201115301 六'發明說明： 【發明所屬之技術領域】 本發明係有關於一種承載座結構，特別是一種具有電腦周邊 裝置之承載座結構。 【先前技術】 近年來軟體及網路科技不斷地發展進步，再加上與硬體的相 互搭配具有即¥影音通訊功能之網路攝影機（webcam)變得相 當普及。 習用的網路攝影機為了配合使用者不同的擺放需求，通常會 裝設有-支雜置，使侧_雜可卿平放於桌面上，擺放 或疋夾持棚7F!上。目前所見之顯示||麵大致分為桌上型電 腦用的陰極射線管（CathodeRayTube，CRT)之顯示器、液晶顯 示器（Liquid Crystal Display，LCD)、以及筆記型電腦所使用之平 面顯示器。以筆記型電·言，並不見得奴夠的空間供網路攝 影機放置。 -般而言，制麟攝職之切裝置無法同時義於桌上 型電腦及筆記型電腦之顯示器的夾持固定，容易產生滑落，甚至 是無法發揮任何爽翻定效果關題1此，網職雜之支樓 座必須具餅性寬度調整之夾持設計，崎合應麟任何種類之 顯不盗的需求。 -般用以鱗寬度_路攝影機之支撐座結構，係利用 二夾臂互她接而賴-錄糾，二綠可相__調整失 201115301 持角度’藉關應不同厚度的顯示加以夾制定。並且將網 路攝影機框設於支#座上，岐網路攝影射賤齡改變拍攝 的角度。然而’多數_路攝影_域本及體積上的考量並 不像-般的触相機紐位攝職具有之絲綱來調整隹 距。多數之網路攝影機僅具有簡單之微調魏，例如僅以單一轉 轴_整網路攝影機之拍攝角度。若欲調整網路攝影機之前、後 距離的焦距時’則必須倚賴使用者將網路攝影機放置於適當之位 置來取得最佳之成像焦距。若使用者改變了操作電腦的位置，链 如從較靠近網輯影機的位置（如透過鍵錄人進行視訊會議）: 改變至較遠_職韻驗置（如掛上耳齡歧進行線上聊 天），將使得原本已蚊位置之網路攝影機無法 者必須再次離網路攝職驗置，村_最清晰的對$ 像，對於使用者在實際使用上確實並不方便。 【發明内容】 餐於以上的問題，本發明提供一種具有電腦周邊裝置之承載 =構’藉以岐捕技術之支撐裝置受限於不同顯示器的尺寸 ^疋型態’而無法綱地設置於麵型的顯示器上的問題，以及 於讀数上找路攝職，無法於使㈣隨時調整其使用 位置及角度的限制。 根據本發明所揭露之承載座結構，係用以裝 二承載座結構包括有-基座及—移動件。其中，基座二: 各置槽，並於容置槽的相對二側分別設有—滑移槽。移動件 201115301 -第-樞體及-第二樞體，且第—樞體的相對二端以可旋轉之關 係樞接於·之_動，域第二減之—辦第—樞體相互 樞接’而第二樞體之另—端則與電腦周邊裝置相互樞接。 於使用時，移麟之第—樞體係沿著滑移槽往復位移，以使 電腦周邊裝置藉由移動件而相對於基座具有―移出於容置槽外的 刼作位置，以及-移入於容置槽内的收納位置。並且，電腦周邊 裝置可選擇的以第-樞體作為一第一旋轉軸心而相對於基座旋 轉’或是以第二樞體作為-第二旋轉軸心而相對於基座旋轉。 根據本發崎揭露之具有電顧邊裝置之承載座結構，係包 括有一電腦周翁置、-基座及一活動座。其中，基座且有一容 置槽’而活動座則設置於基座底部並且一端與基座相互樞接。基 座更八有移動件，此移動件之二端係插接於容置槽内部。並且 移動件更具有4電關邊裝置相互樞接之凸伸端，以使電腦周 邊裝置相對於移動件之凸伸端進行一垂直向的樞轉，或是使電腦 周邊裳置及移動件同時相對於基座進行一水平向的樞轉，或是使 周邊裝置及移動件同時相對於基座進行一線性位移，而將電 腦周邊裝置收納於基座之容置槽内部。 本發明之功效在於依據不同型態的操作模式，對應調整電腦 周邊裝置與承载座(包含基座和活動座)之間的樞接角度，使得電腦 周邊裝置相對於承触臟有水平向或垂直向之旋轉運動，並且 電知周邊I置可在承載座上往復滑移，並可選擇性地將電腦周邊 裂置移出或移入承載座。以此變換電腦周邊裝置於承載座(包含基 201115301 座及活動座)上的各個相對位置，進而可切換電腦周邊裝置在承載 座上的各種功能之操作模式。如此，以使裝設有電腦周邊裝置之 承载座得以穩定地勾扣於顯示裝置上，或是將承載座平穩的放置 在平面上，並可兼顧隨時調整至最佳的使用位置及使用角度。 以上之關於本發咖容之說明及以下之實施方式之說明係用 乂不範與解釋本發明之原理，並且提供本發明之專射請範圍更 進一步之解釋。 【實施方式】 根據本發明所揭露之承載座結構，係與一電腦周邊裝置相 接。而所指的電魏置係包括料局限於如電腦相機(pc 咖岭鱗聽機(webeam)或錢風料子裝£，祕以下本 發月的詳細朗巾，將以網路攝影機做為本發明之最佳實施例。 然而所附@式僅提供參考與說_，並_嫌制本發明。 請參閱「第1圖」至「第3圖」所示。其中，「第1圖」秦 根據本發明之承触結_分解示朗。「p圖」係為根據和 明之承載座結構的剖面示朗。「第3圖」係為根據本發明之承] 座結構的第一操作型態示意圖。 根據本發明所揭露之轉座結構，制以裝設—電腦周邊裝 :並且包括有—基錢及1動件μ。為了便於說明，圖中戶; 之X Y、Z分別為x軸方向、Y轴方向與z轴方向，且χ 轴方向、Υ财向與ζ財向係相互垂直。 上述之基座10係概呈一長矩形體，平行於基座1〇之長側邊 201115301 可定義出一縱輛方向(如「第1圖」中的x軸方向），平行基座10 之短侧邊可定義出一橫轴方向(如「第1圖」中的γ軸方向）。並 於基座10 4面開設有一容置槽11，容置槽η係提供收納電腦周 邊裝置40之用。再者，容置槽11之相對二側分別設有-滑移槽 m換。之’滑移槽11Η系沿著縱軸方向(即X軸方向)設置在容 置槽11的相對二側壁面上。 料，基座Η)更包括有-卡勾部12。其卡勾部12係由基座 10之周緣向基座之前端延伸，並使卡勾部U概略垂直於 10而構成一勾狀結構。 述之移動件20係設置在基座置槽u内部 大致具有二相對端及一凸伸端，所指之二相對端係為一水料 2( ’以及所指之凸伸端係為一垂直向之第二樞體& 並於第一樞體的相對二端分別設有—轉軸2ιι，且苐—抱 -端之轉軸分別樞接於對應之滑移槽⑴内， 于H ’移動件2G亦可透過第—樞體21二端之轉㈣ 滑移槽111之中形成一往復的線性位移運動。 此外，移動件20之第；體22的—端係與第 樞接’而第二樞體22之另-撕凸伸端)則與電腦周：相' 互樞接。並使第二樞體22作為-第二旋轉軸心μ而、置4〇本 咖旋轉，且第-_心R1與第二旋轉軸錢==一 如此一來，電腦職置4〇可藉由第一樞體及第二_ 22之 201115301 結構設計’而可選擇的以第一旋轉軸心R1或第二旋轉轴心幻來 相對於基座卿成-水平向的旋轉運動或一垂直向的旋轉運動 此外，承載座結構更包括有-活_ 3〇。其活動座3〇係設置 於基座10之底部，且此活動座30之一端(可為後端，但不以此為 彳㈣’料以此為限)。詳言之， 係在基座ίο之-端(即後端)設有至少一連接件13，並於連接㈣ 上具有-第一軸孔131。而活動座3〇相對於連接㈣處則設有至 少-對應之連接槽3卜並以-第三軸孔311貫穿於連接槽31處。 於組裝時，先將基座10之連接件13嵌入於活動座3〇之連接槽 内部，並使連接件13之第一軸孔131與連接槽31之第二轴孔311 相互對應，再以至少-軸桿32穿設定位在第一軸孔131及第二轴 孔311之中。如此一來，可使得活動座30相對於基座10形成一 旋轉運動。以令活動座30 _於一靠攏於基座1〇之疊置位置(如 「第2圖」所示），以及一遠離於基座1〇之旋開位置(如「第u圖」 所示）。 然而’上述之實施例中’活動座3〇樞接在基座1〇之軸孔131、 311及轴桿32之組合結構，僅為一較佳實施例之說明 ，但並不以 此為限。本發明可依實際之設計需求，而任纽變基座ig與活動 座30之間的樞接方式，僅需使得活動座3〇可以相對於基座1〇樞 轉至疊置位置或是旋開位置即可，並不以本實施例所揭露之樞接 結構為限。 此外，在本實施例中，軸桿32可利用緊配合方式穿設於二軸& 口 9 201115301 孔13卜311内，以此緊配合產生一雜力，使得活動座邓相對 於基座1G樞轉時’可由轴桿32提供—^的摩擦力(即阻力），而使 活動座3G於_後可定位在—固定角度。此僅為—較佳實施例之 說明，其亦可利用塾圈或其他卡掣結構設計，以提供活動座3〇於 梅轉時產生-定的雜阻力，而使活動座3G具備有定位的效果。 藉由上述移動件20之第一樞體21及第二樞體22之間所產生 的轉動關係’而使電腦周邊裝置4〇可間接地相對於基座1〇進行 二個旋轉軸向之運動’以因應電腦胃邊裝i 4〇在不同位置下所需 的操作模式。 在以下實施例中，電腦周邊裝置40係以網路攝影機作為實施 例之說明，其網路攝影機内部具有攝影鏡頭、光學感應元件、收 音元件或其他功能之電子元件，其網路攝影機内部之功能裝置係 屬於已知技術，故不在此多做贅述。是以，本發明之承載座結構 至少提供電腦周邊裝置40有下列的操作型態。 第操作型態.如「第2圖」及「第3圖」戶斤示，係將電腦 周邊裝置40收置於基座10之容置槽u内部。