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A platform for research: civil engineering, architecture and urbanism
Device and method for automatically lifting transducer through foundation pile sound wave transmission method
The invention provides a device and method for automatically lifting transducers through a foundation pile sound wave transmission method, and the device comprises a detected pile, the two sides of the detected pile are each movably provided with a plurality of transducers, and the top of the detected pile is provided with a plurality of high-frequency depth scanning counters connected with the transducers. The high-frequency depth scanning counter is connected with the transducer through a flat communication cable, and a servo motor automatic wire lifting device is arranged in the transducer and connected with the high-frequency depth scanning counter through a flat communication cable. The other end of the high-frequency depth scanning counter is connected with a transducer receiving and transmitting device through a flat communication cable, the high-frequency depth scanning counter is connected with an acquisition instrument host through Bluetooth, and the servo motor automatic wire lifting device is connected with the acquisition instrument host through a Bluetooth module. The device adopts a mode of directly measuring the pile length through the pipe orifice, so that the behavior of human intervention during testing can be effectively avoided, and the authenticity of pile length testing data is improved.
本发明提供了一种基桩声波透射法换能器自动提升的装置及其方法，包括受检桩，受检桩两侧均活动设置有若干个换能器，受检桩的顶部设置有若干个与换能器连接的高频率深度扫描计数器，高频率深度扫描计数器通过扁平状通讯电缆与换能器连接，换能器内设置有伺服电机自动提线装置，伺服电机自动提线装置通过扁平状通讯电缆与高频率深度扫描计数器连接，高频率深度扫描计数器的另一端通过扁平状通讯电缆连接有换能器接发装置，高频率深度扫描计数器通过蓝牙连接有采集仪主机，伺服电机自动提线装置通过蓝牙模块与采集仪主机连接。该装置采用管口直接测度桩长的方式，可有效避免测试时人为干预的行为，从而提高桩长测试数据真实性。
Device and method for automatically lifting transducer through foundation pile sound wave transmission method
The invention provides a device and method for automatically lifting transducers through a foundation pile sound wave transmission method, and the device comprises a detected pile, the two sides of the detected pile are each movably provided with a plurality of transducers, and the top of the detected pile is provided with a plurality of high-frequency depth scanning counters connected with the transducers. The high-frequency depth scanning counter is connected with the transducer through a flat communication cable, and a servo motor automatic wire lifting device is arranged in the transducer and connected with the high-frequency depth scanning counter through a flat communication cable. The other end of the high-frequency depth scanning counter is connected with a transducer receiving and transmitting device through a flat communication cable, the high-frequency depth scanning counter is connected with an acquisition instrument host through Bluetooth, and the servo motor automatic wire lifting device is connected with the acquisition instrument host through a Bluetooth module. The device adopts a mode of directly measuring the pile length through the pipe orifice, so that the behavior of human intervention during testing can be effectively avoided, and the authenticity of pile length testing data is improved.
本发明提供了一种基桩声波透射法换能器自动提升的装置及其方法，包括受检桩，受检桩两侧均活动设置有若干个换能器，受检桩的顶部设置有若干个与换能器连接的高频率深度扫描计数器，高频率深度扫描计数器通过扁平状通讯电缆与换能器连接，换能器内设置有伺服电机自动提线装置，伺服电机自动提线装置通过扁平状通讯电缆与高频率深度扫描计数器连接，高频率深度扫描计数器的另一端通过扁平状通讯电缆连接有换能器接发装置，高频率深度扫描计数器通过蓝牙连接有采集仪主机，伺服电机自动提线装置通过蓝牙模块与采集仪主机连接。该装置采用管口直接测度桩长的方式，可有效避免测试时人为干预的行为，从而提高桩长测试数据真实性。
Device and method for automatically lifting transducer through foundation pile sound wave transmission method
基桩声波透射法换能器自动提升的装置及其方法
QIU PEIYUN (author) / CHEN SONG (author) / LI WEIPENG (author) / HUANG XIAOYOU (author) / YANG LIANG (author) / WANG HUAIZHI (author) / FANG CONG (author) / LIN QICHANG (author) / XIE YILONG (author) / JIAN HONG (author)
2024-03-19
Patent
Electronic Resource
Chinese
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