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强夯机施工管理系统介绍

网址:http://www.sddhfjx.cn/   发布日期:2021-10-09 关注次数:0
强夯机施工目前已广泛运用到高速公路铁路,机场、核电站、大工业区、港口填海等基础加固工程,但施工管理目前主要靠人为因素进行过程控制。
At present, the construction of dynamic compaction machine has been widely used in foundation reinforcement projects such as expressway, railway, airport, nuclear power plant, large industrial zone and port reclamation, but the construction management mainly depends on human factors for process control.
比如:对夯点位置的定位更依赖操作工的经验,且无法监控每个夯点的夯击次数、夯沉量等数据参数,存在重复作业、施工效率较低等缺点。通过在强夯设备上集成施工管理系统,通过信息化的手段,能够帮助操作工对设备进行更加精准的控制,对机器进行更好利用。
For example, the location of tamping points depends more on the experience of operators, and it is unable to monitor the tamping times, tamping settlement and other data parameters of each tamping point, which has the disadvantages of repeated operation and low construction efficiency. By integrating the construction management system on the dynamic compaction equipment and by means of information, it can help the operator to control the equipment more accurately and make better use of the machine.
一、系统介绍
1、 System introduction
强夯机施工管理系统由高精定位模块、测距模块、显示模块、主控模块及通讯模块五大模块构成。
The dynamic compaction machine construction management system consists of five modules: high-precision positioning module, ranging module, display module, main control module and communication module.
1、高精定位模块
1. High precision positioning module
高精定位模块一般是基于GPS或北斗系统,通过RTK技术实现高精定位,定位精度可达厘米级。高精定位模块由两个定位天线构成,一个安装在强夯机吊臂额头上,另外一个安装在强夯机尾部的配重或A型架顶部,天线安装位置上方不能有覆盖物遮挡。通过两个天线的精准定位可以判断强夯机方位,方向,强夯机转轴中心位置以及强夯机所在地表高程等数据。
The high-precision positioning module is generally based on GPS or Beidou system, which realizes high-precision positioning through RTK technology, and the positioning accuracy can reach centimeter level. The high precision positioning module is composed of two positioning antennas, one is installed on the forehead of the boom of the dynamic compactor, and the other is installed on the counterweight at the tail of the dynamic compactor or on the top of the A-frame. There shall be no covering above the installation position of the antenna. Through the accurate positioning of the two antennas, the orientation and direction of the dynamic compactor, the center position of the rotating shaft of the dynamic compactor and the surface elevation of the dynamic compactor can be judged.
2、测距模块
2. Ranging module
测距模块是由测距传感器及其线缆构成,一般安装在主卷扬或吊臂额头导向滑轮附近,其作用主要是测量夯锤的提升高度、落距及夯沉量。
The ranging module is composed of ranging sensor and its cable, which is generally installed near the forehead guide pulley of the main winch or boom. Its function is mainly to measure the lifting height, falling distance and tamping settlement of the rammer.
3、显示模块
3. Display module
显示模块是由一个工业级平板电脑及其线缆构成。显示模块安装在强夯机驾驶舱内,为强夯机司机实时显示夯点排布,夯击次数,提锤高度,夯沉量等数据以及动态模拟夯机施工。
The display module is composed of an industrial tablet computer and its cable. The display module is installed in the cockpit of the dynamic rammer to display the tamping point arrangement, tamping times, hammer lifting height, tamping settlement and other data in real time for the dynamic rammer driver, as well as the dynamic simulation of the rammer construction.
4、主控模块
4. Main control module
主控模块是整套系统的控制核心,其作用是接收传感器数据并处理,并将处理后的数据发送到平板电脑上进行显示,同时把施工数据通过4G天线发送到后台云服务监控中心进行处理。
The main control module is the control core of the whole system. Its function is to receive and process the sensor data, send the processed data to the tablet for display, and send the construction data to the background cloud service monitoring center for processing through 4G antenna.
5、通讯模块
5. Communication module
通讯模块由4G天线组成,其作用是实时传输施工数据到后台云服务监控中心进行处理。
The communication module is composed of 4G antenna, which is used to transmit construction data in real time to the background cloud service monitoring center for processing.
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