M334510 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種可應用於各種訊號橋接轉換裝置 的排線連接器。 【先前技術】 按，目前一般個人電腦、液晶電視等數位電氣裝置， 除了内建有主機板（以下簡稱主板）之外，大多另外建構有 * 供相關週邊裝置接續使用的傳輸介面，例如萬用串列匯流 排傳輸介面（Universal serial bus，USB)即為一種外部 匯流排標準，可以讓電氣裝置連接USB裝置，事實上許多 數位電氣裝置的主板上亦進一步建構如SATA(Serial ΑΤΑ) ^ HDMI(High-Definition Multimedia Interface) 或是D-sub等傳輸介面的連接埠，供連接其他不同規格的 裝置使用。 而一般電氣裝置需再藉由一連接線作訊號聯結，如第 _ 一圖所示，該連接線8 0由一兩端具有連接器8 2之線纜 .8 1構成，連接器8 2中更設有用以使電性連結之端子組 8 3，當連接線8 0經由連接器8 2與電氣裝置之連接埠 9 0相接時即可構成訊號連結，惟，上述連接器8 2係一 體成型並包覆線纜8 1與端子組8 3，生產、組裝的製造 成本較高，且當僅有線纜8 1損壞或長度不夠時仍須更換 整條連接線8 0，其整體適用性並不如預期理想。 M334510 【新型内容】 一本創作之排線連接器係包括一組排線、一個連接器本 =,>至乂 一個固定件以及一個蓋體，該排線一端具有接觸 j ,忒連接裔本體具有一個供排線伸入的容置槽以及若干 ，即可利用該固定件將排線固定於容置槽中，並藉由 ，盍體固定於連接器本體的容置槽處供保護容置槽内的 端子以及排線，同時壓迫排線使其接觸部確實與端子相接 觸導通’俾構成一結構穩固且可應用於各種訊號橋接轉換 _裝置的排線連接器。 與上述既有習知技術相比較，本創作係具有下列功 效： 1、 本創作排線連接器當中的排線可以利用固定件固 疋於谷置槽中，有效提升整體結構的穩固性，避免排線因 拉扯而脫落而無法構成電性連結。 2、 本創作連接埠排線組為組合式，大幅簡化生產、 組裝成本。 • j、本創作連接埠排線組當中的排線僅利用固定件固 定於谷置槽中，當排線損壞或長度不夠時可單就排線作更 換。 【實施方式】 *本創作之特點，可參閱本案圖式及實施例之詳細說明 而獲得清楚地瞭解。 本創作「排線連接器及其應用之訊號橋接轉換裝置」 M334510 旨在提供-種可應用於各種職橋接轉換裝置，且具有能 夠方便快速組裝、結構穩固且方便更換零組件功能的排線 連接器；如第二圖及第三圖所示，整體排線連接器i基本 上係包括有··一組排線1 1、一個連接器本體1 2、至少 一個固定件13以及一個蓋體14;於本實施中： 該排線1 1中係具有芯線i i i並於排線i i 一端 外露有接觸部1 1 2，另於排線1 1位於接觸部1 1 2兩 侧進一步設有孔洞1 1 3。 鲁 该連接器本體1 2係具有一個供排線1 1伸入的容 置槽1 2 1以及若干端子1 2 2,其各端子1 2 2並且延 伸至容置槽1 2 1處，容置槽1 2 1開口係朝上設置，且 於兩侧的槽壁位置各設有相對應的卡槽1 2 3。 該固定件1 3係為一柱體1 3 1，並設置於容置槽1 2 1中位於端子1 2 2之兩侧，用以將排線1 1固定於容 置槽121中。 該蓋體14係向下蓋合固定於連接器本體1的容置 • 槽1 2 1處供保護容置槽1 2 1内的端子1 2 2以及排 線1 1，於兩外側壁面則設有相對扣入容置槽1 2 1卡槽 1 2 3的卡勾1 4 1，並進一步於蓋體1 4底部對應於該 些柱體1 3 1位置處設有扣部1 4 2 ° 具體實施時，排線1 1係藉由孔洞1 1 3套設於連接 器本體1 2容置槽1 2 1中之柱體1 3 1上構成定位，再 將蓋體1 4蓋合於連接器本體1 2之容置槽1 2 1中，其 蓋體14係透過卡勾141與容置槽121之卡槽12 M334510 3相互扣合以限制蓋體1 4脫落，此時蓋體1 4底部之扣 部1 4 2扣入柱體1 3 1並壓迫排線1 1使其接觸部工 1 2確實與端子1 2 2相接觸導通，如此即構成整體排線 連接器1之組裝結合。 再者，如第四圖所示，該固定件1 3係為一壓板1 3 2’而該壓板1 3 2固設於排線1 1上靠近接觸部1 1 2 處’其中，壓板132長度大於排線11之寬度，其二端 分別具有階級部1 3 3，而階級部1 3 3之高度大致等於 春排線1 1之厚度，在壓板1 3 2壓合黏接於排線1 1之一 端上時，壓板1 3 2之二端外露於排線1 1外，並分別利 用焊接的方式固定於容置槽1 2 1，因此即可藉由壓板1 3 2將排線11固定於容置槽121中。 也可如第五圖所示同時於容置槽121中與排線1 1上均設有固定件1 3，例如設於容置槽1 2 1中的柱體 1 3 1以及固設於排線1 1上的壓板1 3 2，排線1 1係 可藉由孔洞1 1 3套設於連接器本體12容置槽121 •中之柱體13 1上，並可由壓板132將排線1 1固定於 容置槽1 2 1中構成更穩固的定位效果，另外，如圖所 示’該壓板1 3 2二端可進一步設有槽孔1 3 4，藉由槽 孔1 3 4可增加焊錫的固定面積，而使壓板1 3 2更加牢 固的焊接於容置槽121中。 另外’如第六圖所示，可進一步於容置槽1 2 1底部 設有磨擦部1 2 4，讓排線1 1除了藉由固定件1 3達到 固定作用外，更可由磨擦部1 2 4提供一容置槽1 2 1與 M334510 排線1 1之間的磨擦力，以防止排線1 1滑移。 當然，本創作當中的排線連接器1可以應用於如第二 圖至第五圖所示之單頭式序列先進技術附件介面（SATA) 訊號橋接轉換裝置，也如第七圖所示，應用於雙頭式序列 先進技術附件介面（SATA)訊號橋接轉換裝置；亦可以如第 八圖所示，應用於萬用串列匯流排傳輸介面（USB)訊號 橋接轉換裝置；或是應用於低電壓差動信號傳輸介面 (LVDS)訊號橋接轉換裝置、數位音樂加密技術介面（SDM j) _訊號橋接轉換裝置或高解析度多媒體介面（HDMI)訊號橋 接轉換裝置上。 藉由上述蓋體與連接器本體利用組裝壓合構造與排 線相結合之設計，可以大幅簡化生產、組裝成本，以及視 需要更換不同長度的排線使用；尤其，可利用固定件穩固 的將排線固定於連接器本體中。 本創作之技術内容及技術特點已揭示如上，然而熟悉 本項技術之人士仍可能基於本創作之揭示而作各種不背 鲁離本案創作精神之替換及修飾。因此，本創作之保護範圍 應不限於實施例所揭示者’而應包括各種不背離本創作之 替換及修飾，並為以下之申請專利範圍所涵蓋。 【圖式簡單說明】 第一圖係為一種習用連接器之結構示意圖。 第二圖係為本創作排線連接器之第一實施例外觀立體圖。 第二圖係為本創作排線連接器之第一實施例分解圖。 M334510 第四圖係為本創作排線連接器之第二實施例分解圖。 第五圖係為本創作排線連接器之第三實施例分解圖。 第六圖係為本創作排線連接器之第四實施例分解圖。 第七圖係為本創作排線連接器之第三實施例分解圖。 第八圖係為本創作排線連接器之第四實施例分解圖。 