201211947 發明說明： 【發明所屬之技術領域】 本發明係有關-種監控與偵測系統，應用 ⑪ 境數據偵測，特別是指一種針對譬如為溫度、f區域之壞 液位、海水鹽度、土壌濕度、煙霧等環境數 气貝:辰度、 與偵測系統及其蜂巢式監控模組。 ，'偵J之即時監控 【先前技術】 曰近年來，P4著地球暖化趨於嚴重，氣候逐漸 長；的狀況’且各地氣候狀況之差異也逐漸拉大：^幽 沛的地方雨量更多、而乾旱的沙漠雨量更少； 旱，往往一發不可收拾，===== 大火產生的高溫、燃煙，使得地球暖化加劇。 π夺亦因 另方面，對於原本雨量豐沛的地方，譬如臺灣、由 陸之華南地區、印尼、東埔寨東南亞國家等，短時間的=矣 雨、充沛雨量_風、熱帶低壓等—再广 土石〃 Μ·等狀況，嚴重威脅人們的居住環境。 再者’海水鹽度亦會影響整體洋流的變化、流動 響^候變化的相當大因素。而針對此類災害來說^ 以，到有效之控制’但就絲預警來說，能及早做出 金 的應變’亦能對災害所造成的财予崎低。#如針對 匕的監控，則能及早預測土石流的發生，而可針對相關= 在威脅地區的居民予以撤離；針對森林中樹木之溫度 則能及早針對可能發生的森林大火，扣隔誠是降溫等: 201211947 環境數據的監控，其共通點乃是需要 二廣泛’目前大多採用單—躺元件結合發= 越?殊門圈’予以發送警報訊號，因 问j準確性，往往需要相當多偵測元件 g 力來轉，且傳送訊細需要更大的電力=乍ί 本’反而成為最大_二 相當重Hi軸本㈣下，達躲大的覆蓋率亦為 ^藍於上述’本發明遂針對上 與偵測系統及其蜂巢式監控模組，二= 【發明内容】 蜂巢㈣驗與彳貞啦統及其 監控模組，而可大幅提^=:^具有獨^運作的蜂巢式 使用之伽元件的數量，有=域之似盖率’亚降低所需 ^有效使用元件之控制成本。 蜂巢ΐίίίί，一 1目中^1^；種即時監控與偵測系統及其 單元以及複數個偵測單元，監含一個中央監控 監控單元將資料訊號統—整理;^2=應_ ’而由中央 伯測單元運作所需之電力’或n報峨，而可降低 航力。 $力’提祕體料式健触運作之續 本發明之再—目的力4l_ 蜂巢式監控模組，藉由中種即時監控賴測系統及其 甲央^控早元具有主動發電之電能產生 201211947 蜂巢更可喊應的方式針制一六角形 統二4充=，即時監控與_ 之可行性以及永續上Γ 喊南應用於各種開闊區域 盆係ίϊΐίί^▲本發明提供—種㈣監控與偵測系統， 辦央監控單元以及·個侧單元，且係將 控ΐ區域予以劃分定義為複數個六角形蜂巢監 “數監控單元以 母貞測單元係包含有_元件、電能 讀行後續譬如定期回報、亦或是產生警報訊鮮控早 包含本發明提供—種蜂巢式監控模組，其係 包含有盔早70以及複數個偵測單元’中央監控單元 i有無線通訊讀、電能供應元件，而偵、測單元 二:i能供應元件以及無線訊號發送元件；藉由細單元ί =μ峨’並透過無線喊發送元件予以傳送至中央監= 力發=時太可包含有電力產生元件，其可藉由風 =可=供應中央監控單元運作所需之電力，亦可藉m的 式，針對職之彳貞解元進行充電，而可大幅提高續航^。 故，藉由監控偵測溫度、震動、物質浪度、液位、海水鹽 201211947 的 【實施方式】201211947 Description of the invention: [Technical field of the invention] The present invention relates to a monitoring and detection system, which is applied to the detection of environmental data, in particular to a temperature level, a bad liquid level in the f region, seawater salinity, The number of environmental factors such as humidity, smoke, etc. of the soil, the Chen, the detection system and its honeycomb monitoring module. , 'Detective J's real-time monitoring [previous technology] In recent years, P4 has become more serious in global warming, and the climate is getting longer; the situation 'and the differences in climate conditions are gradually widening: ^The rainfall in the local area is more The dry desert has less rainfall; the drought is often out of control, ===== The high temperature and smoke generated by the fire make the global warming worse. π 夺 also because of other aspects, for the original abundant rainfall, such as Taiwan, from the south of the land, Indonesia, Dongpu Village, Southeast Asian countries, etc., short time = rain, abundant rainfall _ wind, tropical low pressure, etc. The situation of earth and stone, Μ, etc., seriously threatens people's living environment. Furthermore, seawater salinity will also affect the changes in the overall ocean currents and the considerable changes in the flow response. For such disasters, the effective control of the 'but the early warning of the early warning of gold can also make the disaster caused by the disaster. #如匕的监控的,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, : 201211947 The monitoring of environmental data, the common point is that it needs a wide range of 'currently mostly using single-lying components combined with = more than the special door circle' to send alarm signals, because of the