449 9 4 1 五'發明說明（i) 本發明係有 關方^^ ·—- j[rf- ,ZTJ- 於筆記型電鵰 ' 種電池盒’特別是有關於一種適用 -般筆j備用電池盒。 示），内部係由多 所使用之固定電池盒10 (如第1圖所 9 V左右），當電> W池串接而成一直流電源（電壓位準約 型電腦使用。f '电能不足時必需透過充電後才能供筆記 言’筆記型電腦於&㊉要帶著筆記型電腦從事工作的人而 傷腦筋的事。他之電池不耐長時間持續之使用，一直是很 準電池（例如9 ν ⑦；記里電腦亦能夠使用一般市售之標 記型電腦之電池===電池），來作為備用電池；則當筆 取代原先之電油 t ’便可利用隨處可購得之標準電池 有鑑於ί本用者而言可說是一大便利。 電池盒，使用和一二目的為提出一種筆記型電腦備用 電弧消除襞置、β"己型電腦相同尺寸之電池盒，搭配 意使用一顆至夕V包構件之設置，讓一般使用者可以任 需之電源。夕顆之標準電池’以提供筆記型電腦運作所 用，本發明提出之第-種筆記型電腦備 萨此可ί你^ 收納盒體，提供複數個電池容納空間， ;.、ι :雷矿t所需’ ·—至多個電池配置於該收納盒體 除裝置’分别與配置於該收納盒體内所有 田、之正也極耦接；導電構件，設置於上述收納盒體上， 以將設置於上述收納盒體内所有電池之負電極予以並 、，以及，電源輸出埠，耦接上述導電構件、及該等電弧 消除裝置之輸出，以提供電源至該筆記型電腦。 449941 五、發明說明（2) 本發明提出之第二種筆記型電腦備用電池盒，包括： 收納盒體，提供複數個電池容納空間，藉此可隨使用之所 需，將一至多個電池配置於該收納盒體内；第一導電構 件，設置於上述收納盒體上，用以將設置於上‘述收納盒體 内所有電池之正電極予以並連；第二導電構件，設置於上 述收納盒體上，用以將設置於上述收納盒體内所有電池之 負電極予以並連；電弧消除裝置，.其輸入端耦接該第一導 電構件；以及，電源輸出埠，耦接上述第二導電構件、及 該電弧消除裝置之輸出，以提供電源至該筆記型電腦。 圖式之簡單說明： 為讓本發明之上述目的、特徵、和優點能更明顯易 懂，下文特舉較佳實施例，並配合所附圖式，做詳細說明 如下： 第1圖顯示一般筆記型電腦所使用之固定式電池盒， 以及筆記型電腦； 第2圖顯示本發明之筆記型電腦備用電池盒之主要構 造； 第艾圖顯示本發明筆記型電腦備用電池盒中之導電構449 9 4 1 5 'Description of the invention (i) The present invention is related parties ^^ ·--j [rf-, ZTJ- for notebook type electric carving' kind of battery box ', especially about a kind of applicable-general pen j spare battery box. (Indicated), the internal system is composed of a fixed battery box 10 (such as about 9 V in Figure 1). When the battery is connected in series, a DC power source is used. Sometimes it is necessary to charge the notebook to write 'notebooks & ㊉ people who have to take notebooks to work and worry about it. His battery is not resistant to long-term continuous use, has always been a very accurate battery ( For example, 9 ν ⑦; the notebook computer can also use the general commercially available mark-type computer battery === battery) as a backup battery; then when the pen replaces the original battery t 'can use the standard available everywhere The battery can be said to be a great convenience for the user. The battery box is used for the purpose of proposing a notebook computer backup arc elimination device, a battery box of the same size as a β " own computer, and intended for use. The arrangement of a Z-V package component allows ordinary users to use any power source required. The standard battery of the X-ray is used to provide the operation of the notebook computer. The first-type notebook computer provided by the present invention is ready for you. ^ Storage The box body provides a plurality of battery storage spaces; .., ι: Thunder mine t '-to a plurality of batteries arranged in the storage box body except the device' and the storage box inside the storage box all A conductive member is provided on the storage box body to combine the negative electrodes of all batteries provided in the storage box body, and a power output port is coupled to the conductive member and the arc elimination The output of the device provides power to the notebook computer. 449941 V. Description of the invention (2) The second type of notebook computer backup battery box provided by the present invention includes: a storage box body, which provides a plurality of battery storage spaces, thereby One or more batteries can be arranged in the storage box body according to the needs of use. The first conductive member is disposed on the storage box body, and is used to place the positive electrode of all the batteries in the storage box body described above. Are connected in parallel; a second conductive member is provided on the storage box body for connecting the negative electrodes of all batteries provided in the storage box body in parallel; an arc elimination device, and an input terminal thereof is coupled Connected to the first conductive member; and a power output port coupled to the second conductive member and the output of the arc elimination device to provide power to the notebook computer. Brief description of the drawings: The purpose, features, and advantages can be more clearly understood. The preferred embodiments are described below in detail with the accompanying drawings as follows: Figure 1 shows the fixed battery box used in general notebook computers, and notes Figure 2 shows the main structure of the backup battery box of the notebook computer of the present invention; Figure 2 shows the conductive structure in the backup battery box of the notebook computer of the present invention
