TWM413752U - Intelligent photoelectric ZigBee remote-control eco-friendly device - Google Patents
Intelligent photoelectric ZigBee remote-control eco-friendly device Download PDFInfo
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- TWM413752U TWM413752U TW99219166U TW99219166U TWM413752U TW M413752 U TWM413752 U TW M413752U TW 99219166 U TW99219166 U TW 99219166U TW 99219166 U TW99219166 U TW 99219166U TW M413752 U TWM413752 U TW M413752U
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- WHXSMMKQMYFTQS-UHFFFAOYSA-N Lithium Chemical compound [Li] WHXSMMKQMYFTQS-UHFFFAOYSA-N 0.000 claims 1
- HBBGRARXTFLTSG-UHFFFAOYSA-N Lithium ion Chemical compound [Li+] HBBGRARXTFLTSG-UHFFFAOYSA-N 0.000 claims 1
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/46—Conversion of thermal power into mechanical power, e.g. Rankine, Stirling or solar thermal engines
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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Description
100. 6. I ί / » |年月日 <! M413752100. 6. I ί / » | Year & Month <! M413752
ZigBee雙向遙控器之數字鍵盤42 ZigBee遠端控制器裝置5ZigBee two-way remote control digital keyboard 42 ZigBee remote controller device 5
ZigBee遠端控制器之排風扇裝置51 / ZigBee遠端控制器之冷氣機排氣裝置52 -ZigBee遠端控制器之太陽能板角度控制器裝置53ZigBee remote controller exhaust fan unit 51 / ZigBee remote controller air conditioner exhaust unit 52 - ZigBee remote controller solar panel angle controller unit 53
ZigBee遠端控制器之風能發電機風向控制器裝置54 •五、新型說明： 【新型所屬之技術領域】 本創作係有關一種智慧型光電ZigBee遙控綠能裝置，本創作是將 ZigBee無線感測技術用於綠建築及綠能之產生，ZigBee遵循IEEE 刖2,1_5,4協定，是一種新的短距離無線通訊標準，最大優勢在於低成 本、低耗電及應用範圍廣，藉無線感測器蒐集屋内外溫溼度、太陽角 度、風向、風速、屋内外二氧化碳濃度，等各種資訊，使得本創作， 1太陽能風能接收裝查，能自動調節太陽能板角度控制器及風能成向控 制器，可使太陽能電池及風能發電機得到最佳的發電效率，利用太陽 能電池及風能發電機所產生之電力，讓屋内綠能產生裝置内之主控電 路（内含ZigBee接收器運作）’可依ZigBee雙向遙控器裝置訊號，操 控前述光源輸出模擬天然日光之光色及光亮，該LED光源，可依太陽 不同的時間，發出模擬天然日光之LED光線，光線經由透明半圓形塑 膠罩般發散出來成為一 LED太陽光鐘，讓屋内的人依不同的光色及光 3 M413752 亮’得知屋外日光的狀況，同時也可以知道大約的時間""，該LED光源 也同時照射’屋内綠能產生裝置之綠色植物，借由該綠色植物能淨化 空氣中有毒的氣體，將二氧化碳轉為氧氣，可達到建築物節能減碳之 '目的，一屋内綠能產生裝置之蓄水槽可提供綠色植物水份供應，一蓄 電池模組當太陽能電池電源無法供電時，供本系统電源使用；一 ZigBee遠端感知器裝置内含數個zigBee遠端感知器，該遠端感知器 内含ZigBee單晶片微控制器，該ZigBee無線遠端感知器可安裝於大 •樓部份樓層内外，負責蒐集屋内外溫溼度、太陽照射角度、太陽照度、 二氧化碳、一氧化碳濃度等各種資訊，比較屋内屋外環境溫渔度變化、 落差，以無線傳輸方式傳出遠端之接收裝置，供ZigBee雙向遙控器裝 置調節照明、空調換氣’達到節能減碳的目的；一 ZigBee雙向遙控器 裝置’内含—單晶片微電腦以及一ZigBee單晶片微控制器，可於遠端 遙控本創作之遠端感知器裝置及控制器裝置，藉由ZigBee雙向遙控器 之LCD顯示器、數字鍵盤及語音ic，可雙向無線傳輸連結控制太陽能 鲁板角度控器’並回饋控制結菜，可雙向無線傳輸連結控制屋内綠能產 生裝置，並回館控制結果；一 ZigBee遠端控制器裝置，内含遠端控制 含排風扇及遠端控制冷氣機，可雙向無線傳輸連結控制，可控制氣體 的對流以達到節能及室内最佳空氣之目的；藉由以上裝置，可使本創 作收集瓖境中相關的光、溫度、溼度、二氧化碳、一氧化碳等資訊， 也可以藉由ZigBee無線通訊的特質，透過不同感測器結合不同設備， 可達到最佳化操作設定與自動有氧環境的控制目的。 4 M413752 V丨 年.月曰 【先前技術】 〇 近幾年來，全球暖化現象日益嚴重，台灣天氣也變得異常，而溫室效 •應的主要元兇，來自於人類活動中排放了大查的二氧化礙所致，許多 •科學家紛紛開始研究以科技來節能減碳，希望能用無線感測技術用於 綠建築，藉無線感測器蒐集的資料，自動調節建築陽光、空氣、水， 有效改善能源浪費，以往大部份採用藍芽技術，但藍芽技術有許多缺 鲁點，無法有效及快速值行動態的環境監控，ZigBee是一種新的短距離 無線通訊標準，這項標準最主要用來改善藍芽技術的缺點，因為藍芽 技術只能擷取七個無線設施，但ZigBee卻能掌控六萬多個，從開啟藍 芽耳機到擷取藍芽手機的訊號傳輸約三到四秒，但ZigBee介面傳輸只 要20分之1秒簡單的無線通訊與運算能力，再加上低成本的特質， 使得我們更容易的這些裝置佈建在我們的實際生活環境中；以往綠能 建築大都強調節約能源，並無法產生新的綠能，有鑑於此，我們研發 籲以ZigBee介面收集相關的環境資訊，如：光、溫度、聲音、太陽角度、 風向、溼度、二氧化碳、一氧化碳等，藉由無線通訊的特質，來幫助 我們更加方便的控制，再以全新的屋内綠能產生技術，以模擬天然日 光之LED太陽光鐘，照射綠色植物將二氧化碳轉為氧氣，作為綠能產 生裝置之綠能引擎，使環境綠建築中的「生態、節能、減廢、健康」 均衡發展可在現實的環境中被實現 5 M413752 l〇〇i 6. 14 * — “ ·.： . 於 * 【新型内容】 — j 為了使我們能更加方便的控制環境中的各種綠能裝置，本創作研製一 套智慧型光t ZigBee遙控綠能裝置，ZigBee技術是一種應用於短距 •離範圍内，低傳輸資料速率下的各種電子設備之間的無線通信技術， ZigBee名字來源於蜂群使用的賴以生存和發展的通信方式，蜜蜂通過 跳ZigZag形狀的舞蹈來通知發現的新食物源的位置、距離和方向等資 訊’以此作為新一代無線通訊技術的名稱，它是一種低傳輸速率 鲁（250kbps)、短距離（一般約為50-100 m，依耗電量之不同，可提昇 至300m)、低消耗功率、架構簡單的技術，目前制定的頻段為全球的 2· 4GHz ISM頻段、美國的915MHz頻段，以及歐洲的868MHz頻 段，在2.4GHz的ISM頻段，可使用的通道數為16個；在915MHz的 ISM頻段，可使用的通道數為1〇個，在歐洲的868MHz頻段，可使用 的通道數為1個，ZigBee的傳輸速率介於20kbps〜250kbps之間， 並隨著傳輸距離的延長而減慢，發射功率在lmW的ZigBee產品在10 •公尺的距離内可達250kbps的傳輸速率，若將傳輸距離拉長至20公 尺，則速度只剩30kbps，不過藉著提高發射功率，還是可以達到1〇〇公 尺的傳輸距離内，每秒250kbps的傳輸速率；以下將以圖示介紹，如 後附各圖所示，智慧型光電ZigBee遙控綠能裝置請參考圖（一），本創 作分為屋外太陽能接收裝置請參考圖（二）、屋内綠能產生裝置請參考 圓（三）、ZigBee遠端感知器裝置、ZigBee雙向遙控器裝置、ZigBee 遠端控制器裝置請參考圊（四）；本創作太陽能風能接收裝置，以光電 感測器(Photosensor)做為太陽角度感測，能自動控制太陽能板角度， 6 風力發電機其風向感測器採用三軸重力感測器(G sensor)，能自動控制 風向控制器，可使太陽能電池及風能發電機產生最佳發電，以供本系 統蓄電池模组充f使用；一屋内綠能產生裝董内含一透明塑瘳箪殼， 