jyi4U»172 五、新型說明： 【新型所屬之技術領域】 本創作係關於種連接裔，特別是一種用於電腦網路和電信 產業的連接器。 【先前技術】 現今網際轉絲發展，崎鱗上已充滿仙者欲獲得的 貧訊。使用者可以透過電腦連結網際網路而擷取所需的資訊及擴 展電知的功能。為了要擴展電_網路魏，不論是桌上型、筆 記型電腦皆必須設有可供網路_對接使狀網路 路_可分為-般魏、傳_使用之則_，；；及 可供電腦連線網際網路、多功能事務機等使用之幻七連接器。 連接器通常為細或4酿的訊號端子，而职5連接器通 吊為8PIN的訊號端子。 然而’不管是咖猶·45連接器，皆 材數量過多，導致接始w 逆㈣㈣的線 π 、，·在處理接線上浪費許多時間。舉例來說， 哭内㈣Γ純地从工的方式將線材—條—條連結於狀45連接 工往往㈣^多哪接線作業上。是以接線 办將線材一次性地電性連接於並且固 置嶋接線的作糊。但接線工將連接器 進行多個時曰，因為連接器會在線材裁切工具的結合部上 以=π 4 ’是以接線工仍f小心翼翼的猫準轉位，用 接器位於線材哉切工具的裁切位置上。因此，無形之中接 M408172 線工浪費許多時間在重覆瞄準與對位的作業上。 【新型内容】 馨於以上的問題，本創作是關於一種幻連接哭 ^ 逆按益，藉以解決先 前技術所存在無法快速且有效地將連接器置於線材裁切工具的裁 切位置上的問題。 根據本創作所揭露之RJ連接器，其包括一結合座及一接線 座。其中，結合座具有相對的一第一面及一第二面，第一面嗖有 兩相隔-間距的凸塊，兩凸塊構成—滑槽。結合座的—側設^一 幻插座’接線座設置於第二面上。 根據本創觸揭紅RJ連接器，其包括—結合座及—接線 座。其中’結合座具有—連結表面，且結合座的相對_第—側面 及一第二侧面各設有一凸肋。連結表面連接第-侧面及第二側 ^ ’第-側面包括-不連續面構成之粒機構，且結合座相對連 結表面的一側設有一幻插座。接線座設置於連結表面上。 根據上述本_·露之RJ賴g，侧崎觀構來搭配 線材裁切1具上的導餘U崎低W連接辦結合於線材裁 切工具時的自由度，進而使RJ連接器進行直線__作 可使RJ連接器迅速定位至裁切位置。 曰 、—=上之關於本創作内容之說明及以下之實施方式之說明係用 以不乾與_賴作之顧，並且提縣創作之翔巾請範 進一步之解釋。 【實施方式】 請同時參閱「第i圖」至「第3B圖」 乍所揭露-實施例之圖」為根據本創 意圖，「第2圖」A「心岡搭配線材裁切工具Π)的立體示 「第从圖增11冰川職大示意圖， 可搭配—料 · 浙所㈣之RJ連接器30 線材裁切工具10 一併使用，复 一本體11，本體π設有-連接3 材裁如具10包括 接器支° 12及一切線模組13。連 接裔支以12包括—自連接器 逐 μ撕兩編各具有—軸面16„m4’導執 距，此間距由連接哭支μ 12 5魅—導軌側面16相距一間 說，導勒u 頂端逐漸變大。換句話 說導軌14之斷面形狀為螞尾狀 軌係具有-斜切面，使導_5= 括-導軌頭15 ’導 又守机貝D的斷面略小於導執Μ(如「第 二」一所不)。另外，導執14還包括—容置槽17，容置槽17頂端 1一開孔2丨。此外，容置槽17内具有—彈㈣及―雜球… 彈菁18置於容置槽17底部，而定位球19置於彈簧18上並抵住 開孔21。且定位球19的直徑大於開孔21。 請繼續參閱「第从圖」與「第狃圖」，「第4八圖」為「第 1圖」之RJ連接器的放大示意圖’「第4B圖」為「第4A圖」之 平面示意圖。本實施例之RJ連接器3〇包括一結合座⑽及一接 線座200。 結合座100包括一第一面110及與第一面11〇相對的一第二 面130。第一面110言炫兩相隔一間距的凸塊ιη，兩凸塊⑴共 M408172 同構成一滑槽114。 為了讓RJ連接器30更容易對準線材裁切工具1〇，滑槽 的兩端更可包括導引結構。舉例來說，每一凸塊ηι面向滑槽 的-側設有-滑槽側面115,且這些滑槽側面115分別具有相對的 一第一端116及一第二端117。每一滑槽側面115的第一端U6及 第二端117分別具有-導引面118，二相異凸塊Ul之導引面⑽ 間具有-間距。此間距分別由第—端116至第—端邊緣125逐漸 增大(如箭頭〇2所指的方向所示）’以及第二端117至第二端邊緣 126逐漸增大(如箭頭32所指的方向所示）。換句話說，此間距分 別由滑槽114中間部位往滑槽114的兩端逐漸增大，即滑槽叫 中段的間距dl小於滑槽114兩端的間距汜。這些凸塊出的第— 端116及第二端117各構成一導引槽119。換句話說，每一滑槽側 面115的相對兩端具有一倒角，使整個滑槽114呈現類似沙漏狀(如 「第4B圖」所示）。 另外，每—凸塊111的中段更分別包括一卡制部112，這些凸 塊出的中段共同構成—卡槽113。此時二滑槽側面115中段的間 ，較滑槽114兩端小(如「第4B圖」戶斤示）。卡槽113内更設有一 疋位孔120，定位孔12〇的外形例如是略為凹陷的圓孔狀。 此外，為了讓滑槽114可以緊密結合於導軌14上，滑槽114 :面的域可為鳩尾狀。其細部結構為二滑槽側面115的間距由 θ 4底°卩至滑槽114頂端逐漸縮小。換句話說，滑槽114之 斷面的开遍為鸠尾狀’且滑槽114的形狀係與導執14的形狀相匹 M408172 另外，結合座100的一側設有一 插座300。幻插座300更 包括一握持部330、一插頭容置槽310及一位於插頭容置槽310 入口處的插頭結合口 320。插頭容置槽310之斷面及插頭結合口 320約呈「凸」字形。由於插座300的結構與本創作所揭露之 RJ連接器30的技術特徵無關，故在此並不贅述。且幻插座3〇〇 的結構並非用以限制本創作，其結構可依實際需求作些許變更。 接線座200包括一镜線通道21〇及兩排彼此分離的線材容置 槽220，這些線材容置槽22〇分別置於纜線通道2ι〇的兩側，每一 線材今置槽22〇内具有一對絕緣卡勾221。在本實施例中，線材容 置槽22G的總數共有人個’其中每—排有四個，以應用於一多線 材_〇〇 ’ 置於職通道210上，並使包覆於镜線· 内的八條線材410分別置於每對絕緣卡勾221内。八條線材的線 頭分別穿設過每對絕緣卡勾221而裸露於接線座㈣外。接 =搭配上述提及的切線馳u即可完成裁切線材與接線的 而上述提及線材容置槽22G的數量只是為了方便 變_ 為「_」，二: 7 連接器30係藉由導引槽119的尺寸略大於導轨頭i5的尺寸，以 使滑槽114可以滑順地並且簡易地滑進導執14。之後，再藉由卡 2m的滑槽側面115與導執侧面16緊雜觸，使料接器 合於連接器支撐和，並限制幻連接㈣以直線進行的方 2移於料14上。棒故球19储幻_驾入容 ^内。絲，㈣_3G的粒㈣繼定位球19 會㈣蝴—彈性力將⑽19頂㈣ 接=’並迫使梅22蚊位孔12G的表面相接觸。如此一 連接杰30會被固定於定位球19的位置上。 .連接器3〇會被固定於連接器支撐器.12的裁切位置上。… 的裁=Γ_3。快速且簡便地固定於連接器支撐器12 Γ以細妙增__崎槽⑽結 定於連接-去产貫％例"紹用執道2〇的方式使RJ連接器30固 置槽12的裁切位置上。然而，由於接線謂及容 式與上述實施例並無差異，故;接器支撑部12的方 器=_==騎料接 π參閱「弟6圖」至「第9 ::rr—:::== 7:二:r「;= 連接器置於線峰叫地—m:」: M408172 30包括有一結合座100、一接線座200。