JPH11104846A - Coated conductive member joining device - Google Patents
Coated conductive member joining deviceInfo
- Publication number
- JPH11104846A JPH11104846A JP27132597A JP27132597A JPH11104846A JP H11104846 A JPH11104846 A JP H11104846A JP 27132597 A JP27132597 A JP 27132597A JP 27132597 A JP27132597 A JP 27132597A JP H11104846 A JPH11104846 A JP H11104846A
- Authority
- JP
- Japan
- Prior art keywords
- electrode
- electrodes
- contact
- conductive member
- terminal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Manufacturing Of Electrical Connectors (AREA)
- Connections Effected By Soldering, Adhesion, Or Permanent Deformation (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、少なくとも１つが
電気絶縁皮膜により覆われた２つ以上の導電部材を抵抗
溶接により接合する被覆導電部材接合装置に関するもの
であり、特に、電極を３個有する接合装置の電極の小形
化に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coated conductive member joining apparatus for joining two or more conductive members, at least one of which is covered with an electric insulating film, by resistance welding. The present invention relates to downsizing of electrodes of a joining device.
【０００２】[0002]
【従来の技術】この種の接合装置においては、例えば、
特開平１−１８６２８３号公報に記載されているよう
に、３個の電極（第１，第２，第３電極と称する）のう
ち、第１電極と第３電極との間への電流の供給により電
気絶縁皮膜が溶融させられ、第１電極と第２電極との間
への電流の供給により２つ以上の導電部材が抵抗溶接さ
れる。上記公報に記載の被覆導電部材接合装置において
は、第２電極が上下方向に延びる姿勢で位置を固定して
設けられ、第１電極および第３電極がアクチュエータに
より上下方向に移動させられ、第２電極に接近，離間さ
せられるようになっている。第１電極は第２電極と同軸
に対向して設けられ、第３電極は第１電極に対して傾斜
して設けられている。第３電極は、下方ほど第１電極に
接近する向きに傾斜させられており、先端部は第１電極
に形成された溝に嵌合され、第１電極に密着させられる
とともに、溝から突出した部分が斜めに切除されて、第
１電極の軸方向と直角な当接面が形成されている。第３
電極は第２電極と電気的に接続されている。2. Description of the Related Art In this type of bonding apparatus, for example,
As described in Japanese Patent Application Laid-Open No. 1-186283, current is supplied between a first electrode and a third electrode among three electrodes (referred to as first, second, and third electrodes). Melts the electric insulating film, and the current is supplied between the first electrode and the second electrode, whereby two or more conductive members are resistance-welded. In the coated conductive member bonding apparatus described in the above publication, the second electrode is provided in a fixed position in a posture extending in the vertical direction, the first electrode and the third electrode are moved in the vertical direction by the actuator, and the second electrode is moved in the vertical direction. The electrodes can be approached and separated. The first electrode is provided coaxially with the second electrode, and the third electrode is provided inclined with respect to the first electrode. The third electrode is inclined so as to be closer to the first electrode as it goes downward, and the tip end is fitted into a groove formed in the first electrode, is brought into close contact with the first electrode, and protrudes from the groove. The portion is cut obliquely to form a contact surface perpendicular to the axial direction of the first electrode. Third
The electrode is electrically connected to the second electrode.
【０００３】この接合装置により、電線が電気絶縁皮膜
により覆われた被覆電線とターミナルとが接合される。
接合時には、ターミナルが第２電極上に載置され、ター
ミナル上に被覆電線が載置される。そして、第１，第３
電極が第２電極に接近させられ、第３電極の当接面が被
覆電線に当接させられるとともに、第２電極との間に被
覆電線およびターミナルを挟んで加圧し、第１電極と第
２電極との間に加熱用の電圧が印加される。しかし、電
流は、被覆電線の電気絶縁皮膜により妨げられて被覆電
線およびターミナルをバイパスして流れ、第１，第３電
極の接触部が電気抵抗（接触電気抵抗）により発熱し、
電気絶縁皮膜が溶融させられる。その後、第１電極と第
２電極との間に抵抗溶接用の電圧が印加され、電流が第
１，第３電極，電線およびターミナルを通って第２電極
へ流れ、電線とターミナルとの接触部が接触電気抵抗に
より発熱し、溶融して接合される。[0003] With this joining apparatus, a terminal is joined to a covered electric wire in which the electric wire is covered with an electric insulating film.
At the time of joining, the terminal is placed on the second electrode, and the covered electric wire is placed on the terminal. And the first and third
The electrode is brought closer to the second electrode, the contact surface of the third electrode is brought into contact with the coated electric wire, and the coated electrode and the terminal are pressed between the second electrode and the first electrode and the second electrode. A voltage for heating is applied between the electrodes. However, the current is blocked by the electric insulation film of the covered electric wire and flows bypassing the covered electric wire and the terminal, and the contact portions of the first and third electrodes generate heat due to electric resistance (contact electric resistance),
The electrical insulation coating is melted. Thereafter, a voltage for resistance welding is applied between the first electrode and the second electrode, and a current flows through the first and third electrodes, the electric wire and the terminal to the second electrode, and a contact portion between the electric wire and the terminal is formed. Are heated by the contact electric resistance, and are fused and joined.
【０００４】このように電極を３個用いれば、第１，第
２電極の間に被覆導電部材があって、第１電極から被覆
電線およびターミナルを経ての第２電極への電流を妨げ
ても、第１，第３電極間の発熱により電気絶縁皮膜を破
壊することができる。そのため、電気絶縁皮膜により覆
われていない非被覆導電部材と被覆導電部材とが接合さ
れるとき、非被覆導電部材の形状の自由度が高い利点が
ある。第３電極を用いない場合、非被覆導電部材の被覆
導電部材と接合すべき部分をＵ字形に湾曲させて２個の
電極と接触させ、非被覆導電部材と電極との接触部の接
触電気抵抗による発熱により、電気絶縁皮膜を溶融させ
る必要があるため、非被覆導電部材の形状の自由度が低
いのに対し、電極を３個用いれば、第１，第３電極の接
触部の発熱により電気絶縁皮膜を溶融させることができ
るため、非被覆導電部材をＵ字形に湾曲させなくてもよ
いのである。If three electrodes are used as described above, even if there is a coated conductive member between the first and second electrodes, the current from the first electrode to the second electrode via the coated wire and the terminal is prevented. In addition, the electric insulating film can be broken by heat generated between the first and third electrodes. Therefore, there is an advantage that the degree of freedom in the shape of the uncoated conductive member is high when the uncoated conductive member that is not covered with the electric insulating film and the coated conductive member are joined. When the third electrode is not used, a portion of the uncoated conductive member to be joined to the coated conductive member is bent into a U-shape to make contact with the two electrodes, and a contact electric resistance of a contact portion between the uncoated conductive member and the electrode is formed. It is necessary to melt the electric insulating film due to the heat generated by the non-conductive member, so that the degree of freedom in the shape of the uncoated conductive member is low. Since the insulating film can be melted, the uncoated conductive member does not have to be curved in a U-shape.
