M293469 -八、新型說明： 【新型所屬之技術領域】 本創作係關於一種攜帶型電子裝置，尤為一種筆記型電腦。 【先前技術】 隨著科技飛速發展，電子設備與人們生活越來越密不可分。無論是工作戋 娛樂，電子產品總與我們息息相關。尤其隨著移動技術的發展，越來越多的電 子設備開始講究便攜性。便攜性給使用者帶來了諸多便利，使用者可以不受地 鲁理位置的限制，隨時享受移動技術帶來的方便和快捷。 筆記型電腦是桌上型電腦的微縮與延伸產品，也是用戶㈣腦產品更高需 ‘求的必然產物。筆記型電腦將我們從桌上型電腦的束缚中解放出來，使用者可 —享受筆記型電腦帶來的便利。筆記型電腦較桌上型電腦而言，其體積小、攜帶 .方便’其便攜性和個電源使移動辦公成為可能，越來越受用戶推崇，市 場容量迅速擴展。 -般來說’筆記型電齡要由機身與顯轉兩部分構成，顯轉柩接於機 ❿身上並可馳娜娜，顯稀乡為_綠晶面減構，射±钱有鍵盤、 觸摸板等輸入設備。顯示幕可調整並固定于與機身成一定角度位置，以合適使 用者的操作習慣。使用完畢後，合上顯示幕，便可隨身攜帶。 為減小筆記型電腦的尺寸，其所配置的鍵盤並非為桌上型電腦所使用的全 尺寸鍵盤。細，域足人輯作習慣，秘響人為輸人速度，筆記型電腦的 鍵盤也不能財過小。這種尺寸要求蚊了筆記型電·尺寸顧，使筆記型 電腦的進一步小型化受到限制。 另-方面’筆記型電腦顯示幕為非柔性面板’液晶顯示幕的尺寸也直接決 4 M293469 疋了筆3己型電腦在攜帶狀態的尺寸。顯示幕的固有尺寸影響筆記型電腦的便搞 性，不利於進一步集成化。 【新型内容】 有鑒於此，實有必要提供一種尺寸小的筆記型電腦。 -種筆_電腦，包括—主體、—顯示幕及_電路板，該顯示幕及該電路 板收容於社體内，賴示幕透過無電路板連接1顯轉為可彎折 的電子紙。 • 與習知技術概，上述筆記型電腦採用可弯曲的電子紙作為顯示媒介，使 得該筆記型«可在非使用狀態下進行折疊，折疊後的尺寸小於其原始尺寸， • 便於使用者攜帶。 'σ 【實施方式】 如第-圖所示，本創作筆記型電腦一較佳實施方式包括一主體、 幕20、-手寫筆3〇、複數功能按鍵4〇、一鉸_及—電路板取參看第二圖）。 該顯示幕20及該電路板70收該容於主㈣㈣手寫㈣及該等功麵 40分設於主體1〇四周。 該主體1〇構成整個筆記型電腦的週邊架構，其收容和支撑筆記型電腦的立 他零部件。該主體1〇呈矩形，其上表面開設有—矩形開口（未標示）以收容該 顯示幕__察面21 (參看第二圖）暴露於外。該主體iq純長产方向 中線所在位置分為-第-部分12及一第二部分14，該第—部分12與該第二部 分Μ長度轉並透麟鉸鏈％鉸接。驗鏈％貫穿整魅體_寬度方向， 即該第-部分12與該第二部分14可繞該鉸鏈5()所㈣的軸線相對轉動。 該顯示幕2〇鑲嵌於該主體10内，其觀察面21正對該主體ι〇上開設的矩 5 M293469 形開口，其四邊分別固定於該主體ίο的内邊緣上。請參閱第二圖，該顯示幕20 透過一柔性線缓23與該電路板70連接，以實現該電路板與該顯示幕2q之 間的資訊傳輪。M293469 - Eight, new description: [New technology field] This creation is about a portable electronic device, especially a notebook computer. [Prior Art] With the rapid development of technology, electronic devices are becoming more and more inseparable from people's lives. Whether it's work, entertainment, electronics is always relevant to us. Especially with the development of mobile technology, more and more electronic devices are beginning to pay attention to portability. Portability brings a lot of convenience to the user, and the user can enjoy the convenience and speed brought by the mobile technology at any time without being restricted by the location of the land. The notebook computer is a miniature and extension product of the desktop computer, and is also an inevitable product of the user's (four) brain products. The notebook computer frees us from the shackles of the desktop computer, and the user can enjoy the convenience of the notebook computer. Compared with desktop computers, notebook computers are small and portable. Conveniently, their portability and power supply make mobile office possible, and they are increasingly praised by users, and the market capacity is rapidly expanding. - Generally speaking, the 'note-type electric age is composed of two parts: the fuselage and the display. It is turned to the machine and can be used for the Nana, and the rare township is _ green crystal face reduction, shooting ± money has a keyboard , input devices such as touchpads. The display can be adjusted and fixed at an angle to the body to suit the user's operating habits. After use, close the display and you can take it with you. To reduce the size of the notebook, the keyboard is not a full-size keyboard for desktop computers. Fine, the domain is full of people's habits, the secret is the speed of input, and the keyboard of the notebook computer can't be too small. This size requires a mosquito-type notebook and a size, which limits the further miniaturization of the notebook computer. The other-side' notebook computer display screen is a non-flexible panel. The size of the LCD screen is also directly determined. 