M344590 八、新型說明： 【新型所屬之技術領域】 種具有改進的應力釋放元件 本創作涉及一種線纜連接器，尤其是指一 的線纜連接器。 【先前技術】 按，連接-對連接魏常離傾_，、魏通 C j揭示了—種_連接11，其主要包括本體、組裝於本體内的ii ¥電&子、組裝於本體的電路板、分別與端子及電路板電性連= 2件j組裝並電性連接於電路板的應力釋放元件、與應力釋放 性 電路板電性連接的_及蓋體，所述魏連接器直接用岸力|放 保持力，此時該應力釋放元件容易扯壞，且線_連接器間之 是故，有必要設計一種線纜連接器以克服前述之不足。 【新型内容】 本創作之目的在於提供一種具有改進的應力釋放元件的線纜連接 φ器’其能夠提高應力釋放元件的保持力，防止其被扯壞。 - 爲實現前述目的，本創作之線纜連接器包括：設有複數收容通道的本 •體、收容於本體之收容通道内的複數導電端子、與導電端子電性連接的線 纜、包覆於線纜外部的支撐部及包圍本體、導電端子及部分支撐部的蓋體， 其中所述支撐部包括與線缆相固持的應力釋放元件及金屬鉚環，該應力釋 放元件將金屬柳環成型於其内部。 與先前技術相比，本創作之線纜連接器具有如下功效：線縵連接器具 有改進的應力釋放元件，其能夠提高應力釋放元件的保持力，防止其被扯 壞0 6 M344590 【實施方式】 明參知第-圖至第二圖所示，本創作之線纜連接器1〇〇包括絕緣材質 的本體2、組裝於本體2内的複數導電端子4、紙線路板3、組裝於本體 2的印刷電路板5、分別與導電端子3及印刷電路板5電性連接的複數導電 元件6、與印刷電路板5電性連接的線繞8、⑽線纔8外部的支稽部9、 •蓋體及貼’蓋體㈣的絕緣層7,本實施例中蓋體包括分顺裝於本體2 並包圍前述元件的前、後蓋u、12及保護體13。 • 請參照第一圖及第三圖所示，蓋體包括前蓋1卜後蓋I2及保護體I3。 ，其中’刖盍11由金屬導電材料製成牙刷形狀，可與對接連接器接觸。前蓋 • 11包括矩形主體冑110和沿垂直於矩形主體部11〇的方向延伸的管狀延伸 部111。所述矩形主體部110與管狀延伸部ιη的後端共同設有欲合槽⑴， 矩形主體部110上沿前表面向後凹進一收容空間117，管狀延伸部ιη上設 置了-與收容空間117連通的圓形通道118以使線獅過。其中矩形主體 部110的上、下外壁相對設置有一對向著收容空間117凹陷的穿孔112， 與牙孔112才目對的内壁上设有向著主體部11〇外壁凹陷的凹陷區114。管 •狀延伸部111包括t近主體部110的位置設置的第一配合槽11S及遠離矩 形主體部110的末端設置的第二配合槽116。 後盎I2由金屬導電材料製成，其包括自前端面突出的嵌合部⑵、與 前蓋11上的第-配合槽115相配合的第三配合槽122及與第二配合槽116 相配合的第四配合槽123，在第三配合槽122的右端設有凸台124。 保護體13為平板狀絕緣體，其包括一對第一收容孔131、位於該對第 -收容孔131之間的-對第二收容孔132及位於鱗第二收容孔132之間 的第三收容孔133。 本體2包括基部21及自基部^向前延伸的舌部22。本體2設有兩對 7 M344590 大型第-收容通道23及-位於正中的小型第二收容通道24，其分別自舌 部22的後表面向基部B的前表面凹陷。第一收容通道23及第二收容通道 24的内壁沿前後方向均設有複數突條23卜基部21左端的上下兩側被切除 瓜成缺π 211以與舌部22平背，且基部Μ❾上下側沒有被切除的部分設 有複數第-摩擦凸肋210，該等第一摩擦凸肋罵間隔排列且沿前後方向 位於基部21的外圍壁。 • 柔性線路板3包括Μ本體部31及自本體部31的前端先向右上方傾 籲斜延伸再水平向右延伸一段距離後向下豎直彎折延伸的彎折部％，該彎折 部32末端並行設置有兩矩形孔321。υ型本體部31兩臂的外側分別設有 、發光二極體35 (LED) ’該發光二極體35的外側分別蓋有透光件糾，該透 光件34用透明或半透明材料製成，其底座341 一側壓在發光二極體％上， 另一側向外突出形成有突柱342。 請參照第二圖至第五圖所示，導電端子4包括—對接地端子42、位於 —對接地端子42間的-對電源端子41和位於—對電源端子41間的一個提 供偵測作用的訊號端子43。所述每一個端子4呈p〇G〇 (彈箬）針型，即 馨在電源端子41内部設有彈簧（未，組斜，魏端子*的細部45 •可沿組裝方向向後被擠麼而彈性伸縮。所述每個接地端子42 &括一直徑較 小的可被擠壓的圓柱型接觸部45 ’直徑較大_柱型中間部46和直徑梢 小的形成於情部46後餐末端部47。配合部自巾間料的外表面 向外突起。所述電源端子4!與接地端子42的結構基本類似，電源端子41 的圓柱型觸部45比接地端子42的長度短。是故，接地軒&可以最先 f對接連接歸έ ’而最後從對接連脑上證了電源和信號的 傳輪。所述訊號端子43與電源端子41的結構類似，只是訊號端子^的每 一部分都比電源端子41的直徑小。 8 >344590 明茶如、第-圖及第二圖所示，所述印刷電路板5設置為垂直的平面， 且沿别後方向即對接方向形成—定的厚度。印刷電路板5包括—基板％， 基板50具有前表面和相反的後表面，還包括左右兩端。自基板％的前表 面向後表面設置了複數直徑與導電端子4的中間部46匹配的通道W。所 述通道52沿垂直於對接的方向對齊排列成一排。在基板％的右端設置了 複數通孔5；!。每-通孔51内均被鑛上導電材料用以和線缓8電性焊接， 所以通孔51也可稱為線繞連接部。印刷f路板5上裝配了一個驅動冗（積 φ體電路晶片）53 ’以促使發光二極體35 (LED)發光。在印刷電路板5的 後表面且位於通孔51與通道52之間設有複數導電# %，與導電片分相 對的上壁設有一凹口 54。 元件6 ’其包括—對與印刷電路板5的線路烊接的第二接 觸部62、-個與導電端子4的末端部47焊接的第一接觸部61和一對分別 連接對應第二接觸部62和第-摘部61的連接部&，且第—接觸部^ 上設有-圓孔611。在其他實施例中，導電元件6也可以為ζ型或其他 狀。 • 絕緣層7為一薄片且呈孤形結構，其外層塗有枯性物質以貼附於後蓋 12内側’以保證内部元件不與後蓋12導通。 ‘ ^斤述線镜8包括内部導線、包圍内部導線的金屬、編織層和將金屬編織 層封裝的外被。剝去外概暴露出_導線和金屬編織層。每根導線包括 導體和絕緣層。 請參閱第-圖至第三圖及第六圖所示，支樓部9包括應力釋放元件Μ 王屬、部衣92 ’其中應力釋放兀件91之第一主體部91〇呈圓筒狀，該應 力釋放元件91的中間偏左位置設有第一突出部州，左端設有比第—突出⑵ 部州猶大的第二突出部913，於第二突出部913的左側形成有一對相對 9 M344590 的凹槽912，該凹槽912與第二突出部913相連。金屬_ %為一較薄的 圓筒狀，其包括較薄的第二主體部921及位於左端的第二突出部913，該 金屬鉚環92的第二主體部921的内徑比應力釋放元件_第一主體部则 内徑要大，且第二主體部921耕徑比第一主體部91〇耕徑要小。M344590 VIII. New description: [New technical field] Improved strain relief element The present invention relates to a cable connector, in particular to a cable connector. [Prior Art] Press, connect-to-connect Wei Changyi _, Wei Tong C j reveals _ connection 11, which mainly includes the body, the ii ¥ electric & assembled in the body, assembled on the body The circuit board is respectively electrically connected to the terminal and the circuit board = 2 pieces of j are assembled and electrically connected to the stress relief component of the circuit board, the _ and the cover