TWI296496B - - Google Patents

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Publication number
TWI296496B
TWI296496B TW94142655A TW94142655A TWI296496B TW I296496 B TWI296496 B TW I296496B TW 94142655 A TW94142655 A TW 94142655A TW 94142655 A TW94142655 A TW 94142655A TW I296496 B TWI296496 B TW I296496B
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TW
Taiwan
Prior art keywords
groove
rectangular
sliding
slot
main body
Prior art date
Application number
TW94142655A
Other languages
Chinese (zh)
Other versions
TW200723995A (en
Inventor
Jian-Fa Liang
Original Assignee
Ablecom Technology Inc
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Publication date
Application filed by Ablecom Technology Inc filed Critical Ablecom Technology Inc
Priority to TW094142655A priority Critical patent/TW200723995A/en
Publication of TW200723995A publication Critical patent/TW200723995A/en
Application granted granted Critical
Publication of TWI296496B publication Critical patent/TWI296496B/zh

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Description

1296496 九、發明說明: 【發明所屬之技術領域】 本發明係在提供一種抽取式電腦主機殼體之組合裝置,特 種工業用電源供應器模組、介面電路模組及伺服器模組或 其他擴充電路卡模組可快速組卸於_主機殼體,以達在維修及 組合拆卸上快速便捷。 【先前技術】 知之工業用電腦其主機殼體中的主機模組、伺服哭模 組、電源供應器模組,均依據電腦裝置端所需之工作量而:規 格的模組設計,例如料電腦主機僅能㈣五心作母機的工 =:要臨時要增加—台卫作母機或者要增加近端或遠端的監 ‘先’或要增加數據卡、電路卡等介面模㈣ 二法適時的擴充所增力,主機、饲服器、電源= 新的設備。^組’而必項重購—台新的主機控制模组來因應 另外習知之主機殼體中所架 部份採用了螺接方式或其他卡掣 種模組時,浪費工時,操作不易 構的各種模組,其固接部份大 扣接方式,因此在拆卸組合各 一種主機殼體中可同時快速組合或 拆卸各種電源供應器模組、 」服w拉組及介面電路掇έ 3 發明鑽研之課題。 私峪衩、、且乃疋本 【發明内容】 緣是;本發明之主要目的 殼體之組合裝置,藉著複數的介 即在提供一種抽取式電腦主機 面電路模組、電源供應器模組 1296496 、伺服器模組或其他擴充電路卡模_得以快速的組合、拆卸 於主機殼體中’以達維修或模組的擴充可快速便捷達成。 再目的,即在提供一種抽取式電腦主機殼體之 組合裝置,各模組可_的卡掣定位於主機殼體。 〇 一所示,本發明係在提供一種抽取式電腦主 機殼體之組合裝置,乃包含: 一中空貫穿的主機殼體1 〇,其内部容槽區分為前容槽i 4及 後容槽1 2,前、後容槽1 4、1 2彼此相通; 後殼體2 Q中,具有複數的矩形容室2 2,而其上方設有至 少-個以上長條形容室2 4,每-矩形容室2 2可被組裝入 -電源供應ϋ模組3 2 (如圖續示),每—上長條矩形容室 24至>、可組裝入一介面電路模組35(如圖五、六所示) ,後殼體2 0可組接入後容槽i 2中(如圖二所示) 至少一個以上的伺服器模組4 〇係呈長方形殼體,以直立式 插接入後容槽1 2中組成(如圖一、三.所示); 如圖二、十所示,其中後容槽1 2的雙側槽壁面,分別設 有凹陷且為長條狀的滑槽2 2 1,滑槽丄2 的前端設有抵擋 41 2 2 ’主機殼體1 〇的四角落的前端設有定位孔1 1,定 位孔11後方分別延伸有凸肋13; 如圖六、十三所示,後殼體2 〇雙側壁面分別設有凹槽2 〇 1 ’凹槽2 0 1之槽壁上分別設有前穿孔2 〇 2及後穿孔2 0 3,長條狀之彈性簧片2 i,該彈性簧片2 i具有凸出的壓按 部2 1 1及凸出的傾斜坡2 1 2,該傾斜坡2 1 2上具有較高 的卡掣部2 1 3,後殼體2 0之四角落設有凸梢2 6 (如圖六 1296496 所示),凸梢2 6之側邊形成内縮的L型缺口 2 3,卡掣部2 1 3得以在滑槽1 2 1中滑行,凸梢2 6可卡入定位孔1 1、L 型缺口 2 3可對應嵌合入凸肋1 3 (如圖二所示); • 如圖一、七所示,其中前容槽1 4的上、下槽壁上可螺接 , 上、下模板1 4 5、1 4 6,上、下模板1 4 5、1 4 6的表 面上,分別設有複數的長條凸部1 4 1、( 1 4 1 ),每相鄰的 長條凸部1 4 1 ( 1 4 1 )之間形成插槽1 4 2 ; 瞻瞻 至少一個以上的伺服器模組4 0其上、下方的滑動面42可滑 接入插槽1 4 2中。 如圖十所示,其中後容槽1 2雙側槽壁面上,設有複數的 擋凸體1 2 5 ; 後殼體2 0插入後容槽1 2後的雙側壁端2 0 5頂掣於擋凸體 私 12 5° 如圖四、五、六所示,其中後殼體2 〇下方設有至少一個 以上的下長條矩形容室2 5,可組裝入一介面電路模組3 5。 如圖二、十所示,其中位於後容槽1 2的槽内壁表面,分 別設有凸出的直線滑執丄2 6 ; 後殼體2 Q的上、下表面2 Q 4可在直線滑軌1 2 6上滑行。 如圖九A、九B圖所示,其中矩形容室2 2的水平壁面2 8 0上σ又有長穿孔2 9,一彈力閘門2 8的銜接套筒2 8 4藉 一軸梢281及彈簀283穿接於長穿孔29之孔緣邊; 其中彈百2 8 3穿接於軸梢2 8 1,一端頂靠於彈力閘門2 8 之内壁面’另一端頂靠於水平壁面280之壁面上。 如圖九Β及圖四所示,#中於矩形容室2 2之四周内壁面 7 129649.6 均設有供空氣迴流之氣孔2 2 1、網孔2 2 2以及在矩形容室 2 2的水平壁面2 8 〇凸設有至少二支以上的導向軸梢2 8 5 及^少二條以上的直向滑軌2 8 2,選取電源供應器模組3 2 的單個上滑動面3 25 ’或者選取單-個下滑動面3 2 1上 ,設有至少二個以上直向的導槽3 2 2 (如圖八所示),導槽3 2 2的槽口對應於導向轴梢2 8 5,下滑動面3 2 i在滑軌2 8 2上滑行(如圖十二所示),供電源供應器模組3 2正向的滑 接入矩形容室2 2中。 【實施方式】 (1 )·後殼體2 0組合、拆卸於主機殼體1 〇 : 如圖一所不係表示後殼體2 〇組合或拆卸出主機殼體1 〇 的立體圖,後殼體2 ◦可從後容槽工2前方滑接插入後容 槽1 2巾,抵擔部1 2 2位於滑槽1 2 1的前端,當後殼 體2 0的上、下表面2 〇 4沿著後容槽工2中的直線滑軌 1 2 6、( 1 2 6 )上滑行移位時,如圖十三所示,彈性簧 片21凸出的卡掣部213,當其受擠壓力時係具有可撓 收縮變形移位之特性,同時壓按部2 i丄是位於前穿孔2 0 2中而呈内縮狀態,換言之壓按部21丄是不明顯凸出 於前穿孔2 0 2外面,藉此當彈性簣片2丄隨著後殼體2 〇向著後容槽1 2内部滑行時,壓按部2 1 1是不會碰觸 到抵撞。