WO1987001244A1 - Connector - Google Patents

Connector Download PDF

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Publication number
WO1987001244A1
WO1987001244A1 PCT/JP1985/000461 JP8500461W WO8701244A1 WO 1987001244 A1 WO1987001244 A1 WO 1987001244A1 JP 8500461 W JP8500461 W JP 8500461W WO 8701244 A1 WO8701244 A1 WO 8701244A1
Authority
WO
WIPO (PCT)
Prior art keywords
conductive plate
plate portion
connector
free end
conductive
Prior art date
Application number
PCT/JP1985/000461
Other languages
French (fr)
Japanese (ja)
Inventor
Kazunari Osanami
Original Assignee
Chugai Denshi Sangyo Kabushiki Kaisha
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Chugai Denshi Sangyo Kabushiki Kaisha filed Critical Chugai Denshi Sangyo Kabushiki Kaisha
Priority to PCT/JP1985/000461 priority Critical patent/WO1987001244A1/en
Publication of WO1987001244A1 publication Critical patent/WO1987001244A1/en

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Classifications

    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01RELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R4/00Electrically-conductive connections between two or more conductive members in direct contact, i.e. touching one another; Means for effecting or maintaining such contact; Electrically-conductive connections having two or more spaced connecting locations for conductors and using contact members penetrating insulation
    • H01R4/28Clamped connections, spring connections
    • H01R4/48Clamped connections, spring connections utilising a spring, clip, or other resilient member
    • H01R4/4809Clamped connections, spring connections utilising a spring, clip, or other resilient member using a leaf spring to bias the conductor toward the busbar
    • H01R4/48455Clamped connections, spring connections utilising a spring, clip, or other resilient member using a leaf spring to bias the conductor toward the busbar insertion of a wire only possible by pressing on the spring

Definitions

  • the present invention relates to a connector, and more particularly, to an electrical connection between circuits or devices. Background technology
  • Such connectors include, for example, Japanese Patent Application No. 564,62, 30 3, and 5564, 423 ⁇ after ⁇ . Both of them have two connecting conductors facing each other, between which the lead wire of the lead wire or the terminal in the form of a plate can be inserted. It is. Then, the conductor or the terminal is pressed and held between the two connection conductors.
  • connection conductive plate and the lead portion or terminal of the lead wire are contacted at only one point and are electrically connected. For this reason, there is a disadvantage that the contact resistance value becomes unstable or becomes high. Also, between the connection conductor plate for electrical connection and the ⁇ ⁇ line part or terminal of the lead wire, there is a lead wire due to metal-to-metal contact. The terminal is prevented from coming off from the connector. As a result, if a force is applied to separate them from each other, the lead wire or terminal will easily come off the connector, and the electrical connection will be lost. There are drawbacks.
  • the present invention has been made in view of such points, and has good electrical connectivity and mechanically strongly holds the connected lead wires or terminals.
  • the purpose is to provide a connector that can be used.
  • Another object of the present invention is to provide a connector that can easily perform electrical connection and disconnection by a simple operation.
  • the present invention aims to provide a connector which has a simple structure and is easy to assemble.
  • a substantially rectangular casing having an open-sided surface and a first insertion hole interposed on one side surface, and a first conductive plate portion and a required goodness.
  • the second conductive plate portion is elastically displaced at its one end and fixed to the body at its base end, and the first end is inserted through the free end of the first conductive plate portion.
  • the free end of the second conductive plate is overlapped with the flat part of the second conductive plate by forming the locking part which is placed within the mouth and rises.
  • a third connecting plate disposed in the vicinity of the flat portion and a third conductive plate fixed to the housing and a second conductive plate formed in a plane of a required length.
  • a fourth conductive plate portion elastically in surface contact with the plate portion is connected to a second connecting conductive plate elastically connected at a base end located on the free end side of the first connection conductive plate.
  • the inner surface of one side of the housing The free ends of the flat portion of the first conductive plate portion and the free end of the second conductive plate portion are moved in the direction opposite to the rising direction of the locking portion of the first conductive plate portion.
  • a push member provided at the push-in operation itself to have a second through-hole that matches the first through-hole at the time of push-in, and a push-in member of the push-in member.
  • An interlocking member for moving the free end of the fourth conductive plate portion in the direction opposite to the pushing direction of the pushing member at the time of the insertion, and covering the electric connector such as a lead wire or a terminal. Is pressed between the inner wall surface of the first insertion opening and the engaging portion of the first conductive plate portion, and the conductive portions of the t3 ⁇ 4.sa-like connector are connected to the second and fourth conductive plates. Provide a connector that can be pressed and held between the flat surfaces of the parts.
  • the present invention also provides a connector which does not include a moving member in the above connector. '
  • the present description has a substantially rectangular shape in which one side is opened and the first and second through-holes are opened in the first and second side faces, respectively.
  • the second conductive plate formed on the first conductive plate portion and the required S-side surface is elastically stretched at the end of £ and the housing is closed at the base end. It is fixed to the body, and at the end of the first conductive plate portion, an engaging portion which is located within the range of the second communication port is formed, and the second conductive plate portion is formed.
  • a first connecting conductive plate having a free end aligned with a flat portion corresponding to the engaging portion Lb of the first conductive portion or disposed near the flat portion; and a third connecting conductive plate.
  • a fourth conductive plate formed on a plane having a required length and being in surface contact with the second conductive plate when elastically located is a base located on the white end side of the first connection conductive plate. Elastically connected at the end and its base end With enclosure At the free end of the third conductive plate portion to form an engaging portion which is located within the area of the second lead wire insertion port and rises, and forms the fourth conductive plate portion.
  • the free end of the second connecting conductive plate is overlapped on a flat portion reaching the locking portion of the third conductive plate portion, or the second connecting conductive plate is disposed in the vicinity of the flat portion, and the inside of the first side surface of the housing.
  • the flat part of the first conductive plate and the free end of the second conductive plate are moved in the direction opposite to the rising direction of the locking part of the first conductive plate.
  • a push-in member that is provided at its own position so that the push-in operation is performed, and has a third through-hole that matches the third through-hole when the push-in operation is performed;
  • the flat portion of the third conductive plate portion and the free end of the fourth conductive plate portion at the time of pressing are connected to the interlocking member which moves in the direction opposite to the pressing direction of the pressing-in portion «;
  • the cover portions of the connectors are pressed and held between the inner wall surfaces of the insertion openings of the first and second openings and the engagement portions d: of the second and second conductive plate portions, respectively.
  • a connector that allows two '% -like connection f's to be sweat-contacted between the flat surfaces of the second and fourth conductor plates.
  • FIG. 1 is a perspective view of a second embodiment of the present invention
  • FIG. 2 is an exploded view of a part thereof
  • FIG. 3 is a diagram explaining the operation thereof.
  • FIG. 4 ' is a plan view of a modified example of the first embodiment
  • FIG. 5 is a plan view for explaining the configuration and operation of the second embodiment.
  • FIG. 7 is a plan view of a modification of the second embodiment
  • FIG. 7 is a plan view of the third embodiment
  • FIG. 8 is a view for explaining the operation thereof.
  • FIG. 9 is a plan view of a modification of the third embodiment
  • FIG. 10 is a perspective view of a terminal plate formed by a connector.
  • the first connection conductive plate 3 made of phosphor copper has a first conductive portion 3a on the lower side and a second conductive plate 'portion 3b on the t side.
  • the free end of the first conductive plate portion 3a rises within the area of the insertion port 2 to form a locking portion 3c.
  • the free end of the second conductive plate portion 3b forms a pressing portion 3d, and is connected to the flat portion 3e of the first conductive plate portion 3a.
  • the first connection conductive plate 3 is fixed to the end 1 at the end of the pin 4 formed integrally with the body 1.
  • the second contact plate made by Sebainan is elastically in surface contact with the third conductive plate portion 5a and the second conductive plate portion 3b extending to the outside of the housing 1.
  • a fourth conductive plate portion 5b The free end of the third conductive plate portion 5a is guided to the outside as an external terminal 5c, and is formed by the pins 6 and 7 integrally formed with the body 1 to form a ⁇ in the body 1]. Is defined.
  • the free end of the fourth conductive plate portion 5b is added with a small width, and the free end is hinged to a connecting member 8 serving as an interlocking member.
  • the connecting member 8 is provided with a hinge TO port on the link rod 9.
  • the link rod 9 is attached to the housing 1 by the pin 1Q integrally formed with the housing ⁇ . Be killed.
  • the link rod 9 is locked to the pushing member 11.
  • the push-in member has a stopper 12 formed thereon to prevent it from falling off. Further, a through hole 13 is formed in the pushing member 11 so as to match the insertion opening 2 at the time of pushing.
  • the pushing member 1 When the pushing member 1 is pushed in the direction of the arrow A in the state of FIG. 3 (a), the second conductive plate portion 3 b and the fourth conductive plate portion 5 are pressed as shown in FIG. 3 (b). b is opened with a parallel relationship. Then, the lead wire 15 is inserted through the insertion port 2 13 into the question of the conductive plate portions 3b and 5b. Next, when the push-in of the push-in member 1 ⁇ is released in the state of FIG. 3 (b), the push-in member 11 becomes the first and second connections ⁇ ⁇ 3, 3 ⁇ 4. On the other hand, it is moved in the direction of arrow B.
  • the lead wire portion 15a of the lead wire is held in close contact with the second and fourth conductive plate portions 3b and 5b, and the covering portion 15b is formed in the housing. Opening of the body 1 is held between the inner surface 1a of the I part and the locking part 3c.
  • the connector shown in Fig. 1 and Fig. 3 has the following features.
  • the housing 1 is open on the-side, and each part is dropped from the open side.
  • the second and fourth conductive plate portions 3b, 5b are parallel to each other. It is kept open. For this reason, it is easy to insert lead wires.
  • the second and fourth conductive plate portions 3b and 5b are closed while maintaining a parallel relationship with each other. For this reason, electrical contact is extremely good.
  • a locking portion 3c is formed at the free end of the third conductive plate portion 3a, and a concave portion is formed in the opening inner surface 1a facing the bracket.
  • the flat W portion 3 of the first conductive plate portion can be separated from the pressing portion 3d of the first conductive plate portion. For this reason, if the thickness of the lead wire section ⁇ 5a is 5 mm, the coating is ⁇ 1 hb, the thickness li is very different, even if it is very different. Also on the table, the direction of electrical contact JL and the prevention of falling off can be effectively realized. Rashi! Assuming that the indentation part 3d and the flat part 3e are bonded, when the conductor part ⁇ 5a is too thin compared to the covering part 15b, Contact becomes poor, and when the thickness of the conductor 15a is almost the same as that of the coating ⁇ 5b, the retaining part 3c prevents the slipping out. Shunaru.
  • the push-in member 11 is provided with a bottom 2. As a result, the pushing member 11 is not used while the connector is in use. There is no way to escape.
  • FIG. 4 shows a modification of the first embodiment. This differs from the one shown in FIG. 1 in that the pushing member 11 is slidably provided on the inner surface of the housing 1 and that the link rod 9 is That is, it plays a role of a stopper for retaining the member 11. Also in this connector, the second and fourth conductive plate portions 3b and 5b open and close in a parallel relationship with each other.
  • FIG. 5 shows the configuration and operation of the second embodiment. This is different from the first embodiment in that there is no interlocking member connected to the free end of the fourth conductive plate portion 5b. For this reason, when the push-in member 11 is pushed in the direction of the arrow A in FIG. 5 (b), the second and fourth conductive plate portions 3b and bb become pI It must not be in the t-m section:> When the lead wire 5 is disembarked and the push-in of the W-shaped member 11 is released,
  • Pushing part u 11 moves to r) of if) R so that it becomes smaller to 3 ⁇ 4 (c>).
  • the lead wire as shown in Fig. 5 (c) is used.
  • the portion 15a is pressed and held between the second and fourth conductive plate portions 3b and 5b which are parallel to each other.
  • the sixth shows the configuration and operation of a modification of the second 'i! Embodiment. This is different from the one shown in Fig. 5 in that the housings, connection conductors, etc. are provided separately, and the connector has a double structure. It is that you are .
  • the connector of the second embodiment is the connector of the first embodiment. It has a simple structure and can be provided at low cost.
  • FIG. 7 is a plan view of the third embodiment.
  • a lead wire is inserted one by one from each of the left and right sides of the figure so that connection can be made.
  • the first conductive plate portion 3a extends through the opening 21 formed in the pushing member 11 into the first through hole 2a, and forms a locking portion 3c.
  • the free end of the second conductive plate portion 3b is fixed to the pushing member 11.
  • the base end of the first connection conductive plate 3 composed of the conductive plate portions 3 a and 3 b is fixed to the housing 1 by pins 22.
  • the second connecting conductive plate side including the conductive plate portions 5a and 5b is also configured substantially in the same manner as the second connecting conductive plate side. Then, the moving part W2 3 is relocated by a link rod 25 which is rotated around the pin 24). .
  • the third embodiment has the following features as compared with the first and second embodiments described above. In other words, it is possible to insert two lead wires from both sides and make an electrical connection.
  • FIG. 9 shows the configuration and operation of a modification of the third embodiment. This differs from those shown in FIGS. 7 and 8 in that the part 3 ⁇ of the first 'contact plate' is led out of the housing ⁇ , That is, it is intended to be the objective connection I.
  • ⁇ 0 m is a perspective view showing this state.
  • a plurality of connectors 100 each of which has a single-sided release, are attached to the case 1 by ultrasonic vaporization. Accordingly, the terminal board 200 is formed, so that twisting and warping between the various connectors do not occur.
  • each connection board is ⁇ pieces It may be formed of a metal plate, or two metal plates may be bonded together as shown in Fig. 9, for example.
  • the connectors to be electrically connected are not limited to the lead wire portions, but may be terminals on a flat plate.
  • the lead wire portions (connectors) of the lead wire are pressed and sandwiched by the parallel conductive plate portions, the electrical connection is extremely good.
  • the lead wire cover is held by the inner surface of the insertion hole and the locking portion, the lead wire can be mechanically strongly held.
  • electrical connection and disconnection are performed with a simple 'simple operation' by simply pushing the pusher.
  • the structure is simple and each part is manufactured by dropping it into a housing, it is easy to assemble. Fifth, if you need 1® connectors
  • the terminal plate is easily formed by supersonic wave evaporation.

