JPS5932870B2 - electrical connector assembly - Google Patents
electrical connector assemblyInfo
- Publication number
- JPS5932870B2 JPS5932870B2 JP13519079A JP13519079A JPS5932870B2 JP S5932870 B2 JPS5932870 B2 JP S5932870B2 JP 13519079 A JP13519079 A JP 13519079A JP 13519079 A JP13519079 A JP 13519079A JP S5932870 B2 JPS5932870 B2 JP S5932870B2
- Authority
- JP
- Japan
- Prior art keywords
- housing
- connector
- contact
- electrical
- electrical connector
- 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.)
- Expired
Links
Landscapes
- Details Of Connecting Devices For Male And Female Coupling (AREA)
Description
【発明の詳細な説明】
本発明は電気接続子とそれのための絶縁ハウジングおよ
び該電気接続子と該ハウジングとの組立体に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electrical connector, an insulating housing therefor, and an assembly of the electrical connector and housing.
より詳細には、従来の嵌合型の電気接続子に例えばダイ
オードの如き電子部品のリードとの接続のための接触部
を備えた電気接続子と、かかる電気接続子を収容し、ダ
イオードの如き電子部品の装脱着が容易になされうる絶
縁住ハウジング、およびこれら電気接続子とハウジング
との組立体に関する。モータまたはソレノイドからコイ
ルによつて誘起されたサージ電流が生じることは一般に
知られている。More specifically, a conventional fitting type electrical connector includes an electrical connector provided with a contact portion for connection to a lead of an electronic component such as a diode, and the electrical connector accommodates the electrical connector. The present invention relates to an insulating housing in which electronic parts can be easily attached and detached, and an assembly of the electrical connector and the housing. It is generally known that coil-induced surge currents occur from motors or solenoids.
かかるサージ電流に対処するために、従来は基板上に設
置したダイオードを用いていたが、かかる基板は例えば
モーターからかなり離れたところに設置される例が多か
つた。しかし、サージ電流の電気的特性を考慮すると、
それは発生源のすぐ近くで遮断することが望ましい。本
発明の目的の1つは、ダイオードをサージ電流の発生源
の近くに設置しうる如き電気接続子・ハウジングの組立
体を提供することである。サージ電流対処の目的で例え
ばダイオードを用意するについて、従来の技術に従うと
、絶縁材料製の直方体状のブロックを作つてこのブロッ
クにダイオードを装着し、ブロックの短辺の一万はプラ
グ型の接続子を装着したハウジングを受け、また他の短
辺は栓受型の接続子を装着したハウジングを受りるよう
に設計し、ブロックに2個のハウジングが組合わされる
とダイオードからの導線が外部の配線に接続される如き
ものであつた。In order to cope with such surge currents, conventionally, diodes installed on a substrate have been used, but such a substrate is often installed at a considerable distance from the motor, for example. However, considering the electrical characteristics of surge current,
It is desirable to shut it off in the immediate vicinity of the source. One of the objects of the present invention is to provide an electrical connector and housing assembly that allows the diode to be placed close to the source of the surge current. For example, to prepare a diode for the purpose of dealing with surge currents, according to conventional technology, a rectangular parallelepiped block made of insulating material is made, a diode is attached to this block, and the short side of the block is plug-type connected. The other short side is designed to receive the housing equipped with a connector type connector, and when the two housings are combined in the block, the conductor from the diode is connected to the outside. It looked like it would be connected to the wiring.
