Μ4Ό0701 * 五、新型說明： 【新型所屬之技術領域】 本創作在於提供一種電連接器，尤指一種用於電路板 之間傳輸電力及訊號的電源連接器組件以及具固持姅 之電源端子。 【先前技術】Μ4Ό0701 * V. New Description: [New Technology Area] This creation is to provide an electrical connector, especially a power connector assembly for transmitting power and signals between circuit boards and a power supply terminal with a holding 姅. [Prior Art]
用於電5^板之間的傳輸電力的電源連接器組件，包括 有-插頭連接器與—插座連接器，在設計上不僅要考慮 唬部份，也要考慮電源部份。特別是訊號部份雖芦是低兩 於電源部份具有相對較高的電流可能會潛在: 互接觸^:夕個公電源端子及母電源端子相 母一組電源端子接觸不僅要求電流傳輪，進一 + 以二 端子是否良好與確實的固定在絕緣本體内： 萑保機為（如大型電腦伺服器）的運行安全性與可靠性。 此外’細連接雜顧連㈣ 電源端子設計時需要同時考量的 〜〜"…而子除了焊押士\ Φ s々“ 丁 進一牛It 汉"、从‘，通常在端子頂緣的角落 進步卡於連接器的絕殼本體内 電源端子接心M 方式在公、母 4E ^里擊時，可此使得電源端子產生偏轅 ’導致H脫而影響其賴_性 、丑 子。 佐王彳貝害電源端 【新型内容】 本創作實施例在於提供—種星 可以良好地與確實地固定在絕緣：:構之電源端子’ 承上所述，本創作實施例提供一種具固持結構之電源 3/15 M4UU701 =容：:= =容置槽内，該電源端子 ，由其頂緣朝侧邊且:後彈性:伸上: 及其底緣。上述接觸部由基部向前::係 =數個接腳由基部的邊緣延伸，其中該對干涉=近 =作實施例另外在於提供一種電源連接器組 -己σ上述電源端子的絕緣本 ^ 、 確實地固定在絕緣本體内。使電•子被良好地與 包括=連施例提供一種電源連接⑽ 茨罨運接為包括有一絕緣本體、多數個 及多數個訊號端子係收容於該絕緣本如，該纟”、^ 成有多數個端子收容彳㈣^容該乡數 ^‘ ==源端子組各具有-對分開的電=上:： 接觸部及多數個接腳。上述基部1 $彈糸由其了頁緣朝側邊且向後彈性延伸、及 其頂緣及其底緣。上述接觸部由基部向前 部鄰近個㈣由基部的邊緣延伸’其中該針涉 j本創作之電源連接器組件的絕緣本體配合電源端 端子的基部於頂緣、底緣的四個角落 轉。糟此，電源端子組固持性佳，不致造成翻 轉的扭矩而導致鬆動或損壞，可以麵達成電性連接。 創作内容的說明以及以下實施方式的說明 糸用乂舉例並解釋本創作的原理，並且提供本創作之專利 4/15 M400701 * 申請範圍進一步的解釋。 【實施方式】 為使對本創作的目的、構造、特徵、及其功能有進— 步的瞭解’茲配合實施例詳細說明如下： 凊參閱第一圖及第二圖，為本創作之電源連接器組件 未插接的立體圖、及已插接的立體圖。本創作提供二種電 - 源，接器組件卜其包括有-對互相插接的電連接器，分^ • 為第一電連接器〗a及一第二電連接器ib。第一電連=哭 鲁1a屬於插頭型電連接器，第二電連接器lb屬於插座型電^ 接器，兩者均焊接固定於電路板（未圖示）。如第二圖所示 的，該第一電連接器la插接於第二電連接器比以進行電 力及訊號的傳輸。 請參閱第三圖及第四圖，為本創作具改良端子結構之 電源連接器組件的不同角度的分解立體圖。該對電連接器 la及lb各具有一絕緣本體（1〇及4〇)、多數個電源端子組(2〇 及5〇)、及多數個訊號端子(30及60)係收容於該絕緣本體 鲁 内針對母一電連接斋更具體的說，該第一電連接器ia具 ' 有一第一絕緣本11 10、多數個第一電源端子組20、Μ斜 個=-訊號端子3Q係收容於該第—絕緣本體⑴内。^第 、、巴緣本體1G形成有多數個第—端子收容槽12以相對應 地，容該多數個第一電源端子組2〇。第二電連接器比具有 第—、、、巴緣本體4〇、多數個第二電源端子組5〇、及多數個 1二訊號端子60係收容於第二絕緣本體40内。第二絕緣 =40形成有多數個第二端子收容槽以相對應地收容 5亥夕數個第二電源端子組50。 清參閱第五圖’為本創作中第一及第二電源端子組的 5/15 M400701 立體圖。本創作中每一第一 + 電源端子組50。每一第—雷:f而子組20對應於每一第二 -電源端子20a及2〇b，兩者^子組20包含兩個分開的第 電源端子組5〇包含兩個分開的稱：結構;每-第二 兩者亦具有相對稱的結構。第—二源端子5如及5〇b， 於相對應的第二電源端子5〇a及^ =組20的前端插接 第-電源端子組2G或可稱為公電源 端子組％或可稱為母電源端子組、心^電源 有較低目相電_子組，可得 U 之㈣用於高電流的應用。 觸部:==，及2°b各具有-基部·、-接 由基爾焊接用的接腳203 A ^ 弟電源端子20a及20h沾其 的後i向後^Γ1的底緣。上述接腳203亦可由基獅 每-第二電源端子50a及50b各具有一 ::”向齡及多數個谭接用的接腳』 土。卩底緣向下延伸。第二電源端子組50的一對接觸 :”〇二包夾地接觸第一電源端子組20的一對接觸部2〇2。 苐-電源端子的基部5()1乃卡固於第二端子收容槽4 該多數個接腳5〇3平均分佈於基部則的底緣。^ 503亦可由基部5〇1的後緣向後延伸。 乩接腳 請參考第六圖及第七圖，分別為本創作中第二+ 子組的立體圖、及第一與第二電源端子組接觸後二‘ 圖。本創作中第二電源端子組50的每一接觸部5〇2由其側 6/15 Μ4Ό0701 ，之-朝向第一電源端子組2〇突出多數個凸起部训。本 實施例中該些凸起部5〇4位於第二電源端子他及働的 内側’可藉由沖壓而成。每一接觸部5G2具有多數個接觸 舌板 502a、502b、502c，其中每一凸起、 „ 母凸起邛504分別形成於 母一接觸舌板502a、502b、職上。本實施例的該些凸起 部5 04呈長條狀，然而並不限於此形狀。例如可以扁圓形、 或多個條狀。本創作藉由凸起部5〇4可使接觸應力大，因Power connector assemblies for power transmission between electrical panels, including plug-and-socket connectors, are designed with consideration not only for the 唬 portion but also for the power supply portion. In particular, although the signal part is lower than the power supply part, the relatively high current may be potential: mutual contact ^: the evening power supply terminal and the female power supply terminal phase mother and the power supply terminal contact not only require the current transfer wheel, Into the one + two terminals are well and surely fixed in the insulation body: The safety of the machine is (such as large computer server) operation safety and reliability. In addition, the 'fine connection of the hybrid (four) power terminal design needs