1292264 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種通訊控制系統及其方法，更詳而 網路之電 言之，係關於一種應用於至少二個共同連結至一 子設備中之通訊控制系統及其方法。 【先前技術】 隨著電氣設備的不斷發展更新以及人們生活水準的 不斷提高，電氣設備之使用也越來越普及，而且人們對各 種，氣設備之要求亦愈來愈高。近年來，各種電氣設備也 朝著智慧化、網路化、多功能化方向發展，因此，出現了 智慧家電之類的名詞。 智慧家電是it技術（特別是電腦技術），網路技術、 =制技術向傳統家電產業渗透發展的必然結果。由社會背 ^層面來看，近年來資訊化之高度發展，通訊的自由化 ^層次化’業務量之急速增加與人類對王作環境的安全 性、效率性要求之提高，造成家電智慧化之需求 — .、、'«加，在科技方面，由於電腦控制技術的發展I電 貧訊通=技術的成長，也促成了智慧家電之誕生/、 網路:：各2家電通常採用一固定主機來控制在同-個 家雷、g寻電軋δ又備。如第1圖所示，係顯示習知網路 系統=制^之一具體實施例。該網路家電通訊控制 a固疋主機1對連接於同一網路上例如空調枣 制盘=話2b、電腦2e、冰箱2n等家電進行集中統-控 w理；亦可根據使用者的的生活作息，透過智慧型微 18754 5 1292264 電腦自動學習模式’自動開啟/關閉或自動改變運轉狀能 等。如此即可大幅簡化齡電氣設備時之繁㈣程，以提 供使用者更便利的生活’進而提高生活品質。$，該網路 豕電通訊控制系統只能於一固定主機丨上操作，當主機故 障或POWER 0FF時，整個系統即會陷入痛疾，:而造成 操作設備、操作地點過於侷限之缺點，且當該網路中某一 電氣設備出現故障或發生某種特殊狀況時（例如，用戶於 客廳觀看電視時’如主人忘記或無法設定監控洗衣機狀態 且於電視機上顯示時’將無法得知洗衣房内衣服已於洗衣 機中/月洗70畢等待晴B麗），被控狀態（此被控狀態係指被固 定主機1控制）之該電氣設備並無法將資訊回饋給固定主 機1或進而控制其他處於被控狀態之電氣設備（例如，電 視、空調等）而及時做出相應之處理，造成同一網路内之 電氣e又備間不能及時有效地進行通訊。 因此，如何提出一種通訊控制系統及其方法，以改善 白知技術中因由一固定主機進行主控所帶來之操作不便、 操作地點過於侷限以及同一網路内之電氣設備間不能及時 有效地進行通訊等缺失，實為目前此產業中亟欲解決之問 題。 【發明内容】 鑒於上述習知技術之缺點，本發明之主要目的在於提 供一種通訊控制系統及其方法，該系統及方法係應用於至 少二個共同連結至一網路之電子設備，以自動切換該些電 子設備其中之一者之控制狀態，俾令該至少二個電子設備 6 18754 1292264 •之間能夠及時有效的進行通訊。 、x、月之另目的在於提供一種通訊控制系統及其 方法’以避免習知技術中 〜 及操作地點過於揭限之缺=_疋而¥致的操作不便以 制季主要及另一目的，本發明係提供-種通訊控 制糸統及方法，該系統及方法係應用於至少二個共同連結 之電子設備，本發明之主要技術特徵在於藉由- 偵測U於魅少二個電子設備之其中 ►作時（或當使用者想改變網路中一設備狀態），== 該電子設備從當前狀態自動切換（亦可人 = 態：再藉由一掃描模組掃描該網路之其餘電子設 心工1狀'％ ’並由該電子設備依據該掃描模組所掃描之 工乍狀態，令該網路之其餘電子設備之至少其中一 動’以作告知或控制用。 ，此’本發明之通訊控制系統及其方法主要係令位於 =肩路上的每-電子設備均可於不正常運作時自動切換至 主控狀態’俾使各電子設備之間可進行及時且有效的通 =以達告知及相互控制之目的，故而可提升使用者於操 日守之便利性，同時亦使得主控端的操作地 【實施方式】 卜又限制。 以下係藉由特定的具體實例說明本發明之實施方 式’熟悉此技藝之人士可由本說明書所揭示之 ::二：明之其他優點與功效。本發明亦可藉由其： 勺/、體貝例加以施行或應用’本說明書中的各項細節亦可 18754 7 1292264 基於不同觀點與應用 修飾與變更。 在不悖離本發明之精神下進行各種 /如第2A 2B圖所示者’係用以說明本發明之通訊控 制系統之應用架構意圖。如圖所示，本發明之通訊控制系 先2係應用於至少二個共同連結至—網路3之電子設備 ^中。為説明本發明之通訊控㈣統的實施方式，此處係以 该通訊控制系統2應用於四個共同連接至網路3之電子設 備3a 3b 3c 3d為例進行説明，但並非以此限制本發明 之應用範圍。上述該些電子設備^^^係可應用 如f視機、卿播放機、冰箱、空調、熱水器、微波爐、 烤箱洗衣機瓦斯爐、電腦、電話、印表機等家用電器 設備。此外，使用者可預先^定其中至少—電子設備處於 主控狀態，而其餘電子設備則相應的處於被控狀態。 請參閲第2A圖，該通訊控制系統2係包括债測模組 21、控制模組22以及掃描模組23。請一併參閲第2b圖， 以下對該偵測模組2卜控制模組22以及掃描模組23作進 一步之詳細説明。 偵測模組21係用以偵測電子設備3a、％、化、％至 少其中一者是否不正常運作，若是，則輸出一不正常運作 訊號，若否則繼續偵測。以下即以該偵測模組21偵測到電 子設備3a不正常運作為例進行詳細説明。 控制模組22係用以接收到偵測模組21所輸出之不正 常運作訊號，並於接收到該不正常運作訊號時，改變電子 设備3a的當前狀態為主控狀態。於本發明中，控制模組 18754 8 1292264 =據電子設備^與該網路3上其餘電子設備lb 或取後—次進行通訊之訊息中所包含的電子設備％之 組網碼識別電子設備3a#前之控制狀態。 上述該組網碼係為標識電子設備3a、3b、3c、3d中每 Γ電子設備於網路3上之控制狀態（主控狀態或被控狀’ 悲，例如，若一電子設備之組網碼為“01，，時，則表示該 電子設備處於主控狀態，而此時位於該網路3上的其餘電 二子設備則處於被控狀態，其組網碼均為“ 1〇”。所有設備默 f遇值為“10”，即默認處於被控狀態。 於本發明中，控制模組22係依據電子設備3a之組網 碼1識別電子設備3a之控制狀態，且於識別出電子設備 3a當前處於被控狀態，即電子設備的組網碼為“1〇”時， 控制模組22方執行切換動作以將電子設備3a自被控狀態 自動切換至主控狀態，以令電子設備3a能主動控制網路3 之其餘處於被控狀態之電子設備。 • 掃描模組23係用以提供不正常運作且處於主控狀態 之電子设備3a掃描網路3之其餘電子設備3b、3c、3d的 工作狀恶，並由不正常運作且處於主控狀態之電子設備％ 依據掃描模組23所掃描之工作狀態，令網路3之其餘電子 設備3b、3c、3d之至少其中一者作動，以作告知用。本發 明中’網路3之每一電子設備3a、3b、3c、3d均可依據自 身需要自動切換其控制狀態，即自當前狀態切換之主控狀 態。 二 此外，本發明之通訊控制系統2復包括一暫存模組 9 18754 1292264 24’係用以儲存*正常運作之電子錢％最後—次發送至 網路3之其餘電子設備之包含電子設備3之組網碼之訊 心而控制杈組22係分析暫存模組24所儲存的訊息中所 匕3的電子δ又備3a之組網碼，以識別出電子設備％當前 所處的控制狀態並作相應之主/被控狀態之切換作動。 此處需特別説明的是，本發明中，共同連接至網路3 之電子設備^、刊之間係以一預設之通訊協定斗 進订通訊。請參閲第3S，通訊協〇係至少包括：組網 碼40、類型碼4卜設備碼42、功能碼、操作碼料等棚 位，其中，組網碼係為原組網碼+設備碼，該原組網碼定 義如下··“〇〇，，表示被控狀態，“u，，表示主控狀態，該設備 ^與上述設備碼42意義相同，其表示兩台設備之間通訊 π有㈣其他設備’若有則把設備的設備碼放在組網碼 士中，若沒有則將設備碼定義為全為“i，，的數據段。此外，通 =協定4復包括起始位、通訊類型碼及結束位等攔位（未 ，圖不）'_碼4G係為標識該些電子設備中每—電子 於，網路3上之控制狀態（主控狀態或被控狀態），例如， =電子設備之組網碼為“01”時’則表示該電子設備處於 =態立而此時位於網路3上的其餘電子設備則處於被 佐狀恶，其組網碼均為“〗〇，，f * t -f- ^ ^ fr -Τ π 1 ^ 、毛月中，網路連接之所 2子叹備均亦可同時處於主控狀態以便所有設備之間可 42 =:、。