かかる実用例においては、ダイオードが使用不能になる
とブロック全部を交換しなければならず、ダイオード1
個につき1個のブロックとその上の配線bS無駄になる
。加えて、2個のハウジングと1個のブロックを用意す
ることはこれもまたコストの面から問題があるだけでな
く、組立のた6の労力を要し、しかも組立てが終つたと
きの全構造体はかなりの空間を占める、という難点が見
出された。本発明はこの種の接続方法と手段において従
来技術に見られた上述の問題点を以下に詳細に説明する
手段で解決するものである。本発明に従う電気接続子は
導電性の板金材料から打抜によつて形成される全体的に
は縦長の細長い形態をとり、その一万端は電線に接続す
るための心線圧着部と絶縁物巻込部から成る電線接続部
であり、その反対側の他方端は、同一構造の相手万接続
子の対応部分と嵌合接触をなして電気的接続部を形成す
る第l接触部であり、条片状に形成された端部分/)j
折返されてばね特性をもつよう形成する。本発明による
電気接続子は、上記の構造に加えて、ダイオードの如き
他の電気部品からのリードを挿入し、当該リードをその
両側から強固に挟んで保持して電気的接続部を形成する
リード用の第2接続部が設けられていることを特徴とす
る。本発明の電気接続子にはこのリード用の第2接触部
が設けられているために、例えばダイオードが使用不能
になつた場合には、リードを引抜くだけでダイオードの
取外しができ、別の新しいダイオードを持つてきてその
リードを当該第2接触部に挿入すれば新しいダイオード
との交換が完了する。この際、電気接続子はそのままに
しておき、また後述するハウジングに関しては蓋を開閉
するだりですむから、なんら他の部品の交換を必要とせ
ず、またダイオードの交換作業も著しく容易になされる
という利点がある。本発明は更に上記した電気接続子を
収納するための絶縁性ハウジングに関する。In such a practical example, if a diode becomes unusable, the entire block must be replaced;
One block and the wiring bS on it are wasted for each block. In addition, having two housings and one block is not only problematic from a cost perspective, but also requires six hours of labor to assemble, and the entire structure when assembled is complete. The problem was discovered that the body occupies a considerable amount of space. The present invention solves the above-mentioned problems encountered in the prior art in connection methods and means of this type by means described in detail below. The electrical connector according to the present invention is formed by punching from a conductive sheet metal material and has an overall vertically elongated shape, and one end thereof has a core wire crimp portion for connecting to an electric wire and an insulator. A wire connection part consisting of a winding part, and the other end on the opposite side thereof is a first contact part that makes fitting contact with a corresponding part of a mating universal connector of the same structure to form an electrical connection part, End part formed in the form of a strip/)j
It is folded back and formed to have spring characteristics. In addition to the above-described structure, the electrical connector according to the present invention has a lead in which a lead from another electrical component such as a diode is inserted, and the lead is firmly sandwiched and held from both sides to form an electrical connection. It is characterized in that a second connection part is provided for. Since the electrical connector of the present invention is provided with a second contact portion for this lead, if the diode becomes unusable, for example, the diode can be removed simply by pulling out the lead, and a new one can be installed. Replacement with a new diode is completed by taking the diode and inserting its lead into the second contact portion. At this time, the electrical connectors can be left as they are, and the housing, which will be described later, can be opened and closed by simply opening and closing the lid, so there is no need to replace any other parts, and the task of replacing the diode is also made extremely easy. There are advantages. The invention further relates to an insulating housing for accommodating the electrical connector described above.
