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    • 1. 发明公开
    • Method of designing and manufacturing cam device and three-dimensional design-support computer program for the same
    • 一种用于设计和制造的凸轮装置的方法,和三维设计辅助计算机程序,用于
    • EP2357577A1
    • 2011-08-17
    • EP10190642.8
    • 2010-11-10
    • Sankyo Oilless Industry, Inc.
    • Kako, HiroyoshiNakamura, SatoshiIshizaka, Akihito
    • G06F17/50
    • G06F17/50G06F2217/02
    • There is provided a method of designing and manufacturing a cam device using a three-dimensional design-support computer program including a customer setup program (2) for customers and a manufacture setup program (3) for cam device manufactures being configured to generate different finenesses in 3D models and characteristic values of cam performance as a result of design of the cam device, and being configured to obtain a result which indicates the same cam device except for fineness and the required calculation items when the same parameters are loaded. The customer setup program (2) is lent from the cam device manufacture to the customer, and detailed design to constructional details of the cam device is performed using the manufacture setup program (3) on the basis of design data created using the customer setup program (2) and handed to the cam device manufacturer, whereby the cam device is manufactured on the basis of a detailed design drawing.
    • 提供了一种使用三维设计辅助系统程序包括对客户的客户所设置程序(2)和(3)的凸轮装置的制造商设定系统设计和制造的凸轮装置的方法制成品被配置成生成不同细esses 3D模型和的凸轮性能随着凸轮装置的设计的结果的特性值,并且被配置以获得结果,其指示同一凸轮装置除了细度和所需的计算项。当相同的参数被加载。 该顾客设定系统(2)被从凸轮装置制造给客户出借,和详细设计的凸轮装置的细节结构是使用该制造商设定程序来进行(3)使用该顾客设定系统创建的设计数据的基础上 (2)并交给凸轮装置制造商,从而凸轮装置的详细设计图的基础上制造。
    • 4. 发明公开
    • Cam device for a press machine
    • Luftnockentriebfüreine Presse
    • EP2881189A1
    • 2015-06-10
    • EP14200661.8
    • 2010-11-15
    • Sankyo Oilless Industry, Inc
    • Shibata, TakashiMorita, AtsushiTaguchi, KouichiHarada, ShizuKako, Hiroyoshi
    • B21D19/08B21D28/32B30B1/40
    • B21D19/084B21D28/325B21D37/01F16H25/08F16H25/183Y10T74/2101Y10T74/2102
    • In order to make easy to change the size of a cam device in the course of press mold design, there is provided a cam device (1) including: a cam holder (2); a cam slider (3); and a cam driver (4), wherein the cam devices (1) are grouped depending on the basis of width dimensions in combination of hardness of a sliding contact surface (2a) of the cam holder and a sliding contact surface (3a) on the cam slider (3) end, and hardness of a cam surface (4a) of the cam driver (4) and a cam surface (3b) of the cam slider (3). The abrasion loss between the cam holder sliding contact surface (2a) and the cam slider contact surface (3a) is slected to be greater than the abrasion loss between the cam driver cam surface (4a) and the cam slider cam surface (3b). The design structures of the respective groups are determined in such a manner that the maximum process ability in a certain group among the groups is larger than the minimum process ability of an adjacent group having a larger width dimension, and smaller than the maximum process ability in an adjacent group having a smaller width dimension.
