M285113 八、新型說明： [4型所屬之技術領域】 器與芯線之間在柳接= = = ^ 【先前技術】 -羽連接器與芯線鉚接在—起的技術而言，传利用 一白知鉚接裝置來進杆 1 丁、利用M285113 VIII. New description: [Technical field of type 4] Between the device and the core wire in the connection = = = ^ [Prior Art] - The technology of the feather connector and the core wire riveting is used. Riveting device to enter the rod 1
Μ細26號的「端子堡著機H，例如台灣專利丁W TW559400號「端子屙著機广專利，或台灣專利 等等，即揭露有該等;接裝置…文良裝置」新型料 的長惟不f，造成其在鉚接後 := ';之間在鉚接後的拉力亦有;;二而 5要求回精確度的產業來使用。 請參閱第一 A圖所示，該等連接器2係具有一柳接部 2 1和-機能部2 2，該鉚接部2工係用 該機能部W則為該連接器2用以與其它電子裝置f3 示）連接之用。 請參閱第-圖及第一A圖所示，係為申請人目前仍在 使用的鉚接裝置的簡單示意圖，其圖中均將一設於基座工 1上的機體省略，此外，該鉚接裝置還包括一沖壓頭工 2、一上刀模1 3、一具有凹槽；[4 1的承塊丄4、一下 刀拉1 5和一退刀件1 6，其中，該沖壓頭丄2、上刀模 1 3和退刀件_1 6係設於該圖未示的機體上，且該沖壓頭 M285113 1 2和上刀模1 qg 示）而上、動於該機體的連動機構（圖未 該基座1 i上。 式龙1 4和下刀模2 5則設於 承塊動作方面，在操作員將芯線3置入於該 承塊1 4的凹槽1 4 1内徭， 下麼，讓該上胖13=^ 頭12賴承塊14 2 9 1 ^ 3對忒下刀模1 5下壓，使該連接器 σ 14芯線3的裸端鉚接在-起，最後，當該 朝d Λ 時，由於係會同時帶動逹接器2-起 連接器2的朝上移動路徑必會通過該退刀 用。6 ㈣退刀件16起到退離該連接器2的作 一二裝置能夠將連接器2與芯線3鉚接在 起惟f仍有如下述之缺失有待克服： 的3睛：Γ第一A圖所示，該被置入於凹槽1 4 1内 =…”卜平面-距離川，因此，該St 絕構的設計，亦完全無法接觸到該芯線3的 致無法將該芯線3定位，從而使該芯線3僅 斜或^ 的手法控制，造成芯線3在鉚接初期即已歪 達到的麻煩，相對則使芯線3的徑向心 2 過程中，由於連接器2的整體性與鉚接部 姑^艾y、局部性之間，將產生一應力，該應力將使該連 巧整體變形，而該習知鉚接裝置中卻無任何改善措 也^成該連接器2在鉚接後的易於變形。 M285113 二、該芯線3在置入於凹槽1 4 能依靠操作員的手I $ 1後的轴向位置，僅 而已，造成該芯、irr 目測來進行手動控制 ^ ^ θ 、釉向位置無法達到精確的要求。 無雨疋上述三點中的任 的缺失，根本I法符人纟將¥致精確度不足 ，；法心於要求南精確度的產業來使用。 待加以改善士述先前技術之缺失係仍有 創作者。 °又61合理且有效排除其缺失的本 【新型内容】 本創作係在提供一種「連接哭之壯μ 能夠同時對芯線和連接器進行定二使藉由 且鉚接後不致於變形 5鉚接的位置精準， 用。 又形u付合於要求向精確度的產業來使 [創作特徵] 置，為為目二，作提供-種連接器之鉚接裝 具有-二“機和4線:::鉚接在-起，該連接器 布 祛月b 口P，該鉚接裝置包括： ，一基座，其設有一承塊、一下刀模 取棟並具有-用以容置該芯線的凹槽；#助刀輪，該 2於該基座上的機體，其設有—連動機構，·及 弟 二上刀模，其分別設於該機體，且為$丨斗 =的逹動，該第-上刀模係對應於該凹槽，；第該：動 係對應有該連接器的鉚接部，而該= =相刀模之間則對應有該連接器的機能部。—上 L員施方式】 M285113 、為能更進一步瞭解本創作之特徵與技街内容，請參閱 以下有關本創作之詳細說明與所附圖式。 請參閱第三〜八圖的簡單示意圖所示，本創作係提供 一種連接器之鉚接裝置，為心將連接器與芯線的一端柳 ί f 一起。該連接11 2的構造係包括用以與芯線3該端鉚 接^起的f接部2 1 ’以及做為該連接器2與其它電子 裝置逋接、藉以產生預定機能的機能 線3的該端則係指如圖所示已剝皮的裸端。於所“ 該第一〜八圖中均將一設於基座$上的機體省略，該 機體並具有圖未示的連動機禮 ^ :賴㈣。此外，本創作鉚接裝置4 ^遂一包f —沖壓頭6、第-〜三上刀模7〜9、一承塊 勺厂卜刀杈5 2及—辅助刀模5 3,較佳者還進-步 包治一退刀件4，更其乂 頭6、第-〜-上刀"疋一擋件5 4。其中’該沖壓 貝b弟 二上刀模7〜9和退刀件4係設於哕圖# _ _上’且該沖麗頭6和第一〜三 於該機體的連動機構（去- 、 、又動 1、下刀模52:5)而上、下運動；該承塊5 該/二二模5 3則設於該基座5上；至於 上。S τ 、《於該基座5上，當然亦可以設於該機體 清才合配参閱第三A同μ - 容置該芯線3的凹；不’該承塊51係具有-用以 特殊設計，藉以讓所述芯;^凹槽5 1 1的縱深係經過 其絕緣外層係能突出於 ^該凹槽511内後， 距離〇，藉以供它物下题日^ !，如圖所示即突出一 該芯線3。 土蚪此夠有所接觸，而利於定位 M285113 一該S ±刀模γ係對應於該凹槽5 1 1，該一 模8與下刀模52之間係 上刀 1，而該第三上刀模9鱼續助上，2的鉚接部2 接器2的機能部22/、痛刀拉53之間則對應有該逹 ;亥退：件4 ’其侧向間的所在位置係位於第二、三上 候8、9之間，而其上下間的所在位 模5 3和下刀模5 2的卜护R , 钔阿於助刀 上刀模8、9的下端。而低於該下㈣之第二、三 下刀；部21係位於該第二上刀模8- ί/ 該鉚接部21係定位於該下刀模52 上，俾利於該第二上刀模8的下沖· 、 2 〇 〇 ^ ^ ’該連接态2的機能部 2 2係位於該呆三上刀模9與辅助刀模5 _ 能部2 2係定位於該輔助刀模”上，俾二 模9的下壓。 件着a⑦二上刀 作三〜四圖所示第一動作的簡單示意圖，當摔 =貝將心㈣置入於該承塊5工的凹槽5 χ工内時，該第 二模I : 9乃受動下壓’使該第—上刀模7觸及 於該心線3所突出於凹槽5 χ !外的部分，而夢 使該芯線3能被迫擠於該外擴内窄狀凹槽5 ^ /中 以及定位該芯線3的雙重功效；並使該第三上刀模 接器2的機能部22,藉以定位該連接器2的 土此W 2。換之’本創作鉚接裝置4 ◦ ^在娜接之 利用第一、三上刀模7、9來達到分別定位該芯 線3兵連接器2的作用’使該怒線3和連接器2能在被定 位不動的情形下進行鉚接，而藉以達到精確要求。 M285113 =_五、六圖所示第二動作的簡單示意圖， 弟二上刀模δ下壓，藉以在該第二上刀 將該咖2的鉚接部21與芯、線3的該 上先衲起此％，由於該芯線3和該連接器2均 已牡先被分別定位，故能達到精確 接時係整體均已被定錄l相不變料功效在柳 請參閱第七圖所示第三動作-立 成後，該第一、三上刀模7 ^間早不意圖’當娜接完 3和該連接器2的機能部22。月上设位，而離開該芯線 刀二參=八圖所示第四動作的簡單示意圖，該第二上 第二上刀模8而上升。值的位是該ί=2則隨著該 r於該連接器2隨同上升二路二 ΐ器f在隨著上升的過程當中，乃會受到該退刀件4= Π:使該連接器2自該第二上刀模8脫離。：= 成一次鉚接作業。 