類型碼41係標識電子設備之類型。設備碼 择作二電子^又備之名稱。功能碼43係標識電子設備之 細作Μ。操作碼44標識電子設備進行操作的具體值。 18754 10 1292264 ’此匕外，本發明中’事先預設而處於主控狀態之電子設 備經一預設之時間間隔後重新由被控狀態切換為主控狀 2 ’而其餘電子設傷均處於被控狀態，以令該處於主控狀 悲的電子設備重新控制其餘處於被控狀態之電子設備。 如第4圖所示，為進一步突顯本發明之原理及功效， ^ 乂該二電子„又備3a、3b、3c、3d分別實施為瓦斯爐4a、 電視機4b、電腦4c、電話4d為例進行説明，但並非以此 限制本發明之應用範圍。—般情況下，使用者可預先設定 该些電子設備其中之—者（例如電腦Μ處於主控狀離， 而其餘電子設備（例如瓦斯爐4a、電視機45、電話4(〇 ==，以由該處於主控狀態之電腦4c對處於被控 瓦斯爐4a、電視機4b、及電話心行控制（例如 =電視機4b、瓦斯爐4a的定時開啓或關閉等操作、控 制電話4d於某時間自動撥打某—電話號碼等）。 ^ 4圖所示，當瓦斯爐4 a不正常運作（例如瓦斯 Φ據以/ ’摘測模組21侦測到瓦斯爐&不正常運作，並 2二!：不正常運作訊號至控制模組22,以供控制模組 ==別及其切換動作。更詳而言之，侦測模組 21係為权置於瓦斯爐^之谓測裝 瓦斯爐4a之正常運作夫赵…t 言了預先5又疋 圍，w/ 外茂的瓦斯之濃度值範 4a上^^ ^生瓦斯外茂之狀況時’設置於瓦斯爐 測該外㈣本^貞測模組21加以實施）係偵 圍，若是黯+ 辰度值是否有超過預先設定的濃度值範 、剧—不正常運作訊號㈣控制模組22進行處 18754 11 1292264 •理。此外，本發明亦可藉由該控制模組將該不正常運作訊 號如聲音訊號之方式直接提示使用者。 控制模組22接收到债測模、组21輪出之不正常運 號後對暫存模組24中所儲存的瓦斯爐“最後—次發送至 其餘電子設備（例如電視機4b、電腦讣、或電話之 訊息中所包含的瓦斯爐4 a的組網碼進行分析，以識別瓦斯 爐4a當前之控制狀態，且於識別出瓦斯爐乜當前處於被 控狀態時’改變不正常運作之瓦斯爐^时前狀態為主控 ’狀態：以令瓦斯爐4a能主動控制網路3之電子設備（例如 該電視機4b、電腦4c、或電話4d )。 接著瓦斯爐4a透過掃描模組23掃描網路3之其餘電 子設備的工作狀態，並由瓦斯爐4a依據掃描模組幻所掃 描之工作狀態，令網路3之其餘電子設備（例如電視機外、 電腦4c、或電話4d)之至少其中—者作動，以作告知用。 例如瓦斯爐4a會主動發送一文字訊息予該電視機仆或/ .及電腦4c，並藉由該電視機仆或/及電腦4c之螢幕顯示該 文字訊息，以便正在觀看該電視機4b之節目或正在進行該 電腦4c操作之使用者可即時得知該瓦斯爐乜所發生的狀/ 況而彳木取相應之措施以解決該瓦斯爐4a所發生的狀況。又 例如瓦斯爐4a發送一撥號訊息至該電話4d以令該電話^ 經-時間間隔後撥打由使用者預設之號碼（例如報警號碼 或使用者的手機電話），以避免使用者未即時了解到該氣 灶4a發生的狀況而未採取相應之措施。 ；； 此外，本發明亦可因應使用者需求，當使用者想改變 18754 12 !292264 網路中：設備狀態時’將該電子設備自動切換至主動狀態。 …透過本發明之通訊控制系統執行通訊控制方法之流 :係如第5圖所示’該方法係包括以下步驟：於步驟 中令偵測模組仙j位於m _路上的至少 中一者是否不正常運作，若是，則輸出—不正常運^號 並進至步驟sm，若否，則重覆執行步驟snG，以繼續 偵測不正常運作狀況的發生。 於步驟S120中，令控制模組於接收到制模組所輸 ^之不正常運作訊料，改變不正f運作之電衫備的當 丽狀態為主控狀態，以令不正常運作之電子設備能主動控 制該網路之其餘處於被控狀態之電子設備。更詳而士之， 控龍組係透過識別不正常運作之電子設備之組㈣（亦 即丽述暫存模組中所儲存該些電子設備之間最近一次進行 通訊之訊息所包含的組網碼訊息），藉以識別電子設備當 前的控制狀態，並於電子設備當前處於被控狀態時修改電 #子設備的組網碼，以將電子設備自被控狀態自動切換之主 控狀態。接著進至步驟S130。 於步驟SU0中，令不正常運作且處於主控狀態之電 2設備透過掃描模組掃描網路之其餘電子設備的工作狀 態’並由*正常運作且處於主控狀態之電子設備依據掃描 模組所掃描之工作狀態，令網路之其餘電子設備之至少其 中一者作動，以作告知用。 〃 因此，本發明之通訊控制系統及其方法主要係透過侦 測模組於偵測到網路上的至少二個電子設備其中之一者發 18754 13 -1292264 生不正常運作（或當使用者想改變網路中一設備狀態）時， ^一控制模組將該電子設備從當前狀態自動切換至主控狀 〜、再藉由一掃描模組掃描該網路之其餘電子設備的工作 狀恶，並由該電子設備依據該掃描模組所掃描之工作狀 態，令該網路之其餘電子設備之至少其中一者作動，以作 告知用，因此，透過本發明，位於同一網路上的該些電子 設備均可依據自身需要自動進行主/被控狀g之切換，從而 可使操作操作地點亦不受限制，藉以避免習知技術 中由於主機©定*導輯作不便以及操作地點過於偈限 缺失。 、 此外，本發明中，處於主控狀態之電子設備，可依據 該掃描模組所掃描之工作狀態，令該網路之其餘電子設備 之至少其巾-者作動’從而達到電子設備間及時有效地進 行通訊’且可由處於主控狀態之電子設備對處於被控狀態 之其餘電子设備進行控制。 上述實施例僅例示性說明本發明之原理及其功效，而 非用於限制本發明。任何熟習此項技藝之人士均可在不違 背本發明之精神及範訂，對上述實施例進行修飾與改 變。因此，本發明之權利保護範圍，應如後述之申請專利 範圍所列。 【圖式簡單說明】 第1圖係顯示習知技術之網路家電通訊控制系統之一 具體實施例示意圖； 第2A、2B圖係顯示本發明之通訊控制系統之基本應 18754 14 I292264 用架構示意圖； 第3圖係顯示本發明之通訊協定之結構圖； 第4圖係顯示本發明之通訊控制系統之一具體應用示 意圖；以及 第5圖係顯示本發明之通訊控制方法之流程圖。 【主要元件符號說明】 1 固定主機 鲁2a、2b、2〇、2n空調裝置、電話、電腦、冰箱 3a、3b、3c、3d 電子設備 2 通訊控制系統 3 網路 21 偵測模組 H 控制模組 23 掃描模組 24 暫存模組 • S110〜S130 步驟 4a、4b、4c、4d 瓦斯爐、電視機、電腦、電話 15 187541292264 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a communication control system and a method thereof, and more specifically to the network, relates to an application to at least two common connections to a sub-device The communication control system and method thereof. [Prior Art] With the continuous development of electrical equipment and the improvement of people's living standards, the use of electrical equipment is becoming more and more popular, and the requirements for various kinds of gas equipment are becoming higher and higher. In recent years, various electrical equipment has also developed in the direction of intelligence, networking, and multi-functionality. Therefore, there have