〜127 A7 B7~ 127 A7 B7
五、發明說明（1 ) [習知之技術] 禮濟啤智慧財產局員工消費合作社印製 本發明係關於對電梯等的建築物設備進行遠距離監視 的系統。 隨著建築物的高層化，個人住宅的高性能化，電梯等 建築物設備的數量日益增加。人們知道有下述系統，該系 統相對多個建築物設備，對這些設備的動作狀況或故障發 【生進行遠隔監視。第5圖為表示現有的建築物設備遠距離 監視系統的基本結構圖。在該系統中，監視中心5〇包括 多個發送接收信號裝置51，與各個發送接收信號裝置Η 一一對應地連接的處理終端52，通過LAN58與多個處理 終端52連接的管理伺服器53，以及印表機％。從建築物 設備60通過公眾線路2〇，向監視中心5〇的代表電話號 碼Μ的發送資訊，自動地分配給發送接收信號裝置5 1。 該發送接收信號裝置51將接收到的資訊，發送給分別連 丨接的處理終端52,在該處理終端52中，進行資訊的處理， 比如列印輸出。另夕卜’作為與本發明相關的現有技術，例 舉有日本特開昭61—80445號文獻（公開日為1986年4 月24曰）’以及曰本特開平9一3454〇號文獻（公開曰為 1997年2月7曰）。 [發明所欲解決之課題] 4疋在這樣的現有系統中，由於僅有1個處理終端 5 2對應1個發送接收信號裝置5 1，所以在發送接收信號 哀置5 1接收到來自建築物設備6〇的資訊時，由於某種原 因’處理^端52 4於功能停止的狀態下，顯示不能將資 1本紙張尺度適用(CNS)A4規格（21G X 297公釐1-----— 312438 ^--------1--------- (請先閱讀背面之注意事項再填寫本頁) A7 A7 2 五、發明說明（ 2從發送接收資訊裝i 51再次傳送給建⑽設備6〇側的 L號1^?與此相對，建築物設備6〇必須再次相對監視 中心50的代表電話號碼M，進行發送資訊，在緊急情況 下，具有應對處理前產生時間滯後的問題。 事 !項 I I 訂 /針對所述課題，按照本發明，建築物設備遠距離監視 系統包括多個發送接收信號裝置，這些裝置通過公眾線 路’進行與建築物設備之間的資訊發送接收；多個主處理 終端，這些主處理終端與每個發送接收信號裝置連接，對 由發送接收信號接收的資訊進行處理，對應於其他發送接 收裝置的所述主處理終端作為副處理終端，與所述各發送 接收信號裝置連接，在主處理終端不能對由該發送接收信 號裝置接收的資訊進行處理的情況下，在所述副處理終; 中，進行該資訊的處理。 經 濟 部 智 慧 財 產 局 員 工 消 費 合 社 印 製 知”、、所述的方案’由於主處理終端和副處理終端的多 個處理終端與發送接收信號裝置連接，故即使在對應的主 =理終端處於功能停止的情況下，仍可向副處理終端發送 資訊，在該副處理終端可進行資訊處理。由此，在不必 次從建築物設備發送資訊的情況下，快速地進行資訊户 理，可通過來自建築物的資訊，快速地進行應對處理， a另外，按照本發明，建築物設備遠距離監視系統包括 彙集存放來自多個處理終端的資訊的資訊彙集存放邛 及設置於每個處理終端中的資訊存放部，在不能向所述資 訊彙集存放部存放資訊時，所述各處理終端臨時地沖 存放於所述資訊存放部。 · ' ° 312438 經濟部智慧財產局員工消費合作社印製 3 A7 '~ ----B7___ 五、發明說明（3 ) 在貧訊彙集存放部處於功能停止的狀態下，不能存放 來自處理終端的資訊。如果為了對應該情況進行處理，設 置雙重的資訊彙集存放部，則設備的規模加大，管理費用 也增加。按照本發明，由於在不能向資訊彙集存放部存放 貝汛時，可將資訊臨時地保存於資訊存放部，故可用必要 的最低限的資源，提高資訊存放的可靠性。 丨此外’按照本發明，建築物設備遠距離監視系統包括 備份部，其讀取存放於所述資訊彙集存放部中的資訊，將 其儲存於儲存媒體中。 按照這樣的方案，由於可將存放的資訊備份於適合的 儲存媒體中，故可進一步提高資訊儲存的可靠性。 第1圖為本發明的實施例的建築物設備遠距離監視系 統的基本結構圖； 第2圖為本發明的實施例的建築物設備的基本結構 圖； ) 第3圖為表示本發明的實施例的建築物設備遠距離監 視系統的處理終端的方塊圖； 第4圖為表示本發明的實施例的建築物設備遠距離監 視系統的管理伺服器的方塊圖； 第5圖為現有的建築物設備遠距離監視系統的基本結 構圖。 [元件符號說明] 10、50監視中心 11、31發送接收信號裝置 12m(12Am、12Bm、12Cm)、52 處理終端 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 312438 -------------裝--------訂---------線 (請先閱讀背面之注音？事項再填寫本頁) 512127 A7 ------ B7 五、發明說明（4 ) 12s(12As、12Bs、12Cs) 副處理終端 12a控制部 12b儲存部 12c輸出部 12d輸入部 12e資訊存放部 12f聲音輸出部 12g聲音輸入部 12hm發送接收信號裝置側介面 12i LAN側介面 13、53伺服器 13 a控制部 13b儲存部 13 c輸出部 13d輸入部 13 f L A N侧介面 13g備份裝置侧介面 13e資訊彙集存放部 14備份裝置 15報告書製作用終端 16、56印表機 17連接線 17m(17Am、17Bm、17Cm)主連 接線 17s副連接線 18、58 LAN 20公眾線路 3〇、60建築物設備 3 2建築物設備管理部 32a運行歷史存儲部 33動作裝置控制部 34a通話器 34動作裝置 (請先閱讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作、社印製 下面參照附圖，對本發明的建築物設備遠距離監視系 統適用於電梯的运距離監視系統的本發明的實施例進行說 明。第1圖為建築物設備遠距離監視系統的結構圖，第2 圖為表示建築物設備的基本結構的方塊圖，第3圖為表示 監視中心的處理終端的基本結構的方塊圖，另外第4圖為 297公釐） 4 本紙張尺度適用中國國家標準（CNS)A4規格（210 312438 經濟部智慧財產局員工消費合作社印製 5 512127 A7 B7 五、發明說明（5 ) 表示監視中心的管理伺服器的基本結構的方塊圖。 首先’對通常動作時的資訊流動進行簡要說明。從建 築物設備30’通過公眾線路20’傳遞給監視中心1〇的代 表電話號碼N的發送資訊自動地分配给發送接收信號裝 置π。發送接收信號裝置u將接收到的資訊，發13送:; 別通過主連接線17m連接的主處理終端12m，在該主處 .理終端12m進行資訊的處理。另外，管理伺服器13包括 資訊彙集存放部13e ’將來自處理終端I〗的資訊，在該 資訊彙集存放部13e _進行彙集、存放。存放於這裏的資 訊，比如用於在報告書製作用終端15中，製作報告書等。 下面對本實施例的監視中心10和建築物設備3〇的結構進 行具體描述。 作為遠距離監視系統的監視中心1〇包括發送接收信 说裝置 11(11A，11B，11C)，處理終端 12[12Am( 12Cs)， I 12Bm ( 12As ) ’ 12Cm ( 12Bs )]，管理伺服器 13，備份裝 置14，報告書製作用終端丨5，以及印表機丨6。下面對監 視中心10的各部分進行描述。 發送接收信號裝置11，比如數據機接收來自公眾線 路20的資訊，通過連接線17，將資訊發送給處理終端12。 該發送接收#號Π通過主連接線i7m ( 17Am，17Bm， 17Cm)和副連接線 17s ( 17As，17Bs，17Cs)，與多個， 比如兩個處理終端12連接。其中，將通過主連接線〗7m 連接的處理終端12作為主處理終端12m ( 12Am，12Bm， 1 2Cm ) ’將通過主連接線i 7s連接的處理終端丨2作為副 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公爱） 312438 ^--------^---------線 (請先閱讀背面之注意事項再填寫本頁) A7 B7 經濟部智慧財產局員工消費合作杜印製 五、發明說明（ ， 處理終端12 s ( 12As，i2Bs，12Cs)。通常，在各發送接 收乜號裝置11中接收到的資訊，在與各發送接收信號裝 置11相對應的主處理終端12m中進行處理。如果發送接 收栺號裝置11從公眾線路2〇接收資訊，則在主處理終端 01中確^疋否可進行資訊處理。在處於可處理的狀態 時，發送接收信號裝置u將資訊發送給主處理終端i2m， 在這裏對資訊進行處理。在處於不能處理的狀態（比如， 功能停止或繁忙等）B夺，發送接收信號裝置11將資訊發 送給副處理終端12S，在副處理終端12s中，進行資訊處 理。按照所述方式，將多個處理終端12與各發送接收裝 置11連接，即使在主處理終端12m不能夠處理的情況下， 7可在副處理終端12s中繼續進行處理。此外，副處理終 端i2s相對任何其他的發送接收信號裝置11作為主處理 終端。由此，可通過最低限的資源，提高資訊處理的 σ 另外送向發送接收信號裝置11的電話，從各 建築物設備30，通過公矛始攸 a眾線路20 ’打給代表電話號碼ν。 打給代表電話號碼N的電話在公眾線路2〇中，自動地分 配給空的發送接收信號裝置Π。 第3圖所不，處理終端丨2包括控制部1以，儲存 部12b’輸出部12c，輸入部⑶，資訊存放部⑴，聲音 輸出部1 2 f，聲音給人ί q 、 * "卩2g，以及發送接收信號裝置側 介面1 2hm，12hs 〇抻剎卹” L 桎制4 12a，比如CPU用於對處理終 端12的各部分進杆抻也丨" 進订&制。此外，控制部12a對應於由發 运接收信號裝置丨】獲取 _—的貝訊進行資訊的處理，關於 本紙張尺細中、 6 312438 6 (請先閱讀背面之注音W事項再填寫本頁) - — — — —— — — ·11111111 · 512127 A7 B7 五、發明說明（7 ) 訂 胃控制部Ua的資訊的處理’將在後面進行說明。儲存部 m’比如RAM/ROM儲存與控制部m中的資訊的處理 或各部的控制有關的參數。輪出部12c，比如顯示器除了 __發送接收信號裝置U獲取的資訊以外，還對應於 資訊，顯示在控制部！2a中進行處理或生成的資訊等。輸 入部12d，比如鍵盤進行相對控制部⑵的指示輸入。資 丨訊存放部m在管理词服器13處於功能停止狀態時，或 在資訊彙集存放部13e中，不能夠進行資訊的存放時，臨 時存放來自發送接收信號裝置u的資訊。聲音輸出部nf 比如揚聲器及聲音輸入部12g比如麥克風，在從發送接收 信號裝置11獲取的資訊為來自通話器34a的緊急通話時， 實現與通話器34a進行通話的電話的功能。此外，聲音輸 出部12f還可發出警報聲或來資訊聲。發送接收信號裝置 側介面Uhm，12hs通過主連接線17m和副連接線η。 線 進行與發it接㈣號裝置n側之間的資訊的發送接收， 另外LAN側介® 12i進行肖LAN18侧的資訊的發送接收 如第4圖所示，管理伺服器13包括控制部⑴，儲 存部13b，輸出部13c，輸入部nd，副側介面w和 備，裝置側介面13g。控制部13a比如cpu用於管理飼 服器1 3的各口p分的控制，並且進行定期回收運行歷史資 讯的指不，以及發送資訊試驗的指示。.在這裏，運行歷史 貝訊扣表不儲存各建築物設備3〇的運行歷史儲存部'a :的：作裝置34的歷史資訊’另外，發送資訊試驗指確 認、建築物設”與監視中心10的資訊發送接收信號是否 U張尺度適用中國X肌 7 312438 512127 A7 B7 五、發明說明（8 ) 一 ^常運行的試驗。表示運行歷史資訊的回收指示，或發送 貝訊试驗指不的信號，通過比如處理終端12和發送接收 仏旒裝置11 ’傳遞給各建築物設備30，與此相對應，各 建築物設備30將運行歷史資訊，或發送資訊試驗資訊發 送給監視中心1 0 〇 又 此外，儲存部13b，比如RAM/R0M儲存與控制部13a 中的管理伺服器13的各部分的控制有關的參數。輸出部 13c比如顯示器進行各種資訊的顯$，輸入部13d比如鍵 盤進行相對控制部13a的指示輸入。資訊彙集存放部Ue， 比如’硬碟匯總地存放來自各處理終端12的資訊。關於 該存放的資訊，將在後面進行說明。LAN側介面nf進 订與LAN1 8側之間的資訊的發送接收，另外備份裝置側 介面1 3g進行與備份裝置1 4側的資訊的發送接收。 備份裝置14讀取存放於資訊彙集存放部ne中的資 訊，將其儲存於儲存媒體，比如磁帶，M〇 (光磁性碟片） 等中。由於具有該備份裝置14,故可更加確實地保存'資 訊。 報告書製成用終端.1 5進行相對各建築物設備3〇的所 有者的報告書的製作。在該報告書製作用終端15中製成 的報告書還可通過印表機16輸出到紙上，也可透過處理 終端12和發送接收信號裝置u，作為電子郵件發送。