electrically connected to the stress releasing circuit board, and the Wei connector is directly With the shore force|release force, the stress relief element is easily torn at this time, and between the wires and the connector, it is necessary to design a cable connector to overcome the aforementioned deficiencies. [New content] The purpose of the present invention is to provide a cable connection φ device having an improved stress releasing element which can improve the holding force of the stress releasing member and prevent it from being torn. The cable connector of the present invention includes: a body having a plurality of receiving passages, a plurality of conductive terminals received in the receiving passage of the body, and a cable electrically connected to the conductive terminals, and covering a support portion outside the cable and a cover body surrounding the body, the conductive terminal and the partial support portion, wherein the support portion includes a stress release member and a metal rivet ring that are held by the cable, and the stress release member molds the metal willow ring Its interior. Compared with the prior art, the cable connector of the present invention has the following effects: the wire connector has an improved stress releasing element, which can improve the holding force of the stress releasing element and prevent it from being torn. 6 6 M344590 [Embodiment] As shown in the first to second figures, the cable connector 1 of the present invention includes a body 2 made of an insulating material, a plurality of conductive terminals 4 assembled in the body 2, a paper circuit board 3, and assembled to the body 2. a printed circuit board 5, a plurality of conductive elements 6 electrically connected to the conductive terminals 3 and the printed circuit board 5, a wire wound 8 electrically connected to the printed circuit board 5, and a (10) line 8 external branching portion 9, The cover body and the insulating layer 7 of the cover body (4) are provided. In the embodiment, the cover body includes front and rear covers u and 12 and a protective body 13 which are respectively attached to the main body 2 and surround the components. • Referring to the first and third figures, the cover body includes a front cover 1 and a rear cover I2 and a protective body I3. Wherein the '刖盍11 is made of a metal conductive material in the shape of a toothbrush and is in contact with the mating connector. The front cover • 11 includes a rectangular main body 胄 110 and a tubular extending portion 111 extending in a direction perpendicular to the rectangular main body portion 11〇. The rectangular main body portion 110 and the rear end of the tubular extending portion i are jointly provided with a groove (1), and the rectangular main body portion 110 is recessed rearwardly along the front surface into a receiving space 117. The tubular extending portion is provided with a communication space 117. The circular passage 118 is used to make the line lion pass. The upper and lower outer walls of the rectangular body portion 110 are oppositely provided with a pair of through holes 112 recessed toward the receiving space 117, and the inner wall facing the dental hole 112 is provided with a recessed portion 114 recessed toward the outer wall of the main body portion 11. The tube-like extension portion 111 includes a first engagement groove 11S disposed at a position close to the main body portion 110 and a second engagement groove 116 disposed away from