Ί302768 九、發明說明： 【發明所屬之技術領域】 本發明一般而言係關於一種同軸纜線連接器，且更特定 而言係關於一種用於在編織同軸緵線與中繼線設備埠之間 提供一可靠連接而不增加不必要成本及複雜性或不負面影 響網路效能之同軸纜線連接器。 【先前技術】 同軸緵線為在諸如CATV網路之現代通信網路中使用之 典型傳輸媒體。此等網路之主體通常由標準”硬線”同軸纜 線形成，該標準”硬線”同軸纜線包括硬質及半硬質外導體 且通常以防風雨保護套（weather protective jacket)覆蓋。 此設計有效防止輻射洩漏及信號損失且向該纜線之敏感内 導體及介電部分提供優良的實體保護（亦即，屏蔽）。因 此，通常使用標準硬線同軸緵線以至少跨越沿網路之傳輸 部分之長的、通常為直線的距離，其中洩漏及信號損失更 難以判斷且其中其負效應更大地影響總體通信網路。 然而，與諸如RG11型纜線之大規格編織同軸纜線相 比，標準硬線同軸纜線成本相當高且安裝有些困難。此纜 線通常包括一由一介電芯所環繞之中心導體，該介電芯藉 由一或多層金屬箔環繞，該一或多層金屬箔藉由一金屬編 織或金屬絲網之外導體環繞’該金屬編織或金屬絲網之外 導體又藉由一保護外套環繞。儘管此編織同軸纜線並不提 供由標準硬線同軸纜線所給予之實體保護水平，但相比而 言此編織同軸繞線在結構上更具可撓性。因此，在通信網 115181.doc Ί302768 路内利用編織同軸纜線有益處，無論什麼情況下，與標準 硬線同軸纜線相比較，該編織同軸纜線之廉價成本及結構 可撓性將優於其相對缺乏之實體保護。 認識到此，許多電信及纜線公司已或意欲在普遍基礎上 利用该可撓、廉價之編織同軸纜線，諸如至少在所傳遞之 通信網路信號到達之實際位置（例如，住宅、商店）處或附 近彎曲從而環繞實體障礙物。 為了保持通信網路信號之電完整性，關鍵在於在不中斷 、、覽線之地面連接之情況下，編織同軸纜線（當使用時）牢固 地互連至分配及/或調節此等信號之中繼線設備之埠。然 而因為多數中繼線設備之埠具有經設計以與標準硬線纜 線及設備相容之”KS”型連接/界面，而具有一編織外導體 之可撓性同軸纜線通常使用與尺8型埠不相容之，，F，，型連接/ 界面，所以可難以達成此連接。 ”此問題之一個解決方案為利用一配接器以連接不相容之 KS與F i%接，然、而，這樣做增加非標稱之裝配成本、 需要熟練技工之技藝，且即使此等配接器恰當地安裝，亦 可抽害總通信網路之效能。另—選擇為使用特殊型式之硬 線同_連接器，諸如帶螺紋的、彎邊的或壓縮同轴規 線連接裔。但使用此等具有編織同軸纜線之連接器由於包 括不相容性、安裝困難及負效能效應之多種原因而並不理 想。 、因此需要可在編織同㈣線與中繼料料間提供有效 連接而不而要使用配接器、不引起不當費用、不負面影響 115181.doc 1302768 系統效能或不使安裝過程複雜化的裝置。 【發明内容】 此等及其他需要均由本發明滿足，本發明提供一種用於 互連一通信網路之同轴纜線至一中繼線設備埠之裝置（例 如，連接器）。作為非限制性實例，該同軸纜線可為編織 同轴繞線，諸如RG11或其他大規格之褊織同軸繞線。同 樣作為非限制性實例，該通信網路可為電腦、纜線或通信 φ 網路（例如，CATV網路或其類似物）。同樣作為非限制性實 例，該纜線所連接之中繼線設備可為分接頭、放大器、濾 波器、阱或其類似物，其中該設備埠具有特定埠界面，諸 如"KS”型之埠界面。 ” 根據本發明之一或多個例示性實施例，該裝置經組態以 互連一編織同軸纜線段至一設備埠。為此，連接器包括一 界疋内孔且具有第一末端及第二末端之連接器主體，其 中該連接器主體之第一末端具有一埠界面（例如，，，KS，，型 • 蜂界面）且其中該連接器主體之第二末端包括一或多個用 於與壓縮工具及内槽嚙合之外脊。視情況，該主體之内孔 可具有在連接器主體之第一末端與第二末端之間以梯級或 模形方式變化之直徑。 仍根據本發明之一或多個例示性態樣，該裝置進一步包 括一具有一第一末端及一第二末端之柱。該柱之第一末端 按尺寸製作且經組態以在内孔之一部分處與連接器主體嚙 a β亥柱之第二末端包括一套请，该套筒經組態以與至少 同軸纜線之編織外導體嚙合。通常，套筒插入介電芯與編 115181.doc Ϊ302768 織外導體之間。然而，在該項技術中已知其他組態，其中 柱之第二末端鄰接金屬箔層或編織外導體，因為該金屬箔 層或该編織外導體在同軸纜線之保護外套上向後折疊。套 筒可包括一或多個鋸齒、倒鉤或楔銷以輔助編識外導體之 喷合。 進一步根據本發明之一或多個例示性態樣，該裝置進一 步包括一具有一第一末端、一第二末端、一内表面及一外 表面之壓縮構件。壓縮構件之第一末端可包括一外部突出 肋狀物’该外部突出肋狀物按尺寸製作且經組態以嚙合在 連接器主體之第二末端處之内槽上的槽以固持壓縮構件在 第一位置中’其中壓縮構件及連接器主體之第二末端可收 納同轴纜線之經準備末端。或者，壓縮構件之第一末端可 按尺寸製作以壓接至連接器主體之第二末端中。壓縮構件 之第二末端通常包括一經組態以與壓縮工具（未圖示）嚙合 之凸緣’該壓縮工具進一步滑動地軸向推進壓縮構件至連 接器主體中。壓縮工具之力足以自槽剪切或移位肋狀物以 允許壓縮構件進-步軸向前進至連接器主體中。凸緣亦可 具有大於在連㈣主冑之第=末端冑之内直徑的直徑以 限制或控制壓縮構件軸向前進至連接器主體中之程度。 壓縮構件之内表面包括一自第一末端向第二末端向内逐 漸變細之部分。當壓縮構件得以軸向推進時，同軸纜線之 外層得以壓縮且固定於壓縮構件之内表面與柱之套筒之 間。 壓縮構件之外表面包括—在壓縮構件之第一末端處之外 115181.doc 1302768 部肋狀物與在第二末端處之凸緣之間的中間部分處的環形 槽。外表面亦可包括-在環形槽與凸緣之間的肩狀物該 肩狀物按尺寸製作以形成與連接器主體之第二末端之師 的壓接，該壓接足以固持在第二位置中完全抽向推進至連 接器主體中的屢縮構件。環形槽具有可傾斜、垂直或呈弧 形之侧壁。％形槽提供壓縮構件之輕微彎曲或挽曲以釋放 壓縮構件軸向前進時引起的壓縮應力且使得連接器能適應 • *各製造商所提供的同軸繞線之箱層、編織外導體及保護 外套之厚度的變化。 另外根據本發明之一或多個例示性態樣，裝置進一步包 括或可進一步包括一或多個額外元件。此等元件可包括 ](但不限於）⑷一密封構件，諸如一 〇環，其環繞連接器主 體相鄰於槔界面安置；(b)一覆蓋元件，其在壓縮構件之第 一不端周圍；（C) 一接觸銷，其具有一適於嚙合一件中繼線 汉備之埠的第一末端、一用於電嚙合同軸纜線之中心導體 # 之1二末端及一中間部分；（d)一筒夾，其在接觸銷之第二 末端處，其可包括（若須要）複數個適於收納且固持編織同 、、、Ά之中〜導體的叉，·及（e)一或多個絕緣體，其安置於 連接器主體之内腔内，且其使中心接觸銷及/或筒夾自連 接器主體電絕緣。 以下詳細討論本發明之其他態樣、實施例及優勢。此 外應瞭解以上一般性描述與以下詳細描述僅為本發明之 言兒明小4香 耳例，且意欲提供用於理解如本發明所主張之本發 月之本負及特徵的概述或構架。附圖得以包括以提供對本 115181.doc •1302768 發明之進一步的瞭解且將其併入且其構成該說明書之—部 分。該等圖說明本發明之各種實施例且連同本說明—起用 來解釋本發明之原理及操作。 【實施方式】 先^參考圖i及圖2,其展示一用於互連同軸繞線（諸如 在通心網路内之同軸纔線）至中繼線設備埠之裝置丨〇(例 如，連接器）。本發明之裝置1〇極為有利，因為由於裝置 φ 1〇之結構及設計，其充分適於連接同軸纜線（例如，如在 CATV網路内所使用之編織同軸i線，尤其大規格編織同 軸纜線）至具有”KS”界面之中繼線設備之埠（例如，分接 頭'放大器、濾波器、阱或類似物）。 連接益10包括一連接器主體12，根據本發明之例示性實 施例及如在圖2中所展示，該連接器主體12為概呈圓柱形 狀。主體12具有一第一末端16及一第二末端14及一概呈圓 柱形中間部分18。複數個突出脊2〇A、2〇B、2〇c提供於主 # 體12之第二末端14與中間部分18之間且界定其間之凹座 21A與21B。該等突出脊包括相對於連接器主體之外表面 可為垂直或傾斜之側壁。 一或多個突起2〇A、20B、2〇C可藉由一工具（未圖示）嚙 合以在一旦纜線段已插入連接器主體中將壓縮構件軸向壓 縮進入連接器主體期間穩固地夾持連接器主體。應瞭解， 根據本發明，突起20A、20B、20C之數目、大小、形狀及 /或特定位置可變化，例如以確保與壓縮工具之適當裝 配。例如，根據本發明之一些實施例（例如見圖7及圖8)， 115181.doc 1302768 僅有一個突起2〇。另外，在突起2〇八、2〇B、2〇c之間不需 要有凹座21A、21B，在該情況下，突起不具有突出形狀/ 外觀。然而’由於凹座使得使用總材料較少且因而提供節 省之成本，因此通常較佳存在兩個或兩個以上之凹座 21A、21B。Ί302768 IX. Description of the Invention: [Technical Field] The present invention relates generally to a coaxial cable connector, and more particularly to a method for providing a woven coaxial cable and a trunk device A coaxial cable connector that reliably connects without adding unnecessary cost and complexity or that does not adversely affect network performance. [Prior Art] A coaxial cable is a typical transmission medium used in a modern communication network such as a CATV network. The body of such networks is typically formed from standard "hardwired" coaxial cables that include hard and semi-rigid outer conductors and are typically covered by a weather protective jacket. This design effectively prevents radiation leakage and signal loss and provides excellent physical protection (i.e., shielding) to the sensitive inner conductor and dielectric portion of the cable. Therefore, standard hard-wired coaxial twisted wires are typically used to span at least the long, generally straight, distance of the portion of the transmission along the network, where leakage and signal loss are more difficult to judge and where its negative effects are more influential on the overall communication network. However, standard hard-wired coaxial cables are quite costly and difficult to install compared to large-size braided coaxial cables such as RG11 type cables. The cable typically includes a center conductor surrounded by a dielectric core surrounded by one or more layers of metal foil surrounded by a metal braid or wire mesh outer conductor. The metal braid or wire mesh outer conductor is surrounded by a protective jacket. Although