M288490 ‘ 八、新型說明： J 【新型所屬之技術領域】 種有關於—種筆記型電腦之轉軸結構，特別是 一種此改變仏型電腦設計配置方式，並達成液晶顯= ，之：關扭力為開啟輕力關閉重力之轉軸結構。、 【先鈉技術】 a ΐ於科技的進步與發展，電腦已是人們不管於工作或 • 生活中皆不可或缺且是必備的工具，再者，由於電 =品兩機能化，高速與可攜帶化的快速發展，漸漸地筆 電腦的風潮已襲捲高級之商務人士，並逐漸普及至— 幻吏=者，因此，—般市面上有關用於定位支撑或調整筆 :己型電腦的液晶顯示模組角度之轉軸結構，其構造元件多 +較為複雜，然而，就工業技術及成本觀點而言，製造較 =雑之構造元件其困難度及技術層次比簡易之構造元件為 鬲，是故該藉由較複雜構造元件所總成之構造，其製造成 •本與裝配時間會相對提高，且該複 由於精密度較高，所以容許公差較小，==提 兩成本而不適於量產。此外，使用時易因單一構造元件失 放或損壞，會使該構造無法完全配合發揮原有設計功能。 又，當在設計一台筆記型電腦時，除了造形美觀之 外，另一個設計考量，不外乎就是其功能配置了。但是當 設=者在功能配置上符合了使用者需求後，筆記型電^白曰勺 重量與體積的問題也接踵而至，因為在有限的空間下，設 计者如要配置出最符合人性化的功能，且筆記型電腦重量 5 (ί M288490 :!=輕的要求下，此時二項設計參數便產生矛頓， 使侍設計者必須作出取捨。 1只 再者，-1筆記型電腦在設計時，錢皆是 置配置設計於筆記型電腦的前方，其目、二 台筆記型電腦的重心擺在前山、疋…可使得整 杬在刖為，當筆記型電腦的重心 於珂端後，使用者開啟液晶顯示模組 λ 記型電腦的前端力臂較長的關係，不致使整：： 連同液晶顯示模組—同翻轉起起 也甩細 :Γ，:ί:Γ型電腦的前方的大部份空間皆被電池所 、/，k 、IR、10、SD、或RJ45等等許多的裝置， 必須配置於筆記型雷胞的接 ^ ’ a 屯細的後方，每當使用者欲使用這此功 t就要繞到筆記型電腦的後方，才能使用純功能^是 二4式：在不便利也不人性化，因此如能夠將較不常用 的電池，搬移配置到箏七剂+ 葦1毛細的後方，將使得筆記型電 包、刚更多的空間來放置前述的功能，當然使用者就 能非、使用者就 轉述可知如何重㈣計—種運用於筆記型電腦之 二、、、α 4 ’係、不需將電地配置於前端也能達成重心平 衡，即為業者研發之標的。 【新型内容】 鑒於以上習知技術的問題，本創作之目的在於提供 ，】=運用於筆記型電腦之轉軸結構，用以改善習知筆記 h &將電池配置於前端，係為達成開啟筆記型電腦時 之重心平衡，卻使得其他裝置無法以便利使用者的方式 M288490 排列之缺失。 此筆Ϊ =有關於一種運用於筆記型電腦之轉軸結構， 腦包含一本體、一液晶顯示模組及一組轉輛 =構’此—組轉軸結構係包含有二個轉軸座、二個轉 至1:個％狀體，此二個轉軸係設置於二個轉軸座 至y —個缞狀體係開設有一缺口，且疊設固定於二 上’係、先將—組轉軸之二個轉軸座容置固定於筆 腦的本體中，且此組轉軸結構之轉軸-端係螺固 記型電腦之本體：:二 =:之轉轴結構係將筆 /、液日日頌不杈組作連結，當筆記型電腦 :液：頒示模組作開起之動作，係能藉由此-組轉轴結 致二二體之缺口，轉軸往缺口處轉動時因無支撐點以 热·力當其達到開啟省力之效果，且不會使得整台 。己i電腦連同液晶顯示模组—同翻馳起，反之 頌不模組關閉時則較為費力。 本創作—種運用於筆記型電腦之轉軸結構，上 :籌之環狀體係C形環狀，且為單片式或多片心父輛 質作之轉軸結構之轉軸座、轉軸、環狀體係為金屬材 作夕由上24說明，可知本創作乃綜合多年設計經驗，所創 乍=種利於筆記型電腦之轉軸結構，本 法，已具備下列數點優於習知作法，並具備顯著功; 1·本創作種運用於筆記型電腦之轉轴結構，係由於 ⑧ 7 M288490 筆記型電腦所運用 作係較習知筆記型4轴結構上搭配有環狀體，達成本創 顯示模組。 ％自之轉抽結構更宅不費力於開啟液晶 筆二種運用於筆記型電腦之轉軸結構，係由於 作係較轉轴結構上搭配有環狀體，達成本創 較重力m己!1電腦之轉轴結構於關閉液晶顯示模組需 #固且不易：示模組結合於筆記型電腦本體時更為 >優點。以及同時能支撐液晶顯示模組之重量之 3本創作—㈣科筆記㈣狀轉減 筆記型電腦運用本創作之铖φ 糸由於 新配ρ 構，達成筆記型電腦能重 置斤―。置口頁功此位於筆記型電腦於更便利及人性化之位 ^達^之目的’有關本創作較詳細之内容及具體可行 之貝轭方式，將參照圖式說明如下·· 【實施方式】 以下為本創作較佳實施例之組裝方式及實施㈣1 配合圖式做詳細說明。 首先，請參閱第1圖及第2圖，第1圖係為本創伸 軸結構設置於筆記型電腦開啟示意圖，第2圖係為本料 轉軸之結構示意圖，本創作係有闕於—種運靜筆纪型φ 腦之轉轴結構，此筆記型電腦】係包含—本體1G、一㈣: 軸結構20及一液晶顯示模組30，此―组轉軸結構2〇係包J 有二個轉細、二個臟、至少二個環狀體烈，其 ⑧ M288490 二此二個轉軸22係設置於二個轉軸座Μ .^ 1有一缺且®設固定於二個轉軸22上，軎 一 己型電腦1之本體10與液晶顯示模組30係藉: 關閉:動;;構2°連結後’液晶顯示模組3。係吻^ 筆記型種運用於筆記型電腦之轉轴結構，係將此 =力之較佳實施例，達成液晶顯示模組 • t1重力之實施特點之實施方式作說明。 ^閱第1圖及第2圖，本創作係 電腦之轉軸結構，係先將—組_ 2用於6己型 固定於筆記却，《<轉軸座21容置 軸22-端係^自 -10中’且此組轉軸結構20之轉 L“广 液晶顯示模組3°之框架，進而本創作之 作連結，當本創本體10與液晶顯示模組3。 起H # r 迅月向1之液晶顯示模組30作開 •二:效:能且藉二:組編構2。之環狀體-她; 示模組3〇 一同翻轉^整台筆記型電腦1達同液晶顯 1圖及第从圖，第4A圖係本 =狀體開啟輕力示意圖，係因環狀體23因設置二I; ，、高反向於環狀體23缺口 ：： 係與環狀體23之缺口處無支撐點以致無摩擦時 4而液晶顯示模組3()能省力開啟，力 田闕閉液晶絲頁不模么且训在 考 核㈣係正向於環狀體23缺π處作旋轉， M288490 明苓閱第3圖及第4B圖，第4β圖係本創作轉軸結構含單片 式環狀體之關閉重力示意圖’其轉軸22轉動時係與環狀體 23之摩擦力變大，相對扭力值也變大，進而液晶顯示模组 加需較費力關閉。 、、 本創作係有關於一種筆記型電腦之轉軸結構，上述轉 轴、、、口構20之ί衣狀體23係為c形環狀，且揭露環狀體23為單 片式，但並非用⑽制本創作，當本創作筆記㉟電腦之 ^、。構2G為達成筆記型電腦1能調整不同扭力值，係 %狀體23為多片式，如第5A圖及第沾圖，係筆記 、 之環狀體23設置為多片★ , ® 1 置為夕片式，當筆記型電腦1之環狀體23設 旦’、、、二'％ ’透過增減多片式環狀體23疊設於轉軸之數M288490 ' VIII, new description: J [New technical field] There is a kind of hinge structure of a notebook computer, especially a change of the design and configuration of the computer, and achieve liquid crystal display =, the: the torque is Turn on the light shaft to close the gravity shaft structure. [Sodium-based technology] a ΐ In the advancement and development of science and technology, computers are indispensable and necessary tools for people regardless of work or life. Moreover, due to the dual function of electricity and products, high speed and With the rapid development of portability, the trend of pen-computers has gradually hit the ranks of senior business people, and gradually spread to - illusory =, therefore, the general market for positioning support or adjustment pen: computer The structure of