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    • 1. 发明申请
    • A METHOD FOR PROCESSING MILK
    • 一种加工奶的方法
    • WO2004110158A1
    • 2004-12-23
    • PCT/IT2003/000737
    • 2003-11-13
    • PARMENGINEERING S.R.L.COBIANCHI, PaoloGIUFFREDI, FrancescoFERRARI, Filippo
    • COBIANCHI, PaoloGIUFFREDI, FrancescoFERRARI, Filippo
    • A23C3/02
    • A23C7/046A23C3/02A23C2210/256
    • A method for processing milk, of the type comprising the steps of: - separating (4) the milk into a creamy part (C) and into a skimmed part (S); - micro-filtering (9) the skimmed part, in one or more stages, generating a permeate with low bacterial charge and a retentate in which are concentrated any bacteria and somatic cells; - pasteurizing (10) the permeate, possibly after adding a fraction of creamy part (C) to the permeate; - cooling (11) to a preservation temperature lower than ambient temperature and preferably of about 2-6 °C, is characterized in that, before separating (4) the milk into a creamy part and into a skimmed part there is a step of pre-processing (2) all the milk, in one or more stages, by means of an at least partial removal of bacterial charge and somatic cells. The skimmed part (S) of the milk is subjected to heating (8) at about 45-65 °C for 10-20 seconds before micro-filtering (9).
    • 一种用于加工牛奶的方法,包括以下步骤: - 将牛奶分成(4)奶油部分(C)和脱脂部分(S); - 在一个或多个阶段中微量过滤(9)脱脂部分,产生具有低细菌电荷的渗透物和其中浓缩任何细菌和体细胞的渗余物; - 可能在将一部分奶油部分(C)加入渗透物之后,将渗透物巴勒斯坦(10) - 冷却(11)至低于环境温度,优选约2-6℃的保存温度,其特征在于,在分离(4)牛奶成奶油部分和脱脂部分之前,存在预处理 - 处理(2)通过至少部分去除细菌电荷和体细胞,在一个或多个阶段处理所有的牛奶。 在微滤(9)之前,牛奶的脱脂部分(S)在约45-65℃下加热(8)10-20秒。
    • 2. 发明申请
    • METHOD FOR AUTOMATICALLY PARTITIONING A PART PROGRAM INTO FUNDAMENTAL OPERATIONS
    • 将部分程序自动分配到基本操作的方法
    • WO2010116265A1
    • 2010-10-14
    • PCT/IB2010/001041
    • 2010-04-06
    • POLITECNICO DI MILANOTOLIO, TullioCOBIANCHI, Paolo, MariaMORIGGI, Paolo
    • TOLIO, TullioCOBIANCHI, Paolo, MariaMORIGGI, Paolo
    • G05B19/408
    • G05B19/408
    • The present invention provides a method for automatically identifying the machining operations performed according to a part program (101 ) and the corresponding G- code instructions contained in said part program (101 ), comprising the following steps: providing said part program (101 ); providing a machining tool library (104) comprising the geometric properties of the tools employed by the CNC machine for which said part program (101 ) has been written; providing a 3D model (50) of the machined part; identifying geometric features of the machined part by evaluating said 3D model (50); simulating the execution of said part program (101 ) so as to detect the occurrence of contacts between said tools and each of said geometric features based on the geometric properties of the tools as specified by said machining tool library (104); determining the machining operations and the corresponding G-code instructions contained in said part program on the basis of the detection of contacts performed in step e).
    • 本发明提供了一种用于自动识别根据零件程序(101)执行的加工操作和包含在所述零件程序(101)中的相应的G代码指令的方法,包括以下步骤:提供所述零件程序(101); 提供包括由所述零件程序(101)已被写入的CNC机床使用的工具的几何特性的加工工具库(104) 提供加工零件的3D模型(50); 通过评估所述3D模型(50)来识别加工零件的几何特征; 模拟所述零件程序(101)的执行,以便基于由所述加工工具库(104)指定的工具的几何特性来检测所述工具与每个所述几何特征之间的接触的发生; 基于在步骤e)中执行的触点的检测来确定包含在所述零件程序中的加工操作和相应的G代码指令。