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  • Coupling Device And Connection With Printed Circuit (AREA)

Abstract

A connector has first and second connecting guide plates, a force member and an interlocking member, all of which are provided in a casing which is opened at one side thereof, and which has a lead wire-inserting port in at least one side wall thereof. The first and second connecting guide plates are deformed elastically and displaced in the casing by the force member and the interlocking member which is moved in accordance with the movement of the force member. Consequently, a conductor portion of a lead wire is held under pressure between these connecting guide plates, and a cover portion of the lead wire is held firmly between the inner surface of the wire-inserting port in the casing and the free ends of the connecting guide plates.

Description

明 コ ネ ク タ 技 術 分 野  Akira Connector technology field
本発明 は コ ネ ク タ に 関 し 、 よ り 詳細 に は回路 ま た は 機器な ど の相互間 を電気的 に 接続す る も の に 関 す る 。 背 景 技 術  The present invention relates to a connector, and more particularly, to an electrical connection between circuits or devices. Background technology
電子 回 路の端子 と リ ー ド線の導線部の 間 の電気的接 続 、 あ るい は リ ー ド線の導線部同 士 の 間 の電気的接続 等を 行な う ¾ の と し て 、 コ ネ ク タ あ る い は端子台 と 呼 ばれる も の が従来か ら 知 ら れて い る 。 こ の よ う な コ ネ ク タ と じ て 、 例 え ば 日 本 国 意 願 昭 5 6 4 6 2、 3 0 ¾ 、 周 5 6 4 6 2 3 Ί の ち の が あ る 。 こ れ ら は 共 に 、 相 対面 す る 2 枚の接続導板 を有 し 、 そ の 間 に リ ー ド線の導線部あ る い は板状の端 子を 挿通 さ せ る よ う に な つ て い る 。 そ し て 、 導線部あ る い は端 子 は 2 枚の接 続導板 で圧接挟持 さ れる 。  The electrical connection between the terminal of the electronic circuit and the lead wire section, or the electrical connection between the lead wire section and the like, etc. What is called a connector or terminal block has been known for some time. Such connectors include, for example, Japanese Patent Application No. 564,62, 30 3, and 5564, 423 周 after 周. Both of them have two connecting conductors facing each other, between which the lead wire of the lead wire or the terminal in the form of a plate can be inserted. It is. Then, the conductor or the terminal is pressed and held between the two connection conductors.
し か し な が ら 上 記の如 き従来装置で は 、 接続導板 と リ — ド線の 導線部あ る い は 端子 と は 一 点で の み接触 し て 電気的 に 接続 さ れ る 。 こ の た め 、 接触抵抗値が 不安 定 に な っ た り 高 く な つ た り す る欠点が あ る 。 ま た 、 電 気的接続の た め の接続導板 と リ ー ド線の ¾ ^線部あ る い は端子 と の 間で 、 金属同士 の接触 に よ つ、て リ ー ド線あ る い は端子 の コ ネ ク タ か ら の抜け が 防止 さ れて い る 。 の た め 、 両者の間 に互い に 引 き離す力 が加わる と 、 リ 一 ド線あ る い は端子が コ ネ ク タ か ら 簡単に はず れ、 電気的接続が失なわ れて し ま う 欠点が ある 。 However, in the conventional device as described above, the connection conductive plate and the lead portion or terminal of the lead wire are contacted at only one point and are electrically connected. For this reason, there is a disadvantage that the contact resistance value becomes unstable or becomes high. Also, between the connection conductor plate for electrical connection and the 線 ^ line part or terminal of the lead wire, there is a lead wire due to metal-to-metal contact. The terminal is prevented from coming off from the connector. As a result, if a force is applied to separate them from each other, the lead wire or terminal will easily come off the connector, and the electrical connection will be lost. There are drawbacks.
本発明 は こ の よ う な点を考慮し て な さ れた も ので 、 電気的な接続性が良 く 、 かつ接続さ れた リ ー ド線あ る い は端子を機械的 に 強 く 保持で き る コ ネ ク タ を提供す る こ と を 目 的 と す る 。  The present invention has been made in view of such points, and has good electrical connectivity and mechanically strongly holds the connected lead wires or terminals. The purpose is to provide a connector that can be used.
ま た 本発明 は 、 電気的な接続お よ び接続の解除を 、 簡単 な 操作で容易 に 行 な う こ と ので き る コ ネ ク タ を提 供す る こ と を 目 的 と す る 。  Another object of the present invention is to provide a connector that can easily perform electrical connection and disconnection by a simple operation.
さ ら に 本発 明 は 、 構造が 簡単で組み立て が容易な コ ネ ク タ を }¾供 す る こ と を 目 的 と す る 。  Furthermore, the present invention aims to provide a connector which has a simple structure and is easy to assemble.
発 明 の 開 示 Disclosure of the invention
で 本発明 は 、 …- 面が 開放さ れ 一側面 に 第 1 の挿 通 Π が 間 U さ れ た 略矩形状の筐体 と 、 第 1 の 導板部お よ ぴ所要良 さ ίήϊ に 形成さ れ た 第 2 の導板部 を そ の ¾ 端で弾性 的 に 逸 ti乂 し し そ の 基端 で ^体 に 固定 し 、 第 1 の導板 部の 自 由 端 に第 •1 の挿通口 の範囲 内 に 置か れて 立 上る係止部 を 形成 す る と 共 に 、 第 2 の 導板部の 自 由 端 を第 Ί の導板部の係止部 に 5る 平坦 部 に 重合 さ せ 又 は こ の 平坦 部近傍 に 配 g さ せ た 第 Ί の接続導板 と 、 筐 体に 固定 さ れる第 3 の導板部お よぴ所要長さ 平面 に形 成さ れ第 2 の 導板部 に 弾性的 に 面接触す る第 4 の 導板 部 を第 1 の接続導板 の 自 由端側 に 位置 す る基端で弾性 的 に 連設 し た 第 2 の接統導板 と 、 筐体の一側面の 内面 に 平行に 配置さ れ第 1 の導板部の 平坦部お よ び第 2 の 導板部の 自 由端を第 1 の導板部の係止部の立上 り 方向 と逆方向 に 移動 さ せ る よ う 押 し 込み操作自 在 に 設け ら れ 、 押 し 込み時 に 第 1 の揷通口 に合致 し る第 2 の挿 通口 を有す る 押込部材 と 、 こ の 押込部材の 押 し 込み時 に 第 4 の導板部 の 自 由 端を押込部材の押込方向 と 反対 方向 に 移動 さ せ る連動 部材 と を 備 え 、 リ — ド線 、 端子 等の 電気的接続 子 の被覆 部 を 第 1 の挿通口 の 内壁面 と 第 1 の導板部の 係止部 と で圧接挟持 す る と 共 に 、 t¾ .sa 的接続子の導線部を第 2 お よ び第 4 の導板部の 平 面間 で圧接挟持 す る ネ ク タ を 提供 す る 。 According to the present invention, there is provided a substantially rectangular casing having an open-sided surface and a first insertion hole interposed on one side surface, and a first conductive plate portion and a required goodness. The second conductive plate portion is elastically displaced at its one end and fixed to the body at its base end, and the first end is inserted through the free end of the first conductive plate portion. The free end of the second conductive plate is overlapped with the flat part of the second conductive plate by forming the locking part which is placed within the mouth and rises. A third connecting plate disposed in the vicinity of the flat portion and a third conductive plate fixed to the housing and a second conductive plate formed in a plane of a required length. A fourth conductive plate portion elastically in surface contact with the plate portion is connected to a second connecting conductive plate elastically connected at a base end located on the free end side of the first connection conductive plate. The inner surface of one side of the housing The free ends of the flat portion of the first conductive plate portion and the free end of the second conductive plate portion are moved in the direction opposite to the rising direction of the locking portion of the first conductive plate portion. A push member provided at the push-in operation itself to have a second through-hole that matches the first through-hole at the time of push-in, and a push-in member of the push-in member. An interlocking member for moving the free end of the fourth conductive plate portion in the direction opposite to the pushing direction of the pushing member at the time of the insertion, and covering the electric connector such as a lead wire or a terminal. Is pressed between the inner wall surface of the first insertion opening and the engaging portion of the first conductive plate portion, and the conductive portions of the t¾.sa-like connector are connected to the second and fourth conductive plates. Provide a connector that can be pressed and held between the flat surfaces of the parts.
. ま た 本発 明 は 、 上 記 コ ネ ク タ に お い て 運動部材 を 備 て い な い コ ネ ク タ を 提供 す る 。 '  The present invention also provides a connector which does not include a moving member in the above connector. '
