JPS60109186A - Plug type electric connector - Google Patents

Plug type electric connector

Info

Publication number
JPS60109186A
JPS60109186A JP58214938A JP21493883A JPS60109186A JP S60109186 A JPS60109186 A JP S60109186A JP 58214938 A JP58214938 A JP 58214938A JP 21493883 A JP21493883 A JP 21493883A JP S60109186 A JPS60109186 A JP S60109186A
Authority
JP
Japan
Prior art keywords
contact
area
plug
conductor
signal
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
Application number
JP58214938A
Other languages
Japanese (ja)
Inventor
ジヨセフ ラルー ロツカード
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
TE Connectivity Corp
Original Assignee
AMP Inc
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 AMP Inc filed Critical AMP Inc
Publication of JPS60109186A publication Critical patent/JPS60109186A/en
Pending legal-status Critical Current

Links

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
    • H01R4/58Electrically-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 characterised by the form or material of the contacting members
    • H01R4/66Connections with the terrestrial mass, e.g. earth plate, earth pin

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】[Detailed description of the invention]

この発明は電気コネクターに関し、より詳+1冊にはプ
ラグ型電気コイ・ククーであって、電気ケーブルの電導
線が接点部材により終端全形成きれ、この結節11部何
、ハウ/フグ内に鑑・閉状態で1δ1定され、このハウ
ジングは前記ケーブル金支j′Jリーるとともに、コネ
クター受入れ部イ2内の方向1′1のある位置に着脱可
能に取りイ・]けられるJ7″)にしたプラグ型電気コ
ネクターに1!!J−40・ 送信ケーブル用の電気コネクターは、その」:う在クー
プルの導線の終端を形成する。前記コネクター4−、l
、送信源から受入′れ部イ2へ、あるいはその逆へ電気
信号を伝達するため、他の電気コネクターに対し普通は
着脱可能に接続される。 前記コネクターは、送信源から受入れ部拐へ伝達きれる
118壮の損失および不整全最小にするように417.
+1戊されなければならない。また、ljJ ii2コ
不クヌククー’fl成は電気的性能特性に関係していな
ければならず、その結果’lfj;気的性能性的性能特
性(コネクター)が移動きれて他のコネクター力・ら接
続ケ外され、′、1/こ他のコネクターと再び接続され
るときにイ1:じるjl、′−粍および1反扱いによっ
て影響いれることが4二くなる。 本発明によると、プラグ型+[シ気コイ・フタ−が絶縁
性の接点所持部材全備え、この]δ2点所持部拐は、こ
れの−側に清って間ケ1加され/に間隔1σに固定され
た複数の信−シ」用]X点Mli A;Iイ:−有して
いる。接地ノ4ノ接点部イ′Aが前1:1」接点1.)
iJ、i部材の他側に固定され、旧、つ前1;ビイ1;
弓川]と点r<1s AAおよび前記m他用接点部イ」
の接点区域が、前記接点所持部材の前端から外側へ突出
する・前記信号用および接地用接点711日2のノ、I
”1体]及A−I′l、区域が1油記接点所持部材に渚
って突出し、その結果電気ケーブルの信号導線および接
地;、r’i線がそ九ぞれ前記信号用接点部祠および前
1.12接地用接点都拐の導体接続区域へ電気的に接続
される。絶縁性のハウジング部月が、前記kr点所持都
利およO・前記電気ケーブルの一部の」−へ固定され、
その結果前記接点部拐がそれらのJd点区jjigから
、それらの導体接続区域に沿って被覆を施される。 本発明の他の′1当徴によると、前記ハウジング部イ2
が力面1’l イlI看、5つ引掛は部材を有し、当、
1矢引J封は部イA’ l’L 1)ll i、Lフ゛
ラグ型コネクター全コ1′、ククー受入れ部・1」内の
方向性を付与された[)7置の中p(引用りる。 以下、I/jlI′1lQ(示す実施例により本発明を
説明する。 s+”、 ]図に示−4」、うに、多層回路基板10は
領域]、 2 ’0有し、領域12の中にはレセプタク
ル(受け2:))型の電気接点]4の複数の行列が配置
さtlている。コネクター受入れ部材](つがボルト1
8を介して基板10上の所定位置に固定さJ+、ている
。間を離された複数の突起20がi’1iJli+2都
月16の上部お文月16の内表面に浴つ−C設けられ、
それにより複数の溝を形成し、これらの溝の中にはプラ
グ(差込み)型の′11元気コネクター22か川j;:
q +a−の引掛は部材24(/こより着脱可能に12
・J定され、引掛け7%月24は第8,9図に示すよう
に1)す記部拐J6の開口28内の表面に係合する。こ
の構成により1)IJ記ココネクター22前部分か1)
iJ B己fils 4,1]6内の正面1jijml
 :30に通L−C配置されることが可能であり、その
結果前、;α二I:イ。 フタ−22の突片型接点区域32 、3 /I &″I
 1’+i+記領域12内の各レセプタクル接点1 =
Iと電気的に接続することができる。 第2〜9図はプラグ型電気コネクター22のきらに詳細
を示す。接点所持111Sイ4’ 3 (iかi+:”
a宜の絶縁性材料から鋳造でれるとともに、その−表j
nj内には間を置いて配置きれた層数の四部38を有し
ている。長方形の突起・1()が四部38の各々の中に
設けられている。i’4’r fi図で示すように、四
部38は3つの凹1XIJの列として前記部材36に清
って配置されている。 円形の突起42が前記部材36に浴って間4:離された
間隔毎に、前記1拐36の底111へ表面から外側へ突
出している。 イ、−号用接点rfB 1,1・14が適宜の金属材料
からJm抜きにより形成3Σれ、これらは接点区域32
と、内側に長ツノ形(υ穴48全有する中央区域/I 
(5と、導体IXわtlに1我もしくは止め環区域50
とを包含している。接点区域32の各々は金、l−、+
iの二重のhViとイfI、、これらの層は内側に向い
IC突起52によ一部で互いに間金離きれた関イ、?、
にf呆持きれている。中央区域/16は平面的で、(−
)って、前1;じ接点所持部材3Gの各四部38の中に
配置され、L’= ノj形の突起40が長方形の穴=1
8’zlt通づ°る。長方形の突起40の外1則端部が
圧力もしく ?:J、熱を加えることにより拡大でれて
、信じ・用]〆点部拐44が接点所持部、(/I’ 3
 Gの四部38内の適所に固定されたとき、接点区域3
2がその長手軸に浴って前記部材36の前4部から外側
へ突出するとともに、導体接続区域50が前記凹部38
を含む同一平面に浴って、前記部材36の後端部から外
1則へ突出′する。 接地用接点部材5/Iは長ノぐの平面区域51ン定イ」
シ、これに7′行って了友数の穴58か自己タリされ、
各穴58は、平面区域56がl」’I 111−: j
λ1点lす1持都イ:A3Gの底部表面に対して当jg
状j、4’ (/i:配置きれたとき、円形の突起42
と10(合する。 この1柔で、突、起・12の夕1.411!l☆W ’
j’rμが月ノノイ)シくに熱の印加により拡大され、
ぞ、/l VCJ: I) Jlli2ノ月 接点部イ
A’ 5 4 k )Fi、l if己 部イA 3 
に ゴニへ1・14j うi−J〜 ζ、。 一連の信は用接点区域:)2の外jlll J、1.点
1ス」・、支の近くでは、接地用接点区域34が接点1
4域:i 2と同様な状態てコメ:rl12用接点)1
VI)l」5・1から夕1. II!IIへ突出し2、
且つこれらの接地用]べ点1メト5 Ii 、、11は
45点1区域32と同−Qつ形状イしIi l〜こい′
○、・その結果、I9 JhツノJ 、J’x点区域3
41:J、Il’Jjf、4 i’154J山iの中火
11i1に配置され、それVC、J、 Ii 4:9点
1ノ域、姥とJ(手方向に整列きれる。導伺・I& +
7’+冒ズト・Ig(ioが接地用接点区域5・1の平
面区域5()か1.’、、タ+1則へ突出しているとと
もに、才「r1j区域5()と同一平面内に配置てれて
おり、それ(9)えノ、、7j体接続区域60は前記部
材36の後辺111ごliから外測へ突出する・ ?、’yj、認することがCきる」:うに、信号用接点
区域44と接地用接点部材54とが接点所持部71/I
36上のノル1定位置に固定されたとき、電気接点組立
体には接点区域32.34が形成され、これらの接点区
域は接点所長部月36の菊端部の中央に配置きれるとと
もに、前記i’Bj拐36に浴つ−C″1)雀列される
。接地用接点区域:う4は一連とる一つ/こ3つの信号
用接点区域、42のうちの夕ll1l11の接点区域の
近くに配置され、この接点区域、’32 + 、34の
配置関係は接点1.1IIJ旨゛4[尉)J’ :J 
fiの全長に浴って発生する。信号用接点区域32に7
dって処理さ□れる信郵情(・jφの最通な、i:i2
縁ンウ;生じるのを確実にするため、削記信号按点1j
l Jμm7.1L・よび前記接地用接点区域の構成は
、1つもしくはそれ以上の信号用接点区域32の各側に
おける接地用接点区域34に関連しで1シr望の[ト意
構成とすることができる0 第3図に示すj、うに、導体接続区域50゜6 (1?
j、互いにイ黄方向−&iLされているととも1・゛C
1各々) ト1=イd続区域50 ’r:I−第3 、
614で小!I−、f・ノに、導体接続区域(i 0の
各イ(11]で当該・、I)体jと1トノ″[、区域6
()に関し中央1ii11へ離されてい〜。 接点圧」−r )−1(A’A’ 3 (Iiは各11
]号川扱点r□+ 、1.I7+・1栄谷々に対[〜で
