201021660.29603twfdoc/n 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種滑軌結構，且特別是有關於一種 適於配置於電腦機箱（chassis)與機架（rack)之間的滑 執結構。 【先前技術】 • 一般而言’電腦的等級依據應用程度，可分為個人用 電腦主機、伺服器主機以及超級電腦。個人用電腦主機通 常使用一到兩個處理器，用以處理一般企業的行政事務或 多媒體相關資訊。若要處理其他運算繁複的工作或儲存大 量的資料，業界多使用伺服器主機，且因應現今的網路需 求，可選擇配置二到四顆處理器，甚至多達八顆或十六顆 處理器的伺服器電腦系統。至於超高運算效能的應用，通 常採用幾十顆甚至數百顆、數千顆處理器串接起來的超級 電腦。 _ 目前業界常用_服H主财為可堆疊及串連的機架 式電胳I主機（Rack mount computer )。此設計是將雷腦幸 機中的主機板的尺寸大幅縮小 元、晶片組、記憶體與硬碟，之後藉由滑軌引導而裝入於 機架内，以即省空間且方便抽換。每一台飼服器其實就是 -個獨立運作、可抽換的電腦域，並已進制現今外型 薄化、佔用空間小、低耗電且易於管理的機架式服務器。 -般用於齡上崎軌結構，乃成對地設置於電腦主 201021660 29603twf.doc/n 機的兩侧’足以支撐電腦主機的重量，並藉以引導電腦主 機沿水平方向移動而拖出於機架之外或推入於機架内。進 步來說，一般的滑執結構包括外滑軌與内滑軌，以藉由 内、外滑執的搭配，使得電腦主機能夠相對機架滑動。 然而，内滑軌必須先安裝至電腦主機的侧邊，再與機 ，上的外滑軌配合，才能讓電腦主機相對機架滑動。也就 是說，在電腦主機與機架之間必須要有能夠同時容納内、 外滑執的寬度，才能夠進行後續的滑軌與主機的安裝。因 此’當較寬的電腦主機要裝到機架時，便可能因為内、外 滑軌所佔的寬度過大，而產生無法裝人的情形。此外，藉201021660.29603twfdoc/n IX. Description of the Invention: [Technical Field] The present invention relates to a slide rail structure, and more particularly to a configuration suitable for being disposed between a computer chassis and a rack. Sliding structure. [Prior Art] • Generally, the level of the computer can be classified into a personal computer host, a server host, and a super computer depending on the degree of application. Personal computer hosts typically use one or two processors to handle administrative or multimedia-related information for a typical business. To handle other complicated tasks or store a large amount of data, the industry uses server hosts, and in response to today's network needs, you can choose to configure two to four processors, even up to eight or sixteen processors. Server computer system. As for the application of ultra-high computing performance, it is usually a supercomputer with dozens or even hundreds of thousands of processors connected in series. _ Currently used in the industry _ service H main wealth for stackable and serial rack-mounted Rack mount computer (Rack mount computer). This design is to reduce the size of the motherboard in the Thunderbolt to a large size, chipset, memory and hard disk, and then be loaded into the rack by the guide rail to save space and facilitate replacement. Each feeding machine is actually a stand-alone, replaceable computer domain, and has a rack-type server that is thinner, smaller in space, low in power consumption, and easy to manage. - Generally used for the age of the upper rail structure, is set in pairs on the sides of the computer main 201021660 29603twf.doc / n machine 'sufficient to support the weight of the computer host, and thereby guide the computer host to move horizontally and dragged out of the machine Beyond or pushed into the rack. In general, the general sliding structure includes an outer slide rail and an inner slide rail to enable the computer main body to slide relative to the rack by the combination of the inner and outer slides. However, the inner slide rail must be installed to the side of the computer mainframe, and then cooperate with the outer slide rail on the machine to allow the computer mainframe to slide relative to the rack. That is to say, there must be a width between the host computer and the rack that can accommodate both the inner and outer slides, so that the subsequent slide rails and the host can be installed. Therefore, when a wider computer mainframe is to be mounted in a rack, the width of the inner and outer slide rails may be too large, resulting in an unacceptable situation. In addition, borrow
