200814461 九、發明說明： 本申請案是 Randall A · Holliday 在 2004 年 7 請之申請號爲1 0/885,246之”同軸電纜接合連接§200814461 IX. INSTRUCTIONS: This application is Randall A · Holliday in 2004 7 Application No. 1 0/885,246 "Coaxial Cable Bonding §
Randall A · Η ο 11 i d ay 在 2 0 0 5 年 4 月 2 0 日申請之 11/111，198之”用於具有可互換彩色帶之同軸電 器"之部分連續專利申請，上述兩個申請在此引入 〇 【發明所屬之技術領域】 • 本發明關於同軸電纜之連接器，特別關於用 電纜之末端接合一起的接合連接器。 【先前技術】 在同軸電纜之安裝過程中，常常需要將兩根 端接合在一起。過去，藉由暴露每根電纜末端之 和連接特殊連接器至每個末端來完成；該特殊連 被相互連接到共同連接器主體的相對末端從而在 電性連接。因此’目前對於消除在每根電纜末端 ® 末端連接器並且要實現高可靠的、且最小化信號 合連接器來說，存在一個無法滿足之需求。在家 統中’透過手動或透過通常用於將連接器鉗到電 的幫助，設計出改善小型同軸電纜之間的連接或 針對小型同軸電纜之牆壁連接是重要的。 【發明內容】 因此’本發明之一個目的在於針對同軸電纜 供一種新穎的和改進的接合連接器。 月6曰申 I組件"和 申請號爲 纜的轉接 以供參考 於將同軸 電纜之末 導體部分 接器依序 其間建立 上之特殊 損失之接 庭娛樂系 纜之工具 接合，與 之安裝提 200814461 本發明之另一個目的爲提供一種接合連接器，該接合 連接器適合在不同應用中使用以在一對將連接一起之小型 同軸電纜的末端之間建立可靠的相互連接，同時避免螺紋 緊固件的使用。 本發明之另一個目的在於提供一種新穎的和改進的方 法和裝置，用於根據所需要之應用，將不同之彩色帶互換 連接到同軸電纜接合連接器上。 本發明另一個目的在於提供一種新穎的和改進的接合 連接器，該接合連接器適用於各種應用中一對小型同軸電 纜的相互連接，例如，壁安裝和在將電纜和連接器安裝或 組裝到牆壁過程中，可除去部分構件且需要較小之空間。 本發明之另外的一個目的在於提供一種新穎的和改進 的連接器主體，該連接器主體結合延伸於插梢導體之啓動 器引導部，以助於電纜盲插到連接器主體之一末端，以便 在第二同軸電纜之端部的另一個插梢導體正對中間插入， 及其中該連接器主體容易適用於不同類型之RGB連接器，其 中該RGB連接器包括但不限於BNC、RCA和F連接器。 一方面，接合連接器被設計用於在一對電纜之每一個 的末端上電性連接插梢或電線狀連接器，該連接器包括管 狀之連接器主體，該管狀連接器主體包括插入部，該插入 部具有插座末端部分，該插座末端部分在其內與轉接器套 筒結合用於電纜之相對末端的插入。該轉接器包括導電部 分，以接收導體中之一個，引導部軸向進入到轉接器之中 央，且另外一個導體被插入到插入部之插座末端的凹部。 200814461 在另一個實施例中，接合連接器包括特殊壁安裝鉗， 在安裝到電氣出線盒之壁上之前，其與工具扣合到連接器 主體之非環形外表面部分上，並且連接器主體之相對末端 從壁安裝鉗突出，以根據工業上標準顏色碼將第二電纜和 安裝在相對末端上的彩色環連接，以便從壁板之外面能夠 看見。典型地，RGB連接器主體可以是BNC、RCA或F型 插座連接器並且第二電纜與相應之陽連接器末端作爲終端 ’其中該連接器從陽連接器延伸以插入到插入部之插座末 端的凹部。 在另一個實施例中，相應類型之接合連接器主體之相 應類型在其外部表面使用彈性帶或環，該外部表面具有顏 色碼用以表示接合連接器之應用。在第二電纜被插入到接 合連接器主體的相對末端以完成選定之電子元件的連接之 後，該帶能夠在一根電纜連接到插入部之一個末端之後被 黏貼到主體上，及插入部鉗入連接主體中之位置上。彩色 編碼帶或環在連接器主體上被手動地展開，並且可鬆開以 收縮到與主體上之凹槽緊密適配的接合中，且在壁安裝應 用中，該帶或環被安裝到壁安裝外表之凹槽外部中，以便 在安裝完成後其能夠被看見。 透過參考附圖而對後面之詳細描述能夠使上述和其他 的實施例之目的、優點和特徵更加容易理解。 【實施方式】 第1到22圖說明本發明之實施例，其特別適合使用小 直徑之同軸電纜，通常稱爲小型同軸電纜，其直徑爲從2.5 毫米到4毫米的等級且使用RGB接合連接器主體，所述 200814461 RGB接合連接器主體包括但不限定於BNC和RCA連接器 主體。 在第1到5圖中，壁安裝接合連接器包括RCA插座型 連接器10，其具有桶形部分12，該桶形部分12在一端加 大以提供六邊形表面部分15;及外部周圍延伸之凹槽13 ，該凹槽1 3可以例如容納第1 0和1 2圖所示之從一套不同 彩色帶中選出的一個彩色帶B，所述一套不同彩色帶是爲 了安裝而提供的。每個帶B可以由彈性材料構成，並且將 尺寸定爲適合覆蓋連接器主體，然後可鬆開以收縮進入到 凹槽13中。因此，在將指定尺寸和頻率之電纜安裝到連接 器1 〇之後，使用者能夠辨別出特殊之應用。一系列凹槽或 溝槽1 4設置在六邊形部分1 5上用於插入密封件，這在下 面將進行描述。 內部同軸套筒1 6由非導電材料構成並安裝在桶1 2中 以接收插入部分3 0，並且套筒1 6從連接器主體9之末端 延伸到桶12之末端的止動部10’。另外，外部棱（rib)l 1安 裝在桶9上用於將要描述之目的；並且主體12爲以標準通 用壓縮連接器的形式，所述標準通用壓縮連接器適用於容 納不同尺寸的電纜和包括相互成階梯關係之第一和第二錐 形套筒s 1和S2，並相互連接於其間形成的第一外肩部。 第一套筒S1還在凹槽17 —個終止末端處形成外肩部。第 二套筒S2具有內部密封棱18,密封棱18沿著第二套筒S2 之內壁表面軸向隔開以促使插入其中的電纜構件形成正向 密封接合。 200814461 鉗環（Crimping ring)20預總成在套筒S2上並且包括主 體22，該主體22由具有有限之壓縮性能的塑料材料構成 ，例如，DELRIN®。與套筒23適配的主體22之引導末端 具有內部，錐形壁表面在該引導末端終結於內肩部24，末 端24之直徑稍小於套筒S2之末端的外部直徑，致使肩部 24能夠加壓於所述末端，直到其延伸超過密封棱1 8且接 著可以自由展開與套筒S 1之外表面接合。主體22沿著其 外部表面下切以接收加強的襯套25，該襯套與主體22緊 密適配並且當描述之鉗夾操作期間隨後進入套筒S2時，限 制主體22之擴張。 爲了將一對小型同軸電纜Μ和M’之暴露末端接合在一 起，插入部3 0於第6到9圖中以不同總成階段顯示，並且 由非導電材料之加長的管狀部分3 2構成，並且其在一個末 端34被下切以接收導電材料之轉接器套筒36的末端。套 筒36分散到相對厚之弓形末端部38，其藉由縱向延伸溝 槽40分隔開並且具有內齒41，如第7到9圖中所示之此 處描述之RCA連接器變體。管狀部分32之相對末端具有 內壁表面42，該內壁表面42分散進入薄壁環狀末端固定 器44。固定器44是在沿周圍隔開間隔縱向鑿槽以形成內 孔（bore)48。管狀部分32接收第一插座末端部分50，其具 有中空之薄壁圓柱狀主體52並且其在環狀末端壁54終結 。插座末端部50在管狀部32中與末端壁54緊密適配，所 述末端壁54鄰近內肩33，從第7、8和9圖可最佳看出。 200814461 參考第9圖，第二插座末端部分56包括管狀末端58 ，該管狀末端58具有隔開之縱向溝槽59並且終結於具有 縱向溝槽62的相對端之鼻部60，所述縱向溝槽62將鼻部 60之末端分成弓形片斷，並且鼻部60之中空內部與中央 孔48連通。當鼻部60進入到孔64時，鼻部上之外肩部 66將迫使末端固定器44擴展直到肩部66與末端部分46 接合爲止。 小型同軸電纜Μ和Μ’之每個都是標準構造並且由中央 φ 導體插梢或電線E、介電層F、外部線帶導電層G、絕緣外 皮Η構成，且典型地，涪層插入G層和Η層之間。電纜Μ 和Μ’之每一個的末端藉由去除外皮Η之局部長度及甚至介 電層F之更短長度來製備，以便暴露導體插梢或電線Ε之 末端；並且導電層G從介電層F剝離並將外皮Η之末端對 折。插座末端部分50之尺寸定爲能夠緊密適配該暴露的介 電層G，該介電層G具有延伸通過中央孔48和鼻部60之 插梢Ε，這從第8圖和第9圖中能最佳看出。 ^ 總成之插座3 0，如第5圖和第9圖所示，向前通過中 空之連接器主體12相對於內部套筒16而將第二插座末端 部5 6置於中央，並且此插座末端部5 6將繼續前進直到鑿 空末端58與套筒16的末端壁鄰接，並且末端固定器44被 安裝在主體9中。 應該注意的是，鉗環20必須如前述在插入總成3 0和 連接器主體1 2被總成之前預裝到套筒S2的末端上。