M434413 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種機殼模組，尤指一種具有定位功能之 機殼模組。 【先前技術】 傳統的企業級雲端伺服器設備係包含有一機櫃與複數 個主機裝置，且複數個主機裝置可包含有一運算裝置以及多 個儲存裝置。由於企業級雲端伺服器設備需保持全年無休的 運轉狀態，因此伺服器設備的體積龐大，主機裝置係以高強 度的鎖固方式安裝於機櫃内部。然而當某個主機裝置有所損 毁而需更換時，使用者需解開將主機裝置固定於機櫃的固定 機構，接著將主機裝置自機櫃内抽出，始可進行主機裝置的 維修作業。 舉例來說，當主機裝置内部的電路板需進行維修，或其 内部的外接卡欲視需求替換時，使用者係先操作工具，例如 螺絲起子，以將主機裝置之殼體的上蓋移除，接著關閉主機 裝置之電源開關，才可接觸到殼體内部的電路板及外接卡來 進行維修或更換之作業。因此傳統企業級雲端伺服器設備的 結構複雜，維修作業流程相當繁瑣不便，若能設計出一種適 用於主機裝置上，其具有便於組裝/拆卸，可自動安裝到定位 及通斷電功能之機殼模組，即為現今機構設計產業的重點發 展目標。 M434413 【新型内容】 本創作係提供一種具有定位功能之機殼模組，以解決上 述之問題。 本創作之申請專利範圍係揭露一種具有定位功能之機 殼模組，其包含有一外殼件與一承載件。該外殼件包含有一 基座。該基座包含有一底板，該底板之一側邊係為一入口端 邊，一連接器，位於該底板之一中間區域，一第一定位部， $設置於該底板上鄰近該連接器之一位置，以及一拘束部，設 置於該底板上介於該第一定位部與該入口端邊之間的一位 置。該底板用以承載一電路板卡，且該連接器設置於該電路 板卡上。該承載件以可活動方式設置於該外殼件内，並自該 底板之該入口端邊移入該基座内部。該承載件包含有一載 板，用以承載一電路板，其具有一金手指接頭，一導引支架， 設置於該載板，以及一第二定位部，設置於該載板鄰近該連 接器之一側邊。該導引支架係卡合於該拘束部，以限制該承 $載件沿著一第一方向相對該外殼件之移動。該電路板之該金 手指接頭係藉由該第一定位部與該第二定位部之嵌合而電 連接至該外殼件之該連接器。 本創作之申請專利範圍另揭露該第一定位部與該第二 定位.部係分別為一定位柱及一定位孔結構。 .本創作之申請專利範圍另揭露該外殼件另包含有一上 ' 蓋，其係以可卸除方式設置於該基座上，該上蓋係搭配該基 座以包覆該承載件。 5 M434413 本創作之申請專利範圍另揭露該基座另包含有一第一 導引部，設置於該底板上鄰近該入口端邊之一位置，該承載 件另包含有一第一導軌，設置於該載板之一第一側邊，該第 一導軌係於該承载件相對該基座滑行時貼附著該第一導引 部移動。 本創作之申請專利範圍另揭露該基座另包含有一第二 導引部，設置於該底板上介於該拘束部與該第一導引部之間 的-位置，該承載件另包含有一第二導軌，設置於該載板相 異該第一側邊之—第二側邊，該第二導軌係於該承载件相對 “基座π彳于且該導引支架卡合於該拘束部時㉚附著該第二 導引部移動。 ~ 、本創作之申請專利範圍另揭露該第-導引部與該第二 導引部係分別為一凹槽構件，兮笛.. 別A Μ璧 #件@第—導執與該第二導軌係分 該擋板構件係沿著該凹槽構件之-凹陷 本創作之申請專·圍另揭露該第—導軌* 具有:弧角結構，用以輔助該第一導軌與料二導 刀別導入該弟一導引部及該第二導引部。 導執申請專利範圍另揭露該第-導引部_第 導執之組合及該第二導引部與該 上、该第- 制該承載件沿著相異該第—方向 導執之，，且a係用以限 件之移動。 °之第二方向相對該外鉸 本創作之申請專利範圍另揭露該第-導引部與該第_ M434413 導軌之貼合緊密度係實質上寬鬆於該第二導引部與該第二 導執之貼合緊密度。 本創作之中請專利範圍另揭露該外殼件之該基座另包 含有一第一限位部，該承載件另包含有一側板，設置於該載 板上，該側板包含有一第二限位部，該第二限位部之位置相 對應該第一限位部之位置，且該第一限位部係用來與該第二 限位部嵌合，以限制該承載件相對該外殼件之移動。 本創作之申請專利範圍另揭露該第一限位部與該第二 限位部係分別為一定位孔結構及一定位柱。 本創作之申請專利範圍另揭露該承載件另包含有一手 把，設置於該側板之一外表面。 本創作之申請專利範圍另揭露該機殼模組另包含有一 鎖固元件，用來穿設該側板之一固定孔以鎖固至該外殼件， 藉此限制該承載件沿著相異該第一方向之一第三方向相對 該外殼件之移動。 本創作之f請專利範圍另揭露該機殼模組另包含有一 電源供應器，設置於該外殼件内且電連接於該連接器，該承 載件之該電路板係利用該金手指接頭與該連接器之接合而 自該電源供應器取得電力。 本創作之機殼模組可於裝設承載件至外殼件内部時提 供自動導引與自動定位的功能，以便於使用者可輕鬆快速地 將電路板之金手指接頭插上連接器。本創作之機殼模組另可 於拆卸時，利用手把抽出承載件的同時斷開電路板與連接器 M434413 之電性連接，以快速拆裝位於承載件上的電路板，例如主機 板或外接卡，因此本創作可提供使用者更省時、省力的操作 便利性。 【實施方式】 請參閱第1圖，第1圖為本創作實施例之一機殼模組10 於組裝前之外觀示意圖。機殼模組10係可應用於一雲端運 算系統。雲端運算系統可由一機櫃與複數個機殼模組所組 成。複數個機殼模組10可分別用以套設伺服設備或儲存設 備，並裝入機櫃内以形成雲端運算系統。機殼模組包含 有一外殼件12與一承載件14,且承載件14係以可活動方式 設置於外殼件12内。承載件14滑入外殼件12之a部時可 利用其結構設計而自動定位至預設的正確位置，意即本創作 之機殼模組10具有自動定位功能，便於使用者拆卸及安裝 承載件14相對外殼件12之位置。 外殼件12可包含有一基座16與一上蓋18。上蓋18係 以可卸除方式設置在基座16上，因此基座16及上蓋18之 組合可具有一容置空間來容納承載件14，以提供包覆保護之 功能。請參閱第2圖，第2圖為本創作實施例之基座16於 另一視角之示意圓。基座16包含有一底板20，底板20之一 側邊係為一入口端邊201。承載件14係通過入口端邊201 以置入外殼件12内部（基座16及上蓋18所組成之該容置空 間）。基座16另包含有一連接器22，設置於底板20之一中 間區域，二第一定位部24，分別設置於底板20上鄰近連接 M434413 器22之位置，以及一拘束部26,設置於底板2〇上介於第一 定位部24與入口端邊201之間的一位置。 。月參閱弟3目’第3圖為本創作實施例之承載件於 另一視角之示意圖。承載件14包含有—載板28，用以承載 一電路板30。電路板30具有一金手指接頭3〇1，且電路板 30上可言免置複數個電子元件，例如中央處理器、言己憶體 接卡等等。當承載件Μ置入外殼件12内部，電路^ 3〇之 •金手指接頭301可接合至連接器22以形成電性導通。 件14另包含有二導引支架32,分別設置於載板28表面之相 對平行的位置，卩及二第二定㈣34，設置於載板Μ 近連接器之一側邊。 ^M434413 V. New description: [New technical field] The creation system provides a casing module, especially a casing module with positioning function. [Prior Art] A conventional enterprise cloud server device includes a cabinet and a plurality of host devices, and a plurality of host devices may include an arithmetic device and a plurality of storage devices. Because enterprise-class cloud server devices need to be kept running all year round, the server device is bulky, and the host device is installed inside the cabinet with high-strength locking. However, when a host device is damaged and needs to be replaced, the user needs to unfasten the fixing mechanism for fixing the host device to the cabinet, and then withdraw the host device from the cabinet to perform maintenance work on the host device. For example, when the circuit board inside the host device needs to be repaired, or the internal external card is replaced by a requirement, the user first operates a tool, such as a screwdriver, to remove the upper cover of the casing of the host device. Then turn off the power switch of the host device to access the circuit board inside the housing and the external card for repair or replacement. Therefore, the structure of the traditional enterprise cloud server device is complicated, and the maintenance operation process is rather cumbersome and inconvenient. If