M362589 五、新型說明： 【新型所屬之技術領域】 且特別是有關於一種 本創作是有關於一種定位結構 適於承载主機板的定位結構。 【先前技術】 j㈣Μ服n的發展’從傳統體積大又佔空間的 :逐?發展成將數台lu (υ在舰器領域 置機^*^服_厚度，1U"4_445em)高度的主機放 置機板統-管理的機架式伺服器（^心而）。 於機機㈣健㈣的域板是可滑動地設置 μ 1，"於此概念，可將整個儲存裝置健系統 o^eSen^)當成是—個大的機箱，而此機箱内可以 „二個可平置放置之儲魏置的抽屜 接的主機板’且為了傳輪訊號™ : j夕個連接器’以方便主機板與另—主機板（或轉接板） 串耳^糟明加伺服器之多工性，達到高運算的效能。 抽屜被推人機料’常會因紐精準地使連 ==定，、，料在插人時無法同時完成連接器的電性 的产整連接讀主機板上的元件因受外力不當 ”損。換言之’如何使連接器準確地定位於機箱 内，貫為一亟待解決的課題。 M362589 【新型内容】 於機ΐίΐίΓΓ較健構’其托财較騎順地滑設 、ι 機相，以使物件得到更準確的定位效果。 呈右一、金\=出牙重定位結構’適於承載及準確地定位一 盤。機箱具有器多的:ί板卡。 扣件。這此卡^ 具有一前面板與二卡 端。這此別位於相對遠離前面板的一側的兩 二卡扣件分別具有一第二卡扣部，苴 連:器位於主機板相對遠離前面板的-端，且 件盤的-插入方向。當這些卡扣 -卡扣部，告托盤二，些弟一卡扣部鄰近機箱的這些第 第二位置時向移動且這些卡扣件位於一 以將托盤定位扣㈣於卡扣這些第—卡扣部， 二側:本體=之托盤更包括-底板與 裝主機板。 雜體成形且形成一容置空間以安 -斜之每一第二卡扣部具有 時，這此第^仃卡曰區◦當托盤沿著插入方向移動 依序與钟導引區與這些平行卡合區 在本創作之—實施例中 度大=等於連接器插接:的平行卡合區的長 在本創作之-實施射，上述之每—第_卡扣部為一 M362589 突柱’且每一第二卡扣部為—開口。 在本創作之-實施例中，上述之開口包括制队孔。 在本創作之一實施例中，上述之機箱包括多個滑執， 這些μ軌將機箱區分為至少一區域。這些第一 ⑽=些滑轨的相對兩側邊’且触的這些側板適於承靠 這些滑軌的相對兩侧邊而滑設於機箱的區域内。 基於上述，本創作之定位結構的乾盤具有二卡扣件， 所以定位結構的托盤可藉由這些卡扣件的這些第二卡扣部 ，機箱的這些第-卡扣部的干涉與㈣固定或拆離於機 相。因此’本鑛之隸結構的域可較為平順地滑設於 機箱或拆離於機箱，且同時使配置於定位結構之托盤上的 物件達成定位的效果。 為讓本創作之上述特徵和優點能更明顯易懂，下 舉貫施例，並配合所附圖式作詳細說明如下 、 【實施方式】 圖i繪示本創作之一實施例之—種定位社. 立體示意圖，圖1示圖i之定位結構之托盤位於機箱内 之-第-位置的立體示意圖。請同時參考圖1與圖2 本實施例巾’定位結構⑽適於承餘料地定位— 板20，且定位結 1G與„托盤m。詳細 而言’機箱10”有夕個弟二卡扣部12。托盤110呈有_ 底板112、雨側板114、一前面板116以及二卡扣件、12〇。 底板m具有，凸出部咖，且凸出部心位於相對遠 卡扣件120連接托盤ho且分別位於這些側板He相 對遠離前面板116的一側的兩端，且這些卡扣件12〇分別 具有一第二卡扣部122，其中每一第二卡扣部122例:為 一開口，且這些開口的形狀例如是喇叭孔。更進一步而言， j本貫施例t，卡扣件120例如是由部分側板114向遠離 丽面板116的方向延伸且彎折所形成，且第二卡扣部 具有-斜π導引區122a與—平行卡合區既。M362589 V. New description: [New technology field] and especially related to one. This creation is about a positioning structure suitable for carrying the positioning structure of the motherboard. [Prior technology] j (four) Μ n n development 'from the traditional volume and space: from the development of several sets of lu (υ in the field of the ship ^ ^ ^ service _ thickness, 1U " 4_445em) height of the host placed Board system - managed rack server (^ heart). The machine board (4) Jian (4) domain board is slidably set μ 1, " This concept, the entire storage device health system o ^ eSen ^) as a large chassis, and this chassis can be „ A motherboard that can be placed flat on the drawer of Wei Wei's and 'for the transmission of the signal TM: j-connector' to facilitate the motherboard and the other - motherboard (or adapter board) The versatility of the server achieves high computational efficiency. The drawer is pushed by the man-made material, and the Incheon is precisely used to make the connection ==, and it is impossible to complete the electrical connection of the connector at the same time when inserting the person. Reading components on the motherboard is damaged due to improper external force. In other words, 'how to make the connector accurately positioned in the chassis is a problem to be solved. M362589 [New content] In the machine ΐ ΐ ΐ ΓΓ ΓΓ ’ 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其The right one, gold\= teeth repositioning structure' is suitable for carrying and accurately positioning a disk. The chassis has a lot of equipment: ί board. Fasteners. This card has a front panel and two card ends. The two latching members, which are located on the side relatively far from the front panel, respectively have a second latching portion, the latching device being located at the end of the motherboard opposite the front panel, and the insertion direction of the disc. When the buckle-snap portion is advertised to the tray 2, some of the buckle portions are moved toward the second positions of the chassis, and