TWM400704U - Power connector assembly - Google Patents

Description

M400704 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種電源連接器組件，特別是指一種 f有相互對接_電源連接H，且該兩f源連㈣可分別 安裝於-電路板上’以進行電力傳輪的電源連接器植件。 【先前技術】 習知的電源連接器組件如美國_，319,〇75號專利所 ，露:其Μ相互對接的公端電源連接器和母端電源連接 ^、·且成。公^電源連接器包括公端絕緣本體及安裝於公 内的公電源端子組；而母端電源連接器包括母端 心，彖本組及安裝於母端絕緣本體内的母電源端子组。者公 端電源連接器與母端電源連接器相互對接時，公、母^ 端子會相互接觸而形成電性連接。 私〜 本體並與母端絕緣 絕緣本體:形聚=:: 增加熱，抗及產生連接器結構上的熱變異傷害。 易 二理=人^善，心研究 問題之本創作。 σ理且有效改善上述 【新型内容】 本別作之主要目的，在於提供、 高溫聚集在電源連接器 ^有^熱孔以避免 為了達成上述之目的，二源連接咖牛。 組件，包括：—第—電开1J作係提供一種電源連接器 電源連接器，其包含—第一絕緣本體 3/18 M400704 及一第一電源端子組，該第一絕緣本體設有多個第一電源 端子槽，該第一電源端子組包含多對第一電源端子，該每 對第一電源端子設置於一個對應的該第一電源端子槽内， 該每對第一電源端子包含相對設置且並未相連接的兩個第 =電源端子’該每-第-電源端子具有—接觸部；以及— 第-電源連接器，其對接於該第一電源連接器，該第二電 源連接為包含-第二絕緣本體及一第二電源端子組，該第 二絕緣本體設有多«二電源端子槽，該第二電源端子％ 包含對應於該些對第-電源端子的多對第二電源端子，★亥 每對，二電源端子設置於—個對應的該第二電源端子槽心 二該每對第二電源端子包含相對設f且並未相連接的兩個 弟一電源端子，該每-第二電源端子具有一接觸部；立中 =第-絕緣本體在對應該些第—電源端子的接觸部的切 處=方處分別穿設有多個第一散熱孔及多個第二散妖孔 方軸該^源端子的接的 =處=方，別穿設有多個第三散熱孔及多個第 ί接於該第—電源連接器時，該每 對弟電源知子的兩接觸部伸入該每 =::觸ΪΓ 一電源端子的接觸部抵接於該第二Ϊ 源知子的接觸部的内表面，电 三散二散熱孔對該些第 第，端二:二=的第-絕緣表體在 孔，且第二絕緣本體在第二電源端穿設有多個散熱 處也分別穿設有多個散熱孔。杏=接觸部的上、下方 源連接器對接時：弟-電源連接器與第-電 ”—電源端子之間的熱量可藉由 4/18 M400704M400704 V. New description: [New technical field] This creation is about a kind of power connector assembly, especially one kind of f has mutual connection _ power connection H, and the two f source connection (four) can be installed separately - Power connector implants on the board for power transfer. [Prior Art] A conventional power connector assembly, such as the U.S. Patent No. 319, No. 75, discloses that the male terminal power connector and the female terminal power supply are connected to each other. The male power connector includes a male end insulating body and a male power terminal set installed in the public; and the female power connector includes a female end core, a set of the base and a female power terminal set installed in the female insulated body. When the male power connector and the female power connector are connected to each other, the male and female terminals are in contact with each other to form an electrical connection. Private ~ Body and insulated from the female end Insulating body: Shaped =:: Increases heat, resists thermal damage damage on the connector structure. Yi Erli = person ^ good, heart research The creation of the problem. σ理 and effectively improve the above [New content] The main purpose of this is to provide, high temperature gathered in the power connector ^ there are hot holes to avoid the purpose of the above, the two sources connect the cow. The component includes: a first power supply connector, and a power connector power connector, comprising: a first insulative body 3/18 M400704 and a first power terminal group, wherein the first insulative body is provided with a plurality of a power terminal slot, the first power terminal group includes a plurality of pairs of first power terminals, the pair of first power terminals are disposed in a corresponding one of the first power terminal slots, and each pair of first power terminals includes a relative arrangement and Two second power terminals that are not connected, the per-first power terminal has a contact portion, and a first power connector that is docked to the first power connector, the second power connection being included a second insulative housing and a second power supply terminal group, the second insulative housing is provided with a plurality of “two power supply terminal slots, and the second power supply terminal % includes a plurality of pairs of second power supply terminals corresponding to the pair of first power terminals, ★ Hai each pair, two power terminals are disposed in a corresponding second power terminal slot 2, each pair of second power terminals includes two brothers and one power terminal that are oppositely disposed and are not connected, the Two power terminals a contact portion; the center-first insulating body is respectively provided with a plurality of first heat dissipation holes and a plurality of second dew hole square axes at a cut portion of the contact portion corresponding to the first power supply terminals. When the source terminal is connected to the == square, when the plurality of third heat dissipation holes are not provided and the plurality of the third heat dissipation holes are connected to the first power supply connector, the two contact portions of the pair of the power supply electrons extend into the each= ::Touching the contact portion of a power terminal abuts against the inner surface of the contact portion of the second source, the electric three holes and two heat dissipation holes for the first, the second two: two = the first insulating body And a plurality of heat dissipation holes are respectively disposed in the second power source through the plurality of heat dissipation portions. Apricot = top and bottom of the contact part When the source connector is docked: the heat between the power connector and the first - electricity - power terminal can be used by 4/18 M400704

