1380525 , * 2012年3月/日修正替換頁 六、發明說明： 【發明所屬之技術領域】 本發明涉及-種電力連接器，特別涉及—種電路板或底板互 連系統之電力連接器。 【先前技術】 電子電路之設計者通常會關注於兩個基本電路部分，即邏輯（或 L號）部分以及電源部分，且在設計邏輯電路時，因為在邏輯電路中 机動之電流較低’使得設計者通常不會考慮由於狀態改變所造成（如： 溫度）在電氣屬性中之任何變化（如：電路元件之阻抗），然而，高電 流之流動將使得電源電路在電氣屬性上會產生變化，因此針對使用於 電源電路巾而設計之電力連接器必驗夠散熱（主要由焦耳效應所產 生），使得因電流改變所造成之電氣屬性變化可有效減至最低。 美國專利第US7,374,436號揭示了一種傳輸電力之電力連接器元 件’這種電力連接n元件由安裝於電路板上彳目互配對插接之插座連接 器和插頭連接ϋ組成，插座連接II包括插舰緣本體和組裝在插座絕 緣本體内之母端子組，插頭連接器包括插職緣本體和組裝在插頭絕 緣本體内之公端子組。參考第-圖，每_母端子414均包括頂側相連 之兩片式大面積之平板狀本體418、42〇和從本體前側向前延伸形成之 上、下兩片對接臂430、432。當插座連接器與插頭連接器相互對接並 I成電〖生導通時’公、母端子之對接臂相互彈性接觸，母端子414受 到公端子插入時之擠壓力而發生變形，而母端子414之平板狀本體 418、420之上端之U型連接部分422、424可以提供一定之反作用支 撐力’有助於保持母端子414之接觸部分不因受力而過度變形'然後， 該專利所揭*之母端子為-件式結構，端子主體部連接處為u型結 〇981OQS3cr l〇13J〇5937-d 1380525 2012年3月日修正替換頁 構，此結構需要先衝壓出端子主體部然後再折彎，k彎制程常會造~~~~ 成端子折彎處龜裂，進而影響材料電導特性而降低品質，且折彎後端 子因焊接時受高溫影響造成金屬内應力釋放，造成端子外擴影響焊腳 正位度，導致與電路板接合時出現不順暢或連接器焊腳折腳現象。另 外，母端子414採用ϋ型結構，其製作過程複雜，並且成本較高。 第一圖中，母端子414只能從絕緣本體下部插入，側蓋438由母 端子414側面之卡扣部將其固持在絕緣本體412中，卡扣後另需卡塊 468與母端子414侧面之凹槽配合，防止母端子414上下活動，影響和 公連接器之連接，此種固持結構比較複雜。如前述，電力連接器需要 具備良好之散熱功能，侧蓋438蓋上後會使母端子414暴露在空氣中 之部分變小，影響了電力連接器在工作過程中之散熱功能。 所以，針對此類電力連接器結構，仍有進一步改進之空間。 【發明内容】 本發明之目的在於提供一種結構及製作簡單且具備更好散熱效果 之電力連接器。 本發明另一目的在於提供一種具有低成本之導電端子且電力傳輸 穩定之電力連接器》 為了實現上述目的，本發明之一種實施方式之一種電力連接器， 其包括設有收谷通道之絕緣本體、收容於收容通道_之端子，所述端 子包括主體部和尾部，其中’所述端子由尾部開始插入到絕緣本體之 收谷通道中’所述電力連接器還包括沿端子插人方向由端子之主體部 一端插接到所述絕緣本體之蓋體。 作為本發明之進一步改進’所述蓋體包括懸伸之可卡持於絕緣本 098100990； 101310593..7-0 4 2012年3月少°日修正替換頁 體之鎖緊部，鎖緊部上設有凸出部。 作為本發明之進—步改進，所述端卞為鑛設置之#狀端子。 作為本發明之進—步改進，所述端子之主體部兩側包括翼部，翼 邻上下分別設有卡持部。 作為本發明之進―步改進，所述絕緣本體之收容通道_壁設有 與端子下卡持部觀之抵躺。 作為本發明之進—步改進，所述蓋體包括與絕緣本體收容通道對 〜之通孔和側壁’蓋體插接到絕緣本體後其側壁可抵麗端子之上卡持 作為本發明之進—步改進，所賴子翼部之外側設有凸刺。 作為本發明之進_步改進，所述絕緣本體兩侧設有與其他連接器 配合之柱體。 作為本發月之進—步改進，所述之絕緣本體包括安裝所述電力連 接器之安裝扎。 :’、實見本發月目的，本發明提供另—種實施方式之電力連接器， 其包括設有收容通道之絕緣本體、收容於收容通道中之端子，其中， =端子為成對設置之片狀端子，其包括主體部、向主體部側面料 一 ^折春由彎折部延伸之尾部，該電力連接器還包括設在絕緣本體 端之知子插入方向上之蓋體。 作為本發明之進—步改進，所述蓋體包括懸伸之可 體之鎖緊部，鎖緊部上設有凸出部。 、緣本 邱本^之進—步改進，所述端子之主體部兩側包括翼部，翼 °力顧有卡持部，絕緣本體與下卡持部對應位置設有抵持部。 〇9δ1〇〇39〇Λ • · *. ·* ^013105937-0 2012年3月χ7日修正替換頁 作為本發明之進一步改進，所述蓋體包括與絕— 應之通孔和側壁，蓋體插接到絕緣本體後其側壁可抵壓端子之上卡持 部。 作為本發明之進一步改進，所述蓋體包括與鎖緊部相同方向延伸 之可卡持於絕緣本體中之凸塊。 作為本發明之進一步改進，所述端子之主體部側面設有可卡持到 絕緣本體之凸刺。 作為本發明之進一步改進，所述絕緣本體收容端子尾部之至少一 侧面暴露在空氣中β 為實現本發明目的，本發明提供又一種實施方式之電力連接器， 其包括： 絕緣本體，所述絕緣本體設有對接面、與對接面相對的後端面、 貫穿對接面與後端面的收容通道及自對接面凹陷的安裝槽； 複數第一端子，所述第一端子自對接面朝後端面方向插入絕緣本 體’每一第一端子包括固持於收容通道内的主體部和延伸超出收容通 道的尾部； 蓋體’所述蓋體沿第一端子插入方向安裝到所述安裝槽内、並與 絕緣本體沿第一端子插入方向夾持固定第一端子。 作為本發明之進一步改進，所述安裝槽沿第一端子插入方向的垂 直方向貫穿絕緣本體。 作為本發明之進一步改進，所述絕緣本體還設有收容第一端子尾 部之通道及遮蓋通道之遮蔽體，所述遮蔽體在第一端子插入方向的垂 直方向上朝一側開放。 10131Q5937-0 6 1380525 2012年3月/日修正替換頁 作為本發b狀進-纽進，所駐裝槽、收容通道和通道沿第一— 端子插入方向相貫通。 作為本發明之進一步改進，所述第一端子之主體部兩側包括翼 部，翼部上下分別設有卡持部，所述絕緣本體設有突伸入收容通道以 沿第一端子插入方向的相反方向與下卡持部相抵持之抵持部。 作為本發明之進一步改進，所述蓋體設有與絕緣本體的收容通道 對應之通孔和位於通孔兩側之側壁，所述通孔兩側之側壁沿第一端子 插入方向抵壓第一端子之上卡持部。 作為本發明之進一步改進，所述第一端子成對設置，並且每一第 一端子還包括連接於主體部與尾部之間之彎折部，每對第一端子的主 體部之間的距離大於尾部之間的距離。 為實現本剌目的’本發贿供又_種實施^式之電力連接器， 其包括： 絕緣本體，所述絕緣本體設有對接面、與對接面相對的後端面、 貫穿對接面與後端面的第—收容通道和位於第_收容通道—側的第二 收容通道； 複數成片狀設置的第-端子，所述第—端子自對接面朝後端面方 向插入第-收容通道，並且每-第—端子包括固躲收容通道内的主 體部和延伸超出收容通道的尾部，所述第—端子賴設置，並且每對 第一端子的主體部之間的距離大於尾部之間的距離； 複數第二端子’所述第二端子自後端面朝對接面方向插入第二收 容通道中； 蓋體’所述蓋體沿第-端子插入方向安裝到所述絕緣本體上並 與絕緣本體沿第一端子插入方向夾持固定第一端子。 09810Q990:1380525, * March/Day 2012 Revision Replacement Page VI. Description of the Invention: [Technical Field] The present invention relates to a power connector, and more particularly to a power connector for a circuit board or backplane interconnection system. [Prior Art] Designers of electronic circuits usually focus on two basic circuit parts, the logic (or L-number) part and the power supply part, and when designing the logic circuit, because the current flowing in the logic circuit is low' Designers typically do not consider any changes in electrical properties (eg, impedance of circuit components) due to state changes (eg, temperature), however, high current flow will cause changes in the electrical properties of the power supply circuit. Therefore, the power connector designed for the power supply circuit towel must be cooled (mainly caused by the Joule effect), so that the change of the electrical property caused by the current change can be effectively minimized. U.S. Patent No. 7,374,436 discloses a power connector component