TWM378451U - Structure for wireless burglarproof fire fighting communication system in architecture space - Google Patents

Structure for wireless burglarproof fire fighting communication system in architecture space Download PDF

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Publication number
TWM378451U
TWM378451U TW98216193U TW98216193U TWM378451U TW M378451 U TWM378451 U TW M378451U TW 98216193 U TW98216193 U TW 98216193U TW 98216193 U TW98216193 U TW 98216193U TW M378451 U TWM378451 U TW M378451U
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Taiwan
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processing unit
micro
communication system
building space
module
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TW98216193U
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Chinese (zh)
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You-Sheng Lin
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Radiq Corp
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M378451 五、新型說明: 【新型所屬之技術領域】 [0001] 本創作是有關一種建築空間無線防盜消防傳訊系統 之結構,尤指一種兼具有消防保全功能,且可經由行動 電話以無線方式連絡通知之防盜消防主機。 【先前技術】 [0002] 目前適用於一般家庭之小型防盜主機,其多係以至 少一種偵測元件(如:磁簧開關、煙霧偵測器.、呼救開 關或其它防盜偵測元件)設置於室内各相關位置處,並 以偵測信號線銜接至一防盜主機,而該防盜主機則可依 需要銜接一高分貝警報器(若為獨幢住宅)或另以線路 銜接至管理室(若為社區住宅),藉以於外人侵入(竊 盜)或煙霧產生(火災)發生時,可由該高分貝警報器 產生具嚇阻效果之警報聲響,或通知該管理室之值班人 員進行對應之處理;然而,上述單純以警報聲響所產生 之嚇阻效果有限,在許多場合中並不適用(例如:無相 鄰房舍之獨幢住宅),且該管理室之值班人員亦可能由 於暫時離開或疏忽而延遲回應,形成其應用上之嚴重缺 失。 [0003] 為此,乃有目前極為普遍的居家保全服務,其保全 系統除了傳統的防盜功能外,亦相同地兼具有上述多種 附加功能(例如:煙霧偵測之防火災功能,或緊急呼救 開關),其結構上亦係以各種偵測元件設置於室内各相 關位置處,並以偵測信號線銜接至一防盜主機,而該防 盜主機則係以R J 4 5端子經由電話線連接至遠端之控 表單編號A0101 第3頁/共22頁 M378451 制中心;使用時,藉由上述各感測元件偵測各種室内環 境狀態之變化(如:門窗被開啟、室内煙霧產生),並 將該感測信號經偵測信號線傳送至防盜主機,再由該防 盜主機分析處理後,另傳送一警報信號至遠端之控制中 心,而於該控制中心内則有專業之管理人員負責監控, 並針對不同之狀況作出相對之回應(例如:呼叫保全人 員至現場處理,並迅速通知客戶或家屬),以期能解決 各種突發狀況。 [0004] 然而,此種利用電話線連接至遠端控制中心之結構 ,其由於該控制中心内之管理人員多需負責龐大的業務 量,加以人工的作業上,往往難以避免地產生各種疏失 ,再者,於實際應用時,該電話線路極易遭受自然外力 或人為破壞而妨礙該防盜主機之警報信號的傳輸,進而 影響其操作上之精確性。 [0005] 有鑑於習見之家庭用防盜系統有上述缺點,創作人 乃針對該些缺點研究改進之道,終於有本創作產生。 【新型内容】 [0006] 本創作之主要目的在於提供一種建築空間無線防盜 消防傳訊系統之結構,其於異常狀態下係經由無線通訊 方式對外連絡通知,可有效避免因通信線路遭受破壞而 產生無法對外連絡之缺失。 本創作之另一目的在於提供一種建築空間無線防盜 消防傳訊系統之結構,其可經由衛星定位技術傳送G P RS訊息至一遠端監控單位,藉以通報各種資訊。 表單編號A0101 第4頁/共22頁 [0007] M378451 [0008] 本創作之又一目的在於提供一種建築空間無線防盜 消防傳訊系統之結構,其可整合多種不同之相關功能, 藉以增加整體之附加價值、提昇產品之競爭力。 [0009] 為達成上述目的及功效,本發明所採行的技術手段 包括:一微處理單元,具有一輸入端及一輸出端,該輸 入端聯結有偵測組件,該偵測組件感測一待保全之空間 中各環境條件之變化,並於異常時,由該偵測組件產生 一異常偵測信號,而該微處理單元接收該異常偵測信號 並加以分析處理,再由輸出端輸出一控制信號;一行動 通訊模組,係聯結於該微處理單元,並於接受該微處理 單元之控制信號時,以無線通信方式與外部之對應之行 動通訊單元進行資訊傳遞。 [0010] 依上述結構,其中該偵測組件至少包含體溫及超音 波感測器、磁簧開關、煙霧偵測器、一氧化碳偵測器及 瓦斯偵測器等裝置其中之一。 [0011] 依上述結構,其中該微處理單元之輸出端另銜接一 警報器,該警報器係供接收該微處理單元輸出之控制信 號,而對外產生嚇阻之聲音。 [0012] 依上述結構,其中該微處理單元之輸出端另聯結一 瓦斯機械閥,該瓦斯機械閥於接收該微處理單元輸出之 控制信號時,得以切斷一瓦斯供應管路。 [0013] 依上述結構,其中該微處理單元之輸入端聯結一控 制面板,該控制面板得以接受外部之操作而控制該微處 理單元得以進行相對應之動作或功能選擇切換。 表單編號A0101 第5頁/共22頁 M378451 [0014] [0015] [0016] [0017] [0018] 依上述結構,其中該微處理單元之輸入端另聯結一 紅外線接收模組,該紅外線接收模組係供接收一外部之 紅外線控制面板所產生的紅外線信號,並傳輸至該微處 理單元,以進行與該控制面板相同之操作控制。 依上述結構,其中該微處理單元之輸出端另經由一 語音模組銜接一聲音傳輸組件,且該聲音傳輸組件除與 該行動通訊模組直接銜接外,另使該聲音傳輸組件經由 一電話音解碼模組銜接該微處理單元。 依上述結構,其中該微處理單元之輸入端另銜接一 緊急求救按鍵。 為使本創作的上述目的、功效及特徵可獲致更具體 的暸解,茲依下列附圖說明如下: 【實施方式】 請參第1圖所示,可知本創作之主機1主要包括: 一微處理單元1 1,以及與該微處理單元1 1相聯結之 紅外線接收模組1 2、行動通訊模組1 3、語音模組1 4、電話音解碼模組1 5、聲音傳輸組件1 6、控制面 板1 7及G P S模組1 8等部份,其中該微處理單元1 1具有一輸入端及一輸出端,該輸入端係可聯結外部之 偵測組件2,該偵測組件2至少包含:一可有效感測入 侵者(體溫)之體溫及超音波感測器2 4、一設置於門 窗,可檢知門窗開啟狀態之磁簧開關2 5、一可偵測燃 燒煙霧之煙霧偵測器2 2、一可偵測一氧化碳之一氧化 碳偵測器2 3 ' —可偵測瓦斯之瓦斯偵測器2 1及一緊 表單編號A0101 第6 .頁/共22頁 M378451 急求救按鍵2 0等,而該微處理單元1 1之輸出端則可 對外銜接一警報器5及一瓦斯機械閥4,該瓦斯機械閥 4係設置於瓦斯供應管路上,該控制面板1 7係設置於 主機1之表側,且與該微處理單元1 1之輸入端相聯結 ,其可接受外部之操作而控制該微處理單元11進行相 關之動作,或各種功能之選擇、切換,而該紅外線接收 模組1 2可接收一外部之紅外線遙控器3所產生的紅外 線信號,並轉換為一操作信號傳輸至該微處理單元1 1 ,以進行與該控制面板17相同之操作或功能之選擇切 換,而行動通訊模組1 3可為一般的GSM及GPRS通訊系統 或其它無線通訊系統,其可接受微處理單元1 1之控制 信號,而以(GSM)無線通信方式與外部對應之行動通訊 單元1 3 1 (行動電話)進行資訊傳遞(通話或傳簡訊 ),語音模組14係可接受微處理單元11之控制信號 而輸出各種不同之預設語音,而電話音解碼模組1 5則 可分辨不同電話按鍵音,並輸入該微處理單元1 1進行 分析,聲音傳輸組件1 6可為一般之麥克風及喇。八,其 係設置於該行動通訊模組13、語音模組14及電話音 解碼模組1 5之間,G P S模組1 8係經由一 G P S天 線1 2 1接收外部之衛星定位信號,並輸出一含有該衛 星定位信號之位置資訊至該微處理單元1 1,由微處理 單元1 1分析處理後產生一定位資訊,該定位資訊與偵 測組件2之偵測資訊可經由該行動通訊模組1 3對外發 散,以供遠端之監控單位以對應之接收裝置取得該相關 資訊,而可隨時確認並掌握該位置(建築物、空間)之 各種狀態與資訊。 表單編號A0101 第7頁/共22頁 [0019]M378451 使用時,藉由該偵測組件2之各偵測元件以感測一 待保全空間(房屋、建築物)中各預設位置之環境條件 變化(是否有生人入侵、異常煙霧或氣體),並於異常 狀態發生時,產生一異常偵測信號輸入微處理單元1 1 ,由該微處理單元1 1分析該異常偵測信號,並由其輸 出端輸出一控制信號,該控制信號除可驅動該警報器5 產生警示聲響外,亦可視需要經由語音模組1 4、聲音 傳輸組件1 6輸出緊急危難之警示語音,並可另驅動該 瓦斯機械閥4切斷瓦斯之供應,以避免危險情形之擴大 ,同時,該控制信號亦可驅動該行動通訊模組1 3對外 傳送該異常情形之簡訊内容至一外部行動通訊單元13 1 (行動電話)内,以通知屋主有關於該保全空間之狀 態;而該控制面板1 7 (或由外部之紅外線遙控器3經 由紅外線接收模組12)可操作微處理單元11經由該 行動通訊模組1 3對外撥號,然後經由聲音傳輸組件1 6 (麥克風及喇叭)通過該該行動通訊模組1 3對外通 話,以直接取代一般手機功能。 [0020] 於上述結構中,該行動通訊模組1 3亦可接受遠端 之行動電話撥入,並經由該電話音解碼模組1 5分辨不 同電話按鍵音,配合該語音模組1 4產生對撥入者之操 作指示語音,以達到由遠端經由外部行動通訊單元1 3 1 (行動電話)遙控操作該主機1之功能。 