•V 件、及電弧消除裝置之可能配置； 第::4圖顯示本發明筆記型電腦備用電池盒中之電弧消 除裝置之一個實作電路圖；以及 第5圖顯示本發明筆記型電腦備用電池盒中之導電構 件、及電弧消除裝置之另一種可能配置。 符號說明：• Possible configurations of V-pieces and arc-elimination devices; Figures 4: 4 shows an implementation circuit diagram of the arc-suppression device in the backup battery box of the notebook computer of the present invention; and Figure 5 shows the battery backup box of the notebook computer of the present invention Conductive members, and another possible configuration of the arc elimination device. Symbol Description:
449941 五、發明說明（3) 1 0〜電池盒；2 0 ~收納盒體；2 0 a〜收納盒；2 0 b〜收納 蓋；22〜電弧消除裝置；24〜導電構件；26〜電源輸出埠； 8〜標準電池；2 9 ~導線；S〜電源輸出埠之設置面；4 0〜開 關裝置；42〜延遲裝置；R〜電阻器；C〜電容器；50〜第一導 電構件；5 2〜第二導電構件；5 4〜電弧消除裝置。 實施例： 第2圖顯示本發明之筆記型電腦備用電池盒之主要構 造。第3圖詳細顯示本發明筆記型電腦備用電池盒中之導 電構件、及電弧消除裝置之一種可能配置。 第2、3圖中，本發明之電池盒包括：收納盒體2 0 ;複 數電弧消除裝置22 ;導電構件24 ;以及，電源輸出埠26。 p 如第2圖所示，上述收納盒體20，包括：收納盒20a， 其内部設置有複數個隔間（在此例如為8個隔間），以提供 萼納一至八個9 V標準電池28之空間；以及，收納蓋20b。 參照第3 A圖，8個電弧消除裝置2 2，分別配置於該收 納盒體内之既定電池隔間内；並且和配置於隔間内所有電 池之正電極耦接。 參照第3 A圖，導電構件24，在此為導線，設置於上述 收納盒體20内，用以將設置於上述收納盒體20内所有電池 之負電極予以並連。 .) 第3B圖顯示第3A圖中電源輸出埠26設置面S之正視 圖。參照第3 A、3B圖，其中上述電源輸出埠26，係耦接上 述導電構件24、及該等電弧消除裝置22之輸出，以提供電 源給筆記型電腦使用；在此，該等電弧消除裝置2 2之輸出449941 V. Description of the invention (3) 1 0 ~ battery box; 20 ~ storage box body; 20a ~ storage box; 20b ~ storage cover; 22 ~ arc elimination device; 24 ~ conductive member; 26 ~ power output Port; 8 ~ standard battery; 2 9 ~ wire; S ~ setting surface of power output port; 40 ~ switching device; 42 ~ delay device; R ~ resistor; C ~ capacitor; 50 ~ first conductive member; 5 2 ~ 2 conductive member; 5 4 ~ arc elimination device. Embodiment: Fig. 2 shows the main structure of a spare battery box for a notebook computer of the present invention. FIG. 3 shows in detail a possible configuration of the conductive member and the arc elimination device in the backup battery box of the notebook computer of the present invention. In FIGS. 2 and 3, the battery case of the present invention includes: a storage box body 20; a plurality of arc elimination devices 22; a conductive member 24; and a power output port 26. p As shown in FIG. 2, the storage box body 20 includes: a storage box 20 a, which is provided with a plurality of compartments (for example, eight compartments) therein to provide one to eight 9 V standard batteries. A space of 28; and a storage cover 20b. Referring to FIG. 3A, eight arc elimination devices 22 are respectively disposed in predetermined battery compartments in the receiving box; and are coupled to positive electrodes of all batteries disposed in the compartment. Referring to FIG. 3A, the conductive member 24, which is a lead, is provided in the storage case 20 to connect the negative electrodes of all the batteries provided in the storage case 20 in parallel. .) Fig. 3B shows a front view of the setting surface S of the power output port 26 in Fig. 3A. Referring to FIGS. 3A and 3B, the power output port 26 is coupled to the output of the conductive member 24 and the arc elimination device 22 to provide power to the notebook computer. Here, the arc elimination device 2 2 output
449 9 4 1 五、發明說明（4) 乃透過一導線2 9而彼此並連。 第3A圖中之每—個電弧消除裝置22，包括：一開關裝 置40 ’輸入端耦接對應電池28之正電極，輸出端耦接上述 電源輪出埠26 ;以及’一延遲裝置42，亦耦接.對應電池28 之正電極，用以控制該開關裝置4〇之導通；如第4圖所 示 0449 9 4 1 V. Description of the Invention (4) are connected in parallel with each other through a wire 2 9. Each of the arc elimination devices 22 in FIG. 3A includes: a switching device 40 'whose input terminal is coupled to the positive electrode of the corresponding battery 28, and its output terminal is coupled to the above-mentioned power wheel outlet port 26; and' a delay device 42, also Coupling. The positive electrode corresponding to the battery 28 is used to control the conduction of the switching device 40; as shown in FIG. 4 0