さ ら に 本 .¾明 は 、 一面 が 開放 さ れ相 対 t る 第 お び第 2 の 側 面 に そ れぞ れ第 1 お よ び第 2 の 通 Π が 開 Π さ れ た 略矩 形状 の S休 と 、 第 1 の 導板 部お よ び 所 要 S さ Ψ 面 に 形成 さ れ た 第 2 の 導板 部 を £ の 端 で'弾 的 に 迚 ¾ し て そ の基端 で 筐 体 に 固定 し 、 第 1 の 導 板 部 の 由 端 に 第 Ί の 揷通口 の 範囲 内 に 置 か れ て な 上 る係 止部 を 形成 す る と 共 に 、 第 2 の導板部 の 自 由 端 を 第 1 の導扳部の 係 Lb部 に 5る 平坦部 に i合さ せ 又 は こ の平 坦 部近傍 に 配置 さ せ た 第 1· の 接続導板 と 、 第 3 の導板 部お よ ぴ所要長 さ 平面 に 形成 さ れ第 2 の 導板部 に 弾性 時 に 面接触 す る第 4 の導板部 を第 1 の接続導板の 白 由 端 側 に位置 す る基端 で 弾性 的 に 連設 し て そ の 基端 で筐 休に 固定 し 、 第 3 の 導板部の自 由 端に 第 2 の リ ー ド線 挿通口 の範囲内 に 置かれて 立上る係止部を形成する と 共 に 、 第 4 の導板部の 自 由端を第 3 の導板部の係止部 に至る平坦部 に重合さ せ又は こ の平坦部近傍 に配置さ た 第 2 の接続導板 と 、 筐体の第 1 の側面の 内 面に平 行に配置さ れ第 1 の導板部の平坦部お よび第 2 の導板 部の 自 由 端 を第 1 の導板部の係止部の立上 り 方向 と 逆 方向 に 移動 さ せ る よ う 押 し 込み操作 自 在 に設け ら れ 、 押 し 込み時 に 第 Ί の挿通口 に 合致 し う る 第 3 の揷通ロ を有す る押込部材 と 、 こ の押込部材の押 し 込み時に 第 3 の導板部の 平坦部お よ び第 4 の導板部の 自 由 端を押 - 込 部 « の押込方 向 と反対 ;^向 に 移動 さ せ る連動部材 と を ( 'え .、 2 木の電 的接続 子 の 被覆部 を そ れぞ れ第 1 お よ び笫 2 の 挿通口 の内壁面 と 第 Ί お よ び第 2 の導板 部の係 d:部 と で圧接挟持 す る と 共 に 、 2 本の ' %的接 続 f の導線部を 第 2 お よ び第 4 の 導板 部 の 平 面 間 で 汗 接挟 ½ す る コ ネ ク タ を提供 す る 。 In addition, the present description has a substantially rectangular shape in which one side is opened and the first and second through-holes are opened in the first and second side faces, respectively. And the second conductive plate formed on the first conductive plate portion and the required S-side surface is elastically stretched at the end of £ and the housing is closed at the base end. It is fixed to the body, and at the end of the first conductive plate portion, an engaging portion which is located within the range of the second communication port is formed, and the second conductive plate portion is formed. A first connecting conductive plate having a free end aligned with a flat portion corresponding to the engaging portion Lb of the first conductive portion or disposed near the flat portion; and a third connecting conductive plate. A fourth conductive plate formed on a plane having a required length and being in surface contact with the second conductive plate when elastically located is a base located on the white end side of the first connection conductive plate. Elastically connected at the end and its base end With enclosure At the free end of the third conductive plate portion to form an engaging portion which is located within the area of the second lead wire insertion port and rises, and forms the fourth conductive plate portion. The free end of the second connecting conductive plate is overlapped on a flat portion reaching the locking portion of the third conductive plate portion, or the second connecting conductive plate is disposed in the vicinity of the flat portion, and the inside of the first side surface of the housing. The flat part of the first conductive plate and the free end of the second conductive plate are moved in the direction opposite to the rising direction of the locking part of the first conductive plate. A push-in member that is provided at its own position so that the push-in operation is performed, and has a third through-hole that matches the third through-hole when the push-in operation is performed; The flat portion of the third conductive plate portion and the free end of the fourth conductive plate portion at the time of pressing are connected to the interlocking member which moves in the direction opposite to the pressing direction of the pressing-in portion «; ('Eh., Two trees electrical The cover portions of the connectors are pressed and held between the inner wall surfaces of the insertion openings of the first and second openings and the engagement portions d: of the second and second conductive plate portions, respectively. Provided is a connector that allows two '% -like connection f's to be sweat-contacted between the flat surfaces of the second and fourth conductor plates.
図面の 簡 単 な 説明 Brief description of the drawing
第 1 図 は本発 明 の第 Ί の実施例 の斜視図 で あ り 、 第 2 図 は そ の 一 部の 分解図 で あ り 、 第 3 図 は そ の 作動 を 説明 す る 図で あ り 、 第 4 図'は第 1 の実施例 の 変形 例 の 平面図で あ り 、 第 5 図 は第 2 の実施例 の構成お よ び作 勁 を説明 す る平面図 で あ り 、 第 6 図 は第 2 の実施例 の 変形例 の 平面図で あ り 、 第 7 図 は第 3 の実施冽 の平面 図 で あ り 、 第 8 図 はそ の作動 を説明 す る 図で あ り 、 第 9 図 は第 3 の実施例の変形例の平面図で あ り 、 第 1 0 図 は コ ネ ク タ に よ り 形 成 さ れ た 端 子 板 の 斜 視 図 で あ る 。 FIG. 1 is a perspective view of a second embodiment of the present invention, FIG. 2 is an exploded view of a part thereof, and FIG. 3 is a diagram explaining the operation thereof. FIG. 4 'is a plan view of a modified example of the first embodiment, and FIG. 5 is a plan view for explaining the configuration and operation of the second embodiment. FIG. 7 is a plan view of a modification of the second embodiment, FIG. 7 is a plan view of the third embodiment, and FIG. 8 is a view for explaining the operation thereof. FIG. 9 is a plan view of a modification of the third embodiment, and FIG. 10 is a perspective view of a terminal plate formed by a connector.
発明 を実施す る た めの最良の形 Best mode for carrying out the invention
第 1 図 お よ び第 2 図 に示す第 1 の実施例 に お い て 、 儸平矩形状の 筐体 Ί の一面 ( 上面 ) は開放さ れ 、 一側 面に は リ 一 ド 線 を 挿入 す る た め の挿通口 2 が形成さ れ て い る 。 例 え ば燐 胄銅製の第 Ί の接続導板 3 は 、 下方 側 の第 1 の 導扳部 3 a と t方側 の第 2 の導板'部 3 b を 有 し て い る 。 第 1 の導板部 3 a の 自 由 端は挿通口 2 の 範囲 内 で 立 ち 上 、 係止部 3 c を形成 し て い る 。 第 2 の導板部 3 b の 肖 由 端 は押圧部 3 d を な し 第 1 の導 板部 3 a の 平 坦部 3 e に 龍 合 し て い る 。 そ し て 、 こ の 第 1 の 接続導 板 3 は 体 1 と一体 に 成形 さ れ た ピ ン 4 に つ て 、 そ の ®端 で ^休 1 に 固定 さ れる  In the first embodiment shown in FIGS. 1 and 2, one surface (upper surface) of the flat rectangular casing 筐 体 is opened, and a lead wire is inserted into one side surface. An insertion hole 2 is formed for the purpose. For example, the first connection conductive plate 3 made of phosphor copper has a first conductive portion 3a on the lower side and a second conductive plate 'portion 3b on the t side. The free end of the first conductive plate portion 3a rises within the area of the insertion port 2 to form a locking portion 3c. The free end of the second conductive plate portion 3b forms a pressing portion 3d, and is connected to the flat portion 3e of the first conductive plate portion 3a. Then, the first connection conductive plate 3 is fixed to the end 1 at the end of the pin 4 formed integrally with the body 1.
え ば憐 南 ^ 製 の 第 2 の接 板 は 、 筐体 1 の外 则 に w び る 第 3 の 導板部 5 a と 、 第 2 の 導板部 3 b に 弾性 的 に 面接触 'ύ る 第 4 の導板部 5 b を 有 し て い る 。 第 3 の導 板部 5 a の 由 端 は外部端 子 5 c と し て 外部 に導 か れ 、 よ た 体 1 に一体成形 さ れ た ピ ン 6 , 7 に よ り ^ 体 1 に β]定 さ れる 。 第 4 の 導板部 5 b の 自 由 端 は幅を 狭 く 加 ェ さ れ 、 そ の先端 は連動部材をな す結合 部材 8 に ヒ ン ジ結合さ れる 。 結合部材 8 は リ ン ク 棒 9 に ヒ ン ノ TO 口 さ れる 。 リ ン ク 棒 9 は 筐体 Ί に一体成形 さ れ た ピ ン 1 Q に よ っ て 、 回勁 自 在 に 筐体 1 に 取 り 付 け ら れる 。 The second contact plate made by Sebainan is elastically in surface contact with the third conductive plate portion 5a and the second conductive plate portion 3b extending to the outside of the housing 1. A fourth conductive plate portion 5b. The free end of the third conductive plate portion 5a is guided to the outside as an external terminal 5c, and is formed by the pins 6 and 7 integrally formed with the body 1 to form a β in the body 1]. Is defined. The free end of the fourth conductive plate portion 5b is added with a small width, and the free end is hinged to a connecting member 8 serving as an interlocking member. The connecting member 8 is provided with a hinge TO port on the link rod 9. The link rod 9 is attached to the housing 1 by the pin 1Q integrally formed with the housing Ί. Be killed.