卩1 2 2 ’惟當卡掣部2 1 3因滑行而接觸到抵播 邛1 2 2的表面時乃向下後退彈性收縮,以讓卡掣部2 1 3通過抵擋部1 2 2再彈性移位的滑入滑槽1 2 1中,以 達後殼體2 0插接入後容槽1 2中,如圖十所示,後殼體 8 12964961296496 IX. Description of the Invention: [Technical Field] The present invention provides a combination device for a removable computer main body casing, a special industrial power supply module, an interface circuit module, a server module or the like. The expansion circuit card module can be quickly assembled and unloaded in the _ mainframe housing for quick and easy maintenance and assembly disassembly. [Prior Art] The host module, the servo crying module, and the power supply module in the mainframe of the industrial computer are all based on the workload required by the computer device: the module design of the specification, for example, The computer host can only (4) five hearts as the mother machine =: to temporarily increase - Taiwanese as the parent machine or to increase the near or far-end supervision 'first' or to increase the data card, circuit card and other interface models (four) The expansion of the force, host, feeding machine, power supply = new equipment. ^Group' and must be repurchased—Taiwan's host control module is a waste of man-hours and is not easy to construct due to the use of screw-on or other card-type modules in the other parts of the mainframe housing. Various modules have a large fastening method for the fixed part, so that various power supply modules, "service w pull group and interface circuit" can be quickly combined or disassembled at the same time in the disassembly combination of each type of main body casing. Research topics. The invention relates to a combination device of the main purpose of the present invention, which provides a removable computer main body surface circuit module and a power supply module by means of plural 1296496, server module or other expansion circuit card module _ can be quickly combined and disassembled in the mainframe housing 'to achieve maintenance or module expansion can be quickly and easily achieved. A further object is to provide a combination device for a removable computer main body casing, wherein the cassettes of each module can be positioned in the main body casing. As shown in FIG. 1 , the present invention provides a combination device for a removable computer main body casing, comprising: a hollow through main casing 1 〇, the internal cavity is divided into a front pocket i 4 and a rear volume The groove 1 2, the front and rear tanks 14 and 12 are in communication with each other; the rear casing 2 Q has a plurality of rectangular chambers 2 2, and at least one or more elongated chambers 24 are provided above each of them. - Rectangular chamber 2 2 can be assembled - power supply ϋ module 3 2 (as shown in the continuation), each of the upper rectangular rectangular chambers 24 to > can be assembled into a interface circuit module 35 (as shown 5 and 6), the rear housing 20 can be assembled into the rear pocket i 2 (as shown in FIG. 2). At least one or more server modules 4 are rectangular housings, and are vertically connected. The composition of the rear tank 1 2 is as shown in Fig. 1 and Fig. 3; as shown in Fig. 2 and Fig. 10, the double groove wall surfaces of the rear tank 1 2 are respectively provided with depressions and strips. Slot 2 2 1, the front end of the chute 设有 2 is provided with a locating hole 1 at the front end of the four corners of the main casing 1 〇, and the rib 13 is extended behind the locating hole 11; ,ten As shown in the third part, the rear side wall 2 is provided with a groove 2 〇1' respectively. The groove wall of the groove 2 0 1 is respectively provided with a front perforation 2 〇 2 and a rear perforation 2 0 3 , and the elasticity of the strip shape Reed 2 i, the elastic reed 2 i has a convex pressing portion 2 1 1 and a convex inclined slope 2 1 2, the inclined slope 2 1 2 having a higher clamping portion 2 1 3 , The four corners of the housing 20 are provided with a convex tip 26 (shown in FIG. 6 1296496), the side of the convex tip 26 6 forms a retracted L-shaped notch 2 3 , and the latching portion 21 1 is in the chute 1 2 1 slide, the protrusion 2 6 can be snapped into the positioning hole 1 1 , the L-shaped notch 2 3 can be correspondingly fitted into the rib 1 3 (as shown in Figure 2); • As