詳言之，電腦周邊 裝置40之尺寸係對應匹配容置槽u之尺寸，並使電腦周邊裝置 40具有一移入至容置槽η内的收納位置，讓電腦周邊裝置可 以收入基座10内部，並使一攝像鏡頭41顯露出於電腦周邊裝置 40之表面’以此具有將電腦周邊裝置4〇收置於承載座内之操作模 式。 第二操作型態：由「第2圖」經由「第4圖」之狀態轉變為 201115301 内:」所不’藉由第—樞體21二端之轉轴211在滑移槽111 相：Γ位移之運動，可使得移動件20帶動電腦周邊裝置奶 ^基座H)移出容置槽u外。換言之，電腦周邊裝置4〇具有 一移出於容置槽U外的操作 他+ ’呆作位置讓電腦周邊裳置4〇可以沿著 縱軸方向（即X軸方向）自基 壯里仏 ^度明雜出，以此具有將電腦周邊 裝置40從承载座移出之操作模式。 =操作_ :由「第5圖」經由「第6圖」之狀態轉變為 移L:」所㈣腦周邊裝置40自容置槽11拉出後，可藉^ 斜於其c之第一插體21的框轉結構，而使得電腦周邊裝置4〇相 /土上10向上翻轉。詳言之，以移動件2〇 向上翻^ 物”,_放位置 6上翻轉至一垂直向 彳置如此-來’便可將基座10置放 在千面上，並使電腦周邊裝置 雷腦岡诸壯μ , 々曰耵於暴座忉立起。以此將 。〇紐在基錢上，讓電關奴置 · - Jit 周，裝置4G從承载座扳動向上之操作模式。 第四操作型態：如「第7圖」直接變換成 電腦周邊㈣立錢 1」_’ 樞體22的__，_ _ 籍由移動件20之第二 ㈣4 ’而使财腦周邊裝置4 詳言之，以銘叙彼π 土度川上旋轉。 移動件20之第二樞體22(包含凸伸 _ 心R2,使得電腦月$ )乍為第二旋轉軸 文仟電關邊裝置4〇沿著第二旋 10上自由旋韓，、隹 相對於基座 疋轉進而可將電腦周邊裝置4〇之正、 欠一面位置互r。 a 11 201115301 換，以調整攝像鏡頭41戶彳攝 _在纖均崎綱腦周邊 μ — 周核置4G相對於基油立起後哪 由第一旋轉軸心R2而使電 曰 Μ Μ — 職周邊裝置40相對於基座10自由旋 轉。在本細种，係將軸邊裝置4G由正 作方式如「第7圖」至「第9圖」所示 月面八才呆 .叮丁之後，可猎由移動件20 ^體1二端_ 211在滑移槽出内形成往復位移之運 ，可使祕祕20魏鱗之_周絲置4()姆於基錢 滑動位移，以此具树立起之電魏置⑽在林座上滑動位 移之操作模式。 第六操作型態：由「第9圖」經由「第u圖」之狀態轉變為 第12圖」所示，電腦周邊裝置4〇相對於基座1〇立起後，可藉 由活動座30在基座1G上旋轉，使得活動座3()由靠攏於基座^ 之疊置位置樞轉至雜於基座1G之制位置處。如此—來，使得 活動座30與基座10之間構成一張開角度，進而提供一對應^ ^度之夾持空間，可將基座10之卡勾部12勾扣住一物件％(如液 晶顯不器等)之前緣壁面，而活動座3〇則撐抵在物件邓之後緣壁BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a carrier structure, and more particularly to a carrier structure having a computer peripheral device. [Prior Art] In recent years, software and network technologies have been continuously developed and developed, and with the hardware, the webcam with the function of video and audio communication has become quite popular. In order to meet the different placement requirements of the users, the conventional network cameras usually have a miscellaneous arrangement, so that the side can be placed on the table, placed or clamped on the 7F! The display||faces currently seen are roughly classified into a cathode ray tube (CRT) display for a desktop computer, a liquid crystal display (LCD), and a flat display used for a notebook computer. With the notebook type, there is no room for slaves to be placed on the network camera. In general, the cutting device of the lining job can not be clamped and fixed at the same time on the display of the desktop computer and the notebook computer, and it is easy to slip down, or even unable to exert any cool effect. The supporting structure of the building must have a pie-shaped width adjustment clamp design, and the combination of any kind of non-sterive needs. -Using the width of the scale _ road camera support structure, the use of two clip arms to connect each other and rely on - record correction, two green can be __ adjustment lost 201115301 holding angle 'by the different thickness of the display should be set . And the network camera frame is set on the branch #, and the network camera shoots the angle of the shooting. However, the majority of the _ road photography _ domain and volume considerations are not like the general touch camera position has a thread to adjust the distance. Most web cameras only have a simple fine-tuning of the Wei, for example, only with a single axis. If you want to adjust the focal length of the camera before and after the distance, you must rely on the user to place the network camera in the appropriate position to get the best imaging focal length. If the user changes the position of the operating computer, the chain is from a position closer to the network camera (such as video conferencing through the key recorder): Change to a farther _ proficiency check (such as hanging on the ear age line Chat) will make it impossible for the original webcam of the mosquito position to be taken out of the network again. The village _ the clearest pair of images is really inconvenient for the user to use. SUMMARY OF THE INVENTION