for transmitting power. The power connection n component is composed of a socket connector and a plug connector that are mounted on a circuit board and are mated to each other. The socket connection II includes The socket body and the female terminal set assembled in the socket insulation body, the plug connector includes a plug body body and a male terminal set assembled in the plug insulation body. Referring to Fig. 1, each of the female terminals 414 includes a two-piece large-area flat body 418, 42A connected to the top side and upper and lower two opposing arms 430, 432 extending forwardly from the front side of the body. When the socket connector and the plug connector are butted together, and the mating arms of the male and female terminals are in elastic contact with each other, the female terminal 414 is deformed by the pressing force when the male terminal is inserted, and the female terminal 414 is deformed. The U-shaped connecting portions 422, 424 at the upper ends of the flat bodies 418, 420 can provide a certain reaction supporting force 'helping to keep the contact portion of the female terminal 414 from being excessively deformed by force". The female terminal is a piece-type structure, and the connection of the terminal body portion is a u-shaped knot 981OQS3cr l〇13J〇5937-d 1380525 The replacement page structure is revised in March 2012. This structure needs to punch out the terminal body portion and then fold it again. Bending, k-bend process often creates ~~~~ cracks at the terminal bends, which in turn affects the material's conductance characteristics and reduces the quality. After the bending, the terminal is released due to the high temperature during welding, causing the external expansion of the terminal. The solder pins are positively positioned, resulting in poor soldering or connector pin folding when soldering to the board. In addition, the female terminal 414 is of a ϋ-type structure, which is complicated in manufacturing process and high in cost. In the first figure, the female terminal 414 can only be inserted from the lower part of the insulative housing, and the side cover 438 is held by the locking portion on the side of the female terminal 414 in the insulative housing 412. After the buckle, the side of the female block 464 and the female terminal 414 are further required. The groove fit prevents the female terminal 414 from moving up and down, affecting the connection with the male connector, and the holding structure is relatively complicated. As described above, the power connector needs to have a good heat dissipation function, and the portion of the female terminal 414 exposed to the air becomes small after the side cover 438 is closed, which affects the heat dissipation function of the power connector during operation. Therefore, there is still room for further improvement in the structure of such a power connector. SUMMARY OF THE INVENTION An object of the present invention is to provide a power connector which is simple in structure and has a better heat dissipation effect. Another object of the present invention is to provide a power connector having a low-cost conductive terminal and stable power transmission. In order to achieve the above object, an electrical connector according to an embodiment of the present invention includes an insulative body provided with a valley channel. The terminal is included in the receiving passage _, the terminal includes a main body portion and a tail portion, wherein 'the terminal is inserted into the valley receiving passage of the insulating body from the tail portion'. The power connector further includes a terminal inserted in the direction of the terminal One end of the main body portion is inserted into the cover body of the insulating body. As a further improvement of the present invention, the cover body includes an overhang which can be held in the insulating body 098100990; 101310593..7-0 4 March 2012 less than the date of the replacement of the locking body of the page body, the locking portion is provided There are bulges. As a further improvement of the present invention, the end