還 有，印表機16在處理終端12，管理伺服器13，或報告書 製成用终端15中得到控制’進行印有各種資訊的紙的°輪胃 出。V. Description of the invention (1) [Knowledgeable technology] Printed by the Consumer Cooperative of Liji Beer Intellectual Property Bureau This invention is a system for remote monitoring of building equipment such as elevators. With the increase in the height of buildings and the high performance of individual homes, the number of building equipment such as elevators has been increasing. It is known that there is a system which remotely monitors the operating conditions or failures of a plurality of building equipment. Fig. 5 is a diagram showing the basic structure of a conventional remote monitoring system for building equipment. In this system, the monitoring center 50 includes a plurality of transmitting and receiving signal devices 51, a processing terminal 52 connected to each of the transmitting and receiving signal devices Η, and a management server 53 connected to the plurality of processing terminals 52 through a LAN 58. Well printer%. The transmission information from the building equipment 60 to the representative telephone number M of the monitoring center 50 through the public line 20 is automatically allocated to the transmission / reception signal device 51. The sending / receiving signal device 51 sends the received information to the processing terminals 52 respectively connected, and the processing terminal 52 performs information processing, such as printing output. In addition, as the prior art related to the present invention, Japanese Patent Application Laid-Open No. 61-80445 (published on April 24, 1986) and Japanese Patent Application Laid-Open Publication No. 9-34540 (published) It was said on February 7, 1997). [Problems to be Solved by the Invention] 4 疋 In such a conventional system, since there is only one processing terminal 5 2 corresponding to one transmitting / receiving signal device 5 1, the transmitting / receiving signal is lazily received by the 51 1 from the building. When the information of the device 60 is processed, for some reason, the processing end 52 4 shows that the paper cannot be used in the paper size standard (CNS) A4 specification (21G X 297 mm 1 -----) when the function is stopped. — 312438 ^ -------- 1 --------- (Please read the notes on the back before filling out this page) A7 A7 2 V. Description of the invention (2 Sending and receiving information from the device i 51 Retransmit it to the L number 1 on the 60th side of Jianye equipment. In contrast, the building equipment 60 must again send information to the representative telephone number M of the monitoring center 50. In an emergency, it has to deal with The problem of time lag. Matter! Order II / For the problem described, according to the present invention, the building equipment remote monitoring system includes a plurality of transmitting and receiving signal devices, and these devices communicate information with the building equipment through a public line. Send and receive; multiple main processing terminals, these main processing The terminal is connected to each transmitting / receiving signal device, and processes information received by the transmitting / receiving signal. The main processing terminal corresponding to other transmitting / receiving devices serves as a sub-processing terminal, and is connected to the respective transmitting / receiving signal devices. In the case where the processing terminal cannot process the information received by the transmitting / receiving signal device, the information is processed in the sub-processing end. The information is printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Consumption Cooperative Society. The solution described above, because a plurality of processing terminals of a main processing terminal and a sub processing terminal are connected to a signal transmitting and receiving device, even when the corresponding main processing terminal is in a function stop state, information can still be sent to the sub processing terminal. This sub-processing terminal can perform information processing. Therefore, without having to send information from the building equipment, the information management can be performed quickly, and the response processing can be performed quickly through the information from the building. A In addition, according to According to the present invention, the building equipment remote monitoring system includes a collection storage from multiple processes And the information storage unit provided in each processing terminal. When it is impossible to store information in the information collection storage unit, the processing terminals are temporarily stored in the information storage unit. '° 312438 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 3 A7' ~ ---- B7___ V. Description of the Invention (3) When the poor information collection and storage department is in a state of function stop, it cannot store information from the processing terminal. If a dual information collection and storage section is set up to deal with the situation, the scale of the equipment is increased, and the management cost is also increased. According to the present invention, when information cannot be stored in the information collection and storage section, the information can be temporarily stored. It is stored in the information storage department, so the necessary minimum resources can be used to improve the reliability of information storage.