M37-9137 五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種顯示裝置及其應用之不斷電系統， 特別係指一種可調整資訊顯示方向的顯示裝置及其應用之 不斷電系統。 " 【先前技術】 為了防止電力中斷或電壓供應不正常，不斷電系統 0^imerruptiblePower Supply，UPS)已成為越來越多電腦、 電益產使用者所必備的週邊設備。此外，針對公司行號 用來提供功能服務、進行大量資料儲存所使用的大型主機 ° 系統(如伺服器等）’更是需搭配不斷電系統來持續地進行運 作，並且避免因電力中斷而導致資料遺失或損毁。 旦不斷電系統的功率大小是由其中所搭配使用的電池容 生來決定’並且使用者可以依據實際所使用的 ，人^、功率、主機效率及供電時間長短等因素來選用 不斷電系統。例如若是欲搭配在大型主機系統的 話，則蝴電系統就必須選職大的功率。 此通:匕:古！於大型主機系統具有-定程度的重要性，因 並透大功率的不斷電系統就會有多項監控設計， ===時提:各項資訊給使用者，藉以能 大型主機系統之機運作1而’為了因應架設 態樣，其令=一或直立的紐，而也就由於不同的擺設 觀看方向。.不面板就可能無妓全符合使用者的視覺 、、此問題，目前的解決方式是將顯示面板設 2拆卸式的手動件。如第—圖所示，為f 調整顯示面板的示意圖。其中，假設不斷電李^ 直H顯示硫8G中的内容資訊(文字、符鮮)是屬於 容^不，而當不斷電系統8直立時，顯示面板80中的内 合貝訊就會形成橫視顯示。作由# 拆卸式的伟件，g制2知面板8G是設計為可 知翻-者可以先從不斷電系統8上拆 ㈣貝不面板80，並在旋轉9〇度後再行裝上。如此—來，不 ‘:：電,糸統8是擺設成何種態樣，使用者都可以直視來 蜆看顯示面板80的内容資訊。 但是，上述設計不僅在不斷電系統的機構上需使用較 =的設計，增加產品成本。並且在使用上，還需使用者 手動進行旋轉雜，浪費_且增加不必要的動作流程。 【新型内容】 有鑑於此，本創作所要解決的問題在於，在不斷電系 統中，透過顯示面板的改良，以讓顯示面板劃分為不同的 顯福域’並且不同的顯示區域的顯示内容是設計為不同 的顯示方向，如此以鋪目前不斷電纽的擺設態樣來選 擇性地切換致能不同的顯示區域，以將不斷電系統及負載 裝置之間的相關狀態資訊顯示為使用者方便觀看的視覺方 向。 根據本創作所提出之一方案，提供一種可調整資訊顯 示方向的顯示裝置，其包括：一顯示面板及一控制單元。 其中，顯不面板包含—第一顯示區域及一第二顯示區域， 其中第一顯示區域及第二顯示區域的顯示方向是呈現相異 方向’而控制單元是電性連接顯示面板’並且同時僅依據 一參數來致能第一顯示區域及第二顯示區域的其中之一進M37-9137 V. New Description: [New Technology Field] This creation relates to a display device and its application to the uninterruptible power system, in particular to a display device that can adjust the direction of information display and its application. system. " [Prior Art] In order to prevent power interruption or abnormal voltage supply, the uninterruptible power supply system (UPS) has become a necessary peripheral device for more and more computer and power users. In addition, the mainframe system (such as server, etc.) used for company service numbers to provide functional services and perform large-scale data storage needs to be continuously operated with the uninterruptible power system and avoid power interruption. Resulting in loss or damage to the data. Once the power of the uninterruptible power system is determined by the battery capacity used in it, and the user can select the uninterruptible power system based on factors such as the actual use, power, power efficiency, and power supply time. . For example, if you want to match a mainframe system, then the power system must choose a large power. This pass: 匕: ancient! In the mainframe system, it has a certain degree of importance. Because of the high-powered uninterruptible power system, there will be multiple monitoring designs. When ===: All the information is given to the user, so that the mainframe system can operate. 1 and 'in order to adapt to the situation, it makes = one or upright, but also because of the different orientations. If the panel is not in use, it may be inconsistent with the user's vision. This problem is solved by setting the display panel to a removable manual. As shown in the figure, adjust the display panel for f. Among them, it is assumed that the continuous power Li ^ H shows that the content information (text, Fu Xian) in the sulfur 8G belongs to the capacity, and when the uninterruptible power system 8 is upright, the internal communication in the display panel 80 will be A horizontal view is formed. Made of # detachment of the great piece, the g-made 2 sensible panel 8G is designed to know that it can be removed from the uninterruptible power system 8 (4) the shell is not panel 80, and then installed after rotating 9 degrees. So—come, no ‘:: electricity, the system 8 is in what kind of aspect, the user can look directly at the content information of the display panel 80. However, the above design not only