M354035 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種智慧型 是指-種具有感測器與別U冓尤其 真声而请少益神η控制极組，可控制燈具本體之 及無效率電力消耗量之智慧型無線控制燈 【先前技術】 按’燈具之發展歷史幾乎與人類文明一樣的久遠 古代之火把、躐燭一直到寸诂吐旅 足 彩和形狀之燈具不斷出現，滿足了人們在昭明上之•要色 而燈管由於發光效率高、耗雷低、菰丄f‘、、、月上之而要， 干同耗冤低、發光顏色接近日光且套 命長等優點，所以燈管逐漸取代7妗治^ 可 s、所取代了燈泡，廣泛應用於住家、 商店、辦公室或其他公共場所等，而成為現代人不可或缺 之-種電氣用品，且隨著生活水準之提升，各種燈具 受到人們之重視。 ' 上述之燈具都是使用燈泡或燈管作為燈具之發光源， 並配合-具有顏色且透過光線之燈罩，使得域在透出 燈罩後能形成不同的顏色，可是此種傳統燈具結構的缺點 就是耗電、易發熱且壽命短，再者於燈泡壞了之後，就不 再提供照明之功處’而且有的燈泡發出的光線必須透出燈 罩，會導致光線的亮度下降，所以近年來越來越多的燈具"; 已陸續將發光源從傳統的燈泡，改成了發光二極體〔 Emitting Diode, LED〕，舉凡馬路上的紅綠燈、手電筒、 裝飾燈等等，都已經改用發光二極體模組來發光，至於專 用燈具如〉' 車尾燈和煞車燈等等’也早已大量採用發光_ 極體模組，這是因為發光二極體具有低耗能、省能源、』 M354035 命長、耐用、耐震、體積小、反應快等優點。 然而，上述之燈具無論是使用燈泡、燈管或發光二極 體作為發光源，在實際使用的時候由於僅是持續的發光， 無法及時的反應環境變化〔例如現場有其他光源或人員稀 >、而不品照明之情況〕而調整為所需之亮度，將造成電力 月匕源之持續消耗而不符合環保訴求。 【新型内容】 是故，本創作鑑於上述之缺點，以提供一種智慧型無 線控制燈具結構，該智慧型無線控制燈具結構係具有感測 器，可量測燈具本體週遭之光線強度或現場人數，並據以 控制燈具本體所發出之亮度，例如發光之燈管數或將亮度 作1%〜100%之調整，以配合環境亮度變化即時自動調整 而減少電力之消耗量’達到省電環保之目的，且裝設有無 線控制模組，以提供一低功率之無線網路，可達到遠端遙 控該燈具本體的亮度與點滅，並能節省有線系統所需之材 料和人工成本，以便於遠距離之操作者可控制多個燈具本 體。M354035 VIII. New Description: 【New Technology Fields】 This creative department is about a kind of smart type. It has a sensor and other U冓, especially the real sound, please take advantage of the η control group, which can control the lamp body. And intelligent wireless control lights with inefficient power consumption [previous technology] According to the history of the development of lamps, almost the same ancient civilization as the human civilization, the candlesticks continue to appear in the lights and shapes of the lights. It satisfies people's needs in the Ming Dynasty and the lamps are high in luminous efficiency, low in lightning consumption, 菰丄f', and on the moon. The dry consumption is low, the color of the light is close to daylight, and the life is long. Advantages, so the lamp gradually replaced the 7 妗 ^ 、 、, replaced by the bulb, widely used in homes, shops, offices or other public places, etc., and become an indispensable part of modern people The improvement of standards, various lamps have received the attention of people. 'The above-mentioned lamps are all using the bulb or the lamp as the light source of the lamp, and the lampshade with color and light transmission enables the domain to form different colors after the lampshade is exposed. However, the disadvantage of the conventional lamp structure is that It consumes electricity, is prone to heat and has a short life. In addition, after the bulb is broken, it will no longer provide the function of illumination. And some of the light emitted by the bulb must pass through the lampshade, which will cause the brightness of the light to drop. The more lamps " have gradually changed the light source from the traditional light bulb to the Emitting Diode (LED), the traffic lights on the road, flashlights, decorative lights, etc., have been changed to use two The polar body module emits light, and special lamps such as 〉 'taillights and brake lights, etc.' have already adopted a large number of illuminating _ polar body modules, because the light-emitting diodes have low energy consumption and energy saving, M354035 Long, durable, shock-resistant, small size, fast response and so on. However, the above-mentioned lamps use a light bulb, a lamp tube or a light-emitting diode as a light-emitting source, and in actual use, due to only continuous light emission, it is impossible to respond to environmental changes in time (for example, there are other light sources or personnel in the field). If the lighting is adjusted to the required brightness, it will result in continuous consumption of the power source and not comply with environmental protection requirements. [New content] Therefore, in view of the above shortcomings, the present invention provides a smart wireless control lamp structure, which has a sensor for measuring the light intensity or the number of people around the lamp body. And according to the control of the brightness of the lamp body, such as the number of light tubes or the brightness of 1% ~ 100% adjustment, in line with the environmental brightness changes, automatic adjustment and reduce the consumption of electricity to achieve the purpose of energy saving and environmental protection And equipped with a wireless control module to provide a low-power wireless network, which can remotely control the brightness and the point of the lamp body, and save the material and labor costs required for the cable system, so as to be far away. The operator of the distance can control a plurality of luminaire bodies.
