彡、新型說明： 【新型所屬之技術領域】 本新型是有關於—種擦 B 裡燈具及包含有該燈具的系統，特 別是指一種兼具補蚊及昭明 叹…'月功旎的多功能照明燈，以及多 功能智慧型照明及導引系統。 【先前技術】 隨者國人生活水準的提升，民眾愈來愈注重休間生活 ，因此各地的公園、遊樂場所不斷增加，而且活動人員也 大巾田增加。而照明裝置為夜間活動中最重要的導引裝置， 近年來由於發光二極體（LED)具有省電特性，已逐漸取代傳 統的日光燈管與燈泡，成為新一代的照明光源。 已知的LED燈具包含數個LED燈，其運作方式為一次 全部點亮或者-次全部關閉，因此常常在天候還很亮時， 部因到了點燈時間而點亮所有的LED燈，或者是當夜晚結 束而白天逐漸到來時’天候已經很亮了，卻限於：燈時； 未到而仍然亮燈。而且即使到了需要點燈的時間，彳曰一門 始天色並未完全黑暗，因此並不需要一次就點亮所有的： 。換言之，目前的LED燈具無法搭配天候亮度提供適當^ 度的照明’使得亮度過亮而導致能源浪費，或者齐戶不足 而產生不便。另外’在戶外活動場所中’夜間的蚊蟲問題 造成許多活動民眾的困擾，若管理人員無法即時消減蚊蟲 ’容易產生例如登革熱等疾病。有鐘於上述問題，對於現 有的照明燈具必須進行改良。 【新型内容】 M439990 因此’本新型之目的，即在提供一種可配合外界環境 亮度而改變發光亮度’並兼具捕蟲功能的多功能照明燈與 多功能智慧型照明及導引系統。 於是，本新型多功能照明燈，包含：一燈本體、一發 光單元'一電網單元、一光感測器、一紅外線感測器，以 及一第一微控制器。 該發光單元設置在該燈本體上，可發光而提供照明。 該電網單元設置在該燈本體上，並包括至少一可在該發光 單元發光時通電而產生捕蟲作用的捕蟲電網。該光感測器 設置在該燈本體上，並用於感測周遭的光線亮度。該紅外 線感測器設置在該燈本體上’並用於感測周遭是否有人靠 近。該第一微控制器電連接該發光單元、該電網單元、該 光感測器及該紅外線感測器’該第一微控制器可接收該光 感測器及該紅外線感測器的感測結果，並依據該感測結果 來控制該發光單元的發光亮度以及控制該電網單元通電。 本新型多功能智慧型照明及導引系統，包含：至少一 如上述的多功能照明燈、一伺服主機，以及一行動監控裝 置。該系統的該多功能照明燈進一步還包括一電連接該第 一微控制器並用於接收或發送訊號的訊號收發單元。 該伺服主機以無線傳輸方式與該訊號收發單元訊號連 接。該行動監控裝置監控該多功能照明燈的使用狀態，並 包括一可透過該伺服主機而接收該訊號收發單元的訊號的 無線通訊單元。 【實施方式】 4 M439990 有關表新型之前述及其他技術内容'特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。在本新型被詳細描述前，要注意的是，在以 下的說明内容中’類似的元件是以相同的編號來表示。 參閱圖1、2 ’本新型多功能智慧型照明及導引系統之 第一較佳實施例包含：一多功能照明燈】、一伺服主機2， 以及一行動監控裝置3。 該多功能照明燈1兼具照明及捕殺蚊蟲的功能，在實 際應用上可以設置於公園、大樓的中庭花園、遊樂場…等 場所。本實施例的多功能照明燈丨包括：一燈本體u、一 發光單元12、一電網單元13 '一光感測器14、一紅外線感 測器15、一第一微控制器丨6、一緊急按鈕17、一警報器 18、一訊號收發單元19、一聲音感測器191，以及一亮度 感測器192。 本貫鈿例的燈本體11包括一直立延伸於地面上的安裝 桿113、一水平地固定在該安裝桿ιι3上的底壁ιΐ2、一與 該底壁112上下間隔的頂壁m，以及一直立連接在該頂壁 111與該底壁112之間且圖未示出的連接柱。 該發光單元12言史置在該燈本體u上，並可發光而提供 照明。本實施例的發光單元12包括數個彼此間隔地設置在 該頂土 111及該底壁112之間的基板121，以及數個設置在 該等基板m上的發光件122。該等發光件122為數個一組 地位於該等基板m上，位於同—基板121上的發以牛122 排成一直列，但實施時不須限制其排列方式。本實施例的 5 M439990 發光件122為發光二極體（LED)，但不限於此。 該電網單元13設置在該燈本體11上，並包括數個分別 位於該發光單元12之兩兩相鄰的基板121之間的捕蟲電網 131，該等捕蟲電網131都具有數個金屬條，該等捕蟲電網 131可被控制而在該發光單元12發光時通電以形成高壓電 網’進而產生捕蟲作用，藉此來捕殺蚊蟲。 該光感測器14設置在該燈本體11的頂壁U1上，並用 於感測周遭的光線亮度。本新型可透過該光感測器14感測 周遭環境亮度的不同而點亮不同數量的發光件122。當周遭 環境愈暗時’就需要點亮愈多個發光件122,藉此提供足夠 的照明。 該紅外線感測器15設置在該燈本體11上，並且利用紅 外線感測原理來感測周遭是否有人靠近，以作為亮燈控制 條件。 該第一微控制器16設置在該燈本體11内，並電連接該 發光單元12、該電網單元13、該光感測器14及該紅外線 感測器15。且該第一微控制器16用於控制該等單元12、 13、19、該等感測器14、15、191、192與該警報器18執 行其各自的功能。該第一微控制器16可接收該光感測器14 及紅外線感測器15的感測結果，並依據該感測結果來控制 該發光單元12的發光亮度以及控制該電網單元13通電。 該緊急按鈕17設置在該燈本體11的安裝桿113表面， 並電連接該第一微控制器16。當在該多功能照明燈1附近 活動的人員有需要救援時’可以按壓該緊急按鈕17，該緊 6 心按紐17進而駆動該第一微控制器i6控制該警報器以發 出&報聲β並且控制該發光單元12改變發光狀態，例如 以持續閃爍的方式亮燈以達到警報作用。此外，該緊急按 鈕17還可驅動該第-微控制器16產生一緊急訊號並將該 緊急訊號傳送給該訊號故發單元19,該訊號收發單元19再 將該緊急訊號以無線傳輸方式傳送給該健主機2,該祠服 主機2再將該緊急訊號以無線傳輸方式傳送給該行動監控 =置3使得持有該彳了動監控裝置3的管理者或使用者可以 仔知發生緊急狀況，以在第一時間派出救援。 。。該警報器18設置在該燈本體1]t上並電連接該第一微控 制斋16 ’忒警報态18例如一蜂鳴器，可受該第一微控制器 16控制而發出警報聲響。 該訊號收發單元19電連接該第一微控制器16，並用於 接收或發送訊號，而且可將該第—微控制器16產生的訊號 以無線傳輸方式傳送給朗服主機2，以及接收該賴主機 2的汛號並傳送給該第一微控制@ 16。本新型所述的無線 傳輸方式例如射頻（RF)傳輸方式。 該聲音感測11 191電連接該第-微控制H 16及該警報 器广則貞測該警報器18的警報功能是否正常。該亮度感 測益192電連接該第一微控制器16及該發光單元12，以偵 測該發光單元12的發光功能是否正常。 該伺服主機2以無線傳輸方式與該訊號收發單元19及 該订動監控裝4 3訊號連接。該伺服主機2在實施上沒有 特殊限制’只要具有上述的無線傳輸功能並且可供下達操 控指令即可。本新型的多功能照明燈1的發光模式設定及 發光時間設定，除了可以藉由該行動監控裝置3設定之外 ，最主要是透過該飼服主機2來設定’以利於系2管理員 可以依區域進行統籌管理與操控。 該行動監控裝置3例如一手持式電子產品可供該系 統的管理者或使用者隨身攜帶，以利於隨時監控該多'功能 照明燈i的使用狀態。