壓板1 3 2 階級部1 3 3 槽孔1 3 4 蓋體1 4 卡勾1 4 1 扣部1 4 2 連接線8 0 線纜8 1 連接器8 2 端子組8 3 連接琿9 0 【主要元件代表符號說明】 排線連接器1 _ 排線1 1 芯線1 1 1 接觸部112 孔洞1 1 3 連接器本體12 容置槽121 端子1 2 2 卡槽1 2 3 • 磨擦部1 2 4 固定件13 柱體1 3 1M334510 VIII. New description: [New technical field] This creation is about a cable connector that can be applied to various signal bridge conversion devices. [Prior Art] According to the current general personal computer, LCD TV and other digital electrical devices, in addition to the built-in motherboard (hereinafter referred to as the motherboard), most of the other construction of the transmission interface for the relevant peripheral devices, such as universal The serial bus (USB) is an external bus standard that allows electrical devices to be connected to USB devices. In fact, many digital devices are further built on the motherboard such as SATA (Serial ΑΤΑ) ^ HDMI ( High-Definition Multimedia Interface) Or a connection interface such as D-sub for connecting to other devices of different specifications. In general, the electrical device needs to be connected by a connection line. As shown in the first figure, the connection line 80 is composed of a cable .8 1 having a connector 8 2 at both ends, and the connector 8 2 is Further, a terminal group 8 3 for electrically connecting is formed, and when the connection line 80 is connected to the connection 埠90 of the electric device via the connector 8 2, a signal connection can be formed, but the connector 8 2 is integrated. Forming and covering the cable 8 1 and the terminal group 83, the manufacturing cost of production and assembly is high, and the entire connection line 80 must be replaced when only the cable 8 1 is damaged or the length is insufficient. Not as good as expected. M334510 [New content] A creative cable connector consists of a set of cable, a connector, =, to a fixed piece and a cover, the wire has a contact j at one end, and the connected body The fixing slot has a receiving slot for the cable to be inserted into the receiving slot, and the bracket is fixed to the receiving slot of the connector body for protection and accommodation. The terminals and the wires in the slots, while pressing the wires so that the contacts are in contact with the terminals, constitute a cable connector that is structurally stable and can be applied to various signal bridge conversion devices. Compared with the above-mentioned prior art, the author has the following functions: 1. The cable in the creative cable connector can be fixed in the valley groove by using the fixing member, thereby effectively improving the stability of the overall structure and avoiding The cable is disconnected due to pulling and cannot form an electrical connection. 2. The combination of the creation and the splicing line group is a combination, which greatly simplifies the production and assembly costs. • j. The cable in the cable connection group of this creation is fixed in the valley groove only by the fixing member. When the cable is damaged or the length is not enough, the cable can be replaced. [Embodiment] * The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the examples. The M334510 is designed to provide a variety of bridge switching devices, and has a cable connection that can be easily assembled quickly, has a stable structure, and is easy to replace components. As shown in the second and third figures, the overall cable connector i basically comprises a set of cable 1 1 , a