1363952 六、發明說明： 【發明所屬之技術領域】 電子^明和電子裝置。且特別係關於這樣一台 曰的螢幕和底座通過一種結構連接，以便於調整螢幕 視角和空間位置。 【先前技術】 發明背景 科技進步使得手提電腦和電子裝置具有多種形式 ，如筆記本 電腦(n〇teb〇〇k)、平板電腦（tablet)、個人數位助理⑽)，電子 遊戲機，勵放影機等。為方便起見，在本發明以後的敘述，“手提 電細、手提電子裝置”、“手提計算裝置，，、“便攜式電腦” 和“便攜式電子錢，，這些糊可以錢使用，⑽代表上述類 型，以及某些集上述形式於一體的電子裝置。 手提電腦通常包含底座和螢幕。電腦底座一般包含處理器、 存儲器、f子電路、及鍵盤^财底座與螢幕由樞紐(μ卿)連 接’使得螢幕可以疊合在底座之上，如圖5電腦(刪)所示。這種 、、。構無為私式設計。料殼合上時，螢幕紐。就是說，營幕 面對鍵盤。 梓殼式設計有若干缺點^其—是底座與螢幕相鄰。如果電腦 放在-個舒適的示屏觀看位置，打字時手臂和肩會不舒服，但是， 如我腦放在-個舒適的料位置’看螢幕會使頸部不舒服，這 個缺點有可能導致嚴重的與電腦相關的工傷事故。還有一個缺點 4 瓜來說有必要讓一台手提電腦變換以下多種形態： ⑴改進鮮記核_態：螢幕可關到稱,視^高度 (螢幕底線相對於底座）、及前後深度（螢幕底線相對於 底座前邊）。 ⑵共同觀看形態：這是形態⑴杨上榮幕相對於鍵盤 的位置可以左右難’另外’ g幕的則也可以左右調 整（便於多人一起看螢幕）。 (3) 平板電腦形態：螢幕面朝上，作為輸入界面，並疊合在 底座之上。 (4) 手寫輸入形態：電腦打開，螢幕在正常觀看位置，底鍵盤 的底面朝上以便用作輸入界面。 (5) 節省空間形態：手提電腦合上，底座疊放在螢幕之上以便 作為台式電腦，連同更大更好台式螢幕一起使用。 (6) 台式筆記形態Q)esk Note):螢幕和底座完全分開，以便 底座作為台式電腦，連同台式螢幕一起使用。 (Ό靈活的顯示取向形態：螢幕可以支持垂直和水平觀看的取 向。 曾有過無數解決這七種形態的試圖，其中不少是以各種方法 1363952 解決螢幕位置的調整，這些都不_ 另外有些方法僅料筆本 x㈣的何段方法。 ^ 本電腦與平板電腦之間的狀離鐘玲— 此之前，沒有-項發明能夠在 =_變。在 本細丨進哪糊， ⑴-⑺中所有或部分形態，此外還有一麵帶功能上解決 【發明内容】 發明概要 或部^Γ繼―⑽墙靖蝴⑴-⑺中所有 多手提麵包該絲螢幕，它编-條或多條 夕仏連接起來。多臂段由多條連接起來的臂段組成，1中包括 可以相對轉動_連的臂段。連接底座和螢幕的電線從多臂段裡 通過。電線也可叫從多臂段㈣過，而是制可捲起或可伸縮 的電線。 多臂段與或底座的連接可能是連接姉或簡單的接合機 制’例如，麟接❹臂段末端部分的騎。総如何，通轉動 連接螢幕的連接絲或者縣多臂段的某些部分，可以調整營幕 的視角。 手提電腦合上時，多臂段可以摺疊起來並且停放在電腦旁 邊。當螢幕在傳統觀看位置時，多臂段可以調離電腦底座的邊沿， 以便不阻礙DVD光碟及其它插座的使用。 1363952 多臂段可輯過靈活伸齡連續調錄幕的空耻置，包括 上下高度(相對於底座），前後深度(相對於底座的用戶邊緣），以 及左右寬度（螢幕在鍵盤上方)調整’螢幕的視角也可以上下調 即。虽螢幕打開至垂直位置’螢幕的視角可以左右調整。參見發 明背景，形態（1H2))。 / " 至於螢幕位置調整幅度，試考慮螢幕底邊中點相對底座底邊 的活動細。在傳稱殼式設計(看第5圖），這個幅沿著一條 預設的曲線神，此曲線半麵等於電職座和t幕之間連接枢 紐的高度。相比之下，按本發明的電腦，這個中點的活動範圍可 以疋-個二維如’此空間半徑A約為多臂段伸張後的高度。 通過臂段之_轉動和安排底座和螢幕之間如何面對對方， 手提電腦可以選擇形態⑴-⑸（參見發明背景）。螢幕也可以, 整至形態⑺’也就是營幕可以支持垂直和水平觀看的取向甚 至某一傾斜的取向。多臂段跟和底座可岐全分開。這不僅 可以把電腦調整狐_，而衫臂段可以賴例如，損壞維 修、更換色樣和大小等等）。此外，有些形態轉換也可以通、 段跟螢幕和底座可喊全分開後重新組裝來達到。 本發明涉及的手提電腦可以有選擇性地包括以下機制. •穩定機制：祕轉多臂段和螢幕已賴定的空間位置。 •轉幅限制機制:用於限定臂段圍繞關節的轉動幅度 限制的轉動引起電線及其它損壞。 …、 •鎖緊機制：防止多臂段無意中脫離螢幕和底座。 7 1363952 防翻倒的機制: 底座前傾機制: 用於防止計算機向後翻倒。 用於抬高底細改進鍵人的舒触散熱作用 根據所用多臂段的個數、每個多臂段、 臂段和電職座及躲的魏 又、、以及多 把例。本發明用到一些基本部 貫 例如技以及臂段之間的連接 :式純相敎些基本部件铜式中簡個符絲表示。現 有的機_造能力能_造岭絲本部件；並且在這裡要特別 指出是，本發明不受這絲本轉件和舰的機械實施方案的限 、電腦底座有兩面和四邊如下：鍵盤、底面（即鍵盤背面）、左 邊、右邊、前邊(即用戶邊）、後邊。螢幕有兩面和四邊如下：榮 屏、背面、左邊、右邊、上邊、底邊(從用戶角度來看）。（註：列 出底座和螢幕的這些特點是為了描述上的方便。本發明並不局 限於具有這些特點的便攜式計算機。） 第-個實施例有單條多臂段連接底座後邊以及勞幕底邊。第 二個實施财兩條多臂段’在左右兩邊分別連接底座及螢幕的對 應邊。第三個實施是第二個實施例的擴充，多臂段中的關節被換 成複合關節，以便螢幕向左右移動。第四個實施例有一條橋式多 臂段，橋的兩頭分別連接在底座的兩邊，螢幕連接在橋中段。第 五個實施是第二個實施例的擴充，二臂段被換成三臂段（以表明可 能使用兩段以上的側臂）。 8 另外’我們提出幾個有著以下共同特點的實施例：由於用於 調節螢幕視角的旋轉轴與用於調節螢幕相對底座高度的旋轉轴互 相不平行，營幕視角的調節和螢幕與底座之間相對高度的調節是 基本上獨立的。（實際上，它們所用的轉軸互相垂直。）這種特殊 性能簡化了乡臂段機綱實現並令其容易使用。 在介紹實施例時，也提及它們的一些變更設計。 【實施方式】 較佳實施例之詳細說明 第一個實施例 第6圖至第17圖疋本發明的第一個實施例。圖中手提電腦 100有單條多臂段。 、 手提電腦⑽）的透視圖，包括螢幕9〇、底座8〇、 =臂段13G。多_，段131連接到螢幕上插轴⑸， 段134連接到底座上樞軸152。柩轴151允許榮幕 Μ㈣丨轉而拖轴152允許底座繞臂段134轉動。因此， 縣螢幕如何面崎方就可吨手提電腦安排到各種 幕賴的叫馳多f段卸下，把底座和營 端’然後再把多臂段裝上。）在關節142和144 1363952 分別輔助下（此功能表示為黑圈套白圈），臂段132和i33可圍繞 關節143轉動，這種配合讓多臂段能控制樞軸151在選定的平面 上連續運動。此外，所選砰面可連續變換，此變換靠的是關節 ⑷的-個功能（表示為黑圈套白橫槓)再加闕節144對應的功 月b。因此’螢幕的位置可以在一個半徑大約為臂段既加臂段⑶ .總長度的三維空财作連續調整，而制可以__ 141的另 一功施（表示為白置槓）來調整。 • 為維持螢幕在一個選定的空間位置例如在圖6A顯示的那個 位置’關喊（14卜142，143和144)和連接樞軸（151和152)使用 了穩定卿例如雜機制和鎖緊機構。摩擦機制和鎖緊機構可以 建立在關節和連接樞轴之中；並且它們可以也是分開的部分例如 按_，滑鎖和甚而門問和勾子。並且可以在關節和連接拖轴使 用轉幅限制機制以防止轉動過度(避免損害在裡面的電鐵）。多臂 段可峨螢幕域射控觀拆下。錢释底歸叠一起時， _ 2鎖緊機構(例如⑽和勾子鎖）可以用於防止錄和底座的無 •思刀離。（4.哺討論的機制可普遍地_於本發明中的便 払式冲算機所以，我們在其他實施例的介紹不會重覆以上討 第6B圖中夕臂段的頂部分連接到電腦剛的營幕上。這部份 可用第6C圖所不的另一版本來替代。關節i4i的其中一個功能（見 第6B圖）用於5周整榮幕視角，這可以通過讓勞幕9〇繞臂段1 動來達到（見第_。營幕繞臂段131轉動的能力（見第_ 10 通過讓T形臂段繞關節147轉動來制（見第_)。而關節 142辅助臂段132作轉動的功能相當於卿⑽的—個功能（見第 6C圖中的黑圈套白圈）。關節141的一個功能（見第6β圖）表示 為黑圈套白橫槓，是通過跟關節148中對應的功能配合達成的（見 第6C圖）。 1第6D圖中的手提電腦⑽）是手提電腦刚的變更設計。在 k支更叹种，臂段腿和131b，關節⑽和在螢幕的後部的連 轴150替換了第6A圖中的臂段131和連接樞轴⑸。注意：關 即U0承擔了原來連接樞軸151所承擔的角色，並且連接柩轴⑽ 連接在螢幕的後面，這允許螢幕峨看取向在垂直觀看取向和水 平觀看取向之間進行轉換。 第6E圖是第⑽圖所示計算機的透視圖，螢幕處於垂直觀看 的取向。 第7圖是電腦1〇〇的透視圖。圖♦電腦合上。多臂段摺疊並 停放在電職座職邊82,與底㈣後邊平行。這錄置可由二疊 多臂段130來達到。 第8圖疋電腦1〇〇的透視圖。圖中電腦按常規方式打開，多 臂段摺疊並停放錢腦底座後邊82的右側（用戶角度看)，與底座 的後邊平行。這個位置可以從第7圖出發，通過圍繞關節⑷抬 起末臂段131來達到。 第9圖疋電腦1〇〇的透視圖。圖中電腦按常規方式打開，多 臂段摺疊並停放在電腦底座後邊82的左側。（從使用者的角度來 1363952 看λ與底座碰邊平行1個位置可以從第8_發，臂 圍繞關節141和144向另-旁擺絲達到。（襲中朗套白橫槓 的功能。） ^ 第10圖是_ 1〇〇的透視圖。圖中電腦按常規方式打開，營 幕豎立，多臂段摺叠並停放在離開電腦底座後邊82的位置（以避 免阻塞底座邊82的其它_，例如各種電線插解）。螢幕這個 的位置可以從第8圖出發圍繞關節141和144擺動多臂段來達到。 第11圖疋電腦100的透視圖。圖中電腦打開，螢幕升高，螢 幕朝用戶#以又離開電腦底座的後邊82。這個位置可以從第w 圖出發把多臂段130張開來達到。 第12圖是電腦丨00的左側透視圖。圖中電腦打開，螢幕豎立， 且螢幕離開其f規直立位置_戶方向偏移。這個位置可以從第 Η圖出發圍繞關節143調整臂段132和133的轉角來達到。 第13圖是電腦100的透視圖。圖中電腦打開，螢幕豎立，臂 段132和133停放近電腦底座後邊82。這個位置可以從第6A圖出 發圍繞關節141抬起臂段131來達到。 第14圖是電腦100的透視圖，圖中電腦打開、螢幕豎立背向 用戶，多臂段摺疊並停放在電腦底座後邊82,與底座的後邊平行。 14個位置可以從第8圖出發把螢幕向後轉來達到。 第U圖是電腦1〇〇的透視圖’圖中電腦合上、螢幕98向上(平 板電腦形態）。多臂段摺疊並停放在電腦底座後邊82，與底座的後 邊平行。這個位置可以從第14圖出發把螢幕向下合來達到。 12 丄 第16圖是電腦loo的透相同 現圖’圖中電腦打開，f幕98如而 前方’整個躲升高並向树靠（共同觀看職）。這個^ 從第13圖出發把螢幕90向右移來達到。 了 第1L圖是電腦的透視圖，圖中電腦合上，底座停放在螢 幕1 U衫間形態）。這個位置可以從第13圖出發通過 步驟來概総_段134轉_度，合上 翻過來底朝上。 第二個實施例 圖中電腦200 第18圖至第27圖是本發明的第二個實施例。 有兩條侧二臂段。 第18圖是第二個實施例透視圖，圖中電腦·有兩條側二臂 段，圖中螢幕升高並朝向用戶。手提電腦綱包括瑩幕⑽、底座 80、以及兩條側二臂段231和232。左臂段231 一端連接到營幕上 樞轴25卜另-端連接到底座上樞軸253。右臂段微—端連接到 螢幕上極軸252，另-端連接到底座上樞軸254。通過營幕圍繞抱 轴251和樞軸253的轉動可以調整視角。兩二臂段可以圍繞關節 241和242同時調整，這樣就可以調整螢幕的上下高度和_深度 (參見發明背景-章··改進的筆記本電腦形態），調整幅度取決= 多臂段完全·的長度。通雜織座和絲如何面向對方就可 以把手提電腦安排到各種形態’而這種調整可以通過底座及營幕 圍繞連接枢軸(25卜252 ’ 253，和254)轉動來達到。另有機關控 13 制這些末端臂段分別圍繞她251，252，253，和254可以作多大 轉動。 第19圖是電腦(200)的透視圖，齡電腦合上，多臂段摺疊。 這個位置可把螢幕面朝下再摺疊多臂段來達到。圖中展示多臂段 如何從電腦卸下。還有_以防止多f段意外地從底座和螢幕上 ’ 脫落。 第20圖是電腦(20())透視圖’電腦按常規方式打開，多臂段 • 摺疊並停放在電腦底座的左右兩邊。 第21圖是電腦(200)的透視圖。圖中電腦2〇〇打開、螢幕升 尚並朝向用戶。表明螢幕如何圍繞臂段252轉動，以及多臂段如 何圍繞裝在底座上的樞軸254轉動（本視圖沒有畫左臂）。這也機 制使得手提電腦能從當前位置過渡到第24圖至第26圖中的任一 種形態。 第22圖是電腦（200)的透視圖。圖中電腦按常規方式打開， ® 多臂段摺疊並升高以避免阻塞底座邊84作其它用途，例如DVD及 各種電線插頭等。 第23圖是電腦200的透視圖。圖中電腦打開’處在非常規的 位置上，多臂段半開並伸到電腦底座的後方。 第24圖是電腦200的侧透視圖。圖中電腦打開，榮幕9〇升 高，鍵盤朝下（手寫輸入形態）。這個位置可以從第21圖出發根據 以下兩步來達到：首先底座圍繞連接樞軸254轉到鍵盤朝下，然 後再調232。1363952 VI. Description of the invention: [Technical field to which the invention pertains] Electronic and electronic devices. In particular, the screen and the base of such a cymbal are connected by a structure to adjust the viewing angle and spatial position of the screen. [Prior Art] Background of the Invention Technological advances have made laptops and electronic devices come in many forms, such as notebook computers (n〇teb〇〇k), tablet computers, personal digital assistants (10), electronic game machines, and video players. Wait. For the sake of convenience, in the following description of the present invention, "handheld electric thin, portable electronic device", "handheld computing device,", "portable computer" and "portable electronic money, these pastes can be used for money, (10) represents the above types. And some electronic devices that integrate the above forms. Laptops usually include a dock and a screen. The computer base generally includes a processor, a memory, a sub-circuit, and a keyboard. The base is connected to the screen by a hub (μqing) so that the screen can be superimposed on the base, as shown in Figure 5 (deleted). This, ,. The structure is not designed for private use. When the shell is closed, the screen is new. That is to say, the camp is facing the keyboard. The clamshell design has several drawbacks - it is the base adjacent to the screen. If the computer is placed on a comfortable display position, the arms and shoulders will be uncomfortable when typing, but if my brain is placed in a comfortable material position, watching the screen will make the neck uncomfortable. This shortcoming may lead to Serious computer-related work-related accidents. There is also a shortcoming 4. It is necessary for a melon to change a variety of forms in one laptop: (1) Improve the fresh core _ state: the screen can be closed to the scale, the height of the screen (the bottom line of the screen relative to the base), and the depth of the front and rear (screen) The bottom line is relative to the front of the base). (2) Co-viewing form: This is the form (1) The position of Yang Shangrong's screen relative to the keyboard can be left and right. The other screens can also be adjusted left and right (for many people to watch the screen together). (3) Tablet form: The screen is facing up, as an input interface, and is superposed on the base. (4) Handwriting input mode: The computer is turned on, the screen is in the normal viewing position, and the bottom surface of the bottom keyboard is facing upwards for use as an input interface. (5) Space-saving form: The laptop is closed and the base is stacked on top of the screen