13.28823 九、發明說明： :【發明所屬之技術領域】 一本發明係有關於一種電源開關之防誤觸動機構，更詳 而言之，係關於一種得避免誤觸碰導致電源中斷之防誤觸 動機構。 万為觸 【先前技術】 ·、、2着科學技術的不斷發展，電器產品在人們的日常生 到越來越廣泛的運用’且隨著半導體製造技術的曰 ，无、與資訊化社會的來臨，資訊產品業已成為日常生活 •’中不可缺少的一部分；其中以伺服器(serve)及電腦對人 們的影響越來越大，使用者對飼服器（serve)系統的運算 能力與資料儲存能力之要求越來越高，而傳統之大型飼服 盗系統一般少則有兩三臺飼服器’多則達上千臺之多，相 較於-般的桌上型電腦有運算速度高、可靠運算時間長以 及外部資料輸出及輸入能力強大等諸多優點。 籲 ❿該伺服裔及桌上型電腦於運作前’必須先將設於面 板上的電源開關（power鍵）打開以執行開機的動作，方可 使祠服II及桌上型電關始運作；又若彳顿器及桌上型 電腦於設定過程中發生錯誤，產生無法正常關機的情況 時，即所謂的當機，則必須以重設鍵（reset鍵）切斷電源 並重新啟動。 惟，該伺服器及桌上型電腦之電源開關（p〇wer)及重 設鍵（reset鍵）皆為外露的結構，於開機的情況下進行維 修的動作時，或是進行其它動作，若不小碰觸到電源開關 5 110118 丄 0重，鍵’則使運作中的程式中斷，而造成不小的影響； 、:、疋網路型的伺服器，由於伺服器隨時在運行中，而且 2¥進行維5蒦，因此在維護的過程中，該伺服器係處 在開機的狀態下，維修人員於維修過程中之動作很多，若 碰觸即切斷電源或重新啟動電腦，對伺服器及電腦造 成不小的潛在危機。 、，因此，如何提供一種防誤觸動之電源開關，以避免誤 碰觸電源開關或重S鍵，而對词服器及電腦造成影響，實 已成爲目前業界亟待克服之難題。 【發明内容】 θ鑒於上述習知技術之缺點，本發明之主要目的，係在 提供-種電源開關之防誤觸動機構，得避免誤觸碰電源開 關導致電源中斷之情況。 為達上述目的，本發明提供一種電源開關之防誤觸動 機構，係設於一電子裝置之機殼，用以控制該電子裝置之 電源’包括：筒體，係設於該電子裝置之機殼，該筒體具 有至少一扣孔；按鍵筒，係設於該筒體中，該按鍵筒具有 與該扣孔相對應之彈性勾部，且該按鍵筒之—端露在該筒 2之外端；按鍵，係設於該按鍵筒中，且該按鍵具有一抵 靠在該彈性勾部之推頂部；件，係設於該按鍵筒中； 第彈性件，係设於該按鍵與頂麗件之間；按壓㈣，# 設於該電子裝置中；以及第二彈性件，係設於該按壓開關 與頂壓件之間。 該第-及第二彈性件係為彈簧；肖電子I置係為飼 110118 6 13.28823 J' 服器或電腦。 • 該筒體具有一面板’該面板具有至少一勾部以固定於 該電子裝置之機殼表面；該筒體具有至少一導槽而訪按 鍵筒具有與該導槽相對應之導塊，使該按鍵筒藉3由該^塊 靠在該導槽中以於該筒體内滑移；該按鍵筒具有至;— 卡扣孔，而該頂壓件具有相對應於該卡扣孔之卡勾，使該 ， 頂壓件固定在該按鍵筒中。 μ - 該按鍵具有一軸桿，而該頂壓件具有一槽部，該第一 _彈性元件設於該按鍵之軸桿上並靠在該頂壓件之槽部 中；該頂壓件具有-頂桿，而該第二彈性元件設於該頂桿 上並頂罪該按壓開關；該按壓開關具有一按壓部，藉由該 頂壓件之頂桿頂觸該按壓開關之按壓部，俾以控制該按壓 開關。 該按鍵之推頂部係為圓盤，俾使推壓該按鍵時，該推 頂部移位，使該按鍵筒之彈性勾部退出該筒體之扣孔，進 .·鲁而推壓該按鍵筒，使位於該按鍵筒中之頂壓件推壓該按壓 開關，俾可避免誤觸碰導致電源中斷。 該按鍵筒位於該筒體之外端係為凹面，且該按鍵筒外 端之凹面具有一穿孔，而該按鍵具有一凸部位於該穿孔 中’俾可避免誤觸碰該凸部。 紅上所述，本發明電源開關之防誤觸動機構，係於電 子裝置之機殼中設有一筒體，而在該筒體中設有一按鍵 筒，於該按鍵筒中設有一按鍵，並於該按鍵筒中設有一頂 壓件，且在該按鍵與頂壓件之間設有一第一彈性件，於該 7 110118 1328823 按壓開關與頂壓件之間設有―第二彈性件；得先按壓該 位於為按鍵尚外碥表面中之按鍵，使該按鍵之推頂部内縮 移位，該按鍵筒之彈性勾部即退出該筒體之扣孔，以釋放 該按鍵筒，進而得以推壓該按鍵筒，使位於該按鍵筒中之 頂壓件可推壓該按壓開關，以達避免誤觸碰導致電源中斷 之目的。 【實施方式】 以下係藉由特定的具體實例說明本發明之實施方 式，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 瞭％本發明之其他優點與功效。 明參閱第1及2圖，係為本發明之電源開關之防誤觸 動機構的立體分解圖，該開關係設於一電子裝置之機殼， 用以控制該電子裝置之電源，其中該開關係為電源開關 (power)及重設鍵（reset鍵），而該電子裝置係為伺服器 及電腦；係包括有至少一筒體u，該筒體丨丨具有一面板 籲110,該面板110具有至少一勾部112以固定於該電子裝 置之機殼表面（圖式中未表示），而該筒體丨丨具有至少一 扣孔113及至少一導槽114; 一設於該筒體丨丨中之按鍵 筒12’该按鍵筒12具有與該導槽丨14相對應之導塊丨2〇, 使該按鍵筒12藉由該導塊12〇靠在該導槽114中以於該 筒體11内滑移，又該按鍵筒12具有與該扣孔113相對應 之彈性勾部121’且該按鍵筒12之一端露在該筒體丨丨之 外端，又該按鍵筒12位於該筒體n之外端係為凹面 122，該凹面具有一穿孔丨23，另外，該按鍵筒12具有至 110118 8 1328823 少一卡扣孔124; 一設於該按鍵筒12中之按鍵13，該按 鍵13具有一係為圓盤之推頂部131，而該推頂部131並 抵靠該彈性勾部121，該按鍵13並具有一凸部丨32位於 該穿孔123中，且該按鍵13具有一軸桿133; 一設於該 按鍵筒12中之頂壓件14，該頂壓件14具有相對應於該 卡扣孔124之卡勾141，以將該頂壓件14固定在該按鍵 筒12中，又該頂壓件14具有一槽部142及一頂桿143; 一係為彈簧之第一彈性件15設於該按鍵13之軸桿133 _上並靠在該頂壓件14之槽部142中，使該按鍵13得以彈 性位移；一按壓開關丨6係設於該電子裝置中，該按壓開 關16具有一按壓部161; —係為彈簧之第二彈性件丨7係 設於該頂壓件之頂桿143上，並頂靠該按壓開關16，使 該按鍵筒12得彈性位移，且該頂壓件14之頂桿143得頂 觸該按壓開關16之按壓部161。 請參閱第3及4圖’該按鍵13之凸部132位於該按 •鲁鍵筒12之穿孔123中，得先推壓該按鍵13之凸部132， 使該按鍵13之推頂部131位移，俾使該按鍵筒12之彈性 勾部121内縮而退出該筒體11之扣孔113，此時該按鍵 筒12即脫離該筒體ιι(如第3圖所示），進而得推壓該按 鍵筒12，使位於該按鍵筒12中之頂壓件14的頂桿143 得以抵觸該按壓開關16之按壓部161(如第4圖所示）， 俾使該按壓開關16呈導通（on)或斷路（off)，而可控制該 按壓開關16之動作。 簡吕之’即先推壓該按鍵13，使該按鍵筒12之彈性 110118 9 1328823 勾部121脫離該筒體π之扣孔113,以釋放該按鍵筒12, 進而得以推壓該按鍵筒12,使位在該按鍵筒12中之頂壓 件14的頂桿143可抵觸該按壓開關16之按壓部161，而 兩段式的動作藉以達到避免誤觸碰的目的。 而放開該按鍵筒12之後，該按鍵筒丨2藉由第二彈性 件17之彈力回位，使該按鍵筒12之彈性勾部121扣入該 筒體11之扣孔113 ’且該按鍵13同時藉由該第一彈性件 15回位，使該按鍵13之推頂部131壓靠該彈性勾部121， 俾以將該按鍵筒12鎖定於該筒體u中，使該按鍵筒12 無法動作，以避免誤觸碰導致電源中斷或重新啟動的情況 發生。 ^本發明電源開關之防誤觸動機構，係於電子裝置之機 =中設有-筒體，而在該筒體中設有一按鍵筒，於該按鍵 筒中設有一按鍵，並於該按鍵筒中設有一 ^鍵與頂壓件之間設有—第―彈性件，於該按壓開^ = 之間设有-第二彈性件；得先按壓該位於該按鍵筒 ，端表面中之按鍵’使該按鍵之推頂部内縮移位，該按鍵 筒之彈性勾部即退出該筒體之扣孔’以釋放該按鍵筒，進 而得以推壓該按鍵筒’使位於該按鍵筒中之㈣件可推壓 該按壓開關1在放開該按鍵筒後，該按鍵筒藉由第二彈 性件之彈力回位’使該按鍵筒之彈性勾部扣人該筒體之扣 孔，且該按鍵同時藉由該第—彈性件回位，使該按鍵之推 頂部壓靠該彈性勾部，俾以將該按鍵筒鎖定於該筒體中， 使該按鍵筒無法動作，以避免誤觸碰導致電源中斷或重新 110118 10 1328823 .