M313881 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電源連接器，尤其涉及一種可良好固持導電 端子之電源連接器。 【先前技術】 按，電源連接器廣泛應用於電子領域，其一般包括一本體及 容設於本體内之彈性導電端子。在與對接電源連接器之對接狀態 下，必須使對接電源連接器之端子與彈性導電端子之間接觸充 分、穩固，以達成電流之穩定傳輸，從而對接電源連接器之端子 與彈性導電端子之間具有一定大小之接觸力。該接觸力之存在會 導致與對接電源連接器之對接過程中，對接電源連接器之端子與 彈性導電端子之間產生一插拔力。此插拔力則會影響到彈性導電 端子於本體中之固持效果’使彈性導電端子向前、向後移動’從 而影響到對接電源連接器之端子與彈性導電端子之間接觸效果， 進而影響電流之穩定傳輸。 美國專利公告第7108514號所揭示之彈性導電端子係藉由一 遮蔽殼體遮覆於本體之前端面之設計’防止彈性導電端子向前、 向後之移動。然而該種固持方式需額外增加一個元件，元件增多 相應產生之問題亦會增多，如遮蔽殼體與本體之間鬆動或脫落， 從而影響彈性導電端子於本體中之固持效果，進而影響電流之穩 定傳輸。 【新型内容】 M313881 好：二情上述習知技術存在之缺陷提供-種可良 于之轉連接器。該㉟原連接器包括本體及彈性導 電端子，太雜目士 、 口 μ、 、兩一貫通本體前端的容置腔，彈性導電端子大致 呈餘:其-端具有片狀並呈弧形彎曲的基部，另—端具有片狀 曲的固持部，基部與固持部之間由複數等間距排列的 ^内王弧％曲之連接部連接起來’彈性導電端子收容於容置 :。所述顿之側壁於靠近本體前端處開設與容置腔貫通的定位 蹄端顯止擋壁，所轉_端子之_經切 抵頂於止_成讀塊，止魏卡設於定位孔中並 ’本創作之電源連接器藉由彈性導電端子之止擋塊 卡扣於本體之定位孔之設計見 或向外移動，使本體與彈性導電端子::穩:= 至消除對接電源連接器之端子與彈性端子一 =導電端子之鴨效果之影響，進—;靠 【實施方式】 爲=田=本創作之技術内容、構造特徵、所達成目的及功 效’以下蝴舉實施例並配合圖式扣詳細說明。 請參閱第-圖及第二圖，為本創作電源^接哭之第一參施 例，包括—本體Η)及收容於該本體1Q内之彈性導電端子^ 體H)大致呈陳狀，具有前表面u、後表㈣及侧跡 >1313881 面^向本體Η)内開設—未貫通後表面12的容置腔Μ，前表面 腔Μ内隨魏之導引部15。所述本㈣之側壁 :=_互平行且與本體1Q軸線平行之定飾ΐ3ι。本體 16，t 面131向内且垂直於定位面⑶方向開設一凹槽 精此於本體10之前端形成一止播壁17，並且所述凹押Μ中 料通側壁13，戦與容加4 _的粒孔18。所述柳〇 遂翻—由後表面12向_設_柱形連接孔19，該連接孔19 未與所述容置腔13連通，導電線纜（圖未示）置於該連接孔19 中。 。請繼續參閱第-圖，彈性導電端子2〇大致呈籠狀，其一端具 有片狀呈弧形彎曲之基部2卜另—端具有片狀呈弧形彎紅固持 ,，基部21與固持部23之間由複數等間距排列的向内呈弧形 幫^連接部22連接起來。所義持部23頂部前端經切割後並 以則端作為自由端向外靖折形成—個與嗎部Μ外表面成一 斜坡狀之彈性的止擋塊231。 請結合參閱第三圖，導電端子2Q從本體1()的前端沿導引部 1番入谷1腔14中，導電端子20之止擋塊231卡扣於本體 之疋位孔18内並被止擋壁17所阻擋，故導電端子2〇定位於本體 中而不月匕么石方疋轉或從本體10之前端退出。對接之導電端 子2插入彈性導電端子％内，二者之間即可達成電性連接。 。月苓閱第四圖，為本創作之第二實施例，電源連接器丨，包括 本體10’和彈性導電端子20,。本實施例中之本體1〇，與第一實施 M313881 例中之本體ίο之_在於：本體1G，前部由關之定位面ΐ3ι，分 別垂直向_設凹槽16,，藉此於本體1G，之前端形成兩個止播壁 Π，，並且所述凹槽16，中部貫通侧壁13，，形成兩個與容置腔⑷ 連通的定位孔18,。 本實施例中彈性導電端子2Q，與第—實施例中彈性導電端子 20之區別在於.固持部23’之前端兩侧對應本體⑴，之定位孔⑻ 的位置經_後並以前端作為自由端分別向外側彎折形成兩_ 固持部23,外表面成斜坡狀之的止擋塊231，。請參閱第五圖， 組裝時，兩止擋塊训分別卡設於兩定位孔18，中並抵頂於所述 止擋壁π，’從而將導電端子2〇，固定於本體ι〇，中。 綜上所述，本創作之麵連接器藉由彈性導電端子烈、烈， 之止擒塊23卜231，卡設於本體1〇、1〇,之定位孔ΐδ、18,中之执 計’使彈性導電端子2Q、2Q’被穩定固持於本體⑺、⑴，中，從: 當對接端子2插人或者拔出電源連接器時導電端子2〇、抓不合卢 ^轉絲前退出於本體1G、1G，，確㈣流之敏可靠傳輸曰。工 【圖式簡單說明】 弟®係本創作之電源連接^ & 十 5叩炙乐貝鈿例之立體分解圖 第二圖係第—圖之本體沿π-ϋ之剖視圖。 源連接器與對接電源之導電 第三圖係本創作之第—實施例電 端子對接狀態之立體組合圖。 第四圖係本創作之電源連接 第五圖係本創作之電源連接 為 、之第二實施例之立體分解圖。 為之第二實施例之立體組合圖。 M313881 【主要元件符號說明】 電源連接器 卜Γ 本體 10、10’ 前表面 11 後表面 12 側壁 13 定位面 131 、 131， 容置腔 14、14’ 導引部 15 凹槽 16、16， 止擋壁 17、17’ 定位孔 18、18， 連接孔 19 彈性導電端子 20、20， 基部 2 卜 21， 連接部 22、22， 固持部 23、23， 止擔塊 231 、 231， 導電端子 2、2，M313881 VIII. New description: [New technical field] The present invention relates to a power connector, and more particularly to a power connector capable of holding a conductive terminal well. [Prior Art] According to the power connector, the power connector is widely used in the field of electronics, and generally includes a body and an elastic conductive terminal accommodated in the body. In the docking state with the docking power connector, the contact between the terminal of the mating power connector and the elastic conductive terminal must be sufficiently and stably to achieve stable current transmission, thereby connecting between the terminal of the power connector and the elastic conductive terminal. Has a certain amount of contact force. The presence of the contact force causes an insertion force between the terminal of the mating power connector and the resilient conductive terminal during the docking with the docking power connector. The insertion force affects the holding effect of the elastic conductive terminal in the body 'moving the elastic conductive terminal forward and backward', thereby affecting the contact effect between the terminal of the butt power connector and the elastic conductive terminal, thereby