accuracy of the j, often requires a lot of detection components g force to turn, and the transmission of the finer need more power = 乍ί This is instead the biggest _ two quite heavy Hi axis (four), the coverage of the big hiding is also the above-mentioned 'the invention' And detection system and its honeycomb monitoring module, two = [invention content] Honeycomb (four) inspection and 彳贞 统 and its monitoring module, and can greatly improve the ^ ^: ^ has a unique operation of the honeycomb The number of components, there is a = domain like coverage rate, which is required to reduce the control cost of the components. Honeycomb ΐ ί ί ί ί 种 种 种 种 种 种 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时 即时The power required by the operation of the central beta unit can be reduced or reduced. The continuation of the invention is based on the continuation of the invention - the purpose of the 4l_ honeycomb monitoring module, with the medium-sized real-time monitoring system and its central control 201211947 The hive can be shouted in a way to make a hexagonal system 2 4 charge =, the real-time monitoring and the feasibility of _ and the lasting Γ 喊 南 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于And the detection system, the central monitoring unit and the side unit, and the control area is divided into a plurality of hexagonal honeycomb monitors. The number monitoring unit includes the _ component and the power reading. For example, the periodic return, or the generation of the alarm, the fresh control includes the honeycomb monitoring module provided by the present invention, which includes the helmet 70 and a plurality of detecting units. The central monitoring unit i has wireless communication reading and power supply. Component, and detection and measurement unit 2: i can supply components and wireless signal transmission components; through the thin unit ί = μ峨 ' and transmit it to the central monitoring via wireless shouting component = force = time can contain The power generating component can be supplied with the power required for the operation of the central monitoring unit by means of the wind=may, or can be charged by the m-type, and can be used for charging the battery, thereby greatly improving the battery life. Monitoring and detecting temperature, vibration, material wave, liquid level, sea salt 201211947 [Implementation]
巢式系統及其蜂 顯。 博々更同時佐以圖式俾使該些技術特徵得以彰 區域時監控、侧環境數據的開闊 ϋ Γ ) ’譬如為森林、海洋、河川流域、高山丘“ 境、或是建/:物或是大眾運輸系統等之都市環境等, 二二，毛明之ί用範•。而針對開闊區域，為了使即時監#金 、測系統的覆蓋率達到最有效的朝，換句話說^氏 i圖所不’係為本發明所揭露之即時監控與制系統及 式監控模組的配置示意圖，主要將開闊區域丨予以劃分^ 複數個六角糾巢監控d 1G，有別於習知採關形 = 的設計，圓形分割會於相鄰處產生空隙、死角，而方形的配置 之偵測元件使用量過多；因此，六角形蜂巢監控區1〇的劃分， 使其偵測元件之感測範圍沒有死角，又可達到最低使用數 需求，來降伯<使用的元件數量成本。 當然，而每一個六角形蜂巢監控區1〇則配置有—個蜂巢 式監控模組20，而每一個蜂巢式監控模組2〇包含有中央監控 單元30以及複數個彳貞測單元40，偵測單元40主要用以彳貞測 開闊區域1之環境數據，而獲得的資料（或警報）僅發送至中 201211947 防=早元30 ’而無須發送至特定的對象，譬如 較小功！5戈是保全系統等，因此，發送範圍較小，而可以二 率之發送7^，不僅省電 件成本。再者’中央監控單元3G可扮_上耗低兀 :色僅除了她貞測單元4G所傳送之訊號外ΐΐΐΐΐ 區域1的大3 取決於整體開闊 圍而定亦而要考里整體中央監控單元30的發送範 環产Ϊ測單元40主要之功能僅在於偵測開闊區域1之 ϋ貝料數據’並__息傳送給种央監控單元別 彙I，因此，其所需要消耗的電力較少，傳輸訊 2 也較低；故整體偵測單元40之體積可以编,丨、、二而之功率 2低，進而減少製造成本，提高續航力。