M324813 八、新型說明： •【新型所屬之技術領域】 k 本創作係有關於一種機箱之電源供應器固定結構，更 -詳而言之，係關於一種適用於固定各種•類型電源供應器的 機箱之電源供應器固定結構。 【先前技術】 、 酼著電子科技的不斷研發與精進，電子產品零組件之 設計’皆朝向低成本、適用性廣之共同目標發展。因此， 在=子產品中，任何一項改進，只要有助於簡化結構、降 低製造成本、優化功能等實質之功效增進均為具有產業 利用價值之創作’亦符合專利法鼓勵、保護與利用創作^ 精神。 習知應用於伺服器中之電源供應器最長用的為固定 冗餘）電源供應器與抽取式（冗餘）電源供應器 二應器雖然之尺寸大致相同，但是，抽取糊 的主要特徵為可抽取，以達到熱插拔的效果，即巧 設置複數個該抽取式電源供應器，以編 構立“：s\(a)圖，其顯示抽取式電源供應器之結 讲儿般不思圖，如圖 有抽取把手i 〇，二二源供應器1後端具 12具有操作部12 蜂片12’其中’該彈片 第了Γ二：以單個方式固定於-飼服器中，請參閲 圖，如心顯不固定式電源供應器之結構立體示意 如圖所不，該固定式電源供應器2後端沒有相應的抽 110351 5 M324813 取把手10以及彈片12，作θ甘山曰士 • 但疋其刖端具有兩個並排設置的 .風扇20,並於兩風扇之間形成一空隙22。 •纟於上述兩种電源供應H的結構不同，所以對應將其 固疋於祠一服中的固定結構亦有所不同。請參閲第2 ( & ) 圖其顯'將抽取式電源供應器固定於伺服器中的抽取式 電源供應器的固定結構立體示意圖，如圖所示，該抽取式 電源供應器的固定結構且有盘心 再昇有與伺服斋的機箱6侧面60鄰 、近的第-側30、鄰近機箱内隔板64之第二侧％、以及上 •側34。其中，該第一側3〇具有上凹陷部_、下凹陷部 302、以及前端折邊304’並於該上凹陷部3〇〇以及對應 該侧面60設置螺絲孔7G;於該下凹陷部㈣以及對應該 側面60設置限位孔51。該第二側具有前端折邊3〇4、下 侧折邊320、以及後端卡槽322，其中，於該下側折邊32〇 以及對應機箱6的底面62設置螺絲孔70〇需要另外説明 的是，鄰近該第二侧32之機箱6處設有一隔板64，且邊 _緣處具有用於將該隔板64與其他組件固定之備用定位 孔，於此為螺絲孔70。 忒抽取式電源供應器的固定結構係透過上述抽取式 電源供應器1上所具有的彈片12與該卡槽322卡合，以 及前端折邊304對該抽取式電源供應器丨的阻隔來二制該 抽取式電源供應器1前後方向的運動，其中，由該彈片 12的操作部12〇的按壓或彈起來控制其凸起122進出該 卡槽322。又，透過相應的螺絲72配合上述螺絲孔7〇二 及辅助定位孔306對該抽取式電源供應器的固定結構進 110351 6 M324813 :疋位’、由相應的限位件51〇對該抽取式電源供應器的固 疋、。構進仃限位。另外，需要在此説明的是，該機箱6 的側面60的邊緣設置有輔助定位孔3〇6，當需要時上 述第-側3G相應位置亦可設置該輔助定位孔屬，以對 該抽取式電源供應器的固定結構進行輔助定位。M324813 VIII. New Description: • [New Technology Area] k This author is about a power supply fixing structure for a chassis, and more specifically, a chassis suitable for fixing various types of power supplies. The power supply has a fixed structure. [Prior Art] With the continuous development and advancement of electronic technology, the design of electronic components and components is moving towards the common goal of low cost and wide applicability. Therefore, in the sub-product, any improvement, as long as it contributes to simplifying the structure, reducing the manufacturing cost, optimizing the function, and the like, is the creation of the industrial use value, and is also in line with the encouragement, protection and utilization of the patent law. ^ Spirit. It is customary that the power supply used in the server is the longest fixed-duty power supply and the removable (redundant) power supply two-factory is roughly the same size, but the main feature of the extraction paste is Extracting, in order to achieve the effect of hot plugging, that is, a plurality of the detachable power supply are arranged in order to construct a ":s\(a) diagram, which shows that the detachable power supply is not thought of. As shown in the figure, there is an extraction handle i 〇, and the rear end device 12 of the two-source source 1 has an operation portion 12. The bee piece 12' wherein 'the shrapnel is the second one: is fixed in a single manner in the feeding device, see The structure of the power supply is not shown in the figure. The rear end of the fixed power supply 2 has no corresponding pumping 110351 5 M324813. The handle 10 and the shrapnel 12 are taken as the θ Ganshan gentleman. However, there are two fans 20 arranged side by side, and a gap 22 is formed between the two fans. • The structure of the above two power supplies H is different, so the corresponding one is fixed in the first service. The fixed structure is also different. Please refer to section 2 ( & ) Figure 3 shows a schematic view of the fixed structure of the removable power supply that fixes the removable power supply to the server. As shown in the figure, the fixed structure of the removable power supply has a disk core and rises again. There is a side 60 of the chassis 6 adjacent to the servo, a first side 30, a second side % adjacent to the inner partition 64 of the chassis, and an upper side 34. The first side 3 has an upper recess _, The lower recessed portion 302 and the front end flange 304' are disposed with the screw hole 7G in the upper recess portion 3 and the corresponding side surface 60; the limiting hole 51 is disposed in the lower recess portion (4) and the corresponding side surface 60. The second portion The side has a front end flange 3〇4, a lower side flange 320, and a rear end slot 322. The screw hole 70 is disposed on the lower side flange 32〇 and the bottom surface 62 of the corresponding chassis 6. A partition 64 is disposed adjacent to the second side 32 of the chassis 6, and a spare positioning hole for fixing the partition 64 to other components is provided at the edge and is a screw hole 70. 忒Removable power supply The fixed structure of the device is transmitted through the above-mentioned removable power supply 1 The sheet 12 is engaged with the card slot 322, and the front end flange 304 blocks the detachable power supply 丨 to control the movement of the detachable power supply unit 1 in the front-rear direction, wherein the operation portion 12 of the elastic piece 12 is Pressing or bounce of the cymbal to control the protrusion 122 to enter and exit the card slot 322. Further, the fixing structure of the detachable power supply device is matched with the screw hole 72 and the auxiliary positioning hole 306 through the corresponding screw 72. 110351 6 M324813 The position of the side of the chassis 6 is set by the corresponding limit member 51 疋 to the fixed position of the detachable power supply. The auxiliary positioning hole 3〇6 can also be disposed at the corresponding position of the first side 3G when needed to assist the positioning of the fixed structure of the removable power supply.
：芩閲第及第2(b) 1，其顯示將固定式電源供應 器固定^服器中的習知固定式電源供應器的固定結構 立體不思圖’如圖所不’該習知固定式電源供應器的固定 結構係具有兩側蓋4G以及上蓋42，其中，該兩侧蓋“ 刀U⑨j端折邊304、後端折s彻、以及與機箱6底 面62鄰近之下侧折邊32〇。該下侧折邊32〇以及對應的 該機箱6之底面62設有螺絲孔7()，並由螺絲72將該習 知固定式電源供應器的固定結構固定於該底面62。即習 =定式電源供應器的固定結構如同—盒體，透過相應的 則端折邊304、以及後端折彡來控制其前後方向的運: 第 第 第 and 2 (b) 1, which shows that the fixed structure of the conventional fixed power supply in the fixed power supply fixture is stereoscopic and does not figure out as shown in the figure. The fixed structure of the power supply has a side cover 4G and an upper cover 42, wherein the two sides cover "the blade U9j end flange 304, the rear end folds, and the bottom side 62 of the chassis 6 are adjacent to the lower side edge 32. The lower side flange 32〇 and the corresponding bottom surface 62 of the casing 6 are provided with screw holes 7(), and the fixing structure of the conventional fixed power supply device is fixed to the bottom surface 62 by screws 72. = The fixed structure of the fixed power supply is like a box, which is controlled by the corresponding end flange 304 and the back end fold.
