TW201251214A - Connector for a flat cable - Google Patents

Connector for a flat cable Download PDF

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Publication number
TW201251214A
TW201251214A TW101105075A TW101105075A TW201251214A TW 201251214 A TW201251214 A TW 201251214A TW 101105075 A TW101105075 A TW 101105075A TW 101105075 A TW101105075 A TW 101105075A TW 201251214 A TW201251214 A TW 201251214A
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TW
Taiwan
Prior art keywords
flat cable
top surface
flat
cable
opening portion
Prior art date
Application number
TW101105075A
Other languages
Chinese (zh)
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TWI501475B (en
Inventor
Kiyoshi Asai
Original Assignee
Smk Kk
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Publication of TW201251214A publication Critical patent/TW201251214A/en
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Publication of TWI501475B publication Critical patent/TWI501475B/en

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    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
    • H01R12/70—Coupling devices
    • H01R12/82—Coupling devices connected with low or zero insertion force
    • H01R12/85—Coupling devices connected with low or zero insertion force contact pressure producing means, contacts activated after insertion of printed circuits or like structures
    • H01R12/87—Coupling devices connected with low or zero insertion force contact pressure producing means, contacts activated after insertion of printed circuits or like structures acting automatically by insertion of rigid printed or like structures
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
    • H01R12/70—Coupling devices
    • H01R12/77—Coupling devices for flexible printed circuits, flat or ribbon cables or like structures
    • H01R12/771—Details
    • H01R12/772—Strain relieving means
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
    • H01R12/70—Coupling devices
    • H01R12/77—Coupling devices for flexible printed circuits, flat or ribbon cables or like structures
    • H01R12/79—Coupling devices for flexible printed circuits, flat or ribbon cables or like structures connecting to rigid printed circuits or like structures

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  • Coupling Device And Connection With Printed Circuit (AREA)
  • Details Of Connecting Devices For Male And Female Coupling (AREA)

Abstract

The invention provides a connector for a flat cable, which enables easily and certainly installing a flat cable and accomplishing a low-profile. A housing 102 of a connector 101 for a flat cable has a top surface portion 111, a first side portion 112, and a second side portion 113, and the housing 102 is hollow. A top surface opening portion 121, which opens at the top surface portion 111, allows a FPC cable to pass through. A front end side opening portion 122, which is connected to the top surface opening portion 121 and opens at the first side portion 112, allows a sliding movement of a reinforcing plate. An extended side opening portion 123, which is connected to the top surface opening portion 121 and opens at the second side portion 113, allows a sliding movement of the main body of a flat cable. A first disengagement prevention portion 103, which is positioned on the housing 102, obstructs an end surface of a flank portion of the reinforcing place tending to move toward the side of the second side portion 113. A second disengagement prevention portion 104, which is disposed on a side of the housing 102 closer to the first side portion 112 than the first disengagement prevention portion 103, obstructs a reinforcing plate 304, which is positioned inside the housing 102 and tends to move toward the top surface portion 111.

Description

201251214 六、發明說明： 【發明所屬之技術領域】201251214 VI. Description of the invention: [Technical field to which the invention pertains]

Circuit，FPC) 排線專扁傾線連接之扁平排_連接器。 【先前技術】 Λ ^伸側的側面部予以開口 ’並在絕绫俨1 Ρ气口 -FPC ^ Ρ.〇 Βί. 線4穿過，FPC排線4 ^接^兩端撐開卡鉤3而FPC排 回彈歸位且卡鉤3 4即^谷/^ 口部内的接觸件2 ’卡鉤3 【先前技術文排線4與接觸件2之間的連接狀態。 【專利文獻】 【專利文獻1】日本新型專利註冊第2571826號公報 【發明内容】 (發明所欲解決之問題) 獻i記_騎排、_連接财，頂面設Circuit, FPC) Flat row _ connector for flat cable connection. [Prior Art] 侧面 ^The side of the extension side is opened' and is passed through the 绫俨1Ρ口-FPC ^ Ρ.〇Βί. Line 4, and the FPC cable 4 ^ connects the ends to open the hook 3 The FPC is retracted and the hooks 3 4 are the contacts 2 'the hooks 3' in the mouth portion. [The connection state between the prior art cable 4 and the contact member 2. [Patent Document 1] [Patent Document 1] Japanese Patent Registration No. 2571826 [Invention Summary] (Problems to be Solved by the Invention) Yi Ji _ riding platoon, _ connecting money, top surface setting

