TW201313091A - Panel combination - Google Patents
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- TW201313091A TW201313091A TW100133107A TW100133107A TW201313091A TW 201313091 A TW201313091 A TW 201313091A TW 100133107 A TW100133107 A TW 100133107A TW 100133107 A TW100133107 A TW 100133107A TW 201313091 A TW201313091 A TW 201313091A
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- panel assembly
- fastening
- chassis
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/18—Packaging or power distribution
- G06F1/181—Enclosures
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- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
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- Casings For Electric Apparatus (AREA)
Abstract
Description
本發明涉及一種面板組合，特別是一種用於伺服器的面板組合。The present invention relates to a panel assembly, and more particularly to a panel assembly for a server.
目前，業界對可拆卸式面板的安裝方式多數是採用螺釘將面板固定在所需的框架上。目前的螺釘固定方式比較複雜，不利於面板的組裝。另一方面，由於伺服器需要根據使用的情況適當的增加或者減少相關器件，故要求其面板能夠簡便地進行組裝。上述螺釘固定的方式顯然與伺服器需要簡便安裝的需求相矛盾。因此，業界各工程人員在簡化固定方式上不斷地進行改進。Currently, most of the industry's installation of detachable panels is to use screws to secure the panels to the desired frame. The current screw fixing method is complicated, which is not conducive to the assembly of the panel. On the other hand, since the servo needs to appropriately increase or decrease the related device depending on the use, the panel is required to be easily assembled. The manner in which the above screws are fixed clearly contradicts the need for the server to be easily installed. As a result, engineers in the industry are constantly making improvements in simplifying the way they are fixed.
本發明的目的正是為了解決以上技術上的不足，提供一種容易安裝的面板組合。The purpose of the present invention is to solve the above technical deficiencies and to provide a panel assembly that is easy to install.
一種面板組合，用於安裝於機箱上，包括：面板、第一部分、第二部分，該第一部分和第二部分固定在面板的相對兩端，該第一部分和第二部分均包含扣合部，第二部分的扣合部用於卡接在機箱的一側，第一部分的扣合部通過彈性部件活動連接於面板上，第一部分的扣合部能夠朝向第二部分移動壓縮彈性部件而使第一部分能夠收容在機箱內，或者受到彈性部件的恢復形變所產生的推力而背離第二部分向外凸伸以卡接在機箱的相對另一側。A panel assembly for mounting on a chassis includes: a panel, a first portion, and a second portion, the first portion and the second portion being fixed at opposite ends of the panel, the first portion and the second portion each including a fastening portion The fastening portion of the second portion is used for snapping on one side of the chassis, and the fastening portion of the first portion is movably connected to the panel by an elastic member, and the fastening portion of the first portion can move the compression elastic member toward the second portion to make the first portion A portion can be received in the chassis or protruded outwardly from the second portion by the thrust generated by the recovery deformation of the elastic member to be snapped to the opposite side of the chassis.
通過以上設計的面板組合由於第二部分可預先***機箱一側進行扣合，然後再扣合第一部分至機箱另一側即可將面板固定在機箱內。因此，面板的固定過程較為簡便，有利於快速完成組裝。The panel combination of the above design can be fixed in the chassis because the second part can be pre-inserted into the side of the chassis for fastening, and then the first part is fastened to the other side of the chassis. Therefore, the fixing process of the panel is relatively simple, which is advantageous for quick assembly.
請同時參閱圖1-2，示出了本發明面板組合100的分解圖和組裝圖。面板組合100包括一面板10、一加強件20、一第一部分30以及一第二部分40，其還包括若干螺釘50。在本實施例中，加強件20位於面板10的後邊界上，第一部分30位於面板10的左上側，第二部分40位於面板10的右上側。其中，加強件20為加強面板10的整體結構強度的部件，第一部分30和第二部分40為扣合面板組合100以及伺服器機箱500的部件。面板組合100與機箱500扣合後，其下方朝向外。Referring also to Figures 1-2, an exploded view and an assembled view of the panel assembly 100 of the present invention is shown. The panel assembly 100 includes a panel 10, a reinforcement member 20, a first portion 30, and a second portion 40 that also includes a plurality of screws 50. In the present embodiment, the reinforcing member 20 is located on the rear boundary of the panel 10, the first portion 30 is located on the upper left side of the panel 10, and the second portion 40 is located on the upper right side of the panel 10. Wherein, the reinforcing member 20 is a member for reinforcing the overall structural strength of the panel 10, and the first portion 30 and the second portion 40 are components of the fastening panel assembly 100 and the server chassis 500. After the panel assembly 100 is engaged with the chassis 500, the lower portion thereof faces outward.