因此 ，當鉗環2 0從第1圖所示之開口位置前進到第2圖所示的 閉合位置時，將向套筒S2和S 1持續施加徑向向內直接之 -10- 200814461 鉗夾力，這將迫使弓形片斷3 8進入到與線帶層G和外皮Η 正向一致之鉗夾接合。 此外，插入部3 〇加強導體Ε並有助於盲插電纜Μ至 連接器主體12中，且保證線帶層〇和下面之外皮Η的對 折部分與沿著金屬片斷38之內齒41對齊。一旦鉗環20已 經前進以牢固地鉗夾電纜以之末端於適當位置時’插座末 端部分5 6將作爲中央引導並且延伸通過套筒1 6且終止接 近桶1 (V之引導末端。 φ 第1 〇到1 3圖說明第1到9圖之RCΑ插座連接器12 ，並且示範了如第1 3圖中所示的用於具有壁板W之電氣 出線盒P的壁安裝總成中之使用或應用。最後，安裝鉗夾 78具有方形內部主體80，方形內部主體80具有六邊形開 口 82，其尺寸製定爲可以緊密適配連接器主體12之六邊 形螺母部分1 5。前面所述之帶B被插入到溝槽1 3中以指 明將要實施的應用，例如，連接到電設備之特殊終端，且 鉗夾7 8被安裝在螺母部分1 5上，致使開口 8 2中之內部周 • 圍間隔開的棱8 3對準並且插入六邊形螺母部分1 5的對齊 溝槽1 4。 第10到13圖、第18和19圖所示之鉗夾78是邊開口 的並且包括一對上部和下部鉗夾板或腿84和85，其被隔 開只比壁板W中之開口 V的上部和下部邊緣之間的空間大 之距離，以致使板84和85必須在其自由端朝向彼此壓迫 以能夠插入到壁板W中直到上部板和下部板8 4和8 5上之 肩部86和87移至與壁板W相鄰接。應該注意的是，上部 -11- 200814461 鉗夾板84通過傾斜之連接部88連接到主體80 ;然而，下 部安裝板85以直角延伸到主體80之底部，以便關於壁板 W中之方形開口 V的尺寸，在板8 4和8 5之間建立合適的 空間和距離。另外，定位突片68從上部板之相對側側向和 向下偏移，並且下部突片69只從下部板8 5之相對側側向 偏移以便與安裝在壁板W中的鉗夾78之肩部85和86相 配合。第20和21圖所示之鉗夾781變形是與第18和19圖 一樣的，但是還包括具有與壁板開口 V之側面接合的肩部 φ 91之相對側壁90。 可替換形式之詳細描沭 第14和15圖說明使用小型同軸電纜 Μ和M’之 BNC/RGB插座末端結合連接器總成，其大體上對應於RCA 連接器主體1 2並且類似部分對應相應之列舉。RCΑ連接器 之末端壁10’被去除但是桶上之外部邊緣92有助於具有卡 口槽（bayonet slot)之桶的末端上之標準BNC插座延伸部 94的連接，該卡口槽以傳統之方式在邊緣92上滑動。同 ® 樣地，延伸部94具有含有錐形中央開口 98之內部引導部 96,用於電纜NT的插梢導體E’之延長尖端100的插入。爲 了所述之目的但不限於電纜NT被安裝在標準RGB連接器 內，例如，科羅拉多州丹佛市之ICM公司生產和銷售的Part No.FSRCAl RGB。因此，插座末端5V從第1到9圖在直 徑上被減小以便與插梢E'之末端上的延伸尖端1 00緊密適 配接合。 在使用中，第一電纜Μ和其設置在電氣出線盒B中的 -12- 200814461 插座末端50被插入連接器主體12中，並且鉗環20接著前 進到外部套筒S 1和S2以便牢固地將電纜Μ之末端和引導 插座末端部58鉗夾在適當的位置上，該引導插座末端部分 58延伸通過內部主體或桶部12並且終結桶12末端之短路 。鉗夾78安裝在具有壓縮工具Τ之連接器上，如第16、 1 7和22圖中所示，其中工具本身可以是已轉讓給受讓人 之美國專利第6,293,004號，名稱爲”長度適應鉗夾工具” 和美國專利第6,708.396號，名稱爲”通用的鉗夾工具"之專 ^ 利中提出和描述的類型。特別參考第6,708,396號專利，工 具由加長之主體 102構成，該主體 102在一端具有軛 (yoke)l 04，其定義一端止動並且越過主體1〇2之一般通道 形凹部或者開口 108而面對接收器106。接收器106爲具 有沿周圍隔開之彈力突片之彈簧夾之形式，其並且被安裝 在活塞110上，該活塞110藉由桿狀臂114軸向前進通過 軸襯112。接收器106通過具有底板118之軸116被錨定 到活塞的末端上，並且當該軸被插入到活塞1 1 0末端之孔中 時，接收器1 06被夾在底板1 1 8和活塞1 1 0的末端之間。 典型地，雖然沒有形成本發明之一部分，但是工具T 主要用於使用多數不同長度尖端延伸器，其可放鬆地插入 接收器106中以接合連接器主體之一個末端並使連接器主 體的相對末端上鉗環之壓縮能到與電纜鉗夾接合。爲了將 鉗夾78安裝到螺母15上，代替尖端延伸器，中空圓柱體 附件120具有一個末端122，其直徑稍微減小並且具有外 部凹面構造，該構造是互補於接收器突片用於可釋放地、 -13- 200814461 緊密適配的插入接收器106中，並且增加外部直徑之夾式 接合末端124於環形緣（rin)l 25終止，該環形緣125被製 定尺寸以便與主體80之末端表面85接合。主體80寬鬆地 安裝在連接器主體12之末端上，如第16圖所示，以便承 受緣125。當桿狀臂114從第16圖中之開口位置壓下到第 17圖中閉合位置時，配件120將壓迫鉗夾78在軸向方向 上滑動過螺母15，直到角棱83與螺母15中之溝槽14對 齊。桿狀壁114接著收回並且沿著電纜Μ之連接器主體10 • 從工具上移開。 參考第13圖，在鉗夾78f被插入開口 V中並且壁板W 被緊固到電氣出線盒P上後，彩色環B被安裝到外部凹槽 1 3中，以便在安裝完成後，從外面能夠看得見該導板。被 安裝到標準BNC/RGB連接器R上之電纜M’，例如，Part No. FS BNC 1 RGB被插入到具有導體插梢P之連接器主體12 的末端中，並且延長尖端1〇〇與向前進入到插座末端部分 5 8對齊，如第1 5圖所示。插座末端部分5 8之尺寸被定爲 • 稍小於延長尖端1 〇〇，致使槽形末端59承受輕微之延伸以 便緊密適配地接收該延長尖端和抵抗任何延長尖端從插座 末端部忽然脫逸的可能。所述連接可以利用如RCA連接器 之相同的方式實現，例如第5圖中所示之那樣。 因此，可以理解的是當在此列舉和描述之不同的實施 例和情況時，在不脫離後附之申請專利範圍的等價情況所 定義之本發明的精神和範圍之情況，下，是可以做出上述和 其它修改的。例如，實際上任何類型或尺寸之同軸電纜連 -14- 200814461 接器可以被使用以將電纜，替代爲具有或不具有壁安裝附 件的小型同軸電纜接合連接總成。 【圖式簡單說明】 第1圖是在鉗夾操作之前將小型電纜插入到連接器中 的RCA連接器總成之部分截面圖。 第2圖是第1圖所示之總成的端側視圖。 第3圖是第1圖和第2圖中所示之在連接器主體被鉗 到電纜的末端之後總成的另外一個視圖。 φ 第4圖是第3圖所示之總成的端側視圖。 第5圖是完整之RCA接合連接器總成的縱向截面圖。 第6圖是用於小型同軸電纜之延長尖端的分解圖。 第7圖是第1圖與轉接器套筒之總成延長尖端之另一 個分解圖。 第8圖是在總成到轉接器套筒之前插座末端部分的另 一個分解圖。 第9圖是第1到5圖所示之小型同軸電纜和RCA連接 Φ 器之總成的初始階段之一個實施例的截面圖。 第10圖是RC A連接器和壁安裝夾及彩色帶之截面分 解圖。 第11圖是第1 〇圖所示之夾的端側視圖。 第12圖是在夾和彩色帶被安裝在其上之後第10圖所 示形式的部分截面圖。 第1 3圖是第1 0到1 2圖所示之接合連接器總成之分解 立體圖，且說明第一電纜通過出線盒之延伸。 -15- 200814461 第14圖是BN C/RGB插座連接器和壁安裝夾和彩色帶 之部分截面分解圖。 第15圖是在壁安裝夾總成和第二電纜連接之後第14 圖的連接器之部分截面圖。 第1 6圖是用於將壁安裝夾安裝到連接器主體上之工 具的截面圖。 第1 7圖是在將夾安裝到連接器主體上之後在第1 5圖 接近位置之工具的另一個截面圖。 # 第18圖是壁安裝夾之一個形式的前側立體圖。 第1 9圖是第1 8圖所示之夾的後側立體圖。 第2 0圖是壁安裝夾另一個形式之前側立體圖。 第21圖是第20圖所示之夾的後側立體圖。 第22圖是第16和17圖之工具和連接器主體的分解立 體圖。 