this braided coaxial cable does not provide a level of physical protection afforded by a standard hardwired coaxial cable, the braided coaxial winding is structurally more flexible than that described. Therefore, it is advantageous to utilize a braided coaxial cable in the communication network 115181.doc Ί 302768. In any case, the cheap cost and structural flexibility of the braided coaxial cable will be superior to that of a standard hard-wired coaxial cable. Its relative lack of physical protection. Recognizing this, many telecommunications and cable companies have or intend to utilize this flexible, inexpensive braided coaxial cable on a universal basis, such as at least in the actual location where the transmitted communication network signal arrives (eg, residential, store) Bend at or near to encircle a physical obstacle. In order to maintain the electrical integrity of the communication network signals, the key is to woven the coaxial cable (when used) securely interconnected to distribute and/or adjust these signals without interruption or ground connection. The top of the trunk device. However, since most trunk devices have a "KS" type connection/interface designed to be compatible with standard hard cable and equipment, a flexible coaxial cable with a braided outer conductor is typically used with a size 8 type. Incompatible, F, type connection / interface, so it is difficult to achieve this connection. One solution to this problem is to use an adapter to connect the incompatible KS to the F i%. However, doing so increases the non-nominal assembly cost, requires skilled craftsmanship, and even if The adapter is properly installed and can also dampen the performance of the total communication network. Alternatively, a special type of hard-wired connector, such as a threaded, crimped or compressed coaxial cable connection, is selected. However, the use of such connectors with braided coaxial cables is not ideal due to a variety of reasons including incompatibility, installation difficulties, and negative performance effects. Therefore, it is required to provide effective woven (four) lines and relay materials. A device that is connected without the use of an adapter, does not cause undue costs, does not adversely affect the system performance, or does not complicate the installation process. [Summary of the Invention] These and other needs are met by the present invention, the present invention A device (e.g., a connector) for interconnecting a coaxial cable of a communication network to a trunk device is provided. As a non-limiting example, the coaxial cable can be a braided coaxial winding For example, RG11 or other large-sized twisted coaxial winding. Also as a non-limiting example, the communication network can be a computer, cable, or communication φ network (eg, a CATV network or the like). By way of a limiting example, the trunk device to which the cable is connected may be a tap, amplifier, filter, well or the like, wherein the device has a specific germanium interface, such as a "KS" type interface. In accordance with one or more exemplary embodiments of the present invention, the apparatus is configured to interconnect a braided coaxial cable segment to a device. To this end, the connector includes an inner bore and has a first end and a a connector body of two ends, wherein the first end of the connector body has a meandering interface (eg, KS, type bee interface) and wherein the second end of the connector body includes one or more Engaging the outer ridge with the compression tool and the inner groove. Optionally, the inner bore of the body can have a diameter that varies stepwise or in a manner between the first end and the second end of the connector body. Still in accordance with the present invention In one or more exemplary aspects, the apparatus further includes a post having a first end and a second end. The first end of the post is sized and configured to be at a portion of the inner bore and the connector The second end of the body member includes a set of sleeves configured to engage at least the braided outer conductor of the coaxial cable. Typically, the sleeve is inserted into the dielectric core and the braided outer conductor is braided. Between. However, Other configurations are known in the art wherein the second end of the post abuts the metal foil layer or the braided outer conductor because the metal foil layer or the braided outer conductor folds back over the protective jacket of the coaxial cable. The sleeve can include One or more serrations, barbs or wedge pins to assist in arranging the spray of the outer conductor. Further in accordance with one or more exemplary aspects of the invention, the apparatus further includes a first end and a second end a compression member of an inner surface and an outer surface. The first end of the compression member may include an outer protruding rib 'the outer protruding rib is sized and configured to engage at the second end of the connector body a slot in the inner slot to retain the compression member in the first position 'where the second end of the compression member and the connector body can receive the prepared end of the coaxial cable. Alternatively, the first end of the compression member can be sized Manufactured to be crimped into the second end of the connector body. The second end of the compression member