此向凡 請參閱各®所示，本創作若進—步增 ^，該設於基座5或機體上的擋正件5 4，::在：！ =能軸向擋止於該芯線3的該端處，使線 = 件54的撞止而達到定:受到該揚止 水平移動距離亦能加以栌制 、 Μ心線3的軸向 柳接精確度更進-步〇制’使本創作鉚接裝置U0的 勃作r山2的隨同上升’將會受到該擋止件$ 10 M285113 f的：：而使該連接器2自該第二上刀模8脱離，換令 刀件:;此：:t 要件4的相同功用，該退 ^ 乃已！存在必要，而可將之省略。 若該擋止件5 4係為可被彈性撥轉的活動 並 撥轉方，係為上下向的撥轉時，該隨著第二上刀模8:二 的^^文益2，將會因為能夠朝上撥轉該 受影;地繼續亡升，直至受到該退刀件4的阻：4而：： 2接:m弟二上刀模8脫離。該被撥轉後的擋止件5 二。連接器2通過後，係還能彈性復位，而繼姨 向擋止於芯線3該端處的擋止定位功能。、’/、早 【創作特點及優點】 如上所述之本創作，將具有許多的特點及優點： 一、增設有相對於該凹槽5工χ的第一上 ^凹槽5 1 1並經過特殊設計，使置入於 的芯線3絕緣外層，係會突出於槽 Π 内 =-上刀模7的购，進而仏而= &升本創作鉚接裝置4 Q 〇的鉚接精確度。 丈月匕 -、增設有彼此相對的第三上刀模9和輔助 ，且該連接器2的機能部2 2係位於、 輔助刀模5之間，藉以利於該第三上刀模9 效果，故能再進一步提升本創作 广、疋位 確度。 j F到丨接衣置4 0 〇的鉚接精 —、藉由该芯線3和連接哭9作 刀模7、9所壓著定位，被第三上 〇的鉚刪度之外，還能因；=創作鉚接裝置4 ◦ “因為其在鉚接時，係已整體均 11 M285113 被疋位住，藉以達到鉚接後不變形的功效。 四、藉由增設該播止件5 4，以使該芯 5 1 1時的軸向水平移動距離，係能夠受到 ===_果，換言之，線3的：向 水千私動距離亦能加以控制，使本創作 丨 鉚接精確度更進一步提升。 4 〇 〇的 五、藉由該撞止件5 4係為固定式，故能取 =力而成為兼具有軸向#止於該芯線3該端處的擔止、 以及使連接器2自第二上刀模8脫離的功效， 该退刀件4於此乃能省略不用。當麸， 文 = 提供芯線3該端的軸向擋止、定位功二 台ίΓ 該連接112自第：上刀㈣脫離的功 ，上賴，本創作所提供之—種連接器之鉚接裝置 崔可解決先喊術的所有缺失，屬於—具有高度實 產品，並具功效上的增進，爰依專利法提:本 已11所逆者，僅係本創作之—較佳可行的實施例而 ^因料局限本創作之權利範圍’舉凡運用本創 權利範圍内，合予2寺心化’均理同包含於本創作之 圖式簡單說明】 12 M285113 第一圖 第一 A圖 第二圖 第三圖 第三A圖 第四圖 第五圖 第六圖 第七圖 第八圖 二習知鉚接裝置於正視時的簡單示意圖。 =鉚接裝置依據第―圖的局部放大圖。 二=接裝置於侧視時的簡單示意圖。 為尽創作鉚接裝置於第一 圖（正視）。 、」的簡單示意 為二創作鉚接裝置依據第三圖的局部放大圖 為本創作鉚接裝置於第一動 / 圖（側視）。 可的間早示意 為本創作鉚接裝置於第二 圖（正視）。 —動作㈠的簡單示意 為本創作鉚接裝置於第二動 圖（側視）。 可的簡單示意 為本創作鉚接裝置於第三 圖（側視）。 乍時的簡單示意 為本創作鉚接裝置於第 圖（側視）。 司作日寺的簡單示意 【主要元件符號說明】 [習知] 12 沖壓頭 1 4 1凹槽 1 6 退刀件 1 鉚接裝置 11 基座 13 上刀模 14 承塊 15 下刀模 13Μ 26 26 No. 26 "Terminal Fort H, for example, Taiwan Patent D. TW559400 "terminals hang on the machine wide patent, or Taiwan patents, etc., that is to expose such; the device... Wenliang device" long material only Not f, causing it to be riveted: = '; the tension between the riveting is also there;; 2 and 5 are required to return to the precision industry to use. Referring to FIG. 1A, the connector 2 has a splicing portion 2 1 and a functional portion 2 2 , and the splicing portion 2 uses the functional portion W to connect the connector 2 with other electronic components. Device f3 shows) connection. Please refer to the first-figure and the first-A diagram, which is a simplified schematic diagram of the riveting device still in use by the applicant. In the figure, a body disposed on the base 1 is omitted, and the riveting device is further omitted. The utility model further comprises a stamping die 2, an upper die 13 and a groove; [4 1 of the bearing block 4, the lower knife pulling 15 and a retracting member 1 6, wherein the punching head 2; The upper die 1 3 and the lower blade _1 6 are disposed on the body not shown in the figure, and the punching head M285113 1 2 and the upper die 1 qg are shown and moved to the interlocking mechanism of the body (Fig. Not on the base 1 i. The type dragon 1 4 and the lower die 2 5 are arranged in the action of the block, and the operator places the core wire 3 into the groove 1 4 1 of the block 14 What, let the fat 13=^ head 12 relict block 14 2 9 1 ^ 3 press down the underarm die 1 5, so that the bare end of the connector σ 14 core 3 is riveted, and finally, when When facing d Λ, since the system will drive the splicer 2, the upward movement path of the connector 2 will pass the retraction. 