啟動的情況發生，以達避免誤觸碰導致電源中斷之目的。 上述實施例僅例示性說明本發明之原理及其功效，而 非用於限制本發明。任何熟習此項技藝之人士均可在不違 背本發明之精神及範疇下，對上述實施例進行修飾盘改$ 變。因此，本發明之權利保護範圍，應如後述之申浐、 範圍所列。 月 '【圖式簡單說明】 第1圖係為本發明之電源開關之防誤觸動機構的立 體分解圖； 第2圖係為本發明之電源開關之防誤觸動機構的 動作之剖視圖； 第3圖係為本發明之電源開關之防誤觸動機構的 鍵被推壓之剖視圖；以及 第4圖係為本發明之電源開關之防誤觸動機構的按 鍵及按鍵筒被推壓之剖視圖。 文 _-·【主要元件符號說明】 11 筒體 110 面板 112 勾部 113 扣孔 114 導槽 12 按鍵筒 12〇 導塊 121 彈性勾部 110118 11 凹面 穿孔13.28823 IX. Description of the invention: : [Technical field to which the invention pertains] A invention relates to an anti-missing mechanism of a power switch, and more particularly to an anti-missing of a power interruption caused by avoiding accidental touch mechanism. Wanwei touches [previous technology] ·, 2 The continuous development of science and technology, electrical products are more and more widely used in people's daily life' and with the shackles of semiconductor manufacturing technology, no, and the arrival of information society Information products have become an indispensable part of daily life. Among them, servers and computers have an increasing influence on people. Users have the computing power and data storage capacity of the serving system. The requirements are getting higher and higher, and the traditional large-scale feeding and stealing system generally has two or three feeding machines, and there are as many as thousands of them. Compared with the desktop computer, the computing speed is high. Many advantages such as long reliable computing time and powerful external data output and input capabilities. Calling on the servant and desktop computer before the operation, 'the power switch (power button) provided on the panel must be turned on to perform the booting action, so that the service II and the desktop power switch can be operated; If the slamming device and the desktop computer have an error during the setting process and the system cannot be shut down normally, that is, the so-called crash, the power button must be reset (reset button) to turn off the power and restart. However, the power switch (p〇wer) and the reset button (reset button) of the server and the desktop computer are all exposed structures, and when performing maintenance operations during startup, or performing other actions, Not touching the power switch 5 110118 丄 0 heavy, the key 'is interrupt the running program, which has no small impact; ,:, 疋 network type server, because the server is running at any time, and 2¥ performs dimension 5蒦, so in the process of maintenance, the server is in the state of being turned on, and the maintenance personnel have many actions during the maintenance process. If the battery is turned off, the power is turned off or the computer is restarted. And the computer caused a small potential crisis. Therefore, how to provide an anti-missing power switch to avoid accidentally touching the power switch or the S key, and affecting the word processor and the computer has become an urgent problem to be overcome in the industry. SUMMARY OF THE INVENTION In view of the above-mentioned shortcomings of the prior art, the main object of the present invention is to provide an anti-missing mechanism for a power switch, which is to avoid a power interruption caused by a false touch of a power switch. In order to achieve the above object, the present invention provides an anti-missing mechanism for a power switch, which is disposed in a casing of an electronic device for controlling a power supply of the electronic device, including: a cylinder, disposed in a casing of the electronic device The cylinder has at least one buttonhole; the button cylinder is disposed in the cylinder body, the button cylinder has a resilient hook portion corresponding to the buttonhole, and the end of the button cylinder is exposed outside the cylinder 2 The button is disposed in the button cylinder, and the button has a pushing top against the elastic hook portion; the member is disposed in the button cylinder; the elastic member is disposed on the button and the top member Pressing (4), # is disposed in the electronic device; and a second elastic member is disposed between the push switch and the pressing member. The first and second elastic members are springs; the oblique electronic I is placed in a feeding machine 110118 6 13.28823 J' server or computer. • the cylinder has a panel having at least one hook portion fixed to a surface of the casing of the electronic device; the cylinder has at least one guiding slot and the button cylinder has a guiding block corresponding to the guiding slot, so that The button cylinder is moved by the block in the guide groove to slide in the cylinder; the button cylinder has a buckle hole, and the top pressing member has a card corresponding to the button hole Hook, so that the top pressing member is fixed in the button cylinder. μ - the button has a shaft, and the pressing member has a groove portion, the first elastic member is disposed on the shaft of the button and abuts in the groove portion of the pressing member; the pressing member has - a ejector rod, and the second elastic member is disposed on the ejector rod and spoofs the pressing switch; the pressing switch has a pressing portion, and the ejector rod of the pressing member touches the pressing portion of the pressing switch to control The push switch. The push top of the button is a disc, so that when the button is pushed, the push top is displaced, so that the elastic hook portion of the button cylinder is withdrawn from the buttonhole of the cylinder, and the button is pressed. The pressing member located in the button cylinder pushes the pressing switch, so as to avoid power interruption caused by accidental touch. The button cylinder is concave on the outer end of the cylinder, and the concave mask at the outer end of the button cylinder has a perforation, and the button has a convex portion located in the perforation to avoid accidentally touching the convex portion. Red, the anti-missing mechanism of the power switch of the present invention is provided with a cylinder in the casing of the electronic device, and a button cylinder is arranged in the cylinder, and a button is arranged in the button cylinder, and a pressing member is disposed in the button cylinder, and a first elastic member is disposed between the button and the pressing member, and a second elastic member is disposed between the pressing switch and the pressing member at the 7110118 1328823; The button is located in the outer surface of the button, so that the push top of the button is retracted, and the elastic hook portion of the button is released from the button hole of the barrel to release the button tube, thereby pushing the button The cylinder enables the pressing member located in the button cylinder to push the pressing switch to avoid the power interruption caused by accidental touch. [Embodiment] The embodiments of the present invention are described below by way of specific examples, and those skilled in the art can easily obtain other advantages and effects of the present invention from the disclosure of the present specification. 