再者 中央監控單元30抑統合彙整後發送，故，以整2 =戈 ί偵^看’需要較大功率來將訊息發送至送至特定^ 象’言如控制中心、防災中心或是保全系統等的數量也會降2 接著請參，11，絲本發明所揭露之㈣ 統及其蜂巢式監控模組的系統方塊架構示意圖，中央。=糸 30係包含有控制器3卜無線通訊元件32、以及電能 33,而債測單兀40包含有微處理器41、無線訊號發送元^牛 電能供應元件43、以及偵測元件44。其中，中央^ 透過控制器3丨藉以控制各树之動作，而電能供 供應無線通訊讀32與控制器31運作所需之電力1 ^ 40透過微處理器41予以控制俄測元件44卩及無線訊號 以ί ί之動ϊ 1同時，亦藉由電能供應元件43予以供應偵測 π件44以及無線訊號發送元件42運作所需之電力。 如第3圖所示’偵測單元40透過偵測元件44可針對 在之六角形蜂巢監控區11偵測感應溫度、震動、物質濃^、 201211947 液位、海水鹽度、土壤渴度、 境數據資料訊號 據貧料而獲得-環 位置的環境數據資料、斤==單^^單元俗斤在之 g境，資料’其主要根據所需 ::以内 ，，可為概略均句的分佈配置偵度，如圖 口，、精準度、或是數據資料二==2 專因ι，來決定所需要配置的密度、數量，、位置 $ ’則可依據森林令樹木的密度予 :3火之監 域，則予以配置較多__^4〇^ 較高的區 置較少量的1^=")，樹木嶋少⑽[則可《配 而偵測單元4〇透過偵測元件44獾 ί 42可為符合無線電頻率（㈣io Frequencr; ^虎 =(w.Ueto〇th)、紅外線資料傳輸模式（IrDA)、WiFi轉 (b)) 士紗$ 邊據⑽訊號的傳輸，- 時傳輸以及間隔傳輸;定時傳ί-般ί义 間:r、濕度狀況； 控之狀態，譬如為躲大火、河川需要長期監 線通，而藉由無 因此’請參閱第4A圖，為定目標發送。 r其蜂巢式監控模組的本中 早几30具有儲存凡件35，用以健存所接收來自 201211947 ^測單元40發送之環境數據㈣ 料超過臨界值時，則觸發^報所^個環境數據資 32將警報訊號發送至特找象，譬 (可為建築物或是森林等）、氣广控之^度债測 濃度超過臨界值日寺，則由馨報單元矛二寺’當溫度、氣體Nested systems and their bees. Boao is also accompanied by a pattern to enable these technical features to be monitored during regional time and to expand the environmental data of the side. 譬) For example, forests, oceans, river basins, alpine hills, or buildings/: It is the urban environment of the mass transit system, etc., 22, Mao Mingzhi, and the scope of the open area, in order to make the coverage of the real-time monitoring system, the measurement system reach the most effective direction, in other words, the ^ map The schematic diagram of the configuration of the instant monitoring and control system and the monitoring module disclosed in the present invention mainly divides the open area into a plurality of hexagonal nesting monitoring d 1G, which is different from the conventional mining method. The design of the circular segmentation will create gaps and dead corners in the adjacent area, and the square configuration of the detecting component is used too much; therefore, the hexagonal honeycomb monitoring area is divided into 1〇, so that the sensing range of the detecting component is not The dead angle can reach the minimum usage requirement, and the cost of the component used is reduced. Of course, each hexagonal honeycomb monitoring area 1配置 is equipped with a honeycomb monitoring module 20, and each honeycomb type monitor The group 2 includes a central monitoring unit 30 and a plurality of detecting units 40. The detecting unit 40 is mainly used to measure the environmental data of the open area 1, and the obtained data (or alarm) is only sent to the middle 201211947. Early 30' without having to send to a specific object, such as a small work! 5 Ge is a security system, etc., therefore, the transmission range is small, and can be sent at a rate of 7^, not only the cost of power-saving parts. The monitoring unit 3G can be used for low-level consumption: the color is only except for the signal transmitted by the detection unit 4G. The large area of the area 1 depends on the overall open area, and the transmission unit of the overall central monitoring unit 30 is also required. The main function of the loop detection unit 40 is only to detect the data of the mussel material in the open area 1 and transmit it to