M273749 八、新型説明： 【新型所屬之技術領域】 本創作係關於一種筆記型電腦之附加功能設計，特別是 關於一種具有快閃記憶模組承置座之筆記型電腦，用供一快 閃記憶模組承置，並與該筆記型電腦連結。 【先前技術】 按，由於筆記型電腦的方便性及強大的功能，已取代桌 上型電腦，成為現代人不可或缺的產品，然而筆記型電腦受· 限於輕薄短小之機體設計，故在功能擴充性方面也力求精簡 〇 然而，人們使用筆記型電腦於辦公室以外之場合時，由 於要臨時取得各項軟硬體設備或週邊設備實為不易，故需經 常備妥各項可擴充之設備，而在該筆記型電腦之機體本身亦 配置有各種信號連接埠，例如RS-232、USB(通用串列匯流排 界面）或IEEE1394等等。 · 另一方面，由於快閃記憶體技術的研發，使得快閃記憶 體模組(Flash Driver)或稱隨身碟之產品應運而生，由於該快閃 記憶體模組具有使用簡便、隨插即用、以及具有大記憶容量 等優點，故經常應用在資料存取、檔案交換、資料傳遞等工 作。目前的快閃記憶體模組之設計，大都是在該快閃記憶體 模組殼體之一端凸伸出一 USB插接器，可供插接至筆記型電 腦後板面之USB連接埠中。目前市售之此類快閃記憶體模組 都是製成獨立可攜帶之型態。 M273749 【新型内容】 本創作所欲解決之技術問題 〇儘管大部份的筆記型電腦之機體設計皆亦配置有各種信 说連接★阜’可供不同的信號插接器插接，但對於_記型電腦 之使用者而言’使用者需要各別備妥各項可擴充之設備或外 加模組裝置仍未提供解決之方案。 。=如以目前普遍使用之快閃記憶體模組或稱隨身碟之產 品而言’其經常應用在筆記型電腦與辦公室桌上型電腦之間 之資料存取、檔案交換、資料傳遞等H用者在使用此 類的模組裝置時’雖然確可達到上述之需求，但卻經常會有 可忘了隨身攜帶該快閃記憶體模組之經驗，以致即使該二 5己憶體模組具有很大的功能，但卻無法發揮。 使用者在使用快閃記憶體模組時，雖然具有可插拔、隨 插即用之功能’但卻必須在每次使用時皆進行插拔之操作。 例如’當使用者將該筆記型f腦置人袋體、以及需 電腦播帶外出至其它場所時’使用者必須將該快閃體 3出USB再對準插置在該筆記型電腦之聰連接埠中, 卜亥USB連接料是配置在該筆記型電腦 =感，乍上之不便。而當使用者不需使㈣ 、、，、或疋必須再將該筆記型電腦攜行時， 記龍模組由筆記型電腦之USB連 二糊 閃記憶體模組將會受到折斷。"拔取出。否則，該快 而在使用者在使用筆記型電腦時，由於該快㈣憶體模 M273749 組係以外插之方式插接在該筆記型電腦之usb連接埠， :閃纪憶體模組之殼體是凸伸出一相當長度，故一不小心很 容易使該快閃記憶體模組受到折損。 文 再者，目前商用市售的快閃記憶體模組由於考慮到操作 性’故其-般體積並不會做得太小，如此使得使用者在將该 快閃記憶職組插置人筆記㈣腦之腦連接料時，卻阻 礙了緊鄰USB連接蟑之使用，致使其它備配有聰插接器之 週邊設備無USB連接埠可用，如此造成了筆記型電腦之硬體 資源浪費。 緣此’本創作之主要目的即是提供—種具有快閃記憶模1 組承置座之筆記型電腦，其在筆記型電腦之主機殼體上配置 有-可供快閃記憶模組承置之承置座，可供快閃記憶模組承 置。 本創作之另一目的是提供一種可供快閃記憶模組承置並 插接使用之筆記型電腦，其在筆記型電腦之主機殼體上除了 配置有一可供快閃記憶模組承置之承置座之外，亦可使快閃 ，憶模組承置在該承置座之同時，亦使得該快閃記憶模組與_ 筆記型電腦經由連接埠而完成信號之連結。 本創作解決問題之技術手段 本創作為解決習知技術之問題所採用之技術手段係在一 筆s己型電腦之主機殼體上配置有一可供快閃記憶模、组承置之 承置座17亥承置座之一側端配置有一信號連接埠，可供該快 門名隐模組之4號插接端插置連接，以使該筆記型電腦可經 M273749 由-亥4號連接埠及該快閃記憶模組之信號插接端而存取該快 閃記憶模組中之資料。 抑一車又佳貫加例中’邊快閃記憶模組可附設有一雷射光產生 ，元可方便商務人士使用。該快閃記憶模組亦可附設有一 筆具，益增其實用性。本創作之另—較佳實施射，該筆記 型電腦之快閃記龍組承置座可為—槽道式承置座，如此可 使得該筆記型電腦之主機殼體表面保持平整面。 本創作對照先前技術之功效 經由本創作所採用之技術手段，可以使得筆記型電腦使 用者所經吊使用到之快閃記憶模組直接承置在該筆記型電腦 ，豕置座Jl而不再$到忘了攜帶快閃記憶模組之困擾。而 筆a己型電腦使用者在攜行該筆記型電腦或將筆記型電腦置入 袋體時，並不須要將該快閃記憶體模組拔取出，也不會有被 再者’由於該快閃記憶體模組在筆記型電腦之殼體結構 —自有其承置之固定空間位置，故不會佔用或影響到到其鲁 匕USB連接埠之使用，如此使得該筆記型電腦之硬體資源得 以充份發揮。 /而在使用者在使用筆記型電腦時，由於該快閃記憶體模 :係承置在其固定空間位置中，故該快閃記憶體模組也不會 有受到折損之虞。 更者’當該快閃記憶模組承置在該筆記型電腦之承置座 中時同時亦70成了該快閃記憶模組與筆記型電腦之間之信 8 M273749 號埠連接，可使筆記型電腦存取該快閃記憶模組中之資料。 如此，使用者在執行該快閃記憶模組之插拔時更為簡便。 本創作所採用的具體結構設計，將藉由以下之實施例及 附呈圖式作進一步之說明。 【實施方式】 參閱第一圖所示，其係顯示本創作具有快閃記憶模組承 置座之筆記型電腦之第一實施例立體圖，而第二圖係顯示該 快閃記憶模組由筆記型電腦之承置座分離時之立體分解圖。 如圖所示，本創作係在一筆記型電腦100之主機殼體1之適 當位置處配置有一承置座11，該承置座11之一側端配置有一 信號連接埠12。該信號連接埠12為一 USB連接埠。 該承置座11上可供一快閃記憶模組2承置。當一快閃記 憶模組2承置在該承置座11時，該快閃記憶模組2之信號插 接端21恰能插置在該承置座11之信號連接埠12中。故該筆 記型電腦100可經由該信號連接埠12及快閃記憶模組2之信 號插接端21而存取該快閃記憶模組2中之資料。 在本創作之實施例中，該承置座11係形成在筆記型電腦 100之主機殼體1前緣處，當然亦可以其它型態形成在其它適 當位置處。 該快閃記憶模組2可另附有一雷射光產生單元3，使用 者除了使用該快閃記憶模組2作為檔案儲存、檔案傳輸之外， 更可直接將快閃記憶模組2取下之後，當作雷射筆使用。該 雷射光產生單元3亦可以一簡易的筆具所取代。 M273749 ^第二圖係顯示本創作具有快閃記憶模％承置座之筆記型 實施例立體分解圖。在此_實施例中，其大部份 二^功能與前述第一實施例相似’其差異在於該筆 线殼體1之適纽置處配置槽道式承. #=得該筆記型電腦_之主機殼體表面保持平整面。 以式/置座11之内側端配置有一 USB信號連接埠41。 遠槽道式承置座4中可供一快閃記憶模絚2 當一快閃記憶模組2插人至該槽道式承置座，=承置。 憶权組2之信號插接端21恰能插置在該槽道式承^决閃記 號連接崞41巾。故該筆記型電腦1〇〇可經由該 =4之信· 2 21 ^ 41 中之資料。 “G隐杈組2 第四圖係顯示本創作快閃記憶模組控制電路 方塊圖，該快閃記憶模組控制電路20中包括有路功能 一快閃記憶體控制器23、一快閃記憶體24，其中：雨埠22、 體24可在快閃記憶體控制器23之控制之下，鈐^夬閃s己憶 及㈣插接端21而上傳或下載資料至筆記型電腦1〇^輸埠22 · 該信號插接端21若係採用USB連接端時，則 係一 USB界面電路，其經由四條連接線V+、ν/j輪崞22 接於該信號插接端21。 +、連 在該快閃記憶模組控制電路20中另包括有一 及一可充電電池26。當該信號插接端21插置於，電路25 ，信號連接槔12或信號連接槔41日夺，該充電二電腦⑽ 號插接端21取得工作電源，該充電電路25可對電池 M273749 充電。 