| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 簧片开关 | CN201210029868.5 | 2012-02-10 | CN102683117A | 2012-09-19 | 中桥俊二; 滨田健次郎; 若林洋一 |
| 本发明提供一种C触点形式的簧片开关。簧片开关(10b)具备：封入容器(12)；第1固定端子片(62a)，配置在封入容器(12)的一端侧；第2固定端子片(22b)，设置为相对于第1固定端子片(62a)具有间隔；第3固定端子片(55)，配置在封入容器(12)的另一端侧；可动簧片(56)，隔着磁隙配置在第3固定端子片(55)的一个端部的旁边，前端部可与第1固定端子片(62a)接触，与前端部相比在长度方向中央侧具有可动触点部(42)；第1弹簧构件(26a)，可在前端部接触可动触点部(42)；第2弹簧构件(26b)，可在前端部接触可动触点部(42)；及第3弹簧构件(26c)，一个端部固定于可动簧片(56)，另一个端部固定于第3固定端子片(55)。 | ||||||
| 2 | 簧片开关 | CN201210029868.5 | 2012-02-10 | CN102683117B | 2015-02-18 | 中桥俊二; 滨田健次郎; 若林洋一 |
| 本发明提供一种簧片开关。在簧片开关(10b)中，第1固定端子片比第2固定端子片进一步向第3固定端子片侧延长，第3弹簧构件的弹簧常数K3被设定为比第1弹簧构件的弹簧常数K1小，在从封入容器的外部施加有磁场时，可动簧片的前端部与第1固定端子片的一个端部接触，且可动触点部与第1弹簧构件接触，在未从封入容器的外部施加磁场时，可动触点部与第2弹簧构件接触。从而确保了触点可靠的接触压力，能够更可靠地确保流过电流的导电路径，以驱动马达。 | ||||||
| 3 | Interrupteur à position de fonctionnement indifférente et relais utilisant un tel interrupteur | EP82400420.4 | 1982-03-09 | EP0061383B1 | 1985-01-09 | Legrand, Jacques; Holvoet, Gérard; Pouyez, Philippe |
| 4 | MINIATURE MERCURY CONTACT REED SWITCH CONSTRUCTION | EP79900169.8 | 1979-01-15 | EP0008300B1 | 1982-04-21 | LACIS, Laimons; HORVATH, Steven |
| A mercury wetted reed switch in which the electrical switch contacts are provided with a geometric configuration which minimizes the amount of magnetic force required to close the switch contacts which are normally open in the absence of a magnetic field and which at the same time provides a quick acting switch for applications which cannot tolerate delays. A first conductive magnetic member (11) is supported by insulating support structure (10) and has a stepped construction provided by a magnetic conductive extension (11b) laterally offset from axial alignment with the rest of the member and extending parallel to the axial direction away from the support. A second conductive magnetic member (13) provides an armature support element supported on the insulating support structure (10) and generally aligned with but separated from the first magnetic member. The second conductive magnetic member also has a stepped construction provided by magnetic conductive extension (13a) laterally offset from the axial alignment to the same side as the extension (11b) of the first conductive member. A magnetic armature member (15) extends between the first and second magnetic members and is of such length and position that it overlaps the axial extending portions of each conductive magnetic member and fits within the step of each without touching. A spring support member (16) connects the armature support element and the armature. The spring support provides a flexible connection which permits the armature to move into improved alignment with the first and second magnetic members to a reluctance minimizing position in the presence of a magnetic field. | ||||||
| 5 | リードスイッチリレー及び集積回路基板 | JP2016556923 | 2014-03-11 | JP6363725B2 | 2018-07-25 | ▲ゴン▼ 蜀剛 |
| 6 | Switch gap adjustment method of the reed switch | JP51155896 | 1995-09-20 | JPH09506466A | 1997-06-24 | ドーレン ヨハネス パウラス コーネリス ファン; ウィレム ホフィング |
| (57)【要約】 リードスイッチのガラス質容器内の互いに重なり合う金属カンチレバー部材（９，１１）の相互間隔（ｇ）を調整する方法において、前記容器を殆ど透過する放射エネルギーのビーム（２１）を、制御期間の間前記容器を経て少なくとも１つのカンチレバー部材（１１）の局所領域（ｐ）上に向けて照射し、これによりこの照射領域（ｐ）を中心とする当該カンチレバー部材（１１）の熱による永久的な曲げを達成する。 | ||||||
| 7 | Magnetic reed contact | JP3456976 | 1976-03-31 | JPS51121171A | 1976-10-22 | UENDERU EDOWAADO AACHIYAA |
| 8 | JPS505841A - | JP13362073 | 1973-11-30 | JPS505841A | 1975-01-22 | |
| 9 | JPS4818755B1 - | JP2018969 | 1969-03-17 | JPS4818755B1 | 1973-06-08 | |
