A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent deep foundation excavation system and process method thereof
The invention relates to an intelligent deep foundation excavation system and a process method thereof in the technical field of deep foundation construction. The intelligent deep foundation excavation system comprises a conveyor belt assembly which is obliquely arranged and further comprises a plurality of pairs of adjustable supporting components which can be automatically adjusted in a rising and lowering manner, each pair of adjustable supporting components are supported by the two sides of the conveyor belt assembly, two pairs of adjustable supporting components are supported by the highest end and the lowest end of the conveyor belt assembly respectively in a connected manner, and the other adjustable supporting components are arranged between the highest end and the lowest end of the conveyor belt assembly in an interval manner and are jointly supported by the conveyor belt assembly. The intelligent deep foundation excavation system comprises an unmanned mine truck and earth and stone vehicle based on unmanned technology. The process method comprises the steps of deep foundation internal excavation, transferring and loading, and the transferring step includes a sub-step ofadjusting the inclination angle or height of the conveyor belt assembly by adjusting one or more pairs of adjustable supporting components. Unmanned construction can be achieved as a whole, and the inclination angle, height and tension of the conveyor belt assembly can be flexibly adjusted.
本发明涉及深基础施工技术领域的一种智能化深基础挖掘系统及其工艺方法，包括倾斜布置的输送带组件；还包括：可调式支撑部件，可自动升降调节设置，并布置有多对，每一对可调式支撑部件分别支撑输送带组件两侧，其中两对可调式支撑部件分别支撑连接输送带组件最高端、最低端，其余可调式支撑部件间隔排列在输送带组件最高端和最低端之间，并共同支撑输送带组件带身；以及基于无人驾驶的无人矿卡、土石方车；工艺方法包括深基础内挖掘步骤、转运步骤、装车步骤，在转运步骤中包含有通过调节一对或多对可调式支撑部件的高度来调节输送带组件倾斜角度或高度的子步骤。能在整体上实现无人化施工，灵活调节输送带组件的倾斜角度、高度、张力。
Intelligent deep foundation excavation system and process method thereof
The invention relates to an intelligent deep foundation excavation system and a process method thereof in the technical field of deep foundation construction. The intelligent deep foundation excavation system comprises a conveyor belt assembly which is obliquely arranged and further comprises a plurality of pairs of adjustable supporting components which can be automatically adjusted in a rising and lowering manner, each pair of adjustable supporting components are supported by the two sides of the conveyor belt assembly, two pairs of adjustable supporting components are supported by the highest end and the lowest end of the conveyor belt assembly respectively in a connected manner, and the other adjustable supporting components are arranged between the highest end and the lowest end of the conveyor belt assembly in an interval manner and are jointly supported by the conveyor belt assembly. The intelligent deep foundation excavation system comprises an unmanned mine truck and earth and stone vehicle based on unmanned technology. The process method comprises the steps of deep foundation internal excavation, transferring and loading, and the transferring step includes a sub-step ofadjusting the inclination angle or height of the conveyor belt assembly by adjusting one or more pairs of adjustable supporting components. Unmanned construction can be achieved as a whole, and the inclination angle, height and tension of the conveyor belt assembly can be flexibly adjusted.
本发明涉及深基础施工技术领域的一种智能化深基础挖掘系统及其工艺方法，包括倾斜布置的输送带组件；还包括：可调式支撑部件，可自动升降调节设置，并布置有多对，每一对可调式支撑部件分别支撑输送带组件两侧，其中两对可调式支撑部件分别支撑连接输送带组件最高端、最低端，其余可调式支撑部件间隔排列在输送带组件最高端和最低端之间，并共同支撑输送带组件带身；以及基于无人驾驶的无人矿卡、土石方车；工艺方法包括深基础内挖掘步骤、转运步骤、装车步骤，在转运步骤中包含有通过调节一对或多对可调式支撑部件的高度来调节输送带组件倾斜角度或高度的子步骤。能在整体上实现无人化施工，灵活调节输送带组件的倾斜角度、高度、张力。
Intelligent deep foundation excavation system and process method thereof
一种智能化深基础挖掘系统及其工艺方法
ZHONG ZHIHUA (author) / ZHOU JUN (author)
2020-07-28
Patent
Electronic Resource
Chinese
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