requires a relatively low design in the system of the uninterruptible power system, but also increases the product cost. And in use, the user also needs to manually rotate and waste, and add unnecessary action flow. [New content] In view of this, the problem to be solved by this creation is that in the uninterruptible power system, through the improvement of the display panel, the display panel is divided into different display areas and the display contents of different display areas are Designed for different display orientations, such as to selectively switch between different display areas to display the relevant status information between the uninterruptible power system and the load device as a user. Convenient viewing direction. According to one aspect of the present invention, a display device capable of adjusting an information display direction includes: a display panel and a control unit. The display panel includes a first display area and a second display area, wherein the display directions of the first display area and the second display area are in different directions of 'the control unit is electrically connected to the display panel' and only Enabling one of the first display area and the second display area according to a parameter
行顯示。 根據本創作所提出之另H提供—種不斷電系 統，其包括：-顯示面板、—控制單S及—切換模組。其 中’顯示面板包含-第-顯示區域及—第二顯示區域，其 中第-顯示區域及第二顯示區域的顯示方向是呈現相里方 ^控制單元是紐連接顯㈣板，並且依據—切換信號 ^買取-參數’關時僅致能第—顯示區域及第二顯示區The line is displayed. According to another aspect of the present invention, an uninterruptible power system is provided, which includes: - a display panel, a control unit S, and a switching module. Wherein the display panel includes a -first display area and a second display area, wherein the display directions of the first display area and the second display area are presented in the phase control unit, the control unit is a new connection display (four) board, and according to the - switching signal ^Buy-parameters' only enable the first - display area and the second display area
的其中之—進行顯示，而切換模組是電性連接控制單 元’並且用來產生切換信號。 藉此 不腳所月匕達到的功效在於，讓顯示面板是直 ，固定嵌設料斷電纽中，使得在麟與模具的開發設 什上能夠較為簡單’而可以有效降低產品的設計成本。並 2減少成本的情況下，亦能達·據不斷電純的擺設 恶樣來改變資訊顯示方向的效果。One of them - for display, and the switching module is electrically connected to the control unit ' and used to generate the switching signal. The effect achieved by this is that the display panel is straight and the embedded embedded material is broken, which makes it easier to develop the design of the lining and the mold, which can effectively reduce the design cost of the product. And 2, in the case of cost reduction, it is also possible to change the effect of the information display direction according to the erratic setting of the power.
為使能更進-步瞭解本創作之特徵及技術内容，請參 有關本創作之詳細說明與附圖，然而所附提 供參考與說額，鱗絲對本解加以限制。 【貫施方式】 本難I輕資賴料式關示裝置料應用之不 =糸統疋透過其中所搭配之顯示面板的改良，以在同一 2示面板上·為不同的顯示區域，並且不同的顯示區 =所能顯示的資訊内容是設計為不同的顯示方向。如此一 二，讓使用者可以依據方便觀看的視覺方向來選擇性地切 換致能(Enable)不同的顯示區域。 而二外2於本創作的出發點之一是為了讓搭配有顯示 面板的不^錢_有崎減品成本，因此在顯示面 5 M379137 板的選擇上，較佳是使用價格較為低廉且控制較為簡單的 扭轉向列型面板(Twisted Nematic，TN)。以下實施例也就是 以扭轉向列型面板來進行舉例說明，在此先予以敘明。 凊參考第二圖，為本創作可調整資訊顯示方向的顯示 裝置的貫施例方塊示意圖。如圖所示，本實施例提供—種 顯不裝置1 ’可應用於一不斷電系統(圖未示），其包括：— ,”負示面板10及一控制單元11。其中，顯示面板在設計 上是劃分為一第一顯示區域10卜一第二顯示區域102及—' 共用顯示區域103’並且第一顯示區域1〇1及第二顯示區域. 102中所提供之資訊内容的顯示方向是設計呈現為相異方馨 向。