St孔皆進行熱對流，並與外部空氣產 第一絕緣本體Μ '、政熱的功效。因此，高溫不會聚集在 易辦= 緣本體所形成的封閉腔室内，也不 易&加熱阻抗及結構上的熱變異傷害。 不 閱以Ϊ = 步瞭解本創作之特徵及技術内容，請參 #灸考^明J作之料說明與_，然輯關式僅提 ^考與㈣用’並非时對本創作加以限制者。 L貫施方式】The St-holes are all subjected to thermal convection and produce the first insulating body with external air. Therefore, the high temperature does not accumulate in the closed chamber formed by the easy-to-edge body, and it is not easy to heat the impedance and structural thermal variation damage. If you don't read Ϊ = step to understand the characteristics and technical content of this creation, please refer to #灸考^明J for the description of the material and _, but the series is only for the test and (4) use 'not to limit the creation of this creation. L consistent method]

.二㈣第-圖及第二圖，本創作電源連翻組件包括 三一第-電源連接器】及可對接於第—電源連接器】的一 第-電源連接器4。第一電源連接器！與第二電源連接器* 可^別安裝於-電路板(圖未示)上，藉由第一電源連接器】 與第二電源連接器4的相互對接，從而達成電路板之間的 電力傳輸功能。In the second and fourth figures, the first and second figures of the present invention include a three-first power connector and a first-power connector 4 that can be connected to the first power connector. First power connector! The second power connector* can be mounted on a circuit board (not shown), and the second power connector 4 is connected to the second power connector 4 to achieve power transmission between the boards. Features.

^請配合參閱第三圖及第四圖，第一電源連接器1包含一 第一絕緣本體10、一第一電源端子組2〇及一第一訊號端子 組30。第一絕緣本體10設有一插置空間丨丨、多個第—°^源 蠕子槽12及多個第一訊號端f槽丨3。插置空間，^自該=二 絕緣本體10的前端面101内凹形成。 該些第一電源端子槽12連通於插置空間1】且延伸至第 一絕緣本體10後端。該些第一訊號端子槽13位於該此第一 電源端子槽12的一側，該些第一訊號端子槽13連通於插置 空間11且延伸至第一絕緣本體10後端。另，第一絕緣本體 10的兩侧設有兩導槽17。 第一電源端子組20包含多對第一電源端子21，每對第 5/18 i^400704 一電源端子21設置於一個對應的第一電源端子槽12内。每 對第一電源端子21包含相對設置且並未相連接的兩個第--電源知子21(s青配合參閱第七及八圖）’意即為一種兩件式的 設計。換言之’每一第一電源端子21為單一構件。每一第 一電源端子21具有一基部213，基部213朝下延伸形成/焊 接部211，焊接部211伸出第一絕緣本體1〇外。基部213朝前 彎曲延伸形成一接觸部212，接觸部212伸入該插置空間11 内。在本實施例中，每對第一電源端子2〗的兩第一電源端 子21的結構呈左右鏡射對稱。 第一訊號端子組30包含多個第一訊號端子31，該些第 一訊號端子31設置於該些第一訊號端子槽13内（請配合參閱 第十五圖）。 請繼續參閱第一至四圖，第二電源連接器4包含一第二 絕緣本體40、一第二電源端子組50、一第二訊號端子組6〇 及一定位件70。第二絕緣本體4〇設有一對接部41、多個第 二電源端子槽42、多個第二訊號端子槽43及多個插孔411。 另，該第二絕緣本體40的兩側朝前凸設有兩導柱47。 該些第二電源端子槽4 2延伸至該第二絕緣本體4 〇的前 鳊面412。該些第二訊號端子槽43位於該些第二電源端子槽 42的一側且延伸至第二絕緣本體4〇後端。該些插孔411連通 於《亥些第二訊號端子槽43且延伸至該第二絕緣本體4〇的前 端面412。 第一電源端子組50包含多對第二電源端子51，該些對 第二電源端子51與該些對第一電源端子21相對應。每對第 一電源端子51設置於一個對應的第二電源端子槽42内，每 對第二電源端子51包含相對設置且並未相連接的兩個第二 6/18 M400704 電源端子51(請配合參閱第七及八圖），意即為一種兩件式的 設計。每一第二電源端子51具有具有一基部513，基部朝下 延伸形成一焊接部511，焊接部511伸出該第二絕緣本體4〇 外。基部513的前部形成一呈平板狀的接觸部512，且每對 第二電源端子51的兩接觸部5】2位於一個對應的第二電源 端子槽42的前部。在本實施例中，每對第二電源端子51的 兩第二電源端子5〗的結構呈左右鏡射對稱。 第二訊號端子組60包含多個第二訊號端子61，該些第 二訊號端子61設置於該些第二訊號端子槽43内。每一第二 訊號端子61具有一谭接部61〇。 定位件70組裝於第二絕緣本體4〇後部，定位件7〇具 有上、下貫穿的多個定位孔71，供該些第二訊號端子61的 焊接部610插置，以達蚊位及防止它們相互碰觸的功效With reference to the third and fourth figures, the first power connector 1 includes a first insulative housing 10, a first power terminal set 2A, and a first signal terminal set 30. The first insulative housing 10 is provided with an insertion space 丨丨, a plurality of first source worm slots 12 and a plurality of first signal terminals f 丨3. The insertion space is recessed from the front end surface 101 of the insulating body 10. The first power terminal slots 12 communicate with the insertion space 1] and extend to the rear end of the first insulative housing 10. The first signal terminal slots 13 are located on one side of the first power terminal slot 12, and the first signal terminal slots 13 communicate with the insertion space 11 and extend to the rear end of the first insulative housing 10. In addition, two guiding grooves 17 are provided on both sides of the first insulating body 10. The first power terminal group 20 includes a plurality of pairs of first power terminals 21, and each pair of 5/18 i^400704 power terminals 21 are disposed in a corresponding first power terminal slot 12. Each pair of first power terminals 21 includes two first-powered electrons 21 that are oppositely disposed and not connected (see the seventh and eighth figures), which means a two-piece design. In other