TWM317109U - Cable connectors - Google Patents
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- TWM317109U TWM317109U TW96204289U TW96204289U TWM317109U TW M317109 U TWM317109 U TW M317109U TW 96204289 U TW96204289 U TW 96204289U TW 96204289 U TW96204289 U TW 96204289U TW M317109 U TWM317109 U TW M317109U
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Description
M317109 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,尤其涉及一 、 的抗彎折能力的線纜連接器。 ’、乂 【先前技術】 顯示埠(DiSplayPort)輯連接器是用 常進行插拔操作,因此其她常二 又Χ ^折但疋為了滿足顯不埠線纜連接器嚴苛的雷 >(:ln-ax),母一雙導線雙軸線材包括兩條相互平行的平 斜線、-條用於加強遮罩效果的加蔽線及包覆在 薄膜。而這種雙導線雙軸線材在折彎或扭曲時在 :i:I f很大’給折f處的雙導線雙軸線 ’使仔雙導線雙軸線材中導線的芯線很 因此如何提高線舰彎折能力成為使顯示3 、、見連接裔品質達標準的關鍵。 、、 雔墓提高線繞連接器的抗彎折能力,可以將線纖中的 又V線雙軸線材改為較耐彎曲的雙絞处 ;或對應力消除(St—⑷裝置進二 =線的賴要達到與使用雙導線雙 ^的電氣性能’在加1上报難實現 本二: =嶋,行改良:將⑽^ 不吳觀,並且改善後的效果也不明顯。 線镜連接器的線親在與電連接器相連時 將線镜頭部的一段外殼截斷去除,將線纔中的導線對ς M317109 電性連接到電連接H的㈣端子的尾部,制露出外殼之 外的填充物(尼龍聚乙稀繩(NylonpolyethyleneLine)、 ^線(Cotton Une )、棉套(c〇tt〇n cl〇th)、外銘屬聚醋 溥胰(Overall AlUminum-myiar))截斷去除,然後將金屬 編織1反折後包覆上一層銅箱,最後一起夹持在連接器的 文持衣置上這種傳統的線繞連接器的線繞中的填充物將 …被截斷去除麥防止阻隔金屬編織層與夾持裝置之、間的電 性連接,降低金屬編織層的接地效果。本創作通過改變這 種傳統的線親連接方法來提高線纖的抗彎折能力。 緣是,本創作人有感上述缺失之可改善,乃特潛心研 究並配合學理之運用,終於提出一種設計合理且有效改善 上述缺失之本創作。 【新型内容】 、_本創作提供一種在線纜受力彎折時不容易拉斷線纔 中導線的芯線,具有較強的抗彎折能力的線緵連接器。 馨 為了實現上述的目的,本創作提供一種線纜連接器,· 匕括電連接裔及一條連接在該電連接器後部的線雙,今 /電連接器具有若干導電端子及一爽持裝置,該線纜包括; ;干導線、若干填充物、一金羼編織層及一外殼,該線纜的 /、充物包括尼龍聚乙烯繩、棉線、棉套及外紹箔聚酿薄 膜,該線纜的導線由若干雙導線雙轴線材中的平行導線及 ;若干單一導線組成,該金屬編織層包覆在這些.導線與這些 填充物的外周,該外殼再包覆在該金屬編織層的外周,該 線纜的導線對應地電性連接到該電連接器的導電端子,該 線纜内的填充物及該金屬編織層被反折到該外殼的外表 M317109 面,該電連接器的夾持裝置再將該線 及金屬編織層緊密夾持在其中。 反折後的填充物 該電連、接器至少包括一出道@ a 體,該夾持裝置是由該遮蔽殼體的後=製成的遮蔽殼 該遮蔽殼體與反折後的金屬編織層電性連成的’ 声面這ί”物被分擰成若干束後再反折上么的外 表面,且未與反折後的金屬編織層重疊。 卜成的外 本創作的線纜連接器將線纜中1括外鋁 膜、棉套、棉線、尼龍聚乙烯、繩等 、.ν白聚酉曰溥 外殼的外表面,再與金屬編織居一4 +"匆反折到線纜 殼體的夾持裝置中,這樣一 ^線二,接器遮蔽 伸應力由線繞中的填充物承擔 1号折時產生的拉 ΛΑ m ^ r , 不田部分,從而減小了 線、,見在文力折-扭曲時受到的損害 被拉斷而失去了僂導俨缺沾处A /、甲的心綠X力 彎能Γ。 從而提高了線纜的抗折 Η以進一步瞭解本創作之特徵及技術内容,請參 供參考與侧,並非彻檐力 【實施方式】 了二閱弟一圖至第十圖’本創作的線纜連接器是一顯 二f、(D1Splay p0rt)線纜連接器,包括一電連接器卜 2連接在該電連接H丨後部的㈣2、— 力消除裝置4。 . m 雕11該Λ連接器1包括一絕緣本體11、裝設在該絕緣本 内的奸導電端子12、—對接殼體13、-上遮蔽殼 M317109 體14、一下遮蔽殽體15、一上殼體ι6和一下殼體η。 該絕緣本體11上設有若干前後貫穿的端子孔,這些 導電端子12對應穿設在這些端子孔中;該絕緣本體 還設置有其他構件,但並縣專·特徵所在之處,在此 不再贅述。 該對接殼體13是由金屬導電材料製成的,匹配地包 … 覆在該絕緣本體11前部的外周。 該上遮蔽殼體14是由金屬導電材料製成的,包括一 頂壁141 #從該頂壁141的兩側向下彎折延伸而成的兩側 壁142,該頂壁141的後端向後延伸設有一彈片145。 該下遮蔽殼體15也是由金屬導電材料製成的,包括 -底壁151及從該底㈣i的兩側向上料延伸而成的兩 側壁152;該底壁151的後端向後延伸設有—連接片154, 該連接片154的後端彎折形成一筒狀的夾持裝置155。 該上遮蔽殼體14和該下遮蔽殼體15分別從上方和下 方包覆在該絕緣本體11的後部和該對接殼體丨3的後部的 外周;該上遮蔽殼體14和該下遮蔽殼體]5合圍形成 部設有容置空間並與對接殼體13電性連祕祕 該上殼體16和該下殼體17採用塑膠材料製成,合 成-外殼體包覆在該上遮蔽殼體14和該下遮蔽殼體巧的 外周。 ,如第-圖及第二,圖所示,該線纜2包括若干雙導線 轴線材21、若干單一導線22、—尼龍聚乙烯繩23、若 棉線24、一槔套25、一外鋁落聚醋薄膜%、 層27及一外殼28。 M317109 每一雙導線雙軸線材21包括兩平行導線211、一加 蔽線(Drain wire) 212以及包覆在該兩平行導線211和 加蔽線212外周的鋁篇聚酯薄膜213、;每一平行導線211 包括一由金屬導電材料製成的芯線2112和一包覆在芯線 2112外周的絕緣層2114,其中該加蔽線212及鋁箔聚酯 薄膜213可以防止平行導線211芯線2112中的信號傳輸 受到外界的電磁干擾。 « · . 每一單一導線22包括一由金屬導電材料製成的芯線 # 222和一包覆在芯線222外周的絕緣層224,這些芯線222 可以用作電力傳輪。 。亥線縫2的結構從内至外來看,這些單一導線μ $ 尼龍聚2.3互相平行緊靠著設置在該線魔2的中 立置,廷些雙導線雙軸線材21 #列設置在這些單 名 过此摊:j又轴線材21的外侧之間,該棉套25包覆4 ^雙喊雙軸線材21和棉線24 溥膜26再包覆在該棉套25休w 以外鋁泊來酉: 、廣罢斗A 的外周為晨面的導線提供雷β …、罩’忒孟屬編織層27為一層全屬鮮固毕八 覆在該全屬編墦屏沾Γ疋採絕緣材料製成並自 辣織層27的外周。