面板10為一體衝壓成型的金屬外殼，其表面包含多個用作增強面板10散熱性能的通孔101。面板10左右兩側分別包含一對側翼13、14，側翼13位於面板10的左端，側翼14位於面板10的右端。側翼13中部開設有扳手孔130，側翼14形狀位置與側翼13對稱，也開設一扳手孔140。面板10的前邊界處斜向上延伸出一防護邊11。側翼13、14的前邊界還分別包括一側翼防護邊131、141。側翼防護邊131、141與防護邊11相連，其比防護邊11略高。側翼13的右側距離面板10前後邊界距離相等的位置處分佈著兩個較大的圓形通孔12，該兩個圓形通孔12靠左側的一個用作後續的鎖定，靠右的一個用作銘牌的標識。面板10上分佈著多個墊片51，其中，側翼13的扳手孔130的左右、對應的側翼14的周邊、該兩個圓形通孔12的右側以及面板10的後邊界各分佈有墊片51。墊片51為一內部帶有螺紋的結構，其可與螺釘50匹配鎖緊。加強件20為一金屬件，其整體呈一長條形並向下彎折出一段防護邊（圖未示）。加強件20的左右兩端分別向前延伸出兩個彎折部21。加強件20上分佈有四個螺孔25，其中兩個彎折部21上各包含一個螺孔25。螺孔25的孔徑與螺釘50螺旋部分匹配。第一部分30和第二部分40上均包含若干供螺釘50穿過的螺孔(圖未標)。在圖1中，多個螺釘50已附在該第一部分30和第二部分40上。面板10、加強件20、第一部分30以及第二部分40通過螺釘50穿過該加強件20、第一部分30以及第二部分40和麵板上的墊片51的螺合固定組合。其中，加強件20左端的彎折部21搭載在第一部分30上，螺釘50從上至下分別穿過加強件20和第一部分30連接至面板10對應位置上的墊片51。加強件20右端的彎折部21搭載在第二部分40上，其螺釘50螺合的方式與加強件20左端的彎折部21一致。The panel 10 is an integrally stamped metal casing having a plurality of through holes 101 for enhancing the heat dissipation performance of the panel 10. The left and right sides of the panel 10 respectively include a pair of side flaps 13, 14, the side flaps 13 are located at the left end of the panel 10, and the side flaps 14 are located at the right end of the panel 10. A wrench hole 130 is defined in the middle of the side flap 13 , and the side wing 14 is shaped symmetrically with the side flap 13 , and a wrench hole 140 is also defined. A protective edge 11 extends obliquely upward from the front boundary of the panel 10. The front edges of the side flaps 13, 14 also include side wing guard edges 131, 141, respectively. The side guard edges 131, 141 are connected to the guard edge 11 which is slightly higher than the guard edge 11. Two large circular through holes 12 are distributed at the right side of the side flaps 13 at a distance equal to the front and rear boundary of the panel 10. The two circular through holes 12 are used for the subsequent locking on the left side and the right one. Name the nameplate. A plurality of spacers 51 are disposed on the panel 10, wherein the left and right sides of the wrench holes 130 of the side flaps 13, the periphery of the corresponding side flaps 14, the right side of the two circular through holes 12, and the rear boundary of the panel 10 are each provided with a spacer. 51. The shim 51 is an internally threaded structure that mates with the screw 50. The reinforcing member 20 is a metal member which has an elongated shape as a whole and is bent downward to form a protective edge (not shown). The left and right ends of the reinforcing member 20 respectively extend forwardly from the two bent portions 21. Four screw holes 25 are distributed on the reinforcing member 20, and each of the two bent portions 21 includes a screw hole 25. The hole diameter of the screw hole 25 is matched with the spiral portion of the screw 50. Both the first portion 30 and the second portion 40 include a plurality of screw holes (not labeled) through which the screws 50 pass. In Figure 1, a plurality of screws 50 have been attached to the first portion 30 and the second portion 40. The panel 10, the stiffener 20, the first portion 30, and the second portion 40 are fixedly coupled by a screw 50 through the stiffener 20, the first portion 30, and the second portion 40 and the shim 51 on the panel. The bent portion 21 at the left end of the reinforcing member 20 is mounted on the first portion 30, and the screw 50 is connected to the spacer 51 at a corresponding position of the panel 10 through the reinforcing member 20 and the first portion 30 from top to bottom. The bent portion 21 at the right end of the reinforcing member 20 is mounted on the second portion 40, and the screw 50 is screwed to coincide with the bent portion 21 at the left end of the reinforcing member 20.
請再參閱圖3，示出了本發明面板組合100的第一部分30的放大分解圖。第一部分30由一第一結構件31、一第二結構件32、一第三結構件33、一第四結構件34以及四個旋轉件35組成。Referring again to Figure 3, an enlarged exploded view of the first portion 30 of the panel assembly 100 of the present invention is shown. The first portion 30 is composed of a first structural member 31, a second structural member 32, a third structural member 33, a fourth structural member 34, and four rotating members 35.