words, each of the first power terminals 21 is a single member. Each of the first power terminals 21 has a base portion 213, and the base portion 213 extends downward to form a soldering portion 211 which extends beyond the first insulating body 1 . The base portion 213 is bent forwardly to form a contact portion 212 into which the contact portion 212 extends. In this embodiment, the structures of the two first power terminals 21 of each pair of first power terminals 2 are mirror-symmetrical to the left and right. The first signal terminal group 30 includes a plurality of first signal terminals 31. The first signal terminals 31 are disposed in the first signal terminal slots 13 (please refer to FIG. 15 for details). Continuing to refer to the first to fourth figures, the second power connector 4 includes a second insulative housing 40, a second power terminal set 50, a second signal terminal set 6A, and a positioning member 70. The second insulative housing 4 is provided with a pair of connecting portions 41, a plurality of second power terminal slots 42, a plurality of second signal terminal slots 43, and a plurality of jacks 411. In addition, two guide posts 47 are convexly protruded from the two sides of the second insulating body 40. The second power terminal slots 4 2 extend to the front face 412 of the second insulative housing 4 . The second signal terminal slots 43 are located at one side of the second power terminal slots 42 and extend to the rear end of the second insulative housing 4 . The jacks 411 are connected to the second second signal terminal slots 43 and extend to the front end surface 412 of the second insulative housing 4''. The first power terminal group 50 includes a plurality of pairs of second power terminals 51, and the pair of second power terminals 51 correspond to the pair of first power terminals 21. Each pair of first power terminals 51 is disposed in a corresponding second power terminal slot 42, each pair of second power terminals 51 includes two second 6/18 M400704 power terminals 51 that are oppositely disposed and not connected (please cooperate See Figures 7 and 8), which means a two-piece design. Each of the second power terminals 51 has a base portion 513, and the base portion extends downward to form a solder portion 511. The solder portion 511 extends beyond the second insulative housing 4. The front portion of the base portion 513 forms a flat contact portion 512, and the two contact portions 5'' of each pair of second power supply terminals 51 are located at the front of a corresponding second power supply terminal slot 42. In the present embodiment, the structure of the two second power terminals 5 of each pair of second power terminals 51 is mirror-symmetrical to the left and right. The second signal terminal group 60 includes a plurality of second signal terminals 61. The second signal terminals 61 are disposed in the second signal terminal slots 43. Each of the second signal terminals 61 has a tandem portion 61A. The positioning member 70 is assembled to the rear portion of the second insulative housing 4, and the positioning member 7 has a plurality of positioning holes 71 extending through the upper and lower portions for inserting the soldering portions 610 of the second signal terminals 61 to prevent mosquito bites and prevent The effect of their mutual touch

此外’請參閱第三、四、九及十®，第一絕緣本體10 在對，該些第-電源端子21的接觸部212的上方處穿設有 多個第-散熱孔14，而在對應該些第―電源端子2ι的接觸 部犯的下方處穿設有多侗第二散熱孔15，且第一钱孔 Η及第二散熱孔15分別連通於該插置 本體40在對應該此第二電 弟一，，巴，.家 卢“Pm 原子的接觸部512的上方 ί ^^ 512三散熱孔44，而在職該些第二電源端子 的下方處穿設有多個第四散熱孔45,且第 —政熱孔44及第四散熱孔4 端子槽42㈣部。 5 4連通於對應㈣二電源 請配合參閱第二、七及 接於第1源連接哭〗日± / U —轉連接器4對 接。。1日寸，第二絕緣本體4〇的 7/18 M400704 插置於第1緣本體1G的插置 器1的第—電源端子組2〇插人^ 。第—電源連接 源端子槽42内而與第二魏_；；^體40的第二電 相抵接而私紐_。具如十 端子組5〇 的兩接觸部扣伸入每對第二電m—電源端子η 之間’且第—電源端子21的接部接=觸=512 子μ的接觸部犯的内表面。另外n第二電源端 兩導柱47奸罢於货 卜弟—如緣本體40的 巾等柱47插置於弟—絕緣本體丨q的科槽1 〕 一電源連接器〗與第—雷 攸而在苐 定位的功效。電源連接為4在對接時提供—導引 此外，當第二電源連接器情接於第—電源連接琴 ，第一絕緣本體10的第一散埶σ夺 的笛1 ^“ & 狀‘、、、扎14對準於第二絕緣本體4 〇 镇 4 一絕緣本體10的第二散熱孔15對準於 第-絕緣本體的第四散熱孔45。因此，第_、第二 子2卜51之_熱量可藉由該些散熱⑽、15、 在上下方向皆進行熱對流，並與外部空氣產生熱交換，從 而提供散熱的功效。同時高溫不會聚集在第—絕緣本體^ 與第二絕緣本體4G所形成的封_室内，也不易增加熱阻 抗及結構上的熱變異傷害。 ’' 請繼續參閱第三至六圖’該些第一散熱孔14、第二散 熱孔15、第三散熱孔44及第四散熱孔45的形狀較佳者皆 為水滴狀且其尖端部位朝前設置，藉此可進一步地提昇散 熱政率。 睛配合參閱第九及十圖，在本實施例中，該些第一散 熱孔14對齊於該些第二散熱孔15，且每一第一散熱孔14 位在對應的一對第一電源端子21的接觸部212的上方，每 8/18 M400704 =二散熱孔15位在對應的—對第—電源端子2 部212的下方。兮此笛_ 9接觸 45，且每一望-二二第纽44對齊於該些第四散熱孔 弟一政熱孔44位在對應的一對第二電 的接觸部512的上方，n 一子51 楚一 + E 万母弟四散熱孔45位在對應的一對 第一电源端子51的接觸部512的下方。