M346055 八、新型說明： 【新型所屬之技術領域】 本創作係為一種可選擇ATX開機模式電路結構，尤指一種 可以自動開啟ATX供電系統之開機電路結構。 【先前技術】 一般個人電腦歧工業電腦之機板上所使用之供電系統 大多為ATX供電系統裳置，而該m供電系統裝置之該開、關 機其主要疋經由一控制輸入端所連接之按鍵開關，利用使用者 ㈣按鍵開關之瞬間，進而造成電路產生一負向脈波，藉以觸 發該ΑΤΧ供電系統裝置，以便可以來提供《是切斷該祖供電 系統裝置之電源，進而來開啟或是關閉電腦系統。 而在工業電Μ之使用上，其大多使用於工廠、機房之 設備操控或是較為特殊、惡劣之魏。如在功、機房中，— &都有大里機械設備在運作，其每—部設備都械配備有一操 $電腦來控制，因此，在工廠、機房中，相對地，也就會有大 量之ΑΠ供電系統裝置在運作。而設置於環境惡劣或是地處偏 7之工業電腦’其在操作上多是由該電腦來自動控制，非必要 守使用者大夕热法直接操作該工業電腦。至於設置在特殊環 ^或是展示、公眾場所之電職統，财裝設有—封閉外殼或 是裝飾面板以保護該電腦，因此，在該電腦系統之操控上，也 無法輕易地去觸碰該電腦系統之ΑΤΧ供電系統裝置之按鍵開 5 M346055 關。所以，當該ATX供電系統裝置在使用上，若是遭遇市電系 統斷電後又再顏復1：時，彫所述之該麵酬需經使用 者--去按壓該ATX供電系統裝置之按鍵開關，藉以重新啟動 該些工業電腦系統，而對於在廠、機房中數量龐大之機械設 備相對所屬之ATX供電系統裝置，設置於環境惡劣或是地處偏 僻之電腦㈣，或奴置在特殊環境或是展示、公眾場所之電 腦系統，在該ATX供電系統裴置之重新設置上都十分不便。 【實施方式】 實施例一，請參閱第一〜四圖，本創作是一種可選擇ΑΤχ 開機模式電路結構⑴，該可選擇ΑΤχ開機模式電路結構⑴ 包括一 ΑΤΧ供電系統裝置⑵、一開關裝置、一切換裝置及一 啟動裝置；其中，該ΑΤΧ供電系統裝置⑵設有一控制輸入端 (21)，該切換裝置設有三連接端⑻(32)(33)。_開關裝置 是使用-按鍵糊⑷，該切換裝置是使用—指撥關⑶，該 啟動I置是使用-電解電容⑸。該m供電系統裝置⑵之該 控制輸入端（21)則是連接至該按鍵開關之一端，其中，該 按鍵開關⑷之另一端則連接至地端⑹；又，該Ατχ供電系統 裝置（2)之該控制輸入端⑵）亦連接至該指撥開關⑶之該一 連接端(32)，其中，該指撥開關⑶之該另-連接端(33)則連 接至該電解電容⑸之正端，碰電解電容⑸之負端則連接至 地端（6)。 6 M346055 一般個人電腦或是工業電腦之機板上所使用之供電系統 大多為該ATX供電系統裝置(2)，而該Ατχ供電系統裝置(2) 之開、關機其主要是經由該控制輸入端（21)所連接之該按鍵開 關（4)，利用使用者按壓該按鍵開關（4)之瞬間，進而造成電路 產生一負向脈波，藉以觸發該Ατχ供電系統裝置（2)，以便可 以來開啟或是關閉該ΑΤΧ供電系統裝置⑵之電源，進而來開 啟或是關閉電腦系統。 _ 该可選擇ΑΤΧ開機模式電路結構⑴，是利用該指撥開關 (3)的切換來選擇設置該ΑΤΧ供電系統裝置(2)是操作於Ατχ模 式或是自動開啟模式。當經由該指撥開關的切換，使該 供電緣裝置(2)之該控制輸入端⑵）連接至該電解電容⑸ 時’則該ΑΤΧ供電系統裝置⑵是處於自動開啟模式；若經由 該指撥開關（3)的切換，使該ΑΤΧ供電系統裳置⑵之該控制輸 入端(21)沒有連接至該電解電容⑸時，則該Ατχ供電系統裝 • 置(2)是處於ΑΤΧ模式。 ' 纟可選擇ΑΤΧ職模式電路結構⑴是設置於自動開啟模 - 式，胜要由該電解電容⑸㈣置以產生-貞向脈波來 提供給该ΑΤΧ供電系統裝置⑵，以便當市電經斷電後又再重 新供電時，可以自動開啟該ΑΤΧ供電系統裝置⑵。而該可選 擇ΑΤΧ開機模式電路結構⑴，主要是藉由該電解電容⑸之兩 端賴產生_電壓差時，所造成該電解電容⑸兩端瞬間短 路之效應，進而在該ΑΤΧ供電系統裝置⑵之該控制輪入端⑻ 7 M346055 來產生-負向脈波，藉以觸發該Ατχ供電系統裝置⑵，以便 *市電經斷電後又再重新供電時，可以來自動開啟該Ατχ供電 系統U⑵，而無須再由制者來碰該按鍵酬⑷以開啟 该ΑΤΧ供電系統裝置⑵，進而使該Ατχ供電系統裝置⑵可以 來提供電源，並啟動所連接之電腦系統。 上述貫施例僅為說明本創作之原理及其功效，並非限制本 舰，因Λ ’習於此技術之人士對上述實施例進行修改及變化 • 财脫本創狀精神。本創作已具備產業上棚性、新穎性及 進步性，並符合新型專利要件，爰依法提起申請。 【圖式簡單說明】 第一圖本創作之系統方塊圖； 第二圖本創作之電路圖； 第三圖本創作之操作於自動開啟模式之實施例圖 第四圖本創作之操作於ΑΤΧ模式之實施例圖。 【主要元件符號說明】 (1) 可選擇ΑΤΧ開機模式電路結構 (2) ΑΤΧ供電系統裝置 (21)控制輸入端 (3) 指撥開關 (31)連接端 8 M346055 (32) 連接端 (33) 連接端 (4) 按鍵開關 (5) 電解電容 (6) 地端M346055 VIII. New Description: [New Technology Field] This creation is a kind of ATX boot mode circuit structure, especially a boot circuit structure that can automatically turn on the ATX power supply system. [Prior Art] The power supply system used on the board of a general personal computer industrial computer is mostly an ATX power supply system, and the power supply system device is turned on and off mainly by a button connected via a control input terminal. The switch utilizes the moment when the user (4) pushes the switch, thereby causing the circuit to generate a negative pulse wave, thereby triggering the power supply system device, so as to provide "power to cut off the power supply system device, thereby turning on or Turn off the computer system. In the use of industrial power, most of them are used in the control of equipment in factories and computer rooms, or they are more special and bad. For example, in the work, in the machine room, - & have Dali mechanical equipment in operation, each of its equipment is equipped with a computer to control, therefore, in the factory, the machine room, relatively, there will be a large number The power supply system unit is in operation. The industrial computer installed in a harsh environment or at a local location is automatically controlled by the computer. It is not necessary to directly operate the industrial computer. As for the special occupations in the special ring or display, public places, the financial equipment is equipped with a closed casing or a decorative panel to protect the computer. Therefore, the control of the computer system cannot be easily touched. The button of the power system of the computer system is turned on 5 M346055. Therefore, when the ATX power supply system device is in use, if it encounters a power failure of the utility system and then re-appears 1: the engraving of the face is required by the user to press the button switch of the ATX power supply system device. In order to restart the industrial computer systems, the ATX power supply system devices that are relatively large in the factory and the machine room are located in a harsh environment or a remote computer (4), or in a special environment or It is a computer system for display and public places, and it is very inconvenient to reset the