M284024 -八、新型說明： 【新型所屬之技術領域】 特別涉及一種顯示模組可以與主機拆裝 本新型涉及一種筆記型電腦 的筆記型電腦。 【先前技術】 筆記型電腦日漸普及’然、而筆記型電腦的顯示模組都是固定於 方式職點為：無法將筆記龍腦_補轉下來作為其 子裝置的顯示模組，或者獨立使用。M284024-8. Description of the new type: [Technical field to which the new type belongs] In particular, it relates to a display module which can be disassembled from the host. The new type relates to a notebook type notebook computer. [Previous technology] Notebook computers are becoming more and more popular. However, the display modules of notebook computers are fixed in a way. The point is: Cannot transfer the note dragon brain _ supplement as the display module of its sub-device, or use it independently. .
要解決上述問題，首先要使顯示模組和主、機可以分離。這方面 技術如美國第5805415號專利（公告日為1998年9月8日），其所揭露了： ^記型電腦社機和顯示獅_機構連麟聽於顯稍組上的|接柱 :主機上的雜孔可拔出式的連接，位於主機上_緊裝置可以鎖緊或鬆 ϋ連接l因此顯示模組和主機可以分離。其存在的不足係其揭示的筆 f電腦中嵌接柱位於顯示模組上且外露，由於當顯示模組和主機分離 ^，通常搬動顯示模組而不是主機，且有時需要獨立使用顯示模租，所以 ^動或使㈣有可能損壞嵌雜。又如中社陸第972223371號專利（公 年3月31日），其所揭露了：筆記型電腦的主機和顯示模組 、:的機，連接_位於主機上的絲柱和齡模組上的絲孔可拔出式的 定在連接臺上，連接臺樞接在主機上，但連接機構的體積 侍^大上述美國第5805415號專利和中國大陸第97222337,1號專利的 顯示Ϊ組t主機間的電連接採諸接頭的方式連接，插接較接線的電元 件’此承㈣力較小，顯賴組和域的每—次連接和麟賴接座都有 ，擊力或拉力’力的方向也可能偏移連接方向，它沒有設計緩衝裝置，會 =響插接觸使祕能和使用壽命，頻繁的連接和脫離也可能造成電連接 件連接的不夠緊密，信號傳輸不好。 【新型内容】 一 4^新1的目的係提供_種顯示模組可以和主機分離的筆記型電腦，其 …員不挺、’且和主機的連接機構的突出部分在主機上，連接機構的體積適當， 5 M284024 顯示模組和主機間的電連接有緩衝裝置 在筆記《腦主機上通常和顯示模組連接的 ί i 有她卜限位孔和麵置，插接二=ί 按 的插接頭配合，實賴示触和域的連接或麟。鎖緊裝 =彈性元件組成，有鎖緊位置和鬆開位置；滑塊在限位孔内^位孔和 插接=互通滑塊和插接頭上的鎖緊槽配合，保證顯示模組和主 接的牢固，當滑塊在鎖緊射時，驟裝置處於 & 槽外時，鎖緊裝置處於鬆開位置；按鍵在顯示模組的表面，To solve the above problems, the display module and the main machine must be separated first. The technology in this respect is like the US patent No. 5805415 (the announcement date is September 8, 1998), which discloses: ^ King type computer social machine and display lion _ agency Lian Lin listened to the display group | post: The holes on the main unit can be pulled out, which is located on the main unit. The tightening device can be locked or loosely connected, so the display module and the main unit can be separated. Its shortcomings are that the embedded posts in the pen computer are located on the display module and exposed. Because the display module and the host are separated ^, usually the display module is moved instead of the host, and sometimes the display needs to be used independently Mold rent, so moving or making it possible to damage the inlay. Another example is Zhongshe Lu No. 972223371 patent (March 31st of the year), which reveals: the host and display module of the notebook computer, the machine, connected _ located on the post and the module on the host The wire hole can be fixed on the connection platform, and the connection platform is pivotally connected to the host, but the volume of the connection mechanism is larger than the display unit of the above-mentioned US Patent No. 5,805,415 and the Chinese Mainland Patent No. 97222337,1. The electrical connections between the hosts are connected by means of connectors. Plugging in electrical components that are wired is 'the bearing capacity is smaller, which depends on each and every connection of the group and domain and the Linlai socket, and the impact or pull force' The direction of the force may also deviate from the direction of the connection. It does not have a cushioning device, which will cause the plug-in contact to make energy and service life. Frequent connection and disconnection may also cause the electrical connectors to be not tightly connected and the signal transmission is not good. [New content] The purpose of a new 4 ^ 1 is to provide _ a type of notebook computer with a display module that can be separated from the host, which is not full, and the protruding part of the connection mechanism with the host is on the host, the connection of the The volume is appropriate, 5 M284024 The electrical connection between the display module and the host has a buffer device. In the note "The brain host is usually connected to the display module, there are limit holes and faces, plug two = The fitting of the joints depends on the connection or link between the display and the domain. Locking installation = composed of elastic elements, with locking position and release position; slider in the limit hole ^ position hole and plug = interlocking slider and plug connector on the slot to cooperate to ensure the display module and the main The connection is firm. When the slider is locked, the locking device is outside the & slot, the locking device is in the released position; the keys are on the surface of the display module.