【０００５】しかしながら、第３電極は第１電極に対し
て傾斜して設けられ、第１電極から、その軸方向と交差
する方向に突出しているため、互いに接合される２つの
導電部材の周囲には、それら第１，第３電極が位置する
のに十分な広さのスペースが必要であり、互いに接合さ
れる少なくとも２つの導電部材を備えた製品や装置等の
設計の自由度が低い問題があった。このような第１，第
３電極を備えた接合装置によって接合可能な位置に導電
部材を設けることが必要なのであり、特に、製品や装置
等が小形であったり、互いに接合される少なくとも２つ
の導電部材を含む電気部品を複数個、近接して設けるこ
とが必要であったり、導電部材を保持する保持部材の形
状が複雑であるほど、設計が難しくなる。However, since the third electrode is provided to be inclined with respect to the first electrode and protrudes from the first electrode in a direction intersecting the axial direction, the third electrode is provided around two conductive members joined to each other. Requires a space large enough for the first and third electrodes to be located, and the degree of freedom in designing products and devices having at least two conductive members joined to each other is low. there were. It is necessary to provide a conductive member at a position that can be joined by such a joining device having the first and third electrodes. In particular, a product or device is small or at least two conductive members are joined to each other. The more it is necessary to provide a plurality of electric components including the members in close proximity, and the more complicated the shape of the holding member that holds the conductive member, the more difficult the design becomes.
【０００６】[0006]
【発明が解決しようとする課題，課題解決手段，作用お
よび効果】本発明は、以上の事情を背景として、３個の
電極を備え、コンパクトな構成の被覆導電部材接合装置
を提供することを課題として為されたものであり、本発
明によって、下記各態様の被覆導電部材接合装置，被覆
導電部材接合装置用電極対および抵抗溶接用電極が得ら
れる。各態様は請求項と同様に、項に区分し、各項に番
号を付し、必要に応じて他の項の番号を引用する形式で
記載する。各項に記載の特徴の組合わせの可能性を明示
するためである。 （１）互いに対向して設けられた第１電極と第２電極と
が電極移動装置により互いに接近，離間させられるとと
もに、第１電極に接触した状態で第３電極が設けられ、
第１電極と第３電極との間に発熱用電源から発熱用電流
が供給された後、第１電極と第２電極との間に溶接電源
から溶接電流が供給される被覆導電部材接合装置におい
て、前記第１，第３電極の一方が前記第２電極と同軸に
対向させられ、それら第１，第３電極の他方が、前記一
方に平行に延びる本体部と、その本体部の先端から前記
一方の軸方向と交差する方向に延びてその一方の先端に
接触する接触部とを含むことを特徴とする被覆導電部材
接合装置（請求項１）。本態様の接合装置において、発
熱用電源と溶接電源とがそれぞれ専用に設けられてもよ
く、兼用とされてもよい。前者の場合には、発熱用電源
が第１電極と第３電極とに接続され、溶接電源は第１，
第３電極の一方と第２電極とに接続される。後者の場合
には、第３電極が第２電極と電気的に常時接続されてい
てもよい。いずれにしても、被覆導電部材の電気絶縁皮
膜の溶融時には、第１電極と第３電極との間に電流が流
れ、抵抗溶接時には、第１，第３電極のうち直接導電部
材に接触するものから、他方を経由することなく、導電
部材へ電流が流れるように、電極が発熱用電源と溶接電
源とに接続されることが望ましい。本態様の被覆導電部
材接合装置により接合される複数の導電部材は、少なく
とも１つが電気絶縁皮膜により覆われた被覆導電部材で
ある。第１，第２，第３電極は、第１，第３電極を第２
電極に対して接近，離間させてもよく、第２電極を第
１，第３電極に対して接近，離間させてもよく、両方で
もよい。また、接触部は、本体部の先端から、第１，第
３電極の一方の軸方向と直交する方向に延び出させても
よく、直交する方向以外の方向へ延び出させてもよい。
第１，第３電極の一方の先端の形状等に応じて延出し方
向を決定すればよいのである。本態様の接合装置におい
ては、第１，第３電極の一方が第２電極と同軸に対向さ
せられ、他方は一方に沿って設けられているため、他方
が一方から、一方の軸方向と交差する方向に突出するこ
とはなく、コンパクトに構成され、第１，第３電極の配
設スペースが少なくて済む。したがって、本態様の被覆
導電部材接合装置により接合される導電部材を有する製
品や装置等の設計の自由度が向上する効果が得られる。 （２）前記第３電極が前記第２電極と同軸に対向させら
れ、その第３電極の外側に有底円筒状の第１電極が、底
部が第３電極の先端面に接触し、円筒部が第３電極の外
周面と半径方向の隙間を隔てた状態で配設された (1)項
に記載の被覆導電部材接合装置（請求項２）。本態様に
おいては、第１電極の底部が接触部を構成し、円筒部が
本体部を構成している。接合時には、第１電極の底部の
外面が導電部材に当接させられ、発熱用電源から発熱電
流が供給されれば、第１電極の底部と第３電極の先端面
との接触部が接触電気抵抗により発熱し、被覆導電部材
の電気絶縁皮膜を溶融させる。円筒部と第３電極とは互
いに平行に延びているが、両者の内周面と外周面との間
には半径方向の隙間があるため、円筒部の内周面および
第３電極の外周面は発熱せず、第１電極の底部と第３電
極の先端面との接触部において集中的に発熱し、電気絶
縁皮膜を迅速に溶融させる。第１電極は円筒部を有する
ため、軸方向に長いものであっても、剛性が不足するこ
とはなく、また、電流を大量に供給することができる。 （３）前記第３電極が前記第２電極と同軸に対向させら
れ、前記第１電極が、その第３電極に平行に延びる１本
以上の本体部と、その本体部から第３電極の軸方向と直
交する方向に延びて第３電極の先端面に接触する板状の
接触部とを含む (1)項に記載の被覆導電部材接合装置。
本体部が複数本である場合には、それらの先端同士が接
触部により互いに連結され、その接触部の外面（第３電
極の先端面に接触する側とは反対側の面）が導電部材に
接触させられることが望ましい。第１電極を円筒部を有
するものとする場合よりも、第１電極の第３電極の軸方
向と直交する方向の断面形状を小さくすることができ、
接合される導電部材の周辺部材との干渉の回避が容易で
あり、周辺部材の設計の自由度を更に向上させ得る。 （４）前記第１電極の本体部が、前記第３電極の軸線を
対称軸とする軸対称位置に２本設けられ、それら２本の
本体部の先端同士を前記接触部が連結している (3)項に
記載の被覆導電部材接合装置。前記 (2)項に記載の有底
円筒状の第１電極の先端部のみを、上記 (3)項または
(4)項に記載の形態にしてもよい。そのようにすれば、
例えば、接合される導電部材の近傍のみに第１，第３電
極の配設を妨げる部材がある場合に、その部材との干渉
を回避することが可能である。先端部のみを (3)項また
は (4)項に記載の形態にすれば、先端部とは反対の基端
部側の部分は円筒状とすることができ、電流の供給量の
不足や剛性の不足を回避しつつ、周辺部材との干渉を回
避し得る。 （５）前記第１電極が前記第２電極と同軸に対向させら
れ、前記第３電極が、その第１電極に平行に延びる本体
部と、その本体部の先端から第１電極の軸方向と交差す
る方向に延びて第１電極の先端の側面に接触する接触部
とを含む (1)項に記載の被覆導電部材接合装置。本態様
において接合時には、第１電極が導電部材に接触させら
れ、第１，第３電極への発熱用電流の供給により、第１
電極の側面と第３電極の接触部とが接触電気抵抗により
発熱し、電気絶縁皮膜を溶融させる。第３電極の接触部
が第１電極の側面に接触した状態で、本体部が僅かに弾
性変形して接触部を第１電極に押圧する弾性力が発生し
た状態となることが望ましい。 （６）直線状の電極と、その電極に平行に延びる本体部
と、その本体部の先端から前記電極の長手方向と交差す
る方向に延びて前記電極の先端に接触する接触部とを含
む別の電極とを含む被覆導電部材接合装置用電極対。本
態様の電極対について、 (1)ないし (5)項にそれぞれ記
載の接合装置の第１，第３電極に関する特徴を採用する
ことが可能であり、それら項に記載の第１，第３電極に
ついて得られる効果は、本態様の電極対についても得ら
れる。 （７）前記別の電極の本体部が、前記直線状の電極の外
側に半径方向の隙間を隔てて嵌合可能な円筒部であり、
前記接触部が前記円筒部の先端開口を閉塞する円板部で
ある (6)項に記載の電極対。 （８）円筒部と底部とを備えて有底円筒状をなす抵抗溶
接用電極。SUMMARY OF THE INVENTION In view of the above circumstances, it is an object of the present invention to provide an apparatus for bonding covered conductive members having three electrodes and having a compact configuration. According to the present invention, a coated conductive member bonding apparatus, an electrode pair for a coated conductive member bonding apparatus, and an electrode for resistance welding of the following embodiments can be obtained. As in the case of the claims, each aspect is divided into sections, each section is numbered, and if necessary, the other sections are cited in a form in which the numbers are cited. This is to clarify the possibility of combining the features described in each section. (1) a first electrode and a second electrode provided to face each other are approached and separated from each other by an electrode moving device, and a third electrode is provided in a state of being in contact with the first electrode;