丨 Furthermore, according to the present invention, the building equipment remote monitoring system includes a backup section that reads information stored in the information collection storage section and stores it in a storage medium. According to such a scheme, since the stored information can be backed up in a suitable storage medium, the reliability of information storage can be further improved. FIG. 1 is a basic structural diagram of a building equipment remote monitoring system according to an embodiment of the present invention; FIG. 2 is a basic structural diagram of a building equipment according to an embodiment of the present invention; and FIG. 3 is a diagram showing the implementation of the present invention Example block diagram of a processing terminal of a building equipment remote monitoring system; Figure 4 is a block diagram showing a management server of a building equipment remote monitoring system according to an embodiment of the present invention; Figure 5 is a conventional building Basic structure diagram of equipment remote monitoring system. [Explanation of component symbols] 10, 50 monitoring center 11, 31 send and receive signal device 12m (12Am, 12Bm, 12Cm), 52 processing terminal This paper size applies Chinese National Standard (CNS) A4 specification (210 X 297 mm) 312438- ------------ Installation -------- Order --------- line (please read the note on the back? Matters before filling out this page) 512127 A7- ---- B7 V. Description of the invention (4) 12s (12As, 12Bs, 12Cs) Sub-processing terminal 12a control section 12b storage section 12c output section 12d input section 12e information storage section 12f sound output section 12g sound input section 12hm send and receive Signal device side interface 12i LAN side interface 13, 53 server 13 a control unit 13b storage unit 13 c output unit 13d input unit 13 f LAN side interface 13g backup unit side interface 13e information collection storage unit 14 backup device 15 report production Terminals 16, 56 Printers 17 Connection lines 17m (17Am, 17Bm, 17Cm) Main connection lines 17s Sub-connection lines 18, 58 LAN 20 Public lines 30, 60 Building equipment 3 2 Building equipment management department 32a Operation history storage Unit 33 action device control unit 34a talker 34 action device (please read the back first Please fill in this page again.) Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, consumer cooperation, and printed by the company. The following describes an embodiment of the present invention applicable to the elevator distance monitoring system of the building equipment remote monitoring system with reference to the drawings. . Fig. 1 is a block diagram of a building equipment remote monitoring system, Fig. 2 is a block diagram showing a basic structure of a building equipment, and Fig. 3 is a block diagram showing a basic structure of a processing terminal of a monitoring center. The picture is 297 mm. 4 This paper size is in accordance with the Chinese National Standard (CNS) A4 specification (210 312438 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5 512 127 A7 B7 V. Description of the invention (5) The management server of the monitoring center A block diagram of the basic structure. First, a brief description of the information flow during normal operation. The transmission information of the representative telephone number N transmitted from the building equipment 30 'to the monitoring center 10 through the public line 20' is automatically allocated to the transmission. Receiving signal device π. Transmitting and receiving signal device u sends the received information to 13 :; Do not connect to the main processing terminal 12m via the main connection line 17m, and process information at the main processing terminal 12m. In addition, management The server 13 includes an information collection storage unit 13e ', which collects and stores information from the processing terminal I "in the information collection storage unit 13e_. The information here is, for example, used to create a report in the report production terminal 15. The structure of the monitoring center 10 and the building equipment 30 in this embodiment will be described in detail below. As a monitoring center of a remote monitoring system 10 includes sending and receiving letter 11 (11A, 11B, 11C), processing terminal 12 [12Am (12Cs), I 12Bm (12As) '12Cm (12Bs)], management server 13, backup device 14, report preparation Terminals 5 and printers 6. The following describes the various parts of the monitoring center 10. The transmitting and receiving signal device 11, such as a modem, receives information from the public line 20, and sends the information to the connection line 17 Processing terminal 12. The sending and receiving # 号 Π is connected to a plurality of processing terminals 12, such as two processing terminals 12, through a main connection line i7m (17Am, 17Bm, 17Cm) and a secondary connection line 17s (17As, 17Bs, 17Cs). The processing terminal 12 connected via the main connection line 7m is used as the main processing terminal 12m (12Am, 12Bm, 1 2Cm) 'The processing terminal connected via the main connection line i 7s 2 Standard (CNS) A4 specification (210 X 297 public love) 312438 ^ -------- ^ --------- line (Please read the precautions on the