本創作之智慧型無線控制燈具結構較佳實施例的特徵 在於’其主要係具有一燈具本體，燈具本體係連設有一控 制器與一無線控制模組，並於燈具本體所需照明之環境中 裝設有一亮度設定器，亮度設定器係連設有一感測器與一 無線控制模組，其中之無線控制模組皆係採用IEEE 802.15.4 所規範的 ISM〔Industrial, Scientific andThe preferred embodiment of the intelligent wireless control luminaire structure of the present invention is characterized in that it mainly has a luminaire body, and the luminaire system is provided with a controller and a wireless control module, and is in the environment of illumination required by the luminaire body. A brightness setting device is provided, and the brightness setting device is connected with a sensor and a wireless control module, wherein the wireless control module adopts an ISM standardized by IEEE 802.15.4 [Industrial, Scientific and
Medical〕2. 4GHz免執照短距無線頻段，可支援ZigBee或 是同為IEEE 802. 15.4之專屬無線協定系統，或可*採用藍 芽〔bluetooth〕、無線射頻〔radio freqUenCy，RF〕等無 6 M354035 線傳輸協定系統，以提供一應用範圍廣泛的低功率無線網 路，可令使用者達到遠端遙控該燈具本體的亮度與點滅， 而感測器係可量測週遭之光線強度或現場人數，並據以控 制該燈具本體所發出之亮度。 根據本創作之智慧型無線控制燈具結構其一較佳實施 例，該燈具本體係可為使用發光二極體〔light emitting diode，LED〕作為光源之路燈或天花板燈具。 【實施方式】 為令本創作所運用之技術内容、創作目的及其達成之 功效有更完整且清楚的揭露，茲於下詳細說明之，並請一 併參閱所揭之圖式及圖號： 首先，請參照第一圖所示，係本創作智慧型無線控制 燈具結構其一較佳實施例之示意圖，其係包括一燈具本體 (I) 及一亮度設定器（2)，其中： 該燈具本體（1)係一路燈，其光源係可為燈管或發光二 極體〔Light Emitting Diode, LED〕，且燈具本體（1)係連 設有一控制器（11)與一無線控制模組（12)，其中之控制器 (II) 係一微處理器，具有很強的處理能力，作為該燈具本 體（1)之控制核心，可接收無線控制模組（12)所傳輸之即時 環境照度訊號，以配合不同時機、不同需求調整燈具本體 (1)之最佳亮度〔例如控制發光之燈管數或將發光二極體之 亮度作1%〜100%之調整〕，而深夜時則將燈具本體（1)調 整為小夜燈模式，待再度開啟時自動恢復為先前設定之亮 度，以節約燈具本體（1)所耗費之電力，亦可模擬從日出到 曰落的光線變化而符合人們之生理時鐘，而無線控制模組 (12)係採用 IEEE 802.15.4 所規範的 ISM〔 Industrial, M354035Medical] 2. 4GHz license-free short-range wireless frequency band, can support ZigBee or the same wireless protocol system of IEEE 802. 15.4, or can use bluetooth, radio frequency (radio freqUenCy, RF), etc. M354035 line transmission protocol system to provide a wide range of low-power wireless networks, allowing users to remotely control the brightness and point of the lamp body, while the sensor can measure the ambient light intensity or scene The number of people, and according to the brightness of the body of the lamp. According to a preferred embodiment of the intelligent wireless control lamp structure of the present invention, the lamp system can be a street lamp or a ceiling lamp using a light emitting diode (LED) as a light source. [Embodiment] In order to make the technical content, creative purpose and the effect achieved by this creation more complete and clear, please elaborate below, and please refer to the drawings and drawings: First, please refer to the first figure, which is a schematic diagram of a preferred embodiment of the intelligent wireless control lamp structure, which comprises a lamp body (I) and a brightness setter (2), wherein: the lamp The main body (1) is a street lamp, and the light source can be a light pipe or a light emitting diode (LED), and the lamp body (1) is connected with a controller (11) and a wireless control module ( 12), wherein the controller (II) is a microprocessor with strong processing capability, and as the control core of the lamp body (1), it can receive the real-time ambient illumination signal transmitted by the wireless control module (12). In order to adjust the optimal brightness of the lamp body (1) according to different timings and different needs (for example, to control the number of lamps or to adjust the brightness of the LEDs to 1% to 100%), and to illuminate the lamps at night. The body (1) is adjusted to a night light The mode is automatically restored to the previously set brightness to save the power consumed by the lamp body (1), and can also simulate the change of light from sunrise to fall to meet the physiological clock of the person, and the wireless control module (12) is the ISM [IEEE, M354035 specified by IEEE 802.15.4