been nouns such as smart home appliances. Smart home appliances are the inevitable result of the penetration of the technology (especially computer technology), network technology and technology into the traditional home appliance industry. From the perspective of social backing, in recent years, the high level of informationization, the liberalization of communication, the level of 'business volume' and the increase in the safety and efficiency requirements of human beings, have led to the wisdom of home appliances. Demand - .,, '«Plus, in terms of technology, due to the development of computer control technology, the growth of technology, the growth of technology, and the birth of smart home appliances, and the network:: 2 home appliances usually use a fixed host To control in the same - a family of mines, g seeking electricity rolling δ and prepared. As shown in Fig. 1, a specific embodiment of a conventional network system = system is shown. The network appliance communication control a solid host 1 is connected to the same network, such as air conditioner jujube = 2b, computer 2e, refrigerator 2n and other home appliances for centralized control - and can also be based on the user's life Through the intelligent micro 18754 5 1292264 computer automatic learning mode 'automatically turn on/off or automatically change the running status. In this way, the complexity of the electrical equipment of the age can be greatly simplified, so as to provide a more convenient life for the user, thereby improving the quality of life. $, the network communication control system can only operate on a fixed host, when the host fails or POWER 0FF, the whole system will fall into pain, which causes the operation equipment and operation location to be too limited, and When an electrical device in the network fails or a special condition occurs (for example, when the user watches TV in the living room), if the owner forgets or cannot set the status of the washing machine and displays it on the TV, the laundry will not be known. The clothes in the room have been washed in the washing machine/monthly and waited for the sunny time. The electrical device in the controlled state (this controlled state refers to being controlled by the fixed host 1) cannot feed the information back to the fixed host 1 or control it. Other electrical equipment in the controlled state (for example, television, air conditioner, etc.) and timely corresponding processing, resulting in the electrical and electronic communication within the same network can not communicate in a timely and effective manner. Therefore, how to propose a communication control system and method thereof to improve the inconvenience caused by the master control by a fixed host in the Baizhi technology, the operation location is too limited, and the electrical equipment in the same network cannot be timely and effectively performed. The lack of communication, etc., is indeed a problem that is currently being solved in this industry. SUMMARY OF THE INVENTION In view of the above disadvantages of the prior art, the main object of the present invention is to provide a communication control system and method thereof, which are applied to at least two electronic devices commonly connected to a network to automatically switch The control state of one of the electronic devices enables the at least two electronic devices 6 18754 1292264 to communicate in a timely and