かかるハウジングは絶縁性のプラスチツク材料からモー
ルド形成によつて一体的に形成され、このハウジングは
上記の電気接続子をダイオードと共に収納する本体部分
を有し、本体部分はダイオードの出し入れのときに開く
ことBSでき、ダイオードが装着され終つたときにはそ
れを押さえつつ閉じるように丁番式に形成されるふたを
備える。本体部分の前方には本体部分と横幅は同じであ
る/)j、高さの低い直方体状の前号部分が設けられ、
上記した電気接続子の第1接触部はこの前方部分内に収
納される。かくして、本体の前面と後面はそれぞれ電気
接続子の嵌合のための第1接触部と電線接続部に接続さ
れた電線およびダイオードからの接続子と接続しない万
の他のリードのための開いており、本体部分の両側面に
は必要BSあればハウジングを係止するための掛止爪を
設りる。本体部分の底は電気接続子ゲ正確に位置ぎめさ
れるよう溝が切つてあり、この溝は底のほぼ中央近くで
終り、その位置に段部が設けられて接続子の止めとして
の機能を果たす。段部の上面はまた2段になつていて、
この段部は接続子の嵌合接触部のための止めとなる。蓋
は上述した如く丁番式になつていて折曲可能であつて蓋
の開閉を可能にし、また蓋の接続子に面する内側にはダ
イオード押されとして働らく舌状片が設けられる。ハウ
ジングの両側の後万端の近くには係止突起が設けられ、
他方ふたの両側の自由端(閉じたときにはハウジングの
後万端)の近くには係止突起に対応する切欠部に形成さ
れ、ふたを閉じると切欠部と係止突起とは係合して、ふ
たが確実に閉じられた状態に留まるようにする。かかる
構造のハウジングは電気接続子をダイオードと共に正確
に位置ぎめして保持し、それによつて接続子の嵌合のた
めの第1接触部が相手万接続子の対応部分と正確に嵌合
することを可能にし、他方ダイオードを舌状片によつて
軽く押されてそれのリードと電気接続子の第2接触部と
の接触を安定状態に保つ。以下本発明の一実施例を添付
図面に示されるものを例に説明する。第1図は本発明に
従う電気接続子1を示す。Such a housing is integrally formed by molding from an insulating plastic material, and has a main body portion that accommodates the above-mentioned electrical connector together with a diode, and the main body portion can be opened to insert or remove the diode. BS, and is provided with a hinged lid that holds the diode and closes it when the diode is finished being installed. In front of the main body part, there is a rectangular parallelepiped-shaped part with the same width as the main body part, and a low height.
The first contact portion of the electrical connector described above is accommodated within this front portion. Thus, the front and rear surfaces of the body each have a first contact area for the mating of an electrical connector and an open area for the electrical wires connected to the wire connections and ten thousand other leads that do not connect with the connectors from the diodes. On both sides of the main body part, locking claws are provided for locking the housing if necessary. A groove is cut in the bottom of the main body part to allow the electrical connector to be positioned accurately. Fulfill. The top of the step is also two steps,
This step serves as a stop for the mating contact of the connector. The lid is hinged and bendable as described above to enable the lid to be opened and closed, and the inside of the lid facing the connector is provided with a tongue that serves as a diode pusher. Locking protrusions are provided near the rear end on both sides of the housing,
On the other hand, notches corresponding to the locking protrusions are formed near the free ends on both sides of the lid (the rear end of the housing when closed), and when the lid is closed, the notches and the locking protrusions engage, and the lid is closed. to ensure that it remains closed. A housing of such construction holds the electrical connector in precise position with the diode, so that the first contact portion for mating of the connector precisely mates with the corresponding portion of the mating connector. while the diode is lightly pushed by the tongue to maintain stable contact between its lead and the second contact of the electrical connector. DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below using examples shown in the accompanying drawings. FIG. 1 shows an electrical connection 1 according to the invention.
同図には接続子1の平面図に示されるBSl接続子1は
導電性の板金から打抜によつて形成され、使用者にはキ
ヤリア2に連結された状態で提供される。接続子は図示
される如く細長い形態に作られ、その後方端(図に見て
キヤリア2に近い左方端)は電線接続部であつて、同接
続部は電線の心線に圧着される心線圧着部と電線の絶環
物を巻き込んで囲う絶縁物巻込部から成る。心線圧着部
と絶縁物巻込部の構造およびそれらと電線との接続方法
は公知であるので、電線接続部についての説明は省略す
る。接続子1の前方部分(第1図に見て右方部分)は嵌
合のた6の第1接触部5である。The BSl connector 1 shown in the plan view of the connector 1 is formed by punching from a conductive sheet metal, and is provided to the user in a state connected to a carrier 2. The connector is made into an elongated shape as shown in the figure, and its rear end (the left end near the carrier 2 in the figure) is an electric wire connection part, and the connection part is a core that is crimped to the core wire of the electric wire. It consists of a wire crimping part and an insulator wrapping part that wraps around and surrounds the disconnected wire. Since the structure of the core wire crimping part and the insulator winding part and the method of connecting them to the electric wire are well known, a description of the wire connection part will be omitted. The front part of the connector 1 (the right part as seen in FIG. 1) is the first contact part 5 of the fitting part 6.
