五、新型說明： 【新型所屬之技術領域】 本創作係有關一種連接器結構，特別是指一種設於連接器 上之保濩結構及具有該保護結構之電氣線纜。 【先前技術】 自大量的連接器被運用在電子產品後，連接器的開發就與 电子產品亦步亦趨。電子產品的需求是走向微小化，各個部 件’如電路板、整合迴路晶#、電池皆被要求微小化，或維持 尺寸但提高功率，當然連接器也不能自外於其它電子零件。 微小的連接器，像插頭，具有露出的插接端，因為尺寸的 緣故而相當脆弱。比人體的手指更小的情況，比例上的，施力 於連接器就姆變大，至乎隨時可能損壞本體的環境。開始有 針對保護連接器的設計產生，例如加蓋。 然而，習知連接器於待用時，並不具有被遮蔽狀態，避免 連接器受不當撞擊毀損。 習知逹接器為了·而插設，適必露出插接端，此時並不 具有可回敍被賴狀態，而具有供錢與轉連接器之功 能。 習知連接器配合的保護元件，並非與連接器一體，並非於 ^接林紅完成，保航件所財的魏亦很單調。 【新型内容】 馨於以上的問題，有必要提供—種連接器保護結構，以克 M436959 服微小化後的連接器，過於脆弱導致頻繁發生毁損的情形。 本創作之主要目的係提供一種連接器保護結構，該处構* 置於一電氣連接器，包括有一保護元件、和形成_其又 部之對應元件。對應元件為一凸塊，對應於為-套狀之^ 件内部，其樹間形成間隔，整體又互相連結之阻斷結= 較佳的阻斷結構形成使對應元件安人、滑行、滞留的三個區 間。互相連結形成通道之阻斷結構設有間隔，間隔與保護元件 内壁之區間，容納凸塊有效生_效果，間隔與間隔之 間’认有足夠物的空間。因此，實施阻斷結構之保護元件可 提供連接11待科之被额㈣，避錢接H衫當撞擊毁 相。因此’可提供連接器使用時之露出狀態，並可隨時回復至 被遮蔽狀態。 本創作之錢目的倾供-種具有連接H保護結構之電 氣雜。目m晴結構之賴元件可提供魏線纔插頭 待用時之被遮蔽狀態，避免插較不當撞擊毁損。以及，可提 供電氣線_頭使㈣之露域態，並可隨時回復至被遮蔽狀 態。 【實施方式】 乂下之》兑明配合附圖係進一步詳細敘述本新型之較佳實 加例’以利具體瞭解本創作之特徵以及優點。 /請參閱第一圖所示，本創作係揭露一種連接器保護結構， 係設置於-具有插㈣i Q Q之電氣連接器3⑽上，此保護 結構主^ =對應元件1 1 Q及-保護元件2 Q 0所組成。 般而。連接器插接端為插頭或插座，如苐二圖所示， 插接端1 _—插頭，通常_ '端子組及金屬外殼所構 成在添°叉基部111的情形，可以是-後塞’或形成-手 、Ρ畢兄金屬外Λ又的尺寸與材質有時候並不適於人體直接接 觸;於此，基部1 1i的擴張’如同是一手持部則亦形成對應 -件1 1 0本體獅，没計上獅延伸插接端1 ◦ Q膠芯或是 附設多餘縣材料料屬習知技術。基部丨i i與插接端工0 Μ為-體，縣部lu上的對紅件11Q因此成為減 '端1 0 0 —體。 基部11 1兩側面（左右側）設有凸塊1!3，凸塊i i 3理想上是—梯狀，於是再料凸止面1 1 5、斜面i i 4及 乎面116，在此設於靠近插接端工〇 〇之基部丄丄丄前段。 凸塊1 1 3之斜面1 1 4設係朝插接端1 0 0而設，斜面jL i :與凸止面115之間設平面1 1 6。朝向插接端1 0 0係使 ^面1 1 4易於錢人保護耕2⑽而設（見後述）。凸塊 U3必要的-凸止面115自然朝向另—方向（見後述）。 =1 3料-結合孔！ i 7 ’結合孔i i 7位於電氣連接 -0 0插接端i Q Q之金屬外殼與絕緣基部之間，此設計將 使兩者間的组裝變得容易。 當本創作為-電氣賴的情形，基部工！工之一端為插接 ^另一端則可設集線孔112，集線孔li2收納線 M436959 體一端（見後述）。 保護元件2 0 0，理想上為一套狀，又設計時以-殼體2 10形成，此設計成為連接H保護結構之精神，前述基部U 1受收容於殼體210内，殼體210内壁對稱地（左右側壁 面）設置一組阻斷結構2 2 〇。第二圖所示之插頭為一通用匯 流排（U S B )規格1際上，亦可採用其它規格。 如第八圖所示，為本創作之另一實施例，插接端4 0 0為 —微型通用匯流排（Micr〇USB)插頭，基部411與 插接端4GG成為-體，則基部41 !上的對應元件41〇因 此成為插接端4 Q 0 -體。基部4 1面（左右側）設有 凸塊4 1 3 ’凸塊413理想上是-梯狀，於此凸塊4丄3設 置基邛41 1中段。凸塊413設有一結合孔417，結合孔 4 1 7位於之間基部41 1前段，非必要與凸塊4丄3在同一 位置。當本創作為一電氣線纜的情形，基部4 ：L i之一端為插 接端4 0 〇，另一端則可設集線孔4丄2。保護元件5 〇 〇， 理想上為-套狀，又設計時以—殼體5 :⑽成，此設計成為 連接益保瘦結構之精神，前述基部4 1 1受收容於殼體5 1 〇 内，殼體5 1 0内壁對稱地（左右側壁面）設置一組阻斷結構 5 20° 請參閱第二、三圖所示，保護元件2 〇 〇 ,於設有前開口 2 1 1、後開口 212之殼體210形成，基部111受收容 於殼體2 1 〇内’殼體2丄〇内壁對稱地設置一組阻斷結構2 2 0。阻斷結構2 2 0 ’係包括有至少—間隔2 2 4及該間隔 2 2 4兩側之複數區間。如第三圖所示，設置有間隔2 2 4， 區分出第-區間2 21、第二區間2 2 2及第三區間2 2 3。 本創作主要目的，即是使凸塊413在第一區間221、第二 區間2 2 2及第三區間2 2 3之間移動，詳見後敘的動作流 程。 晴參閱第二、七圖所示，殼體2ι〇具有前開口 2丄丄及 後開口 2 1 2，插接端1〇 〇係自後開口 212安裝入，最終 從前開口 211穿出。插接端i 〇 〇穿入殼體2丄〇，插接端 1〇 〇穿出時，對應元件110即穿入殼體21〇。斜面11 4 ’自殼體21〇進人點216穿人殼體21〇，斜面1 14 形成易於安裝的設計。基部111上之前緣118，至殼體2 10完成點217時，即不再前進，只露出插接端丄〇 〇於殼 體21〇外。如此本創作具有易於組裝之優點。 請翏閱第四、五 '六騎示’續前賴㈣基本概念後， ^下將_ ’本創作之動作流程。於插接端1 0 Q之使用狀態 時（如第四圖），前開σ 2 1 1處緣部内側，相對於後開口2 1 2 4㈣牆2 1 3 ’凸塊1 1 3位於間隔2 2 4與前擔牆 ^13之間的第—區間2 2 1 ’如前述，此時基部丄丄丄不再 。'進i~凸塊1 1 3與間隔2 2 4干涉下，亦不容易後退，即 可保持插接端1 ◦ ◦之制狀態，稱為-種滯留效果。 於插接端1 0〇之待用狀態時（如第六圖），後開口 2 1 2處緣部_，姉於前.2 1 1設有後擋牆2 ! 4，凸塊 113位於間隔2 2 4與後撞牆214之間的第三區間2 2 3對應兀件11〇之斜面114進入後開口2Η後，凸止 面115即受制於後撞牆214,不至於脫出殼體21〇，稱 為7種安入效果。且插接端1 〇 〇受收容於殼體2 1 〇内，呈 被遮敝狀⑮’基部i i i—部份退出保護元件2◦0(第一 圖），與該基部1 ] 1 1 1 —之插接鹆1〇 〇即沒入殼體21〇 而受到保護。