高杆灯灯盘对接技术研究

发布时间：2018-03-12 14:42

本文选题：高杆灯　切入点：对接　出处：《东南大学》2015年硕士论文　论文类型：学位论文

【摘要】：高杆灯广泛应用于机场、港口、立交桥、体育场等公共场所。升降式高杆灯由于维护方便、成本低、制作时间短等优点,使其逐渐成为了高杆照明的主流照明装置。现有升降式高杆灯灯盘对接技术主要存在两大问题：第一、对接不顺畅、不可靠；第二、随灯盘升降的电缆、钢缆在灯杆内部在升降的过程中可能夹缠在一起造成电缆绝缘皮层刮破,因而有着巨大安全隐患。为解决这两个难题,本课题查阅了国内外相关文献,调查了高杆灯对接技术的最新研究成果,在此基础上提出一种全新的灯盘对接装置设计方案。该方案通过简化灯盘对接动作从而有效地提高对接可靠性；通过采取电缆固定不动、电极对接通电的取电方式从而消除取电安全隐患。本文还对升降式高杆灯灯盘对接装置的机械结构设计进行了详尽地阐述。在实际应用中,高杆灯受风荷载影响最大,因此本文按照建筑结构载荷规范、高耸结构设计规范等规范系统地对升降式高杆灯进行风荷载分析、计算,并对高杆灯上的关键零部件进行了受力分析、校核。最后,本文还介绍了硬件电路的各模块组成,并进行了软件编程。经过以上研究、分析、设计之后,笔者制作了实验样机。通过实验测试,证明这种新式的升降式高杆灯对接方案是可行的,并且完全能够达到预期的技术要求,这为升降式高杆灯灯盘对接技术的更新换代打下了坚实的基础。
[Abstract]:High rod lamps are widely used in public places, such as airports, ports, flyovers, stadiums, etc. Because of the advantages of convenient maintenance, low cost, short production time, etc. It has gradually become the mainstream lighting device for high rod lighting. There are two main problems in the existing docking technology of high lever lamp. First, the docking is not smooth and reliable; and secondly, the cable that rises and falls with the lamp disc. Steel cables may be clamped together in the process of lifting up and down inside the lampposts, which may cause the cable insulation cortex to be scratched, and therefore has a huge hidden danger of safety. In order to solve these two problems, this subject has consulted the relevant literature at home and abroad. Based on the investigation of the latest research results of the high rod lamp docking technology, a new design scheme of the lamp disc docking device is put forward, which can effectively improve the docking reliability by simplifying the light disc docking operation. In order to eliminate the hidden danger of electric safety, the mechanical structure design of the lifting type high lever lamp and disc docking device is described in detail by taking the way of the fixed cable and the electric current of the electrode docking. In the practical application, the mechanical structure design of the device is described in detail in this paper. The high rod lamp is most affected by the wind load, so the wind load analysis and calculation are carried out systematically according to the building structure load code, the high-rise structure design code and so on. Finally, this paper introduces the components of the hardware circuit, and carries on the software programming. After the above research, analysis, design, The author has made the prototype of the experiment. Through the experiment test, it is proved that the new docking scheme of the lifting high rod lamp is feasible, and it can completely meet the expected technical requirements. This has laid a solid foundation for the upgrading of the docking technology of the high-lever lamp.
【学位授予单位】：东南大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TM923.5

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