互いに分離させ、1土つ1.1−弓用接点部制・1.1
を接地用jX点部)lA5・1に>IL−(分離でぜて
いる。 13本のリード線を・イjする同中出ケ〜ヅル0・1の
1.4−ツノfJ 4 MJ 62 i’、48号)f
J m 点MILI7J、1−+ 。 各導体接続区域50内にi’l’W ’) イlけら1
1、仙/、、各ケーブル6・1の4と地もしく (71
1・し・1)・、’fi ij’)!60は、6体1べ
続区域50の各側のll′11で1゛1−2、;’、;
f4\接続区域60内に147り伺けられる。1″′1
7−プル64は 4 電性のコープインクで(“/7i
:、i :\I↓/Cプラスチック製の外側樽体イc・
イi L、この外11111導体は信号用専線62全扱
范する絶縁/−768f包(〕(」シている。rjiJ
i;dイ11号川z1In■ン2は一対のトンイン導線
66と電気的にj〆l1−)1.され、ぞれに」、り前
記;3本のリード線企イjするll’J・1!IIノケ
ーブル64乞形lノに1−でいる。同■;すjり一フル
641J、夕1′iffηの絶1裟1′1.“−1′ク
ツ+−70も包含し7ている。イを4用・菖j 、Y!
、’j (I2 r>−、Lびトレイ/ヘリ腺6 (’
+ (l′J、使来のホj147:“3j1こicfに
よりijK体Jを続区域・i (+ + 00内にl!
l危]さIし、それにより伯−シじ用・4腺62全信号
用接点H’:、lI材・1・1の各4体接続区j或50
内で終らせ、1Lっトレイン導線66をJと地用j妾点
部月5・1の各導体接続区域60内てイ谷らぜる。導体
Jd)ゲ
This invention relates to an electrical connector, and in more detail, it is a plug-type electrical connector, in which the conductive wire of an electrical cable is completely terminated by a contact member, and what is the number of these 11 nodes? 1δ1 in the closed state, and this housing is removably removed at a position in the direction 1'1 in the connector receiving part 2 as well as the cable support 1'J7''). Plug-type electrical connector 1!!J-40 The electrical connector for the transmission cable forms the termination of the conductor of the interleaved couple. The connector 4-, l
, usually removably connected to other electrical connectors for transmitting electrical signals from the transmitting source to the receiver 2 and vice versa. The connector is designed to minimize losses and irregularities in the transmission from the transmitting source to the receiving part by 417.
Must be +1. Also, the ljJ ii2 KOFUKUNUKUKU'fl formation must be related to the electrical performance characteristics, so that the electrical and sexual performance characteristics (connectors) can be moved and connected to other connector forces. When it is disconnected and reconnected to other connectors, it will be affected by handling. According to the present invention, the plug-type + [insulating coil/lid is equipped with all insulating contact-bearing members, and the δ2-point retainer is added with a gap 1 on the negative side of this]. For multiple signals fixed at 1σ] point Mli A; Contact 1 of the ground contact 4 is 1:1 in front. )
iJ, fixed on the other side of the i member;
Yumikawa] and the point r<1s AA and the contact part A for the above m and others.
a contact area protrudes outwardly from the front end of the contact bearing member; and the signal and ground contacts 711, No. 2, I
``1 body'' and A-I'l, the area protrudes from the contact holding member, so that the signal conductor and ground of the electric cable; The conductor connection area of the shrine and the previous 1.12 grounding contacts are electrically connected to the conductor connection area of the grounding contacts. fixed to
As a result, the contact strips are coated from their Jd points jjig along their conductor connection areas. According to another feature '1 of the present invention, the housing part i2
However, the five hooks have members, and the force side is 1'l.
1 arrow J seal is part A'l'L 1) ll i, L plug type connector all 1', Kuku receiving part 1' given direction [) in position 7 p (quote) Hereinafter, the present invention will be explained with reference to the embodiments shown in I/jlI'1lQ. A plurality of rows of electrical contacts in the form of receptacles (receiver 2) are arranged inside the connector receiving member.
J+, which is fixed at a predetermined position on the substrate 10 via 8. A plurality of spaced protrusions 20 are provided on the inner surface of the upper part of the moon 16,
As a result, a plurality of grooves are formed, and a plug type connector 22 is inserted into these grooves.
The hook for q + a- is detachable from member 24 (12
・J is fixed, and the hook 24 engages with the surface inside the opening 28 of the recording part J6 as shown in FIGS. 8 and 9. With this configuration, 1) IJ co-connector 22 front part 1)
iJ Bself files 4,1] 6 inside front 1jijml
:30 can be arranged through L-C, so that before;α2I:i. Projection type contact area 32, 3/I&''I of lid 22
1'+i+each receptacle contact point 1 in the region 12 =
It can be electrically connected to I. 2-9 show details on the back of the plug-type electrical connector 22. FIG. Contact possession 111S i4' 3 (i or i+:"
It is cast from a suitable insulating material, and its
There are four parts 38 of the number of layers arranged at intervals in nj. A rectangular projection 1 ( ) is provided in each of the four parts 38 . As shown in FIG. Circular protrusions 42 project outwardly from the surface to the bottom 111 of the member 36 at intervals 4:4 apart across the member 36. A, - contacts rfB 1, 1, and 14 are formed by Jm punching from an appropriate metal material, and these contact areas 32
