201122774 〔、發明說明： 【發明所屬之技術領域】 本發明係關於-種多電腦管理設備及其支撐機構，而本 發明特別是關於一種可以收納及拉出一寬邊長於機架之容置 寬度的顯示模組於機架之内外的多電腦管理設備及^支撐機 構。 、 【先前技術】 隨著^技的快速發展’大量的數據或設備須要被同時且 臣异。為因應此等需求’諸如顯示設備、 ϊ /暮^二機h、饲 =、魏、電信主機、儀控主機或鍵 ί及:堆方式設置於機架㈣中，以求有處又 謝繼峨細，來節省 正面ϋ’ f ί台灣專利第M357827號之機架設備 曰1為别習用之機架設備。在第1圖中，機架 ϊ備具有魏贿置室11，_容置域段所述之所需奸 m r^xA^^r ^ 在第2圖中’ 一人機介面操作裝詈12 1G之雜組13上，並销崎她13被 再經掀翻其螢幕121後，使用者即可摔作 機架的目_轉型機紅㈣幕尺寸’常因受 時，以現有ίϋί有3尺/螢幕需求或求得更佳的視野 〜、構，疋被限制而無法被使用於機架上的。 愛幕尺寸後_取數的考量，而有躺大尺寸發展的 201122774 歡鐵靖幕尺寸的 【發明内容】 發月人為求妥善利用機架 Μ 備=覆思考後，】出=具旋 ==管，以為機寬構 === 袓竹人機人紐=知作裝置，使該機架得以容置該顯示模 ί或==者^作;J時藉由該較寬之顯示設糾 寸齡触擺置的方向，並_延伸麵 間延莫組能由原受限的機架之容置室空 變換大 1寸空間後，使用旋轉機構， n 向，使大尺寸顯示模組以被掀翻使 ί的“間内’可使用更大尺寸的顯示模 作°大尺寸示模組，來獲得更舒適的視野及操 高。在底庙上刹二一、且，來發展性高’、經濟取數的經濟效益 顯示模組旋轉，使轉機構’帶動大尺寸 將大尺寸顯示模組拉出;用 =機架之容置寬度的大尺寸顯示模 構包括-機架\—機構’該支撐機 托盤具有-承載面，並以該中該 該人機介面操作裝置具有—鍵^裝置’ 組可開合於該鍵盤模組上，該承載面具有 201122774 38二，Ϊ延伸機構設置於該機架及該托盤之間，用以將該托盤 士機介面操作裝置來回義而進出於賴架之内外’該旋 人幾，則設置於該承载面及該鍵盤模組之間，用以使得該人機 "面喿作裝置以該法線方向為轉軸而相對於該托盤旋轉。 & A α為達ί述目的，本發明更提供一種支撐機構，該支撐機 括-機架、—底座、—減、—旋轉機構…第—延伸機 ^及-第二延伸機構’其中該底座承載—顯示模組，該顯示 =可開合於該底座上，該托盤具有—承載面，並以該承載面 ^芽該底座，而該承載面具有一法線方向，該第一延伸機構設201122774 [Invention: [Technical Field] The present invention relates to a multi-computer management device and a supporting mechanism thereof, and the present invention relates in particular to a housing width capable of accommodating and pulling out a wide side longer than a frame The display module is a multi-computer management device and a support mechanism inside and outside the rack. [Prior Art] With the rapid development of technology, a large amount of data or equipment needs to be simultaneously and differently. In order to meet such needs 'such as display equipment, ϊ / 暮 ^ two machine h, feed =, Wei, telecommunications host, instrument control host or key ί and: stack mode set in the rack (four), in order to have somewhere and thank you To save the front ϋ ' f ί Taiwan Patent No. M357827, the rack equipment 曰 1 is a different rack device. In the first figure, the rack equipment has the Wei bribes room 11, the required area described in the accommodating domain segment mr^xA^^r ^ In Figure 2, a human-machine interface operation device 12 1G On the miscellaneous group 13, and after pinning her 13 is flipped over its screen 121, the user can fall into the frame of the rack. The transformation machine red (four) screen size 'often due to the time, with the existing ίϋί 3 feet / The screen needs or seeks a better view. The structure is limited and cannot be used on the rack. After the size of the love screen, take the number of considerations, and the 201122774 Huan Tie Jingjing size of the development of the size of the screen [invention content] to make a proper use of the rack equipment = after thinking,] out = with rotation == Tube, think that the machine width === 袓竹人人纽= knowing device, so that the rack can accommodate the display module ί or == ^^; J when the wide display is used to correct The direction of the age of the touch, and the extension between the extension of the face can be changed from the original limited rack to the room to change the space of 1 inch, using the rotating mechanism, n direction, so that the large size display module to掀 使 ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί The economic benefit of the economical index shows that the module rotates, so that the rotating mechanism 'drives large size to pull out the large-size display module; the large-size display structure with the width of the mounting of the rack includes -rack\-mechanism' The support tray has a bearing surface, and the group of the human interface device has a button assembly that can be opened and closed. On the disk module, the bearing surface has 201122774 38 2, and the Ϊ extension mechanism is disposed between the frame and the tray, and is used for the back and forth of the tray machine interface operation device. And a plurality is disposed between the bearing surface and the keyboard module, so that the human machine' surface device rotates relative to the tray with the normal direction as a rotation axis. The present invention further provides a support mechanism including a frame, a base, a minus, a rotating mechanism, a first extension machine, and a second extension mechanism, wherein the base carries a display module. Display = can be opened and closed on the base, the tray has a bearing surface, and the base is budded by the bearing surface, and the bearing mask has a normal direction, and the first extending mechanism is provided
