M399578 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種飼服器（server)，且特別是有 關於一種機架伺服器（rack server)。 【先前技術】 近年來電腦伺服器的發展，從傳統體積大又佔空間的 直立式词服器，逐漸發展成將數台1U (U在飼服器領域 中特指機架式伺服器的厚度’ lU=4.445cm)高度的主機放 置機櫃統一管理的機架式伺服器（RackServer)。 一般來說’機架式伺服器内的主機板是可滑動地設置 於機櫃内，基於此概念，可將整個儲存裝置伺服系統 ^Storage server)當成是一個大的機櫃，而此機櫃内可以 安裝多個可水平放置之儲存裝置的抽屜。這些抽屜上設有 =儲存裝置連接的主機板，且為了傳輪訊號，此主機板上 设有多個連接器，以方便主機板與另一主機板（或轉接板） 串聯’藉以增加伺服器之多工性，達到高運算的效能。 ^ 然而’當抽屜上的元件需進行維護或發生故障而需進 行維修時，須先將此抽屜沿水平方向從機櫃内拖出，而於 維修好或替換另一個新元件後，再將此抽屜推入於機櫃 内。在此過程中，當此抽屜拖出機櫃時，機櫃裡會空出一 ^空間’此時，此空間中的風阻很小，且氣流會集中從此 =間中流走，而使得流動於此空間上下方附近抽屜的氣流 或7遭而影響整體機櫃内的散熱效果。上述因素會干 M399578 擾氣流在機櫃内的流動，進而降低機榧的散熱效率^因此， 思考如何增進機架伺服器的散熱效能便成為相關人員所需 解決的問題。 【新型内容】 本創作提供一種機架伺服器，其具有較佳的散熱效 率。M399578 V. New description: [New technical field] This creation is about a server, and especially about a rack server. [Prior Art] In recent years, the development of computer servers has gradually evolved from the traditional bulky and space-consuming vertical word processor to several 1U (U in the field of food service, especially the thickness of the rack server). ' lU=4.445cm) The height of the host is placed in the rack-managed server (RackServer). Generally speaking, the motherboard in the rack server is slidably installed in the cabinet. Based on this concept, the entire storage device servo system can be regarded as a large cabinet, and the cabinet can be installed. A drawer of a plurality of horizontally positionable storage devices. These drawers are provided with a motherboard connected to the storage device, and in order to transmit the signal, the motherboard is provided with a plurality of connectors to facilitate the connection of the motherboard to another motherboard (or adapter board) to increase the servo. The versatility of the device achieves high computational efficiency. ^ However, when the components on the drawer need to be repaired or fail to be repaired, the drawer must be pulled horizontally out of the cabinet, and after repairing or replacing another new component, the drawer is again Push in the cabinet. During this process, when the drawer is pulled out of the cabinet, a space will be vacated in the cabinet. At this time, the wind resistance in this space is small, and the airflow will concentrate from this = between the spaces, so that the space flows. The airflow in the drawer near the upper and lower sides may affect the heat dissipation effect in the overall cabinet. The above factors will cause the M399578 to disturb the flow of air in the cabinet, thus reducing the heat dissipation efficiency of the casing. Therefore, thinking about how to improve the heat dissipation performance of the rack server becomes a problem that the relevant personnel need to solve. [New content] This creation provides a rack server with better heat dissipation efficiency.
本創作提出一種機架伺服器，其包括一機櫃、至少一 機箱以及至少一擋板結構。機櫃具有一側邊框。機箱滑設 於機櫃内擋板結構配置於機櫃的側邊框上，且對應機箱 的一側邊。擋板結構包括一固定板、一滑動板以及^少一 彈性件。固定板固定於側邊框上，且具有多個第—通風孔 以及一限位部。滑動板滑接於固定板上，具有多個第二通 風孔以及-止卿1性件連翻核的祕部與滑動板 的止擋部^當機箱滑設於機櫃内時，機箱干涉滑動板的止 擋部以使滑動板相對於ΐϋ定板滑動，使第二通風孔於在機 箱之側邊上的正投影與第-通風孔於機箱之㈣上的正投 影重疊’而彈性件產生雜變形。當_退出麵時，機 箱不干涉賴㈣止擋部，馳件恢絲狀，㈣二通風 孔在機箱之财上紅投频第_通風孔⑽箱 的正将嵚< 在本齡之射，上狀㈣板更具有一對滑 接滑動板更具有-對滑邊。滑邊分別承靠於滑接部， 以使滑動板相對於固定板沿箸機箱的側邊滑動。 M399578 在本創作之一實施例中，上述之限位部連接滑接部， 以限制滑動板相對於固定板的滑動範圍。 在本創作之一實施例中，上述之每一滑接部為一凹 槽。 在本創作之一實施例中’上述之止擋部是由部分滑動 板朝著遠離固定板的一表面的沿伸方向彎折所形成。 在本創作之一實施例中，上述之彈性件的長度加上滑 動板的長度小於或等於固定板的長度。 在本創作之-實施例中，上述之機箱包括一底板、一 後面板以及一對側板。