    • 为了在压模设计的过程中容易改变凸轮装置的尺寸,提供了一种凸轮装置(1),包括:凸轮保持架(2); 凸轮滑块(3); 和凸轮驱动器(4),其中所述凸轮装置(1)根据所述凸轮保持器的滑动接触表面(2a)的硬度和所述凸轮装置(1)上的滑动接触表面 凸轮滑块(3)端部以及凸轮驱动器(4)的凸轮表面(4a)和凸轮滑块(3)的凸轮表面(3b)的硬度。 凸轮保持器滑动接触表面(2a)和凸轮滑动件接触表面(3a)之间的磨损损失被认为大于凸轮驱动器凸轮表面(4a)和凸轮滑块凸轮表面(3b)之间的磨损量。 确定各组的设计结构,使得组中某一组中的最大加工能力大于具有较大宽度尺寸的相邻组的最小加工能力,并且小于最大加工能力 具有较小宽度尺寸的相邻组。
    • 7. 发明公开
    • Cam device for a press machine
    • Nockenvorrichtungfüreine Presse
    • EP2343137A2
    • 2011-07-13
    • EP10191223.6
    • 2010-11-15
    • Sankyo Oilless Industry, Inc
    • Shibata, TakashiMorita, AtsushiTaguchi, KouichiHarada, ShizuKako, Hiroyoshi
    • B21D19/08B21D28/32B30B1/40
    • B21D19/084B21D28/325B21D37/01F16H25/08F16H25/183Y10T74/2101Y10T74/2102
    • In order to make easy to change the size of a cam device in the course of press mold design, there is provided a cam device (1) including: a cam holder (2); a cam slider (3); and a cam driver (4), wherein the cam devices (1) are grouped depending on the basis of width dimensions in combination of hardness of a sliding contact surface (2a) of the cam holder and a sliding contact surface (3a) on the cam slider (3) end, and hardness of a cam surface (4a) of the cam driver (4) and a cam surface (3b) of the cam slider (3), and the design structures of the respective groups are determined in such a manner that the maximum process ability in a certain group among the groups is larger than the minimum process ability of an adjacent group having a larger width dimension, and smaller than the maximum process ability in an adjacent group having a smaller width dimension.
    • 为了在压模设计的过程中容易改变凸轮装置的尺寸,提供了一种凸轮装置(1),包括:凸轮保持架(2); 凸轮滑块(3); 以及凸轮驱动器(4),其中所述凸轮装置(1)根据所述凸轮保持器的滑动接触表面(2a)的硬度和所述凸轮保持器的滑动接触表面(3a)的硬度的组合的宽度尺寸的基础来分组, 凸轮滑块(3)端部以及凸轮驱动器(4)的凸轮表面(4a)和凸轮滑块(3)的凸轮表面(3b)的硬度以及各组的设计结构确定 组中某一组中的最大加工能力大于具有较大宽度尺寸的相邻组的最小加工能力,并且小于具有较小宽度尺寸的相邻组中的最大加工能力的方式。
    • 8. 发明公开
    • Method for managing groups of cam devices for a press machine
    • Verfahren zum Verwalten unterschiedlicheSätzenvon Luftnockentriebenfüreine Presse
    • EP2881190A1
    • 2015-06-10
    • EP14200664.2
    • 2010-11-15
    • Sankyo Oilless Industry, Inc
    • Shibata, TakashiMorita, AtsushiTaguchi, KouichiHarada, ShizuKako, Hiroyoshi
    • B21D19/08B21D28/32B30B1/40
    • B21D19/084B21D28/325B21D37/01F16H25/08F16H25/183Y10T74/2101Y10T74/2102
    • In order to make easy to change the size of a cam device in the course of press mold design, there is provided a cam device (1) including: a cam holder (2); a cam slider (3); and a cam driver (4), wherein the cam devices (1) are grouped depending on the basis of width dimensions in combination of hardness of a sliding contact surface (2a) of the cam holder and a sliding contact surface (3a) on the cam slider (3) end, and hardness of a cam surface (4a) of the cam driver (4) and a cam surface (3b) of the cam slider (3), and the design structures of the respective groups are determined in such a manner that the maximum process ability in a certain group among the groups is larger than the minimum process ability of an adjacent group having a larger width dimension, and smaller than the maximum process ability in an adjacent group having a smaller width dimension.
    • 为了在压模设计的过程中容易改变凸轮装置的尺寸,提供了一种凸轮装置(1),包括:凸轮保持架(2); 凸轮滑块(3); 和凸轮驱动器(4),其中所述凸轮装置(1)根据所述凸轮保持器的滑动接触表面(2a)的硬度和所述凸轮装置(1)上的滑动接触表面 凸轮滑块(3)端部以及凸轮驱动器(4)的凸轮表面(4a)和凸轮滑块(3)的凸轮表面(3b)的硬度以及各组的设计结构确定 组中某一组中的最大加工能力大于具有较大宽度尺寸的相邻组的最小加工能力,并且小于具有较小宽度尺寸的相邻组中的最大加工能力的方式。