Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wind power foundation shock absorption and energy consumption device and construction process method thereof
The invention discloses a wind power foundation damping energy consumption device and a construction technology thereof.The wind power foundation damping energy consumption device comprises a fixed cylinder and a slidably-arranged adjusting plate, an elastic connecting column is arranged between the adjusting plate and a fan pile in an extruding mode, the adjusting plate is provided with an inner threaded cylinder, a threaded rotating rod and a driving motor in a matched mode, and the bottom of the fixed cylinder communicates with an air blower; an air outlet groove with a driving groove and a socket groove is connected to the inner bottom wall of the fixing cylinder, an electromagnet and a sliding push plate with an air separation baffle are arranged in the driving groove, the air blower and the electromagnet are both in signal connection with a signal switch, a touch pressure switch is installed on the air separation baffle, and the touch pressure switch is electrically connected with a power source and an electric heating piece through wires. According to the device, the elastic coefficient of the elastic connecting column is adjusted, the problem that in the prior art, a damping energy consumption device cannot be adjusted is solved, and rainwater and dust attached to the fan pile, the elastic cushion layer and the fixing cylinder are dried and removed through cooperative arrangement of a signal switch, an air blower and other mechanisms.
本发明公开了一种风电基础减震耗能装置及其施工工艺，包括固定筒和滑动设置的调节板，且调节板与风机桩间挤压设置有弹性连接柱，且调节板配合设置有内螺纹筒、螺纹转杆和驱动电机，所述固定筒底部与鼓风机连通，且固定筒内底壁连接有带驱动槽、插口槽的出风槽，所述驱动槽内设置有电磁铁和带隔气挡板的滑动推板，且鼓风机、电磁铁均与信号开关信号连接，所述隔气挡板上安装有触压开关，且触压开关通过导线与电源、电加热件电性连接，本发明通过对弹性连接柱弹性系数进行调节，解决了现有技术中减震耗能装置无法调节的问题，并通过信号开关、鼓风机等机构的配合设置，烘干除去沾附在风机桩、弹性垫层和固定筒上的雨水灰尘。
Wind power foundation shock absorption and energy consumption device and construction process method thereof
The invention discloses a wind power foundation damping energy consumption device and a construction technology thereof.The wind power foundation damping energy consumption device comprises a fixed cylinder and a slidably-arranged adjusting plate, an elastic connecting column is arranged between the adjusting plate and a fan pile in an extruding mode, the adjusting plate is provided with an inner threaded cylinder, a threaded rotating rod and a driving motor in a matched mode, and the bottom of the fixed cylinder communicates with an air blower; an air outlet groove with a driving groove and a socket groove is connected to the inner bottom wall of the fixing cylinder, an electromagnet and a sliding push plate with an air separation baffle are arranged in the driving groove, the air blower and the electromagnet are both in signal connection with a signal switch, a touch pressure switch is installed on the air separation baffle, and the touch pressure switch is electrically connected with a power source and an electric heating piece through wires. According to the device, the elastic coefficient of the elastic connecting column is adjusted, the problem that in the prior art, a damping energy consumption device cannot be adjusted is solved, and rainwater and dust attached to the fan pile, the elastic cushion layer and the fixing cylinder are dried and removed through cooperative arrangement of a signal switch, an air blower and other mechanisms.
本发明公开了一种风电基础减震耗能装置及其施工工艺，包括固定筒和滑动设置的调节板，且调节板与风机桩间挤压设置有弹性连接柱，且调节板配合设置有内螺纹筒、螺纹转杆和驱动电机，所述固定筒底部与鼓风机连通，且固定筒内底壁连接有带驱动槽、插口槽的出风槽，所述驱动槽内设置有电磁铁和带隔气挡板的滑动推板，且鼓风机、电磁铁均与信号开关信号连接，所述隔气挡板上安装有触压开关，且触压开关通过导线与电源、电加热件电性连接，本发明通过对弹性连接柱弹性系数进行调节，解决了现有技术中减震耗能装置无法调节的问题，并通过信号开关、鼓风机等机构的配合设置，烘干除去沾附在风机桩、弹性垫层和固定筒上的雨水灰尘。
Wind power foundation shock absorption and energy consumption device and construction process method thereof
一种风电基础减震耗能装置及其施工工艺方法
JI WENBO (Autor:in) / QIAO HONG (Autor:in) / ZHU XIAOFENG (Autor:in) / LIU KANG (Autor:in) / XU QIAN (Autor:in)
13.01.2023
Patent
Elektronische Ressource
Chinesisch
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