the central monitoring unit to collect the I. Therefore, it needs less power to be transmitted. It is also lower; therefore, the volume of the overall detecting unit 40 can be programmed, and the power of the two is low, thereby reducing the manufacturing cost and improving the endurance. Further, the central monitoring unit 30 suppresses the integration and sends the transmission, so that the whole 2 =戈ί侦^ Look at 'needs The amount of power sent to send a message to a specific control system such as a control center, a disaster prevention center, or a security system will also be reduced. 2 Next, please refer to 11. The wire disclosed in the present invention and its honeycomb The system block diagram of the monitoring module is shown in the center. The system includes a controller 3, a wireless communication component 32, and an electrical energy 33, and the debt measurement unit 40 includes a microprocessor 41 and a wireless signal transmitting device. a supply component 43 and a detection component 44. The central control unit 3 is used to control the actions of the trees, and the power supply is used to supply the wireless communication read 32 and the power required by the controller 31 to operate through the microprocessor. 41. The control unit 44 and the wireless signal are controlled by the power supply unit 43. At the same time, the power required by the π-member 44 and the wireless signal transmitting unit 42 is supplied by the power supply unit 43. As shown in FIG. 3, the detecting unit 40 can detect the induced temperature, vibration, material concentration, 201211947 liquid level, seawater salinity, soil thirst, and environment for the hexagonal honeycomb monitoring area 11 through the detecting element 44. The data data signal is obtained according to the poor material - the environmental data of the ring position, the kilogram == single ^ ^ unit is in the g-environment, the data 'its mainly according to the needs::, within, can be the distribution of the general sentence Detecting, as shown in the figure, accuracy, or data data ==2 Specialized by ι, to determine the density, quantity, and position of the required configuration can be based on the density of trees in the forest: 3 fire In the supervision domain, it is configured more __^4〇^ The higher area is set to a smaller amount of 1^="), and the tree is less (10) [the detection unit 4〇 transmits the detection component 44獾ί 42 can be transmitted in accordance with the radio frequency ((4) io Frequencr; ^hu=(w.Ueto〇th), infrared data transmission mode (IrDA), WiFi to (b)), and the transmission of the (10) signal. And interval transmission; timing transmission ί-like ambiguity: r, humidity condition; control state, such as to avoid fire, river needs to be long Through the line supervisor, and thus by not 'see FIG. 4A, the transmission is set goals. r The 30th of the honeycomb monitoring module has a storage unit 35 for storing the environmental data sent by the 201211947 measuring unit 40 (4) when the material exceeds the critical value, triggering the environment The data resource 32 sends the alarm signal to the special image, 譬 (can be a building or a forest, etc.), and the concentration of the gas control is greater than the critical value of the day temple, then by the Xinbao unit, the spear two temples ,gas