為了方 己 述,下面將尼龍聚乙烯繩23、棉線、十本創作進行指 聚酯薄膜26等未用作電力.帛套25及外鋁.箱 填充物7。 _力傳輪或信號傳輪的㈣統稱為 本創作的線纜連接器的組 . 至第十圖: 衣過転明依次翏看第三圖 M317109 先將線纟覽2與雷逵;1 ± 斷去除;將露出.外雙相連接處的一段外殼28截 f 1 P地反拼ξ,ι & , 外金屬編織層2 7分成幾部分 卜殼28的外表面上;再將露出外殼 夫#八屬總Λ 刀擰成兩束後再反折至外殼28外表面 =不It27覆蓋的部分’其中需要注触 物7 1里不與金屬編織層27重疊。 f反折至外设28外表面上的金屬編織層 8上的至屬編織層27充分接觸。 後向前穿過夹持裝置155,使夾持裝謹 =,:_27和填充物7緊密地夹持在二。卜ς 在夾持裝置155外,該彈片⑷壓接在 、甬、:二上。^中反折至外殼28上的金屬、編織層27 及下遮蔽殼體15的夹持裝置15 13電性連接,再與另—相對應的電連接器(圖未tri 對接達到接地的效果。 口禾丁)相 州f些平行導線211的芯線2112和單一導線22的芯線 、二为別對應焊接到若干個導電端子12上;在本創作中 =些平仃導線2U的芯線2!! 2和單一導線22的怒線奶 =直接焊接到導電端子12的尾部,但在其他實施方式 卜平行導線211和單-導線22也可以通過一印刷電路 板(圖未示)電性連接到導電端子12的尾部。 在線親2上夾持裝置155的後方注塑成型一應力 10 M317109 裝置4。 、#將上殼體16和下殼體17分別從上方和下方裝設到上 J蔽殼體14’和該下遮蔽殼冑15的外周,纟中該應力消除 衣置4被卡設在上殼體16和下殼體17之間的後部,防止 線規2在受料力拉拔時破壞平行導線2ιι和單 子12之間的電性連接_。該電連接器1的 :接敢體13從上殼體16和下殼體Π的前端向前突伸而 力古=作、輯連接11的線纜2在連接到電連接器1時ϋ 法那㈣填充物7去除來防止其阻隔金 置155之間的電性連接,而是將線續 充物7为擰成兩束後再反折到外殼別的外表面, :兵:屬:織層27-併夹持在電連接器1的夾持裝置15, 由於金屬編織層27與填充物7沒有重 ί:Ιί!;Γ"27^ 提取出器中各 失效的響折it 使進行90度彎折直至祕 得了:ί f可以看出本創作線纜連接器的抗彎折性能 7被電連接器!的夹持裝置155 的填充 線纜2受力蠻抽…人符在其中,因而 又力⑦折知產生的拉伸應力由 承擔了相當一邱八W工、』 &見4甲的填充物 ^,攸而減小了線纜2在受力折彎扭曲丨 11 M317109 對平行導線211和單-導線22造 芯線伽2、222)受力被拉斷而失去貝緖^止其中的 提高了2的、f折失射數,改 μ =力’從而 折能力。 。了線纟見連接器的抗彎 然而,以上所述僅為本創作的較 限制本創作的㈣,在本實施==彳,並非 .繩…棉線24、棉套25及外㈣聚^膜= •充物7全部反折到外殼28的外表 、壯斤有毛、 中,而在其他可能的實施方式中僅丈再^在夾/裝置挪 7也能達到相.類似的效果,故凡運用本= 内容所作出的等效結構變化,均包 二月1及附圖 内。 3在本創作的保護範圍 圖式簡單說明】 ^圖是本創作龍連接器中的_未經加^的立 圖 第 圖 圖是 本創作線纜連接器中的線纜未經加工時的 前視 1'^ 圖;疋本創作線料接,器中的_包上銅·的立體 第七圖^ 遮蔽殼體的立體分解圖; 疋創作線纜連接器中的絕緣本體、對接殼體、線 12 M317109 纔、銅箱和下遮蔽殼體的立體組裝圖; 第八圖是本創作線纜連接器中的絕緣本體、對接殼體、線 纜、銅箔、上遮蔽殽體和下遮蔽殼體啲立體組裝圖; 第九圖是本創作線纜連接器的立體分解圖; 第十圖是本創作線纜連接器的立體組裝圖。 .·【主要元件符號說明】 一 1電連接器 • 11絕緣本體 12導電端子 13對接殼體 14上遮蔽殼體 141頂壁 142侧壁 145禪片 15下遮蔽殼體 _ 151底壁 152側壁 154連接片 16上殼體 17下殼體 155夾持裝置 2線纔 21雙導線雙轴線材 2112芯線 212加蔽線 211平行導線 2114絕緣層 213鋁箔聚酯薄膜 13 M317109 224絕緣層 22單一導線 222芯線 、23尼龍聚乙、烯繩 2 4棉線 25棉套 . 26外鋁箔聚酯薄膜 … 27金屬編織層 28外殼M317109 VIII. New Description·· 【New Technical Fields Included】 This creation relates to a 'cable connector, especially a cable connector that resists bending. ', 乂 [Prior Art] Display 埠 (DiSplayPort) connector is often used for plugging and unplugging operations, so she often Χ Χ 疋 疋 疋 疋 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 满足 ( ( ( ( ( : ln-ax), the mother-double wire double-axis material comprises two parallel oblique lines, a stripping wire for reinforcing the mask effect and coating on the film. When the double-conductor double-axis material is bent or twisted, the i:I f is very large, and the double-wire double-axis at the fold f makes the core of the wire in the double-conductor double-axis material so that the line ship is improved. The ability to bend is the key to making the display 3, and seeing the quality of the connected people. To improve the bending resistance of the wire-wound connector, the V-line double-axis material in the wire can be changed to a more resistant twisted pair; or the stress relief (St-(4) device enters two=line The reliance to achieve the electrical performance with the use of double-wire double ^ is difficult to achieve in the first