另外，當要對電腦主機進行維修或更換内部的 時’必須將電腦主機從機架上取域才能進行後續動作， 且須另外尋找一 個放置電腦主機的空間，實為繁瑣與不便。 【發明内容】 ’可提升電腦機箱與機架 本發明提供一種滑軌結構， 之間組裝和拆卸的便利性。 本發明提供一種滑軌結構， 種滑軌結構，可在㈣上直接對電腦主 機進行維修與更換内部零件In addition, when the computer mainframe is to be repaired or replaced, the computer must be taken from the rack for subsequent actions, and it is cumbersome and inconvenient to find another space for the computer mainframe. SUMMARY OF THE INVENTION The present invention provides a slide rail structure with ease of assembly and disassembly. The invention provides a slide rail structure and a slide rail structure, which can directly repair and replace internal parts of the computer main body on (4).
29603twfdoc/n 201021660 ί軌第第二-連連接:件^ 以及 C 一連接件。電腦機箱透滑 第—連接件經由滑塊在第—滑軌内滑動。 f 兩個個- 限制滑塊在滑軌本體上的滑動行程。、月軌本體的叫，以 於滑1第—滑_括-彈片配置 在本發明二:===的-端上。 部。滑動部組裝於第一滑軌，滑動部及一夾持 二滑動部連接，其中失持部位於=轨:轨:夾= 有-組储以容鮮二連接# 錢持。具 在本發明之一實施例中，第一 而第二連接件適於滑人第二滑軌。_帛一滑軌’ 在本發明之一實施例中，第二車 m 軌具有一與彈性卡扣件對應之ΐ扣:弹性卡扣 端的距離2例中’卡扣孔的中心至電腦機箱末 為-二第扣件的中心至滑塊的距離 件 第一距離 二，件會先滑入卡扣孔====機3 維持卡扣丄 在本發明之-實施例中，彈性卡扣件包括一固定部、 --29603twf,doc/n 201021660 2性臂、-㈣部及一引導部。固定部 件上。彈性臂連接於固定部與按屢部之間按 於彈性臂與引導部之間。 按壓。卩連接 件。在本發明之-實施例中，第二連接件為—條狀板金 在本發明之一實施例中，電腦機箱具有 彈性卡扣件被釋放孔所暴露。 ❹ ❹ 的一月:第：’第-連接件固定於電腦機箱 土上而第一滑軌則位於電腦機箱外。 利地藉由滑執結構的引導’而使電腦機箱可以順 裝在2 動’進而使電腦機箱可以方便地與機架組 =本發明的上述龍和優點能更明顯絲，下文特 舉較佳貝施例’並配合所_式，作詳細說明如下。 【實施方式】 =為本發明-實施例的滑執結構組裝前的示意圖。 、、不為圖1的剖面示意、圖。請同時參考圖】與圖2， ;月軌結構100配置於一電腦機箱2〇〇與一機架（未、緣示） ^間’藉以引導電腦機箱細推入於機架内或從機架内拉 出。 —滑軌結構丨⑽包括一第一滑軌110、—滑塊12〇、一 ^連接件130及-第二連接件⑽。第—滑軌11〇適於 固疋於機架上。滑塊120配置於第一滑執11〇上，且滑塊 120適於在第一賴110上滑動。第一連接件130適於固 201 02 1660 29603twf.doc/n 定於電腦機箱200上。第二連接件14〇固設於滑塊12〇並 且滑設於第一連接件130。雖然，以下的實施例僅針對單 -的滑轨結構_進行說明，但在實際制時，滑轨結構 100可成對地配置於電腦機箱200與機架的兩侧，且二滑 執結構100之間維持的距離相當於機架的寬度。 ❹ 上述之第一滑軌110適於固定於機架上。第一滑執 可包括-滑執本體112及兩個阻擋件114'116，兩個阻矜 件114、U6分別組裝於滑轨本體112的兩端，且第一滑^ no可藉由鎖固的方式將滑執本體112的兩端分別固定至 機架。滑塊U0適於在第一滑軌11〇上滑動。舉例而言， =1料包括-滑動部m及一夾持部⑶。夾持部124 月動部122連接。滑動部122組裝於第一滑軌11〇，且 一滑軌U〇㈢。夾持部124位於第-滑軌110外， 槽124&。在本實施例中，第二連接件刚為 ^ '例如以螺絲鎖m或其他方朗定在組裝 可知，由於滑塊m㈣在第一滑軌 内，n 一ΐ接件⑽固定在炎持部124的組裝槽124a ，使2第二連接件刚藉由滑塊12 =且當滑塊12〇移動時會帶動第二連接件14丄;： rntmt件140連胁滑塊120與第一連接件 上，且固定於電腦機箱200的一内壁 箱20。藉由第一連接丄因此’可使電腦機 是，藉由將：機架滑動。值得-提的 糟由將第—連接件130設置在電腦機箱200的内壁， 201021660 29603twf.doc/n 腦機箱200外安“執箱200外，進而可節省在電 機架中，能夠藉由滑執亦即，在相同寬度的 的電腦機箱細也倉t構1〇0所郎省的空間’來讓較寬 e 立體Ϊ Hi圖1的彈性卡扣部與卡扣孔132相卡扣的 广參考圖1與圖3，第二連接件⑽更可具有-卡扣件142且位於第二連接件140的一端。彈性卡如 例如為一金屬彈片。第二連接件140適於滑入第一 對應的’且第—連接件13G具有—與彈性卡扣件142 32。彈性卡扣件142包括一固定部1仏、 142c142d〇 邻149 ί第一連接件140上。彈性臂142b連接於固定 目、i導d間。在本實施例中，電腦機箱200 有-職孔210,聯性卡扣件142會轉放孔21〇 =路。由於卡扣孔m的中心至電腦機箱綱末端的距 距離D1，彈性卡扣件142的中心至滑塊12〇 m a為一$二距離M，且第二距離D2A於第一距離 菖電服機相200被推入機架内的過程中，彈性卡扣件 Z的按壓部142e會先狀卡扣孔132内與第一連接件 的卡扣孔132相卡扣，並且由於第二距離D2大於第一 距離D1，使電腦機箱2〇〇可再進一 =部咖的引導使彈性卡扣件142的缝部 口孔132，之後當電腦機箱2〇〇從機架内被拉出的過程 中，由於彈性卡扣件142的彈性臂142b具有彈性使按壓部 201021660 29603twfdoc/n H2cy以順利滑入卡扣孔132内（圖3所示），並且在拉 動過程中會—直保持扣合狀態，以維持第一連接件130與 第一連接件140的相對位置。 特別的是，第一滑執110更可包括一彈片118，此彈片 118例如為一彎折的金屬彈片。彈片〖“配置於滑軌本體 I,12上，以將滑塊120暫時限制在滑軌本體112的一端上。 詳"'田而s，當電腦機箱200未組裝至機架時，彈片！ 可 止檔滑塊120在滑軌本體112上移動，而當電腦機箱2〇〇 ❿ 與機架組裝時，電腦機箱200推動滑塊120往機架方向移 $的過程中，滑塊120會壓過彈片118使其產生變形，而 f壓縮的力倾釋放之後，彈片m會恢復原本的形狀。 藉由彈片118配置在滑軌本體ip的設計，除了可暫時限 制滑塊120的移動而使第一連接件13〇與第二連接件14〇 之間的對位更加方便止，也可使電腦機箱200在滑軌本體 上π動的摩擦力增加’當滑動的過程中可減緩滑動的 速度而會使電腦機箱200不易於產生晃動及不穩定。 β σ、在以下的段落中，將對電腦機箱200與機架的組裝流 =進行說明。圖4緣示為圖1的滑軌結構的組合示意圖。 睛同時參考圖1與圖4，當電腦機箱200往機架内部推入 時丄第二連接件14〇滑入第一連接件13〇，且持續滑動至 疋程度時，第一連接件140的彈性卡扣件142會先滑入 第一連接件130的卡扣孔132内，由於彈性卡扣件142的 中心至滑塊120的的第二距離D2會大於卡扣孔132的中 〜至電腦機箱200末端的第一距離D1，使電腦機箱2〇〇 可再進一步往機架内滑動，而彈性卡扣件142與卡扣孔132 11 201021660 29603twf.doc/n 脫離且電腦機箱200持5 腦機箱200會推動滑至 。