JPH0722487U - Connector socket - Google Patents
Connector socketInfo
- Publication number
- JPH0722487U JPH0722487U JP5662193U JP5662193U JPH0722487U JP H0722487 U JPH0722487 U JP H0722487U JP 5662193 U JP5662193 U JP 5662193U JP 5662193 U JP5662193 U JP 5662193U JP H0722487 U JPH0722487 U JP H0722487U
- Authority
- JP
- Japan
- Prior art keywords
- movable
- connector socket
- housing portion
- contact
- printed wiring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 238000003780 insertion Methods 0.000 claims description 51
- 230000037431 insertion Effects 0.000 claims description 51
- 238000006073 displacement reaction Methods 0.000 abstract description 4
- 229910000679 solder Inorganic materials 0.000 description 10
- 230000002411 adverse Effects 0.000 description 6
- 210000000078 claw Anatomy 0.000 description 5
- 238000000465 moulding Methods 0.000 description 4
- 238000005452 bending Methods 0.000 description 3
- 230000008961 swelling Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000005476 soldering Methods 0.000 description 1
Landscapes
- Connections Arranged To Contact A Plurality Of Conductors (AREA)
Abstract
(57)【要約】 （修正有）
【目的】 コネクタソケットの２個のプリント配線板へ
の取付け面積が十分小さく、組み立ても簡単で、位置ず
れに対する十分な可動許容範囲を有する。
【構成】 可動ハウジング部１５と固定ハウジング部１
６とを、隙間４２をもって上下２段に配設するととも
に、Ｕ字形の一体に成型した可動連結片３７をもって連
結し、可動ハウジング部１５にコンタクト部１８を挿入
し、Ｕ字形の可動ばね部１７を隙間４２に臨ませ、接続
端子部１９を固定ハウジング部１６に係止する。第２プ
リント配線板１２に、固定ハウジング部１６が固定的
に、可動ハウジング部１５が移動可能な状態に取付けら
れ、可動ハウジング部１５を、第１プリント配線板１１
のプラグ１３に差し込み接続される。全体の形状がコン
パクトでありながら、可動連結片３７と可動ばね部１７
とは、可動ばね部１７が捩じれても、コンタクト部１８
と接続端子部１９とに機械的な応力が生じない。
(57) [Summary] (Modified) [Purpose] The mounting area of the connector socket on the two printed wiring boards is sufficiently small, assembly is easy, and there is a sufficient movable range for positional displacement. [Configuration] Movable housing portion 15 and fixed housing portion 1
6 and 6 are arranged in upper and lower two stages with a gap 42, and are connected by a U-shaped integrally molded movable connecting piece 37, the contact portion 18 is inserted into the movable housing portion 15, and the U-shaped movable spring portion 17 is connected. Facing the gap 42, and the connection terminal portion 19 is locked to the fixed housing portion 16. The fixed housing portion 16 is fixedly attached to the second printed wiring board 12 so that the movable housing portion 15 is movable, and the movable housing portion 15 is attached to the first printed wiring board 11.
The plug 13 is inserted and connected. Although the overall shape is compact, the movable connecting piece 37 and the movable spring portion 17 are
Means that even if the movable spring portion 17 is twisted, the contact portion 18
No mechanical stress is generated in the connection terminal portion 19 and the connection terminal portion 19.
Description
【０００１】[0001]
本考案は、互いに独立した２枚のプリント配線板間を接続するためのコネクタ ソケットに関するもので、主に垂直のプリント配線板と水平なプリント配線板と を結合するときに使用されるコネクタソケットに関するものである。 BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connector socket for connecting two independent printed wiring boards to each other, and more particularly to a connector socket used when connecting a vertical printed wiring board and a horizontal printed wiring board. It is a thing.
【０００２】[0002]
図５および図６に示すように、互いに独立した垂直な第１プリント配線板１１ と水平な第２プリント配線板１２とを電気的に結合する場合には、第１プリント 配線板１１の端子挿入孔２０にプラグ１３のピン２２を挿入して半田２３で固定 し、また、第２プリント配線板１２の端子挿入孔２１には、コネクタソケット１ ４の固定ハウジング部１６の接続端子部１９を挿入して半田２３で固定する。そ して、コネクタソケット１４の可動ハウジング部１５のコンタクト部１８に前記 プラグ１３のピン２２を差し込み接続する。 この場合において、端子挿入孔２０と端子挿入孔２１とが同一線上となるよう に第１プリント配線板１１と第２プリント配線板１２を取付けることが好ましい が、これらの第１プリント配線板１１と第２プリント配線板１２とは互いに独立 しているので、必ずしも正確に一直線上に取付けできない。そこで、コネクタソ ケット１４は、可動ハウジング部１５と固定ハウジング部１６とを可動ばね部１ ７で連結して位置ずれを可動ばね部１７の曲がりで吸収するようになっている。 As shown in FIGS. 5 and 6, when electrically connecting the vertical first printed wiring board 11 and the horizontal second printed wiring board 12 which are independent of each other, the terminals of the first printed wiring board 11 are inserted. Insert the pin 22 of the plug 13 into the hole 20 and fix it with the solder 23, and insert the connection terminal part 19 of the fixed housing part 16 of the connector socket 14 into the terminal insertion hole 21 of the second printed wiring board 12. And fix with solder 23. Then, the pin 22 of the plug 13 is inserted and connected to the contact portion 18 of the movable housing portion 15 of the connector socket 14. In this case, it is preferable to mount the first printed wiring board 11 and the second printed wiring board 12 so that the terminal insertion hole 20 and the terminal insertion hole 21 are on the same line. Since the second printed wiring board 12 and the second printed wiring board 12 are independent of each other, they cannot be mounted in a straight line. Therefore, in the connector socket 14, the movable housing portion 15 and the fixed housing portion 16 are connected by the movable spring portion 17 so that the positional deviation is absorbed by the bending of the movable spring portion 17.
