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Slurry sampling detection equipment and method for cast-in-situ bored pile
The invention discloses slurry sampling detection equipment for a cast-in-situ bored pile and a method of the slurry sampling detection equipment. The mud sampling detection equipment comprises a switch controller, a memory, a buoyancy ball, a tension sensor, a central processor, a flowmeter and a pressure sensor; the tension sensor, the central processor, the flow meter and the pressure sensor are all electrically communicated with the power supply module, and the tension sensor, the flow meter and the pressure sensor are all in communication connection with the central processor. The central processor can calculate and output the mud specific gravity according to the buoyancy fed back by the tension sensor and the physical property of the buoyancy ball, and can calculate and output the mud viscosity according to the mud flow fed back by the flowmeter and the mud pressure fed back by the pressure sensor. Therefore, the amount of the taken sample only needs to be used for measuring the sand content of the slurry, and other data reflecting the performance of the slurry, such as the viscosity of the slurry and the specific gravity of the slurry, can be automatically detected and output, so that miniaturization and intellectualization of products are realized.
本发明公开了一种钻孔灌注桩的泥浆取样检测设备及其方法。泥浆取样检测设备包括开关控制器、存储器、浮力球、拉力传感器、中心处理器、流量计及压强传感器；拉力传感器、中心处理器、流量计及压强传感器均与供电模块电性连通，而拉力传感器、流量计及压强传感器均与中心处理器通信连接。中心处理器根据拉力传感器所反馈的浮力以及浮力球本身的物性能够计算出泥浆比重并输出，根据流量计所反馈的泥浆流量以及压强传感器所反馈的泥浆压强能够计算出泥浆黏度并输出。因此，本发明取出的样品量仅需用于测量泥浆含砂率即可，而反应泥浆性能的其它数据，比如泥浆黏度以及泥浆比重等，能够自动检测并输出，实现了产品小型化、智能化。
Slurry sampling detection equipment and method for cast-in-situ bored pile
The invention discloses slurry sampling detection equipment for a cast-in-situ bored pile and a method of the slurry sampling detection equipment. The mud sampling detection equipment comprises a switch controller, a memory, a buoyancy ball, a tension sensor, a central processor, a flowmeter and a pressure sensor; the tension sensor, the central processor, the flow meter and the pressure sensor are all electrically communicated with the power supply module, and the tension sensor, the flow meter and the pressure sensor are all in communication connection with the central processor. The central processor can calculate and output the mud specific gravity according to the buoyancy fed back by the tension sensor and the physical property of the buoyancy ball, and can calculate and output the mud viscosity according to the mud flow fed back by the flowmeter and the mud pressure fed back by the pressure sensor. Therefore, the amount of the taken sample only needs to be used for measuring the sand content of the slurry, and other data reflecting the performance of the slurry, such as the viscosity of the slurry and the specific gravity of the slurry, can be automatically detected and output, so that miniaturization and intellectualization of products are realized.
本发明公开了一种钻孔灌注桩的泥浆取样检测设备及其方法。泥浆取样检测设备包括开关控制器、存储器、浮力球、拉力传感器、中心处理器、流量计及压强传感器；拉力传感器、中心处理器、流量计及压强传感器均与供电模块电性连通，而拉力传感器、流量计及压强传感器均与中心处理器通信连接。中心处理器根据拉力传感器所反馈的浮力以及浮力球本身的物性能够计算出泥浆比重并输出，根据流量计所反馈的泥浆流量以及压强传感器所反馈的泥浆压强能够计算出泥浆黏度并输出。因此，本发明取出的样品量仅需用于测量泥浆含砂率即可，而反应泥浆性能的其它数据，比如泥浆黏度以及泥浆比重等，能够自动检测并输出，实现了产品小型化、智能化。
Slurry sampling detection equipment and method for cast-in-situ bored pile
钻孔灌注桩的泥浆取样检测设备及其方法
LI SHENG (author) / XU SHENGLIANG (author) / WANG MINGDA (author)
2023-05-16
Patent
Electronic Resource
Chinese
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