第一結構件31為一呈長條形的塑膠件，其長條形結構的前後兩端各包含一個彎折部311。該兩個彎折部311垂直於該長條形結構。第一結構件31包括三個卡扣部312分佈在該長條形結構上。卡扣部312呈三片式組合狀，前後兩片相互平行，中間一片垂直於前後兩片並位於二者中間連接二者。其中，中間一片向右伸出一凸緣3120，該凸緣3120比卡扣部312的前後兩片要延伸得更靠右。該凸緣3120由前後兩片間隔的半圓柱型延伸板組成，該兩片延伸板兩側具有從其右端向左分別向前後兩個方向傾斜的凸起。The first structural member 31 is an elongated plastic piece, and the front and rear ends of the elongated structure each include a bent portion 311. The two bent portions 311 are perpendicular to the elongated structure. The first structural member 31 includes three snap portions 312 distributed on the elongated structure. The buckle portion 312 has a three-piece combination, and the front and rear two pieces are parallel to each other, and the middle one piece is perpendicular to the front and rear two pieces and is connected between the two. Wherein, the middle piece protrudes to the right by a flange 3120 which extends more to the right than the front and rear of the buckle portion 312. The flange 3120 is composed of two semi-cylindrical extension plates spaced apart from each other, and the two extension plates have protrusions inclined from the right end to the left, respectively, in the front and rear directions.
第二結構件32為一塑膠件，其左端包含一扳手孔323，右端伸出一凸伸部320。扳手孔323對應面板10的側翼13形成的扳手孔130。扳手孔323的左右兩側由擋板3231、3232包圍，擋板3231、3232均為豎直向下的平板。左側擋板3231下邊界的左側延伸出一窄小的水平板(圖未示)，該水平板上分佈有四個螺孔3215供螺釘50穿過固定。該左右兩片擋板3231、3232的上邊界的前端和後端各搭載有一擋板3233。擋板3233橫跨於左側擋板3231與右側擋板3232的上邊界，其靠近左側擋板3231與右側擋板3233的位置處各設有一旋轉孔325。也即是說，前後兩塊橫跨扳手孔323的擋板3233共有四個旋轉孔325，且每塊擋板3233上的兩個旋轉孔325均呈左右方向排列。擋板3233位於兩個旋轉孔325中間的位置向下凹陷。該旋轉孔325內包含有螺旋條紋，可供匹配的旋轉件35旋轉固定。右側擋板3232下邊界的右側延伸出一水平板。擋板3232與該水平板連接的部分均勻分佈有三個卡槽322。卡槽322為一方形鏤空結構，其跨設擋板3232及水平板。該水平板的右端形成多個方形凹槽321，該多個凹槽321中共均勻分佈有四個螺孔3215。該多個凹槽321中還分佈有前後對稱的兩個呈弧形凸起狀的固定部3216。該兩個固定部3216位於對應於前後兩個卡槽322與中間一個卡槽322之間的位置上。水平板對應中間一個凹槽321向右伸出一凸伸部320。凸伸部320上包括一鎖定孔3201以及一圓形通孔3202，該鎖定孔3201和該圓形通孔3202對應於面板10的兩個圓形通孔12，鎖定孔3201供第三結構件33穿過鎖定第一部分30，該圓形通孔3202用於銘牌的標識。凸伸部320的最右端由一螺釘50將其固定於面板10上。第二結構件32前後兩端還包含一對包覆第二結構件32前後邊界的擋板324。擋板324沿第二結構件32的前邊界或後邊界向上延伸，擋板324的輪廓大概與面板10的側翼防護邊131相同。位於第二結構件32前邊界的擋板324還包括一有利於通風的多片鰭片結構3240，以抵接側翼防護邊131。The second structural member 32 is a plastic member having a wrench hole 323 at its left end and a protruding portion 320 extending from the right end. The wrench hole 323 corresponds to the wrench hole 130 formed by the side flap 13 of the panel 10. The left and right sides of the wrench hole 323 are surrounded by the baffles 3231 and 3232, and the baffles 3231 and 3232 are flat plates that are vertically downward. A narrow horizontal plate (not shown) extends from the left side of the lower boundary of the left side baffle 3231. The horizontal plate is provided with four screw holes 3215 for the screws 50 to pass through. A baffle 3233 is mounted on each of the front end and the rear end of the upper and lower sides of the left and right flaps 3231 and 3232. The baffle 3233 straddles the upper boundary of the left side baffle 3231 and the right side baffle 3232, and is provided with a rotating hole 325 at a position close to the left side baffle 3231 and the right side baffle 3233. That is to say, the front and rear two baffles 3233 spanning the wrench holes 323 have four rotation holes 325, and the two rotation holes 325 on each of the baffles 3233 are arranged in the left-right direction. The baffle 3233 is recessed downward at a position intermediate the two rotation holes 325. The rotating hole 325 includes a spiral stripe therein for the rotation of the matching rotating member 35 to be fixed. A horizontal plate extends from the right side of the lower boundary of the right side baffle 3232. The portion of the baffle 3232 that is connected to the horizontal plate is evenly distributed with three card slots 322. The card slot 322 is a square hollow structure that spans the baffle 3232 and the horizontal plate. A plurality of square grooves 321 are formed at the right end of the horizontal plate, and four screw holes 3215 are uniformly distributed in the plurality of grooves 321 . Two fixing portions 3216 having an arc-shaped convex shape are symmetrically distributed in the plurality of grooves 321 . The two fixing portions 3216 are located at positions corresponding between the front and rear two card slots 322 and the middle one card slot 322. The horizontal plate protrudes to the right by a protrusion 320 corresponding to the middle one of the grooves 321 . The protruding portion 320 includes a locking hole 3201 and a circular through hole 3202. The locking hole 3201 and the circular through hole 3202 correspond to two circular through holes 12 of the panel 10, and the locking hole 3201 is provided for the third structural member. 33 passes through the locking first portion 30, which is used for the identification of the nameplate. The rightmost end of the projection 320 is fixed to the panel 10 by a screw 50. The front and rear ends of the second structural member 32 further include a pair of baffles 324 covering the front and rear boundaries of the second structural member 32. The baffle 324 extends upwardly along the front or rear boundary of the second structural member 32, the profile of the baffle 324 being approximately the same as the flanking protective edge 131 of the panel 10. The baffle 324 at the front boundary of the second structural member 32 further includes a plurality of fin structures 3240 that are ventilated to abut the side guard edges 131.