第1接触部5は、第2図に示される接続子1の側面図に
最も良く見られるように細長い条片によつて構成される
。電気接続子1の前方(図に見て右)に延びる条片状の
底は、後述するリードとの接触のための第2接触部6の
前(図に見て右)で上方に約90折曲されて第1折曲部
3を提供し、再び約900(図に見て右1こ)折曲され
て前号(図に見て右)に、接続子1の絶縁物巻込部、心
線圧着部およびりード接触部の部分の総体的長さにほぼ
等しい長さだけ延びて第1延長部4を提供し、次に第2
折曲部7において折返されて折返し部は第1延長部4に
接した状態で後方(図に見て左)に延びて第2延長部と
なり、次に第3折曲部8においてやや大なるアールで再
び折り返されて前方に延びて第3延長部を現出する。第
1延長部4からはそれから斜め後方かつ下方に延びる第
1爪9b3打抜かれ、第2延長部からはその中央よりも
第3折曲部8に近いところで第2延長部から第2爪16
bS上方にほぼ直角に突出するよう打ち抜かれる。第3
延長部は第2爪16に当接し、その部分から第2延長部
に僅かに傾いた関係で前方に延び、その先端の近くで上
方に、すなわち第2延長部から離れる方向に第2折曲部
とほぼ並ぶ位置まで延びて終る。第1接触部が相手方接
続子の対応部分と相互に嵌合するとき、両者は上下方向
に反応の関係で配置され、一方の当接した第1延長部と
第2延長部は、相手方対応部分の第2延長部と第3延長
部の間に入つて、2個の接続子は嵌合状態で接触しその
状態を保つ。本発明に従う電気接続子においては、電線
接続部の心線圧着部の前(第1図に見て右)に例えばダ
イオードのような他の電気部品のリードのための第2接
触部6が設けられる。The first contact portion 5 is constituted by an elongated strip, as best seen in the side view of the connector 1 shown in FIG. The strip-like bottom extending in the front (to the right as seen in the figure) of the electrical connector 1 extends upward by approximately 90 mm in front of a second contact portion 6 (to the right in the figure) for contact with a lead, which will be described later. It is bent to provide the first bent part 3, and then it is bent again by about 900 degrees (one on the right as seen in the figure) to form the insulating material wrapping part of the connector 1. , extending by a length approximately equal to the overall length of the conductor crimp and lead contact portions to provide a first extension 4;
It is folded back at the bending part 7, and the folded part extends rearward (to the left in the figure) in contact with the first extension part 4 to become a second extension part, and then becomes slightly larger at the third bending part 8. It is folded back again at the radius and extends forward to reveal the third extension. From the first extension part 4, a first claw 9b3 extending diagonally backward and downward is punched out, and from the second extension part, a second claw 16 is punched out from the second extension part at a position closer to the third bent part 8 than the center thereof.
bS is punched out so as to protrude upward at a nearly right angle. Third
The extension abuts the second pawl 16 and extends forward from that part in a slightly oblique relationship to the second extension, and near its tip makes a second bend upwardly, i.e. in a direction away from the second extension. It extends to a position that is almost parallel to the part. When the first contact portion is mutually fitted with the corresponding portion of the mating connector, the two are arranged in a vertically reactive relationship, and the first extension portion and the second extension portion that are in contact with each other are connected to the mating portion of the mating connector. between the second and third extensions of the connector, the two connectors come into and maintain mating contact. In the electrical connector according to the present invention, a second contact part 6 for the lead of another electrical component such as a diode is provided in front of the core wire crimping part of the wire connection part (on the right side in FIG. 1). It will be done.
