M356908 五、新型說明： 【新型所屬之技術領域】 本創作涉及-種連接im步及__針式連接器。 【先前技術】 按，請參閱第四圖，一種習知探针式連接器卜 :::=:及_广:屬套筒1〇，、-組裝於金屬套筒10,内的 弹/ 生體30及一端抵觸於彈性體 ， H)，外用於電訊傳輸的—金屬探針2(),。該探於金屬套筒 金屬探針2°，虔入金屬套筒1。，時，金屬探針2;=’在將 而與金屬套筒10,連接並電性導通。 、通吊產生歪斜 惟，上述習知探針式連接器i 2〇,與金屬套筒1()，的電性導 又到振動時’金屬探針 與金屬套筒晴導通斷瞬^開；金屬探針加 而產生高溫，從而影響探針 會因其·抗特性 【新型内容】 Μ電性導通性能。 本創作的主要目的係針對上 —種探針式連接H，輯針歧㈣缺陷提供 連接穩定，㈣探針式連接㈣電性 金屬套筒接觸 為實現上述目的，本創作所提供； 套筒、-金屬探針、-第—彈性體及―式連接益包括—金屬 具有-殼體，殼體底部連接有— 第—彈性體。金屬套筒 伸形成有-止擋部，止擋部具有1^體的料向内彎折延 *由該滑動部向上凸伸出的接觸部:c針具有滑動部 殼體内，接觸部從開口伸出金屬套筒外。:二：於金屬套筒的 屬套筒的殼體内，其—端抵觸於—純體收容於金 之底面上，其另一端抵 M356908 靠於底座。第二彈性體固定於殼體上，該第 頂邱，坪往體具有一抵 ° 抵頂部通過殼體之側孔伸入殼體内。 —。。本創作之金屬探針在將金屬探針壓入金屬套筒時，由於第 二彈性體之抵頂部從側面抵頂作用於金屬探針之滑動部，金 探針滑動部能夠更穩定地接觸於金屬套筒之内壁，從斜 連接器的電性連接可靠。 木 【實施方式】 為詳細說明本創作之技術内容、構造特徵及其所達成之目 的與功效，下面將結合實施例並配合圖式詳予說明。 請參閱第一圖、第二圖，本創作探針式連接器丨具有一金 屬套筒10、-金屬探針2〇、一第一彈性體3〇及一第二彈性體 40 ° 金屬套筒10具有一呈圓筒形的殼體u，殼體丨丨底部連接 有封閉的底座12，殼體11的一端向内彎折延伸形成有一圓 環形止播部13,讀部13具有―開口 14，底座12之表面邊 緣開設有一穩固槽121，並沿底座12之表面向上開設有一與穩 固槽121相通的限位槽122。 金屬捸針20具有一呈圓柱形的滑動部22及一由滑動部22 向上凸伸出的呈圓柱形的接觸部21。滑動部22裝設於金屬套 筒10的殼體11内，滑動部22之底面為一傾斜面，且滑動部 22的直徑大於開口 μ的直徑以使滑動部22卡設在殼體u内； 接觸部21的直徑小於開口 15的直徑，該接觸部21穿過金屬 套筒10之開口 14伸出金屬套筒10外，從而接觸部21可與外 部電子元件電性連接。 第一彈性體30收容於金屬套筒1〇的殼體u，其一端抵觸 於滑動部22之底面上’另一端於抵靠於底座丨二。 M356908 第二彈性體固定於殼體11上，該第二彈性體4〇 一末 端向一側延伸形成—穩固環42，穩固環42 ±彎折延伸出 臂部43’彈臂部43收容於限位槽m $，彈臂部43末端彎折 延伸形成有一抵頂部41，抵頂部41通過殼體u之側孔a〗 入至殼體11内。 甲 請續參閱第-圖、第二圖，當組裝此探針式連接器 可先將金屬探針20從殼體U頂部裝入，再向内壓合殼體u 上端，從而形成所述圓環形的扯擋部13。 Μ 11 =第三圓’在使用此探針式連接器1時，金屬探針2〇 、 °下移動’金屬探針20向下壓縮彈性體30，滑動部 I2沿殼體11内壁向下滑動，第二彈性體40之抵頂部4 = 作用於金屬探針20之滑動部22。 -員 ^上所述，本_探針式連接器丨之金屬 屬探針20壓入金屬套筒丨〇 牡竹座M356908 V. New description: [New technical field] This creation involves a kind of connection im step and __ pin connector. [Prior Art] Press, please refer to the fourth figure, a conventional probe type connector:::=: and _ wide: is a sleeve 1〇, - assembled in the metal sleeve 10, the bomb / life The body 30 and one end are in contact with the elastomer, H), and the metal probe 2 () is used for telecommunications transmission. The metal sleeve probe was probed into the metal sleeve 1 by 2°. At the time, the metal probe 2; =' is connected to the metal sleeve 10 and electrically connected. However, the above-mentioned conventional probe type connector i 2〇, and the metal sleeve 1 (), the electrical conduction to the vibration, the metal probe and the metal sleeve are turned on and off; The metal probe is added to generate high temperature, which affects the performance of the probe due to its anti-characteristics [new content]. The main purpose of this creation is to provide connection stability for the above-mentioned probe type connection H, and the connection of the needle (4) defects, and (4) probe type connection (4) electrical metal sleeve contact for the above purpose, provided by the present invention; sleeve, - The metal probe, the -elastomer and the "connection" include - the metal has a - shell, and the bottom of the housing is connected - the first - elastomer. The metal sleeve is formed with a stop portion, and the stop portion has a body material bent inwardly. The contact portion protrudes upward from the sliding portion: the c needle has a sliding portion inside the housing, and the contact portion is The opening extends beyond the metal sleeve. : 2: In the casing of the sleeve of the metal sleeve, the end is in contact with the pure body on the bottom surface of the gold, and the other end is against the base of the M356908. The second elastic body is fixed to the casing, and the first top and the lower body have an abutting top portion extending into the casing through the side hole of the casing. —. . When the metal probe of the present invention is pressed into the metal sleeve, the gold probe sliding portion can be more stably contacted by the sliding portion of the metal probe acting against the top of the second elastic body from the side. The inner wall of the metal sleeve is reliable from the electrical connection of the diagonal connector. [Embodiment] In order to explain in detail the technical contents, structural features, and the objects and effects achieved by the present invention, the embodiments will be described in detail below with reference to the drawings. Referring to the first figure and the second figure, the probe connector has a metal sleeve 10, a metal probe 2, a first elastic body 3〇, and a second elastic body 40° metal sleeve. 