201006056 六、發明說明： 【發明所屬之技術領域】 本發明係關於組裝有晶片零件等電子零件之小型廉價之 端子台（terminal base)及採用其之電子電路内建連接器。 【先前技術】 <先前技術之連接器的構造> 使用圖7和圖8說明先前技術之連接器。 ❶ 圖7為側面剖視圖，用來表示先前技術之連接器。 在圖7中，先前技術之連接器1〇1具有：外罩1〇2，以絕 緣性構件形成；和接點銷103 ’被埋設並保持在外罩1〇2。 在接點銷103之端部中’突出到外罩1〇2之第1凹部1〇2a 之第1端部l〇3a’具有作為連接端子之功能，用來連接信 號線等所連接之插座侧連接器之插座（未圖示）。 另外一方面，接點銷103另外一方之端部之第2端部 _ 103b ’具有作為連接端子之功能，用來將連接臂【ο〗連接至 印刷佈線基板（未圖示）等。 另外，在形成於外罩102上面部之第2凹部i〇2b，設有 晶片零件搭載部105，可自由裝卸地組裝晶片電容器或晶片 跳線器等晶片零件1〇4。晶片零件搭載部1〇5之構成包含有 連接到接點銷103之銷侧端子106和連接到地線之地線侧端 子 107。 圖8表示在圖7所示之連接器之等效電路圖中，在晶片零 098121584 3 201006056 件搭載部組裝有晶片電容器之狀態。 在圖8中’從圖7之端部1〇如或第2端部1〇北 到接 點銷=之雜訊，係迁迴於組裝在晶片零件搭载部1〇5之晶 片電谷器104a，而被排除到地線。 [專利文獻1]日本專利特開平丨^⑽肋號公報 <先前技術之連接器的缺點> 但是’在此種之先前技術中，因為需要依照所組裝之晶片 零件之大小.種類·個數，新設置連接科罩.接點銷，所 以當組裝之晶 >;零件之大小·種類.個數有變更時，變成需 要將連接器之全體進行變更。 另外，，在接點鎖設置晶片零件連接用之突出部，不只不容 易，而且不容易將該種特殊形狀之接點銷組入到連接器外 罩。 其他之先前技術有將晶片零件搭載在構成必要電路之印 刷基板，㈣其㈣在連接器者。但是在此種切技術中， 成為需要晶片零件之回流焊接（refl〇ws〇ldeHng)步驟其 係與基本之連接II組建步驟分開地用來將晶片 印刷基板，因而使成本增加。 、裝在 另外，在別的先前技術中，成為需要焊接等之複雜步驟， 用來對連接II連接用端子之接點、或連接器基板喊用端子 和印刷基板等進行電性連接，因而同樣地使成本增加。 【發明内容】 098121584 201006056 (發明所欲解決之問題） 因此纟發明之目的是提供不需要使用回鱗接裝置 浮接）’就可以簡單而且確實地組裝多個晶月零件等電子: 件之小型廉價之唑γ ^丨口日日乃+仵等電子零 器。 σ，及提供採用其之電子電路内建連接 另外’本發明之目的是提供小型廉價之端子台，可以 式地增強與電子跫侔 複〇 ❹ ❹ ^件導電部之電性連接部，和可以組裴之電 子零件不會獅的方式進行牢固地支持 (解決問題之手段） 為能達成上述目的，⑴本發明係關於端子台，其且備有· 樹脂構件’用來將電子 — ”、備有· 町电于零件組裝在既定之部位；和 用插入成形而被收容在上述樹脂構件之電 將連㈣；㈣之端子…鱗徵在於： 逑電子零件料在上述旨構件，使上述連接臂彈性變 形而成為與上述電子 W零件之導電部制，独無焊接方式與 上述電子零件電性連接。 、 ⑵另外’本發明之特徵是在上述⑴之端子台中，使上 樹月曰構件具備有連接臂支持部，在組裝有上述電子零件之2 t而位於與上述連接臂鄰接之部位；上述連接臂支持部用 'P制上述連接臂在離開上述電子料之上料電部之 向上發生位移。 (3)另外，本發明之特徵是在上述（2)之端子台中，使上述 098121584 201006056 連=τ為比上述連接臂之臂長為短之長條狀。 μ Λ 之特徵是在上述⑴〜⑶之任-個之端子 電子零件之雜_之雜^ 岐於麻裝有上述 ^b4 , a ^ Φ^ 述保持臂在組裝上述電子零 子零件方向，*鱗上述電子零件。 保^發明之特徵是在上述⑷之端子台令，在上述 部:成有止脫突部’μ扣於上述電子零件之頂端 卜本發明係關於電子電路内建連接器，其具備有： =31，以絕緣性構件形成；金屬殼，安裝成覆蓋在上 ^+雷政周和端子台，覆蓋在上述外罩之背面；如此之 電子電路内建連接器，其特徵在於：_ -個之端子台，作為上述端子台。 ）（)之任 (發明效果） 蔣!種方式’因為不使用回流輝接褒置（無焊接）就可以 Μ 牛等電子零件組裝在電子電路内建連接器之一構 早疋之樹月旨構件，所以可以降低成本。 因為即使在組裝之晶片零件之大小.種類.個數有 =:以經由變更電子電路内建連接器之-構成單元之 曰之必要位置藉以因應，因為不需要變更連接器之其 他位置，所以可以降低成本。 098121584 201006056 另外’當將日日日片零件等電 臂彈性位移而用來電 ，、裝在奶日構件時，連接 明之連接臂切 子零件之導電部，因為本發 接觸之力，所移’補絲财和電子零件電性 接臂，可以降低成本’。収薄之薄板金屬導電輯料形成連 時，經由㈣故障等妹何晶U件等電子零件 0[Technical Field] The present invention relates to a small and inexpensive terminal base in which electronic components such as wafer parts are assembled, and an electronic circuit built-in connector using the same. [Prior Art] <Configuration of Connector of the Prior Art> A prior art connector will be described using Figs. ❶ Figure 7 is a side cross-sectional view showing the prior art connector. In Fig. 7, the prior art connector 101 has a housing 1〇2 formed of an insulating member; and a contact pin 103' is buried and held in the housing 1〇2. The first end portion 10a' of the first recessed portion 1〇2a that protrudes to the outer cover 1〇2 in the end portion of the contact pin 103 has a function as a connection terminal for connecting the socket side to which the signal line or the like is connected. Connector socket (not shown). On the other hand, the second end portion _103b' of the other end portion of the contact pin 103 has a function as a connection terminal for connecting the connecting arm to a printed wiring board (not shown) or the like. In addition, the wafer component mounting portion 105 is provided in the second recess i2b formed on the surface of the outer cover 102, and the wafer component 1 or 4 such as a wafer capacitor or a wafer jumper can be detachably assembled. The wafer component mounting portion 1〇5 includes a pin side terminal 106 connected to the contact pin 103 and a ground side terminal 107 connected to the ground line. Fig. 8 is a view showing a state in which a wafer capacitor is mounted on a wafer mounting portion of the wafer zero 098121584 3 201006056 in the equivalent circuit diagram of the connector shown in Fig. 7. In Fig. 8, the noise from the end portion 1 of Fig. 7, for example, or the second end portion 1 to the contact pin = is moved back to the wafer electric cell 104a assembled in the wafer