In view of the above problems, the present invention provides a support device having a computer peripheral device, which is limited by the size of different displays, and cannot be set in a face shape. The problem on the display, as well as finding a way to take a job on the reading, can't make (4) adjust the position and angle of the use at any time. The carrier structure disclosed in the present invention is used to mount two carrier structures including a pedestal and a moving member. Wherein, the base 2: each slot, and a sliding slot is respectively disposed on opposite sides of the receiving slot. Moving member 201115301 - a first-body and a second-side body, and the opposite ends of the first-body are pivotally connected to each other in a rotatable relationship, and the second is reduced The other end of the second pivot is pivotally connected to the peripheral device of the computer. In use, the first-pivot system of the shifting arm is reciprocally displaced along the sliding groove so that the peripheral device of the computer has a moving position relative to the base by the moving member, and is moved to the position outside the receiving groove, and The storage position in the tank is accommodated. Further, the computer peripheral device is selectively rotatable relative to the base with the first pivot as a first axis of rotation or with the second pivot as a second axis of rotation. According to the present invention, the carrier structure having the power supply side device includes a computer peripheral, a base and a movable seat. Wherein, the base has a receiving groove and the movable seat is disposed at the bottom of the base and one end is pivotally connected to the base. The base has eight moving parts, and the two ends of the moving part are inserted into the accommodating groove. And the moving member further has a protruding end of the four electrical closing devices that are pivotally connected to each other, so that the peripheral device of the computer is vertically pivoted relative to the protruding end of the moving member, or the peripheral portion of the computer is placed and moved simultaneously. A horizontal pivoting is performed with respect to the base, or the peripheral device and the moving member are simultaneously linearly displaced relative to the base, and the computer peripheral device is housed inside the receiving groove of the base. The function of the invention is to adjust the pivotal angle between the computer peripheral device and the carrier (including the base and the movable seat) according to different operation modes, so that the computer peripheral device has horizontal or vertical relative to the contact dirty. Rotating motion to it, and knowing that the peripheral I can reciprocate on the carrier, and selectively remove or move the peripheral crack of the computer into the carrier. In this way, the relative positions of the computer peripheral devices on the carrier (including the base 201115301 seat and the movable seat) are changed, thereby switching the operation modes of various functions of the computer peripheral device on the carrier. In this way, the carrier on which the computer peripheral device is mounted can be stably hooked on the display device, or the carrier can be smoothly placed on the plane, and can be adjusted to the optimal use position and use angle at any time. The above description of the present invention and the following description of the embodiments are intended to be illustrative of the principles of the present invention and to provide a further explanation of the scope of the invention. [Embodiment] A carrier structure according to the present invention is connected to a computer peripheral device. The