turns are the #-shaped terminals of the mine. As a further improvement of the present invention, both sides of the main body portion of the terminal include wings, and the wings are respectively provided with a holding portion. As a further improvement of the present invention, the receiving passage_wall of the insulative housing is provided with a lie on the lower holding portion of the terminal. As a further improvement of the present invention, the cover body includes a through hole and a side wall of the insulative housing receiving passage, and the side wall of the cover body is engaged with the insulating body, and the side wall of the cover body can be engaged with the terminal. - Step improvement, the spurs are provided on the outer side of the wing. As a further improvement of the present invention, the two sides of the insulating body are provided with cylinders that cooperate with other connectors. As an improvement of the present month, the insulative housing includes a mounting bracket for mounting the power connector. The present invention provides a power connector according to another embodiment of the present invention, which includes an insulative housing having a receiving passage and a terminal received in the receiving passage, wherein the = terminal is a pair of disposed pieces. The terminal comprises a main body portion, and a tail portion extending from the side of the main body portion by a bent portion, the power connector further comprising a cover body disposed in the direction of the insertion of the electron in the end of the insulating body. As a further improvement of the present invention, the cover body includes an overhanging body locking portion, and the locking portion is provided with a projection. According to the improvement of the method, the main body of the terminal includes a wing portion, the wing has a holding portion, and the corresponding portion of the insulating body and the lower holding portion is provided with a resisting portion. 〇9δ1〇〇39〇Λ • · *. ·* ^013105937-0 March 2011 修正7 revised replacement page as a further improvement of the present invention, the cover body includes the through hole and the side wall, the cover body After being inserted into the insulating body, the sidewall thereof can press the latching portion above the terminal. As a further improvement of the present invention, the cover body includes a projection that can be held in the same direction as the locking portion and that can be retained in the insulative housing. As a further improvement of the present invention, the side surface of the main body of the terminal is provided with a spur that can be held to the insulating body. As a further improvement of the present invention, at least one side of the insulative housing receiving terminal tail is exposed to air. To achieve the object of the present invention, the present invention provides a power connector according to still another embodiment, comprising: an insulative housing, the insulation The main body is provided with a mating surface, a rear end surface opposite to the mating surface, a receiving passage penetrating the mating surface and the rear end surface, and a mounting groove recessed from the mating surface; a plurality of first terminals, the first terminal is inserted from the mating surface toward the rear end surface Each of the first terminals includes a main body portion held in the receiving passage and a tail portion extending beyond the receiving passage; the cover body is mounted in the mounting groove along the first terminal insertion direction, and the insulating body The first terminal is clamped and fixed along the first terminal insertion direction. As a further improvement of the present invention, the mounting groove penetrates the insulating body in a vertical direction in the insertion direction of the first terminal. According to a further improvement of the present invention, the insulative housing is further provided with a passage for receiving the passage of the first terminal tail and a shielding passage, the shielding body being open to one side in a vertical direction of the first terminal insertion direction. 