該行動監控裝置3與該伺服主機2 訊號連接，並包括-監控本體31、—無線通訊單元Μ、一彡, new description: [New technology field] This new type is related to a kind of squeaking B luminaire and the system containing the luminaire, especially a kind of versatile with both mosquito and Zhao Ming s... Lighting, as well as a multi-functional intelligent lighting and guidance system. [Prior Art] With the improvement of the living standards of the Chinese people, people are paying more and more attention to the rest of their lives. As a result, the number of parks and playgrounds has increased, and the number of people in the area has increased. The lighting device is the most important guiding device in nighttime activities. In recent years, due to the power-saving characteristics of the light-emitting diode (LED), it has gradually replaced the traditional fluorescent tube and bulb, and has become a new generation of lighting source. Known LED luminaires contain several LED lights, which operate in a single illumination or all times off, so often when the weather is still bright, all the LED lights are illuminated due to the lighting time, or When the night is over and the day is coming gradually, 'the weather is already bright, but it is limited to: the light; the light is still there when it is not. And even when it's time to light up, the first day is not completely dark, so you don't need to light up all at once: In other words, current LED luminaires cannot provide appropriate illumination with weather brightness, which makes the brightness too bright, resulting in wasted energy, or inconvenience caused by insufficient households. In addition, the mosquito problem at night in outdoor activities has caused many people to suffer from the problem. If managers cannot immediately eliminate mosquitoes, it is easy to produce diseases such as dengue fever. There are clocks on the above issues, and existing lighting fixtures must be improved. [New content] M439990 Therefore, the purpose of the present invention is to provide a multi-functional illumination lamp and a multi-functional intelligent illumination and guidance system that can change the illumination brightness in accordance with the brightness of the external environment and have the function of catching insects. Therefore, the novel multifunctional lighting lamp comprises: a lamp body, a light emitting unit 'a power grid unit, a light sensor, an infrared sensor, and a first microcontroller. The light emitting unit is disposed on the lamp body to emit light to provide illumination. The grid unit is disposed on the lamp body and includes at least one insect catching grid that can be energized to generate an insect catching effect when the light emitting unit emits light. The light sensor is disposed on the lamp body and is used to sense the brightness of the surrounding light. The infrared sensor is disposed on the body of the lamp' and is used to sense if someone is close to the surroundings. The first microcontroller is electrically connected to the light emitting unit, the power grid unit, the light sensor, and the infrared sensor. The first microcontroller can receive the light sensor and the infrared sensor. As a result, the brightness of the light emitting unit is controlled according to the sensing result and the power of the power grid unit is controlled. The novel multifunctional intelligent lighting and guiding system comprises: at least one of the above-mentioned multifunctional lighting, a servo host, and a motion monitoring device. The multi-function light of the system further includes a signal transceiving unit electrically coupled to the first microcontroller for receiving or transmitting signals. The servo host is connected to the signal transceiver unit by wireless transmission. The mobile monitoring device monitors the usage status of the multi-function lighting and includes a wireless communication unit that can receive the signal of the signal transceiving unit through the servo host. [Embodiment] 4 M439990 The above-mentioned and other technical contents of the present invention will be clearly described in the following detailed description of the two