4 M293469 The size of the pen-type computer is in the carrying state. The inherent size of the display affects the convenience of the notebook and is not conducive to further integration. [New content] In view of this, it is necessary to provide a notebook computer with a small size. - The pen _ computer, including - the main body, the display screen and the _ circuit board, the display screen and the circuit board are housed in the body, and the display screen is turned into a bendable electronic paper through the circuit boardless connection 1. • With the prior art, the notebook computer uses flexible electronic paper as the display medium, so that the notebook can be folded in a non-use state, and the folded size is smaller than its original size, and is convenient for the user to carry. 'σ 【Embodiment】 As shown in the figure, a preferred embodiment of the notebook computer includes a main body, a screen 20, a stylus 3, a plurality of function buttons 4, a hinge _, and a circuit board. The second picture). The display screen 20 and the circuit board 70 are received by the main (4) (4) handwriting (4) and the functional surfaces 40 are disposed around the main body 1 . The main body 1 constitutes the peripheral structure of the entire notebook computer, which houses and supports the other components of the notebook computer. The main body 1 has a rectangular shape, and its upper surface is provided with a rectangular opening (not shown) to accommodate the display screen __the surface 21 (see the second figure) exposed to the outside. The position of the main line iq in the pure long-length direction is divided into a - part 12 and a second part 14, and the first part 12 is hinged with the length of the second part and is hinged by the hinge. The chain % runs through the entire body _ width direction, that is, the first portion 12 and the second portion 14 are relatively rotatable about the axis of the hinge (4). The display screen 2 is embedded in the main body 10, and the observation surface 21 is open to the moment 5 M293469 opening on the main body ι, and its four sides are respectively fixed on the inner edge of the main body ίο. Referring to the second figure, the display screen 20 is connected to the circuit board 70 through a flexible wire delay 23 to realize the information transfer between the circuit board and the display screen 2q.
請參閱第三圖，該顯示幕20採用電子紙（Hectr〇nicPaper，E-Paper)作為顯 不媒介，該顯不幕20包括一微型膠囊層26及配置於微型膠囊層26二側的一第 -基板22與-第二基板24。該微型膠囊層26纟大量微型膠囊6〇構成，微型膠 囊60被鋪設為平板狀，該等透明的微型膠囊6〇透過透光性枯合劑固定於兩側 第-、第三基板22、24之間。第一、第二基板22、24為塑膠材質，第—基板 22為透光性材質’該透光性的第__基板22的外表面為該顯示幕如的觀察面a 亦即該第-基板22透過該主體1G的矩形開σ暴露於觀察者。該第―、第二: 板22、24内側分別設置有—像素電極27與_公共電極28，該像素電極a势 公共電極28分職著於微娜囊層％二側。該像素電極π與該公共電極 之間可形成電龍，以給微型賴層％提供電場。上述顯示幕如採用塑膠, 晶體技術（塑膠基板表面形成電路的技術），轉結晶體雜脂生產工藝簡單 此外’以嫩蝴的輸電纖何她，_輸體使顯示』 20為可折疊的顯示媒介。 睛同時參看第四圖，每一微型膠囊 ^ 中包括紅（Red )、綠（Green )、藍（Blue ) 三原色中任一色的複數顏色粒子61、 马非”、、員不色的複數白色粒子62及該等粒 子的分散劑63。該等顏色粒子61與白 、/子62帶有極性相異的電荷，由於分 政蜊63的分散力作用，阻礙該等顏 ^ 卞61與白色粒子62的相互作用，該等 顏色粒子61與白色粒子分置於每—微型 ^ " 〇的兩端。