M366691 五、新型說明: ^气充 【新型所屬之技術領域】 本創作係_紅外線作為熱紐人體飾之感知,搭配 電子電路傳送相關信號,以各相對應之邏輯關係,啟動 (Start)、停止(St〇p)、重新(Rd〇ad)定時器,並以計時器終了 點’藉由_電路與零件輸出警告錢或控制信號。 【先前技術】 針對特定熱源、特定裝置的感知,但未考量人員存在 的相對應定時考量’使用上增加使用者的操作負荷。 【新型内容】 利用兩個獨立的紅外線感知裝置,其一作為熱源發 生、存在之感知,另一則作為人員活動之感知透過有線 或無線式之信號賴’ H子電路將信餅邏輯判斷, 乂運作疋日找置之各項功能,達到警告或控制效果。 本創作包含一種熱源感知及信號傳收之子機;一種人 體紅外線感知、定時及信號傳收之主機4機藉以偵測熱 源的發生及存在,並適時傳送相對應訊號至主機,主機則 以接收之信號,搭配本身之人體紅外線感知,作為定 時、警告及控制的判斷與輪出。 【實施方式】 請參考圖-,為本創作之系統應用架構圖,其中20子 機’係利用22熱源發生/存在紅外線檢知原理,作為對幻 3 M366691 熱源體的偵測,衾 10主機;10主由 从年7月正 經由有線或無線式的21信息傳送, Μ人=主機利用^人體紅外線檢知原理,偵測相關 /動,再結合21信息傳送,以内部電子電路, 12叶時器、13警報器及14控制器等的相關動作。例春 照圖四):2〇子機侧到23熱源體發生, 1〇 ±m 1Λ ^息傳送至 ,機’ 10主機起動12計時器,期間10主機若一旦侧 到24人員活動,則先暫時停止計時器,並將12計時器恢 復至起始計時值後,再4新_計時。同時計時期間,亦 會持續監縣自2〇子機之2丨信息傳送,若經—特定期間 未收到此信息,表23鱗體已不復發生/存在,此時自動停 止12叶時器、13警報器、14控制器的一切動作;若21信 息傳送持續出現至12計時輯時終了,則13警報器、Μ 控制器作動。 【圖式簡單說明】 圖一··系統應用架構圖 圖二:子機電路方塊圖 圖三:主機電路方塊圖 圖四:主機系統流程圖 【主要元件符號說明】 10主機:具人體紅外線檢知、訊息傳收功能,可控制計時 器、警報器及控制器之模組。 13警報器:可輸出聲音、亮光告警信號之元件。 M366691 14控制器:可依需求呈現導通(連接)/截止(不連接)狀 態之元件。 12計時器:可啟動、停止、重啟載入計時之時間計數元件。 20子機:具熱源發生/存在紅外線檢知功能及訊息傳收功能 之模組0 5M366691 V. New description: ^Gas charge [New technology field] This creation department _ Infrared as the perception of the body of the hot body, with the electronic circuit to transmit the relevant signals, with the corresponding logical relationship, start (Start), stop (St〇p), re- (Rd〇ad) timer, and end of the timer 'by the _ circuit and parts output warning money or control signal. [Prior Art] The user's operational load is increased in use for a specific heat source, the perception of a particular device, but the relative timing considerations of the unrecognized personnel. [New content] Two independent infrared sensing devices are used, one of which is used as a heat source to generate and sense the presence, and the other as a perception of human activities through the wired or wireless signal to the 'H sub-circuit to judge the logic of the letter, 乂 operation Find the various functions on the next day to achieve warning or control effects. The creation includes a heat source sensing and signal transmission sub-machine; a human body infrared sensing, timing and signal transmission host 4 machine to detect the occurrence and existence of the heat source, and timely transmit the corresponding signal to the host, the host receives The signal, combined with its own human infrared perception, serves as a judgment and turn-off for timing, warning and control. [Embodiment] Please refer to the figure -, the system application architecture diagram of the creation, in which the 20 sub-machines use 22 heat source generation / presence of infrared detection principle, as the detection of the magic 3 M366691 heat source body, 衾 10 host; 10 main from July of the year through wired or wireless 21 information transmission, =人 = host using ^ human infrared detection principle, detection related / moving, combined with 21 information transmission, internal electronic circuit, 12 leaf time Related actions of the device, 13 alarms, and 14 controllers. Example spring photo four): 2 scorpion side to 23 heat source body occurs, 1 〇 ± m 1 Λ ^ interest transmission to the machine '10 host start 12 timer, during the period 10 host once the side to 24 personnel activities, then temporarily Stop the timer and return the 12 timer to the initial timing value, then 4 new _ timing. At the same time, during the timekeeping period, the information transmission from the 2nd sub-machine will be continued. If the information is not received during the specific period, the scale of Table 23 will no longer occur/exist, and the 12-leaf timer will be automatically stopped. , 13 alarms, 14 controllers of all actions; if 21 information transmission continues to appear until the end of the 12 timer series, then 13 alarms, Μ controller actuation. [Simple diagram of the diagram] Figure 1 · System application architecture diagram Figure 2: Sub-machine circuit block diagram Figure 3: Host circuit block diagram Figure 4: Host system flow chart [main component symbol description] 10 host: with human body infrared detection The message transmission function controls the modules of the timer, alarm and controller. 13 alarm: A component that can output sound and bright alarm signals. M366691 14 Controller: A component that can be turned on (connected) / cut off (not connected) as required. 12 Timer: The time counting component can be started, stopped, and restarted. 20 sub-machine: module with heat source generation/infrared detection function and message transmission function 0 5