6 (4) The retracting member 16 functions as a retreat from the connector 2 The device is capable of riveting the connector 2 to the core 3 From the following, there are still missing the following: The 3 eyes: Γ The first A picture shows that it is placed in the groove 1 4 1 =..." Bu plane - distance Chuan, therefore, the St is extinct The design is also completely inaccessible to the core wire 3, so that the core wire 3 cannot be positioned, so that the core wire 3 is only controlled by oblique or ^, causing the trouble that the core wire 3 has been reached at the initial stage of riveting, and the core wire is relatively opposite. During the radial core 2 process of 3, due to the integrity of the connector 2 and the riveting portion, a local stress will generate a stress which will cause the overall deformation of the joint, and the conventional riveting device There is no improvement in the middle of the connector 2, which is easy to deform after riveting. M285113 Second, the core wire 3 is placed in the axial position of the groove 1 4 after being able to rely on the operator's hand I 1 1 , only However, the core and irr are visually controlled to perform manual control ^^ θ, and the position of the glaze cannot meet the precise requirements. Without the rain, any of the above three points is missing, and the fundamental I method is not accurate enough. The law is intended to be used by industries that require accuracy in the South. There is still a creator of the lack of technology. °61 This is a reasonable and effective way to eliminate the lack of this [new content] This creation is to provide a kind of "connected crying strong μ can simultaneously set the core wire and connector to make After the riveting, the position of the riveting is not accurate, and the position of the riveting is accurate, and the shape is used to make the [creative feature] for the precision industry. For the purpose of the second, the riveted connector of the connector has - two "Machine and 4-wire::: riveted in, the connector is clothed by port b, and the riveting device comprises: a base, which is provided with a bearing block, a lower die cutter, and has - for a groove for the core wire; #助刀轮, the body of the 2 on the base, which is provided with a linkage mechanism, and a second die, which are respectively disposed on the body, and are 丨 = = The first-upper die corresponds to the groove; the first: the dynamic system corresponds to the riveting portion of the connector, and the == phase between the die corresponds to the functional portion of the connector . —L.Sportsmanship Mode】 M285113 In order to further understand the characteristics of this creation and the content of the street, please refer to the following detailed description and drawings of this creation. Referring to the simple schematic diagrams of Figures 3 to 8, the present invention provides a riveting device for the connector, together with the connector and the end of the core. The structure of the connection 11 2 includes an f-joint 2 1 ' to be riveted to the end of the core wire 3 and the end of the