preferred embodiments with reference to the drawings. Before the present invention is described in detail, it is to be noted that the same elements are denoted by the same reference numerals in the following description. Referring to Figures 1, 2', a first preferred embodiment of the present multi-functional smart lighting and guidance system includes: a multi-function lighting unit, a servo host 2, and a motion monitoring device 3. The multi-function lighting 1 has both the function of lighting and killing mosquitoes, and can be installed in parks, atrium gardens of buildings, playgrounds, and the like in practical applications. The multifunctional lighting lamp 本 of the embodiment includes: a lamp body u, a light emitting unit 12, a power grid unit 13 'a light sensor 14 , an infrared sensor 15 , a first microcontroller 丨 6 , a An emergency button 17, an alarm 18, a signal transceiving unit 19, an acoustic sensor 191, and a brightness sensor 192. The lamp body 11 of the present embodiment includes a mounting rod 113 extending upright on the ground, a bottom wall ι 2 horizontally fixed to the mounting rod ι, a top wall m spaced apart from the bottom wall 112, and a top wall An upright connection between the top wall 111 and the bottom wall 112 and a connecting post not shown. The light-emitting unit 12 is placed on the lamp body u and can emit light to provide illumination. The light-emitting unit 12 of the present embodiment includes a plurality of substrates 121 disposed between the top soil 111 and the bottom wall 112 at intervals, and a plurality of light-emitting members 122 disposed on the substrates m. The light-emitting members 122 are arranged on the substrate m in groups, and the hairs 122 on the same substrate 121 are arranged in a row, but the arrangement thereof is not limited. The 5 M439990 illuminating member 122 of this embodiment is a light emitting diode (LED), but is not limited thereto. The power grid unit 13 is disposed on the lamp body 11 and includes a plurality of insect nets 131 respectively located between two adjacent substrates 121 of the light emitting unit 12, and the insect nets 131 have a plurality of metal strips. The insect nets 131 can be controlled to be energized to form a high voltage grid when the light emitting unit 12 emits light, thereby generating an insect trapping effect, thereby killing mosquitoes. The photo sensor 14 is disposed on the top wall U1 of the lamp body 11 and is used to sense the brightness of the surrounding light. The present invention can illuminate different numbers of light-emitting members 122 through the light sensor 14 sensing the difference in ambient brightness. When the surrounding environment is darker, it is necessary to illuminate a plurality of illuminating members 122, thereby providing sufficient illumination. The infrared sensor 15 is disposed on the lamp body 11, and utilizes the infrared sensing principle to sense whether or not someone is approaching as a lighting control condition. The first microcontroller 16 is disposed in the lamp body 11 and electrically connects the light emitting unit 12, the power grid unit 13, the light sensor 14, and the infrared sensor 15. And the first microcontroller 16 is used to control the units 12, 13, 19, the sensors 14, 15, 191, 192 and the alarm 18 to perform their respective functions. The first microcontroller 16 can receive the sensing results of the photo sensor 14 and the infrared sensor 15, and control the brightness of the light emitting unit 12 and control the power of the power grid unit 13 according to the sensing result. The emergency button 17 is