it is designed to be suitable for the host device, it has a casing that is easy to assemble/disassemble and can be automatically installed to the positioning and power-off function. Modules are the key development goals of today's institutional design industry. M434413 [New Content] This creation provides a housing module with positioning function to solve the above problems. The patent application scope of the present invention discloses a casing module having a positioning function, which comprises a casing member and a carrier member. The housing member includes a base. The base includes a bottom plate, one side of the bottom plate is an inlet end edge, a connector is located at an intermediate portion of the bottom plate, and a first positioning portion is disposed on the bottom plate adjacent to the connector. a position, and a restraining portion, disposed on the bottom plate at a position between the first positioning portion and the inlet end edge. The bottom plate is used to carry a circuit board card, and the connector is disposed on the circuit board card. The carrier is movably disposed within the housing member and moves into the interior of the base from the inlet end of the base. The carrier includes a carrier plate for carrying a circuit board having a gold finger joint, a guiding bracket disposed on the carrier board, and a second positioning portion disposed adjacent to the connector board One side. The guiding bracket is engaged with the restraining portion to limit movement of the carrier member relative to the outer casing member along a first direction. The gold finger joint of the circuit board is electrically connected to the connector of the outer casing member by the fitting of the first positioning portion and the second positioning portion. The scope of the patent application of the present invention further discloses that the first positioning portion and the second positioning portion are respectively a positioning post and a positioning hole structure. The scope of the patent application of the present invention further discloses that the outer casing member further comprises an upper cover which is detachably disposed on the base, the upper cover being coupled to the base to cover the carrier. 5 M434413 The scope of the patent application of the present invention further discloses that the base further includes a first guiding portion disposed on the bottom plate adjacent to a position of the inlet end, the carrier further comprising a first guiding rail disposed at the loading The first side of the board is attached to the first guiding portion when the carrier slides relative to the base. The scope of the patent application of the present invention further discloses that the base further includes a second guiding portion disposed on the bottom plate at a position between the restraining portion and the first guiding portion, the carrier further comprising a first a second rail disposed on the second side of the first side of the carrier, the second rail being attached to the carrier relative to the base π and the guiding bracket being engaged with the restraining portion 30 attaching the second guiding portion to move. ~ The scope of the patent application of the present invention further discloses that the first guiding portion and the second guiding portion are respectively a groove member, 兮笛..别别 A Μ璧# The first member of the guide member and the second guide rail member are along the recessed member of the recessed member. The first guide rail discloses that the first guide rail has an arc angle structure to assist The first guide rail and the second guide guide are introduced into the guide portion and the second guide portion. The scope of the guide application patent further discloses the combination of the first guide portion and the guide guide and the second guide And the upper and the first carrier are guided along the first direction, and a is used for the movement of the limiting member. The second direction is further disclosed in the patent application scope of the outer hinge. The closeness of the first guiding portion and the first _ M434413 rail is substantially looser than the second guiding portion and the second guiding portion. In the present invention, the pedestal of the present invention further includes