlled to vibrate up and down in a small amplitude, vibration force is transmitted to accumulated snow through a film, the accumulated snow is controlled to slide down rapidly, workers are prevented from climbing to sweep the accumulated snow, and the problems that a common greenhouse for vegetable and flower planting is poor in practicability and the like are solved. And when the greenhouse is used in winter, accumulated snow can be generated above the greenhouse, sunlight can be blocked, and the load of the greenhouse can be increased.
本发明提供一种蔬菜花卉种植大棚，涉及大棚领域，包括：受力位移结构，两个L形结构的所述受力位移结构对称安装在大棚本体的上方，受力位移结构通过加强杆、传动结构以及定位杆与插头连接，插头与弹性金属材质的顶杆固定连接，底端为弧形结构的顶杆与大棚本体的上方滑动接触，顶杆的上方焊接有一个弧形杆结构的振动结构。打开驱动电机，驱动组件持续旋转顶动两个受力位移结构向外移动，通过一系列传动接触，控制振动结构上下小幅度振动，通过薄膜将振动力量传递给积雪，控制积雪快速滑落，避免工作人员登高清扫积雪，解决了常见的蔬菜花卉种植用大棚，冬天使用的时候，大棚上方会产生覆盖的积雪，会挡住阳光，且会加大大棚的负重的问题。
Vegetable and flower planting greenhouse
一种蔬菜花卉种植大棚
PENG XIAOYUN (Autor:in) / XIE XUEGUO (Autor:in) / SHI YANDA (Autor:in) / LI YUNJU (Autor:in) / RUAN BAOHUI (Autor:in) / YU DONGDONG (Autor:in) / WEI LIANG (Autor:in) / ZHOU LONG (Autor:in) / LIAO TAO (Autor:in) / TANG JUNYU (Autor:in)
15.12.2023
Patent
Elektronische Ressource
Chinesisch
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