component mounting portion 1? And was excluded from the ground. [Patent Document 1] Japanese Patent Laid-Open Publication No. (10) rib number publication <Disadvantages of the connector of the prior art> However, 'in the prior art, it is necessary to conform to the size and type of the wafer component to be assembled. When the number of the size and type of the parts is changed, it is necessary to change the entire connector. Further, it is not only inconvenient to provide the protruding portion for connecting the wafer components in the contact lock, and it is not easy to assemble the contact pin of the special shape into the connector housing. Other prior art techniques include mounting a wafer component on a printed substrate that constitutes the necessary circuitry, and (iv) its (iv) connector. However, in this cutting technique, the reflow soldering step (re 〇 〇 〇 de de de 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片 晶片In addition, in the other prior art, a complicated step requiring soldering or the like is used to electrically connect the contact of the terminal for connecting the connection terminal II or the terminal of the connector substrate to the printed circuit board, and the like. The land increases the cost. SUMMARY OF THE INVENTION 098121584 201006056 (Problem to be solved by the invention) Therefore, the object of the invention is to provide an electronic device that can easily and surely assemble a plurality of crystal moon parts without using a resurfacing device. The cheap azole γ ^ 丨 mouth is + 仵 and other electronic components. σ, and providing an electronic circuit built-in connection using the same. The purpose of the present invention is to provide a small and inexpensive terminal block, which can enhance the electrical connection with the electronic 跫侔 导电 导电 conductive portion, and can The electronic components of the group are not firmly supported by the lion (the means to solve the problem). In order to achieve the above object, (1) the present invention relates to a terminal block, which is provided with a resin member for electronic use. ○・・・・・・・・・・・・・・・・・・・・・・・・・・・^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ (2) Further, the present invention is characterized in that, in the terminal block of the above (1), the upper tree member is provided in the terminal block of the above (1). The connecting arm supporting portion is located at a portion adjacent to the connecting arm when the electronic component is assembled, and the connecting arm supporting portion is separated by the 'P connecting arm Further, the present invention is characterized in that, in the terminal block of the above (2), the 098121584 201006056 connection = τ is shorter than the arm length of the connecting arm. The long strip is characterized by μ Λ which is characterized by any of the above-mentioned (1) to (3) terminals of the electronic component 之 ^ 岐 麻 麻 麻 麻 麻 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The direction of the part, the scale of the above-mentioned electronic component. The invention is characterized by the terminal block of the above (4), in the above-mentioned part: a stop-off portion is attached to the top end of the electronic component, and the invention is in the electronic circuit. a connector having: =31, formed of an insulating member; a metal case mounted to cover the upper ++ Lei Zhengzhou and the terminal block covering the back of the outer cover; such an electronic circuit built-in connector, It is characterized in that: _ - a terminal block is used as the above-mentioned terminal block.) () The effect of the invention (Jiang's method) "Because the reflow soldering device is not used (without soldering), electronic components such as ox can be assembled. Constructing a connector in an electronic circuit Because it is a member of the tree, it is possible to reduce the cost. Because even if the size, type, and number of the assembled wafer parts are =: by the necessary position of the unit that constitutes the electronic circuit built-in connector, Because it is not necessary to change the other positions of the connector, the cost can be reduced. 098121584 201006056 In addition, when the electric arm of the Japanese and Japanese film parts is elastically displaced and used for electricity, when it is mounted on the milk day component, the connecting arm of the connecting arm is connected. The conductive part, because of the force of the contact of the hair, the shifting of the 'wire and the electronic parts of the electronic parts, can reduce the cost'. The thin sheet of metal conductive material is formed into a continuous time, through the (four) fault, etc. Isoelectronic parts 0
晶片零件等電子零件，所以可以降低成本。拆卸必要之 件二:=:“樹脂成形，所以可以形成依照晶片零 【實施方式】 .構造.特性之多樣形態的保持臂。 -人根據圖1至圖3用來說明本發明之實施形熊 〈電子電路内建連接器之構造〉 ^ θ是體圖’用來表示本發明之電子電路内建連接器， 圖2疋圖1之電子電路内建連接器之俯視圖（a)，前視圖 ’侧面剖視11(e) ’圖3是分解立義，絲表示圖丄 之電子電路_連衫之構成零件。 在圖1至® 3巾，電子電_錢接II 1(® 1)之構成具 備^ .方同狀之外罩2(圖3)，以絕緣性構件形成，且前面 和背面成為開口 ；金屬殼3(圖3)，安裝錢蓋在該外罩2 之外周’本發明之端子台8(圖3)，安裝成覆蓋在外罩2之 背面開口 ；和端子4(圖3)，以一端喪合在端子台8内之狀 098121584 7 201006056 態，被收納在外罩2内。另外本發明之端子台8具備有：樹 脂構件’用來將電子零件7(圖3)組裝在既定之部位；和導 電性引線框架’包含有以插人成形而錄容在該樹脂構件之 電路圖案.連接器端子.連接臂；經由組人電子零件7而使 連接臂彈性變形，絲電子料7之導電部制，成為無焊 接地與電子零件7電性連接。 在金屬殼3(圖3)具備有彈性片6，用來使電子電路内建 連接器1和其他之接地㈣線板或金心㈣雜地接合。 <端子台8之構造> α 端子台8是從在樹脂㈣之料4之_起，㈣包^ 電路圖案.連㈣端子·連㈣之導紐引線框架等所· ^引線框架则4)以埋設之方式而插人成形者，並以^ 成形用來形纽納W零件等電子零件7之電子零件保击 :=子零件保持部鄰接之保持臂、以及與連接編 =㈣部。圖4是立體困’以製造步称依序地她 “後广:造，⑷表示從薄板金屬導電性材料以模她 進行插緣:_引_ ::;:::—“)表_;= 件寺電子零件7之端子台。 今 沖切之70件錄12為㈣板金屬導電性材料模莖 之引線框架12，在模型沖切後將必要部位切開。元科 098121584 201006056 符號ίο為本發明的特徵構造之一的連接臂。 連接臂10是用來與晶片零件等電子零件7之導電部電性 連接之構件，而具有2種。1種是從模型沖切之引線框架12 垂直切開所形成之垂直連接臂10a’另外1種是模型沖切後 直接在引線框架12之水平面延伸之水平連接臂丨仙。 依照所組裝成之電子零件導電部之形狀·位置等，以此方 式連接臂10選擇垂直連接臂10a和水平連接臂丨牝之任一 方而可藉以因應。 =件符號13是電性連接必要位置之電路圖案，元件符號 16是使接點5(圖3)之―端插人時，f性連接並夾入該接點 5之端部的接點嵌合部（於後說明），元件錢14是經由製 仏步驟搬送引線框架12所必要之搬運條帶。Electronic parts such as wafer parts can reduce costs. Disassemble the necessary parts 2: =: "Resin molding, so it is possible to form a holding arm in various forms according to the wafer zero [embodiment] structure. Characteristics - The person according to Fig. 1 to Fig. 3 is used to explain the implementation of the present invention. <Structure of Electronic Circuit Built-in Connector> ^ θ is a body diagram ' used to indicate the electronic circuit built-in connector of the present invention, and FIG. 2 is a top view of the electronic circuit built-in connector of FIG. 1 (a), front view ' Side section 11(e) 'Fig. 3 is an exploded view, the wire represents the electronic circuit of the figure _ 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连 连The outer cover 2 (Fig. 3) is formed of an insulating member, and the front and back surfaces are open; the metal shell 3 (Fig. 3) is attached to the outer periphery of the outer cover 2, and the terminal block of the present invention 8 (Fig. 3), installed to cover the back opening of the outer cover 2; and the terminal 4 (Fig. 3), in a state of 098121584 7 201006056 in which the one end is lost in the terminal block 8, is housed in the outer cover 2. Further, the present invention The terminal block 8 is provided with a resin member 'for assembling the electronic component 7 (FIG. 3) at a predetermined location; and The electric lead frame 'includes a circuit pattern that is formed by being inserted into the resin member. The connector terminal. the connecting arm; the connecting arm is elastically deformed via the group electronic component 7, and the conductive portion of the wire material 7 is made. The metal case 3 (Fig. 3) is provided with an elastic piece 6 for the electronic circuit built-in connector 1 and other ground (four) wire plates or gold cores (four). <Structure of the terminal block 8> The α terminal block 8 is a lead frame from the material of the resin (4), (4) package circuit pattern, connection (four) terminal, connection (four), lead frame, etc. Then 4) inserting the shape by the embedding method, and forming the electronic parts for the electronic parts 7 such as the Nuna W parts by the ^: the holding arm adjacent to the sub-part holder, and the connection code = (4) Figure 4. Figure 4 is a three-dimensional sleepy 'in the order of the manufacturing step, she "after the wide: made, (4) said from the sheet metal conductive material to mold her edge: _ _ _ ::;:::-") _;= The terminal block of the electronic part of the temple. The 70 pieces of the current die-cutting are 12 (4) lead frame of the metal conductive material mold stem 12. After the die-cutting, the necessary parts are cut. Yuanke 098121584 201006056 Symbol ίο is a connecting arm which is one of the characteristic structures of the present invention. The connecting arm 10 is for electrically connecting with the conductive portion of the electronic component 7 such as a wafer part. The member has two types. One is a vertical connecting arm 10a' formed by vertically cutting the lead frame 12 punched from the model. The other one is a horizontal connecting arm that is directly extended in the horizontal plane of the lead frame 12 after punching the model. According to the shape, position, and the like of the conductive portion of the electronic component to be assembled, the connecting arm 10 selects either one of the vertical connecting arm 10a and the horizontal connecting arm 以此 in this manner. The component symbol 13 is a circuit pattern electrically connected to a necessary position, and the component symbol 16 is a contact embedding in which the terminal of the contact 5 (Fig. 3) is inserted and f-connected and sandwiched at the end of the contact 5. In the joint portion (described later), the component money 14 is a transport strip necessary for transporting the lead frame 12 via the squeezing step.
在圖4(b)中，從® 4(a)所示之端子4 路圖案13、垂直連接臂1〇a、水平連 °已，將由電 線框架12埋設棚旨内之方 等所構成之引 台8。 』用插入成形而完成端子 利用本發明在端子台8設 來收納電子零件7 ;保持f9，^料健部15,用 連接臂10，形成錢人 錢子零件保持部15 ; 098121584 的電性連接；和連接臂支持部^、,部15之電子零件導電部 在圖4(c)中，在最終製品之端用來支持該連接臂10。 如，引線框架12之搬運條帶端子台8，將不要之部分，例 ........ 或電路圖案之一部分去除， 201006056 而完成作為最終製品之端子台8。 在圖4(d)中，在端 于口 8之各個電子零件保持部15，嵌 侗曰η史日片零件等電子零件7(圖3之5個電子零件和4 =件)’而完成成為電子電路内建連接器之核心的電 子電路内建端子台。 〈電子零件保持部15和保持臂9之關係〉 ^圖4(b) ’在端子台8於多個位置形成有電子零件保 …5’用來保持晶片零件等電子零件7,而以不會脫落之 式利用叹立至電子零件高度之周壁將周圍包圍而成。另 卜以電子零件7不會脫落之方式，壓接電子零件7頂端部 本發月的保持臂9，形成在包夾電子零件7之對向位置， 在=持# 9之前端設置可彈性變異之止脫突部9a(圖5)。 g將電子零件7嵌人到電子零件保持部15時，電子零件 L接觸在簡臂9前端之止脫突部％，將其壓開藉以使止脫 犬4 9a間在相互間隔擴大之方向，進行彈性變異，其結果 是將電子零件7組裝在電子零件健部15。#將電子零件7 組裝在電子零件保持部15時，止脫突部知回到復原位置， 接口在電子零件7之頂端部而具有防止脫落之功能。 電子零件保持部15之形狀或厚度可以考慮所組裝之晶片 零件等電子零件7之大小·重量.裝卸頻率等，而適當地設 計。 圖5是組裝有晶片零件等電子零件7之端子台8之詳細 098121584 201006056 1之a-a剖視圖， 圖，（a)為俯視圖，（b)為前視圖，（c)為 ⑷為侧視圖，(e)為(a)《B_B剖視圖。 在圖5(a)至⑷中，在端子台 组裝有曰片雜辇雷為 谷個電子零件保持部15 ^有^令件料子零件7(5_子零件（ 大之零件）和4個晶片零件（體積和平面積小之零件）)積 ^各個電子零件保持部15鄰接配置有保持臂 前端之止脫突部9a接合在電子愛彼7 ❿ 止脫落之功能。 ㈣有防 < 垂直連接臂10a和連接臂支持部n之關係〉 就形成連接臂支持部11，鄰技固"、,、 士± , 鄰接圖4(a)之連接臂10中之垂 直連接臂10a，而限制連接眢^ 雜#1()之動作（另夕卜’對於水平連 接臂10b則在圖5說明）。如翩“」、 … ）如圖4⑷所示，當組裝有晶片零 彳7時’與電子零件7導電部電性接觸之彈性體 之連接臂H)a，受到外側方向（反電子零件側）之力時，因為 會有彎曲之_，所以錢㈣金屬板作成，㈣要以具有 對應厚度之金屬板作成。 但是，經由將本發明之連接臂支持部u鄰接配置於連接 臂心之反電子零件側，用來抑制連接臂l〇a之朝向外側之 位移，並經由此種方式’可以利用更薄之薄板金屬導電性材 料形成連接臂l〇a。 另外田連接#支持部Η之高度成為與連接臂他之高 度相同時，連接臂施之朝向外侧之自由度變小，當比連接 098121584 201006056 之高度猶低時’連接臂服之朝向外侧之自由度增 口。至於在何齡度之高度可騎錢接臂⑽之高度·厚 度·剛性等等而適當地設計。 〈水平連接臂1Gb和連接臂支持部u之關係〉 係用來說明在引線框架12之水平面延伸之水平連 之支持，就形成連接臂支持部11，鄰接水平連接 =，:限制連接臂之動作。#組伽 ❿ 連接臂與電子零件7導電部電性接觸之彈性體之 彎曲之㈣外側（反電子零件側）之力而造成 ==能以薄金屬板作成，但是經由將本發明 #支持Dpl1鄰接配置於連接臂10b之反電子零件 :方:有助:抑制連接㈣之朝^ 10b可以利用更薄之薄板金屬導電性材料形成連接臂In Fig. 4(b), the terminal four-way pattern 13, the vertical connecting arm 1〇a, and the horizontal connection shown in Fig. 4(a) are embedded in the wire frame 12, and the like. Taiwan 8. The terminal is completed by insert molding. According to the present invention, the electronic component 7 is housed in the terminal block 8; the f9, the material holding portion 15 is held, and the connecting arm 10 is used to form the electrical connection of the money holder portion 15; 098121584 And the connecting