側板彼此平行地設置於底板上，且 後面板連接於側板之間，以定義出一容納空間，豆中每一 側板具有多個散熱孔，且散熱孔分卿應㈣板的第一通 風孔。 在本創作之-實施例中，上述之機架词服器更包括至 1可抽換模組，配置於容納空間内，適於沿著機箱的側 邊朝向或遠離後面板而移入或移出機箱。 在本創作之一實施例中，上述之可抽換模組為一主機 板模組一 模組或至少-主機板模組與至少一硬碟模 組的組合。 在本創作之-實施例中，上述之機概包括多個滑軌， 滑轨將機私為至少-區域，機箱承靠滑_相對兩側邊 而滑设於機概的區域内。 基於上述，本創作之機架飼服器利用擔板結構的設計 來形成適當騎減流，其中當機箱退出機櫃時，固定板 M399578 與滑動板上的通風孔於機箱之側邊上的正投影不重疊，章 即固定板與滑動板上的通風孔彼此不連通，因此氣^不^ 流經此處，以使更多的氣流流向其他機箱的周圍。當機箱 滑設於機櫃内時，固定板與滑動板上的通風孔於機箱之側 邊上的正投影互相重疊，意㈣定板歸動板上的通風孔 彼此相連通，因此氣流能正常地流經此機箱周圍。如此一 來，可藉由此擂板結構的設計來提升整體機架词服器的散 熱效能。 為讓本創作之上述特徵和優點能更明顯易懂，下文特 舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 圖1A為本創作之一實施例之一種機架伺服器的示意 圖。圖1B為圖1A之擋板結構的分解示意圖。其中，在圖 1A中局部省略機櫃以清楚辨識機櫃的内部構件配置。請同 時參考圖1A與圖1B，在本實施例中，機架飼服器1〇〇包 括一機播110、至少一機箱120以及至少一擋板結構13〇。 詳細來說，機櫃110具有一側邊框112以及多個滑執 114，其中滑軌114將機櫃110區分為至少一區域S]^機 箱120承靠滑執114的相對兩側邊而滑設於機概no的區 域S1内。更具體來說，機箱120包括一底板122、一後面 板124以及一對側板126，其中側板126彼此平行地設置 於底板122上，而後面板124連接於側板126之間，且底 板122、後面板124以及側板126定義出一容納空間§2。 再者，本實施例之機架伺服器100更包括至少一可抽 換模組140 ’其中可抽換模組140配置於容納空間S2内， 適於沿著機箱的一側邊HOa朝向或遠離面板12^ 而移入或移出機箱120。其中，可抽換模組例如是一主機 板模組、一硬碟模組或至少一主機板模組與至少一硬碟模 組的組合，在此並不加以限制。此外，值彳旱 3 、 一側板以具有多個散熱孔126a，其中這些^ 適於使可抽換模組140所產生的熱流出於機箱12〇，或使 流入於機櫃110内氣流通過。 特別是’本實施例之機架伺服器100具有一擋板結構 130的設計，其中機架伺服器100可利用擋板結^13^的 設計來形成適當的流動氣流，以提升整體散熱效能。詳細 來說，本實施例之擋板結構130配置於機櫃11()的側邊框 112上，且對應機箱120的側邊120a，其中擋板結構130 包括一固定板132、一滑動板134以及至少一彈性件〗3ό。 更具體來說’固定板132固定於機概11〇的側邊框 上’且固定板132具有多個第一通風孔丨32a、一限位部132b 以及一對滑接部132c，其中機箱120之每一側板126上的 散熱孔126a分別對應固定板132的第一通風孔132a。滑 動板134滑接於固定板132上，且滑動板134具有多個第 二通風孔134a、一止擋部134b以及一對滑邊134c，其中 滑動板134的滑邊134c適於分別承靠於固定板132的滑接 部132a’以使得滑動板134相對於固定板132沿著機箱120 的側邊120a滑動。值得一提的是，在本實施例中，固定板 M399578 132的限位部連接滑接部132c，以限制滑動板i34 相對於固定板132的滑動範圍，其中每一滑接部U2c例如 是一凹槽。滑動板134的止擋部134b例如是由部分滑動板 134朝著遠離固定板132的一表面132(1的沿伸方向彎折所 形成》此外，彈性件136連接固定板132的限位部13沘 與滑動板134的止擋部i34b，其中彈性件136的長度加上 滑動板134的長度實質上小於或等於固定板134的長度。 以下將針對於機箱120與擋板結構13〇之間的作動過 程作說明。圖1C繪示圖1A之機箱干涉擋板結構之相對位 置的示意圖。圖1D繪示圖1A之機箱不干涉擋板結構之相 對位置的示意圖。詳細來說，請同時參考圖1A、1B與， 當機箱120滑設於機櫃no内時，機箱120會干涉滑動板 134的止擋部134b，以使滑動板134相對於固定板132滑 動。此時，彈性件136會因為止擋部l34b所施加外力而產 生彈性變形’而滑動板134的第二通風孔134a於在機箱 120之侧邊120a上的正投影與固定板132的第一通風孔 132a於機箱120之侧邊120a上的正投影重疊。也就是說， 此時固定板132的第一通風孔132a與滑動板134的第二通 風孔134a相互連通。如此一來’流入於機櫃11〇内的氣流 (未繪示）能正常地流經此機箱12〇周圍。 請同時參考圖ΙΑ、1B與1D，當機箱120退出機樞 110時，機箱120不干涉滑動板134的止擋部134b，此時， 彈性件136會恢復原狀，而滑動板134的第二通風孔134a 在機箱120之側邊120a上的正投影與固定板132的第一通 M399578 風孔132a於機箱120之側邊120a上的正投影不重疊。也 就是說，此時固定板132的第一通風孔132a與滑動板134 的第二通風孔134a彼此之間不互相連通，且滑動板i34 覆蓋固定板132的第一通風孔132a。如此一來，流入於機 植110内的氣流（未繪示）不能流經此處，因此可讓更多 流入機櫃110内的氣流流向其他機箱120的周圍。 簡言之’本實施例之機架伺服器1 〇 〇利用擋板結構丨3 〇 的設計來形成適當的流動氣流，其中當機箱120退出機櫃 110時’固定板132與滑動板134上的第一通風孔132a與 第二通風孔134a於機箱120之側邊120a上的正投影不重 疊’意即固定板132與滑動板134上的第一通風孔132a 與第二通風孔134a彼此不連通，因此流入機櫃11〇内的氣 流不能流經此處，以使更多的氣流流向其他機箱12〇的周 圍。 當機箱120滑設於機櫃11〇内時，固定板132與滑動 板134上的第一通風孔132a與第二通風孔134a於機箱12〇 之侧邊120a上的正投影互相重疊，意即固定板132與滑動 板134上的第一通風孔132a與第二通風孔13乜彼此相連 通，因此流入機櫃Π0内的氣流能正常地流經此機箱 周圍。如此一來，可藉由此擋板結構130的設計來提升整 體機架伺服器100的散熱效能。 綜上所述，由於本創作具有擋板結構的設計，因此本 創作之機架伺服器可透過機箱是否干涉滑動板的止擋部， 而使滑動板的第二通風孔連通或不連通固定板的第一通風 M399578 孔，藉此來改變流經機櫃的氣流。如此一來，可有效利用 流經機櫃内的氣流’可提高機架伺服器整體的散熱效能。 雖然本創作已以實施例揭露如上，然其並非用以限定 本創作，任何所屬技術領域中具有通常知識者，在不脫離 本創作之精神和範圍内’當可作些許之更動與潤飾，故本 創作之保護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1A為本創作之一實施例之一種機架伺服器的示意 圖。 一 圖1B為圖ιΑ之擋板結構的分解示意圖。 九圖1C繪示圖1A之機箱干涉擋板結構之相對位置的示 圖。 圖1D繪示圖1A之機箱不干涉擋板結構之相對位置 的示意圖。 