五、新型說明： 【新型所屬之技術領域】 匕本創作係有關於一種小型電源連接器之插座與插頭， 尤指一種藉由磁吸作用使該電源連接器之插 於互相磁性連接者。 m文易 【先前技術】 磁性連接器主要包括一磁性母連接器及一磁性公 姐士、裔遍其中該磁性母連接器及該磁性公連接器能組合連 ^ -，，並相互電氣導通。該磁性母連接器之—側面上 二古-贫―磁鐵H側面上鄰近該第一磁鐵的位置凹 一連接端子，各該第一連接端子分別與-第-電 耽訊號線相連接。該磁性公連接H之-側面上設有一第二 第二磁鐵係與第—磁鐵相對應，且能彼此磁性吸 Λ外古。:磁⑭公連接器 < 一側面上鄰近該第二磁鐵的位置 垃= 二連接端子’各該第二連接端子係與該第-連 彈箬一 U ’其一端分別與一彈簧相電氣連接，且與該 中，兮、Γ置於該磁性公連接11之—側面上的容置槽 鲈飨二、查：ΐ端子之一端係經由該彈簧與-第二電氣訊 接’其另端則能插人至對應的第—連接端子中， 端訊號線、彈簧、第二連接端子、第-連接 令磁峻訊號線間形成電氣導通狀態。如此，由於 及磁性公連接器上分別設有-組能相互磁 接写靠、斤成从、鐵與第一磁鐵，使用者即可將該磁性公連 ° 母連接器並相互連接，以利用該第一磁鐵與 M423382 f 吸引力，使該磁性母連接器及磁性公連 ί 氣連接成一體，且相互傳遞電氣訊號；如 .^ 母連接器或磁性公連接器遭受到急劇的外 力她’也此輕易地分開’而不致因拉扯而損壞。 實連接器因使用方便而廣受歡迎，但在 設置連接端頁在其一侧面上的不同位置分別 體積，八組奘古# ，因此會大幅增加傳統磁性連接器的 性連接ί的=統磁性連接器的電器產品受限於傳統磁 2 積’而無法達成更為輕薄短小的目的。 在供給電：時尚有另一大問題存在’亦即連接器 路二、電'机量不夠大，並且在電源供給時，常會 缺失而斷的情況。是故’習知磁性連接器仍存有 【新型内容】 =決先前技術的問題，本創作提供—種 之成城-、插頭，插頭之鐵磁性元件造型係與相對應1的插i =磁I·生造型配合，藉由磁吸作用使插頭與插；更易於 =ΐ接目的;再者，本創作之設計概念是單 一個接地端子，而由於電源端子與接地端子、之 ^的義’使得其可耐大電流，以達供 =以::::間中斷的風:’且本創作二 器產品上。體積，以便應用於主流體積漸小的電 M423382 * -， “運到上述目的之電源連接器之插座，設於別罕 電腦之電子-裝置内，且該插座被限位於該筆記型電腦之〆 側邊所设之一孔洞内，該插座包含：一絕緣殼體，具有複 數個貫穿槽；—個電源端子與至少—接地端子，收容於該 =緣威體之貫穿槽内；至少—偵測端子，收容於該絕緣殼 體之貫穿槽内，錄於該電源端子與該接地端子之間；〆 ^性7L件’具有—開孔以容置該絕緣殼體；以及—插座殼 體，具有一容置空間以包覆容置該磁性元件。 f佳地’該筆記型電腦包含—下座、設於該上 與設於該下座與該上座之間的—電路板，宜中該 性元，該孔洞係設於該下座，該插座之磁 地端子、該_端子經由該孔二外露。 較佳Γ 具有—半圓弧形狀，以作為限位之用。 應插連接之該磁性元件係藉由磁吸作用而與一相 較佳地，該插頭包含：一絕緣殻 -個電源端子減少-接地料個貫穿槽； 且位於該電_子_祕料之貫穿槽内’ 接於該絕緣殼體前側且具有一開孔； —磁性元件，連 於該絕緣殼體後側且具有一容置*門—插頭殼體，設 與該鐵磁性元件。 A 4，以各置該絕緣殼體 較佳地，該筆記型電腦具有一第— 邊之—第二側邊’其中該第-側邊較該第 5 M423382 插座設於該第一側邊，而該插頭自該插頭殼體延伸一纜 線，當該插頭插接該插座時’該插頭之纔線概與該筆記蜇 電腦之第一側邊可大致平行。 較佳地，該插座包含一個接地端子，分設於該單一電源 端子之兩側’並收容於該插座絕緣殼體之貫穿槽内，而該 插頭亦包含二個接地端子分設於該插頭之單一電源端子之 兩側。 較佳地，該筆記型電腦具有一第一側邊與垂直該第一 侧邊之一第二側邊，其中該第—侧邊較該第^側邊為短， =插座設於該第二側邊，*該插頭自該插頭殼體延伸〆纜 插座時，該插頭之纜線概與該筆記架 電月匈之第一側邊可大致垂直。 【實施方式】 予以充作將參閱含有本創作較佳實施例之所附圖式 修改描述之前應瞭解熟悉本行之人士可 須瞭解以上之:述對本同時獲致本創作之功效。因此， 揭示，且本行技藝之人士而言為一廣泛之 請參閱=在Γ制本創作。 第-圖係顯示一種4:1、第三a圖與第三3圖’其中 連接器之：’第二圖係顯示-種本創作電源 意圖；第三A圖中組裝有插座之電子裝置之立體示 圖 圖係顯示第-胃，、二不第—圖之圓圈A之放大圖；第三B 丁頌不第一圖之圓圈B之放大 M423382 » * 本創作電源連接器之插頭10與插座20係應用於一筆 記型電腦外殼體30上或其他電器設備上，其中該插座20 更是設於該筆記型電腦外殼體30端或其他電器設備端。如 第一圖所示，該筆記型電腦外殼體30具有一上座31、一電 路板32與一下座33，該電路板32於一側邊設有一凹部34 以供該插座20嵌入，而該下座33亦於相同側邊設有一孔 洞35以相應容置該插座20。其中該插頭10具有一鐵磁性 元件（元件編號如下文詳述），而該插座20則具有一磁性元 件（元件編號如下文詳述），藉由該鐵磁性元件與磁性元件的 相互磁吸作用使該插頭10與該插座20磁性連接，以達到 供給電源之目的。 請繼續第二圖，該筆記型電腦外殼體30具有一第一側 邊36與垂直該第一側邊36之一第二側邊37，該第一側邊 36較該第二侧邊37為短，該插座20係設於該第一側邊36, 而該插頭10延伸有一纜線60,當該插頭10插接於該插座 20時，該插頭10之纜線60概與該筆記型電腦外殼體30之 第一側邊36可大致平行，以達美觀之效。 第四A圖與第四B圖係分別顯示一種本創作電源連接 器之插頭之立體分解圖與立體組合圖。在此第一實施例 中，本創作電源連接器之插頭10包含：一絕緣殼體11，具 有複數個平行排列的貫穿槽12; —個電源端子13與一個接 地端子14，平行並排地收容於該絕緣殼體11之貫穿槽12 内；一個彈性觸件15，收容於該絕緣殼體11之貫穿槽12 内，且位於該電源端子13與該接地端子14之間；一鐵磁 性元件16,連接於該絕緣殼體11前側且具有一開孔17 ;以 7 及插頭殼體18 ’設於該絕緣殼體11後側且耳有·一容置空 該插頭殼體18之容置空間19容置該/邑緣殼體 5玄電源端子13、該接地端子14、該彈性觸件15與該鐵磁 性元件16。值得一提的是，該鐵磁性元件16之開孔17於 一側具有一半圓弧形狀，如此一來，當該插 插座2。時，便具有正確的方向性，係作為限 ==絕 緣殼體11前側具有一突出部111，該突出部1U之外形輪 廓係相應於該鐵磁性元件16之開孔17,以便收容於該鐵磁 性元件16之開孔17内。 第五A圖與第五B圖係分別顯示一種本創作電源連接 器之插座之立體分解圖與立體組合圖。在此第二實施例 中’本創作電源連接器之插座20包含：一絕緣殼體21，具 有複數個平行排列的貫穿槽22 ; —個電源端子23與一個接 地端子24，平行並排地收容於該絕緣殼體21之貫穿槽22 内；一個偵測端子25，收容於該絕緣殼體21之貫穿槽22 内，且位於該電源端子23與該接地端子24之間；一磁性 兀件26，具有一開孔27以容置該絕緣殼體21、該電源端 子23、該接地端子24與該偵測端子25 ;以及一插座殼體 28 ’具有一容置空間29以包覆容置該絕緣殼體2卜該電源 端子23、該接地端子24、該偵測端子25與該磁性元件26。 