report: = 嶋, line improvement: will (10) ^ not Wu Guan, and the effect after improvement is not obvious. Mirror connector When the line is connected to the electrical connector, the segment of the wire lens portion is cut off, and the wire pair 317 M317109 in the wire is electrically connected to the tail of the (four) terminal of the electrical connection H to expose the filler outside the casing. (NylonpolyethyleneLine, Cotton Une, cotton cover (c〇tt〇n cl〇th), outer eucalyptus (Overall AlUminum-myiar)) is cut off, and then the metal is woven 1 After folding, it is covered with a layer of copper box, and finally clamped together on the connector of the connector. The filler in the wire wound of the conventional wire-wound connector will be cut off to remove the barrier metal barrier. Electrical connection with the clamping device to reduce the metal braid The effect of this technique is to improve the bending resistance of the fiber by changing this traditional line-link connection method. The reason is that the creator feels that the above-mentioned deficiency can be improved, and it is devoted to research and cooperation with the theory. This paper proposes a creation that is reasonable in design and effective in improving the above-mentioned defects. [New content] _ This creation provides a core wire that is not easy to pull the wire in the cable when the cable is bent, and has strong bending resistance. In order to achieve the above purpose, the present invention provides a cable connector, including an electrical connection and a wire double connected to the rear of the electrical connector, the current/electrical connector has a plurality of conductive terminals And a cooling device, the cable comprises: a dry wire, a plurality of fillers, a metal braid layer and a casing, and the cable/filling comprises a nylon polyethylene rope, a cotton thread, a cotton sleeve and a foil coating. Brewed film, the wire of the cable is composed of parallel wires in a plurality of double-conductor double-axis materials; and a plurality of single wires, the metal braid is coated on the outer circumference of the wires and the fillers, The shell is further coated on the outer circumference of the metal braid, and the wires of the cable are correspondingly electrically connected to the conductive terminals of the electrical connector, and the filler in the cable and the metal braid are folded back to the outer casing. Appearance M317109, the clamping device of the electrical connector then tightly clamps the wire and the metal braid therein. The refilled filler The electrical connector and the connector include at least one exit@a body, the clamping device Is the rear cover made of the shielding shell = the shielding shell that is electrically connected to the folded metal braid layer is twisted into a plurality of bundles and then folded back? The outer surface of the outer surface of the cable is not overlapped with the metal braid layer after the folding. The cable connector of the original creation of the cable