This paper presents a detailed analysis of a previous work that described the dynamic behavior of an antique stamp mill. The stamp mill application was for breaking ore stones as part of silver production. The dynamic analysis was established from a modern description of the kinematic chain. Since there is no technical data or archeological reports, the model was reconstructed using the dimensions described in original documents and assuming the operation conditions from different technical references. The model was validated using the typical production rates from the pre-industrial revolution period (XVI to XVIII centuries). The results show a proper method for reconstructing the engineering data of antique mechanisms and provide the basis for reproducing these types of mechanisms with modern engineering concepts. The data can be extrapolated to other similar mills that were developed based on this functional principle.

本文对之前描述古董邮票磨机动态行为的工作进行了详细分析。stamp mill 应用程序用于破碎矿石，作为白银生产的一部分。动态分析是根据运动链的现代描述建立的。由于没有技术数据或考古报告，该模型是使用原始文件中描述的尺寸并假设来自不同技术参考的操作条件重建的。该模型使用工业革命前时期（十六至十八世纪）的典型生产率进行了验证。结果显示了一种重建古董机构工程数据的正确方法，并为用现代工程概念再现这些类型的机构提供了基础。