第2接触部6は接続子1の長手方向に中央部分が切欠さ
れた構造のものであり、接続子の両側部分をl対の相対
する同じ構造の接触片11,11として構成することに
よつて作られる。接触片11,11はそれぞれ、心線圧
着部の前の底10から、先ず、断面がだ円の半部分の弧
をなす如き弧状の基部12,12として上方に第2接触
部6の前方方向の長さの約半分位延び、次に上方かつ内
方に第1円錐状部13,13として基部12よりはやや
小なる長さ延び、続いて上方かつ外方に、つまり第1円
錐状部とは逆の状態に第1円錐状部と同じ距離を延びて
第2円錐状部14,14を作り、最後に短い距離だけ上
万に真直ぐに延びて終る。かくして、第1円錐状部13
と第2円錐状部14との連結部は内方にほぼだ円形状に
くびれたくびれ部15となる。第2接触部6は上記の如
き構造のものであるので、接触片11,11はばね特性
をもち、例えばダイオードのリードが接触片11,11
の間に挿入されると、接触片は互に離れる方向に動かさ
れてリードの挿入を許す。リードを接触片のほぼ下方部
分:こまで十分に挿入すると、接触片11はくびれ部1
5において両接触片の間の距離が狭まつているので、リ
ードは強い力で保持され、意識的に力を人れて引抜く場
合を除き外力により偶発的にリード/)S抜け出ること
のないようにする。導線に圧着され、かつそれにダイオ
ードが装着された電気接続子は第3図に示される。′
本発明はまた、外部からの電気導線に圧着されかつ、ダ
イオードのような電気部品が装着された上記の如き電気
接続子を収納するための、絶縁性プラスチツク材料から
一体的に形成された絶縁ハウジングに関する。The second contact portion 6 has a structure in which the center portion in the longitudinal direction of the connector 1 is cut out, and both side portions of the connector are configured as a pair of opposing contact pieces 11, 11 of the same structure. made with Each of the contact pieces 11, 11 starts from the bottom 10 in front of the core wire crimping part and extends upwardly in the forward direction of the second contact part 6 as an arc-shaped base 12, 12 whose cross section forms an arc of half an ellipse. and then upwardly and inwardly as a first conical section 13, 13 a length slightly smaller than the base 12, and then upwardly and outwardly as a first conical section 13, 13. In the opposite state, it extends the same distance as the first conical part to form a second conical part 14, 14, and finally extends straight to the top for a short distance and ends. Thus, the first conical portion 13
The connecting portion between the second conical portion 14 becomes a constricted portion 15 that constricts inward in a substantially elliptical shape. Since the second contact portion 6 has the above-described structure, the contact pieces 11, 11 have a spring characteristic.
When inserted between the contact pieces, the contact pieces are moved away from each other to allow insertion of the lead. When the lead is fully inserted almost to the lower part of the contact piece, the contact piece 11 is inserted into the constriction part 1.
5, the distance between both contact pieces is narrowed, so the lead is held with strong force, and the lead will not come out accidentally due to external force unless you intentionally pull out with less force. Do it like this. An electrical connection crimped onto a conductor and equipped with a diode is shown in FIG. ' The invention also provides an integrally formed insulator of an insulating plastic material for accommodating such an electrical connector crimped onto an external electrical conductor and fitted with an electrical component such as a diode. Regarding housing.
