201203716 六、發明說明： 【發明所屬之技術領域】 本發明涉及-種電源連接n ’尤其涉及_種具有適配件之電源連接 器。 【先前技術】 電《接器通常被要求具備傳導大電流及高電壓之特性。惟，電源 連接器所處的系制輸丨/輸人電壓、電流不同，往往造成單一零件多 重電壓、電流不易識別關題。如何在不同的系統要求下，達成電源連201203716 VI. Description of the Invention: [Technical Field] The present invention relates to a power supply connection n', and more particularly to a power connector having an adapter. [Prior Art] Electrical connectors are usually required to conduct high current and high voltage. However, the voltage and current of the system connected to the power supply connector are different, which often causes multiple voltages and currents of a single component to be difficult to identify. How to reach a power connection under different system requirements
接器零件的單-性及共祕成輕界普遍關注的問題。為改善此類問 題研發人員提出了在電源連接器上增加適配件，以與互補之對接電源 連接器相配合的解決方案。 與本發明相關的習知技術請參2010年3月3日公開之中國大陸發 明專利第CNHM663驗號，該專利揭示了—種電源連接器，其包括絕 緣本體、安裝於職本體上的複數電源端子及適配件。請參該專利之第 五圖及第七圖所示’所述適目彿包括中心段、複數肋及突出中心段之扣 持懸臂。所述絕緣本體設有收容適配件之定位孔，所述定位孔的内壁上 設有複數沿圓周方向分佈之凸肋。當適配件組裝到定位孔内時，扣持懸 臂沿凸肋之間的狹槽而扣持於定位仙。安裝完成後，由於扣持懸臂已 U全收谷於絕緣本咖’若要將軌件取丨而更換其它麵之適配件 時，往往無從下手、不易操作。 是以，有必要設計出-種電源連接器以解決上述技術問題。 【發明内容】 種易於使適配件與絕緣本 本發明所要解決之技術問題在於提供— 體分離之電源連接器。 一種電源連接 為解決上述技術問題，本發明採用如下技術方案： 4 201203716 器，包括絕緣本體、安裝於絕緣本體内之複數導電端子及安裝於絕緣本 體内之適配件，所述絕緣本體設有對接面、自對接面凹設的用以收容對 接連接器之收容空間、及位於收容空間後端之後端部，所述收容空間設 有向後凹陷於後端部的定位槽；所述適配件包括收容於定位槽内之收容 部及向前突伸入收容空間内的適配部，所述後端部設有由後向前延伸且 向前暴露於收容空間内的至少一彈性扣持臂，所述彈性扣持臂設有突伸 入定位槽内以鎖扣適配件並防止適配件向前脫離絕緣本體之扣合部。 進一步地，所述扣合部位於彈性扣持臂之自由末端，所述適配件設 有與彈性扣持臂的扣合部相抵壓之扣持面。 Φ 進一步地’所述收容部設有外表面及設於外表面上的凹槽以形成所 述扣持面，所述扣持面位於豎直平面内。 進一步地，所述彈性扣持臂包括上扣持臂及下扣持臂，所述扣合部 包括分別位於上扣持臂及下扣持臂上之上扣合部及下扣合部，所述適配 件之收容部被夾持於上扣合部與下扣合部之間。 進一步地，所述絕緣本體設有向前延伸入收容空間内且位於定位槽 兩側之第一導引塊及第二導引塊，所述第一導引塊與第二導引塊之間形 成一導引適配件之導引通道。 φ 進一步地’所述第一導引塊及第二導引塊為片狀且相互平行，所述 第-導引塊及第二導引塊均設有延伸入導引通道㈣以限位適配件之 定位塊。 進一步地，所述適配件設有對應彈性扣持臂之開槽，彈性扣持臂之 扣合部藉由該開槽而向前暴露於收容空間。 進一步地’所述扣合部設有暴露於開槽内且傾斜設置的切入面，所 述切入面用以被抵壓而帶動彈性扣持臂變形進而使扣合部脫離適配件。 進-步地，所述定位槽為多邊形，所述後端部包括形成定位槽之第 -定位面及第二面，所述適配件的收容部包括分別貼合於第一定位 面及第二定位面之第一配合面及第二配合面。 201203716 進-步地，所述定位槽為矩形，所述第一定位面及第二定位面均為 兩個且相對設置；所述適配件之收容部亦為矩形，所述第一配合面及第 一配合面亦為兩個且相對設置。 相較於習知技術’本發明藉由將彈性扣持臂設置於絕緣本體上且向 前暴露於收容空間内’所述彈性扣持臂能夠易於被突伸入收容空間之工 具撐開，使雜件與絕緣本舰離，以便於更換錢轉適配件。 【實施方式】 第一圖及第三圖揭示了本發明之一種電源連接器1〇〇，其包括：絕 緣本體卜安裝於絕緣本體1上之複數導電端子2、及由前向後安裝於 絕緣本體1上之適配件3。 請參第二圖所示’所述絕緣本體！設有對接面u、自對接面u凹 設的用以收容對接連接器(未圖示)之收容空間1〇、及位於收容空間ι〇 後端之後端部12。所述後端部12設有沿前後方向貫穿且與收容空間1〇 連通之複數收容槽13。所述收容空間1G設有向後凹陷於後端部12且 用以定位適配件3的定位槽μ。所述收容槽13用以定位導電端子2。 另’所述後端部12亦設有由後向前延伸且向前暴露於收容空間1〇内之 彈性扣持臂】5。所述彈性扣持臂15設有突伸入定位槽14内以鎖扣適 配件3並防止適配件3向前脫離絕緣本體i之扣合部16。請參第七圖 所不’在圖不的實施方式中，所述彈性扣持臂15包括相對設置的上扣 持臂151及下扣持臂152。所述扣合部16包括分別設置於上扣持臂⑸ 及下扣持臂152自由末端的上扣合部161及下扣合部心所述後端部 ,,亦《又有/、疋位槽14連通且位於定位槽μ上、下端之一對狹槽η。 當適配件3被插人定位槽14内時，所述上扣持f 151及下扣持臂152 可在狹槽Π内發生彈性變形。請參第四圖所示，為了更好地導引適配 件3的插人戶斤述絕緣本體}亦設有向前延伸入收容空間内且位於 定位槽14兩側之第一導引塊18及第二導引塊19。所述第一導引塊18 201203716 及第二導引塊19均為片狀且位於相互平行之兩暨直面内。所述第一導 引塊18與第二導引塊19之間形成一導引適配件3之導引通道⑽。請 參第二圖、第五圖及第七圖所示，所述第一導引塊18及第二導引塊π 之後端且靠近後端部12處均設有延伸入導引通道18〇内用以限位適配 件3之-狀位塊m。每1位塊⑻設有位於前端關斜設置之導 引面182。 請參第二圖所示’所述定位槽14為多邊形(在本發明圖示的實施方 式中為矩形）。所述後端部12包括形成定_ 14且 定位面⑷及相對設置的兩第二定位面142。所述第_定位面i4i與第 二定位面H2相互垂直^參第七_示，彈性扣持f 15的上扣合部 ⑹及下扣合部162分別延伸超出第一定位面141 *突伸入定位槽μ 内。 請參第四圖所示，每-導電端子2均料狀，以簡化其結構、方 便製造。相鄰兩導電端子2構成端子對用以與對接連接器配合。每 -導電端子2包括固定於收容槽13内之固定部2卜自固定部21的前 端延伸且突伸人收容空間1G内之接觸部22、及自固定部21的底端向 下延伸且Μ«於魏板上之絲部23。組成端子對Μ之兩導電端 子2的接觸部22之間的距離小於固定部21之間的距離。 請參第八圖至第十-圖所示，所述適配件3包括收容較位槽Μ 内之收容料、向前突伸績容_㈣之適轉32、及連接收容部 31與適配部32之中間部33。所述收容部31之外表面亦為多麵在本 發明圖示的實施方式巾為_，以與定_14姆應。所述收容部Μ 包括相對設置的兩第-gi合面311及相對設置的兩第二配合面312。