disposed on the surface of the mounting rod 113 of the lamp body 11 and electrically connected to the first microcontroller 16. When the person who is active in the vicinity of the multi-function lighting 1 needs to be rescued, the emergency button 17 can be pressed, and the tight 6 button 17 in turn triggers the first microcontroller i6 to control the alarm to emit & And controlling the lighting unit 12 to change the lighting state, for example, to illuminate in a continuous blinking manner to achieve an alarming effect. In addition, the emergency button 17 can also drive the first microcontroller 16 to generate an emergency signal and transmit the emergency signal to the signal issuing unit 19, and the signal transceiver unit 19 transmits the emergency signal to the wireless transmission mode. The health host 2, the service host 2 transmits the emergency signal to the action monitoring in the wireless transmission mode to set 3 so that the manager or user holding the motion monitoring device 3 can know that an emergency situation occurs. To send a rescue at the first time. . . The alarm device 18 is disposed on the lamp body 1]t and electrically connected to the first micro-controller 16' alarm state 18, such as a buzzer, which can be controlled by the first microcontroller 16 to sound an alarm. The signal transceiver unit 19 is electrically connected to the first microcontroller 16, and is configured to receive or transmit a signal, and can transmit the signal generated by the first microcontroller 16 to the randy host 2 by wireless transmission, and receive the reliance. The nickname of the host 2 is transmitted to the first micro control @16. The wireless transmission method described in the present invention is, for example, a radio frequency (RF) transmission method. The sound sensing 11 191 is electrically connected to the first-micro control H 16 and the alarm is wide to detect whether the alarm function of the alarm 18 is normal. The brightness sensing benefit 192 is electrically connected to the first microcontroller 16 and the light emitting unit 12 to detect whether the light emitting function of the light emitting unit 12 is normal. The servo host 2 is connected to the signal transceiving unit 19 and the binding monitoring device 4 by wireless transmission. The servo host 2 is not particularly limited in implementation' as long as it has the above-described wireless transmission function and is available for issuing an operation command. The illumination mode setting and the illumination time setting of the multi-function illumination lamp 1 of the present invention can be set by the feeding service host 2 in addition to being set by the motion monitoring device 3, so that the administrator 2 can The area is managed and controlled. The mobile monitoring device 3, such as a handheld electronic product, can be carried by the administrator or user of the system to facilitate monitoring the usage status of the multi-function lighting i at any time. The mobile monitoring device 3 is connected to the servo host 2 signal, and includes a monitoring body 31, a wireless communication unit, and a
第二微控制器33、-顯示器34，以及分別設置在該監控本 體31的表面並電連接該第二微控制器％的—模式設定鍵 35與一時間設定開關36。 其中’該無線通訊單元32可透過該词服主機2接收該 訊號收發單元的訊號，以得知該多功能照明燈ι的使用 狀態。The second microcontroller 33, the display 34, and the mode setting button 35 and the time setting switch 36 are respectively disposed on the surface of the monitoring body 31 and electrically connected to the second microcontroller %. The wireless communication unit 32 can receive the signal of the signal transceiver unit through the word host 2 to know the usage status of the multi-function lighting unit ι.
