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    • 6. 发明专利
    • ELECTROMAGNETIC RELAY
    • JPS63274034A
    • 1988-11-11
    • JP10914087
    • 1987-05-02
    • OMRON TATEISI ELECTRONICS CO
    • NAKANISHI YOICHI
    • H01H50/54H01H1/023
    • PURPOSE:To relax the adhesion of a contact by making the contact surface layer of a movable contact or a fixed contact with a gold-nickel alloy including less then 3 % nickel, or a gold-palladium alloy including less than 30 % palladium. CONSTITUTION:The surface layer of either a movable contact or a fixed contact is made of a gold-nickel alloy or a gold-palladium alloy, and the content of the nickel in the gold-nickel alloy is set less than 3 %, while the content of the palladium in the gold-palladium alloy is set less than 30 %. In a contact mechanism 30, for example, a movable contact 33 is made by forming a surface layer 33b of gold-1%neckel alloy over a silver liner layer, while the fixed contact 35 at a constantly-closed side and the fixed contact 37 at a constantly- opened side are made by forming surface layers 35b and 37b of gold-1% nickel alloy over silver liner layers 35a and 37a. A contact mechanism 30' is also made in the same manner. In such a composition, even though the unit is cleaned by supersonic waves, the adhesion of the contact is relaxed, the initial operational voltage can be made lower, and moreover, the contact resistance is stabilized, resulting in the improvement of the operational performance.
    • 7. 发明专利
    • HIGH FREQUENCY RELAY
    • JPH09259725A
    • 1997-10-03
    • JP5963496
    • 1996-03-15
    • OMRON TATEISI ELECTRONICS CO
    • NAKANISHI YOICHI
    • H01H50/10H01H50/18H01H50/56H01H51/22
    • PROBLEM TO BE SOLVED: To provide a high frequency relay by which the number of part items and assembling manhours can be reduced and which is excellent in assembling workability by integrally forming a contactor block by connecting a contactor, a grand relay terminal, a shielding connecting part and movable contact pieces to each other. SOLUTION: In a high frequency relay, an armature block 40 is constituted by integrally forming a grand relay terminal 43 and movable contact pieces 44 and 45 in an almost central part of a armature 41 through a support body 42 by outsert molding. The movable contact piece 45 is formed by connecting one end parts of movable parts 45a juxtaposed on both sides of the armature 41 and one end part of an almost U-shaped shielding connecting part 45b to each other, and is integrally formed with the armature 41 by performing insert molding. A support projecting part 41c of the armature 41 is placed on an upper end surface of a permanent magnet 30, and a connection receiving part 43a of a grand terminal 23 by insert molding is integrally welded to a base block 20, and movable contact points 44c and 45c are opposed so as to alternately contact with and separate from fixed contact points 24a and 25b.
    • 8. 发明专利
    • RELAY AND ITS MANUFACTURE
    • JPH09147720A
    • 1997-06-06
    • JP29976595
    • 1995-11-17
    • OMRON TATEISI ELECTRONICS CO
    • NAKAJIMA TAKUYAHORIIKE SUMIOOMI TOSHIHIKONAKANISHI YOICHI
    • H01L41/08H01H1/00H01H11/00H01H57/00H01H67/22
    • PROBLEM TO BE SOLVED: To provide a mechanical contact mechanism excellent in vibration resistance, frequency characteristic, and insulation by providing a fixed contact on the lower surface of the insulator substrate of a stationary-contact block in such a way that it faces the movable contact of a movable-contact block in such a manner that it can move into and out of contact with the movable contact. SOLUTION: A leading part 22a is plated with Au or Ag its end to form a movable contact 14, after which a recess 12 is formed by etching of a silicon wafer 11 to obtain a movable-contact block 10. A stationary-contact block 30 is stacked on the edge of the upper surface of the block 10 via a circular spacer that is quadrant on plan view, and a movable contact 14 is opposed to a fixed contact 32 at a predetermined contact-to-contact distance in such a way that it can move into and out of contact with the stationary contact. If no voltage are applied to driving electrodes 19, 20, a piezoelectric thin film 18 is not warped, and the contacts 14, 32 are separated. If voltages are applied to the electrodes 17, 20, the thin film 18 is warped with its upper surface projecting, and a movable piece 13 pushes up the contact 14, bringing the contact 14, 32 into contact to close an electric circuit.