=該機架及絲盤H以舰滅、該紐及該顯示模 j回移動而進出於該機架之内外，該旋轉機構設置於該承載 ^該底座之間’用以使得該底座及該顯示模組以該法線方向 為„對於該托盤旋轉，該第二延伸機構則設置於該機架 ^鍵盤模組之間’用以將該鍵盤模組來回移動而進出於該機 架之内外。 為達上述目的，本發明又提供一種多電腦管理設備，該 Z包括-機架一多電齡理裝置、—托盤、—人機介面操 ϋ裝置二一延伸機構以及一旋轉機構，其中該機架具有-容置 I該容置室具有-容置寬度，該多賴f理裝置設置於該容 置室之後端，用以分別與複數個電腦電性連接，該托盤具有一 承載面，該承載面具有—法線方向，該人機介賴作裝置具有 鍵盤模組及-顯示模組’該顯示模組可開合於該鍵盤模电 人機介面操作裝置具有—寬邊與—㈣，該寬邊鄰接於 該乍邊，該寬邊長於該容置寬度，該窄邊短於該容置寬产，哕 1伸機構設置於該托盤及該機架<間，並位於該容置^之$ 端，用以使該托盤沿著一移動方向進出於該容置室之内外，該 ，方向垂直於該容置寬度之方向，該旋轉機構則設置於該^ 載面與該鍵盤模組之間，用以使該人機介面操作裝置以該法 方向為轉軸而相對於該托盤旋轉，其中當該托盤承載該义介 面操作裝置於該容置室之㈣’該寬邊平行於該轉方向，該 5 201122774 人機介面操作裝置處於—收納 盤模组上，耐雜絲_人齡面 領合於該鍵 外時’該人齡面操作裝置峨法置於該容置室之 巧被旋轉-角度’使得該寬邊不平行 組上。 置°人4不模組可開合於該鍵盤模 設備該設H月·^j*知亦提供了一種多電腦管理 底座、-顯;ί組機；盤Γ一電鍵盤模組、-及-第一延伸機構，其中該機架 =顆稱以 寬度’該多電腦管理裝置設置於該ί i室==室= 腦ίΐ連接’該顯示模組可開合於該底座上， =於^^度，該窄邊短於該容置寬度，該托盤H ^面^托气該承載面支撲該底座，該承載面具有一法線方 延i構設置於該托盤及該機架之間，並位於該容 ，用以使該托盤、該底座及該顯示模組沿著一移動 方向進出於該容置室之内外’該移動方向垂直於該容置寬度之 方向’該旋轉機構設置於該承載面與該底座之間，用以使哕底 座及該顯示·以該法線方向為轉麵相對於該域旋轉了該 ϊ二二ΐ機構設置於該機架及該鍵盤模組之間，並位於該容‘ 室之前端，用以使該鍵盤模組沿著該移動方向進出於該容置室 之内外其中當該托盤承載該底座及該顯示模組於該容置室之 内時，該顯示模組於一收納位置，該寬邊平行於該移動方向， 該I員示模組可閉合於該底座上，而當該托盤承載該底座及該顯 示模組於該容置室之外時，該底座及該顯示模組以該法線方向 為轉軸而可相對於該托盤平面被旋轉一角度，使得該寬邊不平 行於該移動方向，該顯示模組處於一使用位置，且該顯示模組 可開合於該底座上。 為讓本發明之上述内容能更明顯易懂，下文特舉一較佳 201122774 實施例，並配合所附圖式，作詳細說明如下_: 【實施方式】 請參閱第3圖’其為本發明之一實 之多電腦管理設備的結構示意圖。在第3 之以J機構 備5〇包括-支撐機構51、一多電腦管理裝置2 一 =理设 面操作裝置23。錢辭理裝置25例如是及介 (k:b〇ard-video 一^ 包括=示模組233及一鍵盤模組234，顯示模二3裝置= ΐϊϊί組234 °顯示模組233為一寬螢幕顯示器或-觸t= the rack and the wire disc H are moved in and out of the frame by the ship, the button and the display mold j are moved back and forth, and the rotating mechanism is disposed between the carrier and the base to enable the base and the The display module is oriented in the normal direction for the tray, and the second extension mechanism is disposed between the rack and the keyboard module to move the keyboard module back and forth into and out of the rack. In order to achieve the above object, the present invention further provides a multi-computer management device, the Z includes a rack-multi-electricity device, a tray, a human-machine interface device, an extension mechanism, and a rotation mechanism, wherein the The rack has a receiving space, and the accommodating chamber has a accommodating width. The arranging device is disposed at a rear end of the accommodating chamber for electrically connecting to a plurality of computers respectively. The tray has a bearing surface. The carrying surface has a normal direction, and the human-machine-inducing device has a keyboard module and a display module. The display module can be opened and closed to the keyboard. The human-machine interface operation device has a wide side and a (four) The broad side is adjacent to the side edge, the wide side being longer than the Having a width which is shorter than the capacity of the housing, the 哕1 extension mechanism is disposed between the tray and the frame < and is located at the end of the accommodating portion for moving the tray along a movement The direction enters the inside and the outside of the accommodating chamber, and the direction is perpendicular to the direction of the accommodating width. The rotating mechanism is disposed between the loading surface and the keyboard module for enabling the human interface operation device The direction of the method is a rotation of the tray relative to the tray, wherein when the tray carries the interface device operating device (4) 'the wide side is parallel to the rotation direction, the 5 201122774 human-machine interface operation device is in-receiving On the disc module, when the tamper-resistant surface is integrated outside the key, the immersive operation device is placed in the accommodating chamber to be rotated-angled so that the wide sides are not parallel.