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    • 1. 发明授权
    • Optical sensor
    • 光学传感器
    • US06668104B1
    • 2003-12-23
    • US09554347
    • 2000-07-24
    • Roland Mueller-FiedlerHelmut SautterWinfried BernhardAndre MuellerLutz MuellerRainer Schink
    • Roland Mueller-FiedlerHelmut SautterWinfried BernhardAndre MuellerLutz MuellerRainer Schink
    • G02B600
    • G01D5/268B60S1/0822B60S1/0837B60S1/0881B60S1/0888G01N21/552
    • An optical sensor for detecting wetting of a surface (11), In particular of a vehicle window, has at least one transmitter (13) and at least one receiver (15) for electromagnetic waves, the surface being located in a sensor region (16) between the at least one transmitter (13) and the at least one receiver (15). The development of wetting on the sensor region (16) of the surface (11) causes a signal change. The optical sensor has a light-carrying element (18), in which the electromagnetic waves are guided bidirectionally into the sensor region (16) and out of the sensor region (16), and a retroreflector (10) is disposed in the sensor region (16) in such a way that it returns the electromagnetic waves, reflected before the surface (11), back to the surface (11) and from there to the light-carrying element (18).
    • 用于检测表面(11)(特别是车辆窗口)的润湿的光学传感器具有用于电磁波的至少一个发射器(13)和至少一个接收器(15),所述接收器(15)位于传感器区域(16 )在所述至少一个发射器(13)和所述至少一个接收器(15)之间。 在表面(11)的传感器区域(16)上的润湿的发展导致信号改变。 光传感器具有光电传输元件(18),其中电磁波被双向引导到传感器区域(16)中并且离开传感器区域(16),并且后向反射器(10)设置在传感器区域 (16),使得其将在表面(11)之前反射的电磁波返回到表面(11)并从那里返回到轻载体(18)。
    • 4. 发明授权
    • Method for producing three-dimensional structures by means of an etching process
    • 通过蚀刻工艺制备三维结构的方法
    • US06663784B1
    • 2003-12-16
    • US09890080
    • 2002-02-04
    • Nils KummerRoland Mueller-FiedlerKlaus BreitschwerdtAndre MuellerFrauke DriewerAndreas Kern
    • Nils KummerRoland Mueller-FiedlerKlaus BreitschwerdtAndre MuellerFrauke DriewerAndreas Kern
    • H01L2100
    • B81C1/00412
    • A method is proposed for producing three-dimensional structures, especially microlenses, in a substrate using an etching process, at least one original shape having a known original surface shape being present initially on the substrate in a plurality of places. The etching process has at least one first etching removal rate a1 and a second etching removal rate a2 which are material-dependent, and of which at least one is changeable as a function of time. The original shape is converted to a target shape by the etching process, the original surface shape of the original shape and the target surface shape of the target shape to be reached being known before the beginning of the etching process. In order to achieve the target surface shape, at least one of the etching rates a2 or a1 is set by a change of at least one etching parameter calculated before the beginning of the etching process as a function of the etching time.
    • 提出了一种使用蚀刻工艺在衬底中制造三维结构,特别是微透镜的方法,至少一种具有已知原始表面形状的原始形状最初存在于多个位置的衬底上。 蚀刻工艺具有与材料有关的至少一个第一蚀刻去除速率a1和第二蚀刻去除速率a2,其中至少一个可随时间变化。 原始形状通过蚀刻处理转换为目标形状,原始形状的原始表面形状和待形成的目标形状的目标表面形状在蚀刻工艺开始之前是已知的。 为了实现目标表面形状,蚀刻速度a2或a1中的至少一个通过蚀刻工艺开始之前计算的至少一个蚀刻参数的变化来设定,作为蚀刻时间的函数。
    • 5. 发明授权
    • Screwdriving tool with free wheel gear
    • 带有自由齿轮的螺丝刀
    • US07878091B2
    • 2011-02-01
    • US12533915
    • 2009-07-31
    • Michael AbelAndre MuellerOliver PistorMartin Strauch
    • Michael AbelAndre MuellerOliver PistorMartin Strauch
    • B25B13/46B25B23/16
    • B25G1/063B25B13/461B25B23/0021B25B23/0028B25G1/066
    • A screwdriving tool includes a gear head and a drive arm. The gear head forms a gear housing, in which a free wheel or ratchet gear having an output rotational axis is arranged. A front side of the gear head includes an output coupling, in the shape of a polygon. The drive arm can be pivoted about a pivot axis, which is substantially transverse to the output rotational axis, from a quick-action screwdriver position, in which the drive arm is in the output rotational axis, into a power-action screwdriver position, in which the drive arm extends substantially transversely to the output rotational axis and can be fixed in both pivot positions by detents. The detents can be moved from a detent position into a release position by means of an actuating member associated with the drive arm.