includes an outer aluminum film, a cotton sleeve, a cotton thread, a nylon polyethylene, a rope, etc. The outer surface of the white polythene shell, and then the metal weaves a 4 +" rushed back into the clamping device of the cable housing, so that the wire shields the tensile stress from the filler in the wire winding Take the pull m ^ r produced when the number 1 is folded, the part of the field, thus reducing the line, Herein off force - when subjected to twist damage lost hunchback pulled off the guide stick Yan missing at A /, A bending force heart green energy X Γ. Therefore, the anti-folding of the cable is improved to further understand the characteristics and technical contents of the creation, please refer to the reference and the side, and it is not a complete force [embodiment] The second reading brother to the tenth figure 'the line of the creation The cable connector is a (D1Splay p0rt) cable connector, and includes an electrical connector 2 connected to the (4) 2, the force eliminating device 4 at the rear of the electrical connection H丨. m 1111 The Λ connector 1 includes an insulative housing 11, a conductive terminal 12 mounted in the insulating body, a butt housing 13, an upper shielding shell M317109 body 14, a lower shielding body 15, and an upper The housing ι6 and the lower housing η. The insulative housing 11 is provided with a plurality of terminal holes penetrating therethrough. The conductive terminals 12 are correspondingly disposed in the terminal holes. The insulative housing is further provided with other components, but the place where the characteristics of the county are located is no longer Narration. The docking housing 13 is made of a metal conductive material and is matched to the outer circumference of the front portion of the insulating body 11. The upper shielding shell 14 is made of a metal conductive material and includes a top wall 141. Two side walls 142 are bent downwardly from opposite sides of the top wall 141. The rear end of the top wall 141 extends rearward. A shrapnel 145 is provided. The lower shielding shell 15 is also made of a metal conductive material, and includes a bottom wall 151 and two side walls 152 extending upward from opposite sides of the bottom (4) i; the rear end of the bottom wall 151 extends rearwardly- The connecting piece 154 is bent at the rear end of the connecting piece 154 to form a cylindrical holding device 155. The upper shielding shell 14 and the lower shielding shell 15 respectively cover the rear portion of the insulative housing 11 and the outer periphery of the rear portion of the mating housing frame 3 from above and below; the upper shielding housing 14 and the lower shielding shell The body 5 is provided with an accommodating space and is electrically connected to the butting case 13. The upper case 16 and the lower case 17 are made of a plastic material, and the synthetic-outer case is covered by the upper cover case. The outer circumference of the body 14 and the lower shielding shell. As shown in the first and second