| 10 | INLINE REED SWITCH RELAY AND INTEGRATED CIRCUIT BOARD | EP14885599 | 2014-03-11 | EP3118882A4 | 2017-11-08 | GONG SHUGANG |
| An inline reed relay comprises at least one reed assembly (1) and a housing (3). The reed assembly (1) comprises at least two reed switches (11). Each reed switch (11) has two pins (111). The inline reed relay also comprises at least one pair of metal pins (2) respectively connected to the two pins (111) of the reed switches. One end of each metal pin (2) extends out of the housing (3). The inline reed relay also comprises a control pin disposed on the housing. The inline reed relay of the present invention allows the reed switches being integrated through the injection molded housing, and the reed switches are connected to an external circuit board via the metal pins, because the metal pins can be maintained a fixed shape and difficult to deform, the processing size and position tolerances of the inline reed relay can meet the requirements of mechanized automatic welding, such that large-scale application of the inline reed relay in mechanized automatic welding is allowed, thereby improving welding efficiency and production assembly efficiency and reducing labor costs. | ||||||
| 11 | INLINE REED SWITCH RELAY AND INTEGRATED CIRCUIT BOARD | EP14885599.2 | 2014-03-11 | EP3118882A1 | 2017-01-18 | GONG, Shugang |
An inline reed relay comprises at least one reed assembly (1) and a housing (3). The reed assembly (1) comprises at least two reed switches (11). Each reed switch (11) has two pins (111). The inline reed relay also comprises at least one pair of metal pins (2) respectively connected to the two pins (111) of the reed switches. One end of each metal pin (2) extends out of the housing (3). The inline reed relay also comprises a control pin disposed on the housing. The inline reed relay of the present invention allows the reed switches being integrated through the injection molded housing, and the reed switches are connected to an external circuit board via the metal pins, because the metal pins can be maintained a fixed shape and difficult to deform, the processing size and position tolerances of the inline reed relay can meet the requirements of mechanized automatic welding, such that large-scale application of the inline reed relay in mechanized automatic welding is allowed, thereby improving welding efficiency and production assembly efficiency and reducing labor costs. |
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| 12 | METHOD OF ADJUSTING THE SWITCH-GAP IN A REED SWITCH | EP95929989.2 | 1995-09-20 | EP0731978B1 | 1998-06-10 | HOVING, Willem; VAN DOOREN, Johannes, Paulus, Cornelis |
| 13 | METHOD OF ADJUSTING THE SWITCH-GAP IN A REED SWITCH | EP95929989.0 | 1995-09-20 | EP0731978A1 | 1996-09-18 | HOVING, Willem; VAN DOOREN, Johannes, Paulus, Cornelis |
| A method of adjusting the mutual separation (g) of the two overlapping metallic cantilever members (9, 11) within the vitreous envelope of a reed switch, whereby a beam (21) of radiant energy to which the envelope is substantially transparent is directed for a controlled period of time through the envelope onto a localised area (p) of at least one of the members (11), thereby effecting permanent thermally-induced bending of that member (11) about the irradiated area (p). | ||||||
| 14 | Interrupteur à position de fonctionnement indifférente et relais utilisant un tel interrupteur | EP82400420.4 | 1982-03-09 | EP0061383A1 | 1982-09-29 | Legrand, Jacques; Holvoet, Gérard; Pouyez, Philippe |