此時’電 滑軌本體轉動魏接件140沿著 m而停止。由上述可知移動至接觸阻擋件 no ^ 14； ；Γ^?Γΐ3Ϊ^"]^ ==架内被拉出的過程中：^ 件M0會-直保持相卡扣的狀態。件13G與第一連接 檢且太透過第一連接件130“及第二連接件140帶動滑 ^ 120，使;月塊120滑動至接觸阻擋件116而停止。此時， 件13G的雜卡扣件142減第二連接件 入、1的卡扣孔132卡扣，使電腦機箱200與機架仍未完 全分離。 承上述，當須將電腦機箱綱與機架完全分離時，使 用者可經由釋放孔21〇按壓彈性卡扣件142的按壓部 142c ’使彈性卡扣件142脫離卡扣孔132。此時，第二連 接件140便可與第-連接件13〇分離，進而使電腦機箱 能夠從機架上被取出。藉由彈性卡扣件142與卡扣孔132 相卡扣的設計除了可增加結構的強度之外，使用者也可方 便地將電腦機箱200從機架拆卸。 此外，藉由兩個阻擋件114、116的設置，以限制滑 塊120在滑轨本體112上的滑動行程。如此一來，當電腦 機箱200相對於機架滑動時，可藉由第一滑軌n〇的兩個 12 201021660 29603twf.doc/n 阻” 116與滑* 12〇產生結構性干涉以避 機箱200意外滑出於機架之外的情形 里f上所述’在本發_雜結構巾，由於第-連接件 设置在電腦機箱的内壁，而第—滑軌則位於電腦機箱ί 可方便地使電職箱可以糊地在機架上滑動，且可 =機箱外設置滑執所㈣空間’所以本發_滑執結構 此夠配置在寬度較小的空間。此外，在部分實 # ❹ 由按壓彈性卡扣件，使第二連接件與第—連接件解卡扣糟 =而=職箱能財便地與餘絲，具有較佳的便 ϊ盘明更可以在機架上直接對電腦主機進行维 U換内部零件的功能。換言之，電腦主機在進行維修 或更換内部的零件時，電腦域仍會㈣钱在滑軌上的 狀。 m 〜雖然本發明已以較佳實施例揭露如上然其並非用以 限定本發明’任何所屬技術領域巾具有iff知識者，在不 脫離本發明的精神和範_，當可作些許的更動與潤飾， 因此本發明的健範!5#缝_巾料·目所界定 為準。 圖式簡單說明】 圖1為本發明一冑施例的滑執結構組裝前的示意圖。 圖2繪示為圖i的剖面示意圖。 圖 圖3繪示為圖丨的彈性卡扣部與卡扣孔相卡扣的立體 〇 13 201021660, 29603twf.doc/n 圖4繪示為圖1的滑軌結構的組合示意圖。 【主要元件符號說明】 100 :滑軌結構 110 :第一滑執 112 :滑軌本體 114、116 :阻擋件 118 :彈片 120 :滑塊 122 :滑動部 124 :夾持部 124a :組裝槽 130 :第一連接件 132 :卡扣孔 140 :第二連接件 142 :彈性卡扣件 142a :固定部 142b :彈性臂 142c :按壓部 142d :引導部 200 :電腦機箱 210 :釋放孔 1429603twfdoc/n 201021660 ί Track second-connected: piece ^ and C a connector. The computer case is slidable. The connecting piece slides in the first slide via the slider. f Two - Limits the sliding stroke of the slider on the rail body. The name of the moon track body is such that the slide 1 - slip - bracket - shrapnel arrangement is on the end of the second invention: ===. unit. The sliding portion is assembled on the first sliding rail, and the sliding portion is connected with a clamping two sliding portion, wherein the missing portion is located at the = rail: rail: clamp = has - group storage to accommodate two connections #钱持. In one embodiment of the invention, the first and second connectors are adapted to slide the second rail. In one embodiment of the present invention, the second vehicle m rail has a buckle corresponding to the elastic snap member: the distance of the elastic snap end is 2 in the middle of the 'click hole to the end of the computer case For the first distance of the distance from the center of the second fastener to the slider, the member will slide into the buckle hole first ==== machine 3 to maintain the buckle 丄 In the embodiment of the invention, the elastic fastener Including a fixed part, --29603twf, doc / n 201021660 2 arm, - (four) and a guide. On the fixed part. The elastic arm is connected between the fixed portion and the pressing portion between the elastic arm and the guiding portion. Press.卩 Connector. In an embodiment of the invention, the second connector is a strip of sheet metal. In one embodiment of the invention, the computer chassis has an elastic snap member that is exposed by the release aperture. ❹ ❹ January: No.: 'The first connector is fixed to the computer case and the first rail is outside the computer case. Thanks to the guidance of the sliding structure, the computer case can be mounted in two movements, so that the computer case can be conveniently combined with the frame group. The above-mentioned dragons and advantages of the present invention can be more obvious. The shell example 'and the _ formula, as detailed, is as follows. [Embodiment] = A schematic view of the sliding structure of the present invention-embodiment before the assembly. It