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Self-power-generation pipe network leakage monitoring and complementary energy recovery system
The invention discloses a leakage monitoring and complementary energy recovery system for a self-generating pipe network. The invention discloses a power generation pipe network leakage monitoring and complementary energy recovery system, which comprises a complementary energy recovery module, a power generation module, a monitoring digital display module and a remote transmission and data analysis module, and is characterized in that the complementary energy recovery module comprises a wheel, blades, a front flow guide grid and a rolling bearing; the power generation module comprises a fairing, a circular permanent magnet and an outer cover thereof, a magnet ring groove, and a magnetic induction coil and an outer cover thereof; the monitoring digital display module comprises a pressure collector and a flow collector; the complementary energy recovery module is connected with the power generation module through a rolling bearing, the power generation module is externally connected with a monitoring digital display module, and the remote transmission and data analysis module receives information of the monitoring digital display module through a wireless communication technology; according to the system, self power generation is achieved, monitoring, data analysis and shaftless processing of the water condition of the pipeline can be achieved, the device is simplified, friction loss is reduced, torque needed by starting and stopping of the device is reduced, and the energy conversion efficiency of the water turbine is improved.
一种自发电管网漏损监测及余能回收系统。本发明公开了一种发电管网漏损监测及余能回收系统，包括余能回收模块、发电模块、监测数显模块、远传与数据分析模块，余能回收模块包括轮轮、叶片、前置导流栅和滚动轴承；发电模块包括整流罩、圆形永磁铁及其外罩、磁铁环槽、磁感线圈及其外罩；监测数显模块包括压力采集器和流量采集器；余能回收模块与发电模块通过滚动轴承连接，发电模块外接有监测数显模块，远传与数据分析模块通过无线通信技术接收监测数显模块的信息；该系统实现自发电，可实现对管道水况的监测和数据分析，无轴化处理，简化了装置，降低了摩擦损耗，进而降低了装置启动和停止所需要的力矩，提高水轮机能量转换效率。
Self-power-generation pipe network leakage monitoring and complementary energy recovery system
The invention discloses a leakage monitoring and complementary energy recovery system for a self-generating pipe network. The invention discloses a power generation pipe network leakage monitoring and complementary energy recovery system, which comprises a complementary energy recovery module, a power generation module, a monitoring digital display module and a remote transmission and data analysis module, and is characterized in that the complementary energy recovery module comprises a wheel, blades, a front flow guide grid and a rolling bearing; the power generation module comprises a fairing, a circular permanent magnet and an outer cover thereof, a magnet ring groove, and a magnetic induction coil and an outer cover thereof; the monitoring digital display module comprises a pressure collector and a flow collector; the complementary energy recovery module is connected with the power generation module through a rolling bearing, the power generation module is externally connected with a monitoring digital display module, and the remote transmission and data analysis module receives information of the monitoring digital display module through a wireless communication technology; according to the system, self power generation is achieved, monitoring, data analysis and shaftless processing of the water condition of the pipeline can be achieved, the device is simplified, friction loss is reduced, torque needed by starting and stopping of the device is reduced, and the energy conversion efficiency of the water turbine is improved.
一种自发电管网漏损监测及余能回收系统。本发明公开了一种发电管网漏损监测及余能回收系统，包括余能回收模块、发电模块、监测数显模块、远传与数据分析模块，余能回收模块包括轮轮、叶片、前置导流栅和滚动轴承；发电模块包括整流罩、圆形永磁铁及其外罩、磁铁环槽、磁感线圈及其外罩；监测数显模块包括压力采集器和流量采集器；余能回收模块与发电模块通过滚动轴承连接，发电模块外接有监测数显模块，远传与数据分析模块通过无线通信技术接收监测数显模块的信息；该系统实现自发电，可实现对管道水况的监测和数据分析，无轴化处理，简化了装置，降低了摩擦损耗，进而降低了装置启动和停止所需要的力矩，提高水轮机能量转换效率。
Self-power-generation pipe network leakage monitoring and complementary energy recovery system
一种自发电管网漏损监测及余能回收系统
GAO XINBO (author) / WEI ZHICONG (author) / FENG YAZHOU (author) / WANG JINMENG (author) / MA WENZHI (author) / WANG XINQI (author) / LI XIAOJUN (author)
2024-10-08
Patent
Electronic Resource
Chinese
IPC:
F03B
MACHINES OR ENGINES FOR LIQUIDS
,
Kraft- und Arbeitsmaschinen oder Kraftmaschinen für Flüssigkeiten
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
H02K
Dynamoelektrische Maschinen
,
DYNAMO-ELECTRIC MACHINES
Leakage monitoring system for vacuum drainage pipe network
| European Patent Office | 2023
| European Patent Office | 2023