而為了配合不斷電系統實際所能擺設的態樣(橫放或直 立）’因此本實施例所設計的第一顯示區域1〇1及第二顯示 區，102的顯示方向是呈現垂直的情形，並且預設是例如 以第-顯示區域1〇1來做為不斷電系統橫放擺設時的顯示In order to further understand the characteristics and technical content of this creation, please refer to the detailed description and drawings of this creation. However, the reference and the amount are provided, and the scale is limited. [Comprehensive application method] This difficulty is not applicable to the light application device. The application of the display device is not modified. The improvement of the display panel is used to display different display areas on the same 2 display panels. Display area = The information content that can be displayed is designed to display different directions. In this way, the user can selectively switch between different display areas according to the visual direction that is convenient for viewing. One of the starting points of the second creation 2 is to make the cost of the display panel not to be reduced. Therefore, in the selection of the display surface 5 M379137, it is better to use the price and control. Simple twisted nematic panel (Twisted Nematic, TN). The following embodiments are exemplified by twisting a nematic panel, which will be described first. Referring to the second figure, a block diagram of a conventional example of a display device capable of adjusting the direction of information display is created. As shown in the figure, the present embodiment provides a display device 1' that can be applied to an uninterruptible power system (not shown), including: -, a negative display panel 10 and a control unit 11. The design is divided into a first display area 10, a second display area 102, and a 'common display area 103' and the display of the information content provided in the first display area 1〇1 and the second display area. The direction is that the design is presented as a different aspect. In order to match the actual arrangement of the uninterruptible power system (horizontal or upright), the first display area 1〇1 and the second display designed in this embodiment are The display direction of the area 102 is a vertical display, and the preset is, for example, the display when the first display area 1〇1 is used as the horizontal layout of the uninterruptible power system.
區域’而以第二顯示區域1〇2來做為不斷電系統直立擺設 時的顯示區域。 X 控制單元11是電性連接顯示面板10，並且同時僅依據 -參數來控制顯示面板1G，以用來致能第_顯示區域⑼⑩ 及第二顯示區域102的其中之一來進行顯示。除此之外， - ，共用顯示區域103的定義來看，顧名思義就是不管控制 單元11在致能第-顯示區域101或者第二顯示區域脱 時，都會同時一併致能共用顯示區域1〇3來進行顯示。更 具„ ’共用顯示區域1〇3中所提供的資訊内容在顯示 上疋/又有分方向性的，也就是不管顯示面板}〇的方向^ 何，使用者都是可以方便地進行觀看及了解共用顯示區域 103中所提供的資訊内容。 6 M379137 在實際設計上，更進一步說明的是，控制單元11是包 含一記憶單元111，用來儲存一第一參數及一第二參數，藉 以讓控制單元η在運作上即是依據第一參數來致能第一顯 =區域ιοί及共用顯示區域103,並且依據第二參數來致能 第二顯示區域102及共用顯示區域103。 以下則是針對第二圖中的顯示面板1〇所提供的資訊内 容來進行說明。當然在實際應用上，有關其中位置的編排、 符號的類型及資訊内容的種類並不以此為限。本實施例所 提供的資訊内容包括：以百分比狀態圖來顯示的負載狀況 (load)及電池電量狀況(BATTERY);以三個七段顯示器所 組成之顯示單位來顯示的輸入電壓(ΙΝρυτ(ν))、輸入電壓 頻率(INPUT_)、輪出電壓(〇υτρυτ(ν))、輪出電壓頻率 (=I^UT(HZ))或電池電壓狀態(Β Αττ.);以兩個七段顯示哭 來:顯示的設定狀態、異常代碼或電池‘ 態。藉此，將顯示裝置^來顯示的目前系統運作之狀 完整地提供給使用者，之。不斷電系統的相關資訊 承上所述，由於第二菌工 整的顯示區域之劃分;=中$，示面板10是用來說明完 二顯示區域丨02並不運作上第一顯示^域⑻及第 現本實施例之顯示面板Ί讀行顯示。而為了更清楚地展 則可再-併參考第三A兩種抑方㈣的顯示情形， 供之顯示聽㈣_^/三/®，分縣本創作所提 圖。其中，第三A圖是用實施例及第二實施例示意 顯示面板Π)是由第不斷電㈣在擺設時， 進行顯示；而第三Β_Ί1()1及共用顯示區域103來 疋用來說明不斷電系統在直立擺 7 设時，顯示面板 3 _ _ 103來進行顯示疋由弟二顯示區域川2及共用顯示區域 施例方塊^。j考第四圖’為本創作之销H统的實 系統2，Α“弟四圖所示，本實施例是提供—種不斷電 模组22 Γ丄—顯示面板2〇、一控制單元21、-切換 顯示面板^^ 23及—數據處理模組24。其中: 計態樣1分蘭卿之龄吨10的設 示面板20 _分❸ 域，本實蘭财再針對顯 實施例是不斷電系;;構2進1重硬說明。而控制單元21在本 二圖之丨…4 2的核*運作單元，其除了是具有第 制功能之控制單元11對控制面板10的相關控 更疋用來進行整個不斷電系統2的控制運作。 模組二Ϊ二單二T是電性連接顯示面板2°、切換 ^ 〇〇線路杈組23及數據處理模組24，並且包含 甘：記Ϊ單元21卜以用來儲存-第-參數及-第二參數。 =一^述第—圖之貫施例所揭露的，第—參數是記錄著 員不區域101及共用顯示區域103的致能參數；而第 多數則疋5己錄著第二顯示區域搬及公用顯示區域⑽ ，致此參數。藉此’控解元21是依據—切換信號來讀取 第一參數或第二參數，以分顧來致能顯示面板2G上所割 分的顯示區域。 〜切換模組22是用來運作產生該切換信號，以讓該控制 單兀21據以判斷是要讀取第—參數或第二參數。在實際應 用上、，切換模組22可例如是採用—切換鍵（圖未示）的ς 什，以依據使用者進行手動操作所產生的一觸發動作來產 生該切換信號，或者是採用一方向感測器（圖未示）的設計， 以依據不斷電系統2實際所擺放的一傾斜角度來自動進行 切換產生該切換信號。 進一步說明上述方向感測器的設計，本實施例假設在 不斷電系統2進行橫放擺設時，將方向感測器預設為〇度。 