200306940 (1) 玖、發明說明 【發明所屬之技術領域】 本發明是關於使用於在搭乘箱的升降路內設有控制盤 的無機械室型電梯之維修系統。 【先前技術】 在一般的電梯，於升降路的最上層之更上方具有機械 室。在此機械室內，設有用來控制電梯的搭乘箱的運轉之 控制盤。因此，維修人員是能夠以進入此機械室，直接操 作設置在該處的控制盤來進行維修作業。 另一方面，在機械室型的電梯，由於控制盤設在升降 路內的特定的場所，故，維修人員無法直接操作控制盤。 因此，預先在例如最上層的搭乘處設置與控制盤具有相同 功能的輔助控制盤，維修人員以操作該輔助控制盤來進行 維修作業。 但，爲了以如此的輔助控制盤來進行同樣的維修作 業，而必須使此輔助控制盤本身具有多數的功能。因此， 會有：輔助操作盤變得大型化，受到在搭乘處的設置空間 的限制等的問題。 本發明的目的是在於：提供能在由控制盤遠離的場所 單地進行與直接操作控制盤相同的維修作業的電梯之維 修系統。 【發明內容】 (2) (2)200306940 本發明的第1發明，是針對在搭乘箱的升降路內設置 有控制盤的電梯之維修系統，具備：具有進行維修所需的 功能之能夠搬運的維修裝置、設置在特定的場所且收納有 連接於上述控制盤的連接器之連接器箱，利用將上述維修 裝置連接於上述連接器箱內的上述連接器，由上述維修裝 置遠離地操作上述控制盤來進行維修。 若根據如此結構的話，能夠僅以將維修裝置連接於設 置特定場所的連接器箱內的連接器，能在由控制盤遠離的 場所簡單地進行與直接操作控制盤相同的維修作業。 又，本發明的第2發明，是針對在搭乘箱的升降路內 設置有控制盤的電梯之維修系統，具備：具有進行維修所 需的功能及無線通訊功能且能夠搬運的維修裝置、設置在 特定的場所且連接於上述控制盤的無線終端機，利用將上 述維修裝置以無線連接於上述無線終端機，由上述維修裝 置遠離地操作上述控制盤來進行維修。 若根據如此結構的話，能夠僅以使用具備無線通訊功 能的維修裝置，將此維修裝置以無線連接於設置在特定場 所的無線終端機，能能在由控制盤遠離的場所簡單地進行 與直接操作控制盤相同的維修作業。 【實施方式】 以下參照圖面說明本發明的實施形態。 (第1實施形態） 第1圖是顯示本發明的第1實施形態之電梯之維修系 - 6- (3) (3)200306940 統的結構的圖。圖中的1 1是顯示升降路；1 2是搭乘箱； 1 3是電梯的控制盤。 在機械室型的電梯，控制盤1 3設置於升降路1 1內。 升降路1 1內的坑以外的場所’理想爲最上層的更上之場 所作爲此控制盤1 3的設置場所。這是由於當將控制盤13 設置於升降路1 1內的坑時’則例如在受到大雨的發生使 得水侵入到坑部分的情況，會有引起控制盤1 3發生故障 的可能性之故。 在第1實施形態，區域內的特定場所，在此，將連接 器箱1 4設置在最上層的搭乘處。在此連接器箱1 4，收納 有用來連接後述的維修工具2 0的連接器1 5。又，在此連 接器箱1 4，收納有：必要最小限度的開關類之用來遮斷 電梯的動作電源之電源斷路開關1 6、或用來連接未圖示 的控制台的連接器1 7等。此連接器箱1 4內的連接器1 5 是介由電纜1 8連接於控制盤1 3。同樣地，關於電源斷路 開關1 6或控制台連接用的連接器1 7也介由未圖示的電纜 連接於升降路1 1內的控制盤1 3。 維修工具20是具備進行電梯的維修作業所必要的功 能且能夠搬運的小型維修專用機器，亦可稱爲維修裝置。 在此維修工具2 〇，可自由裝卸地裝設在收納於連接器箱 Μ的連接器15之端子21介由電纜22來連接著。又，在 此維修工具2 0的上面2 0 a，設有進行維修作業所必要的 各種ί架作彳女鍵（例如’檢查模式按鍵、電源斷路按鍵、追 蹤（trace )按鍵等）、或用來確認檢查結果的顯示器等。 -7- (4) (4)200306940 第2圖是顯示在電梯廳（搭乘處）進行維修作業的情 況的槪念圖。圖中的1是顯示電梯的搭乘處；2是維修人 員；3是搭乘處門；4是包圍搭乘處門的三方框；5是搭 乘處按鍵（搭乘箱呼叫按鍵）。 上述連接器箱1 4是隱藏於設有搭乘處按鍵5等的操 作面板6的內側，使得維修人員2以外者不會任意碰觸。 且，在上述連接器箱14，形成：如第1圖所示，安裝有 可自由開關的蓋1 4 a，在未使用時，關閉蓋1 4 a加以上鎖 的結構。 在於如此的結構，維修人員2是以下述的程序進行電 梯的維修作業。 即，首先，維修人員2到最上層的搭乘處1，取下嵌 入在搭乘處門3的周邊的壁之操作面板6，使埋設在該處 的連接器箱14露出。其次，打開此連接器箱14的蓋 14 a，如第1圖所示，由連接器箱14中將連接器15拉 出。然後，將設在維修工具2 0的端子2 1嵌入至上述連接 器1 5。藉此，維修工具2 0與控制盤1 3介由電纜1 8形成 電連接狀態。 在此狀態下’利用操作設在維修工具2〇的各種開 關，來遠距離地操作控制盤丨3，一邊確認顯示於維修工 具2 〇上的檢查結果等’ 一邊進行電梯的維修作業。 又’在連接器箱14內，除了維修工具連接用的連接 器1 5之外，尙s又有電源斷路開關丨6及控制台連接用的連 接器I7。因此，能夠例如操作電源斷路開關16來遮斷電 -8 - (5) (5)200306940 梯的電源，或將與維修工具20不同的未圖示之控制台連 接於連接器1 7來任意地設定控制盤1 3的參數値等。 如此，利用在最上層的搭乘處1將維修工具20連接 於連接器箱 1 4內的連接器 1 5，能夠遠距離操作控制盤 1 3。因此，即使控制盤1 3位於升降路1 1內，而維修人員 2無法到附近進行直接操作的情況，也能夠使用此維修工 具20來簡單地進行維修作業。在此情況時，因維修工具 2〇是維修人員2所攜帶，在進行維修時連接於連接器箱 1 4內的連接器1 5即可，所以，不需要預先在搭乘處1確 保維修工具專用的設置空間。 再者，在上述的第1實施形態，作成：在最上層的搭 乘處1設置連接器箱14，在該處使用維修工具20來進行 維修作業，但，不限於最上層，亦可在其他層的搭乘處設 置連接器箱1 4，在該處進行維修作業。 又，亦可預先在維修工具2 0，設置：使用例如ID或 密碼等，用來判別是否爲已被許可進行維修作業的維修人 貝2之認證功能。如此，能夠防止維修人貝2以外的人員 任意地取走維修工具2 0進行維修作業。 (第2實施形態） 其次說明關於本發明的第2實施形態。 第3圖是本發明的第2實施形態之電梯之維修系統的 結構的圖，爲顯示著在搭乘箱1 2的升降路1 1內設置有控 制盤1 3的無機械室型電梯。 -9 - (6) (6)200306940 與上述第1實施形態（第〗圖）同樣地，在最上層的 搭乘處設置連接器箱1 4，以將維修工具2 0連接於此連接 器箱1 4內的連接器1 5，來進行維修作業。 在此第2實施形態，其特徵爲維修工具20具備用來 與電腦3 0連接的介面功能。即，電腦連接用的連接器2 3 介由電纜24連接於維修工具20。 在電:腦3 0，可自由裝卸地裝設於此電腦連接用的連 接器2 3之端子3丨介由電纜3 2連接著。又，在此電腦 3 〇 ’設有用來顯示各種資料的顯示裝置3 3、用來輸入各 種貪料的輸入裝置3 4。 在於如此的結構，在維修人員2進行電梯的維修作業 的情況時’與上述第1實施形態同樣地，首先在最上層的 搭乘處1取下搭乘處按鍵5的操作面板6，打開位於其中 的連接器箱1 4之蓋1 4 a，將連接於控制盤1 3的連接器1 5 拉出。然後，利用將維修工具20的端子21嵌入於此連接 器1 5，來連接於控制盤1 3。在此狀態下，利用操作設在 維修工具2 0的各種按鍵，遠距離地操作控制盤1 3，一邊 確認顯示於顯示器的檢查結果等，一邊進行維修作業。 在此，在維修工具20與控制盤1 3連接的狀態下，若 利用將設在維修工具2〇的電腦連接用的連接器23嵌入至 電腦30的端子3 1來將電腦30連接於維修工具20的話， 則能利用電腦3 0的功能來進行下述的情事。 即，操作電腦3 0的輸入裝置3 4，將控制盤1 3所具 有的各種控制訊號（例如，用來控制搭乘箱1 2的運轉速 -10- (7) 200306940 度的訊號等）作爲追蹤資料，介由維修工具20任意選 地寫入至電腦3 〇，而顯示於該顯示裝置3 3的晝面上。 又，利用將由電腦3 0的輸入裝置3 4所輸入的某種 制用的參數値介由維修工具2 0轉送至控制盤1 3，來將 參數値設定於控制盤1 3。然後，在控制盤1 3，根據此 設定的參數値，進行與其對應的功能之控制動作。 如此，若根據第2實施形態的話，能以對維修工 2 0追加用來與電腦3 0連接的介面功能，來利用電腦 的功能，進行至今爲止以直接操作控制盤1 3所進行的 縱資料的顯示或參數設定等。 再者，在上述第2實施形態，在最上層的搭乘處設 連接器箱1 4，在該處使用維修工具20來進行維修作業 但，亦可不限於最上層，將連接器箱1 4設置於其他層 搭乘處，在該處進行維修作業。 (第3實施例） 其次，說明關於本發明的第3實施例。 第4圖是本發明的第3實施形態之電梯之維修系統 結構的圖，爲顯示著在搭乘箱1 2的升降路1 1內設置有 制盤1 3的無機械室型電梯。 與上述第1、2實施形態同樣地，於區域內的特定 所，在此爲最上層的搭乘處1 a設置連接器箱1 4。在此 揆器箱1 4，收納著用來連接維修工具2 0的連接器1 5。 者，在此雖未特別圖示，但，維修工具2 0內的連接器 擇 控 該 所 具 30 追 置 5 的 的 控 場 連 再 -11 - 15 (8) (8)200306940 是介由電纜連接於控制盤1 3。連接器箱1 4的設置場所爲 最上層的搭乘處1 a之搭乘處按鍵5的操作面板6的內 側。 在第3實施形態，其特徵爲：不僅最上層的搭乘處 1 a，就連在其他層的搭乘處1 b〜1 d也個別設置與上述連 接器箱1 4同樣的連接器箱4 1。這些連接器箱是設置在設 有各層的搭乘處按鍵4 3的操作面板4 4的內側。 又，對於位於最下層的搭乘處1 d的更下側之升降路 1 1內的坑1 1 a，也設置同樣的連接器箱45。且，搭乘箱 1 2的上面也設置同樣的連接器箱47。被收納於這些的連 接器箱41、45、47的維修工具連接用的連接器42、46、 4 8是分別介由未圖示的電纜，連接於控制盤1 3。 在於如此的結構，當在最上層的搭乘處1 a以外的層 的搭乘處1 b、1 c進行維修作業的情況時，以將設在該層 的搭乘處之搭乘處按鍵43的操作面板44取下，由位於其 中的連接器箱4 1拉出維修工具連接用的連接器42後連接 於維修工具20，來進行維修作業。 這時，如上述第2實施形態所做過的說明，若將電腦 3 〇連接於維修工具20的話，則能夠將控制盤1 3所具有 的各種控制訊號的追蹤資料顯示於電腦3 0的畫面上，或 將由電腦3 0所輸入的各種參數値設定於控制盤1 3。 在升降路U內的坑1 1 a或搭乘箱1 2上進行維修作業 的情況時也相同。 即，若爲坑1 1 a，由連接器箱4 5拉出維修工具連接 -12- 47200306940 Ο) 用的連接器46，若爲搭乘箱i 2上的話，則由連接器箱 拉出維修工具連接用的連接器48，在該處連接維修工 2〇來進行維修作業。 這時’若將電腦30連接於維修工具2〇的話，則可 進行控制訊號的追蹤資料的顯示、或參數設定等。 如此，若根據第3實施形態的話，不僅是最上層的 乘處1 a、即使是其他的搭乘處1 b、1 c、及升降路1 1內 坑1 1 a或搭乘箱1 2上，也能夠在由控制盤1 3遠離的場 簡單地進行與使用維修工具2 0來直接操作升降路1 1內 控制盤1 3相同的維修作業。 又，能以將電腦3 0連接於維修工具20，來將控制 1 3所具有的各種控制訊號的追蹤資料顯示於電腦3 0的 面上，或將由電腦3 0所輸入的各種參數値設定於控制 1 3 〇 (第4實施形態） 其次說明關於本發明的第4實施形態。 第5圖是本發明的第4實施形態之電梯之維修系統 結構的圖，爲顯示著在搭乘箱1 2的升降路1 1內設置有 制盤1 3的無機械室型電梯。 在第4實施形態，其特徵爲：對升降路1 1內的控 盤1 3，由各層的搭乘處1 a〜1 d等利用無線來連接。即 在維修工具20搭載著無線器25。另一方面，在各層的 乘處la〜Id，設置有用來在與無線器25之間傳送接收 具 以 搭 的 所 的 盤 畫 盤 的 控 制 5 搭 特 -13- (10) 200306940 定頻率範圍的無線電波之無線終端機5 1。又，在 1 1內的坑1 1 a與搭乘箱1 2上也分別設置同樣的無 機52、53。這些的無線終端機5 1〜53是利用例如 的電纜，來連接於控制盤1 3。 