本創作於實際應用上,該緊急求救按鍵2 0係於人 員於該保全空間内有安全、健康或其它緊急狀況而無法 處理時,可經由該微處理單元1 1執行上述各種呼救或 表單編號A0101 第8頁/共22頁 [0021] M378451 警報動作,藉以增進整體之功能,提昇附加價值。 [0022] 第2至7圖係本創作各主要結構之可實施電路圖, 其分別揭示了各主要部份之可實施基本電路結構,其中 第2圖係為本創作之微處理單元1 1基本電路,第3圖 係為一 GSM及GPRS系統之行動通訊模組1 3基本電路,第 4圖係為紅外線接收模組1 2基本電路,第5圖係為電 話音解碼模組15基本電路,第6圖係為語音模組14 基本電路,第7圖係為GPS模組基本電路;但在實際 應用上,上述各電路仍可依不同需求或環境變化而有些 許修改,並不以圖示中之内容為局限。 [0023] 綜合以上所述,本創作之建築空間無線防盜消防傳 訊系統之結構確可達成兼具多元附加功能、經由行動電 話通知以確保連絡品質之功效,實為一具新穎性及進步 性之創作,爰依法提出申請發明專利;惟上述說明之内 容,僅為本創作之較佳實施例說明,舉凡依本創作之技 術手段與範疇所延伸之變化、修飾、改變或等效置換者 ,亦皆應落入本創作之專利申請範圍内。 【圖式簡單說明】 [0024] 第1圖係本創作之構造方塊圖。 [0025] 第2圖係本創作之可實施電路圖(一)。 [0026] 第3圖係本創作之可實施電路圖(二)。 [0027] 第4圖係本創作之可實施電路圖(三)。 [00¾] 第5圖係本創作之可實施電路圖(四)。 表單編號A0101 第9頁/共22頁 M378451 [0029] 第6圖係本創作之可實施電路圖(五)。 [0030] 第7圖係本創作之可實施電路圖(六)。 【主要元件符號說明】 [0031] 1.....主機 [0032] 11____微處理單元 [0033] 12____紅外線接收模組 [0034] 13____行動通訊模組 [0035] 1 31...行動通訊單元 [0036] 14____語音模組 [0037] 15____電話音解碼模組 [0038] 16____聲音傳輸組件 [0039] 17____控制面板 [0040] 18____GPS模組 [0041] 181. . . G P S 天線 [0042] 2.....偵測組件 [0043] 20____緊急求救按鍵 [0044] 21____瓦斯偵測器 [0045] 22____煙霧偵測器 [0046] 23____一氧化碳偵測器 [0047] 24____體溫及超音波感測器 表單編號A0101 第10頁/共22頁 M378451 [0048] 2 5....磁黃開關 [0049] 3.....紅外線遙控器 [0050] 4____.瓦斯機械閥 [0051] 5.....警報器 表單编號A0101 第11頁/共22頁M378451 V. New description: [New technical field] [0001] This creation is about the structure of a wireless anti-theft fire communication system for building space, especially a kind of fire protection function, and can be connected wirelessly via mobile phone. Notify the burglar firefighting host. [Prior Art] [0002] At present, it is suitable for a small anti-theft host in a general household, which is provided with at least one detecting component (such as a reed switch, a smoke detector, a call for help or other anti-theft detecting component). The relevant location in the room is connected to an anti-theft host by a detection signal line, and the anti-theft host can connect a high-decibel alarm (if it is a single-family house) or another line to the management room (if a community residence), by which an outsider intrusion (theft) or smoke generation (fire) occurs, the alarm sound of the deterrent effect can be generated by the high-decibel alarm, or the duty officer of the management room can be notified to perform corresponding processing; The above-mentioned deterrent effect caused by the alarm sound is limited, and it is not applicable in many occasions (for example, a single house without an adjacent house), and the duty officer of the management room may also be temporarily left or negligent. Delayed response, resulting in a serious lack of application. [0003] For this reason, there is a very popular home security service. In addition to the traditional anti-theft function, the security system also has the above various additional functions (for example, smoke detection, fire prevention function, or emergency call). The switch) is also provided with various detecting components at various relevant positions in the room, and is connected to an anti-theft host by a detecting signal line, and the anti-theft host is connected to the far-end via a telephone line with an RJ 4 5 terminal. End control form number A0101 Page 3 of 22 M378451 Center; in use, each of the sensing elements detects changes in various indoor environmental conditions (eg, doors and windows are opened, indoor smoke is generated), and The sensing signal is transmitted to the anti-theft host through the detection signal line, and then analyzed and processed by the anti-theft host, and an alarm signal is transmitted to the remote control center, and a professional manager is responsible for monitoring in the control center, and Respond to different situations (for example: call security personnel to the site for processing, and quickly notify customers or family members), in order to solve various bursts situation. [0004] However, such a structure in which a telephone line is connected to a remote control center is often inevitably caused by various management personnel in the control center to be responsible for a large amount of business, and manual operations are often inevitable. Moreover, in practical applications, the telephone line is highly susceptible to natural external forces or vandalism, which hinders the transmission of the alarm signal of the anti-theft host, thereby affecting the operational accuracy. [0005] In view of the above-mentioned shortcomings of the family anti-theft system, the creator has studied and improved the shortcomings of these shortcomings, and finally the creation of