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    • 1. 发明授权
    • Liquid crystal cell with a glass solder seal
    • 液晶单元带玻璃焊接密封
    • US4158485A
    • 1979-06-19
    • US885200
    • 1978-03-10
    • Werner MuellerChristoph RotterWolfgang Welsch
    • Werner MuellerChristoph RotterWolfgang Welsch
    • G02F1/1339G02F1/13
    • G02F1/1339
    • A liquid crystal cell having a chamber for receiving a layer of liquid crystal material which chamber is defined by a pair of plate members joined together adjacent their edges by a substantially continuous glass solder seal characterized by the glass solder seal being provided in the form of one or more glass fibers which are interposed between the plates and fused to form the glass solder seal. To facilitate positioning the one or more glass solder fibers, positioning means are provided on one surface of one of the plates and may be protruberances which are formed either by crystallizing glass solder, or by laser bombardment of the one surface. To facilitate the obtaining of the desired spacing between the plates, each of the glass fibers may have a core which may be either hard glass or a metal such as gold which core is surrounded by a lower melting glass so that during fusion of the fiber, the core remains substantially unmelted. In another embodiment, the glass fibers contain a material, such as being impregnated with CuO, which will absorb infrared radiation so that during the method of forming the cell, the step of heating to fuse the fibers includes subjecting the fibers to infrared radiation after preheating the assembled plates and fibers.
    • 一种具有用于接收液晶材料层的室的液晶单元,该室由一对板构件限定,所述一对板构件通过基本上连续的玻璃焊料密封接合在其边缘附近,其特征在于所述玻璃焊料密封件以一个形式提供 或更多的玻璃纤维,其插入在板之间并熔化以形成玻璃焊料密封。 为了便于定位一个或多个玻璃焊料纤维,定位装置设置在一个板的一个表面上,并且可以是通过使玻璃焊料结晶或通过一个表面的激光轰击形成的突起。 为了便于获得板之间的期望间隔,每个玻璃纤维可以具有芯,其可以是硬玻璃或金属,例如金,该芯由下熔融玻璃围绕,使得在纤维融合期间, 核心基本上未熔化。 在另一个实施方案中,玻璃纤维含有诸如被CuO浸渍的材料,其将吸收红外辐射,使得在形成电池的方法期间,加热熔化纤维的步骤包括在预热之后对纤维进行红外辐射 组装板和纤维。
    • 2. 发明授权
    • Liquid crystal cell for a liquid crystal display screen
    • 用于液晶显示屏的液晶单元
    • US3970363A
    • 1976-07-20
    • US497878
    • 1974-08-16
    • Hans GeyerChristoph RotterWolfgang Welsch
    • Hans GeyerChristoph RotterWolfgang Welsch
    • G02F1/1341G02F1/13
    • G02F1/1341
    • A liquid crystal cell for a liquid crystal display screen having a pair of plates joined together by a frame to form a chamber for a liquid crystal layer which is hermetically sealed from the exterior of the cell and has a closable access passage characterized by the access passage receiving a ductile metal plug of a metal which is selected from a group consisting of indium, tin, lead and aluminum and a sealing coating covering the plug and a portion of the exterior of the cell surrounding the passage. In one embodiment, the passage is a groove extending inward from an edge of one of the plates and has a depth which decreases as the distance from the edge increases so that it merges with the interior surface of the plate inward of the frame which may be formed with the recess facing the groove. In another embodiment, the passages are apertures having axes which are perpendicular to the plate and are arranged in a region of the plate adjacent to the frame means preferably with an aperture at opposite or diametric corners of the cell. In both embodiments, the sealing coating may be a synthetic adhesive or a portion of the exterior of the cell surrounding the passage or the aperture is metalized with a bright metal film with the metal being selected from a group consisting of silver, gold and platinum and the sealing coating is a layer of solder applied onto the metalized film.
