M338541 八、新型說明： 【新型所屬之技術領域】 、 本創作關於電子$又備之滑軌結構，特別是一種應用在工業電 腦機箱陣列的無段式滑軌改良結構。 【先前技術】 早期業界所使用工業用機箱滑執功能單純，遂有相關技 術加以改進。早如本國專利公告第48366〇號「伺服器機櫃 之滑軌構造改良」，該滑執主要具有一後支架及一容置於前 述後支架内之前支架，於該前、後支架之相異端各設有一與 前、後支架呈預定角度並藉由定位件穿設以固定於伺服器機 櫃端柱上之第一、二固定部，並於該前、後支架上設有相 對應組設之第一、二接合部，藉前、後支架之第一、二接合 部可相互調整組設位置以增加或縮短前、後支架整體組接長 度’使本案可以達成可組設於各式不同長度伺服器機櫃之滑 執構造者。 以適用於各種規格機箱深度的滑軌結構不僅止於上述 技術，如本國專利公告第511869號「滑執結構（三）」，係 抓用第一滑動體及第二滑動體，使第一滑動體上具有一滑動 空間，該滑動空間得以組接第二滑動體，並於第一、二滑動 體之一端上具有組接於機箱櫃内部之組接部，在第二滑動體 之延伸部組接不同規格尺寸之機箱，設計上與第483660號 有異曲同工之處。 5 M338541 「具有相同功效之專利案尚有本國專利公告第542518號 「工業電腦之滑轨結構改良」—案，詳細内容則不予以贅述。 由以上各案可知，在電腦週邊產業、特別是工 構設計快速發展之際，市面讀㈣構設計千料 均具有獨特設計，並且針對各項使时需求或是特殊效果提 出不同的解決方案。M338541 VIII. New description: [New technology field] This book is about the electronic rail and the slide rail structure, especially the improved structure of the segmentless slide rail used in the industrial computer chassis array. [Prior Art] The industrial chassis sliding function used in the early industry was simple, and related technologies were improved. As described in the National Patent Publication No. 48366 No. "Improvement of the sliding rail structure of the server cabinet", the sliding handle mainly has a rear bracket and a front bracket housed in the rear bracket, and the opposite ends of the front and rear brackets are respectively The first and second fixing portions are fixed at a predetermined angle with the front and rear brackets and are fixed by the positioning member to the end posts of the server cabinet, and the corresponding ones are arranged on the front and rear brackets. The first and second joints can be adjusted by the first and second joints of the front and rear brackets to increase or shorten the overall assembly length of the front and rear brackets, so that the case can be set up in various lengths of servo. The sliding structure of the cabinet. The slide rail structure suitable for the depth of the chassis of various specifications is not limited to the above technology, such as the "sliding structure (3)" of the National Patent Publication No. 511869, which is to grasp the first sliding body and the second sliding body to make the first sliding The body has a sliding space, the sliding space is configured to connect the second sliding body, and has an assembly portion connected to the interior of the chassis cabinet at one end of the first and second sliding bodies, and an extension portion of the second sliding body The chassis of different specifications and sizes are similar in design to No. 483660. 5 M338541 "The patent case with the same effect still has the national patent announcement No. 542518 "Improvement of the slide structure of industrial computers" - the case is not described in detail. As can be seen from the above cases, in the rapid development of computer peripheral industries, especially the design of the industry, the market-reading (four) structure design has unique designs, and proposes different solutions for various time requirements or special effects.
本案創作人亦根據滑軌結構設計持續加以改進，藉解決 市場應用面之實際製作、組合及應用面研究改良，完^本創 作之開發設計。 【新型内容】 本創作之目的在於提供—觀合多樣規格鋪之滑執，透過該滑 執進仃安裝週邊設備時，如：電腦鍵盤、顯示轉，能夠自行調 整變距。 〗作之人目的在於滑執之滑套、支架、絲件構成簡便、成 -強口仏、便於機箱主機上架安裝的結構，可以有效延伸和 快速鎖結定位。 本創作解決問題之技術手段： …本ϋ作所述機I目滑軌改良結構，藉由—種快速配裝結構 、亍^軌之製作及安裝，該滑減構係輕於機箱之内側 可提供如.電腦主機、週邊設備或㈣I置等待嵌入物 件順序或單獨安裝在機箱中，並提供使用者朝4定方向對 上迷待嵌人物件進行推人或拉蚊位。該滑執結構主要包括 6 M338541 有··一組滑軌，各滑軌具有可提供固定於機箱上之轨條基 座 >、轨條基座套设、兩者呈相互滑移之滑套，一設置於 滑套内侧面、並具有凸耳之支架，一設置在滑套外側、透過 螺合元件與支架螺合於滑套上之夾摯件。 該滑轨具有一前端部以及一後端部可鎖固於機箱内之 機柱上，滑套與轨條基座兩者為套裝呈現相互滑移狀態，支 架與夾摯件則透過螺合元件穿設過軌條基座之長槽孔而結 合，使滑套可在支架、夾摯件之間位移至與機箱後方機柱對 應。將待嵌入物件架設在一内執且固定於支架之凸耳上，即 可通過執條基座之内軌於滑套中令待嵌入物件做相對位移 之動作。 本創作相較於先前技術，大幅減少組合應用部件，組合 及拆卸均具輕快便利優點。 以下將配合圖式說明本創作的較佳實施例，下述所列舉 的貝施例係用以闡明本創作，並非用以限定本創作之範圍， 任何熟習此技藝者，當可做些許更動與潤飾，因此本創作之 保濩範圍當視後附之申請專利範圍所界定者為準。 【實施方式】 請同時參閱第一圖及第二圖所示，本創作之滑軌1〇為 相互對應设置，以提供使用者朝一固定方向對待鼓入物件進 行推入或拉出定位。該滑執結構包括有一組滑執1〇，以下 S兒明時將以單一滑執進行剖析，若因方向性需要說明零件位 7 M338541 置時將以立體角度輔以對稱滑執示之，在此先行敘明。 該滑執10係透過一組固定件12、軌條基座14、滑套 16、支架18以及夾摯件20進行組合而成。該固定件12具 有一前端部122及一後端部124，該前端部122及後端部 124上具有數透孔126、128可提供由螺合元件穿設固定， 用以固定於機箱之前後機柱42、44上；該執條基座14之 壁面140上則具有數對位穿孔142,並有導槽提供待嵌入物 件40結合；該滑套16係與軌條基座14套設、兩者可相互 滑移，滑套16將透過後端部124螺鎖固定於機柱上，滑套 16上預留有長槽孔162 ;該支架18係設置於滑套16内側 面、並具有凸耳182，凸耳182上有數可供鎖合之固定孔 184,在支架18上留有與滑套16的長槽孔162位置相當之 滑槽186，壁面180上則具有數對位穿孔188 ;夾摯件20 係設置在滑套16外側，壁面200上具有數與支架18及執 條基座14相對應之對位穿孔202,透過螺合元件與支架18 螺合於滑套16上。 繼續參閱第三圖及第四圖，支架18與夾摯件20透過 螺合元件30穿設過支架18之滑槽186及滑套16之長槽孔 162而結合，使滑套16可在支架18、夾摯件20之間位移 至與機箱後方機柱對應。此時，在組裝方面，使用者可以先 將滑執10之前、後位置確定並進行試合。 本創作在裝配上將如第五圖所示，前端部122及後端 8 M338541 部124將分別透過透孔126、128由螺合元件3〇穿設固定， 用以固定於機箱之前機柱42及後機枉44上，以確定滑軌 10執道運行位置，當然，滑執1Q軌道是相對稱的，另一對 應的軌道將與此滑軌1〇執道平行。在完成以上動作後，如 第六圖，透過螺合元件30將支架18、夾摯件2〇鎖結為一 體，使滑套16成為固定不動、無法位移之狀態。 請參閱第七圖，在完成上述裝配後，可以透過一内執 22由前端部122插入滑執執道中，同時，並由導槽222 提供待嵌入物件40結合，待嵌入物件4〇如一電腦主機， 該電腦主機可以透過内軌22穿入軌條基座14内面，第八 圖即顯不該待嵌入物件4〇，如電腦主機已經透過内執22套 設在軌條基座中。 在完全套入之後，嵌入物件40的後端將會頂置於支架 18的凸耳182,透過凸耳182設置有數可供鎖合之固定孔 184將與肷入物彳4〇進行鎖固，使喪入物件得以通過 内執22在形成之執條基座14上相對位移而抽出或推入， 其7G成組裝示意如第十圖所示。 #以上所述為其巾—種實酬，本創作提供-種符合多樣規格 機相^執’可提供較大之調整跨距（例如：614mm〜828mm)，透 々广月執10進行安裝週邊設備時能夠自行調整變距，結構上構成 #成本低、強固佳、便於機箱主機上架安裝的結構，可以有 效延伸和快速鎖結定位。 M338541 另一實施例請參閱第十一及十二圖，滑套16内對應的支架 18’及夾摯件20’有顯著的變化，支架18’之壁面180’相較於 前一實施例時變短，夾摯件20’亦對應縮短，並透過螺合元件30 穿設固定，適用於較小的跨距需求，約為504腿〜614腿。 M338541 【圖式簡單說明】 第一圖為本創作之一組外軌成並列立體圖； 第二圖為本創作之單一滑軌分解圖； 第三圖為本創作之單一滑軌組合示意圖； 第四圖為本創作之單一滑執動作示意圖； • 第五圖為本創作之單一滑執鎖固於機箱前機柱示意圖； 第六圖為本創作之單一滑執鎖固於機箱後機柱示意圖； _ 第七圖為本創作與待嵌入物件組合前示意圖； 第八圖為本創作與待嵌入物件組合後示意圖； 第九圖為本創作與待嵌入物件後端組合示意圖； 第十圖為本創作與待嵌入物件完成組合示意圖 第十一圖為本創作另一實施例分解示意圖；以及 第十二圖為本創作另一實施例組合前示意圖。 11 M338541 【主要元件符號說明】 10 滑執 12 固定件 122 前端部 124 後端部 126 、128 透孔 14 執條基座 140 壁面 142 對位穿孔 16 滑套 162 長槽孔 18、 18， 支架 180、180, 壁面 182 凸耳 184 固定孔 186 滑槽 188 穿孔 20、 20， 夾摯件 22 内轨 222 導槽 200 壁面 202 對位穿孔 30 螺合元件 40 待嵌入物件 42 前機柱 44 後機柱 12The creators of this case have also continuously improved according to the design of the slide rail structure, and solved the development and design of the creation by solving the actual production, combination and application research of the market application surface. [New Content] The purpose of this creation is to provide a glimpse of the various specifications. Through the sliding door, when installing peripheral devices, such as computer keyboard and display, you can adjust the pitch. The purpose of the person is to make the slippery sleeve, bracket and wire piece simple and simple, to form a strong mouth, and to facilitate the installation of the main frame of the chassis, which can effectively extend and quickly lock and position. The technical means for solving the problem in this creation: ... This is the improved structure of the slide rail of the machine, which is made of a quick-fit structure and the manufacture and installation of the rail, which is lighter than the inner side of the chassis. Providing, for example, a computer mainframe, peripheral equipment, or (d) I-waiting embedded objects in a sequence or separately installed in the chassis, and providing the user to push or pull the mosquitoes in the direction of the four directions. The sliding structure mainly includes 6 M338541, a set of sliding rails, each sliding rail has a sliding sleeve which can be fixed on the chassis, a rail base sleeve, and the sliding sleeves of the two sliding each other. a bracket disposed on the inner side of the sliding sleeve and having a lug, a clamping member disposed on the outer side of the sliding sleeve and screwed to the sliding sleeve through the screwing member and the bracket. The sliding rail has a front end portion and a rear end portion that can be locked on the machine column in the casing. Both the sliding sleeve and the rail base are in a state of slipping each other, and the