10 has a cylindrical casing u, and a closed base 12 is connected to the bottom of the casing. One end of the casing 11 is bent inwardly to form a circular end stop portion 13, and the reading portion 13 has an opening. The bottom surface of the base 12 defines a stabilizing slot 121, and a limiting slot 122 communicating with the securing slot 121 is defined upwardly along the surface of the base 12. The metal boring needle 20 has a cylindrical sliding portion 22 and a cylindrical contact portion 21 projecting upward from the sliding portion 22. The sliding portion 22 is mounted in the housing 11 of the metal sleeve 10, the bottom surface of the sliding portion 22 is an inclined surface, and the diameter of the sliding portion 22 is larger than the diameter of the opening μ so that the sliding portion 22 is locked in the housing u; The diameter of the contact portion 21 is smaller than the diameter of the opening 15, and the contact portion 21 extends through the opening 14 of the metal sleeve 10 beyond the metal sleeve 10, so that the contact portion 21 can be electrically connected to the external electronic component. The first elastic body 30 is housed in the casing u of the metal sleeve 1 , and one end thereof abuts against the bottom surface of the sliding portion 22 and the other end abuts against the base. M356908 The second elastic body is fixed on the casing 11, and the second elastic body 4 extends to one side to form a stabilizing ring 42. The stabilizing ring 42 is bent and extends out of the arm portion 43'. The elastic arm portion 43 is received in the limit. The bit groove m $, the end of the elastic arm portion 43 is bent and extended to form an abutting top portion 41, and the abutting top portion 41 is introduced into the casing 11 through the side hole a of the casing u. A. Please refer to the first and second figures. When assembling the probe connector, the metal probe 20 can be first loaded from the top of the housing U, and then the upper end of the housing u is pressed inwardly to form the circle. An annular drag portion 13. Μ 11 = third circle 'When the probe connector 1 is used, the metal probe 2 〇 moves under the 'metal probe 20 to compress the elastic body 30 downward, and the sliding portion I2 slides down the inner wall of the casing 11 The abutting top portion 4 of the second elastic body 40 is applied to the sliding portion 22 of the metal probe 20. - Member ^, the metal probe 20 of the _ probe connector is pressed into the metal sleeve 牡
ZtlT 才衣針式連接器1的電性連接可靠。 【圖式簡單說明】 第一圖系本創作探針式連接器之剖視圖。 =二圖係本創作探針式連接器之立體分解圖。 ^二:係第一圖中探針式連接器作動過程中之剖視圖。 第四圖係習知的探針式連接器之剖視圖。 【主要元件符號說明】 [本創作] 金屬套筒 側孔 10 探針式連接器 殼體 111 11 M356908The electrical connection of the ZtlT talented pin connector 1 is reliable. [Simple description of the drawing] The first figure is a cross-sectional view of the present probe connector. = The second figure is an exploded view of the probe connector of the present invention. ^二: is a cross-sectional view of the probe connector in the first figure during the actuation process. The fourth figure is a cross-sectional view of a conventional probe connector. [Main component symbol description] [This creation] Metal sleeve Side hole 10 Probe connector Housing 111 11 M356908
底座 12 穩固槽 121 限位槽 122 扯擋部 13 開口 14 金屬探針 20 接觸部 21 滑動部 22 第一彈性體 30 第二彈性體 40 抵頂部 41 穩固環 42 彈臂部 43 聲知] 探針式連接器 Γ 金屬套筒 10, 殼體 11， 底座 12, 扯擋部 13, 開口 14, 金屬探針 20， 滑動部 21， 接觸部 22， 彈性體 30, 6Base 12 Stabilizing groove 121 Limiting groove 122 Pulling portion 13 Opening 14 Metal probe 20 Contact portion 21 Sliding portion 22 First elastic body 30 Second elastic body 40 Abutting top 41 Stabilizing ring 42 Spring arm portion 43 Acknowledgement] Probe Connector Γ metal sleeve 10, housing 11, base 12, trip portion 13, opening 14, metal probe 20, sliding portion 21, contact portion 22, elastomer 30, 6