值得一提的疋，该磁性元件26之開扎27於一側具有一半 圓弧形狀，如此一來，當該插頭1〇插入於該插座2〇時， 便具有正確的方向性，係作為限位之用。該絕緣殼體21之 外形輪廓係相應於該鐵磁性元件26之開孔27，以便容置於 該磁性元件26之開孔27内。 M423382 請再參閱第三A與第三b圖，▲ 26抵靠於該下座33之内壁，且θ ’礒插座20之磁性元件 該電源端子23、該接地端子2=座2()之朗緣殼體21、 洞35而突露於外。當該插頭ι〇與==端子25經由該孔 兀件16、該磁性元件26磁性連接^座20藉由該鐵磁性 子13、接地端子14分別與亥插頭！〇之電源端 端子24相互接觸，並且該插頭1〇 電源端子23、接地V. New description: [New technical field] The notebook is related to a socket and plug for a small power connector, especially a magnetic connector that is magnetically coupled to each other by magnetic attraction. M Wenyi [Prior Art] The magnetic connector mainly comprises a magnetic female connector and a magnetic male and female, wherein the magnetic female connector and the magnetic male connector can be combined and electrically connected to each other. The magnetic female connector has a connection terminal on a side of the side opposite to the first magnet on the side of the second-lean-poor magnet H, and each of the first connection terminals is respectively connected to the -first-electrode signal line. The second side of the magnetic male connection H is provided with a second second magnet system corresponding to the first magnet, and is magnetically attracted to each other. : magnetic 14 male connector < position on one side adjacent to the second magnet = two connecting terminals 'each of the second connecting terminals and the first connecting magazine - U' are electrically connected to a spring And the 容 and Γ are placed on the side of the magnetic male connection 11 on the side of the accommodating slot 2, check: one end of the ΐ terminal is connected to the second electrical communication via the spring. It can be inserted into the corresponding first connection terminal, and the terminal signal line, the spring, the second connection terminal, and the first connection form an electrical conduction state between the magnetic signal lines. In this way, since the magnetic male connector is respectively provided with a group capable of magnetically connecting the magnetic coupling, the iron, and the first magnet, the user can connect the magnetic male connector to each other to utilize the The first magnet and the M423382 f are attractive, so that the magnetic female connector and the magnetic male connector are integrally connected and transmit electrical signals to each other; for example, the female connector or the magnetic male connector suffers from a sharp external force. This is easily separated 'without being damaged by pulling. The real connector is popular because of its ease of use, but the volume of the connection page is set at different positions on one side of the connection page, and the eight groups of 奘古#, so the connection of the traditional magnetic connector is greatly increased. The electrical products of the connector are limited by the traditional magnetic product and cannot achieve the goal of being lighter, thinner and shorter. In the supply of electricity: there is another big problem in fashion. That is to say, the connector is not