typically includes a flange configured to engage a compression tool (not shown). Slidingly axially advancing the compression member into the connector body. The force of the compression tool is sufficient to shear or displace the rib from the slot to allow the compression member to advance axially into the connector body. The flange may also be larger than The diameter of the inner diameter of the inner end of the (four) main crucible is to limit or control the extent to which the compression member is axially advanced into the connector body. The inner surface of the compression member includes an inwardly from the first end to the second end. a thinned portion. When the compression member is axially advanced, the outer layer of the coaxial cable is compressed and secured between the inner surface of the compression member and the sleeve of the column. The outer surface of the compression member includes - the first in the compression member Outside the end 115815.doc 1302768 The annular groove at the intermediate portion between the rib and the flange at the second end. The outer surface may also include a shoulder between the annular groove and the flange. The shoulder is sized to form a crimp with the second end of the connector body that is sufficient to retain the retractable member that is fully drawn into the connector body in the second position. The annular groove has side walls that are inclined, vertical or curved. The %-shaped groove provides slight bending or bending of the compression member to release the compressive stress caused by the axial advancement of the compression member and allows the connector to be adapted. * Coaxial winding of the box layer, braided outer conductor and protection provided by each manufacturer The change in the thickness of the jacket. Further in accordance with one or more exemplary aspects of the present invention, the apparatus further includes or may further include one or more additional elements. Such elements may include, but are not limited to, (4) a sealing member, such as a weir ring, disposed about the connector body adjacent to the weir interface; (b) a covering member that is around the first end of the compression member (C) a contact pin having a first end adapted to engage a piece of trunking, a second end of a center conductor # for electrically engaging the coaxial cable, and an intermediate portion; (d) a collet at the second end of the contact pin, which may include, if necessary, a plurality of forks adapted to receive and hold the braided conductors, and/or conductors, and (e) one or more An insulator disposed within the interior of the connector body and which electrically insulates the center contact pin and/or the collet from the connector body. Other aspects, embodiments, and advantages of the invention are discussed in detail below. In addition, the above general description and the following detailed description are merely illustrative of the present invention and are intended to provide an overview or framework for understanding the present invention as claimed. The accompanying drawings are included to provide a further understanding of the invention of the invention and the disclosure of the invention. The drawings illustrate various embodiments of the invention and, together with [Embodiment] Referring now to Figures i and 2, there is shown a device (e.g., connector) for interconnecting coaxial windings (such as coaxial lines in a core network) to a trunk device. . The device of the present invention is extremely advantageous because it is well suited for connecting coaxial cables due to the structure and design of the device φ 1〇 (for example, a braided coaxial i-wire as used in a CATV network, especially a large-format braided coaxial Cable) to the trunk device with a "KS" interface (for example, a tap 'amplifier, filter, trap or the like). Connection benefit 10 includes a connector body 12 that is generally cylindrical in accordance with an exemplary embodiment of the present invention and as shown in FIG. The body 12 has a first end 16 and a second end 14 and a generally cylindrical intermediate portion 18. A plurality of protruding ridges 2A, 2B, 2〇c are provided between the second end 14 of the main body 12 and the intermediate portion 18 and define recesses 21A and 21B therebetween. The protruding ridges include side walls that may be vertical or inclined relative to the outer surface of the connector body. One or more protrusions 2A, 20B, 2C can be engaged by a tool (not shown) to securely clamp the compression member into the connector body once the cable segment has been inserted into the connector body. Hold the connector body. It will be appreciated that the number, size, shape and/or specific position of the projections 20A, 20B, 20C may vary in accordance with the present invention, e.g., to ensure proper assembly with a compression tool. For example, in accordance with some embodiments of the present invention (see, for example, Figures 7 and 8), 115181.doc 1302768 has only one protrusion 2〇. Further, there is no need for the recesses 21A, 21B between the projections 2, 8, 2, B, 2, c, and in this case, the projections do not have a protruding shape/appearance. However, it is generally preferred to have two or more recesses 21A, 21B because the recesses result in less total material usage and thus cost savings.
