为了便于在卷烟封箱生产的过程中完成“条件”信息关联,需要在卷烟生产的过程中对烟条的左右方向进行换向。本论文旨在设计一种高空输送道烟盒换向装置,解决传统装置的局限性和挑战,实现烟盒在输送道中的自动换向功能。研究成果包括设...为了便于在卷烟封箱生产的过程中完成“条件”信息关联,需要在卷烟生产的过程中对烟条的左右方向进行换向。本论文旨在设计一种高空输送道烟盒换向装置,解决传统装置的局限性和挑战,实现烟盒在输送道中的自动换向功能。研究成果包括设计了一种基于“人字形”折返线路的烟条输送换向装置,建立了数学模型并进行了验证,提出了改进方案,并进行了实验验证和数据处理。In order to facilitate the completion of “conditional” information association during the production process of cigarette packaging, it is necessary to reverse the left and right directions of the cigarette strips during the cigarette production process. This paper aims to design a high-altitude conveyor cigarette box reversing device to solve the limitations and challenges of traditional devices and achieve automatic reversing function of cigarette boxes in the conveyor belt. The research results include the design of a cigarette conveying reversing device based on a “herringbone” turn back line, the establishment of a mathematical model and verification, the proposal of an improvement plan, and experimental verification and data processing.展开更多
文摘为了便于在卷烟封箱生产的过程中完成“条件”信息关联,需要在卷烟生产的过程中对烟条的左右方向进行换向。本论文旨在设计一种高空输送道烟盒换向装置,解决传统装置的局限性和挑战,实现烟盒在输送道中的自动换向功能。研究成果包括设计了一种基于“人字形”折返线路的烟条输送换向装置,建立了数学模型并进行了验证,提出了改进方案,并进行了实验验证和数据处理。In order to facilitate the completion of “conditional” information association during the production process of cigarette packaging, it is necessary to reverse the left and right directions of the cigarette strips during the cigarette production process. This paper aims to design a high-altitude conveyor cigarette box reversing device to solve the limitations and challenges of traditional devices and achieve automatic reversing function of cigarette boxes in the conveyor belt. The research results include the design of a cigarette conveying reversing device based on a “herringbone” turn back line, the establishment of a mathematical model and verification, the proposal of an improvement plan, and experimental verification and data processing.