凸塊113之斜面114與間隔2 2 4干涉下， 亦不谷易前進，亦具有滯留效果。 -)◦之移動狀態時（如第五圖箭頭方向所 =，間隔2 2 4娜22㈣，椒難凸塊113 ，月仃的空間，凸塊i 13與前後間 θ -確保位置的功效，非施以作 "下’亦提供另 隔24 超出凸塊113與前後間 网2 2 4干涉力，插接端1〇〇不會 狀態，有助於調節保護元件2〇 或使用 2 2 4與基部ln間留有 之位置。兩間隔 2 2 1 9 0 〇 1 5,凸塊1 1 3得於區間 221、222、223之間移動。 閱_咐，本創作之實施例，提供一種 接益保護結構之電氣線纜6 〇 '、 (M UQ —具有錢連接器3〇〇 =函）之電氣_QQ，輪有，"Ο，線體 哭，各安P具有插接端1qq、4qq之電氣連接 。。遷接器設有連接器保護結構，因此，採用保護元件2 M436959 Ο Ο、5 Q Q與對件丄丄Q、4 2 Q，可提供電氣線镜插 接端1 〇 G、4 Q G待科之被遮蔽狀態，.避免插接端工〇 〇、4 0 Q受不當郷毀損。以及，可提供電紐獅接端工 0 0 4 0 Q使用時之露出狀態’並可隨時回復至被遮蔽狀態。 唯以上所述者，僅為本創作之較佳實施例而已，並非用 以限疋本創作實施之乾圍；故當熟習此技藝所作出等效或輕易 的變化者’但在不麟本卿之精神與範圍下辦之均等變化 • 與修飾’皆應涵蓋於本創作之專利範圍内。 【圖式簡單說明】 第-圖係梢狀連接別轉結構之立體圖。 第二圖係本創作之連接器轉結構之保護元件分解圖。 '第三圖係第二圖之連接器保護結構沿B - B線剖面圖。 第四_第-社賴結構沿A —A勤叙_示圖之一。 帛五圖係第-圖之保護結構沿A—A剖面線之動作示圖之二。 f六圖係第-圖之保護結構沿A—A剖面線之動作示圖之三。 第七圖係第-圖之保護結構沿A—A剖面線之動作示圖之四。 “圖係本創作又-連接器保護結構之保護树分解圖。 第九圖係本創作之具有連接錢護結構電氣、賴之立體圖。 【主要元件符號說明】 1〇 0、插接端 11〇、對應元件 1 1 1、基部 1 1 112、集線孔 9 M436959 113、凸塊 1 15、凸止面 1 17、結合孔 2 0 0、保護元件 210、殼體 21 1、前開口 213、前擋牆 215、通道 217、停留點 2 2 0、阻斷結構 2 21、第一區間 2 2 3、第三區間 3 0〇、電氣連接器 4 0 0、插接端 410、對應元件 41 1、基部 413、凸塊 5 0 0、保護元件 510、殼體 6 0 0、電氣線纜 610、線體 114、斜面 116、平面 118、前緣 212、後開口 214、後擋牆 216、進入點 2 2 2、第二區間 2 2 4、間隔 412、集線孔 417、結合孔 5 2 0、阻斷結構 6 2 0、收線器V. New description: [New technical field] The present invention relates to a connector structure, in particular to a security structure provided on a connector and an electrical cable having the same. [Prior Art] Since a large number of connectors have been used in electronic products, the development of connectors and electronic products have followed suit. The demand for electronic products is miniaturizing, and various components such as circuit boards, integrated circuit crystals, and batteries are required to be miniaturized, or to maintain size but increase power. Of course, connectors cannot be external to other electronic components. Tiny connectors, like plugs, have exposed plug ends that are quite fragile due to size. In a case where the finger is smaller than the human body, the ratio is applied to the connector to become larger, and the environment of the body may be damaged at any time. There have been designs for protective connectors, such as capping. However, conventional connectors do not have a shielded state when inactive, preventing the connector from being damaged by improper impact. The conventional splicer is inserted for the purpose of being inserted, and it is necessary to expose the plug-in end. At this time, it does not have a retractable state, but has the function of supplying money and transferring the connector. The protective components of the conventional connector are not integrated with the connector, and are not completed by Lin Hong. The Wei of the navigational piece is also monotonous. [New content] In order to solve the above problems, it is necessary to provide a connector protection structure. The connector of the M436959 is miniaturized, which is too fragile and causes frequent damage. The primary object of the present invention is to provide a connector