【主要元件符號說明】 9 連接器主體 10 RCA插座型連接器 11 外部棱 12 桶形部分 13 凹槽 15 六邊形表面部分 16 內部同軸套筒 17 凹槽 18 密封棱 -16- 200814461Randall A · Η ο 11 id ay Partially consecutive patent applications for "Coaxial Electrical Appliances with Interchangeable Color Bands" of 11/111,198, filed on April 20, 2005, the above two applications BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a connector for a coaxial cable, and more particularly to a joint connector that is joined together by the end of a cable. [Prior Art] In the installation of a coaxial cable, it is often necessary to The root ends are joined together. In the past, this was done by exposing the sum of the ends of each cable to a special connector to each end; the special connections were connected to the opposite ends of the common connector body to be electrically connected. There is currently an unmet need to eliminate the connector at each cable end ® end connector and to achieve a highly reliable and minimized signal connector. In the home system 'usually through or through the connector With the help of clamps, it is important to design a connection between small coaxial cables or a wall connection for small coaxial cables. Accordingly, it is therefore an object of the present invention to provide a novel and improved splice connector for a coaxial cable. The transfer of the component and the application number is for reference to the end of the coaxial cable. The conductor connector is sequentially engaged with a tool for the special loss of the engagement cable, and another object of the invention is to provide a joint connector which is suitable for use in different applications. Establishing a reliable interconnection between the ends of a pair of small coaxial cables to be joined together while avoiding the use of threaded fasteners. Another object of the present invention is to provide a novel and improved method and apparatus for The required application interchangeably connects different color strips to a coaxial cable splice connector. Another object of the present invention is to provide a novel and improved splice connector suitable for use in a pair of small coaxial applications in a variety of applications. Interconnection of cables, for example, wall mounting and installation or grouping of cables and connectors During the walling process, some of the components can be removed and less space is required. It is a further object of the present invention to provide a novel and improved connector body that incorporates an actuator guide that extends over the tip conductor To facilitate blind insertion of the cable to one end of the connector body so that the other plug conductor at the end of the second coaxial cable is inserted in the middle, and the connector body is easily adaptable to different types of RGB connectors Wherein the RGB connector includes, but is not limited to, a BNC, RCA, and F connector. In one aspect, the splice connector is designed to electrically connect a spigot or wire connector at an end of each of a pair of cables, The connector includes a tubular connector body including an insertion portion having a socket end portion in which the socket end portion is coupled with the adapter sleeve for insertion of the opposite ends of the cable. The adapter includes a conductive portion to receive one of the conductors, the guide portion axially entering the center of the adapter, and the other conductor being inserted into the recess at the end of the socket of the insertion portion. 200814461 In another embodiment, the splice connector includes a special wall mounting plier that snaps onto the non-annular outer surface portion of the connector body prior to installation onto the wall of the electrical outlet box, and the connector body The opposite ends project from the wall mounting pliers to connect the second cable to the colored ring mounted on the opposite end in accordance with an industry standard color code so as to be visible from the outside of the panel. Typically, the RGB connector body can be a BNC, RCA or F-type receptacle connector and the second cable and the corresponding male connector end serve as a terminal 'where