M258505 捌、新型說明： 【新型所屬之技術領域】 本新型是有關於一種監控裝置，特別是指一種能使電 器設備接收範®更廣I亦能統合地被同一啟動輸入裝置控 5 制作動之數位家庭自動控制系統。 【先前技術】 隨著時代進步，現代人曰常生活所用之設備曰益繁多 ，如曰常生活當中所使用到之電視'冷氣機、音響…等電器 設備’甚至更推及至燈控開關或電源開關等控制器的遙控 10 0換’均會有相對應之遙控器來加以控制其作動狀態， 其原理乃是藉由遙控器所發射出之紅外線訊號，讓所對應 之電器設備當中的紅外線接收器接收並對頻，再相對控制 電器設備作動。 然而，由於此種利用紅外線訊號發射及接收之方式， 15 <用者在實際操作時必須將遙控器對準電器設備方能為之 ’其接收範圍相當有限，造成使用者只制微—脫離該電 器設備之紅外線訊號接收之區域範圍外，即無法順利操控 該電器設備作動，甚為不便。 因此乃有業者研發出—種家庭自動控制系統，參閱圖1 -0 其主要包含有一可發射紅外線訊號之遙控器80，分設於 不同房間90、90’内之發射主機8;[、控制主機82, 一與發 射主機81連結之接收單元83，以及—可接收控制主機^ 訊號進而遙控電斋設備84(如電視機等）之發射單元的；藉 由遙控8G對準接收單元83發出—紅外線訊號，以控制 M258505 且該射頻訊號於控制主機8 2 85發射出一紅外線控制訊號 90’之各電器設備84的啟 發射主機81發射一射頻訊號， 接受且轉換下，經由發射單元 以控制該發射主機82所在房間 閉。 10 15 准，貫際使用後發現，該遙控器8〇係發射紅外線訊號 故必須在無阻隔狀態下直接對應接收單元83發射，該接 單元83方才確貝接收紅外線訊號進行啟閉控制，簡言之 ，當遙控器80發射位置並非於接收單元83所設同一房間 90時，就無法進行遙控接收，實易造成使用之不方便，此 時惟有依房間多募增加多組發射主機81、控制主機犯、接 收單元83及發射單元85等設備數量因應，如此又易造成 費用成本之增加，絕非一良好設計。 【新型内容】 因此’本新型之目的，是在於提供一種使用方便，且 月b被多來源之啟動輪入裝置統合加以控制切換之數位家庭 自動控制系統。 本新型數位家庭自動控制系統，其主要是利用一轉換 器來相對應接收一啟動輸入裝置所發出的射頻無線電訊號 ，再將該射頻無線電訊號轉換成紅外線訊號發射至對應之 電斋設備及控制器上，以控制其作動，由於利用射頻無線 電訊號強度較紅外線訊號強度及穿透力強，故不會受到環 境或接收範圍等因素影響外，同時轉換後之紅外線訊號更 能有效 '精準地控制電器設備及控制器作動，再加上各種 電裔设備及控制器所對應接收之紅外線訊號均整合在該轉 M258505 換器當中，故僅需利用單一啟動輸入裝置即能達成全面監 控曰常生活所用設備的理想；當然，該啟動輸入裝置亦可 直接或間接透過該轉換器方式，針對控制器加以調校與切 換，更增加生活之便利性。 5 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一較佳實施例的詳細說明中，將可清 楚的明白。 在本新型被詳細描述之前，要注意的是，在以下的說 10 明中，類似的元件是以相同的編號來表示。 參閱圖2，本新型數位家庭自動控制系統之第一較佳實 施例，主要包含有一啟動輸入裝置i、一轉換器2及複數控 制器30，其中，該啟動輸入裝置2於本實施例中係為遙控 器10’其具有一可適時發出射頻無線電訊號之射頻訊號發 15 射單元101，且該遙控器上並設有多數按鍵102，同時該每 一按鍵102所代表即為每一欲控制之電器設備（圖中未示出 ’如電視、冷氣機、音響等）及控制器3〇(如燈控開關31與 電源控制開關32等）處，當依使用者所需，適時按壓每一 按鍵102所代表之電器設備及控制器30後，則會適時發出 2〇 一射頻無線電訊號，以控制單一欲控制之電器設備或控制 器30 ’當然該遙控器1〇亦可預先設定其欲被控制的電器設 備或控制30數量及順序，且將前述設定予以定址編碼， 除可發射一群組之射頻無線電訊號，以增加控制電器設備 或控制器30的數量外，並且亦可避免受到左鄰右舍使用時 M258505 的衝突、干擾。 特別是，前述該啟動輸入裝置1除可為遙控器10進行 控制外，於本實施例中更可利用電腦41、行動通訊處理單 元42、網路控制單元43及偵測觸發連動單元44等分別為 5 之、茲分別說明如下： 該電腦41具有一控制主機411，以及一與控制主機411 電性連接之週邊設備控制單元412，而前述之控制主機411 上設有一可適時發出射頻無線電訊號之射頻訊號發射單元 413，而該週邊設備控制單元412即如無線滑鼠與無線鍵盤 10 等（圖未示出），藉由週邊設備控制單元412的操控，以控制 射頻訊號發射單元411發射出射頻無線電訊號；當然，該電 腦41亦可連結有一網路控制單元43，俾便使用者直接透過 網路（如ADSL)連接，以供使用者直接連結電腦41進行遙 控操作，並藉射頻訊號發射單元413發送射頻無線電訊號 15 至轉換器2，進而控制各種電器設備及控制器30切換，或 者直接於電腦上41設定編碼、定時遙控等設定，故該控制 主機411即會依其設定，獨立自主運作各項設定功能。 行動通訊處理單元42具有一控制主機421，以及一透 過無線電話網路與控制主機421連接之電話422，而前述之 20 控制主機421上設有一可適時發出射頻無線電訊號之射頻 訊號發射單元423，俾便使用者並利用各種已設計的簡訊訊 號指揮控制主機421，進而直接遙控轉換器2，藉以控制各 種電器設備及控制器30作動。 偵測觸發連動單元44具有一可偵測、接收外在環境變 M258505 化之矾號觸發單元料2，一處理該訊號觸發單元訊號442之 中央單疋441，以及一將該中央單元441發送訊號予以發射 之發射單元443，其中，該訊號觸發單元442除可接收保全 ，統（非本創作特徵，恕不詳誤）中如溫度_器、磁菁開關 等迗回仏號，以異常狀況通過行動通訊處理單元42或網路 控制單元43等路徑通知使用者知悉，達成雙向溝通外，並 且亦具有接收紅外線偵測訊號功效，以便該紅外線偵測訊 號被觸發啟動時，該發射單$ 443即會單_啟動電器設備 或控制開關3，或者採群組模式，將欲控制之電器設備或控 制開關3數量、順預先進行編碼設定及記憶，以進行控制 〇 再者’該轉換器2具有一射頻訊號接收單元21及一红 外線訊號發射單元22 ;其中，該射頻訊號接收單元21係可 接收遙控器1所發出之射頻無線電訊號後，再轉換成另一 種訊號發送至該紅外線訊號發射單元22，該紅外線訊號發 射早7L 22再發射一紅外線訊號去控制各種電器設備或控制 器30，另，該轉換器2更具有一紅外線遙控訊號接收單元 23，以及一與該紅外線遙控訊號接收單元23電性連接之記 憶單元24 ’該紅外線遙控訊號接收單元23係可接收擬受該 轉換裔2控制之最新電器設備及控制器30等的紅外線遙控 訊5虎’再將該紅外線遙控訊號傳送至該記憶單元24予以記 憶。 配合茶閱圖3 ’家庭常使用之控制開關3 一般可分為燈 控開關31與電源控制開關32等兩種，而不論是燈控開關 M258505 31或電源控制開關3 2，均由外加電源3 5進入家庭所區分 之火線36與負載線34相連接，該每一控制器3〇直接連接 於該外加電源35與負載線34間即可工作，省略埋設於壁 面37内之地線38的運用，故安裝上不需要另行開挖該壁 面37進行該地線38的拉線作業，更增加安裝之方便性； 另，該每一控制器30均具有一訊號接收單元3〇1、一中央 單元302及一受中央單元3〇2控制之控制單元3〇3，其中， 該訊號接收單元301可接收該轉換器2所發射之紅外線訊 號後，再將該接收之訊號發送至中央單元3〇2加以比對、 分析，進而驅動控制單元3〇3控制燈控開關31或電源控制 開關32等之燈光調校或電源啟閉切換動作。 