如此一來，當不斷電系統2進行傾斜，並且傾斜角度是在〇 度至45度時，控制單元21依據切換信號仍是讀取第一參 數2維持原本的致能形式；而當傾斜角度是在46度至卯 度日< 當傾斜角度為90度時’不斷電系統2是形成直立擺 設），則控制單元21便是依據切換信號來進行讀取第二= 2，以改變致能形式。當然:，所屬技術領域具有通常知識 =以了解’方向感測的實際設計態樣料舰於此，任 本物體旋轉方向或角度變化的設計皆是屬於 本心例所界定之方向感測器的範脅。 ㈣ 接下來，功率線路模組23包含一 屬於不斷㈣統2的充電及供電相^路並且 電(驗y Ρ叫供應，並電性連接至少 接,—市 不）’如··伺服器等主機系統。在運作上阜^置（圖未 ^受控鮮元21的_，叫㈣H路模組23 電給負載裝置及對蓄電單元231進行J供控制供 1則，換控制由蓄電單元231來供=負=市電斷電 一提的疋，為了讓不斷電系 、載裝置。附帶 長效的供電能力，蓄電單元、2 ;如;二用並且具有較 的碳酸電池。 疋採用蓄電量較大 數據處理模組24异雷从、由从 ’率广組23運作時的複數Si::組23 ’用以檢 悲貧訊提供給控制單元21，以讓控制單並將該些狀 月匕夠據此來調 整顯示面板20中所顯示的資訊内容。 更具體來講，數據處理模組24是進一步 功能檢剛電路241及一功能選擇單元如。其中，％ 241可例如是電流檢測電路、電壓檢測； 不斷電^路、計時電路等不同功能的檢測電路，並且依據 =電錢2實際所欲提供給❹者的資軸容來 連^於功率線路模組23的輸入端、輪出端及蓄電單元231 荨’藉以隨時進行檢測不斷電系統2的電壓、電流、電壓 二電池使用時間及各種運作狀態等資訊，進:讓控： = 在目前所致能的顯示區域中進行顯示該些資訊内 寸^充是，在實際設計上，為了避免制較大尺 寸的顯不面板2〇紐赋本，本_如第二圖之實施例中 的顯示面板U)所示，是採用分類共用的方式來進行提供資 訊。而也制此’本實關進—步設計錢選擇單元犯 來電性連紐制單元2卜讓使用者可錢行操作，以 性地控制控制單元21輸出功能檢测電路241所檢測的狀態 貨訊給顯示面板20。 舉例來講，前述提過三個七段顯示器所組成之顯示單 位是用來顯示輸人電壓、輸人電壓解、輸出電壓、輸出 電壓頻率或電池電壓狀態的資訊岐，該歸簡容在目 前的顯示面板2G料下衫會同時進行顯示，而是由使用 者操作功能選擇單元242來進行選擇，以先選擇欲獲得的 資訊内容是屬於輸人部分、輸出部分或電池部分，之後再 選擇是欲獲得電壓或辭的資訊内容。如此—來，讓控制 單元21得以輸出相對應的功能檢測電路241所檢測到二狀 訊，而讓該三個七段顯示器所組成之顯示 利顯示使用者所選擇的所欲獲得之資訊内容。 乂壙 〃請再參考第五圖，為本創作不斷電系統的第一 =立體不意圖。本實施例是用來說明不斷電系統只 ==時’往往是為了可以固定於機房的一丁 =便與機财的主機系統進行連接。因此，橫放時，= 电糸統2之殼體的相對兩側是可以進 翼支架25,以用來固定鎖在機櫃。當然，此時制^側 的^乍，控制該控制單元21進行讀取第—參數，以:） 的資訊内容。 丨選擇所欲在顯示面板20中顯示 〜，再參考第六圖，為本創作之不斷電系統的第二摩用 貫列立體不意圖。本實施例則是用來說明不斷電系统2 二為了避免接觸面積較小，而導致擺設* =。=立！，不斷電系統2之殼體的相對底部是可 進：ν裝§又一承載座26 ’以穩定地置放於地面。同樣的， 使用者可透過切換触22的操作，以控_控制單元21 進’而切換致能顯示面板20中相對應的顯 者進行觀看。並且，使用者亦可透過功 的一選擇所欲在顯示面板2。中顯示 綜上所述，本創作可調整資訊顯 ==统，，上是讓顯示二= ;、 使侍在機構與模具的開發設計上能夠 M379137 較為簡單’進而可財效降錢品的料縣。並 顯示面板的改良及搭配簡單電路的設計，來致能每過 面板的不義示區域進行顯示。藉此，在減少成本的卜= 下，能達職據不斷電线的擺設紐纽變資訊顯^大 向的效果，料讓使財在監控時方便觀看資訊内容^ 惟’以上所述’僅為本創作的具體實施例之詳細 與圖式，並非用u限制本創作，本創作之所有範圍應 述之申請專韻圍鱗’任何熟悉制技藝者在本創作 領域内，可輕易思及之變化或修飾皆可涵 界定之專利範圍。 令茱所 【圖式簡單說明】 .第-圖係習知技術不斷電系統調整顯示面板的示意 第-圖係本創作可調整資訊顯示方向的顯示裂置 施例方塊示意圖； 第一 A圖係本創作所提供之顯示面板的致能區域第_ 實施例示意圖； 實施贱區域第二 f四圖係本創作之不斷電系統的實施例方塊圖； 第五圖係本創作之不斷電系統的第一應用實施例立體 示意圖；及 第六圖係本創作之不斷統的第二應用實施例立體 b意圖。 【主要元件符號說明】 [習知技術] 12 M379137 8不斷電糸統 8 0顯不面板 [本創作] 1顯示裝置 10顯示面板 101第一顯示區域 102第二顯示區域 103共用顯示區域 11控制單元 111記憶單元 2不斷電系統 20顯示面板 21控制單元 211記憶單元 22切換模組 23功率線路模組 231蓄電單元 24數據處理模組 241功能檢測電路 242功能選擇單元 25側翼支架 26承載座The area ' is the second display area 1 〇 2 as the display area when the UPS is erected. The X control unit 11 is electrically connected to the display panel 10, and at the same time controls the display panel 1G only in accordance with the - parameter to enable display of one of the first display area (9) 10 and the second display area 102. In addition, - in the definition of the shared display area 103, as the name implies, regardless of whether the control unit 11 is enabled to disable the first display area 101 or the second display area, the display area 1 〇 3 can be shared at the same time. To display. More „ 'The information content provided in the shared display area 1〇3 is displayed on the display/different direction, that is, regardless of the direction of the display panel}, the user can conveniently view and The information content provided in the shared display area 103 is understood. 6 M379137 In actual design, the control unit 11 further includes a memory unit 111 for storing a first parameter and a second parameter, so that The control unit η is configured to enable the first display area and the common display area 103 according to the first parameter, and enable the second display area 102 and the common display area 103 according to the second parameter. The content of the information provided by the display panel 1 in the second figure is described. Of course, in practical applications, the arrangement of the location, the