【正文】
加工的需 要。 進入 21 世紀,我國經(jīng)濟與 國際全面接軌,進入了一個蓬勃發(fā)展的新時期。數(shù)控機床是一種高度機電一體化的產(chǎn)品,適用于加工多品種小批量零件、結(jié)構(gòu)較復雜、精度要求較高的零件、需要頻繁改型的零件、價格昂貴不允許報廢的關鍵零件、要求精密復制的零件、需要縮短生產(chǎn)周期的急需零件以及要求 100%檢驗的零件。 產(chǎn)品零件明細 .................................................... 31 鈑金下料明細 .................................................... 32 6 裝配工藝 ........................................................... 33 7 檢查與維護 ......................................................... 34 IV 磁性分離器在試運轉(zhuǎn)期間要檢查的各項性能指標 ..................... 34 磁性分離器在使用過程中需要注意的事項 ........................... 34 致 謝 ................................................................ 35 參 考 文 獻 .......................................................... 36 機床排屑器磁性分離器的設計 1 緒論 從 20 世紀中 期 數(shù)控技術(shù)出現(xiàn)以來,數(shù)控機床給機械制造業(yè)帶來了革命性的變化。 關鍵詞: 磁性分離技術(shù),分離器, 膠輥式 , 磁性分離器 II Magic separator conveyor machine design ABSTRACT Magic separation technology is an old technology, 200 years ago have magic material and nonmagic material separating the records. In the grinding process, along with the improvement of precision, highspeed grinding and grinding technology rapid development of strength, in addition to choose the right grinding parameters, it also must improve the quality of grinding fluid circulation. Magic separator, as a machine auxiliary, yet is a popular product. Although many domestic manufacturers, but not many professional manufacturers. Magic separator to improve the quality of the cycle of grinding fluid has unusual role. Magic separator can effectively remove the iron in the coolant, no filter consumption. Easy to install, as with other forms of filter drum (drum) tape filter, flat filter tape, vacuumtype filter such as tapes used in bination. The main subject of customer and pany requirements should be designed, already on the market through the magic separator the analysis and calculation, and the advantages and disadvantages of the product on the market to retain and improve the final design a line with the requirements of customers Cycle of grinding fluid purification device. Initially identified the overall structure of separator, the machine from the reducer, box, magic roller, roller several ponents. Its deposition by modeling and then pare the assembly and then Yes to confirm the accuracy of its sheet metal and then, and twodimensional drawings of the conversion, and finally put into its production. KEY WORDS: magic separation technology, separator, rubber roller, magic separator III 目錄 摘 要 ............................................................... I ABSTRACT ............................................................. II 緒論 .................................................................. 1 1 設計背景和目的 ...................................................... 3 設計背景 ........................................................ 3 設計目的 ........................................................ 3 2 總體方案設計 ........................................................ 4 確定總體方案 .................................................... 4 工作原理說明 .................................................... 4 3 方案細化設計 ........................................ 錯誤 !未定義書簽。初步確定分離器的總體結(jié)構(gòu),機器由減速機、箱體、磁輥、膠輥等幾部分組成。方便安裝,可與其他形式過濾機如鼓式 (滾筒式 )紙帶過濾機、平網(wǎng)式紙帶過濾機、真空負壓式紙帶過濾機等組合使用。 磁性分離器 對 提高磨削液的循環(huán)質(zhì)量 有著非同一般的作用。 磁性分離器作為一種機床輔機,尚屬于一種冷門產(chǎn)品。 I,在 200 多年前就有磁性物質(zhì)和非磁性 物質(zhì)分離的記載。 在磨削加工中,隨著加工精度的提高,高速磨削和強力磨削技術(shù)飛速發(fā)展,除了選擇合理的磨削參數(shù)以外,還必須提高磨削液的循環(huán)質(zhì)量。國內(nèi)雖有許多廠家生產(chǎn),但專業(yè)廠家并不多。 磁性分離器能夠有效去除冷卻液中的鐵質(zhì),無濾材消耗。 本課題主要是應客戶和公司要求進行設計 ,通過對市場上已有的磁性分離器的分析和計算 ,并 對市場上產(chǎn)品優(yōu)缺點進行了保留和改進,最終設計出一套 符合客戶使用要求的 磨削液循環(huán) 的 凈化裝置 。 通過建模再對其進行分解裝配然后進行對比確認,確認準確后再對其進行鈑金化以及二維圖紙的轉(zhuǎn)換,最后對其進行投入生產(chǎn)。 確定電機類型 .................................................... 5 確定傳動方式 .................................................... 8 刮板材料選擇 ................................................... 11 排屑槽制作工藝 ................................................. 11 主體部分工藝 ................................................... 15 焊接工藝 ................................................... 16 涂裝工藝 ................................................... 20 彈性材料的選擇 ................................................. 23 軸承型號選擇 .................................................... 24 4 二維圖的繪制 .......................................................