good enough, and when the power is supplied, it is often missing. Therefore, the conventional magnetic connector still has [new content] = the problem of the prior art, this creation provides a kind of metal-type, plug, plug ferromagnetic component modeling system and the corresponding 1 plug i = magnetic I ·The combination of raw shape, plug and plug by magnetic attraction; easier to splicing purpose; further, the design concept of this creation is a single grounding terminal, and because of the power terminal and the grounding terminal, It can withstand large currents, so that the wind can be interrupted by::::: and this is the second product. Volume, in order to be applied to the mainstream volume of the electricity M423382 * -, "The socket of the power connector shipped to the above purpose, is located in the electronic device of the Biehan computer, and the socket is limited to the top of the notebook computer In one of the holes provided in the side, the socket comprises: an insulating housing having a plurality of through slots; a power terminal and at least a grounding terminal, received in the through slot of the edge body; at least - detecting The terminal is received in the through slot of the insulating housing and recorded between the power terminal and the ground terminal; the 7L member has an opening to receive the insulating housing; and the socket housing has An accommodating space covers the magnetic component. The notebook computer includes a lower seat, a circuit board disposed on the upper seat and the upper seat, and the circuit board The hole is disposed in the lower seat, and the magnetic ground terminal of the socket and the terminal are exposed through the hole 2. Preferably, the hole has a semi-arc shape for limiting. The component is preferably coupled to one phase by magnetic attraction. The plug comprises: an insulating shell - a power terminal is reduced - a grounding material through slot; and is located in the through slot of the electric_substrate - is connected to the front side of the insulating housing and has an opening; - a magnetic component, Connected to the rear side of the insulating housing and having a receiving door-plug housing disposed with the ferromagnetic element. A4, for each of the insulating housings, preferably, the notebook computer has a first side The second side ′ is wherein the first side is disposed on the first side of the fifth M423382 socket, and the plug extends a cable from the plug housing, when the plug is plugged into the socket Preferably, the socket includes a grounding terminal disposed on both sides of the single power terminal and is received in the socket insulating housing. The plug also includes two grounding terminals disposed on opposite sides of the single power terminal of the plug. Preferably, the notebook computer has a first side and a vertical side of the first side Two sides, wherein the first side is shorter than the second side, = insert The socket is disposed on the second side, and when the plug extends from the plug housing, the cable of