M338535 八、新型說明： 【新型所屬之技術領域】 =彳作係有㈣-種機箱’更詳而言之，係應用於裝 設電子裝置之機箱。 【先前技術】 隨著電腦技術的高速發展，電觸已經作為人們工作生 =TL缺少广具而廣泛普及，且當下之電腦發展亦趨 向於小型化、輕薄化方向發展，較為典型的例如筆記型電 :專然作為網路樞紐工具來使用的伺服器亦不會例 i等目:厂!二已現輕薄化小型飼服器，例如_服 =求。該小型伺服器的外形為扁 /、卩具有處理器、記憶體和硬碟等，並安裝作举 =作以進行資料的互通和共用，再系統軟體的協調下同 古，二Γ等1型祠服器雖於尺寸上大幅減小，但相對而 器之：C難度。整體的小型化設計對為該等* 服ί佈局1目=计提出了报高的要求，同時，於此狹小的伺 因:者一下:基於電磁干擾、佔用空間、便於拆卸等 ”里’於該等伺服器機箱之設計中加人—些卡合結 構’以快逮免卫具拆裝機箱，而非傳統螺絲鎖固方式。 斤太=併參閲第1A、1B、1C圖，該機箱“系具有-機 :=二及設於機箱本體10上之頂蓋n，該頂蓋11用 一侧4二電子裝置’其相對兩側設有導引部113,且於 、❸丑110而另—側設有操作部m，該機箱本體 5 M338535 :二具有：應導引部113之導執ι〇ι，以使該導引部 夕力於導執1 01内而帶動該頂 / 1之頂蓋U時，朝方向需拆開機箱 λ Μ文I该按紐1 1 〇，以帶叙# 鈕U0之卡部112向下移動，佶兮t _女 10内之卡孔⑽相分離，再透^=112與機箱本體 U卜藉由導請及導引：推移該操作部 往方向A移動，以便二之設計，使該頂^ 進行二作整個拆卸頂蓋11過程中’因需操作人員用雙手 ΐ讀作，㈣⑽11G及操作部111僅設在頂蓋u之 二-側，因此’對於具有不同用 而困擾’例如若該按㈣設於左側，對慣用右手:::： 二V將產生施力不便之困難。並且，從圖可見，該： =亥機箱本體10僅於具有按-no之一側設置卡合： 構，易導致整個頂蓋11受力不均，而發生如頂# u⑽二 翹起，並與該機箱本體10間出 、孤早則 外狀情況。 ，出現_、’進而造成電磁波 =上所述，如何找到一種機箱，以彌補上述習知技術 之種種缺失，實為目前亟待解決的問題。 【新型内容】 藉ί於上述習知技術之缺點’本創作之—目的在於提供 一種便於拆卸之機箱。M338535 VIII. New description: [New technical field] = 彳 系 ( 四 四 四 四 四 四 四 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ [Prior Art] With the rapid development of computer technology, electrical contact has become widely used as a work-related student = TL, and the current development of computers tends to be smaller, lighter and thinner, such as notebook type. Electricity: The server that is used as a network hub tool will not be used for example: factory! Second, it has become a light and thin small feeding machine, such as _ service = seeking. The small server has a flat shape, a processor, a memory, a hard disk, etc., and is installed for communication and sharing of data, and then the system software is coordinated with the same ancient, two types, etc. Although the size of the server is greatly reduced, it is relatively different: C difficulty. The overall miniaturization design puts forward a high requirement for the layout of these * service , layouts, and at the same time, the narrow cause: one based on: electromagnetic interference, space occupation, easy to disassemble, etc. In the design of these server chassis, some snap-fit structures are used to quickly disassemble the armor and disassemble the chassis instead of the traditional screw locking method. Jintai = and refer to Figure 1A, 1B, 1C, the chassis "The system has a machine: = two and a top cover n disposed on the chassis body 10, the top cover 11 is provided with a guiding portion 113 on the opposite sides of the side 4 and two electronic devices, and The other side is provided with an operation part m, and the chassis body 5 M338535 has two guiding means 113 of the guiding part 113, so that the guiding part is driven by the guiding unit 101 to drive the top/1 When the top cover U is in the direction, the chassis λ Μ文I is pressed to the button 1 1 〇, and the card portion 112 with the ## button U0 is moved downward, and the card hole (10) in the 佶兮t_女10 is separated. , then pass through ^=112 and the main body