Scientific and Medical〕2.4GHz 免執照短距無線頻段， 可支援ZigBee或是同為IEEE 802. 15.4之專屬無線協定系 統，或可採用藍芽〔bluetooth〕、無線射頻〔radi〇 frequency， RF〕等無線傳輸協定系統’以提供一應用範圍廣泛的低功 率無線網路，可令使用者達到遠端遙控燈具本體（1)的亮度 與點滅，並能節省有線系統所需之材料和人工成本； 該亮度設定器（2)係連設有一感測器（21)與一無線控 制模組（22)，可配合環境之亮度變化而即時自動調整該燈 具本體（1)之亮度，其中之感測器（21)係用以量測亮度設定 器（2 )週遭之光線強度或現場人數，並據以控制該燈具本體 (1)所發出之亮度，而無線控制模組（22)係與該燈具本體（1) 之無線控制模組（12)相對應。 於實施使用時，請參閱第一圖，其係將亮度設定器（2) 裝設於燈具本體（1)所需照明之道路上，使得燈具本體（1) 在提供道路上照明光源之同時，亮度設定器（2)之感測器 (21)將量測亮度設定器（2)週遭之光線強度或現場人數，若 是感測器（21)所測得之光線強度較高或現場人數較少時， 感測器（21)將把測得之訊息傳至亮度設定器（2)，亮度設定 器（2)則經由無線控制模組（22)將此訊息傳輪至燈具本體 (1)之無線控制模組（12)，並由控制器（11)根據無線控制模 組（12)所接收之訊息降低燈具本體（1)所發出之亮度，以配 合環境亮度變化即時自動調整而減少電力之消耗量’另外 在燈具本體（1)週遭之光線較微弱或人數眾多時，亮度設定 器（2)將透過無線控制模組（22)、（12)間之通訊增強燈具本 體（1)所發出之亮度，令道路上之照明充足而確保現場之交 通安全，且控制器（11)於深夜時將把燈具本體（1)調整為小 M354035 夜燈模式以節約用電，待隔日日落時再自動恢復為所需之 亮度，另外亦可於遠端透過無線控制模組（12)直接調整燈 具本體（1)之亮度，以便於遠距離之操作者可控制多個燈具 本體（1)。 請再參照第二圖所示，係本創作智慧型無線控制燈具 結構其二較佳實施例之示意圖，其與其一較佳實施例的差 異處係在於該燈具本體（3)係一居家使用之天花板燈具，並 於燈具本體（3)之内部連設有控制器（31)與無線控制模組 (32)，且於該房間之牆面裝設該亮度設定器（2)，而燈具本 體（3)之無線控制模組（32)係與該亮度設定器（2)之無線控 制模組（22)相對應，以供自動調整燈具本體（3)之亮度而節 約電力，且亮度設定器（2)亦可依照曰出到曰落的時間變化 而調整燈具本體（3)之光線強度，以符合使用者之生理時 鐘，使得使用者不需出門也能在家曬太陽，同時配合生理 時鐘之作息而促進身體健康，然而前述之實施例或圖式並 非限定本創作之產品態樣、燈具種類或使用方式，任何所 屬技術領域中具有通常知識者之適當變化或修飾，皆應視 為不脫離本創作之專利範疇。 由上述之元件組成與實施說明可知，本創作與現有結 構相較之下，本創作具有以下之優點： 1. 本創作係於燈具本體所需照明之環境中裝設有感測器， 可量測該燈具本體週遭之光線強度或現場人數，並據以 控制該燈具本體所發出之亮度，例如發光之燈管數或將 亮度作1%〜100%之調整，以配合環境亮度變化即時自 動調整而減少電力之消耗量，達到省電環保之目的。 2. 本創作之燈具本體係裝設有無線控制模組，以提供一低 M354035 功率之無線網路，可達到遠端遙控該燈具本體的亮度與 點滅，並能節省有線系統所需之材料和人工成本，以便 於遠距離之操作者可控制多個燈具本體，極具實用上之 便利性。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品中， 亦未曾公開於申請前，誠已完全符合專利法之規定與要 求，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 10 M354035 【圖式簡單說明】 第一圖：本創作其一實施例之立體圖 第二圖：本創作其二實施例之側視圖 【主要元件符號說明】 (1) 燈具本體 (11) 控制器 (12) 無線控制模組 (2) 免度設定 (21) 感測器 (22) 無線控制模組 (3) 燈具本體 (31) 控制器 (32) 無線控制模組Scientific and Medical] 2.4GHz license-free short-range wireless band, can support ZigBee or proprietary wireless protocol system of IEEE 802. 15.4, or can use Bluetooth, radio frequency (RF), etc. The Transmission Protocol System' provides a wide range of low-power wireless networks that allow users to achieve brightness and point-out of the remote remote control unit (1) and save on the material and labor costs of the cable system; The brightness setting device (2) is provided with a sensor (21) and a wireless control module (22), which can automatically adjust the brightness of the lamp body (1) in real time according to the brightness change of the environment, wherein the sensor (21) is used to measure the light intensity or the number of people around the brightness setter (2), and accordingly control the brightness emitted by the lamp body (1), and the wireless control module (22) and the lamp body (1) The wireless control module (12) corresponds. For implementation, please refer to the first figure, which is to install the brightness setter (2) on the road of illumination required by the lamp body (1), so that the lamp body (1) provides the illumination source on the road. The sensor (21) of the brightness setter (2) will measure the light intensity or the number of people around the brightness setter (2), if the light intensity measured by the sensor (21) is high or the number of people on site is small When the sensor (21) transmits the measured message to the brightness setter (2), the brightness setter (2) transmits the message to the lamp body (1) via the wireless control module (22). The wireless control module (12), and the controller (11) reduces the brightness emitted by the lamp body (1) according to the message received by