リ ン ク 棒 9 は押込部材 1 1 に 係止さ れる 。 押込部材 に は ス 卜 ッ ノ 1 2 が形成さ れて お り 、 抜け止め が な さ れて いる 。 ま た 、 押込部材 1 1 に は押 し込み時に挿通 口 2 に合致 す る揷通ロ 1 3 が形成さ れて い る 。  The link rod 9 is locked to the pushing member 11. The push-in member has a stopper 12 formed thereon to prevent it from falling off. Further, a through hole 13 is formed in the pushing member 11 so as to match the insertion opening 2 at the time of pushing.
次 に 、 第 3 図 に よ り 作動を説明 す る 。 リ ー ド線 1 5 を本実施冽 の コ ネ ク タ に 電気的に 接続 す る以前 は 、 第 3 図 ( a ) の よ う に な っ て い る 。  Next, the operation will be described with reference to FIG. Before the lead wire 15 is electrically connected to the cold connector of this embodiment, it looks like Figure 3 (a).
第 3 図 ( a ) の 状態 で押込部材 1 Ί を矢印 A 方向 に 押 し 込 む と 、 第 3 図 ( b ) の よ う に 第 2 の導板部 3 b と第 4 の導板部 5 b が平行な 関係を保 っ て 開 かれる 。 そ こ で 、 リ ー ド線 1 5 を挿通口 2 ノ 1 3 を通 し て 導板 部 3 b , 5 b の 問 に 挿人 す る 。 · · . ' . 次 に 、 第 3 図 ( b ) の 状態で押 込部材 1 Ί の押 し込 み を解除 す る と 、 押込部材 1 1 は第 1 , 第 2 の接続 扳 3 , ¾ の 反 ¾ に よ り 矢 印 B 方向 に れる 。 こ の た め 、 リ ー ド線の 導線部 1 5 a は第 2 , 第 4 の 導板部 3 b , 5 b に よ っ て ί± 接挟持 さ れ 、 そ の被覆部 1 5 b は筐体 1 の 開 「I 部内 面 1 a と 係止部 3 c の 間 で 保持 さ れる 。  When the pushing member 1 is pushed in the direction of the arrow A in the state of FIG. 3 (a), the second conductive plate portion 3 b and the fourth conductive plate portion 5 are pressed as shown in FIG. 3 (b). b is opened with a parallel relationship. Then, the lead wire 15 is inserted through the insertion port 2 13 into the question of the conductive plate portions 3b and 5b. Next, when the push-in of the push-in member 1 状態 is released in the state of FIG. 3 (b), the push-in member 11 becomes the first and second connections 接 続 3, ¾. On the other hand, it is moved in the direction of arrow B. For this reason, the lead wire portion 15a of the lead wire is held in close contact with the second and fourth conductive plate portions 3b and 5b, and the covering portion 15b is formed in the housing. Opening of the body 1 is held between the inner surface 1a of the I part and the locking part 3c.
こ の第 1 図乃 至 第 3 図 に 示 す コ ネ ク タ は 、 次の特徴 を 存 し て い る 。  The connector shown in Fig. 1 and Fig. 3 has the following features.
第 1 に 、 筐 体 1 は -面が 開放 さ れ 、 各部品 は 開放側 か ら 落 し  First, the housing 1 is open on the-side, and each part is dropped from the open side.
込んで 構成 す る よ う に な っ て い る 。 こ の た め 、 製造が 容易で あ る 。 It is designed to include Because of this, manufacturing It is easy.
第 2 に 、 連動部材 ( 結合部材 8 , リ ン ク 棒 9 , ピ ン 1 0 ) の働き に よ っ て 、 第 2 , 第 4 の導板部 3 b , 5 b が互い に 平行な 関係を保 っ て 開 か れる 。 こ の た め 、 リ ー ド線を 挿入 す る の が容 易 で あ る 。  Second, due to the action of the interlocking members (the connecting member 8, the link rod 9, and the pin 10), the second and fourth conductive plate portions 3b, 5b are parallel to each other. It is kept open. For this reason, it is easy to insert lead wires.
第 3 に 第 2 , 第 4 の導板部 3 b , 5 b は互い に 平行 な 関 係 を保 っ て 閉 じ ら れる 。 こ の た め 、 電気的な接触 が極 め て よ い 。  Third, the second and fourth conductive plate portions 3b and 5b are closed while maintaining a parallel relationship with each other. For this reason, electrical contact is extremely good.
第 4 に 、 第 Ί の導板部 3 a の 自 由 端 に 係止部 3 c が 形成さ れ 、 かっ こ れを対向 す る 開 口 部内 面 1 a に 凹部 が形成さ れ て い る 。 こ の た め 、 リ ー ド線を コ ネ ク タ に . 結 合 し た 後の 抜け lh め が確実 な も の に な る 。  Fourth, a locking portion 3c is formed at the free end of the third conductive plate portion 3a, and a concave portion is formed in the opening inner surface 1a facing the bracket. As a result, the lead wire can be securely removed from the connector after the lead wire is connected to the connector.
第 5 に '、 第 1 の導板 部の 平 W 部 3 は 、 .第 1 の導板 部の押圧部 3 d と 離 れ る こ と が 可 能 に な つ て い る 。 こ の た め 、 リ ー ド線の導線部 Ί 5 a の 太 さ に 対 し て 被覆 邰 1 h b の 太 さ li、 大 さ く 異 な る 合 も 、 は と ん ど ¾ な ら な い 場 台 に も 、 電気的接触性 の 向 JL と 抜け 止 め 防 を効 果的 に ' 現 e き る 。 ら し !甲圧 部 3 d と 平 坦部 3 e が接 着 さ れ て い る と 仮定 す る と 、 導線部 Ί 5 a が 被覆 部 1 5 b に 比 べ 細 す ぎ る と き に は菴 %的接触性が悪 く な り 、 導線部 1 5 a の 太 さ が 被覆部 Ί 5 b の そ れ と ほ と ん ど同 じ と き に は係 止部 3 c に よ る 抜け 止め 防 止 がで さ な ぐ な る 。  Fifth, the flat W portion 3 of the first conductive plate portion can be separated from the pressing portion 3d of the first conductive plate portion. For this reason, if the thickness of the lead wire section Ί5a is 5 mm, the coating is 被覆 1 hb, the thickness li is very different, even if it is very different. Also on the table, the direction of electrical contact JL and the prevention of falling off can be effectively realized. Rashi! Assuming that the indentation part 3d and the flat part 3e are bonded, when the conductor part Ί5a is too thin compared to the covering part 15b, Contact becomes poor, and when the thickness of the conductor 15a is almost the same as that of the coating Ί5b, the retaining part 3c prevents the slipping out. Shunaru.
第 6 に 、 押込部材 1 1 に は ス 卜 ツ バ Ί 2 が形成 さ れ て い る 。 こ の た め 、 押込 部材 1 1 が コ ネ ク タ の使用 中 に 抜け た り す る よ う な こ と はない 。 Sixthly, the push-in member 11 is provided with a bottom 2. As a result, the pushing member 11 is not used while the connector is in use. There is no way to escape.
第 4 図 は第 1 の実施例 の変形例 を示 し て い る 。 そ し て こ れが第 1 図 の もの と 異な る点 は 、 押込部材 1 1 が 筐体 1 の 内側面 に摺動 自在 に設け ら れて い る こ と と 、 リ ン ク 棒 9 が押込部材 1 1 の抜け止め の た め の ス 卜 ッ パの役割 を 果 し て い る こ とで あ る 。 こ の コ ネ ク タ につ い て も 、 第 2 お よ び第 4 の導板部 3 b , 5 b は互い に 平行な 関係で 開 き 、 かつ 閉 じ る 。  FIG. 4 shows a modification of the first embodiment. This differs from the one shown in FIG. 1 in that the pushing member 11 is slidably provided on the inner surface of the housing 1 and that the link rod 9 is That is, it plays a role of a stopper for retaining the member 11. Also in this connector, the second and fourth conductive plate portions 3b and 5b open and close in a parallel relationship with each other.
第 5 図 は 第 2 の ¾施例 の構成 と 作動 を 示 し て い る 。 こ れが第 1 の実施 例 と 異なる点 は 、 第 4 の導板部 5 b の 自 由 端に 結合 さ れる連勤 部材 が 設け ら れ て い な い こ と で あ る 。 こ の た め 、 押.込部材 1 1 を 第 5 図 ( b ) の -、矢印 A の 方向 に 押 し 込む と 、 第 2 お 丄 ぴ第 4 の導板部 3 b , b b は 、p I t な m 係に は な ら な い : > リ ー ド線 Ί 5 を 降 人 し て W 込 部材 1 1 の 押 し 込 み を 解 除 し すこ と き は 、 FIG. 5 shows the configuration and operation of the second embodiment. This is different from the first embodiment in that there is no interlocking member connected to the free end of the fourth conductive plate portion 5b. For this reason, when the push-in member 11 is pushed in the direction of the arrow A in FIG. 5 (b), the second and fourth conductive plate portions 3b and bb become pI It must not be in the t-m section:> When the lead wire 5 is disembarked and the push-in of the W-shaped member 11 is released,
¾ ¾ ( c 〉 に 小 す 如 く 押込部 u 1 1 は if) R の r) 向 に 移 る 。 こ の と さ- , 2 の 板部 5 b の [13 由 端 は ^ 休 1 等 に 拘束 さ れ て い な い の で 、 第 5 図 ( c ) に 示 す 如 く リ ー ド 線の導線部 1 5 a は 、 互い に 平行な第 2 お よ び第 4 の導板部 3 b , 5 b に圧接挟持 さ れる 。 Pushing part u 11 moves to r) of if) R so that it becomes smaller to ¾ (c>). At this point, since the [13 ends of the plate portion 5b of [2] are not constrained to ^ 1 etc., the lead wire as shown in Fig. 5 (c) is used. The portion 15a is pressed and held between the second and fourth conductive plate portions 3b and 5b which are parallel to each other.