this creation. [New Content] [0006] The main purpose of this creation is to provide a structure for building a wireless anti-theft fire-fighting communication system. In the abnormal state, the external communication notification is via wireless communication, which can effectively avoid the failure of the communication line. The lack of external contacts. Another object of the present invention is to provide a structure for a building space wireless anti-theft fire-fighting communication system that can transmit G P RS messages to a remote monitoring unit via satellite positioning technology to notify various information. Form No. A0101 Page 4 of 22 [0007] M378451 [0008] Another object of the present invention is to provide a structure of a building space wireless anti-theft fire-fighting communication system, which can integrate a variety of different related functions, thereby adding an overall addition Value and enhance the competitiveness of products. [0009] In order to achieve the above object and effect, the technical means adopted by the present invention include: a micro processing unit having an input end and an output end, the input end is coupled with a detecting component, and the detecting component senses a a change in the environmental conditions in the space to be preserved, and in the abnormal state, an abnormality detecting signal is generated by the detecting component, and the micro processing unit receives the abnormality detecting signal and analyzes and processes the output, and then outputs an output from the output terminal. a control signal; a mobile communication module is coupled to the micro processing unit and, when receiving the control signal of the micro processing unit, performs information transmission by wireless communication with an external mobile communication unit. [0010] According to the above structure, the detecting component comprises at least one of a body temperature and an ultrasonic sensor, a reed switch, a smoke detector, a carbon monoxide detector, and a gas detector. [0011] According to the above structure, the output end of the micro processing unit is connected to an alarm device, and the alarm device is configured to receive the control signal output by the micro processing unit, thereby generating a detonating sound. [0012] According to the above structure, the output end of the micro processing unit is additionally coupled with a gas mechanical valve, and the gas mechanical valve can cut off the gas supply line when receiving the control signal output by the micro processing unit. [0013] According to the above structure, wherein the input end of the micro processing unit is coupled to a control panel, the control panel is allowed to accept an external operation to control the micro processing unit to perform a corresponding action or function selection switching. Form No. A0101 Page 5 of 22 M378451 [0015] [0018] According to the above structure, the input end of the micro processing unit is additionally coupled with an infrared receiving module, the infrared receiving module The group is configured to receive an infrared signal generated by an external infrared control panel and transmit it to the microprocessor unit for the same operational control as the control panel. According to the above structure, the output end of the micro processing unit is connected to a sound transmission component via a voice module, and the sound transmission component is directly connected to the mobile communication module, and the sound transmission component is further connected to the voice transmission component. The decoding module is coupled to the micro processing unit. According to the above structure, the input end of the micro processing unit is connected to an emergency call button. In order to achieve a more specific understanding of the above objects, functions and features of the present invention, the following figures are described as follows: [Embodiment] Referring to Figure 1, it can be seen that the host 1 of the present invention mainly includes: The unit 1 1 and the infrared receiving module 1 , the mobile communication module 13 , the voice module 14 , the telephone sound decoding module 15 , the sound transmission component 16 , and the control unit are connected to the micro processing unit 1 1 . The module 1 and the GPS module 18 and the like, wherein the micro-processing unit 11 has an input end and an output end, and the input end is coupled to the external detecting component 2, and the detecting component 2 includes at least: A body temperature and ultrasonic sensor capable of effectively detecting an intruder (body temperature). 