figures, the cable 2 includes a plurality of double-conductor axis materials 21, a plurality of single wires 22, a nylon polyethylene rope 23, a cotton thread 24, a sleeve 25, and an outer aluminum foil. Polyester film %, layer 27 and a casing 28. M317109, each double-conductor double-axis material 21 includes two parallel wires 211, a drain wire 212, and an aluminum-polyester film 213 covering the outer circumferences of the two parallel wires 211 and the drain wire 212; The parallel wire 211 includes a core wire 2112 made of a metal conductive material and an insulating layer 2114 coated on the outer periphery of the core wire 2112, wherein the drain wire 212 and the aluminum foil polyester film 213 can prevent signal transmission in the parallel wire 211 core wire 2112. Subject to electromagnetic interference from the outside world. Each single wire 22 includes a core wire #222 made of a metal conductive material and an insulating layer 224 coated on the outer periphery of the core wire 222, and these core wires 222 can be used as a power transmission wheel. . From the inside to the outside, the single wire μ $ nylon poly 2.3 is parallel to each other and placed in the neutral position of the line 2, and the two double-wire double-axis materials 21 # column are set in these single names. Through this booth: j between the outer side of the axis material 21, the cotton sleeve 25 is covered with 4 ^ double shunt double-axis material 21 and cotton line 24 溥 film 26 and then wrapped around the cotton sleeve 25 rest w aluminum 泊 酉 : The outer circumference of the strike A provides the Ray β for the wire of the morning surface. The cover of the 忒 忒 属 编织 编织 为 为 为 为 为 为 为 为 为 为 27 27 27 27 27 27 27 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在The outer periphery of the woven layer 27. For the sake of the above, the nylon polyethylene rope 23, the cotton thread, and the ten-creative polyester film 26 are not used as the electric power. The sleeve 25 and the outer aluminum. _ force transmission wheel or signal transmission wheel (4) is collectively referred to as the group of cable connectors of this creation. To the tenth picture: 衣过転明翏翏看三图M317109 First line view 2 and Thunder; 1 ± Broken off; will be exposed. The outer casing of the outer two-phase joint is cut off by f 1 P, and the outer metal braid 27 is divided into several parts of the outer surface of the shell 28; #八属总Λ The knife is twisted into two bundles and then folded back to the outer surface of the outer casing 28 = the portion covered by the It27 which does not overlap the metal braid 27 in the contact 71. f is folded back to the woven layer 27 on the metal braid 8 on the outer surface of the peripheral 28 to be in full contact. The back is passed forward through the clamping device 155 so that the clamping device =, :_27 and the filler 7 are tightly clamped at two. In addition to the clamping device 155, the elastic piece (4) is crimped onto the cymbal, :, and two. ^ The metal, the braid 27 and the clamping device 15 13 of the lower