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    • 1. 发明专利
    • SWITCHING DEVICE
    • JPH10112239A
    • 1998-04-28
    • JP28127896
    • 1996-10-03
    • OMRON TATEISI ELECTRONICS CO
    • KISHI SHIGENOBU
    • H01H13/32
    • PROBLEM TO BE SOLVED: To enable forcible separation, without increasing the number of parts, and to provide a compact device with low cost by adding an operating force added to an operation plunger, to a movable piece not through a lever, and directly separating a deposited contact. SOLUTION: In ordinary operations, when an operation plunger 8 is pushed, a movable piece pressing part 27 of the plunger 8 pushes a lever 6, the lever 6 is rocked on a rocking fulcrum part 22, to stretch a movable piece 5 in the direction for compressing a movable spring 7, and the snap action operation is performed, thereby a movable contact 20 is separated from a fixed contact 13. However, in the case when the movable contact 20 of the movable piece 5 is deposited on a fixed contact 13, the pressing part 27 at a point, directly pushes the movable piece 5, when the plunger 8 is forced to a position of the forced separation, thereby the movable contact 20 is forcibly separated from the fixed contact 13. In this way, the operation force added to the plunger 8, is added to the movable piece 5 not through the lever 6, and the deposited contact is directly separated, thereby the compact device can be manufactured with the low cost without increasing the number of parts.
    • 2. 发明专利
    • LIMIT SWITCH
    • JPH09198966A
    • 1997-07-31
    • JP1927496
    • 1996-01-11
    • OMRON TATEISI ELECTRONICS CO
    • KISHI SHIGENOBUKAWASHIMA KATSUMI
    • H01H21/28H01H3/16H01H36/00
    • PROBLEM TO BE SOLVED: To resolve the defective contact of contact point portions and the defective operation caused by the corrosion of components and improve long- term contact reliability by providing a permanent magnet, magnetic plates, and a moving member set to the operational state when an actuator is operated. SOLUTION: The center section of a permanent magnet 16 is fixed to a rotary shaft 15 provided at the upper section in a case 1. The magnet 16 is inserted between a pair of magnetic plates 13, 13, the protruded section of the shaft 15 to the outside of the case 1 is connected to the output side of a gear mechanism 17. The base section of an actuator 18 is fixed to the input side of the gear mechanism 17. The gear mechanism 17 sets the magnet 16 to the erect state via the shaft 15 when the actuator 18 is kept at the erect state. When the actuator 18 is inclined by the prescribed angle for operation, the magnet 16 is set to the attitude perpendicular to the magnetic plates 13, 13 from the erect state via the shaft 15, then the magnetic plates 13, 13 are magnetized. A switch section A is turned on or off via the moving member 8, a normally closed terminal 5, a normally opened terminal 6, and a moving piece 10. Since the switch section A is magnetically operated, long-term contact reliability can be improved.
    • 3. 发明专利
    • SWITCH USING KEY
    • JPH08203390A
    • 1996-08-09
    • JP3185595
    • 1995-01-30
    • OMRON TATEISI ELECTRONICS CO
    • YONEHARA HIROTOMIYOSHI TETSUHIKONIWA TAKASHIKISHI SHIGENOBU
    • H01H27/06
    • PURPOSE: To provide a switch that uses a key and ensures high safety during use. CONSTITUTION: Locking members 16R, 16L and a spring 17 intervening between the locking members 16R, 16L are enclosed in the locking-member storage hole portion 18 of a rotating cam 15, and a support shaft 28 is inserted into the bearing hole portions of the locking members 16R, 16L, with both ends of the support shaft 28 rotatably supported in the bearing hole portions 12a, 12b of a head 3. Then the locking members 16R, 16L are separated from each other by the energizing force of a spring 17, and the locking projections 24 of the locking members 16R, 16L are inserted into locking hole portions 30a, 30b to lock a rotating cam 15. The guide surface portions 26 of the locking members 16R, 16L are pressed by an operating portion at the end of a key inserted in the key hole 13, so as to move the locking members 16R, 16L against a spring 17 to unlock the locking projections 24 of the locking members 16R, 16L from the locking hole portions 30a, 30b to undo a lock.