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    • 1. 发明公开
    • MULTI-PHASE ELECTROMAGNETIC RELAY
    • EP4358109A1
    • 2024-04-24
    • EP22824323.4
    • 2022-06-17
    • Xiamen Hongfa Electric Power Controls Co., Ltd.
    • ZHONG, ShumingDAI, WenguangLI, FangnengYIN, JianfengJIANG, Ziyu
    • H01H50/56H01H50/14
    • H01H50/14H01H50/56
    • A multi-phase electromagnetic relay, comprising a plurality of paths of lead-out terminals and a plurality of movable and stationary contact matching structures (61, 62, 63), wherein each lead-out terminal separately comprises a wire inlet terminal (21, 22, 23) and a wire outlet terminal (31, 32, 33); a movable and stationary contact matching structure is matched between the wire inlet terminal and the wire outlet terminal in the same path; a plurality of wire inlet terminals are arranged at one side of the movable and stationary contact matching structure, and a plurality of wire outlet terminals are arranged at the other side of the movable and stationary contact matching structure; The plurality of wire inlet terminals are spaced apart from each other but are not staggered, the plurality of wire outlet terminals are spaced apart from each other but are not staggered, and the plurality of wire inlet terminals and the plurality of wire outlet terminals are spaced apart from each other but are not staggered; The external connection ends (211, 221, 231) of the plurality of wire inlet terminals and the external connection ends (311, 321, 331) of the plurality of wire outlet terminals all extend towards the same direction; and the external connection end of the wire inlet terminal and the external connection end of the wire outlet terminal in the same path are oppositely arranged at the two sides of the movable and stationary contact matching structure. According to the multi-phase electromagnetic relay, the lead-out terminals can be prevented from being arranged in a staggered mode, so that the problems of complex insulation and spot-welding are solved, and copper consumption can be reduced; moreover, the copper consumption of movable and stationary spring components in the relay can be reduced, so that the cost is reduced.
    • 8. 发明公开
    • MAGNETIC LATCHING RELAY HAVING MICROSWITCH
    • EP4047629A1
    • 2022-08-24
    • EP20877395.2
    • 2020-07-22
    • Xiamen Hongfa Electric Power Controls Co., Ltd.
    • ZHONG, ShumingLIAO, GuojinDAI, WenguangLI, Fangneng
    • H01H50/08H01H50/18H01H50/64H01H51/01
    • A magnetic latching relay having a microswitch (2), comprising an insulating housing (1) and the microswitch (2). The insulating housing (1) is formed by fixedly connecting a base (11) and a cover (12); an armature assembly (31) is pivotally connected to the base (11); an assembly area (112) for accommodating the microswitch (2) is provided at the end of the base (11) close to the armature assembly (31); a microswitch (2) housing abuts against the bottom of the assembly area (112) and is positioned by the assembly area (112); the side of the microswitch (2) housing close to the armature assembly (31) is partially suspended; the space below the suspended part of the microswitch (2) housing gives way to movement of the armature assembly (31) and/or push fasteners (4); the cover (12) presses the microswitch (2) housing; a pressing rod (313) extends from one end of the armature assembly (31) to the cover (12) side; when the armature assembly (31) rotates, the pressing rod (313) presses a microswitch (2) trigger reed (22) or release the microswitch (2) trigger reed (22). Further, the bottom of the assembly area (112) is provided with two positioning columns (1a), and each of the positioning columns (1a) is inserted into a mounting hole (21) on the microswitch (2). The magnetic latching relay having the microswitch (2) has a compact structure, making the magnetic latching relay additionally provided with the microswitch (2) have a small size.
    • 9. 发明公开
    • HIGH-VOLTAGE DIRECT-CURRENT RELAY AND ASSEMBLY METHOD THEREFOR
    • EP3396693A1
    • 2018-10-31
    • EP16877703.5
    • 2016-12-20
    • Xiamen Hongfa Electric Power Controls Co., Ltd.
    • SHI, ShengshengZHONG, Shuming
    • H01H50/64
    • H01H50/64H01H1/18H01H1/2008H01H1/50H01H50/20H01H50/546H01H50/641
    • A high-voltage direct-current relay and an assembly method therefor. The high-voltage direct-current relay comprises two fixed contacts (11, 12) and one movable assembly. The movable assembly comprises a movable spring part (6), a main spring (2) and a pushing rod assembly. The pushing rod assembly consists of two independent components that are a pushing rod part (8) and a U-shaped basket (7). The pushing rod part (8) comprises a fixed piece (82) and a pushing rod (81) that are fixed together by insulation plastic (83). After the main spring (2), the movable spring part (6) and the U-shaped basket (7) are sequentially disposed at the top of the pushing rod part (8), the two ends of the fixed piece (82) are respectively fixed with the bottom of the side part (72) of the U-shaped basket (7), so that the main spring (2) is elastically tightened between the bottom surface of the movable spring part (6) and the insulation plastic (83) of the pushing rod part (8), and a movable spring piece (61) props against the inner side of the top (71) of the U-shaped basket (7). In the high-voltage direct-current relay, by dividing the pushing rod assembly into two independent components, the high-voltage direct-current relay has the characteristics of simplicity in structure, convenience in forming and easiness in ensuring size accuracy; meanwhile, the two components are easy to assemble, and automatic assembly of components that are mutually matched is easily implemented; and moreover, the bonding resistant ability can also be enhanced.