for use as a desktop computer, along with a larger and better desktop screen. (6) Desktop note form Q) esk Note): The screen and the base are completely separated so that the base can be used as a desktop computer together with a desktop screen. (ΌFlexible display orientation: the screen can support vertical and horizontal viewing orientation. There have been countless attempts to solve these seven forms, many of which are to adjust the screen position by various methods 1363952, these are not _ others The method only refers to the method of the pen x (four). ^ The relationship between the computer and the tablet is away from Zhong Ling - before this, no - item invention can be changed in =_. In this fine, what paste, (1)-(7) All or part of the form, in addition to the side of the functional solution [invention] Summary of the invention or the Department of the Department of the (10) wall Jing Butterfly (1) - (7) all the multi-handle bread silk screen, it is - or more The multi-arm segment is composed of a plurality of connected arm segments, and the arm portion includes a pair of arms that can be rotated relative to each other. The wires connecting the base and the screen pass through the multi-arm segment. The wires can also be called from the multi-arm segment (4) However, it is possible to make a wire that can be rolled up or retracted. The connection between the multi-arm section and the base may be a connection or a simple engagement mechanism. For example, the end of the arm section of the arm section is ridden. Screen The wire or some parts of the county's multi-arm section can adjust the viewing angle of the camp. When the laptop is closed, the multi-arm section can be folded up and parked next to the computer. When the screen is in the traditional viewing position, the multi-arm section can be adjusted. The edge of the computer base is so as not to obstruct the use of DVD discs and other sockets. 1363952 The multi-arm section can be used to record the astigmatism of the flexible continuous-length continuous recording screen, including the upper and lower heights (relative to the base), front and rear depth (relative to the front and rear depths) The user edge of the base, as well as the left and right width (the screen is above the keyboard) can also be adjusted up and down. Although the screen is open to the vertical position, the viewing angle of the screen can be adjusted left and right. See the background of the invention, form (1H2). / " As for the screen position adjustment, consider the fineness of the midpoint of the bottom edge of the screen relative to the bottom edge of the base. In the shell design (see Figure 5), this frame follows a preset curve of the god, the half of the curve is equal to the height of the connecting hub between the electric seat and the t-screen. In contrast, in the computer according to the present invention, the midpoint can be moved in a range of two dimensions such as 'the radius A of the space is about the height after the extension of the multi-arm section. By turning the arm section and arranging how the base and the screen face each other, the laptop can select the form (1)-(5) (see the background of the invention). The screen can also be as large as the form (7)', that is, the screen can support vertical and horizontal viewing orientations or even a tilted orientation. The multi-arm section and the base can be completely separated. This not only allows the computer to adjust the fox, but the arm section can depend on, for example, damage repair, color change and size, etc.). In addition, some morphological transformations can also be achieved by re-assembling the segments and the screen and the base. The laptop computer to which the present invention relates can optionally include the following mechanisms: • Stabilization mechanism: the secret multi-arm segment and the spatial position that the screen has been determined. • Amplification restriction mechanism: used to limit the rotation of the arm segment around the joint. The rotation of the limit causes wire and other damage. ..., • Locking mechanism: Prevents the multi-arm segment from inadvertently coming off the screen and the base. 7 1363952 Anti-tip mechanism: Base forward tilt mechanism: Used to prevent the computer from tipping over. It is used to raise the bottom fine to improve the person's touch and heat dissipation. According to the number of multi-arm segments used, each multi-arm segment, arm segment and electric seat and Wei Wei, and many examples. The present invention uses some basic components, such as techniques, and the connection between the arm segments: the pure phase of these basic components, the simple ones of the copper type. The existing machine can be used to make the present invention. The invention is not limited by the mechanical implementation of the wire and the ship. The computer base has two sides and four sides as follows: keyboard, The bottom surface (ie the back of the keyboard), the left side, the right side, the front side (ie the user side), and the back side. The screen has two sides and four sides as follows: glory, back, left, right, top, bottom (from the user's point of view). (Note: These features of the base and the screen are listed for convenience of description. The present invention is not limited to a portable computer having these features.) The first embodiment has a single multi-arm section connected to the rear of the base and the bottom edge of the screen . The second implementation of the two multi-arm sections is connected to the base and the corresponding side of the screen on the left and right sides. The third embodiment is an extension of the second embodiment in which the joints in the multi-arm segments are replaced with composite joints so that the screen moves to the left and right. The fourth embodiment has a bridge type multi-arm section, the two ends of which are respectively connected to both sides of the base, and the screen is connected to the middle section of the bridge. The fifth embodiment is an extension of the second embodiment, the two arm segments being replaced with three arm segments (to indicate that more than two side arms may be used). 8 In addition, we propose several embodiments with the following common features: since the rotating shaft for adjusting the viewing angle of the screen is not parallel to the rotating shaft for adjusting the height of the screen relative to the base, the adjustment of the viewing angle and the screen and the base are The relative height adjustment is essentially independent. (Actually, the axes they use are perpendicular to each other.) This special feature simplifies the implementation of the home sector and makes it easy to use. Some of their design changes are also mentioned when introducing the embodiments. [Embodiment] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First Embodiment Fig. 6 to Fig. 17 show a first embodiment of the present invention. In the figure, the laptop 100 has a single multi-arm section. , a perspective view of the laptop (10), including a screen 9 〇, a base 8 〇, and an arm section 13G. Multiple _, segment 131 is connected to the on-screen spool (5), and segment 134 is coupled to the base pivot 152. The yoke 151 allows the glory 四 (4) to rotate and the towing shaft 152 allows the base to rotate about the arm section 134. Therefore, how the county screen can be arbitrarily arranged for the various laptops to be unloaded, and the base and the camp ‘and then the multi-arm section. With the aid of joints 142 and 144 1363952 respectively (this function is shown as a black circle white ring), arm segments 132 and i33 can be rotated about joint 143, this fit allows the multi-arm segment to control pivot 151 continuously on the selected plane motion. In addition, the selected facets can be continuously changed. This transformation relies on the function of the joint (4) (represented as a black circle with a white bar) plus the power b of the knot 144. Therefore, the position of the screen can be adjusted continuously at a radius of about the arm segment plus the arm segment (3). The total length of the three-dimensional empty money is continuously adjusted, and the system