shown in Figures 1 and 7, the front The upper and lower groove walls of the groove 14 can be screwed, and the upper and lower templates 1 4 5 and 14 6 are respectively provided with a plurality of long strips on the surface of the upper and lower templates 1 4 5 and 1 4 6 respectively. a portion 1 4 1 , ( 1 4 1 ), a slot 1 4 2 is formed between each adjacent strip protrusion 1 4 1 ( 1 4 1 ); at least one or more server modules 40 are viewed thereon The lower sliding surface 42 can be slid into the slot 1 42. As shown in FIG. 10, a plurality of blocking protrusions 1 2 5 are disposed on the double-side groove wall surface of the rear pocket 1 2; the rear housing 20 is inserted into the rear side of the rear pocket 1 2 As shown in FIG. 4, FIG. 5 and FIG. 6, at least one lower rectangular rectangular chamber 25 is disposed under the rear casing 2, and an interface circuit module 3 5 can be assembled. . As shown in FIG. 2 and FIG. 10, the inner wall surface of the groove in the rear pocket 12 is respectively provided with a convex linear sliding sill 26; the upper and lower surfaces 2 Q 4 of the rear casing 2 Q can be linearly slid Slide on track 1 2 6 . As shown in Fig. 9A and Fig. 9B, the horizontal wall surface of the rectangular chamber 2 2 has a long perforation σ on the 280, and the engagement sleeve 2 8 4 of the elastic gate 28 is borrowed from a shaft 281 and a bullet. The 箦 283 is threaded to the edge of the hole of the long perforation 29; wherein the bullet is pierced to the end of the shaft 182, and one end abuts against the inner wall surface of the elastic gate 2 8 and the other end abuts against the wall surface of the horizontal wall 280 on. As shown in Figure IX and Figure 4, the wall surface 7 129649.6 in the periphery of the rectangular chamber 2 2 is provided with air holes 2 2 1 for air return, mesh 2 2 2 and level at the rectangular chamber 2 2 . The wall surface 2 8 is convexly provided with at least two or more guiding shaft ends 2 8 5 and less than two straight sliding rails 2 8 2, and a single upper sliding surface 3 25 ' of the power supply module 3 2 is selected or selected The single lower sliding surface 3 2 1 is provided with at least two straight guiding grooves 3 2 2 (as shown in FIG. 8 ), and the notch of the guiding groove 32 2 corresponds to the guiding shaft tip 285 . The lower sliding surface 3 2 i slides on the sliding rail 202 (shown in FIG. 12), and the power supply module 32 is forwardly slid into the rectangular chamber 2 2 . [Embodiment] (1) The rear casing 20 is assembled and detached from the main casing 1 〇: As shown in Fig. 1, the rear casing 2 〇 is assembled or detached from the main casing 1 〇, and then The casing 2 can be slidably inserted into the rear pocket 1 2 from the front of the rear tank 2, and the receiving portion 1 2 2 is located at the front end of the chute 1 2 1 when the upper and lower surfaces of the rear casing 20 are 2 4, when sliding along the linear slide 1 2 6 , ( 1 2 6 ) in the rear pocket 2, as shown in FIG. 13, the latch portion 213 protruding from the elastic spring 21 is subjected to The pressing force is characterized by a flexible contraction deformation displacement, and at the same time, the pressing portion 2 i is located in the front perforation 20 2 and is in a retracted state, in other words, the pressing portion 21 is not conspicuously protruded from the front perforation. 2 0 2 outside, whereby when the elastic cymbal 2 滑 slides toward the inside of the rear housing 1 2 as the rear housing 2 〇, the pressing portion 2 1 1 does not touch the collision.卩1 2 2 'only when the shank portion 2 1 3 comes into contact with the surface of the 邛 1 2 2 due to sliding, it is elastically contracted downwards to allow the shank portion 2 1 3 to re-elastically pass through the resisting portion 1 2 2 The shifting slides into the chute 1 2 1 to insert the rear housing 20 into the rear pocket 12, as shown in FIG. 10, the rear housing 8 1296496