10131Q5937-0 6 1380525 March/Day 2012 Correction Replacement Page As the b-shaped advance-new entry, the station, the receiving passage and the passage are connected in the first-terminal insertion direction. As a further improvement of the present invention, both sides of the main body portion of the first terminal include a wing portion, and the wing portion is respectively provided with a holding portion on the upper and lower sides, and the insulating body is provided to protrude into the receiving passage to be inserted along the first terminal. The opposite direction is opposite to the lower holding portion. As a further improvement of the present invention, the cover body is provided with a through hole corresponding to the receiving passage of the insulating body and sidewalls on both sides of the through hole, and sidewalls of the two sides of the through hole are pressed against the first terminal insertion direction. The catching portion above the terminal. As a further improvement of the present invention, the first terminals are disposed in pairs, and each of the first terminals further includes a bent portion connected between the main body portion and the tail portion, and a distance between the main body portions of each pair of the first terminals is greater than The distance between the tails. The power connector for implementing the present invention includes: an insulative housing having an abutting surface, a rear end surface opposite to the mating surface, a through butt surface and a rear end surface a first receiving passage and a second receiving passage on the side of the first receiving passage; a plurality of first terminals arranged in a sheet shape, the first terminal being inserted into the first receiving passage from the abutting surface toward the rear end surface, and each of - The first terminal includes a main body portion in the securing receiving passage and a tail portion extending beyond the receiving passage, the first terminal is disposed, and a distance between the main body portions of each pair of the first terminals is greater than a distance between the tail portions; The second terminal 'the second terminal is inserted into the second receiving passage from the rear end surface toward the mating surface; the cover body is mounted on the insulating body along the first terminal insertion direction and along the first insulating body The first terminal is clamped and fixed in the terminal insertion direction. 09810Q990:
1O13.IQ5937-D 1380525 2012年3月〆^日修正替換頁 作為本發明之進一步改進’所述絕緣本體還設有收容第一端子尾 部之通道及遮蓋通道之遮蔽體，所述遮蔽體在第一端子插入方向的垂 直方向上朝一側開放。 本發明之有益效果是：首先’通過在端子插入方向之一端使用蓋 體進行蓋合’增強了製作之簡單性並且端子固持更加穩定，同時留出 端子與空氣接觸之更大之空間，利於通過對流增強電力連接器使用過 程中之散熱性，利於系統之穩定和延長電力連接器使用時間。其次， 通過從一端加入蓋體，可以改變端子插入到絕緣本體之方式，利於使 用材料及製作成本較低之片狀端子，保證電力傳輸之穩定性之同時還 大大節省了成本。 【實施方式】 凊參閱第二圖至第四圖所示，本發明電力連接器8可與另一電力 連接器（未圖示）配對，用於印刷電路板或其他結構之間之電力傳輸。 該電力連接器8包括絕緣材料製成之絕緣本體i、可分別容置於絕緣本 體1之收容通道10、18中之若干第一端子2和第二端子6、由第一端 子2插入方向之一端蓋到絕緣本體丨上將第一端子2固持在絕緣本體i 中之蓋體3。其中，絕緣本體1為縱長形狀，其兩側分別設有可與另一 電力連接^配合之柱體12,與柱體12相鄰位置分別設有可將電力連接 器1文裝到印刷線路板等结構之安裝孔14，絕緣本體丨之兩柱體12之 間之部分分為兩大部分，分別設有可容置第—端子2和第二端子6之 第-收容通道1G和第二收容通道18。所述絕緣本體丨設有對接面與 對接面相對的後端面、以及自對接面⑽的安裝槽。所述第—收容通 道10和第二收容通道18貫穿對接面與後端面。所述第二收容通道18 位於第-收容通道1 〇 -侧ϋ子2為多個互相配對單片端子，參 09810Q930 10131Q593..7-0 1380525 2012年3月日修正替換頁 考第五圖，每片端子包括主體部2〇、主體部2〇 一端之彎折部24、由 彎折部24延伸之尾部22’每-第一端子2主體部縱長向兩側分別設有 翼部23，翼部23上下分別設有卡持部23〇、232。每對第一端子2的 主體部之間的距離大於尾部22之間的距離。第二端子6包括可插入絕 緣本體1之收容通道18巾之插入部6〇、可插入到印刷電路板等結構中 之針腳62及插入部60和針聊62之間之彎折部64，針腳幻經彎折後 與插入部6G大致垂直。第二端子6包括若干排端子，每排帛二端子6 彎折之位置不同從而使各排第二端子6呈階梯狀排部，如此，每排第 二端子6可以插入到印刷電路板中。絕緣本體i之第一端子2之尾部 22相應位g且與第二端子6之針腳64對狀—側為狀式結構，具有 較大之通道15，可以使第-端子2之尾部22大部分暴露在空氣中了通 過對流增強在電力傳輸過程中之散熱效果。絕緣本體】之通道15相對 側為遮蔽體16 ’可以在第—端子2與其他元件連接後_遮蔽作用。 f體3設有間隔排布可以分別收容第—端子2之主體部％之通孔仏 蓋體3與絕緣本體！之柱體12相鄰兩側每側分別對應設置有兩個鎖緊 部34，每—鎖緊部34末端外側設有可以卡持於絕緣本體中之凸出部 340，凸出部34〇可以為鉤狀或弧形。 第二端子6由插入部60 -端自絕緣本體i之後端面朝對接面方向 插入到絕緣本體i之收容通道财，第―端子2由與第二端子6插入 方向相反之方向插人舰緣本體k收容通道巾 7本^ 1後’蓋體3蓋人到與第·"端子2主體部2G對應之絕緣本體 34之⑽部⑽可以卡人絕緣本體1内側壁相應位置之 .如此，娜成了如第四圖所示之本發明實施例之完 整之電力連接器8。 9 .098100990' 1013105937-0 1380525 2012年3月>*日修正替換頁 沒，連接相互獨立；每-第-端子2分別包括主體部- 之彎折部24和由料部24與主體部2〇相同之縱長向延伸之尾部η ; 主體部20在第-端子2縱長向之兩側一部分位置分別設有翼部a，翼 部23包括上下兩端之卡持部23〇、232，兩卡持部23〇、攻之間之翼 部上設有凸刺25。