M306351 八、新型說明： 【新型所屬之技術領域】 電源供應器當中之機殼結構加以改良，旨在提供一種透過簡單之 插拔動作即可與電駐機崎_，歧自魏域上拆除之電源供 應器結構，同時又能使電源供應器具有極佳之散熱效果者。 【先前技術】 直流電源供應器係為將交流電源轉換成所需直流v/a/w 規格之重要裝置，桌上型電腦或祠主機之電源主要由建構 在其主機内部之電源供應器所提供，因此電源供應器勢必要具 上之電子設備正常 :相:之可靠性’以及符合所有功能規格、保護特性、安全規 範及電磁相容能力等，方得以維持後續電路 運作。 由於電源供應器開關投入/切離時 成波形畸變以及其他纽，導致對電路:響應’極谷易造 響電氣元件之使料命，加上桌上 7擾’甚至於影 後用電衫切加，使得必_步更換較主機升級之 應器，或胁常需要對㈣料電源供 惟，目前坊間普遍習見的電源供應器 部之設計且線路繁多，不但會物供應器本=== M306351 造成極大之不便，尤复^ 尤，、更有可能在繁項的拆裝過程當中，對主 機内部其他電氣元件造成毁損。 【新型内容】 有鏗於此，本創作即針對電源供應器之殼體結構加以良， 主要利用—底座、—面板、—背侧箍體’以及-上蓋組裝構成 一種透過簡單的插拔動作即可與電腦主機進行㈣，或是自電 •腦主機上拆除之電源供應器結構。 整體電源供應器係由底座做容置電路架構之主體，其底座 係為兩侧設有侧板，前、後端呈開放狀之銘擠型結構體，電路 架構在相對應於底座後端的開口處設有一個電源連接淳，另由 面板及背侧箍體分別鎖固在底座前、後端之開口产， ^ A久由網 板狀的上蓋將底座上方的開口遮蔽，俾構成一種透過朽單的者 φ拔動作即可與電腦主機進行組裝，或是自電腦主機上拆除之電 源供應器結構，另，本電源供應器外殼因係由銘材所組成， 因 此具有極佳之散熱效果。 【實施方式】 本創作「電源供應器之結構改良」，旨在提供一種如第一 圖及第三圖所示’僅需要透過簡單之插拔動作即可與電腦主機 M306351 2 0進行組裝，或是自電腦主機2〇上拆除之電源供應器1 〇 結構；其中，電源供應器1 〇具有一個匣狀的殼體1 1以及由 相關電氣元件所組成之電路架構1 2，其電路架構1 2係在相 ：. 對應於機殼1 1後侧之位置建構有一個與電腦主機2 0内部 之電源插座2 1相耦合的電源連接埠1 2 1，當電源供應器1 0插入電腦主機2 0至定點時，即可順利更成電路聯結。 於實施時，如第四圖及第五圖所示，電源供應器1 〇之殼 Φ體11係由一底座111、一面板112、一背侧箍體11 3，以及一上蓋1 1 4所組裝構成；其中，底座1 1 1係為兩 侧設有侧板1 1 5，前、後端呈開放狀的鋁擠型結構體，主要 做為用以容置電路架構之主體，上述電路架構12所建構之電 源連接埠1 2 1即配置在相對應於底座1 1 1後端的_ π 處。 Φ 至於，一面板1 1 2以及背侧箍體1 1 3主要用以鎖固在 底座前、後端的開口處，用以將前端的開口遮蔽，以及用以固 定底座1 1 1後端之結構型體；尤其在面板1 1 2的正面彳立f 設有一可以收折的把手1 1 6，方便使用者將電源供應器丄〇 抽出。 再者’電源供應器1 0的上蓋1 1 4係由網狀之板片名士才籌 體所沖壓成型，由網板狀之上蓋1 1 4將電源供應器1 〇底& 7 M3 063 51 11上方的開口遮蔽，除可構成應有的EMI屏蔽作用之外， 更得以大幅提升電源供應器1〇之散熱效能；另外，如第三圖 及第四圖，其背侧箍體1 1 3在相對應於電源供應器i 〇兩個 外侧壁面的位置設有凸塊117，由凸塊ιΐ7與電腦主機2 〇插槽内侧壁面的滑軌22形成導引作用，使電源供應器ι〇 传以穩定的插入到定位。 之内 如上所述，本創作提供—較佳可行之電源供應器結構，差依法提 呈新型專利之中請；惟’以上之實施說_式所示，係為本創作之 較佳實施例’麟以此條糊作，纽，舉凡與糊狀構造、裝 置、特徵等近似、雷同者，均應屬本創作之創作目的对請專利範圍 M306351 【圖式簡單說明】 第一圖係為本創作之電源供應器插入電腦主機至定位 之使用狀態參考圖。 第二圖係為本創作之電源供應器與電腦主機之插拔動 作示意圖。 第三圖係為本創作中電腦主機之插槽内部結構圖。 第四圖係為本創作之電源供應器背面結構圖。 ♦第五圖係為本創作電源供應器之結構分解圖。 【主要元件符號說明】 10 電源供應器 11 —機殼 1 1 1 一底座 1 1 2 —面板 1 1 3 —背侧箍體 1 1 4—上蓋 1 1 5 —侧板 1 1 6 —把手 1 1 7 —凸塊 12——電路架構 1 2 1 —電源連接埠 20——電腦主機 2 1--電源插座 2 2——滑執M306351 VIII. New description: [New technical field] The structure of the chassis in the power supply is improved to provide a way to remove the electric station from the Wei domain through a simple plugging action. The power supply structure, while at the same time enabling the power supply to have excellent heat dissipation. [Prior Art] The DC power supply is an important device for converting AC power into the required DC v/a/w specifications. The power supply for the desktop or the main unit is mainly provided by the power supply built into the main unit of the main unit. Therefore, the power supply must be equipped with the normal electronic equipment: phase: reliability 'and all functional specifications, protection characteristics, safety specifications and electromagnetic compatibility, etc., in order to maintain the subsequent circuit operation. Due to the waveform distortion and other nucleus when the power supply switch is turned on/off, it leads to the circuit: the response is very easy to make electrical components, and the table 7 is disturbed even after the shadow is cut with a shirt. Plus, it is necessary to replace the feeder with the upgrade of the host, or the need to supply power to the (four) material. Currently, the design of the power supply unit is widely known, and there are many lines, not only the supply device === M306351 It is extremely inconvenient, especially complex, and it is more likely to cause damage to other electrical components inside the mainframe during the disassembly and assembly process. [New content] In view of this, the creation of the power supply housing structure is good, mainly using the base, the panel, the back side hoop and the upper cover to form a simple plugging and unplugging action. Can be carried out with the computer host (four), or the power supply structure removed from the electric brain host. The whole power supply is composed of a base as a main body of the accommodating circuit structure, and the base is provided with side plates on both sides, and the front and rear ends are open-ended and extruded structures, and the circuit structure is corresponding to the opening at the rear end of the base. There is a power connection