2 0的上、下表面2 〇 4、( 2 Ο 4 )沿著直線滑執1 2 6 上滑動’因滑軌1 2 6為線性,因此其與上、下表面2 〇 4、( 2 0 4 )的磨擦力相形減少,使整個後殼體2 〇得以 順暢的插接入前容槽1 2中,當插接到定位死點時,如圖 一所示的後殽體2 〇雙側壁端2 0 5得以頂靠於如圖十所 示之擋凸體1 2 5上,後殼體2 0四角落的凸梢2 β插入 主機殼體1 〇其四角落的定位孔1 1中(如圖二所示),以 及L型缺口 2 3滑接配合於凸肋1 3上,藉此後殼體2 〇 乃十分穩固的定位於後容槽1 2中。 當後殼體2 0要抽拉出後容槽i 2外時,後殼體2 〇的上 、下表面2 0 4、( 2 0 4 )沿著滑軌1 2 6、( 1 2 6 ) 反向滑動,凸梢2 6離開定位孔1 i,如圖十三所示壓按 部2 1 1的高度接近於凹槽2 〇丄的槽底表面,因此可順 利通過抵擋部1 2 2,此時一重大功效被達成,即當整個 後殼體2 Q被抽拆出約—半時,由於卡掣部2丄3具較高 之凸出,⑨卡掣部2 i 3頂住於滑槽丄2 :前端的抵^ 122的㈣面1 2 2 2 ’以達到剎車停置的功能,以防 止後殼體2 Q萬-抽出之力量太大而導致滑落於主機殼體 1 0外之虞。 當刹車完畢後,者雙手的手指按壓壓按部2 1 1使其 向下移位,整片彈性簧片2 !呈彈性移位變形,以令卡擎 部213向後穿孔203之内部下方移位,使卡掣部2 3向下離㈣擋部122,財魏消失,藉此操作者可 同時將後殼體2Q再度向外施力㈣於前容槽12外,因 9 I296496 此當後殼體2 〇被抽出於主機殼體i 〇外,具有二段式之 抽出動作,以驅使操作者可順利將重量重的後殼體2 〇順 利抽拆出主機殼體1 〇外,而不虞有後殼體2 〇滑落地面 之虞。 (2) ·伺服器模組4 0組、卸於主機殼體1 〇 : 汝圖、二、七所示,係伺服器模組4 0插接入主機殼體 1 〇的示意動作圖,伺服器模組4 〇為長方形的殼體,其 覓度U小於或等於插槽丄4 2之槽寬,藉此伺服器模組4 〇可順利的插接定位入插槽i 4 2中;其中上、下模板工 45、146是可更換的,換言之上、下模板145、1 4 6的插槽Ί 4 2槽寬可依據不同規格的伺服器模組4 〇 的見度來設計大、小尺寸,因此祇要更換上、下模板1 4 5、146,即可選擇不同規度的插槽丄42寬度,如圖 七所示,上、下模板1 4 5、1 4 6是以螺接方式固定於 前容槽1 4中,故不同規格的上、下模板1 4 5、丄4 6 是可以被置換於月(j容槽1 4中,換言之伺服器模組4 〇的 寬度規袼較寬或較窄時,則要更換前容槽1 4中之上、下 模板1 4 5、1 4 6,即可快速選擇不同寬度與數目的插 槽1 4 2供選用,因此當伺服器模組4 〇寬度不同,即可 藉此上、下模板1 4 5、1 4 6可拆卸及組合更換,以達 可供插接不同規度的伺服器模組4 〇。 (3) .上、下長條矩形容室24、25供介面電路模組35之選 擇插接: 請參閱圖四、五、六,上、下長條矩形容室24、25可 ^296496 依需要設有單一容室、 個容室及三個容室以上來供使用 ’主要為適應於介面電路模組3 5之數量及其寬度大、小 (4)·電源供應器模組3 2組卸於後殼體2 〇中: 如圖八、十一所示,電源供應器模組3 2係為四方形殼體 其具有上、下滑動面3 2 5、321,其僅在上滑動面3 2 5或下滑動面3 2 1兩者取其中單—表面上設有三個直 向的導槽3 2 2 ;僅有在矩形容室2 2的上水平壁面2 8 〇或選擇下水平壁面28 0,兩者僅取其中單—水平壁面 2 8 0上依適當距離凸設有三支導向軸梢2.8 $,另一水 平壁面2 8 0僅設單-軸梢2 8 8,因此電源供應器模組 3 2插人矩形容室2 2時,必須以三個導槽3 2 2對應入 二支轴梢2 8 1方可插入(如圖十二所示)。假設操作者取 拿電源供應器模組3 2之插接方向相反時,如圖十一所示 其一下滑動面3 2 1並沒有設三個導槽3 2 2而僅設單 一導槽3 2 9,但相滑接的水平壁面2 8 0上卻設有三支 導向軸梢2 8 5,並不符合三個導槽3 2 2對應三支導向 軸梢2 8 5的方向性,故縱然施力亦無法達到電源供應器 模組3 2插接入矩形容室2 2的目的,此時操作者乃知道 其所持電源供應器模組3 2插入方向性不對,再更正相反 方向即可順利讓上滑動面3 2 5所預設之三個導槽3 2 2 對應三支導向軸梢2 8 5,來做插接滑行之動作以達防呆 之目的。線性滑執2 8 2設於矩形容室2 2下方的水平壁 面2 8 〇上(如圖十一所示)’得以讓下滑動面3 2 1順暢 11 1296496 的在滑執2 8 2上滑行,使滑行磨擦力減至最小。另外水 平壁面280在圖四、五、六、八中是定義為矩形容室2 2中的上水平内壁面或下水平内壁面,換言之三支導向軸 梢2 8 5可選擇設在上水平内壁面上或下水平内壁面上。 (5) ·本案結構具有透氣透風效果·· 如圖四所示,在後殼體2 〇中分別設有透氣孔2 2丄、網 孔2 2 2以及在上、下長條矩形容室2 4、2 5的壁面上 中,均設有網孔2 4 6,故在整個後殼體2 〇、電源供應 器模組3 2、伺服器模組4 0之間均具有散熱通風的通路 〇 綜上,本發明特徵所為之目的已卓越的達成,已具備新潁 性、進步性的要件,申請人爰依法提呈申請。 12 1296496 【圖式簡單說明】 第一圖為本發明主機殼體、後殼體及伺服器模組的立體組合圖 第二圖為本發明主機殼體與後殼體的立體組合圖。 第三圖為本發明主機殼體與伺服器模組的立體組合圖。 第四圖為本發明後殼體的立體分解圖。 第五圖為本發明後殼體與介面電路模組的立體組合圖。 第六圖為本發明後殼體與介面電路模組的再一實施例立體組合 圖0 第七圖為本發明伺服器模組插接於主機殼體的斷面示意圖。 第八圖為本發明電源供應器模組插接於後殼體的立體分解圖。 第九A圖為本發明彈性閘門的立體圖。 第九B圖為本發明彈性閘門的斷面動作圖。 第十圖為沿著第二圖A — A ’截面線的剖視圖。 第十一圖為本發明電源供應器模組的立體圖。2 0 upper and lower surfaces 2 〇 4, ( 2 Ο 4 ) slide along the straight line 1 2 6 to slide 'Because the slide rail 1 2 6 is linear, so it is with the upper and lower surfaces 2 〇 4, ( 2 0 4) The frictional force is reduced in phase, so that the entire rear casing 2 〇 can be smoothly inserted into the front tank 1 2, and when inserted into the positioning dead point, the rear fuse 2 〇 double side wall as shown in FIG. The end 2 0 5 is placed against the convex body 1 2 5 shown in FIG. 10, and the convex part 2β of the four corners of the rear casing 20 is inserted into the positioning hole 1 1 of the main casing 1 at its four corners. (shown in FIG. 2), and the L-shaped notch 2 3 is slidably fitted to the rib 13 , whereby the rear casing 2 is positioned very stably in the rear pocket 1 2 . When the rear housing 20 is to be pulled out of the rear pocket i 2 , the upper and lower surfaces of the rear housing 2 2 2 0 4 , ( 2 0 4 ) along the sliding rail 1 2 6 , ( 1 2 6 ) In the opposite direction, the protrusion 26 leaves the positioning hole 1 i. As shown in FIG. 13 , the height of the pressing portion 2 1 1 is close to the groove bottom surface of the groove 2 , so that the blocking portion 1 2 2 can be