一 LED光源置於透明塑膠罩殼内，由多數可發出特定光色的發光二極 體(LED)排列組成，一主控電路内含zigBee接收器，置於透明塑膠罩 殼内，可依ZigBee雙向遙控器裝置訊號，操控前述光源輸出模擬天然 曰光之LED太陽光鐘，請參考，表(一)模擬天然日光LED太陽光鐘， 光線時間顏色光照度頻譜對應表* 一綠色植物置於透明塑膠罩殼内， 接收太陽光鐘之光線，將二氧化碳轉為氧氣，作為綠能產生裝置之綠 能引擎’基於植物光合作用的光需求，經過分析單顆紅、藍光LED的 特性後’須選擇合適植物光合作用的led光頻譜，經研究結果，紅光 630-650nm、藍光450-470nm同時採用交叉排列之形式排列，對綠色 植物生長效果最好，一屋内綠能產生裝置之蓄水槽及虹吸管可提供綠 色植物水份供應，一蓄電池模组接受太陽能電池電源充電，供本系統 電源使用；一 ZigBee遠端感知器裝置内含數個ZigBee遠端感知器， 該遠端感知器内含ZigBee單晶片微控制器，可將屋内屋外之溫度、源 度、太陽角度、太陽照度、風向、二氧化碳、一氧化碳氣體等數據加 予處理與控制，再以ZigBee無線傳輸方式傳出遠端之接收裝置；一 ZigBee雙向遙控g裝置’内含一單蟲片微電腦以及一 ZigBee單晶片 微控制器，該單晶片微控制器之電子電路，軟體採用組合語言乂語 言、VB、Keil-C之軟體程式，主要利用單晶片微控制器為中央處理模 組’配合軟體程式可遙控本創作之遠端之裝置，ZigBee雙向遙控器， 7ZigBee remote controller wind energy generator wind direction controller device 54 • Five, new description: [New technology field] This creation is related to a smart photoelectric ZigBee remote control green energy device, this creation is ZigBee wireless sensing Technology for green building and green energy generation, ZigBee follows the IEEE 刖2,1_5,4 agreement, is a new short-range wireless communication standard, the biggest advantage is low cost, low power consumption and wide range of applications, by wireless sensing Collecting indoor and outdoor temperature and humidity, sun angle, wind direction, wind speed, carbon dioxide concentration inside and outside the house, and other information, making this creation, 1 solar wind energy receiving and checking, can automatically adjust the solar panel angle controller and wind energy direction controller. The solar cell and the wind power generator can be optimally used for power generation, and the power generated by the solar cell and the wind energy generator can be used to enable the main control circuit (including the ZigBee receiver to operate) in the green energy generating device in the house. According to the ZigBee two-way remote control device signal, the light source output is controlled to simulate the color and brightness of natural sunlight, and the LED light source can be used according to the sun. At the same time, the LED light that simulates natural sunlight is emitted, and the light is emitted as a LED solar clock through a transparent semi-circular plastic cover, so that people in the house can light the light of different colors and light 3 M413752. The situation, as well as the approximate time "", the LED light source also illuminates the green plant of the green energy generating device in the house, by which the green plant can purify the toxic gas in the air and convert the carbon dioxide into oxygen. To achieve the goal of energy saving and carbon reduction in buildings, the water storage tank of the green energy generating device in one house can provide the supply of green plant water, and the battery module can be used for the power supply of the system when the solar battery power source cannot supply power; a ZigBee remote sensing The device includes a plurality of zigBee remote sensor devices, and the remote sensor includes a ZigBee single-chip microcontroller. The ZigBee wireless remote sensor can be installed inside and outside part of the building, and is responsible for collecting temperature and humidity inside and outside the house. , solar radiation angle, solar illumination, carbon dioxide, carbon monoxide concentration and other information, compare the temperature and fishery changes in the indoor and outdoor housing, The difference is transmitted wirelessly to the remote receiving device for the ZigBee two-way remote control device to adjust the lighting and air conditioning ventilation to achieve the purpose of energy saving and carbon reduction; a ZigBee two-way remote control device includes a single-chip microcomputer and a ZigBee The single-chip microcontroller can remotely remotely control the remote sensor device and controller device of the present invention. With the ZigBee bidirectional remote control LCD display, digital keyboard and voice ic, the two-way wireless transmission link can control the solar panel