====^料之_，、雜元輪滑塊和‘ 二保_心在鎖緊財。完成域和顯示模組間電連接的電連接件分 兩=頭’-頭在連接件上’該頭隨連接件轉動端的轉動而轉動，和這個頭 酉己&的另-頭在顯示模組上減的位置，電連_和連接制或者 頭和顯示模組財彈性裝置，對電連接·連接或脫離起緩衝制，並在 連接時使電連接頭的連接緊密。 當需魏筆記龍_域上取τ顯示模_，只需要將按鍵拔到鬆 ^立置’再端_示。當需要安上齡模組時，只需要將按鍵拔到鬆 開位置，將顯不模組上的插入孔對準插接頭插入。 本新型的優點在於··實現了顯賴組和筆記型電齡機的可分離，使 用^更。電連接件使用了緩衝裝置，提高了機構的使用壽命，使得電連接 緊密而信號傳輸安全可靠。顯示模組的連接機構是内嵌的，軸和使用時 =易損壞。在外形和尺寸上，本新型和現有的筆記型電腦沒有根本的區別， 容易被人們接受，便於攜帶。 【實施方式】 本新型的-個貫施方式，參見第一圖、第二圖，筆記型電腦由主機工 和顯示模組2組成，主機丨和顯示模組2通過連接件$相連，顯示模組2 可以相對主機1打開或合上。在本實施方式中連接件5為第一鉸鏈*和第 二鉸鏈3，但也可以用其他功能相同的結構來代替，如在主機上固定的一個 連接件’其兩端有兩個可以轉動的插接頭。 參見第三圖、第四圖，顯示模組2上與第一鉸鏈4和第二鉸鏈3相對 M284024 應的位置有兩個鎖緊錢29，當該鎖緊裝置29處於驟位置時，可分難 第二鉸鏈3和第-鉸鏈4配合，使得域i和顯示模組2無法分離；_ 兩個鎖緊裝置29處於鬆開狀態時，即該兩個鎖緊裝置29分別向顯干模植2 側邊方向纖，可將齡她2歡機！上取下來。顯示顺2上鱼第二 绞鏈3和第一鉸鏈4相對應的位置有插接孔2〇、21和電連接頭22 ;第二绞 鏈3包括固定端33和轉動端31，轉動端31上有插接頭312，插接頭312 上有一鎖緊槽313 ’可與顯示模組2上的插接孔2〇、鎖緊裝置29配合；第 一鉸鏈4包括固定端43、44和轉動端41，轉動端41上有插接頭412和電 連接頭42，插接頭412上有一鎖緊槽413，和插接孔21、鎖緊裝置29配合，==== ^ 料 之 _, Za Yuan Wheel Slider and ‘Erbo_Heart’ are locked in fortune. The electrical connector that completes the electrical connection between the domain and the display module is divided into two = heads-head on the connector, the head rotates with the rotation of the rotating end of the connector, and the other head of this head & The position of the minus group, the electrical connection and connection system or the head and display module are flexible devices that buffer the electrical connection, connection or disconnection, and make the connection of the electrical connection tight when connecting. When we need to take the τ display mode from the field, we just need to pull the button to the loose position and display it again. When you need to install the module, you only need to pull the button to the loose position and align the insertion hole on the display module with the plug connector. The advantage of this new type is that it realizes the separation of the display group and the notebook-type electric aging machine. The electrical connection uses a buffer device to increase the service life of the mechanism, making the electrical connection tight and the signal transmission safe and reliable. The connection mechanism of the display module is built-in, and the shaft and the use = easy to damage. In terms of appearance and size, the new and existing notebook computers are not fundamentally different, and are easily accepted by people and easy to carry. [Embodiment] This new type of implementation method is shown in the first and second figures. The notebook computer is composed of a host computer and a display module 2. The host and the display module 2 are connected by a connector $, and the display module Group 2 can be opened or closed with respect to host 1. In this embodiment, the connecting member 5 is the first hinge * and the second hinge 3, but it can also be replaced by other structures with the same function. For example, a connecting member fixed on the host computer has two rotatable ends. Plug connector. Referring to the third and fourth figures, the display module 2 has two locking money 29 at positions corresponding to M284024 of the first hinge 4 and the second hinge 3. When the locking device 29 is in the snap position, it can be divided It is difficult to match the second hinge 3 and the first hinge 4 so that the domain i and the display module 2 cannot be separated; _ when the two locking devices 29 are in the released state, that is, the two locking devices 29 are respectively planted to the stalk. 