五、新型說明： 【新型所屬之技術領域】 本創作在於提供一種機殼板體之固定機構及其固定組 件，尤指一種可快速組裝或拆卸板體的機级’如電腦主機 機殼的側板，以及使板體固定於機殼的固定組件。 【先前技術】 先前技術在組裝電腦主機的機殼時，通常是使用螺絲 將側板直接鎖固於機设的後窗板，此種作法使传折卸或組 裝時較為繁瑣，耗費時間。 為快速拆裝電腦機殼的側板，有設於側板的固定組 件，雖可達到免螺絲，易拆裝的需求。然而，其結構複雜、 元件數目多且具有金屬件，導致安裝繁複、成本高、增加 機殼重量.·.等缺點。 決的課題 因此，如何提供一種可有效避免上述缺失又可達到易 組裝/拆卸目的之機殼板體之固定機構，即為本創作所欲解 【新型内容】 t創作在於提供i機殼板體之固定機構及其固定組 4 用於卡扣及固定的元件數目減少，進而降低零件 拆卸的步驟 成本及^工組裝的時㈣本；再者，本創作韻化組裝及 m 上相目的’本創作提供—種機殼板體之固定機 件，上述機殼板體之㈣機構包括一機殼及 賊且ΐ、，且1機殼具有—第—板體及—第二扳體。第一板 二'裝部及一貫穿該安裝部的安裝孔。第二板體鄰 接於板體’且㈣突出—靠近該絲部的扣接片。 3/16 M411640 上述固定組件包括—旋滅—鎖扣件 的操作部及一連接於該操二：動 二二^ =該安裝孔；鎖扣件具有—位於該安裳部 内側）基和—由該基部延伸的卡勾臂及— 上：基部固定於該組裝臂，該彈性部一 ；卡勾、 而另-端固定於該第一板體，該卡勾臂的自由端：：：月 部，该爪部可選擇地卡扣於該第二板體的該扣接片大内。κ 本創作的實施例之―，上述目定組件更包含一 設於該旋紐及該鎖扣件之間，該墊片形 ς孪 裝部向外突出-限位擋片，限位擋片位於限位^立。由女 本創作優點在於固定組件零件數少，組 =膠件’材料成本低廉且重量輕。另=二 -板脰(例如側板)拆裝容μ快速，不需使㈣絲。拆卸 時’才需要操作固定組件；組裝時’直接推動第—板體(例 如側板)即可順勢完成組裝。 ^以上關於本創作内容的說明以及以下實施方式的說明 係用以舉例並解釋本創作的原理，並且綠供本創作之專利 申請範圍進一步的解釋。 【實施方式】 為使對本創作的目的、構造、特徵、及其功能有進一 步的瞭解，兹配合實施例詳細說明如下： 請參閱圖1及圖2,分別為本創作之機殼板體之固定機 構（包含固疋組件)的立體分解圖。在圖1的實施例，機殼是 以電腦主機的機殼1為例。圖1中的機殼！包含側板12、 後窗板14、及L形板體16。當本創作應用於電腦主機的機 4/16 M411640 殼1時，側板12設有固定組件2，使側板12可快速地由機 殼1拆卸下來或固定於機殼1。機殼1组裝完成時，側板 12的後緣藉固定組件2固定於後窗板14，而側板12的頂 緣卡接於L形板體16。 然而，本創作的固定組件也可以應用於其他電子裝置 的機殼’固定組件2可以是設於別的板體5例如頂板’使 頂板固定於側板、或後窗板。換言之，本創作可變化地應 用於兩相鄰接的第一板體及第二板體；本實施例中，侧板 12視為第一板體的一種實施方式，後窗板14視為第二板體 的一種實施方式，藉此當可了解本創作可應用於其他電子 裝置的機殼。 如圖1所示，機殼1包括有第一板體12、第二板體14、 及安裝於第一板體12的固定組件2。第一板體12具有一安 裝部122，及一貫穿安裝部122的安裝孔1220。第二板體 14鄰接於第一板體12，且於第二板體14鄰接第一板體12 的侧邊具有一向内突出靠近安裝部122的扣接片142。扣接 片142在本實施例中是由第二板體Μ藉由沖壓而向内彎折 形成，大體呈U字型。 請同時參考圖1及圖2,上述固定組件2包括有一旋鈕 22、及一鎖扣件26。上述旋知22及鎖扣件26均可由塑膠 材質製成，以降低成本並減輕重量。鎖扣件26位於第一板 體12内侧且其一端固定於旋鈕22，另一端，亦即末端，可 彈性扣合於該第二板體14的扣接片142,使第一板體12固 定於第二板體14。第一板體12的内側後端緣相對於扣接片 142設有一承載片124可承托鎖扣件26的末端；機殼1固 定時，第一板體12的承載片124位於第二板體14的扣接 5/16 片142上方相疊。 立上述旋鈕22具有一可轉動地位於安裝部122外側的操 作部^卜及—連接於操作部221的組裝臂222。操作部221 大體王蝶狀，周圍設有？數個凹部方便操作人員手握旋 轉，組裝臂222 -端與操作部221連接，另一端向外延伸 穿過第一板體12的安裝孔122〇貫穿第一板體12。 上述鎖扣件26具有一位於安裝部122内側的基部 26卜一由基部261延伸的卡勾臂262，及一彈性部263。 土 P —61從第一板體12的内側透過組裝臂而固定於旋 I丑22卡勾| 262平行於第一板體η而由基部26丨朝第二 板體14的扣接片142延伸，卡勾臂262的自由端突出一^ 部262卜；K部期可彈性地卡扣於第二板體14的扣接片 1幻内，而使第一板體12可與第二板體14相互接合。爪部 2621更具有—傾斜狀的導引斜面迎，其有助於第一板體 12在與第二板體14接合過程中使爪部262ι被向上頂起而 順勢卡入扣接片142。卡勾臂262的中間可形成—狹長凹槽 2623以加強結構強纟。彈性部加白卜端可與卡勾臂脱 的頂緣部連接’且平行於第—板體12朝向基部261上方斜 岐伸’而另一端固定於第一板體12内側。在本實施例中， =性部263的另一端是固定於安裝部122上，用以輔助性 提供卡勾臂262彈性。 L鎖扣件26較佳作法是卡勾臂262由基部261 —體 成型地向外延伸，彈性部263則—體成型地由卡勾臂况 =由端斜向朝基部261延伸，彈性部263的末端則固定 二了板體12内側。如此一體成型的元件，不需人工組裝， 、’減Μ件數量。另—種可變通的型式為彈性部263可以 6/16 是一彈簧(未圖示），彈簧的一端固定於卡勾臂262的自由 端，另一端則固定於第一板體〗2的安裝部122内側，如此 亦可達到相同功能。 請參圖2，關於基部261固定於旋鈕22的組裝臂222 的方式，本實施例是在旋紐22的組裝臂222設有一對卡扣 板222a及222b，卡扣板222a及222b相對應且前端各呈倒 勾Jk。基部261面向第一板體12的内側形成一套接孔 2610 ’且基部261遠離旋紐22的側面形成一對卡扣槽2612 及2614，該對卡扣槽2612及2614連通於套接孔2610，上 述該對卡扣板222a及222b通過套接孔2610並貫穿過該對 卡扣槽2612及2614以扣合於基部261上。 為加強基部261與旋鈕22之間的固定強度，特別是耐 扭轉的強度，基部261還具有一設於套接孔261〇内向外朝 旋鈕22延伸的套桿2611。套桿2611位於該對卡扣槽2612 及2614之間，換言之，套桿2611伸入組裝臂222内，位 於該對卡扣板222a及222b之間，用以強化鎖扣件26與旋 钮22的固接。上述套桿2611是輔助性加強而可以省略的。 請參閱圖2A，本創作另一實施例，無需套接孔261〇， 直接於基部261形成一對貫穿的卡扣槽2612,及2614,，而 卡扣槽2612,及2614,可以是具有導斜面的開口，以利卡扣 板222a及222b導入。此時，套桿2611可直接自基部261 延伸。 值得注意的是，為著基部261與旋鈕22之間的固定， 本實施例所載之卡扣板222a、222b及相應之卡扣槽 2612/2612’、2614/2614’的數量及結構型態亦可根據實際 進行調整及變化，並不以本實施例所揭示的態樣為限。 7/16 例如，卡扣板可以是至 該卡扣板之至少一卡扣枰，4件，而該基部形成有相對應 於該基部上。 x卡扣板牙入該卡扣槽以扣合 又例如’卡扣板也可 形排列，而該基部相對應於牛;舉例來說’四件1 或者，灰日料—一二卡扣板而形成複數個卡 四件而呈方 扣槽； 些卡扣《顯 -朝向該安裝部延伸的知妓雜。