Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Heavy dynamic sounding equipment and sounding test method thereof
The invention discloses heavy dynamic sounding equipment and a sounding test method thereof. The heavy dynamic sounding equipment comprises a touch probe, a drop hammer, recording equipment, a protective cylinder and an unhooking device, the touch probe comprises a probe and a probe rod, the front end of the probe rod is connected with the probe, the rear end of the probe rod is connected with a guide rod and an unhooking ball, and the rod length of the probe rod does not exceed two meters; the outer side of the upper section of the protective cylinder is provided with an air bag, the inner part is provided with a miniature winch and a gear motor, the middle section is internally provided with a drop hammer, the lower section is provided with recording equipment, a touch probe is arranged on the lower section, a guide rod extends into the middle section, and the drop hammer is positioned above a probe rod of the touch probe; the unhooking device comprises an outer ring and an inner ring, the outer ring is fixedly connected with the top of the drop hammer, the upper portion of the inner ring is connected with a steel wire rope of the miniature winch, the inner ring drives the unhooking device to move upwards along the guide rod under traction of the steel wire rope of the miniature winch, and when the inner ring moves upwards to the top of the guide rod, the unhooking ball extrudes and finally opens the unhooking device, so that the inner ring is separated from the outer ring. The drop hammer freely falls and strikes the touch probe.
本发明公开了一种重型动力触探设备及其触探试验的方法。所述重型动力触探设备包括触探头、落锤、记录设备、保护筒和脱钩装置，触探头包括探头和探杆，探杆的前端连接探头，后端连接导向杆及脱钩球，且探杆的杆长不超过两米；保护筒的上段外侧安装气囊，内部安装微型绞盘和减速电机，中段内安装落锤，下段安装记录设备，触探头安装在下段，且导向杆伸入中段，落锤位于触探头的探杆上方；脱钩装置包括外环和内环，外环与落锤的顶部固定连接，内环的上部连接微型绞盘的钢丝绳，内环在微型绞盘钢丝绳牵引下带着脱钩装置沿导向杆上移，当内环上移至导向杆的顶部时，脱钩球挤压并最终撑开脱钩器，使内环与外环脱离开，落锤实现自由落体并击打触探头。
Heavy dynamic sounding equipment and sounding test method thereof
The invention discloses heavy dynamic sounding equipment and a sounding test method thereof. The heavy dynamic sounding equipment comprises a touch probe, a drop hammer, recording equipment, a protective cylinder and an unhooking device, the touch probe comprises a probe and a probe rod, the front end of the probe rod is connected with the probe, the rear end of the probe rod is connected with a guide rod and an unhooking ball, and the rod length of the probe rod does not exceed two meters; the outer side of the upper section of the protective cylinder is provided with an air bag, the inner part is provided with a miniature winch and a gear motor, the middle section is internally provided with a drop hammer, the lower section is provided with recording equipment, a touch probe is arranged on the lower section, a guide rod extends into the middle section, and the drop hammer is positioned above a probe rod of the touch probe; the unhooking device comprises an outer ring and an inner ring, the outer ring is fixedly connected with the top of the drop hammer, the upper portion of the inner ring is connected with a steel wire rope of the miniature winch, the inner ring drives the unhooking device to move upwards along the guide rod under traction of the steel wire rope of the miniature winch, and when the inner ring moves upwards to the top of the guide rod, the unhooking ball extrudes and finally opens the unhooking device, so that the inner ring is separated from the outer ring. The drop hammer freely falls and strikes the touch probe.
本发明公开了一种重型动力触探设备及其触探试验的方法。所述重型动力触探设备包括触探头、落锤、记录设备、保护筒和脱钩装置，触探头包括探头和探杆，探杆的前端连接探头，后端连接导向杆及脱钩球，且探杆的杆长不超过两米；保护筒的上段外侧安装气囊，内部安装微型绞盘和减速电机，中段内安装落锤，下段安装记录设备，触探头安装在下段，且导向杆伸入中段，落锤位于触探头的探杆上方；脱钩装置包括外环和内环，外环与落锤的顶部固定连接，内环的上部连接微型绞盘的钢丝绳，内环在微型绞盘钢丝绳牵引下带着脱钩装置沿导向杆上移，当内环上移至导向杆的顶部时，脱钩球挤压并最终撑开脱钩器，使内环与外环脱离开，落锤实现自由落体并击打触探头。
Heavy dynamic sounding equipment and sounding test method thereof
一种重型动力触探设备及其触探试验方法
WANG LIXIN (Autor:in) / ZHOU XIANG (Autor:in) / CHEN CHAO (Autor:in) / XIANG MAOBI (Autor:in) / HU DAKE (Autor:in)
15.11.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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