M327584 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種線纜連接器組件，尤其涉及一種具有理線板以方便導 線排列的線纜連接器組件。 【先前技術】 美國專利公告第US 6,802,744 B2號中揭露的線纜連接器組件包括一本 體、二線纜及一支撐架體。該本體内插設有數個端子，該等端子尾部可延 伸出該本體後端，且該端子尾部與該線纜焊接以達成電性連接，其中該支 撐架體主要連接於該本體後端，該支撐架體設有數個端子支樓槽^數^導 線固定槽，該等端子支撐槽可供該等端子尾部分別置放於其上，而使之且 2=作用靖倾妹躺造成簡損，另料賴定槽可供該線義 ¥線卡入蚊，其具有理線及較佳魏雛之功用，並使其制準顧 的焊接。 上述線纜連接器通常會在本體後端及支撐架體外包覆 ===，空氣中而影響電氣性能，也可加強該線缓連 ^、、且件賊方面之牛祕。細，這也錢得鱗槪接驗件結 雜、體積龐大，不利於應用於内部連接中。 如中國大陸專利公開第CN⑽遍號專利申請所示， 将連接魏對倾之連接，導驗體 ㈣其 ，蓋子絕緣體。基部絕緣體具有在預 ==2 有經由通孔與薄片部健接觸的第向固疋薄片部件。殼體部具 向薄片部件的第二彈簧部件。^及用於將蓋子絕緣顏 以將其線纜固定的結構並不適用體2麼蓋子絕緣體 線的功能。 的放線，因為它並不提供理 美國專利公告第US 6,039,611號中披露了 s 本體、遮覆該塑膠本體前端的祕㈣了另—種連接器，其包括塑膠 若干端子槽以放置收容膠本體後端、其上設有 線纜分別連接插人塊的上、_；===人塊°兩根具有許多導線的 下表面，該導線前端裸露在外的芯線會放置在 6 M327584 ^塊ΓΓ槽内並電性連接端子。兩塊具有前伸壓肋的蓋板會緊緊壓靠 。目二地’塵肋會伸入端子槽内抵麼裸露的芯線及端子以使兩者緊密 '1、上，連接11彻蓋板以遮覆裸露的線伸出塑膠本體的端子，可 連接』内良好的電性連接。然而，引人蓋板不利於簡化制程、降低成 另外’該銅外殼與線繞相距甚遠，不利於銅外殼與線鐵的金屬遮蔽層 接地。 疋故確有必要提供一種改進型線纜連接器組件，以解決前述問題。 ‘ 【新型内容】 本創作之目的在於提供一種線纜連接器組件，其可提供一種優良的理 Φ 線結構。 ^爲貫現前述目的，本創作線纜連接器組件採用如下技術方案··一種線 纜連接器組件，其包括絕緣本體、固定於絕緣本體之導電端子、與導電端 ，電性連接之若干導線、安裝於絕緣本體之理線板及遮覆絕緣本體之金屬 殼體，其中，至少一導線包括與導電端子電性連接之内導體及與内導體絕 緣之金屬遮蔽層，理線板上設有若干導線收容槽以間隔放置導線，理線板 之臣品近金屬遮蔽層處開設一通孔以使一插入物能穿過該通孔電性連接該金 屬遮蔽層。 與習知技術相比，本創作線纜連接器組件結構簡單、容易排列導線且 可提供一種簡單的接地結構。 • 【實施方式】 - 本創作線纜連接器組件，使用在液晶電視或其他電子/電氣產品中，並 可與對接連接器（未圖示）配接，其包括絕緣本體1、收容在絕緣本體1内 的導電端子2、與導電端子2電性連接之若干導線4、安裝於絕緣本體丨之理 線板3及遮覆絕緣本體1之金屬殼體6、7。 第一圖、第二圖展示了理線板3未裝入絕緣本體丨的視圖；第三圖、第 四圖展示了理線板3組裝至絕緣本體1後本創作線纜連接器組件的視圖。 絕緣本體1包括基部11及自基部11之後端兩侧向後延伸的一對臂部 12。臂部12外側設有收容空間(未標示)以收容用於維持該絕緣本體1與對接 連接器(未圖示)間鎖定狀態的鎖扣件(未標示）。基部11上表面設有若干通道 (未標示）用以收容導電端子2。導電端子2呈Ζ型，包括前端的對接部21、 7 M327584 、 中間的台階部22及伸入兩臂部12之間並暴露在基部η後部的端子尾部23。 相應地，收容導電端子2的通道呈z型。請參照第一圖所示，用於收容端子 尾部23的通道的側壁會高於導電端子2，以便於導線4的前端排佈於通道 内，並防止焊接過程中出現連焊。 理線板3包括一列沿橫向排佈的理線槽31、位於理線槽31後端並在豎直 方向上貫穿理線板3的四個通孔32及位於理線板3後部的托架34。理線板3兩 側向外凸伸有一對凸塊33。理線板3下表面上凹設有若干凹穴35、37。理線 • 板3前端偏離中央位置處向前凸伸一凸塊36。 • 兩臂部12的下表面内侧開設有一對凹穴121，凹穴121向下、向内開口 以使得理線板3可自下而上組裝至臂部12 (如第四圖所示）。凹穴121的頂 讚壁122可限制理線板3向上組入臂部12的程度。頂壁122向内延伸並超出臂部 12的内壁120，頂壁122内側設有一向内開口的孔1221。基部11下表面後端 設有一收容理線板3前端凸塊36的凹孔116，凸塊36、凹孔116偏離中央位 置，因而可防止理線板3以上下倒置的方式組裝。 導線4包括若干信號線4a與若干電源線牝。每一電源線4b包括内部的導 體（未標示）及包覆在週邊的絕緣皮。每一信號線如包括金屬遮蔽層43、 内導體41、位於内導體41與金屬遮蔽層43之間包覆内導體41的内絕緣皮42 及最外層包覆金屬遮蔽層43的外絕緣皮44。 請參照第三圖，理線板3組入絕緣本體1後，理線槽31與收容導電端子2 的通道相連通，以使得收容在理線槽31内的導線4可容易連接導電端子2。 - 一接地棒5會藉與頂壁122上的孔1221的配合而定位於理線板3上。而後，導 線4放置在理線板4與接地棒5上，其中，信號線4a的内導體41與電源線4b的 導體可藉理線槽31排佈以彼此相間隔，信號線如的内導體41與電源線4b的 導體前端伸至端子尾部23並與其電性連接。信號線如的金屬遮蔽層43抵壓 在接地棒5上並可通過焊接使二者連接穩定，從而將所有金屬遮蔽層43電性 連在一起。在組裝導線4的過程中，由於托架34對後部導線4的支撐作用， 可使導線4保持穩定的排佈，並利於焊接作業。 在1配‘線4岫’為保證理線板3不會從下方脫離絕緣本體1，可先裝配 下金屬殼體7於絕緣本體1上。下金屬殼體7包括遮覆基部η下表面的基板 71、抵壓在理線板3下表面以防止向下移動的擋板72及遮覆臂部12下表面的 M327584 臂板73。基板71、擋板72與臂板73上均設有固持腳74，絕緣本體丨下表面上 没有若干固持孔14以與固持腳74干涉配合，從而將下金屬殼體7固定在絕緣 本體1上。擋板72上通過剪切、彎折而形成的彈性指75向内彎折並穿過理線 板3的通孔32抵壓在接地棒5上，從而連通導線4的金屬遮蔽層43與金屬殼體 7以方便接地。 在本創作中，通過設置單獨的理線板使得絕緣本體結構大大簡化，利 於絕緣本體的成型；同時，理線板3開設的通孔更可利於插入物（在本實施 • 例中，插入物為下金屬殼體7的彈性指75)進入從而方便抵接接地棒5進而 • 與導線4的金屬遮蔽層43電性連接而接地。 最後，上金屬殼體6組裝在絕緣殼體1上表面並遮蓋理線板3的導線收容 槽31，以防止端子尾部23及裸露的内導體41暴露在外。與美國專利公告第 US 6,802,744 B2號中揭露的需採用外模遮覆導電端子與導線連接處的結 構’或美國專利公告第1^6,039,611號中披露的採用單獨的蓋板遮蓋導電端 子與導線連接處的結構相比，本創作提供的這種下金屬殼體輔助固定理線 板、上金屬殼體遮蓋導電端子與導線連接處的結構簡單且可使連接器保持 小型化。 下金屬殼體7的擋板72之鄰近兩臂板73處分別向上突出一凸片721，凸 片721收容在理線板3的凹穴37内，且凸片721中央通過剪切、彎折形成一彈 片7211。上金屬殼體6後端彎折形成一框形並可勾掛凹穴的臂部&，收容 • 在以61内並與下金屬殼體7上的凸片™接觸的臂部61部分形成有-孔 611以收谷彈片7211，從而將上、下金屬殼體6、7電性連通並可固定上金屬 殼體6。 、士金屬殼體6上剪切、彎折形成有若干雜指a，其位於導線4的金 屬遮蔽層43上方，如第六圖所示，從而連通上、下金屬殼體6、7及金屬 遮蔽層，並可進一步穩定導線4。 【圖式簡單說明】 第-圖係本創作雜連接驗件卸下上、下金屬殼體後顯示絕緣本體 與理線板結構的分解圖； 第二圖係第-_示賴連接H組件另_角度的視圖； 9 M327584 第三圖係裝上理線板、導線後線纜連接器組件的視圖； 第四圖係第三圖所示線纜連接器組件另一角度的視圖； 第五圖係線纜連接器組件的立體組合圖； 第六圖係第五圖所示線纜連接器組件的一個剖視圖。