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案件記録

METHOD FOR PROVIDING A GROUNDING SOLUTION FOR LIGHTNING STRIKES

発明審査中
21請求項 · 3 独立
§ Ⅰ

案件概要

発明者

Shridhar C. Nath; Teodor Svaighert; Phillip Raymond Thompson; Sarah Hope Daly; Sasha Lucia Sanchez; Aayan Rahim Siddiqui; Phillip Cristobal Ordonez

IPC分類

H2G 13/G1N 27/4G1N 33/24G6F 30/13

CPC分類

H2G13/40G6F30/13H2G13/80G1N27/41G1N33/24

One example includes a method for generating a grounding solution for lightning strikes. The method includes determining a geographic location of a lightning-sensitive electrical device and receiving soil resistivity data of soil at the geographic location and a surrounding geographic region. The method also includes implementing a grounding solution algorithm. The algorithm includes converting the soil resistivity data to resistance values, calculating a quantity of grounding rods for the grounding solution based on the resistance values relative to a predefined ideal resistance value, and calculating a safety distance of mounting the grounding rods with respect to the lightning-sensitive electrical device based on the resistance values. The method further includes generating installation instructions for implementing the grounding solution by mounting the grounding rods in the geographic region based on the calculated quantity of grounding rods and the calculated safety distance.

原文(中国語)

One example includes a method for generating a grounding solution for lightning strikes. The method includes determining a geographic location of a lightning-sensitive electrical device and receiving soil resistivity data of soil at the geographic location and a surrounding geographic region. The method also includes implementing a grounding solution algorithm. The algorithm includes converting the soil resistivity data to resistance values, calculating a quantity of grounding rods for the grounding solution based on the resistance values relative to a predefined ideal resistance value, and calculating a safety distance of mounting the grounding rods with respect to the lightning-sensitive electrical device based on the resistance values. The method further includes generating installation instructions for implementing the grounding solution by mounting the grounding rods in the geographic region based on the calculated quantity of grounding rods and the calculated safety distance.

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