port, and the panel and the back side hoop body are respectively locked at the front and the back end of the base. ^ A long time is covered by the upper cover of the base plate by the stencil-shaped upper cover, which constitutes a kind of passage. The single φ can be assembled with the host computer or the power supply structure removed from the computer mainframe. In addition, the power supply housing is composed of the name material, so it has excellent heat dissipation effect. [Embodiment] The "Structure Improvement of Power Supply" of the present invention is intended to provide a kind of assembly as shown in the first figure and the third figure, which can be assembled with the host computer M306351 250 by a simple plugging operation, or The power supply 1 〇 structure is removed from the computer main body 2; wherein, the power supply 1 〇 has a braided housing 11 and a circuit structure 12 composed of related electrical components, and its circuit structure 1 2 The system is connected to the rear side of the casing 1 1 and has a power connection 埠1 2 1 coupled to the power socket 2 1 inside the computer main body 20, when the power supply 10 is inserted into the computer host 2 0 When you reach the fixed point, you can smoothly connect to the circuit. In the implementation, as shown in the fourth and fifth figures, the housing Φ body 11 of the power supply 1 is composed of a base 111, a panel 112, a back side hoop body 11 3, and an upper cover 1 1 4 The assembly structure comprises: the base 1 1 1 is an aluminum extruded structure having side plates 1 15 on both sides, and the front and rear ends are open, mainly as a main body for accommodating the circuit structure, the above circuit structure The 12-connected power supply port 埠1 2 1 is disposed at _π corresponding to the rear end of the base 1 1 1 . Φ As for the first panel 1 1 2 and the back side hoop body 1 1 3 are mainly used for locking the opening at the front and rear ends of the base for shielding the opening of the front end and the structure for fixing the rear end of the base 1 1 1 The body; in particular, the front side of the panel 1 12 is provided with a handle 1 1 6 which can be folded, so that the user can pull out the power supply. Furthermore, the upper cover 1 1 4 of the power supply 10 is stamped and formed by a mesh-shaped plate of a celebrity, and the power supply 1 is bottomed by a stencil-like upper cover 1 1 4 & 7 M3 063 The opening above the 51 11 shields, in addition to constituting the EMI shielding effect, it can greatly improve the heat dissipation performance of the power supply 1; in addition, as shown in the third and fourth figures, the back side hoop 1 1 3, at a position corresponding to the two outer wall faces of the power supply i 设有, a bump 117 is provided, and the bump ΐ7 is guided by the slide rail 22 of the inner side wall surface of the computer main body 2 ,, so that the power supply 〇 Pass a stable insertion to the position. As mentioned above, this creation provides a better and more viable power supply structure, and a poor new type of patent is required; however, the above embodiment is a preferred embodiment of the creation. Lin is a paste, New Zealand, and similar to the paste structure, device, features, etc., the same, should be the creative purpose of this creation. Please patent scope M306351 [Simple description of the diagram] The first picture is the creation The power supply is inserted into the host computer to the positioning state reference map. The second picture is a schematic diagram of the plug-in operation of the power supply and the host computer of the author. The third picture is the internal structure of the slot of the computer host in this creation. The fourth picture is the structure of the back of the power supply for this creation. ♦ The fifth figure is a structural exploded view of the author's power supply. [Main component symbol description] 10 Power supply 11 - Enclosure 1 1 1 1 base 1 1 2 - Panel 1 1 3 - Back side hoop 1 1 4 - Upper cover 1 1 5 - Side panel 1 1 6 - Handle 1 1 7 —Bump 12 —Circuit Architecture 1 2 1 —Power Connection 埠20——Computer Host 2 1--Power Socket 2 2——Slippery