and a long horn shape on the inside (central area with all 48 υ holes/I
(5 and 1 or retaining ring area 50 to conductor IX
It includes. Each of the contact areas 32 is gold, l-, +
The double hVi and ifI of i, these layers face inward and are spaced apart from each other by the IC protrusion 52. ,
I'm completely stunned. The central area /16 is planar and (-
) is arranged in each of the four parts 38 of the contact holding member 3G, and L'=J-shaped protrusion 40 is located in the rectangular hole=1.
8'zlt passes. Is the outer edge of the rectangular protrusion 40 under pressure? :J, it can be enlarged by applying heat, and it is believed/used] The terminal part 44 is the contact holding part, (/I' 3
When fixed in place within the four parts 38 of the contact area 3
2 projects outwardly from the front portion of said member 36 along its longitudinal axis, and a conductor connection area 50 extends along said recess 38.
It protrudes outward from the rear end portion of the member 36 along the same plane containing the same plane. The grounding contact member 5/I has a long flat area 51.
Shi, I went to 7' for this, and I was self-teared at 58 holes in the number of friends,
Each hole 58 has a planar area 56 l''I 111-: j
λ1 point lsu1 jito i: Hit jg against the bottom surface of A3G
Shape j, 4' (/i: When the arrangement is complete, the circular protrusion 42
and 10 (combine. With this one soft, Tsu, Ki, 12 no Yu 1.411!l☆W'
j'rμ is enlarged by the application of heat,
/l VCJ: I) Jlli2 no Tsuki Contact part A' 5 4 k) Fi, l if Self part A 3
To Gonihe 1.14j ui-J~ ζ,. A series of contacts are used outside the contact area:) 2 Jll J, 1. Near the support, the grounding contact area 34 connects to contact 1.
Area 4: Same condition as i 2 (contact for RL12) 1
VI) l”5.1 to evening 1. II! Protrude to II 2,
And for these grounding] Point 1 Met 5 Ii ,, 11 has the same -Q shape as 45 points 1 area 32 Ii l ~ Koi'
○,・As a result, I9 Jh horn J, J'x point area 3
41: J, Il'Jjf, 4 i' 154J Placed in the middle fire 11i1 of mountain i, it VC, J, Ii 4:9 point 1 no area, Uba and J (can be aligned in the hand direction. Guide / I & +
7' + Ig (io protrudes into the plane area 5() or 1.' of the grounding contact area 5.1, ta + 1 law, and is in the same plane as the area 5()) The connecting area 60 protrudes from the rear side 111 of the member 36 to the outside. , the signal contact area 44 and the ground contact member 54 are connected to the contact holding portion 71/I.
When fixed in position on the nozzle 36, the electrical contact assembly is formed with contact areas 32, 34 which can be centrally located at the end of the contact head 36 and i'Bj 36 - C''1) It is arranged in a row. Grounding contact area: 4 is a series of one/three signal contact areas, near the contact area of 11 of 42 The arrangement relationship of this contact area, '32 +, and 34 is as follows: contact point 1.1IIJ '4[J]J' :J
It occurs over the entire length of fi. 7 in the signal contact area 32
d is processed □ mail information (・jφ's most convenient, i: i2
To ensure that the edge occurs, mark the signal at the point 1j.
l Jμm 7.1L and the configuration of the grounding contact areas is as follows: 0 J shown in Figure 3, conductor connection area 50°6 (1?
j, and 1・゛C when they are mutually i-yellow direction -&iL
1 each) t1 = d contiguous area 50'r:I-3rd,
Small at 614! I-, f・ノ, the conductor connection area (i 0 in each i (11) concerned, I) body j and 1 tono''[, area 6
Regarding (), it is separated to the center 1ii11. Contact pressure'-r)-1(A'A'3 (Ii is 11 each
] Nogawa treatment point r□+, 1. I7+・1 Sakae Valley vs. [separated from each other with ~, 1 soil 1.1-Bow contact system・1.1
1.4-horn fJ 4 MJ 62 i', No. 48) f
J m point MILI7J, 1-+. In each conductor connection area 50 there is a
1, Sen/,, each cable 6, 1-4 and ground (71
1・shi・1)・,'fi ij')! 60 is 1゛1-2,;',;
147 can be seen in the f4\connection area 60. 1″′1
7-Pull 64 is 4 conductive cope ink (“/7i
:,i :\I↓/C Plastic outer barrel body Ic・
I L, this other 11111 conductor is insulated/-768f package (〕(〕) which handles the entire dedicated signal line 62.rjiJ
i; d i No. 11 river z1In■n2 is electrically connected to a pair of ton-in conductors 66 j〆l1-)1. The three lead wires are connected to each other. I am at 1- on the II cable 64. Same ■; Suj Riichi full 641J, evening 1'iffη's absolute 1'1. “-1′ shoes +-70 is also included and is 7. A for 4, irises j, Y!
,'j (I2 r>-, L tray/heli gland 6 ('
+ (l'J, the messenger's ho j147: "3j1 this icf continues the ijK body J in the area・i (+ + l in 00!
Therefore, each of the 4 contact points H' for 4 glands 62 and 1, 1 and 1 is connected to each other.
The 1L train conductor 66 is inserted into each conductor connection area 60 of the J and J concubine points 5 and 1. Conductor Jd) Ge