第三結構件33為一螺旋結構，其包括一螺釘、若干螺母及一長條形的鎖定部330。該螺釘螺接在鎖定部330的一端，當螺釘轉動時，鎖定部330一同轉動。螺釘底面帶有鎖孔，可通過工具***鎖孔內旋動該第三結構件33。The third structural member 33 is a spiral structure including a screw, a plurality of nuts, and an elongated locking portion 330. The screw is screwed to one end of the locking portion 330, and when the screw rotates, the locking portion 330 rotates together. The bottom surface of the screw has a locking hole, and the third structural member 33 can be rotated by inserting a tool into the locking hole.
第四結構件34為一塑膠件，還包括兩拉釘346以及兩孔徑與拉釘346匹配的彈簧3460。第四結構件34包括一扳手孔343，該扳手孔343對應於第二結構件32的扳手孔323。第四結構件在扳手孔343左側向下延伸出三個扣合部341，該三個扣合部341均勻分佈於扳手孔343左側，用於與伺服器機箱500扣合。扳手孔343的前後兩端分別分佈有兩個大致呈橢圓形的定位孔345。該四個大致呈橢圓形的定位孔345位置對應於第二結構件32的四個旋轉孔325。定位孔345左右兩端為圓弧狀，中間為矩形。定位孔345的前後兩端的圓弧狀弧度與第二結構件32的旋轉孔325的弧度相等。第四結構件34在扳手孔343的右側垂直向下彎折出一擋板342。該擋板342上分佈有多個孔徑較小的圓形的通孔3421，並在該多個孔徑較小的圓形的通孔3421之間分佈有三個孔徑略大的圓形通孔3420。該多個孔徑較小的通孔3421用於增強面板組合100的散熱性能，該三個孔徑略大的圓形通孔3420位置對應於第一結構件31的三個凸緣3120，用於扣住該三個凸緣3120。該三個孔徑略大的圓形通孔3420的孔徑等於該凸緣3120靠近第一結構件31的一端的直徑，並小於該凸緣3120的中部位置的直徑。拉釘346從擋板342的左側向右穿過擋板342，並伸出於擋板342的右側。彈簧3460套在拉釘346穿過擋板342的部位上。The fourth structural member 34 is a plastic member, and further includes two pull pins 346 and two springs 3460 whose apertures are matched with the pull pins 346. The fourth structural member 34 includes a wrench hole 343 corresponding to the wrench hole 323 of the second structural member 32. The fourth structural member extends downwardly from the left side of the wrench hole 343 to the three fastening portions 341 . The three fastening portions 341 are evenly distributed on the left side of the wrench hole 343 for engaging with the server chassis 500 . Two substantially symmetrical positioning holes 345 are respectively disposed at the front and rear ends of the wrench hole 343. The four substantially elliptical positioning holes 345 are positioned corresponding to the four rotating holes 325 of the second structural member 32. The left and right ends of the positioning hole 345 are arc-shaped, and the middle is rectangular. The arcuate arc of the front and rear ends of the positioning hole 345 is equal to the arc of the rotating hole 325 of the second structural member 32. The fourth structural member 34 bends a baffle 342 vertically downward on the right side of the wrench hole 343. A plurality of circular through holes 3421 having a small aperture are distributed on the baffle 342, and three circular through holes 3420 having a slightly larger aperture are distributed between the plurality of circular through holes 3421. The plurality of through holes 3421 having a small aperture are used to enhance the heat dissipation performance of the panel assembly 100. The positions of the three circular apertures 3420 having a slightly larger aperture correspond to the three flanges 3120 of the first structural member 31 for fastening. The three flanges 3120 are housed. The diameter of the three circular apertures 3420 having a slightly larger aperture is equal to the diameter of the flange 3120 near the end of the first structural member 31 and smaller than the diameter of the central portion of the flange 3120. The pull stud 346 passes through the baffle 342 from the left side of the baffle 342 to the right and protrudes to the right side of the baffle 342. The spring 3460 is placed over the portion of the broach 346 that passes through the baffle 342.