reference to the electric Wei system is limited to such as computer cameras (pc) (webeam) or money and materials, the secret of the following month, the network will be based on the network camera The preferred embodiment of the invention. However, the attached @式 only provides a reference and a _, and _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ According to the present invention, the "p" diagram is a cross-sectional view of the structure of the carrier according to the description of the present invention. "Fig. 3" is a schematic view of the first operational type of the seat structure according to the present invention. According to the transposed structure disclosed in the present invention, the installation is provided with a computer peripheral: and includes a base money and a moving member μ. For convenience of explanation, the households in the figure; XY and Z are respectively the x-axis direction, Y The axial direction and the z-axis direction, and the χ-axis direction, the Υ 向 ζ and the ζ 向 相互 are perpendicular to each other. The above-mentioned pedestal 10 is a long rectangular body, which can be defined parallel to the long side of the pedestal 1 2011 201115301 In the longitudinal direction (such as the x-axis direction in "1"), the short side of the parallel base 10 defines a horizontal axis direction ( In the "γ-axis direction" in the "Fig. 1", a receiving groove 11 is formed in the surface of the base 10, and the receiving groove η is provided for accommodating the computer peripheral device 40. Further, the opposite of the receiving groove 11 The side is respectively provided with a slip groove m. The 'slip groove 11' is disposed on the opposite side wall surfaces of the accommodating groove 11 along the longitudinal axis direction (ie, the X-axis direction). There is a hook portion 12. The hook portion 12 extends from the periphery of the base 10 toward the front end of the base, and the hook portion U is substantially perpendicular to 10 to form a hook-like structure. The moving member 20 is disposed in the base slot u and has two opposite ends and a protruding end. The opposite ends of the base are a water material 2 (' and the pointed end is a vertical The second pivot body and the second pivot body are respectively provided with a rotating shaft 2 ιι, and the 苐-hug-end rotating shafts are respectively pivotally connected in the corresponding sliding grooves (1), and the H' moving parts are respectively 2G can also form a reciprocating linear displacement motion through the rotation of the two ends of the first armature 21 (four). Further, the second end of the moving member 20; the end of the body 22 is pivoted and the second The other end of the pivot 22 is to be pivoted to the computer: phase. And the second pivot 22 is used as the second rotation axis μ, and the local rotation is set, and the first-heart R1 and the second rotation axis are== one such one, the computer position can be borrowed. Selectable by the first pivot body and the second 201115301 structural design', the first rotating axis R1 or the second axis of rotation may be rotated in a horizontal direction relative to the base or a vertical direction In addition, the carrier structure further includes a - _ 3 〇. The movable seat 3 is disposed at the bottom of the base 10, and one end of the movable seat 30 (which may be a rear end, but not limited thereto) is limited thereto. In detail, at least one connecting member 13 is provided at the end of the base ίο (ie, the rear end), and has a first shaft hole 131 on the connection (4). The movable seat 3 is provided with at least a corresponding connecting groove 3 and a third axial hole 311 penetrating through the connecting groove 31 with respect to the