TWI511097B - Active monitoring system - Google Patents
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Description
本發明是有關於一種監測系統設計，特別是一種主動式安全監測系統。The present invention relates to a monitoring system design, and more particularly to an active safety monitoring system.
查，火災與一氧化碳是主要的家庭災害，尤其在冬天，不良的使用設備與排氣環境常造成致命的災害與一氧化碳中毒事件，輕者財物損失，嚴重者即造成性命傷亡，是以，根據消防局之統計，98年區發生之火災次數共計為2621件，其中家庭火災、瓦斯漏氣等事件即佔總次數之51.2%，最有效的防範方式是裝設火災與一氧化碳之偵測設備，俾利在發生事件前提出警告，預防事件發生。Check, fire and carbon monoxide are the main family disasters, especially in the winter, poor use of equipment and exhaust environment often cause fatal disasters and carbon monoxide poisoning incidents, light property damage, serious people are causing casualties, according to fire According to the statistics of the bureau, the number of fires in the 98-year district totaled 2,261, of which 51.2% of the total number of incidents were caused by household fires and gas leaks. The most effective way to prevent fires is to install fire and carbon monoxide detection equipment. Lee warned before the incident and prevented the incident from happening.
參閱圖1，一般家庭使用的警報偵測設備，基於成本考量與使用環境常採用單體設計，亦即將感測件11與警報器12設計在一起而形成單一監測主機1，且該監測主機1所能偵測保護範圍往往僅限於設置地點附近而已，故一般常利用設置多個監測主機1以增加監測保護範圍，一旦事故為該監測主機1所監測到事故訊號時，該監測主機1最多僅利用該警報器12發生鳴叫而已，其警告效果有限，假若該發生事故的空間係為密閉之態樣，俾使人員又無法有效得到警告提示與即時發現，可能產生更大災害。Referring to FIG. 1 , the alarm detection device used in general households often adopts a single design based on cost considerations and usage environments, that is, the sensing component 11 and the alarm 12 are designed together to form a single monitoring host 1 , and the monitoring host 1 The detection range can be detected only in the vicinity of the installation location. Therefore, it is common to use multiple monitoring hosts 1 to increase the monitoring protection range. When the accident is an accident signal detected by the monitoring host 1, the monitoring host 1 only has a maximum of only The alarm is generated by the alarm 12, and the warning effect is limited. If the space in which the accident occurs is a closed state, the personnel cannot effectively obtain the warning prompt and the instant discovery, and a larger disaster may occur.
為此，乃有消防受信系統2的設計產生，參閱圖2，亦即習知消防受信系統2包含有設於屋內(圖中未示)之複數感測件21，以及一與該等感測件21連接之受信總機 22；其中，該等感測件21分別安裝在客廳、廚房及各房間內(圖中未示)，以便該每一感測件21得以藉由與該受信總機22之連接，以便該等感測件21進行感測監視時，一旦該其一感測件21偵測到事故訊號時，即傳遞該事故訊號至該受信總機22之警報器221，進而產生警告提示作用，故可預防人員沒有聽到之危機。To this end, there is a design of the fire protection receiving system 2, see FIG. 2, that is, the conventional fire protection receiving system 2 includes a plurality of sensing members 21 disposed inside the house (not shown), and a sense of the same Receiver 21 connected to the trusted switchboard 22; wherein the sensing members 21 are respectively installed in the living room, the kitchen, and the rooms (not shown), so that each of the sensing members 21 can be connected to the trusted switchboard 22, so that the senses When the sensing component 21 performs the sensing monitoring, when the detecting component 21 detects the accident signal, the accident signal is transmitted to the alarm device 221 of the trusted switchboard 22, thereby generating a warning prompt function, so that the preventive personnel are not Heard the crisis.
不論前述單體之監測主機1或消防受信系統2等使用型態，一旦發生如一氧化碳外洩、火災之情事產生，該房屋內之人員僅能從該等警報器12、221的警告，進而形成慌亂盲目逃難動作，不但沒有明顯的指示而得以正確清楚辨視逃生方向，亦又有可能誤入起火現場而造成不必要之傷害，故習知之警告效果仍有很大的改善空間。Regardless of the type of use of the aforementioned monitoring unit 1 or the fire-fighting system 2, once a situation such as carbon monoxide leakage or fire occurs, the personnel in the house can only form warnings from the alarms 12 and 221, thereby forming Panic and blind escape movements, not only without obvious instructions, can correctly and clearly identify the direction of escape, but also may accidentally enter the scene of the fire and cause unnecessary damage, so there is still much room for improvement in the warning effect of the conventional.