the plug is substantially perpendicular to the first side of the notebook frame. [Embodiment] It will be appreciated that those skilled in the art will be aware of the above in the light of the description of the modified description of the preferred embodiment of the present invention. The present invention is also effective in achieving the present invention. Therefore, it is disclosed and the skill of the bank is For the sake of a wide range of people, please refer to = in the creation of this book. The first picture shows a kind of 4:1, the third a picture and the third picture 3 where the connector: 'the second picture shows the type The power supply intention is created; the stereoscopic diagram of the electronic device assembled with the socket in the third A picture shows the enlarged view of the circle A of the first stomach, the second non-first graph; the third circle of the third graph Enlargement of B M423382 » * The plug 10 and socket 20 of the present power connector are applied to a notebook casing 30 or other electrical equipment, wherein the socket 20 is disposed at the end of the notebook casing 30 Or other electrical equipment. As shown in the first figure, the notebook computer housing 30 has a top seat 31, a circuit board 32 and a lower seat 33. The circuit board 32 is provided with a recess 34 on one side for the socket 20 to be embedded. The seat 33 is also provided with a hole 35 on the same side to accommodate the socket 20 correspondingly. Wherein the plug 10 has a ferromagnetic element (the component number is as described in detail below), and the socket 20 has a magnetic element (the component number is as described in detail below) by mutual mutual attraction of the ferromagnetic element and the magnetic element. The plug 10 is magnetically connected to the socket 20 for the purpose of supplying power. Continuing with the second figure, the notebook housing 30 has a first side 36 and a second side 37 that is perpendicular to the first side 36. The first side 36 is smaller than the second side 37. Shortly, the socket 20 is disposed on the first side 36, and the plug 10 extends with a cable 60. When the plug 10 is inserted into the socket 20, the cable 60 of the plug 10 is substantially associated with the notebook computer. The first side edges 36 of the outer casing 30 can be substantially parallel for aesthetic purposes. The fourth A diagram and the fourth B diagram respectively show an exploded perspective view and a perspective combination diagram of the plug of the present power connector. In the first embodiment, the plug 10 of the present power connector includes: an insulative housing 11 having a plurality of through slots 12 arranged in parallel; a power terminal 13 and a ground terminal 14 are received side by side in parallel An insulative housing 11 is inserted into the slot 12; an elastic contact member 15 is received in the through slot 12 of the insulative housing 11 and located between the power terminal 13 and the ground terminal 14; a ferromagnetic element 16, It is connected to the