第 6 は第 2 の 'i!施例 の変形例 の構成 と 作動 を示 し て い る 。 そ し て こ れ が 第 5 図 の も の と 異 な る 点 は 、 筐 休 、 接続導板等が そ れぞ れ Ί 対づつ 設け ら れ 、 コ ネ ク タ が 2 重構造 と な つ て いる こ と で あ る 。  The sixth shows the configuration and operation of a modification of the second 'i! Embodiment. This is different from the one shown in Fig. 5 in that the housings, connection conductors, etc. are provided separately, and the connector has a double structure. It is that you are .
第 2 の実施例 の コ ネ ク タ は第 1 の実施例 の コ ネ ク タ に比べ て構造が簡単で あ り 、 安価に 提供で き る 。 The connector of the second embodiment is the connector of the first embodiment. It has a simple structure and can be provided at low cost.
第 7 図 は第 3 の実施例 の平面図で あ る 。 こ の実施例 の コ ネ ク タ は 、 図 の左右か ら そ れぞれ 1 本づっ リ ー ド 線を挿入 し 、 接続で き る よ う に な つ て い る 。 第 1 の導 板部 3 a は 押込部材 1 1 に形成さ れた 開口 2 1 を通 つ て 第 1 の揷通ロ 2 a 内 に 伸 び 、 係止部 3 c を な し て い る 。 第 2 の導板部 3 b の 自 由 端 は 押 込部材 1 1 に 固定 さ れる 。 こ の導板部 3 a , 3 bか ら な る第 1 の接続導 板 3 の 基端 は ピ ン 2 2 に よ っ て 筐体 1 に 固定 さ れ る 。 導板部 5 a , 5 b か ら な る第 2 の接続導板側 につ い て も 、 第 Ί の 接続導板側 と略周様 に 構成 さ れて い る 。 そ し て 、 移動 部 W 2 3 は ピ ン 2 4 を 中心 に 回 転自 在 な リ ン ク 棒 2 5 に よ っ て 移勒 さ ίί レ、) れ る よ. う に な つ て い る 。  FIG. 7 is a plan view of the third embodiment. In the connector of this embodiment, a lead wire is inserted one by one from each of the left and right sides of the figure so that connection can be made. The first conductive plate portion 3a extends through the opening 21 formed in the pushing member 11 into the first through hole 2a, and forms a locking portion 3c. The free end of the second conductive plate portion 3b is fixed to the pushing member 11. The base end of the first connection conductive plate 3 composed of the conductive plate portions 3 a and 3 b is fixed to the housing 1 by pins 22. The second connecting conductive plate side including the conductive plate portions 5a and 5b is also configured substantially in the same manner as the second connecting conductive plate side. Then, the moving part W2 3 is relocated by a link rod 25 which is rotated around the pin 24). .
次 に 第 8 図 を 参照 し て 第 3 の 実施例 の 作動 を 説明 す る a 2 水 の リ ー ド線 1 5 , 1 5 ' を コ ネ ク タ に ¾気的 に 接 'J 以 前 は 、 第 8 図 ( a ) の よ う に な つ —( い る 。 Next, referring to Fig. 8, the operation of the third embodiment will be described with reference to Fig. 8.a2 Connect the water lead wires 15 and 15 'to the connector by air. , As shown in Fig. 8 (a).
第 8 ( a ) の状態で 押 込部 W Ί I を 矢 印 Aの 方向 に 押 し 込む と 、 第 8 図 ( b ) の よ う に 第 2 お よ び第 4 の導板部 3 b , 5 b が ^行な 関係 を保 っ て 開 か れ る 。 そ こ c、 リ ー ド線 1 5 を揷通 ロ 2 a , 1 3 a を 通 し て 導 板 部 3 b , 5 b の 問 に 挿 入 す る と 共 に 、 リ ー ド 線 1 5 ' を 揷通 ロ 2 b , 1 3 b を通 し て 導板部 3 b , 5 b の 間 に 挿入 す る 。  In the state shown in FIG. 8 (a), when the push portion WΊI is pushed in the direction of arrow A, the second and fourth conductive plate portions 3b, 3b, as shown in FIG. 8 (b), 5b is opened with a good relationship. Then, insert the lead wire 15 through the wires 2a, 13a and into the conductors 3b, 5b, and insert the lead wire 15 '. Through the holes 2b and 13b and insert them between the conductive plate portions 3b and 5b.
次 に 、 第 8 図 ( b ) の状態で押込部材 1 1 の押 し 込 み を 解 除 す る と 、 押 込 部 材 Ί 1 お よ び 移 勒 部 材 2 3 は 、 接続導板 3 , 5の反発力 に よ り 矢印 B方向 に戻さ れる 。 こ の た め 、 リ ー ド線の導線部 1 5 a , 5 a ' はそれぞれ導板部 3 b , 5 bに よ っ て 圧接挟持さ れ、 そ の被覆部 1 5 b , 1 5 b ' はそ れぞれ筐体 1 の 開 口 部内面 1 a , 1 b と 係止部 3 c , 3 d の 間で係止 さ れ る 。 Next, when the pushing of the pushing member 11 is released in the state of FIG. 8 (b), the pushing member Ί1 and the transfer member 2 3 Is returned in the direction of arrow B by the repulsive force of the connection guide plates 3 and 5. For this reason, the lead wire portions 15a and 5a 'of the lead wire are pressed and sandwiched by the conductive plate portions 3b and 5b, respectively, and the coating portions 15b and 15b' thereof. Are locked between the inner surfaces 1a and 1b of the opening of the housing 1 and the locking portions 3c and 3d, respectively.
こ の 第 3 の実施例 は 、 前述 の第 1 お よ び第 2の実施 例 と 比較 し て 次 の特徴 を 有 し て い る 。 す なわ ち 、 2本 の リ ー ド線 を 両方 向 か ら 挿 入 し 、 電気的接铳を と る こ と が で さ る 。  The third embodiment has the following features as compared with the first and second embodiments described above. In other words, it is possible to insert two lead wires from both sides and make an electrical connection.
第 9図 は第 3の実施例 の変形例 の構成 と 作動 を示 し て い '。 そ し て こ れが 第 7 図 お よ び ¾ 8 図.の も の と 異 なる点 は 、 第 1 の'接 ^ Μ板の ' 部分 3 Γ が筐体 Ί の外 側 に 導出 さ れ 、 Λ的接続 I と れる よ う に な つ て い る こ と で あ る 。  FIG. 9 shows the configuration and operation of a modification of the third embodiment. This differs from those shown in FIGS. 7 and 8 in that the part 3 の of the first 'contact plate' is led out of the housing Ί, That is, it is intended to be the objective connection I.
次 に 、 ヒ "idの I ネ ク ク を端 f-板 と し C 使 ffl サ る状態 を <)· る 。 Ί 0 mは そ の 状 態 を す 斜 視 図 あ る 。 図 示 の通 り 、 一面 が問 放 さ れ た 筐 体 1 を ^ す る コ ク タ 1 0 0 が M - 方 | j を ^ い て 複数 $ ね ら れ 、 そ れ ぞれ超 音波蒸 法で接着さ れ 、 端子板 2 0 0 が形成さ · れる 。 こ の た め 、 ] 々 の コ ネ ク タ 間 の ね じ れや そ り の 生 じ る こ と が な い 。  Next, the state where the I-neck of the "id" is used as an end f-plate and the C-ffl is used is <). Ί 0 m is a perspective view showing this state. In this case, a plurality of connectors 100, each of which has a single-sided release, are attached to the case 1 by ultrasonic vaporization. Accordingly, the terminal board 200 is formed, so that twisting and warping between the various connectors do not occur.
本発明 は 上 の第 1 乃至第 3 の実施例 に 限定 さ れる bの で は な い 。 ¾え ば 、 押込部材の 形状や接続導板の 形状 は種 々 変形で き る 。 ま た 、 個 々 の接続導板 は Ί 枚 の金属板で成形さ れて い て も よ く 、 第 9 図 の如 く 2 枚 の金属板を例 えば貼 り 合せ た も ので あ っ て も よ い 。 さ ら に 、 電気的 に接続さ れる接続子 は リ ー ド線の導線部 に 限 らず 、 平板上の端子等で あ っ て ち ょ い 。 The present invention is not limited to the above first to third embodiments. For example, the shape of the pushing member and the shape of the connection conductive plate can be variously deformed. In addition, each connection board is Ί pieces It may be formed of a metal plate, or two metal plates may be bonded together as shown in Fig. 9, for example. Furthermore, the connectors to be electrically connected are not limited to the lead wire portions, but may be terminals on a flat plate.
産業上の利用 可 能性  Industrial applicability
本発 明 に よ れ ば 、 次 の よ う な 産 業 上 の 利 用 性 が あ る 。 第 1 に 、 リ ー ド線の導線部 ( 接続 子 ) は互い に 平 行な導板部 に よ り 圧接挟持 さ れる た め 、 電気的な接続 性 が 極 め て 良好 あ る 。 第 2 に 、 リ ー ド線の被覆部 は 挿通口 の 内 面 と 係止部 に よ っ て 保持 さ れる た め 、 機械 的 に リ ー ド線を強 く 保持で き る 。 第 3 に 、 電気的な接 . 続お よ びそ の 解 除 を 、 押込部材を押 す だけ と い う 簡単 ' な操作で '実行 さ る 。 第 4 に 、 構造 が 簡単で あ り 、 ま た 各部品 を 筐 体 に 落 し 込む こ と に よ り 製作 で さ る の で 組 な が容 易 で あ る 。 第 5 に 、 1®数 の コ ネ ク タ を Γ ね 合  According to the present invention, there are the following industrial uses. First, since the lead wire portions (connectors) of the lead wire are pressed and sandwiched by the parallel conductive plate portions, the electrical connection is extremely good. Secondly, since the lead wire cover is held by the inner surface of the insertion hole and the locking portion, the lead wire can be mechanically strongly held. Third, electrical connection and disconnection are performed with a simple 'simple operation' by simply pushing the pusher. Fourth, since the structure is simple and each part is manufactured by dropping it into a housing, it is easy to assemble. Fifth, if you need 1® connectors
て 超 音 波蒸 ¾ す る こ と に よ り 、 容 易 に 端 了-板 を形成 ' る  The terminal plate is easily formed by supersonic wave evaporation.