the connector extends from the male connector for insertion into the socket end of the insertion portion Concave. In another embodiment, the corresponding type of mating connector body of the corresponding type uses an elastic band or ring on its outer surface that has a color code to indicate the application of the mating connector. After the second cable is inserted into the opposite end of the mating connector body to complete the connection of the selected electronic component, the strap can be attached to the body after a cable is attached to one end of the insert, and the insert is clamped Connect to the location in the body. The color coded tape or loop is manually deployed over the connector body and is releasable to retract into engagement with the groove on the body, and in wall mounting applications, the band or ring is mounted to the wall Install the exterior of the exterior groove so that it can be seen after the installation is complete. The objects, advantages and features of the above and other embodiments will be more readily understood from the following detailed description. [Embodiment] Figs. 1 to 22 illustrate an embodiment of the present invention, which is particularly suitable for use with a small diameter coaxial cable, commonly referred to as a small coaxial cable, having a diameter ranging from 2.5 mm to 4 mm and using an RGB joint connector. The body, the 200814461 RGB splice connector body includes, but is not limited to, a BNC and RCA connector body. In Figures 1 through 5, the wall mounting splice connector includes an RCA receptacle type connector 10 having a barrel portion 12 that is enlarged at one end to provide a hexagonal surface portion 15; a groove 13 which can, for example, accommodate a color strip B selected from a set of different colored strips as shown in Figures 1 and 12, the set of different colored strips being provided for installation . Each strip B may be constructed of a resilient material and sized to cover the connector body and then releasable to retract into the recess 13. Therefore, after the cable of the specified size and frequency is mounted to the connector 1, the user can recognize the special application. A series of grooves or grooves 14 are provided on the hexagonal portion 15 for inserting a seal, which will be described below. The inner coaxial sleeve 16 is constructed of a non-conductive material and is mounted in the barrel 12 to receive the insertion portion 30, and the sleeve 16 extends from the end of the connector body 9 to the stop 10' at the end of the barrel 12. In addition, an outer rib 1 1 is mounted on the tub 9 for purposes to be described; and the main body 12 is in the form of a standard universal compression connector suitable for accommodating cables of different sizes and including The first and second tapered sleeves s 1 and S2 are in a stepped relationship with each other and are connected to each other with a first outer shoulder formed therebetween. The first sleeve S1 also forms an outer shoulder at the end of the groove 17. The second sleeve S2 has inner sealing ribs 18 that are axially spaced along the inner wall surface of the second sleeve S2 to urge the cable members inserted therein into a positive sealing engagement. The 200814461 Crimping ring 20 pre-assembly is on the sleeve S2 and includes a body 22 which is constructed of a plastic material having limited compression properties, such as DELRIN®. The leading end of the body 22 that is adapted to the sleeve 23 has an interior at which the tapered wall surface terminates at the inner shoulder 24, the diameter of the end 24 being slightly smaller than the outer diameter of the end of the sleeve S2, such that the shoulder 24 can The end is pressurized until it extends beyond the