front side of the insulative housing 11 and has an opening 17; 7 and the plug housing 18' are disposed on the rear side of the insulative housing 11 and the housing has a receiving space 19 for the plug housing 18 The power supply terminal 13 , the ground terminal 14 , the elastic contact 15 and the ferromagnetic element 16 are accommodated. It is worth mentioning that the opening 17 of the ferromagnetic element 16 has a semicircular arc shape on one side, so that when the socket 2 is inserted. When there is a correct directionality, the front side of the insulating housing 11 has a protruding portion 111, and the outer contour of the protruding portion 1U corresponds to the opening 17 of the ferromagnetic member 16 for receiving the iron. Inside the opening 17 of the magnetic element 16. Fig. 5A and Fig. 5B respectively show an exploded perspective view and a perspective combination view of a socket of the present power connector. In the second embodiment, the socket 20 of the present power supply connector comprises: an insulating housing 21 having a plurality of parallel-arranged through slots 22; a power terminal 23 and a grounding terminal 24, which are arranged side by side in parallel a detecting terminal 25 is received in the through slot 22 of the insulating housing 21 and located between the power terminal 23 and the grounding terminal 24; a magnetic member 26, An opening 27 is provided to receive the insulating housing 21, the power terminal 23, the grounding terminal 24 and the detecting terminal 25; and a socket housing 28' has an accommodating space 29 for covering the insulating The housing 2 includes the power terminal 23, the ground terminal 24, the detecting terminal 25 and the magnetic element 26. It is worth mentioning that the opening 27 of the magnetic component 26 has a semicircular arc shape on one side, so that when the plug 1〇 is inserted into the socket 2, it has the correct directivity. Used for location. The outer shape of the insulative housing 21 corresponds to the opening 27 of the ferromagnetic member 26 for receiving in the opening 27 of the magnetic member 26. M423382 Please refer to the third A and third b diagrams, ▲ 26 abuts against the inner wall of the lower seat 33, and θ '礒 magnetic element of the socket 20 the power terminal 23, the ground terminal 2 = the seat 2 () The edge casing 21 and the hole 35 are exposed to the outside. When the plug ι and the == terminal 25 are magnetically connected to the base 20 via the hole member 16, the ferromagnetic member 13 and the ground terminal 14 are respectively connected to the plug;电源The power terminal 24 is in contact with each other, and the plug 1 〇 power terminal 23, ground
插座20之偵測端子25相 彈j1觸件15也會與該 低該筆記型電腦外殼體3==匕的配置，係效降 品輕薄短小的設計。κ厚）度’以符合現今電器產The detection terminal 25 of the socket 20 is also designed to be thinner and shorter than the low-profile configuration of the notebook housing 3==匕. κ thick) degrees to meet current electrical products