bracket and the clamping member pass through the screwing component. The long slot holes of the rail base are coupled to each other, so that the sliding sleeve can be displaced between the bracket and the clamp to correspond to the rear pillar of the chassis. The object to be embedded is erected on an inner bracket and fixed on the lug of the bracket, that is, the action of the object to be embedded is relatively displaced by the inner rail of the base of the strip. Compared with the prior art, this creation greatly reduces the combination of application parts, and the combination and disassembly are both light and convenient. The preferred embodiments of the present invention are described below in conjunction with the drawings. The following examples are intended to illustrate the present invention and are not intended to limit the scope of the present invention. Anyone skilled in the art may make some changes. Retouching, therefore, the scope of this creation is subject to the definition of the patent application scope attached. [Embodiment] Please refer to the first figure and the second figure at the same time. The slide rails of the present invention are arranged correspondingly to each other to provide the user to push or pull the object to be in a fixed direction. The sliding structure includes a set of sliding handles. The following S will be analyzed with a single slip. If the orientation is required, the position of the part 7 M338541 will be supplemented by a symmetrical sliding stroke. This is first described. The slipper 10 is formed by a combination of a set of fixing members 12, a rail base 14, a sliding sleeve 16, a bracket 18, and a clamping member 20. The fixing member 12 has a front end portion 122 and a rear end portion 124. The front end portion 122 and the rear end portion 124 have a plurality of through holes 126 and 128 extending through the screwing member for fixing to the front and rear of the chassis. The wall portion 140 of the stem base 14 has a plurality of alignment holes 142, and a guide groove is provided for the object 40 to be embedded; the sleeve 16 is sleeved with the rail base 14 The two sleeves are mutually slidable, and the sliding sleeve 16 is screwed and fixed to the machine post through the rear end portion 124. The sliding sleeve 16 defines a long slot 162. The bracket 18 is disposed on the inner side of the sliding sleeve 16 and has The lug 182 has a plurality of fixing holes 184 for locking on the lug 182. The bracket 18 has a sliding groove 186 corresponding to the position of the long slot 162 of the sliding sleeve 16, and the wall surface 180 has a plurality of alignment holes 188. The clamping member 20 is disposed on the outer side of the sliding sleeve 16, and the wall surface 200 has a plurality of alignment perforations 202 corresponding to the bracket 18 and the stem base 14, and is screwed to the sliding sleeve 16 through the screwing member and the bracket 18. Continuing to refer to the third and fourth figures, the bracket 18 and the clamping member 20 are coupled through the sliding member 30 through the sliding groove 186 of the bracket 18 and the long slot 162 of the sliding sleeve 16, so that the sliding sleeve 16 can be in the bracket. 