參閱圖2、圖3，本實施例實際使用時，使用者可直接 按壓遙控器1之按鍵1〇2，該每一按鍵1〇2上除已先預設定 、儲存有相對應之電器設備及控制器3〇的編碼外，同時並 了依群組模式預先定址編碼設定控制的電器設備或控制器 3〇數量、順序，故每一按鍵1〇2按壓後即可發射出相對應 之射頻無線電訊號至轉換器2供該射頻訊號接收單元21接 收’且能避免左鄰右舍使用時發生衝突、干擾，並予以轉 換成另一訊號以傳送至紅外線訊號發射單元22，再由紅外 線訊旒發射單元22發射一紅外線訊號至相對應的電器設備 或控制裔3〇上進行啟閉切換控制；特別是前述控制器3〇 可依家庭所設之燈控開關31與電源控制開關32等類型的 同而有所差異，就以燈控開關31為例，其利用火線3 6 與負载線34的應用而已，除可達到啟閉之切換外，亦可針 M258505 對設有白熾燈（圖中未示出）之燈控開關31進行調光控制， 以及省電燈泡應用於燈控開關31之迴路上使用，至於電源 控制開關32 ’則直接受到控制器30控制，進而達到啟閉切 換控制效果。 仍續前述，由於利用射頻無線電訊號強度及穿透力較 紅外線訊號強，因此，按壓按鍵102發射射頻無線電訊號 B寸’無論身處控制範圍内均能為之，且該射頻無線電訊號 再轉換為紅外線訊號’該紅外線訊號即能有效、精準地控 制電器設備或控制器30作動，避免控制訊號受到環境影響 因素的限制，造成控制的不便，再加上轉換器2可分別受 到電腦41、行動通訊處理單元42、網路控制單元43及债 測觸發連動單元44連接操控，故使用者可依所處位置，選 擇電腦41，或者依既有之通訊、網路等採以直接遙控或設 定編碼、定時遙控方式，由被設定之該啟動輸入裝置i發 射射頻無線電訊號，且該控制訊號經轉換器2發送、轉換 成紅外線訊號後發射，藉以控制電器設備及控制器3〇進行 切換。 仍續前述’本實施例若欲增加所能控制之電器設備或 控制30，則僅需將該電器設備或控制器3〇所原來配備之 紅外線遙控器（圖中未示出）發射出紅外線訊號，俾供轉換器 2之紅外線遙控訊號接收單元23予以接收，則該轉換器2 會再將該新的紅外線遙控訊號傳送至記憶單元24予以記憶 ’如此使用者日後若欲控制其新加入之紅外線控制電器設 備或控制器30，只要重覆前述記憶作業即可；由於本實施 10 M258505 例係利用轉換器2之記憶單元24來儲存各種電器設備的紅 外線訊號，因此本實施例之遙控器1即具備有一對一啟動 或同時啟動多種電器設備或控制器30等功能，而僅需利用 . 啟動輸入裝置1控制，即能達成一對一或群組驅動方式控 制啟閉，若再辅以通訊及網路的連結，更增加生活之便利 性。 參閱圖4,本新型數位家庭自動控制系統之第二較佳實 施例，該啟動輸入裝置1所發射之射頻無線電訊號除可為 前一實施例所為之轉換器2的射頻訊號接收單元21接收控 _ 制外’亦可為本實施例將該啟動輸入裝置1所發射之射頻 無線電訊號直接為控制器30之訊號接收單元3〇1所接收， 毋須經過轉換器2之轉接控制，而後該訊號接收單元3〇1 再將該接收之訊號發送至中央單元3〇2加以比對、分析，： 進而驅動控制單元303控制燈控開關31或電源控制開關32 等之燈光調校或電源啟閉切換動作，故其動作及其達成之 功效與前一實施例所述相同，恕不多加詳述。 參閱圖5，本新型數位家庭自動控制系統之第三較佳實 鲁 施例’特別是本實施例該啟動輸入裝置1上設有一射頻訊 號接收單兀1〇3，且該控制器3〇上另設有一訊號發射單元 304，故當該啟動輸入裝置丄直接或間接透過轉換器2遙控 以利該控制30受該射頻訊號控制進行調校、切換後， 該控制器30動作後即會由該訊號發射單元3〇4發射一回覆 訊5虎且該回覆訊號並為射頻訊號接收單元1〇3所接受， 糟以供操作者瞭解該控制器3〇之控制狀態。 11 M258505 由上述之說明，而將本新型與習知作一比較，當可得 知本新型之優異處，茲詳述如下·· ()本新型利用一轉換器來相對應接收一遙控器或周邊設備 連結等多重來源所發出之射頻無線電訊號，再將該射頻 無線電訊號轉換成紅外線訊號發射至對應之電器設備或 控制器上加以控制其作動，由於利用射頻無線電訊號強 度較紅外線訊號強度及穿透力強，不會受到環境或接收 範圍等因素影響，因此轉換後之紅外線訊號更能有效、 精準地控制電器設備及控制器作動，同時又能將各種電鲁 器設備所對應接收之紅外線訊號整合在該轉換器當中， 使用者利用隨手可得之控制路徑操控啟動輸入裝置發射 射頻無線電訊號，即能達到一對一或群組驅動之方式控 制電器設備、控制器啟閉或調校，以達成全面監控日常： 生活所用設備、控制器的理想，更增加生活之便利性。 (2)本新型針對燈控開關或電源開關等控制開關上之控制器 控制，其係利用火線及負載線相互組合運用的方式，亦 即該控制器直接連接於外加電源與負載線間即可工作，鲁 省略埋設於壁面内之地線的運用，故安裝上不需要另行 開挖壁面進行地線的拉線作業，以降低控制開關線路之 袓雜性，糟以增加安裝之方便性外，並且控制器之應用 ’亦可運用於燈控開關上所設之白熾燈的調光控制，以 及使用於省電燈泡的迴路上等功效。 歸納上述’本新型數位家庭自動控制系統，係確實能 有效達到使電器設備接收範圍更廣且亦能統合地被同多來 12 M258505 源之啟動輸入裝置控制作動等功效，媒實能達 目的。 准乂上所述者，僅為本新型之較佳實施例而已，當不 月b以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型祝明書内容所作之簡單的等效變化與修飾，皆 應仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋習知家庭自動控制系統之方塊示意圖。 圖2疋本新型第一較佳實施例之電路方塊示意圖； 0 圖3是本新型第一較佳實施例之控制器設置示意圖； 圖4是本新型第二較佳實施例之電路方塊示意圖；及 圖5是本新型第三較佳實施例之電路方塊示意圖。 13 M258505 【圖式之主要元件代表符號說明】 3 控制開關 25 443 發射單元 35 外加電源 103 射頻訊號接收單元 34 負載線 304 訊號 36 火相線 1 啟動輸入裝置 101 訊號發射單元 2 轉換器 21 射頻訊號接收單元M258505 新型 Description of the new model: [Technical field to which the new model belongs] The new model relates to a monitoring device, in particular, a device that enables electrical appliances to receive a wider range of products. I can also be integratedly controlled by the same start input device. Digital home automation system. [Previous technology] With the advancement of the times, modern people use more and more equipment in daily life. For example, the televisions 'air conditioners, stereos, and other electrical equipment' used in daily life even extend to light-controlled switches or power supplies. The remote control of the switch and other controllers will have a corresponding remote control to control its operating state. The principle is to use the infrared signal emitted by the remote control to