protection structure that is placed in an electrical connector that includes a protective component and a corresponding component that forms a further portion. The corresponding component is a bump corresponding to the inside of the sleeve-like component, and the gap between the trees is formed, and the whole is connected to each other. The blocking structure is formed. The preferred blocking structure is formed to make the corresponding component comfortable, sliding, and stagnant. Three intervals. The blocking structure which is connected to each other to form a channel is provided with a space, a space between the space and the inner wall of the protection element, and a space for accommodating the bump, and between the space and the space. Therefore, the protection element that implements the blocking structure can provide the connection (4) of the connection to the department, and avoid the smashing of the H-shirt. Therefore, the exposed state of the connector can be provided and can be restored to the shaded state at any time. The purpose of this creation is to provide a kind of electricity with a H-protected structure. The component of the m-light structure can provide the Wi-Fi plug to be shielded when in use, to avoid damage caused by improper impact. And, the electric line _ head can be provided (4) in the exposed state, and can be restored to the shaded state at any time. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiments of the present invention are further described in detail in conjunction with the accompanying drawings in order to provide a / Please refer to the first figure, the author discloses a connector protection structure, which is arranged on the electrical connector 3 (10) with plug-in (four) i QQ, the protection structure main ^ = corresponding component 1 1 Q and - protection component 2 Q 0 is composed. As usual. The plug-in end of the connector is a plug or a socket. As shown in FIG. 2, the plug-in end 1 _-plug, usually _ 'the terminal set and the metal outer casing are formed in the case of adding the fork base 111, may be - the rear plug' Or the size and material of the metal scorpion, which is formed by the hand, and the scorpion, is sometimes not suitable for direct contact with the human body; here, the expansion of the base 1 1i is similar to that of a hand-held part. It is a well-known technique that does not count the lion extension plug 1 ◦ Q rubber core or the attached surplus material. The base 丨i i and the plug-in end 0 Μ are - body, and the red part 11Q on the county part lu is thus reduced by the 'end 1 0 0 body. The two sides (the left and right sides) of the base 11 1 are provided with the bumps 1! 