affecting the current Stable transmission. The elastic conductive terminals disclosed in U.S. Patent No. 7,108,514 are designed to prevent the elastic conductive terminals from moving forward and backward by a shield housing covering the front end face of the body. However, this kind of holding method requires an additional component, and the problem of corresponding component increase will also increase, such as loosening or falling off between the shielding shell and the body, thereby affecting the holding effect of the elastic conductive terminal in the body, thereby affecting the stability of the current. transmission. [New content] M313881 Good: The second flaw of the above-mentioned conventional technology provides a kind of good connector. The 35 original connector comprises a body and an elastic conductive terminal, the miscellaneous, the mouth, the two, the two through the receiving cavity of the front end of the body, the elastic conductive terminal is substantially the same: the end thereof has a sheet shape and is curved and curved The base portion and the other end have a sheet-shaped curved holding portion, and the base portion and the holding portion are connected by a plurality of equidistantly arranged connecting portions of the inner arc and the curved portion. The elastic conductive terminal is accommodated in the receiving portion. The side wall of the slab is adjacent to the front end of the body, and the hoisting end of the locating cavity extending through the accommodating cavity is formed. The _ terminal of the _ terminal is cut to the top of the _ _ reading block, and the Wei card is disposed in the positioning hole. And the power connector of the present invention is seen or moved outward by the design of the positioning hole of the elastic conductive terminal buckle to the body, so that the body and the elastic conductive terminal: stable: = to eliminate the docking power connector The effect of the terminal and the elastic terminal one = the effect of the duck of the conductive terminal, into the "implementation" = [field] = technical content, structural features, achieved goals and effects of the creation" Detailed instructions for the buckle. Please refer to the first and second figures, which are the first embodiment of the creation power supply, including the body Η) and the elastic conductive terminal body H) accommodated in the body 1Q. The front surface u, the rear surface (four), and the side traces >1313881 face are provided in the body Η) - the accommodating cavity 未 which does not penetrate the rear surface 12, and the front surface cavity 随 is guided by the guide portion 15 of the wei. The side wall of the (4): =_ is a parallel embossing ΐ3ι parallel to the body 1Q axis. The body 16 and the t-plane 131 are inwardly and perpendicular to the positioning surface (3) to form a groove. The front end of the body 10 forms a stop wall 17, and the recessed material passes through the side wall 13, and the cover 4 _ of the pores 18. The rafter is turned over from the rear surface 12 to the cylindrical connecting hole 19, and the connecting hole 19 is not in communication with the accommodating cavity 13, and a conductive cable (not shown) is placed in the connecting hole 19. . . Continuing to refer to the first figure, the elastic conductive terminal 2 is substantially cage-shaped, and has a base portion which is curved in a curved shape at one end. The other end has a sheet shape and is curved and curved, and the base portion 21 and the holding portion 23 are held. The inwardly curved connecting portions 22 are connected by a plurality of