设置°人4不模块 can be opened and closed to the keyboard module device. The H month·^j* knows also provides a multi-computer management base, - display; ί group machine; Γ Γ an electric keyboard module, - and - a first extension mechanism, wherein the rack = nominal size Width 'the multi-computer management device is set in the ί i room == = brain ΐ connection 'The display module can be opened and closed on the base, = ^ ^ degrees, the narrow side is shorter than the accommodating width, the tray H ^ surface ^ 气 gas the bearing surface plunging the base, the The carrier mask has a normal line extending between the tray and the frame, and is located at the space for the tray, the base and the display module to enter the housing chamber along a moving direction The inside and outside of the 'the direction of the movement is perpendicular to the direction of the accommodating width'. The rotating mechanism is disposed between the bearing surface and the base, so that the cymbal base and the display are oriented in the normal direction relative to the domain Rotating the two-two mechanism is disposed between the frame and the keyboard module, and is located at a front end of the accommodating chamber, so that the keyboard module enters the inside and outside of the accommodating chamber along the moving direction When the tray carries the base and the display module is located in the accommodating chamber, the display module is in a storage position, the wide side is parallel to the moving direction, and the I-indicator module can be closed on the base And when the tray carries the base and the display module is outside the housing chamber, The base and the display module are rotated by an angle with respect to the plane of the tray with the normal direction as a rotation axis, such that the wide side is not parallel to the moving direction, the display module is in a use position, and the display module is It can be opened and closed on the base. In order to make the above description of the present invention more comprehensible, the following is a preferred embodiment of 201122774, which is described in detail below with reference to the drawings: [Embodiment] Please refer to FIG. 3 A schematic diagram of the structure of a multi-computer management device. In the third aspect, the mechanism includes a support mechanism 51, a multi-computer management device 2, and a management device 23. The money gramling device 25 is, for example, a k-b 〇 - - ( ( k k k k k k 233 233 233 233 233 233 233 233 233 组 组 组 组 组 组 组 组 组 组 234 234 234 234 234 234 234 Or - touch t
==乍=，使得人機介面操作=ίΪίΪ 2一3，電性連接於且控制此些電腦之任-。二^ 二，架2G、-托盤24、—延伸機構21及 j 架2〇内更配置一人機介面操m 2 ’機 載面糾支撐，旋轉機構22則位於承載面承 ^桑作裝置23之鍵盤歡234連接，而岔=機2 線(11—)方向•法線方向nd垂直於承載1 面=·：法 將托延伸機構21設置於機架2G及托盤24之間，用以 機介面操作/w 裝置後，即可移峡/或轉動人 电、仲ΪΙί置3。另外，延伸機構21可視需求，使用滑軌 執設計。十对直⑨置4組可以是兩財或三段式滑 201122774 $第3 =之顯示，機架2〇更具有一第 長度IM，第-伽之容置寬度’該容置寬度具有 邊則定義容置室201之容置深度，該容置、、菜 λ 且1)1(容置寬度)不大於d2(容置深度^其中， 機架20之第的方向。此外，D1亦可以被定義為 邊的長度另外被定義為機架2〇之第二侧 室t=隔:離。另外’延伸機構21設置於機架2〇/ίϊ iiL 架20/容置室201後端則具有一多電腦管理 ΐ理裝置25彳呆作裝置23則透過一電連接線與多電腦 連接^〔你丨、連接。具體地說，人機介面操作裝置23的電 多電腦管理或^線》可貫穿旋轉機構23後再與 別與複數個而多瓣繼25本身亦可再分 宅邊’人機介面操作裝置23 *有一寬邊231及- 度D卜窄.ttf1鄰接於窄邊232，且寬邊231長於容置寬 23 〇η 則知於容置寬度D1。當人機介面操作裝置 寬度方向、内部^惠窄邊232與第一側邊(容置室2〇1之容置 ，寬邊23i則與第二側邊平行，此時，人機介 於機架io Λ位於容置室2〇1内之一收納位置’並不會受限 2¾上。 谷置寬度D1，顯示模組233可閉合於鍵盤模組 於莖閱第4圖’其為第3圖之支撐機構的作動示意圖。 作梦m中’Ϊ*楚可見托盤24及位於托盤24上的人機介面操 >二藉由延伸機構21沿一移動方向(即沿容置室201 D1的垂直方向，亦即沿容置室201之容置深度 ；伸方向)被側向移動至機架20/容置室201的外側，使 寸 4及人機介面操作裝置23位於一拉出位置，並可由延 201122774 固ί裝置固定於機架2〇/容置室201的外側。惟， 機錢求，沿其他移動方向將人 主姨裝置23側向移動至機架2〇/容置室2〇1的外側。 意圖ΐ第參5閱Λ5ί'其為第3圖之支樓機構的另一作動示 之人機介面操作^ 機構22，連接於旋轉機構r 而以順時針i Hi? 键雜，且鱗於托盤24 裝置23之#轉—肖度，使得人機介面操作 度〇2的方不千订於移動方向（容置室2〇1之容置深 SU、將與機架20之第二側邊（容置室2〇1之 2〇 i第::行，人機介面操條置23之寬邊 人機介面接^谷置室2〇1之容置寬度D1的方向)平行，此^ ^面知作裝置23位於機架2〇/容置室外之 吏 位置，顯示模組233仍然閉合於鍵盤模组234上。 