A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete vibration quality automatic monitoring device and method
The invention relates to a concrete vibration quality automatic monitoring device and method, and the device comprises a vibration rod, a magnetic ring, a hoop, a data collection and transmission module, and a state indicator. The outer wall of the vibrating rod is sleeved with hoops according to a certain interval, a sub-magnetic ring is arranged in the interval formed between every two adjacent hoops in a matched mode and can freely slide along the vibrating rod in the corresponding interval, a total magnetic ring can freely slide along a vibrating rod body, and a data acquisition and transmission module is arranged at the upper end of the vibrating rod. The data acquisition module is equipped with a state prompter. When concrete is inserted, the depth and the insertion speed of the vibrating rod inserted into the concrete can be measured through the sub-magnetic rings; when the vibrating rod vibrates, concrete is liquefied, the sub-magnetic rings descend along the vibrating rod, and the vibrating effect is reflected through the descending amount of the sub-magnetic rings; when the vibrating rod is pulled out, the sub-magnetic rings move relative to the vibrating rod, the pulling-out speed of the vibrating rod can be measured at the moment, and therefore the concrete vibrating quality is evaluated.
本发明涉及一种混凝土振捣质量自动化监测装置及方法，包括混凝土振捣质量自动化监测装置，包括振捣棒、磁环、卡箍、数据采集传输模块，状态指示器；振捣棒外壁按照一定间距套设卡箍，相邻的卡箍之间形成的区间配套设置一分磁环，分磁环能够在对应的区间沿着振捣棒自由滑动，总磁环能够沿着所述振捣棒本体自由滑动，振捣棒上端设置数据采集传输模块，数据采集模块配套设置状态提示器。当混凝土插入时，通过分磁环可测量振捣棒插入混凝土深度和插入速度；当振捣棒振捣时，混凝土液化，分磁环沿振捣棒下降，通过分磁环下降量反应振捣效果；当振捣棒拔出时，分磁环相对振捣棒运动，此时可以测量振捣棒拔出速度，从而对混凝土振捣质量进行评价。
Concrete vibration quality automatic monitoring device and method
The invention relates to a concrete vibration quality automatic monitoring device and method, and the device comprises a vibration rod, a magnetic ring, a hoop, a data collection and transmission module, and a state indicator. The outer wall of the vibrating rod is sleeved with hoops according to a certain interval, a sub-magnetic ring is arranged in the interval formed between every two adjacent hoops in a matched mode and can freely slide along the vibrating rod in the corresponding interval, a total magnetic ring can freely slide along a vibrating rod body, and a data acquisition and transmission module is arranged at the upper end of the vibrating rod. The data acquisition module is equipped with a state prompter. When concrete is inserted, the depth and the insertion speed of the vibrating rod inserted into the concrete can be measured through the sub-magnetic rings; when the vibrating rod vibrates, concrete is liquefied, the sub-magnetic rings descend along the vibrating rod, and the vibrating effect is reflected through the descending amount of the sub-magnetic rings; when the vibrating rod is pulled out, the sub-magnetic rings move relative to the vibrating rod, the pulling-out speed of the vibrating rod can be measured at the moment, and therefore the concrete vibrating quality is evaluated.
本发明涉及一种混凝土振捣质量自动化监测装置及方法，包括混凝土振捣质量自动化监测装置，包括振捣棒、磁环、卡箍、数据采集传输模块，状态指示器；振捣棒外壁按照一定间距套设卡箍，相邻的卡箍之间形成的区间配套设置一分磁环，分磁环能够在对应的区间沿着振捣棒自由滑动，总磁环能够沿着所述振捣棒本体自由滑动，振捣棒上端设置数据采集传输模块，数据采集模块配套设置状态提示器。当混凝土插入时，通过分磁环可测量振捣棒插入混凝土深度和插入速度；当振捣棒振捣时，混凝土液化，分磁环沿振捣棒下降，通过分磁环下降量反应振捣效果；当振捣棒拔出时，分磁环相对振捣棒运动，此时可以测量振捣棒拔出速度，从而对混凝土振捣质量进行评价。
Concrete vibration quality automatic monitoring device and method
一种混凝土振捣质量自动化监测装置及方法
LI XINKUI (author) / HUANG YULIN (author) / ZHOU XIANGYANG (author) / SHEN ZHIYONG (author) / WU LIANDING (author)
2024-04-09
Patent
Electronic Resource
Chinese
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