to consider at the same time ~ ~ " ... and in addition to the welding slayer \ Φ s 々 "Ding Jin Yi Niu It Han", from ', usually in the corner of the terminal top edge The progress card is stuck in the connector of the connector. The power terminal is connected to the M mode. When the motor is hit in the male and female 4E ^, the power terminal can be biased to cause the H to be off and affect the _ sex and ugly. DANGER POWER TERMINAL [New Content] The present invention provides a power supply with a holding structure provided by the present invention in a case where the star can be securely and surely fixed to the insulation terminal of the structure: 15 M4UU701 = Capacity::= = Inside the receiving slot, the power terminal, from its top edge to the side and: rear elastic: extended: and its bottom edge. The above contact is forward from the base:: system = several The pin extends from the edge of the base, wherein the pair of interference = near = as an embodiment, further provides a power connector group - the insulation of the power terminal is fixed in the insulating body. Providing a kind of good with The source connection (10) is connected to include an insulative housing, and a plurality of and a plurality of signal terminals are received in the insulation. For example, the 纟", ^ has a plurality of terminals for receiving 彳 (4) 容容乡数^' == The source terminal groups each have a separate pair of electrical = upper:: contact portions and a plurality of pins. The base 1 $ magazine is elastically extended from its margin to the side and rearward, and its top edge and its bottom edge. The contact portion is extended from the base portion toward the front portion (four) from the edge of the base portion, wherein the base of the power connector assembly of the power connector assembly of the present invention is coupled to the base of the power terminal block at four corners of the top edge and the bottom edge. In this case, the power terminal group has good retention, and does not cause the turning torque to cause looseness or damage, and the electrical connection can be achieved. A description of the creative content and a description of the following implementations are used to illustrate and explain the principles of this creation, and to provide a patent for this creation 4/15 M400701 * Further explanation of the scope of application. [Embodiment] In order to make a step-by-step understanding of the purpose, structure, features, and functions of the present invention, the following detailed description is given as follows: 凊 Refer to the first figure and the second figure for the power connector of the present invention. A stereo view of the component that is not plugged in, and a stereo view that has been inserted. The present invention provides two kinds of electric source, and the connector assembly includes a pair of electrical connectors that are plugged into each other, and is a first electrical connector a and a second electrical connector ib. The first electrical connection = crying Lu 1a belongs to the plug type electrical connector, and the second electrical connector lb belongs to the socket type electrical connector, both of which are soldered and fixed to the circuit board (not shown). As shown in the second figure, the first electrical connector 1a is plugged into the second electrical connector for power and signal