其中，結合座100具有相 對的一連結表面124,結合座100的相對一第一側面121及一第二 側面122各設有一凸肋123 ’連結表面124連接第一側面121及第 二側面122。接線座200設置於連結表面124上，且結合座1〇〇 相對連結表面的一側設有一 RJ插座3〇〇。 其中，凸肋123的上緣設有一不連續面構成的定位機構12〇， 疋位機構120係包括二定位槽127及一介於定位槽127間的定位 #孔128。定位槽127及定位孔128間具有凸起的平面，使定位槽 127及疋位孔128構成其不連續面的結構。定位孔128的外形例如 是略為凹陷的圓孔狀。 在本實施例中，是將定位機構120設置於凸肋123上緣，但 並不以此為限’熟知此技術者也可依實際需求設置於任何一處。 且定位機構i20可設置於rj連接器3〇的第一側面121及第二側 面122其中-面，也可同時設置於第一側面i2i及第二側面⑵。 • 在本實施例中，線材裁切工具10亦根據RJ連接器30變動的 部分稍作更改’其中導軌M結構更改為雙軌道2〇結構。連接器 支撐部12於相對的兩内側設有二軌道如，軌道2〇之結構係與凸 肋123之結構相互匹配，軌道2〇之斷面概呈平躺的「〜字形。 連接器支樓部的底部為鏤空，故僅以二軌道2〇與幻連接器％ 相互結合。關於線材裁切工具10與幻連接器30的搭配將於下述 —併描述。 為了讓RJ連接器30方便進入連接器支撐器12的執道20，其 9 M408172 執道20的形狀例如是頭大身小的蛇身形。換句話說，每一執道2〇 相對二側面的間距由執道口 22至執道20内部逐漸縮小。此時， 二凸肋123可以快逮且簡便地穿過二軌道口 22並滑進軌道2〇。換 句話說’RJ連接器30可以快速且簡便地與連接器支撐部12結合。 為了讓RJ連接器30準確地停留於裁切位置上，於連接器支 撐部12其中一側面的裁切位置處更可設有一定位結構23。定位結 構23包括一定位球19、一抵住定位球19的彈簧及一抵住彈簧 18的口疋板24。其結合的方式係由定位球19滑過定位槽，並 矛J用疋位機構不連續面的結構。使定位球19停留在介於定位槽 127間的定位孔128處，並抵住幻連接器％的定位孔⑶。 根據上述本創作所揭露之RJ連接器，係利用導引槽使滑槽可 快速地對轉_，進錢戦接雜速且毅的以直線行進的 方式滑移於導軌上。 另外’當RJ連接器的定位孔滑移至定位球的位置時，彈 的位球抵頂住疋位孔’進而使RJ連接器停留在連接器支標部 裁刀位 。 接器 支標部進躲mu輪侧嫩簡易的與連 雖然本創作之實施例揭露如上所述， 然並非用以限定本創 技藝者’在不脫離本創作之精神和範圍内，兴 之變t創物細所述之形狀、構造、特徵及數量當可做料 …因此本創作之專縣護範_視本酬書所附之申請專 /2 利範圍所界定者為準。 【圖式簡單說明】 「第1圖」為根據本創作所揭露 材裁切工具的謂示意圖。 、^^之RJit接ϋ搭配線 弟2圖」為「第 「第3Α圖$支撐部的放大示意圖。 卜弟Α圖」為「第1圖」的剖面示意圖。 「第3Β圖」為「第i圖」另— 「筮4Δ罔 ^ J Μ面不意圖。 ^ 圖」為根據本創作所揭露一 線材裁切工具的剖面示意圖。 、知例之RJ連接器搭配jyi4U»172 V. New description: [New technology field] This creation is about connecting people, especially a connector for computer network and telecommunications industry. [Prior Art] Nowadays, the development of Internet has changed, and the scales are filled with the poor news that the immortals want to obtain. Users can access the Internet through a computer to access the information they need and expand their capabilities. In order to expand the power _ network Wei, both desktop and notebook computers must be available for network _ docking messenger network _ can be divided into - general Wei, pass _ use _,;; And the magic seven connector for computer connection Internet, multi-function machine, etc. The connector is usually a thin or 4-filled signal terminal, while the operative 5 connector is hoisted as an 8 PIN signal terminal. However, no matter the number of connectors, the number of materials is too large, resulting in a line π, which is a waste of time on the processing wiring. For example, crying inside (4) Γ purely from the way of work, the wire-strip-strip is connected to the shape 45. The connection is often (four) ^ more wiring work. It is a wiring that connects the wire to the wire at one time and fixes the wire. However, the operator will carry out the connector for multiple times, because the connector will be on the joint of the wire cutting tool with =π 4 'is the operator's intentional indexing of the wire, and the connector is located in the wire cutting The cutting position of the tool. Therefore, the invisible M408172 lineman wastes a lot of time on repeated aiming and alignment operations. [New Content] In