A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent water conservancy gate device. The device comprises a water separation wall, embankments are arranged at the front end of the water separation wall in a bilateral symmetry mode, a water tank is arranged between the water separation wall and the embankments, a linkage cavity is formed in each embankment, a partition plate groove with an upward opening is formed in each embankment, a water separation plate is arranged in each partition plate groove in an up-down sliding mode, and a connecting frame is fixedly arranged at the lower end of the water separation plate. According to the device, when the water level rises, a shore protection plate can be automatically lifted, water flow is prevented from rushing to the shore to injure shore personnel and buildings, meanwhile, when the water level rises to a certain height, a water gate is automatically opened, and meanwhile, the opening and closing degree of the water gate is automatically adjusted according to the water level height, and therefore the rate of flood discharge is adjusted; and when the gate is opened, the magnitude of reverse thrust on the gate is automatically adjusted through the protection plate according to the flow speed of water flowing out of the gate, and therefore the effects of protecting the gate and preventing a gate panel from inclining are achieved.
本发明公开了一种智能水利闸门装置，包括隔水墙，所述隔水墙前端左右对称设有岸堤，所述隔水墙、岸堤间设有水槽，所述岸堤中设有联动腔，所述岸堤中设有向上开口的隔板槽，所述隔板槽中上下滑动设有隔水板，所述隔水板下端固定设有连接架，本设备在发生水位上升时能自动将岸边护板抬升，防止水流冲到岸上对岸边人员以及建筑造成损伤，同时在水位上升到一定高度时，水闸自动打开，同时根据水位高度，自动调整水闸的开闭程度，从而调节泄洪的速率，在闸门打开同时，通过保护板自动根据闸门流出的水的流速调节对闸门反向推力的大小，从而起到保护闸门，防止闸门面板倾斜的作用。
The invention discloses an intelligent water conservancy gate device. The device comprises a water separation wall, embankments are arranged at the front end of the water separation wall in a bilateral symmetry mode, a water tank is arranged between the water separation wall and the embankments, a linkage cavity is formed in each embankment, a partition plate groove with an upward opening is formed in each embankment, a water separation plate is arranged in each partition plate groove in an up-down sliding mode, and a connecting frame is fixedly arranged at the lower end of the water separation plate. According to the device, when the water level rises, a shore protection plate can be automatically lifted, water flow is prevented from rushing to the shore to injure shore personnel and buildings, meanwhile, when the water level rises to a certain height, a water gate is automatically opened, and meanwhile, the opening and closing degree of the water gate is automatically adjusted according to the water level height, and therefore the rate of flood discharge is adjusted; and when the gate is opened, the magnitude of reverse thrust on the gate is automatically adjusted through the protection plate according to the flow speed of water flowing out of the gate, and therefore the effects of protecting the gate and preventing a gate panel from inclining are achieved.
本发明公开了一种智能水利闸门装置，包括隔水墙，所述隔水墙前端左右对称设有岸堤，所述隔水墙、岸堤间设有水槽，所述岸堤中设有联动腔，所述岸堤中设有向上开口的隔板槽，所述隔板槽中上下滑动设有隔水板，所述隔水板下端固定设有连接架，本设备在发生水位上升时能自动将岸边护板抬升，防止水流冲到岸上对岸边人员以及建筑造成损伤，同时在水位上升到一定高度时，水闸自动打开，同时根据水位高度，自动调整水闸的开闭程度，从而调节泄洪的速率，在闸门打开同时，通过保护板自动根据闸门流出的水的流速调节对闸门反向推力的大小，从而起到保护闸门，防止闸门面板倾斜的作用。
Intelligent water conservancy gate device
一种智能水利闸门装置
ZHENG JINWEI (author)
2021-04-30
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau