TWI503033B - Wireless monitoring method and device thereof - Google Patents
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本發明有關於一種無線監控方法及其裝置，尤指一種藉由監控群集資料令複數無線監控裝置得設定為同一監控群集，而能進行複合式感應監控的無線監控方法及其裝置。The present invention relates to a wireless monitoring method and apparatus thereof, and more particularly to a wireless monitoring method and apparatus capable of performing composite sensing monitoring by monitoring cluster data to enable a plurality of wireless monitoring devices to be set to the same monitoring cluster.
居家品質一直是人們所重視的問題，隨生活形態的改變以及科技的演進，過往單純以人力就近提供保護或服務的形態，逐漸發展成配合監控系統、監控軟體等進行遠距保全、管理的實施形態。就以目前的監控系統說明，建構監控系統前需先將欲監控範圍劃分成數個監控範圍，並根據每一該監控範圍的需求設置至少一功能對應的偵測裝置，而每一該偵測裝置透過一有線電話迴路與一系統主機資訊連接，傳遞經偵測產生的一環境訊號至該系統主機，該系統主機則對所接受的該些環境訊號進行判斷，確認是否發生異常需要產生一警告訊號，其具體的實施方式則如美國專利第US8,194,695或US2011310770號專利案所揭。The quality of home has always been a problem that people pay attention to. With the change of life style and the evolution of science and technology, in the past, the form of protection or service provided by manpower alone has gradually developed into a long-term preservation and management implementation with monitoring systems and monitoring software. form. According to the current monitoring system, before the monitoring system is constructed, the monitoring range is divided into several monitoring ranges, and at least one function corresponding detecting device is set according to the requirements of each monitoring range, and each detecting device is used. A wired telephone loop is connected to a system host to transmit a detected environmental signal to the system host. The system host determines the received environmental signals to confirm whether an abnormality needs to generate a warning signal. The specific embodiment is disclosed in U.S. Patent No. 8,194,695 or US Patent No. 2011310770.
然而，現今透過該系統主機的集中式管理，雖然有利於監控端的管控，但該有線電話迴路的正常與否並非監控端所能掌控，若該有線電話迴路發生斷路，該監控系統即進入服務失效的狀態。另一方面，每一該系統主機能夠同時連線的數量受限於該有線電話迴路的頻寬，導致該系統主機容易出現連線忙碌的狀態而無法確實接受來自該偵測裝置的環境訊號，除了通訊線路的頻寬限制之外，當該系統主機同時接受多個環境訊號達一定數量時，則容易導致該系統 主機的運算效能無法負荷，而無法在第一時間發出警告喪失了提升居家品質的本意。再者，每一該偵測裝置利用該有線電話迴路與該系統主機進行連線，亦會導致監控範圍內的配線複雜化，不易檢修且施工配線不易。However, the centralized management of the host through the system today is beneficial to the monitoring and control of the monitoring terminal. However, the normality of the wired telephone circuit is not controlled by the monitoring terminal. If the wired telephone circuit is disconnected, the monitoring system enters the service failure. status. On the other hand, the number of simultaneous connections of each system host is limited by the bandwidth of the wired telephone loop, which causes the system host to be prone to busy connection and cannot accept the environmental signal from the detection device. In addition to the bandwidth limitation of the communication line, when the system host simultaneously accepts multiple environmental signals for a certain number, it is easy to cause the system. The computing performance of the host can't be loaded, and it is impossible to issue a warning at the first time to lose the original intention of improving the quality of the home. Moreover, each of the detecting devices uses the wired telephone circuit to connect with the system host, which also complicates the wiring within the monitoring range, is difficult to repair, and the construction wiring is not easy.
本發明之主要目的，在於解決習用監控系統施工不易且無法變更的問題。The main object of the present invention is to solve the problem that the construction monitoring system is difficult to construct and cannot be changed.