can be adjusted by another function of __ 141 (expressed as a white bar). • Stabilization, such as hybrid mechanisms and locking mechanisms, is used to maintain the screen in a selected spatial position such as the position shown in Figure 6A (14 Bu 142, 143 and 144) and the connecting pivots (151 and 152). . The friction mechanism and the locking mechanism can be built into the joint and the connecting pivot; and they can also be separate parts such as _, slide lock and even door and hook. It is also possible to use a swivel restriction mechanism on the joint and the connecting tow to prevent over-rotation (to avoid damaging the electric iron inside). The multi-arm section can be removed from the screen field. When the bottom of the money is stacked together, the _ 2 locking mechanism (such as (10) and the hook lock) can be used to prevent the recording and the base from being separated. (4. The mechanism of the discussion can be universally used in the notebook computer of the present invention. Therefore, the introduction of other embodiments will not repeat the above-mentioned section of the upper arm section of Figure 6B connected to the computer. On the front of the camp. This part can be replaced by another version of Figure 6C. One of the functions of the joint i4i (see Figure 6B) is used for the 5-week full-fledged viewing angle, which can be done by letting the curtain 9 The winding arm section 1 is moved to reach (see _. The ability of the camp to rotate around the arm section 131 (see _10 by making the T-arm section rotate around the joint 147 (see _).) The joint 142 auxiliary arm The function of the rotation of the segment 132 is equivalent to the function of the (10) (see the black circle of the black circle in Fig. 6C). One function of the joint 141 (see the 6th figure) is expressed as a black circle with a white bar, which is through the joint The corresponding function of 148 is achieved (see Figure 6C). 1 The laptop (10) in Figure 6D is the design change of the laptop. In the k-segment, the arm leg and the 131b, the joint (10) and The rear axle 150 of the screen replaces the arm section 131 and the connecting pivot (5) in Fig. 6A. Note: the U0 bear Originally connected to the role of the pivot 151, and the connecting shaft (10) is connected behind the screen, which allows the screen viewing orientation to be switched between the vertical viewing orientation and the horizontal viewing orientation. Figure 6E is the computer shown in Figure (10). The perspective view, the screen is in a vertical viewing orientation. Figure 7 is a perspective view of the computer. Figure ♦ The computer is closed. The multi-arm section is folded and parked in the electric seat 82, parallel to the back of the bottom (four). The recording can be achieved by the two-fold multi-arm section 130. Figure 8 is a perspective view of the computer 1〇〇. The computer is opened in a conventional manner, and the multi-arm section is folded and parked on the right side of the rear side of the brain base 82 (user perspective) Parallel to the rear side of the base. This position can be reached from Figure 7 by lifting the last arm section 131 around the joint (4). Figure 9 is a perspective view of the computer 1〇〇. The computer is opened in the usual way. The arm segment is folded and parked on the left side of the rear edge 82 of the computer base. (From the perspective of the user, 1363952 sees that λ is parallel to the base collision. One position can be from the 8th hair, and the arm swings around the joints 141 and 144 to the other side. Reached The function of the white bar is set.) ^ Figure 10 is a perspective view of _ 1 。. The computer is opened in the normal way, the battalion is erected, the multi-arm section is folded and parked at the position 82 away from the back of the computer base ( To avoid blocking other _ of the base side 82, such as various wires, the position of the screen can be achieved by swinging the multi-arm section around the joints 141 and 144 from Fig. 8. Fig. 11 is a perspective view of the computer 100. The computer is turned on, the screen is raised, and the screen is directed toward the user # to leave the rear side 82 of the computer base. This position can be reached by opening the multi-arm section 130 from the w-th image. Figure 12 is a left-side perspective view of the computer 丨00. The computer is turned on, the screen is erected, and the screen is moved away from its straight position. This position can be achieved by adjusting the corners of the arm segments 132 and 133 around the joint 143 starting from the first map. Figure 13 is a perspective view of the computer 100. In the figure, the computer is turned on, the screen is erected, and the arms 132 and 133 are parked near the back of the computer base 82. This position can be reached by lifting the arm section 131 around the joint 141 from Fig. 6A. Figure 14 is a perspective view of the computer 100 in which the computer is opened, the screen is erected back to the user, and the multi-arm section is folded and parked behind the computer base 82, parallel to the rear of the base. The 14 positions can be reached by turning the screen back from Figure 8. Figure U is a perspective view of the computer. The computer is closed and the screen 98 is up (board computer form). The multi-arm section is folded and parked behind the computer base 82, parallel to the rear of the base. This position can be reached by starting the screen down from Figure 14. 12 丄 Figure 16 is the same as the computer loo. The computer in the picture is open, and the screen f is 98. The front is raised and the tree is raised (to watch the job together). This ^ starts from the 13th picture and moves the screen 90 to the right to reach. The 1L picture is a perspective view of the computer. The computer is closed and the base is parked in the shape of the screen. This position can be started from the 13th figure by step _ 134 _ _ degrees, close up and turn up the bottom. SECOND EMBODIMENT Fig. 18 to Fig. 27 of the computer 200 are a second embodiment of the present invention. There are two side two arm sections. Figure 18 is a perspective view of a second embodiment in which the computer has two side arms, the screen being raised and facing the user. The portable computer program includes a screen (10), a base 80, and two side two arm sections 231 and 232. One end of the left arm section 231 is connected to the camping pivot 25 and the other end is connected to the base upper pivot 253. The right arm section is micro-end connected to the upper screen shaft 252 and the other end is connected to the base upper pivot 254. The viewing angle can be adjusted by the rotation of the camping around the axle 251 and the pivot 253. The two arms can be adjusted simultaneously around the joints 241 and 242, so that the upper and lower heights and depths of the screen can be adjusted (see Background of the Invention - Chapter · Improved Laptop Form), the adjustment depends on the length of the multi-arm section. . By adjusting the weaving seat and the wire to each other, the laptop can be arranged in various forms' and this adjustment can be achieved by rotating the base and the curtain around the connecting pivots (25b 252 '253, and 254). Another mechanism controls these end arm segments around which 251, 252, 253, and 254 can be rotated. Figure 19 is a perspective view of the computer (200), the age computer is closed, and the multi-arm section is folded. This position can be achieved by folding the screen face down and then folding the multi-arm section. The figure shows how the multi-arm section is removed from the computer. There is also _ to prevent multiple f-segments from accidentally falling off the base and the screen. Figure 20 is a computer (20 ()) perspective view 'The computer is opened in the usual way, multi-arm section • Folded and parked on the left and right sides of the computer base. Figure 21 is a perspective view of the computer (200). In the picture, the computer 2 is turned on, the screen is raised, and the user is facing. It is shown how the screen rotates about the arm section 252 and how the multi-arm section rotates about the pivot 254 mounted on the base (the left arm is not shown in this view). This also allows the laptop to transition from the current position to either of Figures 24 through 26. Figure 22 is a perspective view of the computer (200). The computer is opened in the usual way, ® the multi-arm section is folded and raised to avoid blocking the base side 84 for other purposes, such as DVDs and various wire plugs. Figure 23 is a perspective view of the computer 200. The computer is turned on in the unconventional position, and the multi-arm section is half-opened and extends to the rear of the computer base. Figure 24 is a side perspective view of computer 200. In the picture, the computer is turned on, and the screen is raised by 9 inches, and the keyboard is facing down (handwriting input form). This position can be achieved from Figure 21 according to the following two steps: first the base is pivoted around the connecting pivot 254 to the keyboard down, then 232 is adjusted.