La présente invention concerne un interrupteur muni de deux contacts électriques (46, 47) et d'une lame mobile (6) reliée à un troisième contact, chaque interrupteur étant disposé à l'intérieur d'un boîtier (1), ladite lame (6) pouvant basculer du premier au deuxième contact (46, 47) ou vice-versa sous l'action d'un champ magnétique extérieur. Selon l'invention, le premier et le deuxième contacts (46, 47) comportent une partie intermédiaire (44, 45) en matériau électriquement conducteur et amagnétique. Application : Relais électromagnétiques. |
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| 15 | MINIATURE MERCURY CONTACT REED SWITCH CONSTRUCTION. | EP79900169 | 1979-08-13 | EP0008300A1 | 1980-02-20 | LACIS LAIMONS; HORVATH STEVEN |
| Commutateur reed humecte au mercure dans lequel les contacts electriques de commutation ont une configuration geometrique reduisant au minimum la force magnetique necessaire pour fermer les contacts normalement ouverts en absence de champ magnetique permettant une application necessitant une commutation rapide dans laquelle un retard n'est pas tolerable. Un premier membre magnetique conducteur (11) est porte par une structure isolante de support (10) et presente une structure en gradin materialisee par une extension magnetique conductrice (11b) decalee lateralement par rapport a l'alignement axial de la partie restante du membre et s'etendant parallelement a la direction axiale dans le sens oppose a celui ou se trouve le support. Un second membre conducteur magnetique (13) constitue un element de support d'armature porte sur la structure isolante de support (10) ayant une direction generale alignee avec le premier membre mais separee de ce dernier. Le deuxieme membre conducteur magnetique a aussi une structure en gradin concretisee par une extension conductrice magnetique (13a) decalee lateralement de l'alignement axial, du meme cote que l'extension (11b) du premier membre magnetique conducteur. Une armature magnetique (15) s'etend entre le premier et le second membre magnetique conducteur et possede une longueur telle qu'elle chevauche les portions qui s'etendent axialement, de chaque membre magnetique conducteur et s'ajuste dans chaque gradin en evitant cependant le contact. Un element de ressort de support (16) connecte l'element de support d'armature avec l'armature. Le ressort de support constitue une connexion flexible permettant a l'armature de prendre une position de meilleur alignement avec les premier et second membres magnetiques, position dans laquelle la reluctance magnetique est minimale en presence d'un champ magnetique. | ||||||
| 16 | 직접 삽입식 리드 스위치 릴레이 및 집적회로 기판 | KR1020167025018 | 2014-03-11 | KR1020160132399A | 2016-11-18 | 공,슈강 |
| 직접삽입식리드스위치릴레이에있어서, 적어도한 세트의리드스위치어셈블리(1) 및케이스(3)가포함되고, 리드스위치어셈블리(1)에는적어도두 개의리드스위치(11)가포함되며, 각리드스위치(11)에는두 핀(111)이구비되고, 직접삽입식리드스위치릴레이에는또한리드스위치의두 핀(111)과각각연결되는적어도한 쌍의금속핀(2)이포함되고, 금속핀(2)의일단부는케이스외부로인출되며, 직접삽입식리드스위치릴레이에는또한케이스상에구비되는제어핀이포함된다. 해당직접삽입식리드스위치릴레이는사출성형케이스를통하여다수의리드스위치를일체로설치하고, 또한금속핀을리드스위치와외부회로기판이연결되도록하여, 금속핀이고정적인형상을유지할수 있고쉽게변형되지않기때문에, 직접삽입식리드스위치릴레이의가공크기및 위치오차가기계자동화용접의요구를만족시킬수 있으므로, 대규모로기계자동화용접에응용될수 있고, 용접효율및 생산조립효율을크게향상시키고, 인력원가를낮춘다. | ||||||
| 17 | 리드 스위치를 위한 힌지를 가진 리드 | KR1020150034909 | 2015-03-13 | KR1020150108764A | 2015-09-30 | 픽하드마크 |
| 리드 스위치를 위한 리드 및 리드 스위치가 제공된다. 리드는 제1 두께와 제1 길이를 갖는 제1 부분, 제2 두께와 제2 길이를 갖는 제2 부분, 및 제1 부분과 제2 부분 사이에 배치되고 제3 두께와 제3 길이를 갖는 힌지형 부분을 포함할 수 있고, 제3 길이는 제1 두께의 150%보다 작으며, 제3 두께는 제1 두께 및 제2 두께 각각보다 작다. 리드 스위치는 리드를 변형시키기 위한 리드 변형기와 함께, 절연 하우징 내에 배치되는 리드를 포함할 수 있다.