a first limiting portion, the carrier further comprising a side plate disposed on the carrier, the side plate including a first a second limiting portion, wherein the second limiting portion is located at a position corresponding to the first limiting portion, and the first limiting portion is configured to be engaged with the second limiting portion to limit the carrier relative to the The movement of the outer casing member. The scope of the patent application of the present invention further discloses that the first limiting portion and the second limiting portion are respectively a positioning hole structure and a positioning post. The patent application scope of the present invention further discloses the carrier member. The utility model further comprises a handle disposed on an outer surface of the side panel. The patent application scope of the present invention further discloses that the casing module further comprises a locking component for inserting a fixing hole of the side panel to lock the casing Restricting the carrier The movement of one of the first directions is the third direction relative to the movement of the outer casing member. The invention further discloses that the casing module further includes a power supply disposed in the outer casing member and electrically connected to the outer casing member. The connector, the circuit board of the carrier uses the gold finger joint to engage with the connector to obtain power from the power supply. The casing module of the present invention can be used when installing the carrier to the inside of the outer casing Provides automatic guiding and automatic positioning function, so that the user can easily and quickly insert the gold finger joint of the circuit board into the connector. The shell module of the present invention can also be used to extract the bearing member by using the handle when disassembling. At the same time, the electrical connection between the circuit board and the connector M434413 is disconnected to quickly disassemble the circuit board on the carrier, such as the motherboard or the external card, so the creation can provide users with more convenient operation and time saving. [Embodiment] Please refer to Fig. 1. Fig. 1 is a schematic view showing the appearance of a casing module 10 according to an embodiment of the present invention before assembly. The casing module 10 can be applied to a cloud computing system. The cloud computing system can be composed of a cabinet and a plurality of cabinet modules. A plurality of housing modules 10 can be respectively used to set up servo devices or storage devices and be loaded into the cabinet to form a cloud computing system. The housing module includes a housing member 12 and a carrier member 14, and the carrier member 14 is movably disposed within the housing member 12. When the carrier 14 slides into the a portion of the outer casing member 12, it can be automatically positioned to the preset correct position by using its structural design, that is, the casing module 10 of the present invention has an automatic positioning function, which is convenient for the user to disassemble and install the carrier member. 14 is relative to the position of the outer casing member 12. The outer casing member 12 can include a base 16 and an upper cover 18. The upper cover 18 is detachably disposed on the base 16, so that the combination of the base 16 and the upper cover 18 can have an accommodating space for accommodating the carrier 14 to provide a wrap protection function. Referring to Fig. 2, Fig. 2 is a schematic circle of the susceptor 16 of the present embodiment in another view. The base 16 includes a bottom plate 20, one of which has an inlet end edge 201. The carrier member 14 is inserted through the inlet end edge 201 into the interior of the outer casing member 12 (the accommodating space formed by the base 16 and the upper cover 18). The pedestal 16 further includes a connector 22 disposed in an intermediate portion of the bottom plate 20, and two first positioning portions 24 respectively disposed on the bottom plate 20 adjacent to the M434413 device 22, and a restraining portion 26 disposed on the bottom plate 2 The upper portion is between a position between the first positioning portion 24 and the inlet end edge 201. . Referring