function line 3 which is connected to the other electronic device as the connector 2 to generate a predetermined function. It refers to the bare end that has been peeled as shown. In the first to eighth figures, a body disposed on the pedestal $ is omitted, and the body has a lining ceremony (4) which is not shown. In addition, the rivet device of the present invention is provided in a package. F—the punching head 6, the first to the third upper die 7~9, one of the scoops, the knives, the knives, the knives, the knives, the knives, the knives, the knives, the knives, the knives, the knives, the knives, the knives More gimmicks 6, the first - ~ - upper knife " 疋 one block 5 4 . Among them 'the stamping shell b brother two upper knife mold 7~9 and the retracting tool 4 is set on the map # _ _ on ' And the rushing head 6 and the first to third interlocking mechanisms (de-, s, 1, and lower die 52: 5) of the body are moved up and down; the bearing block 5/two-module 5 3 It is disposed on the pedestal 5; as for the upper portion S τ , "on the pedestal 5, of course, it can also be arranged in the body to be collocated with reference to the third A and the μ - the recess for accommodating the core wire 3; Do not 'the block 51 has - for special design, so that the depth of the groove 5 1 1 through the insulating outer layer can protrude into the groove 511, the distance 〇, for It has the title date ^!, as shown in the figure, the core wire 3 is highlighted. Contacted to facilitate positioning M285113 - the S ± knife γ system corresponds to the groove 5 1 1, the die 8 is coupled between the die 8 and the lower die 52, and the third upper die 9 continues In addition, the function portion 22 of the rivet 2 of the 2, and the pain between the painful blade 53 correspond to the 逹; the retire: the position of the member 4' is laterally located at the second and third positions. Between 8 and 9, and the upper and lower positions of the mold 5 3 and the lower mold 5 2 are protected by R, which is the lower end of the cutters 8, 9 and lower than the lower (four) a lower knife; a portion 21 is located in the second upper die 8 - ί / the rivet 21 is positioned on the lower die 52 to facilitate the undershoot of the second upper die 8 , 2 〇〇 ^ ^ 'The functional part 2 2 of the connected state 2 is located on the die-top die 9 and the auxiliary die 5 - the energy part 2 2 is positioned on the auxiliary die, and the second die 9 is pressed down. A simple schematic diagram of the first action shown in the three-to-four figure of the a7 two upper knife, when the fall=before the heart (four) is placed in the groove 5 of the work of the block 5, the second mode I: 9 is pressed and pressed 'to make the first upper die 7 touch the portion of the core 3 that protrudes beyond the groove 5, and the dream makes the core 3 can be forced into the outer narrow narrow concave The groove 5^/medium and the dual function of positioning the core wire 3; and the function portion 22 of the third upper die attacher 2 is used to position the connector 2 of the connector 2. In other words, the original riveting device 4 ◦ ^ uses the first and third upper die 