請一併參閱圖2和圖3，第一部分30組合時，其第一結構件31位於最下面，往上依次是第二結構件32和第四結構件34，第三結構件33套在第二結構件32上。第一結構件31貼附在第二結構件32的扳手孔323的右側擋板3232下，其三個卡扣部312對應扣入第二結構件32的三個卡槽322。卡扣部312上的凸緣3120穿過第四結構件34的圓形通孔3420，使得第一結構件31、第二結構件32以及第四結構件34組合在一起。拉釘346套著彈簧3460頂入固定部3216內，通過扳動第一結構件31抵壓第四結構件34的擋板342，使其壓縮彈簧3460，第四結構件34可向右略微移動，使得第四結構件34上的扣合部341向右縮進。通過上述卡扣結構，第一結構件31與第四結構件34彼此之間相互固定，該第一結構件31和第四結構件34與第二結構件32活動連接。當按住第一結構件31向右移動時，第四結構件34在第一結構件31的帶動下也將向右移動，將其彈簧3460壓縮在其擋板342與第二結構件32的固定部3216之間，從而獲得朝左的彈性力。當鬆開第一結構件31之後，此彈性力將驅動第四結構件34朝左移動直至初始位置，彈簧3460也將恢復到原有的狀態。旋轉件35從第四結構件34上方穿過該橢圓形定位孔345並鎖固在旋轉孔325內。由於橢圓形定位孔345兩端的弧度與旋轉孔325的弧度相等，則固定旋轉件35與旋轉孔325後，第四結構件34在橢圓形定位孔345的前後方向上被定位，其僅能在左右方向上通過彈簧3460的伸縮而略微移動。第二結構件32通過其左邊界和右邊界上的八顆螺釘50與面板10側翼13兩側的八顆墊片51螺合，將第一部分30的第一結構件31、第二結構件32和第四結構件34固定在面板10的側翼13上。第三結構件33的螺釘從下往上穿過面板10的靠左的圓形通孔12以及第二結構件32的鎖定孔3201，其鎖定部330位於第二結構件32上方。當鎖定部330指向左面時，鎖定部330的末端剛好抵接第四結構件34的擋板342。因此，當第三結構件33旋轉至一定方向時，第四結構件34與第二結構件32左右方向上被定位。由上述組合結構可知，第一部分30的第一結構件31作為扳動部件、第二結構件32作為支撐部件以及與面板10結合的部件、第四結構件34作為扣合部件。第三結構件33進一步作為鎖定上述三個結構件和麵板10相對位置的部件。Referring to FIG. 2 and FIG. 3 together, when the first portion 30 is combined, the first structural member 31 is located at the bottom, and the second structural member 32 and the fourth structural member 34 are sequentially arranged upward, and the third structural member 33 is placed in the first Two structural members 32. The first structural member 31 is attached to the right side baffle 3232 of the wrench hole 323 of the second structural member 32, and the three latching portions 312 are correspondingly engaged with the three card slots 322 of the second structural member 32. The flange 3120 on the buckle portion 312 passes through the circular through hole 3420 of the fourth structural member 34 such that the first structural member 31, the second structural member 32, and the fourth structural member 34 are combined. The rivet 346 is inserted into the fixing portion 3216 by the spring 3460, and the baffle 342 of the fourth structural member 34 is pressed against the first structural member 31 to compress the spring 3460, and the fourth structural member 34 can be slightly moved to the right. The engaging portion 341 on the fourth structural member 34 is retracted to the right. Through the above-described snap structure, the first structural member 31 and the fourth structural member 34 are fixed to each other, and the first structural member 31 and the fourth structural member 34 are movably coupled to the second structural member 32. When the first structural member 31 is moved to the right while being held down, the fourth structural member 34 will also move to the right under the driving of the first structural member 31 to compress the spring 3460 thereof in the baffle 342 and the second structural member 32. Between the fixing portions 3216, an elastic force toward the left is obtained. After the first structural member 31 is released, this elastic force will drive the fourth structural member 34 to the left to the initial position, and the spring 3460 will also return to its original state. The rotating member 35 passes through the elliptical positioning hole 345 from above the fourth structural member 34 and is locked in the rotating hole 325. Since the arcs at both ends of the elliptical positioning hole 345 are equal to the arc of the rotating hole 325, after the rotating member 35 and the rotating hole 325 are fixed, the fourth structural member 34 is positioned in the front-rear direction of the elliptical positioning hole 345, which can only be The left and right direction is slightly moved by the expansion and contraction of the spring 3460. The second structural member 32 is screwed to the eight spacers 51 on both sides of the side flap 13 of the panel 10 by eight screws 50 on the left and right borders thereof, and the first structural member 31 and the second structural member 32 of the first portion 30 are And the fourth structural member 34 is fixed to the side flap 13 of the panel 10. The screw of the third structural member 33 passes through the left circular through hole 12 of the panel 10 and the locking hole 3201 of the second structural member 32 from the bottom to the upper side, and the locking portion 330 is located above the second structural member 32. When the locking portion 330 is directed to the left side, the end of the locking portion 330 just abuts against the baffle 342 of the fourth structural member 34. Therefore, when the third structural member 33 is rotated to a certain direction, the fourth structural member 34 and the second structural member 32 are positioned in the left-right direction. As can be seen from the above-described combined structure, the first structural member 31 of the first portion 30 serves as a pulling member, the second structural member 32 serves as a supporting member, and the member joined to the panel 10, and the fourth structural member 34 serves as a fastening member. The third structural member 33 further serves as a member for locking the relative positions of the above three structural members and the panel 10.