allow infrared reception in the corresponding electrical equipment. The receiver receives the frequency and controls the electrical equipment. However, due to this way of transmitting and receiving using infrared signals, 15 < the user must point the remote control at the electrical equipment in actual operation to make it 'its reception range is quite limited, causing the user to only make micro-detachment Outside the area where the infrared signal of the electrical equipment is received, the electrical equipment cannot be controlled smoothly, which is very inconvenient. Therefore, some industry-developed home automation control systems are shown in Figure 1-0. They mainly include a remote control 80 that can emit infrared signals, and a transmitting host 8 located in different rooms 90 and 90 '; [, controlling host 82, a receiving unit 83 connected to the transmitting host 81, and—a receiving unit that can receive the signal from the controlling host ^ and then remotely control the transmitting unit 84 (such as a television set); the remote unit 8G is directed at the receiving unit 83 to emit infrared light The signal is used to control M258505 and the radio frequency signal is transmitted from the control host 8 2 85 to an infrared control signal 90 ′. The start-up host 81 of each electrical device 84 transmits a radio frequency signal, which is accepted and converted, and the transmission unit is used to control the transmission. The room where the host 82 is located is closed. 10 15 quasi, I found after use, the remote control 80 series emits infrared signals, so it must be directly transmitted to the receiving unit 83 in an unblocked state. This receiving unit 83 can only receive infrared signals for opening and closing control. Briefly In other words, when the transmitting position of the remote control 80 is not in the same room 90 as the receiving unit 83, the remote control reception cannot be performed, which may cause inconvenience in use. Corresponding to the number of equipment such as the offender, receiving unit 83 and transmitting unit 85, this will easily increase the cost and cost, which is by no means a good design. [New content] Therefore, the purpose of this new model is to provide a digital home automatic control system that is easy to use and is controlled by a multi-source start-up turn-in device. The new digital home automatic control system mainly uses a converter to receive a radio frequency radio signal corresponding to a start input device, and then converts the radio frequency radio signal into an infrared signal and transmits it to the corresponding electric equipment and controller. In order to control its operation, because the strength of the radio frequency radio signal is stronger than the intensity and penetration of the infrared signal, it will not be affected by factors such as the environment or the receiving range. At the same time, the converted infrared signal can effectively control the appliance more accurately. The operation of the device and controller, plus the corresponding infrared signals received by various electronic devices and controllers are integrated into the M258505 converter, so only a single start input device can be used to achieve comprehensive monitoring of daily life Ideal of the device; of course, the start input device can also be adjusted