connection (4). When assembling, the connecting member 13 of the base 10 is first inserted into the connecting groove of the movable seat 3〇, and the first shaft hole 131 of the connecting member 13 and the second shaft hole 311 of the connecting groove 31 are corresponding to each other, and then At least the shaft 32 is disposed in the first shaft hole 131 and the second shaft hole 311. As a result, the movable seat 30 can be made to rotate relative to the base 10. So that the movable seat 30 _ is placed close to the stacking position of the base 1 (as shown in "Fig. 2"), and a swinging position away from the base 1 (as shown in "u" ). However, in the above embodiment, the combination structure of the movable seats 3 pivotally connected to the shaft holes 131, 311 and the shaft 32 of the base 1 is only a description of a preferred embodiment, but is not limited thereto. . The invention can be connected to the movable seat 30 according to the actual design requirements, and only the movable seat 3 can be pivoted to the overlapping position or the rotation relative to the base 1〇. The open position is not limited to the pivotal structure disclosed in this embodiment. In addition, in the present embodiment, the shaft 32 can be tightly fitted in the two-axis & port 9 201115301 hole 13 311, so that a tight fit produces a force, so that the movable seat Deng relative to the base 1G When pivoting, the frictional force (i.e., resistance) of the shaft 32 can be provided, and the movable seat 3G can be positioned at a fixed angle. This is only a description of the preferred embodiment, and it can also be designed by using a loop or other cassette structure to provide a fixed resistance of the movable seat 3 when the plume is turned, and the movable seat 3G is positioned. effect. The computer peripheral device 4 can indirectly perform two rotational axial movements relative to the base 1 by the rotational relationship generated between the first pivot 21 and the second pivot 22 of the moving member 20 'In order to respond to the computer's stomach, i 4 〇 in the different operating modes required. In the following embodiments, the computer peripheral device 40 is described by using a network camera as an embodiment. The network camera has a photographic lens, an optical sensing component, a sounding component or other functional electronic components, and the function of the network camera. The device is a known technology, so it will not be repeated here. Therefore, the carrier structure of the present invention provides at least the computer peripheral device 40 in the following operational modes. The first operation type, such as "Fig. 2" and "Fig. 3", indicates that the computer peripheral device 40 is housed inside the accommodating groove u of the susceptor 10. In detail, the size of the computer peripheral device 40 corresponds to the size of the matching receiving slot u, and the computer peripheral device 40 has a storage position that is moved into the receiving slot n, so that the computer peripheral device can be collected into the interior of the base 10. A camera lens 41 is exposed on the surface of the computer peripheral device 40, thereby having an operation mode for placing the computer peripheral device 4 in the carrier. The second operation type is changed from "the second picture" to the state of 201115301 via the "fourth picture": "no" by the second axis of the second axis of the shaft 211 in the slip groove 111 phase: The movement of the displacement causes the moving member 20 to drive the computer peripheral device milk base pedestal H) to move out of the accommodating groove u. In other words, the computer peripheral device 4 has an operation of moving out of the receiving slot