4. A reed switch that is disposed in the door and window to detect the opening state of the door and window. 5 5. A smoke detector capable of detecting combustion smoke 2 2, one can detect carbon monoxide, one carbon oxide detector 2 3 ' - detectable gas detector 2 1 and a tight form number A0101 6th page / a total of 22 pages M378451 emergency call 2 0, etc. The output of the micro processing unit 11 can be connected to the police The machine 5 and the gas valve 4 are disposed on the gas supply line. The control panel 17 is disposed on the front side of the main body 1 and coupled to the input end of the micro processing unit 11. It can accept external operations to control the micro processing unit 11 to perform related operations, or select and switch various functions, and the infrared receiving module 12 can receive an infrared signal generated by an external infrared remote controller 3, and Converting to an operation signal is transmitted to the micro processing unit 1 1 to perform the same operation or function selection switching as the control panel 17, and the mobile communication module 13 can be a general GSM and GPRS communication system or other wireless communication. The system can receive the control signal of the micro processing unit 11 and perform information transmission (call or transmission) with the externally corresponding mobile communication unit 1 31 (mobile phone) in the (GSM) wireless communication manner, and the voice module 14 The control signal of the micro processing unit 11 can be output to output various preset voices, and the phone sound decoding module 15 can distinguish different phone button tones and input the micro processing. The unit 1 1 performs analysis, and the sound transmission unit 16 can be a general microphone and a microphone. 8. The system is disposed between the mobile communication module 13, the voice module 14, and the telephone sound decoding module 15. The GPS module 18 receives an external satellite positioning signal via a GPS antenna 112 and outputs the same. The location information of the satellite positioning signal is sent to the micro processing unit 1 1. The processing information is generated by the processing unit 1 1 to generate a positioning information, and the positioning information and the detection information of the detecting component 2 can be transmitted through the mobile communication module. 1 3 The external divergence is provided for the remote monitoring unit to obtain the relevant information by the corresponding receiving device, and the various states and information of the location (building, space) can be confirmed and grasped at any time. Form No. A0101 Page 7 of 22 [0019] When using M378451, the detection elements of the detection component 2 are used to sense the environmental conditions of each preset position in the space to be preserved (house, building). Change (whether there is a human invasion, abnormal smoke or gas), and when an abnormal state occurs, an abnormal detection signal is generated and input to the micro processing unit 1 1 , and the abnormal detection signal is analyzed by the micro processing unit 11 The output end outputs a control signal. In addition to driving the alarm device 5 to generate an alarm sound, the control signal can also output an alert sound of the emergency danger via the voice module 14 and the sound transmission component 16 as needed, and can drive the alarm. The gas mechanical valve 4 cuts off the supply of gas to avoid the expansion of the dangerous situation. At the same time, the control signal can also drive the mobile communication module 13 to transmit the content of the abnormal situation to an external mobile communication unit 13 1 (action) In the telephone, to inform the homeowner about the state of the security space; and the control panel 17 (or by the external infrared remote control 3 via the infrared receiving module 12) can operate the micro-location The mobile unit 11 dials out via the mobile communication module 13 and then communicates with the mobile communication module 13 via the voice transmission component 16 (microphone and speaker) to directly replace the general mobile phone function. [0020] In the above structure, the mobile communication module 13 can also accept the remote mobile phone dialing, and distinguish the different phone button sounds through the phone sound decoding module 15 to cooperate with the voice module 14 to generate The voice is indicated to the dialer's operation to achieve the