一般に、電線に圧着された電気接続子は絶縁性ハウジン
グに収納することが好ましいが、電気接続子にダイオー
ドの如き他の部品が装着されている場合に、かかるハウ
ジングの必要性はより大である。というのは、第一のダ
イオードの如き部品を外部からの機械的障害(例えば部
品に加えられることあるべき外力)から保護する必要が
あるし、第二には部品から外部に導くリードが裸線であ
る場合にそれを外部に対して絶縁しなければならないか
らである。かかる絶縁ハウジングを第3および第4図を
参照して説明する。電線に圧着され、かつそれにダイオ
ードt)3装着された電気接続子を収納するための絶縁
ハウジング21は、絶縁性プラスチツク材料から一体的
に形成される(第4図)。第3図に一部を省略して長手
方向の断面図で示されるハウジング21は、後述するふ
たが閉じた状態でほぼ直方体の本体部分と、それに続き
、横幅は同じであるが高さが低いほぼ直方体の前方部分
から成り、ハウジングは側壁、底、ふたおよび前方部分
の上表面によつて構成される中空の構造のものである。
ハウジング21の後方端(図に見て左手の端)と前方端
(図に見て右手の端)の部分が開いており、ふたが閉じ
た状態にあるとき、ハウジングの輪郭はライトバンと呼
ばれる4輪自動車の外形に似る。図示される実施例にお
いてはl対の平行な溝22がハウジングの底の左半分を
やや超える長さを延び、溝は台部23で終る。台部23
の上面には段部240j形成され、この段部は電気接続
子の第1接触部の第1爪9が係止されるよう設計する。
ハブジンクの本体部分の上方面はふた25として形成さ
れ、このふたは電気接続子に装着されたダイオードの如
き部品を保護するためのものである。ふた25は本体部
分と前方部分の連結部に設けられたヒンジ部26によつ
て開閉可能であ・八この目的のためにヒンジ部26の下
方部品は丁番式に動作し、ふた25h3下ろされて閉じ
た状態に正確に静止することを可能にする。このふた2
5が開いたときの状態は図に点線で示される。ふた25
には、部品押さえのための舌状片27がふた25の閉じ
た状態にあるときのふたの後方端(図に見て左手●の近
くから前方かつ下方に延びる如くに形成される。この舌
状片27もまた可撓性をもたせてあり、ふた25の閉じ
た状態でダイオードの如き部品が外力の影響によつて動
くことのないように部品を軽く圧す。ハウジングの両側
には必要があればハウジングを装着するための掛止爪3
1を設ける。ふた25の両側にはふたの自由端に近く切
欠部28が対称的に切欠されている。この切欠部28は
、ふた25bj閉じたときに、ハウジングの底の両側に
底から突起して設けられた対称的な係止突起29と係合
する如くに相互に設計する。両切欠部の間は開口部30
が形成され、開口部30はハウジング内の熱を外部に放
出する役目を果たす。図示された開口部は矩形であるが
、それは任意の形状のものでよい。操作において、電気
接続子1は公知の技術によつて電線に圧着される。Generally, it is preferable to house an electrical connector crimped to a wire in an insulating housing, but the need for such a housing is greater when the electrical connector is fitted with other components such as diodes. . Firstly, components such as diodes need to be protected from external mechanical disturbances (e.g. external forces that should be applied to the component), and secondly, the leads leading from the component to the outside must be bare wires. This is because in such a case, it must be insulated from the outside. Such an insulating housing will be described with reference to FIGS. 3 and 4. An insulating housing 21 for accommodating an electrical connection crimped onto the wire and fitted with a diode t) 3 is integrally formed from an insulating plastic material (FIG. 4). The housing 21, which is shown in a longitudinal cross-sectional view with some parts omitted in FIG. 3, has a main body portion that is approximately rectangular parallelepiped when the lid is closed, which will be described later, and a main body portion that has the same width but a lower height. Consisting of a generally rectangular front section, the housing is of hollow structure defined by side walls, a bottom, a lid and a top surface of the front section.
When the rear end (left hand end as seen in the figure) and front end (right hand end as seen in the figure) of the housing 21 are open and the lid is in the closed state, the outline of the housing is called a light bang. Its appearance resembles that of a four-wheeled vehicle. In the illustrated embodiment, l pairs of parallel grooves 22 extend slightly over the left half of the bottom of the housing, and the grooves terminate in a pedestal 23. Base part 23
A step portion 240j is formed on the upper surface of the electric connector, and this step portion is designed so that the first pawl 9 of the first contact portion of the electrical connector is locked therein.