connector body 2 2 , at least one fixing member 13 and a cover 14 In the present embodiment, the wire 1 has a core wire iii and a contact portion 1 1 2 is exposed at one end of the wire ii, and a hole 1 1 is further disposed at a side of the wire 1 1 at both sides of the contact portion 1 1 2 3. The connector body 1 2 has a receiving slot 1 2 1 into which the cable 1 1 extends, and a plurality of terminals 1 2 2 , each of which extends to the receiving slot 1 2 1 and is accommodated. The slots 1 2 1 are arranged upwards, and corresponding slot slots 1 2 3 are provided at the slot wall positions on both sides. The fixing member 13 is a cylinder 133 and is disposed on the two sides of the terminal 1 2 2 in the accommodating groove 1 2 1 for fixing the wire 1 1 in the accommodating groove 121. The cover body 14 is downwardly closed and fixed to the receiving/slot 1 2 1 of the connector body 1 for protecting the terminal 1 2 2 and the cable 1 1 in the receiving groove 1 2 1 on both outer side wall surfaces. There is a hook 1 4 1 which is relatively fastened into the receiving groove 1 2 1 card slot 1 2 3 and further has a buckle portion 1 4 2 ° at the bottom of the cover body 1 4 corresponding to the positions of the columns 1 3 1 In the implementation, the cable 1 1 is formed by positioning the hole 1 1 3 on the column 1 3 1 of the connector body 1 2 accommodating groove 1 2 1 , and then covering the connector 1 4 to the connector In the receiving slot 1 2 1 of the main body 12, the cover 14 is fastened to each other through the hook 141 and the slot 12 M334510 3 of the receiving slot 121 to restrict the cover 14 from falling off. At this time, the cover 14 is bottomed. The buckle portion 1 4 2 is buckled into the column body 1 3 1 and presses the wire 1 1 so that the contact portion 1 2 is surely in contact with the terminal 1 2 2 , thus forming an assembly bond of the entire wire connector 1 . Furthermore, as shown in the fourth figure, the fixing member 13 is a pressure plate 1 3 2' and the pressure plate 1 3 2 is fixed on the wire 1 1 near the contact portion 1 1 2, wherein the length of the pressure plate 132 It is larger than the width of the cable 11 and has a step portion 1 3 3 at each end, and the height of the step portion 13 3 is substantially equal to the thickness of the spring line 1 1 , and is pressed and bonded to the cable 1 1 2 at the pressing plate 1 3 2 At one end, the two ends of the pressure plate 1 3 2 are exposed outside the wire 1 1 and are respectively fixed to the receiving groove 1 2 1 by welding, so that the wire 11 can be fixed by the pressing plate 13 2 It is accommodated in the slot 121. A fixing member 13 may be disposed in the receiving groove 121 and the wire 1 1 as shown in the fifth figure, for example, the column 1 3 1 disposed in the receiving groove 1 2 1 and fixed in the row The pressure plate 1 3 2 on the line 1 1 can be sleeved on the cylinder 13 1 of the connector body 12 in the receiving body 121 by the hole 1 1 3 , and the cable 1 can be arranged by the pressure plate 132 1 is fixed in the accommodating groove 1 2 1 to form a more stable positioning effect. In addition, as shown in the figure, the two ends of the pressure plate 1 3 2 can be further provided with a slot 1 3 4, which can be increased by the slot 1 3 4 The fixed area of the solder is welded to the receiving groove 121 more firmly. In addition, as shown in the sixth figure, the friction portion 1 2 4 can be further disposed at the bottom of the receiving groove 1 2 1 , so that the wire 1 1 can be fixed by the fixing member 13 , and can be further rubbed by the friction portion 1 2 . 