再者，例如使用Bluetooth作爲上述無線器25 通訊系統。所謂Bluetooth是指按照短距離的無線 格之無線通訊系統，使用例如 2 45GHz白 (Industrial Scientific Medical )範圍的無線電波 約10m的無線通訊者。 又，在將包含有如第1圖所示的電源斷路開關 必要最小限度的開關類設置在搭乘處的情況時，例 5圖的最上層的搭乘處1 a所示，於搭乘處按鍵5 面板6的內側設置開關箱54，在此開關箱54內設 於控制盤1 3的開關類。 在於如此的結構，由於在維修工具20設置 25，故，能夠利用將維修工具20帶入至各層的搭I 〜1 d之任一搭乘處，透過設在該處的無線終端機5 無線通訊來與控制盤1 3後，進行維修作業。 在此情況時，當操作設在維修工具2 0的上面 各種開關時，對應這時的開關操作之訊號受到無類 所變換成特定頻率範圍的無線電波後加以傳送。此 波是以無線終端機5 1接收，在該處變換成電氣訊 予控制盤1 3。由控制盤1 3對維修工具20傳送訊 況時也相同，以無線通訊來進行。 升降路 線終端 未圖不 的無線 通訊規 勺 ISM 來達到 16之 如在第 的操作 置連接 無線器 释處la 介由 2 0 a的 泛器25 無線 號而賦 號的1育 -14- (11) (11)200306940 在升降路11內的坑1 1 a或搭乘箱1 2上進行維修作業 的情況也相同。 即’利用在坑1 1 a內，於無線終端機5 2的通訊可能 範圍內帶入維修工具2 0 ;在搭乘箱1 2上，於無線終端機 5 3的通訊可能範圍內帶入維修工具20，來一邊操作維修 工具2 0的各種開關，一邊利用無線通訊來遠距離地操作 控制盤1 3，來進行維修作業。 又，在維修工具20藉由無線終端機5 1、52中其中一 種來連接於控制盤1 3的狀態下，能夠利用將電腦3 0連接 於此維修工具20，將控制盤所具有的各種控制訊號作爲 追蹤訊號而寫入後，顯示於電腦3 0的畫面上，或由電腦 3 0轉送各種參數値而設定至控制盤1 3。 如此，若根據第4實施形態的話，利用做成使維修工 具2 0具有無線功能，以無線來與升降路1 1內的控制盤 1 3連接，進行遠距離操作的構造，能夠在無線終端機的 無線通訊範圍內，於任何地方，均可使用維修工具2 0於 由控制盤1 3遠離的場作簡單地進行與直接操作升降路1 1 內的控制盤1 3相同的維修作業。 又，由於與上述第1實施形態同樣地，此維修工具 2 0能夠攜帶，故，不需要預先確保用來在搭乘處設置此 維修工具2 0的空間。 又，在以無線連接維修工具2 0與控制盤1 3的狀態 下，將電腦3 0連接於維修工具20的話，則在該電腦3 〇 與控制盤1 3之間，能夠以無線通訊進行上述控制訊號的 -15- (12) (12)200306940 追蹤資料的取出或控制參數的傳送等。 且，利用將收納有電源斷路開關等的必要最小限度之 開關的連接器箱5 4設置於最上層的搭乘處1 a等，當在例 如無線的通訊狀態不穩定的情況時，也能夠利用進行開關 操作，來進行電源的斷路等。 再者，在上述第4實施形態，在各層的搭乘處、升降 路1 1內的坑1 1 a、搭乘箱1 2上分別設置無線終端機， 但’亦可作成：在至少一處所設置無線終端機，在該處使 用維修工具20來進行無線之維修作業的結構。 (第5實施形態） 其次說明關於本發明的第5實施形態。 第6圖是本發明的第5實施形態之電梯之維修系統的 結構的圖’爲顯不著在搭乘箱1 2的升降路11內設置有控 制盤1 3的無機械室型電梯。 在第5實施形態，其特徵爲：使用手機6〇來代替維 修工具20，進行維修作業。 在手機60，搭載著電梯維修專用應用軟體。又，在 此手機6〇 ’設置有用來顯示各種資料的顯示裝置6〇a、用 來輸入各種資料的輸入裝置60b。又，在此手機60，藉由 電纜60c連接著端子6〇d。 另一方面’在各層的搭乘處la〜Id設置有連接器箱 6 1，由此連接器箱6 1拉出手機連接用的連接器62後與手 機6 0連接。連接器箱6 1是設置於在各層的搭乘處丨a〜 -16- (13) (13)200306940 1 d的設有搭乘處按鍵5、4 3之操作面板6、4 4的內側， 如第1圖所示的連接器箱14同樣地具有可開關之蓋 6 1 a 〇 又，在升降路1 1內的坑1 1 a與搭乘箱1 2上也設有同 樣的連接器箱6 3、6 5。在坑1 1 a，由連接器箱6 3拉出手 · 機連接用的連接器64後與連接器箱63的終端60d連接， - 而在搭乘箱1 2上，由連接器箱6 5拉出手機連接用的連接 器66後與手機60的終端60d連接。 φ 再者，雖未圖示，但上述連接器箱61、63、65內的 手機連接用的連接器6 2、6 4、6 6是分別介由電纜連接於 控制盤1 3。 在於如此的結構，在例如於最上層的搭乘處1 a進行 維修作業的情況時，首先，取下設在該搭乘處1 a的搭乘 處按鍵5之操作面板6，打開位於其中的連接器箱6 1的 蓋6 la。然後，拉出手機連接用的連接器62，將手機60 的端子60d連接於此連接器62。 φ 在此狀態下，利用啓動預先準備於手機60的電梯維 修專用應用軟體，來邊觀看顯示裝置60a的畫面，邊操作 _ 輸入裝置6 0 b的各種按鍵，來進行維修作業。又，將控制 · 盤1 3所具有的各種控制訊號作爲追蹤訊號取出後顯示於 顯示裝置60a上，或將由輸入裝置60b所輸入的各種參數 値設定至控制盤1 3等。 在最上層以外的層之搭乘處1 b〜1 d、升降路1 1內的 坑1 1 a、或搭乘箱〗2也同樣地，以將手機6 0連接於位於 -17- (14) (14)200306940 該處的連接器來進行維修作業。 如此’若根據第貫施形態的話，則能夠利用手機6 0 之身邊的攜帶終端裝置來進行電梯的維修作業。在此情況 也能夠在由控制盤1 3遠離的場所簡單地進行與直接操作 控制盤1 3同樣的維修作業。又，在各搭乘處1 a〜1 d亦可 不確保用來設置此手機60的空間。 再者，在上述第5實施形態，在各層的搭乘處、升降 路1 1內的坑1 1 a、搭乘箱1 2上分別設置連接器箱，但， 亦可作成：在至少一處所設置連接器箱，在該處使用手機 60來進行維修作業的結構。 又，亦可預先在手機60，設置：使用例如ID或密碼 等，用來判別是否爲已被許可進行維修作業的維修人員之 認證功能。如此，能夠防止維修人員以外的人員任意地取 走手機60進行維修作業。 又，在上述第5實施形態，使用手機6 〇代替維修工 具 20，但，不限於此。即，即使例如爲 PDA ( Personal Digital Assistant)等的其他之攜帶終端裝置，也能搭載 上述第電梯維修專用應用軟體來進行同樣的維修作業。 (第6實施形態） 其次，說明關於本發明的第6實施形態。 第7圖是本發明的第6實施形態之電梯之維修系統的 結構的圖’爲顯示著在搭乘箱1 2的升降路1 1內設置有控 制盤1 3的無機械室型電梯。 -18- (15) (15)200306940 在第6實施形態，其特徵爲：使用手機6 0代替維修 工具2 0，並且在此手機6 0設置無線器7 0再利用無線來 連接於升降路1 1內的控制盤13。使用例如Bluetooth作 爲上述無線器70的無線通訊系統。又，在此手機60，搭 載著在上述第5實施形態做過說明的電梯維修專用應用軟 體。 另一方面，在各層的搭乘處la〜Id，設有用來在與 上述無線器70之間傳送接收特定頻率範圍的無線電波之 無線終端機7 1。又，在升降路1 1內的坑1 1 a與搭乘箱1 2 上也分別設置同樣的無線終端機72、73。這些的無線終 端機7 1〜73是分別連接於升降路1 1內的控制盤1 3。 在於如此的結構，若爲無線終端機7 1〜73的通訊可 能範圍內的話，則能夠使用設在手機60的無線器70，利 用無線來與升降路1 1內的控制盤1 3連接。在此狀態下， 形成一邊操作手機60的各種按鍵，一邊利用無線通訊來 進行維修作業。又，將控制盤1 3所具有的各種控制訊號 的追蹤資料顯示於電腦3 0的畫面上，或將由電腦3 0所輸 入的各種參數値設定於控制盤1 3。 如此，若根據第6實施形態的話，能夠利用手機60 之身邊的攜帶終端裝置，來進行維修作業。在此情況，也 能夠不受到在搭乘處的設置空間的限制，在由控制盤13 遠離的場所簡單地進行與直接操作升降路1 1內的控制盤 1 3同樣的維修作業。又，若爲無線終端機的通訊可能範 圍內的話，則無論在何處，均可進行電梯的維修作業。 -19- (16) (16)200306940 再者，在上述第6實施形態，作成在各層的搭乘處、 升降路1 1內的坑1 1 a、搭乘箱1 2上分別設置無線終端 機，但，亦可作成：至少在一處所設置無線終端機，在該 處使用手機6 0 ’利用無線來進行維修作業的結構。 又，在上述第6實施形態，使用手機6 0代替維修工 具20，但，不限於此。即，即使例如爲PDA等的其他之 攜帶終端裝置，也能搭載上述第電梯維修專用應用軟體來 進行同樣的維修作業。 【產業上的利用可能性】 如上所述，若根據本發明的話，則能夠利用將攜帶型 的維修裝置連接於設置在特定場所的連接器箱內的連接 器、或利用無線連接於設置在特定場所的無線終端機，來 由此維修裝置遠距離地操作升降路內的控制盤，簡單地進 行維修作業。 【圖式簡單說明】 第1圖是顯示本發明的第1實施形態之電梯之維修系 統的結構的圖。 第2圖是顯不在電梯廳（搭乘處）進行維修作業的情 況的槪念圖。 第3圖是顯示本發明的第2實施形態之電梯之維修系 統的結構的圖。 第4圖是顯示本發明的第3實施形態之電梯之維修系 -20- (17) (17)200306940 統的結構的圖。 第5圖是顯不本發明的第*實施形態之電梯之維修系 統的結構的圖。 第6圖是顯示本發明的第5實施形態之電梯之維修系 統的結構的圖。 - 第7圖是顯示本發明的第6實施形態之電梯之維修系 · 統的結構的圖。 【主要元件對照表】 1 搭乘處 1 a 〜1 d f合乘處 2 維修人員 3 搭乘處門 4 三方框 5 搭乘處按鍵 6 操作面板 11 升降路 11a 坑 12 搭乘箱 13 控制盤 14 連接器箱 14a 蓋 15 連接器 16 電源斷路開關 -21 - (18)200306940 17 連 18 電 20 維 20a 維 2 1 端 22 電 25 Μ j \ \\ 3 0 電 3 1 丄山 晴 32 電 3 3 顯 3 4 輸 4 1 連 42 連 43 搭 44 操 45 連 46 連 47 連 48 連 5 1 並 j \\\ 52 Μ j 5 3 姐 j\\\ 54 開 接器 纜 修工具 修工具的上面 子 纜 線器 腦 子 纜 示裝置 入裝置 接器箱 接器 乘處按鍵 作面板 接器箱 接器 接器箱 接器 線終端機 線終端機 線終端機 關箱200306940 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to a maintenance system for a machine-less room type elevator provided with a control panel in a hoistway of a boarding box. [Prior art] A general elevator has a machine room above the uppermost floor of the hoistway. In this machine room, a control panel for controlling the operation of the elevator box is provided. Therefore, maintenance personnel can enter the machine room and directly operate the control panel provided there for maintenance work. On the other hand, in an elevator of a machine room type, since a control panel is provided at a specific place in the hoistway, maintenance personnel cannot directly operate the control panel. Therefore, an auxiliary control panel