200922050 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種導電夾’特別是有關於一種具有一插孔及一 彈性元件之導電夹。 【先前技術】 蓄電池是一種工業上常見的產品，用來提供電子設備足夠的電 力。第一圖即為一種習知的蓄電池100。一般人在使用蓄電池1〇〇時 通常會配合使用如第二圖所示的導電夾200 (俗稱鱷魚夾或歐洲夾） 來將蓄電池100的電極接頭101與電線（未圖示出）夾起來，進而達 成導電的作用。如第二圖所示，導電夾2〇〇的前半部通常成鋸齒狀， 口此與電極接頭101的接觸疋屬於點接觸，如此一來，在夾持時容易 因移動電線或蓄電池100而使得導電夾200與電極接頭1〇1鬆脫，進 而產生無法穩定傳送電力的問題。 【發明内容】 本發明之目的之一係在於提供一種具有一插孔及一彈性元 電夾’以解決上述問題。 ▲本發明係揭露-種導電夹，包括：一第一導電夾體， 一 Π :一第一中段及一第一後段；一第二導電爽體，具有-第二前段、 二Ϊ二中段及—第二後段，其中，該第—導電夾體之該第—中段她 ^該第二導電夾體之該第二中段，以及該第一導電夾體之^ ^ 卜、该第二導電夾體之該第二前段係相赌靠以爽持—▲二 蚕孔，设置於該第二導電夾體之該第二前段；以及一彈性j 於該第二導電夾體之該第二後段。 f疋件，汉置 ^發明亦揭露-種導電夾，用以將—電池之電力傳送至 P ^:—第一導電夾體；—第二導電夾體，樞接於該第—導電夾 、中’該第-導電夾體與該第二導電夾體係相互抵靠以夾持該導 5 200922050 電線材―插孔，設置於該第1導電夾體；以及—彈性元件，設置於 »亥〒一，電夾體’其中’當該電池之—電極接頭插人該插孔時，該彈 性兀件係抵靠該電池以提供-彈性力㈣該電極接頭於該插孔 内。 、 為使本發明之目的、特徵及（或）優點能更為明顯碰，特舉出 較佳實施例，並配合本案所附圖式，詳細說明如後。 【實施方式】 如第三®及第四®所示’本發明係提供—種改良式的導電爽 ，〇 ’其中，第三圖係為由頂面所視之導電夾3〇〇的立體圖，而第四圖 ϊίΐ底面所t導電夹300的立體圖。本發明的導電爽300係用來 道带V的電力傳送至導電線材。如圖所示，在本發明的—實施例中， =夹30G係包括第-導電夾體謝 '第二導電夾體搬、插孔3〇3、 =生=件304及複數個導電孔3〇5。第一導電炎體謝具有第一前段 一中段3〇7及第一後段_，第二導電夾體302具有第二前段 段二後段311。第一導電爽體301的第一中段307 電ίϊ 302的第二中段31Q。第—導電夾體301的第 雷第一導電失體3〇2的第二前段309係相互抵靠以夾持導 =線1。插孔303設置於第二導電失體3〇2的第二前段3〇9下方。彈 ϋ件3〇4設置於第二導電夾體302的第二後段311下方。在本實施 例中，彈性元件304係為一彈簧。 更 -•^第五圖及第六_示’本發明的導電夾3QQ可以固定在習知的 ^圖’而第/、圖係為導電夹300固定於蓄電池100時的側視圖。如 =本ϊϋ的—實施例中’當蓄電池⑽的電極接頭igi插入 推而_時’弹性70件3G4係抵靠蓄電池_的頂面以提供彈性力， ίο ίί地固定於插孔303内，如此一來，當蓄電池 、電力被傳k至導電線材的過程中，不致發生導電爽3⑼與電極 200922050 入 電央明Α二導?孔3°5可以設置於第一導電夾體3qi或第二導 -導電S’3〇1第卜了所示的實施例f，該等導電孔305係設 孔』4=上方’以供另-條導電線材穿過任何-個導電 括第二實施例中’如第三圖所示，導電失_更可包 3〇1的第一後段_，而第二絕緣件313係套3第Ϊ電 ，件313皆為塑膠套。請注意，在本發明中，可以視情 疋否將第-絕緣件312及第二絕緣件313套設在導電夾3(^而&擇 本發明是-種可以方便導電夾固定於電池的電極接頭之 設計，在本發明的-實施例中’導電夾前面的下方處設計有二插孔^ 可以與電池的電極接頭以面接觸方式固定及導電。另外，在 ，的下方處設計有-彈性元件，可以與電池的頂面相接觸^生彈 力，以協助整個導電夾不易與電極接頭發生鬆脫的情形。如此一來， 當本發明的導電夾與電池的電極接頭固定後，可以暫時被視為導電夾 直接訂作在電極接頭上，因此當導電夾夾持電線時，就不易因移動電 線或電池而使得導電夾與電極接頭發生鬆脫的情形，而發生無法導電 的情形。並且，整個導電夾上任意處皆可以設計一個或數個導電孔， 任何其他電線S可以牙過導電孔並銲接於内，而達到延伸電線的效果。 以上所述僅為本發明之較佳實施例，並非用以限定本發明之涵蓋 範圍。任何熟習此項技藝者，依據本案說明書全文（包括申請專利範 圍）揭露之精神所做之些許變化與修飾，皆應屬於本發明之涵蓋範圍。 200922050 本發明之有效保__，請專__衫者為準 【圖式簡單說明】 Ϊ一圖表示習知的蓄電池。 篦170固达你-门 ‘〜八屯項W/ΤΓ优叼儿體圚。 第五圖i太2的導電失由底面所視的立體圖。 第六“固定於習知的蓄電池時的立 圖表示習知的導電夾。 f二圖為本發明的導電失由 體 【主要元件符號說明】 ig〇 蓄電池 1〇1 電極接頭 2〇〇、300 導電失 301 第一導電失體 302 第二導電夾體 3〇3 插孔 3〇4 彈性元件 305 導電孔 3〇6 第一前段 30? 第一中段 308 第一後段 309 第二前段 310 第二中段 311 第二後段 312 第一絕緣件 313 第二絕緣件BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a conductive clip, and more particularly to a conductive clip having a socket and an elastic member. [Prior Art] A battery is an industrially common product used to provide sufficient power for electronic devices. The first figure is a conventional battery 100. When a battery is used, a common one uses a conductive clip 200 (commonly known as an alligator clip or a European clip) as shown in FIG. 2 to sandwich the electrode joint 101 of the battery 100 with a wire (not shown). Achieve the role of electricity. As shown in the second figure, the front half of the conductive clip 2 is usually serrated, and the contact with the electrode joint 101 is in point contact, so that it is easy to move the electric wire or the battery 100 during clamping. The conductive clip 200 is loosened from the electrode tab 1〇1, which causes a problem that power cannot be stably transmitted. SUMMARY OF THE INVENTION One object of the