A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving intelligent gate control device for water conservancy project
The invention discloses an energy-saving intelligent gate control device for hydraulic engineering, and belongs to the field of gate devices, the energy-saving intelligent gate control device for hydraulic engineering comprises a gate pier, a radial gate, a control room and a bearing contact wall; the control chamber further comprises a floating ball, a detection device, a triggering device, a standard water level line and a water level sensor; the trigger device is located below the detection device; the standard water line is positioned below the outer wall of the control room; the water level sensor is positioned at the upper end of the standard water level; the water blocking piece is located at the included angle between the abutting face of the lower end of the gate pier and the abutting position of the arc-shaped gate. The water blocking piece comprises a starting device and a resetting device and protrudes relative to the water flow direction. The starting device and the resetting device are both located on one side of the water blocking piece. And the starting device and the resetting device are matched with a triggering device in the control room. Effective pressure division can be carried out on the abutting face of the bottom end of the radial gate, and the sealing performance of the abutting face of the lower end is improved.
本发明公开了一种节能型水利工程用智能闸门控制装置，属于闸门装置领域，一种节能型水利工程用智能闸门控制装置，包括闸墩、弧形闸门、控制室和承重接触壁；还包括阻水件，所述控制室还包括浮球、检测装置、触发装置、标准水位线和水位传感器；触发装置位于检测装置下端；标准水位线位于控制室的外壁下侧；水位传感器位于标准水位线的上端；阻水件位于闸墩下端的抵接面与弧形闸门抵接处的夹角处；阻水件包括启动装置和复位装置，阻水件相对水流方向凸出；启动装置和复位装置均位于阻水件一侧；启动装置和复位装置均与控制室内的触发装置相互配合。它可以实现对弧形闸门底端抵接面进行有效分压，并增加下端抵接面的密封性。
Energy-saving intelligent gate control device for water conservancy project
The invention discloses an energy-saving intelligent gate control device for hydraulic engineering, and belongs to the field of gate devices, the energy-saving intelligent gate control device for hydraulic engineering comprises a gate pier, a radial gate, a control room and a bearing contact wall; the control chamber further comprises a floating ball, a detection device, a triggering device, a standard water level line and a water level sensor; the trigger device is located below the detection device; the standard water line is positioned below the outer wall of the control room; the water level sensor is positioned at the upper end of the standard water level; the water blocking piece is located at the included angle between the abutting face of the lower end of the gate pier and the abutting position of the arc-shaped gate. The water blocking piece comprises a starting device and a resetting device and protrudes relative to the water flow direction. The starting device and the resetting device are both located on one side of the water blocking piece. And the starting device and the resetting device are matched with a triggering device in the control room. Effective pressure division can be carried out on the abutting face of the bottom end of the radial gate, and the sealing performance of the abutting face of the lower end is improved.
本发明公开了一种节能型水利工程用智能闸门控制装置，属于闸门装置领域，一种节能型水利工程用智能闸门控制装置，包括闸墩、弧形闸门、控制室和承重接触壁；还包括阻水件，所述控制室还包括浮球、检测装置、触发装置、标准水位线和水位传感器；触发装置位于检测装置下端；标准水位线位于控制室的外壁下侧；水位传感器位于标准水位线的上端；阻水件位于闸墩下端的抵接面与弧形闸门抵接处的夹角处；阻水件包括启动装置和复位装置，阻水件相对水流方向凸出；启动装置和复位装置均位于阻水件一侧；启动装置和复位装置均与控制室内的触发装置相互配合。它可以实现对弧形闸门底端抵接面进行有效分压，并增加下端抵接面的密封性。
Energy-saving intelligent gate control device for water conservancy project
一种节能型水利工程用智能闸门控制装置
CUI QIANTING (author) / XU KEWEI (author) / CHEN FU (author) / LIN WENXUAN (author) / HUANG HAONAN (author)
2024-08-23
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau