M415337 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係關於一種電源供應器及其輸出模組，特別是指 一種藉由輸出模組的改良以提升電力傳輸效率的電源供 應器。 【先前技術】 [0002] 電源供應器為用以提供多個輸出電力，其係在一殼體内 設置一電路板以及一輸出模組，所述輸出模組包括設置 於殼體後方的電力輸出板以及電性連接於該電力輸出板 與電路板之間的延伸線材（俗稱飛線），藉由延伸線材 以將電路板的電力延伸到電力輸出板，最後再從電力輸 出板輸出多個輸出電力。惟延伸線材在製造過程中均為 計算好後再一次叫貨，因此一旦計算有誤或線材受損， 屆時即會有部分線材必須報銷，形成浪費，再者，延伸 線材本身在傳輸電力上除了會有廢熱問題之外，亦屬於 阻抗的一種而必然會降低電源供應器的電力傳輸效率。 [0003] 在目前已公開的技術中，已有前案試圖解決上述問題， 如台灣發明專利公開號第20 1 033790號「電源供應器的 輸出架構」，其内容揭露利用多數導電元件22與多數 連接元件1 3的對應插接，以使轉換電路板1的電力能 經由導電元件2 2和連接元件1 3而傳輸到電力延伸板 2 1。由於利用導電元件2 2和連接元件1 3來取代延 伸線材，因而縮短電力傳輸距離，解決電力傳輸效率問 題以及廢熱問題，也同時解決因使用延伸線材所衍生的 成本問題，惟卻仍有以下缺失有待加以克服： 表單編號A0101 第3頁/共20頁 M415337 [0004] 1、無論是導電元件22或連接元件1 3，由於均係以 其側邊電性連接於電力延伸板2 1或轉換電路板1，所 述元件乃均僅以*\線接觸』方式傳輸電力，因此在傳輸 效率上仍舊偏低。 [0005] 2、如上述，亦因為僅為『線接觸』，而使電力延伸板 21與轉換電路板1之間的結合強度偏低。 [0006] 3、導電元件2 2雖能彎折成L形而讓電力延伸板2 1垂 設於轉換電路板1，惟其導電元件2 2在被固定前的定 位效果不佳，在製造過程中乃必須先扶著導電元件2 2 才能進行固定，顯見確有不便。 [0007] 4、電力延伸板2 1仍須連接多數輸出線材3 2，以將 電力藉由連接端3 1輸出，整偭電源供應器在包裝上或 載運上，乃均會因為一長串的輸出線材3 2而形成累贅 ，且使用者亦不一定有如此多的裝置，因此，未使用到 的輸出線材3 2除了浪費之外，亦有佔用空間以及阻礙 散熱氣流流動的缺失。 [0008] 有鑑於此，本創作人係為改善並解決上述之缺失，乃潛 心研究並配合學理之運用，終於提出一種設計合理且有 效改善上述缺失的本創作。 【新型内容】 [0009] 本創作的目的之一在於提供一種電源供應器及其輸出模 組，藉由導電端子的導接平面與電力輸出板的承接平面 之間係為彼此平貼的面接觸，以使電力傳輸時的接觸面 積大增，從而具有較高的電力傳輸效率。 表單編號A0101 第4頁/共20頁 [0010] 本創作的目的之二在於提供一種電源供應器及其輸出模 組，藉由導電端子係為一類似U形的結構體，以能利用 兩側壁來提升電力輸出板、導電端子和電路板之間的結 構強度，且所述兩侧板亦能同時加大電力傳輸面積，相 應提升電力傳輸效率。 [0011] 本創作的目的之三在於提供一種電源供應器及其輸出模 組，藉由導電端子的兩第一插接腳係具有彈性開闔的裕 度，以能穩固定位於第一插孔内，進而在焊接時具有免 去手扶的方便性。 [0012] 本創作的目的之四在於提供一種電源供應器及其輸出模 組，藉由輸出埠係設置並電性連接於電力輸出板，因此 ，整個電源供應器就只有輸出埠而沒有累贅的輸出線材 ，從而利於包裝或載運；其次則還能讓使用者依據自身 的需求而對所選的輸出埠插接對應連接線，未使用的輸 出埠則不插接，達到不佔空間、以及不會阻礙散熱氣流 流動的功效。 [0013] 為達上述目的，本創作係提供一種電源供應器之輸出模 組，該電源供應器之殼體内係具有一電路板，該輸出模 組則包含：一電力輸出板以及一對導電端子。其中，該 電力輸出板係垂直設置於所述電路板，且該電力輸出板 具有一對承接平面；該對導電端子係電性連接於該電力 輸出板與所述電路板之間，且每一該導電端子係具有與 該承接平面貼接的一導接平面。 [0014] 藉此，以使導電端子的導接平面與電力輸出板的承接平 面之間係為彼此平貼的『面接觸』，使電力傳輸時的接 表單编號A0101 第5頁/共20頁 M415337 觸面積大增，從而具有較高的電力傳輸效率。 [0015] 為達上述目的，本創作係還提供一種電源供應器，包含 :一殼體、一電路板以及一輸出模組。其中，該殼體係 具有一後側；該電路板係具有一對固定部；該輸出模組 則包括有一電力輸出板，該電力輸出板係垂直設置於所 述電路板，該電力輸出板係對應於該殼體的後側，且該 電力輸出板具有一對承接平面；以及，一對導電端子， 該對導電端子係電性連接於該電力輸出板與所述電路板 之間，每一該導電端子係具有與該承接平面貼接的一導 接平面，且該對導電端子係分別固定於所述電路板的該 對固定部。 【實施方式】 [0016] 有關本創作之詳細說明及技術内容，配合圖式說明如下 ，然而所附圖式僅提供參考與說明用，並非用來對本創 作加以限制者。 [0017] 請參閱第一圖、第二圖和第三圖所示，本創作係提供一 種電源供應器之輸出模組，電源供應器1 0 0 (整體外 觀示於第六圖）係具有一電路板2，該輸出模組則包含 :一電力輸出板3以及至少一對導電端子4，該對導電 端子4係分別連接正電極和負電極。關於導電端子4， 經創作人實驗而得：以四對（八個）導電端子4所產生 的電力傳輸效率最佳，如圖所示者即為四對（八個）導 電端子4，每一對導電端子4係分別連接正電極和負電 極。 [0018] 該電力輸出板3係具有四對（每對兩個，合計八個）承 表單编號A0101 第6頁/共20頁 接平面31，且各該承接平面31係與f力輸出板3電 性相通。各科電端子4係具有-本體4丨以及自該本 體4 1兩側邊同向延伸而出的兩側壁4 2 ,本體4工則 具有與該承接平面3 1貼接的-導接平面4 i 〇，本體 4 1下緣係凸伸有一對第一插接腳4 1 1，各該側壁4 2的下緣係凸伸有一第二插接腳4 2 1。 _]所述的電路板2係具有四對（每對兩個，合計八個）固 定部21，且各該固定部21係與電路板2電性相通， 各該固定部2 1係、具有-第-插孔2 i丄和兩第二插孔 2 12° 圆各科f端子4的-料—插㈣411餘接於各該 固疋。P 2 1的第一插孔2 1 1内，該兩第二插接腳42 1則勿別插接於各該固定部2 1的兩第二插孔2 1 2内 ，使各該導電端子4分別定位於電路板2的各該固定部 2 1 ;此外，導電端子4的兩第一插接腳4丄丄係具有 彈性開闔的裕度，以使兩第一插接腳4 1 1能夠彈性標 持於固定部21的第一插孔21(如第五圖所示） ，達到穩固定位的功效，從而在製造過程中根本無須以 手扶著導電端子4，就能進行焊接固定，也就是能將導 電端子4的第一、二插接腳4 1 1、4 2 1焊接固定於 電路板2的固定部2 1，其方便性顯然優於先前技術。 [0021]各該導電端子4的導接平面4 1 〇係以平貼方式貼接於 該電力輸出板3的各該承接平面3 1上，以使導電端子 4均以『面接觸』方式電性接觸於電力輸出板3的承接 平面31而傳輸電力，電力傳輸時的接觸面積大增，因 表單編號A0101 第7頁/共20頁 [0022]M415337 此在傳輸效率上乃確然高於先前技術。 由於各該導電端子4係包括本體4 i以及自該本體兩側 邊同向延伸的兩側壁4 2，以使導電端子4形成類似！； 形的結構體，再加上各該導電端子4的本體4工係藉由 第一插接腳411而插接於各該固定部21的第一插孔 2 1 1内，且各該導電端子4的兩側壁4 2亦均藉由第 二插接腳4 1 2而插接於各該固定部2 1的第二插孔2 1 2内（如第四圖所示），所以當導電端子4受到向前 的外力時，係能藉由該對側壁4 2而予以支撐住，當導 電端子4受到向後的外力時，亦能藉由該對侧壁4 2而 予以拉住，從而提升電力輸出板3'導電端子4和電路 板2之間的結構強度，克服先前技街結構強度不佳的問 題；其t，各該導電端子4的導接平面4丄〇與電力輸 出板3的各該承接平面3 1之間，係能以任何可行的方 式予以固定，例如焊接，較佳者則如第一、二圖所示， 各該導電端子4的本體41(本體具有導接平面41〇 )係還具有一螺孔4 1 2，所述電力輸出板3的各該承 接平面3 1係具有與該螺孔4 1 2相對應的通孔3 1 1 ，以分別利用一螺接元件4 3螺接於各該導電端子4的 螺孔4 1 2與各該承接平面3 1的通孔3 1 1之間，從 而達到穩固的固定功效，進而讓導接平面4丄〇與承接 平面3 1之間穩固地保持在彼此平貼的r面接觸』狀態 〇 請參間第一圖所示，藉由導電端子4係垂向插接於電路 板2上，且導電端子4的導接平面4 1 〇係以平貼固定 表單编號A0101 第8頁/共20頁 [0023] M415337 • . 的方式貼接於電力輸出板3的承接平面3 1上，以使電 力輸出板3垂直於電路板2。 闺請參閱第-、二圖所示，電路板2的各對固定部2丄係 分別導通正電極和負電極（未標示元件符號），而與該 些固定部2 1電性連接的各對導電端子4乃分別將正、 負電極予以延伸輸出至電力輸出板3，使各對承接平面 3 1的其中之一係電性相通於電力輸出板3的正電極（ 未標示元件符號），各對承接平面31的其中另一則電 性相通於電力輸出板3的負電極（未標示元件符號）。 _]請參閱第―、二、六圖所示，本創作電源供應器之輸出 模組係可進一步包含多數輸出埠5,各該輸出璋5係設 置並電性連接於電力輸出板3的外側面（如第六圖所示 ，未標示元件符號），所述承接平面31則設置於電力 輸出板3的内側面。 [0026] 藉由上述構造之組成，即可得到本創作之輸出模組。 [0027] 據此’請參閱第六圖所示，本創作之輸出模組係可安裝 於電源供應器1 〇 〇之殼體1内，殼體1係具有一後侧 1· 1 ’且電源供應器1 0 0的電路板2係設置於殼體1 的内底面（未標示元件符號），藉由電力輸出板3係垂 直於電路板2 ’以使電力輸出板3剛好位於殼體1的後 側1 1 ’而設置於電力輸出板3之外側面的該些輸出埠 5則露出於該後側1 1的開口部1 1 1，以利於使用者 在進行安裝時能以多數對應連接線（圖未示）來對應插 接於該些輸出埠5，從而將電源供應器1 0 0的電力輸 出給圖未示的硬碟裝置或光碟裝置等》換言之，整個電 表單編號_ι 第9頁/共20頁 M415337 源供應器1 Ο 0在安裝之前係只有輸出埠5而沒有累贅 的輸出線材，確利於包裝或載運；再者，使用者係可依 據自身的需求而將圖未示的對應連接線予以對應插接於 所選的輸出埠5，未使用到的輸出埠5則無需插接對應 連接線，從而除了不致於浪費之外，亦不會佔用空間， 進而具有不會阻礙散熱氣流流動的功效。 [0028] 因此，本創作電源供應器及其輸出模組，藉由導電端子 4的導接平面4 10與電力輸出板3的承接平面3 1之 間係為彼此平貼的『面接觸』，使電力傳輸時的接觸面 積大增，因此具有較高的電力傳輸效率。藉由導電端子 4係為一類似U形的結構體，以能利用兩側壁4 2來提 升電力輸出板3、導電端子4和電路板2之間的結構強 度，且藉由該兩侧板4 2亦能加大電力傳輸面積，而相 應提升電力傳輸效率。藉由導電端子4的兩第一插接腳 4 1 1係具有彈性開闔的裕度，以能穩固定位於第一插 孔2 1 1内，從而在焊接時具有免去手扶的方便性。藉 由輸出埠5係設置並電性連接於電力輸出板3，以使整 個電源供應器1 0 0只有輸出埠5而沒有累贅的輸出線 材，從而利於包裝或載運；再者，使用者係可依據自身 的需求而對所選的輸出埠5插接對應連接線，未使用的 輸出埠5則不插接，從而達到不佔空間、以及不會阻礙 散熱氣流流動的功效。 [0029] 综上所述，本創作之電源供應器及其輸出模組，確可達 到預期之使用目的，而解決習知之缺失，又因極具新穎 性及進步性，完全符合新型專利申請要件，爰依專利法 表單編號Α0101 第10頁/共20頁 M415337 提出申請，敬請詳查並賜准本案專利，以保障發明人之 權利。 【圖式簡單說明】 [0030] 第一圖為本創作設置於殼體内之結構的立體圖。 [0031] 第二圖為本創作依據第一圖的立體分解圖。 [0032] 第三圖為本創作依據第二圖的局部放大示意圖，顯示導 電端子與固定部之間的狀態。 [0033] 第四圖為本創作依據第二圖於導電端子組合於固定部後 的局部剖面側視圖。 [0034] 第五圖為本創作依據第二圖於導電端子組合於固定部後 的局部剖面後視圖。 [0035] 第六圖為本創作之電源供應器的立體示意圖。 【主要元件符號說明】 [0036] 1〇〇電源供應器 1 殼體 11 後側 111開口部 2 電路板 2 1 固定部 211第一插孔 2 1 2第二插孔 3 電力輸出板 31 承接平面 3 1 1通孔 表單編號A0101 第11頁/共20頁 M415337 4 導電端子 4 1 本體 4 1 0導接平面 411第一插接腳 4 1 2螺孔 4 2 側壁 4 2 1第二插接腳 43 螺接元件 5 輸出埠 表單編號A0101 第12頁/共20頁M415337 V. New Description: [New Technology Field] [0001] This paper is about a power supply and its output module, especially a power supply that improves the power transmission efficiency by improving the output module. . [Previous Technology] [0002] A power supply device is configured to provide a plurality of output powers, and a circuit board and an output module are disposed in a casing, and the output module includes an electric power output disposed at a rear of the casing a board and an extended wire (commonly known as a flying wire) electrically connected between the power output board and the circuit board, extending the wire to extend the power of the circuit board to the power output board, and finally outputting the plurality of outputs from the power output board electric power. However, the extension wire is calculated once again in the manufacturing process, so once the calculation is wrong or the wire is damaged, some wires must be reimbursed, resulting in waste. Moreover, the extension wire itself is in addition to the transmission power. In addition to the waste heat problem, it is also a kind of impedance and will inevitably reduce the power transmission efficiency of the power supply. [0003] Among the currently disclosed technologies, there have been attempts to solve the above problems, such as Taiwan Invention Patent Publication No. 20 1 