為達上述目的，本發明提供一種無線監控方法，包括步驟有：步驟一：提供複數無線監控裝置，每一該無線監控裝置分別偵測周遭狀態輸出一狀態資料；步驟二：相互登載一由複數裝置識別碼所組成的監控群集資料每一於該無線監控裝置之中，每一該裝置識別碼分別對應其中一該無線監控裝置；步驟三：設定每一該無線監控裝置分別具有綜合每一該狀態資料後可輸出一至少一控制訊號的狀態監控條件；步驟四：任一該無線監控裝置取得可進行連線範圍內其他該無線監控裝置的該裝置識別碼，判斷該裝置識別碼是否記錄於該監控群集資料，若是即設定與該無線監控裝置為一監控群集，並接受該無線監控裝置所輸出的該狀態資料，進入下一步驟；以及步驟五：當任一該無線監控裝置檢測本身取得的該狀態資料，或該監控群集內的其他該無線監控裝置取得的該狀態資料，以判斷是否符合該狀態監控條件，若是，則輸出至少一該控制訊號以觸發至少一電子裝置。To achieve the above objective, the present invention provides a wireless monitoring method, including the steps of: Step 1: providing a plurality of wireless monitoring devices, each of the wireless monitoring devices respectively detecting a surrounding state output state data; Step two: mutually publishing one by multiple The monitoring cluster data composed by the device identification code is each in the wireless monitoring device, and each of the device identification codes respectively corresponds to one of the wireless monitoring devices; and step 3: setting each of the wireless monitoring devices to have each integrated After the status data, a status monitoring condition of at least one control signal may be output; Step 4: any wireless monitoring device obtains the device identification code of the other wireless monitoring device in the range of connection, and determines whether the device identification code is recorded in the device. The monitoring cluster data, if it is set to be a monitoring cluster with the wireless monitoring device, and accepting the status data output by the wireless monitoring device, proceeds to the next step; and step 5: when any of the wireless monitoring devices detects the acquisition itself The status data, or other wireless monitoring devices in the monitoring cluster The state information to determine compliance with the state monitoring conditions, if the output of the at least one control signal to trigger at least one electronic device.
於一實施例中，該步驟四更包含以下步驟：利用任一該無線監控裝置對其中一該無線監控裝置發出建立資訊連線請求；其中一該無線監控裝置響應連線，而獲取該無線監控裝置的該裝置識別碼以及一連線位址碼；比對該裝置 識別碼是否記錄於該監控群集資料中，若有則以該連線位址碼與該無線監控裝置進行連線，並設定為相同該監控群集。In an embodiment, the step 4 further includes the step of: using any of the wireless monitoring devices to send an establishment information connection request to one of the wireless monitoring devices; wherein the wireless monitoring device obtains the wireless monitoring in response to the connection. The device identification code of the device and a connection address code; Whether the identification code is recorded in the monitoring cluster data, and if so, is connected to the wireless monitoring device by the connection address code, and is set to be the same as the monitoring cluster.
於一實施例中，該複數無線監控裝置分別包含有一偵測狀態變化的狀態感應單元，一與該狀態感應單元連接並儲存有該監控群集資料及該狀態監控條件的微控制單元，以及一連接該微控制單元並與該無線監控裝置進行通訊的通訊模組。In an embodiment, the plurality of wireless monitoring devices respectively include a state sensing unit for detecting a state change, a micro control unit connected to the state sensing unit and storing the monitoring cluster data and the state monitoring condition, and a connection. The micro control unit is a communication module that communicates with the wireless monitoring device.
於一實施例中，該狀態感應單元可為一溫度感應器、一煙霧感應器、一震動感應器、一位移感應器、一通電感應器、一血壓感應器、一血糖感應器、一心跳感應器或一聲音感應器的其中之一。In one embodiment, the state sensing unit can be a temperature sensor, a smoke sensor, a vibration sensor, a displacement sensor, a power sensor, a blood pressure sensor, a blood glucose sensor, and a heartbeat sensor. One of the sound sensors or a sound sensor.