    • 一种用于液晶显示屏的液晶单元,具有通过框架连接在一起的一对板,以形成用于液晶层的腔室,所述腔室与所述单元的外部气密密封,并具有封闭通路,其特征在于,所述通路通道 接收从由铟,锡,铅和铝组成的组中选择的金属的延性金属塞,以及覆盖所述插塞的密封涂层和围绕所述通道的所述电池外部的一部分。 在一个实施例中,通道是从一个板的边缘向内延伸的凹槽,并且具有随着距离边缘的距离增加而减小的深度,使得其与框架内部的内表面合并,该内部表面可能是 形成有面向凹槽的凹部。 在另一个实施例中,通道是具有垂直于板的轴的孔,并且布置在板的邻近框架装置的区域中,优选地在孔的相对或直径角处具有孔。 在两个实施例中,密封涂层可以是合成粘合剂或围绕通道的单元的外部的一部分,或者孔用金属光泽金属化,金属选自银,金和铂, 密封涂层是施加到金属化膜上的一层焊料。
    • 5. 发明授权
    • Gas laser
    • 气体激光
    • US5048043A
    • 1991-09-10
    • US564739
    • 1990-08-06
    • Wolfgang WelschHans KruegerKlemens HuebnerRudolf Haeusler
    • Wolfgang WelschHans KruegerKlemens HuebnerRudolf Haeusler
    • H01S3/03
    • H01S3/03
    • In a gas laser having a capillary and a cathode that envelopes the capillary, a fastening of the cathode suitable for batch soldering is achieved in that the cathode is secured to an end piece having a mount for an optical element, and an end of the cathode facing away from the end piece is elastically supported against a housing wall with such a slight spring power that a weight of the unit formed of the cathode, end piece, and mount is adequate for overcoming the friction between the spring and the housing wall. Thus, the end piece with the attached cathode can slide into its final position during soldering solely on the basis of the force of gravity. The invention is particularly suited for helium-neon lasers that are manufactured in glass solder technology.
    • 在具有包围毛细管的毛细管和阴极的气体激光器中,实现适合于批量焊接的阴极的紧固,其中阴极被固定到具有用于光学元件的安装件的端部件,并且阴极的端部 面向远离端部件的弹性支撑件以如此轻微的弹簧力弹性地支撑在壳体壁上,由阴极,端部件和安装座形成的单元的重量足以克服弹簧和壳体壁之间的摩擦。 因此,具有附加阴极的端部件仅在基于重力的基础上在滑动过程中滑入其最终位置。 本发明特别适用于以玻璃焊料技术制造的氦氖激光器。
    • 7. 发明授权
    • Compound indicator device containing at least one liquid crystal cell
    • US4054368A
    • 1977-10-18
    • US545107
    • 1975-01-29
    • Hans KruegerWolfgang Welsch
    • Hans KruegerWolfgang Welsch
    • G02F1/13357G02F1/1345G02F1/1347G02F1/139G02F1/13
    • G02F1/13471G02F1/1345G02F1/1347G02F1/13725G02F1/1336
    • An indicator device which has two sealed chambers which are formed by at least one carrier member interposed between a pair of glass plate members to provide a tandem arrangement in the direction of travel of light in the device, characterized by at least one of the chambers containing a liquid crystal layer and being provided with transparent conductive material on the walls thereof to form a liquid crystal cell. In one embodiment one liquid crystal cell is a rotation cell and the other is a DAP cell which cells can be activated to give multi-colored indications. In a second embodiment of the invention, one of the cells is a rotation cell and the other is a polarizing cell which enables giving a colored indication on a colored background or a white indication on a black background. In a third embodiment, both cells are rotational cells with a different angle of rotation and the carrier member consists of a birefringent material which enables indications of at least four different colors. In a fourth embodiment, each conductive layer of each cell is separated in two parts by a continuous interruption in the layer so by selectively applying voltage to different parts, at least four different symbols or shapes can be indicated. In a fifth embodiment, each of the cells is a rotational cell of approximately 45.degree. and the electrode pattern of each cell is a matrix of strips extending perpendicular to each other so that the time required for indicating an image on the device is reduced. In a sixth embodiment, the conductive layers of each cell are arranged as a segment electrode pattern with the segment being subdivided into partial segments with one partial segment being in one cell and the remaining partial segment in the second cell to enable determining errors in actuation of various segments during an indication. In a seventh embodiment, the liquid crystal cells are arranged in tandem one behind the other so that either by separately actuating the electrodes of each cell a sign or symbol can be produced without undesirable cross points or by sequentially activating the electrodes of each cell, a partial image can be produced in each cell to create a moving image on the device. In the eighth embodiment, one of the cells is provided with a reflective layer by either depositing from a silver-ammonium complex or by printing with a silver compound onto a surface of the chamber to provide a reflecting chamber which enables operation of the remaining cells in a reflective mode. In a final embodiment, an electrochemical luminescence layer is provided in one cell to provide an illuminating background for indications produced on the other cell.