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1、 IPEF600X900 复摆颚式破碎机动颚结构设计摘 要颚式破碎机在工矿企业被广泛的应用，这是因为该机构结构简单、机型齐全并已大型化。颚式破碎机经过 100 多年的实践和不断改进，其机构已日臻完善,随着社会的发展需求破碎的要求不断提高，对产品和产品的质量也大大的提高了，破碎机的机型已经发展到很多种了。本文主要是对复摆颚式破碎机设计研究。复摆颚式破碎机是因为其动颚在其它机件的带动下作复杂的一般平面运动而得名，其动颚上的轨迹一般为封闭曲线。复摆破碎机由于偏心轴负荷大一般制成中型和小型的，其破碎比可达 10。复摆颚式破碎机在工作时偏心轴作逆时针旋转，对所装入的物料有向下退并夹持作用。该机型垂直摆幅
2、下大上小，有利于出料口处动颚将成品推出。由于整块动颚作复杂运动因此对物料块不但起挤压、劈裂、弯折作用，还能起碾搓作用，故可破碎稍微粘湿的物料。采用正支撑复摆颚式破碎机，动颚下部的特性值 m 很大，使得动颚和定颚的衬板磨损很快，但却具有较高的生产能力。由实际生产说明，正支撑式颚式破碎机的结构形式具有动颚轨迹分布合理、生产能力高、结构更简单等优点，使其得到广泛应用。关键词： 动颚 , V 带选择 , 轨迹优化 , 磨损IIPEF600X900 Pendulum jaw broken jawstructure design of motorABSTRACTPalate crusher in the
3、industrial and mining enterprises were widely used, this is because the body structure is simple, and complete and large-scale models of. Palate crusher after 100 years of practice and continue to improve, their bodies have been improving,with the social development needs of the requirements broken
4、constantly improve the products and the quality of the products have greatly improved, the crusher models have been developed to a variety .This paper is facing compound pendulum palate crusher design study. Compound pendulum palate crusher because of its dynamic palate in other parts of the lead pl
5、ane for the general sports complex named after. Moved palate its trajectory is generally closed curve. Crushing machine-placed eccentric axle load due to the generally made of medium-sized and small, broken up over 10.Compound pendulum palate crusher at work for the eccentric shaft counterclockwise
6、rotation, the load of materials and a retreat clamping downward effect. The models under a vertical swing on small and is conducive to moving the material I will be refined palate launched. As block palate for complex dynamic movement of materials therefore not only blocks from the extrusion, Split,
7、 bending role, but also from the roller rubbing role, it can be slightly broken stick wet materials. Support is facing a complex palate crusher, moving the lower part of the palate of great value m, making dynamic palate and the palate of liner wear very quickly, but it has a high production capacit
8、y. From the actual production that are supporting-palate structure of the Breakers palatine form a dynamic trajectory of a reasonable, high-capacity, the advantages of a simpler structure, it is widely used.KEY WORDS: Move jaw，V belt choice，Track optimization，AbrisionIII目 录前 言.1第 1 章 复摆颚式破碎机的发展与特点.3
9、1.1 复摆颚式破碎机的应用.31.2 复摆颚式破碎机的特点与现状.41.2.1 复摆颚式破碎机的特点.41.2.2 复摆颚式破碎机的现状.6第 2 章 总体设计过程.122.1 基本结构和工作原理.122.1.1 基本结构 .122.1.2 工作原理 .122.2 主要参数.142.2.1 钳角.152.2.2 动颚水平行程.17YS2.3 主轴转速.21n2.4 生产能力.21Q第 3 章 机构各部分的设计.273.1 机构各部分杆长的确定.273.2 V 带及带轮的设计.283.3 偏心轴主要尺寸的确定.313.3.1 偏心轴的材料选择和最小直径估算.313.3.2 偏心轴的结构设计.313.3.3 偏心轴细部结构.333.3.4 偏心轴的校核.333.4 复摆颚式破碎机的动颚的工作过程分析及优化设计.353.4.1 动颚的工作过程分析.353.4.2 动颚运动轨迹优化设计.363.5 偏心轴改进.403.5.1 改进前状况 .41IV3.5.2 修复及改进措施.423.5.3 改进效果 .43第 4 章 复摆式颚式破碎机的齿板分析和选材.444.1 复摆颚式破碎机齿板磨损的分析.444.2 颚板磨损机制.