所 述第-配合面3H垂直於第二配合面312。所述兩第—配合面3ιι 設有凹槽313以形成位於賢直平面内之扣持面314。所述凹槽阳進— 步向前延伸並貫穿適配部32，以形成將扣持面314暴露在前面之開槽 32卜請參第五圖所示’彈性扣持臂1S的上扣合部⑹及下扣合部抝 201203716 均設有暴露於開槽321内且傾斜設置的切入面163，所述切入面163用 以被抵壓而帶動彈性扣持臂15變形進而使上扣合部161及下扣合部162 脫離收容部31。所述中間部33的高度及寬度均大於收容部31及適配 部32對應的高度及寬度。並且中間部33靠近收容部31之四個角落均 設有定位缺口 331。所述適配部32只有與具有互補結構的對接連接器 相配合，才能讓對接連接器最終插入收容空間1〇内。換言之，適配部 32具有防止不匹配的連接器誤插入收容空間1〇内之功能。The single-sex and common secrets of the connector parts are a common concern in the light world. To improve this type of problem, researchers have proposed a solution to add adapters to the power connector to complement the complementary mating power connector. The prior art related to the present invention is referred to the China National Invention Patent No. CNHM663, which was published on March 3, 2010. The patent discloses a power connector including an insulating body and a plurality of power supplies mounted on the body. Terminals and adapters. Please refer to the fifth and seventh figures of the patent. The suitable Buddha includes the central section, the plurality of ribs and the retaining cantilever of the protruding central section. The insulating body is provided with a positioning hole for accommodating the fitting, and the inner wall of the positioning hole is provided with a plurality of ribs distributed along the circumferential direction. When the adapter is assembled into the positioning hole, the holding cantilever is held by the slot between the ribs to the positioning. After the installation is completed, since the cantilever has been closed, the whole coffee is insulated. If the rail parts are to be taken and the other parts are replaced, it is often impossible to operate. Therefore, it is necessary to design a power connector to solve the above technical problems. SUMMARY OF THE INVENTION A technical problem to be solved by the present invention is to provide a power connector that is separated. A power supply connection is to solve the above technical problem, and the present invention adopts the following technical solutions: 4 201203716, comprising an insulating body, a plurality of conductive terminals installed in the insulating body, and an appropriate component mounted in the insulating body, wherein the insulating body is provided with docking a receiving space for receiving the mating connector and a rear end portion at the rear end of the receiving space, wherein the receiving space is provided with a positioning groove recessed rearward at the rear end portion; the adapter includes the receiving portion The accommodating portion in the positioning groove and the fitting portion protruding forwardly into the accommodating space, wherein the rear end portion is provided with at least one elastic holding arm extending from the rear to the front and exposed to the accommodating space forward. The elastic latching arm is provided with a fastening portion that protrudes into the positioning groove to lock the adapter and prevent the adapter from being disengaged from the insulating body. Further, the fastening portion is located at a free end of the elastic fastening arm, and the adapter is provided with a fastening surface that is pressed against the fastening portion of the elastic fastening arm. Φ Further, the housing portion is provided with an outer surface and a