会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明公开
    • 전자기 릴레이
    • 电磁继电器
    • KR1020010051224A
    • 2001-06-25
    • KR1020000062792
    • 2000-10-25
    • 파나소닉 전공 주식회사
    • 나까가와마사후미가미따니후미히로마쯔이오사무노부또끼가즈히로모또야마마사노리니시까와도요따까
    • H01H50/02
    • H01H51/2272H01H50/646
    • PURPOSE: An electromagnetic relay is provided to exhibit low electromagnetic fluctuation, to improve antishock, and to easily adjust sensitivity. CONSTITUTION: An electromagnet block(13) comprises a stationary spring block(11), moveable spring(12), connecting metal strip(131), bobbin(132), coil(133), and coil terminal(134). A pole contact block(14) comprises a permanent magnet(141), pole contact(142), auxiliary connecting metal strip(143), and hinge spring(144). The pole contact block(14) and card(15) are mounted in a frame(16). The pole contact(142) has a projection for mounting the card(15), projection formed in the left central portion, and shaft part(142c) for fastening a rivet. The auxiliary metal sprit(143) has a protrusion(143a) for attaching a hinge spring(144), and projection for attaching the auxiliary metal strip(143) to the frame(16). The hinge spring(144) has side parts(144b) for grasping the permanent magnet(141), opening for receiving the shaft part(142c) of the pole contact(142), and opening for receiving the protrusion(143a) of the auxiliary metal strip(143).
    • 目的:提供电磁继电器,以显示低电磁波动,改善抗震性,并易于灵敏度调节。 构成:电磁块(13)包括固定弹簧块(11),可动弹簧(12),连接金属带(131),线轴(132),线圈(133)和线圈端子(134)。 极接触块(14)包括永磁体(141),极触点(142),辅助连接金属带(143)和铰链弹簧(144)。 极接触块(14)和卡(15)安装在框架(16)中。 极触点(142)具有用于安装卡(15)的突起,形成在左中心部分的突出部和用于紧固铆钉的轴部(142c)。 辅助金属喷嘴(143)具有用于安装铰链弹簧(144)的突起(143a)和用于将辅助金属带(143)附接到框架(16)的突起。 铰链弹簧(144)具有用于抓持永磁体(141)的侧部(144b),用于容纳极接触件(142)的轴部分(142c)的开口,以及用于接收辅助件的突起(143a)的开口 金属条(143)。
    • 7. 发明公开
    • 전자석, 전자 계전기 및 전자 계전기를 성형하는 방법
    • 电磁继电器
    • KR1020000047948A
    • 2000-07-25
    • KR1019990055345
    • 1999-12-07
    • 파나소닉 전공 주식회사
    • 미야자끼가쯔지시모무라쯔또무니시까와도요따까쯔지마사루마끼노마사까쯔
    • H01H50/36
    • H01H50/36H01H50/026H01H50/642H01H2050/367
    • PURPOSE: An electromagnet fixing structure of an electromagnetic relay and a method of fixing the electromagnet are provided to increase an attraction force of an electromagnet exerting on the armature without an increase of cost, and to manage the thick dimensions when the yokes are manufactured. CONSTITUTION: An electromagnet fixing structure for the electromagnetic relay fixes a yoke(11) and an iron core(12), which form an electromagnet. In the fixing structure, a yoke(11), shaped like L, includes a bent surface portion(111). A rectangular through hole(112) is formed in the central portion of the bent surface portion(111). A rod-like iron core(12) is formed which has a cross section larger in the longitudinal direction than the rectangular through hole(112). A protruded portion(121) of which the end face(121a) is somewhat smaller than the through hole(112) is formed at the central portion of one end of the iron core(12). The yoke(11) and the iron core(12) are fixed by inserting the protruded portion(121) into the through hole(112). Circular holes(113,114) are formed in the yoke(11). A flange(122) is formed at the other end of the iron core(12), while being separated from and facing the bent surface portion(111). A length(L121) of the protruded portion(121) is selected to be longer than a length(L112) of the through hole(112). The yoke(11) and the iron core(82) in the electromagnet fixing structure are used together with a coil block(13) which includes a cylindrical bobbin(131) on which a coil(132) is wound and a pair of coil terminals(133) electrically connected to the coil(132), whereby an electromagnet is formed. Here, the yoke(11) and the iron core(12) are both fixed temporarily.
    • 目的:提供电磁继电器的电磁铁固定结构和固定电磁铁的方法,以增加电磁铁在电枢上的吸引力而不增加成本,并且在制造磁轭时管理厚度尺寸。 构成:用于电磁继电器的电磁体固定结构固定形成电磁体的磁轭(11)和铁芯(12)。 在固定结构中,成形为L的轭(11)包括弯曲表面部分(111)。 矩形通孔(112)形成在弯曲表面部分(111)的中心部分。 形成具有比矩形通孔(112)在纵向方向更大的横截面的棒状铁芯(12)。 在铁芯(12)的一端的中央部形成有突出部(121),其端面(121a)略小于通孔(112)。 轭(11)和铁芯(12)通过将突出部分(121)插入到通孔(112)中来固定。 磁轭(11)中形成有圆形孔(113,114)。 在铁芯(12)的另一端形成有与弯曲表面部分(111)分离并面对弯曲表面部分(111)的凸缘(122)。 突出部分121的长度(L121)被选择为长于通孔(112)的长度(L112)。 电磁铁固定结构中的磁轭(11)和铁芯(82)与包括卷绕有线圈(132)的圆筒形绕线管(131)的线圈块(13)一起使用,并且一对线圈端子 (133),其电连接到所述线圈(132),由此形成电磁体。 这里,轭(11)和铁芯(12)都被暂时固定。