吏 可且圖所示，在一具體實施例中，支撑機構51亦 設置於旋轉機構22及鍵盤模組234之間， 機介轉倾f23麟縣翻之讀，轉 座26座％連接，以同時旋轉人機介面操作裝置2 請參閱第6圖’其為第5Α圖中配置於本發 的人機介_作裝置23展開後之示賴 ^ 今機介面操作裝置之狹窄榮幕視野，在第6圖季;於== ^乍裝置23之顯示模乡且233相對於鍵盤模址翻4 後，人機介面操作裝置23位於―第二使用位置。顯 及鍵盤杈組234則透過一接合裝置235進行寬邊處遠桩、 示模組233可開合於 = 且= 上其中，接合裝置235可為一樞轴單元或—鉸鍊單元。 另外’旋轉機構22亦可配置一固定結構，用以將人機介 9 201122774 .面操作裝置23旋轉任何角度後固定，以使顯示模組2幻 現之方位更具彈性。而旋轉機構22通常係沿一水平面^ 或逆時針地娜，*該水平面可平行或重疊於人齡面操梦 置23移動方向所位之水平面。當然，旋轉機構22旋方 方位仍可視需求調整。 门及 請參閱第7圖’其為第6圖之人機介面操作裝置2 面視圖。藉由第7圖所示，清楚可見縱使人 = 23i寬於容置室201之寬度m ’但透過延= 構21及旋轉機構22之配置及作動，機架2〇 二容使置=之巧寬度m炫之人機 巧r至;f 用位置H經由反向作動第3圖至 ，所不之作動後’人齡爾作裝置23即 架20/容置室201内部之收納位置。 私隨、，内至機 請續參閱第8圖，其為本發明之另一眚 機構之多電腦管理設備的結構示意圖。多 設備f 2盤=6=:=r-顯示模二: 埏盟犋，，且W夕電恥管理裝置38例如是鍵盤_整篡、、典由 (keyboard-video-mouse, KVM)^^! , 34 幕顯示器或一觸控式寬螢幕顯示器。多電腦管理襄置為38 = 電性連接於乡纟賴、顯補組34及鍵盤敵3 ^ 模i鍵盤模組37透過多電腦管理裝置38控制此 之任一 ’猶如顯不模組34及鍵盤模组37直接電 ^ 制此些電腦之任一。支揮機構61包括一機二電控 一第一延伸機構31、一第二延柚嬙爐p 盤33 架30具有-容置室301，容置室3〇1具有35 ’機 第-延伸機構31及第二延伸機構32則以 ^ = 方式配置於機架3G之前端，第 卜垂直排列 連接，並藉由托盤33上之—撐 承載面331亦具有一法線方向ND，且承载;33f H t 旋轉機構35 ’旋轉機構35則與顯示模組％連接。&有； 201122774 . 一延伸機構31及旋轉機構35 ’可分別相應於第3圖至第7圖 所述之延伸機構21及旋轉機構22，並且有彳 以及變換。較佳者，旋轉機構35更可與= 座36用以承載顯示模組34，底座上且有 驴 置361，用以與顯示模組34上之—第^裝 使得顯示模組34得以於底座36上Hi拖接’ 接合f第魏及第二接合裝置係可構成—樞^或―^機^ 托盤以將 出於機架30/容置請之内外；轉 • 及底座36之間’用以使得底座36及顯示模t且34以法線 方向仙為轉軸而相對於托盤33鶴。第二延伸機構 1 = 鍵盤模組37之間，用以將鍵 動方向來回移動而進出於機架30/容置室301之内外。 呈有一第固一第二延伸機構32與旋轉機構35可各 以分別固定第—延伸機構31、第 ΐ外轉動顯示模組34，或者移動鍵盤模組37。 執組柚始*申機構31及第二延伸機構32可視需求，使用滑 滑執設計。；、或垂直°又置’滑軌組可以是兩段式或三段式 邊，顯示’機架3〇更具有一第一侧邊與一第二侧 3〇1第^巧二側邊彼此相鄰並藉叫義出-容置室 長度l i 2容置室3〇1之容置寬度，該容置寬度具有 度之長产定義容置室3G1之容置深度，該容置深 托盤dD4 ’且D3(容置寬度)不大於m(容置深度)。其中， 之内外的^工36及顯示模組34移動於機架3〇之容置室301 卜的方向平行於D2的方向。此外，D1亦可以被定義為 11 201122774 1架30之第-側邊的長度’而〇2被定義為機架3 邊的長度。另外，D1亦可以定義為第一延伸機構 ^侧 平行排列設置的間隔距離。另外，第一延伸機構Μ =相互 伸機構32設置於機架2〇/容置室2〇1 及第〜延==乍=, making the human interface operation = ίΪίΪ 2 - 3, electrically connected to and control any of these computers -. Two 2, 2G, - tray 24, - extension mechanism 21 and j frame 2 are equipped with a man-machine interface operation m 2 'airborne surface to support, and the rotating mechanism 22 is located on the bearing surface bearing device 23 The keyboard 234 is connected, and the 岔=machine 2 line (11-) direction • the normal direction nd is perpendicular to the bearing 1 side =·: The method is set between the frame 2G and the tray 24 for the machine interface After operating the /w device, you can move the gorge/or turn the power to the power. In addition, the extension mechanism 21 can be designed using a slide rail as needed. Ten pairs of straight 9 sets of 4 groups can be two or three sections of slide 201122774 $ 3 = display, rack 2 〇 has a first length IM, the first - gamma accommodating width 'the accommodating width has an edge Defining the accommodating depth of the accommodating chamber 201, the accommodating, the vegetable λ and 1) 1 (the accommodating width) is not more than d2 (the accommodating depth ^, the first direction of the frame 20. In addition, the D1 can also be The length defined as the edge is additionally defined as the second side chamber of the rack 2 t = separ: away. In addition, the 'extension mechanism 21 is disposed on the rack 2 〇 / ϊ iiL iiL rack 20 / the rear end of the accommodating chamber 201 has a lot The computer management device 25 is connected to the multi-computer through an electrical connection cable. [You can connect and connect. Specifically, the multi-computer management or cable of the human-machine interface operation device 23 can be rotated. After the mechanism 23 and then with the plural and multiple flaps, the 25 itself can be subdivided. The human-machine interface operation device 23 * has a wide side 231 and a degree D. The narrow ttf1 is adjacent to the narrow side 232, and the wide side 231 is longer than the tolerance width of 23 〇η. It is known to accommodate the width D1. When the man-machine interface is operated in the width direction, the inner side is narrow and the first side is 232. The housing 2〇1 is accommodated, and the wide