recess provided on the outer surface to form the latching surface, the latching surface being located in a vertical plane. Further, the elastic fastening arm includes an upper fastening arm and a lower fastening arm, and the fastening portion includes a fastening portion and a lower fastening portion respectively on the upper fastening arm and the lower fastening arm. The accommodating portion of the fitting is clamped between the upper fastening portion and the lower fastening portion. Further, the insulative housing is provided with a first guiding block and a second guiding block extending forwardly into the receiving space and located at two sides of the positioning slot, between the first guiding block and the second guiding block A guiding channel for guiding the adapter is formed. φ further, the first guiding block and the second guiding block are in the form of a sheet and are parallel to each other, and the first guiding block and the second guiding block are respectively provided with extending into the guiding channel (4) to limit the position. Positioning block for accessories. Further, the adapter is provided with a slot corresponding to the elastic latching arm, and the latching portion of the elastic latching arm is forwardly exposed to the receiving space by the slot. Further, the engaging portion is provided with a cutting surface that is exposed in the slot and is inclined, and the cutting surface is used to be pressed to deform the elastic latching arm to disengage the engaging portion from the adapter. Further, the positioning groove is a polygon, the rear end portion includes a first positioning surface and a second surface forming a positioning groove, and the receiving portion of the adapter includes a first positioning surface and a second surface respectively The first mating surface and the second mating surface of the positioning surface. 201203716 further, the positioning groove is rectangular, the first positioning surface and the second positioning surface are two and oppositely disposed; the receiving portion of the adapter is also rectangular, the first mating surface and The first mating surfaces are also two and oppositely disposed. Compared with the prior art, the present invention can be easily extended by the tool protruding into the receiving space by disposing the elastic holding arm on the insulating body and being exposed to the receiving space forward. Miscellaneous pieces and insulation are separated from the ship, so as to replace the money to adapt the accessories. [Embodiment] The first and third figures disclose a power connector 1 of the present invention, comprising: an insulating body, a plurality of conductive terminals 2 mounted on the insulative housing 1, and a front-to-back mounting on the insulative body 1 on the appropriate accessories 3. Please refer to the insulative body shown in the second figure! The mating surface u, the receiving space 1 凹 for accommodating the mating connector (not shown) and the end portion 12 after the rear end of the receiving space ι are provided. The rear end portion 12 is provided with a plurality of receiving grooves 13 penetrating in the front-rear direction and communicating with the receiving space 1A. The accommodating space 1G is provided with a positioning groove μ recessed rearward