3, and the bumps iii 3 are ideally ladder-shaped, so that the convex stop faces 1 15 and the slopes ii 4 and the faces 116 are provided. Near the front of the base of the plug-in work. The inclined surface 1 1 4 of the bump 1 1 3 is disposed toward the plug end 1 0 0 , and the plane j 1 i is disposed between the inclined surface jL i and the convex stop surface 115 . The orientation of the plug-in terminal 1 0 0 is such that the surface 1 1 4 is easy to protect the tiller 2 (10) (see later). The necessary - convex stop surface 115 of the bump U3 naturally faces the other direction (see later). =1 3 material - combined hole! The i 7 ' bonding hole i i 7 is located between the metal case of the electrical connection - 0 0 pin terminal i Q Q and the insulating base, and this design will facilitate assembly between the two. When this creation is - electric, the basic work! One end of the work is plugged in. ^ The other end can be provided with a collecting hole 112, and the collecting hole li2 can accommodate one end of the wire M436959 (see later). The protection element 200 is ideally in the form of a sleeve, and is designed to be formed by the housing 2 10 . This design is the spirit of connecting the H protection structure. The base U 1 is received in the housing 210 and the inner wall of the housing 210 . A set of blocking structures 2 2 〇 is provided symmetrically (left and right side wall faces). The plug shown in the second figure is a universal bus (U S B ) specification 1 and other specifications can be used. As shown in the eighth figure, in another embodiment of the present invention, the plug-in terminal 400 is a miniature universal busbar (Micr〇USB) plug, and the base portion 411 and the plug-in terminal 4GG become a body, and the base portion 41! The corresponding element 41 on the upper side thus becomes the plug end 4 Q 0 - body. The base 4 1 surface (left and right sides) is provided with a projection 4 1 3 '. The projection 413 is desirably a ladder-like shape, and the projection 4丄3 is provided with a middle portion of the base 41 1 . The bump 413 is provided with a coupling hole 417, and the coupling hole 417 is located between the front portion of the base portion 41 1 , and is not necessarily in the same position as the bump 4 丄 3 . In the case where the present invention is an electrical cable, one end of the base 4:L i is a plug end 40 0 〇, and the other end may be provided with a line hole 4丄2. The protective element 5 〇〇, ideally a sleeve-like shape, is designed to be a housing 5: (10), which is designed to be connected to a lean structure, and the base 4 1 1 is housed in the housing 5 1 〇 The inner wall of the housing 5 1 0 is symmetrically disposed (left and right side wall surfaces) and a set of blocking structures 5 20° are shown. Referring to the second and third figures, the protective element 2 is provided with a front opening 2 1 1 and a rear opening. The housing 210 of the 212 is formed, and the base portion 111 is symmetrically disposed with a plurality of blocking structures 220 in the housing 2 1 . The blocking structure 2 2 0 ' includes at least a plurality of intervals on both sides of the interval 2 2 4 and the interval 2 2 4 . As shown in the third figure, an interval 2 2 4 is provided to distinguish the first interval 2 