五、新型說明: 【新型所屬之技術領域】 本創作係有關一種省電燈夏妹 燈具夕餘的電流供應,並能大鴨^冓尤其是一種可節省 費之創新結構設計者。 ^電力資源的支出及浪 【先前技術】 按,一般住戶或辦公室等室内外 透明玻璃、窗戶或百頁窗而使^間,皆會設有採光的 各採光位置透射光線進入室内空天時能令室外光線經由 該設於牆面一側的採光進入室内,然而,該光線僅能由 有光通量標準值的一半,若該室而令室内的照明度僅具 ,則仍需開啓燈具,開啓燈具時内窆間需要辦公或開會時 會超出標準值的光通量力。上室外光線的光通 支出及浪費。 〜成不必要的電力供應 是以,針對上述習知燈 開發一種更具理想實用0誇所存在之問題點,如 切企盼’亦係相關業者 、”。構,貫使用消費者所殷 有鏗於此,創作人:努力研發突破之目標及方向。 與設計經驗,針對上述於多年從事相關產品之製造開發 終得-確具實用性之二” ’詳加設計與審慎評估後, 【新型内容】 即,本創作之主 ;其所欲解決之問題 目的’係在提供一種省電燈具結構 點 y ^ ’係針對習知燈具所存在之開啓燈 3 M418231 具時加上室外光 而容易造成不必 突破; 而其解決問 其係内部設有一 ):一光敏電阻 ,該光敏電阻係 傳遞訊號至中央 藉由電源開關調 設的光通量;一 央處理器(CPU 則開啓電源開關 )至一預設時間 藉此創新獨 紅外線人體感測 大幅減少電力資 力能源的節省之 【實施方式】 請參閱第1 佳實施例,惟此 不受此結構之限 如第1圖所 該燈具(1 0 ) 〜3圖所示, 等實施例僅供 制; 線的光通量則會超出標準值的光通 要的電力供應支出及浪費問題點加 題之技術特點,主要係藉由包括一 連接導通於電源_的巾央處理器 ,其係連設導通於該中央處理器( 用以感測室外光源的光通量(流明 處理器(CPU ),令中央處理器( 整電流大小,再加以補足室内光源 紅外線人體感測器,其係連設導通 )’當偵測到該空間内存在動態性 ,反之,待偵測室内呈靜止狀態( 時’則關閉電源開關; 特設計,使本創作之燈具藉由光敏 器,而可節省燈具多餘的電流供應 源的支出及浪費,㉟而使本創作能 實用進步性者。 係、本創作省電燈具結 說明之用,在專利申 j <有複數煙 藉由電源開關( 、4 u)以產 量,進 以改良 燈具’ (CPU CPU ) ),再 CPU ) 至所預 於該中 人體時 無人時 電阻及 ’並能 達到電 構之較 請上並 0 ), 光源( 4 M418231V. New description: 【New technology field】 This creation is about the current supply of a power-saving lamp Xiamei lamp, and can be a big duck, especially an innovative structural designer who can save money. ^Expenditure and Waves of Power Resources [Previous Technology] According to the indoor and outdoor transparent glass, windows or louver windows of ordinary households or offices, there will be light-emitting positions in the lighting area to transmit light into the indoor space. The outdoor light enters the room through the light on the side of the wall. However, the light can only be half of the standard value of the luminous flux. If the room has only the illumination of the room, the lamp needs to be turned on and the lamp is turned on. The luminous flux that exceeds the standard value will be required during office or meeting. Light and expenditure on the outdoor light. ~ To become an unnecessary power supply is to develop a more ideal and practical problem for the above-mentioned conventional lamps, such as cutting the business and looking forward to 'also related to the industry,'. , creator: strive to develop the goal and direction of breakthrough. With design experience, for the above-mentioned years of engaged in the manufacture and development of related products - the second is practical." After detailed design and prudent evaluation, [new content] The main idea of this creation; the purpose of the problem to be solved is to provide a power-saving lamp structure point y ^ ' is for the opening lamp 3 M418231 of the conventional lamp, and it is easy to cause no breakthrough when adding outdoor light; The solution is internally provided with a photosensitive resistor that transmits a signal to the center of the luminous flux set by the power switch; a central processor (the CPU turns the power switch on) to a predetermined time. Innovative single-infrared human body sensing greatly reduces the savings of power and energy [Implementation] Please refer to the first best example, but