back before filling this page) A7 B7 Economy Printed by the Intellectual Property Bureau of the Ministry of Intellectual Property Co., Ltd. 5. Printing and description of the invention (, processing terminal 12 s (12As, i2Bs, 12Cs). Generally, the information received in each sending and receiving device 11 is connected with each sending and receiving signal. Processing is performed in the main processing terminal 12m corresponding to the device 11. If the transmitting / receiving number device 11 receives information from the public line 20, it is determined in the main processing terminal 01 whether information processing is possible. When in a processable state, the sending / receiving signal device u sends information to the main processing terminal i2m, where the information is processed. In a state that cannot be processed (for example, the function is stopped or busy), the transmission / reception signal device 11 sends information to the sub-processing terminal 12S, and the sub-processing terminal 12s performs information processing. In this way, a plurality of processing terminals 12 are connected to each transmitting and receiving device 11, and even when the main processing terminal 12m cannot process, 7 can continue processing in the sub-processing terminal 12s. In addition, the sub-processing terminal i2s functions as a main processing terminal with respect to any other transmitting / receiving signal device 11. As a result, it is possible to increase the information processing σ with the minimum resources, and also to send a call to the transmitting / receiving signal device 11, and call the representative telephone number ν from each building equipment 30 through the public line 20 '. The call to the representative telephone number N is automatically allocated to the empty transmitting / receiving signal means Π in the public line 20. As shown in FIG. 3, the processing terminal 2 includes a control unit 1, a storage unit 12 b ′, an output unit 12 c, an input unit ⑶, an information storage unit ⑴, a sound output unit 1 2 f, and a sound is given to q, * " 卩2g, and the side interface of the sending and receiving signal device 1 2hm, 12hs ○ brake system "L system 4 12a, for example, the CPU is used to enter the various parts of the processing terminal 12 and also" quotation "system. In addition, The control unit 12a corresponds to the processing of the information obtained by the shipping and receiving signal device 丨], about the size of this paper, 6 312438 6 (please read the note on the back before filling this page)-- — — —— — — · 11111111 · 512127 A7 B7 V. Description of the invention (7) The processing of information of the stomach control unit Ua will be described later. The storage unit m 'such as the RAM / ROM storage and control unit m Parameters related to the processing of information or the control of each unit. The wheeling unit 12c, for example, the display, in addition to the information obtained by the _ sending and receiving signal device U, also corresponds to the information and is displayed in the control unit! 2a for processing or generating information, etc. Input section 12d, such as keys The instruction input of the relative control unit。 is performed. The information storage unit m temporarily stores the information from the send / receive signal when the management server 13 is in a function stop state or when the information collection storage unit 13e cannot store the information. The information of the device u. The sound output unit nf, such as a speaker and the sound input unit 12g, such as a microphone, implements the function of a telephone for making a call with the communicator 34a when the information obtained from the transmitting and receiving signal device 11 is an emergency call from the communicator 34a In addition, the sound output section 12f can also issue an alarm sound or a message sound. The side interface Uhm of the sending and receiving signal device, 12hs through the main connection line 17m and the auxiliary connection line η. The line is connected to the n side of the device that sends and receives signals. In addition, the LAN server 12i sends and receives information on the LAN 18 side as shown in Figure 4. The management server 13 includes a control unit ⑴, a storage unit 13b, an output unit 13c, an input unit nd, and a sub-unit. The side interface w and equipment, and the device side interface 13g. The control unit 13a, such as a cpu, is used to control the p points of each port of the feeder 13 and perform a periodic recovery operation history Indication of information, and instructions for sending information tests .. Here, the operation history Bessun watch does not store the operation history storage section 'a of the building equipment 30': the historical information of the device 34 ', Sending information test refers to confirming, setting up the building, and whether the information sending and receiving signals of the monitoring center 10 are applicable to the Chinese X muscle 7 312438 512127 A7 B7 V. Description of the invention (8) A test that is often run. Recycling instructions indicating operation history information, or signals sent by the Bayesian test, are transmitted to the building equipment 30 through, for example, the processing terminal 12 and the sending / receiving device 11 ′, and correspondingly, each building equipment 30 