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A platform for research: civil engineering, architecture and urbanism
Vibration tamping testing device
The invention provides a vibration tamping testing device, and belongs to the technical field of power construction equipment, the vibration tamping testing device comprises a detection shell, an ultrasonic detector, an operation mechanism and a drilling mechanism, the detection shell is internally provided with a detection cavity; the ultrasonic detector is arranged in the detection cavity, and the detection end of the ultrasonic detector extends to the detection shell or outside the detection shell; the operating mechanism is arranged at the top of the detection shell; the drilling mechanism is arranged on the detection shell. When the device is used, the detection shell extends into vibrated concrete by utilizing the drilling mechanism, so that the detection end of the ultrasonic detector extends into the concrete, and then the ultrasonic detector is controlled by the operating mechanism to detect; and surrounding concrete can be detected in real time through the ultrasonic detector in the detection shell, so that hollowing can be found in time, and the concrete vibration quality is improved.
本发明提供了一种振动捣实测试装置，属于电力施工设备技术领域，包括探测壳、超声波探测器、操作机构和钻探机构，探测壳内部设有探测空腔；超声波探测器设于探测空腔内，且检测端延伸至探测壳上或探测壳外；操作机构设于探测壳顶部；钻探机构设于探测壳上。本发明在使用时，利用钻探机构将探测壳伸入振捣后的混凝土中，使得超声波探测器的检测端伸入混凝土，再通过操作机构控制超声波探测器进行探测；通过探测壳内的超声波探测器能够实时对周围的混凝土进行检测，从而在发现空鼓时能够及时发现，提高混凝振捣的品质。
Vibration tamping testing device
The invention provides a vibration tamping testing device, and belongs to the technical field of power construction equipment, the vibration tamping testing device comprises a detection shell, an ultrasonic detector, an operation mechanism and a drilling mechanism, the detection shell is internally provided with a detection cavity; the ultrasonic detector is arranged in the detection cavity, and the detection end of the ultrasonic detector extends to the detection shell or outside the detection shell; the operating mechanism is arranged at the top of the detection shell; the drilling mechanism is arranged on the detection shell. When the device is used, the detection shell extends into vibrated concrete by utilizing the drilling mechanism, so that the detection end of the ultrasonic detector extends into the concrete, and then the ultrasonic detector is controlled by the operating mechanism to detect; and surrounding concrete can be detected in real time through the ultrasonic detector in the detection shell, so that hollowing can be found in time, and the concrete vibration quality is improved.
本发明提供了一种振动捣实测试装置，属于电力施工设备技术领域，包括探测壳、超声波探测器、操作机构和钻探机构，探测壳内部设有探测空腔；超声波探测器设于探测空腔内，且检测端延伸至探测壳上或探测壳外；操作机构设于探测壳顶部；钻探机构设于探测壳上。本发明在使用时，利用钻探机构将探测壳伸入振捣后的混凝土中，使得超声波探测器的检测端伸入混凝土，再通过操作机构控制超声波探测器进行探测；通过探测壳内的超声波探测器能够实时对周围的混凝土进行检测，从而在发现空鼓时能够及时发现，提高混凝振捣的品质。
Vibration tamping testing device
振动捣实测试装置
HAN YANG (author) / ZHANG ZHAOKUN (author) / YANG YANHUI (author) / SONG YAO (author) / ZHENG MING (author)
2023-04-07
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen