200934021 九、發明說明： 【發明所屬之技術領域】 本發明涉及-種_連雜喊綠，林是涉及—射在模治 進行連續《的自動化線纜連接器組裝.方法。 八 【先前技術】 線接壯要在連接魏和各電子裝置之咖以傳輪射頻 0 © ㈣，疋不可缺少的重要電器元件之—。與此侧的賴連接器 技術請參見㈣大陸專利CN G12647624 ―案，_ 整個線輕接器是由4個部件構成，包括有絕緣本㈣督在 絕緣本體10内的端子30、遮蔽殼體5〇及固持同軸線纜的卡^ 置60，在進打組裝時’首缺將已組有端子如的絕緣本體用 手工置入至遮蔽殼體50内，然、後將同軸線_軸料體禪接於端 子上，最後再與卡持裝置6〇並通過外設治具一步一步的進行组裝 結合。從上述現雜裝方法巾不難想剝，由於該魏連接器組 裝是利用外辦具在多個工段下―步—步來進行完成的，這種抵 裝方法勢必就需要相當的物力和人力來配合完成，費時費工，實 不利於降低成本；再者’鋪線親接^體積—般較小，且質量 要求也甚為嚴格，然在經過多個工段來組裝，其生產質量不易= 制’會造成不良率偏高’從而增加製造成本，同時又因零部件多 其在尺寸配合程度上不触m量也會控制不周。 有鑒於此，本發明料人經職期研究並配合學理的運用， 200934021 、、·；於創叹出一種能夠解決上述不足和缺陷的發明方案。 【發明内容】 本發明的主要目的在於提供—種、_連接驗裝方法，直借 助遮蔽殼體上的㈣來使_連接器在模如輯行連續組裝= 自動化作# ’從而達到提高組裝效率，節約製造成本的功效。200934021 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a method of assembling an automated cable connector for a continuous process. Eight [Prior Art] The line is connected to the Wei and the electronic devices to transmit the radio frequency 0 © (4), the indispensable important electrical components. For the connector technology of this side, please refer to (4) Continental Patent CN G12647624 - Case, _ The whole line light connector is composed of 4 parts, including the insulation (4) terminal 30 in the insulating body 10, shielding housing 5 The clamping and holding mechanism 60 of the coaxial cable is used to manually insert the insulating body having the terminal, such as the insulating body, into the shielding case 50 during the assembly, and then the coaxial wire body The zen is connected to the terminal, and finally combined with the holding device 6 〇 and assembled by the peripheral fixture. It is not difficult to peel from the above-mentioned existing miscellaneous method towel, because the assembly of the Wei connector is completed by using the external device in a plurality of sections, which requires a considerable amount of material and manpower. To cooperate with the completion, time and labor, it is not conducive to reducing costs; in addition, 'pitch line is close to the volume ^ is small, and the quality requirements are also very strict, but after multiple sections to assemble, its production quality is not easy = The system will cause a high rate of non-performing, which will increase the manufacturing cost. At the same time, due to the large number of parts and components, the amount of matching will not be controlled. In view of this, the present invention is studied by the employer and used in conjunction with the theory, 200934021, and; sighs an invention solution that can solve the above shortcomings and defects. SUMMARY OF THE INVENTION The main object of the present invention is to provide a method for connecting and inspecting, and directly improving the assembly efficiency by means of (4) on the shielding shell to make the _ connector continuous assembly in the mold = automatic operation # ' , to save the cost of manufacturing.
本發明的另一目的在於提供一種線缓連接器組裝方法，她 裝方法操作簡單’只需提供—套組裝模具，就能使組裝程式二步 ，位’不再需另增設其他治具’省時省力，節省成 為達到本發明的上述目的，可以通過以下魄術方案加以實現： 本發明提供—讎接驗裝綠，財法包括町步驟： HI::先提供一對接組件、一段經衝壓成型有遮蔽殼體 裝於遮蔽殼體内以形成半成品； 丧、件預 2, ^位步驟：將上述载有魏連接料成品的金屬板料帶依靠料 ▼上的粒鶴翻⑽定餘進練合，使得魏連接器半 成品定位於模㈣的既定位置，啸將已麵__段同 纜置放於線規連接器半成品内適當位置定位； ν’ 3. 第-夾線步驟：將上述已容置有同軸線_芯導體的第 部利用壓接技術進行夾緊捆鎖； ν' 4.彎折步驟Α的底部折彎步驟：將穿過於平板部底糾一 臂朝内相向進行折彎，使之彎折後的彎折臂完全平貼於 面上’以保障_連接ϋ在對接時其魏殼體的域體不合^ 200934021 生鬆動 5. 進行彎折，使做麵_相臂朝内相向 的板狀喊面 完全平貝占於内侧臂和對接組件 體_動，此時’ Γ將對接組件包覆襄住以防正其在賴殼 被置放於第二夹線勒’· 如因，的彎折而 6.第二央線步驟：將賴殼體上的第二央線部與第 利用屋接技術對同軸線緵 …-人 鎖，以防止_、_馳，叹===央緊抽 夹線部的穩定_，同時猶容 心導體與第一 X ^ 灯谷置於第一央線部内的一對支腳 夾緊’以防止遮蔽殼_後續過程令的鬆動張開。 與現有的方法相比，本發明的優點在於：通過上述組裝方法， 可使線接財模細—步顺完缝她裝程式，不再需要 ❹ =借助t外設治具，從而大大簡倾裝流程，提升產品組裝效 …同時麟健品不良率，節省成本支出。 【實施方式】 _於詳細說明本發明的實施方案，現配合附圖結合本發明 之具體實施例，對本發明詳加說明如下： 請參閱第1圖所示的本發明流程圖，本發明的雜連接器鱼 線_組裝方法包括有準備步驟、對位步驟、第一夹線步驟、折 彎步驟及第二夾線步驟。其中： 該準備倾為：首先提供—對接組件1G、—段經衝壓成型有 8 200934021 遮敝成體30的金屬板料帶和—段已剝削好的同轴線⑽，並且將 對接組件1G雜於遮驗體—Μ半成品；請參閱第2、3 圖所不’該對接組件10是由中心端子與合成樹脂進行嵌射成型而 η 5 10 11 ^ 77 該圓桎體11的中間設有端子接觸部m，兮 板狀部12中間的裸空處設有第-夾線部121。 " β 而金屬板料帶包括有料德μ < 的若干遮蔽殼體30，其中Hi和以等同間距分佈於料帶2〇上 柱狀體31相連接的平板部3= 又體3〇又包括有柱狀體31和與 設有-對内側臂祀，於該等内側臂中31底端兩側向前延伸 過平板部32底板切設有—對彎^11的下端又各向下延伸並穿 上_1 #312;而平板部32的兩侧向 i t 臂处於外側臂爾端向前設有一對支臂 323，又於平板部32 '玎又戽 0 325 ； ^^"；〇 324 位孔21，_觀岐怖分步的若干定 位柱相配合。該遮蔽_ 3〇是在一^後續組裝於模具内的定 平板部32未折彎前來與對接組件10進=^其柱狀體31與 未顯示)，紐崎和戦—仃職U未折彎前的結構 示）。 線'，見連接器半成品(請參閱第4圖所 接器半成所不’該對位步_ :首先將上述载有線纜連 成4金桃料帶絲解功上蚊位孔2丨誠腔内ί 9 200934021 定位柱進行配合’使得線鏡連接器半成品定位於模腔内的既定位 置，而後將已剝削好的—段同轴線纜40置放於線纜連接器半成品 内j當位置定位；此時，同軸線纜4〇上的轴料體Μ容置於中 心端子上㈣-夾線部121内，㈣二_層42容置於第二夹線 * 324内’最外層43容放於第三夾線部325内。 請參閱第6圖所示，該第—夾線步驟為：是將上述已容 同軸_4G軸芯導體41的第—夾線部121在模 _亍夹緊她此時，第一夹線部121將轴芯_ 主利於同軸線幾Μ與中心端子進行連接導通。 請參_ 7、8圖騎，辦折步驟，按先後作_序又 ^折彎步驟和頂部折彎步驟，其中，底部折彎步驟為··是將穿 折底臂板321的一對料臂312朝内相向進行折擎，使 之考折後的彎折臂312完全平貼於底板321背面上 Ο :娜對接時其遮蔽殼體-的柱_不會產生鬆動= 為塾原理，首先將.彎折臂312以在底板32ι上 ==概初步折彎成約45度肢右，後將f折们 又折考，如此即能使彎折臂312能完全平貼於底板321背 _部料步㈣··是指料絲32 _的外 =進行折彎，使之彎折後的外側臂322完全平貼於5 和對接組件1〇的板狀部12表面上’從而將對馳件10包^裹住 Μ防止其在遮蔽殼體3〇内鬆動，此時兩外側臂奶前端的—足對支 200934021 臂323因受外側臂322的彎折而被置放於第二夹線部似内 樣按照衝壓原理，首先將外側臂322以内側臂祀上端邊為_ ^刀步先折彎成約45度角左右，臂切再以 和如此即能使外側臂奶完全平貼於内側臂3ιι和對接組㈣ 的板狀部12表面上。 然而，在實際組裝過程中，也可先進行頂部折彎步驟，铁後 ❹再進行底部折彎步驟；另外其遮蔽殼體3〇的内側臂3ιι上柯 、設有彎折物，或者其f折臂犯的長度只延伸至底板切穿孔 内即可’為此，上魏可不需要設絲折f步驟，在本實施 例中設有彎㈣錢行底部折f步驟，是為進—步完善產品品質 而作^較佳實施_已，以上這些均不對本發明有任何限制。 :參_ 9、1G _示’該第二夾線步驟為：是將遮蔽殼體 ㈣—夹線部324與第三夹線325部再次利用壓接技術對同軸 ^ :，第：剝離層42和最外料進行夾緊捆鎖，以防止同抽 線瘦，以更進-步的加固軸芯導體41與第一夹線部i2i 的穩定接觸，同時還將容置於第二夾線部324内的-對支臂323 夹緊，以防止遮蔽殼體3〇在後續_ =五個步驟後，即可-步到位== 成一具 具，然後扳去料帶2〇，即可完成一高品質的線缓連接 ^ ’從而大大簡化組裝流程，提升產品組裝效率，同時還降低 座不良率，節省成本支出。 11 200934021 . 本發崎舉的實施例及_，僅供作對本發明減說明，在 於使熟悉該财術者能如實瞭解本發明之目的與功效，但並不對 本發明有任何限製，本剌尚可有其他的變化實施方式，所以凡 熟悉此項肋者林麟杨發_神下騎其他樣式實施，均 應視為本案申請專利範圍的等效實施。 【圖式簡單說明】 _ 第1圖為本發明的製造流程圖； "第2圖為本發明具體實施例的對接組件外觀圖； 第3圖為本發明具體實施例的遮蔽殼體外觀圖； 第4圖為本發明频實補之賴連接时成品外觀圖； 第5圖為本發财體實施例之_線敎位外觀圖； 第6圖為本發明具體實施例之同軸賴被第—夾線部捆鎖後外觀 固 · 圖， ^第7®林發明具體實關之_倾初步折 彎後外觀圖； 第8圖為本發明具體實施例之内側臂被完全折彎後外觀圖； 第9圖為本發明具體實施例之外侧臂被初步折彎後外觀圖； 第10圖為本發明具體實施例之外側臂被完全折彎後外觀圖； 第11圖為本發明具體實施例之同軸線纜被第二與第三夹線部捆鎖 後外觀圖； 弟12圖為本發明具體實施例之線纟覽連接器組裝後外觀圖。 【主要元件符號說明】 12 200934021 100線纜連接器 10—對接組件 11 一圓柱體 111—接觸部 12—板狀部 121—第一夾線部 20—料帶 21—定位孔 30—遮蔽殼體 31—柱狀體 311—内側臂 312—彎折臂 32—平板部 321—底板 322—外側臂 323—支臂 324—第二夾線部 325—第三夾線部 40—同軸線纜 41 一線芯導體 42—第二剝離層 43一最外層 13Another object of the present invention is to provide a method for assembling a wire-relaxed connector, which is simple in operation, and only needs to provide a set of assembling molds, so that the assembly procedure can be made in two steps, and the position is no longer required to add another fixture. Time and effort, saving to achieve the above object of the present invention, can be achieved by the following sci-fi scheme: The present invention provides - 雠 验 验 绿 , , , , , , 步骤 : :: HI:: first provide a pair of components, a section of stamping The shielding shell is installed in the shielding shell to form a semi-finished product; the funnel, the piece pre-2, the ^ position step: the above-mentioned metal sheet material carrying the finished material of the Wei connecting material depends on the grain crane on the material ▼ (10) In combination, the semi-finished product of the Wei connector is positioned at the predetermined position of the die (4), and the __ segment is placed in the appropriate position in the semi-finished product of the wire gauge connector; ν' 3. The first-clamping step: the above The first part of the coaxial wire _ core conductor is clamped and latched by the crimping technique; ν' 4. The bottom bending step of the bending step :: bending the inner arm through the bottom of the flat plate Bend the bend The arm is completely flat on the surface to protect the _ joint ϋ when the butt joint is not in the domain of the Wei shell. 200934021 Raw loose 5. Make a bend, so that the face _ phase arm inward facing the plate-like face completely scallop Occupying the inner arm and the docking assembly body _ moving, at this time 'Γ 襄 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对 对Steps of the second central line: the second central line part on the Lai shell and the first use of the connection technology to the coaxial line -...-man lock, to prevent _, _ Chi, sigh === the stability of the central clamping line _, at the same time, the inner conductor is clamped with a pair of legs of the first X^ lamp valley placed in the first central line portion to prevent loosening of the shielding shell _ subsequent process. Compared with the existing method, the invention has the advantages that: through the above assembly method, the wire can be made to be fine-step-finished, and the program is installed, no need to ❹ = with the t peripheral fixture, thereby greatly simplifying the tilt Install the process to improve the assembly efficiency of the product... At the same time, the poor rate of Lin Jian products and cost savings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to explain the embodiments of the present invention in detail, the present invention will be described in detail below with reference to the accompanying drawings. The connector fishing line_assembly method includes a preparation step, a registration step, a first clamping step, a bending step, and a second clamping step. Wherein: the preparation is: firstly provided - the butt joint assembly 1G, the section is stamped and formed with 8 200934021 concealed body 30 metal strip and the section has been stripped of the coaxial line (10), and the docking component 1G miscellaneous For the inspection body - Μ semi-finished product; please refer to the second and third figures. The butt joint assembly 10 is insert-molded by a central terminal and synthetic resin and η 5 10 11 ^ 77 is provided with a terminal in the middle of the round body 11 The contact portion m and the bare portion in the middle of the seesaw portion 12 are provided with a first-clamping portion 121. " β and the metal sheet strip includes a plurality of shielding shells 30 having a material of the material, wherein Hi and the flat plate portion 3 which are connected to the columnar body 31 at the same pitch on the strip 2 are further arranged The columnar body 31 and the pair of inner arms are disposed, and the bottom ends of the inner arms 31 extend forwardly across the bottom plate portion 32. The lower ends of the bends 11 extend downwardly. And wearing _1 #312; and the two sides of the flat portion 32 are provided with a pair of arms 323 forward to the outer arm end of the flat arm, and the flat portion 32' 玎 0 325; ^^" 〇 324 bit hole 21, _ 岐 岐 分 分 的 若干 若干 若干 。 。 。 。 。 The shielding _ 3 〇 is a subsequent assembly of the fixed flat portion 32 in the mold before the bending is made with the docking assembly 10 = the columnar body 31 and not shown), New Zealand and 戦 - 仃 U U The structure before bending)). Line ', see the connector semi-finished products (please refer to Figure 4 for the half-finished device). The alignment step _: First connect the above-mentioned cables with 4 gold peaches to solve the problem.诚内内 ί 9 200934021 The positioning post is matched to 'make the wire mirror connector semi-finished product positioned at a predetermined position in the cavity, and then the stripped coaxial cable 40 is placed in the cable connector semi-finished product. Positioning; at this time, the axial body of the coaxial cable 4 is placed in the center terminal (4) - the clamping portion 121, and (4) the second layer 42 is accommodated in the second clamping line * 324 'outermost layer 43 The first clamping portion 325 is placed in the third clamping portion 325. The first clamping step is: the first clamping portion 121 of the coaxial coaxial _4G core conductor 41 is in the mode 亍Clamping her at this time, the first clamping part 121 connects the core _ to the coaxial line several times and connects with the central terminal. Please refer to _ 7, 8 to ride, fold the steps, and then make the order The bending step and the top bending step, wherein the bottom bending step is that the pair of material arms 312 of the folding bottom arm plate 321 are facing inward toward each other to make a test The bending arm 312 is completely flat on the back surface of the bottom plate 321 : when the Na is docked, the column of the shielding shell - does not loosen = the principle of 塾, firstly, the bending arm 312 is on the bottom plate 32 ι == preliminary Bending into the right side of about 45 degrees, then folding the f-folds, so that the bending arm 312 can be completely flat on the bottom plate 321 back _ part of the material step (four) · refers to the outer line of the wire 32 _ Bending, so that the bent outer arm 322 is completely flat on the surface of the plate portion 12 of the butt joint assembly 1 and thus wraps around the cover member 10 to prevent it from being inside the shield case 3 Loose, at this time, the front end of the two outer arms of the milk-to-foot support 200934021 arm 323 is placed in the second clamping portion due to the bending of the outer arm 322, like the inner sample according to the stamping principle, first the outer arm 322 is the inner arm The upper end of the cymbal is _ ^ the knives are first bent at an angle of about 45 degrees, and the arm is cut so that the outer arm milk can be completely flat on the surface of the inner arm 3 ι and the butt group (4) of the butt portion (4). In the actual assembly process, the top bending step may also be performed first, and the iron back ❹ is then subjected to the bottom bending step; The length of the arm 3 ι 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上(4) The step of folding the bottom of the money line is to better implement the product quality for further improvement. _ Anyway, these are not limited to the present invention. : _ _ 9, 1G _ shows the second clamping step Therefore, the shielding shell (4)-the clamping portion 324 and the third clamping line 325 are again crimped by the crimping technique, and the: peeling layer 42 and the outermost material are clamped and locked to prevent the same drawing. Thinner, in a more advanced manner, the reinforced core conductor 41 is in stable contact with the first wire clamping portion i2i, and at the same time, the arm 323 that is received in the second wire clamping portion 324 is clamped to prevent the shielding shell from being shielded. After the next _= five steps, you can step-by-step == into one, then pull the strip 2〇 to complete a high-quality line slow connection ^', which greatly simplifies the assembly process and improves Product assembly efficiency, while reducing seat failure rate and saving costs. 11 200934021 . The embodiment and the _ of the present invention are for illustrative purposes only, and the person skilled in the art can understand the purpose and function of the present invention, but does not limit the invention. There may be other implementations of changes, so anyone who is familiar with this rib Lin Lin Yangfa _ Shenxia riding other styles of implementation, should be regarded as the equivalent implementation of the patent application scope of this case. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a manufacturing flow chart of the present invention; FIG. 2 is an external view of a docking assembly according to an embodiment of the present invention; FIG. 3 is an external view of a shielding case according to an embodiment of the present invention; Fig. 4 is a view showing the appearance of the finished product when the frequency is complemented by the present invention; Fig. 5 is a view showing the appearance of the line clamp of the embodiment of the present invention; Fig. 6 is a view showing the coaxial quilt of the embodiment of the present invention - Appearance of the clamped portion after the lock is fixed, Fig. 7 is a concrete view of the invention, and Fig. 8 is an external view of the inner arm of the embodiment of the present invention after being completely bent. FIG. 9 is an external view of the outer side arm after the initial bending of the side arm according to the embodiment of the present invention; FIG. 10 is an external view of the outer side arm of the embodiment of the present invention; FIG. 11 is a specific embodiment of the present invention; The coaxial cable is locked by the second and third clamping portions, and the appearance of the cable is the assembled view of the wire navigation connector according to the embodiment of the present invention. [Main component symbol description] 12 200934021 100 cable connector 10 - docking assembly 11 - cylinder 111 - contact portion 12 - plate portion 121 - first clamping portion 20 - strip 21 - positioning hole 30 - shielding housing 31—the columnar body 311—the inner arm 312—the bending arm 32—the flat portion 321—the bottom plate 322—the outer arm 323—the arm 324—the second clamping portion 325—the third clamping portion 40—the coaxial cable 41 one line Core conductor 42 - second release layer 43 - outermost layer 13