Claims

請 求 の 範 囲 . 一面が 開放さ れ一側面に リ ー ド線、 端子等の 電気的接続子を揷通す る第 1 の 挿通口 が開口 さ れた略 矩形状の 筐体 と 、 A substantially rectangular housing having one side open and a first side opening through which an electrical connector such as a lead wire or a terminal passes through on one side;
5 第 1 の導板部お よ び所要長さ 平面に形成さ れた 第 2 の 導板部をそ の 基端で弾性的 に連設 し て そ の 基端で前 記筐体 に 固定 し 、 ήΰ記第 1 の導板部の 自 由 端 に前記第 の揷通口 の範囲 内 に 置か れて 立 tる係止部を形成 す る と共 に 、 前記第 2 の導扳部の 自 由 端を前記第 1 の導0 板部の係止部 に 至 る 平坦部 に 重合 さ せ又 は こ の平坦部 近傍 に 配置 さ せ た 第 Ί の接続導板 と 、  5 The first conductive plate and the required length The second conductive plate formed in a plane is elastically connected at its base end and fixed to the above-mentioned housing at its base end. And a locking portion that is placed within the range of the second through hole at the free end of the first conductive plate portion, and the free end of the second conductive portion is formed. A second connecting conductive plate having its end overlapped on a flat portion reaching the locking portion of the first conductive plate portion or disposed near the flat portion;
m 記箧体 に ISI定 さ れる第 3 の導板部 お よび所要長 さ ' Ψ面 に 形成さ れ 防記第 2 の導板部 に 弾 的 に面接触 す る第 4 の導板部を 前記第 1 の 接続導板の自 由 端側 に位 ϊ) m する ¾端 で弾性 的 に 連設 し た 第 2 の接続導板 と 、  m The third conductive plate portion defined by the ISI and the fourth conductive plate portion formed on the required length of the surface and elastically in surface contact with the second conductive plate portion A) a second connection conductive plate elastically connected at an end which is located on a free end side of the first connection conductive plate;
m ¾ S体 の 前 ¾ - 側 面 の 内 面 に 平行 に fid W さ れ i¾ i 第 1 の 導板部の Ψ坦部お よ び前記第 2 の導板部 の 自 由 端 を 節記第 Ί の導板部の係止部の 立 上 り 方向 と 逆方向 に 移動 さ る よ う 押 し 込 み操作自 在 に 設け ら れ 、 押 し0 込み時 に 前記第 1 の揷通口 に 合 致 し う る 第 2 の揷通 Π を有 する 押込部材 と 、  m is fid W parallel to the inner surface of the front-side surface of the S-body, and the free end of the first conductive plate and the free end of the second conductive plate are described in the section The push-in operation is provided so as to move in the direction opposite to the rising direction of the locking portion of the の conductive plate portion, and when the push-in operation is performed, it is engaged with the first communication port. A pushing member having a second communication hole which can be matched;
こ の 押込部材の 押 し 込み時 に 前記第 4 の導板部の 自 由 端 を前記押込部材の押込方向 と 反対方向 に 移動 さ せ る連動部材 と を備 え 、 前記電気的接続子の被覆部を前記第 1 の挿通口 の 内 壁面 と 前記第 1 の導 板 部 の 係 止 部 と で 保持 す る と 共 に 、 前記電気的接続子の導線部 を前記第 2 お よ び第 4 の導板部の平面間で圧接挟持す る コ ネ ク タ 。 An interlocking member for moving a free end of the fourth conductive plate portion in a direction opposite to a pressing direction of the pressing member when the pressing member is pressed. The covering portion of the electrical connector is held by the inner wall surface of the first insertion port and the engaging portion of the first conductive plate portion, and the conductive wire portion of the electrical connector is connected to the first connector. A connector that is pressed and held between the planes of the second and fourth conductive plate portions.
2 . 前記筐体 は偏 平矩形状で あ る請求の 範囲第 Ί 項記載の コ ネ ク タ 。  2. The connector according to claim 2, wherein the housing has a flat rectangular shape.
3 . 前記第 2 の導板部の 自 由 端 に は前記第 1 の導 板部の 平 坦部 に 重合 さ れ る 押圧部が 設け ら れ 、 記押 込部材 は前記第 2 の導板部の押圧部 に 当接 し て い る請 求の範囲第 1 項 ¾敏の コ ネ ク タ 。  3. At the free end of the second conductive plate portion, there is provided a pressing portion that is superposed on the flat portion of the first conductive plate portion, and the pressing member is formed of the second conductive plate portion. Item 1 of the claim that is in contact with the pressing part of the quick connector.
4 . 前記第 Ί の挿通口 の 内 壁面 に は前記第 2 の導 板部の 係 止部 が 揮人 さ れ う る 溝 が形成さ れ て い る請求 の 範 囲 第 1 項 ^載の ·:ι ネ ク タ 。 '  4. The groove according to claim 1, wherein a groove is formed on an inner wall surface of the second insertion port so that a locking portion of the second conductive plate can be used as a guide. : ι Connector. '
5 . m 記連 勒 部材 は - ' 端 が 前記 W込部材 に 遊動 的 に 係 合 し 、 他端 が 前 記 第 4 の 導 扳 部 の 自 由 端 に 係 着 し 、 4 央部分 で' ¾ ; 筐体 に 1袖 支 さ れ る 尸 一 厶 で あ る ^ 求の 範 囲第 1 項 ¾載の コ ネ ク タ 。 5. The m-bridge member has an end 'movably engaged with the W-shaped member, and the other end engaged with the free end of the fourth conductive portion, and at the center of' 4 '. The connector described in the first section of the scope of the present invention, which is a single-arm that is supported by one sleeve in the housing.
6 , 前記抻 込部材 に は 抜け 止め の た め の ス 卜 ッ パ が 設 け ら れ て い る ¾ 求の範囲第 1 項記載の コ ネ ク タ 。  6. The connector according to claim 1, wherein said stopper includes a stopper for preventing the fall-out member from falling off.
7 . - 面 が 開放 さ れー 则 面 に リ ー ド線 、 端 f '§の 電気的接続子を 揷通 す る第 Ί の挿通口 が 開 口 さ れた 略 矩形状の筐体 と 、  7.- A substantially rectangular housing with an open surface and a second insertion opening through which a lead wire and an electrical connector at end f'§ pass through the bottom surface;
第 Ί の導板部 お よ び所要長 さ 平面 に 形成 さ れた 第 2 の 導板部 をそ の基端で弾性 的 に 連設 し て そ の 基端で 前 記筐体 に 固定 し 、 前記第 1 の導板部の 自 由端 に 前記第 \ k A second conductive plate portion and a second conductive plate portion formed on a plane having a required length are elastically connected at its base end and fixed to the casing at its base end. At the free end of the first conductive plate portion, \ k
1 の揷通口 の範囲内 に 置かれて 立上る係止部を形成す る と 共 に 、 前記第 2 の導板部の 自 由 端を前記第 1 の導 板部の係止部 に至る 平坦部に重合さ せ又は こ の平坦部 近傍に 配置さ せ た 第 1 の 接続導板 と 、 A free-standing end of the second conductive plate portion is connected to the locking portion of the first conductive plate portion, while forming a locking portion which is placed within the range of the communication opening and rising. A first connection conductive plate superimposed on a flat portion or disposed near the flat portion;
前記筐体 に 固定 さ れる第 3 の導板部お よ び所要長さ 平面 に 形成さ れ前記第 2 の導板部 に 弾性的 に 面接触す る第 4 の導板部を 前記第 Ί の接続導板の 自 由 端側 に位 置す る 基端で弾性的 に 連設 し た第 2 の 接続導板 と 、 前 記筐体の 前記一側面の 内面 に 平行 に配置 さ れ前記 第 1 の 導板部の 平 坦部お よぴ前 第 2 の導板部の自 由 端を前記第 1 の導板部の係止部の立上 り 方向 と逆方 向 に 移動 さ ϋ: る よ う 押 し込み操作自 在 に 設け'ら れ、 押 し 込 み 時 に 前記第 1 の挿通口 に 致 し う る第 2 の挿通口 を 有 す る 押込 部材 と 、  A third conductive plate portion fixed to the housing and a fourth conductive plate portion formed on a plane having a required length and elastically in surface contact with the second conductive plate portion; A second connecting conductive plate elastically connected at a base end located on a free end side of the connecting conductive plate; and the first connecting conductive plate disposed parallel to an inner surface of the one side surface of the casing. The free end of the second conductive plate portion is moved in the direction opposite to the rising direction of the locking portion of the first conductive plate portion. A push member provided at the push-in operation itself and having a second insertion opening that matches the first insertion opening when the push-in operation is performed;