shielding case 15 which are folded back to the outer casing 28 are electrically connected, and then the other corresponding electrical connectors (the figure is not tributed to achieve the grounding effect). The core wire 2112 of the parallel wires 211 and the core wires of the single wires 22 and the other wires are welded to the plurality of conductive terminals 12; in the present invention, the core wires 2 of the flat wire 2U are 2! The anger line milk of the single wire 22 is directly soldered to the tail of the conductive terminal 12, but in other embodiments, the parallel wire 211 and the single wire 22 may also be electrically connected to the conductive terminal 12 through a printed circuit board (not shown). The tail. A stress 10 M317109 device 4 is injection molded behind the clamping device 155 on the line. The upper casing 16 and the lower casing 17 are respectively mounted from above and below to the outer periphery of the upper J casing 14' and the lower shielding casing 15, and the stress relief coating 4 is clamped thereon. The rear portion between the housing 16 and the lower housing 17 prevents the wire gauge 2 from breaking the electrical connection between the parallel wires 2 ι and the unit 12 during the drawing of the material. The connector 1 of the electrical connector 1 protrudes forward from the front end of the upper casing 16 and the lower casing 而, and the cable 2 of the connection 11 is connected to the electrical connector 1 That (4) the filler 7 is removed to prevent it from blocking the electrical connection between the gold 155, but the wire splicing 7 is twisted into two bundles and then folded back to the outer surface of the outer casing, : 兵: 属: weaving Layer 27 - and clamped to the clamping device 15 of the electrical connector 1, since the metal braid 27 and the filler 7 are not heavy: Γ quot quot 27 27 27 27 27 27 27 27 27 27 27 27 The degree is bent until it is secret: ί f can be seen that the bending resistance of the cable connector of the present invention is 7 by the electrical connector! The filling cable 2 of the clamping device 155 is forced to be sucked... And the force of 7% of the resulting tensile stress is assumed by the equivalent of a Qiu eight W, " & see 4 A filler ^, 减小 and reduced the cable 2 in the force bending twist 丨 11 M317109 pairs parallel The wire 211 and the single-wire 22 core wire gamma 2, 222) are pulled apart and lose the buckling. The increase of 2, the f-folding number of misses, and the change of μ = force' and thus the ability to fold. . The line sees the bending resistance of the connector. However, the above is only the limitation of the creation of this creation (4), in this implementation ==彳, not the rope... cotton 24, cotton sleeve 25 and outer (four) poly film = • The filling 7 is all folded back to the outer surface of the outer casing 28, and the hair is strong and medium, and in other possible embodiments, only the clamping/device movement 7 can achieve the same effect. = The equivalent structural changes made by the content are included in February 1 and in the drawings. 