an end of the rectangular body portion 110. The rear I2 is made of a metal conductive material, and includes a fitting portion (2) protruding from the front end surface, a third matching groove 122 matching the first mating groove 115 on the front cover 11, and a matching with the second matching groove 116. The fourth engaging groove 123 is provided with a boss 124 at the right end of the third engaging groove 122. The protective body 13 is a flat-plate insulator, and includes a pair of first receiving holes 131, a pair of second receiving holes 132 between the pair of first receiving holes 131, and a third receiving space between the second receiving holes 132 of the scales. Hole 133. The body 2 includes a base portion 21 and a tongue portion 22 extending forward from the base portion. The body 2 is provided with two pairs of 7 M344590 large first-receiving passages 23 and a small second receiving passage 24 located in the center, which are recessed from the rear surface of the tongue portion 22 toward the front surface of the base portion B, respectively. The inner walls of the first receiving passage 23 and the second receiving passage 24 are provided with a plurality of protrusions 23 in the front-rear direction. The upper and lower sides of the left end of the base portion 21 are cut away from the π 211 to be flat with the tongue 22, and the base portion is up and down. The portion where the side is not cut is provided with a plurality of first-friction ribs 210 which are spaced apart and are located in the peripheral wall of the base portion 21 in the front-rear direction. • The flexible circuit board 3 includes a Μ body portion 31 and a bent portion % extending from the front end of the main body portion 31 to the upper right side and then obliquely extending to the right and then extending horizontally to the right. The end of 32 is provided with two rectangular holes 321 in parallel. The outer side of the two arms of the body portion 31 is respectively provided with a light-emitting diode 35 (LED). The outer side of the light-emitting diode 35 is respectively covered with a light-transmitting member, and the light-transmissive member 34 is made of a transparent or translucent material. The base 341 is pressed on one side of the light-emitting diode and the other side is outwardly protruded to form a stud 342. Referring to FIG. 2 to FIG. 5 , the conductive terminal 4 includes a pair of the ground terminal 42 , the pair of the power terminal 41 between the ground terminal 42 and the power source terminal 41 . Signal terminal 43. Each of the terminals 4 is in the shape of a p〇G〇 (elastic) needle, that is, a spring is provided inside the power terminal 41 (not, the group is inclined, the detail of the Wei terminal * 45 is • can be squeezed backward in the assembly direction) Elastically stretchable. Each of the grounding terminals 42 & includes a smaller diameter squeezable cylindrical contact portion 45' having a larger diameter _ cylindrical intermediate portion 46 and a smaller diameter tip formed in the mouth portion 46 The end portion 47. The fitting portion protrudes outward from the outer surface of the towel material. The power terminal 4! is substantially similar in structure to the ground terminal 42, and the cylindrical contact portion 45 of the power terminal 41 is shorter than the length of the ground terminal 42. , Grounding & can be the first f docking connection έ ' and finally from the docking brain to prove the power and signal transmission. The signal terminal 43 and the power terminal 41 structure is similar, only the signal terminal ^ each part The diameter of the power supply terminal 41 is smaller than that of the power supply terminal 41. 