at the rear end portion 12 and for positioning the adapter 3. The receiving slot 13 is configured to position the conductive terminal 2 . The rear end portion 12 is also provided with an elastic latching arm 5 which is extended from the rear to the front and is exposed forwardly in the receiving space 1〇. The elastic latching arm 15 is provided with a fastening portion 16 that protrudes into the positioning groove 14 to lock the fitting 3 and prevent the adapter 3 from being disengaged forward from the insulating body i. Referring to the seventh embodiment, the elastic latching arm 15 includes an upper latching arm 151 and a lower latching arm 152 which are oppositely disposed. The fastening portion 16 includes an upper fastening portion 161 and a rear end portion of the lower fastening portion of the upper fastening arm (5) and the lower fastening arm 152, respectively. The slots 14 are in communication and are located on the positioning slot μ and at one of the lower ends of the slot η. When the adapter 3 is inserted into the positioning slot 14, the upper latching f 151 and the lower latching arm 152 can be elastically deformed in the slot. As shown in the fourth figure, in order to better guide the inserting body of the adapter 3, the first guiding block 18 extending forward into the receiving space and located on both sides of the positioning slot 14 is also provided. And a second guiding block 19. The first guiding block 18 201203716 and the second guiding block 19 are all in the form of a sheet and are located in two parallel faces which are parallel to each other. A guiding channel (10) for guiding the adapter 3 is formed between the first guiding block 18 and the second guiding block 19. Referring to FIG. 2, FIG. 5 and FIG. 7 , the first guiding block 18 and the second guiding block π are disposed at the rear end and near the rear end portion 12 respectively. The position block m of the limit fitting 3 is used internally. Each of the blocks (8) is provided with a guiding surface 182 which is disposed at the front end obliquely. Referring to the second figure, the positioning groove 14 is polygonal (rectangular in the illustrated embodiment of the invention). The rear end portion 12 includes a positioning surface (4) and two opposite positioning surfaces 142. The first positioning surface i4i and the second positioning surface H2 are perpendicular to each other, and the upper fastening portion (6) and the lower fastening portion 162 of the elastic fastening f15 respectively extend beyond the first positioning surface 141. Enter the positioning slot μ. Referring to Figure 4, each of the conductive terminals 2 is material-like to simplify its structure and facilitate manufacturing. The adjacent two conductive terminals 2 constitute a pair of terminals for mating with the mating connector. Each of the conductive terminals 2 includes a fixing portion 2 fixed in the receiving groove 13 and extends from a front end of the fixing portion 21 and protrudes from the contact portion 22 in the human accommodating space 1G, and extends downward from the bottom end of the fixing portion 21 and «The silk on the Wei board 23 . The distance between the contact portions 22 of the two conductive terminals 2 constituting the terminal pair is smaller than the distance between the fixed