smoothly passed. At this time, a major effect is achieved, that is, when the entire rear casing 2 Q is pulled out about half-half, since the latching portion 2丄3 has a high convexity, the 9-clamping portion 2 i 3 is supported by the sliding Slot 2: The (four) face of the front end of the 122 (1) face 2 2 2 2 ' to achieve the function of stopping the brakes, so as to prevent the rear casing 2 from being pulled out too much and causing the slide to fall outside the main casing 10 After that. When the braking is completed, the fingers of both hands press the pressing portion 2 1 1 to be displaced downward, and the entire elastic spring piece 2 is elastically displaced and deformed to move the cartridge portion 213 downward from the inside of the rear perforating hole 203. The position is such that the latch portion 2 3 is moved downward from the (four) stop portion 122, and the wealth disappears, whereby the operator can simultaneously apply the force to the rear housing 2Q at the same time (four) outside the front pocket 12, since 9 I296496 The casing 2 is pulled out of the main casing i, and has a two-stage extraction operation to drive the operator to smoothly remove the heavy rear casing 2 from the main casing 1 Without the rear casing 2 〇 sliding down the ground. (2) Server module 40 sets, unloaded from the main unit casing 1 〇: Diagrams, 2, and 7 are schematic diagrams of the servo module 40 plugged into the main unit casing 1 The servo module 4 is a rectangular casing, and the width U is less than or equal to the slot width of the slot 丄42, whereby the server module 4 can be smoothly inserted into the slot i4 2 The upper and lower template workers 45 and 146 are replaceable. In other words, the upper and lower templates 145 and 146 slots Ί 4 2 slot width can be designed according to the visibility of the server module 4 不同 of different specifications. Small size, so as long as the upper and lower templates 1 4 5, 146 are replaced, the width of the slot 丄 42 of different gauges can be selected, as shown in Figure 7, the upper and lower templates 1 4 5, 1 4 6 are snails. The connection mode is fixed in the front pocket 14 , so the upper and lower templates of different specifications 1 4 5 and 丄 4 6 can be replaced by the month (j slot 1 4 , in other words, the width gauge of the server module 4 〇 When the 袼 is wider or narrower, you need to replace the upper and lower slabs 1 4 5 and 146 in the front tank 1 4 to quickly select slots 1 4 2 of different widths and numbers for selection, so when the servo Module 4 〇The width of the 〇 is different, so that the upper and lower templates 1 4 5 and 146 can be detached and combined to replace the server module 4 可供 which can be plugged into different degrees. (3). Upper and lower lengths The rectangular rectangular chambers 24 and 25 are connected by the interface circuit module 35: Please refer to Figure 4, 5, and 6, and the upper and lower long rectangular chambers 24 and 25 can be provided with a single chamber and a room as needed. The chamber and the three chambers are used for use. The main purpose is to adapt to the number of interface circuit modules 35 and their width is large and small (4). The power supply module 32 is unloaded in the rear housing 2 As shown in FIGS. 8 and 11, the power supply module 32 is a square housing having upper and lower sliding surfaces 3 2 5, 321 which are only on the upper sliding surface 3 25 or the lower sliding surface 3 2 1 is taken as a single one - three straight guide grooves 3 2 2 are provided on the surface; only the upper horizontal wall surface of the rectangular chamber 2 2 is 28 or the lower horizontal wall 28 0 is selected, and only two of them are taken. The single-horizontal wall surface has a three-way guide shaft tip of 2.8 $ at an appropriate distance, and the other horizontal wall surface 280 has only a