In addition, please refer to the third, fourth, ninth and tenth, the first insulative housing 10 is provided with a plurality of first heat dissipation holes 14 above the contact portion 212 of the first power supply terminals 21, and A plurality of second heat dissipation holes 15 are disposed in the lower portion of the contact portion of the first power supply terminal 2, and the first and second heat dissipation holes 15 are respectively connected to the insertion body 40. The second electric brother, one, the ba, the home Lu "Pm atomic contact portion 512 above ί ^ ^ 512 three cooling holes 44, and the lower portion of the second power supply terminal is provided with a plurality of fourth cooling holes 45 And the first - political heat hole 44 and the fourth heat dissipation hole 4 terminal groove 42 (four). 5 4 connected to the corresponding (four) two power supply, please refer to the second, seventh and connected to the first source connection crying day ± / U - transfer connection The device 4 is docked. The 1/18 M400704 of the second insulating body 4〇 is inserted into the first power supply terminal group 2 of the interposer 1 of the first edge body 1G. The first power source is connected. The terminal slot 42 is in contact with the second electrical phase of the second body 40; and the two contacts of the ten terminal group 5〇 are inserted into each pair. The electric m - the power terminal η between 'and the first - power terminal 21 connection = touch = 512 sub-μ the contact of the inner surface of the contact. In addition, n the second power supply end of the two guide posts 47 traits to the cargo brother - For example, the column 47 of the edge body 40 is inserted into the slot of the brother-insulated body 丨q.] The power connector is connected to the first thunder and is located in the 苐. The power connection is 4 when the docking is provided. In addition, when the second power connector is connected to the first power supply to the piano, the first divergence of the first insulative housing 10 is 1 "& The second heat dissipation hole 15 of the body 4 is aligned with the fourth heat dissipation hole 45 of the first insulation body. Therefore, the heat of the first and second sub-modules 51 can be thermally convected by the heat dissipation (10), 15 in the up and down direction, and exchange heat with the outside air, thereby providing heat dissipation. At the same time, the high temperature does not accumulate in the sealing chamber formed by the first insulating body ^ and the second insulating body 4G, and it is not easy to increase thermal resistance and structural thermal variation damage. '' Please continue to refer to the third to sixth figures'. The first heat dissipation holes 14, the second heat dissipation holes 15, the third heat dissipation holes 44, and the fourth heat dissipation holes 45 are preferably in the shape of a drop and the tip end portion thereof Pre-setting, which can further improve the heat dissipation rate. In the embodiment, the first heat dissipation holes 14 are aligned with the second heat dissipation holes 15 , and each of the first heat dissipation holes 14 is located at a corresponding pair of first power supply terminals. Above the contact portion 212 of 21, every 8/18 M400704 = two louvers 15 are located below the corresponding - pair of - power terminal 2 portions 212.笛 笛 接触 接触 接触 , , , , , 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触51 Chu 1 + E Ten mothers four cooling holes 45 positions below the contact portion 512 of the corresponding pair of first power terminals 51.

其’第一絕緣本體1〇在對應該些第一電源端子2】的 方處穿設有多個輔助散熱孔16，辅助散熱孔】6 2料些弟-電源端子槽12。而第二絕緣本體 子51的基部513的上方處穿設有多個_ 放熱孔46，_散熱祕連通賊些第二電源端子触。 因此，本創作電源連接驗件除了第—散熱孔Μ、第二散 熱孔15、第三散熱孔44及第四散熱孔45之外，還可利用該 些輔助散熱孔16、46的_而加速進行散熱，藉此達. 面性的散熱設計。The first insulating body 1 is provided with a plurality of auxiliary heat dissipation holes 16 at the side corresponding to the first power terminals 2, and the auxiliary heat dissipation holes are provided. A plurality of _ heat-dissipating holes 46 are formed in the upper portion of the base portion 513 of the second insulating body 51, and the second power source terminal contacts the thief. Therefore, in addition to the first heat dissipation hole, the second heat dissipation hole 15, the third heat dissipation hole 44, and the fourth heat dissipation hole 45, the creation power supply connection inspection piece can also be accelerated by using the auxiliary heat dissipation holes 16, 46. Heat dissipation to achieve a thermal design of the surface.