transmission. Please refer to the third and fourth figures for an exploded perspective view of different angles of the power connector assembly with improved terminal structure. The pair of electrical connectors 1a and 1b have an insulative housing (1〇 and 4〇), a plurality of power terminal sets (2〇 and 5〇), and a plurality of signal terminals (30 and 60) are received in the insulative body. In particular, the inner electrical connector ia has a first insulating body 11 10 , a plurality of first power terminal groups 20 , a skewed number = a signal terminal 3Q is housed in The first insulating body (1). The first and second mating body slots 1G are formed with a plurality of first terminal receiving slots 12 correspondingly for accommodating the plurality of first power terminal groups 2A. The second electrical connector is housed in the second insulative housing 40 than the first, the, and the baffle body 4A, the plurality of second power terminal sets 5A, and the plurality of first and second signal terminals 60. The second insulation = 40 is formed with a plurality of second terminal receiving slots for correspondingly accommodating a plurality of second power terminal groups 50. Refer to the fifth figure' for the 5/15 M400701 perspective view of the first and second power terminal groups in this creation. Each of the first + power terminal sets 50 in this creation. Each of the first-ray:f and the sub-group 20 corresponds to each of the second-power terminals 20a and 2〇b, and the two sub-groups 20 comprise two separate first power supply terminal groups 5, comprising two separate scales: Structure; each-second two also have a symmetrical structure. The second source terminal 5 is connected to the first power terminal group 2G at the front end of the corresponding second power terminal 5〇a and ^= group 20, and may be referred to as a public power terminal group % or may be called For the mother power supply terminal group, the core power supply has a lower power phase _ subgroup, and U (4) can be used for high current applications. The contact portions: ==, and 2°b each have a base portion, and are connected to the bottom edge of the rear i-back side of the base of the base welding terminal 20a and 20h. The pin 203 may also have a base lion per-second power terminal 50a and 50b each having a ":" age and a plurality of pins for the tan". The bottom edge extends downward. The second power terminal set 50 A pair of contacts: "The second contact portion contacts the pair of contact portions 2 〇 2 of the first power terminal group 20. The base 5 () 1 of the power supply terminal is clamped to the second terminal receiving groove 4, and the plurality of pins 5〇3 are evenly distributed on the bottom edge of the base. ^ 503 can also extend rearward from the trailing edge of the base 5〇1.乩 Pins Please refer to the sixth and seventh figures, which are the perspective view of the second + subgroup in the creation, and the second and second diagrams of the first and second power terminal groups. In the present creation, each of the contact portions 5〇2 of the second power terminal group 50 protrudes from the side 6/15 Μ 4 Ό 0701 to the first power terminal group 2 多数. In the embodiment, the protrusions 5〇4 are located at the inner side of the second power terminal and the ’ can be stamped. Each of the contact portions 5G2 has a plurality of contact tongues 502a, 502b, 502c, wherein each of the protrusions, „male protrusions 504 are formed on the mother-contact tongue plates 502a, 502b, respectively. The convex portion 504 is elongated, but is not limited to this shape. For example, it may be oblate, or a plurality of strips. The present invention can make the contact stress large by the convex portion 5〇4.