The operation history information or the transmission information test information is transmitted to the monitoring center 100. In addition, the storage unit 13b, such as a RAM / ROM, stores parameters related to the control of each part of the management server 13 in the control unit 13a. The output unit 13c displays various information such as a display, and the input unit 13d such as a keyboard performs instruction input to the control unit 13a. The information collection storage unit Ue stores, for example, the information from the processing terminals 12 in a collective manner. Information on this storage will be described later. The LAN side interface nf subscribes to and receives information from the LAN1 8 side, and the backup device side interface 13g sends and receives information to and from the backup device 14 side. The backup device 14 reads the information stored in the information collection storage unit ne and stores it in a storage medium, such as a magnetic tape, a Mo (optical magnetic disc), or the like. Since the backup device 14 is provided, the 'information' can be stored more reliably. The report creation terminal 15 generates a report for the owner of each building facility 30. The report created in this report production terminal 15 can also be output to paper through the printer 16, or can be transmitted as an e-mail through the processing terminal 12 and the transmitting / receiving signal device u. In addition, the printer 16 is controlled by the processing terminal 12, the management server 13, or the report creation terminal 15 'to carry out the printing of paper printed with various information.
尺度適用中國國家標準（CNS)A4規格（210 X 297公餐T (請先閱讀背面之注意事項再填寫本頁) # I------訂---------· 經濟部智慧財產局員工消費合作社印製 8 經濟·部智慧財產局員工消費合作社印製 9 512127 A7 -------— Β7_— —__ 五、發明說明（9 ) ^如第2圖所示，在建築物設備30中，包括發送接收 信號裝置31，建築物設備管理部32,動作裝置控制部33， 以及動作裝置34。發送接收信號裝置31，比如數據機， 通過公眾線路20,將從建築物設備管理部32獲取的資訊 發运給監視中心10。建築物設備管理部32根據由動作裝 置控制部33發送的動作裝置34 (比如，電梯）的運行狀 態，生成運行歷史資訊，將此資訊臨時地存放於比如，設 置於建築物設備管理部32中的運行歷史儲存部32a中。 在這襄存放的運行歷史資訊對應於建築物設備管理部32 獲取的控制部13a發出的回收指示，通過發送接收信號裝 置31 ’發送給監視中心1 〇，存放於管理伺服器〗3。動作 裝置控制部33 (比如，電梯控制部）對動作裝置34的動 作進行控制。還有，設置於動作裝置34 (比如，電梯箱 内）中的通話器34a按照在緊急時或試驗時與動作裝置34 •的外部進行通話的方式設置。本實施例按照下述方式構 成’即，通話器34a通過建築物設備管理部32和發送接 收裝置3 1，與監視中心1〇連接，在緊急時，使用通話器 34a的人可與處理終端12的操作人員進行通話。 下面對處理終端12的資訊的處理進行說明。處理终 端12相對由發送接收裝置η獲取的資訊進行資訊處理。 在處理終端12通過發送接收信號裝置11獲取的資訊，即 來自建築物設備30的資訊中，具有： (1 )指示建築物設備30的故障的資訊（故障資訊）； (2)來自建築物設備30的緊急通話； 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） 312438 ---------I-----------—訂--------- (請先閱讀背面之注意事項再填寫本頁) ^2127 A7 B7 五、發明說明（1G ) (3) 定期地從建築物設備30發送來的建築物設備的 運行歷史資訊； (4) 相應於來自管理伺服器13的發送資訊試驗要求而 由建築物設備30發送的發送試驗資訊。 下面對處理終端12中相應的處理進行說明。 故障資訊：如果處理終端12從發送接收資訊裝置u 獲取故障資訊，則在輸出部12c比如顯示器中顯示此資 訊，並且透過聲音輸出部12f比如揚聲器發出警報聲。此 顯示以操作人員容易判斷的顯示形式（比如，相對其他的 資訊，具有較大尺寸的顯示部分，即文字等，或忽亮忽滅 邛刀等）進行。另外，在這裏，顯示故障資訊的屬性資訊 (比如，建桌物没備3〇的識別號碼和名稱，動作裝置34 的識別號碼，故障的狀況，以及故障發生時刻等），此外， 顯示經過的是哪個發送接收信號裝置11。由此，操作人 員確認建築物設備30的故障狀況，經由確認經過的發送 接收裝置11，可把握處理終端丨2的狀態。即，在表示該 ^汛的處理終端12為相對發送接收信號裝置11的副處理 終端時’可知道不能在作為發送接收信號裝置η的主處 理終端的處理終端12中進行資訊處理（即，.處理終端12 處於功能停止中，或繁忙狀態）。 另外，處理終端12對管理伺服器13作存取，確認是 否可在資訊彙集存放部1 3e，存放此故障資訊。接著，在 可存放時’將故障資訊發送給管理伺服器13，在該資訊 囊集存放部1 3e，存放此故障資訊。在不能存放時（比如， (CNS)A4 規格⑵0 X 297 公楚)- 312438 (請先閱讀背面之注音心事項再填寫本頁) 訂---------線一 經濟部智慧財產局員工消費合作社印製 10 經濟部智慧財產局員工消費合作社印製 11 五、發明說明（11 ) 在管理伺服器13處於功能停止中時，或資訊彙集存放部 13e的空的容量不足時），將此資訊臨時地存放於資訊存 放部12e。如果採用這樣的方案，不必對資訊囊集存放部 13e進行一重化處理，可用必要的最低限資源，確保資訊 存放的可罪性。另外，此時，在輸出部1 ，顯示管理 伺服态13的動作狀況（比如，管理伺服器丨3的功能停止， 或資訊彙集存放部13e的可用容量不足）。由此，操作人 員可迅速掌握管理伺服器13的狀況，進行適合的處理（比 如，管理祠服器U的恢復，存放於資訊彙集存放部⑴ 中的資訊放於備份裝置14中備份等）。在資訊存放部12e 中連續地進行資訊的臨時存放，直至可將故障資訊送向囊 ，存放部13e。當可在資訊彙集存放部⑸中存放時，臨 時存放於資訊存放部12e的資訊存放於資訊彙集存放部 1 3e 中。 緊心通活·如果處理終端丨2通過發送接收信號裝置 11獲取緊急通話，則透過聲音輸出部12f，比如揚聲器， 發出接收信號聲，在輸出部12c比如顯示器12中，顯示 緊急通話的内容。此顯示以操作人員容易判斷的顯示形式 進行。但是，此顯示形式是以改變比如，顏色、尺寸、忽 ;忽滅速度等方式’與故障資訊的情況相區別。另外，在 具有來自建築物設備30的圖像資訊時，顯示該圖像資訊。 如果經由操作人員從輸入部12d輸入通話開始的指示，則 通過聲音輸出部12f’比如揚聲器和聲音輸入部，比 如麥克風，進行與通話器34a的通話。 πτ尺度適用中關家標GJNS)A4規格（21Q Χ 29 312438 ^--------^---------線 (請先閱讀背面之注意事項再填寫本頁) 512127 經濟部智慧財產局員工消費合作社印製 12 A7 B7 五、發明說明（12 ) 如果通話結束’在控制部12 a，生成包含緊急通話的 屬性資訊（建築物設備30的識別號碼和名稱，動作裝置 3 4的識別號碼，通話發生時刻和通話時間等）的通話記 錄資訊。此資訊中還可包括通話内容（比如，錄音的通話 聲音或來自錄相的通話時的建築物設備30的圖像等）。此 外，與故障資訊的情況相同，通話記錄資訊存放於資訊彙 集存放部13e中。此時，與故障資訊的情況相同，處理終 端12對管理伺服器13作存取，確認是否可在資訊彙集存 放部13 e存放此通話記錄資訊。接著，在可存放的情況下， 將通話記錄資訊發送給管理伺服器13，將此資訊存放於 資訊彙集存放部1 3 e ’在不能存放的情況下，將該資訊臨 時地保存於資訊存放部12e中。接著，繼續進行臨時存放， 直至可進行存放，此後，向資訊存放部l2e的轉移存放與 故障資訊的情況相同。 運行歷史資訊·如果處理終端12透過發送接收信號 裝置11，獲取運行歷史資訊，則在輸出部12c，比如顯示 器中顯示此資訊。此顯示是以與故障資訊的情況不同的顯 示類型，比如，不如故障資訊時醒目的顯示形式（例如， 沒有忽亮忽滅顯示，並且使文字小於故障資訊的情況等） 進行。此外，所顯示的内容為運行歷史資訊的屬性資訊（比 如，為運行歷史資訊的顯示，建築物設備30的識別號碼 和名稱，動作裝置34的識別號碼等），未顯示運行歷史的 全部資訊。還有’同樣在此情況下，顯示是經過哪個發送 t接收信號裝置11，另外’特別是不產生警報聲音等。接 本紙張尺度適用中國國家標準-(CNS)A4規格⑵0 x 297公餐了 --—-—--- 312438 (請先閱讀背面之注意事項再填寫本頁) --------訂---------線·. 512127 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明說明（13 ) 著，與故障資訊的情況相同，運行歷史資訊存放於資訊彙 集存放部13e中。由於與該存放有關的過程與故障資訊的 情況相同，故在此省略對其的具體說明。 發送試驗資訊：如果處理終端12通過發送接收裝置 11，獲取發送試驗資訊，在輸出部12c，比如顯示器中， 顯示此資訊。此資訊是以與故障資訊的情況不同的顯示形 式，比如，不如故障資訊的情況醒目的顯示形式（例如， 沒有忽亮忽滅顯示，並且使文字尺寸小於故障資訊的情況 等）進行，顯示發送試驗資訊的屬性資訊（比如，顯示為 發送試驗資訊，建築物設備30的識別號碼和名稱，動作 裝置3 4的識別號碼等）。再有，同樣在此情況下，顯示是 經過哪個發送接收信號裝置11，另外特別是不產生警報聲等。 另外，將發送試驗資訊存放於資訊彙集存放部丨3e 中。處理終端1 2對管理伺服器1 3作存取，確認是否可在 資訊彙集存放部13e存放該發送試驗資訊。接著，當可在 資訊彙集存放部13e中存放時，該資訊存放於資訊彙集存 放部13e中。此外，在不能存放時，確認資訊存放部i2e 的可用容量，在具有足夠的可用容量的情況下（藉由與比 如儲存存部12b中所具有的可用容量的極限值相比較）， 將此資訊臨時地存放於資訊存放部丨2e中。連續進行該臨 8守存放，直至 訊彙集存放部13e可存放，此後，向資訊 存放部1 2e的轉移存放的方面與故障資訊的情況相同。發 送試驗資訊的優先度比其他的資訊低。