the shaft of the display module is more complicated and complicated. However, in terms of industrial technology and cost, the difficulty in manufacturing the structural components and the technical level are simpler than the simple structural components. The construction of the assembly of the more complicated structural elements is relatively high in manufacturing and assembly time, and the tolerance is small due to the high precision, and the tolerance is small, and the cost is not suitable for mass production. . In addition, it is easy to lose or damage the single structural component during use, which may make the structure not fully compatible with the original design function. Also, when designing a notebook computer, in addition to the aesthetic appearance, another design consideration is nothing more than its functional configuration. However, when the user's function is configured to meet the user's needs, the problem of weight and volume of the notebook type is also followed, because in a limited space, the designer should configure the most humanity. The function of the notebook, and the weight of the notebook computer 5 (ί M288490 :! = light requirements, then the two design parameters will produce a spear, so that the designer must make a choice. 1 again, -1 notebook computer At the time of design, the money is placed in front of the notebook computer, and the focus of the two notebook computers is placed in the front, the hustle and bustle... can make the whole thing happen, when the focus of the notebook computer is at the top After that, the user opens the relationship between the front end arm of the liquid crystal display module λ type computer, and does not make the whole:: together with the liquid crystal display module - the same as the flipping up: Γ, : ί: Γ type computer Most of the space in front of the battery, /, k, IR, 10, SD, or RJ45 and many other devices, must be placed in the rear of the notebook's thunder, a user, every time the user To use this work, you have to go to the rear of the notebook. In order to use the pure function ^ is the second type: it is not convenient or humanized, so if you can move the less commonly used battery to the rear of the seven-agent + 苇1 capillary, it will make the notebook type, just more A lot of space to place the aforementioned functions, of course, the user can not, the user can tell how to re-weight (four) meter - the second type of notebook computer, the α 4 ' system, do not need to be electrically placed in the front end It can also achieve the balance of gravity, which is the target for the research and development of the industry. [New content] In view of the above problems of the prior art, the purpose of this creation is to provide, == the hinge structure used in the notebook computer to improve the knowledge notes h & The battery is placed at the front end, which is the balance of the center of gravity when the notebook is turned on, but the other devices cannot be arranged in a convenient way for the user to use the M288490. This is a kind of hinge for a notebook computer. Structure, the brain comprises a body, a liquid crystal display module and a set of rotating vehicles = structure "this group of rotating shaft structure comprises two rotating shaft seats, two to 1: one % body, the second The rotating shaft system is disposed on the two rotating shaft seats to a y-shaped system, and a gap is fixed, and the two rotating shafts fixedly arranged on the two upper portions are firstly fixed in the body of the pen brain. And the rotation axis of this group of shaft structure - the end of the screw-solid type computer body:: two =: the axis structure is the pen /, liquid day