In a coated conductive member joining apparatus, a heating current is supplied from a heating power source between a first electrode and a third electrode, and then a welding current is supplied from a welding power source between the first electrode and the second electrode. One of the first and third electrodes is coaxially opposed to the second electrode, and the other of the first and third electrodes has a main body extending in parallel with the one, and a tip extending from the main body. And a contact portion extending in a direction intersecting with one axial direction and contacting one end thereof. In the bonding apparatus of this aspect, the power source for heat generation and the power source for welding may be provided exclusively, or may be shared. In the former case, a heating power supply is connected to the first electrode and the third electrode, and the welding power supplies are the first and third electrodes.
One of the third electrodes is connected to the second electrode. In the latter case, the third electrode may be electrically connected to the second electrode at all times. In any case, a current flows between the first electrode and the third electrode when the electric insulating film of the coated conductive member is melted, and the first and third electrodes directly contact the conductive member during resistance welding. Therefore, it is desirable that the electrodes are connected to the heat generating power source and the welding power source so that the current flows to the conductive member without passing through the other. The plurality of conductive members joined by the coated conductive member joining apparatus of this aspect are covered conductive members at least one of which is covered with an electric insulating film. The first, second and third electrodes are connected to the first and third electrodes by the second
The second electrode may be moved toward and away from the first and third electrodes, or both may be moved toward and away from the electrodes. The contact portion may extend from the tip of the main body in a direction orthogonal to one axial direction of the first and third electrodes, or may extend in a direction other than the orthogonal direction.
The extension direction may be determined according to the shape of one end of the first and third electrodes. In the bonding apparatus of this aspect, one of the first and third electrodes is coaxially opposed to the second electrode, and the other is provided along one, so that the other intersects with one axial direction from one. It does not protrude in the direction in which the first and third electrodes are arranged, and the space for disposing the first and third electrodes is small. Therefore, the effect of improving the degree of freedom in designing products and devices having a conductive member joined by the coated conductive member joining device of the present embodiment is obtained. (2) The third electrode is coaxially opposed to the second electrode, and a cylindrical first electrode having a bottom is provided outside the third electrode, and the bottom is in contact with the tip end surface of the third electrode. The covering conductive member joining device according to the above mode (1) is disposed with a radial gap between the outer peripheral surface of the third electrode and the radial direction. In this aspect, the bottom of the first electrode forms a contact portion, and the cylindrical portion forms a main body. At the time of joining, the outer surface of the bottom portion of the first electrode is brought into contact with the conductive member, and if a heating current is supplied from a heating power supply, the contact portion between the bottom portion of the first electrode and the tip end surface of the third electrode is in contact electric contact. Heat is generated by the resistance, and the electric insulating film of the coated conductive member is melted. Although the cylindrical portion and the third electrode extend in parallel with each other, there is a radial gap between the inner peripheral surface and the outer peripheral surface of both, so that the inner peripheral surface of the cylindrical portion and the outer peripheral surface of the third electrode are provided. Does not generate heat, generates heat intensively at the contact portion between the bottom of the first electrode and the tip end surface of the third electrode, and quickly melts the electrical insulating film. Since the first electrode has a cylindrical portion, even if it is long in the axial direction, the rigidity is not insufficient and a large amount of current can be supplied. (3) The third electrode is coaxially opposed to the second electrode, and the first electrode has at least one main body extending in parallel to the third electrode, and an axis of the third electrode from the main body. And a plate-shaped contact portion extending in a direction perpendicular to the direction and contacting the tip end surface of the third electrode.