;、、、:，由於無論是上述何種電源供應器，其都為功耗裝 ^ ’即發熱量大。那麽，上述如同盒體之固定式電源供應 益的固定結構將該固定式電源供應器包裹的較爲嚴實，顯 然不僅不利於散熱，而且製作所f的材f也較多，·另外， ，於Μ知固定式電源供應器的固定結構與機箱6的固 疋，與上述抽取式電源供應器的固定結構固定於機箱6 不同’所以需要一種機箱6中需要㉟合上述兩种電源 供應器的㈣結構，必須要對該機箱另外打孔或進行其他 110351 7 M324813 處理’這樣勢必會辦*制 S A曰衣作的成本；最後，由於該固定式 = ί單個電源’即該習知固定式電源供應器 以盘：：6::炎端上方具有空間’需要另外增加-檔板， 以與機相6外部相隔。 dt何提供一種電源供應器的固定結構，既能夠 即:、材貝，同時達到良好的散熱效果； 又能夠適用於 =取式ί源供應器的固定結構之機箱，以提高該機箱 r、用性’貫為目前本領域亟欲解決的課題。 【新型内容】 ㈣知技術之缺點，本創作之—目的在於提供 士種機相之電源供應器固定結構，能夠節約製作材料，同 4達到良好的散熱效果。 —本創作之再—目的在於提供-種機箱之電源供應器 t結構’能夠適料固定各類型電源供應器至機箱，以 提高該機箱的適用性。 ^為達上述目的，本創作提供一種機箱之電源供應器固 疋結構’係應用於至少具有_底面之機箱，該機箱之電源 供應态固定結構至少包括：設置於該機箱内的罩體，以及 對應"亥罩體而設置於該機箱邊緣的擋板。該罩體具有第— 側壁、第二侧壁、以及連接該第一侧壁、第二侧壁之上壁， :中％亥上壁具有向該機箱之該底面凸出預定長度之擋止 /，該擋板具有接通外部之開口部，其中，該開口部上邊 、、彖具有向下凸出之第一折邊、向該罩體設置處凸出之第二 折邊、以及其侧邊緣具有向該罩體設置處凸出之凸緣。 8 Π0351 M324813 . 於實施例中，該罩體與該擋板之間具有一預定距離； •該第一折邊與該第二折邊互相垂直；該上壁復具有複數散 '熱孔；該擋板具有鄰接於該開口部上方之網狀部設置於該 擔板达離該底面之一端。 另外，該機箱具有一側面及一隔板，而該側面對應該 第一側壁具有限位孔，對應該擋板的邊緣處具有輔助定位 孔，該隔板隊應該擋板的邊緣處具有備用定位孔；該底面 對應該第二侧壁具有定位孔。又，該第一侧壁對應該侧面 •之限位孔具有向該侧面凹陷之凹陷部，該第二側壁下邊緣 對應该底面之定位孔具有向該隔板方向彎折之第三折 邊’該擋板兩側分別對應該輔助定位孔及備用定位孔具有 向與該凸緣相反的方向彎折之第四折邊；且於該凹陷部設 有限位孔，並由限位件貫穿兩限位孔對該罩體加以限位^ 於該第三折邊設有定位孔，並由定位件貫穿兩定位孔對該 罩體加以定位；於該第四折邊設有定位孔，並由定位件貫 _牙该定位孔與該輔助定位孔及備用定位孔對該擋板加以 .定位。其中，該限位孔為葫蘆形狀；該定位孔、輔助定位 孔、及備用定位孔為螺絲孔；該定位件為螺絲。而該預定 距離小於該電源供應器靠該擋板之一端到該限位孔之間 的距離。 相較於習知，本創作之機箱之電源供應器固定結構， 係透過罩於一電源供應器之前端的罩體以及設於該電源 供應器之後端的擋板，配合一電子裝置之機箱對電源供應 器進行固定，且該罩體與該擋板之間具有一預定距離為空 110351 9 M324813 的，其中，罩體的上壁具有散熱孔，因此避免了習知機箱 之電源供應器固定結構包覆該電源供應器，從而能夠節約 製作材質，同時達到更好的散熱效果。另外，配合用於固 定抽取式機箱之電源供應器固定結構的機箱上原有的限 位孔、定位孔、輔助定位孔、及備用定位孔，於本創作電 源供應器的固定結構上設置相應的定位孔及限位孔，將該 電源供應器的固定結構固定於該機箱，即提高了該機箱的 適用性。 【實施方式】 以下係藉由特定的具體實例說明本創作之實施方 式，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 瞭解本創作之其他優點與功效。本創作亦可藉由其他不同 的具體實例加以施行或應用，本說明書中的各項細節亦可 基於不同觀點與應用，在不悖離本創作之精神下進行各種 修飾與變更。 請參閲f 3圖’係顯示本創作機箱之電源供應器固定 結構將電源供應器固定於—機箱中之正面立體示意圖，如 圖所示’本㈣機箱之電源供應器固定結構係應用於一電 子裝置之機箱6中，該機箱6至少具有—底面62，且於 本實施例中’該機箱6為伺服器的機箱。本創作機箱之電 源供應器固定結構至少包括··罩體5〇以及擋板52。 该罩體50 ’係設置於該機箱6内並將該電源供應 器2處於該機箱内部一端的上表面及兩侧表面罩住’相應 的’該罩體50具有第一侧壁_、第二侧壁5Q2、以及連 110351 10 M324813 •接6亥第側壁500、第二侧壁5〇2之上壁5〇4。其中該 •上壁504具有向該機箱6之該底面62凸出之擋止部 • · 5040 ’該擋止部5G4()與該電源供應器2之前端抵靠。需 要説明的是，為了更加清楚的説明，於本實施例中，該電 源供應器2遠離機箱6邊緣之一端為前端，靠近機箱6 .邊緣之另一端為後端，由於該電源供應$ 2之前端具有兩 個並排設置的風扇2〇，並於兩風扇2〇之間形成一空隙 22，而該擋止部5〇4〇便對應該空隙22設於該上壁， ♦且該擋止部5040係由該上壁5〇4向下壓折所一體形成 者另外，5亥上壁具有複數散熱孔5042，以增加散熱之 效果。 "亥擋板52，係對應該罩體5〇而設置於該機箱6邊 緣，具有將該電源供應器2之後端外露之開口部52〇，例 如，該開口部5 2 0將用於與外部連接之插座及散熱窗口外 露。其中，該開口部520的上邊緣具有向下凸出之第一折 #邊5200、向該電源供應器2之前端凸出之第二折邊52〇2、 以及該開口部520的側邊緣具有向該電源供應器2之前端 凸出之凸緣5204。該第二折邊5202係於該開口部52〇上 邊緣向該電源供應器2之前端壓折形成者，而該第一折邊 5200係為該開口部520上邊緣之第二折邊52〇2壓折後所 形成者，即該第一折邊5200與該第二折邊52〇2係由該開 口部520上邊緣的一部分通過壓折而一體形成者；為了更 好的對該電源供應器2進行固定，該第—折邊52〇〇與該 第二折邊5202配合該電源供應器2之形狀而互相垂直； 110351 11 M324813 _另外，該擋板52鄰近該開口部520具有用於該機箱6與 •外界隔離之網狀部522，係設於該開口部520的上方。且 -A播板5 2與該罩體5 0之間具有一預定距離，並在此預定 距離内將該電源供應器2外露。 故，透過上述罩體50與擋板52配合該機箱6之底面 62將該電源供應器2固定，其中，該擋止5040部與該第 一折邊5200配合，於前後方向將該電源供應器2固定； 該第一侧壁500及第二側壁502與該凸緣5204配合，於 ❿左右方向將該電源供應器2固定；該第二折邊52〇2及該 上壁504與該底面62配合，於垂直方向將該電源供應器 2固定。 另外，請麥閲第4圖，其顯示本創作機箱之電源供應 器固定結構固定於用於固定抽取式電源供應器之機箱内 的立體示意圖，如圖所示，該機箱6具有一侧面及一 隔板64，而該側面60對應該第一侧壁5〇〇具有限位孔 _ 51，對應該擋板52的邊緣處具有辅助定位孔3〇6 ;該隔 板64隊應該擋板52的邊緣處具有備用定位孔64〇 ;該底 面62對應該第二侧壁502具有定位孔53。 配合上述習知機箱6内之結構，本創作機箱之電源供 應菇固定結構中，該第一側壁5〇〇對應該側面6〇之限位 孔51具有向該側面60凹陷之凹陷部5〇〇1，該第二侧壁 502下邊緣對應該底® 62之定位孔53具有向該隔板64 方向弓折之第一折邊52(Π，該播板52兩側分別對應該輔 助定位孔306及備用定位孔64〇具有向與該凸緣圓相 110351 12 M324813 反的方向彎折之第四折邊524;且於該凹陷部5001設有 .限位孔51，並由限位件510貫穿兩限位孔51對該罩體5〇 --加以限位，於該第三折邊52〇][設有定位孔53，並由定位 件530貫穿兩定位孔53對該罩體5〇加以定位；於該第四 折邊524設有定位孔53，並由定位件53〇貫穿該定位孔 53與該輔助定位孔36〇及備用定位孔64〇對該擋板52加 以定位。