而使接，電阻小且穩定，藉此能夠實現更高效的電流傳 輸’提鬲其運行安全性與可靠性。With the connection, the resistance is small and stable, thereby enabling more efficient current transmission to improve its operational safety and reliability.
本創作的雜之-在霞㈣端子組2〇 及50均被妥善地固定於端子收容槽12及42内。每一電源 端子(20a、20b及50a、50b)的基部201或501均具有相同 的固定結構。請參考第七圖，以本實施例中第二電源端子 組50的第二電源端子5〇b為例介紹其固定，第二電源端子 5%的基部501包括-彈指部5〇5係由其頂緣朝側邊且向後 彈性延伸、及一對干涉部和5G7係各形成於其頂緣及 其底緣。接觸部502是由基部501向前延伸。其中該對干 涉部506和507鄰近接觸部5〇2。此外，本實施例中該對干 ’步部506和507位於同一垂直線上。 Μ藉由上述結構，第二電源端子50a或50b由接腳503、 彈指部505、及干涉部5〇6與5〇7，使得基部5〇1於頂緣、 底緣=四個角落均被妥善固定。藉此當第-電源端子組20 插入第二電源端子組5〇，即使插接時的方向稍有偏斜，第 二電源端子組50也不致造成翻轉的扭矩而導致鬆動或損 壞，並且確保達成電性連接。同樣地，第一電源端子組2〇 的基部也是於四個角落均被妥善固定，不致造成翻轉。 7/15 M400701 請參考第六圖’本實施例第二電源端子5〇a、50b的干 涉部506和507具有相同的結構’且穩固地卡接於第二絕 緣本體40内。以干涉部5〇6為例，其包括一擋止部5〇62 及一位於擔止部5062前方的倒刺5064。當第二電源端子 5〇a、50b由第二絕緣本體4〇的後端向前插入時，倒刺5〇64 向上卡住於第二端子收容槽42的内壁面，擋止部5〇62接 著頂住第二端子收容槽42向下突出的壁面。此外，彈指部 5〇5原本被擠壓，當第二電源端子5〇a、5〇b插設定位時， 彈指部505向外彈開而頂住第二端子收容槽42的另一壁 面’使第二電源端子5〇a、5〇b不致後退而提供防鬆脫設計。 本實施例中，每一基部5〇1還包括一倒鉤部5〇8由其 内側面朝内且朝後凸出；換言之，倒鉤部5〇8與彈指部5〇5 朝不同側延伸，以卡於第二端子收容槽42的另一壁面。因 此基部501的兩側均被良好的擋止，藉此防止後退以避免 4、脫，不僅於垂直方向、橫向、前後方向，第二電源端子 5〇a、50b均良好地固定於第二端子收容槽〇内。 上述僅以第二電源端子5〇a、5〇b描述本創作中電源端 子的固定方式。同樣的’第—電源端子施和施的基部 201也具有與第二電源端子5〇a、5〇b的基部相同的結 構，因此得以妥善地固定於第一絕緣本體1〇内。 關於本創作中第及第二絕緣本體1()及4()均包含 相似的結構各以收容第―、及第二電源端子⑽a、2〇b及 5〇a、5〇b)的細部結構’兹以第二絕緣本體仙收容第二電源 端子組50舉例說明如下。 第八圖及第九圖為第二絕緣本體及第二電源端子組的 仰視圖及俯視圖。圖中顯示第二電連接器ib的第二電源端 8/15 M400701 子50a和50b由第二絕緣本體4 本體40具有多個隔離塊4 ° :』固且、。第二絕緣 内。亦即，每一個端子收容==個端子收容槽42 -端子收容槽42被隔離塊46 隔，的’每 42b於其兩側，請同時袁考 、槽伪和 x /亏弟十圖。泫對側收容槽42a和 奶各收容該對分開的第二電源端子5〇3和观。 請同時參考第九圖及料圖，第二絕緣本體 測孔407各由其頂面= ==，内及多數购退槽由觀測孔術向 下且向外側凹設。當第二電源端子5〇a 42a内時’第二電源端子5Qa的彈指部奶^ = 槽4〇8内。請參考第九圖的右半部，已組裂好的第二^ ;=Γ 505向外彈開，伸入上述防退槽:抵持 :::曰内，以防止電源端子鬆脫。本創作藉由觀測孔4〇7 可帛助相關人員容易地判斷第二電源端子他及柳是否 ^裳定位，以確保產品的品質。已往絕緣本 測孔㈣子顿翁〜子收容_，無法判斷是 否已女裝完成，而導致產品品質把開不易， 凊翏考第九Α圖及第九8圖，分別為沿第九圖中从 線及BB線的剖視圖。本實施例中絕緣本體4〇在每一側收 容槽42a和42b内各具有-上擋止部421(如第九β圖所示 係位於側收容槽42a和42b的頂部、及一下擔止部奶(如 第十圖所示)係位於側收容槽42a和42b的底部。參第九3 圖’其中位於第二電源端子5〇a喊部5〇1頂緣的干涉部 506干涉地卡合於上擔止部42卜位於第二電源端子地的 基部501底緣的干涉部5〇7干涉地卡合於下擒止部你 9/15 明考第九B圖’本貫施例中第二絕緣本體40的每一第 二端子收容槽42内各具有一楔形塊44 ,楔形塊44位於兩 ，收容槽42a和42b之間。楔形塊44包括有一對導斜面442 =位於其後端兩側、及一對限位槽444係由其兩側向内凹 二二如第九B圖所示，本實施例中第二電源端子5〇a的倒 鉤部508由基部50】内側面朝内且朝後凸出，在組裝過程 中’上述導斜面442可導引倒鉤部508。在組裝完成後，上 述倒鉤部508伸入限位槽444内，使得第二電源端子5〇a 抵持限位而不會往後退。此外，上述倒鉤部5〇8是朝内卡 於第二端子收容槽42，而上述彈指部505是向外延伸至防 k才曰408因此第一電源端子50a和50b兩側均得以良好地 被擋住，穩固地固定於第二端子收容槽42内。 麥第九B圖及第十圖，當第二電源端子5〇a組裝定位 時，其前端被一護擋板425保護住，護擋板425乃位於第 二端=收容槽42的前端人α處。這樣第—電源端子組2〇 插入牯，第二電源端子50a受保護不致於被撞斜。 此外，研參考第九a圖及第九b圖，本實施例的第二 絕緣本體40還包括散熱孔403貫穿其頂面401及底面402， 散熱孔403位於第二電源端子組50與第-電源端子組20 的插接處。另外，在楔形塊44的上方也設有第二散熱孔 405，也可輔助散熱。 上述僅舉例說明本創作中第二電連接器lb的第二絕緣 本體40如何良好地固定第二電源端子組50。本創作中第一 電連接器la料—絕緣本體1Q㈣也具有侧的結構以 良好地固定第-電源端子組2G，可由本創作的圖式同樣得 知。 10/15 M400701 本創作藉由上述的結構，電源連接器組件的絕緣本體 (10及40)配合電源端子(20a、2〇b及5〇a、5〇b)的結構，使 得電源知子(20a、20b及50a、50b)的基部(2〇1、5〇ι)於頂緣、 底緣的四個角落均被妥善蚊，具有抵持限位不後退及防 鬆脫設計。藉此第-電源端子組2G或第二電源端子組％ 固持性佳，不致造成轉触矩而導致肋或損壞，確 達成電性連接。 