机械5

日用陶瓷灌浆生产线主传动设计 摘要 在日用陶瓷领域，主要还是依靠手工生产，生产的瓷器存在磕伤、凿伤、缺渣等缺点。随着市场需求量的增长，人工生产效率相对较低。对如何提高生产质量和生产率是广大陶瓷生产企业必须面对的问题。 日用陶瓷灌浆生产线主传动可实现生产过程的传动。本设计采用链传动装置实现对整体过程的传动，提高生产效率，减少对瓷器的损伤。 由于受多种载荷的影响，模具装夹装置会产生弯曲变形，影响生产质量及效率。影响因素，装置本身的质量、模具的质量和泥浆的质量。本文针对装置受力情况，对其进行受力分析，通过分析结果简化设计。 设计的主要内容如下： (1)根据实际需求，拟定设计方案。 (2)有关参数的选择和处理，确定生产线的设计。 关键词：日用陶瓷；生产线；链条传动 The Desig
n for Mai
n Drive of Ceramic Slurri
ng Productio
n Li
ne for Daily Use Abstract I
n the field of domestic ceramics, it is mai
nly depe
nde
nt o
n ma
nual productio
n, a
nd the porcelai
n produced has such defects as k
nock, chisel a
nd slag. With the growth of market dema
nd, the efficie
ncy of ma
nual productio
n is relatively low. How to improve productio
n quality a
nd productivity is a problem that must be faced by thevast majority of ceramic ma
nufacturers. The mai
n tra
nsmissio
n of the daily ceramic grouti
ng productio
n li
ne ca
n realize the tra
nsmissio
n of the productio
n process. This desig
n adopts chai
n tra
nsmissio
n device to realize the tra
nsmissio
n of thewhole process, improve productio
n efficie
ncy a
nd reduce damage to porcelai
n. Due to the i
nflue
nce ofvarious loads, the die clampi
ng devicewill produce be
ndi
ng deformatio
n,whichwill affect the quality a
nd efficie
ncy of productio
n. The i
nflue
nci
ng factors, the quality of the device itself, the quality of the mold a
nd the quality of the mud. I
n this paper, the force a
nalysis of the device is carried out, a
nd the desig
n is simplified through the a
nalysis results. The mai
n co
nte
nts of the paper are as follows: (1) the desig
n scheme is draw
n up accordi
ng to the actual dema
nd. (2) the selectio
n a
nd processi
ng of releva
nt parameters to determi
ne the desig
n of the productio
n li
ne. Keywords: domestic ceramics; productio
n li
ne; chai
n drive 目录 1引言2 2日用陶瓷灌浆生产线主传动设计3 3灌浆传动生产线总体布局5 3.1运动的分配5 3.2传动路线及传动形式的选择5 3.3机床支承形式的选择7 3.4传动路线总联系尺寸图7 4传动路线主传动系统的设计9 4.1电动机的选择9 4.2链传动的设计计算9 4.3链传动的张紧11 4.4轴的设计与校核12 4.4.1作用在链轮上的力12 4.4.2初步确定轴的最小直径13 4.4.3轴的结构设计14 4.4.4轴的载荷计算15 4.4.5轴的强度校核轴的强度18 4.5倒浆装置齿轮的选择及校核18 4.5.1选择传动类型、精度等级和材料18 4.5.2校核19 结论23 谢辞24 参考文献25