M340600 八、新型說明： 【新型所屬之技術領域】 本創作/步及一種電連接器，尤指一種在兩個分離之電子元件之間建立 電性導通路徑之電連接器。 【先前技術】 隨著電子産業迅速發展，在手機、電腦等電子設備中，板對板電連接 器被廣泛應用於電性連接兩個分離之電子元件，該種電連接器一般包括相 互對接之公連接③、和母連接器，其中，公母連接器分別包括各自絕緣本體 和分別收容於各自絕緣本體内之複數導電端子，公母連接器之絕緣本體均 包括·底壁及自底壁四周邊緣向上延伸之側壁，不同在於：母連接器絕緣 本體底壁還設置有-個向上突伸之島狀體，該島狀體之四側壁與絕緣本體 ，四側壁形成-條容槽道，而公連接器之絕緣本體紐沒雜何結構， 是以，其四側壁圍成一個中空之收容槽，當公母連接器相互配合時，公連 接器正好容置於母連獅之收容槽勒，对魏容槽射，公母連接器 籍由各自導電端子而電性連接。 均知，兩個分離之電子元件之間之導通路徑主要藉由對接導 电子儿成’而對接導電端子在接觸時產生之接觸力，有一定數值要求， it 了 2不能提供良好之電性路徑，太大了，在對接導«子接觸之過 私中，導電端子有被壓垮之風險。 、 以，在生産過程中，母導電端子之彈性變得非常重要， ίίΐ 接卿舰娜，聰當公連接諸，母導ΐ端 另’該魅品在大錄情況τ，公導電端子在_之過財不發 =，、，?發生彈性變形之僅有母導電端子，也就是說，當對接電連接器 认程!^，對接導電端子之間産生之接觸力或者雜力，其主要來自 如果母導電端子過於細窄，那麼，當對接電連接器插入進 來日守’可能會由於接觸力過小，而達按-插入進 提供良好之接觸力。 斤要Α之接觸力，從而，也不能 鑒於以上問題，實有必要提供—帝 梗文進之屯連接益，以解決上述問題。 M340600 【新型内容】 本創作之目的在於提供一種電連，呈 之間提供良好之保持力。 阳/、可以在兩個分離之電子元件 對接電連細接，從，用於與 至接觸點之缺口。 °又有貝牙，、厗度且未延伸 與習知技術相比，本創作電連接器 性部設有缺Π，因此，在—定靜卜7似Γ 由轉電端子彈 ^ L 在 私度上，可以提咼該彈性部之彈性，间日本i 於上述缺口尚未延伸至接觸點，所以 、 接雷棣垃哭i+A A十士 俊嘴1”、、夂、有疋強度，因此，當對 接電連接祕人進树，可贿證提供良好之細力。 【實施方式】 哭閱至第三圖所示’本創作電連接器100，用於與對接電連接 i、雨而在兩個分離之電子元件（未圖示）之間建立電性 ¥通路徑，包括絕緣本體1G及容置於其中之複數導電端子3()。 吉a Γ緣t體10 ’大致王矩形’包括底板（未圖示）及自底板四周邊緣垂 直向上延伸且兩兩相對設置之第一側壁101及第二側壁103，且底板自中央 向上升起形成有大致呈矩形之島狀體105，該島狀體105與上述第一側壁 内表面以及第二側壁103内表面共同形成了一個收容槽道術，用以收 容對气電連接n，糾，在底板靠近第二纖1G3位置設置有與導電端子 3〇數量相等之端子槽則，自每一個端子槽腦位置沿第二側壁啲内 表面向上分別形成有平行設置之第一安裝槽1〇33和第二安裝槽聰，而在 島狀體105與上述第一、第二安裝槽1〇33、1〇35相對位置設有收容槽顧， 且該收容槽1051與收錢道1〇7相貫通，以容鱗電端子％相應之部分。 導電端子30，由銅材經衝壓折彎而成，包括基部3〇1、分別自基部3〇ι 兩端延伸之焊接部303及彈性部3〇5，以及自基部3〇1上沿著與對接連接器 插入方向相反之方向延伸且平行設置之第一、第二固持部3〇7、3〇9,其中， 上述彈性部305呈鐮刀狀並與第一固持部3〇7形成大致u形狀，且彈性部 7 M340600 305包括沿水平方向延伸且一端與基部3〇1相連接之水平部3〇5i及自水平 邛3051另、向上延伸之豎直部3053，上述豎直部3053末端向前述U形 内口卩光α弓折，並形成與對接導電端子（未圖示）電性接觸之接觸點3〇55， 另外’上述第-、第二固持部3〇7、3〇9兩側還分別設有複數倒刺（未標示）， 以此，增加導電端子30與絕緣本體1〇之固持力。 睛茶考第-圖，並結合第三圖所示，我們可以清楚地看到，導電端子 3〇之厚度從基部301到彈性部3〇5之水平部遍，呈現出由寬至窄之狀態， =到了彈性部305之豎直部細，其寬度又明顯增加，顯示出比水平部3〇^51M340600 VIII. New description: [New technical field] This creation/step and an electrical connector, especially an electrical connector that establishes an electrical conduction path between two separate electronic components. [Prior Art] With the rapid development of the electronics industry, in electronic devices such as mobile phones and computers, board-to-board electrical connectors are widely used to electrically connect two separate electronic components, which generally include mutual interconnection. The male connector 3 and the female connector, wherein the male and female connectors respectively comprise respective insulating bodies and a plurality of conductive terminals respectively received in the respective insulating bodies, and the insulating bodies of the male and female connectors respectively comprise a bottom wall and a bottom wall The side wall extending upwardly from the edge is different in that: the bottom wall of the insulating body of the female connector is further provided with an island body protruding upward, the four side walls of the island body and the insulating body, and the four side walls form a strip-shaped channel, and the public The insulating body of the connector has no structure, so that the four side walls are surrounded by a hollow receiving groove. When the male and female connectors cooperate with each other, the male connector is just placed in the receiving slot of the female lion, Weirong slot, male and female connectors are electrically connected by their respective conductive terminals. It is known that the conduction path between two separate electronic components is mainly caused by the contact force of the butting conductive terminals when the butt conductive terminals are in contact, and there is a certain numerical requirement, and it does not provide a good electrical path. It is too big, and there is a risk that the conductive terminals will be crushed during the connection of the sub-contacts. In the production process, the elasticity of the female conductive terminals becomes very important, ίίΐ picks up the Qingyun Na, Cong Danggong connects the other, the mother guides the other end of the 'the charm in the big record τ, the male conductive terminal is in _ If the money does not send =,,,? Only the female conductive terminals that are elastically deformed, that is, when the docking electrical connector recognizes the ^^, the contact force or the hybrid force generated between the butted conductive