p具有 ^...套彳于及形成相對應該些卡扣板之複 或者，也可以相對應於該多 π κ，，-一·……夕歎個卡扣板’僅形成一套接孔，該 ;或： 入該些卡扣槽以扣合於該基部上 板之間。 油卡扣槽:該套桿設於該些卡：：該些卡扣板穿 而該套桿位於該些卡扣 =1:咖’上述安裝部122朝内凹陷而形成一 =mi，兩以容納旋紐22的操作部221使旋紐22巧 路出於弟-板體12外。容置槽1221的底壁1222呈—平炸 t，安ί ’孔122°職於錢1222上，軸㈣的組裝嘴 作可穿過安裝孔1220。此外，安裝部m朝機殼】内旬 大出一犬片1226(爹圖1A及圖4)以固定彈性部263的另一 碥(末端）。請參圖1A，在本實施列中，突片1226可設於肩 ，1222面向機殼〗内部之内側面上，其中彈性部2幻的末 缟2632形成一固定元件以固定於第一板體12内側。在此 實施例中，固定元件略呈方框形而形成一固定槽2634以供 突片1226插入而固定。值得注意的是，為著彈性部263與 第—板體12之間的固定，本實施例所载之固定槽2634及相 應之突片1226的數量及結構型態亦可根據實際需求進行調整 及變化，並不以本實施例所揭示的態樣為限。例如，彈性部 的另一端(末端)具有朝第一板體突出之一突片，而於第—板 8/16 γ應遠突片之内側面上形成-岐槽以供該突片插入而 、/本貫施例進一步包括一墊片24’其設於該旋鈕22及該 鎖扣件26之間’且設於安裝部122的底壁1222的外側面。 片24中央具有一與安裝孔1220對應的通孔242,而該 丑22的組裝臂222係穿過塾片24的中央通孔242及安 衣=1220而與鎖扣件26固接。墊片24以較光滑材質製成， ^降低摩擦阻力，不但可提供旋钮22順暢的操作，且保護 走鈕22避免不當操作而造成的損壞。請參圖丨及圖2，墊 片24遇包括一限位窗244，安裝部122向外突出一限位擋 片1224，限位擋片1224位於限位窗244内，可限制墊片田 的旋轉巾田度，亦即間接限制旋知22的旋轉角度，此部分 主要疋在解鎖固定組件2以卸下第一板體12的時候，以 旋鈕22過度旋轉。 、兄 ^參相3，為本創作之機殼板體㈣定機構(側板未 邮口月0的立體圖。在鎖扣前，第一板體]2的後緣離第二板 也4 一些距離，此距離僅需供第一板體12的承載片124、 及爪部2621位於第二板體14的扣接片142後側，實 視固定組件2的尺寸而定，約為5至15公分即可。 ,虽榇作者组裝第一板體12時，僅需手握第一板體12 後緣的握持部126，向前(即朝向機殼丨的前面板，或沿χ 軸正向)推動，即可使第一板體側板12藉由固定組件2^動 鎖扣於第二板體14。其細部動作解說如下。 —凊翏考圖4及圖5,為本創作之機殼板體的固定機構鎖 扣前、及鎖扣後的部分立體圖。當組裝第一板體12於機殼 1而將第一板體12向前(沿Χ軸正向)推動時’如圖4所示， 9/16 位於外面的承載片124連同固定組件2即向機殼丨内部移 動，如圖5所示，第一板體12的承載片124被推動移至第 ，板體14的扣接片142上，爪部2621底部的導引斜面2622 娅到扣接片142順勢被頂起後，又因鎖扣件26的彈性，利 用變形消失及回復的原理，爪部2621隨即扣入扣接片142 ^，几成第一板體12與第二板體14的固接。固接過程不 需操作固定組件2 ,即可將第一板體12固定於機殼}。 請參圖6，當要卸下第一板體〗2時，操 順日⑽方向旋轉旋紐22，鎖扣件26被轉動而使爪部迎 向上離開承載片】24及扣接片142，使第一板體η處於解 鎖狀態而可以手握握持部126向後移動而離開第二板體 Η。旋鈕22旋轉的幅度不需很大，約5〜1〇度即可。本創 可同時隨著旋紐22轉動，因限位® 244被限位 4限制住，可避免過度的操作力勁破壞固^組件2。 5，當旋轉频22時，彈性部22被扭播，當卸 =後’被扭播的彈性部22提供鎖扣件％及其 卡勾臂262的回復力量，使爪邱2 料所、^ 再回到承載片124。 、本創作至少具有的優點為：機殼的侧板（第 一板體)拆裝容易且快速，不需 才需要操作固定…使=。只有在拆卸時， 即可。固定电件直接推動側板（第一板體） 紐順’:保護旋_免不當操作而造成的^^疋 ‘.，τ'上所述，本創作實已符合新 白出申請。惟以上所揭露者，僅為本創作較佳實施例^提 自不能以此限定本案的權利範圍，因此依==所 10/16 M411640 做的均等變化或修飾，仍屬本案所涵蓋的範圍。尚請審查 委員撥冗細審，並盼早曰准予專利以勵創作，實感德便。 【圖式簡單說明】 ' 圖1，為本創作之機殼板體之固定機構的立體分解圖。 圖1A，為圖1中A部分的局部放大圖。 圖2 5為本創作之固定組件之立體分解圖。 圖2A，為本創作之之固定組件另一實施例之立體分解圖。 • 圖3，為本創作之機殼板體之固定機構(側板未鎖扣前）的立 $ 體組合圖。 圖4，為本創作之機殼板體的固定機構(鎖扣前）的部分立體 圖。 圖5，為本創作之機殼板體的固定機構(鎖扣後）的部分立體 ' 圖。 _ 圖6，為本創作之機殼板體的固定機構解鎖狀態的立體圖。 【主要元件符號說明】 機殼.........................1 φ 側板（第一板體）...12 安裝部.................122 安裝孔.................1220 容置槽.................1221 底壁.....................1222 限位擋片.............1224 突片.....................1226 承載片.................124 握持部.................126 後窗板(第二板體）14 11/16 M411640 扣接片... L形板體 固定組件... 旋鈕........... ' 222b 操作部... 組裝臂... 卡扣板… 墊片........... 中央通孔 限位窗... 鎖扣件....... 基部....... 套接孔... 套桿........ 、2614 、 2612, 、 2614 卡扣槽.... 卡勾臂.... 爪部........ 導引斜面 狹長凹槽 彈性部.... 末端........ 固定槽.... 12/16V. New description: [New technical field] The present invention is to provide a fixing mechanism of a casing body and a fixing component thereof, especially a machine-level such as a computer main body casing which can quickly assemble or disassemble a plate body. And a fixing component that fixes the board to the casing. [Prior Art] In the prior art, when assembling the casing of a computer main body, the side plates are usually directly locked to the rear window plate of the machine by screws, which is cumbersome and time consuming when transferring or unloading. In order to quickly disassemble the