200826812 •九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種滑軌結構，更詳而言之， 應用於伺服器（Server)架之組設式滑執裝置。 ’、； 【先前技術】 在目前的資訊時代巾，電腦已扮㈣何或缺的角 色，而舰器的應用更是在目前的網路時代中’有 ^㈣位。現今的舰器提供許多不同的資訊服務，因 几 丄 幻服杰的设計也變的越來越多元 化，而為了容置不同的伺服器， 哭沾德斤门 乂肩叹叶能容置不同伺服 口口的械相’因此也成為各家機箱萝 v俄相衣化商不得不考慮的問 也由於各製造商設計方式不盡相同，以致於現今不同 的機箱所容置的伺服器，並盔框牟絲^ χ …[木統一的设計形式以供使 用t %用。 自用之祠U定方式係將滑執鎖固於飼服器，再將 ，定於伺服器之滑執置於一承载框架上，然後再組配於 广伽或本身具有螺紋之框架上，使用者必須受制於 框木之孔洞的形狀，再採用與其配合之承載框架，以完成 j服益之置放，但由於該承載框架設計為配合特定框架之 δ又计’而依其使用者不同，使用之框架設計也大不相同， 使其不易配合不同使用者的需求，進而造成使用者選配的 ，煩，不易通用之缺撼，且由於上述之承載框架設計需配 &相容的框架，若使用者欲組配伺服器，則需挑選與既有 框架相同規格之承載框架，但因該承载框架之固定設計不 19954 5 200826812 L’lif僅：以方孔框架配合方柱固定之承载框架，或以 囡孔框力木配合圓形固定之承载_ ^ 用之需求。 女砧口瑪費大眾通 為提供使用者置放伺服器之需求，台八 1234428號遂提出一種伺服器機架滑執之固定結構7= ，包括.一伺服器機架滑執’該伺服器 ;’： :一:靖出-組裝片，且該組裝片開設有二 片之嶋及定位孔以螺絲接固於飼服器之框架之上。衣 但由於上述之承載框架需增加一複雜之彈性 2螺絲ί子才能將該彈性片及組裝片以螺絲固定於框/ 、鎖框架上僅以手轉動螺絲就可輕易將該承載框 .木鎖固於框架上，因而造成使用者在操作上述衫之Ζ 7性’且增加—複雜之彈性片無疑地會增加組 效显，且同時必須將該彈性夾片盥组, 片以及框架的組裝孔對正後才能安 、 =:利性，以致於不符合製造商或使用作上 【發明内容】 供一=^述習知技術之缺點，本發明之主要目的在於提 /、#之、、且叹式滑執裝置，可以不用 裝置與框架之定位孔定位。 而將“式滑執 本發明之另一目的在於提供一種可對應電腦裝置調整 見又之滑執之組設式滑執裝置。 為達上述目的及其它目的，本發明提供一種組設式滑 19954 6 200826812 執裝置，係應用於用以設置電腦裝置且具有第一定位部之 承載框架上，該組設式滑軌裝置至少包括：一組滑移組件， 係對應該承載框架之第一定位部設有具有一定寬度之活動 空間的第一結合部，用以組設於該承載框架上，並供組設 該電腦裝置，且提供該電腦裝置一滑移效果；一組第一結 合件，係對應該第一定位部設有第二定位部，且對應該第 一結合部設有肩部以及由該肩部延伸之第二結合部；以及 一組第二結合件，係設有對應該第一結合件之第二結合部 之第三結合部，用以於該第一結合件透過該肩部及第二結 合部穿設該第一結合部時，透過該第三結合部與該第二結 合部之結合，供該滑移組件可透過該第一結合件之第二定 位部組設於該承載框架上之第一定位部，相應地令該電腦 裝置設置於該承載框架上。 於上述之說明中，該組設式滑軌裝置係提供使用者可 透過該組第一結合件之肩部於該組滑移組件之第一結合部 的活動空間内進行位置調整，以相應將該組滑移組件調整 為適應於該電腦裝置寬度之狀態。 本發明之組設式滑軌裝置藉由具有第二定位部之第一 結合件，供不同承載框架之方形孔及圓形孔作組設，同時 本發明之組設式滑執裝置更透過該第一結合件之肩部與滑 移組件之第一結合部之空間配合，提供了該第一結合件之 肩部具有活動裕度之空間，因而能克服製造公差之限制， 以能適用不同寬度的電腦裝置，進而能有效解決習知之組 裝不易及僅具單一匹配寬度的問題。 7 19954 200826812 【實施方式】 =下藉由特定的具體實施例說明本發明之組設式滑軌 衣置只細•方式，熟悉此技蟄之士可由本說明書所揭示之内 容輕易地瞭解本發明之其它優點與功效。本發明亦可藉由 其它不同的具體實施例加以施行或應用，本說明書的^項 細節亦可基於不同觀點與應用，在料離本發明之精神下 進行各種修飾與變更。 班明茶閱第1、2及3圖，係顯示本發明之組設式滑執裝 1之刀解立體圖、組合立體圖及應用於該伺服器之框架上 所例不之立體圖。如圖所示，該組設式滑軌裝置i係應用 於用以設置例如伺服器之電腦裝置（未予圖示）且具有第一 疋位部51之承載框架5〇上，其中，該第一定位部5〗係為 連續的方形孔，但不以此為限，亦可實施為圓形孔，用以 供組設有該電腦裝置之組設式滑執裝置丨組設於其上。 承上述，该組設式滑執裝置丨包括：一組滑移組件^、 第一結合件20及第二結合件4〇。 以下即分別針對本發明組設式滑執裝置丨之上揭各物 件進行詳細說明： 該組滑移組件11之其中任一者，係對應該承載框架 5〇之第一定位部51設有具有一定寬度之活動空間的第— 結合部12，用以組設於該承載框架5〇上，並供組設該電 腦I置，且提供該電腦裝置一滑移效果。於本實施例中， 該組滑移組件11之滑移組件Π的數量係為二個，並分別 組設於該電腦裝置之二側，且組設於該承载框架5()之二 19954 200826812 侧，且每一滑移組件u之結構係如圖所示 及滑移設置於該滑軌110上之滑移件⑴，，月執110 =係用以組設於該承餘架5G上，該滑移件’ζ滑執 供組設該電腦裝置，並提供該電腦裝置-滑移效果係用Γ 使用者可依需求進行該電腦裝置之抽取以遠 腦裝置之檢測、維修等操作。 俾進行該電 ! 2 彳中，_組件11之第—結合部 詳而言非圓形之其中-者之幾何形狀，更 -者之合部12係選自矩形孔及猶圓孔之其中 部二T '合件20之其中任一者，係對應該第-定位 -Μδ又有弟二定位部21，且對應該 .部23以及由該肩部 “ 12 -有肩 中，該組第-結合件：:二7於… 柱；該第二定位部21#且^任者係包括二螺絲或螺 5!之形狀的不γΛ 可適應該第一定位部 的不同型態之定位柱21及22(分別適用於圓形孔 ^ )，亦即，該第二定位部(定位柱切及22之形體 ^ = ί圓形Ϊ方形才主體，且該圓形柱體之直徑係小於該 12 乂肢之直& ;該肩部23係用以靠設於該第一結合部 •^動空間内’其尺寸係小於該第—結合部12之活動 ::斷面係呈圓形之幾何形狀;該第二結合部24之直 厂、於§玄肩部23，係用以穿設該滑移組件11之第一处人 β 12’以供該第二結合件4〇進行鎖合（請容後詳述。 表上返°亥第一疋位部21及22之形體亦可為任意形 19954 9 200826812 體之組合，而該第一結合件20之第二結合部24亦可呈多 邊形之螺柱或圓角矩形之螺柱，由於此為此技藝中具有通 常知識者均能推理及理解者，故在此不另與以圖式及為文 贅述之。 該組第二結合件40之其中任一者，係設有對應該第一 結合件20之第二結合部24之第三結合部43，用以於該第 一結合件20透過該肩部23及第二結合部24穿設該第一結 合部12時，透過該第三結合部43與該第二結合部24之結 合，供該滑移組件44可透過該第一結合件20之第二定位 部21組設於該承載框架50上之第一定位部51，相應地， 可令該電腦裝置設置於該承載框架50上。於本實施例中， 該組第二結合件40之其中任一者係為二螺帽，且該第三結 合部43係為對應該第二結合部24之螺孔，用以於該第一 結合件20(螺柱）透過該肩部23及第二結合部24穿設該第 一結合部12時，與該第一結合件20之第二結合部24相互 螺合。 承上述，該組設式滑執裝置1係提供使用者可透過該 組第一結合件20之肩部23於該組滑移組件11之第一結合 部12的活動空間内進行位置調整，以相應將該組滑移組件 11調整為適應於該電腦裝置寬度之狀態。 此外，將該組設式滑軌裝置1組設於承載框架50上 時，不需使用例如螺絲起子，十字起子等工具，只需用手 托起該組設式滑執裝置1，並將其第一結合件20之第二定 位部21對應組設於該承載框架50之第一定位部51上，即 10 19954 200826812 可將該組設式滑執裝置丨穩固地組設於承载框架％上。 