—另外’請參閱第十-及十四圖，第二絕緣本體4〇在每 一第二訊號端子槽43的上側内表面形成一上凹槽，而 下側内表面形成一下凹槽432。上凹槽43丨與插孔4U之間 形成一上擋止部48,而下凹槽432與插孔4n之間形杰一 下擋止部49。 〜 請再參閱第一、三、四、十二至十四圖，具體而言， 每一第一訊號端子31具有伸出該第一絕緣本體丨〇外的一焊 接部311及伸入該插置空間η内的一接觸部312。每一第二 訊號端子61具有上、下相對設置的一上接觸部及一下接 觸部616，上、下接觸部615、0】6分別凸伸於第二訊號端子 槽43内，且上、下接觸部615、616之間相隔一段距離。上 接觸部615朝該上擋止部48的方向延伸一上抵靠部617，而 9/18 M400704 下接觸部616朝該下擋止部49的方向延伸—下抵靠部618。 上抵靠部617伸入該上凹槽431中且抵靠於該上擋止部48， 而下抵靠部618伸入該下凹槽432中且抵靠於該下擋止部49 。藉此，使得第二訊號端子61的上、下接觸部615、6丨6分 別固持在第一訊號端子31的接觸部312中心的兩側，形成一 種插接構造上的優化設計，使得第二訊號端子61具有較佳 的正位度。 請參閱第十五圖，當第二電源連接器4對接於第一電 源連接器1時’第一訊號端子31的接觸部312通過插孔411 而插置於該第二訊號端子槽43内。此時，第二訊號端子& 的上、下接觸部615、616分別抵接於第—訊號端子Μ的 接觸部312上、下兩側’使上、下接觸部615、616之間距 加大’因而使第—訊號端子的上、下抵靠部、⑽ 分別與該上、下擋止部48、49分離且分別朝該上、下凹槽 43卜432内部移動。而在第二訊號端子&的上、下抵靠部 617、618與第二絕緣本體4〇的上、下擋止部仆、佔相互 配合了 ’可防止第-訊號端子31以偏斜的角度***，有效 避免第二訊號端子6】受到第_訊號端子31的撞擊而導致 潰縮或變形’域得第―、第二訊號端子3卜61的接觸能 夠更加穩妥可靠，在峨傳輸時也不會發生_的情形， 因而可承受較大的電流。 請再參閱第十二至十四圖，第二訊號端子61在本實施 2中更具有一連接部6】9，連接部619的上、下兩端分別朝 同一側平行延伸形成一上板體611及一下板體6】2。上 '下 板拉611、612其中之一的後端朝下f折形成該焊接部610， 焊接部610伸出該第二絕緣本體_。上板體6ιι的前端延 10/18 M400704 伸形成一上彈性臂613，上接觸部615呈彎弧狀且自上彈性 臂613延伸形成；下板體612的前端延伸形成一下彈性臂614 ’上、下彈性臂613、614分別自該上、下板體611、612朝 相對方向且互相靠近地延伸。下接觸部6〗6呈彎弧狀且自下 彈性臂614延伸形成。 另外’每一第二訊號端子61的上接觸部615在與上彈性 是613的延伸方向垂直的一橫方向上的寬度大於該上彈性 臂613的寬度，而下接觸部616在與下彈性臂614的延伸方向 垂直的一橫方向上的寬度大於該下彈性臂614的寬度。藉此 ’可確保第一訊號端子31與第二訊號端子61的接觸效果。 是以’透過本創作電源連接器組件，具有如下述之特 點及功能： 1、本創作的第一絕緣本體在第一電源端子的接觸部的 上、下方處分別穿設有多個散熱孔，且第二絕緣本體在第 二電源端子的接觸部的上、下核也分前設有多個散熱 孔。當第二電源連接器與第一電源連接器對接時，第一與 第二電源端子之間的熱量可藉由該些散熱孔而在上下方向 皆進行熱對流，益料輕氣產生熱找H提供散熱 的功效^因此，高溫不會聚集在第—絕緣本體與第二絕緣 本體所形成的制腔室内，也不《增加_抗及結構上的 熱變異傷害。所以在相_溫升之下，可提供較高的傳輸 電流。 ,,本到作的第一、第二電源端子為兩件式設計，相較 於白知的件式設計，其可得到較低的電阻值，較適用於 南，流„應用上且便於製造出高度較低的電源端子， 以符合薄形電源連接器使用，故應用層面較廣。 11/18 _〇7〇4 提昇的敎熱孔形狀可設計成水滴狀，以進一步地 4、本創作的第-、第三絕緣本 可進-步設置多、:在献4熱孔之外运 藉此達成全面性的散熱;計、孔’㈣助散熱程序的進行’ 侷所ί僅ΐ本創作之較佳可行實施例’非因此即 σ 之專利範圍，故舉凡運用本 内容所為之等效蛀槿從儿h 个引作。兄叫V及圖式 内，合予陳明。均同理皆包含於本創作之範圍 【圖式簡單說明】 第一圖是本創作的第—雷 對接時的立_ 與弟二電輯接器尚未 第二圖是本創作的第土， 時的立體組:圖電源連接器與第二電源連接器對接 器的立 第三圖是本創作的第—Φ、E 4 Μ 體分解圖。冑源連接器與第二電源連接 第四圖是本創作的笫—承m + 角度的立體分接賴第二€料接器另一 第五圖^本lj作的弟1源連接器的第—絕緣本體的俯視 第六圖是本創作的笫-$、 圖。 一免源連接器的第二絕緣本體的俯視 第七圖是本創作的第一電 電源連接器的第二 第八圖是本創作的第一電 源連接器的第一電源端子與第二 電源端子尚未抵接時的立體圖。 源連接器的第一電源端子與第二 12/18 M400704 電源連接器的第二電源端子抵接時的俯視圖。 第九圖是第二圖的9-9剖視圖。 第十圖是第二圖的10-10剖視圖。 第十一圖是本創作的第二電源連接器的第二絕緣本體的局 部立體剖視圖。 第十二圖是本創作的第二電源連接器的第二訊號端子的立 體圖。 第十三圖是本創作的第二電源連接器的第二訊號端子另一 角度的立體圖。 第十四圖是第一圖的14-14剖視圖。 第十五圖是第二圖的15-15剖視圖。 【主要元件符號說明】 1第一電源連接器 10第一絕緣本體 101前端面 11插置空間 12第一電源端子槽 13第一訊號端子槽 14第一散熱孔 15第二散熱孔 16輔助散熱孔 17導槽 20第一電源端子組 21第一電源端子 13/18 M400704 211焊接部 212接觸部 213基部 30第一訊號端子組 31第一訊號端子 311焊接部 312接觸部 4第二電源連接器 40第二絕緣本體 41對接部 411插孔 412前端面 42第二電源端子槽 43第二訊號端子槽 431上凹槽 432下凹槽 44第三散熱孔 45第四散熱孔 46輔助散熱孔 47導柱 48上擋止部 49下擋止部 50第二電源端子組 51第二電源端子 511焊接部 512接觸部 M400704 513基部 60第二訊號端子組 61第二訊號端子 610焊接部 611上板體 612下板體 613上彈性臂 614下彈性臂 615上接觸部 616下接觸部 617上抵靠部 618下抵靠部 619連接部 70定位件 71定位孔 15/18- Further, please refer to the tenth and fourteenth drawings, the second insulative housing 4''' on the upper inner surface of each of the second signal terminal slots 43 is formed with an upper recess, and the lower inner surface is formed with a lower recess 432. An upper stopper portion 48 is formed between the upper groove 43A and the insertion hole 4U, and a lower stopper portion 49 is formed between the lower groove 432 and the insertion hole 4n. ~ Please refer to the first, third, fourth, and twelfth to fourteenth drawings. Specifically, each of the first signal terminals 31 has a soldering portion 311 extending outside the first insulating body and extending into the plug. A contact portion 312 is provided in the space η. Each of the second signal terminals 61 has an upper contact portion and a lower contact portion 616 disposed opposite to each other, and the upper and lower contact portions 615 and 0] 6 respectively protrude from the second signal terminal slot 43 and are upper and lower. The contacts 615, 616 are separated by a distance. The upper contact portion 615 extends in the direction of the upper stop portion 48 by an upper abutment portion 617, and the 9/18 M400704 lower contact portion 616 extends in the direction of the lower stop portion 49 - a lower abutment portion 618. The upper abutment portion 617 projects into the upper recess 431 and abuts against the upper stop portion 48, and the lower abutment portion 618 projects into the lower recess 432 and abuts against the lower stop portion 49. Thereby, the upper and lower contact portions 615, 6丨6 of the second signal terminal 61 are respectively held on both sides of the center of the contact portion 312 of the first signal terminal 31, thereby forming an optimized design of the plug structure, so that