H ίΓ設置卡釣’進而得以在垂直方向上簡單Ϊ安裝。FPC 排線4 :再者，防止FPC排線4在垂直方向上脫落。文裝FPC 點上tit输線用連接器講求小型化及薄型化。在這一 的厘译ii文獻15己載的扁平排線用連接器，卡鉤3係、往排線4 的厚度方向延伸而難以薄型化。 作彳 王徘踝4 本發明有繁於上述問題點 (接二裝扁平排線並能5成= 板上本用連接器，係安裝扁平排線且配置於基 扳上該女裝扁千排線包含：扁平狀之排線本體；端子部，設於 201251214 前述排線本體的平面區域； 體往寬度方向兩侧突=翼於前述排線本 頂面部和分別從前述頂面部^相基板的 γ，延伸，侧部=== :連開:並容許前述扁平排線穿二H Γ Γ 设置 设置 设置 ” ” ” ” ” ” ” ” ” ” ” ” FPC cable 4: Again, prevent the FPC cable 4 from falling off in the vertical direction. At the FPC point of the text, the connector for the tit line is miniaturized and thinned. In this case, the connector for the flat cable of the document 15 is carried out, and the hook 3 is extended in the thickness direction of the wire 4 to make it difficult to reduce the thickness.彳王彳4 The invention has the problems mentioned above (the second flat cable is connected and can be 50% = the connector on the board is used, the flat cable is installed and arranged on the base plate. The wire comprises: a flat cable body; a terminal portion, which is disposed at a plane area of the above-mentioned cable body in 201251214; a body protruding toward both sides of the width direction; a wing on the top surface of the wire and a substrate from the top surface γ, extension, side === : open: and allow the aforementioned flat cable to wear two

及延伸侧開口部，連於前述頂面開口部並S ίΐΠί開口，容許前述排線本體滑移移動；接觸件，配置於 二=卜2内底側，並借處於前述端子部…防止 且對於有往前述第2側部側移動傾向的前述補強板 面加以阻礙；第2防止脫開部，設於前述外殼之中比前 開部更靠近前述第1側部側’並對於位於前述外殼And the extension side opening portion is connected to the top surface opening portion and S ΐΠ ΐΠ 开口 opening, allowing the cable body to slide and move; the contact member is disposed on the inner bottom side of the second panel, and is prevented by the terminal portion... The reinforcing plate surface that tends to move toward the second side portion is blocked; the second preventing portion is provided in the outer casing closer to the first side portion than the front opening portion and is located in the outer casing

