200803072 九、發明說明·· 1發明所屬之技術領域】 *本發明係關於一種電器元件，尤其係關於一種用於實 現電子元器件之間電性連接之彈性導電端子。 【先前技術】 行動電話等電子裝置之主機與電池通常是由片式連 接器來連接，而印刷電路板與印刷電路板之間、印刷電路 板與其他電子元器件之間通常由導線來連接。 片式連接器是由金屬片彎曲成型的，本身彈性不強， 使用一段時間後會産生彈性不足、接觸不穩定等現象，從 而=響行動電話等電子裝置之使用。且片式電子連接器佔 用空間較大，不利於行動電話等電子裝置朝小型化方向發 展，背離了市場需求之發展方向。 而採用電線之連接方式由於電線長度之限制，故在使 用時易纏繞，造成使用不方便；另，在安裝時，需要將電 線兩端用焊接等方式固定到印刷電路板或電子元器件上， 較爲複雜，且電線連接存在結構複雜、影響美觀等問題。 【發明内容】 鑒於以上内容，提供一種安裝方便、接觸良好穩定之 導電端子實爲必要。 種導電端子’包括套筒、彈性件、觸接元件及抵接 =該套筒爲筒狀，其一端封閉，另-端開設有-開口。 ^彈IM牛各納於套筒内，且彈性件一端抵接套筒封閉端。 6 200803072 觸接元件部分容納於套筒内，其可相對套筒移動。該抵接 元件容納於套筒内，其位於彈性件與觸接元件之間，抵接 元件和觸接元件分別包括一個相互抵接的接觸面，抵接元 件藉由彈性件的彈力斜向推抵觸接元件。 相較習知技術，該導電端子之抵接元件推抵觸接元件 傾斜，使套筒與觸接元件接觸良好，從而使藉由導電端子 連接之電子元器件之間或印刷電路板之間保持較好之電性 連接。 【實施方式】 本發明之導電端子主要應用於行動電話、 放器（如MP3)等電子產品。請參及圖 之第一實施方式所述之導電端子2〇可用於電連接二電子 几器件’包括-套筒22、一彈性件24、一觸接元件％及 一抵接球28。 該套筒22爲筒狀，#包括多段外徑不同之圓筒。套筒 22由金屬材料製成，其内外表面可鍍金。套筒u包括一 第々端222及與第一端222相對之第二端224。套筒22 之第端222封閉，第二端似開設有一開口挪。套筒 U還包括一凸緣部228,導電端子2〇安裝到電子裝置等上 後，該凸緣部228於導電端子2〇容鞋 子电鲕于20女裝至電子裝置等時起限 位作用。套缚22内部键/ΑΑ JZ. ^ Ar/r 胪別…班 從而於套筒22内形成-容置 贫六要°"谷腔229藉由開口 226與套筒22外部連通。 於谷納彈性件24、抵接球28及觸接元件 200803072 26。觸接元件26部分容納于該容置腔229内，其可相對套 筒22移動，使其另一部分可伸出套筒22外或容納於套筒 22内，抵接球28位於彈性件24與觸接元件26之間。 該彈性件24爲端面爲平端面之柱狀壓縮彈簧，其包括 複數簧圈，在本實施方式中，所有簧圈大小一致。彈性件 24之一端抵接套筒22之容置腔229底部，即靠近第一端 222處，彈性件24之另一端抵接抵接球28。當導電端子 20組裝完整時，彈性件24處於壓縮狀態。 該觸接元件26包括一基部262及一觸接部264。該基 部262及觸接部264爲圓柱狀，且基部262直徑大於觸接 部264直徑，從而於基部262及觸接部264相接處形成一 肩部266。基部262直徑稍小於套筒22内徑。基部262與 觸接部264相對之一端具有一接觸面268,本實施方式中， 該接觸面268爲一斜面，該接觸面268與抵接球28抵靠。 抵接球28藉由彈性件24之彈力斜向推抵觸接元件26之觸 接部264,使觸接部264從套筒22之開口 226伸出套筒22。 觸接元件26由金屬材料製成，其表面可鍍金。 該抵接球28爲球狀體，其直徑梢大於彈性件24之簧 圈内徑，從而使抵接球28抵接彈性件24端部，而不至於 完全滾入簧圈形成之空間内。該抵接球28具一與觸接元件 26之接觸面268抵接之接觸面，該接觸面爲球面。 組裝時，將彈性件24、抵接球28及觸接元件26之觸 接部264依次置於套筒22之容置腔229後，將套筒22之 第二端224邊緣朝内彎折，從而使套筒22之開口 226小於 200803072 觸接元件26之基部262，由此，觸接元件26之肩部266 ’靠於套筒22開口 226邊緣而使該基部262不能伸出套筒 -22外。觸接元件26與抵接球28在彈性件24之彈力作用 推抵下産生於套筒22之容置腔229内沿套筒22軸線方向 移動之趨勢。由於抵接球28之接觸面爲球面，且由於觸接 元件26之斜面之存在，即使彈性件24之端面爲平端面， 觸接元件26仍能在抵接球28之推抵下傾斜，使套筒22 與觸接元件26之基部262接觸良好，從而使藉由導電端子 20連接之電子元器件之間或印刷電路板之間保持較好之 電性連接。 當應用該導電端子20時，其套筒22之凸緣部228卡 設到行動電話等電子産品之殼體内，並於殼體内可沿導電 端子20軸線方向移動，導電端子20之套筒22第一端222 可滑動地抵接一個構件，觸接元件26之觸接部264端部可 滑動地抵接另一構件，從而電性連接該二個構件。 請參閱圖3及圖4,本發明之第二實施方式所述之導 電端子40包括一套筒42、一彈性件44、一觸接元件46 及一抵接柱48。導電端子40除了抵接柱48外，其餘部分 皆與導電端子20相同，即，套筒42與套筒22相同，彈性 件44與彈性件24相同、觸接元件46與觸接元件26相同。 該抵接柱48包括一抵接部482及一套合段484。該抵接部 482由一圓柱體及一半球體組合而成，半球體之平面與圓 柱體端面貼合，且半球體直徑與圓柱體截面直徑相同。該 抵接柱48之抵接部482之半球體處爲一與觸接元件46抵 9 200803072 接之接觸面，該接觸面爲球面。套合段484爲圓柱狀，其 二端與抵接部482之圓柱體另一端面相接。套合段484之 截面直徑小於彈性件44簧圈之内徑，而抵接部482圓柱體 之截面直徑大於彈性件44簧圈内徑。抵接部482之半球部 抵接觸接元件46，套合段484套入彈性件44之簧圈内。 與導電端子20相同，由於抵接部482之接觸面爲球面，且 由於觸接元件46之斜面之存在，即使彈性件44之端面爲 平端面，觸接元件46仍能在抵接柱48之推抵下傾斜，使 套筒22與觸接元件26之基部262接觸良好，從而使通過 導電端子20連接之電子元器件之間或印刷電路板之間保 持較好之電性連接。 可以理解，與觸接元件26、46抵接之抵接元件不限於 第一實施方式中之球狀抵接球28及第二實施方式中之抵 接柱48,其與觸接元件26、46抵接之接觸面不限於第一、 第二實施方式中之球面，其可爲其他光滑凸面或錐面以推 抵觸接元件26、46傾斜。觸接元件26、46與抵接元件相 互接觸之接觸面形狀可相互替換，即觸接元件26、46之接 觸面爲所述光滑凸面或錐面，而抵接元件之接觸面爲斜 面。觸接元件26、46與抵接元件相互接觸之接觸面可均爲 斜面，亦可均爲光滑凸面。在此，只需觸接元件26、46 與抵接元件之接觸面配合能使觸接元件26、46斜向推抵抵 接元件即可。 綜上所述，本發明符合發明專利要件，爰依法提出專 利申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 200803072 熟悉本案技藝之人士，在援依本案發明精神所作之 飾或變化，皆應包含於以下之申請專利範圍内。、效L •【圖式簡單說明】 圖1係本發明導電端子第一實施方式之立體分解圖； 圖2係本發明導電端子第一實施方式之剖視圖； 圖3係本發明導電端子第二實施方式之立體分解圖； 圖4係本發明導電端子第二實施方式之剖視圖。 【主要元件符號說明】 導電端子 20 > 40 套筒 22、42 第一端 222 第二端 224 開口 226 凸緣部 228 容置腔 229 彈性件 24、44 觸接元件 26 - 46 基部 262 觸接部 264 肩部 266 接觸面 268 抵接球 28 抵接柱 48 抵接部 482 套合段 484 11200803072 IX. INSTRUCTIONS OF THE INVENTION 1. Field of the Invention The present invention relates to an electrical component, and more particularly to an elastic conductive terminal for realizing electrical connection between electronic components. [Prior Art] The main unit and the battery of an electronic device such as a mobile phone are usually connected by a chip connector, and a printed circuit board and a printed circuit board are usually connected by a