the wireless control module (12), so as to automatically adjust the environment brightness change to reduce the power Consumption 'In addition, when the light around the lamp body (1) is weak or large, the brightness setter (2) will be transmitted through the communication between the wireless control modules (22) and (12) to enhance the lamp body (1). The brightness of the road makes the lighting on the road sufficient to ensure the traffic on the scene And the controller (11) will adjust the lamp body (1) to a small M354035 night light mode to save power during the night, and then automatically restore the desired brightness to the desired brightness at sunset, and also wirelessly at the far end. The control module (12) directly adjusts the brightness of the lamp body (1) so that the operator can control a plurality of lamp bodies (1) at a long distance. Referring to the second figure, a schematic diagram of a second preferred embodiment of the present invention is a schematic diagram of a preferred embodiment of the present invention. The difference from the preferred embodiment is that the lamp body (3) is used by a home. a ceiling lamp, and a controller (31) and a wireless control module (32) are connected inside the lamp body (3), and the brightness setter (2) is installed on the wall surface of the room, and the lamp body ( 3) The wireless control module (32) corresponds to the wireless control module (22) of the brightness setting device (2) for automatically adjusting the brightness of the lamp body (3) to save power, and the brightness setting device ( 2) The light intensity of the lamp body (3) can be adjusted according to the time of the fall to the fall, so as to conform to the user's physiological clock, so that the user can sun at home without going out, and at the same time cooperate with the physiological clock. While promoting the health of the body, the foregoing embodiments or drawings do not limit the product aspect, the type of lamp or the manner of use of the present invention, and any appropriate changes or modifications of those having ordinary knowledge in the technical field should be regarded as not departing. The scope of patent creation. According to the above components and implementation descriptions, this creation has the following advantages compared with the existing structure: 1. The creation is equipped with a sensor in the environment required for the illumination of the lamp body, Measure the light intensity or the number of people around the body of the lamp, and control the brightness of the lamp body, such as the number of lamps or the brightness of 1%~100%, to automatically adjust the brightness of the environment. And reduce the consumption of electricity to achieve the purpose of saving electricity and environmental protection. 2. The lamp of this creation is equipped with a wireless control module to provide a wireless network with a low M354035 power, which can remotely control the brightness and point of the lamp body, and save the materials needed for the cable system. And labor costs, so that long-distance operators can control multiple luminaire bodies, which is very practical and convenient. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible. 10 M354035 [Simplified description of the drawings] First figure: a perspective view of an embodiment of the present invention. Second figure: a side view of the second embodiment of the present invention [Description of main components] (1) Lamp body (11) Controller ( 12) Wireless control module (2) Exemption setting (21) Sensor (22) Wireless control module (3) Lamp body (31) Controller (32) Wireless control module