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    • 3. 发明申请
    • TOUCH SCREEN DISPLAY USER INTERFACE AND METHOD FOR IMPROVING TOUCH INTERFACE UTILITY ON THE SAME EMPLOYING A RULES-BASED MASKING SYSTEM
    • 触摸屏显示用户界面和提高触摸屏界面实用性的方法使用基于规则的屏蔽系统
    • US20130249809A1
    • 2013-09-26
    • US13427336
    • 2012-03-22
    • Amit Nishikant KawalkarHans Roth
    • Amit Nishikant KawalkarHans Roth
    • G06F3/041
    • G06F3/016G06F3/04812G06F3/04886
    • Disclosed are methods and systems for improving touch utility on a touch screen display user interface providing a rule-based mask that enables or limits a function in a way that allows a user or developer to enhance precision or efficiency of input, or to create a unique modality of input. A method of touch-based user interaction with a touch screen device includes providing a virtual mask overlaying one or more of a plurality of virtual objects on the touch screen device and defining a mask area, sensing a touch within the mask area, the touch generating a touch data signal, and applying one or more combination of interaction, graphical rendering and/or visual feedback rules to the touch data signal and graphical objects. The interaction, graphical rendering and visual feedback rules can exist individually or in combination.
    • 公开了用于在触摸屏显示器用户界面上改善触摸效用的方法和系统,其提供基于规则的掩码,其允许或限制功能以允许用户或开发者提高输入的精确度或效率,或创建独特的 输入方式 触摸式用户与触摸屏设备交互的方法包括提供覆盖触摸屏设备上的多个虚拟对象中的一个或多个虚拟对象的虚拟掩码,并且定义掩模区域,感测掩模区域内的触摸,触摸生成 触摸数据信号,以及将交互,图形呈现和/或视觉反馈规则的一个或多个组合应用于触摸数据信号和图形对象。 交互,图形呈现和视觉反馈规则可以单独或组合存在。
    • 4. 发明授权
    • Method of manufacturing an articulated shaft structure
    • 铰接轴结构的制造方法
    • US08161623B2
    • 2012-04-24
    • US12586178
    • 2009-09-19
    • Bernard BächleAndreas MahlingHans Roth
    • Bernard BächleAndreas MahlingHans Roth
    • B23P19/02B21D43/28
    • F16D1/076F16D3/00F16D3/12F16D3/74Y10T29/49945
    • In a method of manufacturing an articulated shaft structure for the transfer of torque from a transmission to a differential drive, including a connecting flange having a tube section, a shaft plate disposed between the connecting flange and a transmission output flange and forming a torsion element for accommodating some articulation of the connecting flange relative to the output flange, and a centering part extending from the connecting flange for aligning the articulated shaft relative to a transmission shaft, the connecting flange is formed integrally with the tube section by deep-drawing in follow-on tool the tube section and, in the same manufacturing step, punching openings into the flange, and deep-drawing the centering part and pressing it into the tube section.
    • 在制造用于将扭矩从变速器传递到差动驱动器的铰接轴结构的方法中,包括具有管段的连接凸缘,设置在连接凸缘和变速器输出凸缘之间的轴板,并形成用于 容纳连接凸缘相对于输出凸缘的一些连接,以及从连接凸缘延伸的对中部分,用于使铰接轴相对于传动轴对准,连接凸缘通过深吸取随后的方式与管部一体地形成, 在工具上的管部分,并且在相同的制造步骤中,将孔冲入凸缘中,并深冲中心部分并将其压入管部。
    • 5. 发明申请
    • Intermediate bearing for a drive shaft and method of manufacturing the same
    • 用于驱动轴的中间轴承及其制造方法
    • US20070065062A1
    • 2007-03-22
    • US11522480
    • 2006-09-15
    • Hans Roth
    • Hans Roth
    • F16C27/00
    • B60K17/24F16C27/06F16C35/047F16C35/077F16F15/08F16F2226/00
    • In an intermediate bearing for a drive shaft and the manufacture thereof wherein the bearing includes a bearing carrier having mounting surfaces and a support opening for accommodating an elastic support part resiliently supporting the drive shaft, the support opening is manufactured at least in a vertical direction with an extension exceeding the diameter of the elastic support part which is vulcanized into the support opening at a desired level over the level of the mounting surfaces while, at the same time, any space in the support opening around the elastic support part is filled with vulcanizing material for firmly supporting the elastic support part in the support opening at a desired height level.
    • 在用于驱动轴的中间轴承及其制造中,其中所述轴承包括具有安装表面的轴承架和用于容纳弹性地支撑所述驱动轴的弹性支撑部的支撑开口,所述支撑开口至少在垂直方向上制造, 延伸超过在安装表面的高度上硫化到支撑开口中的弹性支撑部分的直径,同时在弹性支撑部分周围的支撑开口中的任何空间填充有硫化 用于将弹性支撑部分牢固地支撑在支撑开口中的所需高度水平的材料。
    • 9. 发明申请
    • Method of manufacturing an articulated shaft structure
    • 铰接轴结构的制造方法
    • US20100162785A1
    • 2010-07-01
    • US12586178
    • 2009-09-19
    • Bernhard BächleAndreas MahlingHans Roth
    • Bernhard BächleAndreas MahlingHans Roth
    • B21D43/28
    • F16D1/076F16D3/00F16D3/12F16D3/74Y10T29/49945
    • In a method of manufacturing an articulated shaft structure for the transfer of torque from a transmission to a differential drive, including a connecting flange having a tube section, a shaft plate disposed between the connecting flange and a transmission output flange and forming a torsion element for accommodating some articulation of the connecting flange relative to the output flange, and a centering part extending from the connecting flange for aligning the articulated shaft relative to a transmission shaft, the connecting flange is formed integrally with the tube section by deep-drawing in follow-on tool the tube section and, in the same manufacturing step, punching openings into the flange, and deep-drawing the centering part and pressing it into the tube section.
    • 在制造用于将扭矩从变速器传递到差动驱动器的铰接轴结构的方法中,包括具有管段的连接凸缘,设置在连接凸缘和变速器输出凸缘之间的轴板,并形成用于 容纳连接凸缘相对于输出凸缘的一些连接,以及从连接凸缘延伸的对中部分,用于使铰接轴相对于传动轴对准,连接凸缘通过深吸取随后的方式与管部一体地形成, 在工具上的管部分,并且在相同的制造步骤中,将孔冲入凸缘中,并深冲中心部分并将其压入管部。