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Underwater concrete pouring system and pouring method thereof
The invention discloses an underwater concrete pouring system and a pouring method thereof. The underwater concrete pouring system comprises a guide pipe main body and further comprises a signal processing terminal, a display alarm terminal and at least three ultrasonic detectors, a pouring guide pipe comprises the guide pipe main body, and the ultrasonic detectors are evenly distributed in the circumferential direction of one end of the guide pipe main body; and the signal output ends of the ultrasonic detectors are connected with the signal input end of the signal processing terminal, and the signal output end of the signal processing terminal is connected with the signal input end of the display alarm terminal. The ultrasonic detectors are arranged at the end of the guide pipe main body, when the embedded depth of the guide pipe in concrete is larger than 1000 mm, ultrasonic waves start to work, the guide pipe is controlled to be lifted by the change of a curve on a displayer of a displaying terminal, thus it is guaranteed that the embedded depth of the guide pipe in concrete is always larger than or equal to 1000 mm, the length of the invisible guide pipe main body in concreteis visualized, construction in an experienced mode is avoided, thus pile breaking accidents are avoided, and the quality is controllable.
本发明公开了一种水下混凝土的灌注系统及其灌注方法，包括导管主体，还包括信号处理终端、显示报警终端和不少于三个超声波探测器，所述灌注导管包括导管主体，所述超声波探测器均匀分布在所述导管主体一端的周向上，所述超声波探测器的信号输出端与信号处理终端的信号输入端连接，所述信号处理终端的信号输出端与显示报警终端的信号输入端连接；导管主体的端部设置超声波探测器，当导管埋入混凝土深度大于1000mm时，超声波开始工作，通过显示终端显示器上曲线的变化来控制提升导管，从而保证导管埋入混凝土的深度一直处于大于或等于1000mm，将不可见的导管主体在混凝土内的长度可视化，避免了以经验化的方式施工，进而避免造成断桩事故和使质量可控。
Underwater concrete pouring system and pouring method thereof
The invention discloses an underwater concrete pouring system and a pouring method thereof. The underwater concrete pouring system comprises a guide pipe main body and further comprises a signal processing terminal, a display alarm terminal and at least three ultrasonic detectors, a pouring guide pipe comprises the guide pipe main body, and the ultrasonic detectors are evenly distributed in the circumferential direction of one end of the guide pipe main body; and the signal output ends of the ultrasonic detectors are connected with the signal input end of the signal processing terminal, and the signal output end of the signal processing terminal is connected with the signal input end of the display alarm terminal. The ultrasonic detectors are arranged at the end of the guide pipe main body, when the embedded depth of the guide pipe in concrete is larger than 1000 mm, ultrasonic waves start to work, the guide pipe is controlled to be lifted by the change of a curve on a displayer of a displaying terminal, thus it is guaranteed that the embedded depth of the guide pipe in concrete is always larger than or equal to 1000 mm, the length of the invisible guide pipe main body in concreteis visualized, construction in an experienced mode is avoided, thus pile breaking accidents are avoided, and the quality is controllable.
本发明公开了一种水下混凝土的灌注系统及其灌注方法，包括导管主体，还包括信号处理终端、显示报警终端和不少于三个超声波探测器，所述灌注导管包括导管主体，所述超声波探测器均匀分布在所述导管主体一端的周向上，所述超声波探测器的信号输出端与信号处理终端的信号输入端连接，所述信号处理终端的信号输出端与显示报警终端的信号输入端连接；导管主体的端部设置超声波探测器，当导管埋入混凝土深度大于1000mm时，超声波开始工作，通过显示终端显示器上曲线的变化来控制提升导管，从而保证导管埋入混凝土的深度一直处于大于或等于1000mm，将不可见的导管主体在混凝土内的长度可视化，避免了以经验化的方式施工，进而避免造成断桩事故和使质量可控。
Underwater concrete pouring system and pouring method thereof
水下混凝土的灌注系统及其灌注方法
LIU YIQUAN (author) / LIAO FURUO (author) / WANG FAQIN (author)
2020-12-11
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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