M327584 VIII. New Description: [New Technical Field] The present invention relates to a cable connector assembly, and more particularly to a cable connector assembly having a cable management board for facilitating the arrangement of wires. The prior art cable connector assembly disclosed in U.S. Patent No. 6,802,744 B2 includes a body, a cable, and a support frame. The terminal body is provided with a plurality of terminals, the terminal tails can extend out of the rear end of the body, and the terminal tails are soldered to the cable to achieve electrical connection, wherein the support frame body is mainly connected to the rear end of the body, The support frame body is provided with a plurality of terminal support slots, and a plurality of wire fixing slots, wherein the terminal support slots are respectively provided on the tail portions of the terminals, so that 2=actions are lying down to cause a simple damage. In addition, the Lai Ding trough can be used to insert the mosquito into the line, which has the function of the cable and the better Wei chick, and makes it suitable for welding. The above cable connector usually covers the body at the rear end of the body and the support frame ===, which affects the electrical performance in the air, and can also strengthen the slow connection of the line, and the thief of the thief. Fine, this is also a lot of money, and the bulk of the inspection piece is bulky and unfavorable for use in internal connections. As shown in the Chinese Patent Publication No. CN(10), the patent application will connect the Wei-dip connection, the test body (4), and the cover insulator. The base insulator has a first solid sheet member that is in healthy contact with the sheet portion via the through hole at a pre ==2. The housing portion has a second spring member that faces the sheet member. ^ And the structure used to insulate the cover to secure its cable does not apply to the function of the cover insulator wire. The present invention is disclosed in US Pat. No. 6,039,611, the entire disclosure of which is incorporated herein by reference. The end, the cable is respectively connected to the upper part of the inserted block, _; === human block ° two lower surfaces with many wires, the core wire exposed at the front end of the wire will be placed in the 6 M327584 ^ block And electrically connected terminals. Two covers with front ribs are pressed tightly.目二地's dust ribs will protrude into the terminal slot to the bare core wire and the terminal to make the two close '1, the upper 11 cover plate to cover the exposed wire protruding from the terminal of the plastic body, can be connected Good electrical connection inside. However, the introduction of the cover plate is not conducive to simplifying the process and reducing the distance from the copper casing to the wire winding, which is disadvantageous for grounding the metal casing of the copper casing and the wire iron. It is therefore necessary to provide an improved cable connector assembly to solve the aforementioned problems. ‘ 【New Content】 The purpose of this creation is to provide a cable connector assembly that provides an excellent Φ line structure. For the purpose of the foregoing, the cable connector assembly of the present invention adopts the following technical solution: A cable connector assembly includes an insulating body, a conductive terminal fixed to the insulating body, and a plurality of wires electrically connected to the conductive end. And a metal housing that is mounted on the