lv丄厶叶 五、創作說明（1) 【新型所屬之技術領域】 本創作係為一種同軸微八。 ^ 夾持功能的接觸扣件， 、、、A連接器，其藉由具有 地連結或分離者。 讓么連接器與母連接器間可快速 【先前技術】 在信號傳輪之運用上， 言，通常是以連接地點門之：：傳導信號之同軸電緵而 -曲半徑以及在特定之==、/號頻率、~需之最大 頻率越高，就需要越大的： 使用的同軸電緵越長， .的外徑，以防止過多的信號漏失。 得統應用於諸如有線雷葙咖 方面之同軸電镜，；：：距：及微波信號傳輸等 命 /、得輸距離在50 - 1 0 00呎之範圍，外徑 t \、、· :。至内傳輸距離需求較短之設備（約6-24 时)’其可藉由使用外㈣則等較小之同軸電境， 以克服侷促之空間及彎曲半徑的限制。此類較小外徑之 f電纔需要使用精破的微連接器，例如SMA，s〇及Μα 其必須連接至諸如實驗室等設有精密設備之控制環境 内之電纜上，並緊密夾持住此同軸電纜而連接至連接器 如圖一A所示，習知sm A微連接器的内部固定有同軸微 電纜，同軸微電纜之中心導體係***而固定在第一插銷2 内，以當作公連接器1内之插銷結構。第一插銷2具有一插 銷孔座4而在母連接器3上設有相對應之第二插銷5，當公 連接器1與母連接器3相互結合時，第二插銷5則嵌入插銷 C:\ 二难碘\pa920240.ptd 第5頁 M248049 五、創作說明（2) 孔座4内使其連結。母連接器3内的第二插銷5可供同軸微 電纜之中心導體***而固定，以賦與其所需之剛性而可在 與母連接器3***連接時，提供足夠之***力量。公連接 器1與母連接器3間的結合係藉由螺紋機構6、7來達成，以 形成電氣連接及公連接器的接地，如圖一B所示。 由於，公連接器1與母連接器3間係藉由旋轉方式來達 成連結或分離之目的，這將造成操作人員在實際安裝上的 不便性，此乃由於公連接器1與母連接器3間以螺紋機構 6、7相互連接所致，這造成其間的不便性須予以克服。 【新型内容】 本創作之主要目的係提供一種具有夾持功能的接觸扣 件’而讓公連接器與母連接器間可快速地連結或分離者。 本創作確信新穎之特徵係詳述於後之申請專利範圍 中。然而創作本身之結構、操作方式以及目的與優點，藉 由參考下列之敘述及附圖，當可更加容易了解。 【實施方式） 參閱圖2至圖4 ’係為本創作同轴微電纔之公連接哭 之立#顧 文口口 剖面圖、右侧視圖，其顯示目前同轴微電臂逵 接技術之忤~ , ^ ^ 二议到心ft况。此處所使用之"同轴微電纜"一詞，乃意謂lv 丄 厶 叶 5. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is a coaxial micro-eight. ^ Contact fasteners with clamping function,,,, A connector, which are connected or separated by ground. The connector between the connector and the female connector can be quickly [previous technology] In the application of the signal transmission wheel, it is usually based on the connection point: the coaxial electrical conduction of the signal and the radius of curvature and the specified == The higher the maximum frequency required, the higher the required frequency is, the larger the required frequency is: The longer the coaxial cable is used, the outer diameter of the. Is to prevent excessive signal leakage. It can be used in coaxial electron microscopes such as wired Lei Jia, and the distance between the antenna and the microwave signal transmission is between 50 and 100 feet, and the outer diameter is t \,, · :. Equipment with shorter transmission distance to the inside (approximately 6-24 o'clock) ’can use smaller coaxial electrical environments such as outer rules to overcome the constraints of cramped space and bending radius. This type of small-diameter f-electricity requires the use of fine-break micro-connectors, such as SMA, so, and Mα, which must be connected to cables in a control environment with precision equipment such as a laboratory and tightly clamped The coaxial cable is connected to the connector as shown in Fig. 1A. The coaxial micro cable is fixed inside the conventional SM A micro connector. The center guide system of the coaxial micro cable is inserted and fixed in the first pin 2. Used as the pin structure in the male connector 1. The first pin 2 has a pin hole socket 4 and a corresponding second pin 5 is provided on the female connector 3. When the male connector 1 and the female connector 3 are combined with each other, the second pin 5 is embedded in the pin C: \ 二 难 IO \ pa920240.ptd Page 5 M248049 V. Creation instructions (2) It is connected in the hole seat 4. The second pin 5 in the female connector 3 can be inserted and fixed by the center conductor of the coaxial micro-cable, so as to give it the rigidity required to provide sufficient insertion force when the female connector 3 is inserted and connected. The coupling between the male connector 1 and the female connector 3 is achieved by the screw mechanisms 6, 7 to form the electrical connection and the ground of the male connector, as shown in Figure 