设计简介
摘要
随着我国经济建设和科学技术的迅速发展，基础性建设规模的不断扩大和生产自动化更多的用于生产，建筑机械在经济建设中起着越来越重要的作用。混凝土搅拌设备是建筑机械中的一个重要代表，它是混凝土生产的一个关键设备。由于混凝土搅拌设备的工作对象是砂石和水泥等混合料，并且用量大，工作环境恶劣。因此混凝土搅拌设备在向高技术、高效能、自动化、智能化的方向发展有很大的必要性。虽然物料搬运技术不断发展，但推车仍作为不可缺少的搬运工具而沿用至今。推车在生产和生活中获得广泛应用是因为它造价低廉、维护简单、操作方便、自重轻，能在机动车辆不便使用的地方工作，在短距离搬运较轻的物品时十分方便。
本次设计主要包含搅拌桶设计、螺旋输送机的设计等。依据国家的相关标准，在零部件、材料、结构工艺等方面设计出结构合理的、满足要求生产需要的混凝土搅拌设备。重点研究搅拌桶和搅拌叶片的设计、制造。对的涉及的零部件进行设计、校核，对各部件提出细化的参数内容，待各零件的尺寸正式确定后，进行总体布置，满足各种要求并用SOLIDWORK建模，绘制各零件二维图。
关键词：无轴搅拌机、螺旋、设计
Abstract
As China's economic construction and the rapid development of science and technology, basic construction scale continuous enlargement and production automation more for production, construction machinery on economic construction plays a more and more important role. Concrete mixing equipment is an important representative construction machine, it is one of the key equipment concrete production. Because concrete mixing equipment work object is sand and cement mixture, and dosage is big, working conditions. So in concrete mixing equipment to the high technology, high efficiency, automation, intelligent direction has great necessity. Although material handling technology develops ceaselessly, but still as indispensable cart handling tools and continue to use up to now. Carts in production and life were widely available because it low cost, convenient operation, simple maintenance and light weight, can in motor vehicle inconvenience used in place of work, in short handling lighter goods is very convenient.
This design mainly included bone bunker design, screw conveyor design, etc. On the basis of the national standards, in parts, materials and structure technology designed structure reasonable and meet the requirements of production need concrete mixing equipment. Key research power house and bone bin of design, manufacturing. The parts were involved in the design, checking, put forward the thinning of parts for various parts, parameters of content, size officially decided after general layout, meet various requirements and all parts, SOLIDWORK modeling two-dimensional chart drawing.
Keywords: shaftless mixer, spiral, design
目录
摘要 3
Abstract 4
第1章 绪论 1
1.1无轴式搅拌机研究发展现状 1
1.2无轴式搅拌机与卧轴搅拌主机相比具有的优越性 2
1.3 无轴式搅拌机主要技术要素 3
1.4课题研究背景及意义 3
1.4.1课题研究背景 4
1.4.2题研究意义 4
第2章 设计方案拟定 5
2.1搅拌机的工作原理 5
2.2无轴搅拌机的主要参数 5
2.3无轴搅拌机参数选取的准则 6
2.4搅拌叶片的设计 7
第3章 无轴搅拌机的结构设计 8
3.1 无轴搅拌机的结构 8
3.2电动机的选择 8
3.3联轴器的选择 9
3.4轴承的选择 9
3.5键的选择 10
3.6搅拌端轴的选择 10
3.7 机座的设计 11
3.8搅拌器的设计 11
3.9 搅拌桶的设计 14
3.10料斗的设计 15
第4章 搅拌机的推车设计 17
4.1 推车的简述 17
4.2推车结构设计 18
4.2.1底盘的设计 18
4.2.2夹紧装置的设计 19
致谢 23
参考文献 24
随着我国经济建设和科学技术的迅速发展，基础性建设规模的不断扩大和生产自动化更多的用于生产，建筑机械在经济建设中起着越来越重要的作用。混凝土搅拌设备是建筑机械中的一个重要代表，它是混凝土生产的一个关键设备。由于混凝土搅拌设备的工作对象是砂石和水泥等混合料，并且用量大，工作环境恶劣。因此混凝土搅拌设备在向高技术、高效能、自动化、智能化的方向发展有很大的必要性。虽然物料搬运技术不断发展，但推车仍作为不可缺少的搬运工具而沿用至今。推车在生产和生活中获得广泛应用是因为它造价低廉、维护简单、操作方便、自重轻，能在机动车辆不便使用的地方工作，在短距离搬运较轻的物品时十分方便。
本次设计主要包含搅拌桶设计、螺旋输送机的设计等。依据国家的相关标准，在零部件、材料、结构工艺等方面设计出结构合理的、满足要求生产需要的混凝土搅拌设备。重点研究搅拌桶和搅拌叶片的设计、制造。对的涉及的零部件进行设计、校核，对各部件提出细化的参数内容，待各零件的尺寸正式确定后，进行总体布置，满足各种要求并用SOLIDWORK建模，绘制各零件二维图。
关键词：无轴搅拌机、螺旋、设计
Abstract
As China's economic construction and the rapid development of science and technology, basic construction scale continuous enlargement and production automation more for production, construction machinery on economic construction plays a more and more important role. Concrete mixing equipment is an important representative construction machine, it is one of the key equipment concrete production. Because concrete mixing equipment work object is sand and cement mixture, and dosage is big, working conditions. So in concrete mixing equipment to the high technology, high efficiency, automation, intelligent direction has great necessity. Although material handling technology develops ceaselessly, but still as indispensable cart handling tools and continue to use up to now. Carts in production and life were widely available because it low cost, convenient operation, simple maintenance and light weight, can in motor vehicle inconvenience used in place of work, in short handling lighter goods is very convenient.
This design mainly included bone bunker design, screw conveyor design, etc. On the basis of the national standards, in parts, materials and structure technology designed structure reasonable and meet the requirements of production need concrete mixing equipment. Key research power house and bone bin of design, manufacturing. The parts were involved in the design, checking, put forward the thinning of parts for various parts, parameters of content, size officially decided after general layout, meet various requirements and all parts, SOLIDWORK modeling two-dimensional chart drawing.
Keywords: shaftless mixer, spiral, design
目录
摘要 3
Abstract 4
第1章 绪论 1
1.1无轴式搅拌机研究发展现状 1
1.2无轴式搅拌机与卧轴搅拌主机相比具有的优越性 2
1.3 无轴式搅拌机主要技术要素 3
1.4课题研究背景及意义 3
1.4.1课题研究背景 4
1.4.2题研究意义 4
第2章 设计方案拟定 5
2.1搅拌机的工作原理 5
2.2无轴搅拌机的主要参数 5
2.3无轴搅拌机参数选取的准则 6
2.4搅拌叶片的设计 7
第3章 无轴搅拌机的结构设计 8
3.1 无轴搅拌机的结构 8
3.2电动机的选择 8
3.3联轴器的选择 9
3.4轴承的选择 9
3.5键的选择 10
3.6搅拌端轴的选择 10
3.7 机座的设计 11
3.8搅拌器的设计 11
3.9 搅拌桶的设计 14
3.10料斗的设计 15
第4章 搅拌机的推车设计 17
4.1 推车的简述 17
4.2推车结构设计 18
4.2.1底盘的设计 18
4.2.2夹紧装置的设计 19
致谢 23
参考文献 24