If 成頂面部娜動傾向的前述_板加以阻礙。 (發明之效果） 且人ϊίίΐϊ之扁平獅用連接^ ’使補強板位於第1側部側 住。所以’能容易且確實地安震扁平排線。又， 強缺到第2防止顧部與觸件祕，所以不必設置專 利文獻1中記載的卡鉤3，而能達成薄型化。 【實施方式】 (實施發明之最佳形態) 。為方便說 以下依據圖1至圖12說明本發明的一實施形態 明，本實施形態稱為第一實施形態。 匕 圖1，平排線用連接H 101之立體圖。扁平排線用連接器 101配置於基板201(參照圖3)，按壓部1〇2A係藉由回流軟鮮等方 定：扁平抓_連接n 1()1可絲有作為*平排線之Fpc排 、-01(多照圖2) ’將FPC排線301内的可撓式線路3〇2(參照圖2) 201251214 與基S t刷，202(參照圖3触^ 303。排線本i# 3的Ϊ 301之立體圖。FPC排線301具有排線本體 本體303 ^^具有可撓性之材料形成，且成板狀。排線 之寬产方向二有較寬部3ί)3Α。較寬部3()3A在排線本體303 線路Γ〇2。二此trU側突出。排線本體3〇3形成有多數條可撓式 成大致算^式線路3〇2在排線本體303的寬度方向上排列 在排線本體303的長度方向上延伸。各可撓 1 ，、附近，並路出於排線本體303的其中一面（第 面娜相#於申請專郷圍中所述的「排線 =的千面區域」。另’圖2中所顯示的是排線本體3〇3的另一面 (第2面303C) ’第1面3〇3B於圖2中並非為可見。 妬^線3〇3的另一面(第2面3〇3Q之端部區域安裝有補強 板=4。補強板304比排線本體3〇3硬，且係利用與排線本體3〇3 同等或更厚的扁平狀材料形成。補強板3〇4在俯視中 線本體303的-部分與較寬部3〇3A結合的較寬之凸出开 板304包含翼部304A。翼部304A相對於排線本體303而往寬度 方向兩側突出，在俯視中可見到其一致於排線本體3〇3之較寬部 303A。另，利用導電性金屬板來形成補強板3〇4可藉以提升此部 分對於外來電磁雜訊之遮蔽性。 圖3係處於已安裝FPC排線301之狀態下的扁平排線用連接 器101之立體圖。扁平排線用連接器1〇1之外殼1〇2成扁平的大 致直方體狀’在俯視中可見到大致矩形，且為中空。外殼1〇2形 成有沿著頂面、圖3紙面下侧可見的端面與位於其相反側的另一 端面而相連的開口。將FP C排線3 01安裝至扁平排線用連接器i i 時，操作者將FPC排線301的補強板304置放於圖3紙面下側可 見的端面側，並使FPC排線301穿過外殼102的開口後，將FPC 排線301往排線本體303的延伸方向(圖3所示的箭頭K方向)拉 扯。藉此，補強板304滑移移動進入至外殼1〇2内，勾掛在設於 外殼102的第1防止脫開部103，使補強板304受到設於外殼102 201251214 防止脫開部104與接觸件105爽住而固定。此時，接觸件 ί3〇1的端子部3〇2A(參照圖2)，㈣d 雪2(參照圖2)與基板201上的印刷線路观 接傳達電氣信號。將Fpc排線301從爲平排線用連 面側(與相ί方作向 =強板304往圖3紙面下側可見的端 f 4係在細1不同纽下所見到㈣平排線料接器101 之立體圖。® 5係細i可見側為不關㈣平排線用連接哭谢 =體圖。圖6係扁平排線用連接器1〇1之俯視圖。圖7係扁平 排線用連接H 101之仰視圖。圖.8係扁平麟用連鮮1〇1之前 =圖^ 9侧6之箭頭p方向棚。圖1()似平排線用連接器 之後視圖。以下參照圖卜圖4、圖5、圖6、圖7、圖8、圖 及圖10來描述扁平排線用連接器101之構造細節。 扁=排線用連接器1〇1具有外殼1〇2以及接觸件1〇5。 藉由按壓部1〇2A與樹脂部1〇2B所構成。按壓部l〇2A i ，板金衝壓加卫形成。按壓部！的f折處1G2Aa具有圓 ίΖΓΓ排線3〇1予以導入。樹脂部獅__來埋設並 y的接觸件105的-部分’並與按壓部搬a共同利用一體成型來 iH’f*其他實施形態而言，亦可在與® 1等所示形狀之按 Μ。卩102A為不同的形狀上，利用以板金形成的按壓部進行樹脂成 =成形糊1等所示的外殼1G2 *作為將板金部分與樹脂部分 合併的結果。 外殼102具有頂面部⑴、第！側部112、第2側部113、底 面部114,且成中空。用來將扁平排線用連接器1〇1固定至基板 2〇ι(參照目3)的銲料或黏接劑，其塗佈係在底面部114的底ς側 且由按壓部102Α所構成的區域(圖7中以斜線顯示的區域）。 排線用連接器101固定於基板2〇1時，頂面部ill大致平行朝向 基板201。又，此時第丨侧部112與第2側部113從頂面部ιη中 相，的兩個長邊111Α、111Β(僅於圖i顯示)分別朝向交又於基板 的方向(宜為大致垂直交叉的方向)延伸(參照圖3)。 201251214 二=設有頂面開口部121、前端側開口部122、以及延伸 線：：亦f形成為容許f平排 3=7。少與排線本體3G3的寬度尺寸同p等， 刖端側開口部122連於頂面開口部121，並於第丨 口。前端侧開口部122開口成容許補強板3〇4滑移的# ^在第!侧部U2與第2侧部113相連方致 122的寬度尺寸係與補強板304 的寬度尺寸FJ4或更大，__口部122的高 板304的厚度同等或更大。又，前端側開口部122的%^= 角處理’操作者將補強板3G4導人至前端側開口部122變 付各易。 又 延伸側開口部123連於頂面開口部121，並於第2側 二 二=Γ/容許排線本體303滑移移動的形狀幵， 排線本體303係在第丨側部112與第2侧部113相連方 面部114大致平行地移動。亦即，延伸側開口部123 y — ，與排線本體303的寬度尺寸同等或更大，延伸側開口部^的 南度尺寸係與排線本體3〇3的厚度同等或更大。 、 ⑺tti02的底面部114形成有中央開口部124與側開口部 =5。中央開口部124及側開口部125均係形成作為對應於進行 脂一體成形的過切《樹脂成形時，中央開口部124與側開口部 之間形成有補強體支持部127。補強體支持部127形成往第f 112側與第2側部113側連結方向延伸的長條，與底面部ιΐ4 ^ 面成同一面。 貝 々接觸件105配置於外殼1〇2的内底側，多個排列在外殼1〇2 的寬度方向。每一個接觸件105均係以接觸件1〇5的中段一 分(圖6中以符號ι〇5Α所示部分)埋設於樹脂部1〇2B之第^侧 112侧的區域。接觸件105的個數及位置，對應於設置在Fpc & 201251214 線301的端子部302A的個數及位置 藉咖形成的底面部丨^丨== Z71T：lmc'^65p 114 彈性變形部獄係=央開口部124的上方。 i监、去％_1较觸排線301的端子部3〇2A(參昭圖2)， 板〇 it由從前端側開口部122滑移插入而置放於外殼 以下參照圖1、圖2、圖3、圖只芬同。〇人u + 防止脫開部103，阻播位在^ i^及曰圖p 9。设於外殼102的第1 a ^ 在外喊102内且即將再往第2側部113側 ^ tf ΪΓ 部3G4A的第2側部113側之端面遞， 防止補強板304從延伸側開口部123脫落。 部第2防止脫開部綱’設置成比第1防止脫開 用連接上12側，與頂面部111平行地在扁平排線 側方^屮度延伸而往扁平排線用連接器1〇1的内 貝乂方向迫出，並與頂面部⑴的頂面成同一面。第2防 止===板動：之， 126 ^10.2 104 " Η^Π2« Πί ▲牛5更罪近扁平排線用連接器1〇1的寬度方向的外側。 ί外ί=將接觸件105與按壓部102Α 一體成形時，藉由用來i 麵^ 部分之頂齡隐模具_示），使其從樹脂部 i02B的頂面彺下方凹陷而形成線條狀。 圖11係顯示使FPC排線301從頂面開口部12穿 =用連;Γ1之立體圖。圖11中，FPC排 排線301安裝於扁平排線用連接器肋時， tl 排線3G1的補強板綱與排線本體撕，並將此 ，強，304置放於爲平排線用連接器、1〇1的第i侧部112側。盆 二人’操作者令FPC排線301在從第i侧部112朝向第2側部& 201251214If the above-mentioned _ board that is inclined to the top of the face is hindered. (Effect of the invention) The flat lion connection ^ ′ is placed on the side of the first side. Therefore, it is easy and sure to shock the flat cable. Further, there is a strong shortage of the second prevention part and the contact piece. Therefore, it is not necessary to provide the hook 3 described in Patent Document 1, and the thickness can be reduced. [Embodiment] (Best mode for carrying out the invention). For convenience, an embodiment of the present invention will be described with reference to Figs. 1 to 12, and this embodiment is referred to as a first embodiment.匕 Figure 1, a perspective view of the flat cable used to connect H 101. The flat cable connector 101 is disposed on the substrate 201 (see FIG. 3), and the pressing portion 1〇2A is determined by reflowing softness or the like: the flat grip_connection n 1 () 1 can be used as a * flat line Fpc row, -01 (multiple view 2) 'The flexible line 3〇2 in the FPC cable 301 (see Fig. 2) 201251214 and the base S t brush, 202 (refer to Fig. 3 touch ^ 303. A perspective view of Ϊ 301 of i# 3. The FPC cable 301 has a wire body 303 which is formed of a flexible material and has a plate shape. The wide direction of the wire has a wider portion 3 ) 3 Α. The wider portion 3() 3A is on the line body 303 line Γ〇2. Second, the trU side protrudes. The wire main body 3〇3 is formed with a plurality of flexible lines. The approximate line 3〇2 is arranged in the width