【０００３】 図７は、互いに水平な第１プリント配線板１１と第２プリント配線板１２とを 電気的に接続する場合を示すもので（実開平２−１７２）、コネクタソケット１ ４は、可動ハウジング部１５と固定ハウジング部１６とを可撓部２４で連結する とともに、接続端子部１９とコンタクト部１８とを可動ばね部１７で連結し、固 定ハウジング部１６を第２プリント配線板１２に固定的に取付けた後、可動ハウ ジング部１５を可撓部２４と可動ばね部１７の中間部で屈曲させて、第１プリン ト配線板１１に取付けたプラグ１３に接続するものである。 この場合も、端子挿入孔２０と端子挿入孔２１との位置ずれは、可撓部２４と 可動ばね部１７の捩じれにより吸収するものである。FIG. 7 shows a case where the first printed wiring board 11 and the second printed wiring board 12 which are horizontal to each other are electrically connected (actually open flat 2-172), and the connector socket 14 is movable. The housing portion 15 and the fixed housing portion 16 are connected by the flexible portion 24, the connection terminal portion 19 and the contact portion 18 are connected by the movable spring portion 17, and the fixed housing portion 16 is connected to the second printed wiring board 12. After being fixedly attached, the movable housing 15 is bent at an intermediate portion between the flexible portion 24 and the movable spring portion 17, and is connected to the plug 13 attached to the first printed wiring board 11. Also in this case, the positional deviation between the terminal insertion hole 20 and the terminal insertion hole 21 is absorbed by the twisting of the flexible portion 24 and the movable spring portion 17.
【０００４】 図８は、互いに水平な第１プリント配線板１１と第２プリント配線板１２とを プラグ１３を使用せずにコネクタソケット１４だけで電気的に接続する場合を示 すもので、コネクタソケット１４は、成型時に可動ハウジング部１５と固定ハウ ジング部１６とをランナー２７で連結して組み立て後にこのランナー２７を切断 する。そして、固定ハウジング部１６を第２プリント配線板１２に固定的に取付 けた後、可動ハウジング部１５の係止爪２５を第１プリント配線板１１の長孔２ ６に挿入するとともに、接続端子部２８を端子挿入孔２０に挿入して接続するも のである。 この場合も、端子挿入孔２０と端子挿入孔２１との位置ずれは、可動ばね部１ ７の曲がりで吸収するようになっている。FIG. 8 shows a case where the first printed wiring board 11 and the second printed wiring board 12 which are horizontal to each other are electrically connected only by the connector socket 14 without using the plug 13. The socket 14 connects the movable housing part 15 and the fixed housing part 16 with the runner 27 at the time of molding, and cuts the runner 27 after assembling. Then, after the fixed housing portion 16 is fixedly attached to the second printed wiring board 12, the locking claw 25 of the movable housing portion 15 is inserted into the elongated hole 26 of the first printed wiring board 11 and the connection terminal portion is also provided. 28 is inserted into the terminal insertion hole 20 for connection. In this case also, the displacement of the terminal insertion hole 20 and the terminal insertion hole 21 is absorbed by the bending of the movable spring portion 17.
【０００５】[0005]
従来のコネクタソケット１４は、以下のような問題点があった。 （１）図５ないし図７の例では、可動ハウジング部１５と固定ハウジング部１６ とが横方向に別体ものとして分離しているので、組み立てが面倒で、しかも大型 化する。 The conventional connector socket 14 has the following problems. (1) In the examples shown in FIGS. 5 to 7, the movable housing portion 15 and the fixed housing portion 16 are laterally separated as separate bodies, so that the assembly is troublesome and the size is increased.
【０００６】 （２）図８のように、可動ハウジング部１５と固定ハウジング部１６を硬質のラ ンナー２７で連結して１個の部品として成型するものでは、可動ハウジング部１ ５と固定ハウジング部１６が互いに独立して可動しなければならないので、組み 立て後に弾性を有しない硬質のランナー２７をカットする必要があり、余分な作 業工程を必要とする。(2) As shown in FIG. 8, in the case where the movable housing portion 15 and the fixed housing portion 16 are connected by the hard runner 27 and molded as one component, the movable housing portion 15 and the fixed housing portion are Since the 16 must move independently of each other, it is necessary to cut the hard runner 27, which does not have elasticity after assembly, which requires extra work steps.
