201212405 : 六、發明說明： : 【發明所屬之技術領域】 本發明與用於插置一卡式電路板的插座結構有關，尤 涉及該插座上的扣件構造。 【先前技術】 如一般所知的’一電腦主機板通常會設置多個可分別 用於插置 ^式電路板的插座。該卡式電路板可能是一介 ® 面卡' 轉接卡、或是單面插槽記憶體模組（SIMM)、雙面插 槽記憶體模組（DIMM)之類的電路板，也有可能是測試板或 其它用途的板體。這類的插座’為確保其與所插置之電路 板之間的電性連接品質’或有於其一端部設一卡扣件供扣 住該電路板，例如常見的記憶體模組插座，此可參見台灣 公告第 M350710、M320747、1288506、M289918 、404599 號等專利案。 在該M320747案第四圖中指出一傳統主機板上的多個 • 記憶體模組插座是依其寬度方向間隔並排，每兩記憶體模 組插座之間的間隔佔據該主機板的一部份空間，造成空間 上的浪費。該M320747案所提出的技術方案可以避免前述 問題。 基於電子設備小型化的考量，各種電子設備内部的電 路板大小受到一定的限制，桌上型電腦、筆記型電腦、及 各類電腦飼服器中的主機板也不例外。如本文第七圖所示 的伺服器主機板9，基於尺寸上的限制，使得其上的記憶 體模組插座90是呈現兩組並列的佈局，每一組有多個沿其 3 201212405 寬度方向間隔並排的記憶體模組插纟90，且其中-組的記 憶體模組插座9〇的—端，是—對—地間隔正對另—組的記 憶體模组插座9 0的一端。 如第八圖所不，該主機板9上的每一記憶體模組插座 90的-端都樞設有一扣件9〇1，且該扣件9〇ι係能被板動 以扣住卡式電路板（圖中未示），在此將此可扣住卡式電路 板之位置稱為卡扣位置（如第八圖所示）；且此扣件術能 被扳動，以使卡式電路板脫離插座，此時扣件9〇ι位於釋 放位置（如第九圖所示）。 問題在於該其中一組的記憶體模組插座90的一端與 另-組的記憶體模組插座9〇的一端之間，必需保留相當大 的間隔w則史其上的扣彳9〇1都能被完全板動到該釋放 =置H㉟W對於分寸空間都要計較的主機板9而 a，顯然是一種浪費，極需改進。 【發明内容】 本發明提—種可提高主機板空間利用率的插座，該插 座包括-座體及一第一扣件。該座體包含一第一側板及一 第二側板。㈣^板平㈣應設置於該第-缝旁。該 第側板及該第一側板間係定義一卡槽供插置一板。該第 -扣件包括-第-轉軸一第_轉動件、及—第—卡扣部。 該第-轉軸係樞設於該座體之—端。該第—轉動件的兩端 係分別連接該第-轉軸及該第—卡扣部。該第―卡扣部係 用以卡扣該板。特別的是，該第一轉動件於垂直該第一側 板方向之寬度小於該第一轉軸於垂直該第一側板方向之寬 201212405 礞 度。 ' 較佳地，本發明之插座還包括一第二扣件，其包括一 第二轉軸、一第二轉動件、及一第二卡扣部。該第二轉軸 框設於該座體之一端。該第二轉動件的兩端係分別連接該 第二轉軸及該第二卡扣部。該第二卡扣部係用以卡扣該 板。其中，該第二轉動件於垂直該第一側板方向之寬度小 於該第一轉軸於垂直該第一側板方向之寬度。 由於該第…二轉動件兩者在位置上是相互錯開的， • 因此，當兩個本發明之插座是端對端地並排於一電路板上 時，該兩插座可以靠得比較近，藉以達到節省該電路板空 間及提高其空間利用率的目的。 本發明還提供-種至少使用兩個上述本發明插座的主 機板。該主機板包括一電路基板、一第一插座、及一第二 插座。該第一、二插座係端對端地設於該電路基板上，且 其結構均相同於上述的本發明插座.。 較佳地，上述本發明中的第―、二扣件可為相同的構 • 造，藉以節省模具成本，及增加組裝方便性》 至於本發明的其它發明内容與更詳細的技術及功能說 明，將揭露於隨後的說明。 【實施方式】 圖不第一、二圖分別顯示本發明之插座的一實施例的 立體外觀圖與俯視圖。該插座包括一座體丨、一第一扣件 2、及一第一^扣件3。其中： 201212405 該座體1包含一第一側板11及一第二側板12，該第 二側板12平行對應設置於該第一側板^旁，該第一側板 11及該第二側板12間係定義—^槽1 〇。 該第一扣件2包括一第一轉轴2〇、一第一轉動件21、 及一第一卡扣部22，該第一轉軸係樞設於該座體丨之 一端，該第一轉動件21的上端係連接該第一轉軸2〇，且 下端連接及該第·—^扣部22。其中，該第一轉動件21於 垂直該第一側板11方向之寬度小於該第一轉軸2〇於垂直 該第一側板11方向之寬度，且該第一轉動件21偏近於該 第一側板11。在此實施例中，該第—卡扣部22為凸出該 第一轉動件21的一卡塊’以加強卡扣之強度，唯該第一卡 扣部22的結構型態並不以此為限。 該第二扣件3包括一第二轉軸3〇(圖未示）、一第二轉 動件31、及一第二卡扣部32’該第二轉軸30樞設於該座 體1之一端’該第二轉動件31的上端連接該第二轉轴3〇, 且下端連接該第二卡扣部32。其中，該第二轉動件31於 垂直該第一側板11方向之寬度小於該第二轉軸30於垂直 s玄第一側板11方向之寬度。在此實施例中，該第二卡扣部 32雖為凸出該第二轉動件3 1的一卡塊，以加強卡扣之強 度’唯該第二卡扣部32的結構型態並不以此為限。 圖示第三圖顯示本發明之插座插置一板4，且該第 一、二轉動件21及31都已分別被轉動到釋放位置的情形。 該板4係部份插入該卡槽1〇。該板4可為一介面卡、一轉 接卡、一雙面插槽記憶體卡（DIMM)、或是其它類型的卡式 電路板’甚至可為一未具有線路的假板，在此實施例中， 該板4是雙面插槽記憶體卡，該插座是雙面插槽記憶體卡 201212405 專用插座。在本實施例中，該板4的兩相對邊各有一第一 :卡槽40及一第二卡槽41。本發明之插座之第—卡扣部u 係用以卡扣該板4的第一凹槽4〇，該第二卡扣部32係用 以卡扣該板4的第二凹槽41。在第三圖中，該第一卡扣部 22及第二卡扣部32都已脫離該板4的第一卡槽4〇及第二 卡槽41 ’使得該板4處於可插拔之狀態。 圖示第四圖顯示本發明之插座插置該板4，且該第一 轉動件21及第二轉動件31都已分別被轉動到卡扣位置的 • 情形，此時，該第一卡扣部22及第二卡扣部32都對應卡 入該板4的第一卡槽4〇、第二卡槽41，使得該板4處於不 可插拔之狀態。 特別的是，在垂直該第一側板n方向上，由於該第一 轉動件21之寬度小於該第一轉軸2〇之寬度，且在垂直該 第一側板11方向上，該第二轉動件31之寬度小於該第二 轉軸30於垂直該第一側板u方向之寬度，，該第一轉動 件21、第二轉動件31兩者在位置上是相互錯開的。基於 .此一特點，將兩個本發明之插座以端對端形式並排設置於 一電路基板時，可以節省一些空間，詳細如後述。 入基於節省模具成本的考量，可使該第一扣件2結構完 王相同於該第二扣件3。此外，還可以選擇省略安裝該第 -扣件2與第二扣件3其中—者’藉以進—步降低製造成 〇 在一實施例中，第一扣件2與第二扣具3可完全相同， 因此在垂直該第一側板11方向上，該第一轉動件21之寬 度可等於該第一轉軸20之寬度的二分之一，同樣地，在垂 201212405 直該第一側板11方向上，該第二轉動件31之寬度等於該 第二轉軸30之寬度的二分之一。 圖示第五圖顯示本發明之主機板的一實施例，此實施 例設置兩個上述本發明之插座於主機板上，詳而言之，該 主機板包括一電路基板5、及端對端地並排在該電路基板5 上的一第一插座及一第二插座。該第一插座包括一第一座 體la及一第一扣件2a。該第二插座包括包括一第二座體 lb及一第二扣件3b。第五圖中實質上僅顯示插座的一部 份。 