2 Side direction fiber, can make her 2 Huan machine! Take it off. It is shown that the positions corresponding to the second hinge 3 and the first hinge 4 on the shun 2 have insertion holes 20, 21 and electrical connectors 22; the second hinge 3 includes a fixed end 33 and a rotating end 31, and the rotating end 31 There is a plug connector 312, and the plug connector 312 has a locking groove 313 'which can cooperate with the plug hole 20 and the locking device 29 on the display module 2. The first hinge 4 includes a fixed end 43, 44 and a rotating end 41. The rotating end 41 has a plug connector 412 and an electrical connector 42, and the plug connector 412 has a locking groove 413, which cooperates with the plug hole 21 and the locking device 29.
鎖緊主機1和顯示模組2 ;電連接頭42和電連接頭22配合。固定端33、 43、44安裝在主機1上。 參見第五圖、第六圖，顯示模組2由顯示模組上蓋23、中間骨架25、 端骨架26和27、兩個邊骨架28、顯示模組下蓋24組成。兩個邊骨架28 分別連接端骨架26、27，端骨架26、27連接中間骨架25，上述骨架組成 的整體連接顯示模組上蓋23和顯示模組下蓋24。在中間骨架25上安裝有 一電連接頭22。 第二鉸鏈3的固定端33包括樞軸311，樞軸311固定在主機1上，插 接頭312連接於樞軸311上且可轉動。插接孔2〇包括在端骨架26上的孔 262，當主機1和顯示模組2連接時，插接頭312插入孔262中。顯示模組 上蓋23上有限位槽231，限位槽231内有通的限位孔232，端骨架26上和 限位孔232相對的位置有和孔262連通的滑槽261。 鎖緊裝置29包括按鍵290、滑塊291、彈簣292，按鍵290在限位槽 231中’固定連接滑塊291，滑塊291在限位孔232和滑槽261中，鎖緊裝 置29有鎖緊位置和鬆開位置，彈簧292連接滑塊291和端骨架26，使鎖緊 裝置29常處於鎖緊位置。 參見第五圖、第七圖，第一鉸鏈4的固定端44包括樞軸411，轉動端 41包括插接頭412、電連接頭42、鉸鏈下蓋414和鉸鏈上蓋415，樞軸411 一端固定在主機1上，另一端和插接頭412連接，使得插接頭412可轉動。 插接孔21包括在端骨架27上的孔272，當主機1和顯示模組2連接時，插 接頭412插入孔272中。插接頭412和插接孔21、鎖緊裝置29配合的結構 M284024 和第二鉸鏈的插接頭312和插接孔20、鎖緊裝置29的配合的結構相同。 鉸鏈下蓋4M和鉸鏈上蓋415形成鉸鏈蓋，—端連接框轴4ΐι，另一端連接 固定端43，該第-鉸鏈4可基於姉411轉動，插接頭412的一部分在絞 鏈盍中並可帶動鉸鏈蓋運動，鉸鏈下蓋414中裝有電連接頭42，在電連接 頭42和鉸鏈下蓋414間連有彈性裝置似，該彈性裝置仍可為彈菁或其 他的彈性物質，也可以安裝在電連接頭22和顯示模組2之間，電連接頭π 2示模組2上的電連接頭22配合，實現顯示模組2和主機i間 電連接。 if 圖/第四圖、第五圖、第六圖、第七圖，當需要《1和顯 =組2連接時，可將鎖緊裝置29向顯示模組2兩個側邊方向掰動，此時 動滑塊2列運動向鬆開位置，彈菁292壓縮，然後將插接頭312 m 20插接頭412對準插接孔21插入，使電連接頭42和電連接 放開鎖緊裝置29，彈|292反彈，推動兩個滑塊291到分別位 ^插^ 312、412上的鎖緊槽313、413中，此時鎖緊裝置29處於鎖緊位 :成不能相對于插接孔20、21運動，主機1和顯示模組2 Γίίϊ。备機1和顯示模組2鬆開時，可將鎖緊裝置29推向兩邊， 此時按鍵290帶動滑塊291運動離開鎖緊槽313、41 2 ^ ^ 312 ^ -的脫離。電連接碩42脫離電連接頭22，主機1即完成和顯示模組2 =顯讀組2連接或雌域i時，電連_ ==，頭42和電連接頭22間有力產生，彈性妾裝= ㈣力的方向壓縮或伸長，減小了直接個于電連接頭42和電連 力22_和電連接頭42連接或脫離_方向可能和施加於 事好戍者多4遠接『致，彈性裝置421此時可以起調節作用；由於沒安 裝好或者彡*賴和_，電連_ 42和電連 彈性裝置421此時可以釋放出彈性力而使電連接頭42和= 連 接緊密，保證域傳輪的安全可靠。 4接頭22的連 【圖式簡單說明】 8 M284024 第一圖係筆記型電腦合上時的外觀圖。 第二圖係筆記型電腦打開時的前視圖。 第三圖係本電腦打開時的局部後視圖。 第四圖係記本電腦顯示模組從主機上取下時的前視圖。 第五圖係記本電腦的爆炸圖。 第六圖係不包含電連接件的鉸鏈的裝配圖。 第七圖係包含電連接件的鉸鏈的裝配圖。 【主要元件符號說明】 主機Lock the host 1 and the display module 2; the electrical connector 42 and the electrical connector 22 cooperate. The fixed ends 33, 43, 44 are mounted on the host 1. Referring to the fifth and sixth figures, the display module 2 is composed of a display module upper cover 23, a middle frame 25, end frames 26 and 27, two side frames 28, and a display module lower cover 24. The two side frames 28 are respectively connected to the end frames 26 and 27, and the end frames 26 and 27 are connected to the middle frame 25. The above-mentioned frame is integrally connected to the display module