因此，本發明之目的，是在提供一種主動式安全監測系統，其具有多層次之安全監測、控制，以及安裝方便且達到立即預警效果。Accordingly, it is an object of the present invention to provide an active safety monitoring system that has multiple levels of safety monitoring, control, and ease of installation and achieves an immediate warning effect.
於是，本發明主動式安全監測系統包含有一防護空間，複數分別定位於該防護空間之不同位置上之感測件，以及一與該等感測件連結之整合機構；其中，該每一感測件具有一可接收該防護空間之外部訊號之處理器，以及一可將該訊號予以輸出之傳送介面，另，該整合機構設有接收介面、處理單元及發射器，且該處理單元內可先行建置有複數控制模式，故該等感測件因接收事故而產生之訊號，經傳遞至該整合機構進行分析、判斷，同時該處理單 元因該等感測件所接收事故產生之訊號位置，俾使該處理單元再依據該感測件所接收之訊號得以啟動內建之該其一控制模式，進而發射一啟動訊號，以便該啟動訊號可針對經該控制模式設定之該等感測件分別予以啟動，同時前述該等感測件在進行監測時，若無感測到事故發生，該等感測件不會隨時傳送訊息至該整合機構，倘若該其一感測件監測到事故發生時，即會不斷發出一訊號至該整合機構接收，且發出事故之該感測件便無法再接收到該整合機構所發出之啟動訊號，而其他該等感測件仍可接收到該整合機構所發出之啟動訊號，藉以將有效達到訊號相互連通與主動式警告功效。Therefore, the active safety monitoring system of the present invention includes a protective space, a plurality of sensing members respectively positioned at different positions of the protective space, and an integrated mechanism coupled to the sensing members; wherein each sensing The processor has a processor for receiving an external signal of the protection space, and a transmission interface for outputting the signal, and the integration mechanism is provided with a receiving interface, a processing unit and a transmitter, and the processing unit can be first A complex control mode is established, so the signals generated by the sensing components due to receiving an accident are transmitted to the integrated mechanism for analysis and judgment, and the processing order is The signal position generated by the accident received by the sensing component causes the processing unit to activate the built-in control mode according to the signal received by the sensing component, thereby transmitting a start signal for the startup. The signals can be respectively activated for the sensing components set by the control mode, and when the sensing components are monitored, if no accident is detected, the sensing components will not transmit the message to the controller at any time. The integration mechanism, if one of the sensing components detects an accident, will continuously send a signal to the integration agency to receive, and the sensor that issued the accident can no longer receive the activation signal issued by the integration mechanism. The other sensing components can still receive the activation signal sent by the integration mechanism, so as to effectively achieve the signal interconnection and active warning function.
有關本發明之前述及其他技術內容、特點與功效，在以下配合參考圖式之較佳實施例的詳細說明中，將可清楚的明白。The above and other technical contents, features, and advantages of the present invention will become apparent from the Detailed Description of the <RTIgt;
參閱圖3，本發明之一較佳實施例，該主動式安全監測系統3包含有一防護空間31，複數感測件32，以及一與該等感測件32連結之整合機構33，而前述該等感測件32可為紅外線感測件、門禁感測件、偵煙感測件、一氧化碳感測件及地震感測件等；其中，該防護空間31可為一般家庭式之密閉空間、學校開放空間及開放式之營業場所如賣場、汽車旅館等，而本實施例中以一般家庭式之密閉空間為例加以說明，同時該防護空間31內可規劃分成數個不同之區域，俾利分別供上述之具有不同偵測用途之該 等感測件32安裝設置。Referring to FIG. 3, in a preferred embodiment of the present invention, the active safety monitoring system 3 includes a protective space 31, a plurality of sensing members 32, and an integration mechanism 33 coupled to the sensing members 32. The sensing component 32 can be an infrared sensing component, a door sensing component, a smoke detecting component, a carbon monoxide sensing component, a seismic sensing component, etc., wherein the protective space 31 can be a general family-style confined space, a school. Open space and open business places such as stores, motels, etc., in this embodiment, the general family-style closed space is taken as an example, and the protective space 31 can be planned to be divided into several different areas. For the above-mentioned different detection purposes The sensing member 32 is installed and set.