按照所述方式，透 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297 公釐） 13 312438 --------------裝--- (請先閱讀背面之注意事項再填寫本頁) -_線_ 512127 A7 五、發明說明（14 ) 過限制優先度較低的資訊的保存（比如，向資訊存放部 的存放）’可更加確實地保管優先度較高的資訊。 6 此外，本發明不限於所述的實施例。本實施例採用兩 個處理終端與發送接收裝置】連接的方案，但是並不限於 此情況。另外，也可採用下述方案，在發送接收信號裝置 與處理終端之間，或LAN的部分通過無線方式進行通产。 另外，所述的實施例採用下述方案，在發送接收信㈣置 -側’判斷可否在主處理終端進行處理，選擇處理终端， 發送資訊，但是也可為下述方案，其中透過規定的處理線 端’或管理伺服器，預先把握各處理終端的動作狀況，相 對處理終端，有選擇地指示獲取資訊的發送接收裝置。還 有’在此情況下，還可為下述方案，其中從發送接收信號 裝置，相對多個處理終端，經常發送資訊。 如果按照上面描述的方式採用本發明，則由於將主處 理終端和副處理終端的夕 、夕個處理、端，與發送接收信號裝 置連接，故即使在相制^ k $ ^ ^應的主處理終端處於功能停止的狀 態下，仍向副處理终媳旅、、…欠^ ^ 一 鳊發迗 >、汛，在該副處理終端，進行 資訊處理。由此，在不向建築物設備進行再次發送資訊的 月一下彳决速地進行資訊處理，可透過來自建築物設備 的資訊，快速地作出應對。 (210x297 公釐） (請先閲讀背面之注意事項再填寫本頁} -------訂------- ——線‘ 經濟部智慧財產局員工消費合作社印製 14 312438Standards are applicable to China National Standard (CNS) A4 specifications (210 X 297 meals T (please read the precautions on the back before filling out this page) # I ------ Order --------- · Economy Printed by the Consumer Cooperatives of the Ministry of Intellectual Property Bureau 8 Printed by the Consumer Cooperatives of the Ministry of Economics and Intellectual Property Bureau 9 512127 A7 -------— Β7_— —__ V. Description of the Invention (9) ^ As shown in Figure 2 The building equipment 30 includes a transmitting and receiving signal device 31, a building equipment management section 32, an operating device control section 33, and an operating device 34. The transmitting and receiving signal device 31, such as a modem, will be transmitted from the public line 20 from the public line 20. The information obtained by the building equipment management unit 32 is sent to the monitoring center 10. The building equipment management unit 32 generates operation history information based on the operating state of the operating device 34 (for example, an elevator) sent by the operating device control unit 33, The information is temporarily stored in, for example, an operation history storage unit 32a provided in the building equipment management unit 32. The operation history information stored here corresponds to a recycling instruction issued by the control unit 13a obtained by the building equipment management unit 32, Passed The receiving signal device 31 'is sent to the monitoring center 10 and stored in the management server 3. The motion device control section 33 (for example, the elevator control section) controls the motion of the motion device 34. Further, the motion signal is provided in the motion device 34 ( For example, in the elevator box) the communicator 34a is provided in a manner to talk with the outside of the operating device 34 in an emergency or during a test. This embodiment is structured as follows: That is, the communicator 34a is managed by building equipment The unit 32 and the transmitting and receiving device 31 are connected to the monitoring center 10, and in an emergency, a person using the communicator 34a can talk to the operator of the processing terminal 12. The processing of the information of the processing terminal 12 will be described below. The processing terminal 12 performs information processing on the information obtained by the sending and receiving device η. The information obtained by the processing terminal 12 through the sending and receiving signal device 11, that is, the information from the building equipment 30 includes: (1) an instruction to the building equipment 30 (2) Emergency calls from building equipment 30; This paper size applies to China National Standard (CNS) A 4 Specifications (210 X 297 mm) 312438 --------- I ------------ Order --------- (Please read the precautions on the back first (Fill in this page again) ^ 2127 A7 B7 V. Description of the invention (1G) (3) Periodic operation history information of the building equipment sent from the building equipment 30 on a regular basis; (4) Corresponding to the sending information from the management server 13 The test request sends test information sent by the building equipment 30. The corresponding processing in the processing terminal 12 will be described below. Fault information: If the processing terminal 12 obtains fault information from the transmitting / receiving information device u, this information is displayed in the output section 12c such as a display, and an alarm sound is issued through the sound output section 12f such as a speaker. This display is performed in a display form that is easy for the operator to judge (for example, compared with other information, a display part with a larger size, that is, a text, etc., or a flickering knife, etc.). In addition, here, the attribute information of the fault information is displayed (for example, the identification number and name of the building that is not equipped with 30, the identification number of the action device 34, the status of the fault, and the time when the fault occurred, etc.), and in addition, the elapsed time is displayed. Which transmitting / receiving signal device 11. Thereby, the operator can confirm the failure condition of the building equipment 30, and can confirm the state of the processing terminal 2 through the transmitting / receiving device 11 that has passed. That is, when indicating that the processing terminal 12 of the flood season is a sub-processing terminal relative to the transmission / reception signal device 11, it can be known that information processing cannot be performed in the