1 and 2, which are perspective exploded views of the power-proof switch of the present invention, which are disposed in a casing of an electronic device for controlling the power of the electronic device, wherein the relationship is The power switch is a power switch and a reset button, and the electronic device is a server and a computer. The system includes at least one cylinder u having a panel call 110. The panel 110 has The at least one hook portion 112 is fixed to the surface of the casing of the electronic device (not shown), and the tubular body has at least one fastening hole 113 and at least one guiding groove 114; The button cylinder 12' has a guide block 相对2〇 corresponding to the guide slot 14 such that the button cylinder 12 is slid in the guide slot 114 by the guide block 12 for the cylinder 11 is slipped, and the button cylinder 12 has a resilient hook portion 121 ′ corresponding to the button hole 113 and one end of the button cylinder 12 is exposed at the outer end of the barrel body, and the button cylinder 12 is located at the tube The outer end of the body n is a concave surface 122 having a perforated cymbal 23, and the button cylinder 12 has a 110118 8 1 328823 has one snap hole 124; a button 13 disposed in the button cylinder 12, the button 13 has a push top 131 which is a disc, and the push top 131 abuts against the elastic hook 121, the button 13 has a convex portion 32 located in the through hole 123, and the button 13 has a shaft 133; a pressing member 14 disposed in the button cylinder 12, the pressing member 14 has a corresponding corresponding hole a hook 141 of the fixing member 14 is fixed in the button cylinder 12, and the pressing member 14 has a groove portion 142 and a ejector rod 143; a first elastic member 15 is a spring The shaft 133 _ of the button 13 is placed in the groove portion 142 of the pressing member 14 to elastically displace the button 13; a pressing switch 丨 6 is disposed in the electronic device, and the pressing switch 16 has a a pressing portion 161; a second elastic member 7 that is a spring is attached to the top rod 143 of the pressing member, and abuts against the pressing switch 16, so that the button cylinder 12 is elastically displaced, and the pressing member is elastically displaced. The ejector pin 143 of the 14 is placed against the pressing portion 161 of the push switch 16. Referring to Figures 3 and 4, the convex portion 132 of the button 13 is located in the through hole 123 of the button 12, and the convex portion 132 of the button 13 is pushed first to displace the push top 131 of the button 13. The inner hook portion 121 of the button cylinder 12 is retracted and the button hole 113 of the cylinder body 11 is retracted. At this time, the button cylinder 12 is disengaged from the cylinder body (as shown in FIG. 3), and the push button is pushed. The button cylinder 12 is configured such that the top rod 143 of the pressing member 14 located in the button cylinder 12 is in contact with the pressing portion 161 of the pressing switch 16 (as shown in FIG. 4), so that the pressing switch 16 is turned on. Or an off, the action of the push switch 16 can be controlled. The button "13" pushes the button 13 so that the elastic portion 110118 9 1328823 of the button cylinder 12 is disengaged from the button hole 113 of the cylinder π to release the button cylinder 12, thereby pushing the button cylinder 12 