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Hydraulic engineering gate groove protection device and protection method
A water conservancy project gate groove protection device comprises a gate plate and a gate groove, the gate plate slides up and down along the gate groove, the water conservancy project gate groove protection device further comprises a plurality of heating units fixedly connected to one side of the gate groove, the heating units are distributed from top to bottom, and the heating units are tightly arranged; the plurality of groups of power-on units are electrically connected to the heating units, and the plurality of groups of power-on units are in one-to-one correspondence with the plurality of groups of heating units; and the control unit is used for controlling the electrifying unit to electrify. The floating block arranged in the device can drive the magnet to float on the water surface, the magnet floating on the water surface attracts the second electrode to rotate, the second electrode makes contact with the first electrode after rotating and forms a loop with the heating unit with the corresponding height, and in other words, the heating unit on the water surface forms a loop for heating. Therefore, the buoyancy of the floating block is utilized to automatically heat the heating unit on the water surface.
一种水利工程闸门槽防护装置，包括闸板和闸槽，所述闸板沿所述闸槽上下滑动，还包括：固接于所述闸槽一侧的多组加热单元，多组所述加热单元由上而下分布，多组所述加热单元紧密设置；电性连接于所述加热单元的多组通电单元，多组所述通电单元与所述多组加热单元一一对应；以及用于控制通电单元通电的控制单元。本装置中中设有的浮块能够带动磁铁漂浮于水面，漂浮水面的磁铁吸引第二电极转动，第二电极转动后则接触第一电极与相对应高度的加热单元形成回路，即处于水面位置的加热单元形成回路进行加热，从而利用浮块的浮力自动进行处于水面位置的加热单元加热。
Hydraulic engineering gate groove protection device and protection method
A water conservancy project gate groove protection device comprises a gate plate and a gate groove, the gate plate slides up and down along the gate groove, the water conservancy project gate groove protection device further comprises a plurality of heating units fixedly connected to one side of the gate groove, the heating units are distributed from top to bottom, and the heating units are tightly arranged; the plurality of groups of power-on units are electrically connected to the heating units, and the plurality of groups of power-on units are in one-to-one correspondence with the plurality of groups of heating units; and the control unit is used for controlling the electrifying unit to electrify. The floating block arranged in the device can drive the magnet to float on the water surface, the magnet floating on the water surface attracts the second electrode to rotate, the second electrode makes contact with the first electrode after rotating and forms a loop with the heating unit with the corresponding height, and in other words, the heating unit on the water surface forms a loop for heating. Therefore, the buoyancy of the floating block is utilized to automatically heat the heating unit on the water surface.
一种水利工程闸门槽防护装置，包括闸板和闸槽，所述闸板沿所述闸槽上下滑动，还包括：固接于所述闸槽一侧的多组加热单元，多组所述加热单元由上而下分布，多组所述加热单元紧密设置；电性连接于所述加热单元的多组通电单元，多组所述通电单元与所述多组加热单元一一对应；以及用于控制通电单元通电的控制单元。本装置中中设有的浮块能够带动磁铁漂浮于水面，漂浮水面的磁铁吸引第二电极转动，第二电极转动后则接触第一电极与相对应高度的加热单元形成回路，即处于水面位置的加热单元形成回路进行加热，从而利用浮块的浮力自动进行处于水面位置的加热单元加热。
Hydraulic engineering gate groove protection device and protection method
一种水利工程闸门槽防护装置及防护方法
DONG YANPENG (author) / HE FANGDING (author) / LIU BINGXIN (author) / LIU LIZHEN (author) / LU GUANGXU (author)
2023-07-18
Patent
Electronic Resource
Chinese
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