Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-adaptive intelligent prestress FRP reinforcing system and reinforcing adjusting method thereof
The invention discloses a self-adaptive intelligent prestress FRP reinforcing system and a reinforcing adjusting method thereof, and belongs to the technical field of prestress reinforcing. Comprising an anchoring device, an FRP plate, a sensing device, pushing actuation devices and a computer control system, the anchoring device anchors the two ends of the FRP to the two ends of a reinforced component, the pushing actuation devices are arranged between the FRP plate and the reinforced component in the length direction of the FRP plate, one end of each pushing actuation device is fixedly connected to the reinforced component, and the other end of each pushing actuation device is fixedly connected to the FRP plate. The other end of the pushing actuating device abuts against the FRP plate, and the sensing devices are arranged on the FRP plate and the reinforced component respectively and used for monitoring strain and deformation data of the reinforced component and prestress loss data on the FRP plate respectively. According to the technical scheme, the computer control system analyzes and sends out an instruction, the actuating device is controlled to adjust the prestress of the FRP plate in real time, and self-adaptive intelligent reinforcement is achieved.
本发明公开了一种自适应智能预应力FRP加固系统及其加固调节方法，属于预应力加固技术领域。包括锚固装置、FRP板、传感装置、顶推作动装置和计算机控制系统，所述锚固装置将FRP的两端锚固于被加固构件的两端，若干所述顶推作动装置沿着FRP板的长度方向设置于FRP板和被加固构件之间，所述顶推作动装置的一端固定连接于被加固构件上，所述顶推作动装置的另一端与FRP板抵接，所述传感装置分别设置于FRP板和被加固构件上分别用以监测被加固构件的应变、变形数据以及FRP板上的预应力损失数据。本技术方案通过计算机控制系统分析并发出指令，控制作动装置实时调节FRP板的预应力大小，实现自适应智能加固。
Self-adaptive intelligent prestress FRP reinforcing system and reinforcing adjusting method thereof
The invention discloses a self-adaptive intelligent prestress FRP reinforcing system and a reinforcing adjusting method thereof, and belongs to the technical field of prestress reinforcing. Comprising an anchoring device, an FRP plate, a sensing device, pushing actuation devices and a computer control system, the anchoring device anchors the two ends of the FRP to the two ends of a reinforced component, the pushing actuation devices are arranged between the FRP plate and the reinforced component in the length direction of the FRP plate, one end of each pushing actuation device is fixedly connected to the reinforced component, and the other end of each pushing actuation device is fixedly connected to the FRP plate. The other end of the pushing actuating device abuts against the FRP plate, and the sensing devices are arranged on the FRP plate and the reinforced component respectively and used for monitoring strain and deformation data of the reinforced component and prestress loss data on the FRP plate respectively. According to the technical scheme, the computer control system analyzes and sends out an instruction, the actuating device is controlled to adjust the prestress of the FRP plate in real time, and self-adaptive intelligent reinforcement is achieved.
本发明公开了一种自适应智能预应力FRP加固系统及其加固调节方法，属于预应力加固技术领域。包括锚固装置、FRP板、传感装置、顶推作动装置和计算机控制系统，所述锚固装置将FRP的两端锚固于被加固构件的两端，若干所述顶推作动装置沿着FRP板的长度方向设置于FRP板和被加固构件之间，所述顶推作动装置的一端固定连接于被加固构件上，所述顶推作动装置的另一端与FRP板抵接，所述传感装置分别设置于FRP板和被加固构件上分别用以监测被加固构件的应变、变形数据以及FRP板上的预应力损失数据。本技术方案通过计算机控制系统分析并发出指令，控制作动装置实时调节FRP板的预应力大小，实现自适应智能加固。
Self-adaptive intelligent prestress FRP reinforcing system and reinforcing adjusting method thereof
一种自适应智能预应力FRP加固系统及其加固调节方法
YU QIANQIAN (Autor:in) / BIAN ZHINING (Autor:in) / GU XIANGLIN (Autor:in) / ZHANG WEIPING (Autor:in)
01.12.2023
Patent
Elektronische Ressource
Chinesisch
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