綜上所述，本發明之組設式滑執裝置藉由具有第二定 位部之第-結合件’供不同承載框架之方形孔及圓形孔^ 組設，同時本發明《組設式滑執裝置更透過該第—結合件 之肩部與滑移組件之第一結合部之空間配合，提供了該第 :結合件之肩部具有活動裕度之空間，因而能克服製造公 差之限制’以能適用不同寬度的電腦裝置，進而能有效解 決習知之組裝不易及僅具單一匹配寬度的問題。 上述實施例僅例示性說明本發明之原理及功效，而非 用於限制本發明。任何熟悉此項技藝者均可在不違背本發 明之精神及範疇下，對上述實施例進行修飾與改變。因此^ 本鲞明之權利保護範圍，應如後述之申請專利 【圖式簡單說明】 第1圖係為本發明之組設式滑轨裝置 第2圖係為本發明之組設式滑轨裝置 以及 第 3圖係為本發明之組設式滑執裝置 杰之框架上所例示之立體圖。 【主要 元件符號說明】 1 組設式滑執裝置 11 滑移組件 110 滑執 111 滑移件 12 第一結合部 之分解立體圖； 之組合立體圖； 之應用於該饲服 19954 11 200826812 20 第一結合件 21 及 22 第二定位部 23 肩部 24 第二結合部 40 第二結合件 41 第三結合部 50 承載框架 51 第一定位部200826812 • Nine, invention description: [Technical field to which the invention pertains] The present invention relates to a slide rail structure, and more particularly, to an assembled slide device for a server rack. </ br> [Previous technology] In the current information age, the computer has played (4) the role of the lack of, and the application of the ship is in the current Internet age, there is ^ (four). Today's ships offer many different information services, because the design of several illusion suits has become more and more diversified, and in order to accommodate different servers, crying and smashing the shoulders can accommodate The mechanical phase of different servo ports has therefore become a problem that every chassis has to consider. Because the manufacturers design methods are different, so that the servers in different chassis are nowadays. And the helmet frame 牟 silk ^ χ ... [wood unified design form for use t%. The self-contained U-setting method is to lock the slipper to the feeding device, and then place the sliding device set on the server on a bearing frame, and then assemble it on the frame of Guangga or its own thread, and use The person must be constrained by the shape of the hole in the frame wood, and then use the supporting frame to complete the placement of the benefit, but because the carrier frame is designed to match the δ of the specific frame, and depending on the user, The frame design used is also very different, making it difficult to match the needs of different users, which in turn leads to the user's choice, annoyance, and difficulty in general use, and because the above-mentioned bearer frame design needs to be equipped with & compatible framework If the user wants to assemble the server, the carrier frame with the same specifications as the existing frame needs to be selected, but the fixed design of the bearing frame is not 19954 5 200826812 L'lif only: the bearing with the square hole frame and the square column fixed Frame, or with a boring frame force wood with a circular fixed load _ ^ used in demand. The female anvil Ma Fei public to provide the user the need to place the server, Taiwan No. 1234428 遂 proposed a fixed structure of the server rack slip 7 = , including a server rack slipper 'the server ;': :一:Jing out-assembly piece, and the assembly piece is provided with two pieces of cymbals and positioning holes screwed to the frame of the feeding device. However, due to the above-mentioned load-bearing frame, a complicated elastic 2 screw is required to screw the elastic piece and the assembly piece to the frame/lock frame, and the bearing frame can be easily locked by only turning the screw by hand. Fixing on the frame, thus causing the user to operate the above-mentioned shirts and increase-complex-elastic pieces will undoubtedly increase the group effect, and at the same time, the elastic clips must be assembled, the pieces and the assembly holes of the frame. After the alignment is correct, =: profit, so that it does not conform to the manufacturer or the use of the invention. The main purpose of the present invention is to raise /, #, and The sling slide device can be positioned without the positioning holes of the device and the frame. Another object of the present invention is to provide a set-type sliding device that can be adjusted to meet the needs of a computer device. To achieve the above and other objects, the present invention provides a set-type sliding 19954. 