【０００７】 （３）可動ハウジング部１５と固定ハウジング部１６は、可動ばね部１７で連結 されているが、この可動ばね部１７の数が多くて、しかも短いと可動ハウジング 部１５が可動しずらくてずれの許容範囲が狭くなること、可動ばね部１７の捩じ れによりコンタクト部１８や接続端子部１９に不必要な応力が発生して、ピン２ ２や半田付けによる接続に悪影響をおよぼすことなどが生じ、したがって、可動 ばね部１７はできるだけ可撓性を有することが要求される。そのため、可動ばね 部１７の長さを十分長くしなければならない。そうすると、コネクタソケット１ ４の形状が大きくなるとともに、可動ばね部１７の外部への露出部分が大きくな ってトラブルの原因になる。(3) The movable housing portion 15 and the fixed housing portion 16 are connected by the movable spring portion 17, but if the number of the movable spring portions 17 is large and short, the movable housing portion 15 does not move. Since the allowable range of misalignment is narrowed and the movable spring portion 17 is twisted, unnecessary stress is generated in the contact portion 18 and the connection terminal portion 19, which adversely affects the connection by the pins 22 and soldering. Therefore, the movable spring portion 17 is required to be as flexible as possible. Therefore, the length of the movable spring portion 17 must be sufficiently long. Then, the shape of the connector socket 14 becomes large, and the exposed portion of the movable spring portion 17 becomes large, which causes a trouble.
【０００８】 本考案は、コネクタソケットの２個のプリント配線板への取付け面積が十分小 さく、しかも、組み立ても簡単で、さらに位置ずれに対する十分な可動許容範囲 を有するものを得ることを目的とする。An object of the present invention is to obtain a connector socket in which the mounting area to two printed wiring boards is sufficiently small, the assembly is easy, and a movable allowable range for positional displacement is sufficient. To do.
【０００９】[0009]
本考案は、２枚のプリント配線板１１、１２を接続するためのコネクタソケッ ト１４において、このコネクタソケット１４を構成する扁平な形状の可動ハウジ ング部１５と固定ハウジング部１６とを、隙間４２をもって上下２段に配設する とともに、両端部においてＵ字形の一体に成型した可動連結片３７をもって連結 し、前記可動ハウジング部１５のコンタクト挿入孔３３にコンタクト本体４４の 一端に設けたコンタクト部１８を挿入し、このコンタクト本体４４の他端に設け たＵ字形の可動ばね部１７を前記隙間４２に臨ませ、この可動ばね部１７の端部 の接続端子部１９を固定ハウジング部１６に係止してなることを特徴とするコネ クタソケットである。 According to the present invention, in the connector socket 14 for connecting the two printed wiring boards 11 and 12, the flat movable housing portion 15 and the fixed housing portion 16 forming the connector socket 14 are provided with a gap 42. And the upper and lower two stages are connected to each other, and both ends are connected by a U-shaped integrally formed movable connecting piece 37, and the contact portion 18 is provided at one end of the contact body 44 in the contact insertion hole 33 of the movable housing portion 15. Is inserted, the U-shaped movable spring portion 17 provided at the other end of the contact main body 44 is exposed to the gap 42, and the connection terminal portion 19 at the end portion of the movable spring portion 17 is locked to the fixed housing portion 16. This is a connector socket characterized by the following.
【００１０】[0010]
プリント配線板１２に、固定ハウジング部１６が固定的に、可動ハウジング部 １５が移動可能な状態に取付けられる。 移動可能な可動ハウジング部１５を、プリント配線板１１に取付けられたプラ グ１３に差し込む。すると、電気的に接続される。 プリント配線板１１、１２は、それぞれの端子挿入孔２０、２１が一直線でな くとも、固定ハウジング部１６に対し可動ハウジング部１５がやや位置ずれをし て取付けされる。コネクタソケット１４全体の形状がコンパクトでありながら、 可動部分である可動連結片３７と可動ばね部１７とは、十分長いＵ字形をなして いるので、可動連結片３７が伸縮するとともに、可動ばね部１７が捩じれても、 コンタクト部１８と接続端子部１９とに機械的な応力が生じることなく、コンタ クト部１８、接続端子部１９、ピン２２の変形、半田２３、プリント配線パター ン部分の剥離などの悪影響を他の部分に与えることがない。 The fixed housing portion 16 is fixedly attached to the printed wiring board 12, and the movable housing portion 15 is movably attached. The movable movable housing part 15 is inserted into the plug 13 attached to the printed wiring board 11. Then, they are electrically connected. The printed wiring boards 11 and 12 are mounted such that the movable housing portion 15 is slightly displaced from the fixed housing portion 16 even if the respective terminal insertion holes 20 and 21 are not in a straight line. Although the overall shape of the connector socket 14 is compact, the movable connecting piece 37, which is a movable part, and the movable spring portion 17 have a U shape that is sufficiently long. Even if 17 is twisted, no mechanical stress is generated between the contact portion 18 and the connection terminal portion 19, the contact portion 18, the connection terminal portion 19, the deformation of the pin 22, the solder 23, and the peeling of the printed wiring pattern portion. It does not adversely affect other parts.