angle. The controller 'returns control to control the dish, can control the green energy generating device in the house by two-way wireless transmission connection, and returns to the control result of the museum; a ZigBee remote controller device, including a remote control fan and a remote control air conditioner, Two-way wireless transmission connection control, which can control the convection of gas to achieve energy saving and indoor optimal air. With the above device, the creation can collect relevant information such as light, temperature, humidity, carbon dioxide and carbon monoxide in the environment. The best features of ZigBee wireless communication can be achieved by combining different devices through different sensors. Automatic operation control target setting aerobic environment. 4 M413752 V丨年.月曰[Previous Technology] In recent years, global warming has become more and more serious, and the weather in Taiwan has become abnormal. The main culprit in the greenhouse effect has come from the investigation of human activities. Due to the disulfide, many scientists have begun to study technology to save energy and reduce carbon. They hope to use wireless sensing technology for green buildings, and use the data collected by wireless sensors to automatically adjust the building sunlight, air and water. Improving energy waste, most of the previous use of Bluetooth technology, but Bluetooth technology has many lack of points, can not effectively and quickly dynamic environmental monitoring, ZigBee is a new short-range wireless communication standard, this standard is the most important Used to improve the shortcomings of Bluetooth technology, because Bluetooth technology can only capture seven wireless devices, but ZigBee can control more than 60,000, from the Bluetooth headset to the Bluetooth mobile phone signal transmission about three to four Seconds, but the ZigBee interface transmits as little as 20 minutes per second of simple wireless communication and computing power, coupled with low-cost features, making it easier for us to build these devices In the actual living environment; in the past, green energy buildings mostly emphasized energy conservation and could not generate new green energy. In view of this, we research and develop the ZigBee interface to collect relevant environmental information, such as: light, temperature, sound, sun angle Wind direction, humidity, carbon dioxide, carbon monoxide, etc., through the characteristics of wireless communication, to help us more convenient control, and then use the new indoor green energy generation technology to simulate the natural solar LED solar clock, illuminate green plants to carbon dioxide The conversion to oxygen, as the green energy engine of the green energy generating device, enables the balanced development of “ecology, energy saving, waste reduction and health” in environmental green buildings to be realized in a realistic environment. 5 M413752 l〇〇i 6. 14 * — “·.: . 于* [New content] — j In order to make it easier for us to control various green energy devices in the environment, this creation develops a smart light t ZigBee remote control green energy device, ZigBee technology is an application. ZigBee name comes from the wireless communication technology between various electronic devices at low transmission data rate in the short range and off range. The group uses the communication method of survival and development. The bee tells the location, distance and direction of the new food source by jumping the dance of ZigZag shape. This is the name of the new generation wireless communication technology. It is a kind of low. Transmission rate Lu (250kbps), short distance (generally about 50-100 m, depending on power consumption, can be increased to 300m), low power consumption, simple architecture, the current frequency band is 2.4 GHz worldwide The ISM band, the 915MHz band in the US, and the 868MHz band in Europe, the number of channels that can be used in the 2.4GHz