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    • 71. 发明授权
    • Emissive flat panel display with improved regenerative cathode
    • 具有改进的再生阴极的发射平板显示器
    • US5764004A
    • 1998-06-09
    • US808177
    • 1997-02-28
    • Mario Rabinowitz
    • Mario Rabinowitz
    • H01J1/304H01J9/02H01J29/04G09G3/10
    • H01J29/04H01J1/304H01J9/022H01J9/025H01J2201/317H01J2237/3146H01J2329/00
    • Method and apparatus are presented for the generation, regeneration, and transplantation of field enhancing whiskers to provide for an improved cathode in flat panel displays in particular, and in other applications. Such applications comprise devices in which there is an emissive cathode structure for producing electrons. There are clear advantages for the instant invention in the case of a flat panel display which requires a relatively large cathode area, because the present invention avoids excessive power loss due to radiation and conduction loss by permitting operation of the cathode at a significantly lower temperature than if it operated solely as a thermionic emitter. The combination of moderately elevated temperature and enhanced electric field allows the advantages of thermo-field assisted emission.
    • 提出了用于产生,再生和移植场增强晶须的方法和装置,以在平板显示器,特别是在其它应用中提供改进的阴极。 这种应用包括其中存在用于产生电子的发射阴极结构的装置。 在本发明的平板显示器需要相对较大的阴极面积的情况下,本发明具有明显的优点,因为本发明通过允许阴极以比显着更低的温度操作来避免由于辐射和传导损耗而导致的功率损耗过大 如果它仅作为热离子发射器运行。 中等温度和增强电场的组合允许热场辅助发射的优点。
    • 72. 发明授权
    • Cores for electromagnetic apparatus and methods of fabrication
    • 电磁设备用磁芯和制造方法
    • US4520078A
    • 1985-05-28
    • US271420
    • 1981-06-08
    • Mario RabinowitzE. Robert Perry
    • Mario RabinowitzE. Robert Perry
    • H01F41/02B23K20/08
    • H01F41/0226H01F41/0206H01F41/0213Y10S264/58Y10S428/94Y10T29/49076Y10T29/49078Y10T428/12639
    • A number of metal cores especially suitable for use in an electrical induction device such as a transformer are disclosed herein along with respective methods of making these cores. In accordance with each of these methods, the appropriate metal material is initially provided and thereafter formed into an unsolidified, preliminary shape. Thereafter, while the material is in its preliminary shape, it is densified, preferably by means of explosion bonding, whereby to improve its permeability and saturation field characteristics. In one embodiment, a metal material is initially provided as a continuous strip. In another embodiment, the metal material is initially provided as a number of plates and still in another, preferred embodiment, amorphous metal particulate material is utilized. In this latter embodiment, the orientation of the particulate material is controlled to further improve the permeability and saturation field characteristics of the ultimately formed core.
    • 本文公开了一些特别适用于诸如变压器的电感应装置中的金属芯,以及制造这些芯的相应方法。 根据这些方法中的每一种,首先提供适当的金属材料,然后形成未固化的初步形状。 此后,当材料处于初步形状时,优选通过爆炸结合使其致密化,从而提高其渗透性和饱和磁场特性。 在一个实施例中,最初提供金属材料作为连续条带。 在另一个实施例中,金属材料最初设置为多个板,并且仍然在另一个优选实施例中,使用无定形金属颗粒材料。 在后一个实施例中,控制颗粒材料的取向以进一步改善最终形成的芯的磁导率和饱和磁场特性。
    • 73. 发明授权
    • Method of making cryogenic cable
    • 制作低温电缆的方法
    • US4397807A
    • 1983-08-09
    • US285428
    • 1981-07-20
    • George BahderMario Rabinowitz
    • George BahderMario Rabinowitz
    • H01B12/02H01B13/00H01B9/00
    • H01B12/02H01B13/00Y02E40/641Y10S505/822Y10S505/886
    • A cable for cryogenic use includes an inner conductor and a solid polymeric insulator loosely positioned about said inner conductor above 0.degree. C. A collapsible spacer can be positioned between the inner conductor and the polymeric insulator to further space the insulator away from the conductor and thereby accommodate greater shrinkage of the insulator. In fabricating the cable, the cable is sealed and pressure is applied to the cable to expand the insulation. The cable is placed inside a rigid cylinder having an inside diameter larger than the outside diameter of the cable. The cylinder is heated to facilitate expansion of the insulation, and the cylinder is subsequently cooled while maintaining pressure to the cable.
    • 用于低温使用的电缆包括内部导体和固体聚合物绝缘体,其松动地围绕所述内部导体定位在0℃以上。可折叠间隔物可以位于内部导体和聚合物绝缘体之间,以进一步将绝缘体远离导体,从而 适应绝缘体的更大收缩。 在制造电缆时,电缆被密封,电缆施加压力以扩大绝缘。 电缆放置在内径大于电缆外径的刚性圆柱体内。 气缸被加热以便于绝缘体的膨胀,并且气缸随后在保持对电缆的压力的同时被冷却。
    • 78. 发明授权
    • Tiered convoluted shielded insulators
    • 分层卷曲屏蔽绝缘子
    • US4125742A
    • 1978-11-14
    • US802603
    • 1977-06-02
    • Mario Rabinowitz
    • Mario Rabinowitz
    • H01B17/42H01B17/50
    • H01B17/42H01B17/50
    • Optimized shielding configurations for longitudinally extended tiered insulators for electric power equipment is described. An insulator comprises a central core with a plurality of annular shields and radial partitions defining convoluted paths between the environment and the surface of the central core. An optimizing relationship of core diameter, tier separation, free path length and total path length between the outer surface and the inner core is disclosed for constructing insulators with maximum lifetime in contaminated environments. Selected generalized insulator configurations are disclosed which embody the invention. Also embodied in the invention is the addition of molecular sieve, insulating grease, or adhesives on the outer edges or lips to sorb out contaminants before they can reach the inner insulating surfaces.
    • 描述了用于电力设备的纵向延伸的分层绝缘体的优化的屏蔽配置。 绝缘体包括具有多个环形屏蔽件和径向隔板的中心芯部,其限定环境和中心芯体表面之间的回旋路径。 公开了在外部表面和内部芯之间的芯直径,层间分离,自由路径长度和总路径长度的优化关系,用于构建在污染环境中具有最大寿命的绝缘体。 本发明公开了所选择的一般绝缘体构造。 本发明还体现在分子筛,绝缘油脂或粘合剂的外边缘或嘴唇上添加,以便在污染物到达内绝缘表面之前吸附污染物。