upper cover 23 and the display module lower cover 24. An electrical connector 22 is mounted on the intermediate frame 25. The fixed end 33 of the second hinge 3 includes a pivot shaft 311, which is fixed on the host computer 1, and a plug connector 312 is connected to the pivot shaft 311 and is rotatable. The plug-in hole 20 includes a hole 262 on the end frame 26. When the host 1 and the display module 2 are connected, the plug-in connector 312 is inserted into the hole 262. A limiting slot 231 is provided on the upper cover 23 of the display module. A limiting hole 232 is formed in the limiting slot 231, and a sliding slot 261 is provided on the end frame 26 opposite to the limiting hole 232 to communicate with the hole 262. The locking device 29 includes a button 290, a slider 291, and an impulse 292. The button 290 is fixedly connected to the slider 291 in the limiting slot 231, and the slider 291 is in the limiting hole 232 and the sliding slot 261. The locking device 29 has In the locked position and the released position, the spring 292 connects the slider 291 and the end frame 26, so that the locking device 29 is always in the locked position. Referring to the fifth and seventh figures, the fixed end 44 of the first hinge 4 includes a pivot 411, and the rotating end 41 includes a plug connector 412, an electrical connector 42, a lower hinge cover 414, and an upper hinge cover 415. One end of the pivot 411 is fixed at On the host computer 1, the other end is connected to the plug connector 412, so that the plug connector 412 can rotate. The plug hole 21 includes a hole 272 on the end frame 27. When the host 1 and the display module 2 are connected, the plug connector 412 is inserted into the hole 272. Structure of mating connector 412, mating hole 21, and locking device 29 M284024 and mating structure of mating connector 312, mating hole 20, and locking device 29 of the second hinge are the same. The hinge lower cover 4M and the hinge upper cover 415 form a hinge cover, which is connected to the frame shaft 4ΐ at the other end and fixed end 43 at the other end. The first hinge 4 can be rotated based on the sister 411, and a part of the plug connector 412 is in the hinge 盍 and can be driven. The hinge cover moves. An electrical connector 42 is installed in the lower hinge cover 414. An elastic device is connected between the electrical connector 42 and the lower hinge cover 414. The elastic device can still be elastic or other elastic material, and can also be installed. Between the electrical connector 22 and the display module 2, the electrical connector π 2 and the electrical connector 22 on the display module 2 cooperate to realize the electrical connection between the display module 2 and the host i. if picture / fourth picture, fifth picture, sixth picture, and seventh picture, when "1 and display = group 2 connection is needed, the locking device 29 can be moved toward the two sides of the display module 2, At this time, move the two rows of the slider to the release position, the elastic 292 is compressed, and then insert the plug connector 312 m 20 into the plug hole 21 to insert the electrical connector 42 and the electrical connection to release the