π第六A圖與第六b圖係分別顯示一種本創作電源連接 益之插頭之立體分解圖與立體組合圖。在此第三實施例 中二本創作電源連接器之插頭4〇包含：一絕緣殼體41，具 有複數個平行排列的貫穿槽42; 一個電源端子43與二個接 地端子44，平行並排地收容於該絕緣殼體41之貫穿槽42 内’其中該電源端子43係位於該接地端子44中間；二個 彈性觸件45，平行並排地收容於該絕緣殼體41之貫穿槽 42内，且分別位於該電源端子43與該接地端子44之間， 較佳地，也可以只有一個彈性觸件45 ; —鐵磁性元件46， 連接於該絕緣殼體41前側且具有一開孔47;以及一插頭殼 體48，設於該絕緣殼體41後側且具有一容置空間49，該 插頭殼體48之容置空間49容置該絕緣殼體41、該電源^ 子43、該接地端子44、該彈性觸件45與該鐵磁性元件46。 第七A圖與第七B圖係分別顯示一種本創作電源連接 9 器之插座之立體分解圖與立體組合圖。在此第四實施例 中，本創作電源連捿器之插座5〇包含：一絕緣殼體51，具 有複數個平行排列的貫穿槽52; 一個電源端子53與二個接 地端子54，平行並排地收容於該絕緣殼體51之貫穿槽52 内’其中該電源端子53係位於該接地端子54中間；二個 偵測端子55’平行並排地收容於該絕緣殼體η之貫穿槽 52内’且分別位於該電源端子53與該接地端子54之間， 較佳地，也可以只有一個偵測端子55 ; 一磁性元件56，具 有二開孔57以容置該絕緣殼體51、該電源端子53、該棲 ，端子54與該偵測端子55 ;以及一插座殻體58，具有一 广置空間59以包覆容置該絕緣殼體51、該電源端子53、 °亥接$端子54、該偵測端子55與該磁性元件56。 ，參閱第人A圖，係顯示—種本創作電源連接器之插 2 電子裝置外殼體之立體分解示意圖，第八B圖 播電源連；器之插頭與第八A圖中組裝有 子裝置之立體不意圖。其中該第一側邊36被切除 ^ 該筆記型電腦外殼體3〇的詳細完整圖式可配合參 板盘筆記型電腦外殼體30具有一上座31、一電路 以供兮访下座33，該電路板32於—側邊設有一凹部341 孔洞^座5〇嵌入，而該下座％之第二側邊37亦設有一 電腦以相應容置該插座5〇。該插座50係設於該筆記型 70腦:卜=3〇之第二側邊37,而該插頭觀伸 概C 4〇插接於該插座50時，該插頭之纜線70 以達32電腦外殼體3〇之第二側邊37可大致垂直， M423382 令奸之磁性元件56抵靠於該下座33之内壁，且 Γ4 = 殼體5卜該電源端子53、該接地端子 40盘經由該孔洞351而突露於外。當該插頭 連接、ail藉由該鐵磁性元件46、該磁性元件56磁性 , 〇Λ頭40之電源端子43、接地端子44分別盥該 端子53、接地端子54相互接觸，= = 觸件45也會與該插座50之铺測端子55相互 ’便會開始供給電源。由於該插座50與該插頭 4 0如此的配置’係可有效降低該筆記型體、° (厚）度，以符合現今電器產品輕薄短小的設計。又體3〇的问 —本創作之優點在於：插座之磁性元件係與相對應的插 頭之鐵磁性元件ga ’藉由磁吸仙使插座與插頭ς性連 接。再者，由於電源端子與接地端子之面積增大的關係， 使得其可耐大電流，以達供給電源之效，並且減少電源供 給時瞬間中斷的風險。另外由於該插座係設於該筆記型電 腦外殼體之下座的孔洞上，可有效降低筆記型電腦外殼體 的高（厚）度，以符合現今電器產品主流體積漸小的設計。 在詳細說明本創作的較佳實施例之後，熟悉該項技術 人士可清楚的瞭解，在不脫離下述申請專利範圍與精神下 可進行各種變化與改變，且本創作亦不受限於說明書中所 舉實施例的實施方式。 M423382 【圖式簡單說明】 第一圖係顯示一種本創作電源連接器之插座應用於一 電子裝置外殼體之立體分解示意圖。 第二圖係顯示一種本創作電源連接器之插頭與第一圖 中組裝有插座之電子裝置之立體示意圖。 第三A圖係顯示第一圖之圓圈A之放大圖。 第三B圖係顯示第二圖之圓圈B之放大圖。 第四A圖係顯示一種本創作電源連接器之插頭之立體 分解圖。 第四B圖係顯示一種本創作電源連接器之插頭之立體 組合圖。 第五A圖係顯示一種本創作電源連接器之插座之立體 分解圖。 第五B圖係顯示一種本創作電源連接器之插座之立體 組合圖。 第六A圖係顯示一種本創作電源連接器之插頭之立體 分解圖。 第六B圖係顯示一種本創作電源連接器之插頭之立體 組合圖。 第七A圖係顯示一種本創作電源連接器之插座之立體 分解圖。 第七B圖係顯示一種本創作電源連接器之插座之立體 組合圖。 第八A圖係顯示一種本創作電源連接器之插座應用於 一電子裝置外殼體之立體分解示意圖。 12 M423382 • a 第八B圖係顯示一種本創作電源連接器之插頭與第八 A圖中組裝有插座之電子裝置之立體示意圖。 【主要元件符號說明】 10、 40插頭 11、 41絕緣殼體 12、 42貫穿槽 13、 43電源端子 14、 44接地端子 15、 45彈性觸件 16、 46鐵磁性元件 17、 47開孔 18、 48插頭殼體 19、 49容置空間 111、411突出部 20、 50插座 21、 51絕緣殼體 22、 52貫穿槽 23、 53電源端子 24、 54接地端子 25、 55偵測端子 26、 56磁性元件 27、 57開孔 28、 58插座殼體 29、 59容置空間 13 M423382 30筆記型電腦外殼體 31上座 32電路板 33下座 34、 341凹部 35、 351孔洞 36第一側邊 37第二側邊 60、70纜線π The sixth A picture and the sixth b picture respectively show an exploded view and a stereo combination diagram of the plug of the present power supply connection. In the third embodiment, the plug 4〇 of the two creative power connector comprises: an insulating housing 41 having a plurality of parallel-arranged through slots 42; a power terminal 43 and two grounding terminals 44 are arranged side by side in parallel In the through-groove 42 of the insulative housing 41, the power terminal 43 is located in the middle of the grounding terminal 44; the two elastic contacts 45 are received in parallel in the through-groove 42 of the insulative housing 41, and respectively Located between the power terminal 43 and the ground terminal 44, preferably, there may be only one elastic contact member 45; a ferromagnetic member 46 connected to the front side of the insulating