or switched for the controller directly or indirectly through the converter, which increases the convenience of life. 5 [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly understood in the following detailed description of a preferred embodiment with reference to the drawings. Before the new model is described in detail, it should be noted that in the following description, similar elements are represented by the same number. Referring to FIG. 2, a first preferred embodiment of the novel digital home automatic control system mainly includes a start input device i, a converter 2, and a complex controller 30, wherein the start input device 2 is a system in this embodiment. The remote control 10 'has a radio frequency signal transmitting unit 101 capable of transmitting radio frequency radio signals in a timely manner, and the remote control is provided with a plurality of keys 102, and each key 102 represents each of the keys to be controlled. Electrical equipment (not shown in the figure, such as TV, air-conditioner, stereo, etc.) and controller 30 (such as light control switch 31 and power control switch 32, etc.) After the electrical equipment and controller 30 represented by 102, a radio frequency radio signal will be issued in time to control a single electrical equipment or controller 30 to be controlled. Of course, the remote control 10 can also be set in advance to be controlled. The number and sequence of electrical equipment or control 30, and the aforementioned settings are address-coded, except that a group of radio frequency radio signals can be transmitted to increase the number of electrical equipment or controller 30 control , And can avoid conflicts when neighbors used M258505 interference. In particular, in addition to the above-mentioned start input device 1 can be controlled by the remote control 10, in this embodiment, a computer 41, a mobile communication processing unit 42, a network control unit 43 and a detection trigger linkage unit 44 can be used respectively. It is described as follows: The computer 41 has a control host 411 and a peripheral device control unit 412 electrically connected to the control host 411. The aforementioned control host 411 is provided with a radio frequency radio signal that can be sent out in a timely manner. The radio frequency signal transmitting unit 413, and the peripheral device control unit 412, such as a wireless mouse and a wireless keyboard 10 (not shown), are controlled by the peripheral device control unit 412 to control the radio frequency signal transmitting unit 411 to emit radio frequency. Radio signal; of course, the computer 41 can also be connected with a network control unit 43, so that the user can connect directly through the network (such as ADSL), so that the user can directly connect to the computer 41 for remote control operation, and borrow a radio frequency signal transmission unit 413 sends radio frequency radio signal 15 to converter 2 to control various electrical equipment and controller 30 to switch, or directly The settings on the brain 41 are set for coding, timing remote control, etc., so the control host 411 will independently operate each setting function according to its settings. The mobile communication processing unit 42 has a control host 421 and a telephone 422 connected to the control host 421 through a