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    • 1. 发明申请
    • PIPE-SHAPED SENSOR DEVICE
    • 管式传感器装置
    • US20110060249A1
    • 2011-03-10
    • US12918561
    • 2009-02-05
    • Werner SchulzeMichael Wald
    • Werner SchulzeMichael Wald
    • A61B5/103G01L1/00G01L3/00
    • A61F2/76A61F2/60A61F2002/30359A61F2002/7635A61F2002/7645A61F2002/7695A61F2220/0033G01L5/226
    • The invention relates to a sensor device (1) for measuring an axial force in the longitudinal pipe direction of a pipe (4) and/or at least one torque, having a measuring element (2) comprising an adapter connection (3) connected to the pipe by means of a flanged socket part, by means of which the pipe can be fixedly coupled to an adjustment adapter (5), wherein the axial force and the torque can be fed into the adjustment adapter and can be measured by means of strain gauges (11, 12) disposed in a sensor area (9) between the adapter connection and an end of the flanged socket part (6) opposite the adapter connection at strain gauge locations, wherein the flanged socket part having the sensor area is designed in a pipe shape, wherein the sensor area extends from the adapter connection to the end of the flanged socket part and has a smaller outer diameter than the end of the flanged socket part, wherein the end of the pipe facing the adapter connection and extending past the end of the flanged socket part toward the adapter connection is force decoupled from the sensor area and from the adapter connection, and wherein at least three strain gauge measuring locations are disposed on the circumference of the sensor area.
    • 本发明涉及一种用于测量管道(4)的纵向管道方向上的轴向力和/或至少一个扭矩的传感器装置(1),其具有测量元件(2),该测量元件(2)包括连接到 管道通过法兰的插座部分,通过该管道可以将管道固定地联接到调节适配器(5),其中轴向力和扭矩可以被馈送到调节适配器中,并且可以通过应变来测量 设置在传感器区域(9)之间的传感器区域(9)中的应变计位置处的适配器连接与法兰插座部分(6)的与适配器连接件相对的端部,其中具有传感器区域的带凸缘的插座部分被设计为 管形,其中传感器区域从适配器连接件延伸到法兰插座部分的端部,并且具有比带凸缘的插座部件的端部更小的外径,其中管的端部面向适配器连接并延伸越过 f的结尾 朝向适配器连接的凸缘插座部分是从传感器区域和适配器连接部分解耦的,并且其中至少三个应变计测量位置设置在传感器区域的圆周上。
    • 2. 发明授权
    • Method and apparatus for obtaining a simplified electro-optical signal
coupling system
    • 用于获得简化的电光信号耦合系统的方法和装置
    • US5108167A
    • 1992-04-28
    • US606219
    • 1990-10-31
    • Pramode KandpalPeter J. MorganMichael WaldAndrew Moore
    • Pramode KandpalPeter J. MorganMichael WaldAndrew Moore
    • G02B6/32G02B6/42
    • G02B6/4204G02B6/32G02B6/4206H01S5/02284
    • A laser signal coupling device one embodiment of which comprises a transmitter where a laser diode is coupled to a single mode fiber optic cable through the use of a lens whose position relative the diode is kept constant but whose length is adjusted to obtain a beam waist for the focused beam at some predefined point such as inside the end of the fiber optic cable. Such a positioning of the beam waist can increase the yield by reducing the effect of alignment variations in axial, radial and angular directions as well as reduce noise from fiber end surface reflections. The same concept may be used to accurately focus signaling received from an optic cable, in a surface of a signal detector. Further, the concept may be used for focusing between optic cable of different types such as converting from multi-mode to single-mode fiber optic cable.
    • 一种激光信号耦合装置,其一个实施例包括发射器,其中激光二极管通过使用透镜的耦合到单模光纤电缆,其相对于二极管的位置保持恒定但其长度被调节以获得光束腰部 聚焦光束在某些预定义点,例如在光纤光缆的端部内。 束腰的这种定位可以通过减小轴向,径向和角度方向上的对准变化的影响以及降低来自纤维端面反射的噪声来提高产量。 可以使用相同的概念来准确地聚焦在信号检测器的表面中从光缆接收到的信号。 此外,该概念可用于在不同类型的光缆之间进行聚焦,例如从多模式转换为单模光纤电缆。
    • 3. 发明授权
    • Force sensor
    • 力传感器
    • US06952972B2
    • 2005-10-11
    • US10893890
    • 2004-07-20
    • Werner SchulzeMichael Wald
    • Werner SchulzeMichael Wald
    • G01L1/26G01G19/414G01G23/00G01D7/00
    • G01G19/4142G01G23/005
    • A force sensor with two force input elements to which the force to be measured and the support force are applied. The two force input elements are substantially rotationally symmetrical and are axially spaced apart, and the force to be measured and the support force are applied in a radial direction. A spring element, arranged axially between the two force input elements connects these elements and its load-dependent deformation is converted into an electrical signal. A substantially tubular cover connected to one of the two force input elements surrounds the spring element. The cover surrounds a portion of the other force input element, forming a circumferential gap. The cover has an inwardly projecting constriction that is spaced apart by a small axial distance from an opposite shoulder on the other force input element.