direction of the wire main body 303 so as to extend in the longitudinal direction of the wire main body 303. Each of the flexible 1, near, and the road is one side of the line body 303 (the first side of the line # in the application of the special area around the "wire line = thousands of areas". Another 'Figure 2 The other side of the cable body 3〇3 is displayed (the second surface 303C). The first surface 3〇3B is not visible in Fig. 2. The other side of the 妒^ line 3〇3 (the second surface 3〇3Q The end region is provided with a reinforcing plate = 4. The reinforcing plate 304 is harder than the wire main body 3〇3, and is formed of a flat material equal to or thicker than the wire main body 3〇3. The reinforcing plate 3〇4 is in plan view The wider convex opening plate 304 of the portion of the wire body 303 combined with the wider portion 3〇3A includes a wing portion 304A. The wing portion 304A protrudes to the both sides in the width direction with respect to the wire body 303, and is visible in a plan view. It is consistent with the wider portion 303A of the wire main body 3〇3. Further, the use of the conductive metal plate to form the reinforcing plate 3〇4 can enhance the shielding of the external electromagnetic noise. FIG. 3 is in the installed FPC. A perspective view of the flat cable connector 101 in the state of the cable 301. The outer casing 1〇2 of the flat cable connector 1〇1 is formed into a flat substantially rectangular shape. The outer casing 1 2 is formed with a substantially rectangular shape and is hollow. The outer casing 1 2 is formed with an opening along the top surface, the end surface visible on the lower side of the paper of Fig. 3 and the other end surface on the opposite side thereof. The FP C is lined. When the connector 101 is attached to the connector ii for the flat cable, the operator places the reinforcing plate 304 of the FPC cable 301 on the side of the end surface visible on the lower side of the sheet of FIG. 3, and passes the FPC cable 301 through the opening of the housing 102. The FPC cable 301 is pulled toward the extending direction of the cable body 303 (the direction of the arrow K shown in FIG. 3). Thereby, the reinforcing plate 304 is slidably moved into the housing 1〇2 and hooked to the housing 102. The first preventing release portion 103 receives the reinforcing plate 304 from the outer casing 102 201251214 and prevents the disconnecting portion 104 from being cooled by the contact member 105. At this time, the terminal portion 3〇2A of the contact member ί3〇1 (refer to the figure) 2), (4) d Snow 2 (refer to Fig. 2) communicates with the printed circuit on the substrate 201 to transmit an electrical signal. The Fpc cable 301 is used from the side of the flat line for the flat line (to the side of the line to the strong board 304) Figure 3 is a perspective view of the (four) flat wire connector 101 seen in the lower side of the paper. The 5 series is visible. The side is not closed. (4) The flat cable is connected with the connection = body diagram. Figure 6 is a top view of the flat cable connector 1〇1. Figure 7 is the bottom view of the flat cable connection H 101. Fig. 8 is flat Before the lining with fresh 1〇1 = Fig. 9 9 side arrow 6 p direction shed. Figure 1 () is similar to the rear view of the connector for flat cable. Refer to Figure 4, Figure 5, Figure 6, Figure 7, below. The construction details of the flat cable connector 101 are described in Fig. 8, Fig. 10 and Fig. 10. The flat wire connector 1〇1 has a casing 1〇2 and a contact member 1〇5. It is constituted by the pressing portion 1〇2A and the resin portion 1〇2B. The pressing portion l〇2A i is formed by sheet metal stamping. Press the part! The f-fold 1G2Aa has a round ΖΓΓ ΖΓΓ line 3〇1 to be imported. The resin portion __ is embedded in the y-contact portion 105 of the contact member 105 and is integrally molded with the pressing portion a to be iH'f* in other embodiments, and may be pressed in the shape shown in Fig. 1 or the like. Hey. In the case where the crucible 102A has a different shape, the outer casing 1G2 shown in the resin formation forming paste 1 or the like is formed by a pressing portion formed of sheet metal. As a result of combining the sheet metal portion and the resin portion. The outer casing 102 has a top surface (1), the first! The side portion 112, the second side portion 113, and the bottom surface portion 114 are hollow. A solder or an adhesive for fixing the flat cable connector 1〇1 to the substrate 2〇 (refer to Item 3), which is applied to the bottom side of the bottom surface portion 114 and is composed of the pressing portion 102Α. Area (the area shown by diagonal lines in Figure 7). When the cable connector 101 is fixed to the substrate 2〇1, the top surface portion ill is substantially parallel to the substrate 201. Further, at this time, the two long sides 111Α, 111Β (shown only in FIG. i) of the second side portion 112 and the second side portion 113 from the top surface portion are oriented toward the direction of the substrate (preferably substantially vertical). The direction of the intersection is extended (refer to Figure 3). 