efficient manner. , x, and the other purpose of the month is to provide a communication control system and its method 'to avoid the lack of conventional technology and the location of the operation site is too limited = _ 疋 and the operation is inconvenient for the main purpose of the season, and another purpose, The present invention provides a communication control system and method, and the system and method are applied to at least two commonly connected electronic devices. The main technical feature of the present invention is to detect U by using two electronic devices. Where ► when (or when the user wants to change the state of a device in the network), == the electronic device automatically switches from the current state (also can be: the other: scan the rest of the network by a scanning module) Setting the heart to be '%' and by the electronic device according to the state of the scan scanned by the scanning module, at least one of the remaining electronic devices of the network is used for notification or control. The communication control system and its method mainly enable each electronic device located on the shoulder line to automatically switch to the main control state during abnormal operation, so that the electronic devices can be timely and effectively communicated with each other. Knowing the purpose of mutual control, the user's convenience in the day-to-day operation can be improved, and the operation of the main control terminal is also limited. The following describes an embodiment of the present invention by a specific specific example. Those skilled in the art can disclose the advantages and functions of the present invention. The invention can also be applied or applied by the spoon/body example. The details in this specification can also be 18754. 7 1292264 Modifications and alterations based on different viewpoints and applications. Various embodiments, as shown in FIG. 2A 2B, are used to illustrate the application architecture of the communication control system of the present invention. It is shown that the communication control system of the present invention is applied to at least two electronic devices that are commonly connected to the network 3. In order to explain the implementation of the communication control (four) system of the present invention, the communication control system is used here. 2 is applied to four electronic devices 3a 3b 3c 3d connected to the network 3 as an example, but does not limit the application range of the present invention. The above electronic devices ^^^ It can be applied to household appliances such as f video camera, Qing player, refrigerator, air conditioner, water heater, microwave oven, oven washing machine, computer, telephone, printer, etc. In addition, the user can pre-determine at least - the electronic device is The main control state, and the remaining electronic devices are correspondingly in the controlled state. Please refer to FIG. 2A, the communication control system 2 includes the debt testing module 21, the control module 22 and the scanning module 23. Please refer to the same. Referring to FIG. 2b, the detection module 2 and the scanning module 23 are further described in detail below. The detection module 21 is configured to detect at least the electronic device 3a, %, and %. If one is not working properly, if it is, an abnormal operation signal is output. If the detection is continued, the detection module 