μThe hybrids of the present invention - the Xia (four) terminal sets 2A and 50 are properly fixed in the terminal receiving slots 12 and 42. The base 201 or 501 of each of the power terminals (20a, 20b and 50a, 50b) has the same fixed structure. Referring to the seventh figure, the second power terminal 5 〇 b of the second power terminal group 50 in the embodiment is taken as an example to describe the fixing thereof. The base 501 of the second power terminal 5% includes a finger portion 5 〇 5 The top edge extends toward the side and elastically rearward, and a pair of interference portions and 5G7 are formed on the top edge and the bottom edge thereof. The contact portion 502 is forwardly extended by the base portion 501. The pair of interferences 506 and 507 are adjacent to the contact portion 5〇2. Further, in the present embodiment, the pair of dry steps 506 and 507 are located on the same vertical line. With the above structure, the second power terminal 50a or 50b is composed of the pin 503, the finger portion 505, and the interference portions 5〇6 and 5〇7, so that the base portion 5〇1 is at the top edge and the bottom edge=four corners are Properly fixed. Thereby, when the first power supply terminal group 20 is inserted into the second power supply terminal group 5, even if the direction of the plugging is slightly skewed, the second power supply terminal group 50 does not cause the turning torque to cause looseness or damage, and ensures the achievement. Electrical connection. Similarly, the base of the first power terminal group 2 is also properly fixed at all four corners without causing inversion. 7/15 M400701 Referring to the sixth figure, the interference portions 506 and 507 of the second power supply terminals 5a, 50b of the present embodiment have the same structure and are firmly engaged in the second insulating body 40. Taking the interference portion 5〇6 as an example, it includes a stopper portion 5〇62 and a barb 5064 located in front of the supporting portion 5062. When the second power terminals 5〇a, 50b are inserted forward by the rear end of the second insulative housing 4〇, the barbs 5〇64 are caught upward on the inner wall surface of the second terminal receiving groove 42, and the blocking portion 5〇62 Then, the wall surface projecting downward from the second terminal receiving groove 42 is pressed. In addition, the finger portion 5〇5 is originally squeezed. When the second power terminals 5〇a, 5〇b are inserted into the set position, the finger portion 505 is outwardly popped to bear against the other wall surface of the second terminal receiving groove 42. The second power terminals 5〇a, 5〇b are not retracted to provide a tamper-proof design. In this embodiment, each base portion 5〇1 further includes a barb portion 5〇8 protruding inwardly from the inner side surface thereof and protruding rearward; in other words, the barb portion 5〇8 and the finger portion 5〇5 extend toward different sides. The card is stuck to the other wall surface of the second terminal receiving groove 42. Therefore, both sides of the base 501 are well blocked, thereby preventing backlash from being removed, and not only in the vertical direction, the lateral direction, and the front-rear direction, the second power terminals 5〇a, 50b are well fixed to the second terminal. In the storage trough. The above describes the fixing manner of the power supply terminal in this creation only by the second power supply terminals 5A, 5B. The base portion 201 of the same 'first power supply terminal' also has the same