033790 "Output Structure of Power Supply", which discloses the use of most conductive elements 22 and majority The corresponding plug of the connecting element 13 is such that the power of the conversion circuit board 1 can be transmitted to the power extension board 21 via the conductive element 22 and the connecting element 13. Since the conductive member 22 and the connecting member 13 are used instead of the extension wire, the power transmission distance is shortened, the power transmission efficiency problem and the waste heat problem are solved, and the cost problem arising from the use of the extension wire is also solved, but the following defects are still present. To be overcome: Form No. A0101 Page 3 of 20 M415337 [0004] 1. Whether the conductive element 22 or the connecting element 13 is electrically connected to the power extension board 21 or the conversion circuit by its side In the board 1, the components transmit power only in the manner of *\line contact, and thus the transmission efficiency is still low. [0005] 2. As described above, the bonding strength between the power extension board 21 and the conversion circuit board 1 is also low because it is only "line contact". [0006] 3, the conductive element 2 2 can be bent into an L shape and the power extension plate 2 1 is placed on the conversion circuit board 1, but the positioning of the conductive element 2 2 before being fixed is not good, in the manufacturing process It is necessary to hold the conductive element 2 2 first to fix it, which is obviously inconvenient. [0007] 4, the power extension board 2 1 still has to connect a majority of the output wire 3 2, in order to output power through the connection end 3 1 , the entire power supply on the package or carried, will be because of a long list The output wire 3 2 is cumbersome, and the user does not necessarily have so many devices. Therefore, the unused output wire 3 2 not only wastes, but also has a space and hinders the loss of the flow of the heat-dissipating air. [0008] In view of this, the creator is trying to improve and solve the above-mentioned shortcomings, and is concentrating on research and using the application of the theory, and finally proposes a creation that is reasonable in design and effective in improving the above-mentioned defects. [New content] [0009] One of the purposes of the present invention is to provide a power supply and an output module thereof, which are in planar contact with each other by a plane between a conductive terminal and a receiving plane of a power output board. In order to increase the contact area when power is transmitted, thereby having high power transmission efficiency. Form No. A0101 Page 4 of 20 [0010] The second objective of the present invention is to provide a power supply and an output module thereof, wherein the conductive terminal is a U-shaped structure to utilize the two side walls. To improve the structural strength between the power output board, the conductive terminal and the circuit board, and the two side boards can simultaneously increase the power transmission area and correspondingly improve the power transmission efficiency. [0011] The third objective of the present invention is to provide a power supply and an output module thereof, wherein the two first pins of the conductive terminal have a margin of elastic opening, so as to be stably located at the first jack. Inside, and further, it has the convenience of eliminating the