portions 21. Referring to FIG. 8 to FIG. 10, the adapter 3 includes a receiving material for receiving the positioning groove, a forward protruding capacity _ (four) suitable rotation 32, and the connection receiving portion 31 and the fitting. The intermediate portion 33 of the portion 32. The outer surface of the accommodating portion 31 is also multi-faceted in the embodiment of the present invention, which is _14. The accommodating portion 包括 includes two first-gith joint faces 311 and two opposite second mating faces 312. The first mating face 3H is perpendicular to the second mating face 312. The two first mating faces 3 ιι are provided with grooves 313 to form a latching surface 314 in a straight plane. The recessed forward step extends forwardly and through the fitting portion 32 to form a slot 32 for exposing the latching surface 314 to the front surface. Please refer to the upper snapping of the 'elastic latching arm 1S' shown in FIG. The portion (6) and the lower fastening portion 拗201203716 are each provided with a cutting surface 163 which is exposed in the slot 321 and is inclined, and the cutting surface 163 is used to be pressed to drive the elastic buckle arm 15 to deform and the upper fastening portion The 161 and the lower fastening portion 162 are separated from the accommodating portion 31. The height and width of the intermediate portion 33 are both greater than the height and width of the receiving portion 31 and the fitting portion 32. Further, the intermediate portion 33 is provided with a positioning notch 331 near the four corners of the accommodating portion 31. The fitting portion 32 only cooperates with the mating connector having a complementary structure to allow the mating connector to be finally inserted into the receiving space. In other words, the adapting portion 32 has a function of preventing the mismatched connector from being erroneously inserted into the accommodating space 1A.
請參第四圖至第六圖所示，當適配件3由前向後組裝於絕緣本體！ 上時，適配件3之收容部31被限制於第一導引塊18與第二導引塊19 之間，並且在第一導引塊18與第二導引塊19的導引下向後組裝。所述 適配件3之第一配合面311及第二配合面312對應貼著第一定位面141 及第二定位面142而收容於定位槽14内。在此過程中，收容部31之第 一配合面311及第二配合面312與彈性扣持臂15之上扣合部161及下 扣合部162相抵壓，使上扣持臂151及下扣持臂152在狹槽17内發生 彈性變形。當触件3插人到最終位置時，上扣合部161及下扣合部 162釋放彈力而彈入凹槽313内並與扣持面314相抵壓，以防止適配件 3向前脫離絕緣本體卜因適配件3係安裝於定位槽14内故可提高彈 性扣持臂15社扣合部⑹及τ扣合部162與扣持面314扣合的安全 性。所述適配件3之收容部31被夾持於上扣合部ΐ6ι與下扣合部162 之間。同時’第-導引塊18及第二導引塊19的定位塊ΐ8ι收容於收容 部31四個角落之定位缺口 331内，達成定位。 在本發明電源連接H _之實施方式中，絕緣本體i之矩形定位 槽與適配件3之矩形收容部31相互配合，可以提供相對較大的干涉 面，進而強化適配件3承受推力、壓力及扭力，避免因適配件3損毁或 旋轉造成失效而引起的輸入及輸出錯誤。另，適配们在旋轉一定的角 度)後同樣能触插人定域14内，叫好綠的適配效 果。H可以理解，與本實施方式揭示的收容部Μ綱或兼容，惟 201203716Please refer to the fourth to sixth figures, when the adapter 3 is assembled from the front to the back on the insulative body! In the upper case, the receiving portion 31 of the adapter 3 is restricted between the first guiding block 18 and the second guiding block 19, and is assembled backward under the guidance of the first guiding block 18 and the second guiding block 19. . The first mating surface 311 and the second mating surface 312 of the adapter 3 are received in the positioning groove 14 corresponding to the first positioning surface 141 and the second positioning surface 142 . During the process, the first mating surface 311 and the second mating surface 312 of the accommodating portion 31 are pressed against the upper engaging