丄 JO：WZ 第25圖是電腦200側視圖。圖中電腦按常規方式合上 段摺疊’螢幕朝向鍵盤。 第26圖是電腦200側視圖。圖中電腦合上，多臂段摺疊，螢 幕朝上並停放在底座上面（平板電腦形態）。這個位置可以從;'第Μ 圖出發根據以下幾步來達到：首先底座圍繞連接鄉况轉到鍵 盤朝下’在第21财往右_把衫段（即正常情況下多臂段開 關的相反方向）’然後，合上S幕，觀看屏面朝上。 第27圖是電腦200側視圖。圖中電腦合上，多臂段摺疊，營 幕朝上。（4疋另-種設計，用來支持平板電_態。在這個特殊 的設計’料f段的長度有某種程度的限制。） 第三個實施例 第28圖至第33圖是本發明的第三個實施例。圖中電腦3〇〇 • 電月& 2〇〇的側多臂段換成改進型的多臂段，第三個實施例是第 二個實施侧改進。這是為了允許螢幕姆底座左右移動。 第28A ®是第三個實施例手提電腦(300)的透視圖。把電腦 2〇〇的側多臂段（231和232)换成一對不同的多臂段（如第28B 圖所示）。第二個實施例是第二個實施例的改進，新的多臂段有 两個新增加的複合關節341和345(另一多臂段有關節342和⑽。 新增加的複合關節允許多臂段的中間段從電腦(300) 的邊緣擺 開’從而使螢幕往旁邊移動（如第33圖所示）。往旁邊的移動使 15 1363952 用了關¢341 >345 >342和346的-個功能（表示為黑圈套白横積）。 黑圈套白圈所代表的功能在於通過與中部關節343和3私進行合 作，摺疊和舒展長臂段333、335、334和336。第三個實施例賴 300不但保留了第二個實施例電腦2〇〇的所有允許的位置和形態， 还允許螢幕往旁邊移動（共同觀看形態）。 第28B圖是電腦200和多臂段231和232(第18圖）以及一對 代用多臂段的拆分視圖。把這-對代用多臂段換上就得到第三個 鲁實施例手提電腦（如第28A圖所示）。 第29圖是電腦300的透視圖，電腦合上，多臂段指疊。 f 30圖是電腦3GG的透視圖。圖中電腦按常規方式打開，多 臂段摺疊並停放在底座80的左右兩邊。 第31圖是電腦300的透視圖。圖中電腦打開，多臂段指疊並 從電腦背後伸出去。這個位置可以從第28A圖出發圍繞關節二3 _和344摺疊多臂段來達到，這跟電腦按常規合上時多臂段的摺疊 方向相反（如第29圖所示）。 第32圖是電腦300的透視圖。圖中電腦打開，多臂段指7疊從 電腦背後伸出並橫向轉離電腦。從第31 _發，這做置可以通 過分別圍繞關節341和345轉動中間臂段333和335來達到（同 時’圍繞關節342和346轉動中間臂段334和336)。這個位置把 臂段333、335、334和336放在同—平面上。這是為第33圖所示 位置作準備。 第33圖是電腦300的透視圖。 圖中電腦打開，多臂段伸開， 16 丄 榮幕升高，並朝電腦右方伸出去（從使用者的角度來看）。從第32 圖出發，這個位置可以通過同時移動臂段咖和咖還有臂段微 和336來達到，攻同時移動是可能的，因為第％圖作準備時已經 把它們調在同一平面上。 第四個實施例 η. _ • 第34圖至第39圖是本發明的第四個實施例。圖中電腦400 有一條橋式多臂段。 第34Α圖是手提電腦(4〇〇)的透視圖。手提電腦働有一條橋 式多臂段，圖中營幕升高並朝向用戶。手提電腦棚包括螢幕 90、底座80、以及一條橋式多臂段彻。橋式多臂段臂段柳和 434刀別連接底座上樞軸451和452，而中間臂段連接到營幕 上的掩軸450。營幕的視角可以通過臂段棚相對於關節441和 • 442的轉動來调整。營幕可以圍繞樞軸450轉動。上部臂段431 和432可同時調整(相似地，下部臂段433和倾可同時調整）。 為整側臂段断以連續碰螢幕的高度和深度。調麵度取決於 這二側又的長度。通過控制底座87和螢幕98如何面向對方就 可以把手提電腦安排到各種形態。還有鎖用以防止多臂段意外地 從底座和螢幕上脫落。（第39圖表日移臂段如何從底座和螢幕上 完全卸下。）另有機關控制這些末臂段分別圍繞樞軸450、451和 452可以作多大轉動。 17 第34B圖是電腦400的一個變更执 侧臂段432和434如局部側透視圖。表明 拔7 _即和底座作轉。這-變更設計替 螢幕和計算機棚的橋式多臂段之間的連接機制。 第34C圖是電腦400的另一變更今 式多臂段連接到底座的後邊和營幕的^邊在這一變更設計，橋 第35圖是電腦棚的透視圖。電腦按常規方式打開。 第36圖是電腦棚的透視圖。電腦按常規方式合上。 第37圖是電腦棚的透視圖。圖中電腦打開，多臂段指疊， 鸯幕背對用戶。從第35圖出發，這條置可以通過營幕在極抽· 圍繞所連接的臂段轉動來達到。 第38圖是電腦棚_透視圖。圖中電腦合上，多臂段摺疊， 螢幕朝上。從第37圖出發，這個位置可以通過螢幕向下合上來達 到。 第39圖是電腦棚的透視圖，圖中多臂段從電腦底座刖及 螢幕90上卸下來。 第五個實施例 第40圖至第44圖是本發明的第五個實施例。圖中電腦5〇〇 是電腦200的改進，它在電腦2〇〇的兩條多臂段上各加了 一段。 目的是為了表明側臂可以超過兩段。 第40A圖是手提電腦（5〇〇)的透視圖。電腦5〇〇有兩條側三臂 段’圖中螢幕升高並朝向用卜手提電腦5⑽包括營幕9G、底座 80以及兩條二臂段分在左右兩側。手提電腦5〇〇的可雛及允 7的形態與電腦200相同。第41A圖顯示臂段、關節、錢框袖 是如何可調的，它們允許電腦500從當前位置轉換到第41圖至第 44圖所示的各位置。 θ 第40Β圖是手提電腦(500)的變更設計，這一變更設計增加 了—水平臂段連接左邊和右邊❹臂段。這把兩條分開^多^段 變成一條連接底座和螢幕的左右兩邊的橋式多臂段。在實際應用 中，這條新增加的水平臂段提高了多臂段結構的穩定性。 第41Α圖是手提電腦(500)的側透視圖。圖中榮幕升高並朝向 用戶、鍵盤朝上。 第41Β圖是手提電腦(500)的側透視圖。圖中營幕升高並朝向 用戶’鍵盤朝下（手寫輸入形態）。這個位置可以從第ω圖出發 根據以下幾步來達到：首先底座圍繞樞軸554轉，舒展多臂段下 兩段’然後在相反方向繞樞軸554略為權疊他們，再繞樞軸啦 轉動螢幕。 第42圖是電腦⑽）的側透視圖，電腦按常規方式合上，多 臂段摺疊。 第43圖是電腦（500)的側透視圖，電腦合上，多臂段摺疊， 螢幕朝上（平板電腦形態）。 第44圖是電腦(500)的側透視圖，電腦合上，多臂段摺疊， 底座停放在螢幕上面，鍵盤朝上（節省空間形態）。 19 螢幕的上升和螢幕視角的調節互相獨立 在這。h ’我們根據本發明描述便攜式計算機的幾個實施 例k些實施例有-種共同特點：由於用於調節螢幕視角的旋轉 轴與用於調錢幕相對底座高度的旋轉軸互相*平行，螢幕視角 的調節（螢幕向上轉向用戶’向下轉向底座）和螢幕與底座之間 相對高度的調節是基本上獨立的。（在許錯況下，這些軸互相是 垂直的。）這種特點簡化了多臂段機制的實現並令其容易使用。 第45圖所示的手提電腦（6〇〇)是本發明的第六個實施例。通 過臂段633和634圍繞聯接643和連接樞軸652的相對轉動，多 臂段可以張開和合攏，從而上下左右、移動螢幕。通過臂段631 圍繞關節641的轉動，螢幕視角可以上下調節（螢幕向上對着用 戶向下對着鍵盤87)。螢幕通過連接樞轴651可以圍繞臂段631 左右轉動；因此，當螢幕和底座折疊在一起時，螢幕既可以面對 底座（即常規筆記本關閉位置）或背對底座（平板電腦形態）。 這一實施例的一個特點是螢幕視角的調節與多臂段的張開和合搬 是基本上的獨立行動，這是因為在這一實施例中支持的螢幕視角 的旋轉軸（通過聯接641)與抬高螢幕的旋轉轴互相是垂直的。因為 底座可以在與臂段634末端的連接處652圍繞臂段634轉動，鍵 盤可以調到朝上或朝下（手寫輸入形態）。 手提電腦600有五條轉動軸用於臂段、螢幕和底座的相對轉 20 1363952 動。如果連接_ 651被不可旋轉的連接機㈣換，這-手提電 腦將有四條轉動轴，軸不夠靈活，但它仍將支持打開，合上， 螢幕視角調節和抬高螢幕的功能。 第46圖所示的電腦⑽）是手提電腦(_的-個變更設計， 這-變更料通過増加_部分提高多臂段的敎性。這一變更 設計保留了卿f幕視賴抬高和降低螢幕基本上獨立的特點。 /主.653可以疋固疋的連接以提高穩定性也可以是可旋轉的連接 • 樞軸以支持手寫輸入形態。 第47圖所不的電腦⑽2)是手提電腦⑽_另—種變更設 计’這-變更設計也是通過增加對稱部分提高多臂段的穩定性。這 -變更設計㈣了調節螢幕視肖與抬高和降低螢幕基本上獨立的 特點。連接機制654和655是樞軸。 第48圖所示的手提電腦（)是本發明的第七個實施例。這 藝台計算機有兩條分開的結構相似的多臂段。在這裡我們只需描述 右邊的多臂段（從用戶的角度看），左邊的多臂段有類似的結構與 功能。右臂與螢幕連接在固定的連接點751，右臂與底座用連接樞 軸752連接，臂段731和732可繞關節741相對轉動，這轉動用 以調筇螢幕的視角；臂段733和734可繞關節743相對轉動，這 轉動用以升高和降低螢幕。 第49圖是電腦（700)的後面透視圖。電腦7〇〇在一個常規打 開位置，多臂段摺疊並停放在電腦底座的後邊82。 第50圖是電腦（700)的後面透視圖。電腦7〇〇合上，多臂段 21 1363952 摺疊並停放在電腦底座的後邊82,與底座的後邊平行。 第51圖’ f 52圖和第53是手提電腦(7〇〇)的三種變更設 計。這些變更設計中的每-個，多臂段都是用連接樞軸連接· 幕。多臂段機制的功能在計算機700, 7〇1，7〇2和7〇3中是相 似的。 ^ 防打翻機制和底座前傾機制 第54圖所示的防打翻機制和底座前傾機制可本發明所 描述的便攜請算機上。第54A圖是可加解臂段上的附加部分 Π1和172 〇第54B圖是防打翻機制也可接到底座。〇73和⑺ 可轉動地連接底座。）第54C圖顯示了 173和174也可以用作底 座前傾機制。生：在本發明的防打翻機制的和底座前傾機制中， 多臂段的附加部分(例如m、172、173和174)和它們在計算機的 鲁連接部件可以是可旋轉的，可滑動的，可折疊的，不可折疊的， 可伸張’可撤回，可伸長，可縮短，可控制地拆開等等。在這裡 需要特·出的是：在此所述的防打翻機制和底座前傾機制適用 於本發明中所有便攜式計算機。 β本發明可料種不同之形式來實施。在此描述的幾個實施例 僅是為了說明本發明之原理，不應作為本發明之限制。這裡提出 的實施方案私了方便卿本發_驗及，以便在本技術 項域的技術人員可以有效地利用本發明及其不同的實施形式。 22 丄 本發明的保護範圍由申請專利範圍限定。 【圖式簡單說明】 主要元件符號說明 第1圖是元件清單，絲在柯情況巧段的一段。 第2圖是元件料，用在圖式中絲树臂段⑽可能的相 第3圖是το件清單’絲在㈣情況下多臂段可以跟榮幕和 底座連接和分離。 第4圖列出手提電腦_幕和総。躲和底座在所有實施 例的圖式巾將使用姻的標號。（第4A圖表示手提電腦的榮幕。 第4B圖表示手提電腦的底座。） 第5圖是按蚌殼式設計的手提電腦打開時的透視圖。 第一個實施例 第6A圖疋根據本發明的電腦（丨⑼）的第一個實施的透視圖， 它只有一條多臂段處在半開的位置。 第6B圖是展開圖，多臂段的頂部連接電腦（1〇〇)的螢幕。 第6C圖是第6B圖甲電腦（1〇〇)頂部的一個可能的替代。 第6D圖是手提電腦1〇〇的變更設計可以支持螢幕垂直和水 平觀看的取向。 第6E圖是第6D圖所示計算機的透視圖，螢幕處於垂直觀看 23 1363952 的取向。 第7圖是電腦1〇〇合上的透視圖。多臂段摺疊停放在電腦 底座後邊82並與底座的後邊平行。 第8圖是電腦100的透視圖。圖中電腦按常規方式打開螢幕， 夕靡#又摺，停放在電腦底座的後邊82,並與底座的後邊平行。 第9圖是電腦100按常規方式打開螢幕後的透視圖，圖中多 ί/又摺豐’停放在電腦底座的後邊82,並與底座的後邊平行。 第1〇圖是電腦100的透視圖❶圖中電腦按常規方式打開，螢 幕豎立，多臂段摺疊並停放在離開電腦底座的後邊82的位置上。 第11圖是電腦100的透視圖，圖中螢幕升高並朝向用戶，多 臂段離開電腦底座的後邊82。 第12圖是電腦1〇〇的左邊透視圖，圖中電腦打開、榮幕升高、 離開常規直立的位置並偏向用戶一方。 第13圖是電腦1〇〇的透視圖’圖中電腦打開、螢幕升高。 第14圖是電腦1〇〇的透視圖，圖中電腦打開、螢幕豎立並面 對後方’多臂段摺疊並停放在電腦底座後邊82，且與底座的後邊 平行。 弟15圖疋電腦1〇〇的透視圖’圖_電腦合上、營幕98朝上（平 板電腦形態）。 第16圖是電腦1〇〇的透視圖，圖中電腦打開，螢幕98朝向 前方’整個螢幕升高並向右邊靠（共同觀看形態）。 第Π圖是電腦100的透視圖，圖中電腦合上，底座停放在營 24 1363952 幕上面（省空間形態）。 第二個實施例 第18圖是電腦(200)的透視圖。這是本發明的第二個實施 例’它有兩條側二臂段。圖中電腦打開，螢幕升高並朝向用戶。 . 第19圖是電腦（2〇〇)的透視圖。圖中電腦合上，多臂段摺疊。 ， 圖中展示多臂段如何從電腦卸下。 鲁 f 20圖是電腦(200)的透視圖，圖中電腦按常規方式打開。 第21圖是電腦（200)的透視圖。圖中電腦打開、螢幕升高並 向前移向用戶。 第22圖是電腦（200)的透視圖。圖中電腦按常規方式打開， 多臂段摺疊並升高以避免阻塞底座邊84的其它用途，例如DVD及 各種電線插頭等。 第23圖是電腦200的透視圖。圖中電腦打開，處在非常規的 φ 位置上，多臂段半開並伸到電腦底座的後方。 第24圖是電腦200的側透視圖。圖中電腦打開，螢幕9〇升 高，鍵盤朝下(手寫輸入形態）。 第25圖是電腦200側透視圖。圖中電腦按常規方式合上，多 臂段摺疊，螢幕與鍵盤面對面。 第26圖是電腦200側透視圖。圖中電腦合上，多臂段摺疊， 螢幕朝上並停放在底座上面（作平板電腦形態）。 第27圖是電腦200側透視圖。圖中電腦合上，多臂段摺疊， 25 1363952 螢幕朝上。 第三個實施例 第28A圖是電腦(300)的透個，這是本發明的第三個實施 例。 第28B圖是電腦200和多臂段231和232(第18圖）以及一對 代用多臂段的拆分視圖。把這一對代用多臂段換上就得到第三個 實施例手提電腦（如第28A圖所示）。 第29圖疋電腦300的透視圖。圖中電腦合上’多臂段摺A並 停放在底座80的左右兩邊。 第30圖是電腦300的透視圖。圖中電腦按常規方式打開，多 臂段摺疊並停放在底座80的左右兩邊。 第31圖是電腦300的透視圖。圖中電腦打開，多臂段摺叠並 從電腦背後伸出去。 第32圖是電腦300的透視圖。圖中電腦打開，多臂段摺叠從 電腦背後伸出並橫向轉離電腦。 第33圖是電腦300的透視圖。圖中電腦打開，多臂段半伸開， 螢幕半升高並朝電腦右方伸去(從用戶角度看）。 26 1363952 第四個實施例 >第34A圖是手提電腦(400)的透視圖。這是本發明的第四個實 %例。&個實施例只有—條橋式多臂段，圖巾螢幕升高並朝向用 戶。 第34B圖是電腦400變更設計的局部側透視圖，釘不同的 連接方法連接螢幕與橋式多臂段。 、第34C圖是電腦棚的另一種變更設計。在這一變更設計， 橋式多臂段連接到底座的後邊和到絲的左右邊。 第35圖是電腦權的透視圖。電腦按常規方式打開。 第36圖是電腦棚的透視圖。電腦按常規方式合上。 第37圖是電腦4〇〇的透視圖。圖中電腦打開，多臂段摺疊， 螢幕背對用戶。 第38圖是電腦4〇〇的側透視圖^圖中電腦合上，多臂段摺疊， 螢幕朝上。 第39圖是電腦4〇〇的透視圖，圖中多臂段從電腦底座8〇及 螢幕90上卸下來。 第五個實施例 第40A圖是手提電腦(500)的側透視圖。這是本發明的第五個 實施例。這個實施例有兩條侧三臂段，圖中螢幕升高並朝向用戶。 第40B圖是手提電腦（5〇〇)的一個變更設計，這一變更設計 27 1363952 a力了水平臂段連接左邊和右邊的多臂段。 第41A圖是手提電腦(5〇〇)的側透視圖。 第41B圖是手提電腦⑽）的側透視圖。圖中勞幕升高並朝向 用戶、鍵盤朝下（手寫輪入形態）。 第42圖是電腦(500)的側透視圖。圖中電腦按常規方式合 上、多臂段摺疊。 第43圖是電腦（500)的側透視圖。圖中電腦合上、多臂段摺 疊、螢幕朝上(平板電腦形態）。 第44圖是電腦（500)側透視圖。圖中電腦合上、多做摺疊、 底座停放在螢幕上面、鍵盤朝上（省空間形態）。 螢幕的上升和螢幕視角的調節互相獨立 第45圖所示的手提電腦（600)是本發明的第六個實施例。 第46圖所示的電腦（601)是手提電腦（600)的一個變更設計， 這一變更設計通過增加對稱部分提高多臂段的穩定性。 第47圖所示的電腦（602)是手提電腦（6〇〇)的另一個變更設 計，這一變更設計也是通過增加對稱部分提高多臂段的穩定性。 第48圖所示的手提電腦（700)是本發明的第七個實施例。 第49圖是電腦（700)的後面透視圖。電腦7〇〇在一個常規打 開位置。 第50圖是電腦（700)的後面透視圖。電腦7〇〇合上。 28 1363952 第51圖所示的電腦（701)是手提電腦(7〇〇)的一個變更設計， 多臂段的上面部分與手提電腦⑽）的對應部分不同。 ， 第52圖是手提電腦（7〇〇)的另一變更設計。 第53圖是手提電腦（700)的又一變更設計。 防打翻機制和底座前傾機制 第54圖顯示可用於本發明所描述的便 機制和底座前傾機制。 