hand when welding. [0012] The fourth purpose of the present invention is to provide a power supply and an output module thereof, which are arranged and electrically connected to the power output board by the output system, so that the entire power supply has only output and is not cumbersome. The wire is output, which is convenient for packaging or carrying; secondly, the user can plug the corresponding output cable to the selected output cable according to his own needs, and the unused output port is not plugged in, which does not occupy space, and does not It will hinder the flow of the cooling airflow. [0013] In order to achieve the above objective, the present invention provides an output module of a power supply, the power supply has a circuit board inside the housing, and the output module comprises: a power output board and a pair of conductive Terminal. The power output board is vertically disposed on the circuit board, and the power output board has a pair of receiving planes; the pair of conductive terminals are electrically connected between the power output board and the circuit board, and each The conductive terminal has a guiding plane that is attached to the receiving plane. [0014] Thereby, the "surface contact" between the guiding plane of the conductive terminal and the receiving plane of the power output board is flat, so that the connection form number A0101 of the power transmission is 5/20 Page M415337 has a large contact area, which results in higher power transmission efficiency. [0015] In order to achieve the above object, the present invention also provides a power supply, comprising: a casing, a circuit board and an output module. The circuit board has a rear side; the circuit board has a pair of fixing portions; the output module includes a power output board, the power output board is vertically disposed on the circuit board, and the power output board corresponds to On the rear side of the housing, the power output board has a pair of receiving planes; and a pair of conductive terminals electrically connected between the power output board and the circuit board, each of the The conductive terminal has a guiding plane attached to the receiving plane, and the pair of conductive terminals are respectively fixed to the pair of fixing portions of the circuit board. DETAILED DESCRIPTION OF THE INVENTION [0016] The detailed description and technical content of the present invention are described below with reference to the drawings, but the drawings are only for reference and description, and are not intended to limit the present invention. [0017] Referring to the first, second and third figures, the present invention provides an output module of a power supply, and the power supply 100 (the overall appearance is shown in the sixth figure) has a The circuit board 2 includes an electric power output board 3 and at least one pair of conductive terminals 4 connected to the positive electrode and the negative electrode, respectively. With regard to the conductive terminals 4, it has been experimentally exemplified that the power transmission efficiency produced by the four pairs (eight) of the conductive terminals 4 is optimal, as shown in the figure, four pairs (eight) of conductive terminals 4, each of which The positive electrode and the negative electrode are connected to the conductive terminal 4, respectively. [0018] The power output panel 3 has four pairs (two for each pair, a total of eight), a form number A0101, a sixth page, a total of 20 pages, and a plane output 31, and each of the receiving planes 31 and the f-force output board 3 electrical communication. Each of the electrical terminals 4 has a body 4 丨 and two side walls 4 2 extending from opposite sides of the body 4 1 , and the body 4 has a guiding plane 4 attached to the receiving plane 31 i 〇 〇 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The circuit board 2 has four pairs (two in each pair, a total of eight) fixing portions 21, and each of the fixing portions 21 is electrically connected to the circuit board 2, and each of the fixing portions 21 has - the first jack 2 i 丄 and the second jack 2 12 ° round each branch f terminal 4 - material - plug (four) 411 is connected to each of the solid. In the first jack 2 1 1 of the P 2 1 , the two second pins 42 1 are not inserted into the two second jacks 2 1 2 of the fixing portions 21 to make the conductive terminals 4 is respectively positioned on each of the fixing portions 2 1 of the circuit board 2; further, the two first pins 4 of the conductive terminals 4 have a margin of elastic opening so that the two first pins 4 1 1 The first insertion hole 21 (shown in FIG. 5 ) can be elastically supported on the fixing portion 21 to achieve a stable fixing position, so that the welding terminal can be fixed without holding the conductive terminal 4 by hand during the manufacturing process. That is, the first and second pins 4 1 1 and 4 2 1 of the conductive terminal 4 can be soldered and fixed to the fixing portion 2 1 of the circuit board 2, and the convenience is obviously superior to the prior art. [0021] The conductive planes 4 1 of the conductive terminals 4 are attached to the receiving planes 31 of the power output board 3 in a flat manner, so that the conductive terminals 4 are electrically connected in a "face contact" manner. Contact with the receiving plane 31 of the power output board 3 to transmit power, and the contact area during power transmission is greatly increased, because the form number A0101 page 7 / 20 pages [0022] M415337 is indeed higher than the previous transmission efficiency. technology. Since each of the conductive terminals 4 includes a body 4 i and two side walls 42 extending in the same direction from both sides of the body, the conductive terminals 4 are similarly formed! The structure of the body, and the main body 4 of each of the conductive terminals 4 are inserted into the first insertion holes 21 of each of the fixing portions 21 by the first insertion pins 411, and each of the conductive portions The two side walls 4 2 of the terminal 4 are also inserted into the second insertion holes 2 1 2 of the fixing portions 21 by the second insertion pins 4 1 2 (as shown in the fourth figure), so when conducting When the terminal 4 receives a forward external force, it can be supported by the pair of side walls 42. When the conductive terminal 4 receives a rearward external force, it can also be pulled by the pair of side walls 42 to lift The structural strength between the power output board 3' conductive terminal 4 and the circuit board 2 overcomes the problem of poor strength of the prior art street structure; t, the guiding plane 4 of each of the conductive terminals 4 and the power output board 3 Between each of the receiving planes 3 1 , it can be fixed in any feasible manner, for example, welding, preferably as shown in the first and second figures, the body 41 