housing 41 and having an opening 47; and a plug The housing 48 is disposed on the rear side of the insulative housing 41 and has an accommodating space 49. The accommodating space 49 of the plug housing 48 accommodates the insulating housing 41, the power supply 43, the grounding terminal 44, The elastic contact 45 and the ferromagnetic element 46. Fig. 7A and Fig. 7B respectively show an exploded perspective view and a perspective combination view of a socket of the present invention. In this fourth embodiment, the socket 5〇 of the present power supply porter includes: an insulating housing 51 having a plurality of parallel-arranged through slots 52; a power terminal 53 and two grounding terminals 54, parallel side by side The power supply terminal 53 is located in the middle of the grounding terminal 54; the two detecting terminals 55' are parallel and side by side received in the through slot 52 of the insulating housing n' Between the power terminal 53 and the ground terminal 54, respectively, preferably only one detecting terminal 55; a magnetic element 56 having two openings 57 for accommodating the insulating housing 51 and the power terminal 53 The terminal 54 and the detecting terminal 55; and a socket housing 58 have a wide space 59 for covering the insulating housing 51, the power terminal 53, and the terminal 54. The terminal 55 is detected with the magnetic element 56. Refer to the figure A of the person, which is a three-dimensional exploded view of the outer casing of the electronic device connector of the present invention, the eighth B picture power supply; the plug of the device and the sub-device assembled in the eighth picture A Stereo is not intended. The first side edge 36 is cut off. The detailed complete drawing of the notebook computer case body 3 can be matched with the reference plate. The computer case body 30 has a top seat 31 and a circuit for visiting the lower seat 33. The circuit board 32 is provided with a recess 341 at the side and a hole 5 is embedded, and the second side 37 of the lower seat is also provided with a computer for accommodating the socket 5 相应. The socket 50 is disposed on the second side 37 of the notebook 70: b = 3, and the plug cable 70 is up to 32 when the plug is inserted into the socket 50 The second side 37 of the outer casing 3 can be substantially perpendicular, the magnetic element 56 of the M423382 abuts against the inner wall of the lower seat 33, and Γ4 = the housing 5, the power terminal 53, and the ground terminal 40 The hole 351 is exposed to the outside. When the plug is connected, the ail is magnetic by the ferromagnetic element 46 and the magnetic element 56, the power terminal 43 and the ground terminal 44 of the head 40 are respectively in contact with the terminal 53 and the ground terminal 54, and the contact member 45 is also The power supply will start to be supplied to the terminal 55 of the socket 50. Since the socket 50 and the plug 40 are so configured, the notebook body and the thickness can be effectively reduced to meet the light and short design