21 , the second interval 2 2 2 , and the third interval 2 2 3 . The main purpose of the present creation is to move the bump 413 between the first section 221, the second section 2 2 2, and the third section 2 2 3 . For details, see the action flow described later. As shown in Figs. 2 and 7, the housing 2 〇 has a front opening 2 丄丄 and a rear opening 2 1 2, and the plug end 1 安装 is mounted from the rear opening 212 and finally passes out from the front opening 211. The plug-in terminal 〇 〇 penetrates into the housing 2丄〇, and when the plug-in end 1〇 is passed out, the corresponding element 110 penetrates into the housing 21〇. The bevel 11 4 ' penetrates the housing 21 from the housing 21 into the housing 21 , and the bevel 1 14 forms an easy-to-install design. The front edge 118 of the base portion 111, when the point 217 is completed by the housing 2 10, is no longer advanced, and only the plug end is exposed to the outside of the housing 21 . This creation has the advantage of being easy to assemble. Please refer to the fourth and fifth 'six rides' to continue the previous four concepts. When the plug end 1 0 Q is in use (as shown in the fourth figure), the front side of the front opening σ 2 1 1 is opposite to the rear opening 2 1 2 4 (four) the wall 2 1 3 'the bump 1 1 3 is located at the interval 2 2 4 - Interval 2 2 1 ' between the front wall and the front wall ^ 13 as described above, at this time the base is no longer. 'Into i~ bump 1 1 3 and interval 2 2 4 interfere, it is not easy to retreat, that is, the state of the plug end 1 ◦ 可 can be maintained, which is called a kind of retention effect. When the plug-in end is in the standby state (such as the sixth figure), the rear opening 2 1 2 is at the edge _, and the front is provided. 2 1 1 is provided with the rear retaining wall 2! 4, and the bump 113 is located at the interval. After the third section 2 2 3 between the 2 2 4 and the rear collision wall 214 corresponds to the inclined surface 114 of the jaw 11〇 entering the rear opening 2Η, the convex stop surface 115 is subject to the rear collision wall 214, so as not to come out of the casing 21〇, It is called 7 kinds of installation effects. And the plug end 1 is received in the housing 2 1 ,, is concealed 15' base iii - partially exits the protection element 2 ◦ 0 (first picture), and the base 1 1 1 1 1 - The plug 鹆 1 〇〇 is immersed in the housing 21 〇 and is protected. When the inclined surface 114 of the bump 113 interferes with the interval 2 2 4, it is not easy to advance, and has a retention effect. -) When the movement state of the ◦ (such as the arrow direction of the fifth figure =, interval 2 2 4 Na 22 (four), pepper difficult bump 113, the space of the moon, the bump i 13 and the front and back θ - ensure the position of the effect, non The action of "Better" also provides an additional 24 beyond the interference between the bump 113 and the front and rear mesh 2 2 4, the plug end 1〇〇 does not state, helps to adjust the protection