In the case where there are a plurality of body portions, their tips are connected to each other by a contact portion, and the outer surface of the contact portion (the surface opposite to the side contacting the tip surface of the third electrode) is a conductive member. Desirably, they are brought into contact. The cross-sectional shape of the first electrode in the direction orthogonal to the axial direction of the third electrode can be made smaller than when the first electrode has a cylindrical portion,
It is easy to avoid interference of the conductive member to be joined with the peripheral member, and the degree of freedom in designing the peripheral member can be further improved. (4) Two main body portions of the first electrode are provided at axially symmetric positions with the axis of the third electrode as a symmetric axis, and the contact portions connect the tips of the two main body portions. (3) The coated conductive member bonding apparatus according to the above (3). Only the tip of the bottomed cylindrical first electrode according to the above item (2) is the same as the above item (3) or
The form described in (4) may be adopted. If you do that,
For example, when there is a member that prevents the arrangement of the first and third electrodes only in the vicinity of the conductive member to be joined, it is possible to avoid interference with the member. If only the tip is in the form described in paragraph (3) or (4), the portion on the base end side opposite to the tip can be cylindrical, which results in insufficient current supply or rigidity. Can be avoided and interference with peripheral members can be avoided. (5) The first electrode is coaxially opposed to the second electrode, and the third electrode has a main body extending parallel to the first electrode, and an axial direction of the first electrode from a tip of the main body. And a contact portion extending in the direction intersecting and contacting the side surface of the tip of the first electrode. In this embodiment, at the time of bonding, the first electrode is brought into contact with the conductive member, and the first current is supplied to the first and third electrodes, so that the first electrode is in contact with the first and third electrodes.
The side surface of the electrode and the contact portion of the third electrode generate heat due to contact electric resistance, and melt the electric insulating film. In a state where the contact portion of the third electrode is in contact with the side surface of the first electrode, it is desirable that the main body portion is slightly elastically deformed to generate an elastic force for pressing the contact portion against the first electrode. (6) another including a linear electrode, a main body extending parallel to the electrode, and a contact portion extending from a tip of the main body in a direction intersecting the longitudinal direction of the electrode and contacting the tip of the electrode. And an electrode pair for a coated conductive member joining apparatus. Regarding the electrode pair of this embodiment, it is possible to adopt the features relating to the first and third electrodes of the bonding apparatus described in the respective items (1) to (5), and the first and third electrodes described in those items. The effect obtained for is also obtained for the electrode pair of this embodiment. (7) The main body portion of the another electrode is a cylindrical portion that can be fitted outside the linear electrode with a radial gap therebetween,
The electrode pair according to item (6), wherein the contact portion is a disk portion that closes a distal end opening of the cylindrical portion. (8) An electrode for resistance welding having a cylindrical shape with a bottom and a bottom.
【０００７】[0007]
【発明の実施の形態】以下、本発明の実施形態を図面に
基づいて詳細に説明する。図１には、本発明の一実施形
態である被覆電線接合装置１０の機構部の要部が示され
ている。被覆電線接合装置１０のフレーム１２の上部に
は、スライド１４が上下方向に移動可能に設けられてい
る。スライド１４は、フレーム１２内に設けられた電極
移動装置の一種である流体圧アクチュエータたるエアシ
リンダ等の昇降装置により上下方向に移動させられ、ス
ライド１４の移動はフレーム１２に設けられた案内部材
（図示省略）により案内される。Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 shows a main part of a mechanical part of a coated electric wire joining apparatus 10 according to an embodiment of the present invention. A slide 14 is provided on an upper portion of the frame 12 of the insulated wire bonding apparatus 10 so as to be movable in a vertical direction. The slide 14 is moved up and down by an elevating device such as an air cylinder which is a kind of an electrode moving device provided in the frame 12 as a fluid pressure actuator, and the movement of the slide 14 is controlled by a guide member ( (Not shown).
【０００８】スライド１４には、導電性材料により作ら
れた電極ホルダ１８が水平に突出する向きに設けられて
いる。電極ホルダ１８の突出端部には、上下方向に延
び、電極ホルダ１８を貫通する嵌合穴１９が設けられる
とともに、第１電極２０が嵌合されている。第１電極２
０は、固定手段の一種であるセットスクリュ２２によ
り、電極ホルダ１８の嵌合穴１９を画定する部分に押し
付けられて電極ホルダ１８に固定されている。第１電極
２０は、有底円筒状を成し、円筒部２４および底部２６
を有し、底部２６を下にして、電極ホルダ１８から下方
へ突出する向きに固定されている。An electrode holder 18 made of a conductive material is provided on the slide 14 so as to project horizontally. A fitting hole 19 extending vertically and penetrating the electrode holder 18 is provided at a protruding end of the electrode holder 18, and a first electrode 20 is fitted therein. First electrode 2
Numeral 0 is fixed to the electrode holder 18 by being pressed against a portion defining the fitting hole 19 of the electrode holder 18 by a set screw 22 which is a kind of fixing means. The first electrode 20 has a bottomed cylindrical shape, and has a cylindrical portion 24 and a bottom portion 26.
And is fixed in a direction protruding downward from the electrode holder 18 with the bottom 26 down.
【０００９】スライド１４にはまた、電極ホルダ１８の
上側に、導電性材料により作られた電極ホルダ２８が電
極ホルダ１８と平行に、スライド１４から突出する向き
に固定されており、その突出端部には第３電極３０が嵌
合され、固定手段の一種であるセットスクリュ３２によ
り電極ホルダ２８に固定されている。第３電極３０は断
面形状が円形を成し、直径は第１電極２０の内周面の直
径より小さく、電極ホルダ１８から下方へ延び出す向き
に固定されるとともに、第１電極２０内に同心に嵌合さ
れている。第３電極３０は、その下端面である先端面３
４が第１電極２０の底部２６に接触させられた状態で電
極ホルダ２８に固定されている。第１電極２０は、底部
２６が第３電極３０の先端面３４に接触し、円筒部２８
が第３電極３０の外周面と半径方向の隙間を隔てた状態
で配設されているのである。On the slide 14, an electrode holder 28 made of a conductive material is fixed on the upper side of the electrode holder 18 in a direction to protrude from the slide 14 in parallel with the electrode holder 18. Is fixed to the electrode holder 28 by a set screw 32 which is a kind of fixing means. The third electrode 30 has a circular cross section and a diameter smaller than the diameter of the inner peripheral surface of the first electrode 20. The third electrode 30 is fixed so as to extend downward from the electrode holder 18 and is concentric with the first electrode 20. Is fitted. The third electrode 30 has a distal end surface 3 which is a lower end surface thereof.
4 is fixed to an electrode holder 28 in a state where it is in contact with the bottom 26 of the first electrode 20. The first electrode 20 has a bottom portion 26 in contact with a distal end surface 34 of the third electrode 30 and a cylindrical portion 28.
Are disposed with a radial gap between the outer peripheral surface of the third electrode 30.