ATX power supply system. [Embodiment] For the first embodiment, please refer to the first to fourth figures. The present invention is an optional 开机 boot mode circuit structure (1). The selectable ΑΤχ boot mode circuit structure (1) includes a power supply system device (2), a switch device, A switching device and a starting device; wherein the power supply system device (2) is provided with a control input (21), and the switching device is provided with three connecting ends (8) (32) (33). _ Switching device is the use of - button paste (4), the switching device is used - refers to the switch (3), the start I is the use of - electrolytic capacitor (5). The control input end (21) of the m power supply system device (2) is connected to one end of the push button switch, wherein the other end of the push button switch (4) is connected to the ground end (6); further, the Ατχ power supply system device (2) The control input (2) is also connected to the connection end (32) of the dip switch (3), wherein the other connection end (33) of the dip switch (3) is connected to the positive end of the electrolytic capacitor (5). The negative terminal of the electrolytic capacitor (5) is connected to the ground terminal (6). 6 M346055 The power supply system used on the board of a general personal computer or an industrial computer is mostly the ATX power supply system device (2), and the opening and closing of the power supply system device (2) is mainly via the control input. (21) The button switch (4) connected is caused by the moment when the user presses the button switch (4), thereby causing the circuit to generate a negative pulse wave, thereby triggering the Ατχ power supply system device (2) so that Turn on or off the power of the power supply system unit (2) to turn the computer system on or off. _ The selectable ΑΤΧ boot mode circuit structure (1) is to use the switching of the dip switch (3) to selectively set the ΑΤΧ power supply system device (2) to operate in the Ατχ mode or the auto-on mode. When the control input (2) of the power supply edge device (2) is connected to the electrolytic capacitor (5) via the switching of the dip switch, the power supply system device (2) is in the automatic on mode; if the dip switch is 3) switching, so that the control input (21) of the power supply system (2) is not connected to the electrolytic capacitor (5), then the power supply system (2) is in the ΑΤΧ mode.纟 纟 ΑΤΧ ΑΤΧ 模式 模式 模式 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 纟 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路When the power is re-powered, the power supply system device (2) can be automatically turned on. The optional ΑΤΧ boot mode circuit structure (1) is mainly caused by the instantaneous short circuit between the two ends of the electrolytic capacitor (5) when the voltage difference between the two ends of the electrolytic capacitor (5) is generated, and then the ΑΤΧ power supply system device (2) The control wheel input terminal (8) 7 M346055 generates a negative-negative pulse wave, thereby triggering the Ατχ power supply system device (2), so that when the utility power is powered off and then re-powered, the Ατχ power supply system U(2) can be automatically turned on, and There is no need for the controller to touch the button (4) to turn on the power supply system device (2), so that the power supply system device (2) can provide power and start the connected computer system. The above examples are only illustrative of the principles and functions of the present invention, and are not intended to limit the ship, as those skilled in the art have modified and changed the above-described embodiments. This creation has been industrially sturdy, novel and progressive, and meets the requirements of new patents. [Simple diagram of the diagram] The first diagram of the system block diagram of the creation; the second diagram of the circuit diagram of the creation; the third diagram of the embodiment of the creation of the operation in the automatic opening mode, the fourth diagram of the creation of the operation in the ΑΤΧ mode Example map. [Main component symbol description] (1) Optional ΑΤΧ boot mode circuit structure (2) ΑΤΧ Power supply system device (21) control input terminal (3) DIP switch (31) connection terminal 8 M346055 (32) Connection terminal (33) connection Terminal (4) Pushbutton Switch (5) Electrolytic Capacitor (6) Ground