wire between the printed circuit board and other electronic components. The chip connector is formed by bending a metal piece, and its elasticity is not strong. After a period of use, the phenomenon of insufficient elasticity and unstable contact may occur, so that the electronic device such as a mobile phone is used. Moreover, the chip electronic connector occupies a large space, which is not conducive to the development of electronic devices such as mobile phones in the direction of miniaturization, which deviates from the development direction of market demand. The connection method of the electric wire is limited by the length of the electric wire, so it is easy to be entangled during use, which is inconvenient to use; in addition, at the time of installation, the two ends of the electric wire need to be fixed to the printed circuit board or the electronic component by welding or the like. It is more complicated, and the wire connection has problems such as complicated structure and beautiful appearance. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a conductive terminal that is easy to install and has good contact and stability. The conductive terminal 'includes a sleeve, an elastic member, a contact member, and an abutment. The sleeve is cylindrical, and one end is closed, and the other end is open-opened. ^ The IM cattle are each contained in the sleeve, and one end of the elastic member abuts the closed end of the sleeve. 6 200803072 The contact element is partially housed in a sleeve that is movable relative to the sleeve. The abutting member is received in the sleeve between the elastic member and the contact member, and the abutting member and the contact member respectively comprise a contact surface abutting each other, and the abutting member is obliquely pushed by the elastic force of the elastic member Resist the component. Compared with the prior art, the abutting component of the conductive terminal is pushed against the contact component, so that the sleeve and the contact component are in good contact, so that the electronic components connected by the conductive terminals or between the printed circuit boards are maintained. Good electrical connection. [Embodiment] The conductive terminal of the present invention is mainly applied to electronic products such as mobile phones and amplifiers (such as MP3). Referring to the first embodiment of the present invention, the conductive terminals 2 can be used to electrically connect two electronic devices 'including a sleeve 22, an elastic member 24, a contact member %, and an abutting ball 28. The sleeve 22 is cylindrical, and # includes a plurality of cylinders having different outer diameters. The sleeve 22 is made of a metal material, and its inner and outer surfaces are gold plated. The sleeve u includes a second end 222 and a second end 224 opposite the first end 222. The first end 222 of the sleeve 22 is closed, and the second end is similar to an opening. The sleeve U further includes a flange portion 228. After the conductive terminal 2 is mounted on an electronic device or the like, the flange portion 228 functions as a limiting position when the conductive terminal 2 accommodates the shoe to the electronic device. . Binding 22 internal key / ΑΑ JZ. ^ Ar / r ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... Yuguina elastic member 24, abutting ball 28 and contact element 200803072 26. The contact member 26 is partially received in the accommodating chamber 229, and is movable relative to the sleeve 22 such that another portion can extend out of the sleeve 22 or be received in the sleeve 22. The abutment ball 28 is located at the elastic member 24 and Between the contact elements 26. The elastic member 24 is a columnar compression spring whose end