儲存元件35内，當有必要時了堇儲存於 發送控制tfi號使其對外傳輸、或是直雜，巧取*，譬如 儲存元件35取下來括敢笙接連接進仃讀取、或是將 驗需求時’而無立即“害危險譬:== 發Ϊ二Id過無線訊號發送元件42將警報訊號 則需ίΐί^;^，咖料編模⑽來看， 偵測單元40之電能供應元件4 可以予以充電持續使用，續航力較佳。： 為電能他積皆較1、’主要較大的部份主要 ===木、河狀猶險灘轉，目此 能 ΐΐ:=可，薄型，，不僅體積輕薄，同時= 而处豹6 Γ ’、使得整體彳貞測單元4G之襄設位置不受限制’ 而月匕夠女裝於感應環境數據資料最佳的地方。 201211947 極基板62係包括第一集電層621及第—活性材 第 -活性材料層622係位於隔離區域6 二J 2 f ==域611相對而設;第二電極基二：J 路基板61之另一側，且第二電極基板肋包隹雨 ，第二活性材料層咖係^^ 電祕板62與電路基 又間 周圍’而第二封裝單元65係位 63 ^ 61 μ ίϊί板!“系可為可撓式的軟性電路板，且係為多層结 甘了第-金屬層613、基板聚合物層⑽與第2屬 層615 ’其中第一金屬層613與第二金屬層615可J ^ f構’其主要組成材料係選自銅、|g、鎳、上述任一二二 種金屬之合金。基板聚合物層6i4係介於第—金 屬層613與第二金屬層615之間，其同樣 = r圖m物層614包含至少—個基板支撐二:G f ^ = 捕係選自聚碰胺(PI)、聚對笨 :=乙一(PET)、聚秦二甲酸乙二醇醋⑽)、玻 Ϊϋϊί子，而縣之主要組成材料係選自聚涵H 軋樹脂或壓克力樹脂。 収衣 ^外’電路基板61更包括邏輯電路區域612，i係 域61卜並形成有至少一個邏輯電路，邏輯^路^與 第一木电層621及第二集電層631電性連接。如圖中所給示^ 隔離區域611在垂直軸上是介於第―電極基板62與第二曰電極 201211947 费板=之間，在水平轴上是介於第—封裝單元 包極基板62之弟一活性材料層622盥 ^ if^H632進行電子絕緣與離子導通，第1項功 L旦t 遴輯電區域612可以將由内部電能單元所彦Ο ίΞ?利，刻線路與外部電路與元件直接連接，益須4In the storage component 35, when necessary, it is stored in the transmission control tfi for external transmission, or is directly mixed, and the data is read, for example, the storage component 35 is taken down, the connection is read, or the When the demand is checked, there is no immediate danger. =:== The second Id over the wireless signal transmitting component 42 will require the alarm signal to be ίΐί^;^, the caffe modeling (10), the power supply component of the detecting unit 40 4 It can be charged and used continuously, and its endurance is better.: For the electric energy, the product is more than 1. The main part is the main === wood, river-like shoal, and can be seen: =, can, thin, Not only is the volume thin and light, but at the same time, the leopard 6 Γ ', the position of the overall detection unit 4G is not limited', and the monthly 匕 匕 women's clothing in the sensing environment data is the best place. 201211947 Polar substrate 62 series includes The first collector layer 621 and the first active material first active material layer 622 are located opposite to each other in the isolation region 6 J 2 f == domain 611; the second electrode base 2 is on the other side of the J-channel substrate 61, and The second electrode substrate rib is covered with rain, and the second active material layer is used to control the circuit board 62 and the circuit base. And the surrounding package 'the second package unit 65 is 63 ^ 61 μ ίϊ 板 plate! "It can be a flexible flexible circuit board, and is a multi-layered sweet-metal layer 613, substrate polymer layer (10) and The second genus layer 615 'where the first metal layer 613 and the second metal layer 615 may be configured to be 'the main constituent material> is selected from the group consisting of copper, |g, nickel, and an alloy of any two or more of the above metals. The substrate polymer layer 6i4 is interposed between the first metal layer 613 and the second metal layer 615, and the same = r image m layer 614 comprises at least one