side 23i is parallel to the second side. At this time, the human machine is located in the storage position of the rack io Λ in the accommodating chamber 2〇1 and is not limited to 23⁄4. The valley setting width D1, the display module 233 can be closed to the keyboard module in the stem reading 4th figure, which is the operation diagram of the supporting mechanism of the third figure. The dream m in the 'Ϊ * Chu visible tray 24 and located in the tray 24 The man-machine interface operation on the second side is moved laterally by the extension mechanism 21 in a moving direction (ie, in the vertical direction of the accommodation chamber 201 D1, that is, along the accommodation depth of the accommodation chamber 201; the extension direction) The outer side of the rack 20/receiving chamber 201 is such that the inch 4 and the man-machine interface operating device 23 are located at a pull-out position, and can be fixed to the outside of the rack 2/accommodation chamber 201 by the extension 201122774. The machine seeks to move the main device 23 laterally to the outside of the rack 2 〇 / accommodating chamber 2 〇 1 in other moving directions. The intention is to read the 5 ' 5 The other manipulator interface operation mechanism 22 is connected to the rotating mechanism r and clockwise i Hi?, and the scale is on the tray 24 device 23 Therefore, the man-machine interface operation degree 〇2 is not set in the moving direction (the accommodation room 2〇1 accommodates the deep SU, and the second side of the rack 20 (the accommodation room 2〇1 2〇) i:::, the man-machine interface is set to 23, the wide-side human-machine interface is connected to the valley-shaped room 2〇1, and the width D1 is parallel. The surface of the device is located in the rack 2〇 The display module 233 is still closed on the keyboard module 234. As shown in the figure, in a specific embodiment, the support mechanism 51 is also disposed on the rotating mechanism 22 and the keyboard module 234. In the meantime, the machine is turned to f23 Lin County, and the transfer is 26% connected to simultaneously rotate the human-machine interface operation device. 2 Please refer to Figure 6 for the human-machine interface configured in this issue. After the device 23 is unfolded, the narrow screen of the interface of the device is operated in the sixth quarter; in the display mode of the == ^乍 device 23 and the 233 is turned over 4 with respect to the keyboard module, the man-machine The interface operating device 23 is located in the "second use position." The display keyboard 234 can be opened at a wide side by a joint device 235, and the display module 233 can be opened and closed and the joint device 235 can be a pivot unit or a hinge unit. In addition, the rotating mechanism 22 can also be configured with a fixed structure for rotating the human-machine interface 9 201122774. The surface operating device 23 is fixed at any angle to make the display module 2 more flexible. The rotating mechanism 22 is usually along a horizontal plane or counterclockwise. * The horizontal plane can be parallel or overlapped with the horizontal plane in the direction of movement of the human face. Of course, the rotational orientation of the rotating mechanism 22 can still be adjusted as needed. Door and Please refer to Fig. 7 which is a side view of the human interface device 2 of Fig. 6. As shown in Fig. 7, it can be clearly seen that even if the person = 23i is wider than the width m' of the accommodating chamber 201, but through the arrangement and actuation of the extension 21 and the rotating mechanism 22, the frame 2 The width m is pleasing to the human body; f is operated by the position H via the reverse direction to Fig. 3, and after the operation, the 'age generation device 23' is the storage position inside the rack 20/receiving chamber 201. Private, internal to machine Please refer to Fig. 8, which is a schematic structural diagram of a multi-computer management device