M315947 -八、新型說明： —【新型所屬之技術領域】 本創作涉及一種殼體與滑軌之配合卡扣結構，尤指用 於伺服器與滑軌間之卡扣結構。 [先前技術】 滑軌普遍應用於可承載物品之裝置上，可使兩物體相 對滑動地移開，起初多用於家具中如抽屜、電腦鍵盤托盤 等，後來由於伺服器之廣泛應用，滑轨被改進並應用於伺 * 服器與伺服器機櫃之間。 伺服器滑軌一般為三段式，包括一外軌，一套設於該 外軌之中軌及一套設於中執上之内軌，外軌一般設有固定 裝置可固定於伺服器機櫃上，伺服器藉由伺服器兩侧壁與 滑執之内執相固定使其活動地置於機櫃内。伺服器與内軌 之固定方式很多，較為常見係用螺絲鎖固方式，螺絲穿過 ，内執與伺服器侧壁之螺絲孔將其鎖固，而當伺服器需要維 Φ 修或需要更新換代時，還要額外使用螺絲起子等工具將螺 絲拆卸或安裝，這樣給伺服器之組裝及拆卸過程中帶來不 便。 【新型内容】 鑒於以上内容，有必要提供一種結構簡單、安裝方便 的殼體與滑執之配合卡扣結構。 一種殼體與滑執之配合卡扣結構，包括一殼體及一滑 軌，該殼體設有一侧壁，該滑執包括一可卡固於該側壁上 之内執，該内執開設有一開口，該侧壁面向該内執凸設一 M315947 、可置入該開口内之凸橋，該凸橋形成一容置空間，該開口 、一侧邊凸設有一可伸入該容置空間内之舌片，該内軌於遠 離該殼體之一侧裝設一彈片，該彈片包括一當該舌片伸入 該凸橋所形成之容置空間時阻擋該凸橋之止擋端。 相對於習知技術，本創作卡扣結構將凸橋扣合於該内 執之舌片上使該殼體與該滑執卡扣，並設有一止擋端以阻 擋該凸橋移出。該卡扣結構設計簡單且安裝、拆卸方便， 有很強的實用性。 修【實施方幻 請參閱圖1，本創作殼體與滑執之配合卡扣結構較佳 實施方式包括一伺服器殼體10及一滑執20。 該殼體10包括一矩形側壁11，該侧壁11沿縱向凸設 有一凸橋113，該凸橋113内侧形成有一容置空間115。 該滑軌20包括一内軌30及一中執50。該内執30對 ， 應該殼體10之凸橋113開設有一矩形開口 31，該開口 31 φ 之一側邊對應該殼體10之凸橋113凸設一舌片33。該舌 片33之長度不小於該容置空間115橫向之深度。該内執 30包括一可裝設於該内執30内側之彈片40。該彈片40 包括一止擋端41及一中軌限位端43。該止擋端41位於一 自由末端處。該限位端43向遠離該内執30 —侧彎折出一 壓合空間。該限位端43面向該中執50 —侧凸設一凸起 433。該中軌50對應該凸起433開設一鎖固口 53。該彈片 40中部開設兩鎖固孔45，該内執30對應該兩鎖固孔45 凸設有兩凸柱35。 M315947 - 續請參閱圖2，組裝該滑軌20時，先將該彈片40之 _鎖固孔45對應地套入該内執30之兩凸柱35上，然後藉 由鉚合方式將該彈片40固定。該彈片40之止擋端41剛 好位於該内軌30之開口 31 —侧並與該舌片33之末端對 齊。該止擋端41覆蓋該内執30之開口 31。該彈片40之 限位端43末端抵觸於該内執30之内側。將該内執30滑 入該中執50，該滑軌20組裝完畢。 續請參閱圖3及圖4,安裝該殼體10與該滑執20時， ® 將該殼體10之凸橋113對應該内執30之開口 31置入， 使該凸橋113向内軌30方向擠壓該彈片40之止擋端41， 使該止擋端41向遠離該内軌30方向發生彈性變形，直至 該凸橋113完全置入該開口 31並使該凸橋113之容置空 間115置於該舌片33之後方，向前推動該殼體10使該内 轨30之舌片33完全伸入該凸橋113之容置空間115内， 此時，該凸橋113向前止擋於該開口 31之前側邊，該彈 φ 片40之止擋端41彈性回彈抵擋於該凸橋113之後侧邊 緣，該凸橋113被固持於該舌片33上。該殼體10與該内 執30鎖固。 拆卸該殼體10與内軌30時，向遠離該内執30方向 扳動該彈片40之止擋端41，使該止擋端41讓位給該凸橋 113，向後移動該殼體10使該内軌30之舌片33移出該凸 橋113之容置空間115，該殼體10即與該内軌30解鎖。 展開該内執30時，該彈片40之限位端43受該中軌 50對該凸起43之擠壓向内發生彈性變形，直至該内軌30 M315947 上彈片40之凸起433移至該中執50之鎖固口 53處時， 該彈片40之限位端43彈性回彈，並使該凸起433卡扣於 該鎖固口 53使該内執30不能向前退出。收合時，僅需按 壓該限位端43使該凸起433與該鎖固口 53解鎖即可。 於本實施方式中，為更穩固固定該殼體10與該内執 30，凸橋113與該舌片33可設置多對，該彈片40與該内 軌35可為其他方式固定，該彈片40之止擋端41可為設 置於該彈片40内側之折邊或凸起以阻止該凸橋113向後 移出，該彈片40之凸起433可設為楔形以免去該内執30 收合時之對彈片40之限位端43的按壓。 綜上所述，本創作符合新型專利之要件，爰依法提出 專利申請。惟，以上僅為本創作之較佳實施例，舉凡熟悉 本案技藝之人士，在爰依本創作精神所作之等效修飾或變 化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1係本創作較佳實施方式殼體與滑執之配合卡扣結構 之立體分解圖。 圖2係圖1中彈片與内軌鎖固後之立體分解圖。 圖3係圖1之立體組裝圖。 圖4係圖3中彈片止擋該凸橋位置之局部剖視圖。 【主要元件符號說明】 殼體 10 侧壁 11 凸橋 113 容置空間 115 M315947 滑軌 20 内執 30 開口 31 舌片 33 凸柱 35 彈片 40 止擋端 41 限位端 43 凸起 433 鎖固孔 45 中軌 50 鎖固口 53 10M315947 - VIII, new description: - [New technical field] This creation involves a snap-fit structure of the housing and the slide rail, especially for the snap structure between the servo and the slide rail. [Prior Art] Slide rails are generally applied to devices capable of carrying articles, so that the two objects can be removed relative to each other, and are initially used in furniture such as drawers, computer keyboard trays, etc. Later, due to the wide application of the servos, the slide rails are Improved and applied between the server and the server cabinet. The servo slide rails are generally three-stage type, including an outer rail, one set is disposed on the outer rail and a set of inner rails disposed on the middle rail, and the outer rail is generally provided with a fixing device that can be fixed on the server cabinet. The server is fixedly placed in the cabinet by fixing both side walls of the server and the sliding handle. There are many ways to fix the servo and the inner rail. It is more common to use the screw locking method. The screw passes through, and the inner hole and the screw hole of the side wall of the server lock it. When the servo needs to be repaired or needs to be