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    • 81. 发明授权
    • Hermetically sealed insulating assembly
    • US4512791A
    • 1985-04-23
    • US606410
    • 1984-05-02
    • James C. Kyle
    • James C. Kyle
    • C03C10/00E21B17/00H01B3/12H01B17/30H01B17/60C03C27/02C03C3/22H01B17/26
    • H01B3/12C03C10/0054E21B17/003H01B17/305H01B17/60
    • First and second spaced members are hermetically sealed by a partially amorphous and partially crystalline insulating material. The insulating material is non-hygroscopic and is able to withstand forces of about 26,000 psi at about 700.degree. F. It may provide resistances of at least 10,000 megohms even when subjected to 500 volts AC or DC and to steam at about 212.degree. F. for three (3) days. A second insulating layer may be fused to the first insulating layer with essentially the same properties and composition as the first layer. However, the second layer may be more crystalline than the first layer to provide a mechanical and chemical barrier. The insulating materials may be formed from the oxides of lead, zinc, aluminum, silicon, cerium, lanthanum, cobalt, sodium, zirconium, bismuth and molybdenum. The oxides of lead, silicon, bismuth and sodium may be glass formers. The oxides of cerium, lanthanum and zirconium may form crystals. A mixture of the oxides may be heated to at least 2000.degree. F. for several hours and quenched in water to form first beads. These beads may be disposed between the first and second members. The assembly may then be heated for a limited time at about 1900.degree. F. and then quenched. The second insulating material may be formed into beads as described above. These beads may be disposed to abut the first beads. The insulating materials may then be fused by heating them to the elevated temperature for the limited time as discussed above.
    • 82. 发明授权
    • High voltage RF feedthrough bushing
    • 高压RF馈通套管
    • US4484019A
    • 1984-11-20
    • US414543
    • 1982-09-03
    • Glenn F. Grotz
    • Glenn F. Grotz
    • H01B17/28H05H1/18H01B17/26H01B17/42
    • H05H1/18H01B17/28
    • Described is a multi-element, high voltage radio frequency bushing for trmitting RF energy to an antenna located in a vacuum container. The bushing includes a center conductor of complex geometrical shape, an outer coaxial shield conductor, and a thin-walled hollow truncated cone insulator disposed between central and outer conductors. The shape of the center conductor, which includes a reverse curvature portion formed of a radially inwardly directed shoulder and a convex portion, controls the uniformity of the axial surface gradient on the insulator cone. The outer shield has a first substantially cylindrical portion and a second radially inwardly extending truncated cone portion.
    • 描述了用于将RF能量发射到位于真空容器中的天线的多元件高压射频套管。 衬套包括复杂几何形状的中心导体,外部同轴屏蔽导体和设置在中心和外部导体之间的薄壁中空截顶锥形绝缘体。 包括由径向向内的肩部和凸部形成的反向弯曲部分的中心导体的形状控制绝缘体锥体上的轴向表面梯度的均匀性。 外屏蔽件具有第一基本圆柱形部分和第二径向向内延伸的截锥体部分。
    • 83. 发明授权
    • High voltage terminal bushing for electrical apparatus
    • 电器用高压端子套管
    • US4477692A
    • 1984-10-16
    • US285646
    • 1981-07-21
    • Robert H. Brealey
    • Robert H. Brealey
    • H01B17/26H01B17/42
    • H01B17/26H01B17/42
    • This high-voltage terminal bushing comprises a tubular shell of electrical insulating material having a passageway extending between its ends and an electrical conductor within the passageway that has an external surface spaced from the internal surface of the passageway. The external surface of the conductor is covered with a thin coating of insulating material spaced from the internal surface of the passageway by a cylindrical air gap. The coating has sufficient dielectric strength to prevent any corona streamers from the conductor from impinging against said internal surface at impulse voltages up to the rated impulse insulation level of the bushing.