【主要元件符號說明】 100 ·機架词服器 110 :機榧 112 ·側邊樞 114:滑軌 12G :機箱 120a :側邊 122 :底板 124 :後面板 126 :側板 126a :散熱孔 130 :擋板結構 132 :固定板 132a :第一通風孔 132b :限位部 132c :滑接部 132d :表面 134 :滑動板 134a :第二通風孔 134b :止擋部 134c :滑邊 136 :彈性件 140 :可抽換模組 51 :區域 52 :容納空間The present application proposes a rack server that includes a cabinet, at least one chassis, and at least one baffle structure. The cabinet has a side border. The chassis is configured to be placed on the side frame of the cabinet and corresponds to one side of the chassis. The baffle structure includes a fixed plate, a sliding plate, and a small elastic member. The fixing plate is fixed on the side frame and has a plurality of first ventilation holes and a limiting portion. The sliding plate is slidably connected to the fixing plate, and has a plurality of second venting holes and a blocking portion of the sliding plate and the sliding portion of the sliding plate. When the chassis is slidably disposed in the cabinet, the chassis interference sliding plate a stop portion for sliding the sliding plate relative to the set plate, so that the orthographic projection of the second venting opening on the side of the chassis overlaps with the orthographic projection of the first venting hole on the (four) of the chassis; Deformation. When the _ exits the surface, the chassis does not interfere with the (four) stop, the moving parts are restored to the wire shape, and (4) the two vents are red on the chassis. The ventilator (10) box is 嵚< at the age of The upper (four) plate has a pair of sliding sliding plates and has a pair of sliding edges. The sliding edges respectively bear against the sliding portion to slide the sliding plate along the side of the clamping frame relative to the fixing plate. M399578 In an embodiment of the present invention, the limiting portion is connected to the sliding portion to limit the sliding range of the sliding plate relative to the fixed plate. In an embodiment of the present invention, each of the sliding portions is a recess. In one embodiment of the present invention, the stopper is formed by bending a portion of the sliding plate in a direction away from a surface of the fixing plate. In one embodiment of the present invention, the length of the elastic member plus the length of the sliding plate is less than or equal to the length of the fixed plate. In the present invention, the chassis includes a bottom plate, a rear panel, and a pair of side panels. The side plates are disposed on the bottom plate in parallel with each other, and the rear plate is connected between the side plates to define a receiving space. Each of the side plates of the beans has a plurality of heat dissipation holes, and the heat dissipation holes are divided into the first ventilation holes of the (four) plates. In an embodiment of the present invention, the rack vocabulary device further includes a replaceable module that is disposed in the accommodating space and adapted to move in or out of the chassis toward or away from the rear panel along a side of the chassis. . In one embodiment of the present invention, the replaceable module is a motherboard module, or a combination of at least a motherboard module and at least one hard disk module. In the embodiment of the present invention, the above-mentioned mechanism comprises a plurality of slide rails, and the slide rails are at least-area, and the chassis is slidably disposed in the area of the machine on the opposite sides of the slide. Based on the above, the rack feeder of the present invention utilizes the design of the slab structure to form an appropriate ride