to the third dimension of the month, the third figure is a schematic view of the carrier of the present embodiment in another perspective. The carrier 14 includes a carrier plate 28 for carrying a circuit board 30. The circuit board 30 has a gold finger joint 3〇1, and the circuit board 30 can be free of a plurality of electronic components, such as a central processing unit, a memory card, and the like. When the carrier member is placed inside the outer casing member 12, the metal finger joint 301 of the circuit can be coupled to the connector 22 to form electrical continuity. The member 14 further includes two guiding brackets 32 respectively disposed at opposite parallel positions on the surface of the carrier board 28, and two second fixings (four) 34 disposed on one side of the carrier adjacent to one of the connectors. ^
當使用者推動承載件14滑入外殼件12時，兩個導引支 架3 2可卡合於拘束部2 6'及底板2 0之間，藉此限制承载件 14沿著一第一方向D1相對外殼件12之移動，以輔助各個 第一定位部24可與相對應的第二定位部34正確地嵌合，使 得電路板30之金手指接頭3〇1可精準地電連接至連接器^ 而不致鬆脫、。進一步來說々第一定位部24與第二定位部^ 可分別為一定位柱及一定位孔結構。該定位柱之尺寸係與該 定位孔結構之尺寸緊密相依，因此當第二定位部34套入第 一定位部24後，便可配合拘束部26與導引支架32之組合 來提供自動導引及自動定位之功能，以使電路板3〇之金= 指接頭301可精確地插入連接器22。 一般來說，機殼模組1〇内部可設置有兩個電源供應器 M434413 36，設置於外殼件12内且電連接於連接器22。兩個電源供 應器36可分別為一主使用電源及一備用電源，且透過一排 線而電連接至連接器22。當使用者欲將承載件14推入外殼 件12内部時，可透過導引支架32卡合於拘束部26而輔助 第二定位部34正確地套入第一定位部24，並藉由第一定位 部24及第二定位部34之組合，確保電路板30之金手指接 頭301可精準地與連接器22接合，以使電路板30可透過金 手指接頭301及連接器22自電源供應器36取得電力。另一 方面，若需拆卸機殼模組10，使用者可將承載件14簡單地 自外殼件12抽出，當金手指接頭301與連接器22與分離後 便可自動斷電，故本創作之承載件Μ安裝於外殼件12時具 有自動導引定位功能，且於拆卸時另具有自動斷電功能。 為了進一步提高本創作機殼模組10之自動導引定位功 能的精確度，如第4圖所示，基座16可另包含有複數個第 一導引部38，分別設置於底板20上鄰近入口端邊201之一 相對應位置。承載件14可另包含有複數個第一導軌40，分 別設置於載板28之第一側邊281。於此實施例中，如第2 圖與第3圖所示，基座16可包含有四個第一導引部38，分 別以兩兩對稱方式安裝於底板20之四個設置點。承載件14 可包含有兩條第一導軌40，分別設置在載板28上左右兩個 第一側邊2以上（其中一條第一側邊281為載板28表面之其 中元件所遮蔽而未示於圖中）。其元件數量可不限於本實施 例所述，端視設計需求而定。當承載件14裝入外殼# 12， M434413 各第一導軌40係貼附著兩個相對應第一導引部38而相對滑 動，以防止承載件14之載板28沿著相異第一方向D1之一 第二方向D2相對基座16產生非預期性的晃動位移，故可用 來輔助電路板30之金手指接頭301可精確地電連接至連接 器22 ° 除此之外’基座16可另包含有複數個第二導弓丨部42， 分別設置於底板20上介於拘束部26及第一導引部38之間 鲁的位置。承載件14可另包含有複數個第二導轨44，分別設 置在載板28相異第一側邊281之一第二侧邊282。當承载件 14進入基座16内，載板28利用第一導執4〇貼附第—導引 部38之組合而相對基座16滑行’且導引支架32卡合於拘 束部26時，第二導軌44可用來貼附著第二導引部42相對 移動，以輔助電路板30之金手指接頭301可精確地與連接 器22接合。. # 值得一提的是’由於承載件14之第一導轨4〇係先與第 一導引部38接觸後’接著第二導軌44才與第二導引部42 相接觸，因此第一導引部38與第一導執4〇之組合的貼人緊 密度係可實質上寬鬆於第二導引部42與第二導軌44之組^ 的貼合緊密度，以使承載件14置入基座16内時，载板 可依序藉由第一導軌40與第一導引部38之組合、拘束部％ .與導引支架32之組合、.第二導執44與第二導引部42^組 合、及第-定位部24與第二定位部34之組合，來逐步導^ 與定位電路板30之金手指接頭301相對連接器22之位置關 11 M434413 係’以確保使用者財財式簡單地將承載件14推入外殼 件12便可正確地接合金手指接頭3〇1及連接器。 就結構之細部特徵而言，第一導引部38與第二導引部 2係可分別為-凹槽構件’且第一導轨4〇與第二導軌料 係可分別為-擋板構件。tf參閱第4圖，第4圖為本創作實 施例之第一導引部38與第-導軌4〇之結合示意圖。由侧邊 視角觀察，第一導引部38可為具有凹陷部381之一 口型構 件或—η型構件（意即該凹槽構件）。第一導執4〇之該擔板構 件的厚度及寬度尺寸可約略相符於第—導引部38之凹陷部 38卜以使該檔板構件可沿著凹陷部381移動，帶動载板28 沿著正確軌道相對基座16滑行n第—導轨4()可具有 弧角結構4〇1。弧角結構401係用來輔助第_導軌4〇可順 暢地導人第-導引部38,以提高機殼触1Q的操作流暢、 性。其中，第二導引部42與第二導轨44之細部結構特徵可 近似於第—導引部38與第—導轨40之組合，其間差異僅在 於貼和緊密度的不同’已於前述實施例說明故於此不再詳 述。 明參閱第5圖’第5圖為本創作實施例之承載件μ與 基座16於結合前之外觀示意圖。詳細綠，連接器22可二 置於-電路板+ 56，隨著電路板卡％裝設至絲2〇 器22始可固定於底板20上。由於承载件14係相對基座w 滑行-預設距離後，電路板30之金手指接頭3〇1才可接入 至連接器22。因此連接器22係可較佳地設置於底板2。内口 12 M434413 部，意即其中間區域。隨著承載件14之載拓 攸14自入口端邊 201深入底板20内部’第一定位部24便可命曾 運 α ^ A j與苐二定位部34 相互嵌合，以導引金手指接頭301接合至連接器22 接器22可不限於設置在底板20的中間區域端視美^中連 之結構配置設計而定’故於此不再詳述。 16 如第5圖所示，拘束部26可為一結構件的底部，^士 構件係安裝在第二導引部42上’而與底板2()間形成電路: 30可穿設之-_。於本發日月之實_中，拘束部 來裝設-組散熱風扇，該散熱風扇除了可 用 逸承載件14之電子元件所產生之熱量外，另可用 載件14之載板28避免_，藉此輔助電路㈣之 接頭3(H彳精確地對準連接器22來移動。此外二^ 部42係設置於拘束部26之底部。第二導弓丨㈣之凹 的尺寸係可料相符於第二導軌44之尺寸1 ; 接頭301精確地插入連接器22。 ，丁相 ，如第^圖與第3圖所示，外殼件12之基座16另可包含 有複數個第一限位部46。7氣澈从1 /t p “ *载件14另可包含有-側板48, 以其表面垂直相父方式設置於載板28上。側板When the user pushes the carrier 14 into the outer casing member 12, the two guiding brackets 3 2 can be engaged between the restraining portion 26' and the bottom plate 20, thereby restricting the carrier 14 along a first direction D1. Relative to the movement of the outer casing member 12, to assist each of the first positioning portions 24 to be correctly fitted with the corresponding second positioning portion 34, so that the golden finger joint 3〇1 of the circuit board 30 can be accurately electrically connected to the connector^ Not to be loose. Further, the first positioning portion 24 and the second positioning portion can be respectively a positioning post and a positioning hole structure. The size of the positioning post is closely related to the size of the positioning hole structure. Therefore, when