type of the symbol, and the type of the information content are not limited thereto. The information includes: load status (load) and battery status (BATTERY) displayed in a percentage state diagram; display units consisting of three seven-segment displays The input voltage (ΙΝρυτ(ν)), input voltage frequency (INPUT_), wheel voltage (〇υτρυτ(ν)), wheel voltage frequency (=I^UT(HZ)) or battery voltage state (Β Αττ. ); display the crying in two seven segments: the set state of the display, the abnormal code or the battery state. Thereby, the current system operation status displayed by the display device ^ is completely provided to the user. According to the information about the system, due to the division of the display area of the second bacteria; = $, the display panel 10 is used to illustrate the second display area 丨02 does not operate on the first display area (8) and the current The display panel of the embodiment is displayed in a read line, and in order to show more clearly, and can refer to the display situation of the third party A (four), for display (4) _^/3/®, the county creation In the third embodiment, the third embodiment is shown in the embodiment and the second embodiment, and the display panel is displayed by the first power supply (four); and the third Β_Ί1()1 and the shared display area 103 are displayed.疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 不断 不断 不断 不断The second brother shows the regional Sichuan 2 and the shared display area. The fourth picture is the real system 2 of the creation of the creation, and the "fourth figure is shown in the figure. This embodiment is provided continuously. The electrical module 22 is a display panel 2, a control unit 21, a switching display panel, and a data processing module 24. Among them: the meter sample 1 point Lanqing age ton 10 of the display panel 20 _ sub-domain, this real Lan Cai re-displayed the embodiment is the continuous electric system; The control unit 21 is in the core* operation unit of the second figure, except that the control unit 11 having the first function controls the control panel 10 and is used to control the entire uninterruptible power system 2. Operation. The module two-two two-two T is electrically connected to the display panel 2°, the switching circuit group 23 and the data processing module 24, and includes a data recording unit 21 for storing the -parameter and - second parameter. The first parameter is the enabling parameter for recording the non-area 101 and the shared display area 103; and the majority 疋5 has recorded the second display area and Common display area (10), to this parameter. The control unit 21 is configured to read the first parameter or the second parameter in accordance with the switching signal to enable the display area split on the display panel 2G. The switch module 22 is operative to generate the switch signal to cause the control unit 21 to determine whether the first parameter or the second parameter is to be read. In practical applications, the switching module 22 can be, for example, a switch button (not shown) to generate the switch signal according to a trigger action generated by the user performing manual operation, or a direction is adopted. The sensor (not shown) is designed to automatically switch according to an oblique angle actually placed by the uninterruptible power system 2 to generate the switching signal. Further explaining the design of the above-described direction sensor, this embodiment assumes that the direction sensor is preset to the temperature when the uninterruptible power system 2 performs