single-axis tip 286. Therefore, the power supply module 3 2 is inserted into a rectangular shape. When the chamber is 2 2, it must be inserted into the two shaft ends 2 8 1 with three guide slots 3 2 2 (as shown in Figure 12). It is assumed that the operator takes the power supply module 3 2 into the socket. When the directions are opposite, as shown in FIG. 11, the lower sliding surface 3 2 1 is not provided with three guiding grooves 3 2 2 but only a single guiding groove 3 2 9 , but the horizontal sliding surface of the horizontal sliding surface is set on the 2 8 0 There are three guiding shaft ends 285, which do not conform to the directionality of the three guiding grooves 3 2 2 corresponding to the three guiding shaft ends 285, so even if the force is applied, the power supply module 3 2 insertion torque cannot be achieved. The purpose of describing the chamber 2 2, at this time, the operator knows that the power supply module 32 is not inserted into the directionality, and then corrects the opposite direction to smoothly make the three guide grooves 3 preset by the upper sliding surface 3 2 5 2 2 Corresponding to the three guide shaft tips 2 8 5, to do the action of plugging and sliding to achieve the purpose of preventing staying. Linear Sliding 2 8 2 is set on the horizontal wall 2 8 下方 below the rectangular chamber 2 2 (as shown in Figure 11) 'Let the lower sliding surface 3 2 1 smooth 11 1296496 on the sliding 2 8 2 To minimize the sliding friction. In addition, the horizontal wall surface 280 is defined as an upper horizontal inner wall surface or a lower horizontal inner wall surface in the rectangular chamber 2 2 in FIGS. 4 , 5 , 6 , and 8 , in other words, the three guiding shaft ends 285 may be set in the upper horizontal direction. On the wall or on the lower horizontal inner wall. (5) · The structure of the present case has a gas permeable and air permeable effect. · As shown in Fig. 4, a venting hole 2 2 丄, a mesh 2 2 2 and a rectangular rectangular chamber 2 in the upper and lower sides are respectively provided in the rear casing 2 〇 On the wall surface of 4, 2 5, there are mesh holes 24, 6 so that there is a heat-dissipating passage between the entire rear casing 2, the power supply module 3 2, and the servo module 40. In summary, the purpose of the present invention has been achieved with great achievement, and has already possessed new and progressive elements, and the applicant submits an application according to law. 12 1296496 [Simple description of the drawings] The first figure is a three-dimensional combination diagram of the main body casing, the rear casing and the servo module of the present invention. The second figure is a three-dimensional combination view of the main body casing and the rear casing of the present invention. The third figure is a three-dimensional combination diagram of the host casing and the server module of the present invention. The fourth figure is an exploded perspective view of the rear case of the present invention. The fifth figure is a three-dimensional combination diagram of the rear case and the interface circuit module of the present invention. The sixth figure is a three-dimensional combination of the rear casing and the interface circuit module of the present invention. FIG. 7 is a schematic cross-sectional view showing the server module of the present invention inserted into the main body casing. The eighth figure is an exploded perspective view of the power supply module of the present invention inserted into the rear casing. Figure 9A is a perspective view of the elastic gate of the present invention. Figure IX is a cross-sectional view of the elastic gate of the present invention. Figure 11 is a cross-sectional view taken along line A - A ' of the second figure. Figure 11 is a perspective view of the power supply module of the present invention.