U. The position of the left side of the computer allows the computer to be placed 4 degrees apart from the longitudinal axis (ie, the X-axis direction). The operation mode is to remove the computer peripheral device 40 from the carrier. =Operation_: From "5th figure" to "Lost" by the state of "Fig. 6": (4) After the brain peripheral device 40 is pulled out from the accommodating groove 11, the first insertion of the c can be made by slanting The frame-turning structure of the body 21 causes the computer peripheral device 4/phase 10 to be turned upside down. In detail, the moving part 2〇 flips up the object, and the _position position 6 is flipped up to a vertical position so that the base 10 can be placed on the thousand faces and the computer peripheral device is thundered. The brain is so strong, and it is set up in the violent seat. This will be used. On the basis of the money, let the power shut the slave. - Jit Zhou, the device 4G pulls the upward operation mode from the carrier. Four operation types: such as "Fig. 7" directly converted into computer peripherals (4) Li Qian 1" _' The __ of the pivot 22, _ _ by the second (four) 4 ' of the mobile 20 to make the financial brain peripheral device 4 In other words, in the name of the legendary π, the degree of rotation on the Sichuan. The second pivot body 22 of the moving member 20 (including the protrusion _ heart R2, so that the computer month $) is the second rotation axis, and the electric closing device 4 is freely rotated along the second rotation 10, and the relative The base and the lower side of the computer peripheral device can be reciprocated at the base. a 11 201115301 Change to adjust the camera lens 41 彳 彳 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Peripheral device 40 is free to rotate relative to base 10. In this sub-category, the shaft side device 4G is used in the positive mode, such as "Fig. 7" to "9th picture", and the lunar surface is only eight. After the sardine, it can be hunted by the moving parts 20 ^ body 1 _ 211 forms a reciprocating displacement in the slip groove, which can make the secret 20 Wei scales _ Zhou silk set 4 () m in the base sliding displacement, so as to establish the electric Wei set (10) sliding displacement on the forest Operating mode. The sixth operation type is as shown in Fig. 9 through the state of "uth diagram" and is shown in Fig. 12, and the computer peripheral device 4 is erected relative to the base 1 and can be moved by the movable seat 30. Rotation on the base 1G causes the movable seat 3 () to be pivoted from the overlapping position of the base ^ to the position where the base 1G is made. In this way, an opening angle is formed between the movable seat 30 and the base 10, thereby providing a corresponding clamping space, and the hook portion 12 of the base 10 can be hooked to an object% (such as LCD display, etc.) the front edge wall, while the movable seat 3〇 is supported by the edge of the object Deng
ϊϊη A 特別值得注意的是，卡勾部12勾扣物件5〇之壁面具有一第 一墊體121 ’而活動座30撐抵在物件5〇之前端壁面則具有一第二 墊體33。藉由二墊體12卜33分別增加卡勾部12與活動座扣之 12 201115301 央持端的摩擦阻力，可將 座10及綠“戰有電關邊褒置40之承载座(包括基 座及活動座30)穩固失持在一 為一顧干驻¥ 〜工所知之物件50可 極射線管顯示号等顧千M A玉极之顯不器或陰 穿置，樞齡健仰厚奴寸的顯示 展開適當㈣度，進而形賴應顯示裝置 子'夹持空間，以此具有將承载座央固物件上之操作模式。 >呆作型態··如「第9圖」直接變換成「第13圖」所示， 二上30相對於基座1〇張開一角度後，可將活動㈣置放於 平面上’並使基座1〇仰起一高度，並以移動件20之第一樞體 21調整電腦周邊裝置4〇於第一旋轉 疋轉軸〜R1之角度。以此將電腦 ,"旦:置⑽架⑤在基座1G上’讓攝像鏡頭41對—被攝物(未繪示） 吁〜像直面之擷取，以此具有將承載座站立之操作模式。 「第八操作型態：由「第9圖」經由「第14圖」之狀態轉變為 f 15圖」所示，將活動座3〇靠攏於基座10並放置在-平面後， β曰由移動件20之第-樞體21的樞轉結構，而使得電腦周邊裝 置40相對於基座1〇向下翻轉。詳言之，以移動件之第一栖體 21作為第-旋轉轴心R卜使得電腦周邊震置4〇由一垂直向的直 位置向下翻轉至一水平向的擺放位置。換言之，電腦周邊裝置 4〇相對於基座10向下翻轉後，可使得電腦周邊震置4〇正面之攝 像鏡頭41朝下，而電腦周邊裳置4〇之背面朝上，以此具有將電 月自周邊裝置4〇從承載座扳動向下之操作模式。 