the horizontal arrangement. In this way, when the uninterruptible power system 2 is tilted and the tilt angle is at 45 degrees, the control unit 21 still reads the first parameter 2 according to the switching signal to maintain the original enabled form; and when the tilt angle is It is at 46 degrees to 卯度日< When the tilt angle is 90 degrees, the 'uninterruptible power system 2 is forming an upright arrangement', then the control unit 21 reads the second = 2 according to the switching signal to change Can form. Of course: the technical field of the art has the usual knowledge = to understand the actual design of the direction of the sense of the ship, the design of the direction of rotation or angle of the object is the direction sensor defined by this example Fan threat. (4) Next, the power line module 23 includes a charging and power supply circuit that belongs to the continuous (four) system 2 and is electrically (test y Ρ 供应 supply, and electrical connection is at least connected, - city does not) 'such as · server, etc. Host system. In the operation, the _ is not controlled, the __ is controlled by the __, the (four) H-channel module 23 is electrically supplied to the load device, and the power storage unit 231 is controlled by J for one, and the change control is supplied by the power storage unit 231. Negative = the mains power failure, in order to make the continuous power system, the carrier device. With long-term power supply capacity, power storage unit, 2; The processing module 24 is different from the slave, and the plurality of Si:: group 23 from the operation of the rate group 23 is used to detect the sorrow to the control unit 21, so that the control list can be used for the control list. Therefore, the information content displayed in the display panel 20 is adjusted. More specifically, the data processing module 24 is a further function detection circuit 241 and a function selection unit, for example, wherein the % 241 can be, for example, a current detection circuit and a voltage detection. The detection circuit of different functions such as constant circuit, timing circuit, etc., and the input shaft and the output end of the power line module 23 are connected according to the axis of the power supply that is actually provided by the electric money 2 The power storage unit 231 荨' is used to detect the UPS 2 at any time. Pressure, current, voltage, battery life, and various operating conditions, etc., enter: Control: = Display the information in the display area of the current enabled energy. In actual design, in order to avoid system The larger size of the display panel 2 is the same as the display panel U) in the embodiment of the second figure, and the information is provided by means of classification sharing. In addition, this is also the case of the actual selection of the money selection unit to make the call connection unit 2 to allow the user to operate, and to control the control unit 21 to output the state goods detected by the function detection circuit 241. The display panel 20 is signaled. For example, the display unit composed of the three seven-segment displays is used to display the information of the input voltage, the input voltage solution, the output voltage, the output voltage frequency or the battery voltage state. The display panel 2G material lower shirt will be displayed at the same time, but the user operates the function selection unit 242 to select, firstly, the information content to be obtained belongs to the input part, the output part or the battery part, and then selects Want to get the information content of voltage or resignation. In this way, the control unit 21 can output the corresponding two-segment detected by the function detecting circuit 241, and let the display of the three seven-segment displays display the desired information content selected by the user.