having the same function as the control panel is provided in advance at, for example, the boarding place on the uppermost floor, and a maintenance person performs maintenance operations by operating the auxiliary control panel. However, in order to perform the same maintenance operation with such an auxiliary control panel, it is necessary to make the auxiliary control panel itself have many functions. Therefore, there are problems that the auxiliary operation panel becomes large, and the installation space at the boarding place is limited. An object of the present invention is to provide an elevator maintenance system capable of performing the same maintenance operation as a direct operation of a control panel in a place remote from a control panel. [Summary of the Invention] (2) (2) 20030940 The first invention of the present invention is a maintenance system for an elevator in which a control panel is installed in a lift path of a boarding box, and is provided with: A maintenance device, a connector box installed at a specific place and containing a connector connected to the control panel, and using the connector connecting the maintenance device to the connector box, the control is operated remotely by the maintenance device. Disk for repair. According to this structure, it is possible to simply perform the same maintenance operation as directly operating the control panel in a place away from the control panel by only connecting the maintenance device to a connector in a connector box provided at a specific place. The second invention of the present invention is a maintenance system for an elevator in which a control panel is provided in a lift path of a boarding box, and includes a maintenance device capable of carrying functions required for maintenance and wireless communication functions, and installed in A wireless terminal connected to the control panel at a specific place uses the maintenance device to wirelessly connect to the wireless terminal, and the maintenance device operates the control panel remotely to perform maintenance. According to such a structure, it is possible to wirelessly connect the maintenance device to a wireless terminal installed in a specific place only by using a maintenance device having a wireless communication function, and to easily and directly operate it in a place remote from the control panel. Control panel for the same maintenance work. [Embodiment] An embodiment of the present invention will be described below with reference to the drawings. (First Embodiment) Fig. 1 is a diagram showing the configuration of the elevator maintenance system of the first embodiment of the present invention. (3) (3) 200306940 In the figure, 11 indicates the lift path; 12 indicates the boarding box; 13 indicates the control panel of the elevator. In an elevator of a machine room type, a control panel 13 is provided in the lift path 11. It is desirable that the place outside the pit in the hoistway 11 is the uppermost field, and the control panel 13 is installed there. This is because when the control panel 13 is installed in the pit in the lifting path 11 ', for example, when heavy rain occurs and water intrudes into the pit portion, the control panel 13 may fail. In the first embodiment, a specific place in the area is provided. Here, the connector box 14 is installed at the upper boarding point. The connector box 14 contains a connector 15 for connecting a maintenance tool 20 to be described later. Here, the connector box 1 4 contains a minimum number of switches, such as a power disconnect switch 16 for interrupting the operating power of the elevator, or a connector 1 7 for connecting to a console (not shown). Wait. The connector 15 in the connector box 14 is connected to the control panel 13 through a cable 18. Similarly, the power disconnect switch 16 or the connector 17 for connecting to the console is also connected to the control panel 13 in the lift path 11 through a cable (not shown). The maintenance tool 20 is a small-sized maintenance-dedicated machine that has the functions necessary for maintenance work of an elevator and can be carried, and may also be referred to as a maintenance device. Here, the maintenance tool 20 is detachably mounted on the terminal 21 of the connector 15 housed in the connector box 24, and is connected via a cable 22. In addition, on the upper surface 20a of the maintenance tool 20, there are various rack keys (for example, a 'check mode button, a power-off button, a trace button, etc.) necessary for performing maintenance operations, or Check the display of inspection results, etc. -7- (4) (4) 200306940 Figure 2 is a conceptual diagram showing the maintenance work performed in the elevator hall (boarding place). In the figure, 1 is the elevator boarding place; 2 is the maintenance staff; 3 is the boarding place door; 4 is the three box surrounding the boarding place door; 5 is the boarding place button (boarding box call button). The above-mentioned connector box 14 is hidden inside the operation panel 6 provided with the boarding place button 5 and the like, so that it is not arbitrarily touched by anyone other than the maintenance person 2. The connector box 14 has a structure in which a cover 1 4 a that can be opened and closed