飞彳异機上的防打翻 在本發明的圖式中，為了晝圖的方便，第卜3圖列出了一此 符號以代表做、雜和姆勒叹臂段祕 座的連接。應該指出這裡只列出那些直接用在圖式的符號，這此 :列崎為了描術便，並爛不代表本發明的所有 對轉動 第2圖是元件清單，用在圖式巾表示相連臂 段之間可能的相 第2A圖表示一個關節’連接的兩臂段可 平行的平面上轉動。 以圍繞此關節在兩個 同軸在同 第2B圖表示-個關節，此關節讓連接的兩臂 一平面上轉動。 又凡 第2C圖表示-個關節，此關節讓連接的兩臂段圍 平面上作獨立轉動’且兩臂段在摺合時不會重叠二二 圖時用哪-種。） 1視角將决疋晝 29 第2D圖表示-個關節，此關節讓 的方向獨立轉動。 冉仅、凡Η軸朝相反 弟2Ε圖是兩關節和三臂段έ 仃用薛⑽關人+ 5的透視圖。目的是為了說明如 段更靈活地轉動。臂段側可以圍 =:)圍、』_作轉動可以改變所敎的平面。如果把 立=7_，_段831和833可以在不同的平面城 ::=使_33保持不㈣段8 二Γ:Γ，而且’臂段831可以自行選定-個平面。進 步况，即便臂段833不動， . ^ k k疋的平面還是可以改變。在 看Γ= ’如果+段832較短，我們可以把這種關節的組合 =Τ關節’這種複合關節讓臂段83丨和833獨立轉動。 同樣地，我們有第2F圖中的符號。 第2F圖中的關節允許兩臂段圍繞兩條轴線獨立地在兩個平 =Γ這可以有若干變更設計。(這裡只畫出了兩種七 ^ ^圖相哪―種…般來說’這麵節的標記為-個圈 内含以下三個符號中的兩個··白色橫槓、白色暨槓、和白色圈， 方j 又轉動時所在的平面。我們通常使用白色橫槓來表明 i &可轉動的平面平行於手提電腦的底座。我們使用的白色 且相來表明段可轉_平面垂直於手提電腦的底座，而這 固平面攸透韻角度看只成了 我觸使用白㈣來表明 目關臂&可_的平_直於手提電腦的絲，但此平面從透視 30 1363952 的角度看至少部分可見。（這種記號方法有點類似於三維坐標，作 並非如此’因為這裡三個平面無須同時相互垂直。在工程實現時 這種關節可由複合關節代之。） 第2G圖中的關節允許臂段82i圍繞臂段834轉動。 第2H圖中的關節允許臂段822圍繞臂段835轉動。丄 JO: WZ Figure 25 is a side view of the computer 200. In the picture, the computer is closed in the normal way. The screen is facing the keyboard. Figure 26 is a side view of the computer 200. In the picture, the computer is closed, the multi-arm section is folded, the screen is facing up and parked on the base (tablet form). This position can be achieved from the following; the first step is achieved according to the following steps: first the base is connected to the home state and the keyboard is turned down. In the 21st fiscal to the right _ the shirt segment (that is, the opposite of the multi-arm switch under normal conditions) Direction) ' Then, close the S screen and watch the screen face up. Figure 27 is a side view of the computer 200. In the picture, the computer is closed, the multi-arm section is folded, and the curtain is facing up. (4 疋 another design to support the plate _ state. In this particular design 'the length of the f segment has a certain degree of limitation.) The third embodiment 28 to 33 is the present invention The third embodiment. In the figure, the computer 3〇〇•Electric Moon & 2〇〇 side multi-arm section is replaced with a modified multi-arm section, and the third embodiment is the second implementation side improvement. This is to allow the screen base to move left and right. The 28A® is a perspective view of the third embodiment of the laptop (300). Replace the side multi-arm sections (231 and 232) of the computer with a pair of different multi-arm sections (as shown in Figure 28B). The second embodiment is a modification of the second embodiment, the new multi-arm segment has two newly added composite joints 341 and 345 (the other multi-arm segment has joints 342 and (10). The newly added composite joint allows for multiple arms The middle section of the segment is swung from the edge of the computer (300) to move the screen sideways (as shown in Figure 33). The movement to the side makes 15 1363952 use 341 >345 >342 and 346 - A function (expressed as a black circle set of white horizontal products). The black circle set white circle represents the function of folding and stretching the long arm sections 333, 335, 334 and 336 by cooperation with the central joints 343 and 3. Private. The embodiment 300 not only retains all of the allowed positions and configurations of the computer of the second embodiment, but also allows the screen to move sideways (co-view form). Figure 28B shows the computer 200 and the multi-arm segments 231 and 232 ( Figure 18) and a split view of a pair of alternative multi-arm segments. Replace this with the multi-arm segment to get the third Lu embodiment portable computer (as shown in Figure 28A). Figure 29 is the computer 300 perspective, the computer is closed, the multi-arm segment is folded. f 30 is the computer 3GG The computer is opened in a conventional manner, and the multi-arm segments are folded and parked on the left and right sides of the base 80. Figure 31 is a perspective view of the computer 300. The computer is opened, the multi-arm segment is folded and protrudes from the back of the computer. This position can be reached from Figure 28A around the joints 2 3 _ and 344 folding the multi-arm segments, which is opposite to the folding direction of the multi-arm segments when the computer is conventionally closed (as shown in Figure 29). It is a perspective view of the computer 300. The computer is opened, and the multi-arm segment 7 stacks from the back of the computer and laterally away from the computer. From the 31st _ hair, this can be done by rotating the middle arm segments around the joints 341 and 345, respectively. 333 and 335 are reached (while rotating the intermediate arm segments 334 and 336 around the joints 342 and 346). This position places the arm segments 333, 335, 334 and 336 on the same plane. This is the position shown in Figure 33. Figure 33 is a perspective view of the computer 300. The computer is opened, the multi-arm section is extended, and the 16-inch glory rises and extends toward the right side of the computer (from the user's point of view). 32 Figure, this position can be moved by moving the arm at the same time And the coffee has arm segments and 336 to reach, it is possible to attack and move at the same time, because the % map has been prepared on the same plane when preparing. The fourth embodiment η. _ • 34th to 39th The figure shows a fourth embodiment of the present invention. The computer 400 has a bridge type multi-arm section. Figure 34 is a perspective view of a laptop computer (4 inches). The laptop computer has a bridge type multi-arm section. The mid-camera screen is raised and facing the user. The laptop shed includes a screen 90, a base 80, and a bridge-type multi-arm section. The bridge-type multi-arm section arm section and the 434 knife are connected to the base pivots 451 and 452, and The intermediate arm section is connected to the shield shaft 450 on the camp. The viewing angle of the camp can be adjusted by the rotation of the arm section shed relative to the joints 441 and 442. The camp can be rotated about the pivot 450. The upper arm sections 431 and 432 can be adjusted simultaneously (similarly, the lower arm sections 433 and the tilt can be adjusted simultaneously). The height and depth of the continuous screen are broken for the entire arm section. The degree of face-to-face adjustment depends on the length of the two sides. By controlling the base 87 and the screen 98 facing each other, the laptop can be arranged in various forms. There are also locks to prevent the multi-arm section from accidentally coming off the base and the screen. (The 39th chart shows how the arm segments are completely removed from the base and the screen.) Another mechanism controls how much the last arm segments can pivot about the pivots 450, 451, and 452, respectively. 17 Figure 34B is a partial side perspective view of a modified arm section 432 and 434 of computer 400. Indicates that the pull 7 _ is the same as the base. This - changes the design of the connection between the screen and the bridge multi-arm section of the computer shed. Figure 34C shows another variation of the computer 400. The multi-arm section of the present invention is connected to the rear side of the base and the side of the camp. In this modified design, the 35th view of the bridge is a perspective view of the computer shed. The computer opens in the usual way. Figure 36 is a perspective view of the computer shed. The computer is closed in the usual way. Figure 37 is a perspective view of the computer shed. In the picture, the computer is turned on, the multi-arm segment is stacked, and the curtain is facing away from the user. Starting from Figure 35, this setting can be achieved by rotating the poles around the connected arm segments. Figure 38 is a computer shed _ perspective. In the picture, the computer is closed, the multi-arm section is folded, and the screen is facing up. Starting from Figure 37, this position can be reached by closing the screen down. Figure 39 is a perspective view of the computer shed with the multi-arm section removed from the computer base and screen 90. FOURTH EMBODIMENT Figs. 40 to 44 are a fifth embodiment of the present invention. The computer 5 in the figure is an improvement of the computer 200, which