仍續前述，該每一感測件32具有一處理器321及一與該處理器321連接之傳送介面322，其中，該處理器321可接收該防護空間31之外部訊號，且該訊號得以經該傳送介面322予以輸出，當然該傳送介面322亦可設計呈間隔式發射該訊號，亦或呈不間斷發射態樣為之，本實施例以下係以持續不間斷發射訊號為例加以說明，而該傳送介面322係為具有可接收該整合機構33傳送訊號之雙向接收設計。Continuing the foregoing, each of the sensing components 32 has a processor 321 and a transmission interface 322 connected to the processor 321 , wherein the processor 321 can receive an external signal of the protection space 31 and the signal is The transmission interface 322 is outputted. Of course, the transmission interface 322 can also be designed to transmit the signal in a spaced manner, or in an uninterrupted emission state. In the following embodiment, the continuous uninterrupted transmission signal is taken as an example. The transport interface 322 is designed to have a two-way receive design that can receive signals transmitted by the integration mechanism 33.
又，該整合機構33包括有一接收該傳送介面322傳送之訊號的接收介面331，一與該接收介面331連接之處理單元332，以及一與該處理單元332連接之發射器333，其中，該處理單元332可針對前述該訊號予以分析、判別、解碼，同時該處理單元332內先行建置有複數控制模式334，而該每一控制模式334可經該處理單元332處理而產生一啟動訊號，且該啟動訊號可由使用者預先自行決定設定，並於安裝時即已事先設定並儲存在該等感測件32內，以使該啟動訊號經該發射器333予以發射，並針對該控制模式334設定之該等感測件32分別予以啟動；再者，該整合機構33於本實施例中另加設有一警報器335，以便在該發射器333發射該啟動訊號時，得以一併同時啟動該警報器335，藉由該警報器335所發出鳴響以使人員立即掌握狀況，更增加使用之方便性。The integration mechanism 33 includes a receiving interface 331 for receiving signals transmitted by the transmitting interface 322, a processing unit 332 connected to the receiving interface 331, and a transmitter 333 connected to the processing unit 332. The unit 332 can analyze, determine, and decode the foregoing signal, and the processing unit 332 can be configured with a complex control mode 334, and each control mode 334 can be processed by the processing unit 332 to generate an activation signal. The activation signal can be set by the user in advance, and is preset and stored in the sensing component 32 at the time of installation, so that the activation signal is transmitted by the transmitter 333, and is set for the control mode 334. The sensing members 32 are respectively activated. In addition, the integration mechanism 33 is additionally provided with an alarm 335 in the embodiment, so that when the transmitter 333 transmits the activation signal, the alarm can be simultaneously activated. The 335 is audible by the alarm 335 to enable the person to immediately grasp the situation, thereby increasing the convenience of use.