sealing rib 18 and can then be freely deployed to engage the outer surface of the sleeve S1. The body 22 is cut down along its outer surface to receive a reinforced bushing 25 that fits tightly with the body 22 and limits the expansion of the body 22 when subsequently entering the sleeve S2 during the described jaw operation. In order to join together the exposed ends of a pair of small coaxial cables Μ and M', the insertion portion 30 is shown in different assembly stages in Figures 6 through 9, and is composed of an elongated tubular portion 32 of non-conductive material, And it is cut at one end 34 to receive the end of the adapter sleeve 36 of electrically conductive material. The sleeve 36 is dispersed into a relatively thick arcuate end portion 38 which is separated by a longitudinally extending groove 40 and has internal teeth 41, such as the RCA connector variants described herein as shown in Figures 7-9. The opposite ends of the tubular portion 32 have an inner wall surface 42 that disperses into the thin-walled annular end holder 44. The holder 44 is longitudinally grooved at intervals along the circumference to form a bore 48. The tubular portion 32 receives the first socket end portion 50 having a hollow thin-walled cylindrical body 52 and terminates at the annular end wall 54. The socket end portion 50 is closely fitted in the tubular portion 32 to the end wall 54, which is adjacent to the inner shoulder 33, as best seen in Figures 7, 8 and 9. 200814461 Referring to Figure 9, the second socket end portion 56 includes a tubular end 58 having spaced longitudinal grooves 59 and terminating in a nose 60 having opposite ends of the longitudinal grooves 62, the longitudinal grooves The end of the nose 60 is divided into arcuate segments and the hollow interior of the nose 60 is in communication with the central aperture 48. When the nose 60 enters the aperture 64, the outer upper shoulder 66 will force the end retainer 44 to expand until the shoulder 66 engages the end portion 46. Each of the small coaxial cables Μ and Μ' is of a standard construction and consists of a central φ conductor ferrule or wire E, a dielectric layer F, an outer wire with a conductive layer G, an insulating sheath ,, and typically a 涪 layer is inserted into the G Between the layer and the layer. The ends of each of the cables Μ and Μ' are prepared by removing the local length of the sheath and even the shorter length of the dielectric layer F to expose the ends of the conductor pins or wires, and the conductive layer G from the dielectric layer F peels off and folds the end of the rind. The socket end portion 50 is sized to closely fit the exposed dielectric layer G having a ferrule extending through the central aperture 48 and the nose 60, as shown in Figures 8 and 9. Can be seen best. ^ Assemble socket 30, as shown in Figures 5 and 9, forwards the second socket end portion 56 to the center with respect to the inner sleeve 16 through the hollow connector body 12, and the socket The tip portion 56 will continue to advance until the chisel end 58 abuts the end wall of the sleeve 16 and the end holder 44 is mounted in the body 9. It should be noted that the caliper ring 20 must be preloaded onto the end of the sleeve S2 prior to insertion of the assembly 30 and the connector body 12 into the assembly as previously described. Therefore, when the clamp ring 20 advances from the open position shown in Fig. 1 to the closed position shown in Fig. 2, the radially inward direct directing of the sleeves S2 and S1 will be continuously applied to the-10-200814461 jaw. Force, this will force the arcuate segment 38 into the jaw engagement that is positively aligned with the tape layer G and the skin Η. In addition, the insertion portion 3 〇 reinforces the conductor