insulative housing and the metal housing that covers the insulative housing, wherein the at least one wire includes an inner conductor electrically connected to the conductive terminal and a metal shielding layer insulated from the inner conductor, and the cable is provided on the cable management board A plurality of wire receiving slots are disposed at intervals, and a through hole is formed in the metal shielding layer of the cable management board to enable an insert to electrically connect the metal shielding layer through the through hole. Compared with the prior art, the present cable connector assembly has a simple structure, easy alignment of wires, and a simple grounding structure. • [Embodiment] - This cable connector assembly is used in LCD TVs or other electronic/electrical products and can be mated with a mating connector (not shown). It includes an insulative housing 1 and is housed in an insulative housing. The conductive terminal 2 in the first conductor 2, the plurality of wires 4 electrically connected to the conductive terminal 2, the cable management board 3 mounted on the insulating body 及, and the metal casings 6, 7 covering the insulating body 1. The first figure and the second figure show the view that the cable management board 3 is not loaded into the insulating body ;; the third and fourth figures show the view of the original cable connector assembly after the cable management board 3 is assembled to the insulating body 1. . The insulative housing 1 includes a base portion 11 and a pair of arm portions 12 extending rearward from both sides of the rear end of the base portion 11. A housing space (not shown) is provided outside the arm portion 12 to receive a latching member (not shown) for maintaining a locked state between the insulative housing 1 and the mating connector (not shown). The upper surface of the base 11 is provided with a plurality of passages (not shown) for receiving the conductive terminals 2. The conductive terminal 2 is of a meandering type, and includes a front end abutting portion 21, 7 M327584, an intermediate step portion 22, and a terminal tail portion 23 extending between the two arm portions 12 and exposed to the rear portion of the base portion n. Correspondingly, the passage for accommodating the conductive terminal 2 is z-shaped. Referring to the first figure, the side wall of the passage for accommodating the terminal tail portion 23 is higher than the conductive terminal 2, so that the front end of the wire 4 is arranged in the passage and the occurrence of continuous welding during the welding process. The cable management board 3 includes a row of cable management slots 31 arranged in the lateral direction, four through holes 32 at the rear end of the cable management slot 31 and extending through the cable management board 3 in the vertical direction, and a bracket located at the rear of the cable management panel 3. 34. A pair of bumps 33 protrude from the two sides of the management panel 3. A plurality of recesses 35, 37 are recessed in the lower surface of the control panel 3. Threading the wire • The front end of the plate 3 protrudes forward from the center by a projection 36. • A pair of recesses 121 are formed on the inner side of the lower surface of the arms 12, and the recesses 121 are opened downwardly and inwardly so that the cable management panel 3 can be assembled from the bottom to the arms 12 (as shown in the fourth figure). The top wall 122 of the pocket 121 limits the extent to which the