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    • 31. 发明授权
    • Optical surface inspection apparatus
    • 光学表面检测仪
    • US4900153A
    • 1990-02-13
    • US254331
    • 1988-10-06
    • Klaus WeberKlaus Ostertag
    • Klaus WeberKlaus Ostertag
    • G01N21/89G01N21/898
    • G01N21/8903
    • An optical surface inspection apparatus for material webs comprises an illuminating means (11) for generating a strip of light (12) on the surface (19) to be inspected and a light receiving means (13) which receives the light emitted (diffusely reflected) from the surface region illuminating by the strip of light (12) and directs it to a photoreceiving arrangement, which delivers a signal representative of web faults to an electronic processing circuit (16). The light receiving means (13) has at least one row camera (14) which receives light remitted from a line illuminated by the strip of light (12) and forms an image of the line on the diode row (15). The light receiving means is also arranged at such a shallow observing angle .alpha. relative to the tangential plane to the surface at the location of the strip of light (12) that faults (20) which project slightly out of the surface appear to the row camera (14) in shadow outline against the light background of the strip of light (12).
    • 用于材料幅材的光学表面检查装置包括用于在待检查的表面(19)上产生光束(12)的照明装置(11)和接收发射(漫反射)的光的光接收装置, 从由光条(12)照射的表面区域引导到光接收装置,该光接收装置将表示网络故障的信号传送到电子处理电路(16)。 光接收装置(13)具有至少一行行摄像机(14),其接收从由光条(12)照亮的线路中放出的光,并在二极管行(15)上形成该线的图像。 光接收装置还布置成相对于在光条(12)的位置处的表面的切向平面以如此浅的观察角α,布置在表面上的突出部分(20)出现在行相机 (14)相对于光条的光背景的阴影轮廓(12)。
    • 33. 发明授权
    • Process for separating a water insoluble distillate from an aqueous vapor
    • 从水蒸气中分离出不溶于水的馏出物的方法
    • US4778489A
    • 1988-10-18
    • US71624
    • 1987-07-09
    • Klaus Weber
    • Klaus Weber
    • B01D3/00B01D5/00B01D50/00
    • B01D5/0027B01D3/00B01D5/0048B01D5/0087
    • The distillate which is contained in the prescrubbed vapors from the fatty acid fractionation or deodorization of oils and fats is obtained by mixture condensation in a cooling fluid fed into a principal flow of said vapors. A side flow enriched in distillate is drawn from the cooling fluid flow, liberated from the distillate and subsequently partially evaporated. The vapor formed thereby is advantageously used as a working vapor for drawing off and compressing the noncondensable gases contained in the prescrubbed vapors. The unevaporated residual fluid is cooled and used as the cooling fluid fed to the prescrubbed vapors. When an electrolyte solution is used as the cooling fluid, electrolyte loses are avoided and the dilution of the electrolyte solution caused by the mixture condensation is continuously compensated.
    • 通过在进料到所述蒸气的主流中的冷却流体中的混合物冷凝来获得来自脂肪酸分馏或除油的预先蒸馏的馏出物。 富含馏出物的侧流从冷却流体流中抽出,从馏出物中释放并随后部分蒸发。 由此形成的蒸气有利地用作工作蒸汽,用于抽出和压缩包含在预先蒸发的蒸汽中的不可冷凝气体。 未蒸发的残余流体被冷却并用作供给预先蒸发的蒸气的冷却流体。 当使用电解质溶液作为冷却流体时,避免了电解质损失,并且由混合物冷凝引起的电解质溶液的稀释被连续补偿。
    • 34. 发明授权
    • Apparatus for mixing fluids
    • 用于混合流体的装置
    • US4738541A
    • 1988-04-19
    • US920144
    • 1986-10-16
    • Klaus Weber
    • Klaus Weber
    • B01F3/08B01F5/04B01F15/04G05D11/02
    • B01F3/08B01F15/0412B01F5/0413Y10T137/2526Y10T137/2529Y10T137/87643
    • An apparatus for mixing fluids in accurate predetermined quantities has a feed line for a first fluid (water) under pressure, a suction line for a second fluid (disinfectant) which is to be mixed to the first fluid, and an injector in the form of a fluid jet pump, to which, on the intake side, the feed line is connected. A magnetic valve is positioned in the first fluid feed line. To maintain a precise dosing and to prevent a backflow of the mixture, the feed line is connected to a pressure equalizing container, the fluid level of which is regulated by a fluid pressure switch which controls the magnetic valve. An outlet line from the pressure equalizing container communicates with the inlet of the injector through an air gap.