wireless telephone network, and the aforementioned 20 control host 421 is provided with a radio frequency signal transmitting unit 423 that can emit radio frequency radio signals in a timely manner. It is convenient for the user to use various designed short-message signals to command and control the host 421, and then directly remotely control the converter 2 to control various electrical equipment and the controller 30 to operate. The detection trigger linkage unit 44 has an alum trigger unit 2 capable of detecting and receiving external environmental changes M258505, a central unit 441 that processes the signal trigger unit signal 442, and a signal that sends the central unit 441. The transmitting unit 443 to be transmitted, among which the signal triggering unit 442 can receive the security signal, such as the temperature device, magnetic switch, etc. in the system (which is not a feature of this creation, and will not be erroneous), and pass the action under abnormal conditions. The communication processing unit 42 or network control unit 43 and other paths inform the user that in addition to bidirectional communication, it also has the function of receiving infrared detection signals, so that when the infrared detection signal is triggered and activated, the transmission order $ 443 will Single_start the electrical equipment or control switch 3, or adopt the group mode, set the number of electrical equipment or control switch 3 to be controlled in advance, and set the encoding and memory in order to control. 0'The converter 2 has a radio frequency. The signal receiving unit 21 and an infrared signal transmitting unit 22; among them, the radio frequency signal receiving unit 21 can receive radio frequency from the remote control 1. After the line signal, it is converted into another signal and sent to the infrared signal transmitting unit 22. The infrared signal is transmitted as early as 7L. 22 and then an infrared signal is transmitted to control various electrical equipment or controller 30. In addition, the converter 2 has a An infrared remote control signal receiving unit 23, and a memory unit 24 electrically connected to the infrared remote control signal receiving unit 23. The infrared remote control signal receiving unit 23 can receive the latest electrical equipment and controllers to be controlled by the conversion source 2. The infrared remote control signal of 30th level and the like transmits the infrared remote control signal to the memory unit 24 for storage. With reference to Figure 3, the control switch 3 commonly used in homes can be divided into two types: light control switch 31 and power control switch 32. Whether it is the light control switch M258505 31 or the power control switch 3 2, the power supply 3 is added. 5 Enter the fire line 36 distinguished from the home and connect it to the load line 34. Each controller 30 can work directly connected between the external power supply 35 and the load line 34, and the use of the ground line 38 buried in the wall 37 is omitted. Therefore, it is not necessary to dig the wall surface 37 separately to perform the drawing operation of the ground wire 38 during installation, and the installation convenience is further increased. In addition, each controller 30 has a signal receiving unit 301 and a central unit. 302 and a control unit 30 