The upper surface of the main body portion of the hubzinc is formed as a lid 25, which is intended to protect components such as diodes attached to the electrical connections. The lid 25 can be opened and closed by means of a hinge part 26 provided at the connection between the main body part and the front part. For this purpose, the lower part of the hinge part 26 operates in a hinged manner so that the lid 25h3 can be lowered. This allows it to rest precisely in the closed position. This lid 2
The state when 5 is open is shown by the dotted line in the figure. Lid 25
, a tongue-like piece 27 for holding parts is formed so as to extend forward and downward from the rear end of the lid (near the left hand ● in the figure) when the lid 25 is in the closed state. The shaped pieces 27 are also flexible and apply light pressure to components such as diodes to prevent them from moving under the influence of external forces when the lid 25 is closed. Latch claw 3 for attaching the housing
1 will be provided. Notches 28 are symmetrically cut out on both sides of the lid 25 close to the free end of the lid. The notches 28 are mutually designed to engage with symmetrical locking protrusions 29 provided on both sides of the bottom of the housing and protruding from the bottom when the lid 25bj is closed. There is an opening 30 between both notches.
is formed, and the opening 30 serves to release the heat within the housing to the outside. Although the illustrated opening is rectangular, it may be of any shape. In operation, the electrical connector 1 is crimped onto an electrical wire by known techniques.
次にダイオードの如き電気部品のリードの一方を第2接
触部6内に十分に挿入し、また他方のリードは同様に電
線に圧着された他の同形の電気接続子の第2接触部に挿
入する。このように装備された2個の電気接続子を、ふ
た25が開いた状態のハウジングの溝22に沿つて第3
図に見てハウジングの左手端(後方端)からハウジング
の右手(前方)に向けて、第2接触部の前方の接続子の
第1折曲部3がハウジングの台部23に当接するまで挿
入する。次にふた25を第3図に矢印で示されるように
下ろし、係止突起29をして切欠部28と係合せしめる
。この状態においてふた25の舌状片27はダイオード
と接触しダイオードが動くことのないようにする。かか
る装着作業の終つた後の電気接続子とハウジングの組立
体は第5図に示される。以上に本発明の一実施例を2個
の電気接続子をハウジングに収納する場合について説明
したが、必要があれば3本以上の溝を形成してもよく、
その場合ハウジングは横方向に大きくなる。Next, one of the leads of an electrical component such as a diode is fully inserted into the second contact part 6, and the other lead is also inserted into the second contact part of another identical electrical connector crimped onto the wire. do. The two electrical connections thus equipped are inserted into the third position along the groove 22 of the housing with the lid 25 open.
Insert from the left hand end (rear end) of the housing toward the right hand end (front end) of the housing as seen in the figure until the first bent part 3 of the connector at the front of the second contact part abuts against the base part 23 of the housing. do. Next, the lid 25 is lowered as shown by the arrow in FIG. 3, and the locking protrusion 29 is brought into engagement with the notch 28. In this state, the tongue 27 of the lid 25 contacts the diode and prevents the diode from moving. The assembly of the electrical connector and housing after such installation is shown in FIG. One embodiment of the present invention has been described above regarding the case where two electrical connectors are housed in the housing, but if necessary, three or more grooves may be formed.
In that case, the housing becomes larger laterally.
また、電気接続子の第1接触部は同型の相手方接続子の
対応部分と嵌合接触する例について説明したが、2個の
接続子はピン一栓受型接触をなすように形成してもよく
、この場合2種の電気接続子を用意し、一方の接続子の
第1接触部はピン状に、また他方の接続子の第1接触部
はかかるピンを受けるために栓受型に形成する。In addition, although an example has been described in which the first contact part of the electrical connector fits into contact with the corresponding part of the other connector of the same type, the two connectors may also be formed to make a one-pin socket type contact. Often, in this case, two types of electrical connectors are prepared, the first contact part of one connector is shaped like a pin, and the first contact part of the other connector is shaped like a socket to receive such a pin. do.