第九型態：如「第15圖」直接變換成「第16圖」所示，藉^It is particularly noteworthy that the wall portion of the hook portion 12 has a first pad body 121' and the movable seat portion 30 has a second pad body 33 at the end wall surface of the object member 5'. By using the two mats 12 and 33 respectively to increase the frictional resistance of the hook portion 12 and the movable seat buckle 12 201115301, the seat 10 and the green "powered off side 40" carrier (including the base and the base) Activity Block 30) Steady Lost in One for a Career in the House ¥ 〜 工 工 工 工 工 工 工 可 可 可 可 可 可 可 可 可 MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA MA The display expands to the appropriate (four) degree, and then the display device 'clamping space should be displayed, so as to have the operation mode on the central solid object of the carrier. > Staying type··" As shown in Fig. 13, after the two upper 30s are opened at an angle with respect to the base 1 , the movable (four) can be placed on the plane and the base 1 is tilted up to a height, and the moving member 20 is A pivot 21 adjusts the angle of the computer peripheral device 4 to the first rotation axis R R1. In this way, the computer, " dan: set (10) frame 5 on the pedestal 1G 'to make the camera lens 41 - the object (not shown) yoke ~ like the face to take, so as to have the operation of standing the carrier mode. "The eighth operation type: as shown in the "Fig. 9" through the "Fig. 14" state to the f 15 diagram", the movable seat 3〇 is placed close to the base 10 and placed in the - plane, β曰The pivoting structure of the first-body 21 of the moving member 20 causes the computer peripheral device 40 to be turned down relative to the base 1 . In detail, the first living body 21 of the moving member is used as the first-rotational axis R, so that the periphery of the computer is shaken 4 turns downward from a vertical straight position to a horizontal position. In other words, after the computer peripheral device 4 向下 is turned down relative to the pedestal 10, the camera lens 41 on the front side of the computer can be placed facing downward, and the back of the computer is placed on the back side of the cymbal. From the peripheral device 4〇, the downward operation mode is pulled from the carrier. The ninth type: as shown in "figure 15" is directly converted into "figure 16", by ^
ϋ S 13 201115301 由第-樞體21二端之轉軸211在滑移槽⑴之位移運動可使得 移動件20帶__邊裝置4G相對於基座iq移人容置槽Η内。 換言之，電腦周邊裝置40沿著縱軸方向(即χ轴方向）自操作位置 移入至收納位置’使得電腦周邊裝置4〇收納於容置槽u内，並 使電腦周邊裝置40之背面露出於基座1〇外，以此將攝像鏡頭^ 隱藏在基朗部，⑽細找關輕置4G之齡鏡頭41隱 藏之操作模式。 上述九種麵讀作赋，可依細者的需麵將電腦周邊 裝置4〇藉由移動件20之第一樞體21或第二樞體22而在基座1〇 上形成相對轉動_之勒，並使電_邊裝置4g可選擇性地移 出基座10,以此變化電腦周邊裝置4〇絲座1〇之間的相對位置， 進而可變魏顧邊裝置初之錄贿輯作模式，使得電腦周 邊裝置4G之攝條圍增加，以滿足使用者於實際使用時的對焦與 擺放位置的需求。 、 ^根據本發明具有電腦周邊裝置之承載座結構，其功效在於電 腦周邊裝置與承載座之間可藉由上述之移動件的各植體結構，而 开/成有相對的第—旋轉軸心或第二旋轉軸心之旋轉運動，以及電 細周邊裝置可選擇的移人或移出基座，進而使得電腦周邊裝置相 對於基座形財各種變換位置的組合。如此—來，使得裝設有電 腦周邊裝置之承载座可以敎地擺放於-平©上或是勾扣於一顯 不时上亦可以將電腦周邊裝置收納於承載座之内，以此保護攝 。兄頭不被刮傷。依此電腦周邊裳置各種位置的組合而形成有相 201115301 對應的操作模式。 雖然本發明之實施例揭露如上所述，然並非用以限定本發 明’任何熟習相關技藝者’在不脫離本發明之精神和範圍内，舉 凡依本發明申請朗所叙形狀、觀、碰及精射可做些許 之良更，ϋ此本伽之專_護細馳核 利範圍所界定者為準。 τ月寻 【圖式簡單說明】 第1圖係為根據本發明之承載座結構的分解示意圖； 第2圖係為根據本發明之承载座結構的剖面示意圖； 第3圖係為根據本發明之承載座結構的第一操作型態示意圖； 態示意圖 第4圖及第5圖係為根據本發明之承载座結構的第二操作型 -操作型 第6圖及第7圖係為根據本發明之承載座結構的第 態示意圖； 第8圖係為根據本發明之承載座結構的第四操作型態示意圖； 熊亍1G_根據本發明之承載座結構的第五操作型 型態不意圖， 第圖及第12圖係為根據本發明之承載座結構的第六操作 圖； 第13 _為根據本發明之賴麟翻第七操作型 態示意 第14圖及第15圖 係為根據本糾之承載縣構料八操作 15 201115301 型態示意圖；以及 第16圖係為根據本發明之承載座結構的第九操作型態示意 圖。 