參閱圖4，首先，先行設定該防護空間31之保護範圍， 以一般家庭為例，其即該家庭安全區域可先行設定為7個區域，其中第1、3區域為臥室，第2區域為浴室，第4區域為餐廳，第5區為客廳，第6、7區域為出入口，並於該等區域中整理出常出現消防危險之處，並於其上各裝設不同之該等感測件32，如最常出現之電氣火災，係由電器設備誤動作或導線被覆劣化，造成短路現象所引起火災，會常出現於第1至5區域，即可安裝紅外線感測件或偵煙感測件(本實施例在該第1至5區域係以安裝偵煙感測件為例加以說明，圖中並以簡圖△表示)，感測意外之發生，並提出警告動作；又，於最常在冬天發生之一氧化碳危險中毒，則是因使用瓦斯燃燒不完全與室內呈完全密閉通風不良，因此危險區域即會常出現在第1、3、4、5與6區域，即可安置一氧化碳感測件(圖中以簡圖□表示)，感測意外之發生，並提出警告動作。Referring to FIG. 4, first, the protection range of the protection space 31 is set first. Taking the average family as an example, the home security area can be set to 7 areas first, wherein the first and third areas are bedrooms, the second area is the bathroom, the fourth area is the restaurant, and the fifth area is the living room, the sixth. The 7 areas are the entrances and exits, and the fire hazards are often arranged in the areas, and different sensing elements 32 are installed on them, such as the most common electrical fires, which are caused by electrical equipment malfunctioning or The wire coating is deteriorated, causing a fire caused by a short circuit phenomenon, which may occur in the first to fifth regions, and an infrared sensing member or a smoke detecting member may be installed (this embodiment is to install smoke detection in the first to fifth regions) The sensing piece is illustrated as an example, and the figure is shown by the simplified diagram △), which senses the occurrence of the accident and proposes a warning action; in addition, the most frequent occurrence of carbon monoxide poisoning in the winter is due to the incomplete combustion of gas. It is completely enclosed and poorly ventilated indoors, so the dangerous area will often appear in the first, third, fourth, fifth and sixth areas, and the carbon monoxide sensing part (shown as a simplified diagram) can be placed to sense the occurrence of the accident. And propose a warning action.
再者，廚房火災常出現在第4區域，可利用紅外線感測件或偵煙感測件(圖中以簡圖△表示)，感測意外之發生，並提出警告動作；最後是地震，則可利用地震感測件(本實施例係以安裝地震感測件為例加以說明，圖中以簡圖◇表示)，以感測意外之發生，並提出警告動作；因此，上述該等感測件32均可在各個區域中因應所需偵測用途交叉安裝使用，並在安裝之際同時與該等區域中之照明設備(圖中未示)相連結，以利該等感測件32於接收到該啟動訊號時，該等感測件32可連動該等照明設備產生作動；至於該整合機構33則可固設該防護空間31內之任一處，如 安置於該第5區域客廳位於明顯之處，俾利便於使用者使用與設定，且即安裝完成便可開始進行使用。In addition, kitchen fires often appear in the fourth area, and can use infrared sensors or smoke detectors (indicated by the diagram △ in the figure) to sense the occurrence of accidents and provide warning actions; finally, earthquakes, The seismic sensing member can be utilized (this embodiment is described by taking a seismic sensing component as an example, which is represented by a simplified diagram )) to sense the occurrence of an accident and propose a warning action; therefore, the above sensing The components 32 can be cross-mounted and used in various areas for the required detection purposes, and are simultaneously connected with lighting devices (not shown) in the areas during installation to facilitate the sensing members 32. When the activation signal is received, the sensing components 32 can be linked to the lighting devices to generate an action; and the integration mechanism 33 can fix any of the protection spaces 31, such as The living room placed in the 5th area is located in an obvious place, which is convenient for the user to use and set, and the installation is completed and can be used.
參閱圖3、圖4，此時已安裝完成之該等感測件32便可開始進行該防護空間31內之安全偵測，因此，當該第1區域臥室之電器用品因使用不當而產生起火燃燒時，其所形成之煙霧危險訊號即會立即被該偵煙感測件32之處理器321所接收，且經由該傳送介面322以不間斷方式持續將該危險訊號向外輸出，並由該接收介面331接收該危險訊號後，即經該處理單元332予以進行分析、判別、解碼，藉以進一步判別出該危險訊號所處發生地點，並在該處理單元332進行該危險訊號處理之際，不但能立即啟動該警報器335發出鳴響，亦同時連動該控制模式334產生一啟動訊號，再藉由該發射器333將該啟動訊號予以發射出去，俾使位於其它區域中之該等感測件32接收到該啟動訊號，因鑒於該等感測件32已事先儲存該控制模式334之設定，俾使該等感測件32接收到該啟動訊號時，便會依據所設定之啟動訊號連動所連結之該照明設備進行作動，使該照明設備之照明件(圖中未示)顯現出燈光明亮狀態。Referring to FIG. 3 and FIG. 4, the sensor components 32 that have been installed at this time can start the security detection in the protection space 31. Therefore, when the electrical appliances of the first area bedroom are improperly used, the fire is generated. When it is burned, the smoke danger signal formed by the smoke detecting sensor 32 is immediately received by the processor 321 of the detecting smoke detecting component 32, and the dangerous signal is continuously outputted through the transmitting interface 322 in an uninterrupted manner. After receiving the danger signal, the receiving interface 331 analyzes, determines, and decodes the processing unit 332 to further determine where the dangerous signal is located, and when the processing unit 332 performs the dangerous signal processing, not only the processing interface 332 but also the dangerous signal processing. The alarm 335 can be immediately activated to sound, and the control mode 334 is simultaneously activated to generate an activation signal, and the activation signal is transmitted by the transmitter 333 to enable the sensing components located in other areas. The receiving signal is received in response to the fact that the sensing component 32 has previously stored the control mode 334, so that the sensing component 32 receives the activation signal, Setting the start signal the interlocking coupling of the illumination device of the actuator, the illumination member of the illumination device (not shown) show lit state.