adds a section to each of the two multi-arm sections of the computer. The purpose is to show that the side arms can exceed two segments. Figure 40A is a perspective view of a laptop (5 inches). The computer has two side three-arm sections. The screen is raised and directed toward the computer 5 (10) including the camp 9G, the base 80 and two two-arm sections on the left and right sides. The form of the portable computer 5 is the same as that of the computer 200. Figure 41A shows how the arm segments, joints, and money frame sleeves are adjustable, which allows the computer 500 to transition from the current position to the positions shown in Figures 41 through 44. θ Figure 40 shows the change design of the laptop (500). This change design has been added—the horizontal arm section connects the left and right arm sections. This turns the two separate sections into a bridged multi-arm section that connects the base and the left and right sides of the screen. In practice, this new horizontal arm section increases the stability of the multi-arm section structure. Figure 41 is a side perspective view of the laptop (500). In the picture, the curtain is raised and facing the user, and the keyboard is facing up. Figure 41 is a side perspective view of the laptop (500). In the picture, the camp is raised and facing the user's keyboard down (handwriting input form). This position can be achieved from the ω map according to the following steps: first the base rotates around the pivot 554, stretches the lower two sections of the multi-arm section and then slightly pivots them around the pivot 554 in the opposite direction, and then rotates around the pivot Screen. Figure 42 is a side perspective view of the computer (10) with the computer closed in a conventional manner and with multiple arms folded. Figure 43 is a side perspective view of the computer (500) with the computer closed, the multi-arm section folded, and the screen facing up (tablet form). Figure 44 is a side perspective view of the computer (500). The computer is closed, the multi-arm section is folded, the base is parked on the screen, and the keyboard is facing up (save space). 19 The rise of the screen and the adjustment of the screen angle are independent of each other. h 'We describe several embodiments of a portable computer in accordance with the present invention. Some embodiments have a common feature: since the rotating shaft for adjusting the viewing angle of the screen and the rotating shaft for adjusting the height of the screen relative to the base are mutually *parallel, the screen The adjustment of the viewing angle (the screen is turned up to the user's downward steering to the base) and the relative height adjustment between the screen and the base is substantially independent. (In a few cases, these axes are perpendicular to each other.) This feature simplifies the implementation of the multi-arm mechanism and makes it easy to use. The portable computer (6A) shown in Fig. 45 is a sixth embodiment of the present invention. By the relative rotation of the arms 633 and 634 about the coupling 643 and the connecting pivot 652, the arms can be opened and closed to move the screen up, down, left and right. By rotating the arm section 631 around the joint 641, the screen angle of view can be adjusted up and down (the screen is directed upwards toward the user facing the keyboard 87). The screen can be rotated left and right around the arm section 631 by connecting the pivot 651; therefore, when the screen and the base are folded together, the screen can face either the base (i.e., the conventional notebook closed position) or the back-to-base (tablet form). A feature of this embodiment is that the adjustment of the viewing angle of the screen and the opening and closing of the multi-arm segments are substantially independent actions, since the rotational axis of the screen viewing angle supported in this embodiment (via the coupling 641) is The axes of rotation of the raised screen are perpendicular to each other. Since the base can be rotated about the arm section 634 at the junction 652 with the end of the arm section 634, the dial can be adjusted upwards or downwards (handwritten input form). The laptop 600 has five rotating shafts for the relative rotation of the arm section, the screen and the base 20 1363952. If the connection _ 651 is replaced by a non-rotatable connector (4), this portable computer will have four axes of rotation, the axis is not flexible enough, but it will still support the function of opening, closing, screen viewing and raising the screen. The computer (10) shown in Figure 46 is a laptop computer (_-a change design, this - change the material through the addition of _ part to improve the flexibility of the multi-arm section. This change design retains the clarity of the screen Reduces the basic independence of the screen. /Main.653 can be sturdy to improve stability or rotatable connection. • Pivot to support handwriting input form. Figure 47 is not a computer (10) 2) is a laptop (10) _ Another type of change design 'This-change design also increases the stability of the multi-arm section by adding a symmetrical part. This - change design (4) to adjust the screen view and raise and lower the screen is basically independent. Connection mechanisms 654 and 655 are pivots. The portable computer () shown in Fig. 48 is a seventh embodiment of the present invention. This station computer has two separate multi-arm sections with similar structures. Here we only need to describe the multi-arm segment on the right (from the user's point of view), and the multi-arm segment on the left has similar structure and function. The right arm is connected to the screen at a fixed connection point 751, and the right arm is coupled to the base by a connection pivot 752. The arm segments 731 and 732 are relatively rotatable about the joint 741, which is used to adjust the viewing angle of the screen; the arm segments 733 and 734 It can be rotated relative to the joint 743, which is used to raise and lower the screen. Figure 49 is a rear perspective view of the computer (700). The computer 7 is in a conventional open position, and the multi-arm section is folded and parked at the rear edge 82 of the computer base. Figure 50 is a rear perspective view of the computer (700). When the computer 7 is closed, the multi-arm section 21 1363952 is folded and parked on the rear edge 82 of the computer base, parallel to the rear side of the base. Fig. 51' f 52 and 53 are three types of changes to the portable computer (7〇〇). Each of these changes in the design, the multi-arm section is connected by a pivot joint. The function of the multi-arm segment mechanism is similar in computers 700, 7〇1, 7〇2 and 7〇3. ^ Anti-overturn mechanism and base forward tilt mechanism The anti-tip mechanism and the base forward tilt mechanism shown in Fig. 54 can be applied to the portable computer described in the present invention. Figure 54A is an additional portion of the armable section Π1 and 172. Figure 54B shows that the anti-overturn mechanism can also be attached to the base. 〇73 and (7) are rotatably connected to the base. Figure 54C shows that 173 and 174 can also be used as a base forward tilt mechanism. In the anti-overturn mechanism and the base forward tilt mechanism of the present invention, additional portions of the multi-arm segments (eg, m, 172, 173, and 174) and their lubricated components in the computer may be rotatable, slidable , foldable, non-foldable, stretchable 'retractable, stretchable, shortenable, controllable to open, etc. What is needed here is that the anti-overturn mechanism and the base forward tilt mechanism described herein are applicable to all portable computers in the present invention. The present invention can be carried out in various forms. The several embodiments described herein are merely illustrative of the principles of the invention and should not be construed as limiting. The embodiments presented herein are privately available so that those skilled in the art can effectively utilize the present invention and its various embodiments. 