SolidWorks数显立式光学计三维设计及塞规测量仿真
毕业论文关键词：数字显示；多媒体；立式光学计；塞规；量块。
Abstract Number shows to don't need to estimate to read fraction due to having to read number to keep a view, it`s can improve the labor condition of operating the personnel, and link a printer, raise advantages like work efficiency, more and more be used for precise instrument and tool machine up. For satisfying a sign type the optics accounts at physically applied in of request. We need to fill a rules of mainly several what parameter carry on precise diagraph, fill a mainly being pided into of the rules a rules and rules. Large numbers of products of quantity in the middle of physically producing if adopting to use to calculate quantity to have is like the cursor card Chinese foot, thousand cents, form etc. includes the quantity to engrave a degree to have) to pursue a diagraph is very troublesome. We know qualified product is have a generous character scope, in this scope of all qualified, so people then adopt a rules and rules to measure, again with standard of the quantity piece does a comparison, get bore whether qualified conclusion. This graduation designed to make use of the two dimensions processing software CAD and 3D model software SolidWorks and video frequency creation software Corel the Pro X4, voice of VideoStudio processing software GoldWave, and multimedia creation software Authorware, relate "number show a sign type optics to account measure to fill the experiment of rules. Then and availably changed the monotonous mode of traditional teaching. Is this time, the multimedia creation joined music, picture and animation and comprehensive writing and made the teaching classroom more vivid image, not only increased a student to experiment of interest, also will the logarithms show a sign type optics to account understand of having deeper time.
Keyword: Number shows ; Multimedia; The sign type optics accounts; Fill a rules; Quantity piece
目 录
第一章 绪论 .. 1
1.1 引言 .. 1
第二章 数显立式光学计测量塞规实验介绍. 4
2.1 实验目的 . 4
2.2 实验仪器的介绍 . 4
2.3 实验原理介绍 5
2.3.1 数显立式光学计的测量原理 5
2.3.2 数显立式光学计的测量步骤 6
2.4 实验测量结果 7