除上述監控方法之外，本發明亦提供一種無線監控裝置的監控群集，其包括複數無線監控裝置，而每一該無線監控裝置分別其包括有一偵測周邊狀態輸出一狀態資料的狀態感應單元，以及一與其他無線監控裝置無線連接的通訊模組，其特徵在於：每一該無線監控裝置包含一儲存有一狀態監控條件以及另一該無線監控裝置的一裝置識別碼並與該狀態感應單元電性連接以接收該狀態資料的微控制單元，每一該無線監控裝置輸出該狀態資料至其他該無線監控裝置並接收其他該無線監控裝置的該些狀態資料，該微控制單元判斷所有的該些狀態資料是否符合該狀態監控條件，當其中一該無線監控裝置判斷該些狀態資料以及另一該狀態資料滿足該狀態監控條件時輸出一控制訊號。In addition to the foregoing monitoring method, the present invention also provides a monitoring cluster of a wireless monitoring device, which includes a plurality of wireless monitoring devices, and each of the wireless monitoring devices includes a state sensing unit that detects a peripheral state outputting a status data. And a communication module wirelessly connected to the other wireless monitoring device, wherein each of the wireless monitoring devices includes a device identification code that stores a state monitoring condition and another wireless monitoring device, and is electrically coupled to the state sensing unit a micro-control unit that receives the status data, each of the wireless monitoring devices outputs the status data to other wireless monitoring devices and receives the status data of other wireless monitoring devices, and the micro control unit determines all of the status information. Whether the status data meets the status monitoring condition, and when one of the wireless monitoring devices determines that the status data and the other status data satisfy the status monitoring condition, a control signal is output.
於一實施例中，該通訊模組可實施由IEEE802.15.1通訊協定、IEEE802.11通訊協定、IEEE802.15.4通訊協定所組成群集中的其中之一。In an embodiment, the communication module can implement one of a cluster consisting of an IEEE 802.15.1 protocol, an IEEE 802.11 protocol, and an IEEE 802.15.4 protocol.
於一實施例中，該狀態感應單元可為一溫度感應器、一煙霧感應器、一震動感應器、一位移感應器、一通電感應器、一血壓感應器、一血糖感應器、一心跳感應器或一聲音感應器的其中之一。In one embodiment, the state sensing unit can be a temperature sensor, a smoke sensor, a vibration sensor, a displacement sensor, a power sensor, a blood pressure sensor, a blood glucose sensor, and a heartbeat sensor. One of the sound sensors or a sound sensor.
本發明所揭方法及其結構，相較於習用，具有以下特點：The method and structure of the invention have the following characteristics compared with the conventional ones:
1.本發明利用多個無線監控裝置直接相互對連，交換該狀態資料，判斷是否符合該狀態監控條件而輸出該控制訊號。如此，可確實避免習用監控系統需透過保全主機中繼，而容易發生應保全主機異常或線路中斷導致保全失效的問題。1. The present invention directly interconnects a plurality of wireless monitoring devices, exchanges the status data, and determines whether the status monitoring condition is met and outputs the control signal. In this way, it is possible to avoid the problem that the conventional monitoring system needs to be relayed through the security host, and it is prone to cause the maintenance to be insured due to the abnormality of the host or the interruption of the line.
2.本發明利用無線通訊技術進行兩無線監控裝置間的資訊互換，改良了習用需以有線電話線實施，卻導致配線繁雜的問題。2. The invention utilizes wireless communication technology to exchange information between two wireless monitoring devices, and improves the practice that the utility needs to be implemented by a wired telephone line, but the wiring is complicated.
3.本發明於該無線監控裝置登載該監控群集資料，令每一該無線監控裝置可以確實的依據每一該監控群集進行連線，產生互動式監控，且該監控群集資料的設定令使用者可依據實施需求新增該監控群基資料內已記錄的另一該無線監控裝置。3. The present invention displays the monitoring cluster data in the wireless monitoring device, so that each wireless monitoring device can be reliably connected according to each monitoring cluster, and an interactive monitoring is generated, and the monitoring cluster data is set to be used by the user. Another wireless monitoring device recorded in the monitoring group based data may be added according to the implementation requirement.
1‧‧‧無線監控裝置1‧‧‧Wireless monitoring device
11‧‧‧狀態感應單元11‧‧‧State sensing unit
12‧‧‧通訊模組12‧‧‧Communication Module
13‧‧‧微控制單元13‧‧‧Micro Control Unit
2‧‧‧第一無線監控裝置2‧‧‧First wireless monitoring device
22‧‧‧通訊模組22‧‧‧Communication Module
23‧‧‧微控制單元23‧‧‧Micro Control Unit
3‧‧‧第二無線監控裝置3‧‧‧Second wireless monitoring device
S01、S02、S03、S04、S05‧‧‧步驟S01, S02, S03, S04, S05‧‧ steps
S041、S042、S043‧‧‧子步驟S041, S042, S043‧‧ substeps
圖1，本發明無線監控方法所使用裝置的方塊組成示意圖。FIG. 1 is a block diagram showing the structure of a device used in the wireless monitoring method of the present invention.