每對第-端子2 0折部24均向_彎折朝向盘 其配對之第-端子2，如統對躲對第—端子2之尾部Μ可以緊靠 在一起，尾部22可以通過閘板或焊接等方式與電缓連接用來傳輸電力。 第-端子2是用衝壓或其他方法採用料帶，比如碟青銅合金顿 钢合金製紅，製舰n子在料帶上麵近主體部2G —側之上 卡持:230互相連接，形成一條端子帶，第一端子2在插接到絕緣本 體之前或之後可以由此處由於互相§&對之第_端子2材料处構 均相同，因此，可在同-料帶上生產多個第一端子2，料帶成條狀^料 帶上之第-端子2可以交錯排布以衝壓出相反方向佈置之多個第一端 子2 ’這樣可以在很大程度上節省材料。同時，每對第一端子2之間沒 有連接部分，可以將連接部分之材料省去之同時防止在電力傳輸過程 中連接部分之龜裂或其他損害。第—端子2可以整個表面電鍛或包覆 对雜材料’也可以僅對尾部22進行電錄耐腐靖料。 請參閱第七圖所示，蓋體3基本為長方體形狀，其包括主體3〇、 與絕緣本體1的第—收容通道1G對應的通孔3卜位於通孔31兩側的 側壁33、自讎33上朝向蓋體3 _側延伸之⑽&、與凸塊向同— 方向延伸之懸空之鎖緊部34，鎖緊部34朝向通孔31縱長向外側設有 鉤狀之凸出部340。 請參閱第入圖所示，為第-端子2插入絕緣本體ι之第一收容通 道10過程之示意圖。第-端子2由尾部22開始插入到絕緣本體丄之 第-收容通道H)中。所述主體部固持於第一收容通道⑴中所述尾 09810Q990 10131Q5937-0 . · 10 2012年3月〆日修正替換頁 部延伸超出第-收容通道H)，述安裝槽沿第—端子^ 直方向貫穿絕緣本體卜所述遮蔽體16在第__端子2插入方向的垂直 方向上朝一側開放。所述安裝槽、第一收容通道1〇和通道Μ沿第一 端子插入方向相貫通。絕緣本體丨之第—收容通道ω之_壁向内設 有抵持部U2。第-端子2插入過程中，其下卡持部攻抵持部 132後停止並卡持於其上，第—端子2之凸刺25卡持於絕緣本體1内 側壁上。如此，.完成第一端子2在與絕緣本體丨之插接。 請參閱第九圖所示，為蓋體3與絕緣本體之插接過程示意圖。第 一端子2插入到絕緣本體1中後，蓋體3由第-端子2之主體部2〇之 一侧沿第—端子2插人方向插人到絕緣本體1;中，蓋體3之鎖緊部34 ㈣外側之凸出部34〇卡持於絕緣本體！外側之卡，中未示出）中， 蓋體3上通孔31兩側之側壁抵壓住第一端子2之上卡持部23〇 ’凸塊 32卡入絕緣本體丨中與之相對應之槽中（圖中未示出）；如此，完成了 蓋體3和職本體1之插接，插接後，第-端子2之下卡持部232抵 靠到絕緣《之抵持部132上，蓋體3上通孔31兩侧 端 =入方向抵壓住第一端子2之上卡持部23〇,將第一端子二: 體1中，同時第—端子2之凸刺25也與絕緣本體1之内 土形成卡持，這樣，第—端子2不易在絕緣本體^ ==程中之穩，蓋體3上鎖緊料之凸出部： 顯働峨，™證加 吞月參閱第-圖和第九圖所示，本發明電力連接器8之第 由=:插八到絕緣本體1中’蓋體3在第-端子2之主體部 得蓋體3與絕緣本體1沿第一端子2插入方向夾持 ^第:子2’操作簡單並可以保證第—端子2在絕 疋性’利於電力傳輸。蓋體3蓋合到絕緣本體1之—端，可以給第穩 m： 11 1G13.1Q5937-0 1 · · . . ♦ - · ·· 2012年3月><?日修正替換頁 端子2之尾部22留出更大之暴露在空氣中之空間，f過對流增 傳輸過程中之散熱性能，延長電力連接器8之使用_。第—端子2 之^述插接方式，可以保證在使用片狀端子之情況下仍然能夠保證第 端子2在％緣本體！中之穩定性，從另_角度保證了電力傳輸之穩 疋性’同時’ #狀端子還可以極大地減少料帶之使用，節省成本。 對於不同形式之電力連接器，蓋體3均可由端子插入方向之一端 插入或蓋合到絕緣本體上，實現本發明目的。 *然’以上所舉之實施方式僅為本發明之較佳實施方式本發明 還可以有許多其他實施方式，例如，本實施方式之蓋體與其他形式之 端子進行配合，蓋體之卡雜用凸針持或其彻彡式之結構。又例如， 電力連接器包括兩類以上之端子及電連接器形狀及排布形式之改變 等。對於本領域之普通技術人員來說，在本發明之教導下所作之針對 本發明之等效變化，仍聽含在本發明主張之申請專利範圍中。 【圖式簡單說明】 第一圖為一種習知電力連接器之立體示意圖； 第二圖為本發明電力連接器之立體示意圖； 第三圖為本發明電力連接器另一狀態之立體示意圖； 第四圖為本發明電力連接器組合後之立體示意圖； 第五圖為本㈣電力連接科電端子之立體示意圖； 第六圖為本發明電力連接器端子料帶平面圖； 第七圖為本發明電力連接器蓋體立體示意圖； 第八圖為本發明電力連接科電端子之安裝過程示意圖； 第九圓為本發明電力連接器蓋體之安裝過程示意圖。 098100990' 1013:105.937-0 12 1380525 2012年3月7^日修正替換頁 【主要元件符號說明】 1、絕緣本體 10、18、收容通道 132、抵持部 14、安裝孔 16、遮蔽體 2、第一端子 22、尾部 23、翼部 24、彎折部 25、凸刺 30、主體 31、通孔 33、側壁 34、鎖緊部 412、絕緣本體 414、母端子 422、424、連接部分 430、432、對接臂 468、卡塊 6、第二端子 62、針腳 64、彎折部 12、柱體 15、通道 20、主體部 230、232、卡持部 3、蓋體 32、凸塊 340、凸出部 418、420、本體 438、側蓋 60、插入部 8、電力連接器 09810Q990' 1013,105937-0 · · . .· , 131O13.IQ5937-D 1380525 March 2012 修正 日 修正 替换 替换 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 ' ' ' ' 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述 所述One terminal is inserted in a direction perpendicular to one side in the vertical direction. The invention has the beneficial effects that firstly, 'covering by using the cover body at one end of the terminal insertion direction' enhances the simplicity of manufacture and the terminal holding is more stable, while leaving a larger space for the terminal to contact with the air, which facilitates passage. Convection enhances the heat dissipation during use of the power connector, which is beneficial to the stability of the system and prolongs the use of the power connector. Secondly, by inserting the cover from one end, the way in which the terminal is inserted into the insulative body can be changed, which facilitates the use of materials and the production of chip terminals with lower cost, thereby ensuring the stability of power transmission while greatly saving costs. [Embodiment] Referring to Figures 2 through 4, the power connector 8 of the present invention can be paired with another power connector (not shown) for power transfer between printed circuit boards or other structures. The power connector 8 includes an insulative housing i made of an insulating material, and a plurality of first terminals 2 and second terminals 6 respectively received in the receiving passages 10, 18 of the insulative housing 1 and inserted by the first terminal 2 One end covers the cover body 3 on the insulative housing 将 to hold the first terminal 2 in the insulative housing i. The insulative housing 1 has a vertically long shape, and two sides