該電池26所供應之電力可供應雷射光產生單元3所需之 工作電壓。其係在一開關單元27之控制之下，使雷射光驅動· 電路28動作，進而驅動該雷射光產生單元3產生雷射光。 由以上之實施例可知’本創作所提供之具有快閃記憶模 組承置座之筆記型電腦確具極佳之實用價值，故本創作業已 f合於專利之要件。惟以上之敘述僅為本創作之較佳實施例 ϋ兒月，凡精於此項技藝者當可依據上述之說明而作其它種種 之改良，惟這些改變仍屬於本創作之創作精神及以下所界定春 之專利範圍中。 【囷式簡單說明】 楚一 夕 一圖係顯示本創作具有快閃記憶模組承置座之筆記型電腦 之第一實施例立體圖； 第一 夕 一圖係顯不第一圖中之快閃記憶模組由筆記型電腦之承置 座分離時之立體分解圖； 楚一 一圖係顯示本創作具有快閃記憶模組承置座之筆記型電腦 之第二實施例立體分解圖； 四圖係顯示本創作快閃記憶模組之控制電路圖。 【主要元件符號說明】 1〇° 筆記型電腦 [ 主機殼體 11 承置座 11 M273749 12 信號連接埠 2 快閃記憶模組 20 快閃記憶模組控制電路 21 信號插接端 22 傳輸埠 23 快閃記憶體控制器 24 快閃記憶體 25 充電電路 26 電池 27 開關單元 28 雷射光驅動電路 3 雷射光產生單元 4 槽道式承置座 41 信號連接埠 12M273749 8. Description of the new type: [Technical field to which the new type belongs] This creation is about the additional function design of a notebook computer, especially a notebook computer with a flash memory module holder for a flash memory. The module is housed and connected to the notebook computer. [Previous technology] Press. Due to the convenience and powerful functions of notebook computers, it has replaced desktop computers and become an indispensable product for modern people. However, notebook computers have been limited by the design of thin, light and short bodies. Scalability is also sought to be simplified. However, when people use notebook computers outside the office, it is not easy to temporarily obtain various hardware and software equipment or peripheral equipment, so it is necessary to always prepare various expandable equipment. The notebook computer itself is also equipped with various signal ports, such as RS-232, USB (Universal Serial Bus Interface) or IEEE1394. · On the other hand, due to the development of flash memory technology, flash driver modules or flash drives have emerged as the times require, because the flash memory module is easy to use and plug-and-play It also has advantages such as large memory capacity, and is often used in data access, file exchange, and data transfer. Most of the current flash memory module designs are a USB connector protruding from one end of the flash memory module case, which can be inserted into the USB port on the back panel of the notebook computer. . These flash memory modules currently on the market are all made independently and portable. M273749 [New content] The technical problems to be solved by this creation. 0 Although most of the notebook computer's body design is also equipped with various letter connections ★ Fu 'can be used for different signal connectors, but for _ As for the users of notebook computers, 'users need to prepare various expandable equipment or additional module devices, but no solution has been provided. . = For example, in terms of flash memory modules or flash drives, which are currently commonly used, it is often used for data access, file exchange, and data transfer between notebook computers and office desktop computers. When using this type of module device, 'Although it can meet the above requirements, it often has the experience of forgetting to carry the flash memory module with you, so that even if the two 5 memory modules have Great functionality, but it doesn't work. When users use flash memory modules, although they have pluggable, plug-and-play functions', they must be plugged and unplugged each time they are used. For