    • 该高压端子衬套包括电绝缘材料的管状壳体,其具有在其端部之间延伸的通道和通道内的电导体,其具有与通道的内表面间隔开的外表面。 导体的外表面覆盖有通过圆柱形气隙与通道内表面隔开的绝缘材料的薄涂层。 涂层具有足够的介电强度,以防止来自导体的任何电晕拖缆以高达套管的额定冲击绝缘水平的冲击电压撞击所述内表面。
    • 84. 发明授权
    • Hermetically sealed insulating assembly
    • 密封绝缘组件
    • US4461926A
    • 1984-07-24
    • US322014
    • 1981-11-16
    • James C. Kyle
    • James C. Kyle
    • C03C10/00E21B17/00H01B3/12H01B17/30H01B17/60H01B17/26C03C3/22C03C27/02
    • H01B17/60C03C10/0054E21B17/003H01B17/305H01B3/12
    • First and second spaced members are hermetically sealed by a partially amorphous and partially crystalline insulating material. The insulating material is non-hygroscopic and is able to withstand forces of about 26,000 psi at about 700.degree. F. It may provide resistances of at least 10,000 megohms even when subjected to 500 volts AC or DC and to steam at about 212.degree. F. for three (3) days. A second insulating layer may be fused to the first insulating layer with essentially the same properties and composition as the first layer. However, the second layer may be more crystalline than the first layer to provide a mechanical and chemical barrier. The insulating materials may be formed from the oxides of lead, zinc, aluminum, silicon, cerium, lanthanum, cobalt, sodium, zirconium, bismuth and molybdenum. The oxides of lead, silicon, bismuth and sodium may be glass formers. The oxides of cerium, lanthanum and zirconium may form crystals. A mixture of the oxides may be heated to at least 2000.degree. F. for several hours and quenched in water to form first beads. These beads may be disposed between the first and second members. The assembly may then be heated for a limited time at about 1900.degree. F. and then quenched. The second insulating material may be formed into beads as described above. These beads may be disposed to abut the first beads. The insulating materials may then be fused by heating them to the elevated temperature for the limited time as discussed above.
    • 第一和第二间隔构件通过部分无定形和部分结晶的绝缘材料气密密封。 绝缘材料是非吸湿性的,并且能够在约700°F下承受约26,000psi的力。即使在经受500伏特AC或DC并且在约212°F下蒸汽也可以提供至少10,000兆欧的电阻。 三(3)天。 第二绝缘层可以与第一绝缘层熔合,其基本上与第一层具有相同的性质和组成。 然而,第二层可以比第一层更结晶以提供机械和化学屏障。 绝缘材料可以由铅,锌,铝,硅,铈,镧,钴,钠,锆,铋和钼的氧化物形成。 铅,硅,铋和钠的氧化物可以是玻璃形成物。 铈,镧和锆的氧化物可能形成晶体。 氧化物的混合物可以加热到至少2000°F几小时,并在水中骤冷以形成第一珠。 这些珠可以设置在第一和第二构件之间。 然后可以在约1900°F将组件加热有限的时间,然后淬火。 如上所述,第二绝缘材料可以形成为珠。 这些珠可以被设置成邻接第一珠。 然后可以通过将绝缘材料加热至升高的温度在上述限定的时间内进行熔融。
    • 85. 发明授权
    • Cable socket with traction relief for the housings of electric machines
    • 带电动电机外壳的电缆插座
    • US4436265A
    • 1984-03-13
    • US261241
    • 1981-05-06
    • Hans Simon
    • Hans Simon
    • H01B17/58H02G3/06H02G3/38H05K7/00H02G3/18F16L5/00H01B17/26
    • H02G3/0658
    • A cable socket adapted to be mounted in an opening formed in a housing wall for providing traction relief for a cable passing therethrough includes a tubular grommet insertable in the housing wall opening and an inner socket portion coaxially situated within the tubular grommet so as to be twistable therein around the common axis, the inner portion having a passage opening for receiving a cable and including a flexible extension for encompassing a cable passing through the passage opening, the flexible extension having a free end region, and a device for securing the free end region of the flexible extension of the inner socket portion to the tubular grommet so that it is prevented from twisting with respect to the grommet when the inner socket portion is twisted within the grommet. In operation, upon twisting the inner portion with respect to the grommet with a cable received in the passage opening and the free end region of the flexible extension secured to the grommet so as to be prevented from twisting with respect thereto, the flexible extension is twisted to compress against the cable to hold the same in the socket and provide tension relief therefor.