21 detects that the electronic device 3a is not operating normally. The control module 22 is configured to receive the abnormal operation signal output by the detection module 21, and when the abnormal operation signal is received, change the current state of the electronic device 3a to a master control state. In the present invention, the control module 18754 8 1292264 = the network identification code electronic device 3a of the electronic device included in the message that the electronic device ^ communicates with the remaining electronic devices lb or the subsequent communication on the network 3 #前的控制状态. The set of network codes is used to identify the control state of each electronic device on the network 3 of the electronic devices 3a, 3b, 3c, 3d (the main control state or the control state), for example, if an electronic device is connected When the code is "01,", it means that the electronic device is in the master state, and the remaining electric two-child devices located on the network 3 are in the controlled state, and the networking codes are all "1". In the present invention, the control module 22 identifies the control state of the electronic device 3a according to the networking code 1 of the electronic device 3a, and identifies the electronic device. 3a is currently in the controlled state, that is, when the networking code of the electronic device is “1”, the control module 22 performs a switching action to automatically switch the electronic device 3a from the controlled state to the master state, so that the electronic device 3a The electronic device capable of actively controlling the rest of the network 3 in the controlled state. The scanning module 23 is configured to provide the electronic device 3a that is not operating normally and in the master state to scan the remaining electronic devices 3b, 3c of the network 3. 3d work is evil and is not functioning properly The electronic device in the main control state activates at least one of the remaining electronic devices 3b, 3c, and 3d of the network 3 for notification according to the working state scanned by the scanning module 23. In the present invention, the network Each of the electronic devices 3a, 3b, 3c, 3d of the road 3 can automatically switch its control state according to its own needs, that is, the main control state switched from the current state. In addition, the communication control system 2 of the present invention includes a temporary storage. Module 9 18754 1292264 24' is used to store *the normal operation of the electronic money% last - the other electronic devices sent to the network 3, including the network code of the electronic device 3, and the control group 22 analysis The electronic δ of the 匕3 stored in the message stored in the memory module 24 is further provided with a network code of 3a to identify the current control state of the electronic device % and to switch the corresponding master/controlled state. It should be particularly noted that, in the present invention, the electronic devices connected to the network 3 are subscribed by a predetermined communication protocol. Referring to the 3S, the communication protocol includes at least: Network code 40, type code 4 Code 42, function code, operation code material and other booths, wherein the network code is the original group network code + device code, the original group network code is defined as follows · "〇〇,, indicating