of the chassis U by guiding and guiding: shifting the operation part to the direction A to move, so that the design of the second is performed for the whole process of disassembling the top cover 11 'Because the operator needs to read with both hands, (4) (10) 11G and the operation part 111 are only located on the two side of the top cover u, so 'it is different for the use of different use'. For example, if the press (4) is set on the left side, the right hand is used: ::: Two V will create difficulties in inconvenience. Moreover, as can be seen from the figure, the following: The chassis body 10 has only one side of the -no side: the structure is easy to cause the entire top cover 11 to be unevenly loaded, and the top #u(10) is tilted up, and It is out of the case body 10, and it is outside the case. The occurrence of _, 'and thus caused electromagnetic waves = above, how to find a chassis to make up for the above-mentioned various shortcomings of the prior art, is currently a problem to be solved. [New Content] Borrowing the shortcomings of the above-mentioned prior art, the present invention aims to provide a chassis that is easy to disassemble.
本創作之另-目的在於提供一種機箱本 受力之機箱。 J 為達到上述之目的及其他目的，本創作提供一種機 6 M338535 相’知用於裝設電子裝置’該機箱包括 ^ 體，該機箱本體具有開口，且於對應開 '相本體以及蓋 2編九及對應導執且供彈性形變之 〇於開口，且於相對兩側設有移動於導執内广爲现 對應結合扣合部之穿孔。 Μ内之導引部、及 前述之機箱中，以該扣合部對應導執 扣合部可對稱設於機箱本體之^ 求，，亥 設於蓋體相對兩側。 且邊牙孔可對稱 前述之機箱中，以導引部移動於導執内 該導引部係可為>{处 昝 為基本而求’ 盆他型式的2 係可為凹槽；當然亦可為 八他1式的§又计，並無特定限制。 體之ϋ邱前述之機箱令’該蓋體亦可具有供外力移動宴 之知作和較佳地，該操作部係可為凹陷結 包括對稱分設於雲雕頂而球 、口 /、可 、息版頂面郴近兩側之二 =於編側之前端，使二凹槽位於對二 側邊2^ T機箱主要係於該機箱本體的開口兩 1則故《又置導軌及扣合部，於芸 号丨卹s办 於孤σ該開口之盍體兩側設置導 =Γ:Γ蓋體從機箱本體上拆卸時，先按壓機箱 1之扣5部’使扣合部與穿孔相分開，再以外力推 動操作部，藉由導引部盘導執 # 计，使其與機箱本體分 雄’相較於習知技術，本創作於拆卸時，因扣合部對稱* 於機相本體兩側’以達到機箱本體兩側均勻受力之目的， 亚錯由操作部之設計，以便於施力使蓋體相對機箱本體滑 7 M338535 移，而達到便於拆卸之目的於機箱本體；又，罢 從而避免外力造成蓋體翹起，防止蓋體變二 ， 【實施方式】 之U形發生。Another object of this creation is to provide a chassis with a chassis. In order to achieve the above and other purposes, the present invention provides a machine 6 M338535, which is known to be used for mounting electronic devices. The chassis includes a body having an opening and corresponding to the opening body and the cover 2 Nine and corresponding guides are provided for the elastic deformation to the opening, and the opposite sides are provided with perforations which are respectively moved to the corresponding engaging portions in the guide. In the guiding portion of the cymbal and the above-mentioned chassis, the engaging portion corresponding to the guiding portion can be symmetrically disposed on the chassis body, and is disposed on opposite sides of the cover. The side hole can be symmetrical in the aforementioned chassis, and the guiding portion can be moved in the guide by the guiding portion, and the guiding portion can be a groove of the basin type; There may be no restrictions on the § of the eight-type. The body of the above-mentioned chassis allows the cover to have a knowledge of the external force to move the banquet and preferably, the operating portion can be a sag that is symmetrically placed on the top of the cloud and the ball, mouth/, can The top surface of the top surface of the version is the second side of the side of the side of the braided side. The two recesses are located on the opposite side of the chassis. The 2^T chassis is mainly attached to the opening of the chassis body. Department, Yuhao No. 