4 provides a frictional force between the receiving groove 1 2 1 and the M334510 wire 1 1 to prevent the wire 11 from slipping. Of course, the cable connector 1 in the present invention can be applied to the single-head serial advanced technology accessory interface (SATA) signal bridge conversion device as shown in the second to fifth figures, as shown in the seventh figure, the application The dual-head serial advanced technology accessory interface (SATA) signal bridge conversion device; also can be applied to the universal serial bus transmission interface (USB) signal bridge conversion device as shown in the eighth figure; or applied to low voltage Differential signal transmission interface (LVDS) signal bridge conversion device, digital music encryption technology interface (SDM j) _ signal bridge conversion device or high-resolution multimedia interface (HDMI) signal bridge conversion device. By combining the above-mentioned cover body and the connector body with the assembly press-fit structure and the cable, the production and assembly costs can be greatly simplified, and the cable lengths of different lengths can be replaced as needed; in particular, the fixing member can be stably used. The cable is fixed in the connector body. The technical content and technical features of this creation have been disclosed above, but those skilled in the art may still make various substitutions and modifications based on the disclosure of this creation. Therefore, the scope of protection of the present invention should not be limited to the scope of the present invention, and should be construed as a substitute for the present invention. [Simple description of the drawing] The first figure is a schematic structural view of a conventional connector. The second figure is an external perspective view of the first embodiment of the authoring cable connector. The second figure is an exploded view of the first embodiment of the authoring cable connector. M334510 The fourth figure is an exploded view of the second embodiment of the authoring cable connector. The fifth figure is an exploded view of the third embodiment of the authoring cable connector. The sixth drawing is an exploded view of the fourth embodiment of the authoring cable connector. The seventh figure is an exploded view of the third embodiment of the authoring cable connector. The eighth drawing is an exploded view of the fourth embodiment of the present invention. Platen 1 3 2 Class 1 3 3 Slot 1 3 4 Cover 1 4 Hook 1 4 1 Buckle 1 4 2 Cable 8 0 Cable 8 1 Connector 8 2 Terminal Set 8 3 Connection 珲 9 0 [Main Component symbol description] Cable connector 1 _ Cable 1 1 Core 1 1 1 Contact 112 Hole 1 1 3 Connector body 12 Socket 121 Terminal 1 2 2 Card slot 1 2 3 • Friction 1 2 4 Fix Piece 13 cylinder 1 3 1