【００１１】[0011]
以下、本考案の一実施例を図１ないし図４に基づき説明する。 １５は可動ハウジング部、１６は固定ハウジング部である。これらの可動ハウ ジング部１５と固定ハウジング部１６は、それぞれ扁平な長方体状をなし、間に 隙間４２を持って２階重ねに設けられ、また、固定ハウジング部１６の両側部に は、細幅板ばねとしてのＵ字形の可動連結片３７が一体に設けられ、この可動連 結片３７の他端部は、上方に立ち上がって、可動ハウジング部１５の両側突起片 ３８に一体に連結されている。 An embodiment of the present invention will be described below with reference to FIGS. Reference numeral 15 is a movable housing portion, and 16 is a fixed housing portion. The movable housing portion 15 and the fixed housing portion 16 each have a flat rectangular parallelepiped shape and are provided in a second stack with a gap 42 therebetween, and on both sides of the fixed housing portion 16, A U-shaped movable connecting piece 37 as a narrow leaf spring is integrally provided, and the other end of the movable connecting piece 37 rises upward and is integrally connected to both side protruding pieces 38 of the movable housing portion 15. ing.
【００１２】 前記可動ハウジング部１５には、コンタクト挿入孔３３が一端部から他端部の ピン挿入孔３４と連通するように一定間隔で多数穿設されている。また、コンタ クト挿入孔３３の一端部には、コンタクト本体４４のネック部４５が挿入される すり割溝３５が形成されている。 前記固定ハウジング部１６には、コンタクト挿入孔３３の真下に位置してそれ ぞればね基部挿入溝３９と端子嵌合溝４０が形成されている。 なお、前記可動ハウジング部１５のコンタクト挿入孔３３、ピン挿入孔３４、 すり割溝３５、固定ハウジング部１６のばね基部挿入溝３９、端子嵌合溝４０、 可動連結片３７のＵ字溝部分が同一方向となるようにして、成型のための金型に スライド金型を使用することなくできるだけ容易に成型できるようにしている。A large number of contact insertion holes 33 are formed in the movable housing portion 15 at regular intervals so as to communicate with the pin insertion holes 34 from one end to the other end. Further, at one end of the contact insertion hole 33, a slit groove 35 into which the neck portion 45 of the contact body 44 is inserted is formed. The fixed housing portion 16 is provided with a base insertion groove 39 and a terminal fitting groove 40 which are located directly below the contact insertion hole 33, respectively. The contact insertion hole 33, the pin insertion hole 34, the slit groove 35 of the movable housing portion 15, the spring base insertion groove 39 of the fixed housing portion 16, the terminal fitting groove 40, and the U-shaped groove portion of the movable connecting piece 37 are formed. The same direction is used so that molding can be performed as easily as possible without using a slide mold as a mold for molding.
【００１３】 前記コンタクト本体４４は、導電性金属板を下向きコ字形に折曲加工し、この コンタクト本体４４の先端部に２個のコンタクト部１８を一体に設け、また、コ ンタクト本体４４の他端下方部のネック部４５で連続して横向きＵ字形の可動ば ね部１７が長手方向に延びた後折返し、この折り返した端部にやや幅広の係止部 ４３が一体に設けられ、さらに、下向きに接続端子部１９が一体に設けられてお り、前記係止部４３と接続端子部１９には膨出部４６と膨出部４７が形成されて いる。The contact main body 44 is formed by bending a conductive metal plate in a downward U shape, and integrally providing two contact portions 18 at the tip of the contact main body 44. The laterally U-shaped movable spring portion 17 extends in the longitudinal direction continuously at the neck portion 45 at the lower end portion and is folded back, and a slightly wide locking portion 43 is integrally provided at the folded back end portion. The connecting terminal portion 19 is integrally provided downward, and the locking portion 43 and the connecting terminal portion 19 are formed with a bulging portion 46 and a bulging portion 47.
【００１４】 以上のように構成されたコンタクト本体４４をコネクタソケット１４に組み込 む順序を説明する。 図１のように、接続端子部１９を下向きにして、コンタクト本体４４のコンタ クト部１８を可動ハウジング部１５のコンタクト挿入孔３３に圧入する。 すると、コンタクト部１８がコンタクト挿入孔３３の内部でピン挿入孔３４に 臨ませられ、また、ネック部４５がすり割溝３５に、係止部４３がばね基部挿入 溝３９に、接続端子部１９の上端部が端子嵌合溝４０にそれぞれ嵌合される。こ のとき、コンタクト本体４４の下面の小突起４８がコンタクト挿入孔３３の底面 に、膨出部４６がばね基部挿入溝３９の側壁にそれぞれ圧入されて固定的に取付 けられる。 同様にして、コンタクト挿入孔３３の数だけコンタクト本体４４を取付けてコ ネクタソケット１４を完成する。The order of assembling the contact body 44 having the above-described configuration into the connector socket 14 will be described. As shown in FIG. 1, with the connection terminal portion 19 facing downward, the contact portion 18 of the contact body 44 is press-fitted into the contact insertion hole 33 of the movable housing portion 15. Then, the contact portion 18 faces the pin insertion hole 34 inside the contact insertion hole 33, the neck portion 45 is in the slit groove 35, the locking portion 43 is in the spring base portion insertion groove 39, and the connection terminal portion 19 is provided. The upper end of each of these is fitted into the terminal fitting groove 40. At this time, the small protrusion 48 on the lower surface of the contact body 44 is press-fitted into the bottom surface of the contact insertion hole 33, and the bulging portion 46 is press-fitted into the side wall of the spring base insertion groove 39 to be fixedly attached. Similarly, as many contact bodies 44 as the number of the contact insertion holes 33 are attached to complete the connector socket 14.