201251214 2=The top opening portion 121, the front end side opening portion 122, and the extension line: are also formed so that f is allowed to be aligned in the row 3=7. The width of the wire main body 3G3 is the same as that of p, and the crotch side opening portion 122 is connected to the top surface opening portion 121 at the first opening. The front end side opening portion 122 is opened to allow the reinforcing plate 3〇4 to slide, and the width dimension of the side wall portion 122 connected to the second side portion 113 and the width dimension FJ4 of the reinforcing plate 304 or more is The thickness of the high plate 304 of the mouth portion 122 is equal or larger. Further, the operator of the distal end side opening portion 122 is angled. Further, the extension side opening portion 123 is connected to the top surface opening portion 121, and is slidably moved in the second side XX=Γ/allowing the wire main body 303, and the wire main body 303 is attached to the second side portion 112 and the second side. The side portion 113 is connected to the side portion 114 to move substantially in parallel. That is, the extension side opening portion 123 y — is equal to or larger than the width dimension of the wire main body 303, and the south dimension of the extension side opening portion ^ is equal to or larger than the thickness of the wire main body 3〇3. (7) The bottom surface portion 114 of the tti02 is formed with a central opening portion 124 and a side opening portion = 5. The central opening portion 124 and the side opening portion 125 are both formed as an overcut for resin integral molding. When the resin is molded, a reinforcing body supporting portion 127 is formed between the central opening portion 124 and the side opening portion. The reinforcing body supporting portion 127 has a long strip extending in the connecting direction from the f 112 side to the second side portion 113 side, and is flush with the bottom surface portion ΐ 4 4 . The bellows contact member 105 is disposed on the inner bottom side of the outer casing 1A2, and is arranged in the width direction of the outer casing 1'2. Each of the contacts 105 is embedded in a region of the middle portion of the contact member 1〇5 (portion indicated by symbol 〇5Α in Fig. 6) on the side of the first side 112 of the resin portion 1〇2B. The number and position of the contacts 105 correspond to the number of the terminal portions 302A provided at the Fpc & 201251214 line 301 and the bottom portion formed by the coffee. 丨^丨== Z71T:lmc'^65p 114 Elastic deformation prison The system is above the central opening 124. In the case of the terminal portion 3〇2A (see FIG. 2) of the wire 301, the plate 〇it is slidably inserted from the distal end side opening portion 122 and placed under the outer casing. Referring to FIGS. 1 and 2, Figure 3, Figure only Fentong. 〇人 u + prevents the disengagement part 103, blocking the position in ^ i^ and 曰 diagram p 9. The first a ^ provided in the outer casing 102 is in the outer shout 102 and is immediately moved toward the end surface on the second side portion 113 side of the second side portion 113 side portion 3G4A, and the reinforcing plate 304 is prevented from falling off from the extending side opening portion 123. . The second portion for preventing the disengagement portion is provided on the side of the upper side 12 which is connected to the first preventing disengagement, and extends in parallel with the top surface portion 111 on the side of the flat cable, and is connected to the flat cable connector 1〇1. The inner shell is forced out and is flush with the top surface of the top surface (1). The second prevention === plate movement: it, 126 ^10.2 104 " Η^Π2« Πί ▲Niu 5 is more sinful than the outer side of the width direction of the flat cable connector 1〇1. Further, when the contact member 105 is integrally formed with the pressing portion 102A, it is formed in a line shape by being recessed from the top surface of the resin portion i02B by the top surface of the resin portion i02B. Fig. 11 is a perspective view showing the FPC cable 301 being passed through from the top surface opening portion 12; In Fig. 11, when the FPC row and cable 301 is attached to the connector rib of the flat cable, the reinforcing plate of the tl cable 3G1 and the cable body are torn, and the strong, 304 is placed in the connection for the flat cable. The side of the i-side portion 112 of the 〇1. The basin two people' operator makes the FPC cable 301 from the i-side portion 112 toward the second side & 201251214