其中，該第一座體la係包含一第一側板113及一第二 側板12a，該第二側板i2a係平行對應設置於該第一側板 11 a旁，且該第一側板1丨a及該第二側板i 2a間係定義一卡 槽l〇a供插置一第一板（圖中未示該第一扣件2a包括一 第一轉軸20a、一第一轉動件21a、及一第一卡扣部22a， 該第一轉軸21a係樞設於該第一座體ia之一端，該第一轉 動件21a的上端連接該第一轉抽2〇a，且下端連接該第一 卡扣部22a，該第一卡扣部22a係用以卡扣該第一板，其 中有關該第一卡扣部22a卡扣或釋放該第一板的部份，與 刖述實施例中之第一卡扣部22相同，容不贅述。在此實施 例中，該第一卡扣部22a雖為凸出該第一轉動件21a的一 卡塊，唯該第一卡扣部22a的結構型態並不以此為限。 該第二座體ib包含一第三侧板llb及一第四側板 12b，該第三側板lib係平行對應設置於該第四側板12fc> 旁，且該第三側板1 lb及該第四側板12b間係定義一卡槽 i〇b供插置一第二板（圖巾未示）。該帛二扣件3b包括一第 二轉轴30(圖中被遮住，唯其相同於前述實施例中之第二 201212405 轉軸30)、一第二轉動件31b、及一第二卡扣部32b，該第 . 二轉軸係樞設於該第二座體lb之一端，該第二轉動件3lb 的上端連接該第二轉軸，且下端連接該第二卡扣部32b， 該第二卡扣部32b係用以卡扣該第二板。其中有關該第二 卡扣部32a卡扣或釋放該第二板的部份，與上述第二卡扣 部32相同，容不贅述。在此實施例中，該第二卡扣部32匕 雖為凸出該第二轉動件31b的一卡塊，唯該第二卡扣部3孔 的結構型態並不以此為限。 # 同樣地，基於節省模具成本的考量，可使該第一扣件 2a結構完全相同於該第二扣件几。其中，於垂直該第一側 板11a方向上，該第一轉動件2U之寬度較佳為該第一側 板11a與第二側板12a之間的距離的一半，且於垂直該第 ^側板lib方向上，該第二轉動件31b之寬度較佳為該第 三側板lib與第四側板12b之間的距離的一半。 然本發明之扣件結構不以相同為限，任何可以造成錯 =之結構均可適用，如第一轉動件寬度可為側板距離之三 φ 为之一，第二轉動件寬度可為側板距離之三分之一，且第 -轉動件與第二轉動件於釋放位置時互相交肖。亦或第一 轉動件可為兩旋轉臂，第二轉動件可於釋放位置時通過兩 旋轉臂中之空間，造成錯位。 在第五圖中’該第一轉動件21a及第二轉動件311)都 位於卡扣位置，特別的是，該第一轉轴20a係正對該第二 轉軸，且該第一轉動件21a位於靠近該第一側板山的半 側且正對該第二轉動件31b與該第三側板爪之間的空 二同樣第’該第二轉動件31b位於靠近該第四側板⑶ 的半側，且正對該第-轉動件21b與第二側板12a之間的 201212405 空間。正因為如此，當該第一轉動件21a及第二轉動件31b 都位於釋放位置時’即如第六圖所示，該第一、二轉動件 21a及第二轉動件31b會相互錯開，互不干涉。基於此一 特點，該第一、二座體la、第二座體lb之間的間隙G就 可以只保留很小的寬度，或甚至第一座體la、第二座體lb 可互相緊鄰。間隙G與第八、九圖所示習知兩插座之間的 間隔W相較而言較小，可於寸土寸金之電路板上爭取更大 的利用空間。 從上述說明可知，本發明之插座在被用於端對端的並 排場合中，可以縮小插座與插座之間的間隙而較不佔用空 間，這對主機板而言，相t於是提高主機板的空間利用率。 無論如何，任何人都可以從上述較佳實施例的說明獲 足夠教導’並據而了解本發明内容確實*同於先前技 ^且具有產業上之利用性，及足具進步性。是本發明確 已符合專利要件，爰依法提出申請。 201212405 【圖式簡單說明】 第一圖，係本發明之插座的一實施例的立體外觀圖。 第二圖，顯示第一圖實施例的俯視圖。 第二圖，顯示本發明之插座插置一板的情形。 第四圖，顯示本發明之插座的第一扣件及第二扣件扣住該 板的情形。201212405: VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a socket structure for inserting a card type circuit board, and more particularly to a fastener structure on the socket. [Prior Art] As is generally known, a computer motherboard usually has a plurality of sockets that can be separately used for interposing a circuit board. The card board may be a Socket Card 'Adapter Card, or a single-sided slot memory module (SIMM), a double-sided slot memory module (DIMM), or the like. Test board or board for other purposes. Such a socket 'to ensure the electrical connection quality between the board and the inserted circuit board' or a clip on one end thereof for holding the circuit board, such as a common memory module socket, For this, please refer to Taiwan Patent No. M350710, M320747, 1288506, M289918, 404599 and other patent cases. In the fourth figure of the M320747, it is pointed out that a plurality of memory module sockets on a conventional motherboard are spaced side by side in the width direction, and the interval between each two memory module sockets occupies a part of the motherboard. Space, causing waste of space. The technical solution proposed in the M320747 case can avoid the aforementioned problems. Based on the miniaturization of electronic devices, the size of the circuit boards inside various electronic devices is limited, and the motherboards in notebook computers, notebook computers, and various types of computer food feeders are no exception. As shown in the seventh figure of the server board 9, based on the size limitation, the memory module socket 90 thereon is presented in two sets of juxtaposed layouts, each