为了研究大规格瓷砖加工设备,提出一种新型不等距抛光机磨头。从结构原理上进行了创新设计,并继承了摆动式抛光磨头的优势,弥补了存在的缺陷。以新型不等距抛光磨头为研究对象,建立磨块距方程和磨头动力学模型。得出不等距磨块的分布规律改变了各个磨块切出磨削状态的隔间时间,同时分析得出不等距磨头垂直方向的磨削力平稳,振动减小。 In order to study the large-size ceramic tile processing equipment, a new non-equidistant polisher grinding head is proposed. From the structural principle of innovative design, and inherited the swing polished head advantage, to make up for the shortcomings. With the new non-equidistant polished grinding head as the research object, the grinding distance equation and the grinding head dynamic model are established. The conclusion is drawn that the regularity of distribution of non-equidistant grinding blocks changes the time of cutting the grinding state of each grinding block, and the grinding force in the vertical direction of the non-equidistant grinding head is stable and the vibration is reduced.