ϊ to? ttX ιοί的底面部114(ί= ;，本體303沿著爲平排線用連接器 304 2 m 奶與第2防止脫開部1〇4=形。卩跳上推，而受到接觸件 強板304之中第^側部112^t1〇3。此時，操作者以目視將補 能將FPC排1^30=、Ji的端面雜置放於引導標記既， 魏不完全插入狀態之情況防範於未^夢此， 3^1 變形部咖接觸於肌排線^的端子部 歸S J南強板304接觸於第1防止脫開部103、第2 P方止脫η邱 而穩定。在此’因為此時補強板304受到補ί體 爆所以即使操作者將補強板3。4壓進下^ ^ ㈣Ϊ，本實施形態之扁平排線用連接器101中，如圖3所干 排線301内的可撓式線路搬與基板2〇1上的印刷線二如 ^相面對。因此’電錄在可撓式祕3。 號軸 圖12係顯示安裝與圖2不同形狀之Fpc排線351的模樣之扁 201251214 連接$ 1G1的立體gj。本實施雜的扁平排線用連接器 炉安裝下述FPC排線灿端部並未形成有較寬部3〇3A(參 二是具錢視中可㈣蘭的兩祕部猶掉矩形而成 =凸出形狀之端部，且此種端部上安裝有補強板352。另，此時， ^ 之排線本體353的寬度尺寸，約略一致於設在外殼 之^ 1側部112側的前端側開口部122之寬度。又，補強板 之則端部分的寬度尺寸，約略一致於設在外殼1〇2之第2侧部 從^^伸侧開口部123之寬度。FPC排線351之補強板352 從别鳊側開口部122滑移插入時，補強板352進入至 開部104的下方，補強板352切除區域之端面352八抵住第丨防止 2強^ 352接觸於第1防止脫開部103、第2防止脫 開部104及接觸件1〇5並穩定。 猶^下^㈣說日㈣—實施縣。為方便制，本實施形態 M °此時，與第—實施形態相同之部分，標註相 同之7L件符號並省略說明。 ^ 圖13係扁平排線用連接器101之俯視圖。本實施形熊中，接 ιοΓ」15與第一實施形態安裝成相反向。亦即，均係將該接觸件 =的+段的-部分埋設於樹脂部102Β的第2側部113侧區域， ^ ί!Μ〇5Β從樹脂部1〇2Β所形成的底面部114往第2側部 側犬出並連接至基板2〇1，彈性變形部1〇5c從底面部114 且往第1側部112側突出而位於中央開口部124的上方。 用逢中’將FPC排線3〇1(參照圖2等)安裝至扁平排線 Ξ 亦與依據圖11所說明者相同，操作者使FpC排 ，^的補強板304(參照目2等)位於爲平排線用連接器1〇1的 側’令排線本體3〇3(參照圖2等)穿過爲平排線用連接 口部121，並沿著爲平排線用連接器101的底面部 穿過延伸側開口部123，延伸至第2側部113側。，操$二 與排線本體期—織第】侧部112往朝向第H 的方向拉扯，使補強板304滑移移動並穿過前端側開口部 11 201251214 122 ’々補強板304滑進第2防止脫開部1〇4的下方。此時，補強 板304的底面在接觸於接觸件1〇5之彈性變形部1〇5〇的前端部分 之後々’將，觸件1〇5壓下。操作者使補強板3〇4的端面3_(參照 圖2等)往第2側部113侧移動直到抵住第j防止脫開部1〇3為止， =觸件105的彈性變形部1〇5C接觸於Fpc排線遍的端子部 ，且使補強板304接觸於第丨防止脫開部1〇3、第2防止脫 開部104及接觸件1〇5而穩定。 如此，在本實施形態之扁平排線用連丨 ==卜線301。又，補強板304受到第2防止二 /、接觸件105夾住而穩定’亦能達成薄型化。 術編咖1G1當嶋安裝圖12 【圖式簡單說明】 排線態之中處於安裝有fpc排線狀態下的爲平 線用形態之中在與圖1不同角度下所見的扁平排 線用形態之中與圖1中可見侧為不同侧的扁平排 平排線用連接器之俯視圖。 =3 之中的扁平排線用連接器 的扁平排線用連接器之前視圖。 目ιϋ 中的圖6之箭㈣視圖。 10，-實施形態之中的扁平排線用連接器 圖1係第一實施形態之中顯示使PPC 圖。 之狀態的扁平排線用連接器之立體排線鋪面開口部穿過 ㈣係第-實施形態之中顯示安额圖2為不同形狀的啊底面 to? ttX ιοί's bottom portion 114 ( ί = ;, the body 303 along the flat wire connector 304 2 m milk and the second prevention of the disengagement 1 〇 4 = shape. The first side portion 112^t1〇3 of the strong plate 304. At this time, the operator visually supplements the FPC row 1^30=, the end face of the Ji is placed on the guide mark, and the Wei is not fully inserted. The situation is prevented from being unsuccessful, and the terminal portion of the deformed portion of the deformed portion of the muscle line is in contact with the SJ south strong plate 304 in contact with the first preventing disengagement portion 103 and the second P portion is stopped and is stable. In this case, because the reinforcing plate 304 is subjected to the explosion, the operator presses the reinforcing plate 3.4 into the lower part (^), and the connector 101 for the flat cable of the present embodiment is as shown in FIG. The flexible line in the cable 301 is moved to face the printed line on the substrate 2〇1, so that the 'electrical record is in the flexible type 3. The yoke 12 shows the installation and the different shape of FIG. The flat of the FPC cable 351 is flat 201251214. The three-dimensional gj of the $1G1 is connected. The connector of the flat cable is equipped with the following FPC cable. The end of the FPC cable is not formed with a wide part 3〇3A. In the case of money, the two secret parts of the (four) blue are gradually formed into a rectangular shape = the end of the convex shape, and the reinforcing plate 352 is mounted on the end portion. In addition, at this time, the width dimension of the wire body 353 of ^ The width of the front end side opening portion 122 provided on the side of the side portion 112 of the outer casing is approximately the same as that of the second side portion of the outer side of the outer casing 1〇2. ^^ The width of the side opening portion 123. When the reinforcing plate 352 of the FPC wire 351 is slip-inserted from the other side opening portion 122, the reinforcing plate 352 enters below the opening portion 104, and the end surface 352 of the reinforcing plate 352 cuts the region. The second ^ 352 is prevented from coming into contact with the first preventing release portion 103, the second preventing release portion 104, and the contact member 1〇5, and is stabilized. (Yes) ^ (4) said that the day (four) - the implementation of the county. In the present embodiment, the same reference numerals are given to the same portions as those in the first embodiment, and the description thereof is omitted. Fig. 13 is a plan view of the flat cable connector 101. In the present embodiment, the bear is connected to the ιοΓ 15 is mounted in the opposite direction to the first embodiment. That is, both are buried in the + segment of the contact = In the region on the side of the second side portion 113 of the resin portion 102A, the bottom surface portion 114 formed by the resin portion 1〇2Β is pulled out toward the second side portion and connected to the substrate 2〇1, and the elastic deformation portion 1〇5c protrudes from the bottom surface portion 114 toward the first side portion 112 side and is located above the central opening portion 124. The FPC cable 3〇1 (see Fig. 2, etc.) is attached to the flat cable 逢 by the zhongzhong ' As shown in Fig. 11, the operator places the FpC row, the reinforcing plate 304 (see the reference 2, etc.) on the side of the flat wire connector 1〇1, and the wire body 3〇3 (refer to Fig. 2). The connecting port portion 121 which is a flat wire is passed through the extending side opening portion 123 along the bottom surface portion of the connector 101 for the flat wire, and extends to the second side portion 113 side. , and the side portion 112 is pulled toward the Hth direction, and the reinforcing plate 304 is slidably moved and passed through the front end side opening portion 11 201251214 122 '々 reinforcing plate 304 slides into the second The lower portion of the disengagement portion 1〇4 is prevented. At this time, the bottom surface of the reinforcing plate 304 is pressed against the front end portion of the elastic deformation portion 1〇5〇 of the contact member 1〇5, and the contact member 1〇5 is pressed. The operator moves the end surface 3_ (see FIG. 2 and the like) of the reinforcing plate 3〇4 to the second side portion 113 side until it abuts against the j-th prevention releasing portion 1〇3, and the elastic deformation portion 1〇5C of the contact member 105 The terminal portion of the FPC wiring is contacted, and the reinforcing plate 304 is brought into contact with the second preventing/detaching portion 1〇3, the second preventing release portion 104, and the contact member 1〇5 to be stabilized. As described above, in the flat cable for the present embodiment, the connection line == line 301. Further, the reinforcing plate 304 is stabilized by the second prevention/two, and the contact member 105 is sandwiched, and the thickness can be reduced. Fig. 12 [Fig. Simple description] The shape of the flat cable that is seen at different angles from Fig. 1 in the form of the flat line in the state in which the fpc cable is installed in the cable state. A top view of the connector for the flat row flat wire on the side different from the side visible in FIG. =3 in the front view of the connector for the flat cable with the connector for the flat cable. The arrow (four) view of Figure 6 in the head. 10, - Connector for flat cable in the embodiment Fig. 1 is a display PPC diagram in the first embodiment. In the state of the flat cable, the three-dimensional wire-lined opening of the connector is passed through. (4) In the first embodiment, the figure 2 is displayed in different shapes.