as shown in FIG. 1 is attached, and when not in use, the cover 14 a is closed and locked. With such a structure, the maintenance person 2 performs the maintenance work of the elevator in the following procedure. That is, first, the maintenance person 2 goes to the uppermost boarding place 1 and removes the operation panel 6 embedded in the wall surrounding the boarding place door 3 to expose the connector box 14 buried there. Next, open the cover 14a of the connector box 14, and pull out the connector 15 from the connector box 14 as shown in FIG. Then, the terminal 21 provided in the service tool 20 is fitted into the connector 15 described above. Thereby, the maintenance tool 20 and the control panel 13 are electrically connected to each other via the cable 18. In this state, ′ use various switches provided on the maintenance tool 20 to remotely operate the control panel 丨 3 and confirm the inspection results displayed on the maintenance tool 20 while performing maintenance work on the elevator. In addition, in the connector box 14, in addition to the connector 15 for the connection of the maintenance tool, there are a power disconnect switch 6 and a connector I7 for the console connection. Therefore, it is possible to arbitrarily turn off the power by operating the power disconnect switch 16-(5) (5) 200306940 ladder, or to connect a console (not shown) different from the maintenance tool 20 to the connector 17 to arbitrarily. Set the parameters of the control panel 1 3 and so on. In this way, the control panel 1 3 can be operated remotely by connecting the maintenance tool 20 to the connector 15 in the connector box 14 at the boarding point 1 on the uppermost floor. Therefore, even if the control panel 13 is located in the hoistway 11 and the maintenance person 2 cannot directly perform operations nearby, the maintenance tool 20 can be used to simply perform maintenance operations. In this case, the maintenance tool 20 is carried by the maintenance person 2 and can be connected to the connector 15 in the connector box 14 during maintenance. Therefore, it is not necessary to ensure that the maintenance tool is dedicated at the boarding place 1 in advance. Setting space. Furthermore, in the first embodiment described above, a connector box 14 is provided at the boarding place 1 on the uppermost floor, and a maintenance tool 20 is used to perform maintenance operations there. However, it is not limited to the uppermost floor, and may be on other floors. A connector box 1 4 is provided at the boarding place where maintenance work is performed. In addition, it is also possible to set the authentication function of the maintenance tool 20 in advance by using, for example, an ID or a password to determine whether it is a maintenance person authorized to perform maintenance operations. In this way, it is possible to prevent persons other than the maintenance person 2 from arbitrarily removing the maintenance tool 20 for maintenance work. (Second Embodiment) Next, a second embodiment of the present invention will be described. Fig. 3 is a diagram showing the structure of an elevator maintenance system according to a second embodiment of the present invention, and shows a machine-room-less elevator in which a control panel 13 is provided in an elevating path 11 of a boarding box 12; -9-(6) (6) 200306940 Similar to the above-mentioned first embodiment (picture), a connector box 1 4 is installed at the upper boarding place to connect the maintenance tool 20 to this connector box 1 Connectors 5 in 4 for maintenance work. The second embodiment is characterized in that the maintenance tool 20 has an interface function for connecting to the computer 30. That is, the computer connection connector 2 3 is connected to the maintenance tool 20 via a cable 24. In the electricity: brain 30, the terminal 3 of the connector 2 3 for connection of this computer can be detachably installed and connected via a cable 3 2. The computer 3 ′ is provided with a display device 3 3 for displaying various data, and an input device 34 for inputting various kinds of greed. With such a structure, when the maintenance person 2 performs the maintenance work of the elevator, 'as in the first embodiment described above, first, the operation panel 6 of the button 5 of the boarding place is removed from the boarding place 1 on the uppermost floor, and the located one Cover 1 4 a of the connector box 1 4, and pull out the connector 15 connected to the control panel 13. Then, the terminal 21 of the maintenance tool 20 is inserted into this connector 15 to be connected to the control panel 13. In this state, the control panel 13 is remotely operated by operating various keys provided on the maintenance tool 20, and maintenance work is performed while confirming the inspection results displayed on the display and the like. Here, in a state where the maintenance tool 20 and the control panel 13 are connected, the computer 30 is connected to the maintenance tool by using the connector 23 for connecting the computer provided in the maintenance tool 20 to the terminal 31 of the computer 30. If it is 20, the following functions can be performed by using the function of the computer 30. That is, the input device 3 4 of the computer 30 is operated, and