該第二微控制器33電連接該無線通訊單元32，並可;j 驅動而下達操控指令並傳送至該舰主機2以控制該多】 能照明燈1執行相應的動作’例如控制該發光單元η的澤 滅與發光亮度’或者控制該電網單元13啟動而捕殺紋蟲。 該顯示器34電連接該第二微控制器％，並可受該第: 微控制器33控制而顯千#夕A η _ J叫顯不忒多功能照明燈i的使用狀態，γ 供管理者得知該多功能照明燈l是否正常運作。 *弋疋鍵as利用無線通訊的方式控制該多功能照 明燈1切換感測與,昭明描— ‘、 ，、月模式’使該多功能照明燈1在一自 動感測模式及一固定植-V' + 疋模式之間切換運作。而該時間設定開 M439990 關36利用無線通訊的方式控制設定該等發光件⑶的發光 %間長短。虽s玄模式設定鍵35與該時間設定開關％受到 按壓後，會驅動該第二微控制器33透過該無線通訊單元32 發出控制訊號給該舰主機2，該飼服主機2再將控制訊號 傳送給該多功能照明燈1以執行相應的動作。 本新型使用時，當該多功能照明燈】處於自動感測模 式時’透過該光感測器14感測周遭亮度以及該紅外線感測 器15感測是否有人靠近，以決定該發光單元12是否點亮 。具體來說，當該紅外線感測器15感測到有人靠近，而且 該光感測器14感測到周遭環境亮度低於—預定亮度而達到 點燈條件時，該第一微控制器16就控制該發光單元12發 光，該等發光件122中的其中至少一個被點亮。當該紅外 線感測1 15沒有感測到有人靠近時，即使周遭環境亮度低 於該預定亮度，該發光單元12也不會發光，即，沒有任何 發光件122會被點亮，藉此達到節能效果。 因此在夜晚時，當有人靠近且隨著周遭環境亮度愈來 愈暗時，該發光單元12的發光亮度會逐漸提高，亦即有愈 來愈多的發光件122被點亮，直到環境亮度達到最暗時， 所有發光件122都會被點亮’同理’當周圍愈來愈亮時， 被點免的發光件122數量逐漸變少，在白天時該發光單元 12即會自動關閉。而該等捕蟲電網131則是在至少一個發 光件122點亮時就會通電，以產生捕蟲功能。本新型的上 述設計透過自動感測機制來控制照明與捕蟲，乃為—種智 慧型並具有節能省電效果的設計。 9 M439990 而且在該自動感測模式下，該行動監控裝置3的時間 設定開關36可透過該第二微控制器33輸出指令，以設定 該多功能照明燈1的該等發光件122的發光時間長短，例 如可以設定為：每當有人靠近時，發光件122就亮i分鐘 、3分鐘、5分鐘或其它的時間長度，可因應不同的環境或 使用需求來改變發光時間長度的設定。當到達預定的發光 時間長度後，若還是有人靠近，發光件122就繼續以預定 的時間長度發光，直到無人在附近為止。 此外’透過s玄模式設定鍵可以將該多功能照明燈1 切換到該固定模式，在該固定模式下，只依據環境亮度來 決疋點燈數量，而不論是否有人員靠近。當然，在該固定 模式下也可以由系統自動控制而依據一天當中的不同時間 來點亮所須數量的發光件122。 無論該多功能照明燈1處於該自動感測模式或該固定 模式’其狀態都可顯示於該行動監控裝置3的顯示器34上 ，而且該多功能照明燈1的各個元件是否有異常也會在該 顯示器34上呈現。 此外，管理者可以自該伺服主機2下達操控制令來啟 動該多功能照明燈1的相關功能。再藉由該聲音感測器191 及該亮度感測器192分別對該警報器18與該光感測器14 進行監控，以偵測該警報器18與該光感測器14的功能是 否正常。該聲音感測器191及該亮度感測器192將感測結 果傳送給該第一微控制器16,再由該第一微控制器π控制 該訊號收發單元19將該感測結果以無線傳輸方式傳送給該 10 M439990 伺服主機2，以進行功能驗證與檢查。具體而言，若該發光 單元12能觉到操控指令的控制而發光（無論指定其中任一發 光件122或任幾個發光件122發光），則該亮度感測器192 會偵測到該發光單it 12的功能正常，若該發光單元12的 發光亮度與所下達的操控指令不符合（例如不發光或未達預 定亮度）’則該亮度感測器192會偵測到該發光單元12異常 。同理，若該警報器18能受到控制而鳴叫，則該聲音感測 器191的感測結果為正常，若該警報器18未鳴叫，則感測 結果為異常。 上述的功能驗證模式包含手動模式與自動模式兩種， 手動模式是指由管理者於伺服主機2透過按鈕控制來啟動 忒多功能照明燈1的各項功能。自動模式則為管理者事先 於伺服主機2設定功能的驗證與檢修時間，當時間到時該 伺服主機2就會自動傳送功能驗證控制訊號，以進行功能 驗證與檢查，該驗證結果也會傳送到該行動監控裝置3而 顯不於該顯示器34上，而且驗證與檢查結果會自動儲存於 伺服主機2的資料庫中，以隨時記錄多功能照明燈1的使 用狀態並確保燈具功能正常發揮。 補充說明’在發生緊急狀況時’該多功能照明燈1的 該等發光件122中只有部分幾個會被點亮，而且被點亮的 發光件122排列形成指示箭頭的圖案，可用於指示逃生方 向。 综上所述，藉由該光感測器14及該紅外線感測器15 的智慧型感測設計，以在必要時才點亮該發光單元12，而 11 且該發光單元12的亮度可隨著環境亮度改變如 浪費電力，具有節能省雷# m ，卽牝々電效果。而該電網單元13提供捕殺 蚊蟲的功能，可確保整體環境的衛生與舒適。料每按紐 17及該警報ϋ 18可提供民眾緊急救援服務以迅速獲得救 援協助，確保活動區域的安全。因此本新型為一種創新、 多功能且實料智慧型系統，並能f造—個符合環保節能 、安全、衛生且舒適的休憩環境。 參閱圖3,本新型多功能智慧型照明及導引系統之第二 較佳貫粑例與該第一較佳實施例大致相同不同的地方在( 於，本實施例包含數個多功能照明燈丨，該等多功能照明燈 1都能與該飼服主機2以無線傳輸方式進行訊號傳輸。雖然 圖3只示意兩個多功能照明燈丨，但實際上本新型也可以包 含三個、四個或更多個照明燈丨。當該等多功能照明燈i中 的其中一個傳送一緊急訊號給該伺服主機2後，該伺服主 機2將a亥緊急讯號以無線傳輸方式傳送給該行動監控裝置3 以及該等多功能照明燈1中的其它幾個，該等其它幾個多 功能照明燈1的警報器18就會跟著發出警報聲響。 具體而言’若在附近活動的民眾遇到緊急情況並按壓 其中一個多功能照明燈1的緊急按鈕17後，該被按壓的多 功能照明燈1的警報器18會大聲鳴叫，而該伺服主機2 — 方面將緊急訊號傳送給該行動監控裝置3,另一方面還將緊 急訊號轉傳給其它各個多功能照明燈1，以使所有的多功能 照明燈1都跟著大聲鳴叫，透過此種擴散式的區域緊急救 援呼叫方式，可以從救援點擴散成救援面，以擴大發揮救 12 M439990 援效益，提升救棱效率。 准乂上所述者’僅為本新型之較佳實施例而已，當不 :以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明时所作之簡單的等效變化與修飾皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋一立體示意圖，顯示本新型多功能智慧型照明 及導引系統之一第一較佳實施例； 圖2是該第一較佳實施例的功能方塊圖；及 圖3是一立體示意圖，顯示本新型多功能智慧型照明 及導引系統之一第二較佳實施例。 13 M439990 【主要元件符號說明】 1…… •…多功能照明燈 17 •… •…緊急按鈕 11 •…燈本體 18 •… …·警報器 111 ··· …·頂壁 19…·. •…訊號收發單元 112… …·底壁 191… …·聲音感測器 113… •…安裝桿 192 ··· …·亮度感測器 12….· •…發光單元 2…… …伺服主機 121 ··· •…基板 3…… •…行動監控裝置 122… •…發光件 31…… …·監控本體 13….· •…電網單元 32… …·無線通訊單元 131 ··· •…捕蟲電網 33 ••… …·第二微控制器 14…… •…光感測器 34·.·.· •…顯示器 15…… …·紅外線感測器 35…·· ----模式5又疋鍵 16…… •…第一微控制器 36··.