7 and 9 to reach the function of respectively positioning the core 3 connector 2 to enable the anger line 3 and the connector 2 to Riveting is carried out without being positioned, so as to achieve precise requirements. M285113 = _ five, six diagrams of a simple schematic diagram of the second action, the second two upper die δ is pressed, whereby the rivet portion 21 of the coffee 2 and the core, the line 3 in the second upper knife Since this %, since the core wire 3 and the connector 2 have been separately positioned, it is possible to achieve an accurate connection. The whole system has been recorded for the same phase. After the three movements are established, the first and third upper die 7 are not intended to be connected to the functional portion 22 of the connector 2. The position is set on the month, and the simple operation of the fourth action shown in Fig. 8 is left, and the second upper and upper upper die 8 are raised. The value of the bit is ί=2, and the r is attached to the connector 2 along with the rising two-way diverter f. During the ascending process, the retracting member 4= Π: the connector 2 is made The second upper die 8 is detached. := Make a riveting operation. Please refer to each of the ®, if the creation is step by step, the block 5 4,:: at: on the base 5 or the body! = can be axially stopped at the end of the core wire 3, so that the wire=piece 54 can be locked until the horizontal movement distance can be clamped, and the axial line of the core wire 3 can be accurately adjusted. The more advanced step-by-step method "to make the creation of the riveting device U0 of the Boshan r 2 along with the rise" will be subject to the stop member $ 10 M285113 f:: and the connector 2 from the second upper knife Die 8 is detached, and the tool is replaced:; this::t The same function of the element 4, the retreat is already! It is necessary and can be omitted. If the blocking member 54 is an activity that can be flexed and rotated, and is turned up and down, the second upper die 8: 2 will be 2 Because the shadow can be turned up; the ground continues to rise until it is resisted by the retracting member 4: 4 and :: 2: m brother 2 upper die 8 is detached. The deflected stop member 5 is second. After the connector 2 is passed, the system can also be elastically reset, and then the blocking positioning function at the end of the core wire 3 is blocked. , '/, early [creation features and advantages] As described above, this creation will have many features and advantages: 1. Adding the first upper groove 5 1 1 relative to the groove 5 work and passing The special design is such that the insulating layer of the core wire 3 placed therein is protruded in the groove = = - the upper die 7 is purchased, and then the riveting precision of the splicing device 4 Q 〇 is improved. The third upper die 9 and the auxiliary are opposite to each other, and the functional portion 2 2 of the connector 2 is located between the auxiliary die 5, thereby facilitating the effect of the third upper die 9. Therefore, it is possible to further enhance the scope of this creation and the accuracy of the position. j F to the 铆 衣 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆 铆;=Creating riveting device 4 ◦ “Because it is riveted, the whole body has been clamped to 11 M285113, so as to achieve the effect of no deformation after riveting. 