A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hydropower station water inlet trash holding floating mat device and mounting method thereof
The invention relates to a hydropower station water inlet trash holding floating row device and an installation method thereof, the hydropower station water inlet trash holding floating row device comprises main buoys, blocking nets, traction cables and sliding tensioning devices, the multiple main buoys are sequentially connected into a row, the blocking nets are installed on the main buoys, the two ends of each traction cable are connected with the sliding tensioning devices on the two sides respectively, and the main buoys are connected with the traction cables respectively; the blocking nets are of a grid net structure, the adjacent main buoys are connected through first connecting pieces, all the blocking nets are hung on one side of the upstream face of each main buoy, all the main buoys are connected with the traction cable through third connecting pieces, the adjacent blocking nets are connected through fourth connecting pieces, and the blocking nets are of a rigid grid net structure. When the sundries extrude the blocking net, the gap between the two ends of the blocking net cannot be enlarged, the top of the sliding seat exceeds the blocking net, the bottom of the sliding seat is flush with the lower end of the blocking net or extends out of the blocking net, and the sliding seat can block the sundries. The device has the characteristics of simple structure and convenience in installation.
一种水电站进水口拦污浮排装置及其安装方法，包括主浮筒、阻拦网、牵引索以及滑动张拉装置，多个主浮筒依次连接成一排，主浮筒上安装有阻拦网，牵引索的两端分别与两侧的滑动张拉装置连接，各主浮筒分别与牵引索连接，阻拦网为格栅网结构，相邻主浮筒之间通过第一连接件连接，各个阻拦网分别悬挂在每个主浮筒迎水面的一侧，各主浮筒通过第三连接件与牵引索连接，相邻阻拦网之间通过第四连接件连接，阻拦网为刚性的格栅网结构，杂物不易卡在拦污网上，并且杂物挤压阻拦网时，阻拦网两端的间隙不会变大，滑动座的顶部超过阻拦网，底部与阻拦网的下端平齐或者伸出阻拦网，使滑动座也能够阻挡杂物。本装置具有结构简单、安装方便的特点。
Hydropower station water inlet trash holding floating mat device and mounting method thereof
The invention relates to a hydropower station water inlet trash holding floating row device and an installation method thereof, the hydropower station water inlet trash holding floating row device comprises main buoys, blocking nets, traction cables and sliding tensioning devices, the multiple main buoys are sequentially connected into a row, the blocking nets are installed on the main buoys, the two ends of each traction cable are connected with the sliding tensioning devices on the two sides respectively, and the main buoys are connected with the traction cables respectively; the blocking nets are of a grid net structure, the adjacent main buoys are connected through first connecting pieces, all the blocking nets are hung on one side of the upstream face of each main buoy, all the main buoys are connected with the traction cable through third connecting pieces, the adjacent blocking nets are connected through fourth connecting pieces, and the blocking nets are of a rigid grid net structure. When the sundries extrude the blocking net, the gap between the two ends of the blocking net cannot be enlarged, the top of the sliding seat exceeds the blocking net, the bottom of the sliding seat is flush with the lower end of the blocking net or extends out of the blocking net, and the sliding seat can block the sundries. The device has the characteristics of simple structure and convenience in installation.
一种水电站进水口拦污浮排装置及其安装方法，包括主浮筒、阻拦网、牵引索以及滑动张拉装置，多个主浮筒依次连接成一排，主浮筒上安装有阻拦网，牵引索的两端分别与两侧的滑动张拉装置连接，各主浮筒分别与牵引索连接，阻拦网为格栅网结构，相邻主浮筒之间通过第一连接件连接，各个阻拦网分别悬挂在每个主浮筒迎水面的一侧，各主浮筒通过第三连接件与牵引索连接，相邻阻拦网之间通过第四连接件连接，阻拦网为刚性的格栅网结构，杂物不易卡在拦污网上，并且杂物挤压阻拦网时，阻拦网两端的间隙不会变大，滑动座的顶部超过阻拦网，底部与阻拦网的下端平齐或者伸出阻拦网，使滑动座也能够阻挡杂物。本装置具有结构简单、安装方便的特点。
Hydropower station water inlet trash holding floating mat device and mounting method thereof
一种水电站进水口拦污浮排装置及其安装方法
WEI GUISHENG (author) / ZHUO JIAHUA (author) / WEI XIONGXIAO (author) / QIU ZONGYU (author) / LAN RUI (author) / ZUO DEZHONG (author) / WANG LIZHONG (author)
2024-05-03
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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