the second positioning portion 34 is inserted into the first positioning portion 24, the combination of the restraining portion 26 and the guiding bracket 32 can be used to provide automatic guiding. And the function of automatic positioning, so that the gold of the circuit board 3 = the joint 301 can be accurately inserted into the connector 22. Generally, two power supply devices M434413 36 are disposed inside the casing module 1 , and are disposed in the outer casing member 12 and electrically connected to the connector 22 . The two power supplies 36 can be a primary power source and a backup power source, respectively, and are electrically connected to the connector 22 through a line. When the user wants to push the carrier 14 into the interior of the outer casing member 12, the guiding portion 32 can be engaged with the restraining portion 26 to assist the second positioning portion 34 to correctly fit into the first positioning portion 24, and by the first The combination of the positioning portion 24 and the second positioning portion 34 ensures that the gold finger joint 301 of the circuit board 30 can be accurately engaged with the connector 22 so that the circuit board 30 can pass through the gold finger joint 301 and the connector 22 from the power supply 36. Get electricity. On the other hand, if the casing module 10 needs to be disassembled, the user can simply withdraw the carrier member 14 from the outer casing member 12. When the gold finger joint 301 and the connector 22 are separated from each other, the power can be automatically cut off. The carrier member 具有 has an automatic guiding and positioning function when mounted on the outer casing member 12, and has an automatic power-off function when disassembled. In order to further improve the accuracy of the automatic guiding and positioning function of the creation of the casing module 10, as shown in FIG. 4, the base 16 may further include a plurality of first guiding portions 38 disposed on the bottom plate 20 respectively. One of the inlet end edges 201 corresponds to the position. The carrier 14 can further include a plurality of first rails 40 disposed on the first side 281 of the carrier board 28, respectively. In this embodiment, as shown in Figures 2 and 3, the base 16 can include four first guiding portions 38 that are mounted to the four set points of the bottom plate 20 in a two-to-two symmetrical manner. The carrier 14 may include two first guide rails 40 respectively disposed on the left and right first side edges 2 of the carrier board 28 (one of the first side edges 281 is shielded by components of the surface of the carrier board 28 and not shown In the picture). The number of components may not be limited to that described in this embodiment, depending on the design requirements. When the carrier 14 is loaded into the outer casing #12, the first guide rails 40 of the M434413 are attached to the two corresponding first guiding portions 38 to slide relative to each other to prevent the carrier plate 28 of the carrier 14 from being in the first direction D1. One of the second directions D2 produces an unintended sway displacement relative to the pedestal 16, so that the gold finger joint 301 that can be used to assist the circuit board 30 can be accurately electrically connected to the connector 22°. A plurality of second guide arch portions 42 are included, which are respectively disposed on the bottom plate 20 at a position between the restraining portion 26 and the first guiding portion 38. The carrier member 14 can further include a plurality of second rails 44 disposed on the second side 282 of the first side 281 of the carrier board 28, respectively. When the carrier 14 enters the susceptor 16, the carrier 28 is slid with respect to the pedestal 16 by the combination of the first guide 4 〇 affixed with the first guiding portion 38 and the guiding bracket 32 is engaged with the restraining portion 26 The second rail 44 can be used to attach the second guide 42 relative to the movement to assist the gold finger joint 301 of the circuit board 30 to accurately engage the connector 22. It is worth mentioning that 'because the first rail 4 of the carrier 14 first contacts the first guiding portion 38', then the second rail 44 is in contact with the second guiding portion 42, thus the