Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-stage active leveling device and method for differential heaving deformation of stand column
The invention relates to a multi-stage active leveling device and method for differential heaving deformation of a stand column. The multi-stage active leveling device comprises a steel connecting box, a column end device and a remote monitoring module. A rebar connector is arranged on the outer side of the steel connecting box and is in through connection with rebars of the horizontal supporting beams; a cylindrical bin is arranged in a steel connecting box, an internet-of-things signal transmission module is arranged on the upper portion of the cylindrical bin, ultrasonic level gauges are arranged in the middle of the cylindrical bin, a cushion block replacement controller is arranged at the bottom of the cylindrical bin, and the ultrasonic level gauges are connected through ultrasonic level gauge communicating pipes. An electromagnetic adsorber is arranged at the bottom of the steel connecting box; the column end device comprises a jack and a cushion block assembly, and a jacking of the jack is matched with the bottom of the steel cylindrical bin; the internet-of-things signal transmission module remotely monitors the level height of each steel connecting box and transmits the level height to the remote monitoring module, and once over-limit differential settlement occurs, the jack is remotely controlled to jack, and the electromagnetic adsorption cushion block is replaced to achieve graded regulation and control of stand column rising and sinking.
本发明涉及一种立柱差异隆沉变形的多级主动调平装置及方法，它包括钢制连接箱、柱端装置以及远程监控模块；钢制连接箱外侧设置钢筋连接器，与水平支撑梁的钢筋贯通连接；钢制连接箱内部设置筒形仓，筒形仓上部设置物联网信号传输模块，中部设有超声波水准仪，底部设置垫块置换控制器，超声波水准仪之间通过超声波水准仪连通管连接，钢制连接箱内筒形仓外围空间设置混凝土填充仓，钢制连接箱底部设置电磁吸附器；柱端装置包括千斤顶和垫块组件，千斤顶的顶托与钢制筒形仓的底部相配合；物联网信号传输模块远程监测各钢制连接箱的水准高度，并传输至远程监控模块，一旦发生超限差异沉降远程控制千斤顶顶托、电磁吸附垫块置换实现立柱隆沉的分级调控。
Multi-stage active leveling device and method for differential heaving deformation of stand column
The invention relates to a multi-stage active leveling device and method for differential heaving deformation of a stand column. The multi-stage active leveling device comprises a steel connecting box, a column end device and a remote monitoring module. A rebar connector is arranged on the outer side of the steel connecting box and is in through connection with rebars of the horizontal supporting beams; a cylindrical bin is arranged in a steel connecting box, an internet-of-things signal transmission module is arranged on the upper portion of the cylindrical bin, ultrasonic level gauges are arranged in the middle of the cylindrical bin, a cushion block replacement controller is arranged at the bottom of the cylindrical bin, and the ultrasonic level gauges are connected through ultrasonic level gauge communicating pipes. An electromagnetic adsorber is arranged at the bottom of the steel connecting box; the column end device comprises a jack and a cushion block assembly, and a jacking of the jack is matched with the bottom of the steel cylindrical bin; the internet-of-things signal transmission module remotely monitors the level height of each steel connecting box and transmits the level height to the remote monitoring module, and once over-limit differential settlement occurs, the jack is remotely controlled to jack, and the electromagnetic adsorption cushion block is replaced to achieve graded regulation and control of stand column rising and sinking.
本发明涉及一种立柱差异隆沉变形的多级主动调平装置及方法，它包括钢制连接箱、柱端装置以及远程监控模块；钢制连接箱外侧设置钢筋连接器，与水平支撑梁的钢筋贯通连接；钢制连接箱内部设置筒形仓，筒形仓上部设置物联网信号传输模块，中部设有超声波水准仪，底部设置垫块置换控制器，超声波水准仪之间通过超声波水准仪连通管连接，钢制连接箱内筒形仓外围空间设置混凝土填充仓，钢制连接箱底部设置电磁吸附器；柱端装置包括千斤顶和垫块组件，千斤顶的顶托与钢制筒形仓的底部相配合；物联网信号传输模块远程监测各钢制连接箱的水准高度，并传输至远程监控模块，一旦发生超限差异沉降远程控制千斤顶顶托、电磁吸附垫块置换实现立柱隆沉的分级调控。
Multi-stage active leveling device and method for differential heaving deformation of stand column
一种立柱差异隆沉变形的多级主动调平装置及方法
ZHOU QUANJI (Autor:in) / WU XIAOJIAN (Autor:in) / CHEN FENGJUN (Autor:in) / TANG WENJUN (Autor:in) / WANG XIAOFENG (Autor:in) / LI RONGSHUAI (Autor:in)
08.03.2024
Patent
Elektronische Ressource
Chinesisch
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