function of remotely operating the host 1 via the external mobile communication unit 1 31 (mobile phone). In the practical application, the emergency help button 20 is configured to perform the above-mentioned various call or form number A0101 via the micro processing unit 11 when the person has a safe, healthy or other emergency condition in the security space. Page 8 of 22 [0021] M378451 Alert action to enhance overall functionality and add value. [0022] Figures 2 through 7 are circuit diagrams of the main structures of the present invention, which respectively disclose the basic circuit structures that can be implemented for each main part, wherein the second picture is the basic circuit of the micro processing unit 1 1 of the present invention. The third picture is a basic circuit of a mobile communication module of the GSM and GPRS system, the fourth picture is the basic circuit of the infrared receiving module 12, and the fifth picture is the basic circuit of the telephone sound decoding module 15 6 is the basic circuit of the voice module 14, and the seventh picture is the basic circuit of the GPS module; but in practical applications, the above circuits can still be modified according to different needs or environmental changes, not in the illustration The content is limited. [0023] In summary, the structure of the building space wireless anti-theft fire-fighting communication system of the present invention can achieve the effect of having multiple additional functions and being notified by mobile phone to ensure the quality of the connection, which is a novelty and progress. Creation, 提出 提出 提出 申请 申请 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; All should fall within the scope of the patent application of this creation. BRIEF DESCRIPTION OF THE DRAWINGS [0024] Fig. 1 is a block diagram of the construction of the present invention. [0025] FIG. 2 is an executable circuit diagram (1) of the present invention. [0026] Figure 3 is an executable circuit diagram (2) of the present invention. [0027] FIG. 4 is an executable circuit diagram (3) of the present invention. [003⁄4] Figure 5 is an executable circuit diagram (4) of this creation. Form No. A0101 Page 9 of 22 M378451 [0029] Figure 6 is a circuit diagram (5) that can be implemented in this creation. [0030] Figure 7 is an executable circuit diagram (6) of the present invention. [Main component symbol description] [0031] 1..... host [0032] 11____ micro processing unit [0033] 12____ infrared receiving module [0034] 13____ mobile communication module [0035] 1 31... Mobile Communication Unit [0036] 14____ Voice Module [0037] 15____ Phone Tone Decoding Module [0038] 16____ Sound Transmission Component [0039] 17____ Control Panel [0040] 18____ GPS Module [0041] 181. . GPS Antenna [0042] 2.....Detection component [0043] 20____ emergency help button [0044] 21____ gas detector [0045] 22____ smoke detector [0046] 23____ carbon monoxide detector [0047] ] 24____ Body Temperature and Ultrasonic Sensor Form No. A0101 Page 10 of 22 M378451 [0048] 2 5....Magnetic Yellow Switch [0049] 3.....Infrared Remote Control [0050] 4____. Gas Mechanical Valve [0051] 5.....Alarm Form No. A0101 Page 11 of 22

Claims (1)

申凊專利範圍: .種建築空間無線防盜消防傳訊线之結構,其至少包括 ㈣亡微處理早兀’具有—輸人端及—輸出端,該輸入端 :、°偵測組件’該偵測組件感測-待保全之空間中各環 境條件之變化’並於異常時,由削貞測組件產生一異常偵 =號,而該微處理單元接收該異常_信號並加以分析 處理,再由輸出端輸出一控制信號; 仃動通簡組,㈣結於賴處理*元,並於接受 該微處理單70之㈣錢時,以無Μ信料對外進行資 訊傳遞。 、 •如申請專利範圍第1項所述之建築空間無線防盜消防傳訊 系統之、U冓’其中該偵測組件至少包含體溫及超音波感測 器、磁簧開關'煙霧偵測器、一氧化碳偵測器及瓦斯侦測 器等裝置其中之一。 .如申請專利範圍第項所叙建築㈣無線防盜消防 傳訊系統之結構,其中微處理單元之輸入端另聯結一Gp s模組’該GP S模组係供接㈣部之衛星定位信號,並 輸出-含有該衛星定位信號之資訊至該微處理單元。 .如申請專職圍第項所述之建築空間無線防盜消防 傳訊系統之結構,其中該微處理單元之輸出端另銜接一警 報器,該警報器係供接收該微處理單元輸出之控制信號, 而對外產生嚇阻之聲音。 .如申請專利㈣第1或2項所述之義㈣無線防盜消防 傳訊系統之結構,其中該微處理單元之輸出端另聯結一瓦 098216193 表單編號Α0101 第12頁/共22買 0993017492-0 M378451 斯機械閥,該瓦斯機械閥於接收該微處理單元輸出之控制 信號時,得以切斷一瓦斯供應管路。 6 .如申請專利範圍第4項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸出端另聯結一瓦斯機 械閥,該瓦斯機械閥於接收該微處理單元輸出之控制信號 時,得以切斷一瓦斯供應管路。 7 .如申請專利範圍第1或2項所述之建築空間無線防盜消防 傳訊系統之結構,其中該微處理單元之輸入端聯結一控制 面板,該控制面板得以接受外部之操作而控制該微處理單 元得以進行相對應之動作或功能選擇切換。 8 .如申請專利範圍第4項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端聯結一控制面板 ,該控制面板得以接受外部之操作而控制該微處理單元得 以進行相對應之動作或功能選擇切換。 9 .如申請專利範圍第5項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端聯結一控制面板 ,該控制面板得以接受外部之操作而控制該微處理單元得 以進行相對應之動作或功能選擇切換。 10 .如申請專利範圍第6項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端聯結一控制面板 ,該控制面板得以接受外部之操作而控制該微處理單元得 以進行相對應之動作或功能選擇切換。 11 .如申請專利範圍第7項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端另聯結一紅外線 接收模組,該紅外線接收模組係供接收一外部之紅外線控 制面板所產生的紅外線信號,並傳輸至該微處理單元,以 098216193 表單編號A0101 第13頁/共22頁 0993017492-0 M378451 進订與該控制面板相同之操作控制。 12 . 