仍續前述，而位於該第1區域之該偵煙感測件32因不斷在傳送危險訊號，進而無法接收到該發射器333所發出之啟動訊號，所以該偵煙感測件32所連結之照明設備便無法呈現照明狀態，俾使該整個防護空間31內僅只有該第1區域係為無照明狀態，且其它該第2至7區域之該 等照明設備皆因該等感測件32接收到該啟動訊號之緣故，而得以受到啟動而呈現明亮照明，以使在煙霧瀰漫中該等照明設備所呈的照明猶如逃生指示態樣，如此一來置於該防護空間31內之人員即可依該第2至7區域中所呈現照明方式，便可清楚準確辨認出火災起點處，不但可藉由該警報器335的鳴響進而得到事故警告之提醒通知，又能依據該等照明設備明亮照明的指引，清楚辨視而找到逃生出口處，確實能避免造成不必要的傷害產生，達到主動式安全警報之功效。Continuing the foregoing, the smoke detecting sensor 32 located in the first area is continuously transmitting a danger signal, and thus cannot receive the start signal sent by the transmitter 333, so the smoke detecting sensor 32 is connected thereto. The illumination device cannot present the illumination state, so that only the first region in the entire protection space 31 is in an unilluminated state, and the other regions of the second to seventh regions are The illumination devices are illuminated by the sensing elements 32 to be illuminated, so that the illumination of the illumination devices in the smog is like an escape indication, such that The person placed in the protection space 31 can clearly and accurately recognize the starting point of the fire according to the illumination mode presented in the second to seventh areas, and not only can the accident alarm be obtained by the sound of the alarm 335 The reminder notice can also find the escape exit according to the guidance of the bright lighting of these lighting equipments, and can indeed avoid unnecessary damage and achieve the effect of active safety alarm.
仍續上述，由於該主動式安全監測系統3係利用該等感測件32在所安裝之區域中進行安全性監測，且在感測到危險訊號時，便利用該傳送介面322以持續不間斷方式傳送該危險訊號至該整合機構33接收，俾利該處理單元332再依據所接收該感測件32之訊號得以啟動內建之該其一控制模式334，進而發射一啟動訊號，以便該啟動訊號可針對經該控制模式334設定之該等感測件32分別予以啟動，藉以立即達到相互聯繫的訊號通知與警告效果，更增加安裝、使用上之便利性；因此，在該防護空間31任一區域中如有任何危險事故之情事產生時，都能使該等感測件32與整合機構33產生相互連鎖效應之警告功效。Continuing the above, since the active safety monitoring system 3 uses the sensing members 32 to perform safety monitoring in the installed area, and when the dangerous signal is sensed, the transmission interface 322 is conveniently used to continue uninterrupted. The method transmits the dangerous signal to the integration mechanism 33 for receiving, and the processing unit 332 further activates the built-in control mode 334 according to the signal received by the sensing component 32, thereby transmitting an activation signal for the startup. The signals can be respectively activated for the sensing components 32 set by the control mode 334, so as to immediately achieve the mutual contact signal notification and warning effect, thereby increasing the convenience of installation and use; therefore, in the protection space 31 When any dangerous accident occurs in an area, the sensing member 32 and the integration mechanism 33 can produce a warning effect of the interlocking effect.