22 丄 The scope of protection of the present invention is defined by the scope of the patent application. [Simple description of the diagram] Description of the main component symbols Figure 1 is a list of components, a section of the wire in the case of Ke. Figure 2 is the component material, which is used in the drawing. The possible phase of the wire arm segment (10) is shown in Figure 3. The wire in the case of (4) can be connected and separated from the frame and the base. Figure 4 shows the laptop _ curtain and 総. The dove and base in all embodiments will use the label of the marriage. (Figure 4A shows the glory of a laptop. Figure 4B shows the base of a laptop.) Figure 5 is a perspective view of a laptop with a clamshell design. First Embodiment Fig. 6A is a perspective view showing the first embodiment of the computer (丨(9)) according to the present invention, in which only one multi-arm section is in a half-open position. Figure 6B is an expanded view with the top of the multi-arm section connected to the screen of the computer (1〇〇). Figure 6C is a possible alternative to the top of Figure 6B A computer (1〇〇). Figure 6D shows the change in the design of the laptop to support the vertical and horizontal viewing of the screen. Figure 6E is a perspective view of the computer shown in Figure 6D with the screen oriented in a vertical view of 23 1363952. Figure 7 is a perspective view of the computer 1 combination. The multi-arm section is folded over the rear edge 82 of the computer base and parallel to the rear side of the base. Figure 8 is a perspective view of the computer 100. In the picture, the computer opens the screen in the usual way, and the 靡 靡 # is folded again, parked on the back side 82 of the computer base, and parallel with the back side of the base. Figure 9 is a perspective view of the computer 100 after opening the screen in a conventional manner. The picture is multiplied and folded back to the rear edge 82 of the computer base and parallel to the back side of the base. The first diagram is a perspective view of the computer 100. The computer is opened in a conventional manner, the screen is erected, and the multi-arm section is folded and parked at a position away from the rear edge 82 of the computer base. Figure 11 is a perspective view of the computer 100 with the screen raised and facing the user, with the arms extending away from the rear edge 82 of the computer base. Figure 12 is a left-hand perspective view of the computer 1〇〇, where the computer is opened, the glory is raised, the normal erect position is left, and the user is biased toward the user. Figure 13 is a perspective view of the computer. The computer is turned on and the screen is raised. Figure 14 is a perspective view of the computer. The computer is open, the screen is erected, and the rear side of the multi-arm section is folded and parked behind the computer base 82, parallel to the back of the base. Brother 15 Figure 疋 〇〇 疋 疋 疋 ’ ’ ’ ’ 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑 电脑Figure 16 is a perspective view of the computer. In the figure, the computer is turned on, and the screen 98 is facing forward. The entire screen is raised and leaned to the right (to view the form together). The second picture is a perspective view of the computer 100. The computer is closed and the base is parked on the battalion 24 1363952 (spatial form). Second Embodiment Fig. 18 is a perspective view of a computer (200). This is a second embodiment of the invention' which has two side two arm sections. The computer is turned on and the screen is raised and facing the user. Figure 19 is a perspective view of a computer (2〇〇). In the picture, the computer is closed and the multi-arm section is folded. , the figure shows how the multi-arm section is removed from the computer. Lu f 20 is a perspective view of the computer (200), in which the computer is turned on in the usual way. Figure 21 is a perspective view of the computer (200). The computer opens, the screen rises and moves forward to the user. Figure 22 is a perspective view of the computer (200). The computer is opened in the conventional manner, and the multi-arm segments are folded and raised to avoid blocking other uses of the base side 84, such as DVDs and various wire plugs. Figure 23 is a perspective view of the computer 200. In the picture, the computer is turned on, in the unconventional φ position, and the multi-arm section is half-opened and extends to the rear of the computer base. Figure 24 is a side perspective view of computer 200. In the picture, the computer is turned on, the screen is raised 9 高, and the keyboard is facing down (handwriting input form). Figure 25 is a perspective view of the computer 200 side. The computer is closed in the usual way, the multi-arm section is folded, and the screen is face-to-face with the keyboard. Figure 26 is a perspective view of the computer 200 side. In the picture, the computer is closed, the multi-arm section is folded, the screen is facing up and parked on the base (for tablet form). Figure 27 is a perspective view of the computer 200 side. In the picture, the computer is closed and the multi-arm section is folded. 25 1363952 The screen is facing up. Third Embodiment Fig. 28A is a perspective view of a computer (300), which is a third embodiment of the present invention. Figure 28B is a split view of the computer 200 and the multi-arm segments 231 and 232 (Fig. 18) and a pair of alternative multi-arm segments. Replace the pair of multi-arm segments with the third embodiment of the laptop (as shown in Figure 28A). Figure 29 is a perspective view of the computer 300. In the figure, the computer is closed, and the multi-arm section is folded A and parked on the left and right sides of the base 80. Figure 30 is a perspective view of computer 300. The computer is opened in the conventional manner, and the arms are folded and parked on the left and right sides of the base 80. Figure 31 is a perspective view of computer 300. The computer is opened and the multi-arm section is folded and extended from the back of the computer. Figure 32 is a perspective view of computer 300. In the picture, the computer is turned on, and the multi-arm section is folded out from the back of the computer and turned away from the computer. Figure 33 is a perspective view of computer 300. In the picture, the computer is turned on, the multi-arm section is extended halfway, and the screen is raised halfway and extends toward the right side of the computer (from the user's point of view). 26 1363952 Fourth Embodiment > Figure 34A is a perspective view of a portable computer (400). This is the fourth real example of the present invention. & embodiments only have a bridge-type multi-arm section, the towel screen is raised and oriented toward the user. Figure 34B is a partial side perspective view of the computer 400 changing design with different connection methods for connecting the screen to the bridge multi-arm section. Figure 34C shows another design change of the computer shed. In this modified design, the bridge multi-arm section is attached to the rear of the base and to the left and right sides of the wire. Figure 35 is a perspective view of the computer rights. The computer opens in the usual way. Figure 36 is a perspective view of the computer shed. The computer is closed in the usual way. Figure 37 is a perspective view of the computer 4〇〇. In the picture, the computer is turned on, the multi-arm section is folded, and the screen is facing away from the user. Figure 38 is a side perspective view of the computer 4〇〇. The computer is closed, the multi-arm section is folded, and the screen is facing up. Fig. 39 is a perspective view of the computer 4's, in which the multi-arm section is detached from the computer base 8 〇 and the screen 90. Fifth Embodiment Fig. 40A is a side perspective view of a portable computer (500). This is the fifth embodiment of the present invention. This embodiment has two side three arm sections in which the screen rises and faces the user. Figure 40B shows a modified design of the laptop (5〇〇). This change design 27 1363952 a force the horizontal arm section to connect the left and right multi-arm sections. Figure 41A is a side perspective view of a laptop (5 inches). Figure 41B is a side perspective