are respectively provided with a column 12 that can be coupled with another power connection, and the position adjacent to the column 12 is respectively provided for attaching the power connector 1 to the printed circuit. a mounting hole 14 of a structure such as a board, and a portion between the two cylinders 12 of the insulating body 分为 are divided into two parts, and respectively provided with a first receiving passage 1G and a second accommodating the first terminal 2 and the second terminal 6 Containing passages 18. The insulating body 丨 is provided with a rear end surface opposite to the mating surface and a mounting groove of the self-aligning surface (10). The first receiving passage 10 and the second receiving passage 18 extend through the abutting surface and the rear end surface. The second receiving channel 18 is located in the first receiving channel 1 and the side of the latch 2 is a plurality of mutually paired single-chip terminals. The reference to the 10th row of the modified page of the March 10, 2011, 10910Q930, 10131Q593..7-0 1380525, Each of the terminals includes a main body portion 2, a bent portion 24 at one end of the main body portion 2, and a tail portion 22' extending from the bent portion 24. Each of the first terminal 2 has a wing portion 23 laterally and laterally The wings 23 are respectively provided with holding portions 23A and 232 on the upper and lower sides. The distance between the body portions of each pair of first terminals 2 is greater than the distance between the tail portions 22. The second terminal 6 includes an insertion portion 6A into which the receiving passage 18 of the insulative housing 1 can be inserted, a pin 62 that can be inserted into a structure such as a printed circuit board, and a bent portion 64 between the insertion portion 60 and the pinch 62, the pin The phantom warp is bent substantially perpendicular to the insertion portion 6G. The second terminal 6 includes a plurality of rows of terminals, and the positions of the two terminals 6 bent in each row are different so that the rows of the second terminals 6 are arranged in a stepped manner, so that each row of the second terminals 6 can be inserted into the printed circuit board. The tail portion 22 of the first terminal 2 of the insulative housing i has a corresponding position g and is opposite to the pin 64 of the second terminal 6 in a side-like configuration, and has a larger passage 15 for allowing the tail portion 22 of the first terminal 2 to be mostly Exposure to air enhances the heat dissipation during power transmission through convection. The opposite side of the channel 15 of the insulative housing is a shielding body 16' which can be shielded after the first terminal 2 is connected to other components. The f body 3 is provided with a through hole 盖 cover body 3 and an insulating body which can respectively accommodate the main body portion of the first terminal 2 in a spaced arrangement! Each of the two sides of the adjacent column 12 is provided with two locking portions 34 respectively. Each of the ends of the locking portion 34 is provided with a protruding portion 340 that can be held in the insulating body, and the protruding portion 34 can be It is hooked or curved. The second terminal 6 is inserted into the receiving passage of the insulative housing i from the end face of the insulative housing i from the end face of the insulative housing i, and the first terminal 2 is inserted into the ship's edge in a direction opposite to the insertion direction of the second terminal 6. The main body k receives the passage towel 7 and then the cover body 3 covers the corresponding portion of the inner side wall of the insulative body 34 corresponding to the body portion 2G of the terminal 2 terminal. Thus, Na becomes the complete power connector 8 of the embodiment of the invention as shown in the fourth figure. 