of another mechanism of the present invention. Multi-device f 2 disk = 6 =: = r - display mode 2: 埏 犋,, and W 电 shame management device 38 is, for example, keyboard_video-mouse (KVM) ^^ !, 34-screen display or a touch-screen widescreen display. The multi-computer management device is set to 38 = electrically connected to the hometown, the display group 34 and the keyboard enemy 3^ module i keyboard module 37 through the multi-computer management device 38 to control any of these as if the module 34 and The keyboard module 37 directly controls any of these computers. The support mechanism 61 includes a machine two electric control first extension mechanism 31, a second extension pomelo oven p disk 33 frame 30 has a receiving chamber 301, and the accommodation chamber 3〇1 has a 35' machine first extension mechanism 31 and the second extension mechanism 32 are disposed at the front end of the frame 3G in the form of ^=, and the second side is vertically connected, and the support surface 331 on the tray 33 also has a normal direction ND and is carried; The H t rotation mechanism 35 'rotation mechanism 35 is connected to the display module %. &has; 201122774. An extension mechanism 31 and a rotation mechanism 35' may correspond to the extension mechanism 21 and the rotation mechanism 22 described in Figs. 3 to 7, respectively, and have 彳 and transformation. Preferably, the rotating mechanism 35 is further configured to carry the display module 34 with the socket 36, and the base 361 is disposed on the base for mounting with the display module 34 to enable the display module 34 to be mounted on the base. 36 on Hi tow 'joining f and the second jointing device can constitute a pivot or ^ machine ^ tray for the inside and outside of the rack 30 / housing; between the base and the base 36 The base 36 and the display molds t and 34 are pivoted with respect to the tray 33 in the normal direction. The second extension mechanism 1 = between the keyboard modules 37 for moving the key direction back and forth into and out of the frame 30/receiving chamber 301. A second extension mechanism 32 and a rotation mechanism 35 are respectively provided to respectively fix the first extension mechanism 31, the outer rotation display module 34, or the keyboard module 37. The implementation of the slippery design is carried out by the group of the grapefruit starter and the second extension mechanism 32. ; or vertical ° again set 'slide group can be two-stage or three-section side, showing 'rack 3 〇 has a first side and a second side 3 〇 1 second side of each other Adjacent and debited - the accommodating chamber length li 2 accommodates the accommodating chamber 3 〇 1 accommodating width, the accommodating width has a degree of prolongation to define the accommodating chamber 3G1 accommodating depth, the accommodating deep tray dD4 'And D3 (capacity width) is not greater than m (accommodation depth). The inside and outside of the work 36 and the display module 34 move in the direction of the D2 in the direction of the accommodation chamber 301 of the frame 3〇. In addition, D1 can also be defined as 11 201122774 the length of the first side of the shelf 30 and 〇 2 is defined as the length of the side of the frame 3. Further, D1 may also be defined as a separation distance in which the first extension mechanism ^ side is arranged in parallel. In addition, the first extension mechanism Μ = the mutual extension mechanism 32 is disposed in the frame 2 〇 / accommodating chamber 2 〇 1 and the extension
201後端則具有-多電腦管理裝置％，而顯示楹置室 -電連接線與多電腦管理裝置38電性連接。具體^則透過 模組34的電連接線（例如是軟性排線或纔線），5顯7R 與^辭理裝置38連接，衫電辭理 本身亦可再分別與複數個電腦電性連接。 瑕置38 第8圖的顯示模組34，具有一寬邊342及—The back end of the 201 has a multi-computer management device%, and the display device-electrical connection line is electrically connected to the multi-computer management device 38. Specifically, through the electrical connection line of the module 34 (for example, a flexible cable or a cable), the 5 display 7R is connected to the lexical device 38, and the vocal slogan itself can be electrically connected to a plurality of computers. The display module 34 of FIG. 8 has a wide side 342 and