ISM band is 16; in the 915MHz ISM band, the number of channels that can be used is 1〇, in 868MHz in Europe. In the frequency band, the number of channels that can be used is one. The transmission rate of ZigBee is between 20 kbps and 250 kbps, and the transmission distance is slowed down. The ZigBee product with a transmission power of lmW can be within a distance of 10 metric meters. With a transmission rate of 250kbps, if the transmission distance is extended to 20 meters, the speed is only 30kbps, but by increasing the transmission power, it can still reach a transmission distance of 1 〇〇m. The transmission rate of 250kbps; the following will be introduced as shown in the figure. As shown in the attached figure, please refer to the figure (1) for the smart photoelectric ZigBee remote control green energy device. Please refer to the figure (2) for the outdoor solar receiver. For the green energy generating device in the house, please refer to the circle (3), ZigBee remote sensor device, ZigBee bidirectional remote control device, ZigBee remote controller device, please refer to 圊 (4); this creation solar wind energy receiving device, with optical inductance measurement Photosensor is used for solar angle sensing and can automatically control the angle of the solar panel. 6 Wind turbines use a three-axis gravity sensor (G sensor) to automatically control the wind direction controller to enable solar cells. And the wind power generator produces the best power generation for the battery module of the system to be used; the green energy inside the house contains a transparent plastic shell, and the LED light source is placed in the transparent plastic cover. A light-emitting diode (LED) arrangement that emits a specific color of light, a main control circuit containing a zigBee receiver, placed in a transparent plastic cover, according to the ZigBee two-way remote control device signal, Control the LED light clock of the natural light output to simulate the natural light, please refer to, table (1) simulate natural daylight LED sun light clock, light time color illuminance spectrum correspondence table * A green plant is placed in a transparent plastic cover, receiving the sun The light of the light clock converts carbon dioxide into oxygen. As the green energy engine of the green energy generating device, based on the light demand of plant photosynthesis, after analyzing the characteristics of single red and blue LEDs, it is necessary to select the suitable light for the photosynthesis of plants. The spectrum, according to the research results, the red light 630-650nm and the blue light 450-470nm are arranged in a cross-arranged manner, which has the best growth effect on green plants. The water storage tank and the siphon of the green energy generating device in one house can provide the green plant water supply. A battery module is charged by the solar battery power supply for use by the system power supply; a ZigBee remote sensor device includes a plurality of ZigBee remote sensor devices, and the remote sensor includes a ZigBee single-chip microcontroller, which can Temperature, source, sun angle, solar illuminance, wind direction, carbon dioxide, carbon monoxide gas, etc. For processing and control, the remote receiving device is transmitted by ZigBee wireless transmission; a ZigBee two-way remote control device includes a single-chip microcomputer and a ZigBee single-chip microcontroller, and the electronic of the single-chip microcontroller The circuit and the software adopt the combination language language, VB, Keil-C software program, mainly use the single-chip microcontroller as the central processing module 'with the software program to remotely control the remote device of the creation, ZigBee two-way remote control, 7