terminals mainly comes from If the female conductive terminal is too narrow, then when the docking electrical connector is inserted into the day, it may be because the contact force is too small, and the push-to-insert provides a good contact force. In view of the above problems, it is necessary to provide the connection between the emperor and the emperor to solve the above problems. M340600 [New Content] The purpose of this creation is to provide an electrical connection that provides good retention between the two. Yang/, can be connected in parallel with two separate electronic components, from the gap to the contact point. ° There is also a tooth, a twist and no extension compared with the conventional technology, the creative electrical connector has a defect, therefore, in the - fixed static b 7 like Γ by the electrical terminal elastic ^ L in private In terms of degree, the elasticity of the elastic portion can be improved, and the gap between the Japanese and the above is not extended to the contact point, so that the thunder and the crying i+AA ten priests are 1", 夂, and 疋 strength, therefore, When the docking and connection of the secret person into the tree, the bribe can provide a good effort. [Embodiment] Cry to the third figure, 'This creative electrical connector 100 is used to connect with the docking electrical connection, rain and two A separate electrical path is established between the separated electronic components (not shown), including the insulative housing 1G and the plurality of conductive terminals 3 () accommodated therein. 吉a Γ 缘 t body 10 'substantially rectangular' including the bottom plate (not shown) and a first side wall 101 and a second side wall 103 extending perpendicularly from the peripheral edge of the bottom plate and opposite to each other, and the bottom plate is raised from the center to form a substantially rectangular island 105, the island shape The body 105 is formed together with the inner surface of the first side wall and the inner surface of the second side wall 103 a receiving channel for receiving the gas-electric connection n, correcting, and providing a terminal groove equal to the number of the conductive terminals 3 at the position of the bottom plate adjacent to the second fiber 1G3, from the position of the brain of each terminal slot along the second side wall The inner surface of the crucible is respectively formed with a first mounting groove 1〇33 and a second mounting groove which are disposed in parallel, and the island body 105 is disposed at a position opposite to the first and second mounting grooves 1〇33 and 1〇35. The receiving slot 1051 is connected to the receiving channel 1〇7 to receive a corresponding portion of the scale electrical terminal. The conductive terminal 30 is formed by bending a copper material, including a base 3〇1, respectively a welded portion 303 and an elastic portion 3〇5 extending from both ends of the base portion 3〇, and first and second holding portions 3 extending from the base portion 3〇1 in a direction opposite to the direction in which the mating connector is inserted and arranged in parallel 〇7, 3〇9, wherein the elastic portion 305 has a sickle shape and forms a substantially u-shape with the first retaining portion 3〇7, and the elastic portion 7 M340600 305 includes a horizontal direction extending and one end connected to the base portion 3〇1 The horizontal portion 3〇5i and the vertical portion 3 extending from the horizontal raft 3051 053, the end of the vertical portion 3053 is bent toward the U-shaped inner opening α, and forms a contact point 3〇55 electrically contacting the butted conductive terminal (not shown), and the above-mentioned first-and second-holding A plurality of barbs (not shown) are respectively arranged on both sides of the 3〇7 and 3〇9, thereby increasing the holding force of the conductive terminal 30 and the insulating body 1〇. The tea test-picture, combined with the third figure As can be seen, it can be clearly seen that the thickness of the conductive terminal 3〇 from the base portion 301 to the horizontal portion of the elastic portion 3〇5 is in a state of being wide to narrow, and the vertical portion of the elastic portion 305 is thin. Its width has increased significantly, showing that it is 3〇^51 than the horizontal part.