另外，該預定距離小於該電源供應器2之後端到 該限位孔51之間的距離。於本實施例中，該定位孔53、 •辅助定位孔306、及備用定位孔64〇為螺絲孔；該定位件 530為螺絲；該限位孔51為葫蘆形狀。 綜上所述，本創作之機箱之電源供應器固定結構，係 透過罩於該電源供應器之前端的罩體以及設於該電源供 應器之後端的擋板，配合一電子裝置之機箱對電源供應器 進行固疋’且s亥罩體與該擋板之間具有一預定距離將該電 源供應器外露，其中，罩體的上壁具有散熱孔，因此避免 籲了 =知源供應器之固定結構將該電源供應器包覆，從而能 夠節約製作材質，同時達到更好的散熱效果。 另外’配合用於固定抽取式機箱之電源供應器固定結 ，的機箱上原有的限位孔、定位孔、辅助定位孔、及備用 定位孔’於本創作機箱之電源供應器固定結構上設置相應 的定位孔及限位孔，將該機箱之電源供應器固定結構固定 於该機箱’即提高了該機箱的適用性。 上述實施例僅例示性說明本新型之原理及其功效，而 非用於限制本新型。任何熟習此項技藝之人士均可在不違 110351 13 M324813 背本新型之精神及範轉下， 變。因此，本新型之權利保 範圍所列。 對上述實施例進行修飾與改 5蒦範圍，應如後述之申請專利 【圖式簡單說明】 其顯示抽取式電源 其顯示電源供應器 第1 (a)圖，為_立體示意圖 供應裔之結構立體示意圖； 第1 (b)圖，為一立體示意圖 之結構立體示意圖；;,,,:: Because of the above-mentioned power supply, it is a power consumption device that generates a large amount of heat. Then, the fixed structure like the fixed power supply of the box body is more rigidly wrapped by the fixed power supply, obviously not only is not conducive to heat dissipation, but also the material f of the fabrication f is more, and, in addition, It is known that the fixed structure of the fixed power supply and the fixing structure of the chassis 6 are different from the fixed structure of the above-mentioned removable power supply in the chassis 6, so that a (four) structure in which the two power supplies of the above two types of power supply are required in the chassis 6 is required. It is necessary to punch holes in the chassis or perform other 110351 7 M324813 processing. This is the cost of the SA clothing. In the end, because of the fixed type = ί single power supply, the conventional fixed power supply Take the disk::6:: There is space above the inflammation end's need to add another - the baffle to separate from the outside of the machine phase 6. Dt provides a fixed structure of the power supply, which can not only achieve the good heat dissipation effect, but also can be applied to the chassis of the fixed structure of the source device to improve the chassis. Sexuality is currently the subject of the field. [New content] (4) Knowing the shortcomings of the technology, the purpose of this creation is to provide a fixed structure of the power supply of the squad machine phase, which can save material and achieve good heat dissipation. —The re-creation of this creation—the purpose is to provide a power supply for the chassis. The t-structure can accommodate the various types of power supplies to the chassis to improve the suitability of the chassis. For the above purposes, the present invention provides a power supply structure for a chassis, which is applied to a chassis having at least a bottom surface, and the power supply state fixing structure of the chassis includes at least: a cover disposed in the chassis, and A baffle that is placed on the edge of the chassis corresponding to the "hel cover. The cover has a first side wall, a second side wall, and an upper wall connecting the first side wall and the second side wall, wherein: the upper wall has a predetermined length of protrusion to the bottom surface of the chassis/ The baffle has an opening portion that opens to the outside, wherein the upper portion of the opening portion has a first flange that protrudes downward, a second flange that protrudes toward the cover, and a side edge thereof There is a flange that protrudes toward the cover. 8 Π 0351 M324813. In an embodiment, the cover has a predetermined distance from the baffle; the first bead and the second bead are perpendicular to each other; the upper wall has a plurality of 'hot holes'; The baffle has a mesh portion adjacent to the upper portion of the opening portion disposed at one end of the support plate from the bottom surface. In addition, the chassis has a side surface and a partition plate, and the side surface has a limiting hole corresponding to the first side wall, and an auxiliary positioning hole is provided at an edge of the corresponding baffle plate, and the partitioning wall should have an alternate positioning at the edge of the baffle plate. a hole; the bottom surface has a positioning hole corresponding to the second side wall. Moreover, the limiting hole corresponding to the side surface of the first side wall has a recessed portion recessed toward the side surface, and the lower edge of the second side wall corresponding to the bottom surface has a third folded edge bent toward the partition plate. The two sides of the baffle respectively have a fourth folding edge which is bent in a direction opposite to the flange, and a limiting hole is formed in the concave portion, and the limiting member penetrates the two limits Positioning the cover body with a positioning hole, the positioning hole is disposed on the third folding edge, and the positioning body passes through the two positioning holes to position the cover body; the fourth folding edge is provided with a positioning hole, and is positioned by The positioning hole and the auxiliary positioning hole and the spare positioning hole are positioned to position the baffle. The limiting hole is in the shape of a gourd; the positioning hole, the auxiliary positioning hole, and the spare positioning hole are screw holes; the positioning member is a screw. The predetermined distance is less than the distance between the power supply and the one end of the baffle to the limiting hole. Compared with the prior art, the power supply fixing structure of the chassis of the present invention is matched with the power supply of the chassis of an electronic device through a cover covering the front end of the power supply and a baffle disposed at the rear end of the power supply. The device is fixed, and the predetermined distance between the cover and the baffle is 110351 9 M324813, wherein the upper wall of the cover has a heat dissipation hole, thereby avoiding the covering of the power supply fixing structure of the conventional chassis. The power supply can save material and achieve better heat dissipation. In addition, with the original limiting hole, the positioning hole, the auxiliary positioning hole, and the spare positioning hole on the chassis for fixing the power supply fixing structure of the removable chassis, the corresponding positioning is set on the fixed structure of the author power supply. The hole and the limiting hole fix the fixing structure of the power supply to the chassis, thereby improving the applicability of the chassis. [Embodiment] The following describes the implementation of the present invention by way of specific examples, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. The present invention can also be implemented or applied by other specific examples. The details of the