【００１５】 つぎに、第１プリント配線板１１と第２プリント配線板１２とをコネクタソケ ット１４によって接続する順序を説明する。 垂直な第１プリント配線板１１の端子挿入孔２０には、予めプラグ１３のピン ２２を挿入し、半田２３で接続固定する。 水平な第２プリント配線板１２には、端子挿入孔２１が所定間隔で多数穿設さ れるとともに、位置決め孔２９と長孔２６がそれぞれ２ヵ所ずつ穿設されている 。 この第２プリント配線板１２の端子挿入孔２１に接続端子部１９が、位置決め 孔２９に固定ハウジング部１６の位置合わせピン部４１が、長孔２６に可動ハウ ジング部１５の係止爪２５がそれぞれ一致するようにしてコネクタソケット１４ を第２プリント配線板１２に挿入し、接続端子部１９は、半田２３にて接続され る。この結果、固定ハウジング部１６は、第２プリント配線板１２に固定的に取 付けられる。 しかし、可動ハウジング部１５は、係止爪２５が長孔２６に嵌合し、かつ、長 孔２６が係止爪２５の幅より横長であること、可動ハウジング部１５と固定ハウ ジング部１６は、可動連結片３７で可動状態で連結されていること、コンタクト 本体４４の可動ばね部１７が隙間４２の部分で可動状態であることの理由により 、可動ハウジング部１５は横方向に移動可能な状態である。Next, the order in which the first printed wiring board 11 and the second printed wiring board 12 are connected by the connector socket 14 will be described. The pin 22 of the plug 13 is previously inserted into the terminal insertion hole 20 of the first printed wiring board 11 which is vertical, and the connection is fixed by the solder 23. The horizontal second printed wiring board 12 is provided with a large number of terminal insertion holes 21 at predetermined intervals, and two positioning holes 29 and two long holes 26. The connection terminal portion 19 is in the terminal insertion hole 21 of the second printed wiring board 12, the positioning pin portion 41 of the fixed housing portion 16 is in the positioning hole 29, and the locking claw 25 of the movable housing portion 15 is in the long hole 26. The connector sockets 14 are inserted into the second printed wiring board 12 so as to match each other, and the connection terminal portions 19 are connected by the solder 23. As a result, the fixed housing portion 16 is fixedly attached to the second printed wiring board 12. However, in the movable housing part 15, the locking claw 25 is fitted in the long hole 26, and the long hole 26 is laterally longer than the width of the locking claw 25, and the movable housing part 15 and the fixed housing part 16 are The movable housing portion 15 is movable in the lateral direction because the movable connecting portion 37 is movably connected and the movable spring portion 17 of the contact body 44 is movable in the gap 42. Is.
【００１６】 第２プリント配線板１２に取付けられたコネクタソケット１４の可動ハウジン グ部１５の先端テーパー部３６を、第１プリント配線板１１に取付けられたプラ グ１３のプラグハウジング３０と一体の側板部３１の内側テーパー部３２間に、 ガイドしつつ、ピン２２がピン挿入孔３４に挿入されるようにして差し込む。コ ンタクト挿入孔３３の内部では、ピン２２の先端がコンタクト部１８間に圧接し て電気的に接続される。コンタクト部１８の内側に複数の突起を膨出させること により、接続がより一層確実になる。The tip taper portion 36 of the movable housing portion 15 of the connector socket 14 attached to the second printed wiring board 12 is integrated with the plug housing 30 of the plug 13 attached to the first printed wiring board 11 to form a side plate. The pin 22 is inserted between the inner tapered portions 32 of the portion 31 while being guided so that the pin 22 is inserted into the pin insertion hole 34. Inside the contact insertion hole 33, the tip of the pin 22 is pressure-contacted between the contact portions 18 to be electrically connected. By bulging a plurality of protrusions inside the contact portion 18, the connection is made more reliable.