controlled by the central unit 302, wherein the signal receiving unit 301 can receive the infrared signal transmitted by the converter 2 and then send the received signal to the central unit 302 Compare and analyze, and then drive the control unit 30 to control the light adjustment or power on / off switching action of the light control switch 31 or the power control switch 32. Referring to FIG. 2 and FIG. 3, in actual use of this embodiment, a user may directly press a button 102 of the remote control 1. Each button 102 is preset and stored with corresponding electrical equipment and In addition to the code of the controller 30, the number and sequence of the electrical equipment or controller 30 controlled in accordance with the pre-addressing code setting of the group mode are also included, so each radio button can emit a corresponding radio frequency after it is pressed by 102. The signal-to-converter 2 is received by the RF signal receiving unit 21, and can avoid conflicts and interference when used by neighbors and right houses, and converts it into another signal for transmission to the infrared signal transmitting unit 22, which is then transmitted by the infrared signal. Unit 22 emits an infrared signal to the corresponding electrical equipment or control panel 30 for on / off switching control; in particular, the aforementioned controller 30 may be the same type as the light control switch 31 and power control switch 32 provided by the family. There are some differences. Take the light control switch 31 as an example, which uses the application of the hot wire 3 6 and the load wire 34. In addition to the opening and closing switching, you can also use M258505 to set an incandescent lamp (not shown in the figure). (Shown), the light control switch 31 performs dimming control, and the power-saving light bulb is applied to the circuit of the light control switch 31. As for the power control switch 32 ', it is directly controlled by the controller 30, thereby achieving the on-off switching control effect. Continuing the foregoing, because the strength and penetration of radio frequency radio signals are stronger than that of infrared signals, pressing the button 102 to transmit radio frequency radio signals B inch 'can be done regardless of the control range, and the radio frequency radio signals are converted into Infrared signal 'This infrared signal can effectively and accurately control the operation of electrical equipment or controller 30 to prevent the control signal from being restricted by environmental factors and cause inconvenience of control. In addition, the converter 2 can be controlled by computer 41 and mobile communication respectively. The processing unit 42, the network control unit 43, and the debt measurement triggering linkage unit 44 are connected and controlled, so the user can choose the computer 41 according to the location, or use direct remote control or set the coding according to the existing communication, network, etc. In the timing remote control mode, the start-up input device i is set to transmit a radio frequency radio signal, and the control signal is transmitted by the converter 2 and converted into an infrared signal to be transmitted, thereby controlling the electrical equipment and the controller 30 to switch. Continuing the aforementioned 'If this embodiment