present specification can also be modified and changed without departing from the spirit of the present invention. Please refer to the figure of f 3 for the front view of the power supply fixing structure of the creation chassis to fix the power supply in the chassis. As shown in the figure, the power supply fixing structure of the (four) chassis is applied to one. In the chassis 6 of the electronic device, the chassis 6 has at least a bottom surface 62, and in the embodiment, the chassis 6 is a chassis of the server. The power supply fixing structure of the creation chassis includes at least a cover 5 and a baffle 52. The cover 50' is disposed in the chassis 6 and covers the upper surface of the inner end of the power supply 2 and the two sides of the chassis. The corresponding cover 50 has a first side wall _, a second Side wall 5Q2, and connection 110351 10 M324813 • 6th side wall 500, second side wall 5〇2 upper wall 5〇4. Wherein the upper wall 504 has a stop protruding toward the bottom surface 62 of the casing 6. • 5040' The stop portion 5G4() abuts against the front end of the power supply 2. It should be noted that, in the embodiment, the power supply 2 is far from the edge of the chassis 6 and is close to the chassis 6. The other end of the edge is the back end, because the power supply is $2. The front end has two fans 2 并 arranged side by side, and a gap 22 is formed between the two fans 2 , and the blocking portion 5 〇 4 对 corresponds to the gap 22 is provided on the upper wall, and the stopping portion The 5040 is integrally formed by the upper wall 5〇4 being folded downward. In addition, the upper wall of the 5th wall has a plurality of heat dissipation holes 5042 to increase the heat dissipation effect. "Hui baffle 52, which is disposed at the edge of the casing 6 corresponding to the cover 5, has an opening portion 52 that exposes the rear end of the power supply 2, for example, the opening portion 5020 will be used for The externally connected socket and the heat dissipation window are exposed. The upper edge of the opening portion 520 has a first folded edge 5200 protruding downward, a second folded edge 52 2 protruding toward the front end of the power supply 2, and a side edge of the opening portion 520 having A flange 5204 projecting toward the front end of the power supply 2. The second flange 5202 is formed by folding the upper edge of the opening 52 toward the front end of the power supply 2, and the first flange 5200 is the second flange 52 of the upper edge of the opening 520. 2, after the crimping, that is, the first flange 5200 and the second flange 52〇2 are integrally formed by crimping a part of the upper edge of the opening 520; for better power supply The device 2 is fixed, and the first flange 52 is perpendicular to the shape of the power supply 2 with the second flange 5202; 110351 11 M324813 _ In addition, the shutter 52 is adjacent to the opening 520 for The mesh portion 522 that is isolated from the outside of the casing 6 is provided above the opening 520. And -A broadcast board 52 has a predetermined distance from the cover 50, and the power supply 2 is exposed within the predetermined distance. Therefore, the power supply 2 is fixed to the bottom surface 62 of the chassis 6 through the cover 50 and the baffle 52. The stop 5040 is engaged with the first flange 5200 to connect the power supply in the front-rear direction. 