請再參閱圖4，示出了本發明面板組合100的第二部分40的放大圖。第二部分40為一塑膠件，其包括一扳手孔43對應於面板10的側翼14形成的扳手孔140。扳手孔43的左右兩側由兩擋板431、432包覆，其左側擋板431為一水平板並從其左端向下延伸出六條垂直的細條狀板。擋板431向下延伸的六條垂直的細條狀板底端向左延伸出一水準的擋板433。擋板433上均勻分佈有四個供螺釘50穿過的螺孔（圖未標）。左側擋板431和右側擋板432之間還包含前後兩段橫跨二者之間的支撐板，以加強兩擋板431、432之間的強度。右側擋板432的右側底端向右延伸出一水準的擋板434，該擋板434上包含四個供螺釘50穿過的螺孔（圖未標），該擋板434上除上述螺孔（圖未標）以外的位置還包括三塊折板42。該折板42分前、右、後三段，前後兩段垂直於擋板432並與擋板434齊寬，右面一段位於擋板434的右邊界上，並平行於擋板432。折板42的右面一段的右側搭載有扣合部41，該扣合部41呈一段水準三段豎直的“山”字型，用以與伺服器機箱500扣合。第二部分40前後兩端還包含一對包覆第二部分40前後邊界的擋板44。擋板44沿第二部分40的前邊界或後邊界向上延伸，擋板44的輪廓大概與面板10的側翼防護邊141相同。第二部分40前邊界的擋板44還包括一鰭片結構440，該鰭片結構440的用於抵接側翼防護邊141。Referring again to Figure 4, an enlarged view of the second portion 40 of the panel assembly 100 of the present invention is shown. The second portion 40 is a plastic member that includes a wrench hole 43 corresponding to the wrench hole 140 formed by the side flap 14 of the panel 10. The left and right sides of the wrench hole 43 are covered by two baffles 431, 432, and the left side baffle 431 is a horizontal plate and six vertical thin strip plates are extended downward from the left end thereof. The bottom end of the six vertical thin strips extending downwardly of the baffle 431 extends to the left to a level of the baffle 433. Four holes (not shown) through which the screws 50 pass are evenly distributed on the baffle 433. The left side baffle 431 and the right side baffle 432 further include a support plate extending between the front and rear sections to strengthen the strength between the two baffles 431, 432. The bottom right end of the right side baffle 432 extends to the right to a right level of the baffle 434. The baffle 434 includes four screw holes (not labeled) through which the screw 50 passes. The position other than (not shown) also includes three flaps 42. The flap 42 is divided into front, right and rear three sections. The front and rear sections are perpendicular to the baffle 432 and are wide with the baffle 434, and the right section is located on the right border of the baffle 434 and parallel to the baffle 432. The right side of the right side of the folding plate 42 is provided with a fastening portion 41 which is in the form of a three-segment vertical "mountain" shape for engaging with the server case 500. The front and rear ends of the second portion 40 further include a pair of baffles 44 covering the front and rear boundaries of the second portion 40. The baffle 44 extends upwardly along the front or rear boundary of the second portion 40, the profile of the baffle 44 being approximately the same as the flanking protective edge 141 of the panel 10. The baffle 44 of the front portion of the second portion 40 further includes a fin structure 440 for abutting the side guard edge 141.
請再參閱圖2，第二部分40通過位於第二部分40左右兩端的八個螺釘50與面板10的側翼14兩側的八個墊片51螺合，使第二部分40定位在面板10的側翼14上。第一部分30和第二部分40定位在面板10的兩側側翼13、14上後，將加強件20固定於面板10的後邊界上。其中，加強件20上的中間兩個螺釘50直接與面板10上的對應位置的墊片51螺合，加強件20左右兩個彎折部21上的兩個螺釘50先穿過加強件20，然後左邊彎折部21上的螺釘50穿過第一部分30，右邊彎折部21上的螺釘50穿過第二部分40，之後兩個彎折部21上的兩個螺釘50再與面板10上對應的墊片51螺合。Referring to FIG. 2 again, the second portion 40 is screwed to the eight spacers 51 on both sides of the side flap 14 of the panel 10 by eight screws 50 at the left and right ends of the second portion 40, so that the second portion 40 is positioned on the panel 10. On the side flaps 14. After the first portion 30 and the second portion 40 are positioned on the side flaps 13, 14 of the panel 10, the stiffener 20 is secured to the rear boundary of the panel 10. The two screws 50 on the reinforcing member 20 are directly screwed into the corresponding positions of the spacers 51 on the panel 10, and the two screws 50 on the left and right bent portions 21 of the reinforcing member 20 first pass through the reinforcing member 20, Then the screw 50 on the left bent portion 21 passes through the first portion 30, and the screw 50 on the right bent portion 21 passes through the second portion 40, after which the two screws 50 on the two bent portions 21 are again on the panel 10. The corresponding spacer 51 is screwed.