locking device 29 ， Spring | 292 rebound, push the two sliders 291 into the locking grooves 313 and 413 on ^, 312 and 412 respectively, at this time, the locking device 29 is in the locking position: it cannot be relative to the plug hole 20 , 21 movement, host 1 and display module 2 Γίίϊ. When the standby machine 1 and the display module 2 are released, the locking device 29 can be pushed to both sides, at this time, the button 290 drives the slider 291 to move away from the locking grooves 313, 41 2 ^ ^ 312 ^-and disengage. The electrical connection master 42 is separated from the electrical connector 22, and the host 1 is completed and the display module 2 = when the display group 2 is connected or the female domain i, the electrical connection _ ==, the head 42 and the electrical connector 22 are strongly generated, elasticity 妾Installation = compression or elongation in the direction of the force, reducing the direct connection between the electrical connector 42 and the electrical connection force 22_ and the connection or disconnection of the electrical connector 42. The direction may be more than 4 times as far as it is applied At this time, the elastic device 421 can play an adjusting role; because it is not installed or 彡 * 赖 和 _, the electrical connection _ 42 and the electrical connection elastic device 421 can release the elastic force at this time, so that the electrical connector 42 and = are tightly connected, Ensure the safety and reliability of domain transfers. Connection of 4 connector 22 [Simplified illustration] 8 M284024 The first picture is the appearance of the notebook computer when it is closed. The second picture is a front view of the notebook computer when it is turned on. The third picture is a partial rear view of the computer when it is turned on. The fourth picture is a front view of the computer display module when it is removed from the host. The fifth picture is an exploded view of the computer. The sixth drawing is an assembly drawing of the hinge without the electrical connector. The seventh drawing is an assembly drawing of the hinge including the electrical connector. [Description of main component symbols] Host
2 20 21 22 23 231 232 24 25 26 261 262 27 顯示模組 插接孔 插接孔 電連接頭 顯示模組上蓋 限位槽 限位孔 顯示模組下蓋 中間骨架 端骨架 滑槽 孔 端骨架 滑槽 271 272 M2840242 20 21 22 23 231 232 24 25 26 261 262 27 Display module plug-in hole Plug-in electrical connector Display module upper cover Limit slot Limit hole display module Lower cover Middle skeleton end skeleton Slide slot hole end skeleton slide Slot 271 272 M284024
iL 邊骨架 鎖緊裝置 按鍵 滑塊 彈簧 - 第二鉸鏈 馨 轉動端 樞軸 插接頭 鎖緊槽 鉸鏈蓋 固定端 固定端蓋 ❿ 第一鉸鏈 轉動端 樞轴 插接頭 鎖緊槽 鉸鏈下蓋 鉸鏈上蓋 電連接頭 28 29 290 291 292 .3 31 311 312 313 314 33 331 4 41 411 412 413 414 415 42iL Side Frame Locking Device Button Slider Spring-Second Hinge Rotating End Pivot Plug Locking Slot Hinge Cover Fixed End Fixed End Cap ❿ First Hinge Rotating End Pivot Plug Locking Slot Hinges Lower Cover Hinge Upper Cover Electric Connector 28 29 290 291 292 .3 31 311 312 313 314 33 331 4 41 411 412 413 414 415 42
M284024 彈性裝置 421 固定端 43 固定端蓋 431 固定端 44 固定端蓋 441 連接件 5 11M284024 Elastic device 421 fixed end 43 fixed end cover 431 fixed end 44 fixed end cover 441 connector 5 11