2 fixed; the first side wall 500 and the second side wall 502 cooperate with the flange 5204 to fix the power supply 2 in the left and right direction; the second flange 52 〇 2 and the upper wall 504 and the bottom surface 62 In cooperation, the power supply 2 is fixed in the vertical direction. In addition, please refer to FIG. 4, which shows a schematic view of the power supply fixing structure of the creation chassis fixed in the chassis for fixing the removable power supply. As shown in the figure, the chassis 6 has a side and a a partition 64, and the side surface 60 has a limiting hole _51 corresponding to the first side wall 5, and has an auxiliary positioning hole 3〇6 at the edge of the corresponding baffle 52; the partition 64 should be the baffle 52 There is a spare positioning hole 64〇 at the edge; the bottom surface 62 has a positioning hole 53 corresponding to the second side wall 502. In conjunction with the structure of the above-mentioned conventional chassis 6, in the power supply mushroom fixing structure of the present invention, the limiting hole 51 of the first side wall 5 corresponding to the side surface 6 has a recessed portion 5 recessed toward the side surface 60. 1. The lower edge of the second side wall 502 has a first flange 52 that is bent toward the partition 64 corresponding to the positioning hole 53 of the bottom plate 62 (Π, the two sides of the board 52 respectively correspond to the auxiliary positioning hole 306 And the auxiliary positioning hole 64 has a fourth flange 524 bent in a direction opposite to the flange of the flange 110351 12 M324813; and the limiting hole 51 is provided in the recess 5001, and is penetrated by the limiting member 510 The two limiting holes 51 limit the cover body 5〇, and the third folding edge 52〇] is provided with a positioning hole 53, and the positioning member 530 is inserted through the two positioning holes 53 to the cover body 5 Positioning; the fourth flange 524 is provided with a positioning hole 53, and the positioning plate 53 is inserted through the positioning hole 53 and the auxiliary positioning hole 36 and the auxiliary positioning hole 64 to position the baffle 52. The predetermined distance is smaller than the distance between the rear end of the power supply 2 and the limiting hole 51. In this embodiment, the positioning hole 53, The positioning hole 306 and the auxiliary positioning hole 64 are screw holes; the positioning member 530 is a screw; the limiting hole 51 is in the shape of a gourd. In summary, the power supply fixing structure of the chassis of the present invention is a transmission cover. a cover at a front end of the power supply and a baffle disposed at a rear end of the power supply, and a power supply device is fixed to the chassis of the electronic device, and a predetermined distance between the cover and the baffle The power supply is exposed, wherein the upper wall of the cover has a heat dissipation hole, so that the fixed structure of the source supply is avoided, and the power supply is covered, thereby saving material and achieving better heat dissipation. In addition, 'the original limit hole, positioning hole, auxiliary positioning hole, and spare positioning