the second The signal terminal 61 has a better positive position. Referring to the fifteenth figure, when the second power connector 4 is docked to the first power connector 1, the contact portion 312 of the first signal terminal 31 is inserted into the second signal terminal slot 43 through the jack 411. At this time, the upper and lower contact portions 615 and 616 of the second signal terminal & respectively abut on the upper and lower sides of the contact portion 312 of the first signal terminal ' to increase the distance between the upper and lower contact portions 615 and 616. Thus, the upper and lower abutting portions (10) of the first signal terminal are separated from the upper and lower stopper portions 48, 49, respectively, and moved toward the inside of the upper and lower grooves 43 and 432, respectively. On the other hand, the upper and lower abutting portions 617 and 618 of the second signal terminal & and the upper and lower blocking portions of the second insulative housing 4b are matched with each other to prevent the first signal terminal 31 from being skewed. The angle insertion can effectively prevent the second signal terminal 6 from being crushed or deformed by the impact of the first signal terminal 31, and the contact of the second signal terminal 3 can be more secure and reliable. The situation of _ does not occur and thus can withstand a large current. Referring to the twelfth to fourteenth drawings, the second signal terminal 61 further has a connecting portion 6] in the second embodiment. The upper and lower ends of the connecting portion 619 extend parallel to the same side to form an upper plate body. 611 and the lower plate 6] 2. The rear end of one of the upper 'lower plate pulls 611, 612 is folded down to form the welded portion 610, and the welded portion 610 extends from the second insulating body _. The front end of the upper plate 6110 is extended by 10/18 M400704 to form an upper elastic arm 613. The upper contact portion 615 is curved and extends from the upper elastic arm 613. The front end of the lower plate body 612 extends to form a lower elastic arm 614'. The lower elastic arms 613 and 614 respectively extend from the upper and lower plates 611 and 612 in opposite directions and close to each other. The lower contact portion 6 is curved and formed from the lower elastic arm 614. In addition, the upper contact portion 615 of each of the second signal terminals 61 has a width in a lateral direction perpendicular to the extending direction of the upper elastic 613 is larger than the width of the upper elastic arm 613, and the lower contact portion 616 is in the lower elastic arm. The width of the extending direction of the 614 is perpendicular to the width of the lower elastic arm 614. Thereby, the contact effect of the first signal terminal 31 and the second signal terminal 61 can be ensured. Therefore, the first insulative body of the present invention is provided with a plurality of heat dissipation holes at the upper and lower sides of the contact portion of the first power terminal, respectively. And the second insulating body is further provided with a plurality of heat dissipation holes at the upper and lower cores of the contact portion of the second power terminal. When the second power connector is docked with the first power connector, the heat between the first and second power terminals can be thermally convected in the up and down direction by the heat dissipation holes, and the heat is generated by the light gas. Providing heat dissipation effect ^ Therefore, the high temperature does not accumulate in the chamber formed by the first insulating body and the second insulating body, nor does it increase the thermal variation damage on the structure and the structure. Therefore, under phase _ temperature rise, a higher transmission current can be provided. The first and second power terminals of the present invention are of two-piece design, which can obtain a lower resistance value than the design of the device, which is suitable for the south, flow and application. The lower height power terminal is used in accordance with the thin power connector, so the application level is wider. 