addition to the above problems, this creation is about a magical connection, crying, and reverse, in order to solve the problem that the prior art cannot quickly and effectively place the connector in the cutting position of the wire cutting tool. . According to the RJ connector disclosed in the present application, it comprises a binding base and a wiring base. The binding seat has a first surface and a second surface. The first surface has two spaced-apart bumps, and the two bumps form a chute. The socket of the joint is disposed on the second side. According to the present invention, the red RJ connector includes a - joint and a terminal. Wherein the 'joint seat has a joint surface, and the opposite side of the joint seat and the second side are each provided with a rib. The joining surface connects the first side and the second side. The first side includes a granular mechanism formed by a discontinuous surface, and a side of the coupling seat opposite the joining surface is provided with a magic socket. The terminal block is disposed on the joint surface. According to the above-mentioned RJ Lai g, the side view structure is used to match the wire on the cutting piece. The U-small W connection is combined with the degree of freedom of the wire cutting tool, thereby making the RJ connector straight. __ allows the RJ connector to be quickly positioned to the cutting position.曰 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 [Embodiment] Please refer to "I" to "3B" at the same time. - The figure of the embodiment is based on this creative drawing, "2nd drawing" A "Heart with wire cutting tool" Stereoscopic display "From the map to increase the map of the glacier's occupation, can be matched with the material · Zhejiang Institute (four) RJ connector 30 wire cutting tool 10 together, a body 11, a body π set - connection 3 material cut The device 10 includes a connector branch 12 and a line module 13. The connecting branch 12 includes a self-joining device, and the two sides of the connector are respectively provided with a shaft surface 16 „m4' guide distance, which is connected by a crying branch. 12 5 charm - the side of the rail 16 is separated from each other, and the tip of the guide u gradually becomes larger. In other words, the cross-sectional shape of the guide rail 14 has a bevel-like trajectory with a chamfered surface, so that the guide _5= includes the guide head 15' and the section of the defensive shell D is slightly smaller than the guide Μ (such as "second "No one." In addition, the guide 14 further includes a receiving groove 17 for receiving the top end 1 of the groove 17 and an opening 2丨. In addition, the accommodating groove 17 has a - (four) and "hetero ball". The elastic cyanine 18 is placed at the bottom of the accommodating groove 17, and the positioning ball 19 is placed on the spring 18 and abuts against the opening 21. And the diameter of the positioning ball 19 is larger than the opening 21. Please continue to refer to the "Figures" and "Digital Diagrams", "4th Figure 8" is the enlarged view of the RJ connector of "Figure 1" and "4B" is the schematic diagram of "4A". The RJ connector 3A of this embodiment includes a coupling base (10) and a wiring base 200. The joint 100 includes a first face 110 and a second face 130 opposite the first face 11〇. The first surface 110 is dazzling with two spaced apart bumps i n, and the two bumps (1) a total of M408172 form a chute 114. In order to make the RJ connector 30 easier to align with the wire cutting tool 1 , both ends of the chute may further include a guiding structure. For example, each of the bumps η is disposed on the side of the chute-the side of the chute 115, and the side surfaces 115 of the chutes have a first end 116 and a second end 117, respectively. The first end U6 and the second end 117 of each of the chute sides 115 have a guiding surface 118, respectively, and the guiding faces (10) of the two-phase different protrusions U1 have a spacing. The spacing is gradually increased from the first end 116 to the first end edge 125 (as indicated by the direction indicated by the arrow 〇 2) and the second end 117 to the second end edge 126 are gradually increased (as indicated by the arrow 32) The direction shown). In other words, the spacing is gradually increased from the intermediate portion of the chute 114 to the two ends of the chute 114, that is, the spacing d1 of the trough is smaller than the spacing 汜 at both ends of the chute 114. The first end 116 and the second end 117 of the bumps each form a guiding groove 119. In other words, the opposite ends of each of the chute side faces 115 have a chamfer, so that the entire chute 114 exhibits an hourglass-like shape (as shown in Fig. 4B). In addition, each of the middle portions of the bumps 111 further includes a locking portion 112, and the middle portions of the bumps together constitute a card slot 113. At this time, the middle portion of the side surface 115 of the two chutes is smaller than the two ends of the chute 114 (as shown in Fig. 4B). Further, a recess 120 is formed in the slot 113, and the outer shape of the positioning hole 12 is, for example, a slightly recessed circular hole. In addition, in order to allow the chute 114 to be tightly coupled to the guide rail 14, the region of the chute 114: face may be dovetail. The fine structure is such that the distance between the side faces 115 of the two chutes is gradually reduced from the bottom of the θ 4 to the top end of the chute 114. In other words, the opening of the cross section of the chute 114 is a dovetail shape and the shape of the chute 114 is similar to the shape of the guide 14 M408172 In addition, a socket 300 is provided on one side of the coupling base 100. The phantom socket 300 further includes a grip portion 330, a plug accommodating groove 310, and a plug coupling port 320 at the inlet of the plug accommodating groove 310. The cross section of the plug receiving groove 310 and the plug joint 320 are approximately convex. Since the structure of the socket 300 is not related to the technical features of the RJ connector 30 disclosed in the present application, it will not be described herein. And the structure of the magic socket 3〇〇 is not used to limit the creation, and its structure can be changed according to actual needs. The terminal block 200 includes a mirror line 21 〇 and two rows of wire accommodating grooves 220 separated from each other. The wire accommodating grooves 22 〇 are respectively placed on the two sides of the cable channel 2 〇 , and each wire is placed in the groove 22 今There is a pair of insulating hooks 221. In the present embodiment, the total number of the wire accommodating grooves 22G is a total of four in each of the rows, so as to be applied to a multi-wire _〇〇' to be placed on the service channel 210, and covered in the mirror line. The eight wires 410 are placed in each pair of insulating hooks 221, respectively. The wire ends of the eight wires are respectively worn through each pair of insulating hooks 221 and exposed outside the terminal block (4). Connect = with the tangential line mentioned above to complete the cutting wire and wiring. The above mentioned wire receiving groove 22G is only for the convenience of _ "_", two: 7 connector 30 is guided by The size of the slot 119 is slightly larger than the size of the rail head i5 so that the chute 114 can slide into the guide 14 smoothly and simply. Thereafter, the slider side surface 115 of the card 2m is tightly contacted with the guide side surface 16, so that the connector is engaged with the connector support and restricts the magical connection (4) from moving to the material 14 in a straight line. Stick the ball 19 storage magic _ driving into the room ^. Silk, (4) _3G granules (4) Following the positioning of the ball 19 (4) Butterfly - Elastic force will (10) 19 top (four) 接 = ' and force the surface of the 12 22 mosquito bit hole 12G to contact. Such a connection Jay 30 will be fixed to the position of the positioning ball 19. The connector 3〇 will be fixed to the cutting position of the connector holder .12. ... ruling = Γ _3. Fast and easy to fix to the connector support 12 Γ 细 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The cutting position. However, since the wiring and the capacitance are not different from the above embodiment, the square of the connector support portion 12 = _ = = riding material π see "different 6 map" to "9th ::rr—:: :== 7: Two: r "; = The connector is placed at the peak of the line - m:": The M408172 30 includes a joint 100 and a terminal block 200. The joint 100 has a pair of connecting surfaces 124. The first side 121 and the second side 122 of the joint 100 are respectively provided with a rib 123'. The joint surface 124 connects the first side 121 and the second side 122. The terminal block 200 is disposed on the connecting surface 124, and an RJ socket 3 is disposed on a side of the connecting seat 1 相对 opposite the connecting surface. The upper edge of the rib 123 is provided with a positioning mechanism 12A