【、区域00ば、トレイン412I観00金近
1旧腫−ノルから中へ位貿゛さ−U−る/らめ(/(T
、変形8宇〕1毛の形状となっていること(A7 ’1
’+’f 、Q、 スヘQ (’ 、(+ /S O’
L L 望マレレ(’f、1.4シじ−・・r +%!
 62およ0・ルイン導線G (iは、導1腺を曹7体
接続区域に(−−−ツー溶]妾するためのレ−リ’ −
*=用いるこJにより、それぞれ導体接続区域50.6
0−\電気的に接続することができる〇 り−〜プル64の;il糾62.G6がそれぞれ接点j
′l[S材44. 、5 /lにより終端企形成された
後、この終端を形成、Σれた組立体はケーブルイ■置決
め部イAヶ包含する型の中に位ij’ljされ、その結
果適宜の絶縁イJ旧からなるv2縁性ハ・□フジ/グア
2が接点所持部イ」3G上へ坊屯へれ、この接点部J’
J’ +3B材3G&′:iこれに固定込れ/C前記信
号用および接地用接点の−);1り分と、−1量り体j
妥1i区域50 + 00におけるケーブル0・1の終
端部と全包含する。開ロア3が前1.Cり一−−ブル位
置決め部イ2によりハウン/グア2内に形成される。第
5図で示すように、ハウ/′/り72は接点部J!41
.32 、34の内側i:B分も岐i°←し、寸だケー
ブル6・1の部分的区域も波[lシフ、そtしにより各
ケーブル64孕闘Cして支1.1するとともに、それら
のための歪み除去ケh/I:うまた、ハウ//グア2は
前記終!1゛1.1)11Sの周囲を・密」31シ、前
記接点区域全安定させるとともにそれらを支持し、さら
に複数のnJ咎、性引用&−j部4”)4’ 24 を
介してプラグ型コネクター22に(會114をJjえる
。なぜなら、引掛は部4J 2 /+の一方が他方より
も厚いからである。 6i+記j妾点所持部月36お上び/・ウジング72)
4J利のe 4iN′;に、!シは、前記ケーブルおよ
び前記接点部イ」に清って伝達きれる信号の完全性を・
保J−,5するため、!JfJ記ケーブルのそれとほぼ
等しくなっている。 Bf撓性引掛は部拐24は、前記ハウ/フグ72の鋳造
の間t1(ニ一体の引掛は部材として形成され、各引用
+HJ部拐はストッパー表面741)汀し、ストノ・・
−表面74はコネクター受入れ部′)12]Gの内入1
J′ijに係合する3町撓1並引j封は部材24の各々
は前脚76および後脚78金有し、これらの脚はプラグ
22が、互いに浦された突起20間でコイ・フタ−受入
れ部材16内に挿入されたとき、内側へ[IIJけられ
る。 引掛は部;(J2−1のストッパー表面74がコネクタ
ー受入れ部拐16の内側の前面に係合し/ことき、引掛
け!’:1SIt 24が外側へ曲がり、前脚76が開
I」28内へ突出するとともに、引掛は表面80が表面
26に係合し、それに」:す、第9図で示すようにプラ
グ型コネクター22をコネクター受入れ部材16内の所
定位置で着脱げ能に固定する。 プラグ型コイ・フタ−22がコイ、ククー受入れ1拐1
6の中へ移動されたときに、引用げ部材24の過度の応
カケ防ぐため、円孤形突起82が脚76.78と一列に
整列する状j;引でハウ/フグ72」二に設けられてい
る。第7図で示すように、左側の引用は1月2 =11
1、イ1側の引用は1拐24よりも厚く、したかつ−C
互いに力11され/こ複数の突起20ば、mlイ・フタ
−受入れ部材J6内へのプラグ型コイ、フタ−22の挿
入に方向性を与えるため、JJ向性イ・j与414造全
設定するようコネクター受入扛部利16に滑って配置さ
れ、それによりj反意区域32 、34が各電気的ノセ
プタクルj9点1 /1と電気的に適切に接続されるこ
とを4’(I実に1゜でいる、 ;う本の1) −1−線を有する同軸ケーブルG/Iが
、前記コイ・フタ−組立体の信号用JX点部材47Iお
よび接地用接点部相54の樽部拐h′1〕区域で終端全
形成されるものとして開示してきたが、信号2j’fi
 +腺がその各11111でドレイン導線から絶縁され
ている3本のリード線?持つ送信ケーブルも用いること
ができる。本発明を用いる典型的な組立体は、送信源か
ら受入れ1拐へ、あるいはその逆へ高い信頼性および均
一性を以って電気信号を伝達するため、プラグ型電気コ
ネクーク−22により終端を形成すヘキケーブル64も
しくは送信ケーブルの端部に用いることを目的としてい
る。 第10〜12図は電気接点組立体の他の実施例全示し、
この例で+d接点所持部材36Aか導体位置決め区域8
4全包含し、これに沿って溝8 t+ r b 8が存
在する。溝86は四部3Bh(cえjして中央に整列さ
れ、四部38Aの中にI」、悟ルー3−川接点部材44
. Aが長方形の突起40 A ’、1)介して固定さ
れ、その結果ケーブル64の信号ノむ線62が溝86内
に位置されるとともに、1.H−シ3用接点部材4.4
 Aの各導体接続区域1〕0と係合し、信号用接点部4
’!’44Aは導体位置決め区域84と係合する。ケー
ブル64の候地導&!6Gは谷溝86の首11111で
【1°?i88に清うように位置されるとともに、接地
用接点部月5 lI部拐の導体接続区域92と・シ)′
ζ舎し、Jべ地用接点FIB拐54AIJ、突起・+2
A化介して接点ノ、!lr持部材36A上に固定8.I
L、且つ区域92が区域84と保合する。i、、’−’
、腺()2゜66は、それぞれ接点部月44Aの導体J
べわ1゜区域90および接点部イg”54. Aのノ、
I′1体1ア続17−域92へ溶接され、好1しくけレ
ーリー溶接技術ヶ用いて溶接きれる。・・つ/フグ1)
2Aが前記終端を形成きれた接点組立体上に坊清される
。 ゐ′513〜16図は電気接点組立体のさらに他の実施
例全示し、この例では接点部1’4+’ R1+利3G
J3が導体位置決め区域1)4ケ包含し、これに沿って
一方の1則に771’f、 96が設けl’、)IL、
他方の側に溝1〕8が設けられている。γ7t」!l 
(i I’、−L四部100と連通し、両方の尚!l 
G 、 !l ン目1ケーブル64の信号導線62およ
び接地2.4.腺66全それぞれ溝96.98に711
つように案内するため、傾j][シた箕面奮包含してい
る。 (1に1用接点部1.J’ ]、 ]02は、予め圧延
された、あるいは予め粉砕きれ/ζ金属材料から打抜き
により形成され、その接点区域104は折曲げ区域10
Gよりもノ早く、折曲げ区域106シj、中央もしく 
irJ中間IZ域108および環状区域110よりも1
1.″、くなっている。信号用接点部側102の中間区
域1.08、折曲げ区域】()6の一部、および環状区
域110は各凹部1.00の中へ配置きれ、且つ四部]
、 OO内の長方形の突起1]2が中間区域108の長
方形の穴1]・1を・通って突出し、また環状区域1]
0が凹部100の内端部の整列突起116間に配置され
る。整列突起]、 ]、 ]6I−i環状区域I II
 o <じ凹rjll ] OO内で整列させ、そのA
、1′+果環状1イ賎110内の長孔]、 l 8が谷
溝()6と整列する1、長孔118は信号導線62の直
径よりも保かに小さい幅を有し、その結果イ、1号導線
62rJ、長孔118の中へ強制的に嵌合されることに
なる。信号用接点部材102が四部1.00内に位置さ
れた後、突起112が機械的もしくは熱的に変形され、
それにより接点部4gJo zを所定位置に固定し、接
点区域1071が接点所持)−1S拐:3(i 13の
前面かC1外111リー\突出するとともに、同じ1)
11曲の中ソシp(=浴って整列きれる。 接地用接点部利121ま1予め用延された、あるい(d
、予め粉砕された金属(」A1からJ’]抜j′Sによ
り形成され、その接点区域+z2Ujノ白…げ区域12
11よりも厚く、折曲げ区域12・1は中火区域+26
よりも厚く、中央区域12()は」11重ね区域128
を有し、この甲には長孔1 :3 (lが設(けられて
いる1、長′孔] 3(1&:1: il1111)f
1μm:34の各間Ll 132と連通し、開1z:+
::し1長孔j30と併合するに従い1゛1状に+11
tl <る゛つている。長孔]:30の幅は々’h+1
iり!(iliの直往よりも僅かに小さく、その結果導
線60’lτ[長孔1:30の中へ強H7ll的に嵌入
δtしることに4・る。 平面区域126は複数の穴] :3 (5イCイfし、
接地用接点部拐120が接点所持都イ′A36B−にに
取りイ・]け”、;Iしたと心、接点所持部拐36B]
:の円形突起1,18が穴】36全通って突出゛1ろ。 突起+ 1 h ):i機械的もしくは熱的に変形きれ
ること(C,1:す、jd点部材120金前記部41’
 36 Ij上¥(固定し、このとき接点区域122が
l’li、lR1部イ」36Bの前面から外側へ突出す
るとともに、同じ前面の中央に渚って整列され、その結
果接点区域104 、122が互いに整列する。寸た、
平面区域126はその中に開口1 、l il 金有し
、開口]、 40は、前、iL ’:’−ブルノ’11
・l’のインピーダンスに近づけるため前a己組立体の
インピーダンスを仕立てるように寸法および位置全設定
されている。 接点部拐102 、 ] ]20が前記1拐3613に
固定きれた俵、ケーブル64の導線62?06は各接点
部、!1’ ] ]02 、1.20の長孔]18゜J
30に浴つ−C位置されるように、溝96゜98によっ
て案内される。それから、これらの導線は長孔]、 ]
、 8 、130の中へ強制的に嵌入され、この後それ
らは従来のui接技術に従って所定位ii’:i、ヘレ
ーザーにより溶Jと1Nれ、それにより第14 、 ]
 51ZIて示−、J−よう・4: ”li気接点組立
体全形成する。 第161之Jで示すような絶縁性ノ・ウジ/りJ42が
、前記ハウジング72の用台と回し方法により前記接点
組立体上に坊」貨さ7する。 ハツシング142はケーブル0・1の変形41(hぐた
め、ケーブル611との保合を」°l妹小にl−<:)
単一の開にII・I/Iを有している。幅のつ11:ろ
る一体の1jfJ7j7q性引掛は部材]・16がハウ
、・/りJ42の両1則の1刑部から外側へ突出し、円
り爪形の突起J48+150がハウジングI ll 2
および引掛は部材146に設けられ、引用は部IJ’ 
] 7I(jのjlU度の応力全防止する。そのcつ、
か、ハウジング]=1]づ、ハウジング72と同一に機
能し、寸だ前記部材;36Bお」:び・・ウジング1.
42の材料の絶縁定数は、前記り一−−ブルおよび前記
プラグ部材に清って伝〕・トσノしる114号の完全性
全保持するため、ケーブル(」/]のそれとほぼ等しく
ろ・つている。
[, Area 00, train 412I view 00 Kanechika 1 old tumor-nor to move to the middle of the area-U-ru/rame(/(T
, deformation 8U] Shape of 1 hair (A7 '1
'+'f , Q, SuheQ (' , (+ /S O'
L L Nozomi Marele ('f, 1.4 shiji-...r +%!
62 and 0 Ruin conductor G (i is Lely' - for concubine the conductor 1 gland to the connection area of the body 7 (---2 melt)