11/18 _〇7〇4 The shape of the raised hot hole can be designed as a drop shape to further create The first and third insulations can be set in a step-by-step manner: in addition to the 4 hot holes, a comprehensive heat dissipation can be achieved; the meter and the hole '(4) help the heat dissipation process to be carried out. The preferred embodiment of the present invention is not the scope of the patent of σ, so the equivalent of the content is used to refer to the child. The brother is called V and the figure is combined with Chen Ming. Included in the scope of this creation [Simple description of the schema] The first picture is the first of the creation of the creation of the ray - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The third diagram of the power connector and the second power connector docker is the first Φ, E 4 本 body of the present creation. Exploded view. The fourth diagram of the connection between the 胄源连接器 and the second power supply is the creation of the 笫 承 承 + + + + + 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The sixth view of the first insulative body of the device is the 笫-$, Fig. of the present invention. The seventh view of the second insulative body of a source-free connector is the second of the first electric power connector of the present invention. Figure 8 is a perspective view of the first power connector of the first power connector of the present invention when the first power terminal and the second power terminal have not yet abutted. The first power terminal of the source connector and the second power source of the second 12/18 M400704 power connector 9 is a cross-sectional view of the second figure, 9-9 is a cross-sectional view of the second figure, 10-10. The eleventh is a second insulation of the second power connector of the present invention. A partial perspective view of the body. Figure 12 is a perspective view of the second signal terminal of the second power connector of the present invention. Figure 13 is a perspective view of the second signal terminal of the second power connector of the present invention at another angle. Figure 14 is a cross-sectional view taken at 14-14 of the first figure. Figure 15 is a cross-sectional view taken along line 15-15 of the second figure. [Description of main components] 1 first power connector 10 first insulative housing 101 front end surface 11 insertion space 12 first power terminal slot 13 first signal terminal slot 14 First heat dissipation hole 15 second heat dissipation hole 16 auxiliary heat dissipation hole 17 guide groove 20 first power supply terminal group 21 first power supply terminal 13/18 M400704 211 soldering portion 212 contact portion 213 base portion 30 first signal terminal group 31 first signal terminal 311 soldering portion 312 contact portion 4 second power connector 40 second insulative housing 41 butt portion 411 jack 412 front end surface 42 second power terminal slot 43 second signal terminal slot 431 upper recess 432 lower recess 44 third heat dissipation Hole 45, fourth heat dissipation hole 46, auxiliary heat dissipation hole 47, guide post 48, stopper portion 49, lower stopper portion 50, second power supply terminal group 51, second power supply terminal 511, soldering portion 512, contact portion M400704, 513 base portion 60, second signal terminal group 61 Second signal terminal 610 soldering portion 611 upper plate body 612 lower plate body 613 upper elastic arm 614 lower elastic arm 615 upper contact portion 616 lower contact portion 617 upper abutting portion 618 lower abutting portion 619 connecting portion 70 positioning member 71 positioning hole 15/18

Claims (1)

六、申請專利範圍： 1、 一種電源連接器組件，包括： H料接器，其包含U緣本體及-第- 子=子組，該第―絕緣本體設有多個第-電源端 子乜’该第-電源端子組包含多對第 該每對第一電泝她；<垩# 电源鸲子， 端子样内2“子故置於-個對應的該第-電源 未相二:第一電源端子包含相對設置且並 未相連接的兩個第―電_+， 子具有一接觸部；以及 弟電源鳊 一^二電源連接器，其對接於該第—電源連接哭，今 ㈣源連接器包含一第二絕緣本體及一第二電； '子組’該第二絕緣本體設有多個第二電源端子样 亥第二電源端子組包含對應於該 ^ 子的多對第二電源端子，該每對第二電:、端：= 於-個對應的該第二電源端子槽内，該每對第:電 :子二含相對設置且並未相連接的兩個第二電源 而子，该母一第二電源端子具有一接觸部； 其二Γ本體在對應該些第一電源端子的接觸 =楚下方處分別穿設有多個第一散熱孔及 =固第-散熱孔；該第二絕緣本體在對應該些第二 =端子的接觸部的上方處及τ方處分別穿^有7 散熱孔及多個第四散熱孔；該第二電源連接 亥第一電源連接器時’該每對第-電源端 子^接觸部伸人該每對第二電源端子的兩接觸部 之間’且該第-電源端子的躺部城於該第二電 16/18 源端子的接觸部_表面，該些第―散熱孔對準於 该些第三散熱孔，該些第二散熱孔對準於該此 散熱孔。 二乐 2、 如申請專利範圍第！項所述的電源連接器組件，並中节 些第-、第二、第三及第四散熱孔皆為水滴狀且其= 端部位朝前設置。 3、 如申請專利範圍第2項所述的電源連接器組件， =^源端子具有—基部’該第—電源端子的接觸^ 二^部朝前彎岐伸形成，該第—絕緣本體在對應 =二電源端子的基部的上方處穿設有連通於該些 第一電源端子槽的多個輔助散熱孔。 ~ 4、 ^申請專利範圍第3項所述的電源連接器組件，直中节 二子具有一基部’該第二電源端子的接觸部 1线部的前部，該第二絕緣本體在對應該些第 ==子的基料上方處f設有連通㈣些第二電 源鳊子槽的多個輔助散熱孔。 項所述的電源連接器組件’其中該 示=琢令禮的前端面内四形成一插置 —電源端子槽連通於該插置空間，該每一第一電= 體連通於該插置空間；該第二絕緣本 此第-電、择山部’該對接部插置於該插置空間内，該 子槽延伸至該第二絕緣本體的前端面’ 二電源端=源端子的兩接觸部位於一個對應的該第 、㈢的別部，該些第三散熱孔及該些第四散 17/18 M400704 熱孔分別連通於對應的該第二電源端子槽的前部。 6、範圍第卜2、3、4或5項所述的電源連接-、-件，其中該些第一散熱孔對齊於該些第二散熱σ 該些第三散熱孔對齊於該些第四散熱孔。’’’、， 如申π專利範圍第卜2、3、4或5項所述的電源連接器 =件，其中該每對第一電源端子的兩第一電源端子的 結構呈左右鏡射對稱，該每對第二電源端子的兩第二 電源端子的結構呈左右鏡射對稱。 8、 如申請專利範圍第1、2、3、4或5項所述的電源連接器 纽件，其中該第一絕緣本體的兩側設有兩導槽，該第 二絕緣本體的兩側設有兩導柱，該兩導柱插置於該兩 導槽。 