一連續内孔/内腔19界定在連接器主體12之第一末端16 與第二末端14之間。連接器主體之第二末端14可包括一内 槽。根據本發明之例示性實施例及如在圖丨中所展示， 内119具有自主體12之第一末端16貫穿連接器主體之中間 部分18的第一大體上恆定之直徑及於連接器主體之第二末 端14與連接器主體之中間部分之間的第二大體上恆定之直 裣（亦即，對應於突起2〇a、20B、20C之内腔部分）。在内 孔内之多重直徑在用於嚙合柱與絕緣體之内孔内形成内部 肩狀物或梯級72且在柱60之套筒66與連接器主體12之間提 供足夠的環形間隙以使得連接器1〇容納來自各製造商之寬 廣尺寸範圍之編織同轴纜線。 連接器主體12亦包括-埠界面22及—螺帽部分24，兩者 通常位於連接器主體之巾間部分18與第—末端16之間，其 中該螺帽部分通常最接近埠界面。如所展示，#界面22為 用於使連接H1G能將-編織同軸纜線段連接至巾繼線設備 埠（未展示）之"KS”型界面。然而，應瞭解，若需要替代， 則本發明之料面22亦可為臟、TNC、f、=、則公 接頭、画母接頭、N公接帛、_接頭連接器、隠公接 頭或SMA母接頭型之界面。 115181.doc .1302768 螺帽部分24包括用㈣由諸如扳手之工具（未目示）响合 ^ 夾持）之複數個（通常六個）平面26以使連接器1〇經 由埠界面22緊固於中繼線設備埠。根據本發明之例示性實 施例及如在圖丨及圖2中所展示，螺帽部分24之直徑大於埠 界面22之直；^。冑管此i非本發明之要求，^旦$通常較佳 以有利於夾持六邊形平面26而不損壞埠界面24。A continuous bore/lumber 19 is defined between the first end 16 and the second end 14 of the connector body 12. The second end 14 of the connector body can include an inner slot. In accordance with an exemplary embodiment of the present invention and as shown in the drawings, the inner portion 119 has a first substantially constant diameter from the first end 16 of the body 12 through the intermediate portion 18 of the connector body and to the connector body. A second substantially constant straight ridge between the second end 14 and the intermediate portion of the connector body (i.e., corresponding to the lumen portion of the protrusions 2A, 20B, 20C). The multiple diameters within the bore form an internal shoulder or step 72 in the bore for the engagement post and insulator and provide sufficient annular clearance between the sleeve 66 of the post 60 and the connector body 12 to cause the connector 1〇 A woven coaxial cable that accommodates a wide range of sizes from various manufacturers. The connector body 12 also includes a --portion interface 22 and a nut portion 24, which are typically located between the inter-tray portion 18 and the first end 16 of the connector body, wherein the nut portion is generally closest to the haptic interface. As shown, the #interface 22 is a "KS" type interface for enabling the connection H1G to connect the braided coaxial cable segment to the towel relay device (not shown). However, it should be understood that if an alternative is required, then The material surface 22 of the invention may also be an interface of dirty, TNC, f, =, male connector, female connector, N male connector, _ connector connector, male connector or SMA female connector type. 115181.doc .1302768 The nut portion 24 includes a plurality (typically six) of planes 26 that are (c) clamped by a tool such as a wrench (not shown) to secure the connector 1 to the trunk device via the jaw interface 22. According to an exemplary embodiment of the present invention and as shown in FIG. 2 and FIG. 2, the diameter of the nut portion 24 is greater than the diameter of the 埠 interface 22; ^. This is not a requirement of the present invention, and is generally It is advantageous to clamp the hexagonal plane 26 without damaging the haptic interface 24.
如在圖1及圖2中所展示，連接器1〇可包括一安置於埠界 面22與螺帽部分24之間（例# ’靠著螺帽部分）的密封元件 M。密封元件28(例如，〇環）之存在為有利的，因為其向 連接器H)提供增強的防潮性；然而，如在圖紐及圖8中所 展不’若須要則可省去密封元件28。 連接盗10進一步包括一前向絕緣體3〇、一 一導引絕緣㈣及-㈣，各個均按尺寸製作且= / X裝配方；运接為主體12之内腔19内。絕緣體3〇具有一圓 柱形外殼32及-安置於其間之内套筒34。如在g i中所最 佳展不，連接裔主體12之第_末端Μ包括—具有直徑小於 、名緣體3G之外殼32之直彳i的| 35以確保絕緣體可與主體之 減J的内控部分齊平地插人且亦防止其無意中過度插入。 内套筒34包括一按尺寸製作且成形以容納中心導體接觸 4〇之中心過道36，如所展示，中心導體接觸40呈導電鎖形 :乂導電銷40具有一第一末端42、一第二末端料及一中間 部，46。-筒夾48安置於導電銷40之第二末端44處，其中 為筒夾之外控大於内套筒34之中心過道％之外徑，使得中 k道充田擋止物以確保導電銷適當插入絕緣體30内。 115181.doc -13- •1302768 根據本發明之例示性實施例及如在圖1及圖2中所展示，筒 夾48包括複數個叉49以收納且固持同軸纜線之中心導體之 經曝露末端’以使纟覽線信號通過導電銷4〇至中繼線設備 璋。 連接器亦可包括一使筒夾48自連接器主體12電絕緣之導 引絕緣體50。導引絕緣體50之另一用途為有助於所插入之 、纜線段之中心導體適當插入導電銷4〇之叉49中。為此且根 據本發明之例示性實施例，導引絕緣體50具有一外部圓柱 形外殼52及一内腔54，其中在内腔之外邊緣處提供一凸起 之輪緣56。如在圖1中所展示，在經裝配之連接器1〇中， 導電銷40之筒夾48之又49裝配於内腔54内且緊靠導引絕緣 體5 0之内肩狀物58固定以防止導電銷在連接器1〇裝配後無 意中移動。 柱60具有一第一末端64、一第二末端62及一套筒部分 66。柱60具有通用圓柱形狀，其中，一内腔68界定在其第 一末端64與第二末端62之間。如在圖1中所展示，且根據 本發明之例示性實施例，内腔68之内徑大體上恆定，以便 收納且保護同轴、纜線之介電芯。 柱60之第一末端64包括一第一增加的直徑區段7〇。根據 本發明之例示性實施例，第一增加的直徑區段7〇之外徑大 體上恆定。如在圖丨中所展示，當連接器10裝配時，第一 增加的直徑區段7〇緊靠導引連接器50之外殼52固定且經由 一緊靠内部肩狀物或梯級72之壓接以連接器主體12之内腔 19維持。柱6〇進一步包括一在第二末端62處或附近之倒鉤 115181.doc -14- 1302768 74。根據本發明之例示性實施例，倒鉤74朝向柱μ之第二 末端62向内地逐漸變細以辅助嚙合同軸纜線之編織外導 體。 如在圖1中所展示且根據本發明之例示性實施例，環形 間隙75界疋在連接器主體12與柱60之套筒部分66之間，其 中该ί哀形間隙收納同軸(€線之外保護套及編織線外勒。 連接态10進一步包括一具有一第一末端料、一第二末端 82、一内表面83及-外表面85之壓縮構件8()…連續内腔 卿成於㈣構件8〇之第—末端與第：末端之間。在本發 明之較佳實施例中’壓縮構件由諸如通常以商品名D—n⑧ 所知之縮醛樹脂之可變形塑膠材料形成。壓縮構件之第一 末端84可包括一突出肋狀物1〇〇。該肋狀物1〇〇經組態以與 在連接A主體12之第二末端14内之内槽1()2配合或滑動 喃合，使得在圖i中所展示之第一經裝配但未經壓縮之位 置中固持壓縮構件80。在此第一位置中，—同軸鏡線之適 當製造的末端（見圖3)可插人穿過在壓縮構件之第二末端Μ 處的開口 HM且進入在連接器主體12之第二末端14處的内 腔19。肋狀物ΠΗ)經幾何學地組態具有—前向傾斜側壁以 輔助壓縮構件80軸向前進至連接器主體以中，亦旦有一垂 直向後侧壁以阻止壓縮構件自連接器主體之非故意的移 :。肋狀物之高度及其幾何組態(例如，其前向側壁及向 ^側壁之傾斜）可進行改變以達成壓縮構件自連接器主體 的所希望的裝配及拆㈣易性，如美國專利第5,梢，π號 Μ·4，11.22-3—1.5，11.44-55)中所教示，該案以引用 115181 .doc -15- c s 1302768 的方式併入本文中。 I %構件之第二末端μ經組態以藉由麼縮工具（未圖示） 嚙合，該壓縮工具可滑動地軸向推進壓縮構件之第一末端 進步進入連接器主體12之内孔。壓縮構件之第二末端進 一步包括一具有大於在連接器主體之第二末端處14之内徑 的直徑之凸緣94。該凸緣之前向側壁95充當一擋止物以在 於纜線段上安裝連接器期間，限制壓縮構件軸向前進至連 φ 接器主體中。 壓縮構件之外表面85包括一在第一末端82與凸緣94之間 的環形槽86。根據本發明之例示性實施例，環形槽具有側 壁92及側壁98，側壁92可垂直於外表面，側壁98傾斜或另 外呈弧形。第一環形肩狀物96形成於第一末端84與環形槽 86之間於壓縮構件上。第一環形肩狀物％之直徑僅稍微比 連接為、主體之第二末端14的内徑小以輔助保持壓縮構件直 線軸向插入連接器主體中。第二環形肩狀物9〇界定在環形 • 槽86與凸緣94之間的外表面85上。第二肩狀物90之外徑按 尺寸製作且經組態以形成與連接器主體12之第二末端14之 内徑的壓接。該壓接在連接器主體中固持壓縮構件以足以 承受纜線段之拉力而不自連接器分離。 壓縮構件80之内表面83具有弓狀形狀/外形。根據本發 明之例示性實施例，壓縮構件80之内表面83之至少一部分 自壓縮構件80之第二末端84向第一末端82向内逐漸變細。 現參看圖3，一編織同軸纜線段2〇〇描繪為其初始正插入 圖1及圖2之連接器10之近端開口 1〇4内。纜線2〇〇包括一由As shown in Figures 1 and 2, the connector 1A can include a sealing member M disposed between the crotch surface 22 and the nut portion 24 (e.g., the nut portion). The presence of the sealing element 28 (e.g., an ankle ring) is advantageous because it provides enhanced moisture resistance to the connector H); however, as shown in Figure 8 and Figure 8, the sealing element can be omitted if desired. 