M413752 會依ZigBee遠端感知器蒐集的屋内外溫溼度、天候等資訊，依氣溫、 人體代謝率、平均輻射熱、空氣流速、空氣内含物、人體活動量、溼 度等參數’建立的室内熱瓖境舒適指榡PMV (predicted Mean Vote) 模型判斷屋内情形，依空氣内含物狀況，開啟空調換氣功能或啟動排 風扇通風；一 ZigBee雙向遙控器，可雙向無線傳輸連結控制太陽能板 角度控器’並回饋控制結果’可雙向無線傳輸連結控制屋内綠能產生 裝置，並回饋控制結果，可雙向無線傳輸連結控制ZigBee遠端感知器 籲裝置* _ LCD顯示器可顯示上述裝置之訊息；一數字鍵盤★可操控本 雙向遙控器裝置，一語音1C可作為雙向遙控器辅助控制者；一 ZigBee 遠端控制器裝置，可雙向無線傳輸連結控制，只要將ZigBee模組放入 家電之申做為無線控制介面，透過ZigBee就可用單一 ZigBee雙向遙 控器’控制跨廠牌所有家電，排風扇及冷氣機，可控制氣體的對流， 以達到控制屋内熱環境舒適指標之目的。 天然日光LED太陽光鐘’光線時間顏色光照度頻譜對應表 時間 顏色 LED頻譜 06 紅光800LUX 630-650nm 07 籃光800Lux 450-470nm 08 白光 lOOOLux 450-650nm 08 白光 1500Lux 12 白光 3000Lux 450-650nm 18 白光 2000Lux 8 M413752 18 紅光 1500Lux 630-650nm 19 籃光 lOOOLux 450-470nm 20 白光800Lux 450-650nm 20 1 白光600Lux 450-650nm 22 22 1 紅光500 Lux 630-650nm 06 本創作之其他創新特徵及功能經配合下列圓式，予以作進一步之說明 後，貴審查委員當有更詳細的瞭解。 【實施方式】 以下本創作將以如何操作，智慧型光電ZigBee遙控綠能裝置，作為實 施本創作之詳細說明，如後附各圖所示，本創作之實施例如下：智慧 型光電ZigBee遙控綠能裝置請參考圚（一），包含屋外太陽能風能接收 裝置(1)請參考圖（二）、屋内綠能產生裝置(2)請參考圖（三）、ZigBee 遠端感知器裝置(3)、ZigBee雙向遙控器裝置(4)、ZigBee遠端控制器 裝置(5)，本創作太陽能風能接收裝置（1)本體上具有，一太陽能電池 9 M413752 locfiTTn' 年月F, ; ~ * * (11)供本系統充電使用，一太陽能板角度控制器（11a)可使太陽能電池 得到最佳的發電效率’一風能發電機裝置（12)及風向控制器（12a)可補 助太陽能電源之不足；一廑内綠能產生裝查(2)内含一透明塑膠箪殼 • (21)，一 LED光源(22)置於透明塑膠罩殼内，由多個可發出特定光色 •的發光二極想(LED)排列组成，一主控電路内含zigBee接收器（24), 置於透明塑膠罩殼内，可依ZigBee雙向遙控器裝置訊號，操控前述光 源輸出模擬天然日光之LED太陽光鐘(23)，一綠色植物(25)置於透明 籲塑膠罩殼内，接收太陽光鐘之光線*將二氧化碟轉為氧氣‘作為綠能 產生裝置之綠能引擎，一屋内綠能產生裝置之蓄水槽(29)利用虹吸 管，可提供綠色植物水份供應，一屋内綠能產生裝置之屋外太陽能風 能電源插槽(27)，可接收屋外太陽能風能所產生之電源，一蓄電池模 組(26) <供本系統電源使用，一屋内綠能產生裝置之屋内電源插槽 (28) ’當太陽能電池無法供電時，供本系統作為備份電源使用；一 ZigBee遠端感知器裝置(3)内含數個ZigBee遠端感知器，該遠端感知 籲器内含ZigBee單晶片微控制器，可將屋内屋外之溫度、濕度、太陽角 度、太陽照度、風向、二氧化碳、一氧化碳等數據，以無線傳輸方式 傳出至遠端之接收裝置；一 ZigBee雙向遙控器裝置(4)内含一單晶片 微電腦以及一 ZigBee單晶片微控制器，可於遠端遙控本創作之遠端之 裝董’可雙向無線傳輸連結控制太陽能板角度控器，並回饋控制結果， 可雙向無線傳輸連結控制屋内綠能產生裝置，並回饋控制結果，可雙 向無線傳輸連結控制ZigBee遠端感知器裝置，一 LCD顯示器（41)可顯 示上述裝置之訊息，一數字鍵盤(42)可操控本雙向遙控器裝置；一M413752 will use the ZigBee remote sensor to collect indoor and outdoor temperature, humidity, weather and other information, according to the temperature, the body's metabolic rate, average radiant heat, air flow rate, air content, human activity, humidity and other parameters 'established indoor enthusiasm The PMV (predicted Mean Vote) model judges the situation inside the house. According to the air inclusion condition, the air conditioning ventilation function is activated or the exhaust fan ventilation is activated. A ZigBee bidirectional remote control can control the solar panel angle controller by two-way wireless transmission connection. And feedback control result 'Two-way wireless transmission connection control indoor green energy generation device, and feedback control results, two-way wireless transmission connection control ZigBee remote sensor call device * _ LCD display can display the message of the above device; a numeric keyboard ★ The two-way remote control device can be operated, one voice 1C can be used as a two-way remote control assistant controller; a ZigBee remote controller device can be two-way wireless transmission link control, as long as the ZigBee module is put into the home appliance as a wireless control interface Through ZigBee, a single ZigBee two-way remote control can be used to control the cross-label shop. Appliances, exhaust fan and air-conditioners, gas convection can be controlled, to achieve the purpose of controlling the thermal environment comfort index house. Natural daylight LED sun light clock 'light time color illuminance spectrum correspondence table time color LED spectrum 06 red light 800LUX 630-650nm 07 basket light 800Lux 450-470nm 08 white lightOOOLux 450-650nm 08 white light 1500Lux 12 white light 3000Lux 450-650nm 18 white light 2000Lux 8 M413752 18 Red light 1500Lux 630-650nm 19 basket light lOOOLux 450-470nm 20 white light 800Lux 450-650nm 20 1 white light 600Lux 450-650nm 22 22 1 red light 500 Lux 630-650nm 06 Other innovative features and functions of this creation The following rounds will be further explained, and your review committee will have a more detailed understanding. [Embodiment] The following creation will be based on how to operate, intelligent photoelectric ZigBee remote control green energy device, as a detailed description of the implementation of this creation, as shown in the attached figure, the implementation of this creation