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| 18 | 直接挿入型のリードスイッチリレー及び集積回路基板 | JP2016556923 | 2014-03-11 | JP2017509121A | 2017-03-30 | 蜀剛 ▲ごん▼ |
| 直接挿入型のドライリードリレーであって、それぞれ二つのピン(111)を有する少なくとも二つのリードスイッチ(11)を含む少なくとも一組のリードスイッチアセンブリー(1)と、ハウジング(3)と、を備え、一方の端部がハウジング(3)の外へ延出し、ドライリードの二つのピン(111)それぞれに接続される少なくとも一対の金属ピン(2)と、ハウジングに設けられる制御ピンと、を更に備える。当該直接挿入型のドライリードリレーは、ハウジングを射出成形することにより、複数のリードスイッチを一体に集積させ、且つ金属ピンによりリードスイッチそれぞれを外部回路板に接続させ、金属ピンが一定の形状を維持でき且つ変形し難いため、直接挿入型のリードスイッチリレーの加工寸法及び位置公差が機械による自動化溶接のニーズを満たすことができ、従って、大規模に機械による自動化溶接に応用でき、溶接効率及び生産組み立て効率を向上させ、労働コストを節約できる。【選択図】図3 | ||||||
| 19 | 双安定パワーリレー | JP2015004242 | 2015-08-21 | JP3202095U | 2016-01-21 | イェルク ガスマン; ステファン シュニッター; マルクス ヘルマン; マチアス クルケ; エリック ヘルツォーク |
| 【課題】小型で100A以上の切替え容量が可能で、少ないエネルギ要求で安全に切替わり、少ない部品で構成される、新規な小型双安定ハイパワーリレーを提供する。 【解決手段】双安定パワーリレーは、ハウジング壁2dを貫通して案内される2つ又はそれ以上の端子4を備えたマルチチャンバ式絶縁ハウジング1と、端子に接続される接点組立体10と、公知の双安定アクチュエータ組立体12とを有する。全ての能動部品は直立に配置される。ばねは端子脚部5に配置され、ばねには移動可能な接点が配置される。固定接点は別の端子上に配置され、両接点は相互作用する接点ペアを構成する。基部ハウジング本体2の別個のハウジングチャンバ2a内の接点組立体10と別のハウジングチャンバ2b内のアクチュエータ組立体12は絶縁ハウジング1内に配置される。アクチュエータ組立体12は、スライダ11を介して連結され、スライダ11はアクチュエータ組立体12と接点組立体10とを接続し、各接点間を切替える。 【選択図】図2 |
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| 20 | Reed switch | JP2011058390 | 2011-03-16 | JP2012195167A | 2012-10-11 | NAKABASHI SHUNJI; HAMADA KENJIRO; WAKABAYASHI YOICHI |
| PROBLEM TO BE SOLVED: To provide a reed switch in change-over contact form.SOLUTION: A reed switch 10b comprises: a sealing container 12; a first fixed terminal piece 62a arranged on one end side of the sealing container 12; a second fixed terminal piece 22b provided at a distance from the first fixed terminal piece 62a; a third fixed terminal piece 55 arranged on the other end side of the sealing container 12; a movable reed piece 56 arranged on a side of one end portion of the third fixed terminal piece 55 via a magnetic gap, including a tip portion which can contact the first fixed terminal piece 62a, and including a movable contact portion 42 in a position closer to a central side in a longitudinal direction than the tip portion; a first spring member 26a including a tip portion which the movable contact portion 42 can contact; a second spring member 26b including a tip portion which the movable contact portion 42 can contact; and a third spring member 26c including one end portion fixed to the movable reed piece 56 and the other end portion fixed to the third fixed terminal piece 55. | ||||||
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