目的 针对目前成垛浆粕上料采用人工操作产生的劳动强度大、效率低、人力成本高的问题，设计一种成垛浆粕自动上料机。方法 运用TRIZ理论的冲突解决原理进行成垛浆粕自动上料机设计，设计中对存在的问题进行归纳和分析，根据自动上料机的冲突矩阵，得到相应的创新设计原理，通过分析比较选择最佳原理解决设计中涉及到的技术冲突问题，并利用有限元软件对滑套进行力学分析。结果 基于TRIZ理论设计的自动上料机可实现自动寻料、自动夹紧、自动提升、自动旋转、自动放料。结论 该上料机完全取代了人工操作，生产效率提高了38%。

The work aims to design a stamping pulp feeding machine with respect to great labor intensity, low efficiency and high labor costs by artificial operation of current stamping pulp feeding. By using the conflict resolution principle of TRIZ, the stamping pulp automatic feeding machine was designed. Problems in the design process were summarized and analyzed. According to the conflict matrix of automatic feeding machine, the corresponding innovative design principle was obtained and the best principle was chosen to solve the problem of the technical conflict in the design through analysis and comparison. And mechanical analysis was conducted by using finite element software for sliding sleeve. Automatic feeding machine designed based on TRIZ theory may realize automatic material searching, automatic clamping, automatic lifting, automatic rotation and automatic feeding. This feeding machine has completely replaced manual operation, with an increase of 38% in the production efficiency.