請一併參閱圖2和圖5，圖2為本發明面板組合100的組裝圖，圖5為圖2的部分V的放大圖。作業人員將面板組合100組裝到伺服器機箱500的過程中，先將面板組合100的第二部分40的扣合部41***伺服器機箱500對應的扣合位置上；然後用手向面板組合100的中間位置方向摁住第一部分30的第一結構件31，帶動第四結構件34往面板組合100的中間位置方向微移，其扣合部341往該方向縮進；將面板組合100的第一部分30放在對應伺服器機箱500相對第二部分40的另一側的扣合位置上，然後鬆開手。作業人員鬆開手後，面板組合100的第一部分30的扣合部341由於彈簧3460的推動往遠離面板組合100的中部位置的方向恢復原來凸出的位置，並與伺服器機箱500的對應扣合位置扣合。如圖5所示，面板組合100的第一部分30的第四結構件34的橢圓形定位孔345的設置，能有效地防止作業人員摁動第一部分30的第一結構件31時第四結構件34可能出現的錯位現象。面板組合100與伺服器機箱500組合完成後，面板組合100的第一部分30的第三結構件33通過其鎖定部330對第一部分30的第四結構件34的抵靠，防止第四結構件34的移動引起的第一部分30的扣合部341的縮進，從而固定面板組合100與伺服器機箱500。當需要拆除面板組合100時，操作人員需從該第三結構件33的下端，即組合後的伺服器機箱500與面板組合100的外側用工具***螺釘的鎖孔以旋動該第三結構件33。Please refer to FIG. 2 and FIG. 5 together. FIG. 2 is an assembled view of the panel assembly 100 of the present invention, and FIG. 5 is an enlarged view of a portion V of FIG. When the operator assembles the panel assembly 100 into the server chassis 500, the fastening portion 41 of the second portion 40 of the panel assembly 100 is first inserted into the corresponding fastening position of the server chassis 500; The intermediate position of the first structural member 31 of the first portion 30 is moved in the direction of the middle portion of the panel assembly 100, and the engaging portion 341 is retracted in the direction; A portion 30 is placed in a snap-fit position corresponding to the other side of the server housing 500 relative to the second portion 40, and then the hand is released. After the operator releases the hand, the fastening portion 341 of the first portion 30 of the panel assembly 100 returns to the original protruding position in the direction away from the central position of the panel assembly 100 by the pushing of the spring 3460, and corresponds to the servo chassis 500. The position is fastened. As shown in FIG. 5, the arrangement of the elliptical positioning holes 345 of the fourth structural member 34 of the first portion 30 of the panel assembly 100 can effectively prevent the fourth structural member when the operator tilts the first structural member 31 of the first portion 30. 34 possible misplacement. After the panel assembly 100 is combined with the server chassis 500, the third structural member 33 of the first portion 30 of the panel assembly 100 is prevented from abutting against the fourth structural member 34 of the first portion 30 by its locking portion 330, preventing the fourth structural member 34 from being abutted against the fourth structural member 34 of the first portion 30. The movement of the first portion 30 of the snap portion 341 is retracted, thereby securing the panel assembly 100 to the server chassis 500. When the panel assembly 100 needs to be removed, the operator needs to insert the locking hole of the screw from the lower end of the third structural member 33, that is, the combined server chassis 500 and the panel assembly 100, to rotate the third structural member. 33.
通過以上設計的面板組合100，由於第二部分40可預先***扣合，即只需要扣合第一部分30，即可通過單手操作扣合的方式安裝。並且橢圓形定位孔345的設置可增加防止第四結構件34與第二結構件32之間的錯位。再且，由於面板10設置有防護邊11，加強件20也彎折出防護邊（圖未示），可有效防止人手從面板10的各個位置處***伺服器機箱500內非法掰開面板10，以保護面板10。並且，第一部分30和第二部分40的組合方式簡單，且具有的扳手孔343、43等有利於增強通風性能。Through the panel assembly 100 designed above, since the second portion 40 can be pre-inserted and fastened, that is, only the first portion 30 needs to be fastened, it can be installed by one-hand operation and snap-fit. And the arrangement of the elliptical positioning holes 345 can increase the prevention of misalignment between the fourth structural member 34 and the second structural member 32. Moreover, since the panel 10 is provided with the protective edge 11, the reinforcing member 20 is also bent out of the protective edge (not shown), which can effectively prevent the human hand from being inserted into the server chassis 500 from the various positions of the panel 10 to open the panel 10 illegally. To protect the panel 10. Moreover, the combination of the first portion 30 and the second portion 40 is simple, and the wrench holes 343, 43 and the like are provided to enhance the ventilation performance.