Jiij 霜 的 接続子 の 被覆部を前記第 1 の挿通口 の内 ifij と m 第 I の 導 板 部 の 係 止 部 と で 保 持 す る と 共 に 、 ¾ ud M %的接続 了- の導線部 を 前記 第 2 お よ び第 4 の 導板部 の 平面 間 で ί£接挟持 す る コ ネ クタ 。  Jiij The cover of the frost-like connector is held by the ifij of the first insertion opening and the engaging portion of the m-th I-plate portion, and the conductor of the ¾ ud M% connection is completed. A connector for holding the portion between the planes of the second and fourth conductive plate portions.
8 . 前記筐体 は ! ¾平矩形状で あ る請求の範囲第 7 8. ¾Claim 7 in a flat rectangular shape
¾ 載の J ネ ク タ o J J connector o
9 . 前記第 2 の導板部の 自 由 端 に は前記第 1 の導 板部の 坦部 に 重合 さ れ る 押圧部 が 設け ら れ 、 前記押 込部材 は 前記第 2 の導板部の 押圧部 に 当 接 し て い る請 求の 範囲第 7 項記載の コ ネ タ 。  9. At the free end of the second conductive plate portion, a pressing portion is provided which is superposed on the carrier of the first conductive plate portion, and the pressing member is provided at the free end of the second conductive plate portion. 9. The connector according to claim 7, wherein said connector is in contact with said pressing portion.
1 0 . 前 記第 1 の挿通口 の 内壁面 に は前記第 2 の 導板部の係止部が挿入さ れう る溝が形成さ れて い る請 求の範囲第 7 項記載の コ ネ ク タ 。 The inner wall surface of the first insertion port described above has the second The connector according to claim 7, wherein a groove into which the locking portion of the conductive plate portion can be inserted is formed.
1 1 . 一面が 開放さ れ相対する第 1 お よび第 2 の 側面 に そ れぞれ リ ー ド線 、 端子等の電気的接続子を揷 通す る第 1 お よ び第 2 の挿通口 が 開口 さ れた 略矩形状 の筐体 と 、  1 1. The first and second through-holes, which are open on one side and pass electrical connectors such as leads, terminals, etc., are respectively provided on the opposing first and second side surfaces. A substantially rectangular housing with an opening;
第 Ί の導板 部お よ び所要長 さ 平面 に形成さ れた 第 2 の 導板部を そ の 基端 で弾性的 に 連設 し て そ の 基端 で 記筐体 に 固定 し 、 前 ¾1第 1 の導板部の 自 由端 に 前記第 1 の挿通口 の範囲 内 に 置かれ て 立 ]!る係止部を形成 す る と 共 に 、 前記第 2 の導板部の 自 由 端 を前記第 1 の導 板部の 係 止部 に ¾ る 平 坦 部 に :合'さ (!· 又 は こ の 平坦部 近傍 に 配置 さ U た 第 Ί の接統導板 と 、  A second conductive plate portion and a second conductive plate portion formed on a plane having a required length are elastically connected at its base end, and fixed to the housing at the base end. ¾1 At the free end of the first conductive plate portion, an engaging portion which is placed within the range of the first insertion opening and stands up!] Is formed, and the second conductive plate portion is free to rotate. The end is connected to a flat portion of the first conductive plate portion, which is the engaging portion of the first conductive plate portion: a mating portion (! Or a second connecting conductive plate U disposed near the flat portion;
第 3 の 導扳部お ぴ所 要 K さ 平面 に 形成さ れ前 記第 2 の 導板 部 に 弾性 的 に 面接触 す る第 4 の導板部 を 第 1 の 接! 板 の ¾ 由 端 则 に 位 ^ す る ¾端 C 弾性的 に 連 ¾ し て そ の ¾端 で 己 ¾ 休 に [il定 し 、 前 ¾第 3 の導 板部 の ώ 端 に 記第 2 の挿通 U の 範胆内 に 置 かれ て 上 る 係 止 部を 形成 す る と 共 に 、 前 記第 4 の導板部の 自 由 端を 前記第 3 の 導扳 部の 係 止 部 に £る 平坦部 に '€合 さ ti 又 は こ の 、 坦 邰 近 傍 に 配 置 さ せ た 第 2 の 接 続 導 板 と 、  The third conductive portion and the required K portion The fourth conductive plate portion formed on a plane and elastically in surface contact with the second conductive plate portion is a first contact! The end C located at the free end of the plate is connected elastically, and at that end, it is closed for free [il], and the second end is attached to the end of the third conductive plate. And the free end of the fourth conductive plate is connected to the engaging part of the third conductive part by forming a locking part which is located within the upper limit of the insertion U of the third conductive part. Ti or a second connection conductive plate disposed near the carrier;
前記筐体の前記第 Ί の側面 の 内面 に 平行 に 配置 さ れ m ¾第 1 の 導扳部の 平坦部お よ ぴ前記第 2 の導板部の 自 由 端を前記第 Ί の導板部の 係 止部の立 上 り 方 向 と逆 M is disposed in parallel with the inner surface of the first side surface of the housing. M The flat portion of the first conductive portion and the free end of the second conductive portion are connected to the third conductive portion. Reverse of the direction in which the locking part rises
2 Two
o  o
方向 に移動 させる よ う 押 し込み操作自在 に設け ら れ、 押一 nしし 「 込み時に前記第 1 の挿通口 に合致 し う る第 3 の挿  The third insertion which matches the first insertion opening at the time of insertion is provided so that it can be pushed in
4  Four
通口 を有す る押込部材 と 、 の押込部材の押 し込み時に 前記第  A pushing member having an opening; and the pushing member when the pushing member is pushed in.
前 3 の導板部の平 坦部お よ び前記第 4 の導板部の 自 由 端を前記押込部材 の 押 込方 向 と 反対方 向 に 移 動 さ せ る 連 動 部 材 と を 備 X 、  And a linking member for moving the free end of the flat plate portion of the front 3 and the free end of the fourth conductive plate portion in the direction opposite to the pushing direction of the pushing member. X,
2 本の前記電気的接続子の被覆部 をそ れぞれ前記第 The covering portions of the two electrical connectors are respectively
1 お よ び第 2 の 挿通〔I の 内壁面 と 前記第 1 お よ び第 21 and the second insertion (the inner wall of I and the first and second
1 0 の導板部の 係 止部 と で保持 す る と 共 に 、 前記 2 本の電 気的接続子 の 導線部 を 前記第 2 お よ び第 4 の ' 板部の Ψ 面間で圧接挟 持 す る つ ネ ク タ 。 While holding with the engaging portion of the conductive plate portion of No. 10, the wire portions of the two electrical connectors are pressed against the surfaces of the second and fourth 'plate portions. The connector to be pinched.
1 2 . m ¾ g休 は 、 矩形状 e あ る 請.求の範囲第 1 2 .m ¾ g rest is a rectangle e.
1 1 項 載の ] ネ ク タ 。
Figure imgf000018_0001
面 に は
[11] connector.
Figure imgf000018_0001
On the surface
2 お よ び第 4 の導 板 部 の 係 ιί 部 が挿入 さ れ う る m £· れ ぞ れ形成 さ れ て い る ,,3 ; R の 範囲第 〗 1 ώ載 の コ ネ ク タ 。  The connector described in the first part of the range of R, R, and R, in which the connection portions of the second and fourth conductive plate portions are inserted.
1 連動部材 は前記筐体の ¾記第 2 の側面 の 内 面 に 平行 に 配置 さ れ 前 Jd 押込部材の 押込方向 に 沿 つ て 移動 自 在 な移動 部材 と 、 一端 が 前 記押込部材 に 遊 動 的 に 係 合 し 、 他 端 が m 記 移 勁 部 材 に 遊 勖 的 に 係 合 し 、 中央部分で 前記筐 体 に 軸支 さ れる ア ー ム と を有す る 請求の範囲第 1 1 項記載の .コ ネ ク タ 。 (1) The interlocking member is disposed parallel to the inner surface of the second side surface of the housing and moves along the pressing direction of the front Jd pressing member. Claim 11. An arm which is dynamically engaged, the other end of which is freely engaged with the transfer member, and an arm which is pivotally supported by the casing at a central portion. Connector described in section.
5 1 5 . BIJ ΗΞ第 3 の導板部の 平坦部 は前 記移動 部材 の一端 に 当接 し 、 前記第 4 の導板部の 自 由端は前記移 動部材 に 形成さ れ た 溝 に 嵌入さ れる請求の範囲第 1 4 項記載の コ ネ ク タ 。 5 1 5. BIJ 平坦 The flat part of the third conductive plate is the moving member 15. The connector according to claim 14, wherein the free end of the fourth conductive plate portion is fitted into a groove formed in the moving member.
PCT/JP1985/000461 1985-08-20 1985-08-20 Connector WO1987001244A1 (en)