如申睛專利範圍第8項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輪人端另聯結—紅外線 接收模組’該紅外祕㈣組係供純—外部之紅外線控 制面板所產生的紅外線錢,並傳輪至該微處理單元,以 進打與該控制面板相同之操作控制。 13 . 如申請專利範圍第9項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之“端㈣結—紅外線 接收板組’該紅外線接收模組係供接收—外部之紅外線控 制面板所產生的紅外線信號,並傳輪至該微處理單元,以 進行與該控制面板相同之操作控制。 14 . 如中3月專利範圍第1 0項所述之建築空間無線防盜消防傳 訊系統之結構’其中該微處理單元之輸人端另聯結—紅外 線接收模組,該紅外線接收模組係供接收一外部之紅外線 控制面板所產生的紅外線信號,並傳輸至該微處理單元, 以進行與該控制面板相同之操作控制。 15 . 如申請專利範圍第1或2項所述之建築空間無線防盜消防 傳訊系統之結構’其中該微處理單元之輸出端另經由一語 音杈組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行 動通訊模組直接銜接外,另使該聲音傳輸組件經由一電話 音解碼模組銜接該微處理單元。 098216193 16 . 如申清專利範圍第4項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸出端另經由一語音模 組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行動通 訊和組直接銜接外,另使該聲音傳輸組件經由一電話音解 碼模組銜接該微處理單元。 表單編號A0101 第14頁/共22頁 0993017492-0 M378451 17 .如申請專利範圍第5項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸出端另經由一語音模 組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行動通 訊模組直接銜接外,另使該聲音傳輸組件經由一電話音解 碼模組銜接該微處理單元。 18 .如申請專利範圍第6項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸出端另經由一語音模 組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行動通 訊模組直接銜接外,另使該聲音傳輸組件經由一電話音解 碼模組銜接該微處理單元。 19 .如申請專利範圍第7項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸出端另經由一語音模 組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行動通 訊模組直接銜接外,另使該聲音傳輸組件經由一電話音解 碼模組銜接該微處理單元。 20 .如申請專利範圍第11項所述之建築空間無線防盜消防傳 訊系統之結構,其中該微處理單元之輸出端另經由一語音 模組銜接一聲音傳輸組件,且該聲音傳輸組件除與該行動 通訊模組直接銜接外,另使該聲音傳輸組件經由一電話音 解碼模組銜接該微處理單元。 21 .如申請專利範圍第1或2項所述之建築空間無線防盜消防 傳訊系統之結構,其中該微處理單元之輸入端另銜接一緊 急求救按鍵。 22 .如申請專利範圍第4項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端另銜接一緊急求 救按鍵。 098216193 表單編號A0101 第15頁/共22頁 0993017492-0 M378451 23 .如申請專利範圍第5項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端另銜接一緊急求 救按鍵。 24 .如申請專利範圍第6項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之輸入端另銜接一緊急求 救按鍵。 25 .如申請專利範圍第7項所述之建築空間無線防盜消防傳訊 系統之結構,其中該微處理單元之输入端另銜接一緊急求 救按鍵。 26 .如申請專利範圍第11項所述之建築空間無線防盜消防傳 訊系統之結構,其中該微處理單元之輸入端另銜接一緊急 求救按鍵。 27 .如申請專利範圍第15項所述之建築空間無線防盜消防傳 訊系統之結構,其中該微處理單元之輸入端另銜接一緊急 求救按鍵。 28 .如申請專利範圍第1或2項所述之建築空間無線防盜消防 傳訊系統之結構,其中該行動通訊模組係為一GSM及GPRS 模組。 29 .如申請專利範圍第4項所述之建築空間無線防盜消防傳訊 系統之結構,其中該行動通訊模組係為一GSM及GPRS模組 〇 30 .如申請專利範圍第5’項所述之建築空間無線防盜消防傳訊 系統之結構,其中該行動通訊模組係為一GSM及GPRS模組 〇 31 .如申請專利範圍第6項所述之建築空間無線防盜消防傳訊 系統之結構,其中該行動通訊模組係為一GSM及GPRS模組 098216193 表單編號A0101 第16頁/共22頁 0993017492-0 M378451 32 . 如申請專利範圍第7項所述之建築空間無線防盜消防傳訊 系統之結構,其中該行動通訊模組係為一GSM及GPRS模組 33 . 如申請專利範圍第1 1項所述之建築空間無線防盜消防傳 訊系統之結構,其中該行動通訊模組係為一GSM及GPRS模 組。 34 · ί 如申請專利範圍第15項所述之建築空間無線防盜消防傳 訊系統之結構,其中該行動通訊模組係為一GSM及GPRS模 組0 35 . 如申請專利範圍第2 1項所述之建築空間無線防盜消防傳 訊系統之結構,其中該行動通訊模組係為一GSM及GPRS模 彡曰〇 098216193 表單編號A0101 第17頁/共22頁 0993017492-0The scope of the patent application: The structure of the wireless anti-theft fire-fighting communication line of the building space, which at least includes (4) the micro-processing of the early and late 兀 'has the input and the output, the input: the detection component' Component sensing - the change of each environmental condition in the space to be preserved 'and in the case of an abnormality, an abnormality detection number is generated by the cutting component, and the micro processing unit receives the abnormality_signal and analyzes the processing, and then outputs The terminal outputs a control signal; the mobile communication group is provided, (4) the processing unit is used for processing, and when the (four) money of the micro processing unit 70 is accepted, the information is transmitted by the innocent mail. • For example, the building space wireless anti-theft fire communication system described in the first paragraph of the patent application, U冓', wherein the detection component includes at least a body temperature and ultrasonic sensor, a reed switch 'smoke detector, carbon monoxide detection One of the devices such as the detector and the gas detector. The structure of the wireless anti-theft fire-fighting communication system is as follows: (4) The structure of the wireless anti-theft fire-fighting communication system, wherein the input end of the micro-processing unit is coupled with a Gp s module, which is a satellite positioning signal for the (four) part, and Output - contains information about the satellite positioning signal to the microprocessor unit. The structure of the building space wireless anti-theft fire-fighting communication system according to the above-mentioned item, wherein the output end of the micro-processing unit is connected to an alarm, and the alarm is for receiving a control signal output by the micro-processing unit, and The sound of deterrence is generated outside. (4) The structure of the wireless anti-theft fire-fighting communication system (4), wherein the output end of the micro-processing unit is connected with another watt 098216193 Form No. 1010101 Page 12/Total 22 Buy 0993017492-0 M378451 The mechanical valve, when receiving the control signal output by the micro processing unit, is capable of cutting off a gas supply line. 6. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 4, wherein the output end of the micro-processing unit is additionally coupled with a gas mechanical valve, and the gas mechanical valve receives the control of the output of the micro-processing unit. When the signal is signaled, the gas supply line can be cut off. 7. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 1 or 2, wherein the input end of the micro-processing unit is coupled to a control panel, and the control panel is capable of externally controlling the micro-processing The unit is able to perform a corresponding action or function selection switch. 8. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 4, wherein the input end of the micro-processing unit is coupled to a control panel, and the control panel is capable of externally controlling the micro-processing unit. Perform the corresponding action or function selection switch. 9. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 5, wherein the input end of the micro-processing unit is coupled to a control panel, and the control panel is externally operated to control the micro-processing unit. Perform the corresponding action or function selection switch. 10. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 6, wherein the input end of the micro-processing unit is coupled to a control panel, and the control panel is externally operated to control the micro-processing unit. Perform the corresponding action or function selection switch. 11. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 7, wherein the input end of the micro-processing unit is further coupled with an infrared receiving module for receiving an external infrared light. The infrared signal generated by the control panel is transmitted to the microprocessor unit, and the same operation control as the control panel is subscribed to 098216193 Form No. A0101 Page 13 / Total 22 Page 0993017492-0 M378451. 12. The structure of the building space wireless anti-theft fire-fighting communication system according to item 8 of the scope of the patent application, wherein the wheel-side end of the micro-processing unit is additionally coupled with an infrared receiving module. The infrared secret (four) group is for pure-external The infrared light generated by the infrared control panel is transmitted to the micro processing unit to perform the same operational control as the control panel. 13. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 9, wherein the micro-processing unit "end (four) junction - infrared receiving board group" the infrared receiving module is for receiving - external infrared The infrared signal generated by the control panel is transmitted to the micro processing unit to perform the same operational control as the control panel. 14. The building space wireless anti-theft fire communication system as described in item 10 of the patent scope in March The structure of the micro-processing unit is coupled to the infrared receiving module, and the infrared receiving module is configured to receive an infrared signal generated by an external infrared control panel and transmit the infrared signal to the micro processing unit for performing The same operation control as the control panel. 15. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 1 or 2, wherein the output of the micro-processing unit is connected to a sound via a voice group Transmitting component, and the sound transmission component is connected to the mobile communication module, and the sound transmission group is further The structure is connected to the micro-processing unit via a telephone audio decoding module. 098216193 16 . The structure of the building space wireless anti-theft fire-fighting communication system according to claim 4, wherein the output end of the micro-processing unit is further connected via a voice The module is coupled to a sound transmission component, and the sound transmission component is coupled with the mobile communication and the group, and the sound transmission component is coupled to the micro processing unit via a telephone audio decoding module. Form No. A0101 Page 14/ The structure of the building space wireless anti-theft fire-fighting communication system of claim 5, wherein the output end of the micro-processing unit is coupled to a sound transmission component via a voice module, and The sound transmission component is directly connected to the mobile communication module, and the sound transmission component is coupled to the micro processing unit via a telephone audio decoding module. 