is as follows: smart photoelectric ZigBee remote control green For the device, please refer to 圚(1), including the outdoor solar wind energy receiving device (1), please refer to the figure (2), the indoor green energy generating device (2), please refer to the figure (3), ZigBee remote sensor device (3) ZigBee two-way remote control device (4), ZigBee remote controller device (5), the present solar energy wind receiving device (1) has a solar cell 9 M413752 locfiTTn' year F,; ~ * * ( 11) For the system to be used for charging, a solar panel angle controller (11a) can make the solar cell get the best power generation efficiency. 'A wind energy generator device (12) and a wind direction controller (12a) can supplement the shortage of solar power. One inside green can produce a check (2) contains a transparent plastic clamshell • (21), an LED light source (22) is placed in a transparent plastic cover, and multiple light-emitting lights can emit a specific light color Extremely want to (LED) arrangement, a master The road contains a zigBee receiver (24), placed in a transparent plastic cover, and can be controlled by the ZigBee two-way remote control device signal to control the LED light (23) of a natural daylight, a green plant (25) In the transparent plastic cover, the light that receives the sunlight clock* converts the dioxide disc into oxygen' as the green energy engine of the green energy generating device, and the water storage tank (29) of the green energy generating device in the house can be provided by the siphon The green plant water supply, the outdoor solar energy power socket (27) of the green energy generating device in the house, can receive the power generated by the outdoor solar wind energy, and a battery module (26) < for the power supply of the system, The power supply slot of the green energy generating device in one house (28) 'When the solar battery cannot supply power, the system is used as a backup power source; a ZigBee remote sensor device (3) contains several ZigBee remote sensors, The remote sensing device includes a ZigBee single-chip microcontroller that can transmit data such as temperature, humidity, solar angle, solar illuminance, wind direction, carbon dioxide, carbon monoxide, etc. inside and outside the house to the wireless transmission side. The receiving device is transmitted to the remote end; a ZigBee bidirectional remote control device (4) includes a single-chip microcomputer and a ZigBee single-chip microcontroller, which can remotely remotely control the remote end of the creation. The transmission link controls the solar panel angle controller and feeds back the control result. The two-way wireless transmission connection can control the indoor green energy generating device and feedback the control result. The two-way wireless transmission connection can control the ZigBee remote sensor device, and an LCD display (41) The message of the above device can be displayed, and a numeric keypad (42) can control the two-way remote control device;
ZigBee遠端控制器裝置(5)可雙向無線傳輸連結控制，排風扇（51)及 冷氣機(52)，可控制氣體的對流以達到最佳空氣控制之目的；利用以 上裝直可使本創作產生最佳之綠能瓖境。智慧型光電ZigBee遙控綠能 裝置之控制成效測試，主要分為五部份：一、屋外太陽能風能接收裴 檢知測試與控制；二、屋内綠能產生裝置檢知測試與控制；三、ZigBee 遠端感知器裝置檢知測驗與控制；四、ZigBee雙向遙控器裝置檢知測 驗與控制；五、ZigBee遠端控制器裝董檢知測驗與控制；依上述性能 肇測試情形說明如下：本創作智慧型光電ZigBee遙控綠能裝置的基本設 備，包括一 ZigBee雙向遙控器裝置内含一單晶片微電腦以及一 ZigBee 單晶片微控制器可於遠端遙控本創作之遠端感知器裝置請參考圖 (五），藉由ZigBee雙向遂控器之LCD顯示器及ZigBee雙向遙控器之 數字鍵盤，可雙向無線傳輸連結控制太陽能板角度控器，並回饋控制 結果，可雙向無線傳輸連結控制屋内綠能產生裝置，並回餚控制結果， 可雙向無線傳輸連結控制ZigBee遠端感知器裝置請參考圈（四）；一 籲ZigBee遠端控制器袭置，内含遠端控制排風扇及遠端控制+氣機，可 雙向無線傳輸連結控制，可控制氣體的對流以達到節能之目的，其示 意如圖(一)所示’為瞭解本創作系統之無線收發器微電腦控制流程， 受控負載實際動作情況，請參考圖（六），為瞭解本創作系統之遠端控 制器裝置，無線接收器微電辎控制之連結控制請參考蘭（七），經執行 多次測試與修正；目前屋外太陽能風能接收裝置、屋内綠能產生裝置、 ZigBee遠端感知器裝置、ZigBee遠端控制器裝置，以上裝置之控制及 負載動作’均能正常運作，實際測試檢知器及受控負載動作執行情況， M413752 l〇cfT"^二〆:The ZigBee remote controller device (5) can control the two-way wireless transmission connection, the exhaust fan (51) and the air conditioner (52), which can control the convection of the gas for the purpose of optimal