first The closeness of the combination of the guiding portion 38 and the first guide 4 can be substantially looser than the tightness of the combination of the second guiding portion 42 and the second guiding rail 44, so that the carrier 14 is placed When entering the pedestal 16, the carrier plate can be sequentially combined by the first guide rail 40 and the first guiding portion 38, the restraining portion%, and the combination of the guiding bracket 32, the second guiding 44 and the second guiding The combination of the lead portion 42^ and the combination of the first positioning portion 24 and the second positioning portion 34 gradually guides the position of the gold finger joint 301 of the positioning circuit board 30 with respect to the connector 22 to close the M M413413 to ensure the user The financial type simply pushes the carrier 14 into the outer casing member 12 to properly engage the gold finger joint 3〇1 and the connector. In terms of the detailed features of the structure, the first guiding portion 38 and the second guiding portion 2 may be respectively a groove member and the first rail 4 〇 and the second rail material may respectively be a baffle member . Referring to Fig. 4, Fig. 4 is a schematic view showing the combination of the first guiding portion 38 and the first guide rail 4 of the present embodiment. The first guiding portion 38 may be a one-piece member having a recessed portion 381 or an -n-type member (i.e., the groove member) as viewed from a side viewing angle. The thickness and width dimension of the plate member of the first guide 4 can be approximately coincident with the recess 38 of the first guiding portion 38 so that the baffle member can move along the recess 381 to drive the carrier 28 along the edge The correct track is slid relative to the base 16 and the n-rail 4() may have an arc angle structure 4〇1. The arc angle structure 401 is used to assist the first guide rail 4 to smoothly guide the first guide portion 38 to improve the smoothness and the operation of the casing touch 1Q. Wherein, the detailed structural features of the second guiding portion 42 and the second guiding rail 44 can be approximated by the combination of the first guiding portion 38 and the first guiding portion 40, and the difference therebetween is only the difference in the adhesion and the tightness. The description of the embodiments is not described in detail herein. Referring to Fig. 5, Fig. 5 is a schematic view showing the appearance of the carrier member μ and the susceptor 16 in the prior art before being combined. In detail, the connector 22 can be placed on the circuit board + 56, and can be fixed to the base plate 20 as the circuit board card is mounted to the wire 2 . Since the carrier 14 is slid relative to the base w by a predetermined distance, the gold finger joint 3〇1 of the circuit board 30 can be accessed to the connector 22. Therefore, the connector 22 can be preferably disposed on the bottom plate 2. The inner mouth is 12 M434413, which means the middle area. As the carrier 14 of the carrier 14 extends from the inlet end 201 into the interior of the bottom plate 20, the first positioning portion 24 can be engaged with the second positioning portion 34 to guide the gold finger joint. The engagement of the 301 to the connector 22 is not limited to the configuration of the intermediate portion of the bottom plate 20, and thus will not be described in detail herein. 16 As shown in FIG. 5, the restraining portion 26 may be a bottom portion of a structural member, and the member is mounted on the second guiding portion 42 to form a circuit with the bottom plate 2 (): 30 can be worn -_ . In the present day, the restraining department installs a group of cooling fans, which can be used to avoid the heat generated by the electronic components of the carrier 14 and can be avoided by the carrier 28 of the carrier 14. Thereby, the joint 3 of the auxiliary circuit (4) is moved (H彳 is precisely aligned with the connector 22 to move. Further, the second portion 42 is disposed at the bottom of the restraint portion 26. The size of the recess of the second guide bow (4) is compatible with The size of the second guide rail 44 is 1; the joint 301 is accurately inserted into the connector 22. The butyl phase, as shown in FIG. 3 and FIG. 3, the base 16 of the outer casing member 12 may further include a plurality of first limiting portions. 46.7 qi from 1 / tp " * carrier 14 may also include - side panels 48, which are placed on the carrier 28 in a vertical manner on the surface.