side panels of the computer case, there are fixed components set on the side plates, which can achieve the requirement of no screws and easy assembly and disassembly. However, its complicated structure, large number of components, and metal parts lead to complicated installation, high cost, and increased weight of the casing. Therefore, how to provide a fixing mechanism for the casing of the casing that can effectively avoid the above-mentioned defects and achieve the purpose of easy assembly/disassembly is to be solved by the creative agency. [New content] t creation is to provide an i-shell body. The fixing mechanism and the fixing group 4 thereof are used for reducing the number of components for fastening and fixing, thereby reducing the cost of the step of disassembling the parts and the assembly time of the assembly (fourth); further, the creation of the design and the purpose of the m The creation provides a fixed mechanism for the casing body, wherein the (4) mechanism of the casing body comprises a casing and a thief and a cymbal, and the casing 1 has a first plate body and a second plate body. The first plate has a mounting portion and a mounting hole extending through the mounting portion. The second plate body is adjacent to the plate body ' and (4) protrudes - a fastening piece adjacent to the wire portion. 3/16 M411640 The above-mentioned fixing component comprises: an operation part of the screw-locking component and a connection to the operation 2: the movement 2 2 = the mounting hole; the locking component has a base on the inside of the body and the base - a hook arm extending from the base and a base portion are fixed to the assembly arm, the elastic portion is a hook, and the other end is fixed to the first plate body, and the free end of the hook arm is: The claw portion is selectively snapped into the fastening piece of the second plate body. In the embodiment of the present invention, the above-mentioned visual component further includes a device disposed between the knob and the locking member, the gasket-shaped armor portion protruding outwardly-restricting the limiting piece, and the limiting blocking piece Located at the limit. The advantage of women's creation is that the number of fixed component parts is small, and the group = rubber parts are low in material cost and light in weight. Another = two - plate 脰 (such as the side panel) disassembly capacity μ fast, no need to make (four) wire. When disassembling, it is necessary to operate the fixing components; when assembling, the first plate body (for example, the side plate) can be directly pushed to complete the assembly. The above description of the contents of this creation and the description of the following embodiments are used to illustrate and explain the principles of this creation, and the scope of the application for the patent of Green is further explained. [Embodiment] In order to further understand the purpose, structure, features, and functions of the present invention, the following detailed description is given in conjunction with the embodiments: Please refer to FIG. 1 and FIG. 2, respectively, for fixing the casing of the present invention. An exploded view of the mechanism (including the solid components). In the embodiment of Fig. 1, the casing is exemplified by the casing 1 of the computer mainframe. The case in Figure 1! The side panel 12, the rear window panel 14, and the L-shaped panel body 16 are included. When the present invention is applied to the machine 4/16 M411640 case 1 of the mainframe, the side plate 12 is provided with a fixing assembly 2 so that the side plate 12 can be quickly detached from the casing 1 or fixed to the casing 1. When the casing 1 is assembled, the rear edge of the side panel 12 is fixed to the rear window panel 14 by the fixing assembly 2, and the top edge of the side panel 12 is engaged with the L-shaped panel body 16. However, the fixing assembly of the present invention can also be applied to the casing of other electronic devices. The fixing assembly 2 can be provided on another plate body 5 such as a top plate to fix the top plate to the side plate or the rear window plate. In other words, the present invention is variably applied to two adjacent first and second plates; in this embodiment, the side plate 12 is regarded as an embodiment of the first plate, and the rear window 14 is regarded as the first An embodiment of the two-plate body, whereby the present invention can be applied to the casing of other electronic devices. As shown in FIG. 1 , the casing 1 includes a first plate body 12 , a second plate body 14 , and a fixing assembly 2 mounted on the first plate body 12 . The first plate body 12 has a mounting portion 122 and a mounting hole 1220 extending through the mounting portion 122. The second plate body 14 is adjacent to the first plate body 12, and has a fastening piece 142 protruding inwardly from the mounting portion 122 at a side of the second plate body 14 adjacent to the first plate body 12. In the present embodiment, the fastening piece 142 is formed by the second plate body being bent inward by pressing, and is substantially U-shaped. Referring to FIG. 1 and FIG. 2 simultaneously, the fixing assembly 2 includes a knob 22 and a locking member 26. The above-mentioned convolution 22 and the locking member 26 can be made of a plastic material to reduce cost and reduce weight. The locking member 26 is located inside the first plate body 12 and has one end fixed to the knob 22, and the other end, that is, the end, is elastically fastened to the fastening piece 142 of the second plate body 14 to fix the first plate body 12. In the second plate body 14. The inner rear end edge of the first plate body 12 is provided with a carrier piece 124 for supporting the end of the locking member 26 with respect to the fastening piece 142; when the casing 1 is fixed, the carrier piece 124 of the first plate body 12 is located at the second plate. The buckles 5/16 of the body 14 are stacked over each other. The knob 22 has an operating portion rotatably located outside the mounting portion 122 and an assembly arm 222 coupled to the operating portion 221. The operation unit 221 is generally king-shaped, and is surrounded by? The plurality of recesses are convenient for the operator to rotate, the assembly arm 222-end is connected to the operating portion 221, and the other end extends outwardly through the mounting hole 122 of the first plate body 12 to penetrate the first plate body 12. The locking member 26 has a base portion 26 on the inner side of the mounting portion 122, a hook arm 262 extending from the base portion 261, and a resilient portion 263. The soil P-61 is fixed from the inner side of the first plate body 12 through the assembly arm to the fastening plate 262. The 262 is parallel to the first plate body η and extends from the base portion 26 toward the fastening piece 142 of the second plate body 14. The free end of the hook arm 262 protrudes from the second portion 262; the K portion can be elastically buckled into the snap tab 1 of the second board 14 to make the first board 12 and the second board 14 are joined to each other. The claw portion 2621 further has a slanted guide slanting surface which facilitates the first plate body 12 to be pushed up by the claw portion 262 ι during the engagement with the second plate body 14 to be snapped into the fastening piece 142. The middle of the hook arm 262 can be formed - an elongated recess 2623 to strengthen the structure. The elastic portion plus the white end can be connected to the top edge portion of the hook arm and is parallel to the first plate body 12 obliquely upwardly toward the base portion 261 and the other end is fixed to the inner side of the first plate body 12. In the present embodiment, the other end of the = portion 263 is fixed to the mounting portion 122 for auxiliaryly providing the hook arm 262 to be elastic. Preferably, the L-locking member 26 is such that the hooking arm 262 extends outwardly from the base portion 261. The elastic portion 263 is integrally formed by the hooking arm member = obliquely extending from the end toward the base portion 261. The elastic portion 263 The end of the plate is fixed to the inside of the plate body 12. Such an integrally formed component does not require manual assembly, and the number of defective parts is reduced. Another variable type is that the elastic portion 263 can be a spring (not shown). One end of the spring is fixed to the free end of the hook arm 262, and the other end is fixed to the first plate. The inside of the portion 122 can also achieve the same function. Referring to FIG. 2, in the embodiment, the base 261 is fixed to the assembly arm 222 of the knob 22. In this embodiment, the assembly arm 222 of the knob 22 is provided with a pair of snap plates 222a and 222b, and the snap plates 222a and 222b correspond to each other. The front end is barbed Jk. A pair of receiving holes 2610 ′ are formed on the inner side of the first plate body 12 , and a pair of locking grooves 2612 and 2614 are formed on the side of the base 261 away from the knob 22 . The pair of locking grooves 2612 and 2614 are connected to the socket hole 2610 . The pair of the snap plates 222a and 222b pass through the sleeve holes 2610 and pass through the pair of snap grooves 2612 and 2614 to be fastened to the base portion 261. In order to strengthen the fixing strength between the base portion 261 and the knob 22, particularly the torsion resistance, the base portion 261 further has a sleeve rod 2611 which is disposed in the socket hole 261 and extends outwardly toward the knob 22. The sleeve 2611 is located between the pair of latching slots 2612 and 2614. In other words, the sleeve 2611 extends into the assembly arm 222 between the pair of latching plates 222a and 222b for reinforcing the latching member 26 and the knob 22. Secured. The above-mentioned sleeve 2611 is auxiliary reinforcement and can be omitted. Referring to FIG. 2A, another embodiment of the present invention can form a pair of through-strap slots 2612 and 2614 directly to the base 261 without the socket 261, and the snap grooves 2612 and 2614 can be guided. The opening of the bevel is introduced by the clasp plates 222a and 222b. At this time, the sleeve 2611 can extend directly from the base 261. It should be noted that, for the fixing between the base 261 and the knob 22, the number and structure of the snap plates 222a, 222b and the corresponding snap grooves 2612/2612', 2614/2614' provided in this embodiment Adjustments and changes may be made according to actual conditions, and are not limited to the aspects disclosed in the embodiment. 7/16 For example, the snap plate may be at least one snap ring to the snap plate, 4 pieces, and the base portion is formed to correspond to the base portion. The x-strap die is inserted into the snap groove to be fastened, for example, the 'snap plate can also be arranged, and the base corresponds to the cow; for example, 'four pieces 1 or, gray day material - one or two card plates Forming a plurality of cards into four pieces and forming a square buckle groove; some of the buckles are "displayed" toward the installation portion. p has a set of 彳 及 形成 形成 形成 形成 形成 形成 , , , , , , , , , , , , , , , , , , , , 或者 , , 或者 , , 或者 或者 或者 或者 或者 或者 或者 或者 或者 或者, or; into: the snap grooves to be fastened between the upper plates of the base. Oil snap groove: the set rod is disposed on the cards: the snap plates are worn and the set rods are located at the buckles =1: the coffee installation portion 122 is recessed inwardly to form a=mi, two The operation portion 221 accommodating the knob 22 causes the knob 22 to be out of the body-board 12. The bottom wall 1222 of the receiving groove 1221 is flushed, and the hole 122 is placed on the money 1222, and the assembly nozzle of the shaft (4) can pass through the mounting hole 1220. Further, the mounting portion m is enlarged toward the casing to a dog piece 1226 (Fig. 1A and Fig. 4) to fix the other end (end) of the elastic portion 263. Referring to FIG. 1A, in the present embodiment, the tab 1226 can be disposed on the shoulder, and the inner surface of the inner surface of the casing 1222, wherein the elastic portion 2 is formed by a fixing member to be fixed to the first plate. 12 inside. In this embodiment, the fixing member has a substantially square shape to form a fixing groove 2634 for the insertion and fixation of the tab 1226. It is to be noted that, for the fixing between the elastic portion 263 and the first plate body 12, the number and structure of the fixing groove 2634 and the corresponding protruding piece 1226 in the present embodiment can also be adjusted according to actual needs. The variation is not limited to the embodiment disclosed in the embodiment. For example, the other end (end) of the elastic portion has a protrusion protruding toward the first plate body, and a groove