formed by a discontinuous surface. The clamping mechanism 120 includes two positioning grooves 127 and a positioning hole 128 between the positioning grooves 127. The positioning groove 127 and the positioning hole 128 have a convex plane, so that the positioning groove 127 and the clamping hole 128 constitute a discontinuous surface. The outer shape of the positioning hole 128 is, for example, a slightly concave circular hole shape. In this embodiment, the positioning mechanism 120 is disposed on the upper edge of the rib 123, but it is not limited thereto. Those skilled in the art can also be disposed at any place according to actual needs. The positioning mechanism i20 can be disposed on the first side 121 and the second side surface 122 of the rj connector 3A, or can be disposed on the first side surface i2i and the second side surface (2) at the same time. • In the present embodiment, the wire cutting tool 10 is also slightly modified according to the portion of the RJ connector 30 that changes, in which the structure of the guide rail M is changed to a double track 2〇 structure. The connector supporting portion 12 is provided with two rails on opposite inner sides. For example, the structure of the rail 2〇 and the structure of the rib 123 are matched with each other, and the section of the rail 2〇 is flat and has a flat shape. The bottom of the part is hollow, so it is only combined with the two rails 2〇 and the magic connector %. The matching of the wire cutting tool 10 and the magic connector 30 will be described below - and described. In order to make the RJ connector 30 easy to enter The obstruction 20 of the connector support 12, the shape of the 9 M408172 road 20 is, for example, a snake body shape with a large head and a small body. In other words, the distance between the opposite sides of each road 2 is from the road crossing 22 to the execution. The inside of the track 20 is gradually reduced. At this time, the two ribs 123 can be quickly and easily passed through the two track ports 22 and slid into the track 2 〇. In other words, the 'RJ connector 30 can be quickly and easily connected to the connector support portion. In order to allow the RJ connector 30 to accurately stay in the cutting position, a positioning structure 23 may be further disposed at a cutting position of one side of the connector support portion 12. The positioning structure 23 includes a positioning ball 19, a a spring against the positioning ball 19 and a spring 18 The sill plate 24 is combined by the positioning ball 19 sliding over the positioning groove, and the spear J is configured by the discontinuous surface of the clamping mechanism. The positioning ball 19 is stopped at the positioning hole 128 between the positioning grooves 127, and The positioning hole (3) against the % of the magic connector. According to the above-mentioned RJ connector disclosed in the present invention, the guide groove is used to make the chute can be quickly rotated, and the money is fed in a straight line. The method