複數個第二限位部50，且夂笛 , A 且各第二限位部5 0之位置係相對應 各第一限位部46之位置。當承綱完整置入外殼件12 内部’且電路板30之金手指接頭洲電連接於連接器 第-限位部46係可與第二限” ㈣ 限制承載件14相對外殼件12之移動。舉例 13 M434413 部如與第二限位部5〇可分別為—定位孔結構及一定位枉， 其肷合固定的機制係如同第一定位部24及第二定位部34之 組合，故於此不再詳述。 如第1圖至第3圖所示’機殼模組1()之承载件η可另 包含有—手把52，設置於側板48之一外表面。機殼模組10 可另包含有複數個鎖固元件54，用來穿設側板48之一固定 孔481以鎖固至外殼件12上。鎖固元件54係可用來限制承 載件14沿著相異第一方向D1之一第三方向D3相對外殼件 12之移動。其中第一方向m、第二方向〇2及第三方向〇3 係可相互垂直。欲安裝承載件14時，使用者可透過手把52 來將承載件14推入外殼件12内，至電路板％之金手指接 頭301與連接益22電性連接後，將鎖固元件μ穿設側板48 而鎖附到外殼件12上，以完成機殼模組Π)之崎。另-方 面，欲拆卸承載件14時，使 接拉動手把52來抽出承載Γ14 =下件54後直 _接器22之接合，並快速地:== 拆開電二板 ，本創作之機殼模組心與外殼件 分別用來鎖附侧板48的左右兩端，且、有兩個，件… 指螺絲，便於使用者可以手 且鎖固兀件54可為一拇 综上所述，本_之機㈣機殼模組Η)。 殻件時提供自動導引及自動定位之^ ^將承载件褽設進入外 手指接頭可正確地電連接至連接器力％ ’以確保電路极之金 有四個階段的導弓I及定位機制二本創作之機殼m且係具 田截件自底板之入D端邊 14 M434413 初始置入基座内時，载板之第一導執可貼附基座的第—導引 部滑行，以使載板可約略沿著預設的執道滑入基座内，第一 導執與第-導引部之組合係為第一階段的導引機制。當載板 更深入基座内部後，首先導引支架會先抵接於基座的拘束 部，藉此壓制載板以防止載板沿著第一方向（例如垂直的z 軸方向）相對基座晃動，隨之第二導軌會緊接貼附至第二導 引部之表面’進一步來限制載板沿著第二方向及第三方向 # (例如水平面的X軸方向與丫軸方向）相對基㈣偏移。如前 所述’第二導軌與第二導引部之組合的貼合緊密度係較佳於 第-導軌與第-導引部之組合的貼合緊密度，才可確保載板 可著精確度逐漸提高的預設轨道相對基座滑入。 當拘束部與導引支架、及第二導軌與第二導引部之導引 機制啟動後’第二定位部便可隨著更加推人基座内部而 套接至第-定位部上。第—定位部與第二定位部係可分別為 •定位柱及定位孔結構。由於金手指接頭上的複數個接腳的間 距相當緊密，故定位柱之柱體徑向尺寸係與定位孔結構之孔 徑尺寸相符’以使第-定位部與第二定位部嵌合後，電路板 之金手指接頭可以精確地插人連接器，同時第—限位部亦盘 第二限位勒聽合，接料鎖上翻元件便可完成機殼模 組之組I。若要拆卸機殼模組，使用者係於鬆開鎖固元件之 -固定機制後，拉動手把將承载件自外殼件内部向外抽出，便 -可輕鬆地分離電路板與連接H來隔絕t導通，以相自動斷 電之目的。 15 M434413 相較於先前技術，本創作之機殼模組可於 外殼件内部時提供自動導引與自動定位的·二 者可輕鬆快速地將電路板之金手指接頭插上連接哭二吏用 之機殼模組另可於拆卸時，利用手把 本創作 雷路板应連接载件的同時斷開 電路I、連接$之電性稍，以快速拆裝位料載件 路板，例如域板或外接卡，因此補作可提供❹者= 時、省力的操作便利性。 ’ 以上所述僅為本創作之較佳實施例，凡依本創作申The plurality of second limiting portions 50 are arranged, and the positions of the second limiting portions 50 are corresponding to the positions of the respective first limiting portions 46. When the frame is completely inserted into the inner portion of the outer casing member 12, and the gold finger joint of the circuit board 30 is electrically connected to the connector, the first limit portion 46 can be coupled with the second limit (4) to restrict the movement of the carrier member 14 relative to the outer casing member 12. For example, the M434413 portion and the second limiting portion 5 can be respectively a positioning hole structure and a positioning port, and the mechanism of the clamping and fixing is like a combination of the first positioning portion 24 and the second positioning portion 34. The bearing member η of the casing module 1 () may further include a handle 52 disposed on the outer surface of one of the side plates 48. The casing module 10 is not described in detail in FIGS. 1 to 3 . A plurality of locking elements 54 may be included for threading one of the mounting holes 481 of the side panel 48 for locking to the outer casing member 12. The locking member 54 can be used to limit the carrier member 14 along the first direction D1. The third direction D3 moves relative to the outer casing member 12. The first direction m, the second direction 〇2, and the third direction 〇3 are perpendicular to each other. When the carrier 14 is to be mounted, the user can pass the handle 52 Pushing the carrier 14 into the outer casing member 12, and after the metal finger joint 301 of the circuit board is electrically connected with the connection benefit 22, The locking component μ is inserted through the side plate 48 and is locked to the outer casing member 12 to complete the casing module 。). On the other hand, when the carrier member 14 is to be disassembled, the handle 52 is pulled to pull out the load Γ 14 = After the lower piece 54 is engaged with the straight connector 22, and quickly: == disassembling the electric two board, the shell core and the outer casing part of the present invention are respectively used to lock the left and right ends of the side plate 48, and There are two, a... screw, which is convenient for the user to handle and the locking member 54 can be a thumb-up, the machine (four) casing module Η). The automatic guiding and automatic providing the shell Positioning ^ ^ will be the carrier member into the outer finger joint can be correctly electrically connected to the connector force % ' to ensure that the circuit