portion of the connecting arm support portion, the electronic component of the portion 15 is used to support the connecting arm 10 at the end of the final product in Fig. 4(c). For example, the carrier strip terminal block 8 of the lead frame 12 is partially removed, and one part of the circuit pattern is removed, and 201006056 is completed as the terminal block 8 of the final product. In FIG. 4(d), the electronic component holding portion 15 of the port 8 is embedded in the electronic component 7 (the five electronic components and the fourth component of FIG. 3) such as the sigma film component. The electronic circuit has a built-in terminal block at the core of the built-in connector of the electronic circuit. <Relationship Between Electronic Component Holding Portion 15 and Holding Arm 9> Fig. 4(b) 'The electronic component 7 is formed at a plurality of positions on the terminal block 8 for holding electronic parts 7 such as wafer parts, and not The shedding type is surrounded by the perimeter wall of the height of the electronic component. In addition, the holding arm 9 of the top end portion of the electronic component 7 is crimped so that the electronic component 7 does not fall off, and is formed at the opposite position of the electronic component 7 of the package, and the elastic end is set at the front end of the holding #9 The projection 9a is stopped (Fig. 5). g When the electronic component 7 is embedded in the electronic component holding portion 15, the electronic component L contacts the % of the distal end of the simple arm 9 and is pushed apart so that the distance between the retaining dogs 49 9a is increased. The elastic variation is performed, and as a result, the electronic component 7 is assembled to the electronic component holding portion 15. # When the electronic component 7 is assembled to the electronic component holding portion 15, the stop projection portion is returned to the return position, and the interface has a function of preventing the falling off at the distal end portion of the electronic component 7. The shape or thickness of the electronic component holding portion 15 can be appropriately designed in consideration of the size, weight, loading and unloading frequency, and the like of the electronic component 7 such as the assembled wafer component. Fig. 5 is a cross-sectional view showing the details of 098121584 201006056 1 of the terminal block 8 in which the electronic component 7 such as a wafer component is assembled, wherein (a) is a plan view, (b) is a front view, and (c) is a side view (e). ) is (a) "B_B cross-sectional view. In Figs. 5(a) to (4), the terminal block is assembled with a cymbal miscellaneous ray as a valley electronic component holding portion 15 ^ 令 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料The wafer component (parts having a small volume and a small area) is integrated with each of the electronic component holding portions 15 so as to be adjacent to the tip end portion 9a where the tip end of the holding arm is disposed, and is attached to the electronic Audemars Piguet 7 to be detached. (4) Having the relationship between the vertical connecting arm 10a and the connecting arm supporting portion n, forming the connecting arm supporting portion 11, the adjacent technical solid ",,, ±, adjacent to the vertical of the connecting arm 10 of Fig. 4(a) The arm 10a is connected, and the action of the connection #1() is restricted (further, 'the horizontal connecting arm 10b is illustrated in Fig. 5). As shown in Fig. 4 (4), when the wafer zero 7 is assembled, the connecting arm H)a of the elastic body that is in electrical contact with the conductive portion of the electronic component 7 is subjected to the outer direction (reverse electronic component side). When the force is applied, because there is a bend, the money (4) metal plate is made, and (4) is made of a metal plate having a corresponding thickness. However, by arranging the