the fastener members are located at a position to fix the tray (four) to the first card. Buckle, two sides: the body = the tray further includes - the bottom plate and the main board. When the miscellaneous body is formed and an accommodating space is formed to have each of the second latching portions of the slanting-slanting portion, the squeezing region of the shackle is moved along the insertion direction in sequence with the clock guiding region. The engagement zone is in the present embodiment - the embodiment is large = equal to the connector insertion: the length of the parallel engagement zone is in the creation of the present - the above-mentioned - the first buckle is a M362589 stud And each of the second fastening portions is an opening. In an embodiment of the present invention, the opening includes a formation hole. In one embodiment of the present invention, the chassis includes a plurality of sliders that divide the chassis into at least one region. The first (10) = opposite side edges of the slide rails and the side panels that are touched are adapted to bear against the opposite side edges of the slide rails and are slidably disposed in the area of the chassis. Based on the above, the dry tray of the positioning structure of the present invention has two snap fasteners, so the trays of the positioning structure can be fixed by the second snap portions of the snap fasteners, the interference of the first buckle portions of the chassis, and (four) fixing. Or detached from the machine phase. Therefore, the domain of the mine's collateral structure can be smoothly slid in the chassis or detached from the chassis, and at the same time, the object disposed on the tray of the positioning structure can be positioned. In order to make the above-mentioned features and advantages of the present invention more obvious and easy to understand, the following embodiments are described in detail with reference to the accompanying drawings. [Embodiment] FIG. 1 illustrates a positioning of an embodiment of the present invention. The three-dimensional schematic diagram, FIG. 1 is a perspective view of the tray of the positioning structure of FIG. Please refer to FIG. 1 and FIG. 2 at the same time. The towel positioning structure (10) of the present embodiment is suitable for positioning the board 20, and positioning the knot 1G and the tray m. In detail, the chassis 10 has a second buckle. Department 12. The tray 110 has a bottom plate 112, a rain side plate 114, a front panel 116, and two fastening members, 12 inches. The bottom plate m has a protruding portion, and the protruding portion is located at a connecting tray ho of the relatively far-fastening member 120 and is respectively located at two ends of the side of the side plate He away from the front panel 116, and the fastening members 12 respectively There is a second fastening portion 122, wherein each of the second fastening portions 122 is an opening, and the shape of the openings is, for example, a horn hole. Further, in the present embodiment t, the latching member 120 is formed, for example, by a portion of the side panel 114 extending away from the panel 116 and bent, and the second latching portion has an oblique π guiding region 122a. And - parallel engagement zone both.
