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Desert photovoltaic power station engineering plant composite sand prevention structure
The invention belongs to the technical field of wind prevention and sand control, and particularly relates to a desert photovoltaic power station engineering plant composite sand prevention structure which comprises a fixing plate, a culture pot is fixedly installed on the fixing plate in a penetrating mode, a plant body is arranged in the culture pot, and a plurality of knocking mechanisms distributed at equal intervals are arranged on the fixing plate. The multiple knocking mechanisms penetrate through the fixing plate and are movably connected with the fixing plate, the tunneling mechanism is arranged at the bottom ends of the knocking mechanisms, the knocking mechanisms are used for driving the tunneling mechanism to conduct tunneling in sandy soil, and in strong wind weather, the knocking mechanisms are used for knocking the tunneling mechanism to spirally move downwards. According to the device, the tunneling mechanism can be knocked through the knocking mechanism in the windy weather, the tunneling mechanism is made to conduct tunneling downwards in a spiral mode, meanwhile, the situation that the knocking mechanism is pulled upwards can be prevented, and the burying stability of the knocking mechanism and the tunneling mechanism in sandy soil is improved.
本发明属于防风治沙技术领域，尤其为一种沙漠光伏电站工程植物复合防沙结构，包括固定板，所述固定板上贯穿式固定安装有培养盆，所述培养盆内设有植株主体，所述固定板上设有等间距分布的多个敲击机构，多个敲击机构均贯穿固定板并与固定板活动连接，所述敲击机构的底端设有掘进机构，所述敲击机构用于带动掘进机构在沙土内掘进，且在大风天气时，所述敲击机构用于敲击掘进机构螺旋向下移动。本发明能够在大风天气下通过敲击机构对掘进机构进行敲击，通过使掘进机构螺旋向下掘进，同时也能够防止敲击机构被拉拽向上的情况出现，提高敲击机构和掘进机构在沙土中的埋藏稳固性。
Desert photovoltaic power station engineering plant composite sand prevention structure
The invention belongs to the technical field of wind prevention and sand control, and particularly relates to a desert photovoltaic power station engineering plant composite sand prevention structure which comprises a fixing plate, a culture pot is fixedly installed on the fixing plate in a penetrating mode, a plant body is arranged in the culture pot, and a plurality of knocking mechanisms distributed at equal intervals are arranged on the fixing plate. The multiple knocking mechanisms penetrate through the fixing plate and are movably connected with the fixing plate, the tunneling mechanism is arranged at the bottom ends of the knocking mechanisms, the knocking mechanisms are used for driving the tunneling mechanism to conduct tunneling in sandy soil, and in strong wind weather, the knocking mechanisms are used for knocking the tunneling mechanism to spirally move downwards. According to the device, the tunneling mechanism can be knocked through the knocking mechanism in the windy weather, the tunneling mechanism is made to conduct tunneling downwards in a spiral mode, meanwhile, the situation that the knocking mechanism is pulled upwards can be prevented, and the burying stability of the knocking mechanism and the tunneling mechanism in sandy soil is improved.
本发明属于防风治沙技术领域，尤其为一种沙漠光伏电站工程植物复合防沙结构，包括固定板，所述固定板上贯穿式固定安装有培养盆，所述培养盆内设有植株主体，所述固定板上设有等间距分布的多个敲击机构，多个敲击机构均贯穿固定板并与固定板活动连接，所述敲击机构的底端设有掘进机构，所述敲击机构用于带动掘进机构在沙土内掘进，且在大风天气时，所述敲击机构用于敲击掘进机构螺旋向下移动。本发明能够在大风天气下通过敲击机构对掘进机构进行敲击，通过使掘进机构螺旋向下掘进，同时也能够防止敲击机构被拉拽向上的情况出现，提高敲击机构和掘进机构在沙土中的埋藏稳固性。
Desert photovoltaic power station engineering plant composite sand prevention structure
一种沙漠光伏电站工程植物复合防沙结构
HAN XUEYING (author) / JIA GUANGPU (author) / YANG WENBIN (author) / WANG NING (author) / LIU DANYI (author) / YANG BO (author)
2024-12-17
Patent
Electronic Resource
Chinese
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