【００１０】フレーム１２の下部には、導電性材料によ
り作られた電極ホルダ３８が電極ホルダ１８，２８と平
行に、かつフレーム１２から突出する向きに固定される
とともに、突出端部に第２電極４０が嵌合され、固定手
段の一種であるセットスクリュ４２によって固定されて
いる。第２電極４０は断面形状が円形を成し、電極ホル
ダ３８から上方へ突出させられ、第１，第３電極２０，
３０と同軸に対向させられている。なお、第１，第２，
第３電極２０，４０，３０はいずれも、例えば、タング
ステンにより作られている。At the lower part of the frame 12, an electrode holder 38 made of a conductive material is fixed in parallel with the electrode holders 18 and 28 and in a direction protruding from the frame 12, and has a second electrode 40 is fitted and fixed by a set screw 42 which is a kind of fixing means. The second electrode 40 has a circular cross section, is projected upward from the electrode holder 38, and
30 and coaxially. In addition, the first, second,
Each of the third electrodes 20, 40, 30 is made of, for example, tungsten.
【００１１】第１電極２０は、図２に概略的に示すよう
に、導電線４８によって溶接トランス５０の２次コイル
５２の一端に接続されている。２次コイル５２の他端に
は、導電線５４により、第３電極３０の先端面３４とは
反対側の端部および第２電極４０の第１，第３電極２
０，３０側とは反対側の端部が接続されている。溶接ト
ランス５０の１次コイル５６は電源制御回路５８に接続
されており、これら溶接トランス５０および電源制御回
路５８が溶接電源５９を構成している。The first electrode 20 is connected to one end of a secondary coil 52 of a welding transformer 50 by a conductive wire 48, as schematically shown in FIG. The other end of the secondary coil 52 is connected to the end of the third electrode 30 on the side opposite to the distal end surface 34 by the conductive wire 54 and the first and third electrodes 2 of the second electrode 40.
The end opposite to the 0, 30 side is connected. The primary coil 56 of the welding transformer 50 is connected to a power supply control circuit 58, and the welding transformer 50 and the power supply control circuit 58 constitute a welding power supply 59.
【００１２】電源制御回路５８は、制御装置６０により
制御される。制御装置６０は、ＰＵ（プロセッシングユ
ニット）６２，ＲＯＭ６４，ＲＡＭ６６およびそれらを
接続するバス６８を有するコンピュータ７０を主体とす
るものである。バス６８には、入力インタフェース７２
および出力インタフェース７４が接続されており、出力
インタフェース７４に電源制御回路５８および前記スラ
イド１４を昇降させる昇降装置が接続されている。The power control circuit 58 is controlled by a control device 60. The control device 60 is mainly composed of a computer 70 having a PU (processing unit) 62, a ROM 64, a RAM 66, and a bus 68 connecting them. The bus 68 has an input interface 72
The output interface 74 is connected to the power supply control circuit 58 and an elevating device for moving the slide 14 up and down.
【００１３】本接合装置１０は、図３および図４に示す
ように、電磁弁アッセンブリ８０を構成する複数のソレ
ノイド８２の各ソレノイドコイル線８４とターミナル８
６とを接合する。ソレノイドコイル線８４は、被覆導電
部材の一種である被覆電線であって、エナメル線から成
り、銅製の電線の表面にエナメルが塗布されて電気絶縁
皮膜が形成されている。ターミナル８６は非被覆導電部
材の一種であって、銅合金等により作られ、合成樹脂製
のフレーム８８に固定されている。フレーム８８には、
フレーム８８を厚さ方向に貫通し、ターミナル８６に至
る貫通孔９４が形成されている。As shown in FIGS. 3 and 4, the joining device 10 includes a solenoid coil wire 84 of a plurality of solenoids 82 constituting a solenoid valve assembly 80 and a terminal 8.
6 is joined. The solenoid coil wire 84 is a coated electric wire which is a kind of a coated conductive member, and is made of an enameled wire, and an electric insulating film is formed by applying enamel to the surface of a copper electric wire. The terminal 86 is a kind of uncoated conductive member, is made of a copper alloy or the like, and is fixed to a frame 88 made of a synthetic resin. In frame 88,
A through hole 94 penetrating the frame 88 in the thickness direction and reaching the terminal 86 is formed.
【００１４】被覆電線接合装置１０において、スライド
１４は常には上昇端位置に位置させられ、第１電極２０
および第３電極３０が第２電極４０から離れた退避位置
にある。ソレノイドコイル線８４とターミナル８６との
接合時には、図４に示すように、作業者は電磁弁アッセ
ンブリ８０を被覆電線接合装置１０にセットする。溶接
されるソレノイドコイル線８４およびターミナル８６を
第１，第３電極２０，３０と第２電極４０との間に位置
させるとともに、貫通孔９４を第２電極４０に嵌合し、
ターミナル８６を第２電極４０に当接させるのである。In the coated electric wire joining apparatus 10, the slide 14 is always located at the rising end position,
And the third electrode 30 is in the retracted position away from the second electrode 40. At the time of joining the solenoid coil wire 84 and the terminal 86, as shown in FIG. 4, the operator sets the solenoid valve assembly 80 in the insulated wire joining device 10. The solenoid coil wire 84 and the terminal 86 to be welded are located between the first and third electrodes 20, 30 and the second electrode 40, and the through holes 94 are fitted into the second electrode 40,
The terminal 86 is brought into contact with the second electrode 40.
【００１５】この状態で溶接開始指令が出されれば、ス
ライド１４が下降させられ、第１，第３電極２０，３０
が第２電極４０に接近させられる。第１電極２０はソレ
ノイドコイル線８４に接触させられ、第２電極４０との
間にソレノイドコイル線８４およびターミナル８６を挟
み、それらを皮膜破壊に適した圧力で加圧する。次い
で、電源制御回路５８の制御により溶接トランス５０の
１次コイル５６に電圧がかけられ、２次コイル５２に電
圧が発生する。第１電極２０と第２電極４０との間の、
ソレノイドコイル線８４およびターミナル８６を経ての
電流は、ソレノイドコイル線８４の電気絶縁皮膜により
阻止されるため、電流は第１電極２０から第３電極３０
を通って流れ、第１電極２０の底部２６と第３電極３０
の先端面３４との接触部が接触電気抵抗により発熱して
約２００〜２５０℃に達し、電気絶縁皮膜が溶融させら
れる。溶接電源５９は発熱用電源を兼ねているのであ
り、第１，第３電極２０，３０には、電気絶縁皮膜の溶
融に適した大きさの発熱用電流が溶融に必要な時間供給
される。また、ソレノイドコイル線８４およびターミナ
ル８６は、電気絶縁皮膜の溶融に適した圧力で加圧され
る。If a welding start command is issued in this state, the slide 14 is lowered, and the first and third electrodes 20 and 30 are moved.
Is made to approach the second electrode 40. The first electrode 20 is brought into contact with the solenoid coil wire 84, sandwiches the solenoid coil wire 84 and the terminal 86 between the first electrode 20 and the second electrode 40, and presses them with a pressure suitable for film destruction. Next, a voltage is applied to the primary coil 56 of the welding transformer 50 under the control of the power supply control circuit 58, and a voltage is generated in the secondary coil 52. Between the first electrode 20 and the second electrode 40,
The current passing through the solenoid coil wire 84 and the terminal 86 is blocked by the electric insulating film of the solenoid coil wire 84, so that the current flows from the first electrode 20 to the third electrode 30.