丨 s 于 于 孤 孤 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该Separate and push the operation unit by external force, and the guide unit disc guides the meter to make it separate from the chassis body. Compared with the conventional technology, the creation is disassembled due to the symmetry of the fastening part. The two sides of the main body are designed to achieve uniform force on both sides of the chassis body. The error is designed by the operation part, so as to force the cover body to slide relative to the chassis body 7 M338535 to achieve the purpose of easy disassembly for the chassis body; Therefore, the external force is prevented from causing the cover to be lifted, and the cover is prevented from becoming two, [Embodiment] U-shaped Students.
'以下係藉由#定的具體實例說明I 式，熟悉此技藝之人士可由本說明書所揭示之内容=地 瞭解本創作之其他優點與功效。 二 .電月自寺之機⑰’而用以設置例如硬碟等内部電 1本實施例中，該機箱2應用於小型伺服器'上以表、現立特 點。該機箱2包括：機箱本體2〇以及罢體以 '、 所述之機箱本體20係為一側具有開口 2〇 體，供放置内部電子裝置（去同-、 T工相 on ^ l m 圖不），並於圍繞該開口 ，相對二侧外壁設有導軌糊、及對 =變形之扣合部201。於本實施例 〇 =頂面設為開口他以供置人例如主機板 0 等電子裝置，且該導軌2〇〇之“吏碟先碟機 >U您哉面係呈“LJ”形，即為凹槽。 本-二S'201係為具有撓性之彈片，並對稱設於機箱 執Γοο上—’於本實施例中，該扣合部2(31設於導 =士，且將導執200分為兩段;該扣合部201可向内 ί: 定程度之彈性變形，當然於其它實施例，亦可 直接用彈性塑腰材質爽制士 π 胗材貝來衣成，再將其以例如黏貼、鎖固等 方式固疋於機箱本體20，非以本實施例為限。 所述之蓋體21用以蓋合於機箱本體2。之開口、， ;目對兩侧成對設有供結合並移動於導執2〇〇内之導 M338535 =，：及對應且結合扣合部2〇1之穿孔21。。於本實 2] 4導引°卩211對應導執2GG之凹槽狀而以蓋體 2;兩側之折邊製成’即其呈片狀以對應嵌入導軌则， 亚可於導執2〇〇内進杆、、吾矽从& ^ ^ 本體2。滑移;因扣合 太姊9Π % 丨ZU1為弹片，當盍體21相對機箱 本脸20;月和至使扣合部2〇1扣合穿孔2ι〇時，即固定芸 二該穿孔 以便於外 該操作部 體21於機箱本體20上。另外，於本實施例巾 - 21 〇分別位於蓋體21兩側之前端。 另外，該蓋體21之頂面設有操作部212 體21相對機箱本體20之滑移作動，™邵 /係為例如凹槽之凹陷結構’其形狀例如為圓形、方'The following is a specific example of the formula I. The person familiar with the art can understand the other advantages and effects of this creation by the content disclosed in this specification. 2. The electric moon is used to set internal power such as a hard disk from the temple machine 17'. In the present embodiment, the case 2 is applied to a small server to be a table and an existing feature. The chassis 2 includes: a chassis body 2 〇 and a body ', the chassis body 20 has an opening 2 body on one side for placing internal electronic devices (to the same -, T phase on ^ lm diagram) And surrounding the opening, the guide rail paste and the paired deformation portion 201 are provided on the opposite outer wall. In the embodiment, the top surface is set to be open for the user to install an electronic device such as the motherboard 0, and the "two-disc machine" of the guide rail 2 is in the shape of an "LJ". That is, the groove. The present-two S'201 is a flexible elastic piece, and