1B. Because the male connector 1 and the female connector 3 are rotated or connected to achieve the purpose of connection or separation, this will cause inconvenience to the operator in actual installation. This is because the male connector 1 and the female connector 3 The thread mechanism 6 and 7 are connected to each other, and the inconvenience caused by it must be overcome. [New content] The main purpose of this creation is to provide a contact fastener with a clamping function, so that the male connector and the female connector can be quickly connected or separated. The author believes that the novel features are detailed in the scope of subsequent patent applications. However, the structure, operation mode, purpose and advantages of the creation itself can be more easily understood by referring to the following description and drawings. [Embodiment] Refer to FIG. 2 to FIG. 4 'It is a public connection of the creation of the coaxial micro-electrical talent crying stand # 顾 文 口 口 sectional view, right side view, which shows the current coaxial micro-electric arm connection technology忤 ~, ^ ^ Second discussion to the heart ft condition. The term " coaxial microcable " as used herein means
種中。導體直徑大於而小於〇8mm之同轴電缓 如RG179 番 _ , ^ 1?,J 電、、見。先前技術中之同軸微電纜8係具有一外皮# 一 / 、、材料層1 〇、一中心導體1 1、及一編織網層1 2。 公連接器2°則包含-連接器本體3° ’ -環形 '、问轴地配置在連接器本體3〇的内部，一絕緣元件In the species. Coaxial electrical buffers with conductor diameters larger than but smaller than 0mm, such as RG179 Fan, ^ 1 ?, J Electric, see. The coaxial microcable 8 in the prior art has an outer sheath # a /, a material layer 10, a center conductor 11, and a braided mesh layer 12. The male connector 2 ° includes-the connector body 3 ° ′-ring-shaped, and is arranged axially inside the connector body 30, an insulating element
M248049 五、創作說明（3；Γ ~ 一~" --------- — 係同軸地配置在環形轴圈4〇的内部，及一導 、， 6〇，插銷60可***於絕緣元件50之軸向導槽中。=插銷 一末端可供剝除外皮層9之中心導體銷6〇之 微電《形成電氣連接。 m以與同軸 圖5中緣示環形軸圈4 〇的一例。環形軸圈4 〇 而可電鍍如：金等金屬。環形軸圈4金且屬 ;ι面部41與一接觸扣件42，介面部41的外 八 在連接器本體30的收容孔周圍邊緣成為緊密_ =可配置 *部= = =;成=内外彈性腳4二:與介 巧面45冑成形。内彈性腳43係與外彈 成一同心％繞關係，其間形成有一環形* 腳44形 示，有六只内外彈性腳43、44以等間隔ς:4::如圖6所 夾持成有'預定的内徑尺寸來與母連接器作機械上的 如圖3所示，六只内彈性腳43所形-=緣元件50的外部尺寸，當絕緣的二寸略小 於内彈性腳43内時，可使内彈性腳43提供度*** 兀•件50的外部周圍邊緣而成為有著力二人失持力在絕緣 腳43、44間之環形空間46可用以接納具有^而内外彈性 對同軸微電纜的組合與電子器件 、的母連接器 連接器20形成接地。 乱成為一體，及使公 如圖3、6所示，外彈性腳44盥 一環形間隙47，所以，當母連接;體3G間形成有 複數片的外彈性腳44接觸時，^ 二抓接器20内而與 母運接15的外徑將迫使複數M248049 V. Creation instructions (3; Γ ~ a ~ " --------- — are coaxially arranged inside the annular shaft ring 40, and a guide, 60, the latch 60 can be inserted in The shaft of the insulation element 50 is guided in the groove. = One end of the pin can be used to peel off the microconductor of the center conductor pin 60 of the skin layer 9 to form an electrical connection. M An example of a ring-shaped shaft ring 4 shown coaxially with the edge of FIG. 5 。Ring collar 4 〇 can be plated such as: gold and other metals. Ring collar 4 gold and belong; ι face 41 and a contact fastener 42, the outer surface of the interface portion 41 on the periphery of the receiving hole of the connector body 30 becomes Tight _ = Configurable * Department = = =; Cheng = Inner and outer elastic feet 42: Formed with the interface surface 45 胄. The inner elastic feet 43 are in a concentric relationship with the outer elasticity, and a ring * is formed between them. There are six inner and outer elastic feet 43, 44 at equal intervals: 4 :: As shown in Fig. 6, it is clamped into a 'predetermined inner diameter size to mechanically engage with the female connector, as