    • 螺丝刀包括齿轮头和驱动臂。 齿轮头形成齿轮壳体,其中布置有具有输出旋转轴线的自由轮或棘轮。 齿轮头的前侧包括多边形形状的输出联轴器。 驱动臂可以绕着驱动臂处于输出旋转轴线的快动螺丝起子位置绕基本横向于输出旋转轴线的枢转轴线枢转成动力作用的螺丝起子位置 驱动臂基本上横向于输出旋转轴线延伸,并且可以通过棘爪固定在两个枢转位置。 棘爪可以通过与驱动臂相关联的致动构件从止动位置移动到释放位置。
    • 7. 发明授权
    • Method and apparatus for reducing a transporting strain on elongated
material passing through a treatment chamber
    • 用于减少通过处理室的细长材料上的输送应变的方法和装置
    • US5172844A
    • 1992-12-22
    • US841282
    • 1992-02-24
    • Andre Mueller
    • Andre Mueller
    • B65H23/24
    • B65H23/24B65H2406/111
    • Thin, elongated material, such as ribbons, tapes, and the like, are passed through a treatment zone or chamber substantially in a frictionless manner to avoid distorting the elongated material. This purpose is achieved in that a plurality of direction changing stations in a treatment chamber simultaneously function as transport stations. The transport is accomplished by a flowing transport fluid which is applied to the elongated material through at least one, preferably several jet nozzles in the direction reversing stations. The fluid is applied in a direction substantially corresponding to the transport direction and passes around a guide surface where it forms a travelling cushion between the guide surface and the elongated material. The flow speed of the fluid corresponds at least to the transport speed or the inlet speed into the chamber. Each direction changing station includes a guide body having a surface around which the elongated material is guided from an inlet side of the guide body to its outlet side. Each station includes the above mentioned nozzles through which the transport fluid is flowing under pressure to form the required jet speeds between the guide surface and a surface of the elongated material.
    • 基本上以无摩擦的方式通过薄的细长材料,例如带子,带子等通过处理区域或室,以避免使细长材料变形。 实现这一目的的是处理室中的多个方向改变站同时用作运送站。 运输是通过流动的输送流体来完成的,该输送流体通过至少一个,优选地在反向站的方向上的几个喷嘴施加到细长材料。 流体沿大致对应于输送方向的方向施加,并绕过引导表面,在引导表面上形成在导向表面和细长材料之间的行进垫。 流体的流速至少对应于进入腔室的输送速度或入口速度。 每个方向改变台包括具有表面的引导体,细长材料围绕该表面从引导体的入口侧引导到其出口侧。 每个工位包括上述喷嘴,输送流体通过该喷嘴在压力下流动,以在引导表面和细长材料的表面之间形成所需的喷射速度。
    • 9. 发明授权
    • Plunger for a diecasting machine
    • 用于压铸机的柱塞
    • US5048592A
    • 1991-09-17
    • US477072
    • 1990-02-09
    • Andre Mueller
    • Andre Mueller
    • B22D17/20
    • B22D17/203
    • A plunger for forcing molten aluminum or brass out of a casting cylinder of a diecasting machine includes a cap which is screwed via an internal thread onto an external thread of a supporting body and is made of a material, in particular a copper alloy, which has a greater coefficient of thermal expansion than the material of the cylinder, in particular steel, and the material of the supporting body, in particular steel. An inner cover face of the cap bears against a front face of the supporting body and, with its internal thread, is screwed thermally onto the external thread of the supporting body, and in addition, is preferably shrunk on thermally.
    • 用于将熔融铝或黄铜压出压铸机的铸造圆柱体的柱塞包括通过内螺纹拧到支撑体的外螺纹上并由具有铜合金的材料制成的盖,所述材料具有 与圆筒材料(特别是钢)以及支撑体(特别是钢)的材料相比,具有更大的热膨胀系数。 盖的内盖面靠着支撑体的前表面,并且其内螺纹热固定在支撑体的外螺纹上,另外优选地热收缩。