第1図、第2図はそれぞれ本発明に従う電気接続子の平
面図と側面図、第3図はダイオードが装着された第1図
の電気接続子を収納した本発明に従うハウジングの断面
図、第4図は第3図のハウジングのふたが開いた状態の
斜視図、第5図は、電気接続子が収納され、ふたが閉じ
られた状態の第4図のハウジングの斜視図である。
1・・・・・・電気接続子、3・・・・・・第1折曲部
、4・・・・・・第1延長部、5・・・・・・第1接触
部、6・・・・・・第2接触部、11・・・・・・接触
片、21・・・・・・絶縁ハウジング、22・・・・・
・溝、23・・・・・・台部、25・・・・・・ふた、
26・・・・・化ンジ部、27・・・・・・舌状片、2
8・・・・・・切欠部、29・・・・・・係止突起。1 and 2 are a plan view and a side view, respectively, of an electrical connector according to the invention, and FIG. 3 is a cross-sectional view of a housing according to the invention containing the electrical connector of FIG. 1 equipped with a diode. 4 is a perspective view of the housing shown in FIG. 3 with the lid open, and FIG. 5 is a perspective view of the housing shown in FIG. 4 with the lid closed and the electrical connectors housed therein. DESCRIPTION OF SYMBOLS 1... Electric connector, 3... First bent part, 4... First extension part, 5... First contact part, 6... ...Second contact portion, 11...Contact piece, 21...Insulation housing, 22...
・Groove, 23... Base, 25... Lid,
26... Incarnation part, 27... Tongue-shaped piece, 2
8... Notch, 29... Locking protrusion.
Claims (1)
続部、及び上記第1接触部と上記電線接続部との間に位
置し且つ電気部品の端子を弾性的に挟みつけて電気接続
を行う第2接触部を具備する接続子と、少くとも2個の
上記接続子及び上起電気部品を収容するための絶縁体ハ
ウゾングとから成り、1方の上記接続子の第2接触部は
上記電気部品の1方の端子と接続され、他方の上記接続
子の第2接触部は上記電気部品の他方の端子と接続され
ること、及び上記ハウジングは上記電気部品を取り外し
するため、開閉自在のふたを有することを特徴とする電
気接続子組立体。1 A first contact part for contacting the other party connector, a wire connection part, and a part located between the first contact part and the wire connection part and elastically pinching the terminal of the electrical component to make the electrical connection. and an insulator housing for accommodating at least two of the above-mentioned contacts and the upper electromotive component, the second contact part of one of the above-mentioned contacts being The housing is connected to one terminal of the electrical component, and the second contact portion of the other connector is connected to the other terminal of the electrical component, and the housing is openable and closable in order to remove the electrical component. An electrical connector assembly comprising a lid.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP13519079A JPS5932870B2 (en) | 1979-10-22 | 1979-10-22 | electrical connector assembly |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP13519079A JPS5932870B2 (en) | 1979-10-22 | 1979-10-22 | electrical connector assembly |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5659484A JPS5659484A (en) | 1981-05-22 |
JPS5932870B2 true JPS5932870B2 (en) | 1984-08-11 |
Family
ID=15145935
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP13519079A Expired JPS5932870B2 (en) | 1979-10-22 | 1979-10-22 | electrical connector assembly |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5932870B2 (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS61125591A (en) * | 1984-11-24 | 1986-06-13 | Tokyo Gas Co Ltd | Circulating device for vapor for heating in vapor type heating device |
JPH0510596B2 (en) * | 1984-09-07 | 1993-02-10 | Matsushita Electric Ind Co Ltd | |
JP2013051136A (en) * | 2011-08-31 | 2013-03-14 | Yazaki Corp | Connection terminal |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2015220190A (en) * | 2014-05-21 | 2015-12-07 | 日本航空電子工業株式会社 | Crimp terminal |
-
1979
- 1979-10-22 JP JP13519079A patent/JPS5932870B2/en not_active Expired
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0510596B2 (en) * | 1984-09-07 | 1993-02-10 | Matsushita Electric Ind Co Ltd | |
JPS61125591A (en) * | 1984-11-24 | 1986-06-13 | Tokyo Gas Co Ltd | Circulating device for vapor for heating in vapor type heating device |
JP2013051136A (en) * | 2011-08-31 | 2013-03-14 | Yazaki Corp | Connection terminal |
Also Published As
Publication number | Publication date |
---|---|
JPS5659484A (en) | 1981-05-22 |
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