9 .098100990' 1013105937-0 1380525 March 2012>*Day correction replacement page no, the connections are independent of each other; each-terminal 2 includes a main body portion - a bent portion 24 and a material portion 24 and a main body portion 2 The tail portion η extending in the same longitudinal direction; the main body portion 20 is respectively provided with a wing portion a at a position on both sides of the longitudinal direction of the first terminal 2, and the wing portion 23 includes the holding portions 23, 232 at the upper and lower ends. A spur 25 is provided on the wing portion between the two holding portions 23 and the attack. Each pair of first-terminal 20-folded portions 24 are bent toward the first terminal 2 of the pair, and the tails of the pair of terminals 2 can be abutted together, and the tail 22 can pass through the shutter or Welding and other methods are used to transmit power. The first terminal 2 is formed by stamping or other methods, such as a disc bronze alloy, a steel alloy red, and the naval carrier is held on the upper side of the main body 2G side of the strip: 230 is connected to each other to form a strip. The terminal strips, before or after the first terminals 2 are inserted into the insulating body, can be made of the same material by the mutual § & A terminal 2, the first terminal 2 on the strip of strips can be staggered to punch a plurality of first terminals 2' arranged in opposite directions, which can save material to a large extent. At the same time, there is no connection portion between each pair of first terminals 2, and the material of the connection portion can be omitted while preventing cracking or other damage of the connection portion during power transmission. The first terminal 2 can be electrically forged or coated on the entire surface of the miscellaneous material. Alternatively, only the tail portion 22 can be electrocatalyzed. Referring to FIG. 7 , the cover body 3 has a substantially rectangular parallelepiped shape, and includes a main body 3 , a through hole 3 corresponding to the first receiving passage 1G of the insulative housing 1 , and a side wall 33 on both sides of the through hole 31 . (10)& extending toward the cover 3_ side, and a hanging portion 34 extending in the same direction as the projection, the locking portion 34 is provided with a hook-like projection 340 extending longitudinally outwardly toward the through hole 31. . Referring to the figure shown in the figure, the first terminal 2 is inserted into the first receiving passage 10 of the insulating body ι. The first terminal 2 is inserted into the first receiving passage H) of the insulating body 由 by the tail portion 22. The main body portion is held in the first receiving passage (1), the tail 09810Q990 10131Q5937-0. · 10 March 2012, the replacement replacement page portion extends beyond the first accommodating passage H), and the mounting groove is along the first terminal The direction penetrates the insulating body, and the shielding body 16 is open to one side in the vertical direction of the insertion direction of the __ terminal 2. The mounting groove, the first receiving passage 1 and the channel 贯通 are penetrated in the insertion direction of the first terminal. The wall of the insulating body —-the receiving passage ω is provided with a resisting portion U2 inward. During the insertion of the first terminal 2, the lower clamping portion of the first terminal 2 is clamped on the inner side wall of the insulative housing 1 after the lower clamping portion is struck against the holding portion 132. In this way, the first terminal 2 is completed and inserted into the insulating body. Please refer to the figure ninth, which is a schematic diagram of the process of inserting the cover body 3 and the insulating body. After the first terminal 2 is inserted into the insulative housing 1, the cover 3 is inserted into the insulative housing 1 from the side of the main body 2 of the first terminal 2 along the first terminal 2; The protruding portion 34 of the outer portion of the tight portion 34 (four) is held by the insulating body! In the outer card, not shown in the middle, the side walls of the cover body 3 on both sides of the through hole 31 are pressed against the first terminal 2 and the latching portion 32 is inserted into the insulating body 与. In the