connecting arm support portion u of the present invention adjacent to the counter-electronic component side of the connecting arm core, it is used to suppress the displacement of the connecting arm 10a toward the outside, and in this way, a thinner thin plate can be utilized. The metal conductive material forms the connecting arm 10a. In addition, when the height of the support section is the same as the height of the connecting arm, the degree of freedom of the connecting arm to the outside becomes smaller. When the height of the connecting arm is lower than the height of the connection 098121584 201006056, the freedom of the connecting arm is outward. Increase the mouth. It is appropriately designed as to the height, thickness, rigidity, and the like of the height of the riding arm (10). <Relationship Between Horizontal Linking Arm 1Gb and Connecting Arm Supporting Section u> It is used to describe the support of the horizontal connection of the horizontal plane of the lead frame 12, and the connecting arm supporting portion 11 is formed, adjacent to the horizontal connection =,: the action of the connecting arm is restricted . #组❿ The connection between the arm and the electronic part 7 is electrically connected to the elastic portion of the (4) outer side (reverse electronic part side) of the bending of the elastic body. == can be made of a thin metal plate, but via the invention #Support Dpl1 Adjacent to the anti-electronic component disposed on the connecting arm 10b: side: help: suppress the connection (4) toward the ^ 10b can use a thinner sheet of metal conductive material to form the connecting arm
Q 依連接臂10a和水平連接臂⑽之那-方，則 個位置二適等：零」”之導電部存在於那- 電部存在於頂部或侧部時，則使=^接=件= 子零件7之導電Ml運接# 10a，而當電 此時，在任一^ 底部時’則使用水平連接臂議。 <接點5和接^部16零件側。 098121584 12 201006056 回到圖5(a) ’元件符號16是接點嵌合部，當被接點5(參 照圖3)之一端插入時，電性連接地夾入該接點$之端部， 其具備有在從薄板金屬導電性材料以模型沖切出引線框架 12(參照圖4)時形成，並將引線框架12之該位置切開之彈 性挾持片16d(圖6)。接點嵌合部16因為只要將接點9之一 端插入就可以使該接點5形成與端子台8之電性連接，所以 在此處成為可以省略需要時間勞力之焊接步驟。 圖6是概念立體圖，用來說明以上所說明之本發明的特徵 構造之連接臂1〇(以l〇a為例）和連接臂支持部u之鄰接關 係，電子零件7、保持臂9和電子零件保持部15之接 係’及接點5和接點喪合部16之鼓合關係。 <連接臂lO(lOa)和連接臂支持部U之鄰接關係> 在圖中形成有鄰接垂直連接臂l〇a而用以限制連 之動作，成為本發明的特徵構造之一的連接臂 立1〇a 當將電子零件7組裝在電子零件保持部15時寺錚U。 件7之導電部7(1和連接臂此接觸而形成電性連^電子零 不需要先前技術之焊接。而且經由將連接臂支持a 成為 配置於連接臂1Ga之反電子零件側，成為有助於=鄰接 接臂10a之朝向外側之位移，因此可以利用更、薄*抑制連 V電性材料形成連接臂1 〇a。另外，在 薄板金屬 # 1π ^ 圖6中是以垂吉、“ 渌10為例進行說明，但是在水平連接臂10b σ β息連接 098121584 (垂直和水平）不同，因為連接臂支持部11之工2臂之方向 …… 之功能相同，所 13 201006056 以在圖6省略其說明。 <電子零件7、保持臂9和電子零件保持部15之接合關孫 > 另外，在電子零件保持部15形成有本發明的特徵構造之 一的保持臂9，在保持臂9之前端設有可彈性變異之止脫突 部9a。當將電子零件7嵌入到電子零件保持部15時，電孑 零件7將止脫突部9a壓開’藉以使止脫突部9a間在相互間 隔擴大之方向，進行彈性變異，所以最後將電子零件7組装 在電子零件保持部15,止脫突部9a接合在電子零件7之了貝 端部而防止脫落。 <接點5和接點嵌合部16之嵌合關係> 另外’因為在接點嵌合部16具備有切開之彈性挟持片 16d，所以當將接點5之一端插入時，因為該接點5之端部 和彈性挟持片16d強固地對準接觸結合，而形成電性連接， 所以成為可以省略需要時間勞力之焊接步驟。 依照以上所說明之方式，本發明之電子電路内建連接器經 由具備有利用絕緣性樹脂之插人成形所收容之連接臂，因為 不需要使用回流焊接裝置，就可以將晶片心“、、 狴力番 卞1干寺電子零件組 装在電子電路内建連接器之一構成 降低成本。 ^子…所以可以 1外’即使在所組裝之晶片零件之大小 以料電子電_建連接器之—構成單元之與 098121584 201006056 子。、、要位置而藉以因應，因為不需要變更連 位置，所以可以降低成本。 料之其他 二 在端子台時零件等電子零件組裝 .但是有助於抑制其=用來與電子零件電性接觸， 之力，所並補充連接臂和電子零件電性接觸 φ 臂，而可以成為薄型化.小型化。丨材科形成連接 另:卜，本發明之電子電路内建連接器 保持臂’不需要使用回流焊接裝置，就可二=r 子零件料在^料内建連接零件等電 台’另外’在需要折卸有故障等之任何晶片：:= 時’經由抵抗保持臂之彈力而解除其保持可」*1 晶片零⑽料零件，所⑽以降低成本可崎卸必要之 另外，因為保持臂以胃 電子零件之特性而形成多樣形態之保，片零件等 【圖式簡單說明】 ' 圖1是立體圖’用來表示本發明 實施形態。 電路内建連接器之 圖2是圖1之俯视圖⑷，前視 圖3是分解立趙圏，用來表示電子電^面車剖视圖（C)。 零件。 電路内建連接器之構成 098121584 15 201006056 圖4疋立體圖，以製造步驟依序說明端子台8之構造， =不=板金屬導電性材料以模型沖切之弓I線框架之食艚 =二示利用絕緣性樹脂對引線框架進行插入成型而形 端子^二)，表(C)表示在最終製品之端子台切去不要部分之 子台:）表不組裳有既定之晶片零件等電子零件7之端 圖5疋組裝有晶片零件等電子零件7之端 圖，⑴為俯視圖，（b)為前視圖，（c)為俯視圖（a)汗細 圖6是概it 俯視圖⑷^剖視圖。 接關係，電;零:接臂和連接臂支持部之鄰 及接點和接軸合部之嵌合_。零件保持部之接合關係， 圖7側面剖視圖，用 圖8是在晶片零件技術之連接器。 連接器之等效電路圖。