【主要元件符號說明】 10 基座 11 容置槽 111 滑移槽 12 卡勾部 121 第一墊體 13 連接件 131 第一軸孔 20 移動件 21 第一樞體 211 轉軸 22 第二柩體 30 活動座 31 連接槽 311 第二軸孔 32 軸桿 33 第二墊體 40 電腦周邊裝置 41 攝像鏡頭 16 201115301 50 R1 R2 物件 第一旋轉軸心 第二旋轉軸心ϋ S 13 201115301 The displacement movement of the rotating shaft 211 at the two ends of the first-half body 21 in the sliding groove (1) enables the moving member 20 to be moved into the groove with respect to the base iq. In other words, the computer peripheral device 40 is moved from the operation position to the storage position in the longitudinal direction (ie, the x-axis direction) so that the computer peripheral device 4 is housed in the accommodation groove u, and the back surface of the computer peripheral device 40 is exposed to the base. The camera lens ^ is hidden in the base of the base, and (10) is used to find the hidden operation mode of the 4G-old lens 41. The above-mentioned nine kinds of surface readings can be used to form a relative rotation on the base 1 by the first pivot 21 or the second pivot 22 of the moving member 20 according to the needs of the thinner. Le, and the electric_edge device 4g can be selectively removed from the base 10, thereby changing the relative position between the computer peripheral device 4 and the wire holder 1〇, and then the variable Weigu side device initial recording mode In this way, the camera surround of the computer peripheral device 4G is increased to meet the needs of the user's focus and placement position in actual use. According to the present invention, the carrier structure having the computer peripheral device has the function that the peripheral device and the carrier can be opened/formed by the respective implant structures of the moving member. Or the rotational movement of the second axis of rotation, and the optional movement of the peripheral device to move or remove the base, thereby enabling the combination of various peripheral positions of the computer peripheral device relative to the base. In this way, the carrier with the computer peripheral device can be placed on the flat or hooked on the display, and the computer peripheral device can be stored in the carrier. . Brothers are not scratched. According to the combination of various positions around the computer, the operation mode corresponding to the phase 201115301 is formed. Although the embodiments of the present invention are disclosed as described above, it is not intended to limit the invention to any skilled person in the art. Fine shots can do a little better, as defined by the scope of this gamma. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a carrier structure according to the present invention; FIG. 2 is a schematic cross-sectional view of a carrier structure according to the present invention; FIG. 3 is a schematic view of the present invention Schematic diagram of the first operational type of the carrier structure; FIG. 4 and FIG. 5 are diagrams showing the second operation type-operation type of the carrier structure according to the present invention. FIGS. 6 and 7 are diagrams according to the present invention. A schematic diagram of a fourth embodiment of the carrier structure according to the present invention; FIG. 8 is a schematic view of a fourth operational type of the carrier structure according to the present invention; Figure 12 and Figure 12 are a sixth operational diagram of the carrier structure according to the present invention; 13th is a seventh operation mode according to the present invention, and the 14th and 15th drawings are based on the correction Carrying the county structure eight operation 15 201115301 type schematic diagram; and Fig. 16 is a schematic diagram of the ninth operation type of the carrier structure according to the present invention. [Main component symbol description] 10 Base 11 accommodating groove 111 Slot groove 12 Hook portion 121 First pad body 13 Connector 131 First shaft hole 20 Moving member 21 First pivot 211 Rotary shaft 22 Second body 30 Mobile seat 31 connecting groove 311 second shaft hole 32 shaft 33 second pad body 40 computer peripheral device 41 camera lens 16 201115301 50 R1 R2 object first rotating axis second rotating axis