Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-stabilizing device, hanging pot with self-stabilizing device and hanging pot self-stabilizing method
The invention relates to a self-stabilizing device, a hanging cage with the self-stabilizing device and a hanging cage self-stabilizing method, the self-stabilizing device comprises a gyroscope rotating assembly and a wind power rotating assembly, and the gyroscope rotating assembly and the wind power rotating assembly are used for being installed outside the hanging cage; the gyroscope rotating assembly comprises a rotating body sliding rail, the rotating body sliding rail is in running fit with the gyroscope rotating body, and a shaft hole is formed in the rotating body sliding rail; the wind power rotating combination body comprises a plurality of wind blades, the wind blades are connected with a wind blade supporting rod sliding ring, the wind blades are annularly arranged around the wind blade supporting rod sliding ring, and one end of each wind blade is connected with the gyroscope rotating body through a wind blade flexible connecting body. The problem that the concrete hanging tank swings due to the influence of strong wind weather in the cable crane conveying process is solved; according to the device, the angular momentum conservation principle of the gyroscope is applied, the concrete hanging tank can be kept balanced, the device is completely driven by wind energy, the construction efficiency is improved, the construction safety is improved, and meanwhile the device has the advantage of saving energy.
一种自稳定装置、带有自稳定装置的吊罐及吊罐自稳定方法，包括陀螺旋转组合体和风力转动组合体，陀螺旋转组合体和风力转动组合体用于安装在吊罐外部；所述的陀螺旋转组合体包括旋转体滑轨，旋转体滑轨与陀螺旋转体转动配合，旋转体滑轨上设有轴孔；所述的风力转动组合体包括多个风叶片，风叶片与风叶支撑杆滑环连接，多个风叶片绕风叶支撑杆滑环环形设置，风叶片一端通过风叶柔性连接体与陀螺旋转体连接。解决了混凝土吊罐在揽机运送过程中由于受到大风天气影响产生摆动的问题；本发明运用了陀螺仪的角动量守恒原理，能够使混凝土吊罐保持平衡，且装置完全利用风能驱动，不仅提高了施工的效率，增大了施工安全性，同时具有节能优点。
Self-stabilizing device, hanging pot with self-stabilizing device and hanging pot self-stabilizing method
The invention relates to a self-stabilizing device, a hanging cage with the self-stabilizing device and a hanging cage self-stabilizing method, the self-stabilizing device comprises a gyroscope rotating assembly and a wind power rotating assembly, and the gyroscope rotating assembly and the wind power rotating assembly are used for being installed outside the hanging cage; the gyroscope rotating assembly comprises a rotating body sliding rail, the rotating body sliding rail is in running fit with the gyroscope rotating body, and a shaft hole is formed in the rotating body sliding rail; the wind power rotating combination body comprises a plurality of wind blades, the wind blades are connected with a wind blade supporting rod sliding ring, the wind blades are annularly arranged around the wind blade supporting rod sliding ring, and one end of each wind blade is connected with the gyroscope rotating body through a wind blade flexible connecting body. The problem that the concrete hanging tank swings due to the influence of strong wind weather in the cable crane conveying process is solved; according to the device, the angular momentum conservation principle of the gyroscope is applied, the concrete hanging tank can be kept balanced, the device is completely driven by wind energy, the construction efficiency is improved, the construction safety is improved, and meanwhile the device has the advantage of saving energy.
一种自稳定装置、带有自稳定装置的吊罐及吊罐自稳定方法，包括陀螺旋转组合体和风力转动组合体，陀螺旋转组合体和风力转动组合体用于安装在吊罐外部；所述的陀螺旋转组合体包括旋转体滑轨，旋转体滑轨与陀螺旋转体转动配合，旋转体滑轨上设有轴孔；所述的风力转动组合体包括多个风叶片，风叶片与风叶支撑杆滑环连接，多个风叶片绕风叶支撑杆滑环环形设置，风叶片一端通过风叶柔性连接体与陀螺旋转体连接。解决了混凝土吊罐在揽机运送过程中由于受到大风天气影响产生摆动的问题；本发明运用了陀螺仪的角动量守恒原理，能够使混凝土吊罐保持平衡，且装置完全利用风能驱动，不仅提高了施工的效率，增大了施工安全性，同时具有节能优点。
Self-stabilizing device, hanging pot with self-stabilizing device and hanging pot self-stabilizing method
自稳定装置、带有自稳定装置的吊罐及吊罐自稳定方法
GUO JIA (Autor:in) / KANG WENBO (Autor:in) / ZHAO CHUNJU (Autor:in) / GUO HONGMIN (Autor:in) / KANG JIANJUN (Autor:in)
25.03.2022
Patent
Elektronische Ressource
Chinesisch
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