processing terminal 12 which is the main processing terminal of the transmission / reception signal device η (ie ,. The processing terminal 12 is in a functional stop state or is busy). In addition, the processing terminal 12 accesses the management server 13 and confirms whether the fault information can be stored in the information collection storage section 1 3e. Then, when it can be stored, the failure information is sent to the management server 13, and the failure information is stored in the information capsule storage unit 1e. When it cannot be stored (for example, (CNS) A4 specification⑵0 X 297 Gongchu)-312438 (please read the phonetic notes on the back before filling out this page) Order --------- Line 1 Ministry of Economy Intellectual Property Printed by the Bureau ’s Consumer Cooperatives 10 Printed by the Ministry of Economic Affairs ’Intellectual Property Bureau ’s Consumer Cooperatives 11 V. Description of the Invention (11) When the management server 13 is in a functional shutdown, or when the empty capacity of the information collection storage unit 13e is insufficient) This information is temporarily stored in the information storage section 12e. If such a solution is adopted, the information capsule storage unit 13e does not need to be subjected to a double process, and the necessary minimum resources can be used to ensure the guilty of information storage. In addition, at this time, the operation status of the management servo state 13 is displayed on the output unit 1 (for example, the function of the management server 3 is stopped, or the available capacity of the information collection storage unit 13e is insufficient). Thereby, the operator can quickly grasp the status of the management server 13 and perform appropriate processing (for example, management of the restoration of the temple server U, information stored in the information collection storage unit ⑴, and backup in the backup device 14). The temporary storage of information is continuously performed in the information storage section 12e until the failure information can be sent to the bag, and the storage section 13e. When it can be stored in the information collection storage unit ⑸, the information temporarily stored in the information storage unit 12e is stored in the information collection storage unit 13e. Attentive work • If the processing terminal 2 obtains the emergency call through the transmitting and receiving signal device 11, the sound output section 12f, such as a speaker, emits a reception signal sound, and the output section 12c, such as the display 12, displays the content of the emergency call. This display is in a display format that can be easily judged by the operator. However, this display form is distinguished from the fault information by changing the color, size, flicker, flicker speed, etc. '. When there is image information from the building equipment 30, the image information is displayed. If an instruction to start a call is input from the input section 12d via the operator, a call to the talker 34a is performed through the sound output section 12f 'such as a speaker and a sound input section such as a microphone. The πτ scale applies to the Zhongguan family standard GJNS) A4 specification (21Q χ 29 312438 ^ -------- ^ --------- line (please read the precautions on the back before filling this page) 512127 Ministry of Economic Affairs Printed by the Intellectual Property Bureau employee consumer cooperative 12 A7 B7 V. Description of the invention (12) If the call ends' in the control section 12a, generate the attribute information including the emergency call (the identification number and name of the building equipment 30, the action device 3 4 Identification number, the time of the call, the time of the call, etc.). This information can also include the content of the call (for example, the recorded call sound or the image of the building equipment 30 from the video call). In addition, as in the case of the fault information, the call log information is stored in the information collection storage section 13e. At this time, as in the case of the fault information, the processing terminal 12 accesses the management server 13 to confirm whether it can be stored in the information collection. The department 13 e stores the call record information. Then, if it can be stored, the call record information is sent to the management server 13 and the information is stored in the information collection storage unit 1 3 e ' In the case of storage, the information is temporarily stored in the information storage section 12e. Then, the temporary storage is continued until storage is possible, and thereafter, the transfer to the information storage section 12e is the same as the failure information. Operation history information · If the processing terminal 12 obtains the operation history information through the transmitting and receiving signal device 11, this information is displayed on the output portion 12c, such as a display. This display is a different type of display from that of the fault information, for example, it is not as good as the fault information. Eye-catching display form (for example, no flashing and flickering display, and the text is smaller than the fault information, etc.). In addition, the displayed content is attribute information of the operation history information (for example, for the display of operation history information, architecture The identification number and name of the physical device 30, the identification number of the action device 34, etc.), not all the information of the operation history is displayed. Also in this case, it shows which transmission t has been received by the signal device 11, and in addition, 'especially' Does not generate alarm sounds, etc. The Chinese paper standard applies to this paper standard-(C NS) A4 specifications ⑵0 x 297 meals --------------- 312438 (Please read the precautions on the back before filling this page) -------- Order --------- Line ·. 