M338463 八、釗作說明： 【創作所屬的技術領域】 本創作是有_-種筆記型電腦的周邊裝置 1有關於一種筆記型電腦的顯示卡模組。 、4 【先前技術】M338463 VIII. Description: [Technical field of creation] This creation is a peripheral device with _-note type computer. 1 There is a display card module for a notebook computer. , 4 [prior art]
杈木§兄n土电腼UNotebook)在出廠時，复 配ΐ在筆記型電腦之中。使用者無法對筆記型電腦 iC行更換。筆記型電腦的顯示卡可分為兩種， 詳細型齡晶片，另—種為獨立顯示卡。以下作更 在筆記型電腦内配置獨立顯示卡可接并, r能。但是此作法卻會使筆記型 ^僅如此’筆記型電腦的耗電量也會增加；^ 生大置的熱能，容易使筆記型電腦t機。 _產 小整，d方面在筆°己型電腦配置整合型顯示晶片雖可縮 二Γ此作法卻會導 :遊戲，常會遇到遊戲無法順暢進:而 【釗作内容】 本創作提供一種顯示卡模挺，合 題積與重量，此外還能提升筆記且型筆:型電腦的 本創作提出-種顯示卡模έ且，顯不卡效能。 _示卡，源裝置。傳_傳輸界面' 第― 衣置傳輸界面可接收筆記型電腦所輸出的 5 M338463 視訊資料。f —齡卡祕傳輸界面且配置 二卜二J理視訊資料並可將處理過的視訊資料輪： ，、：電職置祕第-顯示卡，用啸 一顯不卡使用。當顯示卡模_接筆 ^弟 電腦則禁能筆記型電腦内的第二顯示卡。㉝"^己型 ^ ίίί作的—實施例中，顯示卡·更包括散埶t 執置域第—顯示卡，用以加強第—顯示卡“ 散=例中’散熱裝置可包括散熱板。散熱板具有多^ 在j作的—實施例中’傳輸界面為周邊裝 流排。在另-實補中，顯示卡模組 ^ 筆記型電腦的晶#。 队職界面輕接 在本創作的一實施例中，電源裝 ,流電，以供電給第一顯示卡。在 電轉換為 0透過通用串行匯流排接收筆’電源裝 以供電給第-顯示卡。 i _所輸出的電源， 本創作的顯示卡模組包括傳輪 卡模組的顯示卡配置在筆 外腦的體積或重量增加，可Ϊ = Μ電細的可攜性。不僅如此，丁維持筆 系卡效能。 升筆5己型電腦的顯 為讓本創作的上述賴和優點能㈣ 拳幾個實施例，並配合所附圖式，作詳細」、明驗下文特 6 M338463 【實施方式】 為了提升筆記型電腦的效能，習知技術會在筆記型電 月自中配置獨立顯示卡，然而此作法會增加筆記型電腦的體 積與重量，降低筆記型電腦的可攜性，不僅如此還會產生 大i的熱能、造成系統不穩定。若在筆記型電腦中配置整 ^型顯示晶片，雖可改善上述問題，但是當使用者想利^ 筆=電腦玩3D賴時’往往會碰遊戲紐順暢進行 的君。 有鑑於此，本創作的實施例提出一種顯示卡 1 接顯:t的概念。當使用者有特殊需求時，例如想 組外接到筆記型電腦，藉以提升筆記型電 月二當使用者想_筆記型電腦上網或 二= 型電腦拆卸下來，如此—來可保有筆卡模組從筆記 而且不會造成額外的電源浪f ^腦的可攜性、 作的實施㈣更進-步地朗。觀合圖式’對本創 -土圖1 S依照本創作的第—實施_ 不忍圖。請參照圖i，本實施例中 重扣卡模組的 J界面20、顯示卡30與電源褒置40;^組10包括傳 筆記型電腦5G所輸出的視 傳輪界面20可接收 面加且配置在筆記型電 可將處理過的視訊資料輸出給顯 =理視訊資料並 裝置40祕顯示卡3() (切示）。電源 徒“源給顯示卡30使用。 7 M338463 承上述，在本實施例中，傳輸界面2()例如可以是周 邊衣置連接（Peripheral Component Interconnection，簡稱 . PCI)界面，本說明書所稱的PCI界面包括PCI-X界面或 PCI-Express界面。但本創作並不以此為限，在其他實施例 中傳輸界面20亦可以大頻寬的匯流排（Bus)直接耦接至 筆s己型電腦50的晶片，上述晶片例如可以是北橋晶片或是 • 南橋晶片。不僅如此，傳輸界面20亦可以是加速影像處理 φ 埠（Accelerated GraPhics Port，簡稱 AGP)界面。也就是 "兒，热習本領域技術者可依其需求自行決定傳輸界面20 的種類。 另外，上述顯示裝置例如可以是筆記型電腦5()的液 晶螢幕。換言之，當顯示卡3〇處理完視訊資料之後，可將 處理過的視訊資料透過傳輸界面2〇再回傳至筆記型電腦 5〇的液晶螢幕，藉以使筆記型電腦5〇的液晶螢幕能顯示 晝面。 請繼續參照圖1，在本實施例中顯示卡模組1〇的電源 # 裝置40可以使用電力公司所提供的交流電，並將交流電轉 換為適當電壓的直流電，藉以供電給顯示卡3〇使用。本實 - 知*例的電源裝置40採用外接電源的好處是不會造成筆記 型電腦50的電源負擔，因此不會造成筆記型電腦5〇因電 源負載過大而有系統不穩定的情況發生。 ^ 熟習本領域技術者應當知道，隨著顯示卡的效能愈 高，其耗費的功率也就愈大，其產生的熱能也就會愈大。 由於咼效能的顯示卡有體積大、耗電量大以及產生的熱能 8 M338463 大的問通’因此筆記型電腦5〇内 示卡31。但是其缺點則是益法處理能的顯 值得注咅的s 士 Γ”、、 "7複雜度的圖形資料。 型電腦50進行3n 有特殊需求時，例如想用筆記 Γηϋ 圖形綠製或是想利用筆記型電腦50狩 =0 :筆記型電腦5。就可以利 卜= 組1〇取代較低效能的顯示卡31。#使用者 :==卡模組ω時’則可將顯示卡模組心= ΐ二:且來:如此一來，不但可維持筆記型二 佳二不僅 ==電，5°_ 影變刭筌>別+ 頊不卡杈組10所產生的熱能也不會 ^到心己型電腦5G的穩定性 二 以在顯示卡模組1〇 白，，咖者甚至可 10的散熱效果。以下提^„_;=強顯不卡模組 者參詳。 乂下&供種政熱裝置供熟習本領域技術 外殼:m本創作的第一實施例的-種顯示卡模組的 裝置是依照本創作的第训^ 例中次二3圖。請合併參照圖1、圖2與圖3，本實施 起。和顯不卡模組1G的外殼7g整合在一 可用。二ΐ如可以包括風扇60與散熱板61。風扇6〇 此一决目丨軋、"il，猎以快速地將外殼7〇内的熱能帶走，如 量埶能的：ΐ效解決顯示卡30與電源裝置40所產生的大 ⑽的問題4外，散熱板61亦可開多數個散熱孔62, M338463 流1通。將散熱裝置與外殼70整合在—起，不但 果y也具不卡核幻0 ’亦▼加強顯示卡模㊣10的散熱效 a、、k、、’|參舨圖丨，當顯示卡模組外接至己 31，’h筆士記型電月1 50會侧到兩張顯示卡（勤卡30、 下面硬體衝突。為了排除這種硬體衝突， 敌仏種解決方式供熟習本領域者參詳。 法的照本創作的第—實施_—種排除硬體衝突方 S4〇ri圖。請合併參照圖1與圖4，首先，可由步驟 筆記型電腦50進行開機。接著可由步驟S402，筆 設筆«檢查是否餅翻针馳ig。本實施例假 = 电腦50有外接顯示卡模組10，因此在步驟S402 8404 5 曰优用外接的顯不卡杈組10的顯示卡30 仃工作。如此一來則可避免硬體衝突。 接顯面’在步驟S4G2中，若筆記型電腦5G沒有外 電腦5〇二且10 ’則可接續執行步驟s405 ’使用筆記型 %月自50内的顯示卡31工作。 描綠Γ二 =的：上Γ實施例中已經對顯示卡模組 逼’各薇商對於顯示卡模組的設計都不-樣， 創作的應用當㈣制於此種可能的型態。換言之， ”疋顯不卡模組的顯示卡配置在筆記型電腦之外，藉以 M338463 供筆記型電腦使用，就已經 以下再舉幾個實施方式以便二工的精神所在。 請繼續參==述 記型電腦50的液晶螢幕為例進二裝置雖以筆 為限，顯示卡30亦可以透過,—1]作並不以此 =)連接器或是數位二二 ΐΓΓ= 稱DVI)將處理過的視訊資料輸出至其他顯 不衣t例如可以是投影機、電視機、液晶螢幕...等。 另外’上述實施例中電源裝置40雖以接收電力公司 例’但在其他實施例中’電源裝置40亦可The 杈 § 兄 n 土 Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note Note The user cannot replace the iC line of the notebook. The display card of the notebook computer can be divided into two types, a detailed age-old chip, and the other is a stand-alone display card. The following is to configure a separate display card in the notebook to connect, r can. However, this method will make the notebook type ^ only so that the power consumption of the notebook computer will increase; ^ The thermal energy of the large-sized device makes it easy to make the notebook computer. _ production small, d in the pen ° computer-type integrated display display chip can be reduced, but this practice will lead: games, often encounter games can not smoothly enter: and [production content] This creation provides a display The card model is quite good, combined with the title and weight, in addition to the improvement of the notes and the type of pen: the creation of the computer - a display card model, and the performance of the card. _ card, source device. The transmission-transmission interface's - clothing transmission interface can receive 5 M338463 video data output by the notebook. f - The age of the card secret transmission interface and configuration of the second and second J video information and the processed video data wheel: ,,: electricity job secrets - display card, use the singer to display the card. When the display card mode is connected to the pen, the second display card in the notebook computer is disabled. 33"^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The heat sink has many ^ in the embodiment - the transmission interface is the peripheral loading row. In the other - the real complement, the display card module ^ the notebook computer crystal #. The team interface is lightly connected in the creation In one embodiment, the power supply is installed, and the power is supplied to the first display card. The power is converted to 0 through the universal serial bus to receive the pen 'power supply to supply the first display card. i _ the output power, The display card module of the present invention includes a display card of the transfer wheel module, and the volume or weight of the brain outside the pen is increased, which can be Ϊ = Μ electric portability. Not only that, but the pen card performance is maintained. The appearance of the 5-type computer makes the above-mentioned advantages and advantages of this creation (4) a few examples of the boxing, and with the drawings, for details, and the following is a special 6 M338463 [Embodiment] In order to enhance the notebook computer Performance, the know-how will be configured in the notebook Card, but this approach will increase the notebook's volume and weight, reduce the portability of laptops, so will not only produce heat energy big i, resulting in system instability. If the whole type display chip is arranged in the notebook computer, although the above problem can be improved, when the user wants to use the pen = the computer to play 3D, the user often encounters the game. In view of this, the embodiment of the present invention proposes a concept that the display card 1 is connected: t. When the user has special needs, for example, if you want to connect