is symmetrically disposed on the chassis Γ οο - 'in this embodiment, the fastening part 2 (31 is set in the guide = Shi, and will The guide 200 is divided into two sections; the fastening part 201 can be inwardly Φ: a certain degree of elastic deformation, of course, in other embodiments, it can also be directly made of elastic plastic waist material, 制 胗 胗 贝, and then The cover body 21 is fixed to the chassis body 20 by, for example, pasting or locking, and is not limited to the embodiment. The cover body 21 is used for covering the opening of the chassis body 2. The guide M338535 =, and the corresponding and combined with the through hole 21 of the engaging portion 2〇1 are provided. In the actual 2] 4 guide ° 211 corresponding guide 2GG The groove shape is formed by the cover body 2; the flanges on both sides are made 'that is, it is in the form of a sheet to correspond to the embedded guide rail, and the second can enter the rod in the guide, and the 矽 from the & ^ ^ body 2. slipping; Because the buckle is too long, 9Π% 丨ZU1 is a shrapnel, when the body 21 is opposite to the face of the chassis 20; and when the buckle is engaged with the perforation 2 〇1, the perforation is fixed to facilitate the operation. The body 21 is disposed on the chassis body 20. In addition, in the embodiment, the towel 21 is respectively located at the front ends of the cover body 21. The top surface of the cover body 21 is provided with the operation portion 212 body 21 opposite to the chassis body 20. Sliding actuation, TM Shao / is a concave structure such as a groove 'its shape is, for example, a circle, a square
Si角Γ梯形等，且該操作部212係包括對稱分設於 鄰近兩側之二凹槽，並位於對應鄰近各穿孔 以使盍體21兩㈣受外力操作且便於摔作。 際二該対孔210之截面均為方形，於實 應科，可依需要而變更其截面形狀為圓形、 只需達到狀之卡合牢固效果即可，而非財實 =為限；且該導引部211尺寸亦可依需要而設 以 本貧施例為限。 个Λ 請參閲第3、4圖，欲將蓋體21從機箱本體2 先朝機箱本體2〇中央方向D按壓機箱本體20兩側 之扣a部20卜使扣合部2G1受到外力播壓而朝 2〇中央方向D縮入穿孔21〇内，而使該扣合部如與月^ 孔210相分開，再以外力控制操作部212朝方向c推動2 9 M338535 組21使其相對機箱本體2〇滑移至分離， 21。因扣合邱9ηι ^ 1」取出盍體 σ| 對稱設於機箱本體20兩侧，#撼4々士 體20兩側均今; 使钱相本 g q文力，而蓋體21不受擠壓外力。 於本貫施例中，該扣合部2〇1形狀、 210,且該扣人邱9Λ1 — 了對應牙孔 σ 口卩2 01之位置經過設計，俾使蓋體况 至完全蓋合於開π 9Λ + 虹π動 2ΐ〇 於.·時，該扣合部2G1恰好卡合穿孔 • μ扣合部201呈傾斜表面，以便於導 .過而使穿孔21〇扣合於扣合部201上。以211通 ”本創作機箱主要藉由扣合部設於機箱本體上 搐壓於，箱本體兩側，以達到機箱本體兩側均勻受力 的’並藉由摔作邱夕< 4 n = 以便於施力使蓋體相對機箱本 =，而達到便於拆卸之目的於機箱本體；由於拆裳日± +版攸而避免盍體受力不均而翹起，更避 免叙生電磁波外洩、及蓋體變形等情形。 上述實施例僅例示性說明本創作之原理及其而 ::用於限制本創作。任何熟習此項技藝之人士均可‘ 背本創作之精神及範疇下 延 „ η 可下對上述貫施例進行修飾盥改 ，又。因此’本創作之權利保護範圍，應 範圍所列。 、心1f明專利 【圖式簡單說明】 第1A圖係為習知伺服器機箱之立體示意圖； 第1B及1C圖係為習知飼服器機箱之卡^及卡 動示意圖； 作 第2圖係為本創作機箱一實施例之立體分解圖； 10 M338535 第3圖係為本創作機箱之立體示意圖；以及 第4圖係為第3圖部分之局部放大圖。 