18. The clamps 20 are displaced to correspond to the chassis at the rear of the chassis. At this time, in terms of assembly, the user can first determine the position before and after the slippery 10 and perform trial and error. The assembly will be assembled as shown in the fifth figure, and the front end portion 122 and the rear end portion 8 M338541 portion 124 will be respectively fixed through the through holes 126, 128 by the screwing member 3 for fixing to the chassis 42 before the chassis. And the rear frame 44 to determine the running position of the slide rail 10, of course, the sliding 1Q track is symmetrical, and the other corresponding track will be parallel with the slide rail. After the above operation is completed, as shown in Fig. 6, the bracket 18 and the clamp member 2 are interlocked by the screwing member 30, and the sliding sleeve 16 is fixed and cannot be displaced. Referring to the seventh figure, after the assembly is completed, the front end portion 122 can be inserted into the sliding handle through an inner handle 22. At the same time, the object to be embedded 40 is combined by the guiding groove 222, and the object to be embedded 4 is like a computer host. The host computer can penetrate the inner surface of the rail base 14 through the inner rail 22, and the eighth figure shows that the object is to be embedded. For example, the computer host has been placed in the rail base through the inner handle 22. After being fully inserted, the rear end of the embedded article 40 will be placed on the lug 182 of the bracket 18, and the fixing lug 182 is provided through the lug 182 to lock the intrusion 彳4〇. The object to be lost can be drawn or pushed through the relative displacement of the inner handle 22 on the formed base 14 and its 7G assembly is shown in the tenth figure. #above described as its towel - kind of remuneration, this creation provides - a variety of specifications to meet the specifications of the machine can provide a larger adjustment span (for example: 614mm ~ 828mm), through the installation of Guangyue 10 to install around The device can adjust the variable pitch by itself, and the structure constitutes a structure with low cost, good rigidity, and convenient installation on the chassis of the chassis, which can effectively extend and quickly lock and locate. M338541 Another embodiment, please refer to the eleventh and twelfth drawings. The corresponding bracket 18' and the clamping member 20' in the sliding sleeve 16 have significant changes. The wall surface 180' of the bracket 18' is compared with the previous embodiment. Shortening, the clamping member 20' is also shortened correspondingly and is fixed by the screwing member 30, and is suitable for a small span requirement of about 504 legs to 614 legs. M338541 [Simple description of the diagram] The first picture is a parallel view of the outer track of one of the creations; the second picture is the exploded view of the single slide of the creation; the third picture is a schematic diagram of the single slide combination of the creation; The figure is a schematic diagram of a single sliding action of the creation; • The fifth figure is a schematic diagram of the single sliding door locked in the front of the chassis; the sixth figure is a schematic diagram of the single sliding door locked to the rear of the chassis; _ The seventh picture is the schematic diagram of the combination of the creation and the object to be embedded; the eighth picture is the schematic diagram of the combination of the creation and the object to be embedded; the ninth picture is the schematic diagram of the combination of the creation and the back end of the object to be embedded; FIG. 11 is a schematic exploded view of another embodiment of the present invention; and FIG. 12 is a front view of another embodiment of the present invention. 11 M338541 [Description of main components] 10 Slipper 12 Fixing member 122 Front end 124 Rear end 126, 128 Through hole 14 Bar base 140 Wall 142 Opposite perforation 16 Sleeve 162 Long slot 18, 18, Bracket 180 , 180, wall 182 lug 184 fixing hole 186 chute 188 perforation 20, 20, clamping member 22 inner rail 222 guide groove 200 wall 202 alignment perforation 30 screwing element 40 object to be embedded 42 front column 44 rear column 12