various control signals (for example, signals for controlling the operating speed of the boarding box 12 -10- (7) 200306940 degrees, etc.) of the control panel 13 are used as tracking. The data is arbitrarily written into the computer 30 via the maintenance tool 20, and displayed on the day surface of the display device 33. The parameter 値 is set to the control panel 13 by transferring a certain manufacturing parameter 制 input from the input device 34 of the computer 30 through the maintenance tool 20 to the control panel 13. Then, on the control panel 1 3, according to the parameter 设定 set here, the control operation of the corresponding function is performed. In this way, according to the second embodiment, it is possible to add the interface function for connecting to the computer 30 to the maintenance worker 20 to use the function of the computer to perform the longitudinal data performed by directly operating the control panel 13 until now. Display or parameter setting. Furthermore, in the second embodiment described above, the connector box 14 is provided at the uppermost boarding place, and the maintenance tool 20 is used to perform maintenance operations there. However, the connector box 14 may not be limited to the uppermost layer. The other boarding areas are where maintenance work is performed. (Third Embodiment) Next, a third embodiment of the present invention will be described. Fig. 4 is a view showing the structure of an elevator maintenance system according to a third embodiment of the present invention, and shows a machine-room-less elevator in which a plate 13 is installed in an elevator path 12 of a boarding box 12; As in the first and second embodiments described above, a connector box 14 is provided at a specific place in the area, and here is the uppermost boarding place 1a. Here, the case 14 holds a connector 15 for connecting the maintenance tool 20. Although it is not shown here, the connector in the repair tool 20 controls the control field of the 30 30 and 5-11 (15) (8) (8) 200306940 via a cable Connected to the control panel 1 3. The installation place of the connector box 14 is the inside of the operation panel 6 of the boarding place button 5 of the boarding place 1 a on the top floor. The third embodiment is characterized in that not only the uppermost boarding place 1a but also the other boarding places 1b to 1d are individually provided with connector boxes 41 which are the same as the connector boxes 14 described above. These connector boxes are provided inside the operation panel 4 4 provided with the boarding button 4 3 on each floor. The same connector box 45 is also provided for the pits 1 1 a located in the lower and upper lift paths 1 1 on the lower boarding point 1 d. The same connector box 47 is provided on the upper surface of the boarding box 1 2. The maintenance tool connection connectors 42, 46, and 48 accommodated in these connector boxes 41, 45, and 47 are connected to the control panel 13 through cables (not shown), respectively. With such a configuration, when maintenance work is performed at the boarding points 1 b and 1 c of the floor other than the boarding point 1 a on the uppermost floor, the operation panel 44 of the boarding point button 43 provided at the boarding point on this floor After removing the connector box 41 located therein, the connector 42 for connection of the maintenance tool is pulled out, and the maintenance tool 20 is connected to the maintenance tool 20 for maintenance work. At this time, as explained in the second embodiment, if the computer 30 is connected to the maintenance tool 20, the tracking data of various control signals included in the control panel 13 can be displayed on the screen of the computer 30. , Or set various parameters 所 input from the computer 30 to the control panel 1 3. The same applies to the case of performing maintenance work on the pit 1 a or the boarding box 12 in the hoistway U. That is, if it is the pit 1 1 a, the connector 46 for the maintenance tool is pulled out by the connector box 45 to connect -12-47200306940 0). If it is on the passenger box i 2, the maintenance tool is pulled out from the connector box. The connection connector 48 is connected to a maintenance worker 20 for maintenance work. In this case, if the computer 30 is connected to the maintenance tool 20, it is possible to perform display of control signal tracking data, parameter setting, and the like. As described above, according to the third embodiment, not only the uppermost boarding place 1 a, but also other boarding places 1 b, 1 c, and the hoistway 11 1 inside the pit 1 1 a or the boarding box 12 The same maintenance operation as in the case where the control panel 13 is away from the control panel 13 can be performed simply by using the maintenance tool 20 to directly operate the control panel 13 in the lift path 11. In addition, the computer 30 can be connected to the maintenance tool 20 to display the tracking data of various control signals included in the control 13 on the surface of the computer 30, or set various parameters 値 input from the computer 30 to Control 1 3 0 (Fourth Embodiment) Next, a fourth embodiment of the present invention will be described. Fig. 5 is a diagram showing the structure of a maintenance