Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-loss brick unloading device and method for old brick wall
According to the low-loss brick unloading device and method for the old brick wall, the problem that the recycling rate is low in an existing brick separation method is solved, the low-loss brick unloading device comprises a working platform and a high-pressure water flushing device, and the working platform comprises a bottom plate and a combined baffle which is vertically arranged and surrounds the bottom plate; a running track of the high-pressure water flushing device is installed at the top of the combined baffle, the supporting frame is erected at the top of the running track and slides in the length extending direction of the running track, the high-pressure water gun and the scanning camera terminal are detachably connected to the bottom of the base, and the top of the base is buckled to the sliding rail and can slide along the sliding rail. And the driving device for supporting the frame body and the base, the scanning camera terminal and the high-pressure water gun are all in signal connection with the central control unit. The method comprises the steps that the masonry wall is placed in the working platform, the supporting frame body and the base are controlled to slide along the running track and the sliding rail correspondingly, the scanning camera terminal comprehensively scans the masonry wall, a mortar seam cutting route is generated, and the high-pressure water gun is controlled to conduct brick separation construction on the masonry wall according to the cutting route.
本发明的一种老旧砖墙低损耗卸解砖块装置及方法，针对现有分离砖块方法存在可回收率较低的问题，它包括工作平台和高压水冲装置，工作平台包括底板，竖向设置并围合于底板的组合挡板，高压水冲装置的运行轨道安装于组合挡板顶部，支撑架体架设于运行轨道顶部并沿其长度延伸方向滑行，高压水枪和扫描摄像终端可拆卸式连接于基座底部，基座顶部卡扣于滑轨并能够沿滑轨滑行，支撑架体和基座的驱动装置、扫描摄像终端、高压水枪均与中控单元信号连接。方法：砌体墙放置于工作平台内，控制支撑架体和基座分别沿运行轨道和滑轨滑行，使得扫描摄像终端对砌体墙全面扫描，并生成砂浆缝切割路线，控制高压水枪根据切割路线对砌体墙实施砖块分离施工。
Low-loss brick unloading device and method for old brick wall
According to the low-loss brick unloading device and method for the old brick wall, the problem that the recycling rate is low in an existing brick separation method is solved, the low-loss brick unloading device comprises a working platform and a high-pressure water flushing device, and the working platform comprises a bottom plate and a combined baffle which is vertically arranged and surrounds the bottom plate; a running track of the high-pressure water flushing device is installed at the top of the combined baffle, the supporting frame is erected at the top of the running track and slides in the length extending direction of the running track, the high-pressure water gun and the scanning camera terminal are detachably connected to the bottom of the base, and the top of the base is buckled to the sliding rail and can slide along the sliding rail. And the driving device for supporting the frame body and the base, the scanning camera terminal and the high-pressure water gun are all in signal connection with the central control unit. The method comprises the steps that the masonry wall is placed in the working platform, the supporting frame body and the base are controlled to slide along the running track and the sliding rail correspondingly, the scanning camera terminal comprehensively scans the masonry wall, a mortar seam cutting route is generated, and the high-pressure water gun is controlled to conduct brick separation construction on the masonry wall according to the cutting route.
本发明的一种老旧砖墙低损耗卸解砖块装置及方法，针对现有分离砖块方法存在可回收率较低的问题，它包括工作平台和高压水冲装置，工作平台包括底板，竖向设置并围合于底板的组合挡板，高压水冲装置的运行轨道安装于组合挡板顶部，支撑架体架设于运行轨道顶部并沿其长度延伸方向滑行，高压水枪和扫描摄像终端可拆卸式连接于基座底部，基座顶部卡扣于滑轨并能够沿滑轨滑行，支撑架体和基座的驱动装置、扫描摄像终端、高压水枪均与中控单元信号连接。方法：砌体墙放置于工作平台内，控制支撑架体和基座分别沿运行轨道和滑轨滑行，使得扫描摄像终端对砌体墙全面扫描，并生成砂浆缝切割路线，控制高压水枪根据切割路线对砌体墙实施砖块分离施工。
Low-loss brick unloading device and method for old brick wall
一种老旧砖墙低损耗卸解砖块装置及方法
WANG ZHUJUN (Autor:in) / YAN KAIKAI (Autor:in) / FU QIUSHI (Autor:in) / RAO FENGRUI (Autor:in) / HUANG RENBO (Autor:in) / ZHANG YUXING (Autor:in)
05.09.2023
Patent
Elektronische Ressource
Chinesisch