28. The connection thief 10 further includes a forward insulator 3, a guide insulation (4) and - (4), each of which is sized and has a / / X assembly; the handle is the inner cavity 19 of the body 12. The insulator 3 has a cylindrical outer casing 32 and an inner sleeve 34 disposed therebetween. As best shown in gi, the _ end 连接 of the connected body 12 includes - 35 with a diameter smaller than the diameter of the outer casing 32 of the body 3G to ensure that the insulator can be internally controlled with the body. Partially inserted and prevented from being inadvertently over-inserted. The inner sleeve 34 includes a central aisle 36 sized and shaped to receive a central conductor contact 4, as shown, the central conductor contact 40 is in the form of a conductive lock: the conductive pin 40 has a first end 42, a first Two end materials and an intermediate portion, 46. The collet 48 is disposed at the second end 44 of the conductive pin 40, wherein the outer diameter of the collet is greater than the outer diameter of the central aisle of the inner sleeve 34, so that the middle k-way fills the stop to ensure the conductive pin Insert into the insulator 30 as appropriate. 115181.doc -13- • 1302768 In accordance with an exemplary embodiment of the present invention and as shown in FIGS. 1 and 2, collet 48 includes a plurality of prongs 49 for receiving and retaining exposed ends of a center conductor of a coaxial cable 'To pass the line signal through the conductive pin 4 to the trunk device 璋. The connector can also include a lead insulator 50 that electrically insulates the collet 48 from the connector body 12. Another use of the guiding insulator 50 is to facilitate insertion of the center conductor of the inserted cable segment into the fork 49 of the conductive pin 4〇. To this end and in accordance with an exemplary embodiment of the present invention, the guide insulator 50 has an outer cylindrical outer casing 52 and an inner cavity 54, wherein a raised rim 56 is provided at the outer edge of the inner cavity. As shown in FIG. 1, in the assembled connector 1A, the collet 48 of the conductive pin 40 is fitted into the inner cavity 54 and secured against the shoulder 58 within the guiding insulator 50. The conductive pin is prevented from inadvertently moving after the connector 1 is assembled. The post 60 has a first end 64, a second end 62 and a sleeve portion 66. The post 60 has a generally cylindrical shape with an inner cavity 68 defined between its first end 64 and second end 62. As shown in FIG. 1, and in accordance with an exemplary embodiment of the present invention, the inner diameter of the inner cavity 68 is substantially constant to accommodate and protect the coaxial, cable dielectric core. The first end 64 of the post 60 includes a first increased diameter section 7〇. According to an exemplary embodiment of the invention, the outer diameter of the first increased diameter section 7 is substantially constant. As shown in the figures, when the connector 10 is assembled, the first increased diameter section 7 is secured against the outer casing 52 of the guide connector 50 and crimped against the inner shoulder or step 72. It is maintained by the inner cavity 19 of the connector body 12. The post 6〇 further includes a barb 115181.doc -14- 1302768 74 at or near the second end 62. In accordance with an exemplary embodiment of the present invention, the barbs 74 taper inwardly toward the second end 62 of the post μ to assist in engaging the braided outer conductor of the coaxial cable. As shown in FIG. 1 and in accordance with an exemplary embodiment of the present invention, an annular gap 75 is defined between the connector body 12 and the sleeve portion 66 of the post 60, wherein the lash-shaped gap is received coaxially. The outer protective sleeve and the braided wire are further included. The connecting state 10 further includes a compression member 8 () having a first end material, a second end 82, an inner surface 83 and an outer surface 85. (d) between the first end and the end of the member 8'. In a preferred embodiment of the invention, the 'compressing member is formed of a deformable plastic material such as an acetal resin generally known under the trade name D-n8. Compression The first end 84 of the member can include a protruding rib 1 . The rib 1 is configured to mate or slide with the inner slot 1 ( ) 2 in the second end 14 of the connection A body 12 The merging causes the compression member 80 to be held in the first assembled but uncompressed position shown in Figure i. In this first position, the appropriately fabricated end of the coaxial mirror (see Figure 3) can be inserted. The person passes through the opening HM at the second end Μ of the compression member and enters the connector body 12 The inner cavity 19 at the second end 14 is ribbed to be geometrically configured with a forwardly inclined sidewall to assist axial advancement of the compression member 80 into the connector body, and a vertical rearward sidewall Preventing unintentional movement of the compression member from the connector body: The height of the ribs and their geometric configuration (eg, their forward side walls and inclination to the side walls) can be varied to achieve the desired assembly and disassembly of the compression member from the connector body, such as the U.S. Patent. 