of today's electrical products. Further, the advantage of this creation is that the magnetic component of the socket and the corresponding ferromagnetic component ga' of the plug are connected to the plug by magnetic attraction. Furthermore, due to the increased area of the power supply terminal and the ground terminal, it is resistant to large currents to achieve power supply efficiency and reduce the risk of momentary interruption in power supply. In addition, since the socket is disposed on a hole in the lower seat of the notebook type outer casing, the height (thickness) of the outer casing of the notebook computer can be effectively reduced to conform to the design of the mainstream of the current electrical products. After a detailed description of the preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of Embodiments of the illustrated embodiments. M423382 [Simple Description of the Drawings] The first figure shows a perspective exploded view of a socket of the present power connector applied to an outer casing of an electronic device. The second figure shows a perspective view of a plug of the present power connector and an electronic device in which the socket is assembled in the first figure. The third A diagram shows an enlarged view of the circle A of the first figure. The third B diagram shows an enlarged view of the circle B of the second figure. Figure 4A shows a perspective exploded view of the plug of the present power connector. Figure 4B shows a three-dimensional combination of the plugs of the present power connector. Figure 5A shows a perspective exploded view of a socket of the present power connector. Figure 5B shows a three-dimensional combination of the sockets of the present power connector. Figure 6A shows a perspective exploded view of the plug of the present power connector. Figure 6B shows a three-dimensional combination of the plugs of the present power connector. Figure 7A shows a perspective exploded view of a socket of the present power connector. Figure 7B shows a three-dimensional combination of the sockets of the present power connector. Figure 8A shows a perspective exploded view of a socket of the present power connector applied to an outer casing of an electronic device. 12 M423382 • a Figure 8B shows a perspective view of the plug of the present power connector and the electronic device with the socket assembled in Figure 8A. [Description of main component symbols] 10, 40 plugs 11, 41 insulating housings 12, 42 through slots 13, 43 power terminals 14, 44 grounding terminals 15, 45 elastic contacts 16, 46 ferromagnetic elements 17, 47 openings 18, 48 plug housing 19, 49 accommodating space 111, 411 protruding portion 20, 50 socket 21, 51 insulating housing 22, 52 through slot 23, 53 power terminal 24, 54 ground terminal 25, 55 detecting terminal 26, 56 magnetic Component 27, 57 opening 28, 58 socket housing 29, 59 housing space 13 M423382 30 notebook computer housing 31 upper housing 32 circuit board 33 lower seat 34, 341 recess 35, 351 hole 36 first side 37 second Side 60, 70 cable