structure as the base portion of the second power supply terminals 5a, 5b, and is thus properly fixed in the first insulative housing 1''. In the present invention, the first and second insulative housings 1() and 4() each comprise a similar structure for housing the first and second power terminals (10)a, 2〇b and 5〇a, 5〇b). The following is an example in which the second power supply terminal group 50 is housed in the second insulating body. The eighth and ninth drawings are a bottom view and a plan view of the second insulative housing and the second power supply terminal set. The figure shows the second power terminal 8/15 of the second electrical connector ib. The M400701 sub-50a and 50b are provided by the second insulative body 4 body 40 with a plurality of spacers 4°. Inside the second insulation. That is, each terminal is accommodated == one terminal receiving groove 42 - the terminal receiving groove 42 is separated by the partition block 46, and the 'every 42b' is on both sides thereof, please also take the test of Yuan, the groove and the x. The opposite side receiving grooves 42a and the milk each accommodate the pair of separated second power terminals 5〇3 and 280. Please also refer to the ninth figure and the material drawing. The second insulating body measuring holes 407 are respectively covered by the top surface ===, and the inner and most of the purchasing and unloading grooves are downwardly and outwardly recessed from the observation hole. When the second power terminal 5a is 42a, the finger portion of the second power terminal 5Qa is in the slot 4〇8. Please refer to the right half of the ninth figure. The second cracked ^^=Γ 505 is bounced outward and extends into the above anti-retraction slot: resisting :::曰 to prevent the power terminal from coming loose. The creation of the observation hole 4〇7 can help the relevant personnel to easily judge whether the second power supply terminal and the Liu will be positioned to ensure the quality of the product. Insulation of this hole (4) Zi Dun Wen ~ sub-container _, can not determine whether the women have finished, and the quality of the product is not easy to open, refer to the ninth and ninth, respectively, along the ninth A cross-sectional view from the line and the BB line. In this embodiment, the insulative housing 4 has an upper stop portion 421 in each of the side receiving grooves 42a and 42b (as shown in the ninth β diagram, at the top of the side receiving grooves 42a and 42b, and the lower supporting portion). The milk (as shown in the tenth figure) is located at the bottom of the side receiving grooves 42a and 42b. The interference portion 506 located at the top edge of the second power terminal 5〇a shouting portion 5〇1 is interferingly engaged. The interference portion 5〇7 of the upper support portion 42 at the bottom edge of the base portion 501 located at the second power supply terminal interferes with the lower jaw portion. 