replaced. At the same time, additional tools such as screwdrivers are required to remove or install the screws, which brings inconvenience to the assembly and disassembly of the servo. [New content] In view of the above, it is necessary to provide a snap-fit structure with a simple structure and convenient installation of the housing and the sliding handle. A snap-fit structure of a housing and a sliding handle includes a housing and a slide rail. The housing is provided with a side wall. The sliding handle includes an inner sleeve that can be fastened to the side wall. An opening, the side wall is convexly disposed with a M315947, a convex bridge that can be inserted into the opening, the convex bridge forms an accommodating space, and the opening and the one side protruded into the accommodating space. And a spring piece is disposed on a side of the inner rail away from the housing, and the elastic piece includes a stop end of the protruding bridge when the tongue piece protrudes into the receiving space formed by the protruding bridge. Compared with the prior art, the creation buckle structure fastens the convex bridge to the inner tongue to buckle the casing and the sliding handle, and is provided with a stopping end to block the protruding bridge from being removed. The buckle structure is simple in design and convenient to install and disassemble, and has strong practicability. [Further implementation] Referring to Figure 1, the preferred embodiment of the present invention is to cooperate with a snap-fit buckle structure. The preferred embodiment includes a server housing 10 and a slide 20. The housing 10 includes a rectangular side wall 11 , and a protruding bridge 113 is defined in the longitudinal direction of the side wall 11 , and an receiving space 115 is formed inside the protruding bridge 113 . The slide rail 20 includes an inner rail 30 and a middle handle 50. The inner 30 pairs should have a rectangular opening 31 formed by the convex bridge 113 of the casing 10. A side of the opening 31 φ protrudes from the convex bridge 113 of the casing 10 with a tongue 33. The length of the tongue piece 33 is not less than the lateral depth of the accommodating space 115. The inner handle 30 includes a spring 40 that can be mounted inside the inner handle 30. The elastic piece 40 includes a stop end 41 and a middle rail limit end 43. The stop end 41 is located at a free end. The limiting end 43 bends a nip space away from the side of the inner handle 30. The limiting end 43 has a protrusion 433 protruding from the side of the central portion 50. The middle rail 50 defines a locking opening 53 corresponding to the projection 433. Two locking holes 45 are defined in the middle of the elastic piece 40. The inner holdings 30 are provided with two protruding posts 35 corresponding to the two locking holes 45. M315947 - Continuing to refer to FIG. 2, when assembling the slide rail 20, the locking hole 45 of the elastic piece 40 is correspondingly inserted into the two protrusions 35 of the inner handle 30, and then the elastic piece is riveted. 