turns and facilitates blind insertion of the cable into the connector body 12, and ensures that the folded portion of the tape layer and the lower outer skin are aligned with the internal teeth 41 along the metal segment 38. Once the caliper ring 20 has advanced to securely clamp the cable to the proper position, the socket end portion 56 will be guided centrally and extend through the sleeve 16 and terminate near the barrel 1 (the leading end of the V. φ 1 1 to 9 illustrates the RCΑ receptacle connector 12 of FIGS. 1 through 9, and demonstrates the use of the wall mounting assembly for the electrical outlet box P having the wall panel W as shown in FIG. Or application. Finally, the mounting jaw 78 has a square inner body 80 having a hexagonal opening 82 sized to closely fit the hexagonal nut portion 15 of the connector body 12. The strip B is inserted into the groove 13 to indicate the application to be implemented, for example, to a special terminal of the electrical device, and the jaws 7 8 are mounted on the nut portion 15 such that the inner circumference of the opening 8 2 • The spaced apart ribs 8 3 are aligned and inserted into the alignment grooves 14 of the hexagonal nut portion 15. The jaws 78 shown in Figures 10 through 13, 18 and 19 are edge-opened and include a For the upper and lower jaw plates or legs 84 and 85, which are separated only by the wall The space between the upper and lower edges of the opening V in W is so large that the plates 84 and 85 must be pressed towards each other at their free ends to be able to be inserted into the wall W until the upper and lower plates 8 4 and 8 The upper shoulders 86 and 87 are moved to abut the wall panel W. It should be noted that the upper -11-200814461 jaw plate 84 is connected to the body 80 by the inclined connection 88; however, the lower mounting plate 85 is at right angles Extending to the bottom of the body 80 to establish a suitable space and distance between the plates 8 4 and 85 with respect to the size of the square opening V in the wall W. In addition, the positioning tabs 68 are laterally opposite from the opposite side of the upper plate. And downwardly offset, and the lower tabs 69 are only laterally offset from opposite sides of the lower plate 85 to cooperate with the shoulders 85 and 86 of the jaws 78 mounted in the wall panel W. Figures 20 and 21 The illustrated jaw 781 is deformed as in Figures 18 and 19, but also includes opposing sidewalls 90 having shoulders φ 91 that engage the sides of the panel opening V. Alternative Descriptions 14 and 15 The figure shows the use of a small coaxial cable Μ and M' BNC / RGB socket end joint connector total Which corresponds generally to the RCA connector body 12 and similar portions correspond to the corresponding enumeration. The end wall 10' of the RCΑ connector is removed but the outer edge 92 on the barrel facilitates the barrel with the bayonet slot The attachment of a standard BNC receptacle extension 94 on the end that slides over the edge 92 in a conventional manner. As with the extension, the extension 94 has an inner guide 96 having a tapered central opening 98 for The insertion of the tip end conductor 100 of the cable NT is extended by the tip end 100. For the purposes described, but not limited to, the cable NT is mounted in a standard RGB connector, such as Part No., manufactured and sold by ICM, Denver, Colorado. FSRCAl RGB. Therefore, the socket end 5V is reduced in diameter from the first to the ninth views so as to fit tightly with the extended tip 100 on the end of the spigot E'. In use, the first cable cartridge and its -12-200814461 socket end 50 disposed in the electrical outlet box B are inserted into the connector body 12, and the caliper ring 20 is then advanced to the outer sleeves