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A platform for research: civil engineering, architecture and urbanism
Stratified intake system structure using stratified intake fence
The invention discloses a stratified intake system structure using a stratified intake fence. The stratified intake system structure comprises an intake tower and the stratified intake fence, the stratified intake fence comprises a trash rack and a water barrier spliced together in the direction from top to bottom, the trash rack and the water barrier are cuboid in shape, the water barrier is consistent with the preset water intake depth of a user, the height of the trash rack is consistent with the relative height of the preset water intake depth of the user to the water surface, the intake tower is arranged in a water flow channel, opening and closing equipment is arranged at the top of the intake tower, and the output end of the opening and closing equipment is fixedly connected to theupper side of the trash rack, so that the stratified intake fence can be placed into the water flow channel or lifted from the water flow channel in the vertical direction. Compared with the prior art, the stratified intake system structure has the technical effects that the purpose of taking an upper-layer high-temperature water resource of the preset water intake depth is achieved through the trash rack and the water barrier, the stratified intake fence is light in weight and convenient to use, installation and maintenance are easy, configuration is flexible, and the water intake depth is easy to adjust.
本发明公开了一种使用分层取水栅栏的分层取水系统结构，包括取水塔和分层取水栅栏，分层取水栅栏包括沿着自上而下的方向拼接在一起的拦污栅和挡水栅，拦污栅、挡水栅均为长方体形状，挡水栅与用户预设取水深度一致，拦污栅高度与用于预设取水深度相对于水面之间的相对高度一致，取水塔部署于水流流道之中，取水塔顶部安装有启闭设备，启闭设备输出端与拦污栅上侧固定连接在一起，使分层取水栅栏能够沿着竖直方向放入水流流道之中或者从水流流道之中提起。采用本发明的技术效果，通过拦污栅和挡水栅实现了取用预设取水深度上层高温水资源的目的，相比现有技术，分层取水栅栏质量轻便，易于安装和维护，配置灵活，易于调整取水深度。
Stratified intake system structure using stratified intake fence
The invention discloses a stratified intake system structure using a stratified intake fence. The stratified intake system structure comprises an intake tower and the stratified intake fence, the stratified intake fence comprises a trash rack and a water barrier spliced together in the direction from top to bottom, the trash rack and the water barrier are cuboid in shape, the water barrier is consistent with the preset water intake depth of a user, the height of the trash rack is consistent with the relative height of the preset water intake depth of the user to the water surface, the intake tower is arranged in a water flow channel, opening and closing equipment is arranged at the top of the intake tower, and the output end of the opening and closing equipment is fixedly connected to theupper side of the trash rack, so that the stratified intake fence can be placed into the water flow channel or lifted from the water flow channel in the vertical direction. Compared with the prior art, the stratified intake system structure has the technical effects that the purpose of taking an upper-layer high-temperature water resource of the preset water intake depth is achieved through the trash rack and the water barrier, the stratified intake fence is light in weight and convenient to use, installation and maintenance are easy, configuration is flexible, and the water intake depth is easy to adjust.
本发明公开了一种使用分层取水栅栏的分层取水系统结构，包括取水塔和分层取水栅栏，分层取水栅栏包括沿着自上而下的方向拼接在一起的拦污栅和挡水栅，拦污栅、挡水栅均为长方体形状，挡水栅与用户预设取水深度一致，拦污栅高度与用于预设取水深度相对于水面之间的相对高度一致，取水塔部署于水流流道之中，取水塔顶部安装有启闭设备，启闭设备输出端与拦污栅上侧固定连接在一起，使分层取水栅栏能够沿着竖直方向放入水流流道之中或者从水流流道之中提起。采用本发明的技术效果，通过拦污栅和挡水栅实现了取用预设取水深度上层高温水资源的目的，相比现有技术，分层取水栅栏质量轻便，易于安装和维护，配置灵活，易于调整取水深度。
Stratified intake system structure using stratified intake fence
一种使用分层取水栅栏的分层取水系统结构
ZHAN ZHENGGANG (author) / DU SHUAIQUN (author) / ZHENG XUEYU (author)
2020-07-28
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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