、、’^裝有晶片電容器之圖7所示之 【主要元件符號說明】 電子電路内接、土 2 3 4 5 6 1建連接器 外罩 金屬殼 端子 接點 彈性片 098121584 16 201006056 參 7 晶片零件等電 7d 導電部 8 端子台 9 保持臂 9a 止脫突部 10 連接臂 10a 垂直連接臂 10b 水平連接臂 11 連接臂支持部 12 引線框架 13 電路圖案 14 搬運條帶 15 電子零件保持部 16 接點嵌合部 16d 彈性挾持片 101 連接器 102 外罩 102a 第1凹部 102b 第2凹部 103 接點銷 103a 第1端部 103b 第2端部 098121584 17 201006056 104 晶片零件 104a 晶片電容 105 晶片零件搭載部 106 銷侧端子 107 地線侧端子 098121584Q depends on the side of the connecting arm 10a and the horizontal connecting arm (10), then the position 2 is equal: the conductive portion of the zero "" exists in the - the electric portion exists at the top or the side, then = ^ = = The conductive M1 of the sub-part 7 is transported to #10a, and when it is at this time, at the bottom of any ^, the horizontal connecting arm is used. <the contact 5 and the part 16 of the connecting portion 16. 098121584 12 201006056 Back to Figure 5 (a) 'The component symbol 16 is a contact fitting portion that is electrically connected to the end of the contact point $ when it is inserted into one end of the contact 5 (refer to FIG. 3), and is provided with a metal from the thin plate The conductive material is formed by punching out the lead frame 12 (see FIG. 4) in a model, and the elastic holding piece 16d (FIG. 6) is cut at the position of the lead frame 12. The contact fitting portion 16 is only required to be the contact 9 By inserting one end, the contact 5 can be electrically connected to the terminal block 8, so that it is possible to omit the welding step which requires time labor. Fig. 6 is a conceptual perspective view for explaining the above-described invention. The connecting arm 1〇 (for example, l〇a as an example) of the characteristic structure and the abutting relationship of the connecting arm support portion u, the electronic component 7 The connection relationship between the holding arm 9 and the electronic component holding portion 15 and the splicing relationship between the contact 5 and the contact splicing portion 16. <Abutting relationship between the connecting arm 10 (10a) and the connecting arm supporting portion U> A connecting arm that is adjacent to the vertical connecting arm 10a for restricting the connection is formed, and the connecting arm is one of the characteristic structures of the present invention. When the electronic component 7 is assembled to the electronic component holding portion 15, the temple U is formed. The conductive portion 7 of the member 7 (1 and the connecting arm are in contact with each other to form an electrical connection, and the electronic zero does not require prior art soldering. Moreover, by supporting the connecting arm a as being disposed on the counter-electronic component side of the connecting arm 1Ga, it becomes helpful. In the direction of the displacement of the adjacent arm 10a toward the outside, it is possible to form the connecting arm 1 〇a by using a thinner, thinner*-positive V-electric material. In addition, in the thin metal #1π^ Figure 6, it is a 吉吉, " 渌10 is explained as an example, but the horizontal connecting arm 10b σβ is connected to 098121584 (vertical and horizontal), because the direction of the arm 2 of the connecting arm support portion 11 is the same, 13201006056 is omitted in FIG. Description: <Electronic part 7, holding arm 9 and electricity In addition, the holding arm 9 of one of the characteristic structures of the present invention is formed in the electronic component holding portion 15, and the distal end of the holding arm 9 is provided with an elastically variable stop preventing projection 9a. When the electronic component 7 is embedded in the electronic component holding portion 15, the electric component 7 presses the retaining projection 9a "by the purpose of elastically mutating in the direction in which the retaining projections 9a are spaced apart from each other, so that the electrons are finally The component 7 is assembled to the electronic component holding portion 15, and the distal projection 9a is joined to the outer end portion of the electronic component 7 to prevent falling off. <Fitting relationship between the contact 5 and the contact fitting portion> Further, since the contact fitting portion 16 is provided with the slit elastic holding piece 16d, when one end of the contact 5 is inserted, since The end portion of the contact 5 and the elastic holding