equal intervals. The top end of the grip portion 23 is cut and the end is used as a free end to form a stop-like block 231 which is inclined with the outer surface of the portion. Referring to the third figure, the conductive terminal 2Q enters the valley 1 cavity 14 from the front end of the body 1 () along the guiding portion 1 , and the stopper 231 of the conductive terminal 20 is snapped into the clamping hole 18 of the body and is stopped. The barrier wall 17 is blocked, so that the conductive terminal 2〇 is positioned in the body without being swayed or exited from the front end of the body 10. The butted conductive terminal 2 is inserted into the elastic conductive terminal %, and an electrical connection can be achieved between the two. . Referring to the fourth figure, a second embodiment of the present invention, the power connector 丨 includes a body 10' and an elastic conductive terminal 20. The body 1〇 in this embodiment, and the body in the first embodiment M313881 _ _ lies in: the body 1G, the front part is closed by the positioning surface ΐ3ι, respectively, the recess 16 is provided, thereby being used for the body 1G The front end forms two stop niches, and the groove 16 and the middle portion penetrate the side wall 13 to form two positioning holes 18 communicating with the accommodating cavity (4). The elastic conductive terminal 2Q in this embodiment is different from the elastic conductive terminal 20 in the first embodiment in that the front end of the retaining portion 23' corresponds to the body (1), and the position of the positioning hole (8) passes through the rear end and takes the front end as a free end. The two _ retaining portions 23 are respectively bent outward, and the outer surface is formed as a ramp-shaped stopper 231. Referring to the fifth figure, in the assembly, the two stop blocks are respectively clamped in the two positioning holes 18, and are in the top of the stop wall π, ' thereby fixing the conductive terminal 2 to the body ι, . In summary, the connector of the present invention is made by the elastic conductive terminal, which is strong and strong, and the block 23, 231, is clamped on the body 1〇, 1〇, and the positioning holes ΐδ, 18, in the calculation' The elastic conductive terminals 2Q, 2Q' are stably held in the body (7), (1), from: when the docking terminal 2 is inserted or pulled out of the power connector, the conductive terminal 2 〇, the catching ring is not closed, and the wire is exited to the body 1G , 1G, and indeed (four) flow sensitive transmission. [Simplified description of the diagram] Brother® is the power connection of this creation ^ & 10 叩炙 钿 钿 立体 立体 立体 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二Conduction of the source connector and the docking power supply The third figure is a three-dimensional combination diagram of the docking state of the electrical terminal of the first embodiment of the present invention. The fourth figure is the power connection of the present invention. The fifth figure is a perspective exploded view of the second embodiment of the power connection of the present invention. It is a three-dimensional combination diagram of the second embodiment. M313881 [Description of main components] Power connector dice 10, 10' Front surface 11 Rear surface 12 Side wall 13 Positioning surfaces 131, 131, accommodating chambers 14, 14' Guides 15 Grooves 16, 16 Stop Walls 17, 17' locating holes 18, 18, connecting holes 19 resilient conductive terminals 20, 20, base 2, 21, connecting portions 22, 22, retaining portions 23, 23, stop blocks 231, 231, conductive terminals 2, 2 ,