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    • 1. 发明授权
    • Process for making reed switches
    • 制造簧片开关的过程
    • US4055888A
    • 1977-11-01
    • US729005
    • 1976-10-04
    • Vaughan Morrill, Jr.Stanley F. Jackes
    • Vaughan Morrill, Jr.Stanley F. Jackes
    • H01H11/00
    • H01H11/005Y10S65/12Y10T29/49004Y10T29/49105Y10T29/53248
    • Reed switches, contact sections of the reed of which bear with a predetermined positive force against inside surfaces of an elongated envelope, are made by forming combs, each including a header web and, integral with the web and projecting therefrom, a plurality of reed elements. The reed elements are parallel with one another and spaced from one another along the web. A plurality of elongated glass envelopes are mounted in a fixture, parallel with one another and spaced the same centerline-to-centerline distance as the reed elements. The reed elements of a first comb are inserted into one end of the envelopes and the reed elements of a second comb into the other end of the envelopes until the inner ends of the opposite reeds are in the desired positions lengthwise with respect to one another. The free inner end of each of the reed elements of the first comb is then forced against the inner wall of an envelope in one direction with a predetermined positive pressure; the free inner end of each of the reed elements of the second comb is similarly forced against the inner wall of the envelope in the opposite direction, and while the pressures are maintained, the reed elements are fused into the envelopes. The envelopes are preferably so made that only a broad outer surface of reed elements of rectangular cross section bears against the envelope at the contact end.
    • 簧片开关,其舌簧的接触部分以预定的积极力承受细长的外壳的内表面,通过形成梳子,每个梳子包括一个头部腹板,并且与腹板一体并从其突出的多个舌簧元件 。 簧片元件彼此平行并且沿着腹板彼此间隔开。 多个细长的玻璃信封安装在固定装置中,彼此平行并且间隔着与簧片元件相同的中心线到中心线的距离。 第一梳子的簧片元件被插入到信封的一端和第二梳子的舌簧元件中,直到信封的另一端,直到相对的芦苇的内端相对于彼此纵向地处于期望的位置。 然后将第一梳子的每个筘元件的自由内端以预定的正压力在一个方向上被迫抵靠外壳的内壁; 第二梳子的每个筘元件的自由内端类似地在相反方向上被迫抵靠外壳的内壁,并且当保持压力时,簧片元件被熔合到信封中。 信封优选地被制成使得仅在矩形横截面的簧片元件的宽的外表面在接触端处抵靠信封。
    • 7. 发明授权
    • Quencher clamping operation using an electromagnet
    • 使用电磁铁的淬火器夹紧操作
    • US06192709B1
    • 2001-02-27
    • US09239189
    • 1999-01-28
    • Steven K. Groothuis
    • Steven K. Groothuis
    • C03C2702
    • H01L23/49811H01L21/4853H01L23/10H01L2924/0002H01L2924/09701Y10S65/11Y10S65/12H01L2924/00
    • A method of embedding a magnetically attractable member (25) in a ceramic material (1) and a system therefor wherein there are provided a magnetically attractable member and a ceramic member capable of being placed in a molten state. The magnetically attractable member is disposed over the ceramic member and the ceramic member is placed in a molten state. The magnetically attractable member is then disposed in the molten ceramic member by magnetic attraction and the molten ceramic member is then hardened around the magnetically attractable member. The magnetically attractable member is taken from the class consisting of Alloy 42 and Kovar. The ceramic member is preferably a glass. The ceramic member is preferably disposed on a semiconductor package and the magnetically attractable member is preferably at least a portion of a semiconductor lead frame.
    • 一种将磁性吸引构件(25)嵌入陶瓷材料(1)的方法及其系统,其中设置有可磁化的构件和能够处于熔融状态的陶瓷构件。 磁性吸引构件设置在陶瓷构件上方,并且陶瓷构件被置于熔融状态。 然后通过磁吸引将磁性吸引构件设置在熔融陶瓷构件中,然后熔融的陶瓷构件在磁性吸引构件周围硬化。 磁性吸引部件取自由合金42和科瓦尔组成的一类。 陶瓷构件优选为玻璃。 陶瓷构件优选地设置在半导体封装上,并且磁性可吸引构件优选地是半导体引线框架的至少一部分。
    • 9. 发明授权
    • Plural reed switches having an integral, interconnecting web
    • 具有整体,互连网络的多媒体开关
    • US4160223A
    • 1979-07-03
    • US826727
    • 1977-08-22
    • Vaughan Morrill, Jr.Stanley F. Jackes
    • Vaughan Morrill, Jr.Stanley F. Jackes
    • H01H11/00H01H1/66
    • H01H11/005Y10S65/12Y10T29/49004Y10T29/49105Y10T29/53248
    • Reed switches, contact sections of the reed of which bear with a predetermined positive force against inside surfaces of an elongated envelope, are made by forming combs, each including a header web and, integral with the web and projecting therefrom, a plurality of reed elements. The reed elements are parallel with one another and spaced from one another along the web. A plurality of elongated glass envelopes are mounted in a fixture, parallel with one another and spaced the same centerline-to-centerline distance as the reed elements. The reed elements of a first comb are inserted into one end of the envelopes and the reed elements of a second comb into the other end of the envelopes until the inner ends of the opposite reeds are in the desired positions lengthwise with respect to one another. The free inner end of each of the reed elements of the first comb is then forced against the inner wall of an envelope in one direction with a predetermined positive pressure; the free inner end of each of the reed elements of the second comb is similarly forced against the inner wall of the envelope in the opposite direction, and while the pressures are maintained, the reed elements are fused into the envelopes. The envelopes are preferably so made that only a broad outer surface of reed elements of rectangular cross section bears against the envelope at the contact end.