當該像素電極27與公 ，、電極28之間知加電場時，該等 卞61與白色粒子62在電場作用下形成 6 M293469 '&配置，即可對圖像進行顯示。從該顯示幕2〇的觀察面21 gp可觀測得到該 •微型膠囊層26所形成的圖像。該微型膠囊26的顆粒直徑約在3一至励叫 之間’故該顯示幕20具有高清晰度和高對比度。上述顯示幕2〇為受光型顯示 器，沒有發光贿示H賴喃射，不會傷錢用者的畴，啊也具有廣視 角，適合人岐__。由於賴轉2G是完全反_，不需要大功率的背 光源’而且成像後在無電狀態下可長時間顯即雙穩性），所以其耗電量低於 目前其他顯示器件。 _ 該第一基板24與微型膠囊層26之間設置有-壓力感測器29，當一外部壓 力傳遞至壓力感測器29時，該壓力感測器29感應外部傳遞的壓力並將感應信 號傳遞板1透過賴城· Μ _應魏，鮮記型電腦可以實 • 現手寫輸入。 睛再次參看第-圖，該手寫筆3〇為該筆記型電腦的輪入設備，由於該顯示 幕2〇採用電子紙，t子紙為可支援手寫輸入的顯示媒介，故該筆記型電腦可採 用該手寫筆3G作為輸人設備。該手寫筆％卡持於主體1() _形開口 _侧，並 泰可從遠主體10上取下。當該手寫筆3〇觸碰該顯示幕2〇時，該顯示幕汾内的 壓力感測H 29在壓力作訂翻—感應域至該電路板7〇。 該等功能按鍵40設置於該主體1〇上，分佈於矩形開口四周。該等功能按 鍵40為該筆§己型電腦快捷按鍵，分別對應一種該筆記型電腦的常用功能。按壓 每-功能按鍵40可發出特定信號，該特定信號傳輸至該電路板7〇執行對應功 能。直接透過該功能按鍵4〇即可執行常用功能，使整個筆記型電腦的使用更加 簡便化。 睛參閱第五圖與第六圖，由於該主體1G由該鉸鏈5G分為二均等部分，且 7 M293469 “筆。己型電月咖用顯不幕2〇可折疊，故該筆記型電腦的第二部分14可繞該鉸 鍵5〇相對於該第一部分12轉動，並可與該第一部分帅互重疊。第六圖中所 不為4筆^型電腦完全折疊的狀態，在此狀態下該筆記㈣腦的尺寸約為完全 展開狀態（第一圖所示的狀態）的二分之一大小。 睛參閱第七圖，其為本創作筆記型電腦的另—較佳實施方式。該筆記型電 知與上述筆記型電腦結構類似，包括—主體8()、_顯示幕2Q、—手寫筆％、複 數功月b按鍵40、二鉸鏈90及-電路板（圖未示）。該主體8〇分為一第一部分 82、一第二部分84及一第三部分86，該第一部分82、第二部分糾及第三部分 86依次透過該鉸鏈9〇連接。折疊時，該筆記型電腦可沿二欽鍵9〇二次折疊。 折噠後，該筆記型電腦的尺寸約為其展開狀態下的三分之一大小。 上述筆記型電腦採用電子紙作為其顯示幕，電子紙具有高對比度、廣視角 彳鬲β晰度，大大&咼該筆記型電腦的顯示性能。其次，電子紙具有雙穩性， 且無需大神背光源，其耗電量低。再次，電子紙具有可折疊性，配合主體上 的设置的鉸麟構’使得轉記型電腦可在非侧狀態下折疊成原始尺寸的二 分之一或三分之一，便於攜帶。 综上所述，本創作符合新型專利要件，爰依法提出專利申請。惟，以上所 述者僅為本創作之較佳實_，舉凡熟悉本案技藝之人士，在依本賴作精神 所作之等效修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 第一圖係本創作筆記型電腦的一較佳實施方式的展開狀態之立體視圖。 第二圖係第一圖中顯示幕與電路板之分解視圖。 第三圖係第一圖中顯示幕之截面結構示意圖。 8 M293469 第四圖係第二圖中微型膠囊之結構示意圖。 第五圖係第一圖中筆記型電腦部分折疊狀態之立體視圖。 第六圖係第一圖中筆記型電腦完全折疊狀態之立體視圖。 第七圖係本創作筆記型電腦的另一較佳實施方式之立體視圖。 【主要元件符號說明】 第一部分 12, 顯示幕 20 第一基板 22 第二基板 24 像素電極 27 壓力感測器 29 功能按鍵 40 微型膠囊 60 白色粒子 62 電路板 70 主體 10,80 第二部分 14, 84 _觀察面 21 柔性線纜 23 微型膠囊層 26 ~ 公共電極 28 ' 手寫筆 30 鉸鏈 50,90 顏色粒子 61 _分散劑 63 第三部分 86Referring to the third figure, the display screen 20 uses electronic paper (Hectr〇nicPaper, E-Paper) as a display medium. The display 20 includes a microcapsule layer 26 and a first surface disposed on the two sides of the microcapsule layer 26. - substrate 22 and - second substrate 24. The microcapsule layer 26 is composed of a plurality of microcapsules 6〇, and the microcapsules 60 are laid in a flat shape, and the transparent microcapsules 6〇 are fixed to the first and third substrates 22 and 24 through the translucent dry agent. between. The first and second substrates 22 and 24 are made of a plastic material, and the first substrate 22 is made of a light-transmissive material. The outer surface of the light-transmissive __ substrate 22 is the viewing surface of the display screen, that is, the first- The substrate 22 is exposed to the viewer through a rectangular opening σ of the body 1G. The first and second plates 22 and 24 are respectively provided with a pixel electrode 27 and a _ common electrode 28, and the pixel electrode a is disposed on the two sides of the microcapsule layer. An electric dragon can be formed between the pixel electrode π and the common electrode to provide an electric field to the micro-layer. The above display screen uses plastic, crystal technology (the technology of forming a circuit on the surface of a plastic substrate), and the production process of the crystallized heterogeneous grease is simple. In addition, the "transmission of the electric fiber of the tender butterfly, the display of the body" is a foldable display medium. . At the same time, referring to the fourth figure, each microcapsule ^ includes a plurality of color particles 61 of any of the three primary colors of red, green, and blue, Ma Fei, and a plurality of white particles that are not colored. 