    • 具有两个力输入元件的力传感器,施加测量力和支撑力。 两个力输入元件基本上是旋转对称的并且轴向间隔开,并且待测量的力和支撑力沿径向方向施加。 轴向布置在两个力输入元件之间的弹簧元件连接这些元件,并且其负载相关的变形被转换成电信号。 连接到两个力输入元件中的一个的基本上管状的盖围绕弹簧元件。 该盖围绕另一个力输入元件的一部分,形成周向间隙。 该盖具有向内突出的收缩部,该收缩部与另一个力输入元件上的相对的肩部间隔开小的轴向距离。
    • 5. 发明授权
    • Optical module connector apparatus
    • 光模块连接器装置
    • US4915470A
    • 1990-04-10
    • US351010
    • 1989-05-09
    • Andrew MoorePeter MorganMichael Wald
    • Andrew MoorePeter MorganMichael Wald
    • G02B6/42
    • G02B6/4204G02B6/4292
    • An electro-optical module for facilitating connection between a fiber optic cable connector and an electrical circuit includes an interlocking tongue-and-groove design between the skirts of the module and an electro-optical active device. Within the electro-optical active device, a lens provides hermetic sealing to the case so as to eliminate the requirement for an additional window. A barrel providing partial enclosure for the lens is used to facilitate alignment with the fiber optic cable. Finally, the total module includes mechanisms so that exact spacing is obtained between the light source and the end of the fiber optic cable whereby the beam waist of the light when the device is used in the transmission mode occurs interior to the cable rather than at the surface to accommodate manufacturing tolerances, bending forces and to reduce noise generated by reflections, etc.
    • 用于促进光纤电缆连接器和电路之间的连接的电光模块包括在模块的裙边与电光活动装置之间的互锁舌槽设计。 在电光有源器件内,透镜为壳体提供气密密封,以便消除对附加窗口的要求。 使用提供透镜的部分外壳的镜筒来促进与光纤电缆的对准。 最后,总模块包括机构,使得在光源和光纤电缆的端部之间获得准确的间距,由此当设备在传输模式中使用时,光的束腰发生在电缆内部,而不是在 以适应制造公差,弯曲力和减少由反射产生的噪音等。
    • 6. 发明授权
    • Role and war playing game
    • 角色和战争玩游戏
    • US08590897B1
    • 2013-11-26
    • US13526138
    • 2012-06-18
    • Micah McCareyMichael Wald
    • Micah McCareyMichael Wald
    • A63F3/00
    • A63F1/04A63F3/00075A63F2011/0018A63F2011/0072
    • A role playing game having a plurality of character cards with a surface on which a character summary is written and includes at least a Character Name, Character Information, and Character Abilities, a board having a status bar with indicators that can slide between actions, a dodge meter that can move to indicate a number of dodges available, a stamina wheel that can rotate to indicate a number of stamina points available, a character spot for accepting a character card, a Solo Defense Bar with indicators to indicate a number of defense points available, a Team Defense Bar with indicators that can slide to indicate a number of defense points available, and an Enhancement Bar with an indicator that can slide to indicate a number of lives remaining or a value of enhancement points, a plurality of Numbered Ability Cards and Special Ability Cards.
    • 一种角色扮演游戏,具有多个具有写入字符摘要的表面的字符卡,并且至少包括字符名称,字符信息和字符能力,具有可以在动作之间滑动的指示符的状态栏的板, 闪电表可以移动以指示可用的多个闪避,可以旋转的耐力轮,以指示可用的一些耐力点,用于接受角色卡的角色点,具有指示器的指示器的独立防御栏以指示多个防御点 可用的一个团队防御栏,其具有可以滑动以指示可用的多个防御点的指示器,以及具有指示器的增强栏,其可以滑动以指示剩余的生命值或增强点的值,多个编号能力卡 和特殊能力卡。
    • 7. 发明授权
    • Pipe-shaped sensor device
    • 管状传感器装置
    • US08474329B2
    • 2013-07-02
    • US12918561
    • 2009-02-05
    • Werner SchulzeMichael Wald
    • Werner SchulzeMichael Wald
    • G01L1/00
    • A61F2/76A61F2/60A61F2002/30359A61F2002/7635A61F2002/7645A61F2002/7695A61F2220/0033G01L5/226
    • The invention relates to a sensor device (1) for measuring an axial force in the longitudinal pipe direction of a pipe (4) and/or at least one torque, having a measuring element (2) comprising an adapter connection (3) connected to the pipe by means of a flanged socket part, by means of which the pipe can be fixedly coupled to an adjustment adapter (5), wherein the axial force and the torque can be fed into the adjustment adapter and can be measured by means of strain gauges (11, 12) disposed in a sensor area (9) between the adapter connection and an end of the flanged socket part (6) opposite the adapter connection at strain gauge locations, wherein the flanged socket part having the sensor area is designed in a pipe shape, wherein the sensor area extends from the adapter connection to the end of the flanged socket part and has a smaller outer diameter than the end of the flanged socket part, wherein the end of the pipe facing the adapter connection and extending past the end of the flanged socket part toward the adapter connection is force decoupled from the sensor area and from the adapter connection, and wherein at least three strain gauge measuring locations are disposed on the circumference of the sensor area.
    • 本发明涉及一种用于测量管道(4)的纵向管道方向上的轴向力和/或至少一个扭矩的传感器装置(1),其具有测量元件(2),该测量元件(2)包括连接到 管道通过法兰的插座部分,通过该管道可以将管道固定地联接到调节适配器(5),其中轴向力和扭矩可以被馈送到调节适配器中,并且可以通过应变来测量 设置在传感器区域(9)之间的传感器区域(9)中的应变计位置处的适配器连接与法兰插座部分(6)的与适配器连接件相对的端部,其中具有传感器区域的带凸缘的插座部分被设计为 管形,其中传感器区域从适配器连接件延伸到法兰插座部分的端部,并且具有比带凸缘的插座部件的端部更小的外径,其中管的端部面向适配器连接并延伸越过 f的结尾 朝向适配器连接的凸缘插座部分是从传感器区域和适配器连接部分解耦的,并且其中至少三个应变计测量位置设置在传感器区域的圆周上。