is formed on the inner side surface of the first plate 8/16 γ to the far protrusion for the insertion of the protrusion. The present embodiment further includes a spacer 24 ′ disposed between the knob 22 and the locking member 26 ′ and disposed on an outer side surface of the bottom wall 1222 of the mounting portion 122 . The central portion of the sheet 24 has a through hole 242 corresponding to the mounting hole 1220, and the ugly 22 assembly arm 222 is fastened to the locking member 26 through the central through hole 242 of the cymbal 24 and the wear=1220. The spacer 24 is made of a relatively smooth material, which reduces the frictional resistance, not only provides a smooth operation of the knob 22, but also protects the button 22 from damage caused by improper operation. Referring to FIG. 2 and FIG. 2, the spacer 24 includes a limiting window 244, and the mounting portion 122 protrudes outwardly from a limiting blocking piece 1224. The limiting blocking piece 1224 is located in the limiting window 244 to limit the gasket field. Rotating the towel, that is, indirectly limiting the angle of rotation of the knob 22, is mainly caused by excessive rotation of the knob 22 when the fixing assembly 2 is unlocked to remove the first plate 12. , brother ^ phase 3, for the creation of the shell body (four) fixed mechanism (side panel is not postal month 0 perspective view. Before the lock, the first board body 2) the rear edge of the second board is also some distance 4 The distance is only required for the carrier sheet 124 of the first board body 12 and the claw portion 2621 to be located on the rear side of the fastening piece 142 of the second board body 14, depending on the size of the solid fixing assembly 2, which is about 5 to 15 cm. However, although the author assembles the first plate 12, it is only necessary to hold the grip portion 126 of the trailing edge of the first plate 12 forward, that is, toward the front panel of the casing, or along the χ axis. The first board side panel 12 is locked by the fixing component 2 to the second board body 14. The detailed operation is as follows. - Refer to Figure 4 and Figure 5 for the creation machine. A partial perspective view of the fixing mechanism of the shell plate before and after the locking. When the first plate body 12 is assembled to the casing 1 and the first plate body 12 is pushed forward (in the positive direction of the x-axis), As shown in FIG. 4, the outer carrier piece 124 of the 9/16 is moved to the inside of the casing 连同 together with the fixing assembly 2, as shown in FIG. 5, the carrier piece 124 of the first plate body 12 is pushed and moved to the first, the plate body 14. Fastening piece 142 The guiding inclined surface 2622 at the bottom of the claw portion 2621 is pulled up by the fastening piece 142, and the claw portion 2621 is then buckled into the fastening piece 142 ^ by the elasticity of the locking member 26 by using the principle of deformation disappearing and returning. A plurality of the first plate body 12 and the second plate body 14 are fixed. The fixing process can be performed on the casing without fixing the fixing component 2. Please refer to FIG. When the first plate body is 2, the knob 22 is rotated