圖2，本發明無線監控方法一實施例的裝置示意圖。FIG. 2 is a schematic diagram of an apparatus of an embodiment of a wireless monitoring method according to the present invention.
圖3，本發明無線監控方法一實施例的流程示意圖。FIG. 3 is a schematic flow chart of an embodiment of a wireless monitoring method according to the present invention.
圖4，本發明無線監控方法一實施例步驟四的子步驟流程示意圖。FIG. 4 is a schematic flowchart diagram of a sub-step of step 4 of an embodiment of the wireless monitoring method of the present invention.
本發明無線監控方法及其裝置，其是由至少二無線監控裝置裝配於同一監控範圍內的結合實施，產生複合式監控效果。請參閱圖1，本發明該無線監控裝置1具有一狀態感應單元11、一通訊模組12以及一微控制單元13，其中，該狀態感應單元11常態偵測周邊狀態而輸出有一狀態資料，所稱周邊狀態可指該監控範圍內的狀態變化，又或者是該監控範圍內一使用者的生理資訊，該狀態資料則為相對應狀態變化(或生理資訊)的感應結果。進一步地，該狀態感應單元 11可為一溫度感應器、一煙霧感應器、一震動感應器、一位移感應器、一通電感應器、一血壓感應器、一血糖感應器、一心跳感應器或一聲音感應器。該通訊模組12則用以與另一該狀態感應單元11資訊連接，令兩該狀態感應單元11常態形成資訊連接，互換該狀態資料，而該通訊模組12所能運行的通訊技術諸多，諸如IEEE802.15.1通訊協定、或IEEE802.11通訊協定、或IEEE802.15.4通訊協定所組成群組。再者，該微控制單元13即俗稱的MCU，其分別連接該狀態感應單元11及該通訊模組12，並記憶有一監控群集資料以及一狀態監控條件。所稱該監控群集資料中記載有複數裝置識別碼，每一該裝置識別碼即表示一個無線監控裝置1，而記錄於該監控群集資料中的另一該無線監控裝置即設定與該無線監控裝置1為監控群組，而監控群集資料實際上僅記錄與該無線監控裝置1有監控關聯並設定為監控群組的另一該無線監控裝置的該裝置識別碼，也就表示於該監控範圍內的每一該無線監控裝置1並非一定設定成為監控群組，而可依據監控目的進行監控群集的調整設定。進一步地，該監控群集資料更可記錄有對一每一該無線監控裝置1的連線位址資料，令該通訊模組12依該連線位址資料與對應的該無線監控裝置1資訊連接。該狀態監控條件則可為一判斷式，以該狀態資料為基礎，判斷該狀態資料是否符合該狀態監控條件所限制，若符合即輸出至少一該控制訊號令至少一電子裝置作動。The wireless monitoring method and device thereof are implemented by a combination of at least two wireless monitoring devices installed in the same monitoring range to generate a combined monitoring effect. Referring to FIG. 1, the wireless monitoring device 1 of the present invention has a state sensing unit 11, a communication module 12, and a micro control unit 13, wherein the state sensing unit 11 normally detects a peripheral state and outputs a state data. The surrounding state may refer to a state change within the monitoring range, or a physiological information of a user within the monitoring range, and the state data is a sensing result corresponding to a state change (or physiological information). Further, the state sensing unit 11 can be a temperature sensor, a smoke sensor, a vibration sensor, a displacement sensor, a power sensor, a blood pressure sensor, a blood glucose sensor, a heartbeat sensor or a sound sensor. The communication module 12 is configured to be in communication with another state sensing unit 11 so that the two state sensing units 11 form an information connection in a normal state, and the state data is exchanged, and the communication module 12 can operate a plurality of communication technologies. A group such as the IEEE 802.15.1 protocol, or the IEEE 802.11 protocol, or the IEEE 802.15.4 protocol. Moreover, the micro control unit 13 is commonly referred to as an MCU, which is respectively connected to the state sensing unit 11 and the communication module 12, and memorizes a monitoring cluster data and a state monitoring condition. The monitoring cluster data is said to have a plurality of device identification codes, each of the device identification codes indicating a wireless monitoring device 1, and the other wireless monitoring device recorded in the monitoring cluster data is set with the wireless monitoring device. 1 is a monitoring group, and the monitoring cluster data actually records only the device identification code of the other wireless monitoring device that is monitored and associated with the wireless monitoring device 1 and is set as a monitoring group, which is also indicated within the monitoring range. Each of the wireless monitoring devices 1 is not necessarily configured as a monitoring group, and the monitoring cluster adjustment setting can be performed according to the monitoring purpose. Further, the monitoring cluster data may further record the connection address data of each of the wireless monitoring devices 1, so that the communication module 12 is connected to the corresponding wireless monitoring device 1 according to the connection address data. . The status monitoring condition may be a judgment type, and based on the status data, determining whether the status data is consistent with the status monitoring condition, and if yes, outputting at least one of the control signals to cause at least one electronic device to operate.