group having a plurality of widths along its 3 201212405 width direction. The memory module sockets 90 are arranged side by side, and the end of the memory module socket 9 of the group is the one end of the memory module socket 90 facing the other group. As shown in the eighth figure, a locking member 9〇1 is pivoted at the end of each memory module socket 90 on the motherboard 9, and the fastener 9〇 can be driven to buckle the card. a circuit board (not shown), where the position of the card circuit board can be referred to as a buckle position (as shown in the eighth figure); and the fastener can be pulled to make the card The circuit board is disconnected from the socket, and the fastener 9〇 is in the release position (as shown in Figure 9). The problem is that between one end of the memory module socket 90 of one of the groups and the end of the memory module socket 9 of the other group, it is necessary to maintain a considerable interval w. Can be fully plated to the release = set H35W for the size of the space to be considered the motherboard 9 and a, obviously a waste, much need to improve. SUMMARY OF THE INVENTION The present invention provides a socket that can improve the space utilization of a motherboard, and the socket includes a body and a first fastener. The base body includes a first side panel and a second side panel. (4) The plate flat (4) shall be placed next to the first seam. A card slot is defined between the first side panel and the first side panel for inserting a board. The first fastening member includes a first-rotating shaft-first rotating member and a first-fastening portion. The first shaft is pivoted at the end of the seat. The two ends of the first rotating member are respectively connected to the first rotating shaft and the first engaging portion. The first snap portion is used to snap the board. In particular, the width of the first rotating member in the direction perpendicular to the first side plate is less than the width of the first rotating shaft in the direction perpendicular to the first side plate 201212405. Preferably, the socket of the present invention further includes a second fastening member including a second rotating shaft, a second rotating member, and a second locking portion. The second rotating shaft frame is disposed at one end of the base. The two ends of the second rotating member are respectively connected to the second rotating shaft and the second locking portion. The second fastening portion is for engaging the plate. The width of the second rotating member in the direction perpendicular to the first side plate is smaller than the width of the first rotating shaft in the direction perpendicular to the first side plate. Since the two rotating members are mutually staggered in position, therefore, when the two sockets of the present invention are side-by-side juxtaposed on a circuit board, the two sockets can be relatively close, thereby To save the board space and improve its space utilization. The present invention also provides a main board that uses at least two of the above-described sockets of the present invention. The motherboard includes a circuit substrate, a first socket, and a second socket. The first