*= Conductor connection area 50.6 depending on use
0-\Can be electrically connected 〇ri-~pull 64;il 62. G6 is the contact point j
'l [S material 44. , 5/l, this termination-forming and Σ assembly is placed in a mold containing the cables 1, 5 and 5/l, so that the appropriate insulation parts are installed. v2 relationship consisting of J old □Fuji/Gua 2 is the contact holding part I' 3G to the top, this contact part J'
J' +3B material 3G&': i fixed to this / C -); 1 portion of the signal and grounding contacts, and -1 weighing body j
The end of cables 0 and 1 in zone 50 + 00 is included. Open lower 3 is in front 1. A removable positioning portion A2 is formed within the Hung/Gua 2. As shown in FIG. 5, the contact portion J! 41
.. 32, 34's inner i:B branch is also branched i°←, and the partial area of the cable 6.1 is also wave [l shift, so that each cable 64 and the support 1.1 are , distortion removal for them keh/I: Umata, Hau//Gua 2 is the end of the above! 1゛1.1) Tighten the area around the 11S to stabilize the entire contact area and support them, and further plug it through the 4'' 24 In the type connector 22 (see 114), because one side of the hook is thicker than the other.
4J interest e 4iN';ni,! The integrity of the signal that can be transmitted clearly to the cable and the contact
To protect J-, 5! It is almost the same as that of the JfJ cable. The Bf flexible hook part 24 settles at t1 (the two-piece hook is formed as a member, and each part + HJ part is on the stopper surface 741) during the casting of the Hau/Fugu 72, and the ston...
- Surface 74 is connector receiving part') 12] Inner part 1 of G
Each of the members 24 has a front leg 76 and a rear leg 78, and these legs are such that the plug 22 is connected to the coil lid between the mutually raised projections 20. - When inserted into the receiving member 16, it is kicked inwards [IIJ]. When the stopper surface 74 of J2-1 engages with the inner front surface of the connector receiving part 16, the hook 24 bends outward and the front leg 76 opens. Upon protrusion, the catch engages surface 26 at surface 80, thereby releasably securing plug-type connector 22 in position within connector receiving member 16, as shown in FIG. Plug type carp lid 22 accepts 1 carp and 1 carp
In order to prevent excessive stress of the lifting member 24 when the lifting member 24 is moved into the opening 6, the arc-shaped protrusion 82 is provided in the second position so that the arc-shaped projection 82 is aligned with the legs 76, 78. It is being As shown in Figure 7, the quote on the left is January 2 = 11
1. The quotation on the 1st side is thicker than 1k24, and it is Shikatsu-C
The plurality of protrusions 20 are subjected to force 11 on each other, and in order to give directionality to the insertion of the plug-type carp and the lid 22 into the ml-i-lid receiving member J6, the JJ-oriented I-j and 414-structure complete settings are applied. 4' (in fact, 1/1) to ensure that the connector receiving section 16 is slidably disposed so that the opposite areas 32, 34 are electrically properly connected to each electrical noceptacle 1/1. 1) The coaxial cable G/I having the -1- wire is connected to the barrel part h' of the signal JX point member 47I and the grounding contact part phase 54 of the coil-lid assembly. 1], but the signal 2j'fi
+Three leads where the gland is insulated from the drain conductor at each of its 11111? A transmission cable with a power supply can also be used. A typical assembly employing the present invention terminates with a plug-type electrical connector 22 for reliably and uniformly transmitting electrical signals from a transmitting source to a receiving port and vice versa. It is intended to be used at the end of a forward cable 64 or a transmission cable. 10-12 show all other embodiments of the electrical contact assembly;
In this example, the +d contact holding member 36A or the conductor positioning area 8
4, along which there is a groove 8 t+ r b 8. The groove 86 is centered in the fourth part 3Bh (cej), and in the fourth part 38A, the contact member 44
.. A is fixed via the rectangular protrusion 40 A', 1), so that the signal line 62 of the cable 64 is located in the groove 86, and 1. Contact member for H-shi 3 4.4
Each conductor connection area 1] 0 of A is engaged, and the signal contact portion 4
'! '44A engages conductor locating area 84. Direction of cable 64 &! 6G is at the neck 11111 of valley groove 86 [1°? The conductor connection area 92 of the grounding contact section 5 lI part is located so that it is clearly located at
ζ Sha, J base contact FIB 54 AIJ, protrusion +2
Contact point through A! Fixed on the lr holding member 36A8. I
L, and area 92 is congruent with area 84. i,,'-'
, gland ()2゜66 are the conductor J of the contact part 44A, respectively.
Bewa 1° area 90 and contact part Ig"54.A,