100．．．面板組合100. . . Panel combination
10．．．面板10. . . panel
101、12、3202、3420、3421．．．通孔101, 12, 3202, 3420, 3421. . . Through hole
11．．．防護邊11. . . Protective edge
13、14．．．側翼13, 14. . . flank
130、140、323、343、43．．．扳手孔130, 140, 323, 343, 43. . . Wrench hole
131、141．．．側翼防護邊131, 141. . . Flank protection edge
20．．．加強件20. . . Reinforcement
21、311．．．彎折部21, 311. . . Bending section
25、3215．．．螺孔25, 3215. . . Screw hole
30．．．第一部分30. . . first part
31．．．第一結構件31. . . First structural member
312．．．卡扣部312. . . Buckle
3120．．．凸緣3120. . . Flange
32．．．第二結構件32. . . Second structural member
320．．．凸伸部320. . . Protrusion
3201．．．鎖定孔3201. . . Locking hole
321．．．凹槽321. . . Groove
3216．．．固定部3216. . . Fixed part
322．．．卡槽322. . . Card slot
3231、3232、3233、324、342、431、432、433、434、44．．．擋板3231, 3232, 3233, 324, 342, 431, 432, 433, 434, 44. . . Baffle
3240、440．．．鰭片結構3240, 440. . . Fin structure
325．．．旋轉孔325. . . Rotating hole
33．．．第三結構件33. . . Third structural member
330．．．鎖定部330. . . Locking part
34．．．第四結構件34. . . Fourth structural member
341、41．．．扣合部341, 41. . . Buckle
345．．．定位孔345. . . Positioning hole
346．．．拉釘346. . . Rivet
3460．．．彈簧3460. . . spring
35．．．旋轉件35. . . Rotating piece
42．．．折板42. . . Flap
50．．．螺釘50. . . Screw
500．．．機箱500. . . Chassis
51．．．墊片51. . . Gasket
圖1示出了本發明面板組合的分解圖。Figure 1 shows an exploded view of the panel assembly of the present invention.
圖2示出了本發明面板組合的組裝圖。Figure 2 shows an assembled view of the panel assembly of the present invention.
圖3示出了本發明面板組合的第一部分的放大分解圖。Figure 3 shows an enlarged exploded view of the first portion of the panel assembly of the present invention.
圖4示出了本發明面板組合的第二部分的放大圖。Figure 4 shows an enlarged view of a second portion of the panel assembly of the present invention.
圖5示出了圖2的部分V的放大圖。Fig. 5 shows an enlarged view of a portion V of Fig. 2.
100．．．面板組合100. . . Panel combination
10．．．面板10. . . panel
101、12．．．通孔101, 12. . . Through hole
11．．．防護邊11. . . Protective edge
13、14．．．側翼13, 14. . . flank
130、140．．．扳手孔130, 140. . . Wrench hole
131、141．．．側翼防護邊131, 141. . . Flank protection edge
20．．．加強件20. . . Reinforcement
21．．．彎折部twenty one. . . Bending section
25．．．螺孔25. . . Screw hole
30．．．第一部分30. . . first part
40．．．第二部分40. . . the second part
50．．．螺釘50. . . Screw
51．．．墊片51. . . Gasket
Claims (12)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102670108A CN102999112A (en) | 2011-09-09 | 2011-09-09 | Panel structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TW201313091A true TW201313091A (en) | 2013-03-16 |
Family
ID=47828903
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW100133107A TW201313091A (en) | 2011-09-09 | 2011-09-14 | Panel combination |
Country Status (3)
| Country | Link |
|---|---|
| US (1) | US20130062350A1 (en) |
| CN (1) | CN102999112A (en) |
| TW (1) | TW201313091A (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103353784B (en) * | 2013-06-27 | 2017-05-17 | 光宝电子(广州)有限公司 | desktop computer case |
| CN203722949U (en) * | 2014-01-06 | 2014-07-16 | 中兴通讯股份有限公司 | Face plate used for metal plate box body case |
| CN106376191B (en) * | 2015-07-24 | 2020-06-30 | 富士康(昆山)电脑接插件有限公司 | Electronic device |
| CN111913537B (en) * | 2020-07-28 | 2022-08-23 | 北京算能科技有限公司 | Server |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4130309A (en) * | 1977-11-23 | 1978-12-19 | Lewis Mary E | Vent window lock assembly |
| US4958867A (en) * | 1990-01-31 | 1990-09-25 | Champagne Phillip A | Locking device for washers and dryers |
-
2011
- 2011-09-09 CN CN2011102670108A patent/CN102999112A/en active Pending
- 2011-09-14 TW TW100133107A patent/TW201313091A/en unknown
-
2012
- 2012-04-03 US US13/437,950 patent/US20130062350A1/en not_active Abandoned
Also Published As
| Publication number | Publication date |
|---|---|
| US20130062350A1 (en) | 2013-03-14 |
| CN102999112A (en) | 2013-03-27 |
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