4. By adding the broadcaster 5 4 to make the core The axial horizontal movement distance of 5 1 1 can be controlled by ===_, in other words, the distance of the line 3: the distance to the water can also be controlled, which further improves the precision of the riveting of the creation. 4 〇 The fifth member of the crucible has a fixed type, so that the force can be taken to have both the axial direction and the end of the core wire 3, and the connector 2 is second. The function of the cutter 8 is detached, and the retracting member 4 can be omitted from this. When the bran, the text provides the axial stop of the end of the core wire 3, and the positioning work is two. The connection 112 is separated from the first: the upper knife (four) Gong, Shanglai, the riveting device of the connector provided by this creation, Cui can solve all the missing of the first call, belong to - highly realistic The product, and the improvement of its efficacy, according to the patent law: this has been reversed, only the present invention - the preferred and feasible embodiment and the limitations of the scope of the creation of the right to use the rights Within the scope, the combination of 2 temples and the heart of the heart is a simple description of the drawings included in this creation] 12 M285113 First picture First A picture Second picture Third picture Third A figure Fourth figure Fifth figure Sixth Figure 7 is a schematic view of the conventional riveting device in front view. The riveting device is according to a partial enlarged view of the first figure. The second is a simple schematic view of the device when viewed from the side. A picture (front view). The simple illustration of the second creation of the riveting device is based on the partial enlarged view of the third figure, which is the first motion/figure (side view). The early indication of this is the creation of the riveting device in the second picture (front view). - Simple illustration of action (1) This is the second motion diagram (side view) of the creation of the riveting device. A simple illustration of the creation of the riveting device is shown in the third figure (side view). The simple illustration of the time is the creation of the riveting device in the figure (side view). Simple explanation of Sizhiri Temple [Description of main components] [Practical] 12 Stamping head 1 4 1 Groove 1 6 Retracting part 1 Riveting device 11 Base 13 Upper die 14 Block 15 Lower die 13
M285113 2 連接器 21 鉚接部 22 機能部 3 芯線 d 1 距離 [本創作] 4 0 0鉚接裝置 4 退刀件 5 基座 5 1 承塊 5 1 1凹槽 5 2 下刀模 5 3 輔助刀模 5 4 擋止件 6 沖壓頭 7 第一上刀模 8 第二上刀模 9 第三上刀模 d 2 距離 14M285113 2 Connector 21 Riveting part 22 Functional part 3 Core line d 1 Distance [this creation] 4 0 0 riveting device 4 Retracting part 5 Base 5 1 Bearing block 5 1 1 Groove 5 2 Lower die 5 3 Auxiliary die 5 4 Stopper 6 Stamping head 7 First upper die 8 Second upper die 9 Third upper die d 2 Distance 14