downflow, wherein when the chassis exits the cabinet, the orthographic projection of the fixing plate M399578 and the venting holes on the sliding plate on the side of the chassis Without overlapping, the caps and the venting holes on the sliding plate are not connected to each other, so the gas does not flow therethrough, so that more airflow flows to the periphery of the other chassis. When the chassis is slidably disposed in the cabinet, the orthographic projections of the venting holes on the fixed plate and the sliding plate on the side of the chassis overlap each other, and the venting holes on the return plate of the fixed plate are connected to each other, so that the airflow can be normally Flow through this enclosure. In this way, the heat dissipation performance of the overall rack word processor can be improved by the design of the seesaw structure. To make the above-described features and advantages of the present invention more comprehensible, the following detailed description of the embodiments and the accompanying drawings are set forth below. [Embodiment] FIG. 1A is a schematic diagram of a rack server according to an embodiment of the present invention. FIG. 1B is an exploded perspective view of the baffle structure of FIG. 1A. The cabinet is partially omitted in Fig. 1A to clearly identify the internal component configuration of the cabinet. Referring to FIG. 1A and FIG. 1B at the same time, in the embodiment, the rack feeder 1 includes a machine 110, at least one chassis 120, and at least one baffle structure 13A. In detail, the cabinet 110 has a side frame 112 and a plurality of sliding handles 114. The sliding rails 114 divide the cabinet 110 into at least one area. The chassis 120 is slidably mounted on the opposite sides of the sliding block 114. It is area S1 of no. More specifically, the chassis 120 includes a bottom plate 122, a rear panel 124, and a pair of side panels 126, wherein the side panels 126 are disposed parallel to each other on the bottom panel 122, and the rear panel 124 is coupled between the side panels 126, and the bottom panel 122 and the rear panel 124 and side panel 126 define a containment space §2. Furthermore, the rack server 100 of the embodiment further includes at least one replaceable module 140. The replaceable module 140 is disposed in the receiving space S2, and is adapted to face or away along one side HOa of the chassis. The panel 12 is moved into or out of the chassis 120. The replaceable module is, for example, a motherboard module, a hard disk module, or a combination of at least one motherboard module and at least one hard disk module, which is not limited herein. In addition, the value of the drought is 3, and the one side plate has a plurality of heat dissipation holes 126a, wherein the heat generated by the replaceable module 140 flows out of the casing 12 or passes through the airflow flowing into the cabinet 110. In particular, the rack server 100 of the present embodiment has a design of a baffle structure 130 in which the rack servo 100 can be designed to form a suitable flow of air to enhance overall heat dissipation. In detail, the baffle structure 130 of the present embodiment is disposed on the side frame 112 of the cabinet 11 and corresponding to the side 120a of the chassis 120. The baffle structure 130 includes a fixing plate 132, a sliding plate 134, and at least An elastic