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喜歡就充值下載吧。。。資源目錄里展示的全都有，，下載后全都有,,請放心下載，【QQ：1304139763 可咨詢交流】=====================
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摘 要 隨著中國經濟的發(fā)展，人民的生活水平不斷提高。以前是希望吃飽，然后是希 望吃好，現(xiàn)在的希望是吃精，不是希望補脂肪而是希望補腦。藥物補腦不僅有副作 用而且效果不明顯。在這樣的情況下，核桃以及其他及堅果類食物就特別受到現(xiàn)代 人的喜愛。但核桃和其他堅果的外殼太過堅硬，即使夾碎了也容易把里面的仁弄壞。 在這樣的情況下剝核桃的工具就應用而生，縱觀市面上的所有工具，臺式核桃夾深 受廣大客戶的喜歡。 我設計的題目是基于 solidworks 的核桃去殼器設計與實體建模。在本次設計中 我將對核桃破殼計算分析，改進臺式核桃夾的構成并對其進行實體建模。 關鍵詞：臺式核桃夾；實體建模；核桃破殼計算分析； ABSTRACT With the development of Chinas economy, the improvement of peoples living standard. Before is hope full, then wish to eat, the hope is to eat. Not hope make fat but hope that the brain. Drug brain not only side effects and the effect is not obvious. In this case, walnuts and other nuts and is especially popular with the modern people. But the walnuts and other nuts shell too hard, timely break is also easy to break inside the kernel. In a case like peel walnut tools and applications of health, in the market all the desktop tools, walnut clamp by the majority of customers love. I design topic is based on the SolidWorks walnut sheller design and motion simulation. In this design I will for breaking walnut shell analysis, improved desktop walnut folder structure and its simulation. Keywords: Table Walnut clamp; motion simulation; breaking walnut shell analysis; 目 錄 1 緒 論 ...................................................................................................................................................1 1.1 SOLIDWORKS 的發(fā)展和榮譽 ......................................................................................................1 1.2 本論文的背景和意義 ..................................................................................................................3 1.3 核桃夾的簡介 ..............................................................................................................................3 2 設計內容與方案 .................................................................................................................................5 2.1 核桃夾的受力分析 ......................................................................................................................5 2.1.1 確定夾核桃所需力 ............................................................................................................5 2.1.2 建立機構模型，確定主要桿件尺寸 ................................................................................8 2.2 校核桿 1 和桿 2 的強度 .............................................................................................................9 2.2.1 桿 1 強度校核 ....................................................................................................................9 2.2.2 桿 2 強度校核 ..................................................................................................................10 2.3 設計創(chuàng)新 ....................................................................................................................................11 3 簡述零件設計過程 ...........................................................................................................................13 4 臺式核桃夾各部件的選材 ...............................................................................................................23 結 論 ...................................................................................................................................................25 參考文獻 ................................................................................................................................................26 致 謝 .................................................................................................................................................27