system for an elevator according to a fourth embodiment of the present invention, and shows a machine-room-less elevator in which a tray 13 is installed in an elevating path 11 of a boarding box 12; The fourth embodiment is characterized in that the control panel 13 in the hoistway 11 is wirelessly connected to the boarding points 1 a to 1 d of each floor. That is, the wireless device 25 is mounted on the maintenance tool 20. On the other hand, the control points la to Id of each floor are provided with a control for transmitting and receiving a picture of the receiver between the wireless device 25 and the receiver 5-13-(10) 200306940 Radio terminal 5 1. In addition, the same robots 52 and 53 are provided in the pit 1 1 a and the boarding box 12 respectively. These wireless terminals 5 1 to 53 are connected to the control panel 13 by a cable, for example. In addition, for example, Bluetooth is used as the wireless device 25 communication system. The so-called Bluetooth refers to a wireless communication system based on a short-range wireless standard, which uses, for example, a 2 45 GHz white (Industrial Scientific Medical) radio wave of about 10 m. In the case where a minimum number of switches including the power disconnect switch shown in FIG. 1 are installed at the boarding place, as shown in the top boarding place 1 a in FIG. 5, the boarding button 5 panel 6 A switch box 54 is provided on the inside of the switch box, and switches of the control panel 13 are arranged in the switch box 54. With such a configuration, since the maintenance tool 20 is provided with 25, it is possible to use the maintenance tool 20 to take any one of the boarding points from 1 to 1 d on each floor and wirelessly communicate through the wireless terminal 5 provided there. After the control panel 1 and 3, carry out maintenance work. In this case, when various switches provided on the maintenance tool 20 are operated, the signal corresponding to the switch operation at this time is transmitted to radio waves of a specific frequency range after being converted without class. This wave is received by the wireless terminal 51, where it is converted into an electric signal to the control panel 13. The same is true when the control panel 13 transmits a message to the maintenance tool 20, and it is performed by wireless communication. The wireless communication standard of the lifting terminal is not shown in the ISM to reach 16. It is connected to the wireless device at the first operation device la. The number 1 is assigned through the 20A amp 25 wireless number and -14- (11 ) (11) 200306940 The same applies to the maintenance work performed on the pit 1 1 a or the boarding box 12 in the hoistway 11. That is, 'use in the pit 1 a, bring the repair tool 20 within the communication range of the wireless terminal 5 2; on the boarding box 12, bring the repair tool within the communication range of the wireless terminal 5 3 20, while operating various switches of the maintenance tool 20, use wireless communication to remotely operate the control panel 13 to perform maintenance operations. In addition, in a state where the maintenance tool 20 is connected to the control panel 13 through one of the wireless terminals 5 1 and 52, the computer 30 can be connected to the maintenance tool 20 to control the control panel. After the signal is written as a tracking signal, it is displayed on the screen of the computer 30, or various parameters are transferred from the computer 30 and set to the control panel 13. As described above, according to the fourth embodiment, the maintenance tool 20 has a wireless function, and is wirelessly connected to the control panel 13 in the hoistway 11 to perform a remote operation structure. Within the wireless communication range, the maintenance tool 20 can be used anywhere in the field away from the control panel 13 to simply perform the same maintenance operation as the direct operation of the control panel 13 in the lift path 1 1. Since the maintenance tool 20 can be carried in the same manner as the first embodiment, it is not necessary to secure a space for installing the maintenance tool 20 at the boarding place in advance. When the maintenance tool 20 and the control panel 13 are wirelessly connected, if the computer 30 is connected to the maintenance tool 20, the computer 30 and the control panel 13 can perform the above-mentioned wireless communication. Control signal -15- (12) (12) 200306940 Retrieval of tracking data or transmission of control parameters. In addition, a connector box 54 containing a minimum necessary switch such as a power disconnect switch is installed at the upper boarding place 1a, etc., and can also be used when the wireless communication state is unstable, for example. Switch operation to disconnect the power. Furthermore, in the fourth embodiment described above, wireless terminals are installed at the boarding points on each floor, the pits 1 1 a in the liftway 11 and the boarding boxes 12 respectively. However, it is also possible to provide: The terminal has a structure in which the maintenance tool 20 is used for wireless maintenance work. (Fifth Embodiment) Next, a fifth embodiment of the present invention will be described. Fig. 6 is a diagram of the structure