shown in Fig. 3. The shape of the elastic foot 43-= the outer size of the edge element 50. When the two inches of insulation is slightly smaller than the inner elastic foot 43, the inner elastic foot 43 can be provided with a degree of insertion. The outer peripheral edge becomes a force with two people. The annular space 46 between the insulating feet 43 and 44 can be used to receive the combination of coaxial micro-cables with internal and external elasticity, electronic components, and female connector connectors 20 to form a ground. As shown in Figs. 3 and 6, the outer elastic feet 44 are provided with an annular gap 47. Therefore, when the female is connected to each other, a plurality of outer elastic feet 44 are formed between the bodies 3G to make contact. The outer diameter of the connector 20 and the female connector 15 will force the plural
$ 7頁 M248049 開而形成 效地結合 應在公連 結合。 觸扣件4 2 以具有快 實施例已 而言，其 本創作之 範圍内之 五、創作說明（4) 片的外彈性腳44向外張 機械上的夾持而形成有 連接器之插銷***於對 成為機械上與電氣上的 由之，本創作之接 母連接器連結或分離， 雖然本創作之特定 於熟知本項技藝之人士 或修改，皆明顯不脫離 也試著涵蓋本創作精神 【元件符號說明】 一失持力來與母連接器做 。最後的結合位置將使母 接器2 0的插銷孔座6 1中而 可讓公連接器2 0快速地與 速插拔的功能。 經圖解說明於前，但是對 他各種可輕易達成之變化 精神。在申請專利範圍内 所有變化或修改。 公連接器1 第一插銷2 母連接器3 插銷孔座4 第二插銷5 螺紋機構6、7 同軸微電纜8 外皮層9 絕緣材料層1 0 中心導體11 編織網層1 2 公連接器2 0 連接器本體30 環形軸圈4 0 絕緣元件50 插銷60 介面部41 接觸扣件42 内彈性腳43 外彈性腳4 4 端面4 5 環形空間46 環形間隙47 插銷孔座61$ 7 pages M248049 to form effective combination should be combined in the public link. The snap fastener 4 2 has a quick embodiment. As far as it is within the scope of the present creation, the description of the creation (4) The outer elastic feet 44 of the piece are mechanically clamped outward to form a bolt insertion of the connector. In terms of being mechanically and electrically connected, the female connector of this creation is connected or separated. Although this creation is specific to those who are familiar with this technology or modifications, it is obvious that it does not depart from it and also tries to cover the spirit of this creation. Description of component symbols] A misholding force is made with the female connector. The final coupling position will be in the pin hole seat 61 of the female connector 20, and the male connector 20 can be quickly and quickly plugged in and out. Illustrated earlier, but with a variety of easily attainable spirits. All changes or modifications within the scope of the patent application. Male connector 1 First pin 2 Female connector 3 Pin hole seat 4 Second pin 5 Thread mechanism 6, 7 Coaxial micro cable 8 Outer skin layer 9 Insulating material layer 1 0 Center conductor 11 Woven mesh layer 1 2 Male connector 2 0 Connector body 30 Ring shaft washer 4 0 Insulating element 50 Pin 60 Interface part 41 Contact fastener 42 Inner elastic foot 43 Outer elastic foot 4 4 End face 4 5 Ring space 46 Ring gap 47 Pin hole seat 61
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M248049 圖式簡單說明 圖一 A、一B為習用同轴微電纜之公連接器與母連接器之剖 面圖。 圖二為本創作同軸微電纜之公連接器之立體圖。 圖三為本創作同轴微電纜之公連接器之剖面圖。 圖四為圖三之右側視圖。 圖五為本創作環形轴圈之剖面圖。 圖六為圖五之右側視圖。M248049 Brief Description of Drawings Figures A and B are sectional views of the male connector and the female connector of a conventional coaxial microcable. Figure 2 is a perspective view of the male connector of the coaxial micro cable. Figure 3 is a cross-sectional view of the male connector of the coaxial micro cable. Figure 4 is a right side view of Figure 3. Figure 5 is a cross-sectional view of the annular ring. Figure 6 is a right side view of Figure 5.
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