62 and dispersing agent 63 of the particles. The color particles 61 and the white, /, 62 have a polarity-independent charge, which hinders the coloring and the white particles 62 due to the dispersing force of the sub-regulation 63. The interaction between the color particles 61 and the white particles is placed at each end of each of the micro-" 。 。. When the pixel electrode 27 and the public, the electrode 28 is known to add an electric field, the 卞 61 and white The particle 62 is formed by the electric field to form a 6 M293469 '& configuration, and the image can be displayed. The image formed by the microcapsule layer 26 can be observed from the observation surface 21 gp of the display screen 2〇. The particle diameter of the capsule 26 is between about 3 and the excitation number. Therefore, the display screen 20 has high definition and high contrast. The above display screen 2 is a light-receiving display, and no light bribe shows H-ray, and does not hurt money. User domain, ah also has a wide viewing angle, suitable for people __ Since the 2G is completely anti-, it does not require a high-power backlight, and it can be bistable for a long time after being imaged in an unpowered state, so its power consumption is lower than other display devices. _ The first A pressure sensor 29 is disposed between the substrate 24 and the microcapsule layer 26, and when an external pressure is transmitted to the pressure sensor 29, the pressure sensor 29 senses the externally transmitted pressure and transmits the sensing signal transmission plate 1 Laicheng· Μ _ Wei, freshly remembered computer can be real • handwritten input. Eyes again see the first picture, the stylus 3 is the wheeled device of the notebook computer, because the display screen 2〇 uses electronic paper The t-paper is a display medium that can support handwriting input, so the notebook computer can use the stylus 3G as an input device. The stylus pen is held on the main body 1 () _ opening _ side, and The remote body 10 is removed. When the stylus 3 touches the display screen 2, the pressure sensing H 29 in the display screen is pressed to the sensing field to the circuit board 7〇. The function button 40 is disposed on the main body 1〇 and distributed around the rectangular opening The function buttons 40 are the computer shortcut keys of the pen type, respectively corresponding to a common function of the notebook computer. Pressing each function button 40 can issue a specific signal, and the specific signal is transmitted to the circuit board 7 to perform corresponding functions. Directly through the function button 4〇 can perform common functions, making the use of the entire notebook computer more convenient. See the fifth and sixth figures, since the main body 1G is divided into two