乂圹 再 Please refer to the fifth picture again, which is the first of the creation of the UPS system. This embodiment is used to illustrate that the uninterruptible power system is only == when it is often used to connect to the computer room. Therefore, when placed horizontally, the opposite sides of the housing of the electric system 2 are accessible to the wing bracket 25 for locking the lock in the cabinet. Of course, at this time, the control unit 21 controls the control unit 21 to read the first parameter, and the information content of the :).丨 Selecting the display to be displayed on the display panel 20, and referring to the sixth figure, is the second-dimensional stereoscopic intent of the ECU of the present invention. This embodiment is used to illustrate the uninterruptible power system 2 2 in order to avoid a small contact area, resulting in a display * =. = stand! The opposite bottom of the housing of the uninterruptible power system 2 is accessible: a further carrier 26' is placed stably on the ground. Similarly, the user can switch the operation of the switch 22 to control the control unit 21 to switch to the corresponding display in the display panel 20. Moreover, the user can also display the panel 2 through a selection of functions. In the above, the creation can adjust the information display == system, the upper display is to make the second =;, the development and design of the service organization and the mold can be M379137 is relatively simple, and then the material can be reduced by money. county. The display panel is improved and the design of the simple circuit is matched to enable display of the undefined area of each panel. In this way, under the cost reduction of the bu==, it can achieve the effect of the constant line of the new line of information, and it is expected to make it easy to watch the information content during the monitoring. For the details and drawings of the specific embodiments of the present invention, it is not intended to limit the creation of the creation. All the scope of the creation should be described as applying for the special rhyme scales. Any skilled craftsman can easily think about it in the field of creation. Any change or modification may define the scope of the patent.茱 茱 [ [ [ [ [ [ . . . . . . . . . . . . . . . . . . 第 第 第 第 第 第 第 第 第 第 第 第 第 不断 第 第 第 第 不断 不断 不断 不断 不断 不断 不断 不断The schematic diagram of the enabling area of the display panel provided by the present invention is a schematic diagram of the embodiment of the uninterruptible power system of the present invention; the fifth figure is the uninterrupted power of the present creation. A perspective view of a first application embodiment of the system; and a sixth diagram is a continuation of the second application embodiment of the present invention. [Main component symbol description] [Prior Art] 12 M379137 8 Uninterruptible power system 80 display panel [This creation] 1 Display device 10 Display panel 101 First display area 102 Second display area 103 Common display area 11 Control Unit 111 memory unit 2 uninterruptible power system 20 display panel 21 control unit 211 memory unit 22 switching module 23 power line module 231 power storage unit 24 data processing module 241 function detection circuit 242 function selection unit 25 wing bracket 26 carrier