【００１７】 第１プリント配線板１１と第２プリント配線板１２とは、互いに直角で、しか も、端子挿入孔２０と端子挿入孔２１とが略同一線上に位置するように固定され るが、可動ハウジング部１５は横方向に移動可能な状態であるから、端子挿入孔 ２０と端子挿入孔２１とが正確に一直線でなくとも、前述の理由により、固定ハ ウジング部１６に対し可動ハウジング部１５がやや位置ずれをして取付けできる 。このとき、コネクタソケット１４全体の形状がコンパクトでありながら、可動 部分である可動連結片３７と可動ばね部１７とは、十分長いＵ字形をなしている ので、コンタクト部１８、接続端子部１９、ピン２２の変形、半田２３、プリン ト配線パターン部分の剥離などの悪影響を他の部分に与えることなくして取付け られる。すなわち、可動ハウジング部１５が固定ハウジング部１６に対して横方 向に位置ずれを起こした場合、可動連結片３７が伸縮するとともに、可動ばね部 １７が捩じれるが、ネック部４５がすり割溝３５で、係止部４３がばね基部挿入 溝３９で保持されるので、コンタクト部１８と接続端子部１９とに機械的な応力 が生じることなく、コンタクト部１８、接続端子部１９、ピン２２の変形、半田 ２３、プリント配線パターン部分の剥離などの悪影響を他の部分に与えることが ない。The first printed wiring board 11 and the second printed wiring board 12 are fixed at right angles to each other, and only the terminal insertion hole 20 and the terminal insertion hole 21 are fixed on substantially the same line. Since the movable housing portion 15 is movable in the lateral direction, even if the terminal insertion hole 20 and the terminal insertion hole 21 are not exactly aligned with each other, the movable housing portion 15 is different from the fixed housing portion 16 for the above-mentioned reason. Can be installed with a slight misalignment. At this time, the overall shape of the connector socket 14 is compact, but the movable connecting piece 37 and the movable spring portion 17, which are movable portions, have a sufficiently long U-shape, so that the contact portion 18, the connection terminal portion 19, It can be attached without adversely affecting other parts such as deformation of the pins 22, solder 23, and peeling of the printed wiring pattern part. That is, when the movable housing portion 15 is displaced laterally with respect to the fixed housing portion 16, the movable connecting piece 37 expands and contracts and the movable spring portion 17 is twisted, but the neck portion 45 is divided into slits. Since the locking portion 43 is held by the spring base insertion groove 39 at 35, mechanical stress is not generated in the contact portion 18 and the connection terminal portion 19, and the contact portion 18, the connection terminal portion 19, and the pin 22 are It does not adversely affect other parts such as deformation, solder 23, and peeling of the printed wiring pattern part.
【００１８】[0018]
（１）可動ハウジング部１５と固定ハウジング部１６とが隙間４２をもって上下 ２段とするとともに、一体成型した可動連結片３７をもって連結したので、部品 点数がすくなく、コンタクト本体４４の組み立ても簡単で、しかもコンパクトに できる。 (1) Since the movable housing portion 15 and the fixed housing portion 16 are arranged in the upper and lower two stages with the gap 42, and are connected by the integrally formed movable connecting piece 37, the number of parts is small and the assembly of the contact body 44 is easy. Moreover, it can be made compact.
【００１９】 （２）可動ハウジング部１５と固定ハウジング部１６をランナー２７で連結して いないので、組み立て後にランナー２７をカットする必要がなく、組み立て作業 工程も簡単である。(2) Since the movable housing portion 15 and the fixed housing portion 16 are not connected by the runner 27, it is not necessary to cut the runner 27 after assembling, and the assembling work process is also simple.
【００２０】 （３）第１プリント配線板１１と第２プリント配線板１２の端子挿入孔２０と端 子挿入孔２１とが正確に一直線でなくとも、可動ハウジング部１５は横方向に移 動可能な状態であるから、固定ハウジング部１６に対し可動ハウジング部１５が やや位置ずれをして取付けられる。このとき、コネクタソケット１４全体の形状 がコンパクトでありながら、可動部分である可動連結片３７と可動ばね部１７と は、十分長いＵ字形をなしているので、コンタクト部１８、接続端子部１９、ピ ン２２の変形、半田２３、プリント配線パターン部分の剥離などの悪影響を他の 部分に与えることなくして取付けられる。すなわち、可動ハウジング部１５が固 定ハウジング部１６に対して横方向に位置ずれを起こした場合、可動連結片３７ が伸縮するとともに、可動ばね部１７が捩じれるが、ネック部４５がすり割溝３ ５で、係止部４３がばね基部挿入溝３９で保持されるので、コンタクト部１８と 接続端子部１９とに機械的な応力が生じることなく、コンタクト部１８、接続端 子部１９、ピン２２の変形、半田２３、プリント配線パターン部分の剥離などの 悪影響を他の部分に与えることない。(3) Even if the terminal insertion hole 20 and the terminal insertion hole 21 of the first printed wiring board 11 and the second printed wiring board 12 are not exactly aligned with each other, the movable housing portion 15 can move laterally. Since it is in this state, the movable housing portion 15 is attached to the fixed housing portion 16 with a slight displacement. At this time, the overall shape of the connector socket 14 is compact, but the movable connecting piece 37 and the movable spring portion 17, which are movable portions, have a U shape that is sufficiently long. Therefore, the contact portion 18, the connection terminal portion 19, It can be attached without adversely affecting other parts such as deformation of the pin 22, solder 23, and peeling of the printed wiring pattern part. That is, when the movable housing portion 15 is displaced laterally with respect to the fixed housing portion 16, the movable connecting piece 37 expands and contracts and the movable spring portion 17 is twisted, but the neck portion 45 has a slit groove. 35, since the locking portion 43 is held by the spring base insertion groove 39, mechanical stress does not occur in the contact portion 18 and the connection terminal portion 19, and the contact portion 18, the connection terminal portion 19, the pin It does not adversely affect the other parts such as the deformation of 22, the peeling of the solder 23 and the printed wiring pattern part.