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Cited By (12)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2322483A (en) * 1997-02-24 1998-08-26 Itt Mfg Enterprises Inc Electrical connector
WO2001047067A1 (en) * 1999-12-21 2001-06-28 Siemens Aktiengesellschaft Screwless terminal
WO2001047068A1 (en) * 1999-12-21 2001-06-28 Siemens Aktiengesellschaft Screwless terminal
EP1317029A1 (en) * 2001-11-29 2003-06-04 SMK Corporation Plug
EP1357639A1 (en) * 2002-04-25 2003-10-29 Electro-Terminal GmbH & Co. KG Connection terminal
US6712649B2 (en) 2000-08-23 2004-03-30 Smk Corporation Plug
DE10244480A1 (en) * 2002-09-19 2004-04-08 Pilz Gmbh & Co. Clamping block for terminal ends of electrical conductors, has stepped pressure block pressing on hollow spring elements which may trap ends of conductor wires
WO2012080083A1 (en) * 2010-12-17 2012-06-21 Weidmüller Interface GmbH & Co. KG Connection apparatus having a moving operating means
WO2012084540A1 (en) * 2010-12-21 2012-06-28 Weidmüller Interface GmbH & Co. KG Connection apparatus with a movable actuating means
TWI581531B (en) * 2013-08-07 2017-05-01 Improved structure of wire terminal block
DE102017108171A1 (en) * 2017-04-18 2018-10-18 Phoenix Contact Gmbh & Co. Kg Spring connection
TWI659581B (en) * 2018-03-16 2019-05-11 進聯工業股份有限公司 Conductive component structure of wire coupling device

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JPS5025985Y1 (en) * 1969-06-10 1975-08-04
JPS5154286U (en) * 1974-10-23 1976-04-24
JPS5249418Y2 (en) * 1972-08-04 1977-11-10
JPS5760754B2 (en) * 1977-09-30 1982-12-21 Matsushita Electric Works Ltd
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JPS5025985Y1 (en) * 1969-06-10 1975-08-04
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JPS5154286U (en) * 1974-10-23 1976-04-24
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Cited By (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2322483A (en) * 1997-02-24 1998-08-26 Itt Mfg Enterprises Inc Electrical connector
GB2322483B (en) * 1997-02-24 1999-01-06 Itt Mfg Enterprises Inc Electrical connector
US6089903A (en) * 1997-02-24 2000-07-18 Itt Manufacturing Enterprises, Inc. Electrical connector with automatic conductor termination
WO2001047067A1 (en) * 1999-12-21 2001-06-28 Siemens Aktiengesellschaft Screwless terminal
WO2001047068A1 (en) * 1999-12-21 2001-06-28 Siemens Aktiengesellschaft Screwless terminal
US6712649B2 (en) 2000-08-23 2004-03-30 Smk Corporation Plug
EP1317029A1 (en) * 2001-11-29 2003-06-04 SMK Corporation Plug
EP1357639A1 (en) * 2002-04-25 2003-10-29 Electro-Terminal GmbH & Co. KG Connection terminal
WO2003092122A1 (en) * 2002-04-25 2003-11-06 Electro-Terminal Gmbh & Co Kg Connecting terminal
DE10244480A1 (en) * 2002-09-19 2004-04-08 Pilz Gmbh & Co. Clamping block for terminal ends of electrical conductors, has stepped pressure block pressing on hollow spring elements which may trap ends of conductor wires
DE10244480B4 (en) * 2002-09-19 2010-09-09 Pilz Gmbh & Co. Kg Terminal block for connecting electrical conductors to an electrical device and safety relay
WO2012080083A1 (en) * 2010-12-17 2012-06-21 Weidmüller Interface GmbH & Co. KG Connection apparatus having a moving operating means
WO2012084540A1 (en) * 2010-12-21 2012-06-28 Weidmüller Interface GmbH & Co. KG Connection apparatus with a movable actuating means
CN103283090A (en) * 2010-12-21 2013-09-04 威德米勒界面有限公司及两合公司 Connection apparatus with a movable actuating means
TWI581531B (en) * 2013-08-07 2017-05-01 Improved structure of wire terminal block
DE102017108171A1 (en) * 2017-04-18 2018-10-18 Phoenix Contact Gmbh & Co. Kg Spring connection
TWI659581B (en) * 2018-03-16 2019-05-11 進聯工業股份有限公司 Conductive component structure of wire coupling device

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