to a notebook computer, you can upgrade the notebook type. When the user wants to use the _ laptop or the second computer to be removed, the card module can be saved. From the notes and will not cause additional power waves, the portability of the brain, the implementation of the (four) more step by step. The concept of "viewing the pattern" on the creation - soil map 1 S in accordance with the first implementation of this creation _ can not bear the picture. Referring to FIG. 1 , in this embodiment, the J interface 20 of the heavy-duty card module, the display card 30 and the power supply device 40; the group 10 includes the video transmission wheel interface 20 outputted by the notebook computer 5G. It can be configured to output the processed video data to the video data and the device 40 video card 3 () (cut). The source of the power source is used by the display card 30. 7 M338463 In the above embodiment, the transmission interface 2 () may be, for example, a Peripheral Component Interconnection (PCI) interface, and the PCI referred to in this specification. The interface includes a PCI-X interface or a PCI-Express interface. However, the present invention is not limited thereto. In other embodiments, the transmission interface 20 can also be directly coupled to a pen-type computer by a bus with a large bandwidth. The wafer of 50 may be, for example, a north bridge wafer or a south bridge wafer. Moreover, the transmission interface 20 may also be an Accelerated GraPhics Port (AGP) interface, that is, a child, a thermal book. The technical device can determine the type of the transmission interface 20 according to the needs of the user. In addition, the display device can be, for example, a liquid crystal screen of the notebook computer 5 (in other words), in other words, after the video card 3 has processed the video data, the processing can be processed. The video data is transmitted back to the LCD screen of the notebook computer through the transmission interface 2, so that the LCD screen of the notebook computer can be displayed. Referring to FIG. 1 , in the embodiment, the power supply device 40 of the display card module 1 can use the alternating current provided by the power company, and convert the alternating current into a direct voltage of a suitable voltage, thereby supplying power to the display card 3 . The fact that the power supply unit 40 of the present invention uses an external power supply does not cause a power supply load on the notebook computer 50, so that the notebook computer 5 does not cause system instability due to excessive power load. Those skilled in the art should know that as the performance of the display card is higher, the power consumption is greater, and the heat energy generated by the display card is larger. The performance card of the performance is large in size and power consumption. The large and generated heat energy 8 M338463 big questioning 'so the notebook computer 5 〇 inside the card 31. But the shortcoming is that the benefits of processing can be worthy of attention s Γ Γ 、,, "7 complexity graphics data. When the computer 50 performs 3n, there is a special need, for example, if you want to use the notebook Γηϋ graphics green or want to use the notebook 50 hunting =0: notebook computer 5. It is possible to replace the lower performance display card 31 with the group = 1 . #用户:==Card module ω', then the display card module core = ΐ二: and come: In this way, not only can maintain the notebook type two good two not only == electricity, 5 ° _ shadow change 刭筌>Do not 顼 顼 杈 杈 杈 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 The following is a description of the __;= strong display card module. 