6 200826812 The device is applied to a carrying frame for setting up a computer device and having a first positioning portion, the assembled rail device comprising at least: a set of sliding components, corresponding to the first positioning portion of the frame a first joint portion having a certain width of the movable space is disposed on the load-bearing frame, and is configured to set the computer device, and provides a sliding effect of the computer device; a set of first joint members Corresponding to the first positioning portion, the second positioning portion is provided, and the first joint portion is provided with a shoulder portion and a second joint portion extending from the shoulder portion; and a set of second joint members is provided corresponding to a third joint portion of the second joint portion of the joint member is configured to pass through the third joint portion and the second joint portion when the first joint member penetrates the first joint portion through the shoulder portion and the second joint portion Combination of joints The first positioning portion of the first positioning portion of the first coupling member is disposed on the first positioning portion of the bearing frame, and the computer device is correspondingly disposed on the bearing frame. In the above description, the The assembled slide rail device provides a position adjustment by the user through the shoulder of the first joint member of the first joint member in the movable space of the first joint portion of the set of slip assemblies to adjust the set of the slip assembly to Adapting to the state of the width of the computer device. The assembled slide rail device of the present invention is provided with a square hole and a circular hole of different carrier frames by a first joint member having a second positioning portion, and the present invention The assembled sliding device further provides space for the shoulder of the first coupling member to have a movable margin through the space of the shoulder portion of the first coupling member and the first joint portion of the sliding assembly, thereby overcoming manufacturing. The tolerance is limited to the computer device of different widths, which can effectively solve the problem that the conventional assembly is not easy and only has a single matching width. 7 19954 200826812 [Embodiment] = under the specific The embodiments illustrate the assembly rails of the present invention in a thin manner. Other advantages and effects of the present invention can be easily understood by those skilled in the art. The present invention can also be modified by other differences. The specific embodiments of the present invention can be implemented or applied, and various modifications and changes can be made in the spirit of the present invention based on the different viewpoints and applications. Ban Ming Tea Reads Figures 1, 2 and 3, A perspective view, a combined perspective view, and a perspective view of a frame applied to the server are