wants to increase the controllable electrical equipment or control 30, only the infrared remote control (not shown in the figure) originally provided by the electrical equipment or controller 30 needs to emit an infrared signal , For the infrared remote control signal receiving unit 23 of the converter 2 to receive it, the converter 2 will then transmit the new infrared remote control signal to the memory unit 24 to be memorized ', so that if the user wants to control the newly added infrared To control the electrical equipment or controller 30, it is only necessary to repeat the aforementioned memory operation. Since the example of M258505 in this embodiment uses the memory unit 24 of the converter 2 to store infrared signals of various electrical equipment, the remote control 1 of this embodiment is It has functions such as one-to-one or multiple electrical devices or controllers 30, and only needs to be used. Start input device 1 control, can achieve one-to-one or group drive control of opening and closing, if supplemented by communication and The connection to the Internet has increased the convenience of life. Referring to FIG. 4, a second preferred embodiment of the novel digital home automatic control system is that the radio frequency signal transmitted by the start input device 1 can be received by the radio frequency signal receiving unit 21 of the converter 2 in the previous embodiment. _External control 'can also directly receive the radio frequency radio signal transmitted by the start input device 1 for the signal receiving unit 301 of the controller 30 in this embodiment, without going through the transfer control of the converter 2, and then the signal The receiving unit 301 then sends the received signal to the central unit 302 for comparison and analysis, and then drives the control unit 303 to control the light adjustment or power on / off switching of the light control switch 31 or the power control switch 32. Action, so its action and its achieved effect are the same as described in the previous embodiment, and will not be described in detail. Referring to FIG. 5, the third preferred embodiment of the novel digital home automatic control system is particularly a radio frequency signal receiving unit 103 on the start input device 1, and the controller 30 There is also a signal transmitting unit 304, so when the start input device 输入 is remotely controlled directly or indirectly through the converter 2 to facilitate the control 30 to be adjusted and switched by the RF signal control, the controller 30 will be controlled by the The signal transmitting unit 304 transmits a reply message 5 and the reply signal is accepted by the radio frequency signal receiving unit 103, so that the operator can know the control state of the controller 30. 11 M258505 From the above description, the new model is compared with the known one. When the advantages of the new model can be known, the details are as follows. () The new model uses a converter to receive a remote control or The radio frequency radio signals from multiple sources such as peripheral devices are connected, and then the radio frequency radio signals are converted into infrared signals and transmitted to the corresponding electrical equipment or controller to control its operation. The penetrating power is not affected by factors such