in the direction of the day (10), and the locking member 26 is rotated to move the claw portion away from the carrier piece 24 and the fastening piece 142, so that the first plate body η is unlocked. The handle portion 126 can be moved backward to move away from the second plate body. The rotation of the knob 22 does not need to be large, about 5 to 1 degree. The creation can be rotated with the knob 22 at the same time. Position® 244 is limited by limit 4, which avoids excessive operating force and damages the assembly 2. 5. When the frequency is 22, the elastic portion 22 is twisted, and when it is unloaded, the elastic portion 22 is twisted. The rest of the locking member and the restoring force of the hook arm 262 are provided, so that the claws are returned to the carrier sheet 124. The present invention has at least the advantages of: The side panel (first panel) is easy and quick to disassemble, and it does not need to be fixed. ◆= Only when disassembling, the fixed electrical component directly pushes the side panel (first panel). According to the ^^疋'., τ' caused by the improper operation, the creation has been in line with the new application. However, the above disclosure is only for the preferred embodiment of the creation. Limiting the scope of rights in this case, therefore, the equal change or modification according to ==10/16 M411640 is still covered by this case. The review committee is still required to take the time to review and hope to grant patents for encouragement. Will. [Simple description of the drawing] ' Fig. 1 is an exploded perspective view of the fixing mechanism of the shell body of the present invention. Fig. 1A is a partial enlarged view of a portion A in Fig. 1. Figure 2 is an exploded perspective view of the fixed assembly of the present invention. 2A is an exploded perspective view of another embodiment of the fixed assembly of the present invention. • Figure 3 is a combination of the fixing mechanism of the shell body of the creation (before the front panel is not locked). Fig. 4 is a partial perspective view showing the fixing mechanism (before the buckle) of the casing body of the present invention. Fig. 5 is a partial perspective view of the fixing mechanism (after locking) of the casing body of the present invention. _ Fig. 6 is a perspective view showing the unlocking state of the fixing mechanism of the casing body of the present invention. [Description of main component symbols] Enclosure........................1 φ Side panel (first panel)...12 Mounting section.. ...............122 Mounting hole.................1220 accommodating groove........... ...1221 bottom wall........................1222 limit stop.............1224 Film........................1226 Carrier Sheet.................124 Grip... .............126 Rear window (second board) 14 11/16 M411640 Fastening tab... L-shaped board fixing assembly... Knob... ..... ' 222b Operation Department... Assembly Arm... Snap Plate... Gasket........... Central Through Hole Limit Window... Locking Parts..... .. base....... socket hole... set rod........, 2614, 2612, , 2614 snap groove.... hook arm.... claw. ....... Guide the inclined surface of the narrow groove elastic part.... End........ Fixing groove.... 12/16