is not shown or illustrated in the cross section of Fig. 1. Please refer to the figure and FIG. 2 at the same time; the monthly rail structure 100 is arranged in a computer case 2 〇〇 and a rack (not, edge) ^ to guide the computer case into the rack or into the rack Pull out inside. - The slide rail structure (10) comprises a first slide rail 110, a slider 12, a connector 130 and a second connector (10). The first slide rail 11 is adapted to be fixed to the frame. The slider 120 is disposed on the first slider 11 and the slider 120 is adapted to slide on the first slider 110. The first connecting member 130 is adapted to be fixed on the computer case 200 by 201 02 1660 29603 twf. The second connecting member 14 is fixed to the slider 12 and is slidably disposed on the first connecting member 130. Although the following embodiments are only described for the single-slide structure _, in actual production, the slide structure 100 can be disposed in pairs on the computer chassis 200 and the two sides of the frame, and the two sliding structure 100 The distance maintained is equivalent to the width of the rack. ❹ The first slide rail 110 described above is adapted to be fixed to the frame. The first sliding handle may include a sliding body 112 and two blocking members 114'116. The two blocking members 114 and U6 are respectively assembled at two ends of the sliding rail body 112, and the first sliding can be locked by the locking The method fixes the two ends of the sliding body 112 to the frame respectively. The slider U0 is adapted to slide on the first slide rail 11〇. For example, the material includes a sliding portion m and a clamping portion (3). The clamping portion 124 is connected to the moon moving portion 122. The sliding portion 122 is assembled to the first rail 11 〇 and a rail U 〇 (3). The clamping portion 124 is located outside the first slide rail 110, and the groove 124 & In this embodiment, the second connecting member is just assembled, for example, by screwing m or other squares. Since the slider m (four) is in the first sliding rail, the n-connecting member (10) is fixed to the inflaming portion 124. The assembly slot 124a is such that the second connector is just driven by the slider 12 = and when the slider 12 is moved, the second connector 14 is driven; the rntmt member 140 is connected to the first connector And fixed to an inner wall box 20 of the computer case 200. By means of the first connection, the computer can be made to slide the frame. It is worthwhile to mention the first connector 130 on the inner wall of the computer case 200, 201021660 29603twf.doc/n brain chassis 200 external security "out of the box 200, and thus can be saved in the motor frame, can be slipped That is to say, in the same width of the computer case, the size of the warehouse is 1 〇 0 所 省 省 省 ' 来 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 广 广 广 广 广 广 广 广 广 广 广 广1 and 3, the second connecting member (10) may further have a latching member 142 and is located at one end of the second connecting member 140. The elastic card is, for example, a metal elastic piece. The second connecting member 140 is adapted to slide into the first corresponding portion. And the first connecting member 13G has a resilient latching member 142 32. The resilient latching member 142 includes a fixing portion 1 仏, 142c142d adjacent to the first connecting member 140. The elastic arm 142b is connected to the fixed