I'1 is welded to area 92, preferably using Rayleigh welding techniques. ...tsu/puffer fish 1)
2A is then cleaned onto the terminated contact assembly. Figures 513 to 16 show still another embodiment of the electrical contact assembly, and in this example, the contact portion 1'4+' R1+3G
J3 includes 4 conductor positioning areas 1), along which 771'f, 96 are provided in one rule, l',)IL,
A groove 1]8 is provided on the other side. γ7t”! l
(i I', -L communicates with the fourth part 100, both the!l
G,! Signal conductor 62 and ground of line 1 cable 64 2.4. Glands 66 all grooves 96.98 to 711
In order to guide you in the same way, I included the tilt j] [shita Minoh. (1 to 1 contact part 1.J'], ]02 is formed by stamping from a pre-rolled or pre-pulverized/ζ metal material, the contact area 104 being formed by the bending area 10
earlier than G, in the bending area 106, in the center or
1 than the irJ intermediate IZ region 108 and the annular region 110
1. '', the middle area 1.08 of the signal contact side 102, a part of the bent area] ( ) 6, and the annular area 110 can be placed in each recess 1.00, and the four parts]
, a rectangular protrusion 1]2 in OO projects through a rectangular hole 1]2 in the intermediate section 108, and also an annular section 1].
0 is disposed between the alignment protrusions 116 at the inner end of the recess 100. alignment protrusion], ], ]6I-i annular area I II
o <jiconcave rjll ] Align within OO and its A
, 1' + the long hole in the ring 110], l 8 is aligned with the groove () 6, the long hole 118 has a width that is slightly smaller than the diameter of the signal conductor 62, and its As a result, the No. 1 conductor 62rJ is forcibly fitted into the elongated hole 118. After the signal contact member 102 is positioned within the four parts 1.00, the protrusion 112 is mechanically or thermally deformed,
Thereby, the contact part 4gJoz is fixed in place, and the contact area 1071 has the contact area) - 1S removal: 3 (the same 1) as the contact area 1071 protrudes from the front of the i 13 or outside the C1.
In the 11th song, you can line up the middle part of the song.
, formed by pre-pulverized metal ('A1 to J') punching j'S, whose contact area + z2Uj...white area 12
Thicker than 11, bending area 12/1 is medium fire area +26
The central area 12 () is thicker than the 11 overlapping area 128
This instep has a long hole 1:3 (1, long hole with l) 3 (1&:1: il1111)f
1 μm: communicates with Ll 132 between each of 34, open 1z: +
::+11 in 1゛1 shape as it merges with 1 long hole j30
tl <I'm tired. Long hole]: Width of 30 is h+1
iri! (It is slightly smaller than the direct passage of ili, and as a result, the conductor 60'lτ [4:4. (5 I C I f,
When the grounding contact 120 was removed, the contact holder 36B was removed.
The circular protrusions 1 and 18 of : pass through all of the holes ] 36 and protrude. Protrusion + 1 h): i Must be able to be deformed mechanically or thermally (C, 1: S, jd point member 120 gold part 41'
36 Ij top (fixed), at this time the contact area 122 protrudes outward from the front surface of l'li, lR1 part A' 36B and is aligned centrally on the same front surface, so that the contact areas 104, 122 are aligned with each other.
The planar area 126 has an aperture 1 therein, an aperture], 40, front, iL':'-Brno'11
・All dimensions and positions are set so that the impedance of the front assembly is adjusted to be close to the impedance of l'. The contact part 102, ] ] 20 is fixed to the 1st part 3613, and the conductor wires 62 to 06 of the cable 64 are each contact part,! 1'] ]02, 1.20 long hole] 18°J
30 and is guided by grooves 96° 98 so as to be in the -C position. Then, these conductors are slotted], ]
, 8, 130, after which they are melted into position ii':i by means of a helaser according to conventional ui welding techniques, thereby forming the 14th,]
51ZI, J-Procedure 4: ``The whole contact assembly is formed. Insulating screws/receptacles J42 as shown in No. 161J are assembled as described above by means of the mounting and turning method of said housing 72. Place the cap on the contact assembly. Hashing 142 is modified 41 of cables 0 and 1 (for hig h, it is fixed with cable 611).
It has II and I/I in a single opening. Width part 11: Roru-integrated 1jfJ7j7q hook is a member]・16 is how, ・/ri J42 protrudes outward from the first part of both rules, and the circular claw-shaped protrusion J48+150 is the housing I ll 2
and hooks are provided in member 146, reference is made to section IJ'
] 7I (prevents the total stress of jlU degree of j.Then c,
36B = 1] Functions the same as the housing 72, and has the same dimensions as the housing 72;
The insulation constant of the material No. 42 is approximately equal to that of the cable (''/) in order to completely maintain the integrity of No. 114, which is clearly transmitted to the cable and the plug member. Kuro Tsuteru.