M362589 離前面板116的一端。這些側板114連接底板112且位於 底板112的相對兩側邊，且前面板116連接底板112輿這 些側板114。底板η 2與這些側板114構成一承载空間s吕 在本實施例中’底板112與這些側板114例如為一體成步 之結 。 ----------. -. 以下對於疋位結構1〇〇之托盤11〇於機箱ι〇内的作 。請再參相2，域板20固定於托盤110 且右於托盤110的承载空間S内，且主機板20 地Κ、ί Γ 22以及多個#料存取11 24 (目2中僅示意 前^二116 Μ其中連接器22設置於主機板20相對遠離 〇且連接器22電性連接的方向同托盤 ί :接=二(如圖2靖項方向）。更進-步而 與另=二於托盤110的凸出部—上，用以 鄰近托盤110::妾板(未繪示）串聯，而資料存取器24 面板116，其例如是-硬碟。機箱10例 如疋一伺服器的部份機 ^ 又亍 尺匕栝夕個滑軌14,且這些滑軌14將 7 M362589 機箱10區分為至少一區域R(圖2中示意地繪示二個） 這些第一卡扣部12分別位於這些滑軌14的相對兩'側^ 在本實施例中，就機箱10的大小的而言，使用者可 裝配二個定位結構100的托盤110，並利用機箱10的滑軌 Μ以及機箱10的這些第一卡扣部12與這些卡扣件的 延些第二卡扣部丨22相互干涉與否，而將這些定位結構1〇〇 之托盤110定位於機箱1〇或拆離於機箱1〇。為了方便說 明起見，以下僅藉由一定位結構1〇〇的柁盤11〇來說明於 機箱10内的作動過程。 詳細而言，請再參考圖2，當主機板20配置於定位結 構100之托盤110的承載空間s内，且這些卡扣件120位 於一第一位置Ρ1時，托盤110的這些側板114適於承靠 這些滑軌14的相對兩側邊而滑設於機箱1〇的區域R内， 使得這些第二卡扣部122鄰近機箱1〇的這些第一卡扣部 12。 圖3緣示圖2之定位結構之托盤由第一位置移動至一 第二位置的立體示意圖。請同時參考圖2與圖3，當托盤 110沿著插入方向（如圖2中的箭頭方向）移動且這些定 位結構100之托盤110的這些卡扣件120由第一位置Ρ1 移動至一第二位置Ρ2時，這些第二卡扣部122適於分別 卡扣這些第—^扣部12 ’其中這些第二卡扣部122的這些 斜口導引區122a與這些平行卡合區122b依序與這些第一 卡扣部12相互干涉，而將托盤110定位於機箱1〇内。此 時，主機板20上之連接器22亦藉由定位結構1〇〇而達成 M362589 定位。在此必須說明的是，在本實施例中，每—平行卡合 區122b的長度大於或等於連接器22插接時的位移長产: 因此可㈣免習知連接器與另„主機板上的元件受夕卜^ 當的撞擊而壞損的問題。 、簡言之’本實施例之定位結構的托# 11〇是夢 滑執14而滑設於機箱1G内，且利用機箱⑺ 二 扣=與這些卡扣件120的這些第二卡扣部122== 而、成精转心域果’ _配置於減u 加上的連接器22亦達成精準地定位。 位、，構觸之托盤no的卡扣件120設計之 術。因無捕準定位，而使得連接器與另—主 件文外力不當的撞擊而壞損的問題。 、兀 综上所述，由於本創作之定位結構的托般 二扣件“些第4 機箱。因此，本;:之:拆離於 滑設於機箱或拆離於機箱外，同時^使配平順地 之托盤上的物件達成定位的效果。 _ ;疋位結構 雖然本創作已以實施例揭露如上，铁 ，’任何所屬技術領域中具有通常;:識；非：以限定 本創作之精神和範圍内，當可作些許 Β 在不脫離 創作之保護範圍當視後附之申請專利範固為^ 9 M362589 【圖式簡單說明】 圖1緣示本創作之一實施例之一種定位結構之托盤的 立體示意圖。 圖2繪示圖1之定位結構之托盤位於機箱内之一第一 位置的立體示意圖。 圖3繪示圖2之定位結構之托盤由第一位置移動至一 第二位置的立體示意圖。 【主要元件符號說明】 10 :機箱 12 :第—^扣部 14 :滑軌 20 :主機板 22 :連接器 24 :資料存取器 100 .定位結構 110 :托盤 112 :底板 112a :凸出部 114 :側板 116 :前面板 120 :卡扣件 122 :第二卡扣部 122a .斜口導引區 10 M362589 122b :平行卡合區 P1 :第一位置 P2 ··第二位置 R :區域 S:承載空間M362589 is from one end of the front panel 116. The side panels 114 are connected to the bottom panel 112 and are located on opposite sides of the bottom panel 112, and the front panel 116 is coupled to the bottom panel 112 and the side panels 114. The bottom plate η 2 and the side plates 114 constitute a bearing space s. In the present embodiment, the bottom plate 112 and the side plates 114 are, for example, integral. ----------. -. The following is a description of the tray 11 of the clamp structure 1 in the case 机箱. Please refer to phase 2 again. The domain board 20 is fixed to the tray 110 and is disposed in the carrying space S of the tray 110, and the motherboard 20 is grounded, ί 22 and a plurality of materials access 11 24 ^二116 Μ Where the connector 22 is disposed on the motherboard 20 relatively far away from the 〇 and the connector 22 is electrically connected in the same direction as the tray ί : 接 = 2 (as shown in Figure 2). Further steps and another = two On the protruding portion of the tray 110, for connecting adjacent to the tray 110:: seesaw (not shown), and the data accessor 24 panel 116, which is, for example, a hard disk. The chassis 10 is, for example, a server. Some of the machines are further divided into a slide rail 14, and the slide rails 14 divide the 7 M362589 chassis 10 into at least one area R (two are schematically shown in FIG. 2). The first fastening portions 12 respectively In the present embodiment, in the present embodiment, in terms of the size of the chassis 10, the user can assemble the tray 110 of the two positioning structures 100, and utilize the slide rails of the chassis 10 and the chassis 10. The first latching portions 12 and the second latching portions 22 of the latching members interfere with each other, and the trays 1 of the positioning structures 1 are 10 is positioned in the chassis 1 拆 or detached from the chassis 1 〇. For the convenience of description, the operation of the inside of the chassis 10 will be described below only by a boring disk 