而於解釋本案監控方法前，為避免多個該無線監控裝置1的實施造成文意上的誤解，於此係先將該些無線監控裝置1區分為一第一無線監控裝置2以及一第二無線監控裝置3(如圖2所示)。併請參閱圖3，本發明該無線監控方法包含有以下步驟：步驟一(S01)，提供該第一無線監控裝置2以及至少一該第二無線監控裝置3，該第一無線監控裝置2及每一該第二無線監控裝置3分別偵測周遭狀態輸出一第一狀態資料及一第二狀態資料；步驟二(S02)，登載由複數裝置識別碼所組成的該監控群集資料於該第一無線監控裝置2之中，每一該裝置識別碼分別 對應其中一該第二無線監控裝置3；步驟三(S03)，設定該第一無線監控裝置2具有一取得該第一狀態資料及該第二狀態資料輸出一控制訊號的狀態監控條件；步驟四(S04)：取得該第一無線監控裝置2可進行連線範圍內每一該第二無線監控裝置3的該裝置識別碼，判斷該裝置識別碼是否記錄於該監控群集資料，若是即設定與該第二無線監控裝置3為一監控群組，並接受該第二無線監控裝置3所輸出的該第二狀態資料，進入下一步驟；步驟五(S05)，當該第一無線監控裝置2檢測產生有該第一狀態資料，並自該監控群組內的任一該第二無線監控裝置3取得該第二狀態資料，判斷是否符合該狀態監控條件輸出該控制訊號以觸發一電子裝置。Before explaining the monitoring method of the present case, in order to avoid the misunderstanding of the implementation of the plurality of wireless monitoring devices 1, the wireless monitoring device 1 is first divided into a first wireless monitoring device 2 and a second. Wireless monitoring device 3 (shown in Figure 2). Referring to FIG. 3, the wireless monitoring method of the present invention includes the following steps: Step 1 (S01), providing the first wireless monitoring device 2 and at least one second wireless monitoring device 3, the first wireless monitoring device 2 and Each of the second wireless monitoring devices 3 respectively detects a surrounding state outputting a first state data and a second state data; and step 2 (S02), loading the monitoring cluster data composed of the plurality of device identification codes in the first In the wireless monitoring device 2, each of the device identification codes is respectively Corresponding to one of the second wireless monitoring devices 3; Step 3 (S03), setting the first wireless monitoring device 2 to have a state monitoring condition for obtaining the first state data and the second state data outputting a control signal; (S04): obtaining, by the first wireless monitoring device 2, the device identification code of each of the second wireless monitoring devices 3 in the connection range, determining whether the device identification code is recorded in the monitoring cluster data, and if so, setting and The second wireless monitoring device 3 is a monitoring group, and receives the second state data output by the second wireless monitoring device 3, and proceeds to the next step; Step 5 (S05), when the first wireless monitoring device 2 The first status data is detected and the second status data is obtained from any of the second wireless monitoring devices 3 in the monitoring group, and it is determined whether the control signal is output according to the status monitoring condition to trigger an electronic device.