and second sockets are disposed end-to-end on the circuit substrate, and have the same structure as the above-mentioned socket of the present invention. Preferably, the first and second fastening members of the present invention may be of the same construction, thereby saving mold cost and increasing assembly convenience. As for other inventions and more detailed technical and functional descriptions of the present invention, It will be disclosed in the following description. [Embodiment] Figs. 1 and 2 respectively show a perspective view and a plan view of an embodiment of a socket of the present invention. The socket includes a body, a first fastener 2, and a first fastener 3. The first side panel 11 and the second side panel 12 are disposed in parallel corresponding to the first side panel, and the first side panel 11 and the second side panel 12 are defined. —^槽1 〇. The first fastening member 2 includes a first rotating shaft 2, a first rotating member 21, and a first locking portion 22. The first rotating shaft is pivotally disposed at one end of the base, the first rotation The upper end of the member 21 is connected to the first rotating shaft 2〇, and the lower end is connected to the first and second fastening portions 22. The width of the first rotating member 21 in the direction perpendicular to the first side plate 11 is smaller than the width of the first rotating shaft 2 in the direction perpendicular to the first side plate 11, and the first rotating member 21 is closer to the first side plate. 11. In this embodiment, the first latching portion 22 is a latch that protrudes from the first rotating member 21 to strengthen the strength of the buckle, but the structure of the first latching portion 22 is not Limited. The second fastening member 3 includes a second rotating shaft 3 (not shown), a second rotating member 31, and a second locking portion 32'. The second rotating shaft 30 is pivotally disposed at one end of the base 1. The upper end of the second rotating member 31 is connected to the second rotating shaft 3〇, and the lower end is connected to the second locking portion 32. The width of the second rotating member 31 in the direction perpendicular to the first side plate 11 is smaller than the width of the second rotating shaft 30 in the direction of the vertical first side plate 11. In this embodiment, the second fastening portion 32 protrudes from the second rotating member 31 to strengthen the strength of the buckle. Only the structural shape of the second fastening portion 32 is not This is limited to this. The third figure shows the case where the socket of the present invention is inserted into a panel 4, and the first and second rotating members 21 and 31 have been respectively rotated to the release position. The plate 4 is partially inserted into the card slot 1〇. The board 4 can be an interface card, a riser card, a double-sided slot memory card (DIMM), or other type of card-type circuit board' or even a dummy board without a line. In the example, the board 4 is a double-sided slot memory card, which is a dedicated socket of the double-sided slot memory card 201212405. In this embodiment, the opposite sides of the board 4 each have a first: a