and day is not the group to make a connection, when the notebook computer: liquid: award When the module is opened, the gap between the two bodies can be caused by the rotation of the shaft. When the shaft rotates toward the notch, the heat is not used to achieve the effect of opening the labor force, and it will not This makes the whole computer. Together with the liquid crystal display module - it is more difficult to use. The creation is a kind of rotating shaft structure for notebook computer. The ring-shaped seat, the rotating shaft and the ring system of the single-piece or multi-piece heart-shaped shaft structure are made of metal materials. It can be seen that the creation is based on years of design experience.乍=The kind of shaft structure that benefits the notebook computer. This law has the following points. It is superior to the conventional method and has significant merits. 1. The creative structure is used for the hinge structure of the notebook computer. It is used as a notebook with a 7 7 M288490 notebook computer. Shape, to achieve the original display module. % Since the transfer structure is more difficult to open the LCD pen, the two kinds of hinge structure used in the notebook computer, because the system is matched with the ring structure on the rotating shaft structure, the achievement of the creation is more gravity than the self! 1 computer The rotation axis structure needs to be solid and not easy to close the liquid crystal display module: the advantage is better when the display module is combined with the notebook computer body. And at the same time, it can support the weight of the liquid crystal display module. (4) The note of the notebook (four) is reduced. The notebook computer uses the creation of the 铖 糸 糸 糸 新 糸 糸 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 达成 。 。 。 。 。 。 。 。 。 。 。 。 This is a more convenient and user-friendly position of the notebook computer. The details of the creation and the specific feasible yoke method will be described below with reference to the drawings. The following is a detailed description of the assembly method and implementation of the preferred embodiment of the present invention (4) 1 with the drawings. First, please refer to Fig. 1 and Fig. 2, the first figure is a schematic diagram of the opening of the shaft structure in the notebook computer, and the second figure is a schematic diagram of the structure of the shaft of the material. The movement of the pen type φ brain shaft structure, this notebook computer system includes - body 1G, one (four): shaft structure 20 and a liquid crystal display module 30, this group of shaft structure 2 〇 package J has two Turning fine, two dirty, at least two annular bodies, the 8 M288490 two of the two shafts 22 are arranged on the two rotating shafts. The ^1 has a defect and the ® is fixed on the two rotating shafts 22, The main body 10 of the computer 1 and the liquid crystal display module 30 are: closed: moving;; 2° connected to the 'liquid crystal display module 3. The kiss type ^ note type is used in the hinge structure of the notebook computer. This is the preferred embodiment of the force, and the implementation of the liquid crystal display module • t1 gravity is described. ^Lear 1 and 2, the creation of the computer's hinge structure, the first group - 2 _ 2 for the 6-type fixed in the note, "< hinge seat 21 accommodating shaft 22-end system ^ from -10" and the set of shaft structure 20 turns L" wide LCD module 3 ° frame, and then this creation is connected, when the original body 10 and the liquid crystal display module 3. From H # r 迅月向1 liquid crystal display module 30 for opening • two: effect: can borrow and