Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Disk body quality detection device for bridge extruded branch pile
The invention discloses a quality detection device for a disc body of a bridge extruded branch pile. A detection platform is located at the top of the extruded branch pile; a plurality of first sounding pipes are arranged, one end of each first sounding pipe vertically penetrates through the detection platform and is located in the reinforcement cage, and the end part is sealed; the number of the positioning pipes is consistent with that of the first sounding pipes, the positioning pipes are vertically arranged at the edge position of the detection platform, and each first sounding pipe is correspondingly provided with one positioning pipe; the positioning pipe is used for vertically drilling downwards to form a sounding channel; the multiple second sounding pipes can be vertically inserted into the sounding channel, and the disc body of the squeezing and expanding branch disc pile is located in the space formed by the first sounding pipes and the second sounding pipes. The transmitting transducer and the receiving transducer can synchronously move in the first sounding pipe and the second sounding pipe along the pipe diameter direction respectively; and in the moving process, the transmitting end of the transmitting transducer and the receiving end of the receiving transducer are oppositely arranged so as to detect the appearance shape of the disc body of the squeezing and expanding branch disc pile.
本发明公开了一种桥梁挤扩支盘桩盘体质量检测装置，检测平台位于挤扩支盘桩的顶部；第一声测管设置有多个，第一声测管的其中一端垂直贯穿检测平台，且位于钢筋笼内，该端部密封；定位管与第一声测管数量一致，定位管垂直设置在检测平台的边缘位置，每个第一声测管都对应设置有一个定位管；定位管用于竖直向下钻孔以形成声测通道；第二声测管设置有多个，能够竖直插入至声测通道，并使得挤扩支盘桩的盘体位于第一声测管和第二声测管所形成的空间内；发射换能器和接收换能器能够分别在第一声测管和第二声测管内沿管径方向同步移动；且在移动过程中，发射换能器的发射端和接收换能器的接收端相向设置，以对挤扩支盘桩盘体的外观形状进行检测。
Disk body quality detection device for bridge extruded branch pile
The invention discloses a quality detection device for a disc body of a bridge extruded branch pile. A detection platform is located at the top of the extruded branch pile; a plurality of first sounding pipes are arranged, one end of each first sounding pipe vertically penetrates through the detection platform and is located in the reinforcement cage, and the end part is sealed; the number of the positioning pipes is consistent with that of the first sounding pipes, the positioning pipes are vertically arranged at the edge position of the detection platform, and each first sounding pipe is correspondingly provided with one positioning pipe; the positioning pipe is used for vertically drilling downwards to form a sounding channel; the multiple second sounding pipes can be vertically inserted into the sounding channel, and the disc body of the squeezing and expanding branch disc pile is located in the space formed by the first sounding pipes and the second sounding pipes. The transmitting transducer and the receiving transducer can synchronously move in the first sounding pipe and the second sounding pipe along the pipe diameter direction respectively; and in the moving process, the transmitting end of the transmitting transducer and the receiving end of the receiving transducer are oppositely arranged so as to detect the appearance shape of the disc body of the squeezing and expanding branch disc pile.
本发明公开了一种桥梁挤扩支盘桩盘体质量检测装置，检测平台位于挤扩支盘桩的顶部；第一声测管设置有多个，第一声测管的其中一端垂直贯穿检测平台，且位于钢筋笼内，该端部密封；定位管与第一声测管数量一致，定位管垂直设置在检测平台的边缘位置，每个第一声测管都对应设置有一个定位管；定位管用于竖直向下钻孔以形成声测通道；第二声测管设置有多个，能够竖直插入至声测通道，并使得挤扩支盘桩的盘体位于第一声测管和第二声测管所形成的空间内；发射换能器和接收换能器能够分别在第一声测管和第二声测管内沿管径方向同步移动；且在移动过程中，发射换能器的发射端和接收换能器的接收端相向设置，以对挤扩支盘桩盘体的外观形状进行检测。
Disk body quality detection device for bridge extruded branch pile
一种桥梁挤扩支盘桩盘体质量检测装置
DAI JUNHUA (Autor:in) / LIU LIN (Autor:in) / LI QIANG (Autor:in) / TEI SHIMEI (Autor:in) / TAO JIANLI (Autor:in)
08.11.2024
Patent
Elektronische Ressource
Chinesisch
Bridge squeezed branch pile disc body quality detection method and device
| Europäisches Patentamt | 2022
| Europäisches Patentamt | 2016
| Europäisches Patentamt | 2017