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    • 54. 发明授权
    • Contact electrode for vacuum interrupter
    • 真空灭弧室接触极
    • US5726407A
    • 1998-03-10
    • US611000
    • 1996-03-07
    • Tsutomu OkutomiTsuneyo SekiAtsushi Yamamoto
    • Tsutomu OkutomiTsuneyo SekiAtsushi Yamamoto
    • H01H33/66H01H1/02H01H1/023H01H1/025H01H11/04
    • H01H1/0203H01H33/66261H01H33/664
    • A contact electrode for a vacuum interrupter including a conductive component having at least one selected from the group consisting of copper and silver, and an arc-proof component with a melting temperature of more than 1500.degree. C. In the contact electrode, a gradient A/X of a quantity of a composition component of the contact electrode on a surface or the contact electrode is 0.2-12 volume %/mm. Where, X1 is one point on the line of any radius R1 on the surface of the contact electrode, X2 is another point on the line of the radius R1 on the surface of the contact electrode, and X is a gap between the one point X1 and the another point X2 measured by mm, where X=X2-X1, and X2>X1 .gtoreq.0. A1 is a quantity of the composition component measured by volume % in the contact electrode at the one point X1, A2 is a quantity of the composition component measured by volume % in the contact electrode at the another point X2 and A is a difference between the quantities A1 and A2 of the composition component measured by volume %, where A=A2-A1.
    • 一种用于真空断路器的接触电极,包括具有选自铜和银中的至少一种的导电组分和熔点高于1500℃的耐电弧组分。在接触电极中,梯度A 表面或接触电极上的接触电极的组成成分的量的/ X为0.2-12体积%/ mm。 其中,X1是接触电极表面上的任何半径R1的线上的一点,X2是接触电极表面上的半径R1的线上的另一点,X是一点X1之间的间隙 另一个点X2由mm测量,其中X = X2-X1,X2> X1> / = 0。 A1是在一点X1处的接触电极中的体积%的量的组成成分的量,A2是在另一点X2处的接触电极中的体积%测定的组成成分的量,A是在 组分成分的量A1和A2以体积%测定,其中A = A2-A1。
    • 55. 发明授权
    • Electrical switch having a stationary contact of a bimetallic material
    • 电开关具有双金属材料的固定接触
    • US5712611A
    • 1998-01-27
    • US423350
    • 1995-04-18
    • Anton MattesRoland Neitzel
    • Anton MattesRoland Neitzel
    • H01H11/00H01H11/04H01H13/28H01H37/52H01H1/04
    • H01H13/28H01H11/0056H01H11/041H01H2011/0087
    • The invention relates to an electrical switch having a contact system which includes a switching contact and at least one stationary contact. The stationary contact has a body and a contact surface which interacts with the switching contact. Furthermore, the stationary contact is arranged on a contact support which has a first wide side and a second narrow side approximately at right angles thereto and in which a recess is located in the first side, which recess has an opening, which faces the switching contact, on the second side. The body of the stationary contact is inserted into the recess in such a manner that the contact surface of the stationary contact is located on the second side. The stationary contact is designed as a bimetallic contact made of a first material for the body and of a second material in the form of a contact facing on the body. The bimetallic contact is arranged as a prefabricated part, with the contact facing as the contact surface on the contact support. A method for producing such a switch is furthermore described.
    • 本发明涉及具有接触系统的电气开关,该接触系统包括开关触点和至少一个固定触点。 固定触点具有与开关触点相互作用的主体和接触表面。 此外,固定接触件布置在接触支撑件上,接触支撑件具有大致与其成直角的第一宽侧和第二窄边,并且凹部位于第一侧中,该凹部具有开口,该开口面向开关触点 ,在第二边。 固定触点的主体以固定触点的接触表面位于第二侧的方式插入到凹部中。 固定触点被设计为由用于主体的第一材料制成的双金属触点和面向主体的触点形式的第二材料。 双金属触点被布置为预制部件,触点面向接触支撑件上的接触表面。 此外还描述了用于制造这种开关的方法。