乂下& for the tempering thermal device for the familiar art device: m the first embodiment of the creation of the display card module device is According to the second and third figures of the first training example of the present invention, please refer to FIG. 1, FIG. 2 and FIG. 3 together, and the present embodiment is integrated with the outer casing 7g of the display card module 1G. The fan 60 and the heat sink 61. The fan 6 is rolled over, "il, hunting to quickly take away the heat energy in the outer casing 7〇, such as the amount of energy: effectively solve the display card 30 and the power supply device In addition to the large (10) problem 4 generated by 40, the heat sink 61 can also open a plurality of heat dissipation holes 62, and the M338463 flows through. The heat sink is integrated with the outer casing 70, and not only the y also has a card illusion 0' Also ▼ to enhance the heat dissipation effect of the display card model 10, a, k,, '| 舨 舨 丨, when the display card module is connected to 31, 'h 笔士记型月1 50 will side to two displays Card (Qinca 30, the following hardware conflicts. In order to eliminate this kind of hardware conflict, the enemy's solution is for the familiarity of the field. The law of the creation of the first - Implementation _--excluding the hardware conflicting party S4〇ri diagram. Please refer to FIG. 1 and FIG. 4 together. First, the power can be turned on by the step notebook computer 50. Then, in step S402, the pen can be set to check whether the pie is turned over. In this embodiment, the computer 50 has an external display card module 10, so in step S402 8404 5, the display card 30 of the external display card group 10 is preferably used. This avoids hardware conflicts. In the step S4G2, if the notebook computer 5G has no external computer 5〇2 and 10', the step s405 can be continued. The notebook type 31 is operated from the notebook type using the note type % month. In the above-mentioned embodiment, the display card module has been forced to use the design of the display card module. The application of the creation is (4) in this possible form. In other words, "the display is not the card." The display card of the group is configured outside the notebook computer, and the M338463 is used by the notebook computer. The following embodiments are used to make the spirit of the second work. Please continue to refer to the LCD screen of the computer 50. The example of the second device is limited by the pen. The card 30 can also be used to transmit the processed video data to other display devices, such as a projector, a television, or a liquid crystal, without using the =) connector or the digital binary signal (referred to as DVI). Screen...etc. Further, in the above embodiment, the power supply unit 40 is in the form of a receiving power company, but in other embodiments, the power supply unit 40 may be used.