參閱圖3、圖5，本發明之另一較佳實施例，其所述之要件均與前一實施例所述相同，特別是，在本實施例中該防護空間31可呈複數設置，且該每一防護空間31設有一整合機構33，同時該任一整合機構33之發射器333可 發射訊號至其它整合機構33所接收，以使該等整合機構33得以形成跨區相互連結型態，而本實施例為方便說明，以下僅以2個防護空間31為例加以說明，且在該等防護空間31內同樣具有不同偵測用途之該等感測件32安裝設置。Referring to FIG. 3 and FIG. 5, in another preferred embodiment of the present invention, the requirements are the same as those in the previous embodiment. In particular, in the embodiment, the protection space 31 can be set in multiple numbers, and Each of the protective spaces 31 is provided with an integration mechanism 33, and the transmitter 333 of the any integration mechanism 33 is The transmission signal is received by the other integration mechanism 33, so that the integration mechanism 33 can form a cross-region interconnection type. For the convenience of description, the following only two protection spaces 31 are taken as an example, and The sensing members 32 are also installed in the protective space 31 and have different detection uses.
因此，當該防護空間31中之整合機構33接收到事故訊號時，即會利用該發射器333發射該啟動訊號，以使該防護空間31中之其它該等感測件32分別予以啟動，同時於該另一防護空間31’中之整合機構33’亦也同步接收到該整合機構33之該啟動訊號，並立即發射該啟動訊使該防護空間31’之該等感測件32’受到啟動，以使處於該等防護空間31、31’中人員均能更確實得到事故發生點，以做好預防災害準備，藉此無論是任一防護空間31、31’內所產生何種危險情事，均能使該等整合機構33、33’達到事故訊號相互聯繫狀態，並同時產生警訊加以提醒，藉以大幅增加安全偵測範圍。Therefore, when the integration mechanism 33 in the protection space 31 receives the accident signal, the transmitter 333 is used to transmit the activation signal, so that the other sensing members 32 in the protection space 31 are respectively activated. The integration mechanism 33' in the other protection space 31' also synchronously receives the activation signal of the integration mechanism 33, and immediately transmits the activation signal to enable the sensing members 32' of the protection space 31' to be activated. So that the personnel in these protective spaces 31, 31' can more accurately get the accident occurrence point, in order to prepare for disaster prevention, thereby preventing any dangerous situation in any protective space 31, 31', Both of these integration organizations 33, 33' can reach the state of contact of the accident signals, and at the same time generate a warning to remind them, thereby greatly increasing the scope of security detection.
歸納前述，本發明藉由該一感測件主動接收事故訊號與該整合機構達到相互連結，以使該整合機構得以利用其一控制模式產生一啟動訊號發射，以便該啟動訊號可針對經該控制模式設定之該等感測件分別予以啟動，即可立即達到預警效果，藉以有效達到主動式警告之功效，故確實能達到本發明之目的。In summary, the present invention is connected to the integration mechanism by the active sensing signal received by the sensing component, so that the integration mechanism can generate an activation signal transmission by using one of the control modes, so that the activation signal can be controlled by the control signal. The sensing components set by the mode are respectively activated, and the early warning effect can be achieved immediately, so as to effectively achieve the effect of the active warning, the purpose of the present invention can be achieved.
惟以上所述者，僅為說明本發明之較佳實施例而已，當不能以此限定本發明實施之範圍，即大凡依本發明申請 專利範圍及發明說明書內容所作之簡單的等效變化與修飾，皆應仍屬本發明專利涵蓋之範圍內。However, the above description is only for the purpose of illustrating the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention. The simple equivalent changes and modifications made by the scope of the patent and the contents of the invention are still within the scope of the invention.