    • 适于安装在形成在壳体壁中的开口中的电缆插座,用于为穿过其中的电缆提供牵引力,包括可插入壳体壁开口中的管状索环和同轴地位于管状索环中的内插座部分,以便可扭转 所述内部部分具有用于接收电缆的通道开口,并且包括用于包围通过所述通道开口的电缆的柔性延伸部,所述柔性延伸部具有自由端区域,以及用于固定所述自由端部区域的装置 内套筒部分到管状索环的柔性延伸部分,使得当内套筒部分在索环内扭转时,防止其相对于索环扭转。 在操作中,通过将收纳在通道开口中的电缆和固定到索环的柔性延伸部的自由端区域的电缆相对于索环扭转内部,以防止其相对于其扭转,柔性延伸部被扭曲 以压缩电缆以将其保持在插座中并为其提供张力释放。
    • 86. 发明授权
    • Progressively fused ceramic seals between spaced members such as a
terminal pin and a ferrule
    • 在诸如端子销和套圈的间隔构件之间逐渐熔合陶瓷密封
    • US4425476A
    • 1984-01-10
    • US251512
    • 1981-04-06
    • James C. Kyle
    • James C. Kyle
    • H01B17/30H01B17/26C03C3/22C03C27/02
    • H01B17/305Y10T403/213Y10T403/217Y10T403/35
    • A ferrule is provided with an opening extending through the ferrule and a terminal pin is disposed in the opening in spaced relationship to the ferrule. A plurality of insulating members are disposed on the terminal pin in the opening in a stacked relationship. Each of the insulating members is fused to the terminal pin and the ferrule. Each of the insulating members in the stack has a higher temperature of fusion than the preceding members in the stack. The insulating members in the stack are progressively fused to the ferrule and the terminal pin by the application of progressive temperatures to the terminal pin, the ferrule and the insulating members.The insulating members having the highest temperature of fusion are provided with properties of being able to withstand large forces without any degradation of the fusion with the terminal pin and the ferrule. The insulating members of the reduced temperatures of fusion are able to withstand other types of shock such as sudden changes in temperature.The terminal pin extends through the ferrule to a position external to the ferrule. An additional insulating member is disposed on the ferrule in hermetically sealed relationship with the terminal pin and the ferrule at the external position.
    • 套圈设置有延伸穿过套圈的开口,并且端子销以与套圈间隔开的关系设置在开口中。 多个绝缘构件以堆叠的关系设置在开口中的端子销上。 每个绝缘构件被熔接到端子销和套圈。 堆叠中的每个绝缘构件具有比堆叠中的先前构件更高的熔化温度。 堆叠中的绝缘构件通过向端子销,套圈和绝缘构件施加渐进温度而逐渐熔合到套圈和端子销。 具有最高熔化温度的绝缘构件具有能够承受大的力而不会与端子销和套圈的融合的任何劣化的性质。 熔融温度降低的绝缘构件能够承受其他类型的冲击,例如突然的温度变化。 端子销通过套圈延伸到套圈外部的位置。 附加的绝缘构件以与外部位置的端子销和套圈密封的关系设置在套圈上。
    • 87. 发明授权
    • Ceramic seals between spaced members such as a terminal pin and a ferrule
    • 间隔构件之间的陶瓷密封件,例如端子销和套圈
    • US4352951A
    • 1982-10-05
    • US836659
    • 1977-09-26
    • James C. Kyle
    • James C. Kyle
    • H01B17/30H01B17/26C03C3/04C03C3/22C03C27/02
    • H01B17/305Y10T403/217
    • Acid and alkali oxides are smelted for an extended period of time at a first elevated temperature above their melting temperatures. The smelted mixture is then quenched in water and fritted. The fritted mixture is then disposed between a pair of members which are to be hermetically sealed relative to each other. The fritted mixture is then at least partially fused in an oxygen atmosphere at a second temperature below the first temperature for a relatively short period of time. The at least partially fused mixture is then rapidly cooled in air. In this way, the mixture is provided with a partially amorphous state and a partially crystalline state. The crystals in the mixture are disposed primarily at the borders of at least a particular one of the members to be sealed.The mixture hermetically seals the two members, is resistant to acids and alkalis and inhibits the propagation of cracks. The mixture is particularly adapted to seal steels such as stainless steels and steel alloys including cobalt and molybdenum or including nickel and chromium. The mixture is also adapted to seal noble metals such as platinum and also alloys such as those including nickel.