S1 and S2 for secure The end of the cable clamp and the leading end portion 58 of the guide socket are clamped in position, the guide socket end portion 58 extending through the inner body or barrel portion 12 and terminating the short circuit at the end of the barrel 12. The jaws 78 are mounted on a connector having a compression tool, as shown in Figures 16, 17 and 22, wherein the tool itself can be assigned to the assignee in U.S. Patent No. 6,293,004 entitled "Length Adaptation" Clamping tool" and U.S. Patent No. 6,708,396, entitled "Common Clamping Tool", is of the type set forth and described. In particular, reference is made to U.S. Patent No. 6,708,396, the entire disclosure of which is incorporated herein by reference. At one end there is a yoke 104 defining one end stop and overlying the generally channel-shaped recess or opening 108 of the body 1〇2 facing the receiver 106. The receiver 106 is a resilient tab that is spaced apart around it. In the form of a spring clip, which is mounted on a piston 110, the piston 110 is axially advanced through the bushing 112 by a rod arm 114. The receiver 106 is anchored to the end of the piston by a shaft 116 having a bottom plate 118, And when the shaft is inserted into the hole at the end of the piston 110, the receiver 106 is sandwiched between the bottom plate 1 18 and the end of the piston 110. Typically, although a part of the invention is not formed, Tool T To be used with a plurality of different length tip extenders that can be loosely inserted into the receiver 106 to engage one end of the connector body and allow compression of the clamp ring on the opposite end of the connector body to engage the cable clamp. The jaw 78 is mounted to the nut 15 instead of the tip extender, the hollow cylinder attachment 120 having a distal end 122 having a slightly reduced diameter and having an outer concave configuration complementary to the receiver tab for releasable -13- 200814461 tightly fitted into the receiver 106, and the clip-on engagement end 124 of the increased outer diameter terminates at an annular rim 125, which is sized to interface with the end surface 85 of the body 80. Engagement. The body 80 is loosely mounted on the end of the connector body 12, as shown in Fig. 16, to withstand the rim 125. When the lever arm 114 is depressed from the opening position in Fig. 16, to the closed position in Fig. At time, the fitting 120 slides the compression jaw 78 in the axial direction past the nut 15 until the corner rib 83 is aligned with the groove 14 in the nut 15. The rod wall 114 is then retracted and connected along the cable Μ The main body 10 • is removed from the tool. Referring to Fig. 13, after the jaw 78f is inserted into the opening V and the wall W is fastened to the electrical outlet box P, the color ring B is mounted to the outer groove 1 3, so that the guide can be seen from the outside after the installation is completed. The cable M' mounted to the standard BNC/RGB connector R, for example, Part No. FS BNC 1 RGB is inserted into the conductor plug In the end of the connector body 12 of the tip P, and the extension tip 1 is aligned with the forward end to the socket end portion 58 as shown in Fig. 15. The end portion 58 of the socket is sized to be slightly smaller than the extended tip 1 〇〇 such that the slotted end 59 is slightly extended to receive the extended tip in a tight fit and resist any sudden extension of the tip from the end of the socket. may. The connection can be implemented in the same manner as an RCA connector, such as shown in Figure 5. Therefore, it is to be understood that the various embodiments and aspects of the invention may be described and described herein without departing from the spirit and scope of the invention as defined by