target. In this embodiment, the computer case 200 has a job hole 210, and the interlocking clip 142 will transfer the hole 21〇=way. Due to the distance from the center of the snap hole m to the end of the computer case D1, the center of the elastic snap member 142 to the slider 12 〇 ma is one $ two distance M, and the second distance D2A is at the first distance 菖During the process of pushing the machine phase 200 into the rack, the pressing portion 142e of the elastic snap member Z is buckled in the first snap hole 132 with the latching hole 132 of the first connecting member, and due to the second distance D2 is greater than the first distance D1, so that the computer case 2 can be further guided by a part of the coffee to make the slit hole 132 of the elastic snap member 142, and then the process of pulling out the computer case 2 from the frame. Because the elastic arm 142b of the elastic latching member 142 has elasticity, the pressing portion 201021660 29603twfdoc/n H2cy smoothly slides into the latching hole 132 (shown in FIG. 3), and will be in a straight state during the pulling process. The first sliding member 110 further includes a resilient piece 118, such as a bent metal elastic piece. On the rail body I, 12, the slider 120 is temporarily restrained on one end of the rail body 112. Detailed " 'Tian s, when the computer case 200 is not assembled to the rack, shrapnel! The stop slider 120 moves on the slide rail body 112, and when the computer case 2 is assembled with the rack, the slider 120 is pressed during the process of the computer case 200 pushing the slider 120 to move toward the rack. The elastic piece 118 causes deformation, and after the force of the f compression is released, the elastic piece m returns to its original shape. The configuration of the slide rail body ip by the elastic piece 118 can not only temporarily limit the movement of the slider 120, but also facilitate the alignment between the first connecting member 13〇 and the second connecting member 14〇, and can also make the computer The frictional force of the chassis 200 on the rail body increases π. The speed of the sliding can be slowed down during the sliding process, which makes the computer case 200 less prone to sway and instability. β σ, in the following paragraphs, the assembly flow of the computer case 200 and the rack will be described. Figure 4 is a schematic view showing the combination of the slide rail structure of Figure 1. Referring to FIG. 1 and FIG. 4 simultaneously, when the computer case 200 is pushed into the frame, the second connecting member 14 is slid into the first connecting member 13 〇 and continuously slides to the 疋 level, the first connecting member 140 The elastic latching member 142 is first slid into the latching hole 132 of the first connecting member 130. The second distance D2 from the center of the elastic latching member 142 to the slider 120 is greater than the middle of the latching hole 132. The first distance D1 at the end of the chassis 200 allows the computer case 2 to slide further into the frame, and the elastic snap member 142 is separated from the snap hole 132 11 201021660 29603twf.doc/n and the computer case 200 holds 5 brains. The chassis 200 will push to slide. At this time, the electric rail body rotation Wei joint 140 stops along m. It can be seen from the above that the movement to the contact stopper no ^ 14; ;Γ^?