8 > 344590 The tea, as shown in the first and second figures, is disposed in a vertical plane, and is formed in the other direction, that is, the butting direction. Thickness. Printed circuit board 5 includes - substrate %, substrate 50 has The front surface and the opposite rear surface further include left and right ends. A channel W having a plurality of diameters matching the intermediate portion 46 of the conductive terminal 4 is provided from the front surface to the rear surface of the substrate %. The channel 52 is aligned in a direction perpendicular to the butting Arranged in a row. A plurality of through holes 5 are provided at the right end of the substrate %; !. Each of the through holes 51 is electrically connected to the wire by the conductive material on the ore, so the through hole 51 can also be called wire winding. A connecting portion of the printed circuit board 5 is provided with a driving redundancy (product φ body circuit wafer) 53' to cause the light emitting diode 35 (LED) to emit light. On the rear surface of the printed circuit board 5 and in the through hole 51 and the channel A plurality of conductive #% is disposed between 52, and a recess 54 is formed on the upper wall opposite to the conductive sheet. The element 6' includes a second contact portion 62 that is connected to the line of the printed circuit board 5, The first contact portion 61 to which the distal end portion 47 of the conductive terminal 4 is welded and the pair are respectively connected to the connection portion & corresponding to the second contact portion 62 and the first-pick portion 61, and the first contact portion is provided with a - hole 611 In other embodiments, the conductive element 6 can also be of a ζ type or other shape. The edge layer 7 is a thin sheet and has an isolated structure, and the outer layer is coated with a dry substance to be attached to the inner side of the back cover 12 to ensure that the internal components are not electrically connected to the rear cover 12. The wire mirror 8 includes internal wires, A metal, a braid, and an outer sheath enclosing the metal braid. The strip is stripped of the outer conductor and the metal braid. Each conductor includes a conductor and an insulating layer. Please refer to Figures -3 to 3 and As shown in the sixth figure, the branch portion 9 includes a stress releasing member Μ, a garment 92' in which the first main body portion 91 of the stress releasing member 91 is cylindrical, and the center portion of the stress releasing member 91 is leftward. A first protruding portion is provided, the left end is provided with a second protruding portion 913 than the first protruding portion (2), and a pair of grooves 912 opposite to the 9 M344590 are formed on the left side of the second protruding portion 913. The second protrusions 913 are connected. The metal_% is a thin cylindrical shape including a thin second body portion 921 and a second protrusion 913 at the left end, the inner diameter of the second body portion 921 of the metal rivet 92 is larger than the stress relief member The first main body portion has a larger inner diameter, and the second main body portion 921 has a smaller diameter than the first main body portion 91.
