设计简介
摘要
论述了织机大卷取装置的设计原理,设计了可以进行大布卷卷取的机外卷布装置；为在卷取过程中维持布中张力恒定，提高布卷质量，本设计提出了一种带力矩补偿机构的卷布装置，此装置具有结构简单、性能优越、安装调整方便等优点。对其进行了详细的结构设计，并完成机构三维模型的建立。
关键词：织机；机外卷布装置；定张力机构；设计；三维建模
Abstract：
Describe the theory of large package of loom; design the outside convolution mechanism to get large package; in order to keep the face tension permanent and improve quality of the cloth, this design develops a new convolution mechanism with compensative mechanism of moment; this mechanism is simple, good and convenient of fixing and operating.
Key words: loom; outside convolution mechanism; permanent tension mechanism；design; modeling
目录
中英文摘要、关键词················································································ (1)
前言········································································································· (2)
第1章 综述··························································································· (3)
第1.1节 我国纺织业及纺织机械行业发展概述······································· (3)
第1.2节 现有卷布装置调查与分析························································· (6)
第2章 定张力卷布机构方案设计·························································· (10)
第2.1节 大卷取装置总体方案设计······················································ (10)
第2.2节 定张力机构方案设计······························································ (11)
第3章 定张力卷布机构结构设计·························································· (14)
第3.1节 链传动设计············································································· (14)
第3.2节 摩擦离合器设计····································································· (17)
第3.3节 花键设计················································································ (19)
第3.4节 弹簧设计················································································ (21)
第3.5节 轴承的选用············································································· (23)
第3.6节 齿轮设计················································································ (24)
第3.7节 轴的强度校核········································································· (28)
第3.8节 定张力机构的三维装配模型··················································· (31)
第4章 总结与体会 ·············································································· (33)
参考文献································································································· (34)
致谢········································································································ (35)
论述了织机大卷取装置的设计原理,设计了可以进行大布卷卷取的机外卷布装置；为在卷取过程中维持布中张力恒定，提高布卷质量，本设计提出了一种带力矩补偿机构的卷布装置，此装置具有结构简单、性能优越、安装调整方便等优点。对其进行了详细的结构设计，并完成机构三维模型的建立。
关键词：织机；机外卷布装置；定张力机构；设计；三维建模
Abstract：
Describe the theory of large package of loom; design the outside convolution mechanism to get large package; in order to keep the face tension permanent and improve quality of the cloth, this design develops a new convolution mechanism with compensative mechanism of moment; this mechanism is simple, good and convenient of fixing and operating.
Key words: loom; outside convolution mechanism; permanent tension mechanism；design; modeling
目录
中英文摘要、关键词················································································ (1)
前言········································································································· (2)
第1章 综述··························································································· (3)
第1.1节 我国纺织业及纺织机械行业发展概述······································· (3)
第1.2节 现有卷布装置调查与分析························································· (6)
第2章 定张力卷布机构方案设计·························································· (10)
第2.1节 大卷取装置总体方案设计······················································ (10)
第2.2节 定张力机构方案设计······························································ (11)
第3章 定张力卷布机构结构设计·························································· (14)
第3.1节 链传动设计············································································· (14)
第3.2节 摩擦离合器设计····································································· (17)
第3.3节 花键设计················································································ (19)
第3.4节 弹簧设计················································································ (21)
第3.5节 轴承的选用············································································· (23)
第3.6节 齿轮设计················································································ (24)
第3.7节 轴的强度校核········································································· (28)
第3.8节 定张力机构的三维装配模型··················································· (31)
第4章 总结与体会 ·············································································· (33)
参考文献································································································· (34)
致谢········································································································ (35)