as the environment or the receiving range. Therefore, the converted infrared signal can more effectively and accurately control the operation of electrical equipment and controllers. At the same time, it can also receive the infrared signals corresponding to various electrical routers. Integrated in the converter, the user can use the control path available to control the start input device to transmit radio frequency radio signals, which can achieve one-to-one or group drive to control the opening and closing or adjustment of electrical equipment, controllers, etc. Achieve comprehensive monitoring of daily life: the ideal of equipment and controllers used in daily life Lee sex. (2) This new type is aimed at controller control on control switches such as light control switch or power switch. It uses the combination of fire line and load line, that is, the controller can be directly connected between the external power supply and the load line. Work, the use of the ground wire buried in the wall is omitted, so the installation does not need to dig the wall to perform the ground wire drawing operation, in order to reduce the complexity of the control switch circuit, and to increase the convenience of installation, And the application of the controller can also be applied to the dimming control of the incandescent lamp set on the light control switch, and used in the circuit of the energy-saving light bulb. Summarizing the above-mentioned new type of digital home automatic control system, it can indeed effectively achieve the wider range of electrical equipment reception and can also be integrated with the same 12 M258505 source input device to control the operation and other functions, the media can achieve the purpose. The ones mentioned above are only the preferred embodiments of the present invention. When this month b, the scope of the implementation of the new edition will be limited, that is, the simple equivalent changes made according to the scope of the new patent application and the content of the new type of memorial And modifications should still fall within the scope of this new patent. [Brief description of the diagram] Fig. 1 is a block diagram of a conventional home automatic control system. Fig. 2 is a schematic diagram of a circuit block of the first preferred embodiment of the present invention; 0 Fig. 3 is a schematic diagram of a controller setting of the first preferred embodiment of the present invention; And FIG. 5 is a schematic circuit block diagram of the third preferred embodiment of the present invention. 13 M258505 [Description of the main components of the diagram] 3 Control switch 25 443 Transmitting unit 35 External power supply 103 RF signal receiving unit 34 Load line 304 Signal 36 Fire phase line 1 Start input device 101 Signal transmitting unit 2 Converter 21 RF signal Receiving unit
10 22 紅外線訊號發射單元 30 控制器 301訊號接收單元 302中央單元 303控制單元 15 23 紅外線遙控訊號接收 tfO 一 早兀10 22 Infrared signal transmitting unit 30 Controller 301 Signal receiving unit 302 Central unit 303 Control unit 15 23 Infrared remote signal receiving tfO
24 記憶單元 10 遙控器 41 電腦 20 43 網路控制單元 42 行動通訊處理單元 44 偵測觸發連動單元 442訊號觸發單元 441中央單元 1424 Memory unit 10 Remote control 41 Computer 20 43 Network control unit 42 Mobile communication processing unit 44 Detection trigger linkage unit 442 Signal trigger unit 441 Central unit 14