the controlled state, "u, , indicating the main control state, the device ^ has the same meaning as the above device code 42, which means that the communication between the two devices is π (4) other devices 'if any, the device code of the device is placed in the networking code, if not, then The device code is defined as the data segment of all "i,". In addition, the pass = agreement 4 complex includes the start bit, the communication type code, and the end bit, etc. (No, Figure is not) '_ Code 4G is to identify these In each electronic device, the control state (master state or controlled state) on the network 3, for example, = when the networking code of the electronic device is "01", then the electronic device is in the state of = At this time, the rest of the electronic devices located on the network 3 are in a similar situation, and their networking codes are "〗 〖, f, f * t - f - ^ ^ fr - Τ π 1 ^ , in the month of the month, the network The two sub-sighs of the connection can also be in the master state at the same time so that all devices can be 42 =:,. The type code 41 identifies the type of electronic device. The device code is chosen as the name of the second electronic device. Function code 43 identifies the details of the electronic device. The opcode 44 identifies the specific value at which the electronic device operates. 18754 10 1292264 'In addition, in the present invention, the electronic device that is pre-preset and in the main control state is switched back to the control state by the controlled state after a predetermined time interval 2' while the remaining electronic devices are in The controlled state is such that the electronic device in the control state regains control of the remaining electronic devices in the controlled state. As shown in FIG. 4, in order to further highlight the principle and effect of the present invention, ^2, 3b, 3c, 3d are respectively implemented as gas stove 4a, television 4b, computer 4c, telephone 4d as an example. The description is made, but it is not intended to limit the scope of application of the present invention. In general, the user can pre-set the electronic devices (for example, the computer is in a master control state, and the remaining electronic devices (such as a gas stove) 4a, television 45, telephone 4 (〇 ==, to control the gas furnace 4a, the television 4b, and the telephone line controlled by the computer 4c in the main control state (for example, = TV 4b, gas stove 4a) The operation of timing on or off, the control telephone 4d automatically dials a certain telephone number, etc. at a certain time. ^ 4 shows that when the gas furnace 4 a does not operate normally (for example, the gas Φ according to / 'extraction module 21 Detecting the gas stove & abnormal operation, and 2:! abnormal operation signal to the control module 22 for the control module == and its switching action. More specifically, the detection module 21 It is the normal operation of the gas furnace 4a Zhao...t words pre-5 and 疋, w/ outside the gas concentration value of the fan 4a ^ ^ ^ raw gas outside the situation when 'set in the gas stove to measure the outside (four) this ^ test module 21 to implement The detection range, if the 黯+ 辰 value exceeds the preset concentration value, the drama-abnormal operation signal (4) the control module 22 performs at 18754 11 1292264. In addition, the present invention can also be controlled by the control The