裝置仙可透過通用_流排（Univ_二二電J 稱湖）接收筆記型電腦5〇所輸出的電源，並將其轉換 成適當的電壓，藉以供電給顯示卡3〇。 此外，上述實施例中顯示卡3〇與顯示卡模組1〇的連 接界面可設計成易拆裝的界面。當顯示卡3〇的效能無法應 付筆記型電腦50所需處理的視訊資料時，使用者可自行將 顯示卡3G更換成更高效能的顯示卡。如此—來，使用者益 須花費太多成本即可對顯示卡模組1〇進行升級動作。 另外值得一提的是，上述顯示卡模組1〇可供多台筆 s己型電腦輪流使用，而不需每一台筆記型電腦都配置一台 顯示卡模組10。因此可降低硬體成本的花費。 綜上所述，本創作顯示卡模組的顯示卡配置在筆記型 11 M338463 具有下列優點 示卡模組的_裝置制外立電源， :ί:或筆記型電腦使用，因此不會使筆記型電 如此’還可提二二：維持筆記型電腦的可攜性。不僅 的實施例的顯示卡效能。此外，本創作 顯 :::己j電腦的電源負擔’因此不;:成 源負载過大而有系統獨定的情況發 2· =於巧示卡模組配置在筆記型電腦之外，因此顯 '、卡模組所產生的熱能也不會影響到筆記型電腦 的穩定性。 •馬使用者無須使用高效能的顯示卡模組時，則可 將顯示卡模組從筆記型電腦拆卸下來。如此一 來，不但可維持筆記型電腦的可攜性，而且也可 解決筆記型電腦的顯示卡效能不佳的問題。 4·在顯示卡模組加裝散熱裝置可加強顯示卡模組的 散熱效果。 菖筆°己型電細備測到有外接顯示卡模組時，可禁 月包筆記型電腦内的顯示卡，避免硬體衝突問題。 6·顯示卡模組的顯示卡可進行更換升級，藉以降低 硬體升級的成本。 7·顯示卡模組可供多台筆記型電腦輪流使用，因此 可降低硬體成本的花費。 雖然本創作已以幾個實施例揭露如上，然其並非用以 12 M338463 、疋本創作任何所屬技術領域中具有通常知識者，在不 脫離本創作的精神和範圍内，當可作些許的更動與潤飾， 因此本創作的保魏圍當視後_巾請專利範圍所界定者 為準。 【圖式簡單說明】The device can receive the power output from the notebook computer through the universal _ stream (Univ_2 electric J lake) and convert it into an appropriate voltage to supply power to the display card. In addition, the connection interface between the display card 3A and the display card module 1A in the above embodiment can be designed as an easy-to-assemble interface. When the performance of the display card 3 cannot cope with the video data to be processed by the notebook computer 50, the user can replace the display card 3G with a higher performance display card. In this way, the user can upgrade the display card module 1 at a cost that is too costly. It is also worth mentioning that the above-mentioned display card module 1 can be used in turn for a plurality of pen-type computers, without requiring a display card module 10 for each notebook computer. Therefore, the cost of hardware costs can be reduced. In summary, the display card of the creative display card module is configured in the notebook type 11 M338463 with the following advantages of the card module _ device external power supply, : ί: or notebook computer use, so will not make the notebook This is also the case for the second: to maintain the portability of the notebook. Not only the display card performance of the embodiment. In addition, this creation shows::: The power burden of the computer has been 'so it is not;: The source load is too large and the system is unique. 2) = The smart card module is configured outside the notebook computer, so 'The thermal energy generated by the card module will not affect the stability of the notebook. • When the horse user does not need to use a high-performance display card module, the display card module can be removed from the notebook. This not only maintains the portability of the notebook, but also solves the problem of poor performance of the notebook's display card. 4. Add a heat sink to the display card module to enhance the heat dissipation of the graphics card module. When the external display card module is detected, the display card in the notebook computer can be disabled to avoid hardware conflicts. 6. The display card of the display card module can be replaced and upgraded to reduce the cost of hardware upgrade. 7. The display card module can be used in turn by multiple notebooks, thus reducing the cost of hardware. Although the present invention has been disclosed above in several embodiments, it is not intended to be used in the general knowledge of any of the technical fields of the present invention, and may be modified in some ways without departing from the spirit and scope of the present invention. And the retouching, therefore, the creation of the Wei Weiwei of this creation is subject to the definition of the patent scope. [Simple description of the map]
一圖1疋依照本創作的第一實施例的一種顯示卡模組 示意圖。 ''' J1 is a schematic view of a display card module in accordance with a first embodiment of the present invention. ''' J
圖2是依照本創作的第一實施例的一種顯示卡模組的 外殼俯視圖。 、。、 圖3是依照本創作的第一實施例的一種散埶 殼仰視圖。 …、J Γ 圖4依照本創作的第一實施例的一種排除硬體衝突方 法的流程圖。 【主要元件符號說明】 10 :顯示卡模組 20 ·傳輸界面 30、31 :顯示卡 40:電源裝置 50 :筆記型電腦 60 :風扇 61 =散熱板 62 :散熱孔 70 =外殼 S401〜S405 ··排除硬體衝突方法的各步驟 132 is a top plan view of a housing of a display card module in accordance with a first embodiment of the present invention. ,. Figure 3 is a bottom plan view of a mydriatic shell in accordance with a first embodiment of the present invention. ..., J Γ Figure 4 is a flow chart of a method for eliminating hardware conflicts in accordance with the first embodiment of the present invention. [Description of main component symbols] 10: Display card module 20 · Transmission interface 30, 31: Display card 40: Power supply device 50: Notebook computer 60: Fan 61 = Heat sink 62: Cooling hole 70 = Housing S401 to S405 ·· Steps 13 to exclude the hardware conflict method