文档包括:
说明书一份。37页,11900字。
外文翻译一份。
图纸共14张,如下所示
A0-装配图.dwg
A3-主轴.dwg
A3-大皮带轮.dwg
A3-槽轮.dwg
A3-轴承座支架.dwg
A4-压盖.dwg
A4-压盘.dwg
A4-圆螺母.dwg
A4-小皮带轮.dwg
A4-扎辊.dwg
A4-挡圈.dwg
A4-胶垫.dwg
A4-连接螺杆.dwg
A4-连轴器.dwg
摘 要
随着人们文化生活水平的提高,对舞台演出节目的质量要求越来越高。舞台的现代化、智能化是必然的发展趋势。国内虽有部分舞台参照了国外的舞台形式,但整体的技术水平较低,不能满足舞台使用的各种功能要求。本文以北京广播电视中心800㎡演播厅舞台与长影舞台为例,通过选择合理的传动机构使舞台实现平稳传动,长度达到12米的现代化动控舞台。
通过舞台伸缩的最佳速度8m/min,选择相匹配的电动机与减速器,并通过对槽轮的设计使舞台达到速度要求,从而依据完成主轴的设计。选择合理的传动机构(钢丝绳传动)实现舞台平稳传动。并注意舞台传动机构与拖动机构相匹配,共同达到舞台设计要求。
关键词:动控舞台、传动机构、钢丝绳传动、主轴设计
Abstract
Along with the people culture living standard enhancement, is more and more high to the stage items on the program quality requirement. The stage modernization, the intellectualization are the inevitable development tendency. The home although had a part of stage to refer to the overseas stage form, but the whole technical level was lower, could not satisfy the stage use each kind of function to request. This article take the Beijing broadcast television center 800㎡telecasts halls stage and the Changchun Movie Studio stage as an example, enables the stage realization steady transmission through the choice
reasonable transmission system, the length to achieve 12 meters modernizations move control the stage.
Optimum velocity 8m/min expands and contracts which through the stage, the electric motor and the reduction gear which the choice matches, and through enables the stage to the V-belt pulley design to meet the speed requirements, thus rests on completes the main axle the design. Chooses the reasonable transmission system (rope drive) to realize the stage steady transmission. And pays attention to the stage transmission system with to drive the organization to match, meets the stage design requirements together.
Key word: Moves controls the stage, the transmission system, the rope drive, the main axle design
目 录
前言............................................(2)
第一章 智能舞台控制系统构成............................................(3)
第二章 舞台设计总体原则............................................(15)
第三章 舞台电动机的选择要求与原则............................................(17)
第四章 减速器的选择要求与原则............................................(19)
第五章 舞台拖动设计............................................(19)
第六章 主轴的设计............................................(21)
结论............................................(30)
致谢............................................(31)
参考文献............................................(32)