【図面の簡単な説明】 第1図は、不発IJIか典型的に用いられている電気コ
ネクター7ノ、デムの分力イ斜視図、第2図は、1)i
記コイククーの電気接点組立体の部品を示ず分W(j:
I睨図、 第:i 図a、i421))llの、’rlj品の組立
て状、軒の斜イ2(51スj1 、’、=”; l1図は、l)’IJ記ノノグ型コネク
ターの完成状pi−j二〇余IIJl!図、 ・II 51閃は、第1I lン[の5−5線に清う断
面図、第()図は、前記プラグ型コネクターの一部を破
断した」二部平面図、 Ml 7は](ri、前記プラグ型コイ・フタ−の正面
☆瞳I)1図、 第8図および第1)図は、引掛は構造を示す1)ij記
コイ、フタ−iL= J、びコネクター受入れ部材の一
部の断面図、 第10図は、1)iJ記電気接点組立体の他の実施1ク
リの部品全/j1ず1452図と同様の分解斜視図、第
11図は第10図の部品の組立て状態の斜視図、 第12図は、前記接点組立体上に固定されたハウジング
を併せて示す第]」図の12−12線にイ?う断面図、 第13図C」:、1iiJ記屯気接点組立体のさらに他
の実施例の部品を示ずム”、2.10図と同様の分解斜
視図、 第111図および第15図に11、第【、3図の部品の
、fH立て状態の余F視図、 第16図は、第13〜151図のプラグII;!j :
Jイ・フタ−の完成状態を示す斜視図で、(1)る。 ]O・・・多層回路基板 12・・・・・領 域j4・
・・・・・レセプタクル型電気接点]6・・°コネクタ
ー受入れ部材 ]8− ・ボ ル 1・20・・・・・・突起22・ 
電気コネクター 24・・・・引用は部(」28・・・
・・・開 口 30−・・・・・正 面 開 1132
.34・・接点区域 36 、36 A 、 3 G B −・−・接点所M
部/J38・・・・・凹 部 4.0 、42・・・突
 起44・・・・・・信号用接点部材 46・・・・中
 央 区 域48・・・・・−穴 5o・・・・・・止
め環(環状)区域52・・ 突 起 57]・・・ 接
地用接点部材56°・・・半面区域 58・・ 穴
[Brief Description of the Drawings] Figure 1 is a perspective view of the component force of the electrical connector 7 and dem typically used for unexploded IJI, and Figure 2 is a perspective view of 1) i
The parts of the electric contact assembly of Koikuku are not shown.
Figure 1: I Figure a, i421) The completed state of the pi-j is over 20 IIJl! Fig. ・II 51 is a sectional view taken along the line 5-5 of the 1st Iln [Fig. Figure 1, Figure 8 and Figure 1) show the structure of the hook. , lid iL=J, and a cross-sectional view of a part of the connector receiving member. Fig. 10 is an exploded perspective view similar to Fig. 1452. 11 is a perspective view of the assembled state of the parts of FIG. 10, and FIG. 12 also shows the housing fixed on the contact assembly. 13C": An exploded perspective view similar to FIG. 111 and FIG. 11. [, Figure 16 shows the plug II of Figures 13 to 151; !j:
(1) is a perspective view showing the completed state of the J-lid. ]O... Multilayer circuit board 12... Area j4.
...Receptacle type electrical contact]6...°Connector receiving member]8- ・Boll 1・20・・・Protrusion 22・
Electrical connector 24...The quotation is from the section ("28...
...Opening 30-...Front opening 1132
.. 34... Contact area 36 , 36 A , 3 GB --- Contact point M
Part/J38...Concave part 4.0, 42...Protrusion 44...Signal contact member 46...Central area 48...-Hole 5o ...Retaining ring (annular) area 52... Protrusion 57]... Grounding contact member 56°...Half area 58... Hole