equal parts by the hinge 5G, and 7 M293469 "Pen. The second type of the notebook computer can be folded around the hinge portion 5 〇 relative to the first portion 12 and can overlap with the first portion. In the sixth figure, the state in which the four-character type computer is completely folded, in this state, the size of the brain of the note (4) is about one-half the size of the fully expanded state (the state shown in the first figure). Referring to the seventh figure, it is another preferred embodiment of the notebook computer. The notebook type is similar to the above-mentioned notebook computer structure, and includes a main body 8 (), a display screen 2Q, a stylus pen, a multi-function moon b button 40, a two-hinge 90, and a circuit board (not shown). The main body 8 is divided into a first portion 82, a second portion 84 and a third portion 86. The first portion 82, the second portion and the third portion 86 are sequentially connected through the hinge 9〇. When folded, the notebook can be folded twice along the second key. After folding, the notebook is about one-third the size of its unfolded state. The above-mentioned notebook computer uses electronic paper as its display screen, and the electronic paper has high contrast, wide viewing angle, and sharpness, and greatly reduces the display performance of the notebook computer. Secondly, the electronic paper has bistableness and does not require a Great God backlight, and its power consumption is low. Again, the electronic paper is foldable, and the hinged configuration of the main body allows the typographic computer to be folded into one-half or one-third of the original size in a non-side state for portability. In summary, this creation is in line with the new patent requirements, and the patent application is filed according to law. However, the above is only the best of this creation. Anyone who is familiar with the skill of this project should make the equivalent modifications or changes in the spirit of this book to be included in the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of an expanded state of a preferred embodiment of the notebook computer. The second figure is an exploded view of the display screen and circuit board in the first figure. The third figure is a schematic cross-sectional structure of the display screen in the first figure. 8 M293469 The fourth figure is a schematic diagram of the structure of the microcapsules in the second figure. The fifth figure is a perspective view of the folded state of the notebook computer in the first figure. The sixth figure is a perspective view of the fully folded state of the notebook computer in the first figure. The seventh drawing is a perspective view of another preferred embodiment of the notebook computer. [Main component symbol description] The first part 12, display screen 20 first substrate 22 second substrate 24 pixel electrode 27 pressure sensor 29 function button 40 microcapsule 60 white particles 62 circuit board 70 body 10, 80 second part 14, 84 _ viewing surface 21 flexible cable 23 microcapsule layer 26 ~ common electrode 28 ' stylus 30 hinge 50, 90 color particles 61 _ dispersing agent 63 third part 86