piece〗 3ό. More specifically, the fixing plate 132 is fixed on the side frame of the chassis 11 and the fixing plate 132 has a plurality of first ventilation holes 32a, a limiting portion 132b and a pair of sliding portions 132c, wherein the chassis 120 The heat dissipation holes 126a on each of the side plates 126 correspond to the first ventilation holes 132a of the fixing plate 132, respectively. The sliding plate 134 is slidably coupled to the fixing plate 132, and the sliding plate 134 has a plurality of second venting holes 134a, a stopping portion 134b and a pair of sliding edges 134c, wherein the sliding edge 134c of the sliding plate 134 is adapted to bear respectively The sliding portion 132a' of the fixing plate 132 is such that the sliding plate 134 slides along the side 120a of the chassis 120 with respect to the fixing plate 132. It is to be noted that, in this embodiment, the limiting portion of the fixing plate M399578 132 is connected to the sliding portion 132c to limit the sliding range of the sliding plate i34 relative to the fixing plate 132, wherein each sliding portion U2c is, for example, a Groove. The stopper portion 134b of the sliding plate 134 is formed, for example, by a partial sliding plate 134 that is bent away from a surface 132 of the fixing plate 132 (which is bent in the extending direction). Further, the elastic member 136 connects the limiting portion 13 of the fixing plate 132. And a stop portion i34b of the sliding plate 134, wherein the length of the elastic member 136 plus the length of the sliding plate 134 is substantially less than or equal to the length of the fixing plate 134. The following will be directed between the chassis 120 and the baffle structure 13? FIG. 1C is a schematic view showing the relative position of the chassis interference baffle structure of FIG. 1A. FIG. 1D is a schematic view showing the relative position of the chassis non-interference baffle structure of FIG. 1A. In detail, please refer to the figure at the same time. 1A, 1B and, when the chassis 120 is slidably disposed in the cabinet no, the chassis 120 interferes with the stopping portion 134b of the sliding plate 134 to slide the sliding plate 134 relative to the fixing plate 132. At this time, the elastic member 136 may stop. The external force applied by the blocking portion l34b is elastically deformed, and the second ventilation hole 134a of the sliding plate 134 is projected on the side 120a of the chassis 120 and the first ventilation hole 132a of the fixing plate 132 is on the side 120a of the chassis 120. The orthographic projections on the overlap. Also That is to say, at this time, the first vent hole 132a of the fixing plate 132 and the second vent hole 134a of the sliding plate 134 communicate with each other. Thus, the airflow (not shown) flowing into the cymbal 11 of the cabinet can normally flow through this. When the chassis 120 is withdrawn from the armature 110, the chassis 120 does not interfere with the stopping portion 134b of the sliding plate 134. At this time, the elastic member 136 is restored to the original state, and the sliding plate is restored. The orthographic projection of the second venting opening 134a of the 134 on the side 120a of the chassis 120 does not overlap with the orthographic projection of the first opening M399578 of the fixing plate 132 on the side 120a of the chassis 120. That