shown in the assembled slide assembly of the present invention. As shown in the figure, the assembled slide device i is applied to A carrier frame 5 having a first clamping portion 51, such as a computer device (not shown), is provided, wherein the first positioning portion 5 is a continuous square hole, but this is not Alternatively, it can be implemented as a circular hole for the assembled sliding device for assembling the computer device to be assembled thereon. In the above, the set of sliding device includes: a set of sliding components ^, a first coupling member 20 and a second coupling member 4A. The following is a detailed description of each object on the assembled sliding device of the present invention: any one of the group of sliding assemblies 11 is provided with a first positioning portion 51 corresponding to the carrying frame 5 The first joint portion 12 of the movable space of a certain width is disposed on the carrying frame 5〇, and is configured to set the computer I, and provides a sliding effect of the computer device. In this embodiment, the number of the sliding components 该 of the set of sliding assemblies 11 is two, and is respectively set on the two sides of the computer device, and is set on the carrying frame 5 () 2 19954 200826812 The side, and the structure of each of the sliding components u is as shown in the figure and the sliding member (1) is disposed on the sliding rail 110, and the monthly holding 110 is used to be assembled on the bearing frame 5G. The sliding member is configured to provide the computer device and provide the computer device-slip effect system. The user can perform the extraction of the computer device to detect and repair the remote brain device according to requirements.俾 该 该 2 2 2 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件 组件Any one of the two T' fittings 20, corresponding to the first-position-Μδ and the second positioning portion 21, and corresponding to the portion 23 and by the shoulder "12-with shoulders, the group- The binding member:: two 7 in the column; the second positioning portion 21# and any one of the two positions including the two screws or the screw 5! γ Λ can accommodate the different positioning of the first positioning portion of the positioning column 21 and 22 (applicable to the circular hole ^), that is, the second positioning portion (the positioning column is cut and the shape of the 22 is ^ round Ϊ square body, and the diameter of the circular cylinder is smaller than the 12 乂The straight leg &; the shoulder 23 is configured to be disposed in the first joint portion and the movable space is smaller than the first joint portion 12: the cross-section has a circular geometry The straight joint of the second joint portion 24, the § 玄 shoulder portion 23, is used to thread the first person β 12 ′ of the slip assembly 11 for the second joint member 4 〇 to lock (please Details are detailed later. The shape of the first clamping portion 21 and 22 of the upper back can also be a combination of any shape 19954 9 200826812, and the second joint portion 24 of the first coupling member 20 can also be a polygonal stud or a rounded rectangle. The studs, as this can be reasoned and understood by those of ordinary skill in the art, are not described here with reference to the drawings and the text. Any one of the second combination members 40 of the group A third joint portion 43 corresponding to the second joint portion 24 of the first joint member 20 is disposed for the