of each of the conductive terminals 4 (the body has a guiding plane 41) The 〇) system further has a screw hole 4 1 2, and each of the receiving planes 31 of the power output panel 3 has a through hole 3 corresponding to the screw hole 4 1 2 1 1 , which is screwed between the screw hole 4 1 2 of each of the conductive terminals 4 and the through hole 3 1 1 of each of the receiving planes 3 1 by using a screwing element 4 3 , thereby achieving a stable fixing effect, and further The state in which the guiding plane 4丄〇 and the receiving plane 3 1 are firmly maintained in the r-plane contact with each other is shown in the first figure, and the conductive terminal 4 is vertically inserted into the circuit board. 2, and the guiding plane 4 1 of the conductive terminal 4 is attached to the receiving plane 3 1 of the power output board 3 in a manner of flat fixing the form number A0101, page 8 / 20 pages [0023] M415337 . Upper to make the power output board 3 perpendicular to the circuit board 2. Referring to the first and second figures, each pair of fixing portions 2 of the circuit board 2 is electrically connected to the positive electrode and the negative electrode (the component symbols are not shown), and the pairs electrically connected to the fixing portions 21 The conductive terminals 4 respectively extend the positive and negative electrodes to the power output board 3, so that one of the pair of receiving planes 3 1 is electrically connected to the positive electrode of the power output board 3 (the component symbol is not marked), The other of the receiving planes 31 is electrically connected to the negative electrode of the power output board 3 (the component symbol is not indicated). _] Please refer to the first, second, and sixth figures. The output module of the author power supply may further include a plurality of output ports 5, each of which is disposed and electrically connected to the power output board 3 The side surface (as shown in the sixth figure, the component symbol is not shown), the receiving plane 31 is disposed on the inner side of the power output panel 3. [0026] By the composition of the above configuration, the output module of the present invention can be obtained. [0027] Accordingly, as shown in the sixth figure, the output module of the present invention can be installed in the housing 1 of the power supply 1 ,, and the housing 1 has a rear side 1·1 'and a power supply. The circuit board 2 of the supplier 100 is disposed on the inner bottom surface of the housing 1 (the component symbol is not shown), and the power output board 3 is perpendicular to the circuit board 2' so that the power output board 3 is located just in the housing 1. The output ports 5 disposed on the outer side of the power output panel 3 on the rear side 1 1 ' are exposed to the opening portion 1 1 1 of the rear side 1 1 to facilitate the user to use a plurality of corresponding connecting lines when performing the mounting. (not shown) is correspondingly inserted into the output ports 5, thereby outputting the power of the power supply 100 to a hard disk device or a disk device not shown, in other words, the entire electric form number_ι9 Page / Total 20 pages M415337 Source Supply 1 Ο 0 Before the installation, only the output 埠5 is output without cumbersome output wires, which is conducive to packaging or carrying; furthermore, the user can display according to their own needs. The corresponding connecting cable