3 In the scope of the protection of this creation, a simple description] ^ Figure is the original diagram of the creation of the Dragon connector _ not added ^ The diagram is the front of the cable in the creative cable connector before processing视1'^图; 疋本创作线线接接, _包上铜· Stereo seventh figure in the device ^ The three-dimensional exploded view of the shielding shell; 疋Insulation body in the cable connector, butt shell, Figure 12 is an assembled view of the copper box and the lower shielding case; Figure 8 is the insulating body, the butt housing, the cable, the copper foil, the upper shielding body and the lower shielding case in the cable connector of the present invention. The stereoscopic assembly diagram of the body; the ninth diagram is an exploded perspective view of the cable connector of the present invention; and the tenth is an assembled view of the cable connector of the present invention. [Main component symbol description] 1 electric connector • 11 insulative housing 12 conductive terminal 13 butt housing 14 upper shielding housing 141 top wall 142 side wall 145 Zen piece 15 lower shielding housing _ 151 bottom wall 152 side wall 154 Connecting piece 16 upper case 17 lower case 155 holding device 2 line 21 double wire double axis material 2112 core line 212 drain wire 211 parallel wire 2114 insulating layer 213 aluminum foil polyester film 13 M317109 224 insulating layer 22 single wire 222 core wire , 23 nylon polyethylene, olefin rope 2 4 cotton 25 cotton sleeve. 26 outer aluminum foil polyester film... 27 metal braid 28 shell
I 3銅f白 4應力消除裝置 7填充物I 3 copper f white 4 stress relief device 7 filler
1414
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW96204289U TWM317109U (en) | 2007-03-16 | 2007-03-16 | Cable connectors |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW96204289U TWM317109U (en) | 2007-03-16 | 2007-03-16 | Cable connectors |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM317109U true TWM317109U (en) | 2007-08-11 |
Family
ID=39457237
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW96204289U TWM317109U (en) | 2007-03-16 | 2007-03-16 | Cable connectors |
Country Status (1)
Country | Link |
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TW (1) | TWM317109U (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112072402A (en) * | 2019-06-11 | 2020-12-11 | 中山立杰精密器材有限公司 | Type-c data line |
CN116779225A (en) * | 2023-07-12 | 2023-09-19 | 苏州良沃电子科技有限公司 | Anti-off-line probe communication cable and processing technology thereof |
-
2007
- 2007-03-16 TW TW96204289U patent/TWM317109U/en not_active IP Right Cessation
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112072402A (en) * | 2019-06-11 | 2020-12-11 | 中山立杰精密器材有限公司 | Type-c data line |
CN116779225A (en) * | 2023-07-12 | 2023-09-19 | 苏州良沃电子科技有限公司 | Anti-off-line probe communication cable and processing technology thereof |
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MM4K | Annulment or lapse of a utility model due to non-payment of fees |