of the gold has four stages of guide bow I and positioning mechanism two of the creation of the chassis m and When the first section of the carrier is initially placed in the base, the first guide of the carrier can be slid to the first guide of the base so that the carrier can be approximately along the pre-preparation The obstruction slides into the base, and the combination of the first guide and the first guide is a guiding mechanism of the first stage. When the carrier plate is deeper into the interior of the base, First, the guiding bracket first abuts against the restraining portion of the base, thereby pressing the carrier to prevent the carrier from shaking relative to the base along the first direction (for example, the vertical z-axis direction), and the second rail is followed by Attached to the surface of the second guiding portion' further limits the carrier plate from being offset relative to the base (four) along the second direction and the third direction # (eg, the X-axis direction of the horizontal plane and the x-axis direction). The closeness of the combination of the two guide rails and the second guiding portion is better than the combination of the first guide rail and the first guide portion, so as to ensure that the carrier can be gradually increased in accuracy. The rail slides in with respect to the base. When the guiding mechanism of the restraining portion and the guiding bracket and the second rail and the second guiding portion are activated, the second positioning portion can be sleeved to the inside of the pushing base. On the first positioning part. The first positioning portion and the second positioning portion are respectively: a positioning post and a positioning hole structure. Since the spacing of the plurality of pins on the gold finger joint is relatively tight, the radial dimension of the cylinder of the positioning post conforms to the aperture size of the positioning hole structure. [After the first positioning portion and the second positioning portion are fitted, the circuit The gold finger joint of the board can be accurately inserted into the connector, and the second limit position of the first limit position is also listened to, and the group I of the casing module can be completed by receiving the upturned component. To disassemble the casing module, the user pulls the handle to pull the carrier out from the inside of the casing after loosening the fixing mechanism of the locking component, so that the circuit board can be easily separated from the connection H to isolate t Turn on, for the purpose of automatic power off. 15 M434413 Compared with the prior art, the shell module of the present invention can provide automatic guiding and automatic positioning when the inside of the outer casing member. Both of them can easily and quickly insert the golden finger joint of the circuit board into the connection. The casing module can also be used to disassemble the circuit board and connect the carrier while disconnecting the circuit I and connecting the electrical quantity to quickly disassemble the material carrier road plate, such as the domain. Board or external card, so the supplement can provide the convenience of time and effort. The above is only the preferred embodiment of this creation.
利範p所做之均等變化與㈣，皆應屬本創作之涵蓋範^ 【圖式簡單說明】 @ ° 第第 第 第 1圖為本創作實施例之機殼模組於組裝前之外觀示意圖。 2圖為本創作實施例之基座於另一視角之示音圖。回 3圖為本創作實施例之承載件於另—視角之示意圖。 4圖為本創作實施例之第一導引部與第—導執之結人一立The equal changes made by Lifan P and (4) should be covered by this creation. ^ [Simple description of the drawing] @ ° The first and the first figure are schematic diagrams of the appearance of the casing module of the present embodiment before assembly. 2 is a sound diagram of the base of the present embodiment in another perspective. 3 is a schematic view of the carrier of the present embodiment in another perspective. 4 is the first guide of the creation embodiment and the leader of the first guide
第5圖為本創作實施例之承載件與基座於結合前之外觀示音 圖。 不思 【主要元件符號說明】 10 機殼模組 12 外殼件 14 承載件 16 基座 18 上蓋 20 底板 201 入口端邊 22 連接器 16Fig. 5 is a view showing the appearance of the carrier and the base before the combination of the creation embodiment. Do not think [Main component symbol description] 10 Enclosure module 12 Enclosure member 14 Carrier 16 Base 18 Upper cover 20 Base plate 201 Inlet end 22 Connector 16