air control; The best green energy environment. The control effect test of the intelligent photoelectric ZigBee remote control green energy device is mainly divided into five parts: one, outdoor solar wind energy receiving 裴 detection test and control; second, indoor green energy generating device detection test and control; three, ZigBee The remote sensor device detects the test and control; 4. The ZigBee two-way remote device detects the test and control; 5. The ZigBee remote controller installs the Dong detection test and control; according to the above performance, the test situation is as follows: The basic equipment of the intelligent photoelectric ZigBee remote control green energy device, including a ZigBee bidirectional remote control device with a single chip microcomputer and a ZigBee single chip microcontroller can remotely remotely control the remote sensor device of the creation. 5) With the ZigBee bi-directional controller LCD display and the ZigBee bi-directional remote control digital keypad, the two-way wireless transmission link can control the solar panel angle controller and feedback the control result, and the two-way wireless transmission connection can control the indoor green energy generating device. And return to the food control results, two-way wireless transmission link control ZigBee remote sensor device please refer to the circle (four One call ZigBee remote controller attack, including remote control exhaust fan and remote control + air machine, two-way wireless transmission connection control, can control gas convection to achieve energy saving purposes, its schematic diagram (1) Shown 'To understand the wireless transceiver micro-control process of this authoring system, the actual operation of the controlled load, please refer to Figure (6), in order to understand the remote controller device of the authoring system, the wireless receiver micro-electron control Please refer to Lan (7) for connection control, and perform many tests and corrections; currently, outdoor solar wind energy receiving device, indoor green energy generating device, ZigBee remote sensor device, ZigBee remote controller device, control of the above devices and The load action 'can operate normally, the actual test detector and the controlled load action execution, M413752 l〇cfT"^二〆:
;年月' :I 各種檢知器及受控負載動作情況，完全達到預期之創作智慧 型光電ZigBee遙控綠能裝置；其中ZigBee雙向遙控器裝置，軟體程 式採用組合語言、VB、Keil-C、C語言撰寫的程式包括鍵盤掃描， ZigBee遠端感知器之時間曰期設定，及狀態之設定及回饋，經測試後 其L CD顯示都能正常運作；其他硬體裝置，包括屋外太陽能風能接 收裝置、屋内綠能產生裝置、ZigBee遠端感知器裝置、ZigBee雙向遙 控器裝置、ZigBee遠端控制器裝置，以上裝置經實地雙向遙控，經多 籲次實際測試結果，各種檢知器及受控負載動作情況，完全符合預期之 成效，顯示智慧型光電ZigBee遙控綠能裝置是成熟可行之技術。 【圖式簡單說明】 第一圖係本創作，智慧型光電ZigBee遙控綠能裝置，實施例之示意圓。 鲁第二圖係本創作，屋外太陽能風能接收裝置，實施例之立體外觀囷。 第三圖係本創作，屋内綠能產生裝置，實施例之立體外觀圓。 第四圈係本創作，智慧型光電ZigBee遙控綠能裝置，實施例之方塊圓。 第五圖係本創作’ ZigBee雙向遙控器裝置，微電腦控制之方塊圓。 第六圓係本創作，ZigBee雙向遙控器裝置，無線收發器微電腦控制流 程圓》 第七圖係本創作，ZigBee遠端控制器裝置，無線接收器微電腦控制流 程圓》 M413752 m ·β. 14 i - ' J] r 【主要元件符號說明】 屋外太陽能風能接收裝置1 屋外太陽能接收裝置之太陽能電池11 屋外太陽能接收裝置之太陽能板角度控制器11a /屋外風接收裝置之風能發電機裝置12 屋外風接收裝置之風向控制器12a 屋内綠能產生裝置2 屋内綠能產生裝置之透明塑膠罩殼21 屋内綠能產生裝置之LED光源22 屋内綠能產生裝置之LED太陽光鐘23 屋内綠能產生裝置之主控電路内含Zigbee接收器24 屋内綠能產生裝置之綠色植物25 屋内綠能產生裝置之蓄電池模組26 屋内綠能產生裝置之屋外太陽能風能電源插槽27 屋内綠能產生裝置之屋内電源插槽28 屋内綠能產生裝置之蓄水槽29 鲁屋内綠能產生裝置之透氣孔29a ZigBee遠端感知器裝置3 屋内ZigBee遠端感知器裝置31 屋内ZigBee可擴充遠端感知器裝置31a 屋外ZigBee遠端感知器裝置32 屋外ZigBee可擴充遠端感知器裝置32a ZigBee雙向遙控器裝置4 ZigBee雙向遙控器之LCD顯示器41 13 丄(丨、ftT7 M413752Years and months' :I Various detectors and controlled load action, fully meet the expected creative intelligent photoelectric ZigBee remote control green energy device; ZigBee two-way remote control device, software program using combination language, VB, Keil-C, The programs written in C language include keyboard scanning, ZigBee remote sensor time setting, and status setting and feedback. After testing, the L CD display can operate normally; other hardware devices, including outdoor solar wind energy receiving The device, the indoor green energy generating device, the ZigBee remote sensing device, the ZigBee two-way remote control device, and