Through the bottom 26 of the first electrode 20 and the third electrode 30
The contact portion with the front end surface 34 generates heat due to contact electric resistance and reaches about 200 to 250 ° C., and the electric insulating film is melted. The welding power source 59 also serves as a heating power source, and a heating current of a magnitude suitable for melting the electric insulating film is supplied to the first and third electrodes 20 and 30 for a time required for melting. Further, the solenoid coil wire 84 and the terminal 86 are pressurized at a pressure suitable for melting the electric insulating film.
【００１６】電流供給時間の経過後、第１，第２電極２
０，４０間に溶接電流が供給される。電気絶縁皮膜が溶
融されたため、電流はソレノイドコイル線８４およびタ
ーミナル８６を経て、第１電極２０と第２電極４０との
間で流れ、ソレノイドコイル線８４とターミナル８６と
の接触部が接触電気抵抗により発熱し、溶融して接合さ
れる。第１，第２電極２０，４０には、溶接に適した大
きさの溶接電流が溶接に必要な時間供給される。この
際、第３電極３０へ多少電流が流れるが、第３電極３０
を経る回路の方が、第２電極２０を経る回路より電気抵
抗が大きいため、電流は主として第２電極４０へ流れ、
抵抗溶接が行われる。なお、溶接時には、ソレノイドコ
イル線８４およびターミナル８６は、抵抗溶接に適した
圧力で加圧される。After the lapse of the current supply time, the first and second electrodes 2
A welding current is supplied between 0 and 40. Since the electric insulation film is melted, the current flows between the first electrode 20 and the second electrode 40 via the solenoid coil wire 84 and the terminal 86, and the contact portion between the solenoid coil wire 84 and the terminal 86 causes a contact electric resistance. As a result, heat is generated, melting and joining. A welding current of a magnitude suitable for welding is supplied to the first and second electrodes 20 and 40 for a time required for welding. At this time, although some current flows to the third electrode 30, the third electrode 30
The circuit passing through the second electrode 20 has a higher electric resistance than the circuit passing through the second electrode 20, so that the current mainly flows to the second electrode 40,
Resistance welding is performed. During welding, the solenoid coil wire 84 and the terminal 86 are pressurized with a pressure suitable for resistance welding.
【００１７】溶接終了後、スライド１４が上昇させられ
て第１，第３電極２０，３０が第２電極４０から離間さ
せられる。作業者はフレーム８８（貫通孔９４）を第２
電極４０から外し、次に接合されるソレノイドコイル線
８４およびターミナル８６を第１，第３電極２０，３０
と第２電極４０との間にセットする。After the welding is completed, the slide 14 is raised to separate the first and third electrodes 20, 30 from the second electrode 40. The operator places the frame 88 (through hole 94) in the second
The solenoid coil wire 84 and the terminal 86 to be connected next are removed from the electrode 40 and the first and third electrodes 20 and 30 are connected.
And the second electrode 40.
【００１８】このように本実施形態の被覆電線接合装置
１０においては、第３電極３０が第２電極４０と同軸に
設けられるとともに、第１電極２０が第３電極３０に沿
って設けられており、フレーム８８に複数のソレノイド
８２が密集して設けられているが、第１，第３電極２
０，３０がそれらフレーム８８やソレノイド８２と干渉
することはなく、全部のソレノイドコイル線８４とター
ミナル８６とを接合することができる。As described above, in the insulated wire bonding apparatus 10 of the present embodiment, the third electrode 30 is provided coaxially with the second electrode 40, and the first electrode 20 is provided along the third electrode 30. , A plurality of solenoids 82 are densely provided on the frame 88, but the first and third electrodes 2
The solenoid coils 0 and 30 do not interfere with the frame 88 and the solenoid 82, and all the solenoid coil wires 84 and the terminals 86 can be joined.
【００１９】なお、上記実施形態において、第１電極２
０は有底円筒状とされていたが、図５および図６に概略
的に示す第１電極１００のように、第３電極３０と平行
に延びる１本の本体部１０２と、その本体部１０２から
第３電極３０の軸方向と直交する方向に延びて第３電極
３０の先端面３４に接触する板状の接触部１０４とを含
むものとしてもよい。本体部１０２は半円筒状を成し、
接触部１０４は、第３電極３０の先端面３４より僅かに
大きい円形を成し、先端面３４全体に接触させられてい
る。本体部１０２と第３電極３０の外周面との間には、
半径方向の隙間があり、電気絶縁皮膜の溶融時には、第
１，第３電極１００，３０の間への発熱用電流の供給に
より、接触部１０４と第３電極３０の先端面３４とが接
触電気抵抗により発熱し、電気絶縁皮膜が溶融される。
ソレノイドコイル線とターミナルとの接合時には、電流
は接触部１０４からソレノイドコイル線およびターミナ
ルを通って第２電極へ流れ、ソレノイドコイル線とター
ミナルとの接触部が接触電気抵抗により発熱して抵抗溶
接される。In the above embodiment, the first electrode 2
0 has a bottomed cylindrical shape. However, like a first electrode 100 schematically shown in FIGS. 5 and 6, one main body 102 extending parallel to the third electrode 30 and the main body 102 And a plate-shaped contact portion 104 that extends in a direction orthogonal to the axial direction of the third electrode 30 and contacts the distal end surface 34 of the third electrode 30. The main body 102 has a semi-cylindrical shape,
The contact portion 104 has a circular shape slightly larger than the distal end face 34 of the third electrode 30 and is in contact with the entire distal end face 34. Between the main body 102 and the outer peripheral surface of the third electrode 30,
There is a gap in the radial direction, and when the electric insulating film is melted, the contact portion 104 and the distal end face 34 of the third electrode 30 are brought into contact electric current by supplying a heating current between the first and third electrodes 100 and 30. Heat is generated by the resistance, and the electric insulating film is melted.
At the time of joining the solenoid coil wire and the terminal, current flows from the contact portion 104 to the second electrode through the solenoid coil wire and the terminal, and the contact portion between the solenoid coil wire and the terminal is heated by contact electric resistance and resistance-welded. You.
【００２０】また、図７および図８に概略的に示す第１
電極１１０のように、第３電極３０の軸線を対称軸とす
る軸対称位置に位置する２本の本体部１１２と、それら
２本の本体部１１２の先端同士を連結する接触部１１４
とを含むものとしてもよい。２本の本体部１１２はそれ
ぞれ部分円筒状を成し、第３電極３０の外周面との間に
半径方向の隙間がある。接触部１１４は、第３電極３０
の先端面３４の直径より大きい幅を有し、先端面３４全
体に接触させられている。Further, the first type shown schematically in FIGS.
Like the electrode 110, two body portions 112 located at axially symmetric positions with the axis of the third electrode 30 as the axis of symmetry, and a contact portion 114 connecting the tips of the two body portions 112.
