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Ground shielding effectiveness system for ultra-large-area ultra-high-voltage metering mutual inductance laboratory
The invention discloses a ground shielding effectiveness system for an ultra-large-area ultrahigh-pressure metering mutual inductance laboratory. The ground shielding effectiveness system comprises a shielding ground structure, a shielding wall body, a wall-ground connecting node, a threshold, a threshold connecting node, a pipeline and a pipeline connecting node, the shielding ground structure is constructed on the ground of a laboratory, the shielding wall body is constructed on the wall surface of the laboratory, and the shielding wall body is connected with the shielding ground structure through the wall-ground connecting node; the doorsill is constructed in the shielding ground structure and is connected with the shielding ground structure through the doorsill connecting node, and the top surface of the doorsill is flush with the top surface of the shielding ground structure; the pipeline is arranged in the shielding ground structure in a penetrating mode and connected with the shielding ground structure through the pipeline connecting joints. The shielding ground structure, the shielding wall body, the doorsill and the pipeline form an integral shielding structure. The invention relates to the technical field of laboratory construction, and can solve the problem that in the prior art, the ground shielding effect and the bearing capacity cannot meet the requirements of an ultra-large-area ultrahigh-voltage metering mutual inductance laboratory for the shielding effect and the bearing capacity.
本发明公开了一种超大面积超高压计量互感实验室地面屏蔽效能系统,包括屏蔽地面构造、屏蔽墙体、墙地连接节点、门槛、门槛连接节点、管道和管道连接节点;屏蔽地面构造施工于实验室地面上,屏蔽墙体施工于实验室墙面上,屏蔽墙体通过墙地连接节点与屏蔽地面构造连接;门槛施工于屏蔽地面构造内并通过门槛连接节点与屏蔽地面构造连接,门槛的顶面与屏蔽地面构造的顶面齐平;管道穿设在屏蔽地面构造内,管道通过管道连接节点与屏蔽地面构造连接;屏蔽地面构造、屏蔽墙体、门槛和管道形成整体屏蔽结构。本发明涉及实验室施工技术领域,能解决现有技术中地面屏蔽效果和承载能力无法满足超大面积超高压计量互感实验室对屏蔽效果和承载能力要求的问题。
Ground shielding effectiveness system for ultra-large-area ultra-high-voltage metering mutual inductance laboratory
The invention discloses a ground shielding effectiveness system for an ultra-large-area ultrahigh-pressure metering mutual inductance laboratory. The ground shielding effectiveness system comprises a shielding ground structure, a shielding wall body, a wall-ground connecting node, a threshold, a threshold connecting node, a pipeline and a pipeline connecting node, the shielding ground structure is constructed on the ground of a laboratory, the shielding wall body is constructed on the wall surface of the laboratory, and the shielding wall body is connected with the shielding ground structure through the wall-ground connecting node; the doorsill is constructed in the shielding ground structure and is connected with the shielding ground structure through the doorsill connecting node, and the top surface of the doorsill is flush with the top surface of the shielding ground structure; the pipeline is arranged in the shielding ground structure in a penetrating mode and connected with the shielding ground structure through the pipeline connecting joints. The shielding ground structure, the shielding wall body, the doorsill and the pipeline form an integral shielding structure. The invention relates to the technical field of laboratory construction, and can solve the problem that in the prior art, the ground shielding effect and the bearing capacity cannot meet the requirements of an ultra-large-area ultrahigh-voltage metering mutual inductance laboratory for the shielding effect and the bearing capacity.
本发明公开了一种超大面积超高压计量互感实验室地面屏蔽效能系统,包括屏蔽地面构造、屏蔽墙体、墙地连接节点、门槛、门槛连接节点、管道和管道连接节点;屏蔽地面构造施工于实验室地面上,屏蔽墙体施工于实验室墙面上,屏蔽墙体通过墙地连接节点与屏蔽地面构造连接;门槛施工于屏蔽地面构造内并通过门槛连接节点与屏蔽地面构造连接,门槛的顶面与屏蔽地面构造的顶面齐平;管道穿设在屏蔽地面构造内,管道通过管道连接节点与屏蔽地面构造连接;屏蔽地面构造、屏蔽墙体、门槛和管道形成整体屏蔽结构。本发明涉及实验室施工技术领域,能解决现有技术中地面屏蔽效果和承载能力无法满足超大面积超高压计量互感实验室对屏蔽效果和承载能力要求的问题。
Ground shielding effectiveness system for ultra-large-area ultra-high-voltage metering mutual inductance laboratory
超大面积超高压计量互感实验室地面屏蔽效能系统
YI JIANBIN (author) / LIU HAO (author) / WANG XIONG (author) / ZHOU GUOLIANG (author) / HE MINGJUN (author) / TIAN YE (author) / WEI DING (author) / LI XIAOLEI (author) / FAN WEIWU (author) / XU LUOPING (author)
2024-04-19
Patent
Electronic Resource
Chinese
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