the appended claims. Make the above and other modifications. For example, virtually any type or size of coaxial cable connector can be used to replace the cable with a small coaxial cable splice connection assembly with or without wall mounting accessories. [Simple description of the drawing] Figure 1 is a partial cross-sectional view of the RCA connector assembly in which the small cable is inserted into the connector before the clamping operation. Fig. 2 is an end side view of the assembly shown in Fig. 1. Fig. 3 is another view of the assembly shown in Figs. 1 and 2 after the connector body is clamped to the end of the cable. φ Fig. 4 is an end side view of the assembly shown in Fig. 3. Figure 5 is a longitudinal cross-sectional view of the completed RCA splice connector assembly. Figure 6 is an exploded view of the extended tip for a small coaxial cable. Figure 7 is another exploded view of the extension of the assembly of Figure 1 and the adapter sleeve. Figure 8 is another exploded view of the end portion of the socket before the assembly is placed into the adapter sleeve. Fig. 9 is a cross-sectional view showing an embodiment of an initial stage of the assembly of the small coaxial cable and the RCA connecting Φ of the first to fifth figures. Figure 10 is a cross-sectional view of the RC A connector and wall mounting clips and color strips. Figure 11 is an end elevational view of the clip shown in Figure 1. Fig. 12 is a partial cross-sectional view showing the form shown in Fig. 10 after the clip and the color belt are mounted thereon. Fig. 13 is an exploded perspective view of the joint connector assembly shown in Figs. 10 to 12 and showing the extension of the first cable through the outlet box. -15- 200814461 Figure 14 is a partial cross-sectional exploded view of the BN C/RGB socket connector and wall mounting clip and color strip. Figure 15 is a partial cross-sectional view of the connector of Figure 14 after the wall mounting clip assembly and the second cable are connected. Figure 16 is a cross-sectional view of the tool for mounting the wall mounting clip to the connector body. Figure 17 is another cross-sectional view of the tool in the approximated position of Figure 15 after the clip has been attached to the connector body. #第图图 18 is a front perspective view of one form of a wall mounting clip. Fig. 19 is a rear perspective view of the clip shown in Fig. 18. Figure 20 is a front perspective view of another form of wall mounting clip. Figure 21 is a rear perspective view of the clip shown in Figure 20. Figure 22 is an exploded perspective view of the tool and connector body of Figures 16 and 17. [Main component symbol description] 9 Connector body 10 RCA socket type connector 11 External rib 12 Bucket section 13 Groove 15 Hexagonal surface part 16 Internal coaxial sleeve 17 Groove 18 Sealing edge -16- 200814461
22 主體 24 內肩部 30 插入部分 32 管狀部 33 內肩 3 6 轉接器套筒 38 弓形末端部 41 內齒 42 內壁表面 44 固定器 48 中央孔 50 第一插座末端部分 52 薄壁圓柱狀主體 5 4 環狀末端壁 56 第二插座末端部分 58 管狀末端 59 縱向溝槽 60 鼻部 62 縱向溝槽 78 鉗夾 90 相對側壁 92 外部邊緣 94 BNC插座延伸部 96 內部引導部 200814461 98 錐形中央孔 100 延長尖端 106 接收器 108 開口 1 10 活塞 112 軸襯 118 底板 125 環形緣 B 彩色帶 SI、S2 錐形套筒22 body 24 inner shoulder 30 insertion portion 32 tubular portion 33 inner shoulder 3 6 adapter sleeve 38 arcuate end portion 41 inner tooth 42 inner wall surface 44 retainer 48 central bore 50 first receptacle end portion 52 thin walled cylindrical Main body 5 4 annular end wall 56 second socket end portion 58 tubular end 59 longitudinal groove 60 nose 62 longitudinal groove 78 jaw 90 opposite side wall 92 outer edge 94 BNC socket extension 96 internal guide 200814461 98 tapered center Hole 100 Extension Tip 106 Receiver 108 Opening 1 10 Piston 112 Bushing 118 Base Plate 125 Ring Edge B Color Strip SI, S2 Tapered Sleeve