first joint member 20 to pass through the shoulder portion 23 and the second joint portion 24 to penetrate the first joint portion 12 . The first assembly portion 21 of the first coupling member 20 is disposed on the carrier frame 50 by the second positioning portion 21 of the first coupling member 20 through the combination of the third joint portion 43 and the second joint portion 24 . The positioning unit 51, correspondingly, the computer device can be disposed on the carrying frame 50. In this embodiment, any one of the second combining members 40 is a second nut, and the third joint portion 43 is a screw hole corresponding to the second joint portion 24 for the first joint member 20 (stud) to pass through the shoulder portion 23 and When the second joint portion 24 is inserted through the first joint portion 12, the second joint portion 24 of the first joint member 20 is screwed to each other. In the above, the set slide device 1 provides a user through the group. The shoulder portion 23 of the first coupling member 20 is positionally adjusted within the movable space of the first joint portion 12 of the set of slip assemblies 11 to adjust the set of the slip assembly 11 to a state adapted to the width of the computer device. In addition, when the assembled slide rail device 1 is assembled on the carrying frame 50, it is not necessary to use a tool such as a screwdriver or a cross screwdriver, and the set sliding device 1 is simply lifted by hand and is The second positioning portion 21 of the first coupling member 20 is correspondingly disposed on the first positioning portion 51 of the carrying frame 50, that is, 10 19954 200826812, the assembled sliding device can be stably assembled on the carrying frame %. . In summary, the assembled sliding device of the present invention is provided with a square hole and a circular hole of different carrier frames by the first coupling member having the second positioning portion, and the assembly sliding type of the present invention The device further provides a space for the shoulder of the first coupling member to have a movable margin through the space of the shoulder portion of the first coupling member and the first joint portion of the sliding assembly, thereby overcoming the manufacturing tolerance limit. The utility model can be applied to computer devices of different widths, thereby effectively solving the problem that the conventional assembly is not easy and only has a single matching width. The above-described embodiments are merely illustrative of the principles and effects of the invention and are not intended to limit the invention. Modifications and variations of the above-described embodiments may be made without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as described in the following patent [Simplified description of the drawings] Figure 1 is the assembled rail device of the present invention. Figure 2 is the assembled slide device of the present invention. Fig. 3 is a perspective view exemplified on the frame of the assembled sliding device of the present invention. [Main component symbol description] 1 set sliding device 11 slip assembly 110 slip 111 sliding member 12 exploded perspective view of the first joint; combined perspective view; applied to the feeding suit 19954 11 200826812 20 first combination 21 and 22 second positioning portion 23 shoulder portion 24 second joint portion 40 second joint member 41 third joint portion 50 carrier frame 51 first positioning portion