·· •…時間設定開關 14The second microcontroller 33 is electrically connected to the wireless communication unit 32, and can be driven to send a control command and transmitted to the ship host 2 to control the multi-lighting lamp 1 to perform a corresponding action 'for example, controlling the lighting unit The annihilation of η and the brightness of the light 'or control the grid unit 13 to start to kill the worm. The display 34 is electrically connected to the second microcontroller %, and can be controlled by the first: the microcontroller 33 to display the status of the multi-function lighting i, γ for the manager It is known whether the multifunctional lighting lamp l is operating normally. *弋疋 key as as the use of wireless communication to control the multi-function lighting 1 switching sensing and, Zhaoming description - ', ,, month mode' makes the multi-function lighting 1 in an automatic sensing mode and a fixed plant - Switch between V' + 疋 mode. And the time setting is turned on, M439990 off 36 uses the way of wireless communication to control the length of the illumination of the light-emitting elements (3). After the squat mode setting button 35 and the time setting switch % are pressed, the second microcontroller 33 is driven to send a control signal to the ship host 2 through the wireless communication unit 32, and the feeding host 2 will control the signal again. The multi-function lighting 1 is transmitted to perform a corresponding action. In the present invention, when the multi-function illumination lamp is in the automatic sensing mode, the ambient brightness is sensed through the light sensor 14 and the infrared sensor 15 senses whether someone is approaching to determine whether the light-emitting unit 12 is in use. Light up. Specifically, when the infrared sensor 15 senses that someone is approaching, and the light sensor 14 senses that the ambient brightness is lower than the predetermined brightness to reach the lighting condition, the first microcontroller 16 The light emitting unit 12 is controlled to emit light, and at least one of the light emitting members 122 is illuminated. When the infrared sensing 1 15 does not sense that someone is approaching, even if the surrounding ambient brightness is lower than the predetermined brightness, the light emitting unit 12 does not emit light, that is, no light emitting member 122 is illuminated, thereby achieving energy saving. effect. Therefore, at night, when someone approaches and becomes darker and darker with ambient light, the brightness of the light-emitting unit 12 gradually increases, that is, more and more light-emitting members 122 are illuminated until the ambient brightness reaches When it is darkest, all the illuminating members 122 will be illuminated 'same reason'. When the surroundings are getting brighter, the number of illuminating members 122 that are evaded is gradually reduced, and the illuminating unit 12 is automatically turned off during the daytime. The insect catching grids 131 are energized when at least one of the light-emitting members 122 is illuminated to generate a trapping function. The above design of the present invention controls the illumination and the insect catching through an automatic sensing mechanism, and is a smart type with a design that saves energy and saves electricity. 