【主要元件符號說明】 1 機箱 10 機箱本體 100 卡孔 101 導軌 11 頂蓋 110 按鈕 111 操作部 112 卡部 113 導引部 2 機箱 20 機箱本體 20a 開口 200 導執 201 扣合部 21 蓋體 210 穿孔 211 導引部 212 操作部 A、B、C、D 方向The Si corner is trapezoidal or the like, and the operating portion 212 includes two grooves symmetrically disposed on two adjacent sides, and is located adjacent to each of the perforations so that the two bodies (21) are operated by an external force and are easy to fall. The second section of the pupil 210 has a square shape. In the case of the application, the cross-sectional shape of the pupil 210 can be changed as needed, and the fastening effect of the shape can be achieved only, instead of the financial limit; The size of the guiding portion 211 can also be set as needed according to the present embodiment. Please refer to Figures 3 and 4, and press the cover 21 from the chassis body 2 toward the central direction D of the chassis body 2 to the side of the chassis body 20, so that the fastening portion 2G1 is subjected to external force. And the central direction D of the 2 缩 is retracted into the through hole 21〇, and the fastening portion is separated from the moon hole 210, and then the external force control operation unit 212 pushes the 2 9 M338535 group 21 toward the direction c to face the chassis body. 2〇Slip to separation, 21. The 盍 9 9 η η η σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ σ . In the present embodiment, the fastening portion 2〇1 shape, 210, and the position of the corresponding person 邱 Λ Λ 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 σ σ σ σ σ σ σ σ When the π 9 Λ + the rainbow π movement is 2 ΐ〇, the fastening portion 2G1 just engages the perforation. The μ fastening portion 201 has an inclined surface so as to guide the perforation 21 〇 to the fastening portion 201. . The 211-pass" main creation chassis is mainly placed on the chassis body by the fastening portion, and is pressed on both sides of the box body to achieve uniform force on both sides of the chassis body and is dropped by Qiu Xi < 4 n = In order to force the cover body to the chassis, and to achieve the purpose of easy to disassemble the chassis body; due to the removal of the day + + version of the 攸 攸 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 盍 受 受 受 受 受 受 叙 叙 叙 叙And the deformation of the cover body, etc. The above embodiment only exemplifies the principle of the present invention and its use:: to limit the creation of this work. Anyone who is familiar with the art can extend the spirit and scope of the original creation η The above-mentioned embodiments can be modified and falsified. Therefore, the scope of protection of the rights of this creation shall be listed in the scope. 1F is a three-dimensional diagram of a conventional server chassis; Figures 1B and 1C are schematic diagrams of a card and a card of a conventional feeding device chassis; This is an exploded perspective view of an embodiment of the authoring chassis; 10 M338535 Figure 3 is a perspective view of the creation of the chassis; and Figure 4 is a partial enlarged view of the portion of Figure 3. [Main component symbol description] 1 Chassis 10 Chassis body 100 Card hole 101 Rail 11 Top cover 110 Button 111 Operation unit 112 Card portion 113 Guide portion 2 Chassis 20 Chassis body 20a Opening 200 Guide 201 Fitting portion 21 Cover 210 Perforation 211 guiding portion 212 operating portion A, B, C, D direction