present invention is to provide a jack and an elastic element clip to solve the above problems. ▲ The invention discloses a conductive clip, comprising: a first conductive clip, a first middle section and a first rear section; and a second conductive body having a second front section and a second middle section a second rear section, wherein the first middle section of the first conductive clip is the second middle section of the second conductive clip, and the first conductive clip is the second conductive clip The second front section is affixed to hold the ▲ silkworm hole, disposed in the second front section of the second conductive clip; and an elastic j is in the second rear section of the second conductive clip. f疋, 汉置^ invention also discloses a kind of conductive clip for transferring the power of the battery to P ^: - the first conductive clip; - the second conductive clip, pivotally connected to the first conductive clip, The 'the first conductive clip body and the second conductive clip system abut each other to clamp the guide 5 200922050 wire material-jack, disposed in the first conductive clip; and - the elastic element is set at » First, the electric clip body 'where' when the battery-electrode connector is inserted into the jack, the elastic member is abutted against the battery to provide - elastic force (4) the electrode connector is inserted into the jack. In order to make the objects, features, and/or advantages of the present invention more obvious, the preferred embodiments are illustrated and described in detail in the accompanying drawings. [Embodiment] As shown in the third and fourth®, the present invention provides an improved conductive, 〇', wherein the third figure is a perspective view of the conductive clip 3〇〇 viewed from the top surface. And the fourth figure is a perspective view of the conductive clip 300 on the bottom surface. The conductive cool 300 of the present invention is used to transfer power of the track V to the conductive wire. As shown, in the embodiment of the present invention, the = clip 30G includes a first conductive clip body, a second conductive clip body, a jack 3〇3, a raw material member 304, and a plurality of conductive holes 3. 〇 5. The first conductive body has a first front section, a middle section 3〇7, and a first rear section _, and the second conductive body 302 has a second front section 2 and a rear section 311. The first middle section 307 of the first conductive body 301 is electrically connected to the second middle section 31Q of the 302. The second front section 309 of the first conductive loss body 3〇2 of the first conductive clip 301 abuts against each other to sandwich the lead line 1. The jack 303 is disposed under the second front section 3〇9 of the second conductive body 3〇2. The elastic member 3〇4 is disposed below the second rear section 311 of the second conductive body 302. In the present embodiment, the elastic member 304 is a spring. Further, the fifth embodiment and the sixth embodiment show that the conductive clip 3QQ of the present invention can be fixed to a conventional one, and the second figure is a side view when the conductive clip 300 is fixed to the battery 100. For example, in the embodiment, when the electrode