9 M439990 And in the automatic sensing mode, the time setting switch 36 of the motion monitoring device 3 can output an instruction through the second microcontroller 33 to set the lighting time of the illuminating members 122 of the multifunctional illuminating lamp 1. The length can be set, for example, such that the light-emitting member 122 is illuminated for i minutes, 3 minutes, 5 minutes, or other length of time each time someone approaches, and the setting of the length of the illumination time can be changed according to different environments or usage requirements. When the predetermined length of illumination time is reached, if a person is still approaching, the illumination member 122 continues to emit light for a predetermined length of time until no one is nearby. In addition, the multi-function lighting 1 can be switched to the fixed mode through the s-mode setting button, in which the number of lightings is determined according to the ambient brightness, regardless of whether or not a person is approaching. Of course, in this fixed mode, the required number of illuminating members 122 can also be illuminated by the system automatically depending on the time of day. Whether the multi-function lighting 1 is in the automatic sensing mode or the fixed mode 'its state can be displayed on the display 34 of the motion monitoring device 3, and whether the various components of the multifunctional lighting 1 are abnormal Presented on the display 34. In addition, the manager can issue a control command from the servo host 2 to activate the function of the multi-function lighting 1. The alarm device 18 and the brightness sensor 14 are respectively monitored by the sound sensor 191 and the brightness sensor 192 to detect whether the function of the alarm device 18 and the light sensor 14 is normal. . The sound sensor 191 and the brightness sensor 192 transmit the sensing result to the first microcontroller 16, and the first microcontroller π controls the signal transceiver unit 19 to wirelessly transmit the sensing result. The mode is transmitted to the 10 M439990 Servo Host 2 for functional verification and inspection. Specifically, if the light-emitting unit 12 can sense the control of the manipulation command and emit light (regardless of specifying any one of the light-emitting members 122 or any of the light-emitting members 122 to emit light), the brightness sensor 192 detects the light. The function of the single unit 12 is normal. If the brightness of the illumination unit 12 does not match the command command issued (for example, no illumination or less than a predetermined brightness), the brightness sensor 192 detects that the illumination unit 12 is abnormal. . Similarly, if the alarm 18 can be controlled to be squeaked, the sensing result of the sound sensor 191 is normal, and if the alarm 18 is not squeaked, the sensing result is abnormal. The function verification mode described above includes two modes: a manual mode and an automatic mode. The manual mode refers to the functions of the multi-function illumination lamp 1 activated by the administrator on the servo host 2 through the button control. In the automatic mode, the administrator sets the function verification and maintenance time to the servo host 2 in advance. When the time is up, the server 2 automatically transmits the function verification control signal for function verification and inspection, and the verification result is also transmitted to The motion monitoring device 3 is not displayed on the display 34, and the verification and inspection results are automatically stored in the database of the servo host 2 to record the use state of the multifunctional lighting 1 at any time and to ensure that the function of the lamp is functioning properly. Supplementary explanation 'In the event of an emergency, only a few of the illuminating members 122 of the multi-function illuminator 1 are illuminated, and the illuminated illuminating members 122 are arranged to form a pattern of indicating arrows, which can be used to indicate escape. direction. In summary, the smart sensor design