Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Trench surface structure for inhibiting growth of algae organisms
The invention discloses a canal surface structure for inhibiting the growth of algae organisms, and relates to the technical field of inhibiting the quantity of the algae organisms in a water conveyance canal. Comprising a channel face protruding unit structure used for disturbing water flow, a driving mechanism used for driving angle adjustment of protruding units to improve the disturbing effect, and a pull rod mechanism used for correspondingly connecting the protruding units with the driving mechanism, and the multiple sets of protruding units are arranged on a channel slope in the water flow direction at intervals. The driving mechanism drives the two triangular plates in the protruding units to synchronously rotate around the rotating shaft in the opposite directions through the pull rod mechanism, so that the water flow state in the range nearby the canal surface is adjusted, algae organisms with poor adherence stability are made to fall off through water flow disturbance, the number of the algae organisms is reduced, and the stability of the canal surface is improved. On the premise that external human intervention is not needed, the attaching number of algae on the canal surface is kept, and it is guaranteed that water in the water conveyance canal is not affected by the algae negatively.
本发明公开了一种抑制藻类生物生长的渠面结构，涉及抑制输水渠道内藻类生物数量技术领域，包括用以扰动水流的渠面突起单元结构、用以驱动突起单元角度调整来提高扰动效果的驱动机构、以及将各突起单元分别对应与驱动机构连接的拉杆机构，所述突起单元在渠道斜面上沿水流方向间隔设置有多组，每组突起单元之间相互平行，所述驱动机构驱动机构通过所述拉杆机构驱使突起单元中的两三角板同步绕转轴沿相反方向转动，以此来调节渠面附近范围内水流流态，通过水流扰动使着生稳定性较差的藻类生物脱落，减少藻类生物数量，在无需外界人为干预的前提下保持渠面藻类生物着生数量，保证输水渠道内水体不受藻类生物的消极影响。
Trench surface structure for inhibiting growth of algae organisms
The invention discloses a canal surface structure for inhibiting the growth of algae organisms, and relates to the technical field of inhibiting the quantity of the algae organisms in a water conveyance canal. Comprising a channel face protruding unit structure used for disturbing water flow, a driving mechanism used for driving angle adjustment of protruding units to improve the disturbing effect, and a pull rod mechanism used for correspondingly connecting the protruding units with the driving mechanism, and the multiple sets of protruding units are arranged on a channel slope in the water flow direction at intervals. The driving mechanism drives the two triangular plates in the protruding units to synchronously rotate around the rotating shaft in the opposite directions through the pull rod mechanism, so that the water flow state in the range nearby the canal surface is adjusted, algae organisms with poor adherence stability are made to fall off through water flow disturbance, the number of the algae organisms is reduced, and the stability of the canal surface is improved. On the premise that external human intervention is not needed, the attaching number of algae on the canal surface is kept, and it is guaranteed that water in the water conveyance canal is not affected by the algae negatively.
本发明公开了一种抑制藻类生物生长的渠面结构，涉及抑制输水渠道内藻类生物数量技术领域，包括用以扰动水流的渠面突起单元结构、用以驱动突起单元角度调整来提高扰动效果的驱动机构、以及将各突起单元分别对应与驱动机构连接的拉杆机构，所述突起单元在渠道斜面上沿水流方向间隔设置有多组，每组突起单元之间相互平行，所述驱动机构驱动机构通过所述拉杆机构驱使突起单元中的两三角板同步绕转轴沿相反方向转动，以此来调节渠面附近范围内水流流态，通过水流扰动使着生稳定性较差的藻类生物脱落，减少藻类生物数量，在无需外界人为干预的前提下保持渠面藻类生物着生数量，保证输水渠道内水体不受藻类生物的消极影响。
Trench surface structure for inhibiting growth of algae organisms
一种抑制藻类生物生长的渠面结构
ZHANG JIANWEI (Autor:in) / MA HONGDONG (Autor:in) / ZHANG YINA (Autor:in) / JIN LINGXIAO (Autor:in) / HUANG JINLIN (Autor:in) / LI HUOKUN (Autor:in) / JIANG QI (Autor:in) / CAO KELEI (Autor:in) / MEI YUECHANG (Autor:in) / MA JUNHAO (Autor:in)
01.09.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Method for inhibiting periphytic algae from periphytic
| Europäisches Patentamt | 2024
A study on cyanophages inhibiting the growth of algae producing musty odor
| British Library Conference Proceedings | 1995
A study on cyanophages inhibiting the growth of algae producing musty odor
| Online Contents | 1995