狀態，如此設計，就可以保證彈性部3〇5，尤其是其豎直部3〇53具有 一定強度，當對接導電端子插入進來時，上述豎直部3〇53末端之接觸點3〇55 可以提供足夠之力量，轉證良好地電性導通，同時，從第—圖和第三圖 =我們還可以看到，在彈性部305之豎直部则上開設有一個缺口 3〇57, k第一圖所示角度觀之’该缺口 3G53貫穿紙面，且未到達接觸點3G55，是 以1 彈性部305由於上述缺口 3057之存在而具有足夠雜，而上述缺口則 又未延伸至接觸點3055，因此，接觸點細還是具有一定強度之，故此， 當對接連接器插人進來時，該導電端子3G既能提供—定之接觸力又不至於 而發生斷裂，從而在兩個分離之電子元件之間可以提供良好之電性 等通路徑。 广/組^導電端子30於絕緣本體10内時，將導電端子30自絕緣本體 子槽腦插入’其中，導電端子3〇之焊接部舶自端子槽臓 ^出，緣本體H)外部，第—、第二固持部3〇7、_分別容置於對應之 二' 033'1035内’彈性部305之水平部置魏容槽道107 底ί性部305之豎直部咖容置於島狀體105之收容槽顧内。 古=施方式中纟於Α連接益1導電端子3(3彈性部3〇5之g直部3053 未延伸至接觸點咖之缺口·，因此，該導電端子％既具備一 具備τ定雜，從而，在與對接導電端子之接觸過程中，可以 在^個=值要权_力，且不會有觀•發靖裂之驗，進而， 在兩個分離之電子元件之間提供良好之電性導通路徑。 綜上所述，本創作符合新型專利要件，爰依法提出專利申靖。惟，以 斤述者僅林齡之触實關，本創作之範隨不壯述實施例為 8 M340600 限，舉凡熟習本案技藝之人士援依本創作之精神所作之等效修飾或變化， 皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 第一圖係本創作電連接器之立體分解圖； 第二圖係第一圖之立體組合圖； 第三圖係第二圖沿m-n線之剖視圖。 【主要元件符號說明】 電連接器 1 絕緣本體 10 第一側壁 101 第二側壁 103 端子槽 1031 第一安裝槽 1033 第二安裝槽 1035 島狀体 105 收容槽 1051 收容槽道 107 導彈端子 30 基部 301 焊接部 303 彈性部 305 接觸點 3055 缺口 3057 第一固持部 307 第二固持部 309The state is designed such that the elastic portion 3〇5, especially the vertical portion 3〇53 thereof, has a certain strength. When the butted conductive terminal is inserted in, the contact point 3〇55 at the end of the vertical portion 3〇53 can be Provide sufficient power to transfer the electrical conductivity well. At the same time, from the first and third figures = we can also see that there is a gap in the vertical part of the elastic portion 305. In the perspective of the figure, the notch 3G53 penetrates the paper surface and does not reach the contact point 3G55, so that the elastic portion 305 has sufficient impurities due to the presence of the notch 3057, and the notch does not extend to the contact point 3055. Therefore, the contact point is thin and has a certain strength. Therefore, when the mating connector is inserted, the conductive terminal 3G can provide a predetermined contact force without breaking, thereby between the two separated electronic components. It can provide a good electrical path. When the conductive terminal 30 is in the insulative housing 10, the conductive terminal 30 is inserted into the brain from the insulating body sub-slot, and the soldering portion of the conductive terminal 3〇 is externally discharged from the terminal slot, and the edge body H) is externally —, the second holding portions 3〇7, _ are respectively accommodated in the corresponding two '033'1035'. The horizontal portion of the elastic portion 305 is placed at the bottom of the Weirong channel 107. The vertical portion of the 395 portion is placed on the island. The storage tank of the body 105 is inside. In the old method, the conductive terminal 3 is not connected to the contact terminal 3 (the straight portion 3053 of the elastic portion 3〇5 does not extend to the gap of the contact point), and therefore, the conductive terminal % has both a τ fixed, Therefore, in the process of contact with the butted conductive terminals, it is possible to have a force and a force, and there is no inspection, and further, provide good electrical power between the two separate electronic components. In summary, this creation is in line with the new patent requirements, and the patent is applied for Shen Jing according to law. However, the only thing that is said is that Lin Ling’s touch is really close, and the example of this creation is not elaborated. The example is 8 M340600. Limitations, equivalent modifications or changes made by those who are familiar with the skill of the case in accordance with the spirit of this creation shall be covered by the following patent application. [Simplified illustration] The first figure is the three-dimensional decomposition of the original electrical connector Figure 2 is a perspective view of the first figure; the third figure is a cross-sectional view of the second figure along the line mn. [Explanation of main components] Electrical connector 1 Insulating body 10 First side wall 101 Second side wall 103 Terminal slot 1031 first installation slot 1033 Second mounting groove 303 the resilient portion of island 1051 1035 105 receiving channel 30 receiving slots 107 of the base 301 welded missile terminal contact point portion 305 3055 3057 a first notch portion 307 of the second retainer holding portion 309