May be included. Each of the two main bodies 112 has a partially cylindrical shape, and has a radial gap with the outer peripheral surface of the third electrode 30. The contact portion 114 is connected to the third electrode 30
Has a width larger than the diameter of the distal end surface 34 and is in contact with the entire distal end surface 34.
【００２１】さらに、図９および図１０に概略的に示す
ように、第１電極１２０を円柱状とし、第２電極と同軸
に対向させるとともに、第３電極１２４を、第１電極１
２０に平行に延びる本体部１２６と、その本体部１２６
の先端から第１電極１２０の軸方向と直交する方向に延
びて第１電極１２０の側面１２８の先端に接触する接触
部１３０とを含むものとしてもよい。接触部１３０は、
側面１２８のほぼ半分に接触させられ、接触面積が大き
くされている。第３電極１２４は、接触部１３０が第１
電極１２０の側面１２８に接触した状態で、本体部１２
６が僅かに弾性変形して接触部１３０を第１電極１２０
に押圧する弾性力が発生した状態となるように設けられ
ている。Further, as schematically shown in FIGS. 9 and 10, the first electrode 120 has a columnar shape and is coaxially opposed to the second electrode.
A main body 126 extending parallel to the main body 20;
And a contact portion 130 extending in a direction orthogonal to the axial direction of the first electrode 120 from the tip of the first electrode 120 and contacting the tip of the side surface 128 of the first electrode 120. The contact portion 130 is
It is brought into contact with almost half of the side surface 128 to increase the contact area. The third electrode 124 is configured such that the contact portion 130
The main body 12 is kept in contact with the side surface 128 of the electrode 120.
6 slightly elastically deforms the contact portion 130 to the first electrode 120.
Is provided so as to be in a state in which an elastic force for pressing is generated.
【００２２】電気絶縁皮膜の溶融時には、電流は第１電
極１２０から第３電極１２４の接触部１３０へ流れ、第
１電極１２０の側面１２８および接触部１３０が接触電
気抵抗により発熱し、電気絶縁皮膜が溶融される。ソレ
ノイドコイル線とターミナルとの溶接時には、電流は第
１電極１２０からソレノイドコイル線およびターミナル
を通って第２電極に流れ、ソレノイドコイル線とターミ
ナルとの接触部が接触電気抵抗により発熱し、溶接され
る。When the electric insulating film is melted, a current flows from the first electrode 120 to the contact portion 130 of the third electrode 124, and the side surface 128 and the contact portion 130 of the first electrode 120 generate heat due to contact electric resistance, and the electric insulating film is heated. Is melted. During welding between the solenoid coil wire and the terminal, current flows from the first electrode 120 to the second electrode through the solenoid coil wire and the terminal, and the contact portion between the solenoid coil wire and the terminal generates heat due to contact electric resistance and is welded. You.
【００２３】上記各実施形態において、接合装置と電磁
弁アッセンブリとは、作業者により相対移動させられ
て、ソレノイドコイル線およびターミナルが第１，第３
電極と第２電極との間に位置させられていたが、接合装
置と電磁弁アッセンブリとのいずれか一方を移動装置に
より移動させるとともに、他方に対して位置決めするよ
うにしてもよい。電磁弁アッセンブリのフレームを孔に
おいて第２電極に嵌合するのであれば、その嵌合および
離脱も自動的に行われるようにする。In each of the above embodiments, the joining device and the solenoid valve assembly are relatively moved by an operator so that the solenoid coil wire and the terminal are connected to the first and third terminals.
Although positioned between the electrode and the second electrode, one of the joining device and the solenoid valve assembly may be moved by the moving device and positioned relative to the other. If the frame of the solenoid valve assembly is fitted to the second electrode in the hole, the fitting and disengagement are automatically performed.
【００２４】また、上記各実施形態においては、溶接電
源が発熱用電源を兼ねていたが、溶接電源と発熱用電源
とを別々に設けてもよい。Further, in each of the above embodiments, the welding power supply also serves as the heat generating power supply. However, the welding power supply and the heat generating power supply may be provided separately.
【００２５】さらに、前記被覆電線接合装置１０と同じ
構成の装置により、エナメル線以外の被覆電線、例え
ば、電気絶縁皮膜が塩化ビニル等により形成された他の
被覆電線とターミナル等の導電部材とを接合することが
できる。Further, by using an apparatus having the same configuration as the above-described insulated wire bonding apparatus 10, an insulated wire other than an enameled wire, for example, another insulated wire having an electric insulating film formed of vinyl chloride or the like and a conductive member such as a terminal are connected. Can be joined.
【００２６】その他、特許請求の範囲を逸脱することな
く、当業者の知識に基づいて種々の変形，改良を施した
態様で本発明を実施することができる。In addition, without departing from the scope of the claims, the present invention can be implemented in various modified and improved forms based on the knowledge of those skilled in the art.
【図１】本発明の一実施形態である被覆電線接合装置の
機構部の要部を示す正面図（一部断面）である。FIG. 1 is a front view (partial cross section) showing a main part of a mechanism of a covered electric wire joining apparatus according to an embodiment of the present invention.
【図２】上記被覆電線接合装置を制御する制御装置を電
極に電流を供給する電気回路と共に示す図である。FIG. 2 is a diagram showing a control device for controlling the coated electric wire joining device together with an electric circuit for supplying a current to electrodes.
【図３】上記被覆電線接合装置により接合されるソレノ
イドコイル線およびターミナルを備えたソレノイドを有
する電磁弁アッセンブリを示す平面図である。FIG. 3 is a plan view showing a solenoid valve assembly having a solenoid having a solenoid coil wire and a terminal joined by the covered electric wire joining apparatus.
【図４】上記電磁弁アッセンブリが被覆電線接合装置に
セットされた状態を示す側面断面図である。FIG. 4 is a side cross-sectional view showing a state where the electromagnetic valve assembly is set in a coated electric wire joining apparatus.
【図５】本発明の別の実施形態である被覆電線接合装置
の第１電極を第３電極と共に示す正面図である。FIG. 5 is a front view showing a first electrode and a third electrode of a coated electric wire joining apparatus according to another embodiment of the present invention.
【図６】図５に示す第１電極および第３電極の平面図で
ある。FIG. 6 is a plan view of a first electrode and a third electrode shown in FIG. 5;
【図７】本発明の更に別の実施形態である被覆電線接合
装置の第１電極を第３電極と共に示す正面図である。FIG. 7 is a front view showing a first electrode and a third electrode of a coated electric wire joining apparatus according to still another embodiment of the present invention.
【図８】図７に示す第１電極および第３電極の平面図で
ある。FIG. 8 is a plan view of a first electrode and a third electrode shown in FIG. 7;
【図９】本発明の更に別の実施形態である被覆電線接合
装置の第１電極および第３電極を示す正面図である。FIG. 9 is a front view showing a first electrode and a third electrode of a coated electric wire joining apparatus according to still another embodiment of the present invention.