management panel 3 is assembled into the arm portion 12. The top wall 122 extends inwardly and beyond the inner wall 120 of the arm portion 12. The inside of the top wall 122 is provided with an inwardly opening hole 1221. The rear end of the lower surface of the base portion 11 is provided with a recessed hole 116 for receiving the front end projection 36 of the cable management panel 3. The projection 36 and the recessed hole 116 are offset from the center position, thereby preventing the cable management panel 3 from being assembled upside down. The wire 4 includes a plurality of signal wires 4a and a plurality of power wires. Each of the power cords 4b includes an inner conductor (not shown) and an insulation covering the periphery. Each of the signal lines includes a metal shielding layer 43, an inner conductor 41, an inner insulating sheath 42 covering the inner conductor 41 between the inner conductor 41 and the metal shielding layer 43, and an outer insulating sheath 44 covering the outer metal shielding layer 43. . Referring to the third figure, after the cable management board 3 is assembled into the insulative housing 1, the cable management slot 31 communicates with the channel for receiving the conductive terminal 2, so that the wires 4 accommodated in the cable management slot 31 can be easily connected to the conductive terminals 2. - A ground rod 5 is positioned on the cable management board 3 by cooperation with a hole 1221 in the top wall 122. Then, the wire 4 is placed on the wire management board 4 and the grounding bar 5, wherein the inner conductor 41 of the signal line 4a and the conductor of the power source line 4b can be arranged by the line groove 31 to be spaced apart from each other, and the inner conductor of the signal line such as The front end of the conductor of the power supply line 4b extends to and is electrically connected to the terminal tail portion 23. A metal shielding layer 43 such as a signal line is pressed against the ground rod 5 and can be stably connected by soldering, thereby electrically connecting all the metal shielding layers 43 together. In the process of assembling the wires 4, due to the supporting action of the brackets 34 on the rear wires 4, the wires 4 can be stably arranged and facilitate the welding operation. In order to ensure that the cable management board 3 does not detach from the insulating body 1 from the lower side, the metal housing 7 can be assembled on the insulating body 1 first. The lower metal casing 7 includes a base plate 71 that covers the lower surface of the base portion η, a baffle 72 that presses against the lower surface of the cable management plate 3 to prevent downward movement, and an M327584 arm plate 73 that covers the lower surface of the arm portion 12. The substrate 71, the baffle 72 and the arm plate 73 are respectively provided with holding legs 74. The lower surface of the insulating body does not have a plurality of holding holes 14 for interference fit with the holding legs 74, thereby fixing the lower metal housing 7 to the insulating body 1. . The elastic finger 75 formed by shearing and bending on the baffle 72 is bent inwardly and passed through the through hole 32 of the cable management board 3 against the ground rod 5, thereby communicating the metal shielding layer 43 of the wire 4 with the metal. The housing 7 is conveniently grounded. In the present invention, the structure of the insulating body is greatly simplified by providing a separate cable management board, which