Claims (1)

【特許請求の範囲】 (1)フラグを電気コイ・フタ−てあって、電気接点組
立体を具(+iii L sこの電気接点+fill 
、′層(\tit絶縁i隼の接点J)i J・Y部イJ
を・包+j’ U、このjざ点所])部It iql:
、これの−側に渚つ−Cltl s’+: :’ill
された間隔毎に固定きれた複数の(、i 、j;用j)
乏点部刊と、他1111に固定をれ/こ]妥地用j)、
一点j716イ」とを有し、riiJ記信号用接点r’
、ls 、tJの1.1シフ川」d点区域お」:び「)
・J記接地用]及点部(」のJl: 、l12用接点区
域は前記接点所持部材部(」の前輪か1゛〕外111リ
ヘ突tjj シ、前記信号用接点区域はt7いに近隣に
配置され、且つ前記1及池用接人1.1区j・J2&ま
前記近1夕(「に配置きれた信は用14点1ス−1・・
(の谷11tljに配置され、iiJ記信郊用接点rj
li A」二[・・よび[)す記接地用接点部材の導体
接Aっ゛じ区域t;j、i)1」記ji点所ト1都月に
沿って突出し、A、た))IJ記プラグ型電気コネクタ
ーは電気ケーブルを具備し、この電気ケーブルは信号導
線と接地電線とω7h’ L 、前記信号導線は前記信
−シ−」用接点f−1≦4・IQ各・J″i体接続区域
へ電気的に以耘:きれ、前記jg地導線は前記]要地用
接点r’ilI 1)Jの1)す1.[し77 f−l
、14続区域へ電気的に接続訟れ、さ0に商1□1]プ
ラグ型電気コネクターは絶縁1トノ−ハウ/・ング奮具
備し、このノ・ウシフグ11、前1.[2電気1ジ点組
立体および前記電気ケーブルの区域上に固1定でれ、そ
れにより前記ケーブルのために間を離し、支持全行ない
、そL7て止、1. ]ヂr除を行ない、前記信号用任
意区域:1.L−,1,0・接地用接点区域は前記ノ・
つ/ンクか1)夕11111へ突出していること全特徴
とするフラグを電気コネクター。 (2) 前記信号用1力点区域および前記接地用接点区
域が整列していることを特徴とする特許請求の範囲・′
l−1項記載のプラグ型電気コネクター。 にi) 前記導体接イ・ノ“C区域が、前記接点所持部
材の後端部から夕1IlllIへ突出する環状部材であ
ることを特徴とする特許W+’? ;J<の範IJJI
身′zJ力)記載のプラグ型電気コネクター。 (4) 前記4体接続区域が、導体位置決め手段に対向
して配置された一7面R11月であること全特徴とする
特許請求の範囲第JJ、I′l記載のプラグ型電気コイ
・フタ−。 (5)前記信号用接点部イオの前記?!7体接、1′−
)L区域が、前記接点所持部月の導体位置決め区域に対
向して配置された長孔付きの」:;j状、’;lj 4
Aであり、前記接地用接点区域のl)1 ]’+α導体
接続区域が平1/lノ区域であって、この−・j′−面
1メ域は中に長孔を有するとともに前記i、jη体()
旨i”i決め区域に対向して配置され、前記ノ!’i 
f=l、位置決め区域内には、各j、11:付き環状バ
1S/13“1.・まひ前記平面区域内の長孔と整列す
るγ1“11Jか設けられ、nil記信弼導腺がそれぞ
れ前記1〈孔イ・]き環環状部内に配置され、且つそれ
ににγ接され、前記接地29線が前記長孔内に配置され
るとともに、前記平面区域へ溶接されていること全特徴
とする% ii’l’請求の範囲第1項記載のノ“ノブ
型電気コネクター。 (に)前記イーり用jに点区域および前記接地用接点区
域が折返丁\れた裏(1111の金属層により形成され
、前iiL 成魚区域の内端部に近い前記層の一方の内
向き突起が前記層に隙間全形成し、rJii記]ハ返さ
れた裏側層の自由端部が1”+iJ記ハウジ/り内に固
定されていることを特徴とする特i”l’ 請求の範囲
第1項記載のプラグ型電気コイ、フタ−。 (7)“ 前記接点所11部イJの一側が間を離きれた
複数の四部紮・1」シ、当該凹部の中には前記イ1ハ号
用接点ijB ac]の平面区域が配置され、前記凹部
内の長方形の突起が前記平面区域内の長方形の穴を通っ
て突出し、円形の突起が前記接点所乃部イ」の他側から
/A側へ突出するとともに、i’+iJ記接地用接点部
拐の長尺の平面区域内にある穴を通って突出し、前記長
方形ツー、・よO・円形の突起の外端部が崩壊されるこ
とにより、前記信号用接点部材および前記」X他用接点
部イン全前記接点所持部イJに固定−j−ルコとk 4
’ffi Rと1− ル’f!J’ u′l’ +、l
’l永の1匝囲第]項記載のプラグ型′屯気コ;1クク
ー。 (8) 前記・・ウジノブかjJT ’La性の1反数
の引掛け?η15利全包含していることを・打機とする
715’、 、、i/。 請求の範囲第] rfi記載のプラグ型′)F、気−J
ネクター。 (〔υ 前記複数の引jlトは部祠が’11’+!の5
゛11なろ・ものであること孕t1y徴とづ−るt1〒
1.j′l、請求の・1屯円ド1′58項記載のプラグ
型電気コイ・フタ−8
[Claims] (1) The flag is provided with an electric coil lid, and an electric contact assembly (+iii L s this electric contact + fill
,' layer (\tit insulation i falcon contact J) i J・Y part i J
・package + j' U, this j point]) part It iql:
, on the - side of this -Cltl s'+: :'ill
A fixed number of (,i,j; for j) for each interval
Fixed to 1111 and other 1111 publications] For reasonable j),
It has one point j716a' and a signal contact r'
, ls, tJ's 1.1 Schiff River'd point area O': and')
・The contact area for the contact holding member part (J for grounding) and the contact part (Jl:, l12 is located near the front wheel of the contact holding member part (1)), and the signal contact area is located near the front wheel of the contact holding member part ('). 1, 1, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 14, 14 points, 1, 1, 1, 1, 1, 1, 1, 1, 14 14 points 1 ss-1...
(located in the valley 11tlj of
li The conductor contact area of the grounding contact member A'2 [... and [); The IJ plug-type electrical connector is equipped with an electric cable, and the electric cable has a signal conductor, a ground wire, and ω7h'L, and the signal conductor has contacts f-1≦4, IQ, and J'' for each of the signal conductors. Electrically connected to the i-body connection area: disconnected, the jg ground conductor is connected to the above] key ground contact r'ilI 1)
The plug-type electrical connector is electrically connected to the 14 connected area, and is equipped with an insulated 1 □ 1 plug type electrical connector. [2 electrical point assembly and fixed 1 on the area of said electrical cable, thereby providing spacing and support for said cable, and L7 stop; 1. ] Execute the above arbitrary area for signal: 1. L-, 1, 0・The grounding contact area is the above-mentioned No.
1) An electrical connector with a flag that all features a protrusion to 11111. (2) Claims characterized in that the signal single force point area and the ground contact area are aligned.
Plug type electrical connector according to item 1-1. i) Patent W+'?;J< range IJJI, characterized in that the conductor contact area I/C is an annular member protruding from the rear end of the contact holding member toward the rear end.
Plug-type electrical connector as described in the manual. (4) The plug-type electric coil lid according to Claims JJ and I'l, characterized in that the four-body connection area is one seven-sided R11 arranged facing the conductor positioning means. −. (5) The above mentioned signal contact part Io? ! 7 body contact, 1'-
) The L area has a long hole arranged opposite to the conductor positioning area of the contact holding part.
A, the l)1]'+α conductor connection area of the grounding contact area is a flat 1/l area, and this -j'-plane 1 area has a long hole therein, and the i) , jη field ()
It is arranged opposite to the designated area, and the said ノ!'i
f=l, in the positioning area, an annular bar 1S/13"1. with each j, 11: γ1"11J aligned with the elongated hole in the plane area is provided, and a nil signal conducting gland is provided. Each of the ground wires 29 is disposed within the annular portion having the hole 1 and is in γ contact thereto, and the ground wire 29 is disposed within the elongated hole and welded to the plane area. ii'l' The knob type electrical connector according to claim 1. The inward protrusion of one of the layers near the inner end of the adult area forms a gap in the layer, and the free end of the turned back layer is 1" + iJ housing. The plug-type electric coil according to claim 1, characterized in that the lid is fixed within the contact area 11. A plurality of four-part ligatures spaced apart from each other, a plane area of the contact point ijBac] is arranged in the recess, and a rectangular protrusion in the recess is connected to a rectangular projection in the plane area. A circular protrusion protrudes through the hole from the other side of the contact part A' to the /A side, and passes through the hole in the elongated planar area of the grounding contact part i'+iJ. By collapsing the outer ends of the rectangular and circular protrusions, the signal contact member and the other contact portions are fixed to the contact holding portion AJ. -Ruco and k 4
'ffi R and 1- le'f! J'u'l' +, l
Plug type as described in section 1. (8) Said...Is it Ujinobu or jJT 'La's one-count hook? 715', ,,i/, which includes the entire η15 ratio. Claim No.] Plug type described in RFI') F, Air-J
Nectar. ([υ The above plurality of draws are 5 where the shrine is '11'+!
゛It's 11 and it's a sign of pregnancy t1〒
1. j'l, plug-type electric coil lid 8 as described in claim 1'58
JP58214938A 1982-11-17 1983-11-15 Plug type electric connector Pending JPS60109186A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
US44247282A 1982-11-17 1982-11-17
US442472 2003-05-21

Publications (1)

Publication Number Publication Date
JPS60109186A true JPS60109186A (en) 1985-06-14

Family

ID=23756917

Family Applications (1)

Application Number Title Priority Date Filing Date
JP58214938A Pending JPS60109186A (en) 1982-11-17 1983-11-15 Plug type electric connector

Country Status (2)

Country Link
JP (1) JPS60109186A (en)
KR (1) KR910003022B1 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7059905B2 (en) 2003-08-06 2006-06-13 Japan Aviation Electronics Industry, Limited Connector having an excellent transmission characteristic and an excellent EMI suppression characteristic
JP2014154555A (en) * 2013-02-07 2014-08-25 Tyco Electronics Corp Cable assembly

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7059905B2 (en) 2003-08-06 2006-06-13 Japan Aviation Electronics Industry, Limited Connector having an excellent transmission characteristic and an excellent EMI suppression characteristic
JP2014154555A (en) * 2013-02-07 2014-08-25 Tyco Electronics Corp Cable assembly

Also Published As

Publication number Publication date
KR840006734A (en) 1984-12-01
KR910003022B1 (en) 1991-05-15

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