module directly prompts the user to the abnormal operation signal, such as the voice signal. The control module 22 receives the debt test module, and the gas stove stored in the temporary storage module 24 after the abnormal operation of the group 21 is performed. "Last-time analysis of the networking code of the gas stove 4a included in the message of the remaining electronic devices (such as the TV 4b, computer 讣, or telephone) to identify the current control state of the gas stove 4a, and to identify When the gas furnace is currently in the controlled state, 'change the abnormally operating gas furnace ^ the current state is the main control' state: to enable the gas furnace 4a to actively control the electronic device of the network 3 (for example, the television 4b, computer 4c, or phone 4d). Then The furnace 4a scans the working state of the remaining electronic devices of the network 3 through the scanning module 23, and the remaining electronic devices of the network 3 (for example, outside the television set) are operated by the gas oven 4a according to the scanning state of the scanning module. At least one of the computer 4c or the telephone 4d) is activated for notification. For example, the gas stove 4a will actively send a text message to the television servant or / and the computer 4c, and by the television servant or / and The text message is displayed on the screen of the computer 4c, so that the user who is watching the program of the television set 4b or the user who is performing the operation of the computer 4c can immediately know the situation of the gas stove and the corresponding measures are taken. The situation that occurs in the gas furnace 4a is solved. For another example, the gas stove 4a sends a dialing message to the phone 4d to make the phone call the number preset by the user (such as the alarm number or the user's mobile phone) after the time interval, so as to avoid the user not knowing immediately. The situation occurred to the gas stove 4a without taking corresponding measures. In addition, the present invention can also automatically switch the electronic device to the active state when the user wants to change the 18754 12 !292264 network: device status according to the user's needs. The flow of the communication control method is performed by the communication control system of the present invention: as shown in FIG. 5, the method includes the following steps: in the step, whether at least one of the detection modules is located on the m_road Abnormal operation, if yes, the output - not normal operation and proceed to step sm, if not, repeat step snG to continue to detect the occurrence of abnormal operation. In step S120, the control module receives the abnormal operation signal of the control module, and changes the state of the electric device of the unsuitable operation to the main control state, so that the electronic device does not operate normally. The device can actively control the rest of the network in the controlled state of the electronic device. More specifically, the Dragon Group is a network that identifies the electronic devices that are not functioning properly (4) (that is, the network included in the last communication between the electronic devices stored in the Licensing Temporary Module). The code message) is used to identify the current control state of the electronic device, and modify the networking code of the electric