slides on the guide rail. In addition, when the positioning hole of the RJ connector slides to the position of the positioning ball, the ball of the ball abuts against the clamping hole, thereby causing the RJ connector to stay in the connector branch portion. In the embodiment of the present invention, as disclosed above, the present invention is not limited to the spirit of the present invention The shape, structure, characteristics and quantity of the change of the creation of the material can be made... Therefore, the scope of the application for the creation of the county is based on the application scope of the application. Brief description of the schema] "Figure 1" is the cutting tool for the exposed material according to this creation. FIG. ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ "3rd map" is "i-th map" and another - "筮4Δ罔 ^ J is not intended. ^ Figure" is a schematic cross-sectional view of a wire cutting tool according to the present disclosure. , know the example of RJ connector with
「第4B圖為「第4A 「第另—剖面示意圖。 弟5A圖」及「第5β 於線材裁切工具的動作示意圖。〜心圖」之幻連接器配置 第6圖」為根據本創作所揭露另一每 線材裁切工具的立體示意圖。 w例之幻連接器搭配 第7圖」為「第6圖」之幻連接 「第8圖m圖」之另大示意圖。 「第9圖視角的立體示意圖。 剖面示意®。 線材裁切工具上的 f主要元件符號說明】"The 4th figure is "4A", "The other part, the cross-sectional view. The 5A figure" and "The 5th figure of the action of the wire cutting tool. The heart-shaped figure is connected to the magic connector. Figure 6" is based on this creation. Another perspective view of each of the wire cutting tools is disclosed. The example of the magic connector of the w example is shown in Fig. 7 as the other diagram of the "Fig. 6" magic connection "Fig. 8 m". "Straight view of the angle of view in Figure 9. Sectional schematic®. Description of the main components of f on the wire cutting tool]
10 A 線材裁切工具 11 本體 12 ^ 連接器支择部 M408172 13 切線模組 14 導執 15 導執頭 16 導執側面 17 容置槽 18 彈簧 19 定位球 20 執道 21 開孔 22 執道口 23 定位結構 24 固定板 30 RJ連接器 100 結合座 110 第一面 111 凸塊 112 卡制部 113 卡槽 114 滑槽 115 滑槽側面 116 第一端 117 第二端 12 M40817210 A wire cutting tool 11 body 12 ^ connector selection M408172 13 tangential module 14 guide 15 guide head 16 guide side 17 accommodating groove 18 spring 19 positioning ball 20 way road 21 opening 22 road crossing 23 Positioning structure 24 Fixing plate 30 RJ connector 100 Bonding seat 110 First side 111 Bump 112 Clamping part 113 Card slot 114 Chute 115 Chute side 116 First end 117 Second end 12 M408172
118 導引面 119 導引槽 120 定位機構 121 第一側面 122 第二側面 123 凸肋 124 連結表面 125 第一端邊緣 126 第二端邊緣 127 定位槽 128 定位孔 130 第二面 200 接線座 210 纜線通道 220 線材容置槽 221 絕緣卡勾 300 RJ插座 310 插頭容置槽 320 插頭結合口 330 握持部 400 缓線 410 線材 13 M408172 420 線頭118 guiding surface 119 guiding groove 120 positioning mechanism 121 first side 122 second side 123 convex rib 124 connecting surface 125 first end edge 126 second end edge 127 positioning groove 128 positioning hole 130 second side 200 terminal block 210 cable Line channel 220 Wire receiving slot 221 Insulation hook 300 RJ socket 310 Plug receiving slot 320 Plug connector 330 Grip 400 Slow wire 410 Wire 13 M408172 420 Wire head