18. The building space wireless anti-theft device according to claim 6 The structure of the fire communication system, wherein the output of the microprocessor unit is coupled to a sound via a voice module And transmitting the component, and the sound transmission component is directly connected to the mobile communication module, and the sound transmission component is coupled to the micro processing unit via a telephone sound decoding module. 19. According to claim 7 The structure of the wireless anti-theft fire-fighting communication system of the building space, wherein the output end of the micro-processing unit is connected to a sound transmission component via a voice module, and the sound transmission component is directly connected to the mobile communication module, and the sound is further The transmission component is connected to the micro-processing unit via a telephone audio decoding module. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 11, wherein the output end of the micro-processing unit is further connected to a voice module. The set is coupled to a sound transmission component, and the sound transmission component is coupled to the mobile communication module, and the sound transmission component is coupled to the micro processing unit via a telephone sound decoding module. 21. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 1 or 2, wherein the input end of the micro-processing unit is connected to an emergency help button. 22. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 4, wherein the input end of the micro-processing unit is further connected with an emergency help button. 098216193 Form No. A0101 Page 15 of 22 0993017492-0 M378451 23. The structure of the building space wireless anti-theft fire communication system according to claim 5, wherein the input end of the microprocessor unit is connected to an emergency call for help. button. 24. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 6, wherein the input end of the micro-processing unit is further connected with an emergency help button. 25. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 7, wherein the input end of the micro-processing unit is further connected with an emergency help button. 26. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 11, wherein the input end of the micro-processing unit is further connected with an emergency help button. 27. The structure of the building space wireless anti-theft firefighting communication system of claim 15, wherein the input end of the microprocessor unit is coupled to an emergency button. 28. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 1 or 2, wherein the mobile communication module is a GSM and GPRS module. 29. The structure of the building space wireless anti-theft fire-fighting communication system according to claim 4, wherein the mobile communication module is a GSM and GPRS module 〇30, as described in claim 5' The structure of the building space wireless anti-theft fire communication system, wherein the mobile communication module is a GSM and GPRS module 〇 31. The structure of the building space wireless anti-theft fire communication system described in claim 6 of the patent scope, wherein the action The communication module is a GSM and GPRS module 098216193. Form No. A0101 Page 16 of 22 0993017492-0 M378451 32. The structure of the building space wireless anti-theft fire communication system according to claim 7 of the patent application, wherein The mobile communication module is a GSM and GPRS module 33. The structure of the building space wireless anti-theft fire communication system described in claim 1 is wherein the mobile communication module is a GSM and GPRS module. 34 · ί The structure of the building space wireless anti-theft fire-fighting communication system described in claim 15 wherein the mobile communication module is a GSM and GPRS module 0 35. As described in claim 21 The structure of the building space wireless anti-theft fire communication system, wherein the mobile communication module is a GSM and GPRS module 216 216 216 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇 彡曰〇
TW98216193U 2009-09-02 2009-09-02 Structure for wireless burglarproof fire fighting communication system in architecture space TWM378451U (en)

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