寬=42及窄邊343彼此相鄰，且寬邊342長於 ’ 而窄邊如職於容置寬度D3，而第8圖的顯示 透過第„機構31沿垂直於容置寬度D3方向之-移動3 向（平行，容置深度D4方向}，自容置室3〇1内部之 位置隨著托盤33被移動至容置室3〇1之外部的一 番The width=42 and the narrow side 343 are adjacent to each other, and the wide side 342 is longer than 'the narrow side serves the accommodating width D3, and the display of the eighth figure moves through the „mechanism 31 along the direction perpendicular to the accommodating width D3. 3 directions (parallel, accommodating depth D4 direction}, the position inside the accommodating chamber 3〇1 is moved to the outside of the accommodating chamber 3〇1 as the tray 33 is moved.
^頁示模組34位於該收納位置時，寬邊342與顯示她34置的 該移動方向平行。此外，第8圖的鍵盤模組37，是透過第二 延?麵32沿垂錄容置寬度m方向之—移動方 = 2容，深，D4方向）’自容置室3〇1内部之收納位置，被移 ，至容置室301之外部的拉出位置。透過第一延伸機構3ι及 f 一延伸機構32的設計，顯示模組34可相對於鍵盤模組37 獨立移動於機架30/容置室3〇1之内外。 此外，在第8圖中所示的機架3〇，其中顯示模組％與底 上36_間的配置關係，將使顯示模組34的一顯示正面(影 像^示面）於閉合於底座36時背向底座36，以利顯示模組34 向前(向使时方向)掀翻，且位於—第—使祕置^惟，顯示 模組34與底座36間的配置關係，亦可視需求使顯示模組34 的顯示正面344於閉合於底座36時面向底座36，而使顯示模 組34可向後(背向使用者方向)掀翻。 12 201122774 p圖所示，旋轉機構35與底座36之相對關係 而= r : P旋轉機構35並非設置於底座36之中心點， 3二6之—側設置。藉由此種偏心設計，顯示模組 向之旋轉半徑，以利顯示模組34向前(向使用者方 ΐ/ f轉機構35與底座36之偏心設置，亦可設 向ίί自4將具有歓之雜摊，以利齡模組34 π垂^^ 可見顯示模組34藉由第一延伸機構31 &容置請的;Η則一皮側向移動至機架 ,拉出位置，並可由第一延伸機構31之 於底^ 36上。〇/容置室301的外側。顯示模組34平放 置室3〇1的外如卜曰，由於顯示模組34已被移動至機架30/容 ㈡Ϊ:構圖更顯示有一鍵盤模組37被配 一構 而該鍵盤模組37亦可為其他輸入裝 參閱第9圖’其為第8圖之支職構的作 ，過旋轉機構35，以承載面331的法 Ϊ彳 盤24 _時針或逆時針方向 3之移動方向(即機架3〇之第二側邊方向， D2方向））。經旋轉90度後，顯示模組^ :模J34的該移動方向(即機架3〇 丄2::; 置深度m方向）垂直，顯示模組34之窄邊3mt 組34的該移動方向平行，顯示模組位於-第-使用=不Ϊ 圖顧其if圖之機構的另-作動以:： 且翻轉至-第二使用位置，顯示模組\4 _ =上旋j 盤模組37則藉由第二延_構32亦自機架3Q/‘36 ^。鍵 内部侧向移動至外側-拉出位置供使用者操作使用 ^ 貫施例可知，縱使-人機介面操作裝置或—顯示模组，其g 13 201122774 較一機架、該機架内之一衮罟 為寬，透過本發明的支樓f 一延伸機構之一間隔的寬度 架/多電腦管理袈置t外顯示模組於機 個更方便且嫩視野’ _使用者一 其並ΐ用上二?，明已以一較佳實施例揭露如上，然 i ί不麟本發明之精神域_，當可作各種之更動盘潤 者為準此’本發明之保魏圍當視後附之申請專利範圍所^定 【圖式簡單說明】 第1圖為台灣專利第Μ357827號之機架設備正面示意圖。 第2圖為電子設備配置於機架上之示意圖。 第3圖為本發明之—實施例之具 理設備的結構示意圖。 巧僻·^夕电驷吕 第4及5Α〜5Β圖為第3圖之支撐機構的作動示意圖。 第6圖為第5Α圖中配置於本_ 操作裝置展開示意圖。 伐’丨面 第7圖為第6 ®之人機介面操作裝置展·之正面視圖。 第8圖為本發明之另一實施例之具有支撐機構之 管理設備的結構示意圖。 电伽1 第9及10圖為第8圖之支撲機構的作動示意圖。 【主要元件符號說明】 10、20、30:機架 11、2(η、301 :容置室 12、23 :人機介面操作裝置13、21:延伸機構 14 201122774 121 :螢幕 231、342 :寬邊 233、34 :顯示模組 235 :接合裝置 241、331 :承載面 26、36 :底座 32 :第二延伸機構 344 :顯示正面 50、60 :多電腦管理設備 D1 ··容置室201之容置寬度 D3 :容置室301之容置寬度 ND :法線方向 22、35 :旋轉機構 232、343 :窄邊 234、37 :鍵盤模組 24、33 :托盤 25 :多電腦管理裝置 31 :第一延伸機構 341 :第一接合裝置 361 :第二接合裝置 51、61 :支撐機構 D2 :容置室201之容置深度 D4 :容置室301之容置深度When the page module 34 is in the stowed position, the wide side 342 is parallel to the direction of movement in which the display 34 is placed. In addition, the keyboard module 37 of FIG. 8 is through the second extension surface 32 along the direction of the recording tolerance width m—moving side=2 capacity, depth, D4 direction)' inside the self-accommodating chamber 3〇1 The storage position is moved to the pull-out position outside the accommodation chamber 301. Through the design of the first extension mechanism 3ι and the f extension mechanism 32, the display module 34 can be independently moved inside and outside the frame 30/receiving chamber 3〇1 with respect to the keyboard module 37. In addition, in the rack 3 shown in FIG. 8, the arrangement relationship between the display module % and the bottom 36_ will cause a display front surface (image display surface) of the display module 34 to be closed to the base. At 36 o'clock, it faces away from the base 36, so that the display module 34 is turned forward (toward the time direction), and is located at - the first, and the display relationship between the display module 34 and the base 36 can also be visually required. The display front surface 344 of the display module 34 faces the base 36 when closed to the base 36, so that the display module 34 can be turned backwards (backward to the user). 