The ejector pin 143 of the pressing member 14 located in the button cylinder 12 can be pressed against the pressing portion 161 of the pressing switch 16, and the two-stage operation can achieve the purpose of avoiding accidental touch. After the button cylinder 12 is released, the button cylinder 2 is returned by the elastic force of the second elastic member 17, so that the elastic hook portion 121 of the button cylinder 12 is buckled into the button hole 113' of the cylinder 11 and the button At the same time, the first elastic member 15 is returned to press the push top 131 of the button 13 against the elastic hook portion 121, so that the button cylinder 12 is locked in the cylinder u, so that the button cylinder 12 cannot be Action to avoid accidental power interruption or restart. The anti-missing mechanism of the power switch of the present invention is provided with a cylinder in the machine of the electronic device, and a button cylinder is arranged in the cylinder, and a button is arranged in the button cylinder, and the button is arranged in the button cylinder. Between the ^ key and the pressing member, there is a first elastic member, and a second elastic member is disposed between the pressing and pressing; the first button is pressed in the end surface of the button cylinder to make the When the button pushes the top to be displaced, the elastic hook of the button cylinder exits the buttonhole of the cylinder to release the button cylinder, thereby pushing the button cylinder to make the (four) piece in the button cylinder pushable After the push button 1 is released, the button cylinder is returned by the elastic force of the second elastic member to make the elastic hook portion of the button cylinder buckle the button hole of the cylinder body, and the button is simultaneously The first elastic member is returned to press the push top of the button against the elastic hook portion, so that the button cylinder is locked in the cylinder body, so that the button cylinder cannot be operated to avoid accidental power interruption or re-operation. 110118 10 1328823 . The situation of the start occurs to avoid accidental touch Power interruption purposes. The above-described embodiments are merely illustrative of the principles of the invention and its effects, and are not intended to limit the invention. Any person skilled in the art can modify the above-described embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the claims and scopes described below.月' [Simple description of the drawing] Fig. 1 is an exploded perspective view of the anti-missing mechanism of the power switch of the present invention; Fig. 2 is a cross-sectional view showing the action of the anti-missing mechanism of the power switch of the present invention; The figure is a cross-sectional view of the key of the anti-missing mechanism of the power switch of the present invention being pushed; and FIG. 4 is a cross-sectional view of the button and the button cylinder of the anti-missing mechanism of the power switch of the present invention being pushed. Text _-·[Main component symbol description] 11 cylinder 110 panel 112 hook 113 button hole 114 guide groove 12 button cylinder 12〇 guide block 121 elastic hook 110118 11 concave perforation
-f· 4 口孑L 按鍵 推頂部 凸部 軸桿 頂壓件 卡勾 槽部 頂桿 第一彈性件 按壓開關 按壓部 第二彈性件 12 110118-f· 4 port 孑L button Push top protrusions shafts top pressing parts hooks groove parts ejector rod first elastic member pressing switch pressing portion second elastic member 12 110118