18/18Sixth, the scope of application for patents: 1. A power connector assembly comprising: an H-junction comprising a U-edge body and a --sub-sub-group, the first-insulating body having a plurality of first-power terminals 乜' The first power terminal group includes a plurality of pairs of the first pair of first electric tracers; <垩# power supply dice, the terminal sample 2" is placed in a corresponding one of the first power supply is not phased: first The power terminal includes two first-electrical_+, which are not connected, and has a contact portion; and a power supply connector, which is connected to the first power supply connection, and the current (four) source connection The second insulating body is provided with a plurality of second power terminals, and the second power terminal group includes a plurality of pairs of second power terminals corresponding to the plurality of power terminals. Each pair of second electric power: end: = in a corresponding second power supply terminal slot, the pair of electric: sub-two containing two second power supplies that are oppositely disposed and not connected The second power terminal of the mother has a contact portion; the second body of the second body corresponds to the first power source end Sub-contact = a plurality of first heat-dissipating holes and a solid-heat-dissipating hole are respectively disposed at a lower portion of the second portion; the second insulating body is respectively worn at a position above the contact portion corresponding to the second=terminal and at the τ side ^ There are 7 heat dissipation holes and a plurality of fourth heat dissipation holes; when the second power source is connected to the first power connector, the contact portion of each pair of the first power terminals contacts the two contact portions of each pair of the second power terminals And the first power supply terminal is disposed on the contact portion of the second electrical 16/18 source terminal, and the first heat dissipation holes are aligned with the third heat dissipation holes, and the second heat dissipation holes are Aligning with the heat dissipation hole. The second and second, third, fourth, and fourth heat dissipation holes are all in the shape of a water droplet and are = The end portion is set forward. 3. As in the power connector assembly described in claim 2, the source terminal has a base portion, and the contact portion of the first power terminal is formed to be bent forward. The first insulating body is disposed at a position above the base portion corresponding to the two power supply terminals to communicate with the first A plurality of auxiliary heat dissipation holes of a power terminal slot. ~ 4, ^ The power connector assembly of claim 3, the straight middle section has a base portion 'the front end of the contact portion 1 of the second power terminal The second insulative housing is provided with a plurality of auxiliary heat dissipation holes communicating with the (four) second power supply dice slots at a position f above the base corresponding to the == sub. The front end surface of the display 琢 礼 形成 形成 形成 形成 — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — The selection portion is inserted into the insertion space, and the sub-slot extends to the front end surface of the second insulative housing. The two contact portions of the source terminal and the source terminal are located at a corresponding one of the third and third portions. The third heat dissipation holes and the fourth dispersion 17/18 M400704 heat holes are respectively connected to the front portions of the corresponding second power terminal slots. 6. The power connection of the range of the second, third, fourth or fifth aspect, wherein the first heat dissipation holes are aligned with the second heat dissipation holes σ, the third heat dissipation holes are aligned with the fourth Vents. ''', the power connector=piece according to Item 2, 3, 4 or 5 of the π patent scope, wherein the structure of the two first power terminals of each pair of first power terminals is mirror-symmetrical The structure of the two second power terminals of each pair of second power terminals is mirror-symmetrical to the left and right. 8. The power connector blank according to claim 1, 2, 3, 4 or 5, wherein two sides of the first insulating body are provided with two guiding grooves, and two sides of the second insulating body are provided There are two guide columns, and the two guide posts are inserted into the two guide grooves. 18/18