12 201122774 p shows the relative relationship between the rotating mechanism 35 and the base 36. = r : The P rotating mechanism 35 is not disposed at the center point of the base 36, and is disposed on the side of the 3-6. With such an eccentric design, the display module rotates the radius thereto to facilitate the display module 34 to be forward (to the user's square/f-turn mechanism 35 and the base 36 eccentrically, or to the ίί from 4 will have杂 杂 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The first extension mechanism 31 can be disposed on the bottom surface of the ^/ accommodating chamber 301. The display module 34 is placed outside the chamber 3〇1, since the display module 34 has been moved to the rack 30. / (2) Ϊ: The composition further shows that a keyboard module 37 is configured and the keyboard module 37 can also be used for other input devices. Referring to FIG. 9 , which is the support structure of FIG. 8 , the over-rotation mechanism 35, The direction of movement of the disk _ hour hand or counterclockwise direction 3 of the bearing surface 331 (ie, the second side direction of the frame 3〇, the direction D2)). After being rotated by 90 degrees, the moving direction of the display module ^: the die J34 (ie, the frame 3〇丄2::; the depth m direction) is vertical, and the moving direction of the narrow side 3mt group 34 of the display module 34 is parallel. , the display module is located at - the first - use = not the other action of the mechanism of the if diagram: and flipped to - the second use position, the display module \4 _ = up-spin j disk module 37 With the second extension _ 32 also from the rack 3Q / '36 ^. The internal movement of the key is laterally moved to the outside-pull position for the user to operate. It can be seen that, even if the human-machine interface operation device or the display module, the g 13 201122774 is one rack, one of the racks衮罟 is wide, through the width of the extension of the branch f of the present invention, the width of the frame / multi-computer management device, the display module is more convenient and the field of view is more convenient. In the above, the above has been disclosed in a preferred embodiment, but i ί 不 麟 本 本 本 本 本 本 , , 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本The scope of application for patents [simplified description of the drawings] Figure 1 is a front view of the rack equipment of Taiwan Patent No. 357827. Figure 2 is a schematic diagram of an electronic device disposed on a rack. Fig. 3 is a block diagram showing the structure of a processing device according to an embodiment of the present invention. The clever and secluded ^ 驷 第 第 4th and 5th Α Β 5 Β 为 为 为 第 。 。 。 。 。 。 。 。 。 。 。 。 Fig. 6 is a schematic view showing the arrangement of the _ operating device in the fifth drawing. Cutting the 丨 第 Figure 7 is a front view of the 6th man-machine interface device. Figure 8 is a block diagram showing the construction of a management apparatus having a support mechanism according to another embodiment of the present invention. Fig. 9 and Fig. 10 are diagrams showing the operation of the baffle mechanism of Fig. 8. [Main component symbol description] 10, 20, 30: Rack 11, 2 (η, 301: housing chamber 12, 23: human-machine interface operating device 13, 21: extension mechanism 14 201122774 121: screen 231, 342: wide Sides 233, 34: display module 235: engagement means 241, 331: bearing surface 26, 36: base 32: second extension mechanism 344: display front 50, 60: multi-computer management device D1 · containment room 201 Width D3: accommodating width ND of the accommodating chamber 301: normal direction 22, 35: rotating mechanism 232, 343: narrow side 234, 37: keyboard module 24, 33: tray 25: multi-computer management device 31: An extension mechanism 341: a first engagement device 361: a second engagement device 51, 61: a support mechanism D2: a receiving depth D4 of the accommodation chamber 201: a depth of accommodation of the accommodation chamber 301
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