、、且衣日寸’導電端子4自後向前組裝於本體2，電源端子4卜接地端子 42及偵測端子43的中間部46分別收容於相應的第一、第二收容通道23、 24且一中間部46的後端部分延伸超出本體2的後端面，接觸部μ位於本體 2的前端面之外。導電端子4突露於本體2後端面的部分收容於電路板5 的對應通道52内，並延伸穿過電路板5的後端面。每_導電讀6分別與 對應的‘子4及印刷電路板5的後表面上的線路相焊接。第一和第二 接觸口卩6卜62分別與導電端子4的末端部46和印刷電路板5上的線路焊 接，導電端子4的末端部47收容於第一接觸部61上的圓孔611内，連接 邛63與v電端子4的中間部46的側邊接觸。柔性線路板3沿與對接方向 垂直的方向自左向右包覆於本體2的舌冑22外側，該柔性線路板3的彎折 部32穿過印刷電路板5上壁的凹口 54轉接於印刷電路板$的後表面的 導電片55上。金屬鉚環92鉚接到線纜8上，再將應力釋放元件％成型於 其上，金屬鉚環92被完全包裹在應力釋放元件91内部。線纜8的導線焊 接於印刷電路板5的通孔51内以形成電性連接。保護體13的第一、第二、 第三收容孔131、132、133分別收容對應導電端子4的接觸部必，組裝完 成後將前述元件一起組裝至前蓋Η内，其中透光件34沉入前蓋n的凹陷 區114内，突柱342卡入穿孔112中，前述元件中除支撐部9及線鐵8外 收容於鈾盍11的收容空間117内，應力釋放元件91的第二突出部913卡 入苐配$槽，弟一突出部911卡入第二配合槽116。接著，將後蓋 12自後向前組裝至前蓋u，後蓋12的嵌合部121進入前蓋u的嵌合槽 M344590 Π3 ’同時後蓋12的凸台124卡入應力釋放元件91的凹槽912，第二突出 部913卡入第三配合槽122，第一突出部911卡入第四配合槽123。 綜上所述，本創作確已符合新型專利之要件，爰依法提出專利申請。 惟’以上所述者僅係本創作之較佳實施方式，本創作之範圍並不以前述實 施方式爲限，舉凡熟習本案技藝之人士援依本新型之精神所作之等致修飾 或變化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 第一圖係本創作線欖連接器之立體組合圖。 第二圖係第一圖所示線纜連接器之立體分解圖。 第二圖係第二圖所示線纜連接器之另一視角的視圖。 第四圖係第-圖所不線欖連接器去除蓋體及絕緣層後的立體組合圖。 第五圖係第四圖所示線境連接器之另一視角的視圖。 第六圖係第二圖所示支撐件之剖視圖。 【主要元件符號說明】 線纜連接器 100 前蓋 11 主體部 110 延伸部 111 穿孔 112 嵌合槽 113 凹陷區 114 第一配合槽 115 第二配合槽 116 收容空間 117 通道 118、52 後蓋 12 嵌合部 121 弟二配合槽 122 第四配合槽 123 凸台 124 保護體 13 弟一收容孔 131 M344590 、 第二收容孔 本體 第一摩擦凸肋 舌部 突條 • 柔性線路板 - 彎折部 ® 透光件 ” 突柱 ^ 導電端子 接地端子 接觸部 配合部 印刷電路板 ^ 通孔 凹口 導電元件 圓孔 連接部 線纔 應力釋放元件 第一突出部 第三收容孔 133 基部 21 缺口 211 第一收容通道 23 第二收容通道 24 本體部 31 矩形孔 321 底座 341 發光二極體 35 電源端子 41 訊號端子 43 中間部 46 末端部 47 基板 50 驅動1C 53 導電片 55 第一接觸部 61 第二接觸部 62 絕緣層 7 支撐部 9 第一主體部 910 凹槽 912 12 92 M344590 第二突出部 913 金屬鉚環 第二主體部 921The conductive terminal 4 is assembled to the main body 2 from the rear to the front, and the intermediate portion 46 of the power terminal 4 and the grounding terminal 42 and the detecting terminal 43 are respectively received in the corresponding first and second receiving passages 23, 24 And a rear end portion of an intermediate portion 46 extends beyond the rear end surface of the body 2, and the contact portion μ is located outside the front end surface of the body 2. A portion of the conductive terminal 4 protruding from the rear end surface of the body 2 is received in the corresponding passage 52 of the circuit board 5 and extends through the rear end surface of the circuit board 5. Each _ conductive read 6 is soldered to the corresponding 'sub 4' and the line on the rear surface of the printed circuit board 5, respectively. The first and second contact ports 62 are respectively soldered to the end portion 46 of the conductive terminal 4 and the line on the printed circuit board 5, and the end portion 47 of the conductive terminal 4 is received in the circular hole 611 on the first contact portion 61. The connection port 63 is in contact with the side of the intermediate portion 46 of the v electrical terminal 4. The flexible circuit board 3 is wrapped from the left to the right of the tongue 22 of the body 2 in a direction perpendicular to the mating direction, and the bent portion 32 of the flexible circuit board 3 is transferred through the notch 54 of the upper wall of the printed circuit board 5. On the conductive sheet 55 on the rear surface of the printed circuit board $. The metal rivet ring 92 is riveted to the cable 8, and the stress relief member % is molded thereon, and the metal rivet 92 is completely wrapped inside the stress relief member 91. The wires of the cable 8 are soldered into the through holes 51 of the printed circuit board 5 to form an electrical connection. The first, second, and third receiving holes 131, 132, and 133 of the protective body 13 respectively