of the photo sensor 14 and the infrared sensor 15 is used to illuminate the illumination unit 12 when necessary, and the brightness of the illumination unit 12 can be varied. The change in ambient brightness, such as wasted power, has the effect of saving energy and saving #m. The grid unit 13 provides the function of killing mosquitoes to ensure the sanitation and comfort of the overall environment. Each button 17 and the alert ϋ 18 can provide emergency services for the public to quickly obtain rescue assistance to ensure the safety of the activity area. Therefore, the new model is an innovative, multi-functional and practical intelligent system, and can create an environment that is environmentally friendly, energy-saving, safe, hygienic and comfortable. Referring to FIG. 3, a second preferred embodiment of the novel multifunctional intelligent lighting and guiding system is substantially the same as the first preferred embodiment. (This embodiment includes several multifunctional lighting lamps.丨, the multi-function lighting 1 can transmit signals with the feeding host 2 by wireless transmission. Although FIG. 3 only shows two multifunctional lighting lamps, the present invention can also include three or four. One or more lighting fixtures. When one of the multifunctional lighting lights i transmits an emergency signal to the servo host 2, the servo host 2 transmits the emergency signal to the action by wireless transmission. The monitoring device 3 and the other of the multi-function lightings 1, the alarms 18 of the other multi-function lightings 1 will follow the alarm sound. Specifically, if the people in the vicinity encounter After an emergency and pressing the emergency button 17 of one of the multi-function lights 1, the alarm 18 of the pressed multi-function light 1 will beep loudly, and the server 2 transmits an emergency signal to the action monitoring. Set 3, on the other hand, relay the emergency signal to each of the other multi-function lights 1 so that all the multi-function lights 1 are followed by a loud tweet, through this diffused regional emergency call mode, The rescue point spreads into a rescue surface to expand the effectiveness of the rescue of 12 M439990 and improve the efficiency of the rescue. The above-mentioned person is only a preferred embodiment of the present invention, and does not: limit the scope of the new implementation. The simple equivalent changes and modifications made by the company in accordance with the scope of the new patent application and the new description are still within the scope of this new patent. [Simplified illustration] Figure 1 is a three-dimensional diagram showing the new model 1 is a functional block diagram of the first preferred embodiment; and FIG. 3 is a perspective view showing the novel multifunctional intelligent illumination and guide A second preferred embodiment of the indexing system. 13 M439990 [Description of main component symbols] 1... •...Multi-function lighting 17 •... •...Emergency button 11 •...light body 18 •... ...·Alarm 111 ··· ...·Top wall 19...·.•...Signal transceiver unit 112...Bottom wall 191...·Sound sensor 113...•...Installation rod 192 ·····Brightness sensing 12..·•...Lighting unit 2.........Servo unit 121···•...Substrate 3...•...Action monitoring device 122...•...Lighting device 31... ...·Monitoring body 13....·... Unit 32 ... ... wireless communication unit 131 ··· •...trap network 33 ••...·second microcontroller 14...•...light sensor 34·.·.·...display 15... Infrared sensor 35...··——Mode 5 and 疋 button 16... •...first microcontroller 36·····•...time setting switch 14