〔習知〕[study]
1‧‧‧監測主機1‧‧‧Monitoring host
11‧‧‧感測件11‧‧‧Sensors
12‧‧‧警報器12‧‧‧Alarm
2‧‧‧消防受信系統2‧‧‧Fire Trust System
21‧‧‧感測件21‧‧‧Sense parts
22‧‧‧受信總機22‧‧‧trusted switchboard
221‧‧‧警報器221‧‧‧Alarm
〔本發明〕〔this invention〕
3‧‧‧主動式安全監測系統3‧‧‧Active Safety Monitoring System
31‧‧‧防護空間31‧‧‧Protection space
32‧‧‧感測件32‧‧‧Sensors
321‧‧‧處理器321‧‧‧ processor
322‧‧‧傳送介面322‧‧‧Transport interface
33‧‧‧整合機構33‧‧‧Integrated institutions
331‧‧‧接收介面331‧‧‧ receiving interface
332‧‧‧處理單元332‧‧‧Processing unit
333‧‧‧發射器333‧‧‧transmitter
334‧‧‧控制模式334‧‧‧Control mode
335‧‧‧警報器335‧‧‧Alarm
圖1是習知1之監測主機之示意圖；圖2是習知2之消防受信系統之示意圖；圖3是本發明主動式安全監測系統之一較佳實施例之方塊圖；圖4是該較佳實施例之整體平面安裝示意圖；及圖5是本發明另一較佳實施例之整體平面安裝示意圖。1 is a schematic diagram of a monitoring host of the prior art; FIG. 2 is a schematic diagram of a fire protection receiving system of the prior art; FIG. 3 is a block diagram of a preferred embodiment of the active safety monitoring system of the present invention; A schematic diagram of an overall planar mounting of a preferred embodiment; and FIG. 5 is a schematic illustration of an overall planar mounting of another preferred embodiment of the present invention.
3‧‧‧主動式安全監測系統3‧‧‧Active Safety Monitoring System
31‧‧‧防護空間31‧‧‧Protection space
32‧‧‧感測件32‧‧‧Sensors
321‧‧‧處理器321‧‧‧ processor
322‧‧‧傳送介面322‧‧‧Transport interface
33‧‧‧整合機構33‧‧‧Integrated institutions
331‧‧‧接收介面331‧‧‧ receiving interface
332‧‧‧處理單元332‧‧‧Processing unit
333‧‧‧發射器333‧‧‧transmitter
334‧‧‧控制模式334‧‧‧Control mode
335‧‧‧警報器335‧‧‧Alarm
Claims (3)
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW099107248A TWI511097B (en) | 2010-03-12 | 2010-03-12 | Active monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW099107248A TWI511097B (en) | 2010-03-12 | 2010-03-12 | Active monitoring system |
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| Publication Number | Publication Date |
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| TW201131519A TW201131519A (en) | 2011-09-16 |
| TWI511097B true TWI511097B (en) | 2015-12-01 |
Family
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| TW099107248A TWI511097B (en) | 2010-03-12 | 2010-03-12 | Active monitoring system |
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| Country | Link |
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| TW (1) | TWI511097B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2873256A (en) * | 1955-05-05 | 1959-02-10 | Aris P Saris | Rust eradicator and method of using same |
| US6873256B2 (en) * | 2002-06-21 | 2005-03-29 | Dorothy Lemelson | Intelligent building alarm |
| TWM270575U (en) * | 2004-07-05 | 2005-07-11 | Chen, Jr | Low-cost short-message security monitoring device based on paging |
| EP2124206A1 (en) * | 2008-05-22 | 2009-11-25 | Honeywell International Inc. | Server based distributed security system |
| TW201007626A (en) * | 2008-08-01 | 2010-02-16 | Nat Univ Chin Yi Technology | An indoor fire prevention and anti-theft method and its device |
-
2010
- 2010-03-12 TW TW099107248A patent/TWI511097B/en not_active IP Right Cessation
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2873256A (en) * | 1955-05-05 | 1959-02-10 | Aris P Saris | Rust eradicator and method of using same |
| US6873256B2 (en) * | 2002-06-21 | 2005-03-29 | Dorothy Lemelson | Intelligent building alarm |
| TWM270575U (en) * | 2004-07-05 | 2005-07-11 | Chen, Jr | Low-cost short-message security monitoring device based on paging |
| EP2124206A1 (en) * | 2008-05-22 | 2009-11-25 | Honeywell International Inc. | Server based distributed security system |
| TW201007626A (en) * | 2008-08-01 | 2010-02-16 | Nat Univ Chin Yi Technology | An indoor fire prevention and anti-theft method and its device |
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| TW201131519A (en) | 2011-09-16 |
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