5, Tip, π Μ · 4, 11.22-3 - 1.5, 11.44-55), the case is incorporated herein by reference to 115181 .doc -15- cs 1302768. The second end μ of the I% member is configured to be engaged by a shrink tool (not shown) that slidably axially advances the first end of the compression member into the inner bore of the connector body 12. The second end of the compression member further includes a flange 94 having a diameter greater than the inner diameter of the inner end 14 of the connector body. The flange previously acts as a stop against the side wall 95 to limit axial advancement of the compression member into the connector body during installation of the connector on the cable segment. The compression member outer surface 85 includes an annular groove 86 between the first end 82 and the flange 94. In accordance with an exemplary embodiment of the present invention, the annular groove has side walls 92 and side walls 98 that may be perpendicular to the outer surface, the side walls 98 being inclined or otherwise curved. A first annular shoulder 96 is formed on the compression member between the first end 84 and the annular groove 86. The first annular shoulder % is only slightly smaller in diameter than the inner diameter of the second end 14 of the body to assist in maintaining the axial compression of the compression member into the connector body. A second annular shoulder 9 is defined on the outer surface 85 between the annular groove 86 and the flange 94. The outer diameter of the second shoulder 90 is sized and configured to form a crimp with the inner diameter of the second end 14 of the connector body 12. The crimping holds the compression member in the connector body sufficient to withstand the tension of the cable segment without being separated from the connector. The inner surface 83 of the compression member 80 has an arcuate shape/profile. In accordance with an exemplary embodiment of the present invention, at least a portion of the inner surface 83 of the compression member 80 tapers inwardly from the second end 84 of the compression member 80 toward the first end 82. Referring now to Figure 3, a braided coaxial cable segment 2 is depicted as being initially inserted into the proximal opening 1〇4 of the connector 10 of Figures 1 and 2. Cable 2〇〇 includes one by
115181.doc -16 - C S 1302768 介電芯202環繞之中心導體204。一編織外導體2〇8環繞介 電芯202且在纜線200之外保護套206之一部分上折疊。為 再現呈現於圖3中之纜線200且使得其可適當插入連接器1〇 中，選擇性移除纜線之多層以逐漸曝露中心導體2〇4之一 末端及介電芯202之一末端，其後編織導體208之末端部分 在外套206上折疊。儘管在圖3中未展示，但是纜線2〇〇可 具有形成編織外導體之一或多個箔層及/或線外鞘以提供 在中心導體上所載運之信號的額外遮蔽。 現參看圖4，纜線200進一步插入連接器丨〇内，使得介電 芯202在連接器主體12之内腔19内且纜線之中心導體2〇4之 一部分在柱60之套筒66内。由於發生此進一步之插入，編 織導體之經折疊的末端部分208在柱60之倒鉤74的模形末 端上滑動，使得該倒鉤插入介電芯202與編織外導體2〇8之 間。 隨纜線200之進一步插入且如在圖5中所描繪，柱之套 筒66完全插入芯202與編織導體208之間。此外，中心導體 204饋入且穿過導引絕緣體50且進入導電銷4〇之第二末端 處之筒夾48中。在此階段之插入中，壓縮構件8〇通常接觸 但未壓縮纜線200之外保護套206。 現參看圖6A及圖6B ,連接器1〇係以經壓縮之狀態展 示，壓縮構件在纜線完全插入（如圖5所展示）後藉由一壓縮 工具（未圖示）完全軸向推進。作為非限制性實例，該壓縮 工具可夾持或另外嚙合連接器主體12之一或多個突起 20A、20B、20C以及壓縮構件8〇之第二末端84，以便滑動 115181.doc -17- * 1302768 地軸向推進壓縮構件80且進入主體12中。 當壓縮構件80在前向方向上軸向移動時，肋狀物1〇〇自 連接器主體12之第二末端14處的槽1〇2移位。進一步前進 後’第一環形物96與連接器主體之第二末端處的内表面協 作以保持壓縮構件直線軸向前進至連接器主體中。 當繼續軸向前進時，壓縮構件8〇之内表面83之向内逐漸 變細的部分施加向内徑向力於纜線2〇〇之插入區段上。内 _ 表面之向内逐漸變細的部分壓縮且夾持纜線200之編織外 導體208及保護外套206在壓縮構件80之内表面83與柱60之 套筒66之間。壓縮構件繼續軸向推進至連接器主體丨2之第 二末端14中，直至環形肩狀物9〇穩固地壓入連接器主體之 第二末端14中或直至凸緣94之側壁95鄰接連接器主體之第 二末端14。 當壓縮構件80對纜線200之外套206施加徑向力時，一緊 固連接保持在纜線200與連接器10之間。如上所提，槽86 φ 之存在係有利的，因為在壓縮過程期間其提供重要徑向撓 性及應力釋放且使得連接器1〇適應來自不同製造商之纜線 之猪、編織外導體及保護外套之厚度的變化。 圖7及圖8描繪本發明之兩個替代性實施例。在圖7中， 連接器10a包括一環繞或封閉壓縮構件8〇之第二末端之由 耐久材料（例如，金屬）製成的覆蓋元件3〇〇，該壓縮構件8〇 通常由相對不耐久之材料（例如，塑膠）製成。因此，覆蓋 元件300在安裝期間及安裝之後保護壓縮構件肋且遮蔽壓 縮構件80使其免受光及環境之影響。 115181.doc -18- •1302768 根據本發明之另一例示性實施例，覆蓋元件3〇〇具有經 成形以環繞壓縮構件80之凸緣94裝配之圓柱形主體310及 凸緣之近端320。覆蓋元件3 00之遠端33〇裝配於連接器主 體12之頂上。覆蓋元件3〇〇可經由若干技術與連接器1 〇聯 繫而置放；然而，根據本發明之例示性實施例，覆蓋元件 壓接至連接器主體12中且環繞壓縮構件之凸緣94。115181.doc -16 - C S 1302768 The dielectric core 202 surrounds the center conductor 204. A woven outer conductor 2〇8 surrounds the dielectric core 202 and is folded over a portion of the protective sleeve 206 outside the cable 200. To reproduce the cable 200 presented in FIG. 3 and enable it to be properly inserted into the connector 1 , multiple layers of the cable are selectively removed to gradually expose one end of the center conductor 2〇4 and one end of the dielectric core 202. The end portion of the braided conductor 208 is thereafter folded over the outer sleeve 206. Although not shown in Figure 3, the cable 2 can have one or more foil layers and/or outer sheaths that form a braided outer conductor to provide additional shielding of the signals carried on the center conductor. Referring now to Figure 4, the cable 200 is further inserted into the connector housing such that the dielectric core 202 is within the interior 19 of the connector body 12 and a portion of the center conductor 2〇4 of the cable is within the sleeve 66 of the post 60. . As a result of this further insertion, the folded end portion 208 of the braided conductor slides over the molded end of the barb 74 of the post 60 such that the barb is inserted between the dielectric core 202 and the braided outer conductor 2〇8. With the further insertion of the cable 200 and as depicted in Figure 5, the sleeve 66 of the post is fully inserted between the core 202 and the braided conductor 208. In addition, the center conductor 204 is fed into and through the guiding insulator 50 and into the collet 48 at the second end of the conductive pin 4''. In this stage of insertion, the compression member 8A typically contacts but does not compress the sheath 206 beyond the cable 200. Referring now to Figures 6A and 6B, the connector 1 is shown in a compressed state, and the compression member is fully axially advanced by a compression tool (not shown) after the cable is fully inserted (as shown in Figure 