receive the contact portions corresponding to the conductive terminals 4. After the assembly is completed, the components are assembled into the front cover, wherein the light-transmitting members 34 sink. In the recessed area 114 of the front cover n, the stud 342 is inserted into the through hole 112, and the element is received in the receiving space 117 of the uranium crucible 11 except for the supporting portion 9 and the wire 8, and the second protrusion of the stress releasing member 91 The portion 913 is snapped into the slot, and the protrusion 911 is inserted into the second mating slot 116. Next, the rear cover 12 is assembled from the rear to the front cover u, and the fitting portion 121 of the rear cover 12 enters the fitting groove M344590 Π3' of the front cover u while the boss 124 of the rear cover 12 is engaged with the stress releasing member 91. The second protrusion 913 is engaged with the third engagement groove 122 , and the first protrusion 911 is engaged with the fourth engagement groove 123 . In summary, this creation has indeed met the requirements of the new patent, and filed a patent application in accordance with the law. However, the above descriptions are only preferred embodiments of the present invention, and the scope of the present invention is not limited to the foregoing embodiments, and those who are familiar with the skill of the present invention will be modified or changed according to the spirit of the present invention. It should be covered by the following patent application. [Simple description of the diagram] The first picture is a three-dimensional combination of the creation of the line connector. The second figure is an exploded perspective view of the cable connector shown in the first figure. The second figure is a view of another perspective of the cable connector shown in the second figure. The fourth figure is a three-dimensional combination diagram of the first and the second wire connectors after removing the cover body and the insulating layer. The fifth figure is a view of another perspective of the wire connector shown in the fourth figure. Figure 6 is a cross-sectional view of the support member shown in the second figure. [Main component symbol description] Cable connector 100 Front cover 11 Main body portion 110 Extension portion 111 Perforation 112 Engagement groove 113 Recessed area 114 First engagement groove 115 Second engagement groove 116 Reception space 117 Channels 118, 52 Back cover 12 Fitting part 121 mate 2 matching groove 122 fourth engaging groove 123 boss 124 protecting body 13 mate receiving hole 131 M344590, second receiving hole body first friction rib tongue protruding strip • flexible circuit board - bending part 透Light member" stud ^ conductive terminal ground terminal contact portion fitting portion printed circuit board ^ through hole recess conductive member round hole connecting portion wire stress releasing member first protruding portion third receiving hole 133 base portion 21 notch 211 first receiving passage 23 second receiving passage 24 main body portion 31 rectangular hole 321 base 341 light emitting diode 35 power terminal 41 signal terminal 43 intermediate portion 46 end portion 47 substrate 50 drive 1C 53 conductive sheet 55 first contact portion 61 second contact portion 62 insulation Layer 7 support portion 9 first body portion 910 groove 912 12 92 M344590 second protrusion 913 metal rivet ring second main 921
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