【正文】 沈陽工業(yè)大學本科畢業(yè)設(shè)計論文 煉膠機傳遞料系統(tǒng)設(shè)計 Refined rubber machine transfer material system design 學 院： 機械工程學院 專 業(yè) 班 級： 機自 0704 學 號： 070101119 學 生 姓 名： 趙強 指 導 教 師： 金嘉奇 （ 教授） 2021年 6月 15日 密級： 校內(nèi) 沈陽 工業(yè)大學本科生畢業(yè)設(shè)計（論文） 2 摘 要 橡膠機械行業(yè)，尤其是輪胎機械行業(yè)，是伴隨中國汽車工業(yè)發(fā)展而成長起來的新市場。隨之煉膠機的發(fā)展亦必不可少的，在煉焦過程中是采用重復煉 焦得到我們需要的成品，在這個過程中一般都是人工搬運，耗費了人力，工作效率也不高。所以一套自動傳遞料系統(tǒng)是必不可少，他能大大減少人力，提高煉焦的工作效率，減少工作時間。傳遞料系統(tǒng)采用帶傳動方式，主動輪，從動輪和傳動帶組成，工作時靠帶與帶輪間的摩擦或 嚙合實現(xiàn)主、從動輪間運動和動力的傳遞 .同步帶與同步帶輪之間沒有相對滑動，從而使主從動輪達到同步。傳遞料使料能多次加工，達到工作要求。帶傳動具有結(jié)構(gòu)簡單，傳動平穩(wěn)，價格低廉，緩沖 吸振及過載打滑以保護其他零件的優(yōu)點。 本文主要 從理論上解析大傾角帶式輸送機物料橫截面積的計 算過程 ,并通過具體實例驗證大傾角皮帶機輸送量的計算的合理性。帶式輸送機作為重要的散裝物料輸送設(shè)備 ,它的應用越來越廣泛 ,同時人們對所使用的帶式輸送設(shè)備的要求也越來越高。普通帶式輸送機鋪設(shè)角度只能達到 12176。 ～ 16176。, 現(xiàn)在采用大傾角皮帶機 ,角度最大可以達到 176。, 如果采用花紋膠帶 ,角度最大可以達到 31176。, 但是必須設(shè)計合理 ,配置先進 ,否則就會物料下滑 等 情況。成為必然趨勢 ,提高大傾角帶式輸送機設(shè)計水平勢在必行。本文以大傾角帶式輸詳細分析大傾角帶式輸送機的橫截面積和輸送量計算方法。 關(guān)鍵詞 :煉膠機； 大傾角 。帶式輸 送機 。橫截面積 。 沈陽 工業(yè)大學本科生畢業(yè)設(shè)計（論文） 3 Abstract Rubber machinery industry, especially in the tire machinery industry, is acpanied by the development of China39。s automobile industry grew up in new markets. Also followed the development of rubber mixing machine essential in the coking process of coking is the use of repetition we need to get the finished product, in this process are generally manual handling, cost of manpower, work efficiency is not high. Therefore, an automatic feeding system is essential to pass, he can greatly reduce manpower, improve the efficiency of coke, reducing working hours. Transmission belt drive system uses a material way, driving wheel, driven wheel and drive belts, belt and pulley work by friction or engagement between the realization of the primary, driven gear transmission between the movement and power. between the belt and the belt wheel is not Sliding, so that the main driven wheel to achieve synchronization. Material make the material transfer process many times, to work requirements. Belt drive has a simple structure, smooth transmission, low cost, vibration absorption and overload the buffer to protect other parts skid advantages. In this paper, analytical theory, inclined belt conveyor crosssectional area of the calculation of materials, and through concrete examples and verify the amount of inclined belt conveyor calculation is reasonable. As an important conveyor of bulk material handling equipment, it is more and more widely used by people at the same time conveying equipment with the requirements of increasingly high. Laying point of view of ordinary belt can only reach 12 176。 ~ 16 176。, inclined belt conveyor is used, the maximum angle of up to 176。, if we adopt the pattern tape, you can reach the maximum angle of 31 176。, but it must be designed, equipped with advanced, Otherwise the material down and so on. Bee an inevitable trend and improve the level of large angle belt conveyor design is imperative. In this paper, inclined belt conveyor transport detailed analysis of the large angle crosssectional area and throughput calculation. Keywords: mixing machine。 large angle。 belt。 crosssectional area。 沈陽 工業(yè)大學本科生畢業(yè)設(shè)計（論文） 4 目 錄 摘 要 ........................................................................................................................ 2 Abstract .......................................................................................................................... 3 第 1 章 前言 ................................................................................................................ 6 課題來源 .......................................................................................................... 6 這次畢業(yè)設(shè)計的課題是根據(jù)自己的專長和自己的興趣選定的，屬于設(shè)計繪圖類題目，在金嘉琦老師的指導下進行的，課題是屬于開發(fā)設(shè)計型。 ............ 6 課題的意義： .................................................................................................. 6 發(fā)展趨勢 .......................................................................................................... 6 研究動態(tài)、目前的水平 .................................................................................. 7 發(fā)展的設(shè)想 .................................................................................................... 12 采用方法和手段： ........................................................................................ 12 第 2 章 帶式輸送機概述 ........................................................................................... 13 帶式輸送機的應用 ....................................................................................... 13 帶式輸送機的分類 ....................................................................................... 13 帶式輸送機的發(fā)展狀況 ............................................................................... 14 帶式輸送機的工作原理 ............................................................................... 15 帶式輸送機的結(jié)構(gòu)和布置形式 ................................................................... 16 帶式輸送機的結(jié)構(gòu) ............................................................................ 16 布置方式 ............................................................................................ 16 第 3 章 總體方案設(shè)計及計算 ................................................................................... 18 帶式輸送機機型的選定 ............................................................................... 18 總體結(jié)構(gòu)設(shè)計 ................................................................................................ 19 煉膠機傳遞料系統(tǒng)總圖如圖 31 ...................................................... 19 上料倉 ................................................................................................. 20 上料機 ................................................................................................. 21 翻膠裝置，翻料倉（如圖 34） .........