face is a flat end surface, and includes a plurality of coils. In the present embodiment, all the coils have the same size. One end of the elastic member 24 abuts against the bottom of the accommodating cavity 229 of the sleeve 22, i.e., near the first end 222, and the other end of the elastic member 24 abuts against the abutting ball 28. When the conductive terminal 20 is assembled, the elastic member 24 is in a compressed state. The contact element 26 includes a base 262 and a contact portion 264. The base portion 262 and the contact portion 264 are cylindrical, and the base portion 262 has a diameter larger than the diameter of the contact portion 264, so that a shoulder portion 266 is formed at the junction of the base portion 262 and the contact portion 264. The base 262 is slightly smaller in diameter than the inner diameter of the sleeve 22. The base 262 has a contact surface 268 opposite to the contact portion 264. In the present embodiment, the contact surface 268 is a sloped surface, and the contact surface 268 abuts against the abutting ball 28. The abutment ball 28 is urged obliquely against the contact portion 264 of the contact member 26 by the elastic force of the elastic member 24, so that the contact portion 264 projects from the opening 226 of the sleeve 22 to the sleeve 22. The contact element 26 is made of a metallic material and its surface is gold plated. The abutment ball 28 is a spherical body having a diameter tip larger than the inner diameter of the coil of the elastic member 24, so that the abutting ball 28 abuts against the end of the elastic member 24 without being completely rolled into the space formed by the coil. The abutment ball 28 has a contact surface that abuts the contact surface 268 of the contact element 26, and the contact surface is a spherical surface. During assembly, the elastic member 24, the abutting ball 28 and the contact portion 264 of the contact member 26 are sequentially placed in the accommodating cavity 229 of the sleeve 22, and the second end 224 of the sleeve 22 is bent inwardly. Thus, the opening 226 of the sleeve 22 is smaller than the base 262 of the 200803072 contact element 26, whereby the shoulder 266' of the contact element 26 rests against the edge of the opening 226 of the sleeve 22 such that the base 262 cannot extend out of the sleeve-22 outer. The contact element 26 and the abutment ball 28 are urged by the elastic force of the elastic member 24 to generate a tendency to move in the axial direction of the sleeve 22 in the accommodating cavity 229 of the sleeve 22. Since the contact surface of the abutting ball 28 is a spherical surface, and because the inclined surface of the contact member 26 is present, even if the end surface of the elastic member 24 is a flat end surface, the contact member 26 can be tilted under the abutment of the abutting ball 28, so that The sleeve 22 is in good contact with the base 262 of the contact element 26 to maintain a good electrical connection between the electronic components connected by the conductive terminals 20 or between the printed circuit boards. When the conductive terminal 20 is applied, the flange portion 228 of the sleeve 22 is locked into a casing of an electronic product such as a mobile phone, and is movable in the axial direction of the conductive terminal 20 in the casing, and the sleeve of the conductive terminal 20 The first end 222 slidably abuts a member, and the end of the contact portion 264 of the contact member 26 slidably abuts the other member to electrically connect the two members. Referring to FIG. 3 and FIG. 4, the conductive terminal 40 of the second embodiment of the present invention includes a sleeve 42, an elastic member 44, a contact member 46, and an abutment post 48. The conductive terminal 