在此實施例中，上述開關裝覃40例如為NMOS電晶體， 其閘極耦接上述延遲裝置4 2之輸出端；該延遲裝置4 2例如 係由電阻器R和電容器C所構成之高通濾波電路，其輸出'端 =接S亥NM0S電晶體之閘極。當延遲裝置42之電阻端尺接上 電池29時，電池29則對電容器C進行充電，因此NM〇s電晶 體之閘極電壓係缓慢上昇，經一特定時間之後到達一特定 位準’才會使NM0S電晶體導通。 人如上述，並參照第3 A、3 B圖所示，應用本發明之電池 盒，使用者可依使用之所需，任意使用一般之9 v標準電 池1〜8顆不等。 在一至八個電池配置於本發明之電池盒後，每一上述 延遲裝置42 (配置有電池者），其輸出端之電壓經一特定 時間後到達一特定位準，才會使肫〇8電晶體導通。如此， 使用者在完成充填電池之後，本發明電池盒之電源輸出埠 26上不會馬上出現9 v之電壓，故而使用者在將電池盒配 置到筆記型電腦之瞬間，不會因為電源輪出埠26上之電 壓，而造成和任何具有低電位能之機體產生電弧放電（跳 火）之現象。In this embodiment, the switch device Qin 40 is, for example, an NMOS transistor, and its gate is coupled to the output terminal of the delay device 42. The delay device 42 is, for example, a high-pass filter composed of a resistor R and a capacitor C. The output terminal of the circuit is connected to the gate of the NMMOS transistor. When the resistance terminal of the delay device 42 is connected to the battery 29, the battery 29 charges the capacitor C, so the gate voltage of the NMOS transistor slowly rises and reaches a certain level after a certain time. Turn on the NMOS transistor. As mentioned above, and referring to Figures 3A and 3B, the battery box of the present invention is applied, and users can use any standard 9V standard battery ranging from 1 to 8 as required. After one to eight batteries are arranged in the battery box of the present invention, the voltage of the output terminal of each of the above-mentioned delay devices 42 (who is equipped with a battery) reaches a specific level after a specific time, so that the power of 〇〇8 will be reduced. The crystal is on. In this way, after the user completes filling the battery, the voltage of 9 V will not appear on the power output port 26 of the battery box of the present invention, so when the user configures the battery box to the notebook computer, the user will not be driven out by the power supply. The voltage on port 26 causes an arc discharge (flashover) with any body with low potential energy.
II
第7頁 4 49 941 五、發明說明（5) 第5圖顯示本表 件、及電弧消除I發明筆記型電腦備用電池盒中之導電構Page 7 4 49 941 V. Description of the invention (5) Figure 5 shows the watch and the conductive structure in the backup battery box of the notebook computer for the invention of arc elimination I
圖所示相同之元^置之另一種可能配置。第5圖中和第3A 參照第5圖，兹係以相同之符號或數字予以表示。 上述收納盒體内，一導電構件50，在此為導線，設置於 之正電極予以if、&用以將設置於上述收納盒體内所有電池 ;二=:。第二導電構件在此為導線，設置 池之負電極予以*、用以將設置於上述收納盒體内所有電 裝置54，其輸入端J。纟f實施例中’僅有-個電弧消除 至電源輸出埠26 . ^接該第一導電構件5〇，而輸出端耦接 以贅 構、及其運作方式圖所示。電孤消除裳置54之架 巧和第4圖所示者相同，在此不再予 述。 雖”、、、本I明已以較佳實施例揭露如上，然其並非用以 限定本發明，任何熟悉本項技藝者，在不脫離本發明之 神和範圍内，當可做些許之更動和潤飾，因此本發明之/ 護範園當視後附之申請專利範圍所界定者為準。 呆The figure shows another possible configuration of the same element. Referring to FIG. 5 and FIG. 3A, referring to FIG. 5, they are represented by the same symbols or numerals. In the storage box body, a conductive member 50 is used as a lead wire, and the positive electrode disposed there is provided with if and & for all batteries provided in the storage box body; two = :. The second conductive member is a lead wire here, and the negative electrode of the cell is provided * for inputting all the electric devices 54 provided in the storage box. In the embodiment, there is only one arc elimination to the power output port 26. The first conductive member 50 is connected to the output terminal, and the output terminal is coupled to the redundant structure and its operation mode as shown in the figure. The frame of the electric eliminator 54 is the same as that shown in Fig. 4 and will not be described here. Although the "," and "I" have been disclosed in the preferred embodiment as above, it is not intended to limit the present invention. Anyone familiar with this art can make some changes without departing from the spirit and scope of the present invention. And retouching, therefore, the present invention / Huofanyuan shall be determined by the scope of the attached patent application.