9/15 Each of the second terminal receiving slots 42 of the two insulative housings 40 has a wedge block 44 therebetween, and the wedge block 44 is located between the two receiving slots 42a and 42b. The wedge block 44 includes a pair of guiding slopes 442 = two at the rear end thereof The side and the pair of limiting slots 444 are recessed inwardly from both sides thereof. As shown in FIG. BB, in this embodiment, the barb portion 508 of the second power terminal 5〇a is from the inner side of the base 50] Projecting inside and rearward, the above-mentioned guiding slope 442 can guide the barb portion 508 during assembly. After the assembly is completed, the barb portion 508 extends into the limiting slot 444, so that The two power terminals 5〇a are resisted from the limit and are not retracted. Further, the barbs 5〇8 are inwardly engaged to the second terminal receiving groove 42, and the finger portion 505 extends outward to prevent k. Therefore, both sides of the first power supply terminals 50a and 50b are well blocked and firmly fixed in the second terminal receiving groove 42. Mai ninth B and tenth views, when the second power supply terminal 5〇a is assembled When positioning, the front end is protected by a baffle 425, and the baffle 425 is located at the front end of the second end = the receiving groove 42. Thus, the first power terminal group 2 is inserted into the port, and the second power terminal 50a is received. The second insulative housing 40 of the present embodiment further includes a heat dissipation hole 403 extending through the top surface 401 and the bottom surface 402 thereof, and the heat dissipation hole 403 is located at the second portion. The power supply terminal group 50 is connected to the first power supply terminal group 20. In addition, a second heat dissipation hole 405 is also disposed above the wedge block 44 to assist in heat dissipation. The above description only illustrates the second electrical connector in the present invention. How the second insulative housing 40 of the lb secures the second power terminal group 50 well. In the middle of the first electrical connector la - the insulative housing 1Q (four) also has a side structure to securely fix the first power terminal set 2G, as can be seen from the drawings of the present creation. 10/15 M400701 The present invention is constructed by the above structure The insulative housings (10 and 40) of the power connector assembly cooperate with the power terminals (20a, 2〇b and 5〇a, 5〇b) to make the base of the power supply (20a, 20b and 50a, 50b) (2) 〇1,5〇ι) are properly located in the four corners of the top edge and the bottom edge, and have a design that resists the limit and does not retreat and prevent loosening. By this, the first power terminal group 2G or the second power terminal group % It has good retention and does not cause ribs or damage due to the touch of the moment, and it does make electrical connection. μ
綜上所述，本創作實已符合新型專利之要件，依法提 ，申請。㈣上所麻者，僅林創作較佳實施例而已， 二=限定本案的權利範圍，因此依本案申請範圍所 。=:交化或修飾，仍屬本案所涵蓋的範圍。尚請審查 =几細審’亚盼早日准予專利以勵創作 。 【圖式簡單說明】 圖為本創作之電源連接器組件未插接的立體圖。 ί:圖為本創作之電源連接⑽件插接後的立體圖。In summary, this creation has already met the requirements of the new patent, and is submitted in accordance with the law. (4) For those who have been numb, only Lin has created a preferred embodiment. Second, the scope of rights of the case is limited. Therefore, the scope of application is based on the scope of the application. =: Intersection or modification is still covered by this case. Please review? = a few trials, Yapan soon granted patents to encourage creation. [Simple diagram of the diagram] The diagram is a perspective view of the power connector assembly that is not plugged in. ί: The figure is a perspective view of the power connection (10) of the creation.