40 is identical to the conductive terminal 20 except for the abutment post 48, i.e., the sleeve 42 is identical to the sleeve 22, the resilient member 44 is identical to the resilient member 24, and the contact member 46 is identical to the contact member 26. The abutment post 48 includes an abutment portion 482 and a set of segments 484. The abutting portion 482 is composed of a cylinder and a half sphere. The plane of the hemisphere is attached to the end surface of the cylinder, and the diameter of the hemisphere is the same as the diameter of the cylinder. The hemisphere of the abutting portion 482 of the abutting post 48 is a contact surface with the contact member 46 against the 200808072, and the contact surface is a spherical surface. The sleeve section 484 has a cylindrical shape, and its two ends are in contact with the other end surface of the cylinder of the abutting portion 482. The cross-sectional diameter of the sleeve section 484 is smaller than the inner diameter of the coil of the elastic member 44, and the cross-sectional diameter of the cylinder of the abutting portion 482 is larger than the inner diameter of the coil of the elastic member 44. The hemispherical portion of the abutment portion 482 abuts the contact member 46, and the sleeve portion 484 fits into the coil of the elastic member 44. Like the conductive terminal 20, since the contact surface of the abutting portion 482 is spherical, and due to the existence of the inclined surface of the contact member 46, even if the end surface of the elastic member 44 is a flat end surface, the contact member 46 can still abut the post 48. Pushing down the tilt causes the sleeve 22 to make good contact with the base 262 of the contact element 26, thereby maintaining a good electrical connection between the electronic components connected by the conductive terminals 20 or between the printed circuit boards. It can be understood that the abutting elements abutting the contact elements 26, 46 are not limited to the spherical abutment balls 28 in the first embodiment and the abutment posts 48 in the second embodiment, and the contact elements 26, 46 The abutting contact faces are not limited to the spherical faces in the first and second embodiments, and may be other smooth convex or tapered faces to be inclined against the contact members 26, 46. The contact surface shapes of the contact elements 26, 46 and the abutting elements are mutually replaceable, i.e., the contact faces of the contact elements 26, 46 are said smooth convex or tapered faces, and the contact faces of the abutting elements are beveled. The contact faces of the contact elements 26, 46 and the abutting elements may be both beveled or smooth convex. Here, only the contact surfaces of the contact elements 26, 46 and the abutment elements are engaged so that the contact elements 26, 46 can be pushed obliquely against the abutment element. In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only a preferred embodiment of the present invention, and those who are familiar with the art of the present invention in 200801872 are to be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a first embodiment of a conductive terminal of the present invention; FIG. 2 is a cross-sectional view of a first embodiment of a conductive terminal of the present invention; 3 is an exploded perspective view of the second embodiment of the conductive terminal of the present invention. [Main component symbol description] Conductive terminal 20 > 40 Sleeve 22, 42 First end 222 Second end 224 Opening 226 Flange portion 228 accommodating cavity 229 Elastic member 24, 44 Contact member 26 - 46 Base 262 Contact Portion 264 shoulder 266 contact surface 268 abutment ball 28 abutment post 48 abutment portion 482 ferrule 484 11