view of the laptop (10). In the picture, the screen is raised and facing the user, and the keyboard is facing down (handwritten round shape). Figure 42 is a side perspective view of the computer (500). In the figure, the computer is closed in the normal way and the multi-arm section is folded. Figure 43 is a side perspective view of the computer (500). In the picture, the computer is closed, the multi-arm section is folded, and the screen is facing up (tablet form). Figure 44 is a perspective view of the computer (500) side. In the picture, the computer is closed, folded, the base is parked on the screen, and the keyboard is facing up (saving space). The rise of the screen and the adjustment of the screen angle are independent of each other. The portable computer (600) shown in Fig. 45 is a sixth embodiment of the present invention. The computer (601) shown in Fig. 46 is a modified design of the portable computer (600). This modification design improves the stability of the multi-arm section by adding a symmetrical portion. The computer (602) shown in Fig. 47 is another design of the laptop (6〇〇). This change design also improves the stability of the multi-arm section by adding a symmetrical portion. The portable computer (700) shown in Fig. 48 is a seventh embodiment of the present invention. Figure 49 is a rear perspective view of the computer (700). The computer 7 is in a normal open position. Figure 50 is a rear perspective view of the computer (700). The computer 7 is closed. 28 1363952 The computer (701) shown in Figure 51 is a modified design of the laptop (7〇〇), the upper part of the multi-arm section is different from the corresponding part of the laptop (10). Figure 52 is another variation of the laptop (7〇〇). Figure 53 is a further modification of the laptop (700). Anti-Tipping Mechanism and Base Forwarding Mechanism Figure 54 shows the mechanism and base forward tilt mechanism that can be used in the present invention. Anti-flipping on a flying spy machine In the drawings of the present invention, for the convenience of drawing, Figure 3 shows a symbol to represent the connection of the dormant and miscellaneous arm segments. It should be pointed out that only the symbols used directly in the schema are listed here. This: for the sake of describing the strokes, and not all the rotations of the present invention are shown in the figure 2, which is used in the drawing towel to indicate the connected arms. The possible phase 2A between the segments indicates that a joint's two arm segments can rotate in parallel on a plane. The two joints around the joint are shown in Fig. 2B as a joint, which rotates the connected arms on a plane. Also, Fig. 2C shows a joint which allows the two arms to be independently rotated in the plane of the joint and the two arm segments do not overlap when the two arms are folded. 1) The angle of view will be determined 29 The 2D diagram shows a joint that allows the direction to rotate independently.冉 、 、 、 、 、 、 Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε Ε 透视 透视 透视 透视 透视 透视 透视 透视 透视 透视The purpose is to show that the segment rotates more flexibly. The side of the arm section can be surrounded by =:), and the rotation can change the plane of the squat. If the vertical = 7_, _ segments 831 and 833 can be in different plane cities ::= keep _33 not (four) segment 8 Γ: Γ, and the 'arm segment 831 can choose one plane. In the case of the step, even if the arm segment 833 does not move, the plane of ^ k k疋 can be changed. Looking at Γ = ' If the + segment 832 is shorter, we can combine the joints of the joints = ankle joints such that the arm segments 83丨 and 833 rotate independently. Similarly, we have the symbols in Figure 2F. The joint in Fig. 2F allows the two arm sections to be independently two flats around the two axes. This can be modified in several ways. (There are only two kinds of seven ^ ^ maps that are drawn here... Generally speaking, the mark of this section is - the circle contains two of the following three symbols. · White bars, white cum bars, And the white circle, the plane in which the square j rotates. We usually use a white bar to indicate that the i & rotatable plane is parallel to the base of the laptop. We use white and indicate that the segment can be rotated _ plane perpendicular to The base of the laptop, and the angle of the solid plane is only used by me to use white (four) to indicate the angle of the arm & _ _ straight to the laptop, but this plane from the perspective of perspective 30 1363952 Look at least partially visible. (This method of marking is somewhat similar to three-dimensional coordinates, not so because 'the three planes do not need to be perpendicular to each other at the same time. This joint can be replaced by a composite joint when the project is implemented.) Joints in Figure 2G The arm segment 82i is allowed to rotate about the arm segment 834. The joint in Figure 2H allows the arm segment 822 to rotate about the arm segment 835.
第4A圖是手提電腦的螢幕透視圖。圖中手提電腦的螢幕處於 豎立位置。螢幕有雙面和四邊：觀看屏面98、背面97、上邊w、 底邊92、左邊93、和右邊94。（從用戶的角度看。） 是手提電腦的底座透視I底座8G含有處理 【主要元件符號說明】 821 ......臂段 822 ......臂段 834 ......臂段 835 ......臂段 臂段 臂段 臂段 關節 關節 831 · 832 · 833 · 841 · 842 · 31 1363952 90 ......螢幕 91 ......上邊 92 ......底邊 93 ......左邊 94 ......右邊 97 ......背面 98 ......觀看屏面 80 ......底座 81 ......前邊 82 ......後邊 83 ......左邊 84 ......右邊 87 ......上面 88 ......底面 900 ......電腦 944 ......樞紐 943 ......框紐 80.......底座 82 .......後邊 83 .......左邊 87.......上面 130 ......多臂段 131 ......臂段 132 ......臂段 133 ......臂段 134 ......臂段 32 1363952 138......臂段 141 142 143 144 147 148 151 152 100 101 200 · 231 · 232 · 241 · 242 · 251 · 252 · 253 · 254 . 300 · · 331,332 341,342 333,334 343,344 關節 關節 關節 關節 關節 曰曰々々 關即 樞轴 樞軸 手提電腦 手提電腦 電腦 臂段 臂段 關節 關節 樞轴 樞軸 樞軸 樞軸 電腦 臂段 關節 臂段 關節 33 1363952Figure 4A is a perspective view of the screen of a laptop. The screen of the laptop is in the upright position. The screen has two sides and four sides: viewing screen 98, back 97, top w, bottom 92, left 93, and right 94. (From the user's point of view.) Is the base view of the laptop. I base 8G contains processing [main component symbol description] 821 ... arm section 822 ... arm section 834 ...... Arm segment 835 ... arm segment arm segment arm segment arm segment joint joint 831 · 832 · 833 · 841 · 842 · 31 1363952 90 ... screen 91 ... upper 92 .. .... bottom edge 93...left 94...right 97...back 98...view screen 80...base 81. ..... front 82 ... rear 83 ... left 84 ... right 87 ... above 88 ... bottom 900 ... ...computer 944 ... hub 943 ... box button 80....... base 82 .... behind 83 ....... left 87. ...above 130 ... multi-arm section 131 ... arm section 132 ... arm section 133 ... arm section 134 ..... .arm section 32 1363952 138...arm section 141 142 143 144 147 148 151 152 100 101 200 · 231 · 232 · 241 · 242 · 251 · 252 · 253 · 254 . 300 · · 331,332 341,342 333,334 343,344 Joint Joint, joint, joint, joint, pivot, laptop, laptop, computer, arm, arm, joint, joint Computer pivot axis pivot arm segment pivotally articulated arm segment joints 331,363,952
335, 336 . · ..臂段 345, 346 · · •.關節 337, 338 ·. ..臂段 351,352 · · .·臂段 353, 354 · · .·樞轴 400 · · · · •.電腦 430 · · · · ••多臂段 431,432, 433, 434 · · · · 439 · · · · ..臂段 443, 444 · · .·關節 450 · · · · •.樞軸 451,452 · · ..樞轴 500 · · · · ..電腦 532 · · · · ••多臂段 542, 544 · · ..關節 554 · · · · ..柩軸 600 · · · · ••手提電腦 633, 634 · · .·臂段 652 · · · · .·框軸 631,632 ·. ..臂段 700 · · · · ••手提電腦 733, 734 · · ..臂段 752 · · · · ..樞車4 731,732 · · ..臂段 •臂段 34 1363952 701，702,703 ·· •.計算機335, 336 . . . . arm section 345, 346 · · • joint 337, 338 ·. .. arm section 351, 352 · · · · arm section 353, 354 · · · · pivot 400 · · · · • computer 430 · · · ·•• Multi-arm segments 431, 432, 433, 434 · · · · 439 · · · · .. Arm segments 443, 444 · · · · Joints 450 · · · · •. Pivot 451, 452 · · .. Pivot 500 · · · · .. Computer 532 · · · · •• Multi-arm section 542, 544 · · .. joint 554 · · · · ·.柩 axis 600 · · · · •• Laptop 633, 634 · ··· Arm segment 652 · · · · ··Frame shaft 631,632 ·. .. Arm segment 700 · · · · •• Laptop 733, 734 · · .. Arm segment 752 · · · · .. Pivot 4 731,732 · · .. Arm section • Arm section 34 1363952 701,702,703 ·· • Computer
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