512127 A7 B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs V. Invention Description (13) With the same situation as the fault information, the operation history information is stored in the information collection storage section 13e. The process is the same as that of the fault information, so its detailed description is omitted here. Sending test information: If the processing terminal 12 obtains the sending test information through the sending and receiving device 11, the information is displayed on the output portion 12c, such as a display. This information is displayed in a different form from the fault information. For example, it is not as eye-catching as the fault information (for example, there is no flickering display, and the text size is smaller than the fault information). Attribute information of the test information (for example, display test information, identification number and name of the building equipment 30, identification number of the operating device 34, etc.). It should be noted that in this case as well, it is displayed which transmission / reception signal device 11 has passed, and in particular, no alarm sound or the like is generated. In addition, the transmission test information is stored in the information collection storage section 3e. The processing terminal 12 accesses the management server 13 and confirms whether the transmission test information can be stored in the information collection storage unit 13e. Then, when it can be stored in the information collection storage unit 13e, the information is stored in the information collection storage unit 13e. In addition, when it cannot be stored, confirm that the available capacity of the information storage unit i2e has sufficient available capacity (by comparing with, for example, the limit value of the available capacity in the storage unit 12b), and compare this information Temporarily stored in the information storage section 2e. The temporary storage is continuously performed until the information collection storage section 13e can be stored, and thereafter, the transfer to the information storage section 12e is the same as that of the fault information. Sending experimental information has lower priority than other information. According to the method mentioned above, the size of this paper applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 13 312438 -------------- install --- (Please read the back first Please pay attention to this page and fill in this page again) -_ 线 _ 512127 A7 V. Description of the invention (14) Over-restricted storage of lower priority information (for example, storage in the information storage department) High information. 6 In addition, the present invention is not limited to the embodiments described. This embodiment adopts a scheme in which two processing terminals are connected to a transmitting and receiving device, but it is not limited to this case. In addition, it is also possible to adopt the following scheme to carry out common production by wireless means between the signal transmitting and receiving device and the processing terminal, or a part of the LAN. In addition, the described embodiment adopts the following scheme. At the send-receive signal setting-side, it is judged whether processing can be performed at the main processing terminal, selecting the processing terminal, and sending information, but it can also be the following scheme, in which the prescribed processing is adopted. The line terminal 'or the management server grasps the operation status of each processing terminal in advance, and selectively instructs the processing terminal to send and receive devices that acquire information. In addition, in this case, there may be a scheme in which information is transmitted and received from a device that transmits information to a plurality of processing terminals. If the present invention is adopted in the manner described above, since the main processing terminal and the sub-processing terminal are connected to the sending and receiving signal devices, the main processing should be performed even in the corresponding system ^ k $ ^ ^ In the state where the terminal is in a functional stop state, it still sends information to the deputy processing terminal, ..., owing to ^^^, and performs information processing in the deputy processing terminal. As a result, the information processing can be performed quickly in the next month without sending information to the building equipment again, and the information can be responded quickly through the information from the building equipment. (210x297 mm) (Please read the precautions on the back before filling out this page} ------- Order ------- ---- Line 『Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 14 312438