hole on the chassis for fixing the power supply of the removable chassis are fixed on the power supply fixing structure of the creation chassis. The corresponding positioning hole and the limiting hole are set, and the power supply fixing structure of the chassis is fixed to the chassis, which improves the applicability of the chassis. The above embodiment is only an example. The principles and functions of the present invention are illustrative, and are not intended to limit the present invention. Anyone skilled in the art can change without departing from the spirit and scope of the new model of 110351 13 M324813. Therefore, the present invention The scope of the rights protection is listed. The scope of the above-mentioned embodiment is modified and modified, and the patent application should be as described later [Simple description of the drawing] It shows the drawing power supply and its display power supply 1 (a), which is _ A three-dimensional schematic diagram of a three-dimensional schematic diagram of a supplier; a first perspective view of a three-dimensional structure;
其顯示將抽取式電 電源供應器的固定結 第2 (a)圖，為一立體示意圖 源供應器固定於伺服器中的抽取式 構立體示意圖； f 2(b) ® ’為一立體示意圖’其顯示將電源供應 益固疋於伺服器中的習知電源供應器固定結構立體示意 圖； 时第3圖’為-立體示意圖’顯示本創作機箱之電源供 鲁應态固定結構將電源供應器固定於一機箱中之正面立體 示意圖；以及 第4圖，為一立體示意圖，其顯示本創作機箱之電源 供應裔固定結構固定於用於固定抽取式電源供應器之機 箱内的立體示意圖。 【主要元件符號說明】 1 抽取式電源供應器 抽取把手 12 彈片 110351 M324813 120 操作部 ，122 凸起 • 2 電源供應器 20 風扇 22 空隙 30 第一側 32 第二側 34 上側 • 300 上凹陷部 302 下凹陷部 304 前端折邊 306 輔助定位孔 320 下側折邊 322 後端卡槽 40 侧蓋 42 上蓋 400 後端折邊 • 50 罩體 52 擋板 51 限位孔 53 定位孔 510 限位件 530 定位件 500 第一側壁 M324813 502 第二側壁 • 504 上壁 .520 開口部 522 網狀部 524 第四折邊 5001 凹陷部 5040 擋止部 5042 散熱孔 • 5200 第一折邊 5202 第二折邊 5201 第三折邊 5204 凸緣 6 機箱 60 侧面 62 底面 ·- 64 隔板 640 備用定位孔 70 螺絲孔 72 螺絲The figure shows a fixed junction of the removable electric power supply, FIG. 2(a), which is a schematic diagram of a stereoscopic schematic diagram of the source device fixed to the servo; f 2(b) ® 'is a stereo schematic' The utility model shows a stereoscopic schematic diagram of a conventional power supply fixed structure that consolidates the power supply in the server; when the third figure 'is-three-dimensional diagram' shows the power supply of the creation chassis for the Lu Ying fixed structure to fix the power supply A front perspective view of a chassis; and FIG. 4 is a perspective view showing a three-dimensional schematic diagram of a power supply fixed structure of the creation chassis fixed in a chassis for fixing a removable power supply. [Main component symbol description] 1 Retractable power supply extraction handle 12 Shrapnel 110351 M324813 120 Operating part, 122 Raised • 2 Power supply 20 Fan 22 Clearance 30 First side 32 Second side 34 Upper side • 300 Upper recessed part 302 Lower recessed portion 304 front end flange 306 auxiliary positioning hole 320 lower side flange 322 rear end card slot 40 side cover 42 upper cover 400 rear end flange • 50 cover 52 baffle 51 limit hole 53 positioning hole 510 limit member 530 Locating member 500 first side wall M324813 502 second side wall 504 upper wall 520 opening portion 522 mesh portion 524 fourth hem 5001 recess portion 5040 dam portion 5042 vent hole 5200 first hem 5202 second hem 5201 Third Flange 5204 Flange 6 Chassis 60 Side 62 Bottom ·· 64 Separator 640 Spare Locating Hole 70 Screw Hole 72 Screw