is, at this time The first venting holes 132a of the fixing plate 132 and the second venting holes 134a of the sliding plate 134 are not in communication with each other, and the sliding plate i34 covers the first venting holes 132a of the fixing plate 132. Thus, the flow into the machine 110 The airflow (not shown) cannot flow through here, so that more airflow flowing into the cabinet 110 can flow around the other chassis 120. Briefly, the rack server 1 of the present embodiment utilizes the baffle Structure 丨3 〇 design to form appropriate flow The flow, wherein when the chassis 120 exits the cabinet 110, the front projections of the first venting holes 132a and the second venting holes 134a on the sliding plate 134 on the side 120a of the chassis 120 do not overlap, that is, the fixing plate 132 The first venting holes 132a and the second venting holes 134a on the sliding plate 134 are not in communication with each other, so that the airflow flowing into the casing 11〇 cannot flow therethrough, so that more airflow flows to the periphery of the other casings 12''. When the chassis 120 is slidably disposed in the cabinet 11 , the orthographic projections of the first venting holes 132 a and the second venting holes 134 a of the sliding plate 134 on the side 120 a of the chassis 12 互相 overlap each other, that is, fixed. The first venting holes 132a and 132b of the plate 132 and the sliding plate 134 communicate with each other, so that the airflow flowing into the cabinet 能0 can normally flow around the periphery of the casing. In this way, the heat dissipation performance of the entire rack server 100 can be improved by the design of the baffle structure 130. In summary, since the creation has a baffle structure design, the frame server of the present invention can communicate with the second vent hole of the sliding plate or not through the fixing plate through whether the chassis interferes with the stopping portion of the sliding plate. The first ventilation M399578 hole is used to change the airflow through the cabinet. In this way, the airflow flowing through the cabinet can be effectively utilized to improve the overall heat dissipation performance of the rack server. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and any person having ordinary knowledge in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of protection of this creation is subject to the definition of the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a schematic view of a rack server according to an embodiment of the present invention. Figure 1B is an exploded perspective view of the baffle structure of Figure 1B. Figure 1C is a diagram showing the relative positions of the chassis interference baffle structure of Figure 1A. Figure 1D is a schematic illustration of the relative position of the chassis of Figure 1A without interference with the baffle structure. [Main component symbol description] 100 · Rack word server 110 : Machine 112 · Side pivot 114 : Slide rail 12G : Chassis 120a : Side 122 : Base plate 124 : Rear panel 126 : Side plate 126a : Cooling hole 130 : Block Plate structure 132: fixing plate 132a: first ventilation hole 132b: limiting portion 132c: sliding portion 132d: surface 134: sliding plate 134a: second ventilation hole 134b: stopper portion 134c: sliding edge 136: elastic member 140: Replaceable module 51: area 52: accommodation space