【図１０】図９に示す第１電極および第３電極の平面図
である。FIG. 10 is a plan view of a first electrode and a third electrode shown in FIG. 9;
１０：被覆電線接合装置 ２０：第１電極 ２４：
円筒部 ２６：底部３０：第３電極 ４０：第２電
極 ５９：溶接電源 ６０：制御装置 ８４：ソレノイドコイル線 ８６：ターミナル １
００：第１電極 １０２：本体部 １０４：接触部
１１０：第１電極 １１２：本体部 １１４：
接触部 １２０：第１電極 １２４：第３電極
１２６：本体部 １３０：接触部10: Insulated wire joining device 20: First electrode 24:
Cylindrical part 26: Bottom part 30: Third electrode 40: Second electrode 59: Welding power source 60: Control device 84: Solenoid coil wire 86: Terminal 1
00: first electrode 102: main body 104: contact portion 110: first electrode 112: main body 114:
Contact portion 120: first electrode 124: third electrode
126: body 130: contact
Claims (2)
２電極とが電極移動装置により互いに接近，離間させら
れるとともに、第１電極に接触した状態で第３電極が設
けられ、第１電極と第３電極との間に発熱用電源から発
熱用電流が供給された後、第１電極と第２電極との間に
溶接電源から溶接電流が供給される被覆導電部材接合装
置において、 前記第１，第３電極の一方が前記第２電極と同軸に対向
させられ、それら第１，第３電極の他方が、前記一方に
平行に延びる本体部と、その本体部の先端から前記一方
の軸方向と交差する方向に延びてその一方の先端に接触
する接触部とを含むことを特徴とする被覆導電部材接合
装置。A first electrode and a second electrode provided to face each other are moved toward and away from each other by an electrode moving device, and a third electrode is provided in contact with the first electrode; In a coated conductive member joining apparatus, after a heating current is supplied from a heating power supply between an electrode and a third electrode, a welding current is supplied from a welding power supply between the first electrode and the second electrode. One of the first and third electrodes is coaxially opposed to the second electrode, and the other of the first and third electrodes has a body extending parallel to the one and the one of the first and third electrodes from the tip of the body. A contact portion extending in a direction intersecting with the axial direction and contacting one end thereof.
向させられ、その第３電極の外側に有底円筒状の第１電
極が、底部が第３電極の先端面に接触し、円筒部が第３
電極の外周面と半径方向の隙間を隔てた状態で配設され
た請求項１に記載の被覆導電部材接合装置。2. The third electrode is coaxially opposed to the second electrode. A bottomed cylindrical first electrode is provided outside the third electrode, and a bottom portion is in contact with a tip end surface of the third electrode. The cylindrical part is the third
The coated conductive member joining apparatus according to claim 1, wherein the apparatus is arranged with a gap in a radial direction separated from an outer peripheral surface of the electrode.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP27132597A JPH11104846A (en) | 1997-10-03 | 1997-10-03 | Coated conductive member joining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP27132597A JPH11104846A (en) | 1997-10-03 | 1997-10-03 | Coated conductive member joining device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH11104846A true JPH11104846A (en) | 1999-04-20 |
Family
ID=17498485
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP27132597A Pending JPH11104846A (en) | 1997-10-03 | 1997-10-03 | Coated conductive member joining device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH11104846A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011031269A (en) * | 2009-07-31 | 2011-02-17 | Daihatsu Motor Co Ltd | Resistance welding apparatus, and electrode used therefor |
| JP2011031267A (en) * | 2009-07-31 | 2011-02-17 | Daihatsu Motor Co Ltd | Resistance welding apparatus, resistance welding method, and electrode used therefor |
| JP2018501963A (en) * | 2015-01-14 | 2018-01-25 | ティッセンクルップ スチール ヨーロッパ アクチェンゲゼルシャフトＴｈｙｓｓｅｎＫｒｕｐｐ Ｓｔｅｅｌ Ｅｕｒｏｐｅ ＡＧ | Welding electrode, method and apparatus for welding sandwich panels |
-
1997
- 1997-10-03 JP JP27132597A patent/JPH11104846A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2011031269A (en) * | 2009-07-31 | 2011-02-17 | Daihatsu Motor Co Ltd | Resistance welding apparatus, and electrode used therefor |
| JP2011031267A (en) * | 2009-07-31 | 2011-02-17 | Daihatsu Motor Co Ltd | Resistance welding apparatus, resistance welding method, and electrode used therefor |
| JP2018501963A (en) * | 2015-01-14 | 2018-01-25 | ティッセンクルップ スチール ヨーロッパ アクチェンゲゼルシャフトＴｈｙｓｓｅｎＫｒｕｐｐ Ｓｔｅｅｌ Ｅｕｒｏｐｅ ＡＧ | Welding electrode, method and apparatus for welding sandwich panels |
| US10875119B2 (en) | 2015-01-14 | 2020-12-29 | Thyssenkrupp Steel Europe Ag | Welding electrode, method, and device for welding sandwich panels |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JPH09161936A (en) | Connecting method for wire | |
| JP2002064117A (en) | Wire bonding method and apparatus, and semiconductor device | |
| JPS63235081A (en) | Spot welding machine | |
| JPH11104846A (en) | Coated conductive member joining device | |
| JP3454055B2 (en) | Connection structure and connection method of insulated wire | |
| JP6851610B2 (en) | Heater tip and joining device and joining method | |
| EP3139703B1 (en) | Induction-heating device and induction-heating cooker | |
| JP2002262430A (en) | Structure and method for lead wire connection and cladding material for lead wire connection | |
| JPH0829418B2 (en) | Covered wire joining device | |
| JP2018144068A (en) | Joined body and its manufacturing method | |
| JP6816875B2 (en) | Protective element | |
| KR101921053B1 (en) | Electrically assisted pressure joining apparatus and method | |
| JPH04137516A (en) | Method and device for connecting magnet wire with lead wire | |
| JP6816874B2 (en) | Protective element | |
| CN110521060A (en) | Device for welding together electric conductor and attachment device | |
| JPH10211590A (en) | Ultrasonic welding | |
| JPH1080777A (en) | Method for electrically connecting two superimposed metallic conductors by welding or brazing | |
| JPH01221873A (en) | Conductor rail with contact pin | |
| GB2239827A (en) | Method for joining conductor parts of an electric switch component | |
| US20230302566A1 (en) | Spot welding method and spot welding device | |
| JP2000190068A (en) | Electronic parts jointing method | |
| JP5558292B2 (en) | Manufacturing method of conductive junction terminal | |
| JPH0922767A (en) | Wiring connection method to terminal and terminal | |
| JP2002178163A (en) | Welding method, welding equipment and welding electrode part | |
| JPH0825058A (en) | Projection welding method |