具體說明上述各步驟，本發明方法實施時，首先係於該監控範圍內(如居家環境等)設置該第一無線監控裝置2以及至少一個該第二無線監控裝置3，於此實施例中，該監控範圍舉例為廚房，該第一無線監控裝置2為一溫度感測器，該第二無線監控裝置3為一煙霧感測器。於後，登載該監控群集資料於該第一無線監控裝置2之中，而該監控群集資料則如前述，具有與該第一無線監控裝置2設定為相同該監控群組的每一該第二無線監控裝置3的該裝置識別碼，而該監控群集資料所記錄的該裝置識別碼，並非僅有當下實施該第二無線監控裝置3的該裝置識別碼，該監控群集資料實際上可進一步記載除當下實施以外，但仍有可能增設為同一監控群集的該第二無線監控裝置3的該裝置識別碼。進一步說明，該監控群集資料實際可以記錄兩個或兩個以上的該裝置識別碼，於此實施例中，該監控範圍僅架設一個該第二無線監控裝置3，而另一該第二無線監控裝置3則可以依據需求增加設置於該監控範圍中並設定為同一監控群集。步驟二(S02)結束後即進入步驟三(S03)，設定該第一無線監控裝置2具有該狀態監控條件，該狀態監控條件於此實施例中為判斷該監控範圍(廚房)發生火災的條件，如煙霧濃度以及廚房的現況溫度。步驟四(S04)實施時，該第一無線監控裝置2係取得該第 一無線監控裝置2可進行連線範圍內的每一該第二無線監控裝置3的裝置識別碼，並自所接受到的該裝置識別碼中判斷是否記綠於該監控群集資料內，若有，即設定該第一無線監控裝置2與該第二無線監控裝置3為相同該監控群組，此時，該第一無線監控裝置2即常態接受該第二無線監控裝置3所輸出的第二狀態資料。而於步驟四(S04)中，該第一無線監控裝置2所取得的該裝置識別碼若未記錄於該監控群集資料，該第一無線監控裝置2便不會與該第二無線監控裝置3設定為同一監控群集並停止接受該第二無線監控裝置3所傳遞的資料。最後，步驟五(S05)實施時，本發明方法即進入監控階段，該第一無線監控裝置2常態對該監控範圍進行感應偵測產生該第一狀態資料，並自該監控群組內的任一該第二無線監控裝置3取得該第二狀態資料，判斷是否符合該狀態監控條件，若符合，該第一無線監控裝置2即輸出至少一控制訊號以觸發至少一該電子裝置，提醒使用者意外發生或者是進行立即性的意外處理，而該電子裝置可為意外發生時進行相對應處理的裝置。Specifically, in the foregoing steps, when the method of the present invention is implemented, the first wireless monitoring device 2 and the at least one second wireless monitoring device 3 are first disposed in the monitoring range (such as a home environment, etc.). In this embodiment, The monitoring range is exemplified by a kitchen. The first wireless monitoring device 2 is a temperature sensor, and the second wireless monitoring device 3 is a smoke sensor. Thereafter, the monitoring cluster data is posted in the first wireless monitoring device 2, and the monitoring cluster data is as described above, and each of the second monitoring devices 2 is set to be the same as the second monitoring group. The device identification code of the wireless monitoring device 3, and the device identification code recorded by the monitoring cluster data is not only the device identification code of the second wireless monitoring device 3, but the monitoring cluster data can be further recorded. In addition to the current implementation, it is still possible to add the device identification code of the second wireless monitoring device 3 of the same monitoring cluster. Further, the monitoring cluster data may actually record two or more device identification codes. In this embodiment, the monitoring range only occupies one second wireless monitoring device 3, and the other second wireless monitoring device The device 3 can be set in the monitoring range according to the requirement and set as the same monitoring cluster. After the second step (S02) is completed, the process proceeds to step 3 (S03), and the first wireless monitoring device 2 is set to have the state monitoring condition. The state monitoring condition is a condition for determining the fire of the monitoring range (kitchen) in this embodiment. Such as the concentration of smoke and the temperature of the kitchen. When the fourth step (S04) is implemented, the first wireless monitoring device 2 obtains the first A wireless monitoring device 2 can perform a device identification code of each of the second wireless monitoring devices 3 in the range of connection, and determine, from the received device identification code, whether to record green in the monitoring cluster data, if any That is, the first wireless monitoring device 2 and the second wireless monitoring device 3 are set to be the same monitoring group. At this time, the first wireless monitoring device 2 normally accepts the second output by the second wireless monitoring device 3. Status data. In step 4 (S04), if the device identification code acquired by the first wireless monitoring device 2 is not recorded in the monitoring cluster data, the first wireless monitoring device 2 does not interact with the second wireless monitoring device 3. Set to the same monitoring cluster and stop accepting the data transmitted by the second wireless monitoring device 3. Finally, when the fifth step (S05) is implemented, the method of the present invention enters a monitoring phase, and the first wireless monitoring device 2 normally detects the monitoring range to generate the first state data, and The second wireless monitoring device 3 obtains the second status data to determine whether the status monitoring condition is met. If yes, the first wireless monitoring device 2 outputs at least one control signal to trigger at least one electronic device to alert the user. An accident occurs or an immediate accidental treatment is performed, and the electronic device can be a device that performs corresponding processing when an accident occurs.