example, 'when the user puts the notebook f into the bag body, and the computer needs to go out to other places', the user must re-align the flash 3 with USB and insert it into the notebook. Among the ports, the USB cable is configured in the notebook computer, which is inconvenient at first glance. And when the user does not need to carry the notebook computer, the memory module will be broken by the USB connection of the notebook computer and the flash memory module. " Pull out. Otherwise, when the user is using a notebook computer, because the fast memory phantom module M273749 is plugged into the USB port of the notebook computer in a plug-in manner, the shell of the flash memory module The body is protruded a considerable length, so it is easy to damage the flash memory module by accident. In addition, the currently commercially available flash memory module is not too small due to its operability, so that users can insert notes into the flash memory group. When the brain is connected to the brain, it prevents the use of the cockroach adjacent to the USB connection, causing other peripheral devices equipped with a smart plug connector to have no USB port available, which causes a waste of hardware resources of the notebook computer. Because of this, the main purpose of this creation is to provide—a notebook computer with a flash memory module 1 set of holders, which is configured on the notebook computer ’s main body—for the flash memory module support The mounting seat can be used for flash memory module mounting. Another purpose of this creation is to provide a notebook computer that can be used for flash memory module placement and plug-in use. In addition to being equipped on the host computer case of the notebook computer, it can be used for flash memory module placement. In addition to the mounting base, a flash can also be made. At the same time that the memory module is mounted on the mounting base, the flash memory module and the _ notebook computer are connected via a port to complete the signal. The technical means for solving the problem in this creation The technical means used to solve the problem of the known technology in this creation is that a host for a flash memory module and a group is arranged on the host casing of a personal computer. A signal port is configured on one side of the 17H holder, which can be connected to the No. 4 plug end of the shutter module, so that the notebook computer can be connected to the port No. 4 through the M273749 and The signal insertion end of the flash memory module accesses data in the flash memory module. In the addition of a car and a car, the “side flash memory module” can be attached with a laser light generator, which is convenient for business people to use. The flash memory module can also be attached with a pen to increase its practicality. Another creation of this creation is a better implementation. The notebook computer's flash memory dragon mount can be a channel mount, so that the surface of the main body of the laptop can be kept flat. This creation compares the effectiveness of the previous technology. Through the technical means used in this creation, the flash memory module used by the notebook computer user can be directly placed