=二圖為本創作之電源連接器組件的立體分解圖。 本創狀電源連接器組件的另—立體分解圖。 笛—具，本創K — 及第二電賴子组的立體圖。 f六圖為本創作第二電源端子_立體圖。 ^ , 第二電源端子組接觸後的俯視圖。 ^圖為本創作第二電連接器與第二電源端子組的仰視 ^九圖為本創作第二電連接器與第二電源端子組的俯視 =” H A _ t A _ A線的立體剖 九圖中β·β線的立體剖視圖。 11/15 M400701 第十圖為第二絕緣本體的局部放大立體圖。 【主要元件符號說明】 電源連接器組件... ..1 第一電連接器....... ..la 第一絕緣本體... ..10 第一端子收容槽. ,..12 第一電源端子組20 第一電源端子... •20a 、 20b 基部................... ..201 接觸部................. ..202 接腳................... ,.203 第一訊號端子... ,.30 第二電連接器....... • lb 第二絕緣本體... .40 頂面................... ,.401 底®..................... ..402 散熱孔............... .403 第二散熱孔......... ..405 觀測孔............... • 407 防退槽................. "408 第二端子收容槽42 側收容槽........... .42a ' 42b 上擋止部........... .421 下擋止部............. ..423 護擋板............... .425 楔形塊............... .44 隔離塊................. ..46 導斜®............... .442 限位槽................. "444 第二電源端子組50 第二電源端子... .50a ' 50b 基部................... .501 接觸部............... .502 凸起部................. ..504 接觸舌板........... .502a 、 502b 、 502c 12/15 M400701 接腳................. ….503 彈指部.......... ..........505 干涉部............. ....506 ' 507 擋止部............. ....5062 倒刺.............. ..........5064 倒鉤部............. .“.508 第二訊號端子, ....60= Figure 2 is an exploded perspective view of the power connector assembly of the author. Another exploded perspective view of the inventive power connector assembly. A perspective view of the flute--, the original K- and the second electric sub-group. f Six diagrams are the second power terminal _ perspective view of the creation. ^, a top view of the second power terminal group after contact. The figure is the bottom view of the second electrical connector and the second power terminal group. The top view of the second electrical connector and the second power terminal group is the top view of the "H _ t A _ A line". A perspective view of the β·β line in the figure. 11/15 M400701 The tenth figure is a partially enlarged perspective view of the second insulative body. [Main component symbol description] Power connector assembly... ..1 First electrical connector.. ..... ..la First Insulation Body... ..10 First Terminal Storage Slot. ,..12 First Power Terminal Group 20 First Power Terminal... •20a, 20b Base.... .................201 Contact......................202 Pin........ ........... ,.203 First signal terminal... ,.30 Second electrical connector....... • lb Second insulation body... .40 Top surface. .................. ,.401 Bottom®.......................402 vents. .............. .403 Second vents..............405 Observation holes............... 407 Anti-backing groove................. "408 Second terminal receiving groove 42 Side receiving groove ........... .42a ' 42b Upper block Stop........... .421 Stops...............423 Guards.....................425 wedges.......... ..... .44 Isolation block .......................46 Guide skew®.................. .442 Limit Bit slot ................. "444 Second power terminal block 50 Second power terminal... .50a ' 50b Base .......... ......... .501 Contact...............502 bulging................. ..504 Contact tongue ........... .502a, 502b, 502c 12/15 M400701 Pins.......................503 Finger Department..............................505 Interference Department........................506 '507 Stops... .......... ....5062 barbs..........................5064 Barbs..... ........ ".508 Second signal terminal, ....60
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