併請參閱圖4，本發明方法所揭實施例，更可於步驟四(S04)實施時進行圖4所揭的各子步驟(S041~S042)，進一步說明，於該監控區域內建置完成該第一無線監控裝置2及該第二無線監控裝置3後，該第一無線監控裝置2即對該監控區域內的每一該第二無線監控裝置3發出建立連線的請求。於該第二無線監控裝置3響應連線後，該第一無線監控裝置2即獲取該第二無線監控裝置3的該裝置識別碼與該連線位址資料，進而比對該裝置識別碼是否記錄於該監控群集資料內，若有則進一步將該連線位址資料記錄於該微控制單元23中，令該通訊單元22可依該連線位址資料與該第二無線監控裝置3連線。Referring to FIG. 4, the embodiment of the method of the present invention may further perform the sub-steps (S041~S042) disclosed in FIG. 4 during the implementation of step 4 (S04), further illustrating that the monitoring area is completed. After the first wireless monitoring device 2 and the second wireless monitoring device 3, the first wireless monitoring device 2 sends a request for establishing a connection to each of the second wireless monitoring devices 3 in the monitoring area. After the second wireless monitoring device 3 responds to the connection, the first wireless monitoring device 2 acquires the device identification code of the second wireless monitoring device 3 and the connection address data, and further whether the device identification code is Recorded in the monitoring cluster data, if any, the connection address data is further recorded in the micro control unit 23, so that the communication unit 22 can connect to the second wireless monitoring device 3 according to the connection address information. line.
綜上所述，一種無線監控方法及其裝置，本發明方法是由至少二無線監控裝置搭配實施，每一該無線監控裝置具有一狀態感應單元、一微控制單元以及一通訊模組。實施時，首先登載一監控群集資料於每一該無線監控裝置中， 於該無線監控裝置取得一連線範圍內另一該無線監控裝置的裝置識別碼時，即判斷該裝置識別碼是否記錄於該監控群集資料內，若有則設定與另一該無線監控裝置為監控群集，而該無線監控裝置常態輸出一狀態資料，並自該監控群集內的另一該無線監控裝置取得另一該狀態資料，判斷符合一狀態控制條件後，即輸出一控制訊號以觸發一電子裝置。In summary, a wireless monitoring method and device thereof are implemented by at least two wireless monitoring devices, each of which has a state sensing unit, a micro control unit, and a communication module. In implementation, a monitoring cluster data is first posted in each of the wireless monitoring devices. When the wireless monitoring device obtains the device identification code of another wireless monitoring device within a connection range, it is determined whether the device identification code is recorded in the monitoring cluster data, and if so, the setting is performed with another wireless monitoring device. Monitoring the cluster, and the wireless monitoring device normally outputs a status data, and another status data is obtained from another wireless monitoring device in the monitoring cluster, and after determining that the status control condition is met, a control signal is output to trigger a Electronic device.
以上已將本發明做一詳細說明，惟以上所述者，僅為本發明之一較佳實施例而已，當不能以此限定本發明實施之範圍，即凡依本發明申請專利範圍所作之均等變化與修飾，皆應仍屬本發明之專利涵蓋範圍內。The present invention has been described in detail above, but the foregoing is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Variations and modifications are still within the scope of the patents of the present invention.
S01、S02、S03、S04、S05‧‧‧步驟S01, S02, S03, S04, S05‧‧ steps
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