    • 用于以精确的预定量混合流体的装置具有用于在压力下的第一流体(水)的供给管线,用于要与第一流体混合的第二流体(消毒剂)的吸入管线, 流体喷射泵,在进气侧,进料线连接到该流体喷射泵。 电磁阀位于第一流体供给管线中。 为了保持精确的配量并防止混合物的回流,进料管线连接到均压容器,其流体液位由控制电磁阀的流体压力开关调节。 来自均压容器的出口管线通过气隙与喷射器的入口连通。
    • 36. 发明授权
    • Transmitted-light illuminating device
    • 透射光照明装置
    • US4521076A
    • 1985-06-04
    • US511207
    • 1983-07-06
    • Klaus WeberManfred WillertHeinz Blessmann
    • Klaus WeberManfred WillertHeinz Blessmann
    • G02B7/16G02B21/14G02B7/00
    • G02B7/16G02B21/14
    • A transmitted-light illuminating device (FIG. 1) for microscopes consists of a condenser (1), an iris-aperture diaphragm (2) and a turret (3). The turret permits interchangeable mounting of auxiliary lenses (4) or diaphragms (5) by means of which large-object fields can be illuminated, if desired; alternatively, the microscope can be used in phase contrast. Condenser, diaphragm and turret are combined into a unit in which the turret is functionally coupled to the iris diaphragm. For this purpose, the index shaft of the turret (3) is eccentrically mounted to the actuating ring (9) of the diaphragm (2), the ring is configurated for detent engagement to retain the newly indexed turret station in axial register with the optical axis of the condenser. Thus, rotation of the turret first drives the actuating ring (9) against its diaphragm stop to thereby open the diaphragm before there is any indexing movement of the turret, from one to its next indexed position.
    • 用于显微镜的透射光照明装置(图1)由冷凝器(1),光圈孔(2)和转塔(3)组成。 转塔允许可互换安装辅助透镜(4)或隔膜(5),如果需要可以照亮大面积的场; 或者,显微镜可以用于相位对比。 冷凝器,隔膜和转塔组合成一个单元,其中转塔在功能上耦合到虹膜隔膜。 为此,转塔(3)的分度轴偏心地安装在隔膜(2)的致动环(9)上,环被配置用于制动接合,以将新分度的转台站与光学轴向对准 冷凝器的轴线。 因此,转塔的旋转首先将致动环(9)驱动抵靠其隔膜止动件,从而在转台的任何分度运动从一个到其下一个分度位置之前打开隔膜。
    • 37. 发明授权
    • Thick-film potentiometer
    • 厚膜电位器
    • US4318075A
    • 1982-03-02
    • US175979
    • 1980-08-07
    • Heinz PudelkoKlaus Weber
    • Heinz PudelkoKlaus Weber
    • G01F23/36H01C10/08H01C10/30H01C10/48H01C10/32
    • G01F23/36H01C10/08H01C10/305H01C10/48
    • A thick-film potentiometer having a support substrate, particularly a ceramic substrate, onto which there is applied at least one resistance track of resistance composition which is electronically contacted via conductor lines on the support substrate at its ends and under circumstances at contact points therebetween and having a wiper track which extends along the resistance track and over which a wiper is swingable. The wiper track is formed of a plurality of the conductor lines which are narrow compared with the length of the wiper track and are arranged, spaced apart from each other, substantially at right angles to the wiper track, and the resistance track is arranged on the support substrate exclusively outside of the wiper track beyond and adjacent to the conductor lines.
    • 一种厚膜电位计,其具有支撑衬底,特别是陶瓷衬底,其上施加有至少一个电阻组合物电阻轨迹,电阻组分的电阻轨迹在其端部和其间的接触点的情况下通过导体线在支撑衬底上的电极接触, 具有沿着阻力轨道延伸的擦拭器轨道,并且擦拭器可摆动。 刮水器轨道由与雨刷轨道的长度相比窄的多条导线形成,并且彼此间隔开,与刮水器轨道基本上成直角,并且阻挡轨道被布置在 支撑衬底专用于除了导线之外和附近的擦拭器轨道之外。
    • 38. 发明授权
    • Comparison microscope
    • 比较显微镜
    • US4017147A
    • 1977-04-12
    • US548672
    • 1975-02-10
    • Klaus WeberLothar Trapp
    • Klaus WeberLothar Trapp
    • G02B21/18G02B21/00
    • G02B21/0016
    • The invention contemplates an improved microscope having a partially transmitting mirror in the observation light path, the mirror deflecting some of the illuminating light path onto a first object, while a second object is located in the light path which passes through the mirror. In one form, the reflected and transmitted light paths are designed symmetrically, and each includes one microscope objective; one of these objectives is adapted to be inclined with respect to the direction of the light beam, and a stop is so positioned in the system that the two separately observed objects appear simultaneously and side-by-side in the field of view of a single eyepiece.
    • 本发明考虑了一种在观察光路中具有部分透射镜的改进的显微镜,镜子将一些照明光路偏转到第一物体上,而第二物体位于穿过反射镜的光路中。 在一种形式中,反射和透射的光路被对称设计,并且每个包括一个显微镜物镜; 这些目标之一适于相对于光束的方向倾斜,并且止动件被定位在系统中,使得两个单独观察的对象同时出现并且并排在单个视场中 目镜。