the ZigBee remote controller device, the above devices are remotely controlled in the field, and the actual test results are obtained, and the various detectors are controlled. The load operation situation is completely in line with the expected results, and the smart photoelectric ZigBee remote control green energy device is a mature and feasible technology. [Simple description of the diagram] The first picture is the creation, the intelligent photoelectric ZigBee remote control green energy device, the schematic circle of the embodiment. The second picture of Lu is the creation of this, the external solar wind energy receiving device, the stereoscopic appearance of the embodiment. The third picture is the creation of the green energy generating device in the house, and the three-dimensional appearance of the embodiment is round. The fourth circle is the creation, the smart photoelectric ZigBee remote control green energy device, the square circle of the embodiment. The fifth picture is the creation of the 'ZigBee two-way remote control device, the cube circle controlled by the microcomputer. The sixth circle is the creation, ZigBee two-way remote control device, wireless transceiver microcomputer control flow circle" The seventh picture is the creation, ZigBee remote controller device, wireless receiver microcomputer control flow circle" M413752 m ·β. 14 i - ' J] r [Description of main component symbols] Outdoor solar wind energy receiving device 1 Solar cell for outdoor solar receiving device 11 Solar panel angle controller for outdoor solar receiving device 11a / Wind energy generator device for outdoor wind receiving device 12 Outside the house Wind direction controller 12a of wind receiving device Indoor green energy generating device 2 Transparent plastic cover for indoor green energy generating device 21 LED light source for indoor green energy generating device LED solar clock for indoor green energy generating device 23 Green energy generating device for indoor The main control circuit contains the Zigbee receiver 24 The green plant of the green energy generator in the house 25 The battery module of the green energy generating device in the house 26 The outdoor solar energy power supply slot of the indoor green energy generating device 27 The indoor green energy generating device Power socket 28 The tank of the green energy generating device in the house 29 The vent hole 29a ZigBe of the green energy generating device in the Luwu e remote sensor device 3 indoor ZigBee remote sensor device 31 indoor ZigBee scalable remote sensor device 31a outdoor ZigBee remote sensor device 32 outdoor ZigBee scalable remote sensor device 32a ZigBee two-way remote control device 4 ZigBee LCD display for two-way remote control 41 13 丄 (丨, ftT7 M413752
ZigBee雙向遙控器之數字鍵盤42 ZigBee遠端控制器裝置5ZigBee two-way remote control digital keyboard 42 ZigBee remote controller device 5
ZigBee遠端控制器之排風扇裝置51 / ZigBee遠端控制器之冷氣機排氣裝置52 -ZigBee遠端控制器之太陽能板角度控制器裝置53ZigBee remote controller exhaust fan unit 51 / ZigBee remote controller air conditioner exhaust unit 52 - ZigBee remote controller solar panel angle controller unit 53
ZigBee遠端控制器之風能發電機風向控制器裝置54 年月曰ZigBee remote controller wind energy generator wind direction controller device 54 years
1414
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| TW99219166U TWM413752U (en) | 2010-10-05 | 2010-10-05 | Intelligent photoelectric ZigBee remote-control eco-friendly device |
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| TW99219166U TWM413752U (en) | 2010-10-05 | 2010-10-05 | Intelligent photoelectric ZigBee remote-control eco-friendly device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI473045B (en) * | 2012-08-08 | 2015-02-11 | Ncku Res & Dev Foundation | Solar wireless remote leakage-aware system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI473045B (en) * | 2012-08-08 | 2015-02-11 | Ncku Res & Dev Foundation | Solar wireless remote leakage-aware system |
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