5). As a non-limiting example, the compression tool can grip or otherwise engage one or more of the protrusions 20A, 20B, 20C of the connector body 12 and the second end 84 of the compression member 8〇 for sliding 115181.doc -17-* The 1302768 axially advances the compression member 80 and into the body 12. When the compression member 80 is axially moved in the forward direction, the rib 1〇〇 is displaced from the groove 1〇2 at the second end 14 of the connector body 12. Further advancement ' the first annulus 96 cooperates with the inner surface at the second end of the connector body to maintain the compression member linearly axially into the connector body. When the axial advancement continues, the inwardly tapered portion of the inner surface 83 of the compression member 8 turns an inward radial force on the insertion section of the cable 2''. The inwardly tapered portion of the inner surface compresses and sandwiches the braided outer conductor 208 of the cable 200 and the protective outer sleeve 206 between the inner surface 83 of the compression member 80 and the sleeve 66 of the post 60. The compression member continues to axially advance into the second end 14 of the connector body 2 until the annular shoulder 9 is firmly pressed into the second end 14 of the connector body or until the side wall 95 of the flange 94 abuts the connector The second end 14 of the body. When the compression member 80 applies a radial force to the outer sleeve 206 of the cable 200, a secure connection is maintained between the cable 200 and the connector 10. As mentioned above, the presence of the groove 86 φ is advantageous because it provides significant radial flexibility and stress relief during the compression process and allows the connector 1 to accommodate pigs, braided outer conductors and protection from cables of different manufacturers. The change in the thickness of the jacket. Figures 7 and 8 depict two alternative embodiments of the invention. In Fig. 7, the connector 10a includes a cover member 3〇〇 made of a durable material (e.g., metal) surrounding or closing the second end of the compression member 8〇, which is generally relatively inferior. Made of materials (eg plastic). Therefore, the covering member 300 protects the compression member ribs during installation and after installation and shields the compression member 80 from light and the environment. 115181.doc -18- • 1302768 In accordance with another exemplary embodiment of the present invention, the cover member 3 has a cylindrical body 310 that is shaped to fit around the flange 94 of the compression member 80 and a proximal end 320 of the flange. The distal end 33 of the cover member 300 is mounted on top of the connector body 12. The cover member 3 can be placed in contact with the connector 1 via a number of techniques; however, in accordance with an exemplary embodiment of the present invention, the cover member is crimped into the connector body 12 and surrounds the flange 94 of the compression member.
現參看圖8，展示本發明之連接器1〇b之另一替代性實施 例。在此實施例中，連接器1〇b為一”饋通”(”feed thr〇ugh，，）， 其中該連接器不包括導電銷且其絕緣體3〇不具有筒夾。因 此，當纜線段200插入連接器1〇b中時，纜線之中心導體 2〇2之犬出部分將與絕緣體齊平，且纜線之經曝露區段M4 自連接器主體12之第一末端16突出。與圖1-7之彼等實施 例相比，此實施例提供若干可相比較之優點，包括（但不 限於）節省成本、改良之耐蝕性及安裝簡易性。 總之，本發明之連接器1〇、1〇a、1〇b之使用需要經由埠 界面22連接連接器至中繼線設備埠（例如，藉由使用一工 具以緊固在連接器主體12之螺部分24上之六邊形平面 26) ’接著經由連接器（如圖3至圖5及圖6八中所示及如上所 纣論）將一編織同軸纜線段2〇〇插入埠中，且接著使用一工 具以穩固地夾持連接器主體12(例如，藉由在突起20上嚙 合且擠壓）且軸向推進壓縮構件8〇至第二經壓縮之前向位 口此使用本發明之連接器10、l〇a、1 〇b需要簡單j y驟不舄要（如上所提）通常需要用以連接編織同軸纜矣 至中繼線設備琿之配接器。此外，連接器1〇、心、 115181.doc -19- •1302768 連接器10、1 〇 a、1 〇 b之 永久附加物，藉此與使用 適當安裝亦不需要使用旋轉接頭 適當安裝又使得連接器10充當一 旋轉接頭或其類似物之容易翻轉之連接器相比，其提供更 緊固之連接且展不增強之抗干擾性。Referring now to Figure 8, another alternative embodiment of the connector 1b of the present invention is shown. In this embodiment, the connector 1〇b is a “feedthrough” ("feed thr〇ugh,"), wherein the connector does not include a conductive pin and its insulator 3 does not have a collet. Therefore, when the cable segment When the connector 200 is inserted into the connector 1〇b, the canine-out portion of the center conductor 2〇2 of the cable will be flush with the insulator, and the exposed section M4 of the cable protrudes from the first end 16 of the connector body 12. Compared to their embodiments of Figures 1-7, this embodiment provides several comparable advantages including, but not limited to, cost savings, improved corrosion resistance, and ease of installation. In summary, the connector of the present invention The use of 1〇a, 1〇b requires the connector to be connected to the trunk device via the UI interface 22 (eg, by using a tool to secure the hexagonal plane 26 on the threaded portion 24 of the connector body 12) 'After the connector (as shown in Figures 3 to 5 and Figure 6 and as discussed above) a braided coaxial cable segment 2 is inserted into the cassette and then a tool is used to securely hold the connector The body 12 (eg, by engaging and squeezing on the protrusions 20) and axially pushing the pressure The use of the connector 10, l〇a, 1 〇b of the present invention from the member 8 to the second compressed front port requires a simple jy (as mentioned above) which is usually required to connect the braided coaxial cable to The adapter of the trunk device. In addition, the connector 1〇, the heart, the 115181.doc -19- • 1302768 connector 10, 1 〇a, 1 〇b permanent attachment, which is not required for proper installation The use of a swivel joint to properly mount, in turn, allows the connector 10 to act as a swivel joint or the like of an easily flippable connector, which provides a more secure connection and does not enhance the immunity to interference.