S 12 201251214 排線之模樣的扁平排線用連接器之立體圖。 圖13係第二實施形態之中的扁平排線用連接器之俯視圖。 【主要元件符號說明】 101扁平排線用連接器 102外殼 102A壓按部 102 Aa 彎折處 102B樹脂部 103第1防止脫開部 104 第2防止脫開部 105接觸件 105A 中段 105B基板連接部 105C 彈性變形部 111頂面部 111A、111B 長邊(頂面部之中的相向二邊） 112 第1側部 113 第2侧部 114底面部 121 頂面開口部 122前端側開口部 122A周圍部分 123延伸側開口部 124 中央開口部 125側開口部 126引導標記 127補強體支持部 201基板 202 印刷線路 13 201251214 301 FPC排線(扁平排線） 302可撓式線路 302A端子部 303排線本體 303A較寬部 303B排線本體的第1面(排線本體的平面區域) 303C排線本體的第2面 304補強板 304A翼部 304B 端面 304C 頂面 351 FPC排線 352補強板 352A端面 353排線本體S 12 201251214 A perspective view of the connector for the flat cable of the cable. Fig. 13 is a plan view showing a connector for a flat cable in the second embodiment. [Description of main component symbols] 101 flat cable connector 102 housing 102A pressing portion 102 Aa bent portion 102B resin portion 103 first preventing release portion 104 second preventing release portion 105 contact member 105A middle portion 105B substrate connecting portion 105C elastic deformation portion 111 top surface portions 111A, 111B long sides (opposite sides of the top surface portion) 112 first side portion 113 second side portion 114 bottom surface portion 121 top surface opening portion 122 front end side opening portion 122A surrounding portion 123 extending Side opening portion 124 Center opening portion 125 side opening portion 126 Guide mark 127 Reinforcing body support portion 201 Substrate 202 Printed line 13 201251214 301 FPC cable (flat cable) 302 Flexible circuit 302A Terminal portion 303 Cable body 303A is wider Part 303B The first surface of the cable body (the planar area of the cable body) 303C The second surface of the cable body 304 The reinforcing plate 304A The wing 304B The end surface 304C The top surface 351 The FPC cable 352 The reinforcing plate 352A The end surface 353 The wire body