第十二圖為本發明電源供應器模組插接入後殼體中的局部斷面 不意圖。 第十三圖為本發明彈性簧片被壓接變形的斷面動作示意圖。 【主要元件符號說明】 主機殼體----10 定位孔-----11 後容槽-----1 2 滑槽------12 1 13 1296496 抵擋部----—12 2 内壁面-----12 2 2 擋凸體-----125 滑軌------12 6 凸肋-----;—13 前容槽-----1 4 長條凸部----141 插槽------1 4 2 上模板--- 1 4 5 下模板--- 14 6 後殼體------2 0 凹槽一----- —201 前穿孔-----2 0 2 後穿孔--------2 0 3 表面---- 2 0 4 壁端一-----2 0 5 彈性簧片----2 1 壓按部-----2 1 1 傾斜坡-----212 卡掣部-----2 13 矩形容室----2 2 透氣孔------2 2 1 2 4 6、2 5 6 網孔------2 2 2、 L型缺口----2 3 14Figure 12 is a partial cross-sectional view of the power supply module of the present invention inserted into the rear housing. Figure 13 is a schematic cross-sectional view showing the elastic reed of the present invention being crimped and deformed. [Main component symbol description] Main unit casing----10 Positioning hole-----11 Rear pocket-----1 2 Chute ------12 1 13 1296496 Resistant part--- -—12 2 Inner wall surface-----12 2 2 Block convex body-----125 Slide rail------12 6 rib-----;-13 Front pocket---- -1 4 strips convex----141 slots------1 4 2 upper template--- 1 4 5 lower template--- 14 6 rear housing ------2 0 concave Slot one------201 front perforation-----2 0 2 rear perforation--------2 0 3 surface---- 2 0 4 wall end one-----2 0 5 Elastic Reed----2 1 Pressing Press-----2 1 1 Inclined Slope-----212 Cassette-----2 13 Rectangular Room----2 2 Ventilation Hole ------2 2 1 2 4 6,2 5 6 Mesh ------2 2 2, L-shaped notch----2 3 14

1296496 上長條矩形容室一2 4 下長條矩形容室一 25 彈力閘門----28 長穿孑L-----2 9 水平壁面----2 8 0 車由梢’------2 8 1、2 8 5、2 8 8 滑執---- 2 8 2 彈簧----- 2 8 3 套筒一 ------2 8 4 電源供應器模組一 3 2 下滑動面-----3 2 1 導槽------ 3 2 2、3 2 9 上滑動面-----325 介面電路模組--35 4司服器模組---40 滑動面-----4 2 151296496 Upper long rectangular chamber one 2 4 lower long rectangular chamber one 25 elastic gate----28 long through 孑L-----2 9 horizontal wall----2 8 0 car by tip'- -----2 8 1、2 8 5,2 8 8 Slip---- 2 8 2 Spring----- 2 8 3 Sleeve One ------2 8 4 Power Supply Module Group one 3 2 lower sliding surface-----3 2 1 guide groove ------ 3 2 2, 3 2 9 upper sliding surface -----325 interface circuit module--35 4 server Module ---40 sliding surface --- 4 2 15

Claims (1)

1296496 十、申請專利範圍: 1、一種抽取式電腦主機殼體之組合裝置,乃包含: 一中空貫穿的主機殼體,其内部容槽區分為前容槽及後容 槽,前、後容槽彼此相通;1296496 X. Patent application scope: 1. A combination device of a removable computer main body casing, comprising: a hollow through main casing, wherein the inner tank is divided into a front tank and a rear tank, front and rear The slots are connected to each other; 後殼體中,具有複數的矩形容室,而其上方設有至少一 個以上長條矩形容室,每一矩形容室可被組裝入一電源 供應器模組,每一上長條矩形容室至少可被組裝入一介 面電路模組,後殼體可組接入後容槽中; 至少一個以上的伺服器模組係呈長方形殼體,以直立式 插接入前容槽中組成; 後容槽的雙側槽壁面,分別設有凹陷且為長條狀的滑槽 ,滑槽的前端設有抵擋部,主機殼體的四角落的前端設 有定位孔,定位孔後方分別延伸有凸肋; 後殼體雙側壁面分別設有凹槽,凹槽之槽壁上分別設有 前穿孔及後穿孔,長條狀之彈性簧片,該彈性簧片具有 凸出的壓按部及凸出的傾斜坡,該傾斜坡上具有較高的 卡掣部,後殼體之四角落設有凸梢,凸梢之側邊形成内 縮的L型缺口,卡掣部得以在滑槽中滑行,凸梢可卡入 定位孔、L型缺口可對應嵌合入凸肋; 前容槽的上、下槽壁上可螺接上、下模板,上、下模板 的表面上,分別設有複數的長條凸部,每相鄰的長條凸 部之間形成插槽; 至少一個以上的伺服器模組其上、下方的滑動面可滑接 入插槽中。 16The rear housing has a plurality of rectangular chambers, and at least one long rectangular chamber is disposed above the rectangular housing, and each rectangular chamber can be assembled into a power supply module, each of which has a rectangular rectangular chamber At least one interface circuit module can be assembled, and the rear casing can be assembled into the rear pocket; at least one of the server modules is a rectangular shell, which is inserted into the front pocket in an upright manner; The two side groove walls of the receiving groove are respectively provided with a recessed and elongated slot, and the front end of the sliding slot is provided with a resisting portion, and the front end of the four corners of the main body casing is provided with a positioning hole, and the rear of the positioning hole respectively extends a rib; a double groove on the side wall of the rear casing is respectively provided with a groove, and the groove wall of the groove is respectively provided with a front perforation and a rear perforation, and an elongated elastic spring piece, wherein the elastic reed has a convex pressing portion and a convex inclined slope having a high clamping portion on the inclined slope, a