儘管本發明已參照目前較佳實施例之詳細說明在本文中 加以描述，但不希望將此等詳細說明視為本發明之範嘴的 限制（除如及到以下申請專利範圍中所包括之範疇之程度 外）’亦即，本發明之上述描述僅係說明性的，且應瞭 解，在不偏離如在以下申請專利範圍中所闡明之本發明之 範疇或精神之情況下可實行改變及修改。此外，如^在本 文中所提到之文獻中所引用之任何其他文獻，本文所提到 之任何文獻均全部以引用的方式併入本文中。 【圖式簡單說明】 圖1為本發明之編織同軸纜線連接器之例示性實施例之 剖面透視圖； 圖2為圖1之編織同軸纜線連接器之分解透視圖； 圖3為當編織同軸纜線段插入其中時之圖丨的編織同軸纜 線連接器之剖面透視圖； 圖4為當圖3之編織同軸纜線段進一步插入其中時之圖^ 編織同軸、纜線連接器之剖面透視圖； 圖5為圖3之編織同軸纜線段已完全插入其中後呈經裝配 但未經壓縮狀態的圖1之編織同軸欖線連接器之剖面透視 圖， 圖6A為其中具有圖3之編織纜線段呈經壓縮狀態之圖1的 115181.doc -20 - 1302768 編織同軸纜線連接器之剖面透視圖】； 圖6B為圖6A之同軸纜線連接器之放大之剖面透視圖，· 圖7為本發明之編織同轴境線連接器之替代性實施例之 剖面透視圖，·及 圖8為本發明之編織同軸纜線連接器之另一替代性實施 例之剖面透視圖。 【主要元件符號說明】 10Although the present invention has been described herein with reference to the detailed description of the preferred embodiments of the present invention, it is not intended to The above description of the present invention is intended to be illustrative only, and it is understood that changes and modifications may be made without departing from the scope or spirit of the invention as set forth in the following claims. . In addition, any of the documents referred to herein are hereby incorporated by reference in their entirety. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional perspective view of an exemplary embodiment of a braided coaxial cable connector of the present invention; FIG. 2 is an exploded perspective view of the braided coaxial cable connector of FIG. 1; A cross-sectional perspective view of the braided coaxial cable connector with the coaxial cable segment inserted therein; FIG. 4 is a cross-sectional perspective view of the braided coaxial cable connector when the braided coaxial cable segment of FIG. 3 is further inserted therein Figure 5 is a cross-sectional perspective view of the braided coaxial cord connector of Figure 1 in an assembled but uncompressed state in which the braided coaxial cable segment of Figure 3 has been fully inserted therein, and Figure 6A is a braided cable segment having the Figure 3 therein. FIG. 6B is an enlarged perspective sectional view of the coaxial cable connector of FIG. 6A, and FIG. 6B is an enlarged perspective view of the coaxial cable connector of FIG. A cross-sectional perspective view of an alternative embodiment of the inventive braided coaxial connector, and FIG. 8 is a cross-sectional perspective view of another alternative embodiment of the braided coaxial cable connector of the present invention. [Main component symbol description] 10
10a、10b 裝置/連接器 連接器 12 14 16 18 19 連接器主體 第一末端 第一末端 通用圓柱科間部分/巾間部分 内孔/内腔10a, 10b unit/connector connector 12 14 16 18 19 connector body first end first end universal cylindrical section/towel compartment inner bore/cavity
20A、20B、20C 突出脊/突起 20 突起 21A、2IB 凹座 22 埠界面 24 螺帽部分 26 平面/六邊形平 28 密封元件 30 前向絕緣體 32 圓柱形外殼 34 内套筒 115181.doc -21- 130276820A, 20B, 20C protruding ridges/protrusions 20 protrusions 21A, 2IB recesses 22 埠 interface 24 nut portion 26 plane/hexagonal flat 28 sealing element 30 forward insulator 32 cylindrical outer casing 34 inner sleeve 115181.doc -21 - 1302768
35 唇 36 中心過道 40 中心導體接觸/導電鎖 42 第一末端 44 第二末端 46 中間部分 48 筒夾 49 叉 50 導引絕緣體 52 外部圓柱形外殼/外殼 54 内腔 56 輪緣 58 内肩狀物 60 枉 62 第二末端 64 第一末端 66 套筒部分/套筒 68 内腔 70 第一增加的直徑區段 72 内部肩狀物或梯級 74 倒鉤 75 環形間隙 80 壓縮構件 82 第二末端 115181.doc -22- 内表面 第一末端 外表面 環形槽/槽 連續内腔 第二環形肩狀物/第二肩狀物/環形肩狀物 側壁 凸緣 前向側壁/側壁 第一環形肩狀物/第一環形物 側壁 突出肋狀物/肋狀物 内槽/槽 近端開口 /開口 編織同軸纜線段/纜線 介電芯/芯 中心導體/纜線經曝露之區段 外保護套/保護外套、外套 編織外導體/編織導體 覆蓋元件 圓柱形主體 近端 遠端 -23-35 lip 36 central aisle 40 central conductor contact / conductive lock 42 first end 44 second end 46 intermediate portion 48 collet 49 fork 50 guiding insulator 52 outer cylindrical outer casing / outer casing 54 inner cavity 56 rim 58 inner shoulder 60 枉 62 second end 64 first end 66 sleeve portion / sleeve 68 inner chamber 70 first increased diameter section 72 inner shoulder or step 74 barb 75 annular gap 80 compression member 82 second end 115181 .doc -22- inner surface first end outer surface annular groove/groove continuous inner cavity second annular shoulder/second shoulder/annular shoulder side wall flange forward side wall/side wall first annular shoulder / first ring side wall protruding rib / rib inner groove / groove proximal opening / opening braided coaxial cable segment / cable dielectric core / core center conductor / cable exposed section outer protective sleeve / Protective jacket, jacket braided outer conductor / braided conductor covering element cylindrical body proximal end distal -23-