of an elevator maintenance system according to a fifth embodiment of the present invention. It is a machine-less type elevator in which a control panel 13 is provided in a lift path 11 of a boarding box 12 significantly. The fifth embodiment is characterized in that a mobile phone 60 is used instead of the maintenance tool 20 to perform maintenance work. The mobile phone 60 is equipped with an application software for elevator maintenance. The mobile phone 60 'is provided with a display device 60a for displaying various materials and an input device 60b for inputting various materials. Here, the mobile phone 60 is connected to a terminal 60d via a cable 60c. On the other hand, a connector box 61 is provided at the boarding points la to Id on each floor. From this connector box 61, the connector 62 for mobile phone connection is pulled out and connected to the mobile phone 60. The connector box 61 is located inside the boarding place on each floor. 丨 a ~ -16- (13) (13) 200306940 1 d The inside of the operation panel 6, 4 4 with boarding place buttons 5, 4 3 The connector box 14 shown in FIG. 1 also has a cover 6 1 a which can be opened and closed. The same connector box 6 3 is also provided in the pit 1 1 a in the lift path 11 and the boarding box 12 3. 6 5. At the pit 1 1 a, the connector box 63 is pulled out by the connector 64 for connection of the hand-machine connection and connected to the terminal 60d of the connector box 63.-On the boarding box 12, it is pulled out by the connector box 65. The mobile phone connection connector 66 is connected to the terminal 60d of the mobile phone 60. φ In addition, although not shown, the connectors 6 2, 6, 4, and 6 for mobile phone connection in the connector boxes 61, 63, and 65 are connected to the control panel 13 through cables, respectively. With such a structure, when, for example, maintenance work is performed at the boarding point 1 a on the uppermost floor, first, the operation panel 6 of the boarding point button 5 provided at the boarding point 1 a is removed, and the connector box located therein is opened. 6 1 for 6 la. Then, the connector 62 for mobile phone connection is pulled out, and the terminal 60d of the mobile phone 60 is connected to this connector 62. φ In this state, use the elevator maintenance application software prepared in advance on the mobile phone 60 to start the maintenance operation while viewing the screen of the display device 60a and operating the various keys of the _ input device 60b. In addition, various control signals of the control panel 13 are taken out as tracking signals and displayed on the display device 60a, or various parameters 输入 inputted by the input device 60b are set to the control panel 13 and the like. At the boarding points 1 b ~ 1 d on the floors other than the uppermost floor, the pit 1 1 a in the liftway 1 1, or the boarding box 2, the same is used to connect the mobile phone 60 to the -17- (14) ( 14) 200306940 The connector here is used for repair work. As described above, according to the first embodiment, the maintenance operation of the elevator can be performed using the portable terminal device near the mobile phone 60. In this case, the same maintenance operation as that in which the control panel 13 is directly operated can be easily performed in a place remote from the control panel 13. In addition, the space for installing the mobile phone 60 may not be secured at each boarding place 1 a to 1 d. Furthermore, in the fifth embodiment described above, connector boxes are respectively provided at the boarding points on each floor, the pits 1 1 a and the boarding boxes 12 in the ascending and descending roads 1 1. However, it is also possible to provide connection at least one place The device box has a structure in which a mobile phone 60 is used for maintenance work. In addition, an authentication function for a maintenance person who is authorized to perform a maintenance operation using, for example, an ID or a password may be provided on the mobile phone 60 in advance. In this way, it is possible to prevent persons other than the maintenance staff from taking the mobile phone 60 arbitrarily for maintenance work. In the fifth embodiment described above, the mobile phone 60 is used instead of the maintenance tool 20. However, it is not limited to this. That is, even if it is another portable terminal device such as a PDA (Personal Digital Assistant), the above-mentioned application software for elevator maintenance can be mounted to perform the same maintenance operation. (Sixth Embodiment) Next, a sixth embodiment of the present invention will be described. Fig. 7 is a view showing the structure of an elevator maintenance system according to a sixth embodiment of the present invention. It is a machine-room-less elevator in which a control panel 13 is provided in an elevating path 11 of a boarding box 12; -18- (15) (15) 200306940 In the sixth embodiment, it is characterized in that a mobile phone 60 is used instead of the maintenance tool 20, and a wireless device 70 is installed in the mobile phone 60, and the wireless connection is used to connect to the elevator 1 1 内 的 控制 盘 13。 