A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Remote intelligent monitoring method and device for subway station water pump
The invention discloses a remote intelligent monitoring method and device for a subway station water pump, and belongs to the technical field of subway station water pump control, the remote intelligent monitoring device comprises a base, a support, a water pump body, an input pipe, a conveying assembly, a branch suction pipe, a pump head assembly and an output pipe, one end of the output pipe is provided with a concentration pipe, and one end of the concentration pipe is provided with an external pipe; the number of the water pump bodies, the number of the supports, the number of the input pipes, the number of the output pipes, the number of the branch suction pipes and the number of the pump head assemblies are kept consistent with the number of the water pump bodies, and the number of the branch suction pipes and the number of the pump head assemblies are kept consistent. Due to the fact that the water pump bodies are connected in a multi-set through mode, when a single water pump body breaks down, the other water pump bodies can continue to operate, when workers maintain the water pump bodies, the other water pump bodies continue to work, and the use safety of the water pump body set is improved.
本发明公开了一种地铁车站水泵的远程智能监测方法及装置，属于地铁车站水泵控制技术领域，包括：底座、支座、水泵本体、输入管、输送组件、分吸管、泵头组件和输出管，输出管的一端设置有集中管，集中管的一端设置有外接管，水泵本体、支座、输入管、输出管、分吸管和泵头组件设置有四组以上，支座、输入管和输出管的数量与水泵本体保持一致，分吸管和泵头组件的数量保持一致，本申请的设计通过多组水泵本体对输送组件、分吸管和泵头组件一端的积水进行抽取，由于水泵本体设置的多组贯通连接方式，使单一水泵本体出现故障时，其余水泵本体可继续运行，使员工可对水泵本体维修时，其余水泵本体继续工作，增加了水泵本体组的使用安全性。
Remote intelligent monitoring method and device for subway station water pump
The invention discloses a remote intelligent monitoring method and device for a subway station water pump, and belongs to the technical field of subway station water pump control, the remote intelligent monitoring device comprises a base, a support, a water pump body, an input pipe, a conveying assembly, a branch suction pipe, a pump head assembly and an output pipe, one end of the output pipe is provided with a concentration pipe, and one end of the concentration pipe is provided with an external pipe; the number of the water pump bodies, the number of the supports, the number of the input pipes, the number of the output pipes, the number of the branch suction pipes and the number of the pump head assemblies are kept consistent with the number of the water pump bodies, and the number of the branch suction pipes and the number of the pump head assemblies are kept consistent. Due to the fact that the water pump bodies are connected in a multi-set through mode, when a single water pump body breaks down, the other water pump bodies can continue to operate, when workers maintain the water pump bodies, the other water pump bodies continue to work, and the use safety of the water pump body set is improved.
本发明公开了一种地铁车站水泵的远程智能监测方法及装置，属于地铁车站水泵控制技术领域，包括：底座、支座、水泵本体、输入管、输送组件、分吸管、泵头组件和输出管，输出管的一端设置有集中管，集中管的一端设置有外接管，水泵本体、支座、输入管、输出管、分吸管和泵头组件设置有四组以上，支座、输入管和输出管的数量与水泵本体保持一致，分吸管和泵头组件的数量保持一致，本申请的设计通过多组水泵本体对输送组件、分吸管和泵头组件一端的积水进行抽取，由于水泵本体设置的多组贯通连接方式，使单一水泵本体出现故障时，其余水泵本体可继续运行，使员工可对水泵本体维修时，其余水泵本体继续工作，增加了水泵本体组的使用安全性。
Remote intelligent monitoring method and device for subway station water pump
一种地铁车站水泵的远程智能监测方法及装置
ZHENG YUNYOU (author) / JIANG PING (author) / CAO JIGANG (author) / LI HANGYAN (author) / CUI YONGFEI (author)
2023-08-04
Patent
Electronic Resource
Chinese
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