piece 16d are strongly aligned and contacted to form an electrical connection, so that a welding step requiring time labor can be omitted. According to the above-described embodiment, the electronic circuit built-in connector of the present invention can be connected to the wafer arm by the insertion arm provided with the insert molding using the insulating resin, because the reflow soldering apparatus is not required. One of the electronic components of the electronic circuit assembly of the Lifanyu 1 dry temple is constructed to reduce the cost. ^Sub... so can be 'outside' even in the size of the assembled wafer parts to electronically build the connector - The constitutive unit and the 098121584 201006056 sub-, the location to take the response, because there is no need to change the connection position, so the cost can be reduced. The other two in the terminal block, parts and other electronic components assembly. But help to suppress it = The electrical contact with the electronic component is combined with the force of the connecting arm and the electronic component to electrically contact the φ arm, and can be thinned and miniaturized. The coffin is formed to form another connection: the electronic circuit of the present invention is built in The connector holding arm 'does not need to use the reflow soldering device, so the second = r sub-part material can be connected to the radio station in the material. Any wafer with faults, etc.::= 'Remove the holding by resisting the elastic force of the holding arm"*1 wafer zero (10) material parts, (10) to reduce the cost to eliminate the necessary additional, because the holding arm is the stomach electronic parts Characteristics, various forms of protection, sheet parts, etc. [Simplified illustration of the drawings] 'Fig. 1 is a perspective view' for showing an embodiment of the present invention. Fig. 2 is a plan view (4) of Fig. 1, and Fig. 3 is an exploded view showing a cross-sectional view (C) of an electronic electric vehicle. Components. The structure of the built-in connector of the circuit 098121584 15 201006056 Fig. 4 is a perspective view showing the structure of the terminal block 8 in order of manufacturing steps, = not = the metal of the sheet metal conductive material is punched by the model, the frame of the I-line frame = two The lead frame is insert-molded with an insulating resin to form a terminal (2), and the table (C) indicates a sub-table where the unnecessary portion is cut at the terminal block of the final product:) the electronic component of the predetermined wafer part and the like is not shown. 5(A) is a plan view, (b) is a front view, (c) is a plan view (a), and a sweat view 6 is a cross-sectional view of the top view (4). Connection, electric; zero: the adjacent side of the arm and the connecting arm support and the fitting of the joint and the joint. The joint relationship of the part holding portions, Fig. 7 is a side cross-sectional view, and Fig. 8 is a connector for the wafer part technology. The equivalent circuit diagram of the connector. , '^ The main component symbol description shown in Figure 7 with chip capacitors is attached. Electronic circuit interconnection, soil 2 3 4 5 6 1 connector connector cover metal case terminal contact elastic piece 098121584 16 201006056 参7 wafer part Isoelectric 7d Conductive part 8 Terminal block 9 Holding arm 9a Stopping protrusion 10 Connecting arm 10a Vertical connecting arm 10b Horizontal connecting arm 11 Connecting arm support part 12 Lead frame 13 Circuit pattern 14 Carrier strip 15 Electronic part holding part 16 Contact Fitting portion 16d elastic gripping piece 101 connector 102 outer cover 102a first recessed portion 102b second recessed portion 103 contact pin 103a first end portion 103b second end portion 098121584 17 201006056 104 wafer component 104a wafer capacitor 105 wafer component mounting portion 106 pin Side terminal 107 ground line side terminal 098121584