13 inside the control panel. As the wireless communication system of the wireless device 70, for example, Bluetooth is used. The mobile phone 60 is provided with an elevator maintenance application software which has been described in the fifth embodiment. On the other hand, radio terminals 71 for transmitting and receiving radio waves of a specific frequency range to and from the wireless device 70 are provided at the boarding points la to Id on each floor. In addition, the same wireless terminals 72 and 73 are provided in the pit 1 1 a and the boarding box 1 2 in the hoistway 11. These wireless terminals 7 1 to 73 are control panels 13 connected to the lifting path 1 1, respectively. With such a configuration, as long as the communication range of the wireless terminals 7 1 to 73 is possible, the wireless device 70 provided in the mobile phone 60 can be used to connect wirelessly to the control panel 13 in the lift path 11 1. In this state, maintenance operations are performed using wireless communication while operating various keys of the mobile phone 60. In addition, the tracking data of various control signals possessed by the control panel 13 are displayed on the screen of the computer 30, or various parameters 由 input from the computer 30 are set on the control panel 13. As described above, according to the sixth embodiment, a maintenance operation can be performed using a portable terminal device near the mobile phone 60. In this case, it is possible to easily perform the same maintenance operation as directly operating the control panel 13 in the lift path 11 in a place away from the control panel 13 without being restricted by the installation space at the boarding place. In addition, if the communication range of the wireless terminal is within the range, the maintenance work of the elevator can be performed no matter where it is. -19- (16) (16) 200306940 In addition, in the sixth embodiment described above, wireless terminals are installed at the boarding points on each floor, the pits 1 1 a in the liftway 11 and the boarding boxes 12 respectively, but It is also possible to construct a structure in which a wireless terminal is installed at least in one place, and a mobile phone 60 'is used to perform maintenance operations using wireless. In the sixth embodiment, the mobile phone 60 is used instead of the maintenance tool 20. However, it is not limited to this. That is, even if it is another portable terminal device such as a PDA, it is possible to carry out the same maintenance operation by mounting the above-mentioned application software for elevator maintenance. [Industrial Applicability] As described above, according to the present invention, it is possible to connect a portable maintenance device to a connector in a connector box provided in a specific place, or to connect wirelessly to a specific device The wireless terminal in the place can remotely operate the control panel in the hoistway from this maintenance device to easily perform maintenance operations. [Brief Description of the Drawings] Fig. 1 is a diagram showing a configuration of a maintenance system for an elevator according to a first embodiment of the present invention. Fig. 2 is a conceptual diagram showing a situation where maintenance work is not performed in the elevator hall (boarding place). Fig. 3 is a diagram showing a configuration of an elevator maintenance system according to a second embodiment of the present invention. Fig. 4 is a diagram showing the structure of a maintenance system of an elevator according to a third embodiment of the present invention. Fig. 5 is a diagram showing a configuration of a maintenance system for an elevator according to a * embodiment of the present invention. Fig. 6 is a diagram showing a configuration of an elevator maintenance system according to a fifth embodiment of the present invention. -Fig. 7 is a diagram showing the structure of an elevator maintenance system · system according to a sixth embodiment of the present invention. [Comparison table of main components] 1 boarding place 1 a ～ 1 df sharing place 2 maintenance staff 3 boarding place door 4 three box 5 boarding place button 6 operation panel 11 lift road 11a pit 12 boarding box 13 control panel 14 connector box 14a Cover 15 Connector 16 Power disconnect switch -21-(18) 200306940 17 Connection 18 Power 20 Dimensions 20a Dimensions 2 1 End 22 Power 25 Μ j \ \\ 3 0 Power 3 1 Sheshan Qing 32 Power 3 3 Display 3 4 Power 4 1 connect 42 connect 43 connect 44 perform 45 connect 45 connect 46 connect 47 connect 48 connect 5 1 and j \\\ 52 Μ j 5 3 sister j \\\ 54 opener cable repair tool repair tool top cable connector brain Cable display device into device connector box connector board button as panel connector box connector connector box connector line terminal line terminal line line terminal box
-22- (19)200306940 60 手 60a 顯 60b 輸 60c 電 60d 端 6 1 連 62 連 63 連 64 連 65 連 66 連 70 j \ \\ 7 1 翻E J\ \\ 72 Μ 73 姐 J \\\ 20a 維 機 示裝置 入裝置 纜 子 接器箱 接器 接器箱 接器 接器箱 接器 線器 線終端機 線終端機 線終V而機 修工具的上面-22- (19) 200306940 60 hands 60a, 60b, 60c, 60c, power, 60d, end 6 1, 62, 63, 64, 65, 66, 70 j \ \\ 7 1 EJ \ \\ 72 Μ 73 sister J \\\ 20a dimensional display device input device cable connector box connector connector box connector connector box connector line terminal line line terminal line and the top of the repair tool
-23--twenty three-