11 定位 of the positioning structure 1 。. Referring to FIG. 2, when the motherboard 20 is disposed in the carrying space s of the tray 110 of the positioning structure 100, and the latching members 120 are located at a first position ,1, the side plates 114 of the tray 110 are adapted to bear the slide rails. The opposite sides of the 14 are slidably disposed in the region R of the chassis 1 such that the second fastening portions 122 are adjacent to the first fastening portions 12 of the chassis 1 . FIG. 3 shows the tray of the positioning structure of FIG. 2 . A perspective view of moving from a first position to a second position. Referring also to Figures 2 and 3, when the tray 110 is moved along the insertion direction (in the direction of the arrow in Figure 2) and the trays 110 of the positioning structures 100 When the latching member 120 is moved from the first position Ρ1 to the second position Ρ2, the second latching portions 122 are adapted to respectively latch the first latching portions 12' of the second latching portions 122 The guiding area 122a and the parallel engaging areas 122b are sequentially connected to the first The buckles 12 interfere with each other, and the tray 110 is positioned in the chassis 1 . At this time, the connector 22 on the motherboard 20 is also positioned by the positioning structure 1 to achieve M362589 positioning. In the embodiment, the length of each of the parallel engaging regions 122b is greater than or equal to the displacement of the connector 22 when the connector 22 is inserted: Therefore, the interference between the conventional connector and the other components on the motherboard is affected. And the problem of the damage. In short, the support structure of the positioning structure of the present embodiment is a slide slider 14 and is slidably disposed in the chassis 1G, and utilizes the chassis (7) two buckles = these with the fasteners 120 The second latching portion 122==, and the connector 22, which is disposed in the reduced heart region, is also accurately positioned. The design of the latching member 120 of the tray no. The problem of damage to the connector due to improper impact of the external force due to the non-trapping position. According to the above description, due to the positioning structure of the creation, the second fasteners are “the fourth chassis. Therefore, this:: it is detached from the chassis or detached from the chassis, and at the same time The object on the pallet is smoothly positioned to achieve the positioning effect. _ ; 疋 position structure Although this creation has been disclosed in the above examples, iron, 'anything in the technical field is common;: knowledge; non: to limit the spirit of this creation and In the scope, if you can make some Β Β Β Β Β Β Β Β Β ^ ^ ^ 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 Figure 2 is a perspective view of the tray of the positioning structure of Figure 1 in a first position in the chassis. Figure 3 is a perspective view of the tray of the positioning structure of Figure 2 moved from a first position to a second position Schematic diagram [Major component symbol description] 10: Chassis 12: First-buckle portion 14: Slide rail 20: Motherboard 22: Connector 24: Data accessor 100. Positioning structure 110: Pallet 112: Base plate 112a: Projection Part 114: side panel 116: front 120 plate: 122 snaps: a second locking portion 122a beveled lead-in area 10 M362589 122b:. Parallel engagement region P1: a first position a second position P2 ·· R: region S: holding space