on the notebook computer, and the seat J1 is no longer installed. $ To forget the trouble of carrying flash memory modules. When a pen computer user carries the notebook computer or puts the notebook computer in a bag, it is not necessary to remove the flash memory module, and there will be no more. The flash memory module is located in the shell structure of the notebook computer-it has its own fixed space location, so it will not occupy or affect the use of its USB port, which makes the notebook computer hard Physical resources are fully utilized. / And when the user uses the notebook computer, since the flash memory module is placed in its fixed space position, the flash memory module will not be damaged. What's more, when the flash memory module is placed in the notebook computer's holder, it also becomes the letter 8 M273749 port connection between the flash memory module and the notebook computer. The notebook computer accesses the data in the flash memory module. In this way, it is easier for the user to perform the insertion and removal of the flash memory module. The specific structural design used in this creation will be further explained by the following examples and attached drawings. [Embodiment] Referring to the first figure, it shows a perspective view of the first embodiment of the notebook computer with a flash memory module holder, and the second figure shows the flash memory module from a note Three-dimensional exploded view of the mounting stand of the computer. As shown in the figure, the creation is a mounting base 11 arranged at an appropriate position of the main body casing 1 of a notebook computer 100, and a signal connection port 12 is arranged at one side end of the mounting base 11. The signal port 12 is a USB port. A flash memory module 2 can be mounted on the mounting base 11. When a flash memory module 2 is mounted on the mounting base 11, the signal insertion terminal 21 of the flash memory module 2 can be inserted into the signal connection port 12 of the mounting base 11. Therefore, the notebook computer 100 can access the data in the flash memory module 2 through the signal port 12 and the signal plug-in terminal 21 of the flash memory module 2. In the embodiment of the present invention, the mounting base 11 is formed at the front edge of the main body casing 1 of the notebook computer 100, and of course, other types may be formed at other appropriate positions. The flash memory module 2 may be additionally provided with a laser light generating unit 3. In addition to using the flash memory module 2 for file storage and file transmission, the user may directly remove the flash memory module 2 For use as a laser pen. The laser light generating unit 3 can also be replaced by a simple pen. M273749 ^ The second figure is a three-dimensional exploded view of a notebook-type embodiment with a flash memory module and a holder. In this embodiment, most of its functions are similar to those of the first embodiment described above. The difference is that a slot-type bearing is configured at the appropriate place of the pen line housing 1. # = 得 此 notebook computer_ The surface of the main body of the main unit is kept flat. A USB signal port 41 is disposed on the inner end of