    • 在高于其熔融温度的第一个高温下,酸碱金属氧化物长时间熔炼。 然后将熔融的混合物在水中淬火并烧制。 然后将烧结混合物设置在相对于彼此气密密封的一对构件之间。 然后在低于第一温度的第二温度下将烧结的混合物在氧气氛中至少部分熔融相当短的时间。 然后将至少部分熔融的混合物在空气中快速冷却。 以这种方式,混合物具有部分无定形状态和部分结晶状态。 混合物中的晶体主要设置在待密封的至少一个特定的一个构件的边界处。 该混合物密封两个部件,耐酸碱,抑制裂纹扩散。 该混合物特别适用于密封诸如不锈钢和包括钴和钼的钢合金或包括镍和铬的钢。 该混合物还适用于密封贵金属如铂,以及诸如包括镍的合金。
    • 88. 发明授权
    • High voltage seismic bushing
    • 高压地震套管
    • US4304956A
    • 1981-12-08
    • US119687
    • 1980-02-08
    • Mitsuhiro Kishida
    • Mitsuhiro Kishida
    • H01B17/34H01B17/16H01B17/26H01F27/04
    • H01B17/16H01B17/26H01F27/04
    • A high voltage seismic bushing charged with an insulating material has a procelain tube having an adapter rigidly connected to one end of the tube. The adapter is flexibly connected to a mounting flange such that the porcelain tube is free to move relative to the mounting flange in the event of an earthquake. The means for flexibly connecting the adapter to the mounting flange utilizes a spring mechanism to absorb the energy through friction to attenuate the movement of the porcelain tube. A resilient buffer member is interposed between the adapter and the mounting flange to provide a predetermined spacing therebetween and absorb the impact due to the movement of the adapter relative to the mounting flange. A sealing member seals the interface between the adapter and the mounting flange for containing the insulating material charged therein.
    • 装有绝缘材料的高压地震套管具有一个具有刚性地连接到管的一端的适配器的插管。 适配器柔性地连接到安装法兰,使得瓷管在发生地震时相对于安装法兰自由移动。 用于将适配器柔性连接到安装凸缘的装置利用弹簧机构通过摩擦吸收能量以衰减瓷管的移动。 弹性缓冲构件介于适配器和安装凸缘之间以在其间提供预定的间隔并且吸收由于适配器相对于安装凸缘的移动而引起的冲击。 密封构件密封适配器和安装凸缘之间的界面,用于容纳填充在其中的绝缘材料。
    • 90. 发明授权
    • Gas-insulated high-voltage bushing with shield electrode embedded in an
annular insulating body
    • 带有屏蔽电极的气体绝缘高压套管嵌入环形绝缘体
    • US4272642A
    • 1981-06-09
    • US74236
    • 1979-09-10
    • Ake Classon
    • Ake Classon
    • H01B17/36H01B17/28H01B17/26H01B17/42
    • H01B17/28
    • An electrical bushing which contains a pressurized gas as the main insulation and which contains a metallic shield electrode therein near the grounded end of the tubular outer insulator for control of the voltage distribution, also includes a solid insulating body which is made of a material having a higher permittivity than the insulating gas, thus enabling the bushing to have a smaller diameter. The metallic shield electrode is at least partially embedded in the insulating body. The insulating body includes an upper field-controlling portion in the space between the tubular outer insulator and the central current conductor which includes an inner side that extends towards the conductor to form a tapered annular space, most of the upper portion being located beyond the metallic shield electrode with respect to the grounded end of the tubular insulator.
    • 包含作为主绝缘体的加压气体并且在管状外绝缘体的接地端附近包含金属屏蔽电极以控制电压分布的电气套管还包括固体绝缘体,其由具有 比绝缘气体具有更高的介电常数,从而使套管具有更小的直径。 金属屏蔽电极至少部分地嵌入绝缘体。 绝缘体包括在管状外绝缘体和中心电流导体之间的空间中的上场控制部分,其包括向导体延伸的内侧,以形成锥形环形空间,大部分上部位于金属 屏蔽电极相对于管状绝缘体的接地端。