40 fixed. The stop end 41 of the elastic piece 40 is located just on the side of the opening 31 of the inner rail 30 and aligned with the end of the tongue 33. The stop end 41 covers the opening 31 of the inner handle 30. The end of the limiting end 43 of the elastic piece 40 is in contact with the inner side of the inner holder 30. The inner handle 30 is slid into the middle handle 50, and the slide rail 20 is assembled. Continuing to refer to FIG. 3 and FIG. 4, when the housing 10 and the slide 20 are installed, the projection 31 of the housing 10 is placed corresponding to the opening 31 of the inner 30, so that the convex bridge 113 is oriented to the inner rail. The stop end 41 of the elastic piece 40 is pressed in the direction of 30, and the stop end 41 is elastically deformed away from the inner rail 30 until the convex bridge 113 is completely inserted into the opening 31 and the convex bridge 113 is accommodated. The space 115 is placed behind the tongue 33, and the housing 10 is pushed forward so that the tongue 33 of the inner rail 30 fully extends into the receiving space 115 of the protruding bridge 113. At this time, the protruding bridge 113 is forward. The stop end 41 of the elastic φ piece 40 elastically rebounds against the rear side edge of the protruding bridge 113, and the convex bridge 113 is held on the tongue piece 33. The housing 10 is locked with the inner handle 30. When the housing 10 and the inner rail 30 are removed, the stop end 41 of the elastic piece 40 is pulled away from the inner holder 30, the stop end 41 is allowed to be positioned to the convex bridge 113, and the housing 10 is moved backward. The tongue 33 of the inner rail 30 moves out of the receiving space 115 of the protruding bridge 113, and the housing 10 is unlocked from the inner rail 30. When the inner handle 30 is unfolded, the limiting end 43 of the elastic piece 40 is elastically deformed inward by the pressing of the protrusion 43 by the middle rail 50 until the protrusion 433 of the elastic piece 40 on the inner rail 30 M315947 is moved to the When the locking end 53 of the middle 50 is locked, the limiting end 43 of the elastic piece 40 elastically rebounds, and the protrusion 433 is buckled to the locking opening 53 so that the inner holder 30 cannot be withdrawn forward. In the case of folding, the protrusion 433 and the locking port 53 can be unlocked only by pressing the limiting end 43. In this embodiment, in order to fix the housing 10 and the inner handle 30 more stably, the plurality of pairs of the protruding bridge 113 and the tongue piece 33 may be disposed, and the elastic piece 40 and the inner rail 35 may be fixed in other manners, and the elastic piece 40 is fixed. The stop end 41 can be a flange or a protrusion disposed on the inner side of the elastic piece 40 to prevent the convex bridge 113 from being removed backward. The protrusion 433 of the elastic piece 40 can be set to be wedge-shaped to avoid the pairing of the inner holder 30. The pressing of the limit end 43 of the elastic piece 40. In summary, this creation meets the requirements of the new patent and submits a patent application in accordance with the law. However, the above are only preferred embodiments of the present invention, and those skilled in the art will be able to cover the equivalent modifications or variations in the spirit of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing a snap-fit structure of a housing and a slide of a preferred embodiment of the present invention. 2 is an exploded perspective view of the elastic piece and the inner rail of FIG. 1 after being locked. Figure 3 is a perspective assembled view of Figure 1. Figure 4 is a partial cross-sectional view showing the position of the projecting bridge in the spring of Figure 3. [Main component symbol description] Housing 10 Side wall 11 Convex bridge 113 accommodating space 115 M315947 Slide rail 20 Internal 30 Opening 31 Tab 33 Post 35 Shrapnel 40 Stop end 41 Limit end 43 Protruding 433 Locking hole 45 middle rail 50 locking port 53 10