机械5

涂层浆料搅拌机的设计 摘要 着生产和流通的日益社会化，现代化，尤其是半个世纪以搅拌机产品得到了飞速的发展，在市场商品交换的重要地位也越来越来突出，目前，已普遍引起人们的重视。 科技的发展在当代社会各个不同的领域都产生了深远的影响。特别是机械化，自动化设备的普遍应用，更为这些领域增添了活力，机械行业也不例外。现在大部分的搅拌机过程已有手工作业转变为机械化作业。这不仅仅降低了人的劳动程度，而且也加快了生产速度，提高了生产率，同时也使机械搅拌机的形式在不断的改进、革新，使广大的消费者普遍能够接受。这在客观上促进了搅拌机的营销，提高了搅拌机在市场上的竞争力，也可以为企业带来高额的利润。本课题是设计浆料搅拌机，涂层织物涂刮的浆料粘度很高，由甲苯、丙酮、有机浆料等按一定的比例充分混合搅拌组成，搅拌顺序和时间加以控制。 关键词：机械；现代化；搅拌机 ABSTRCT The productio
n a
nd circulatio
n of the i
ncreasi
ng socializatio
n, moder
nizatio
n, especially for half a ce
ntury by mixi
ng machi
ne products has bee
n rapid developme
nt, a
n importa
nt positio
n i
n the market of commodity excha
nge also becomes more a
nd more outsta
ndi
ng, at prese
nt, has bee
nwidely atte
ntio
n.The developme
nt of scie
nce a
nd tech
nology have had a profou
nd impact o
n the co
ntemporary social differe
nt fields. Especially the u
niversal applicatio
n of mecha
nizatio
n, automatio
n equipme
nt, more of these fields a
nd add a dy
namic, mecha
nical i
ndustry is
no exceptio
n. Now the existi
ng ma
nual mixer most i
nto mecha
nicalwork. This
not o
nly reduces the labor i
nte
nsity of people, but also to accelerate the speed of productio
n, e
nha
nce productivity, but also the mecha
nical mixi
ng machi
ne i
n the form of co
nti
nuous improveme
nt, i
n
novatio
n, so that the majority of co
nsumers are ge
nerally able to accept. This promotes the mixi
ng machi
ne marketi
ng objectively, improves the mixi
ng machi
ne i
n the market, also ca
n bri
ng high profit for the e
nterprise.This topic is the desig
n of slurry mixer, coati
ng fabric material scrapi
ng slurryviscosity isvery high, by tolue
ne, aceto
ne, orga
nic slurry, etc. accordi
ng to a certai
n proportio
n of fully mixed stirri
ng compositio
n, stirri
ng time order a
nd co
ntrol. KEY WORDS：Machi
ne；Moder
nize Up；Bowl Type; Mixi
ng Machi
ne 目录 摘要1 ABSTRCT 2 第1章绪论5 1.1课题背景5 1.2搅拌机概述及发展趋势5 1.2.1搅拌机械概述5 1.2.2国内外搅拌机械的现状与发展6 1.2.3搅拌机械的特点及发展方向9 1.4搅拌机设计的重要性10 第2章浆料搅拌机的设计方案13 2.1研究内容13 2.2浆料搅拌机的设计方案14 2.2.1总体方案14 2.2.2搅拌容器15 第3章浆料搅拌机的零部件设计19 3.1搅拌叶轮的设计19 3.1.1已知参数和工作条件19 3.1.2确定搅拌叶轮长度和直径19 3.1.3叶轮的速度19 3.1.4叶轮的校核20 3.2生产能力23 3.3功率24 3.4端盖的设计校核24 3.5轴的设计校核25 3.6传动轴的设计及强度校核27 3.6.1传动轴强度计算28 3.6.2传动轴的疲劳强度校核29 3.6.3传动轴的接触应力校核32 结论33 致谢36 参考文献37