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    • 2. 发明申请
    • Method of and apparatus for determining separating force of molded product from mold
    • 用于确定模制产品与模具分离力的方法和装置
    • US20020056933A1
    • 2002-05-16
    • US09985773
    • 2001-11-06
    • Fanuc Ltd.
    • Masao KamiguchiTatsuhiro UchiyamaHiroshi Watanabe
    • B29C037/00B29C045/40B29C045/76
    • B29C45/4005B29C45/7626B29C2045/1798B29C2045/764
    • A method of and an apparatus for precisely determining a separating force of a molded product from a mold by an ejector in an injection molding machine. A load exerted on an ejector mechanism in operation without a product molded in the mold is constituted by an inner resistance of the ejector mechanism. The inner resistance includes frictional force produced within the ejector mechanism and resilient forces of springs for returning ejector pins to retracted positions thereof. On the other hand, the load exerted on the ejector mechanism in operation with a product molded in the mold is constituted by the inner resistance and the separating force of the molded product from the mold. Thus, a difference between the loads detected in driving the ejector mechanism with and without a molded product at each ejector position precisely represents the separating force of the molded product from the mold. Judgment on defectiveness/non-defectiveness of the molded product, and abnormality of the injection molding operation and the ejector mechanism are performed more precisely based on the determined separating force of the molded product.
    • 一种用于在注射成型机中通过喷射器精确地确定模制品与模具的分离力的方法和装置。 在模具中没有产品模制的情况下,施加在喷射器机构上的负载由喷射器机构的内部阻力构成。 内部阻力包括在排出器机构内产生的摩擦力和弹簧的弹力,用于将顶针返回到其缩回位置。 另一方面,在模具中模制的产品的操作中施加在喷射器机构上的负载由模制产品与模具的内阻和分离力构成。 因此,在每个喷射器位置驱动具有和不具有模制产品的喷射器机构中检测到的负载之间的差异精确地表示模制产品与模具的分离力。 基于所确定的成型品的分离力,更精确地进行对成型品的缺陷性/非缺陷性的判断,注射成型操作和喷射器机构的异常。
    • 3. 发明申请
    • Method of and device for collecting knowledge of molding technique
    • 收集成型技术知识的方法和装置
    • US20020195734A1
    • 2002-12-26
    • US10175903
    • 2002-06-21
    • Fanuc Ltd.
    • Masao Kamiguchi
    • B29C045/76
    • B29C45/766
    • A method of and a device for collecting knowledge of an injection molding technique capable of collecting knowledge of an injection molding technique from a number of expert engineers without a knowledge engineer and also collecting machine operation data obtained in performing an injection molding operation in accordance with the knowledge of the injection molding technique. A plurality of injection molding machines are connected to a server computer through a network such as LAN. A predetermined rule for collecting an expert engineer's knowledge of the injection molding technique is stored to be executable in the server computer. Each of the injection molding machines is provided with an input device for allowing an operator to input data utilizing the predetermined rule. When a problem such as a molding defect occurs in an injection molding machine, an expert engineer takes countermeasure such as modification of set values of molding conditions against the molding defect. The items of the modified conditions, the set values of the molding conditions before and after the modification by the expert engineer and machine operation data before and after the modification of the molding conditions are sent to the server computer to be stored. Thus, the knowledge of the appropriate countermeasure which the expert engineers have and the actual machine operation data before and after taking the countermeasure are stored in the server computer, so that qualitative and quantitative data are utilized for finding an appropriate countermeasure against the molding defect.
    • 一种用于收集知识的注塑技术的方法和装置,其能够在没有知识工程师的情况下从许多专家工程师处收集注塑成型技术的知识,并且还根据所述技术来收集在执行注塑操作时获得的机器操作数据 注塑技术的知识。 多台注塑机通过LAN等网络连接到服务器计算机。 用于收集专家工程师关于注射成型技术的知识的预定规则被存储为可在服务器计算机中执行。 每个注射成型机设置有用于允许操作者使用预定规则输入数据的输入装置。 当在注射成型机中发生诸如成型缺陷的问题时,专家工程师采取对抗成型缺陷的成型条件的设定值的对策。 修改条件的项目,由专家工程师修改前后的成型条件的设定值和成型条件修改前后的机器操作数据发送到服务器计算机进行存储。 因此,在服务器计算机中存储专家工程师具有的适当对策的知识和采取对策之前和之后的实际机器操作数据,从而利用定性和定量数据来找到针对模制缺陷的适当对策。