portion 161 and the lower engaging portion 162 of the elastic latching arm 15, so that the upper latching arm 151 and the lower buckle are pressed. The holding arm 152 is elastically deformed within the slot 17. When the contact 3 is inserted into the final position, the upper fastening portion 161 and the lower fastening portion 162 release the elastic force and are elastically inserted into the groove 313 and pressed against the fastening surface 314 to prevent the adapter 3 from being disengaged from the insulating body forward. Since the Buin fitting 3 is attached to the positioning groove 14, the safety of the elastic fastening arm 15 the fastening portion (6) and the τ fastening portion 162 to the fastening surface 314 can be improved. The accommodating portion 31 of the adapter 3 is sandwiched between the upper fastening portion ΐ6ι and the lower fastening portion 162. At the same time, the positioning blocks 8 of the first guiding block 18 and the second guiding block 19 are received in the positioning notches 331 of the four corners of the receiving portion 31 to achieve positioning. In the embodiment of the power connection H _ of the present invention, the rectangular positioning groove of the insulative housing i and the rectangular receiving portion 31 of the adapter 3 cooperate to provide a relatively large interference surface, thereby strengthening the adaptor 3 to withstand thrust and pressure. Torque to avoid input and output errors caused by failure of the fitting 3 damage or rotation. In addition, the adaptors can also be inserted into the local area 14 after rotating a certain angle, and the green adaptation effect is called. H can understand that it is compatible with the containment department disclosed in this embodiment, but 201203716
適配部與本實施方式揭示的適配部32角度不同之其它適配件亦可被插 入定位槽14内，以達成多角度的適配性。而且，由於彈性扣持臂15係 向前暴露於收容空間10内，如需替換或變更適配件3時，上扣合部161 及下扣合部162能夠易於被突伸入收容空間1〇内的工具撐開，即可將 適配件3取出進行替換，可簡化物料、提升效率及零件的共用性。在本 發明的實施方式中，彈性扣持臂15藉由開槽321而向前暴露於收容空 間ίο内’工具可沿著開槽321伸入收容空間10進而抵壓切入面163。 由於切入面163係傾斜設置，隨著工具的插入，上扣持臂151及下扣持 臂152向外被撐開，進而使上扣合部161及下扣合部162脫離適配件3 的收容部31，適配件3因此可以被取出。另，因彈性扣持臂15具有彈 性可重複使用，在裝配多樣化時僅需旋轉適配件3或替換適配件3，即 可達到重複利用性、便利性及經濟性的效果。 綜上所述，本發明確已符合發明專利之要件，爰依法提出申請專 利，’以上所述者鶴本發明之雛倾方式，本㈣之範圍並不以 ^述實施H舰，舉聽f本案聽之人士本發明之精神所作之 等效修飾或變化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 第一圖係本發明電源連接器之立體組合圖。 第二圖係第—圖所示的電源連接器於另—角度之立體組合圖。 第三圖係第―®所示的電源連接器於再—角度之立體組合圖。 第四圖係第二圖所示的電源連接器之立體分解圖。 示意圖。 紅圖係第電源連接器被切除部分後之立體示意圖。 第六圖係第三圖所補電源連接器被切除部分後之立體示意圖。 第七圖係第―®所示電源連接器的絕緣本體被切除部分後之立體 201203716 第八圖係本發明電源連接器的適配件的立體示意圖。 第九圖係第八圖所示的適配件於另一角度之立體示音圖。 第十圖係第八圖所示的適配件被切除部分後之立體示意圖 第十一圖係第九圖所示的適配件被切除部分後之立體示意圖 【主要元件符號說明】Other adapters having different angles from the adapter portion of the adapter portion disclosed in the present embodiment may also be inserted into the positioning slot 14 to achieve multi-angle fit. Moreover, since the elastic fastening arm 15 is exposed to the accommodating space 10 in the forward direction, the upper fastening portion 161 and the lower fastening portion 162 can be easily protruded into the accommodating space 1 如 when the adapter 3 is replaced or changed. When the tool is opened, the adapter 3 can be taken out and replaced, which simplifies the material, improves the efficiency and the commonality of the parts. In the embodiment of the present invention, the elastic latching arm 