新型连续式洗米机

论文编号:JX041  附开题报告,任务书,答辩PPT,和图, 论文字数:15429,页数:37

摘要

本文将介绍一种能够除去谷壳等漂浮杂质及沙石、用水量少的新型连续式洗米机的工作原理、结构组成及其有关设计计算。新型连续式洗米机结构简单、占地面积小、集搓米、洗米、除去漂浮杂质、沙石等于一体，采用水流与米流逆流流动，用水量少、洗涤效果好，是一种高效的连续式洗米机。该机型除用于洗米外，也能用于黄豆，小麦，碗豆的洗涤及输送；它还适合于米制品厂，豆类制品厂等的原料洗涤，是食堂、大型饭店、快餐中心及酿造、豆类加工作业中较为理想的粮食洗涤机械。
[关键词] 连续式  洗米机  原理  结构

Abstract

This article introduced one kind of machine that can except float impurities and grit, the water consumption few new continuous types and so on hull washes the rice hulling machine the principle of work, the structure composition and the related design calculation. The new continuous type washes the rice hulling machine structure simply, the area small, the collection rubs the hands the rice, washes the rice, except the float impurity, the grit was equal to a body, uses the current of water and the rice class counter-current flow, the water consumption few, the lavation effect is good, is one kind of highly effective continuous type washes the rice hulling machine. This type besides uses in washing the rice, also can use in the soybean, the wheat, the bowl bean lavation and the transportation; It also suits in the rice production factory, the legumes production factory and so on raw material lavation, is the cafeteria, the large-scale hotel, the fast-food center and brews, the legumes processes in the work the more ideal grain lavation machinery.
[Keywords ]  continuous，washing rice machine，principle，constitution

目录

中文摘要 ....................................................................I
英文摘要 ...................................................................II
前言....................................................................... IV
1 新型连续式洗米机工作原理简介...............................................1
2 水平及倾斜螺旋设计及计算...................................................1
2.1 水平螺旋直径，转速及长度 ................................................1
2.2 倾斜螺旋直径、转速及长度 ................................................2
2.3 功率计算及电机的选型 ....................................................3
2.4 水平及倾斜螺旋校核计算 ..................................................3
3 水平螺旋减速器设计........................................................ 5
3.1 水平螺旋减速器高速级齿轮设计.............................................6
3.2 水平螺旋减速器低速级齿轮设计 ...........................................10
3.3 各轴的结构设计与较核 ...................................................13
4倾斜螺旋减速器设计........................................................ 20
4.1 倾斜螺旋减速器高速级齿轮设计............................................22
4.2 倾斜螺旋减速器低速级齿轮设计........................................... 25
4.3 各轴的结构设计与较核 ...................................................28
5 总结..................................................................... 35
参考文献 ...................................................................36
致谢 .......................................................................37