card slot 40 and a second card slot 41. The first latching portion u of the socket of the present invention is for latching the first recess 4'' of the panel 4, and the second latching portion 32 is for engaging the second recess 41 of the panel 4. In the third figure, the first latching portion 22 and the second latching portion 32 are separated from the first slot 4 and the second slot 41' of the board 4, so that the board 4 is in a pluggable state. . The fourth figure shows the case where the socket of the present invention is inserted into the board 4, and the first rotating member 21 and the second rotating member 31 have been respectively rotated to the buckle position. At this time, the first buckle Both the portion 22 and the second latching portion 32 are correspondingly engaged with the first card slot 4 and the second card slot 41 of the board 4, so that the board 4 is in a state of being non-pluggable. In particular, in the direction perpendicular to the first side plate n, since the width of the first rotating member 21 is smaller than the width of the first rotating shaft 2〇, and in the direction perpendicular to the first side plate 11, the second rotating member 31 The width of the second rotating shaft 30 is perpendicular to the width of the first side plate u, and the first rotating member 21 and the second rotating member 31 are mutually displaced in position. Based on this feature, when the two sockets of the present invention are arranged side by side in a side-to-end manner on a circuit board, space can be saved, as will be described later in detail. In consideration of saving the cost of the mold, the structure of the first fastener 2 is identical to that of the second fastener 3. In addition, the first fastening member 2 and the second fastening member 3 may be omitted from being installed in the embodiment. The same, so in the direction perpendicular to the first side plate 11, the width of the first rotating member 21 can be equal to one-half of the width of the first rotating shaft 20, and likewise, in the direction of the first side plate 11 in the vertical 201212405 The width of the second rotating member 31 is equal to one-half of the width of the second rotating shaft 30. The fifth figure shows an embodiment of the motherboard of the present invention. This embodiment provides two sockets of the present invention on the motherboard. In detail, the motherboard includes a circuit board 5 and end-to-end A first socket and a second socket are arranged side by side on the circuit substrate 5. The first socket includes a first body 1a and a first fastener 2a. The second socket includes a second base lb and a second fastener 3b. In the fifth figure, only a portion of the socket is substantially displayed. The first seat panel 1a includes a first side panel 113 and a second side panel 12a. The second side panel i2a is disposed in parallel corresponding to the first side panel 11a, and the first side panel 1a and the The second side plate i 2a defines a card slot l〇a for inserting a first plate (the first fastening member 2a is not shown) including a first rotating shaft 20a, a first rotating member 21a, and a first a latching portion 22a, the first rotating