【００２１】 （４）２枚のプリント配線板１１、１２を接続するためのコネクタソケット１４ において、このコネクタソケット１４を構成する扁平な形状の可動ハウジング部 １５と固定ハウジング部１６とを、隙間４２をもって上下２段に配設するととも に、両端部においてＵ字形の一体に成型した可動連結片３７をもって連結し、前 記可動ハウジング部１５のコンタクト挿入孔３３、ピン挿入孔３４、すり割溝３ ５、固定ハウジング部１６のばね基部挿入溝３９、端子嵌合溝４０、可動連結片 ３７のＵ字溝部分が同一方向となるようにしたので、成型のための金型にスライ ド金型を使用することなくできるだけ容易に成型できる。(4) In the connector socket 14 for connecting the two printed wiring boards 11 and 12, the flat movable housing part 15 and the fixed housing part 16 which form the connector socket 14 are separated by a gap 42. Are arranged in upper and lower stages, and are connected by U-shaped integrally formed movable connecting pieces 37 at both ends, and the contact insertion hole 33, the pin insertion hole 34, and the slit groove 3 of the movable housing portion 15 are connected. 5, the spring base insertion groove 39 of the fixed housing portion 16, the terminal fitting groove 40, and the U-shaped groove portion of the movable connecting piece 37 are arranged in the same direction. Therefore, the slide die is used as a die for molding. It can be molded as easily as possible without using it.
【図１】本考案によるコネクタソケットの一実施例を示
す分解斜視図である。FIG. 1 is an exploded perspective view showing an embodiment of a connector socket according to the present invention.
【図２】本考案によるコネクタソケットによる接続状態
を示す一部切り欠いた平面図である。FIG. 2 is a partially cutaway plan view showing a connection state by a connector socket according to the present invention.
【図３】図２におけるＡ−Ａ線断面図である。3 is a cross-sectional view taken along the line AA in FIG.
【図４】図２の底面図である。FIG. 4 is a bottom view of FIG.
【図５】従来のコネクタソケットによる接続状態を示す
一部切り欠いた平面図である。FIG. 5 is a partially cutaway plan view showing a connection state by a conventional connector socket.
【図６】図５におけるＢ−Ｂ線断面図である。6 is a sectional view taken along line BB in FIG.
【図７】従来の他のコネクタソケットによる接続状態を
示す断面図である。FIG. 7 is a sectional view showing a connection state by another conventional connector socket.
【図８】従来のさらに他のコネクタソケットによる接続
状態を示す断面図である。FIG. 8 is a sectional view showing a connection state by still another conventional connector socket.
１１…第１プリント配線板、１２…第２プリント配線
板、１３…プラグ、１４…コネクタソケット、１５…可
動ハウジング部、１６…固定ハウジング部、１７…可動
ばね部、１８…コンタクト部、１９…接続端子部、２０
…端子挿入孔、２１…端子挿入孔、２２…ピン、２３…
半田、２４…可撓部、２５…係止爪、２６…長孔、２７
…ランナー、２８…接続端子部、２９…位置決め孔、３
０…プラグハウジング、３１…側板部、３２…内側テー
パー部、３３…コンタクト挿入孔、３４…ピン挿入孔、
３５…すり割溝、３６…先端テーパー部、３７…可動連
結片、３８…両側突起片、３９…ばね基部挿入溝、４０
…端子嵌合溝、４１…位置合わせピン部、４２…隙間、
４３…係止部、４４…コンタクト本体、４５…ネック
部、４６…膨出部、４７…膨出部、４８…小突起。11 ... 1st printed wiring board, 12 ... 2nd printed wiring board, 13 ... Plug, 14 ... Connector socket, 15 ... Movable housing part, 16 ... Fixed housing part, 17 ... Movable spring part, 18 ... Contact part, 19 ... Connection terminal part, 20
... terminal insertion hole, 21 ... terminal insertion hole, 22 ... pin, 23 ...
Solder, 24 ... Flexible part, 25 ... Locking claw, 26 ... Long hole, 27
… Runners, 28… Connection terminals, 29… Positioning holes, 3
0 ... Plug housing, 31 ... Side plate part, 32 ... Inner taper part, 33 ... Contact insertion hole, 34 ... Pin insertion hole,
35 ... Slotting groove, 36 ... Tapered end portion, 37 ... Movable connecting piece, 38 ... Both side protruding pieces, 39 ... Spring base insertion groove, 40
... terminal fitting groove, 41 ... alignment pin portion, 42 ... gap,
43 ... Locking part, 44 ... Contact body, 45 ... Neck part, 46 ... Swelling part, 47 ... Swelling part, 48 ... Small protrusion.
Claims (4)
続するためのコネクタソケット１４において、このコネ
クタソケット１４の可動ハウジング部１５と固定ハウジ
ング部１６とを、隙間４２をもって上下２段とするとと
もに、一体に成型した可動連結片３７をもって連結し、
前記可動ハウジング部１５のコンタクト挿入孔３３にコ
ンタクト本体４４のコンタクト部１８を挿入し、このコ
ンタクト本体４４の可動ばね部１７を前記隙間４２に臨
ませ、この可動ばね部１７の他端の接続端子部１９を固
定ハウジング部１６に係止してなることを特徴とするコ
ネクタソケット。1. A connector socket 14 for connecting between two printed wiring boards 11 and 12, wherein a movable housing portion 15 and a fixed housing portion 16 of the connector socket 14 are arranged in a two-tier structure with a gap 42 therebetween. At the same time, the movable connecting piece 37 formed integrally is used for connection,
The contact portion 18 of the contact body 44 is inserted into the contact insertion hole 33 of the movable housing portion 15, the movable spring portion 17 of the contact body 44 is exposed to the gap 42, and the connection terminal at the other end of the movable spring portion 17 is inserted. A connector socket in which the portion 19 is locked to the fixed housing portion 16.