is correspondingly connected to the selected output 埠5, and the unused output 埠5, there is no need to plug in the corresponding connecting line, so that it does not occupy space, and thus does not occupy space, and thus has the effect of not hindering the flow of the heat-dissipating airflow. [0028] Therefore, the present power supply and its output module are connected to each other by the "surface contact" between the conductive plane 4 10 of the conductive terminal 4 and the receiving plane 3 1 of the power output board 3, The contact area at the time of power transmission is greatly increased, and thus the power transmission efficiency is high. The conductive terminal 4 is a U-shaped structure, so that the structural strength between the power output board 3, the conductive terminal 4 and the circuit board 2 can be improved by using the two side walls 42, and the two side plates 4 are 2 It is also possible to increase the power transmission area and increase the power transmission efficiency accordingly. The two first insertion pins 4 1 1 of the conductive terminal 4 have a margin of elastic opening so as to be stably fixed in the first insertion hole 21 1 , thereby having the convenience of being hand-held during welding. . The output 埠5 is arranged and electrically connected to the power output panel 3, so that the entire power supply 100 has only output 埠5 without cumbersome output wires, thereby facilitating packaging or carrying; further, the user can According to the needs of the user, the selected output 埠5 is connected to the corresponding connecting line, and the unused output 埠5 is not inserted, thereby achieving the effect of not occupying space and not hindering the flow of the cooling airflow. [0029] In summary, the power supply of the present invention and its output module can achieve the intended purpose of use, and solve the lack of conventional knowledge, and because of the novelty and progress, fully comply with the requirements of the new patent application. According to the Patent Law Form No. Α0101, page 10/20 pages, M415337, please apply and examine and grant the patent in this case to protect the rights of the inventor. BRIEF DESCRIPTION OF THE DRAWINGS [0030] The first figure is a perspective view of a structure provided in a housing. [0031] The second figure is an exploded perspective view of the creation according to the first figure. [0032] The third figure is a partially enlarged schematic view of the creation according to the second figure, showing the state between the conductive terminal and the fixed portion. [0033] The fourth figure is a partial cross-sectional side view of the creation of the conductive terminal in combination with the fixing portion according to the second drawing. [0034] The fifth figure is a partial cross-sectional rear view of the creation according to the second figure after the conductive terminals are combined on the fixing portion. [0035] The sixth figure is a perspective view of the power supply of the present invention. [Main component symbol description] [0036] 1〇〇 power supply 1 housing 11 rear side 111 opening 2 circuit board 2 1 fixing portion 211 first jack 2 1 2 second jack 3 power output board 31 receiving plane 3 1 1 through hole form number A0101 page 11 / total 20 pages M415337 4 conductive terminal 4 1 body 4 1 0 conductive plane 411 first pin 4 1 2 screw hole 4 2 side wall 4 2 1 second pin 43 Screw Element 5 Output 埠 Form No. A0101 Page 12 of 20