the type / mounting base 11. A flash memory module 絚 2 can be used in the remote slot-type holder 4 when a flash memory module 2 is inserted into the slot-type holder, = to be placed. The signal insertion end 21 of the recall right group 2 can just be inserted in the channel-type bearing flash connection 41. Therefore, the notebook computer 100 can pass the information in the letter of 4 = 2 21 ^ 41. "The fourth figure of the G hidden branch group 2 is a block diagram showing the flash memory module control circuit of this creative. The flash memory module control circuit 20 includes a flash function controller 23 and a flash memory. The body 24, of which: the rain port 22, the body 24 can be controlled by the flash memory controller 23, 钤 夬 夬 s has recalled and ㈣ plugged in the terminal 21 to upload or download data to the notebook computer 1〇 ^ Input port 22 · If the signal connection terminal 21 is a USB connection terminal, it is a USB interface circuit, which is connected to the signal connection terminal 21 via four connection lines V +, ν / j wheel / 22. + 、 Connect The flash memory module control circuit 20 further includes one and one rechargeable battery 26. When the signal plug-in terminal 21 is inserted, the circuit 25, the signal connection 槔 12 or the signal connection 槔 41, the charge two The computer ⑽ plug terminal 21 obtains the working power, and the charging circuit 25 can charge the battery M273749. The power supplied by the battery 26 can supply the working voltage required by the laser light generating unit 3. It is controlled by a switch unit 27 Next, the laser light driving circuit 28 is operated to drive the laser light. The laser unit 3 generates laser light. From the above embodiments, it can be known that the notebook computer provided with a flash memory module holder provided by this creation has excellent practical value, so the original operation has been incorporated into the patent requirements. However, the above description is only a preferred embodiment of this creation. For those who are skilled in this technique, they can make other improvements based on the above description, but these changes still belong to the creative spirit of this creation and the following Within the scope of the patent defined by Spring. [Simple description of the style] Chu Yi Xi Yi is a three-dimensional view showing the first embodiment of a notebook computer with a flash memory module holder; The three-dimensional exploded view of the flash memory module in the first figure when it is separated from the holder of the notebook computer; the figure of Chu one shows the second implementation of this notebook computer with the flash memory module holder Example three-dimensional exploded view; The four figures show the control circuit diagram of the flash memory module of this creation. [Description of Symbols of Main Components] 10 ° Notebook Computer [Host Case 11 Holder 11 M273749 12 Signal Connection Port 2 Flash memory module 20 Flash memory module control circuit 21 Signal connector 22 Transmission port 23 Flash memory controller 24 Flash memory 25 Charging circuit 26 Battery 27 Switch unit 28 Laser drive circuit 3 Thunder Radiation generating unit 4 Slot-type holder 41 Signal port 12