substrate support 2: G f ^ = trapping system is selected from the group consisting of polyhedamine (PI), poly pair stupid: = Yiyi (PET), polymethylglycolic acid glycol vinegar (10)), glass Ϊϋϊ 子, and the main constituent materials of the county are selected from poly han H rolled resin or acrylic resin. The circuit board 61 further includes a logic circuit region 612, and the i-system 61 is formed with at least one logic circuit, and the logic circuit is electrically connected to the first wood-electric layer 621 and the second collector layer 631. As shown in the figure, the isolation region 611 is on the vertical axis between the first electrode substrate 62 and the second electrode 201211947, and on the horizontal axis is the first package unit package substrate 62. The first active material layer 622盥^ if^H632 is electrically insulated and ion-conducted, and the first power L t 遴 电 电 612 612 612 可以 可以 可以 可以 可以 内部 内部 内部 内部 内部 , , , , , , , , , , Connection, benefit 4
電能單上之隔離區域611可視為其他^部 電體’故整體電能供就件43可藉由 與電ί基板61 ^輯電路區域612將外部電路與元件完整地 是八=實_中’第—封裝單元64在垂錄上之位置分佈 # =於弟一電極基板62與電路基板61之間，且在水平& > 則是介於第-電極基板62之第—活性The isolation region 611 on the power bill can be regarded as other electrical components. Therefore, the overall power supply member 43 can be completely integrated with the external circuit and component by the circuit region 612. - Positional distribution of the package unit 64 on the recording # = between the electrode substrate 62 and the circuit substrate 61, and at the level &> is the first activity of the first electrode substrate 62
s基板_直==二= 上二敗〇3之第一活性材料層632與邏輯電路 ' :第，if，因圖式中為電能供應元件43之剖面圖，二 ίί t6f位於第二封裝單元65之間、然實際上H ，環：===周圍’而第，單 統” ，因考量中央監控單元30並不扮演偵測的角声意 資料訊號的整合以及發送’因此可以選擇較好，立: 來木没’同日夺，其電能供應元件33亦可為一次電池或$ 201211947 的二Z念、*配合考1其無大小因*的限制’所以選擇為可充電 再者，配八苴撕…Λ 件予儲存（進行充電）。 電、太陽在=闊區域1，因此可以採用譬如為風力發 能發WiV电=發電、潮沙發電、海水鹽度差發電等綠 風力發電，触控，則可以採用太陽能發電或是 可以_潮沙;電、洋流分饰ηs substrate _ straight == two = the first active material layer 632 and the logic circuit of the last two defeats 3: the first, if, because the figure is a sectional view of the power supply element 43, two ίί t6f is located in the second package unit Between 65, actually H, ring: === around 'and the first, single system', because the central monitoring unit 30 does not play the role of detecting the integration of the angular information signal and sending 'so you can choose better , Li: The wood does not have the same day, its power supply component 33 can also be a battery or $201211947 two Z, * with the test 1 its size does not limit * so choose to be rechargeable, with eight苴 Λ Λ Λ Λ 予 予 Λ Λ 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电Control, you can use solar power or _ tidal sand; electricity, ocean current decoration η