するためのコネクタソケット１４において、このコネク
タソケット１４を構成する扁平な形状の可動ハウジング
部１５と固定ハウジング部１６とを、隙間４２をもって
上下２段に配設するとともに、両端部においてＵ字形の
一体に成型した可動連結片３７をもって連結し、前記可
動ハウジング部１５のコンタクト挿入孔３３にコンタク
ト本体４４の一端に設けたコンタクト部１８を挿入し、
このコンタクト本体４４の他端に設けたＵ字形の可動ば
ね部１７を前記隙間４２に臨ませ、この可動ばね部１７
の端部の接続端子部１９を固定ハウジング部１６に係止
してなることを特徴とするコネクタソケット。2. A connector socket (14) for connecting two printed wiring boards (11, 12) with a flat movable housing section (15) and a fixed housing section (16) constituting the connector socket (14) with a gap (42). In addition to being arranged in two steps, the two ends are connected by a U-shaped integrally formed movable connecting piece 37, and the contact portion 18 provided at one end of the contact body 44 is connected to the contact insertion hole 33 of the movable housing portion 15. Insert and
The U-shaped movable spring portion 17 provided at the other end of the contact main body 44 faces the gap 42,
2. A connector socket characterized in that the connection terminal portion 19 at the end portion of is fixed to the fixed housing portion 16.
連結部分に設けたネック部４５をコンタクト挿入孔３３
に設けたすり割溝３５に圧入し、可動ばね部１７と接続
端子部１９の連結部分に設けた係止部４３を固定ハウジ
ング部１６に設けたばね基部挿入溝３９に圧入してなる
請求項２記載のコネクタソケット。3. A neck portion 45 provided at a connecting portion of the contact body 44 and the movable spring portion 17 is provided with a contact insertion hole 33.
3. A press-fitted portion is provided in a slot groove 35 provided in the fixed housing portion 16, and a locking portion 43 provided in a connecting portion between the movable spring portion 17 and the connection terminal portion 19 is press-fitted into a spring base insertion groove 39 provided in the fixed housing portion 16. The listed connector socket.
するためのコネクタソケット１４において、このコネク
タソケット１４を構成する扁平な形状の可動ハウジング
部１５と固定ハウジング部１６とを、隙間４２をもって
上下２段に配設するとともに、両端部においてＵ字形の
一体に成型した可動連結片３７をもって連結し、前記可
動ハウジング部１５のコンタクト挿入孔３３、ピン挿入
孔３４、すり割溝３５、固定ハウジング部１６のばね基
部挿入溝３９、端子嵌合溝４０、可動連結片３７のＵ字
溝部分が同一方向となるように成型してなることを特徴
とするコネクタソケット。4. A connector socket (14) for connecting two printed wiring boards (11, 12) with a flat movable housing section (15) and a fixed housing section (16) forming the connector socket (14) with a gap (42). The movable housing part 15 is arranged in two steps, and is connected at both ends by a U-shaped integrally formed movable connecting piece 37. The contact inserting hole 33, the pin inserting hole 34, the slit groove 35, and the fixed housing of the movable housing portion 15 are connected. A connector socket characterized in that the spring base insertion groove 39 of the portion 16, the terminal fitting groove 40, and the U-shaped groove portion of the movable connecting piece 37 are molded in the same direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5662193U JPH0722487U (en) | 1993-09-24 | 1993-09-24 | Connector socket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5662193U JPH0722487U (en) | 1993-09-24 | 1993-09-24 | Connector socket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0722487U true JPH0722487U (en) | 1995-04-21 |
Family
ID=13032362
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5662193U Pending JPH0722487U (en) | 1993-09-24 | 1993-09-24 | Connector socket |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0722487U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07263094A (en) * | 1994-03-24 | 1995-10-13 | Taiko Denki Kk | PCB connector |
| WO2004062039A1 (en) * | 2003-01-07 | 2004-07-22 | J.S.T. Mfg. Co., Ltd. | Movable connector and method of manufacturing the same |
| US7891771B2 (en) | 2006-06-22 | 2011-02-22 | Seiko Epson Corporation | Connector holder unit, carriage, recording apparatus, and liquid ejecting apparatus |
-
1993
- 1993-09-24 JP JP5662193U patent/JPH0722487U/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07263094A (en) * | 1994-03-24 | 1995-10-13 | Taiko Denki Kk | PCB connector |
| WO2004062039A1 (en) * | 2003-01-07 | 2004-07-22 | J.S.T. Mfg. Co., Ltd. | Movable connector and method of manufacturing the same |
| US7891771B2 (en) | 2006-06-22 | 2011-02-22 | Seiko Epson Corporation | Connector holder unit, carriage, recording apparatus, and liquid ejecting apparatus |
| US8083401B2 (en) | 2006-06-22 | 2011-12-27 | Seiko Epson Corporation | Connector holder unit, carriage, recording apparatus, and liquid ejecting apparatus |
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