borrow two: group structure 2. ring body - her; display module 3 〇 flip together ^ whole notebook computer 1 with the same LCD 1 and the following diagram, Fig. 4A is a schematic diagram of the light body of the body, because the annular body 23 is provided with two I; , and the high is opposite to the annular body 23; the system and the ring body 23 There is no support point at the gap so that there is no friction when the liquid crystal display module 3 () can be labor-saving to open, Li Tian closed the liquid crystal screen is not model and training in the assessment (four) is positive to the annular body 23 π Rotation, M288490, see Figure 3 and Figure 4B. The 4th figure shows the closed gravity diagram of the monolithic ring structure. The friction between the shaft and the ring body 23 becomes larger when the shaft 22 rotates. , The torque value is also increased, and the liquid crystal display module is more difficult to close. The creation department has a hinge structure of a notebook computer, and the above-mentioned shaft, and mouth structure 20 The c-ring is annular, and the annular body 23 is disclosed as a single piece, but the creation is not made by (10). When the creation of the notebook computer 35, the structure 2G can adjust the different torque values for the notebook computer 1 The shape 23 is a multi-piece type, as shown in FIG. 5A and the first staining diagram, the note body, the ring body 23 is set as a plurality of pieces ★, and the ® 1 is set as a eve piece type, when the ring body 23 of the notebook computer 1 is set Once the ',, and two '%' are stacked on the rotating shaft by increasing or decreasing the multi-piece annular body 23
能達成開關筆記型電腦1之液晶顯示模_有不同 之客製化扭力值需灰，另认,,, 为个丨口J r91 ^另外，本創作之轉軸結構20之轉軸 座21、轉軸22、環狀體23係為金屬材質。 柃軸 定本:二創：：圭實施:揭露於上，然其並非用以限 壬可热習此項技藝者，在不脫 内’當可做些許之更動與潤飾，因此本創=: 乾圍當視後附之申請範圍所界定者為準。]作之保護 【圖式簡單說明】 第1圖係本創作轉軸設置於筆記型電 第2圖係為本創作轉軸之結構示意圖 文不思圖 第3圖係本創作轉軸設置於筆記型 第4A圖係本創作轉軸結構:相不意圖 圖 “早片式裱狀體之開啟輕力示音 10 M288490 第4B圖係本創作轉軸結構含單片式環狀體之關閉重力示意 圖 〜 弟5A圖係本創作轉軸結構 第觸本創作轉轴結：：：“狀體之開啟輕力示意圖 【主要元件符號說明Ί 3夕片裱狀體之關閉重力示意圖 1 筆記型電腦 10本體 Φ 2Q轉軸結構 21轉軸座 22轉軸 23環狀體 液晶顯示模組Can achieve the liquid crystal display mode of the switch notebook computer _ different custom torque values need to be gray, another,,, for a mouth J r91 ^ In addition, the shaft assembly 21, the shaft 22 of the shaft structure 20 of the present creation The annular body 23 is made of a metal material.柃 axis fixed: two creations:: Gui implementation: exposed on the top, but it is not used to limit the skills of those who can learn this skill, in the absence of the 'when you can do some changes and retouching, so this creation =: dry The scope defined in the scope of application is subject to the definition of the application. [Protection of the protection] [Simplified description of the drawing] The first picture is the creation of the rotating shaft set in the notebook type. The second picture is the structure diagram of the creation of the rotating shaft. The figure is not figured. The third picture shows that the creation axis is set in the notebook type 4A. The figure is the structure of the shaft of the creation: the phase is not intended. The image of the early-type braided body is lightly displayed. 10 M288490 The 4th figure is the closed gravity diagram of the single-piece annular body with the creation of the shaft structure. The creation of the shaft structure of the first touch of the creation of the shaft hinge::: "The opening of the shape of the light body diagram [main symbol description Ί 3 eve piece of the body of the closed gravity diagram 1 notebook computer 10 body Φ 2Q shaft structure 21 shaft Block 22 shaft 23 annular body liquid crystal display module