shaft 21a is pivotally disposed at one end of the first base ia, the upper end of the first rotating member 21a is connected to the first rotating 2〇a, and the lower end is connected to the first engaging portion 22a, the first fastening portion 22a is used for snapping the first board, wherein the first card portion 22a is buckled or released, and the first card in the embodiment is described. The buckle portion 22 is the same, and is not described in detail. In this embodiment, the first fastening portion 22a is a block protruding from the first rotating member 21a, and only the structure of the first fastening portion 22a is The second body ib includes a third side plate 11b and a fourth side plate 12b. The third side plate lib is disposed in parallel corresponding to the fourth side plate 12fc>, and the Between the three side panels 1 lb and the fourth side panel 12b, a card slot i〇b is defined for inserting a second panel (not shown). The second fastening member 3b includes a second rotating shaft 30 (the figure is The second rotation shaft is pivoted to the second seat body lb, which is the same as the second 201212405 shaft 30), a second rotation member 31b, and a second fastening portion 32b. One end, the upper end of the second rotating member 31b is connected to the second rotating shaft, and the lower end is connected to the second locking portion 32b, and the second fastening portion 32b is used for hooking the second board. The latching portion 32a is the same as the second latching portion 32, and is not described in detail. In this embodiment, the second latching portion 32 is convex. The structure of the second rotating part 31b is not limited thereto. # Similarly, the first fastening part 2a can be completely constructed based on the consideration of saving mold cost. The same as the second fastening member. The width of the first rotating member 2U is preferably the first side plate 11a and the second side in the direction perpendicular to the first side plate 11a. The width of the second rotating member 31b is preferably half of the distance between the third side plate 11b and the fourth side plate 12b. The fastener structure is not limited to the same, any structure that can cause the error = can be applied, for example, the width of the first rotating member can be one of the three φ of the side plate distance, and the width of the second rotating member can be three points of the side plate distance. One of the first rotating member and the second rotating member are in a mutually overlapping position. Alternatively, the first rotating member may be two rotating arms, and the second rotating member may pass through a space in the two rotating arms when in the releasing position. Caused a misplacement. In the fifth figure, the first rotating member 21a and the second rotating member 311 are located at the latching position. In particular, the first rotating shaft 20a is facing the second rotating shaft, and the first rotating member 21a Located on the half side of the first side plate mountain and facing the space between the second rotating piece 31b and the third side plate claw, the second rotating piece 31b is located on the half side of the fourth