facilitates the molding of the insulating body; at the same time, the through hole formed by the cable management board 3 is more advantageous for the insert (in this embodiment, the insert) The elastic finger 75) of the lower metal casing 7 enters to facilitate the abutment of the grounding bar 5 and further electrically connected to the metal shielding layer 43 of the wire 4 to be grounded. Finally, the upper metal casing 6 is assembled on the upper surface of the insulating casing 1 and covers the wire accommodating groove 31 of the cable management board 3 to prevent the terminal tail portion 23 and the exposed inner conductor 41 from being exposed. The structure disclosed in US Pat. Compared with the structure of the present invention, the structure of the lower metal casing auxiliary fixing cable plate and the upper metal casing covering the conductive terminal and the wire connection provided by the present invention is simple and the connector can be kept compact. A tab 721 is protruded from the baffle 72 of the lower metal casing 7 adjacent to the two arm plates 73. The tab 721 is received in the recess 37 of the cable management board 3, and the center of the tab 721 is cut and bent. A shrapnel 7211 is formed. The rear end of the upper metal casing 6 is bent to form a frame shape and can hook the arm portion of the recess, and is housed in the portion of the arm portion 61 which is in the 61 and which is in contact with the tab TM on the lower metal casing 7. The hole 611 is used to receive the elastic piece 7211, thereby electrically connecting the upper and lower metal casings 6, 7 and fixing the metal casing 6. The metal shell 6 is sheared and bent to form a plurality of fingers a, which are located above the metal shielding layer 43 of the wire 4, as shown in the sixth figure, thereby connecting the upper and lower metal casings 6, 7 and the metal. The shielding layer is further provided and the wire 4 can be further stabilized. [Simple description of the diagram] The first-picture shows the exploded view of the structure of the insulating body and the cable management board after removing the upper and lower metal casings. The second figure is the first--------------------- _ angle view; 9 M327584 The third figure is a view of the cable connector and the cable rear cable connector assembly; the fourth figure is the other angle view of the cable connector assembly shown in the third figure; A perspective view of a cable connector assembly; Figure 6 is a cross-sectional view of the cable connector assembly shown in FIG.
【主要元件符號說明】 絕緣本體 1 基部 11 凹孔 116 臂部 12 内壁 120 凹穴 121 頂壁 122 子L 1221 導電端子 2 對接部 21 台階部 22 端子尾部 23 理線板 3 理線槽 31 通孔 32 凸塊 33 托架 34 凹穴 35 凸塊 36 凹穴 37 導線 4 内導體 41 内絕緣皮 42 金屬遮蔽層 43 外絕緣皮 44 信號線 4a 電源線 4b 接地棒 5 上金屬殼體 6 臂部 61 孔 611 彈性指 62 下金屬殼體 7 基板 71 擋板 72 凸片 721 彈片 7211 臂板 73 固持腳 74 彈性指 75 固持孔 14[Main component symbol description] Insulating body 1 Base 11 recessed hole 116 Arm portion 12 Inner wall 120 Pocket 121 Top wall 122 Sub L 1221 Conductive terminal 2 Butt joint 21 Step portion 22 Terminal tail 23 Cable management panel 3 Cable management slot 31 Through hole 32 Bump 33 Bracket 34 Pocket 35 Bump 36 Pocket 37 Conductor 4 Inner conductor 41 Inner insulation 42 Metal shielding layer 43 External insulation 44 Signal line 4a Power supply line 4b Ground rod 5 Upper metal housing 6 Arm 61 Hole 611 Elastic finger 62 Lower metal case 7 Substrate 71 Baffle 72 Tab 721 Shrapnel 7211 Arm plate 73 Retaining foot 74 Elastic finger 75 Retaining hole 14