connector igi of the battery (10) is inserted and pushed, the elastic 70 member 3G4 is attached to the top surface of the battery _ to provide an elastic force, and is fixed in the socket 303. In this way, when the battery and the electric power are transmitted to the conductive wire, no conductive cool 3 (9) and the electrode 200922050 are charged. The hole 3° 5 can be set in the first conductive body 3qi or the second guide. - Conductive S'3〇1 is shown in the embodiment f, the conductive holes 305 are provided with holes "4 = upper" for the other - conductive wires to pass through any of the second conductive embodiments in the second embodiment As shown in the third figure, the conductive loss _ can further include the first rear segment _ of the 〇1, and the second insulating member 313 is the third electrical component, and the member 313 is a plastic sleeve. It should be noted that, in the present invention, the first insulating member 312 and the second insulating member 313 may be sleeved on the conductive clip 3 as appropriate (the invention may be convenient for the conductive clip to be fixed to the battery) The design of the electrode joint, in the embodiment of the present invention, is designed to have two jacks at the lower side of the front side of the conductive clip. The electrode joint of the battery can be fixed and electrically connected in surface contact with the electrode joint of the battery. In addition, the lower part of the design is designed with - The elastic member can contact the top surface of the battery to generate elastic force to assist the entire conductive clip to be loosened from the electrode joint. Thus, when the conductive clip of the present invention is fixed to the electrode joint of the battery, it can be temporarily It is considered that the conductive clip is directly defined on the electrode joint, so when the conductive clip holds the electric wire, it is difficult to loosen the conductive clip and the electrode joint by moving the electric wire or the battery, and the electric conduction cannot occur. One or several conductive holes can be designed anywhere on the entire conductive clip, and any other wire S can be passed through the conductive hole and soldered to achieve the effect of extending the wire. The present invention is not intended to limit the scope of the present invention, and any changes and modifications made by those skilled in the art in light of the spirit of the disclosure (including the scope of the patent application) should be The scope of the present invention 200922050 The effective protection of the present invention __, please specializes in __ shirts [simplified diagram] Ϊ一图 represents a conventional battery. 篦170 固达你-门'~八屯W / ΤΓ 叼 叼 圚 第五 第五 第五 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太Inductive loss body of the invention [main component symbol description] ig〇 battery 1〇1 electrode joint 2〇〇, 300 conductive loss 301 first conductive body 302 second conductive body 3〇3 jack 3〇4 elastic element 305 Conductive hole 3〇6 first front section 30? first middle section 308 first rear section 309 second front section 310 second middle section 311 second rear section 312 first insulating member 313 second insulating member