side plate (3), And the 201212405 space between the first rotating member 21b and the second side plate 12a is being. Because of this, when the first rotating member 21a and the second rotating member 31b are both in the release position, that is, as shown in the sixth figure, the first and second rotating members 21a and the second rotating member 31b are staggered from each other. Do not interfere. Based on this feature, the gap G between the first and second seats la and the second seat body lb can be kept only a small width, or even the first seat body la and the second seat body lb can be adjacent to each other. The gap G is smaller than the spacing W between the conventional two sockets shown in the eighth and ninth diagrams, and can be used for more space on the circuit board. As can be seen from the above description, the socket of the present invention can reduce the gap between the socket and the socket without occupying space in the side-by-side side-by-side arrangement, which is to increase the space of the motherboard for the motherboard. Utilization rate. In any event, any person can be sufficiently taught from the description of the preferred embodiment described above, and it is understood that the present invention is true* and has industrial applicability and is progressive. It is the invention that has indeed met the patent requirements and has applied for it according to law. 201212405 [Simplified description of the drawings] The first figure is a perspective view of an embodiment of the socket of the present invention. The second figure shows a top view of the first embodiment of the figure. The second figure shows the case where the socket of the present invention is inserted into a board. The fourth figure shows the case where the first fastener and the second fastener of the socket of the present invention are fastened to the panel.
第五/、圖’顯7F本發明之第—插座與第二插座以端對蠕 形式並排於一電路基板上的情形。 第七圖’顯示—種飼服器主機板的插座排列方式。 第八圖，顯示習知插座的扣件位於卡扣位置的㈣。 第九圖’顯示習知插座的扣件位於釋放位置的情形。The fifth/FIG. 7F is a case where the socket and the second socket are arranged side by side in a side-to-side manner on a circuit board. The seventh figure shows the arrangement of the sockets of the main board of the feeding device. The eighth figure shows (4) the fastener of the conventional socket is located at the buckle position. The ninth diagram' shows the case where the fastener of the conventional socket is in the release position.
【主要元件符號說明】 1座體 11第一側板 2、2a第一扣件 20、20a第一轉軸 22、22a第一卡扣部 30第二轉軸 32、32b第二卡部 40第--^槽 10卡槽 12第二側板 21、21 a第一轉動件 3、3b第二扣件 31、31b第二轉動件 4板 41第二卡槽 11 201212405 5電路基板 la第一座體 lb第二座體 9伺服器主機板 901扣件 10 a第一插槽 10b第二插槽 90記憶體模組插座 W間隔[Main component symbol description] 1 body 11 first side plate 2, 2a first fastener 20, 20a first rotating shaft 22, 22a first fastening portion 30 second rotating shaft 32, 32b second card portion 40 - ^ Slot 10 card slot 12 second side plate 21, 21 a first rotating member 3, 3b second fastening member 31, 31b second rotating member 4 plate 41 second card slot 11 201212405 5 circuit substrate la first seat lb second Seat 9 server board 901 fastener 10 a first slot 10b second slot 90 memory module socket W interval
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