15 is forwardly exposed to the receiving space by the slot 321 . The tool can extend into the receiving space 10 along the slot 321 to press the cutting plane 163. Since the cutting surface 163 is inclined, the upper fastening arm 151 and the lower fastening arm 152 are outwardly extended as the tool is inserted, so that the upper fastening portion 161 and the lower fastening portion 162 are disengaged from the adapter 3 The part 31, the adapter 3 can therefore be taken out. Further, since the elastic holding arm 15 is elastically reusable, it is only necessary to rotate the adapter 3 or the replacement adapter 3 in the diversification of the assembly, that is, the effect of recyclability, convenience, and economy can be achieved. In summary, the present invention has indeed met the requirements of the invention patent, and has filed a patent application according to law, 'the above-mentioned method of the invention of the crane, the scope of the (4) is not to implement the H ship, to listen to f this case Equivalent modifications or variations of the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective assembled view of the power connector of the present invention. The second figure is a three-dimensional combination diagram of the power connector shown in the first figure. The third figure is a three-dimensional combination of the power connector shown in the first ®. The fourth figure is an exploded perspective view of the power connector shown in the second figure. schematic diagram. The red figure is a three-dimensional view of the first power connector after being cut off. The sixth figure is a perspective view of the power supply connector of the third figure after being cut off. The seventh figure is a three-dimensional view of the insulative body of the power connector shown in the first section. The eighth figure is a perspective view of the adapter of the power connector of the present invention. The ninth figure is a stereophonic diagram of the adapter shown in the eighth figure at another angle. The tenth figure is a three-dimensional diagram of the cut-out part of the adapter shown in the eighth figure. The eleventh figure is a three-dimensional diagram of the cut-out part of the adapter shown in the ninth figure.
電源連接器 1⑻ 收容空間 10 後端部 12 定位槽 14 第一定位面 142 上扣持臂 151 扣合部 16 下扣合部 162 狹槽 17 導引通道 180 導引面 182 導電端子 2 固定部 21 安裝部 23 收容部 31 第一配合面 312 扣持面 314 開槽 321 定位缺口 331 絕緣本體 1 對接面 11 收容槽 13 第—定位面 141 彈性扣持臂 15 下扣持臂 152 上扣合部 切入面 161 163 第-導引塊 18 定位塊 181 第二導弓1塊 19 端子對 20 接觸部 22 適配件 3 第一配合面 凹槽 311 313 適配部 32 中間部 33 10Power connector 1 (8) accommodating space 10 rear end portion 12 positioning groove 14 first positioning surface 142 upper locking arm 151 fastening portion 16 lower fastening portion 162 slot 17 guiding channel 180 guiding surface 182 conductive terminal 2 fixing portion 21 Mounting portion 23 accommodating portion 31 first mating surface 312 gripping surface 314 slot 321 positioning notch 331 insulating housing 1 mating surface 11 receiving slot 13 first positioning surface 141 elastic latching arm 15 lower latching arm 152 upper snapping portion Face 161 163 first guide piece 18 positioning block 181 second guide bow 1 block 19 terminal pair 20 contact portion 22 adapter 3 first mating surface groove 311 313 adapter portion 32 intermediate portion 33 10