下，達力發電；而可於環保、低排碳的情況 線電池充ΐ曰 ==b:央， ⑶針對偵測單元二^ ί 43 -- 20之續航力達到最佳。 ’ 11使i體蜂巢式監控模組 式監其蜂巢 監控水災的發生，半置’错由感測水位的變化來 -· ·- 號，提早將 由中央&控早7G發送警報訊 是摘測底魏，"^提早濕度㈣先卩域土石流，或 物、=聽m内，侧Μ、缺有&於建柴 系統:本露之-種即時監控與偵測 形蜂巢監控區，“分為六角 使用之偵測树_，有效使用元件之 201211947 個中央監控單元以及複數個偵測單 -整理傳逆而由中央監控單元將資料訊號統 力r提ί ；ίϋ警^訊號’而可降低價測單元運作所需之電 單，合中央監控 ，f 了可予以儲存供應中央監“元所電= 偵測單元進行充 力，大缺綠供給電 一唯以上所述者，僅為本發明之較佳實施例而已 故即凡依本發明申請範圍所述之特彳i ΐΐΓ内 化或修飾’均應包括於本發明之申請專利 【圖式簡單說明】 -實 監控::====揭露之即時 巢式綱祕統及其蜂 施例ί意3圓圖係為本發明所揭露的可顯示資料之卡套之第 巢式======統及其蜂 巢式;的二Τ 巢式=======其蜂 201211947 第6圖係為本發明所揭露的即時監控與偵測系統及其蜂 巢式監控模組的中央監控單元之又一實施例示意圖。Under, Dali power generation; and in the case of environmental protection, low carbon emissions line battery charge == b: central, (3) for the detection unit two ^ ί 43 -- 20 endurance to achieve the best. '11 enables the hi-body monitoring module to monitor the occurrence of floods in its hive, half-set 'error by sensing the change of water level--·--, early will be sent by the central & early 7G alarm is a test Bottom Wei, "^Early humidity (4) First earth and stone flow, or object, = listening to m, side Μ, lack of & Yu Jianchai system: this kind of real-time monitoring and detection of the hive monitoring area, " It is divided into a detection tree for hex use, a 201211947 central monitoring unit that effectively uses components, and a plurality of detection lists-organized reversals, and the central monitoring unit will rectify the data signals; Reduce the electricity bill required for the operation of the price measurement unit, and central monitoring, f can be stored and supplied to the central supervisor. "Yuansuodian = detection unit for charging, large lack of green power supply, only the above, only this DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The invention has been described in the specification of the present invention as being described in the specification of the present invention. [Simplified description of the drawings] - Real monitoring::=== =Exposure of the instant nesting system and its bee example The nesting type of the card sleeve capable of displaying the data disclosed in the present invention is====== and its honeycomb type; the nesting type======= its bee 201211947 Fig. 6 is the invention A schematic diagram of still another embodiment of the disclosed central monitoring unit of the instant monitoring and detection system and its honeycomb monitoring module.
【主要元件符號說明】 1 開闊區域 10 六角形蜂巢監控區 11 六角形蜂巢監控區 20 蜂巢式監控模組 30 中央監控單元 31 控制器 32 無線通訊元件 33 電能供應元件 35 儲存元件 36 警報單元 37 電能產生元件 40 偵測單元 41 微處理器 42 無線訊號發送元件 43 電能供應元件 44 偵測元件 45 警報單元 61 電路基板 611 隔離區域 612 遊輯電路區域 613 第一金屬層 614 基板聚合物層 615 第二金屬層 62 第一電極基板 621 第一集電層 622 第一活性材料層 14 201211947 63 第二電極基板 631 第二集電層 632 第二活性材料層 64 第一封裝單元 65 第二封裝單元[Main component symbol description] 1 Open area 10 Hexagonal honeycomb monitoring area 11 Hexagonal honeycomb monitoring area 20 Honeycomb monitoring module 30 Central monitoring unit 31 Controller 32 Wireless communication component 33 Power supply component 35 Storage component 36 Alarm unit 37 Electrical energy Generating component 40 detecting unit 41 microprocessor 42 wireless signal transmitting component 43 power supply component 44 detecting component 45 alarming unit 61 circuit substrate 611 isolation region 612 play circuit region 613 first metal layer 614 substrate polymer layer 615 second Metal layer 62 First electrode substrate 621 First collector layer 622 First active material layer 14 201211947 63 Second electrode substrate 631 Second collector layer 632 Second active material layer 64 First package unit 65 Second package unit