A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building pile foundation bearing capacity detection device
The invention discloses a building pile foundation bearing capacity detection device, relates to the field of building pile foundation performance detection, aims to solve the problem that balancing weights cannot be continuously loaded or unloaded in the prior art, and adopts the technical scheme that the building pile foundation bearing capacity detection device comprises a table top, a box body is arranged on the table top, the balancing weights are arranged in the box body, and a jack is connected below the box body; a pressure sensor is arranged at the push-out end of the jack, a continuous hoisting mechanism is arranged on the platform, and the continuous hoisting mechanism is connected with the balancing weight. A continuous hoisting mechanism is arranged, the continuous hoisting mechanism adopts a double-rope parallel structure, one rope is used for guiding, the other rope is used for hoisting, and a hanging piece is mounted on a hoisting rope, so that the effects that balancing weights can be stacked one by one when the hoisting rope is downwards conveyed in a box body and the balancing weights can be hoisted one by one when the hoisting rope is upwards conveyed in the box body are achieved; the hoisting rope is not connected with the guide wheel, so that collision between the hanging piece and the guide wheel is effectively avoided, and the balancing weights can be conveniently stacked or unloaded step by step.
本发明公开了一种建筑桩基承载力检测装置，涉及建筑桩基性能检测领域，旨在解决现有技术中无法连续装载或卸载配重块的问题，采用的技术方案是，包括台面，台面上有箱体，箱体内有配重块，下方连接有千斤顶，千斤顶的推出端装有压力传感器，还包括平台，平台上有连续起吊机构，连续起吊机构和配重块相连。通过设置连续起吊机构，连续起吊机构采用双绳并行结构，一根导向，一根起重，起重绳上安装了挂件，实现了在箱体内起重绳向下送能够逐块堆叠配重块，向上送能够逐块起吊配重块的效果，同时由于导向绳与导向轮相接导向，起重绳与导向轮不相接，有效避免了挂件与导向轮之间发生碰撞，且能够很方便的逐级叠加或卸载配重块。
Building pile foundation bearing capacity detection device
The invention discloses a building pile foundation bearing capacity detection device, relates to the field of building pile foundation performance detection, aims to solve the problem that balancing weights cannot be continuously loaded or unloaded in the prior art, and adopts the technical scheme that the building pile foundation bearing capacity detection device comprises a table top, a box body is arranged on the table top, the balancing weights are arranged in the box body, and a jack is connected below the box body; a pressure sensor is arranged at the push-out end of the jack, a continuous hoisting mechanism is arranged on the platform, and the continuous hoisting mechanism is connected with the balancing weight. A continuous hoisting mechanism is arranged, the continuous hoisting mechanism adopts a double-rope parallel structure, one rope is used for guiding, the other rope is used for hoisting, and a hanging piece is mounted on a hoisting rope, so that the effects that balancing weights can be stacked one by one when the hoisting rope is downwards conveyed in a box body and the balancing weights can be hoisted one by one when the hoisting rope is upwards conveyed in the box body are achieved; the hoisting rope is not connected with the guide wheel, so that collision between the hanging piece and the guide wheel is effectively avoided, and the balancing weights can be conveniently stacked or unloaded step by step.
本发明公开了一种建筑桩基承载力检测装置，涉及建筑桩基性能检测领域，旨在解决现有技术中无法连续装载或卸载配重块的问题，采用的技术方案是，包括台面，台面上有箱体，箱体内有配重块，下方连接有千斤顶，千斤顶的推出端装有压力传感器，还包括平台，平台上有连续起吊机构，连续起吊机构和配重块相连。通过设置连续起吊机构，连续起吊机构采用双绳并行结构，一根导向，一根起重，起重绳上安装了挂件，实现了在箱体内起重绳向下送能够逐块堆叠配重块，向上送能够逐块起吊配重块的效果，同时由于导向绳与导向轮相接导向，起重绳与导向轮不相接，有效避免了挂件与导向轮之间发生碰撞，且能够很方便的逐级叠加或卸载配重块。
Building pile foundation bearing capacity detection device
一种建筑桩基承载力检测装置
LIU YUNHONG (author) / GAO HAIGUO (author) / YANG SIHAI (author) / LEI SHAODONG (author) / DONG GUOPENG (author) / XU XIANGYU (author) / ZHANG YUNPENG (author) / ZHANG CONG (author) / LI SHUGUANG (author) / LIN TING (author)
2023-07-04
Patent
Electronic Resource
Chinese