Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Automatic inclinometer tube based on distributed piezoelectric geotechnical cable and construction method of automatic inclinometer tube
The invention discloses an automatic inclinometer tube based on a distributed piezoelectric geotechnical cable and a construction method thereof.The automatic inclinometer tube comprises an inclinometer tube top cover, inclinometer tube bodies, inclinometer tube connectors, an inclinometer tube bottom cover, the piezoelectric geotechnical cable and a multi-core wire, the multiple inclinometer tube bodies are arranged, and every two adjacent inclinometer tube bodies are connected through the inclinometer tube connectors; at least one piezoelectric geotechnical cable is arranged on each section of the inclinometer tube body, the piezoelectric geotechnical cables on the sections of the inclinometer tube body are connected through a multi-core wire, and each wire joint at the tail end of the multi-core wire is connected with a multi-channel impedance analyzer when data needs to be monitored in real time. According to the invention, the distributed piezoelectric geotechnical cable sensing is combined with the inclinometer to realize automatic data acquisition, and one of the main characteristics is that the horizontal deformation curve of the soil body can be quickly and automatically acquired in real time, so that a more excellent result can be obtained in the field of geotechnical engineering monitoring.
本发明公开了一种基于分布式压电土工电缆的自动化测斜管及其施工方法，包括测斜管顶盖、测斜管管体、测斜管连接接头、测斜管底盖、压电土工电缆和多芯导线，测斜管管体设置有多段，相邻两段测斜管管体之间通过测斜管连接接头连接，每段测斜管管体上至少设置有一根压电土工电缆，各段测斜管管体上的压电土工电缆通过多芯导线连接，需实时监测数据时多芯导线的末端的每个导线接头均与多通道阻抗分析仪进行连接。本发明通过分布式压电土工电缆传感结合测斜管致力于实现自动化数据采集，其主要特点之一是能够快速、实时、自动地获取土体水平变形曲线，以便在岩土工程监测领域取得更为卓越的成果。
Automatic inclinometer tube based on distributed piezoelectric geotechnical cable and construction method of automatic inclinometer tube
The invention discloses an automatic inclinometer tube based on a distributed piezoelectric geotechnical cable and a construction method thereof.The automatic inclinometer tube comprises an inclinometer tube top cover, inclinometer tube bodies, inclinometer tube connectors, an inclinometer tube bottom cover, the piezoelectric geotechnical cable and a multi-core wire, the multiple inclinometer tube bodies are arranged, and every two adjacent inclinometer tube bodies are connected through the inclinometer tube connectors; at least one piezoelectric geotechnical cable is arranged on each section of the inclinometer tube body, the piezoelectric geotechnical cables on the sections of the inclinometer tube body are connected through a multi-core wire, and each wire joint at the tail end of the multi-core wire is connected with a multi-channel impedance analyzer when data needs to be monitored in real time. According to the invention, the distributed piezoelectric geotechnical cable sensing is combined with the inclinometer to realize automatic data acquisition, and one of the main characteristics is that the horizontal deformation curve of the soil body can be quickly and automatically acquired in real time, so that a more excellent result can be obtained in the field of geotechnical engineering monitoring.
本发明公开了一种基于分布式压电土工电缆的自动化测斜管及其施工方法，包括测斜管顶盖、测斜管管体、测斜管连接接头、测斜管底盖、压电土工电缆和多芯导线，测斜管管体设置有多段，相邻两段测斜管管体之间通过测斜管连接接头连接，每段测斜管管体上至少设置有一根压电土工电缆，各段测斜管管体上的压电土工电缆通过多芯导线连接，需实时监测数据时多芯导线的末端的每个导线接头均与多通道阻抗分析仪进行连接。本发明通过分布式压电土工电缆传感结合测斜管致力于实现自动化数据采集，其主要特点之一是能够快速、实时、自动地获取土体水平变形曲线，以便在岩土工程监测领域取得更为卓越的成果。
Automatic inclinometer tube based on distributed piezoelectric geotechnical cable and construction method of automatic inclinometer tube
基于分布式压电土工电缆的自动化测斜管及其施工方法
CAI YUANQIANG (Autor:in) / LIU ZHIMING (Autor:in) / WANG JUN (Autor:in) / ZHANG KAIYU (Autor:in) / FU HONGTAO (Autor:in) / NI JUNFENG (Autor:in) / GAO ZIYANG (Autor:in) / ZHU XIAOXIAO (Autor:in) / ANDA NICHIRA (Autor:in)
06.08.2024
Patent
Elektronische Ressource
Chinesisch
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