Γΐ3Ϊ^"]^ == in the process of being pulled out of the frame: ^M0 will be - straight to maintain the state of the phase buckle. The piece 13G and the first connection check and the sliding of the first connecting piece 130 and the second connecting piece 140, so that the month block 120 slides to the contact blocking member 116 to stop. At this time, the piece 13G of the miscellaneous buckle The 142 is reduced by the second connecting member and the latching hole 132 of the first connector, so that the computer case 200 and the frame are not completely separated. According to the above, when the computer chassis is completely separated from the frame, the user can The release hole 21 〇 presses the pressing portion 142 c ′ of the elastic latching member 142 to disengage the elastic latching member 142 from the latching hole 132. At this time, the second connecting member 140 can be separated from the first connecting member 13 , thereby making the computer case The utility model can be removed from the frame. The design of the snap-fit of the elastic latching member 142 and the latching hole 132 can not only increase the strength of the structure, but also the user can conveniently remove the computer case 200 from the rack. By the arrangement of the two blocking members 114, 116, the sliding stroke of the slider 120 on the rail body 112 is restricted. Thus, when the computer case 200 slides relative to the frame, the first sliding rail can be used. N〇 two 12 201021660 29603twf.doc/n resistance" 116 and slip * 12 〇 production The structural interference interferes with the situation in which the chassis 200 accidentally slides out of the rack. In the present invention, the first connector is disposed on the inner wall of the computer case, and the first slide rail is Located in the computer case ί can easily make the electric box slide on the rack, and can be set to the outside of the chassis (four) space 'so the hair _ slip structure can be configured in a small space. In addition, in the part of the real # ❹ by pressing the elastic snap fastener, so that the second connector and the first connector are unbuckled = and the job box can be used with the remaining wire, with a better note It is possible to perform the function of changing the internal parts of the computer host directly on the rack. In other words, when the computer mainframe is repairing or replacing internal parts, the computer domain will still (4) the money on the rails. m 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Therefore, the Jianfan!5# seam_clothing material of the present invention is defined as the standard. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a sliding structure of an embodiment of the present invention before assembly. 2 is a schematic cross-sectional view of FIG. FIG. 3 is a perspective view of the elastic buckle portion of the figure and the buckle hole. 13 201021660, 29603twf.doc/n FIG. 4 is a schematic view showing the combination of the slide rail structure of FIG. [Main component symbol description] 100: Slide rail structure 110: First slide 112: Slide rail body 114, 116: Stopper 118: Spring 120: Slider 122: Slide portion 124: Clamping portion 124a: Assembly groove 130: The first connecting member 132: the latching hole 140: the second connecting member 142: the elastic latching member 142a: the fixing portion 142b: the elastic arm 142c: the pressing portion 142d: the guiding portion 200: the computer case 210: the release hole 14