convex portion at the four corners of the rear casing, and a side-shaped L-shaped notch formed on the side of the protruding portion, and the locking portion is in the sliding groove Sliding, the protrusion can be snapped into the positioning hole, and the L-shaped notch can be correspondingly fitted into the rib; The upper and lower slots of the slot can be screwed onto the upper and lower templates, and the upper and lower templates are respectively provided with a plurality of elongated strips, and a slot is formed between each adjacent strip of convex portions; at least one The upper and lower sliding surfaces of the above server module can be slid into the slot. 16 1296496 2、 依據申請專利範圍第1項所述之抽取式電腦主機殼體之組 合裝置,其中後殼體下方設有至少一個以上的下長條矩形 容室,可組裝入一介面電路模組。 3、 依據申請專利範圍第1項所述之抽取式電腦主機殼體之組 合裝置,其中後容槽雙側槽壁面上,設有複數的擋凸體; 後殼體插入後容槽後的雙侧壁端頂掣於擋凸體。 4、 依據申請專利範圍第1項所述之抽取式電腦主機殼體之組 合裝置,其中位於後容槽的槽内壁表面,分別設有凸出的 直線滑執; 後殻體的上、下表面可在直線滑軌上滑行。 5、 依據申請專利範圍第1項所述之抽取式電腦主機殼體之組 合裝置,其中矩形容室的水平壁面上設有長穿孔,一彈力 閘門的銜接套筒藉一轴梢及彈簧穿接於長穿孔之孔緣邊; 其中彈簧穿接於軸梢,一端頂靠於彈力閘門之内壁面,另 一端頂靠於水平壁面之壁面上。 6、 依據申請專利範圍第1項所述之抽取式電腦主機殼體之組 合裝置,其中於矩形容室之四周内壁面均設有供空氣迴流 之氣孔、網孔以及在矩形容室的水平壁面凸設有至少二支 以上的導向轴梢及至少二條以上的直向滑執,選取電源供 應器模組的單一個上滑動面,或者選取單一個下滑動面上 ,設有至少二個以上直向的導槽,導槽的槽口對應於導向 軸梢,下滑動面在滑執上滑行,供電源供應器模組正向的 滑接入矩形容室中。 171296496 2. The combination device of the removable computer main body casing according to claim 1, wherein at least one lower rectangular rectangular chamber is disposed under the rear housing, and an interface circuit module can be assembled. . 3. The combination device of the removable computer main body casing according to the first aspect of the patent application, wherein a plurality of convex projections are arranged on the double groove side wall of the rear receptacle; the rear housing is inserted after the rear receptacle The double side wall end is smashed to the convex body. 4. The combination device of the removable computer main body casing according to claim 1, wherein the inner wall surface of the groove of the rear receiving groove is respectively provided with a convex linear sliding; the upper and the lower of the rear housing The surface can slide on the linear slide. 5. The combination device of the removable computer main body casing according to claim 1, wherein the horizontal wall surface of the rectangular chamber is provided with a long perforation, and the connecting sleeve of an elastic gate is worn by a shaft tip and a spring. Connected to the edge of the hole of the long perforation; wherein the spring is connected to the shaft tip, one end abuts against the inner wall surface of the elastic gate, and the other end abuts against the wall surface of the horizontal wall surface. 6. The combination device of the removable computer main body casing according to claim 1, wherein the inner wall of the rectangular chamber is provided with air holes for recirculating air, a mesh hole and a level at the rectangular chamber. The wall surface is convexly provided with at least two or more guiding shaft tips and at least two or more straight sliding handles, and a single upper sliding surface of the power supply module is selected, or a single lower sliding surface is selected, and at least two or more are provided. Straight guide groove, the slot of the guide slot corresponds to the guide shaft tip, and the lower sliding surface slides on the slide for the power supply module to slide forward into the rectangular chamber. 17
TW094142655A 2005-12-02 2005-12-02 Assembled device of case of computer mainframe with drawer structure TW200723995A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103149986A (en) * 2011-12-06 2013-06-12 纬创资通股份有限公司 modular server

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11598132B2 (en) 2019-04-09 2023-03-07 Quanta Computer Inc. Double shaft 180 degrees rotation sheet metal mechanism

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103149986A (en) * 2011-12-06 2013-06-12 纬创资通股份有限公司 modular server
US9280186B2 (en) 2011-12-06 2016-03-08 Wistron Corp. Modularized server
CN103149986B (en) * 2011-12-06 2016-04-13 纬创资通股份有限公司 Modular server

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