SS

Claims (1)

201251214 七、申請專利範圍： 1· 一種扁平排線用連接器’配置於基板上，用以安裝扁平排線， 该扁平排線包含：扁平狀之排線本體；端子部，設於該排線本體 的平面區域；以及補強板，設於該排線本體之端部區域，且具有 相對於該排線本體朝寬度方向兩侧突出之翼部；該扁平排用、 接器包含： 、⑺逆 外殼，具有大致平行朝向於該基板的頂面部和分別從誃 广之中相對的二邊朝向交叉於該基板之方向延伸的第丨 、 2部而成中空，並設置有：頂面開口部，於該頂面部開口1 二扁平排線穿過；前端側開口部，相連於該頂面開口部並於 1 ^部開口 ’容許該補強板滑移移動；以及延伸側開口部，'相Ί μ頂面開口部並於該第2側部開口，容許該排線本體滑移 / 接觸件，配置於該外殼的内底側，並接觸於該端子部；， 第1防止脫開部，設於該外殼，且對於有往 動傾向的該板之翼部端面加以醜；以Γ 侧部側移 近^ 開部，設於該賴之巾比該第1防止脫開部更貪 ‘ί補:=卩：於位於該外殼内且有往該頂， 3中如申1專利範圍帛1或2項之扁平排線用哭 目j比該第2防止脫開部更#近該第1側部的-^外殼 目現確認該補強板定位的引導標記。 側故有用來 s 15201251214 VII. Patent application scope: 1. A flat cable connector is disposed on a substrate for mounting a flat cable, the flat cable includes: a flat cable body; and a terminal portion disposed on the cable a flat surface of the body; and a reinforcing plate disposed at an end portion of the wire body and having wings protruding toward the two sides in the width direction with respect to the wire body; the flat row connector includes: (7) The outer casing has a top surface portion that faces substantially parallel to the substrate, and a second and second portions that extend from opposite sides of the wide side toward the substrate, and are provided with a top surface opening portion. a second flat wire is passed through the top surface opening; the front end side opening portion is connected to the top surface opening portion and allows the reinforcing plate to slide and move at the 1 ^ portion opening; and the extension side opening portion, 'phase Ί μ The top opening portion is opened in the second side portion, and the wire main body is allowed to slide/contact, and is disposed on the inner bottom side of the outer casing and is in contact with the terminal portion. The first preventing release portion is provided on the second opening portion. The outer casing, and for The end face of the wing of the plate is ugly; the side of the Γ side is moved closer to the opening, and the towel is more greedy than the first preventing detachment. Inside the outer casing and having the top, 3, such as the patent line 帛1 or 2 of the flat cable, the crying j is more than the second preventing disengagement part. Confirm the guide mark for positioning the reinforcing plate. Side is used for s 15
TW101105075A 2011-06-02 2012-02-16 Connector for a flat cable TWI501475B (en)

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JP5747950B2 (en) 2013-06-20 2015-07-15 Smk株式会社 connector
JP5747953B2 (en) * 2013-06-27 2015-07-15 Smk株式会社 connector
US10594074B1 (en) 2018-10-30 2020-03-17 Microsoft Technology Licensing, Llc Shielded magnetic electronic connector

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CN102810775A (en) 2012-12-05
KR101438564B1 (en) 2014-09-05
JP2012252864A (en) 2012-12-20
TWI501475B (en) 2015-09-21
CN102810775B (en) 2015-02-11
JP5181399B2 (en) 2013-04-10
KR20120134991A (en) 2012-12-12

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