RC450设备运行管理辅助系统设计与实现
发布时间：2019-01-21 09:40
【摘要】：RC450液压设备运行管理辅助系统是针对该生产设备高效及可靠的作业运行而开发的辅助支持工具,目的是支持生产人员能够针对复杂的加工作业任务要求正确和高效地应用该设备,为此该软件通过提供一组面向设备的运行模拟及数控程序的编程辅助功能,使用户能够在实际作业开始前编制出正确的作业程序,并通过对硬件运行状态及故障的模拟来提高对设备加工作业质量的支持。本文详细论述了该液压设备运行辅助管理软件的功能需求分析、设计和实现,具体实现的功能包括针对设备硬件作业过程和运行状态的模拟功能,针对硬件设备运行过程中各类故障的模拟功能,以及针对复杂生产作业任务的数控编程和模拟执行功能,给出了功能用例模型。论文围绕上述功能建立了软件的设计方案,其软件架构按照分层模式构成,其中用户界面子系统以窗口为单元实现模拟过程的交互式操作和设备运行模拟计算结果的视图显示,模型管理子系统以每种类型的模型及数控作业项目为单元,实现对液压设备硬件运行状态模型的建模和维护,包含液压元件类、液压回路类、液压设备类模型对象。运行模拟管理子系统实现对模型对象的动态调度和模拟计算,数据管理子系统则对该系统中的基础数据和动态计算生成的数据序列进行统一管理。论文对上述工作内容论述了对象的数据结构、类图模型和主要任务处理过程的计算流程框架。该软件基于C++编程实现,通过标准的SQL编程接口实现与通用关系数据库平台的集成。目前该软件已针对典型设备功能完成了标准作业环节的测试,较好地达到了预期的应用效果。
[Abstract]:The RC450 hydraulic equipment operation management auxiliary system is an auxiliary support tool developed for the efficient and reliable operation of the production equipment, and aims to support the production personnel to correctly and efficiently apply the equipment for complex processing operation tasks, To this end, the software provides a set of program auxiliary functions for the operation simulation of the equipment and the numerical control program, so that the user can prepare the correct operation program before the actual operation starts, and improve the support of the equipment processing operation quality by simulating the operation state of the hardware and the simulation of the fault. In this paper, the function requirement analysis, design and implementation of the operation assistant management software of the hydraulic equipment are discussed in detail. The function of the implementation includes the simulation function of the hardware operation process and the running state of the equipment, and the simulation function of various faults in the operation of the hardware equipment. and a function example model is given for the numerical control programming and the simulation execution function of the complex production operation task. The software design scheme is built around the above-mentioned functions, and the software architecture is constructed according to the layering mode, in which the user interface subsystem realizes the interactive operation of the simulation process and the view display of the simulation result of the operation of the equipment in the window as the unit, The model management subsystem is used as a unit for each type of model and numerical control operation project, and the modeling and maintenance of the hardware running state model of the hydraulic equipment is realized, and the model management subsystem comprises a hydraulic component class, a hydraulic circuit class and a hydraulic equipment class model object. The operation simulation management subsystem realizes the dynamic scheduling and simulation of the model object, and the data management subsystem uniformly manages the data sequence generated by the basic data and the dynamic calculation in the system. In this paper, the data structure, class diagram model and the calculation flow frame of the main task processing are discussed. The software is realized based on C ++, and the integration with the general relational database platform is realized through standard SQL programming interface. At present, the software has finished the standard operation link test for the typical equipment function, and the expected application effect is better achieved.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52
本文编号：2412532
[Abstract]:The RC450 hydraulic equipment operation management auxiliary system is an auxiliary support tool developed for the efficient and reliable operation of the production equipment, and aims to support the production personnel to correctly and efficiently apply the equipment for complex processing operation tasks, To this end, the software provides a set of program auxiliary functions for the operation simulation of the equipment and the numerical control program, so that the user can prepare the correct operation program before the actual operation starts, and improve the support of the equipment processing operation quality by simulating the operation state of the hardware and the simulation of the fault. In this paper, the function requirement analysis, design and implementation of the operation assistant management software of the hydraulic equipment are discussed in detail. The function of the implementation includes the simulation function of the hardware operation process and the running state of the equipment, and the simulation function of various faults in the operation of the hardware equipment. and a function example model is given for the numerical control programming and the simulation execution function of the complex production operation task. The software design scheme is built around the above-mentioned functions, and the software architecture is constructed according to the layering mode, in which the user interface subsystem realizes the interactive operation of the simulation process and the view display of the simulation result of the operation of the equipment in the window as the unit, The model management subsystem is used as a unit for each type of model and numerical control operation project, and the modeling and maintenance of the hardware running state model of the hydraulic equipment is realized, and the model management subsystem comprises a hydraulic component class, a hydraulic circuit class and a hydraulic equipment class model object. The operation simulation management subsystem realizes the dynamic scheduling and simulation of the model object, and the data management subsystem uniformly manages the data sequence generated by the basic data and the dynamic calculation in the system. In this paper, the data structure, class diagram model and the calculation flow frame of the main task processing are discussed. The software is realized based on C ++, and the integration with the general relational database platform is realized through standard SQL programming interface. At present, the software has finished the standard operation link test for the typical equipment function, and the expected application effect is better achieved.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52
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