slot (not shown); thus, the insertion of the cover 3 and the body 1 is completed, and after the plugging, the latching portion 232 of the first terminal 2 abuts against the insulating portion 132. On the upper side of the through hole 31 of the cover body 3, the inward direction presses against the upper portion 2 of the first terminal 2, and the first terminal 2: the body 1 and the spur 25 of the first terminal 2 are also The inner body of the insulating body 1 is formed to be clamped, so that the first terminal 2 is not stable in the insulating body ^==, and the protruding portion of the locking material is locked on the cover body 3: - Figure 9 and the ninth diagram, the first embodiment of the power connector 8 of the present invention =: plug eight into the insulative housing 1 'the cover 3 at the main portion of the first terminal 2 to obtain the cover 3 and the insulative body 1 along the first Terminal 2 insertion direction clamping ^: Sub 2' is simple to operate and can ensure that the first terminal 2 is in an absolute position to facilitate power transmission. The cover body 3 is closed to the end of the insulative housing 1 and can be stabilized. m: 11 1G13.1Q5937-0 1 · · . . . . . . . . . . . . . . . The tail portion 22 leaves a larger space exposed to the air, and the heat dissipation performance during the convection-increasing transmission process extends the use of the power connector 8. The plug-in connection method of the first terminal 2 can ensure that the first terminal 2 is at the % edge body even when the chip terminal is used! The stability in the middle guarantees the stability of power transmission from the other angles. At the same time, the #-terminal can greatly reduce the use of the tape and save costs. For different types of power connectors, the cover 3 can be inserted or covered by the one end of the terminal insertion direction to the insulative housing for the purpose of the present invention. The embodiment described above is only a preferred embodiment of the present invention. The present invention can also have many other embodiments. For example, the cover of the present embodiment is matched with other types of terminals, and the cover is used for the jamming. The convex needle holds or its structure. For another example, the power connector includes two or more types of terminals and changes in the shape and arrangement of the electrical connectors. The equivalent changes to the present invention made by the teachings of the present invention are still intended to be included in the scope of the claimed invention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a conventional power connector; the second figure is a perspective view of the power connector of the present invention; the third figure is a perspective view of another state of the power connector of the present invention; 4 is a perspective view of the power connector of the present invention; FIG. 5 is a perspective view of the (four) power connection electrical terminal; FIG. 6 is a plan view of the power connector terminal strip of the present invention; FIG. 8 is a schematic view showing the installation process of the power connection electrical terminal of the present invention; and the ninth circle is a schematic diagram of the installation process of the power connector cover of the present invention. 098100990' 1013:105.937-0 12 1380525 March 7th, 2012 Correction Replacement Page [Description of Main Components] 1. Insulating body 10, 18, receiving passage 132, abutting portion 14, mounting hole 16, shielding body 2 The first terminal 22, the tail portion 23, the wing portion 24, the bent portion 25, the spur 30, the main body 31, the through hole 33, the side wall 34, the locking portion 412, the insulative housing 414, the female terminals 422, 424, the connecting portion 430, 432, butt arm 468, block 6, second terminal 62, pin 64, bent portion 12, cylinder 15, channel 20, body portion 230, 232, holding portion 3, cover 32, bump 340, convex Outlet 418, 420, body 438, side cover 60, insertion portion 8, power connector 09810Q990' 1013, 105937-0 · · . . . , 13