child device when the electronic device is currently in the controlled state, so as to automatically switch the electronic device from the controlled state to the master control state. Then it proceeds to step S130. In step SU0, the electrical device 2 that is not operating normally and in the main control state scans the working state of the remaining electronic devices of the network through the scanning module and is operated by the electronic device in the main control state according to the scanning module. The scanned working state causes at least one of the remaining electronic devices of the network to be actuated for notification. Therefore, the communication control system and method of the present invention mainly utilizes the detection module to detect that one of the at least two electronic devices on the network sends 18754 13 -1292264 to operate abnormally (or when the user wants When the state of a device in the network is changed, the control module automatically switches the electronic device from the current state to the main control mode, and then scans the working states of the remaining electronic devices of the network by using a scanning module. And the electronic device activates at least one of the remaining electronic devices of the network for notification according to the working state scanned by the scanning module. Therefore, the electronic devices located on the same network through the present invention The device can automatically switch the main/controlled g according to its own needs, so that the operation and operation place can be unrestricted, so as to avoid the inconvenience caused by the host © in the prior art, and the operation place is too limited. . In addition, in the present invention, the electronic device in the main control state can make at least the other electronic devices of the network act according to the working state scanned by the scanning module, thereby achieving timely and effective time between the electronic devices. The communication is performed 'and the remaining electronic devices in the controlled state can be controlled by the electronic device in the master state. The above-described embodiments are merely illustrative of the principles of the invention and its effects, and are not intended to limit the invention. Modifications and alterations of the above-described embodiments can be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the patent application to be described later. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram showing a specific embodiment of a network home appliance communication control system of the prior art; FIGS. 2A and 2B are diagrams showing the basic structure of the communication control system of the present invention 18754 14 I292264 3 is a structural diagram showing a communication protocol of the present invention; FIG. 4 is a schematic diagram showing a specific application of the communication control system of the present invention; and FIG. 5 is a flow chart showing a communication control method of the present invention. [Main component symbol description] 1 Fixed mainframe Lu 2a, 2b, 2〇, 2n air conditioner, telephone, computer, refrigerator 3a, 3b, 3c, 3d Electronic equipment 2 Communication control system 3 Network 21 Detection module H Control mode Group 23 Scanning Module 24 Temporary Storage Module • S110~S130 Steps 4a, 4b, 4c, 4d Gas stove, TV, computer, telephone 15 18754