element 2〇 or use 2 2 4 The position between the bases ln is left. The two intervals are 2 2 1 9 0 〇1 5, and the bumps 1 1 3 are moved between the intervals 221, 222, and 223. Read _咐, an embodiment of the present invention provides a benefit Protective structure of the electrical cable 6 〇 ', (M UQ - with money connector 3 〇〇 = letter) of the electrical _QQ, the wheel has, " Ο, line body crying, each security P has a plug end 1qq, 4qq Electrical connection. The adapter is provided with a connector protection structure. Therefore, the protection element 2 M436959 Ο Ο, 5 QQ and the pair 丄丄Q, 4 2 Q can be used to provide the electrical wire mirror connector 1 〇G, 4 QG is obscured in the state, avoiding the plug-in work, 4 0 Q is improperly damaged, and can provide the exposed position of the electric lion splicer 0 0 4 0 Q State and may return to the shaded state at any time. The above is only the preferred embodiment of the present invention and is not intended to limit the practice of the creation; therefore, it is equivalent to familiarity with this skill or Easily changers' 'equal changes in the spirit and scope of the non-Lin Benqing's spirit and scope' should be covered by the scope of this creation's patents. [Simplified illustration] The first-picture is a tip connection The second figure is an exploded view of the protective component of the connector structure of the present invention. 'The third figure is the cross-sectional view of the connector protection structure of the second figure along the line B - B. The fourth_第-社赖结构Along the A-A diligent _ diagram. The fifth diagram is the action diagram of the protection structure along the A-A section line. The six diagrams are the protection structure along the A-A section. The action diagram of the line is shown in Figure 3. The seventh diagram is the action diagram of the protection structure of the first-graph along the A-A section line. "The diagram is a creation tree-protection tree decomposition diagram of the connector protection structure. The figure is a three-dimensional diagram of the connection between the electric and the electrical structure of the money protection structure. 1】0, the plug end 11〇, the corresponding component 1 1 1 , the base 1 1 112, the collecting hole 9 M436959 113, the bump 1 15 , the convex stop surface 17 , the coupling hole 200 , the protection element 210 , Housing 21 1 , front opening 213 , front retaining wall 215 , passage 217 , stay point 2 2 0 , blocking structure 2 21 , first section 2 2 3 , third section 3 0〇, electrical connector 400 The plug end 410, the corresponding component 41 1 , the base 413 , the bump 500 , the protection component 510 , the housing 60 0 , the electrical cable 610 , the wire 114 , the inclined surface 116 , the plane 118 , the leading edge 212 , the rear opening 214, rear retaining wall 216, entry point 2 2 2, second interval 2 2 4, interval 412, collecting hole 417, joining hole 5 2 0, blocking structure 6 2 0, wire take-up