设计简介
摘 要
本文详细介绍了运用SolidWorks软件（3D 机械设计软件的标准）进行凹印实验台收放卷装置及调整机构的设计。由于SolidWorks软件无论对零件设计，还是对整个机构设计都起了一个模拟仿真的作用，在SolidWorks软件中，我们可以直观，清楚地了解整个设计的外形，运作甚至是材料的分析。
借助SolidWorks，将产品更快地投入市场。SolidWorks 提供无与伦比的性能和价值，它是技术创新的领先者，并且还拥有最大的用户群。没有其他CAD 系统可以帮助您快速准确地完成产品设计工作。
本文先对SolidWorks软件作出简介，对此三维软件作出一系列的说明，而后对凹印实验台收放卷装置及调整机构进行介绍，并结合SolidWorks软件，将二者融会贯通。通过SolidWorks软件设计，从二维的AUTOCAD零件图纸，到三维的SolidWorks整个设备，大大地提高了设计的效果和效率，避免了工程师们在现实中出现的错误，切切实实地展现出三维软件的强大性能。
Abstract
This paper introduces the application of SolidWorks software (3D mechanical design software standards) design pressure bar machine soundboard. Because SolidWorks software for both parts design, but also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work.
soundboard to fabricate the soundboard pressure bar machine, soundboard is a very important part for piano, for the study of the machine is very meaningful.
This paper first makes a brief introduction on the SolidWorks software, the three-dimensional software to make a series of instructions, and then the various aspects of the introduction on the piano, to let the reader through the understanding of the piano soundboard, recognition of pressure bar machine, combined with SolidWorks software, the two together. Through the SolidWorks software design, AUTOCAD drawing from 2D to 3D, the SolidWorks the equipment, greatly improves the design efficiency, avoid the engineers in the emerging reality of error, so as to show a strong performance of 3D softwareut also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work
with SolidWorks software, the two together. Through the SolidWorks software design, AUTOCAD drawing from 2D to 3D, the SolidWorks the equipment, greatly improves the design efficiency, avoid the engineers in the emerging reality of error, so as to show a strong performance of 3D softwareut also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work
Keywords：SolidWorks；piano；The soundboard；Pressure bar machine
凹印实验台收放卷装置及调整机构设计说明书
目录
摘要 -----------------------------------------------------------------------1
一、绪论-------------------------------------------------------------------3
1.1设计背景及意义----------------------------------------------------3
1．2国内凹印机的现状……………………………………………………………………3
二、设计构思-------------------------------------------------------5
2.1 设计初案-----------------------------------------------------------5
2.2凹印装置的结构分析……………………………………………………………..……6
2.3收放卷装置的结构分析……………………………………………………………….7
三、产品设计计算-----------------------------------------------------------7
3.1伺服电机的设计计算---------------------------------------------- 8
3.2 调速电机的设计计算----------------------------------------------8
3.3联轴器的计算与选型………………………………………………………………..9
四、结构设计的三维建模………………………………………………………......................10
4.1伺服电机驱动滚珠丝杆的三维建模………………………………………......11
4.2张紧装置的三维建模………………………………………………………………..12
4.3凹印装置的三维建模………………………………………………………………..13
4.4整个装置的三维建模………………………………………………………………..14
五、设计总结--------------------------------------------------------14
参考文献---------------------------------------------------------15
致谢-----------------------------------------------------------------------17
本文详细介绍了运用SolidWorks软件（3D 机械设计软件的标准）进行凹印实验台收放卷装置及调整机构的设计。由于SolidWorks软件无论对零件设计，还是对整个机构设计都起了一个模拟仿真的作用，在SolidWorks软件中，我们可以直观，清楚地了解整个设计的外形，运作甚至是材料的分析。
借助SolidWorks，将产品更快地投入市场。SolidWorks 提供无与伦比的性能和价值，它是技术创新的领先者，并且还拥有最大的用户群。没有其他CAD 系统可以帮助您快速准确地完成产品设计工作。
本文先对SolidWorks软件作出简介，对此三维软件作出一系列的说明，而后对凹印实验台收放卷装置及调整机构进行介绍，并结合SolidWorks软件，将二者融会贯通。通过SolidWorks软件设计，从二维的AUTOCAD零件图纸，到三维的SolidWorks整个设备，大大地提高了设计的效果和效率，避免了工程师们在现实中出现的错误，切切实实地展现出三维软件的强大性能。
Abstract
This paper introduces the application of SolidWorks software (3D mechanical design software standards) design pressure bar machine soundboard. Because SolidWorks software for both parts design, but also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work.
soundboard to fabricate the soundboard pressure bar machine, soundboard is a very important part for piano, for the study of the machine is very meaningful.
This paper first makes a brief introduction on the SolidWorks software, the three-dimensional software to make a series of instructions, and then the various aspects of the introduction on the piano, to let the reader through the understanding of the piano soundboard, recognition of pressure bar machine, combined with SolidWorks software, the two together. Through the SolidWorks software design, AUTOCAD drawing from 2D to 3D, the SolidWorks the equipment, greatly improves the design efficiency, avoid the engineers in the emerging reality of error, so as to show a strong performance of 3D softwareut also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work
with SolidWorks software, the two together. Through the SolidWorks software design, AUTOCAD drawing from 2D to 3D, the SolidWorks the equipment, greatly improves the design efficiency, avoid the engineers in the emerging reality of error, so as to show a strong performance of 3D softwareut also to the whole mechanism design is a simulation function, in the SolidWorks software, we can visually, clearly understand the whole appearance of the design, operation and material analysis.With the help of SolidWorks, bring products to market more quickly. SolidWorks provides incomparable performance and value, it is the leader in technological innovation, and also has the largest user group. No other CAD system can help you quickly and accurately complete the product design work
Keywords：SolidWorks；piano；The soundboard；Pressure bar machine
凹印实验台收放卷装置及调整机构设计说明书
目录
摘要 -----------------------------------------------------------------------1
一、绪论-------------------------------------------------------------------3
1.1设计背景及意义----------------------------------------------------3
1．2国内凹印机的现状……………………………………………………………………3
二、设计构思-------------------------------------------------------5
2.1 设计初案-----------------------------------------------------------5
2.2凹印装置的结构分析……………………………………………………………..……6
2.3收放卷装置的结构分析……………………………………………………………….7
三、产品设计计算-----------------------------------------------------------7
3.1伺服电机的设计计算---------------------------------------------- 8
3.2 调速电机的设计计算----------------------------------------------8
3.3联轴器的计算与选型………………………………………………………………..9
四、结构设计的三维建模………………………………………………………......................10
4.1伺服电机驱动滚珠丝杆的三维建模………………………………………......11
4.2张紧装置的三维建模………………………………………………………………..12
4.3凹印装置的三维建模………………………………………………………………..13
4.4整个装置的三维建模………………………………………………………………..14
五、设计总结--------------------------------------------------------14
参考文献---------------------------------------------------------15
致谢-----------------------------------------------------------------------17