this is not subject to this structure. Figure 1 shows the lamps (1 0) to 3, and the examples are for the system only; the luminous flux of the line will exceed the standard value of the power supply and the waste of the problem. By connecting a central processing unit including a connection to the power source, the system is connected to the central processing unit (to sense the luminous flux of the outdoor light source (the lumen processor (CPU), and the central processing unit (the entire current) Size, then make up the indoor light source infrared body sensor, which is connected to conduct) 'When the space is detected to be dynamic, and vice versa, the room to be detected is stationary (when 'turn off the power switch; special design The luminaire of the present invention can save the expenditure and waste of the excess current supply source of the luminaire by using the light-sensing device, and the utility model can make the creation of the genre can be practical and progressive. j <There are multiple cigarettes with the power switch (4 u) for the output, the improved luminaire ' (CPU CPU)), and then the CPU) to the time when the human body is in the unmanned resistance and 'can reach the electricity Please representing the 0 and), the light source (4 M418231
Ll ),該室内設有一透明玻璃(S )以透入室外光源(L2 )於該室内空間内;其中該燈具(1 0 )係包括: 一燈具(1 0 ),其係内部設有一連接導通於電源開 關(40)的中央處理器(CPU) (30); 一光敏電阻(1 1 ),其係連設導通於該中央處理器 (CPU ) (30),該光敏電阻(1 1 )係用以感測室外 光源(L2 )的光通量(流明),再傳遞訊號至中央處理器 (CPU ) (30),令中央處理器(CPU ) ( 3 0 )藉由 • 電源開關(4 0 )調整電流大小,再加以補足室内光源( L1 )至所預設的光通量所需的電流,例如:標專光通量為 1800流明,而室外光源(L2 )照入室内的光通量為1500流 明,當光敏電阻(1 1 )經感測室外光源(L2 )的光通量 後,則傳達訊息至中央處理器(CPU ) (30),藉由電 源開關(4 0 )的微調電力供給補足300流明的電流,而 令室内照明度光通量皆能維持在1800流明,俾能令燈具( 1 0 )達到節約用電並省去不必要的電源供應;繼而該中 ® 央處理器(3 0 )更可增設一調控該光敏電阻(1 1 )之 光通量(流明)標準值的可變電阻(1 3 ),而令室内的 光通量基準值可因應需求提高或降低; 一熱敏電阻(1 2 ),其係連設導通於該中央處理器 (CPU ) (30),當該燈具(1 0 )的高溫熱度到達一 個限制值時,該熱敏電阻(1 2 )則傳達訊息至中央處理 器(3 0 ),令電源開關(4 0 )強制關閉,據以令該燈 具(1 0)可防止因過熱而造成跳電或走火的情況,並具 有保護燈具(1 0 )的功能。 5 M418231 一紅外線人體感測器(2 Ο ),其係連設導通於該中 央處理器(CPU ) (30),當偵測到該空間内存在具有 動態性人體時,則傳達訊息至中央處理器(3 0 )開啓電 源開關(4 0 ),反之,待偵測室内呈靜止狀態(無人時 )至一預設時間時,則傳達訊息至中央處理器(3 0 )關 閉電源開關(4 0 ),其中該紅外線人體感測器(2 0 ) 相對該中央處理器(3 0 )之間係設有一計時器(2 1 ) ,該計時器(2 1 )可經由設定以調整所欲關閉電源開關 (4 0 )的時間。 據此,本創作之燈具(1 0 )藉由光敏電阻(1 1 ) 及紅外線人體感測器(2 0 ),而可節省燈具(1 0 )多 餘的電流供應*並能大幅減少電力貧源的支出及浪費’進 而使本創作能達到電力能源的節省之實用進步性者。 歸納上述的說明,藉由本創作上述結構的設計,可有 效克服習式創作所面臨的缺失,進一步具有上述眾多的優 點及實用價值,因此本創作為一創意極佳之新型創作,且 在相同的技術領域中未見相同或近似的產品創作或公開使 用,故本創作已符合新型專利有關『新穎性』與『進步性 』的要件,乃依法提出申請。 【圖式簡單說明】 第1圖:係本創作之室内光源與室外光源的對應立體圖。 第2圖:係本創作之燈具立體圖。 第3圖:係本創作之中央處理器結構對應方塊圖。 6 M418231 【主要元件符號說明】 室内光源(L1 ) 透明玻璃(S ) 光敏電阻(1 1 ) 可變電阻(1 3 ) 計時器(2 1 ) 電源開關(4 0 ) 室外光源(L2 ) 燈具(1 0 ) 熱敏電阻(1 2 ) 紅外線人體感測器(2 0 ) 中央處理器(3 0 )Ll), the room is provided with a transparent glass (S) to penetrate the outdoor light source (L2) in the indoor space; wherein the lamp (10) comprises: a lamp (10), which is internally provided with a connection conduction a central processing unit (CPU) (30) of the power switch (40); a photoresistor (1 1 ) connected to the central processing unit (CPU) (30), the photoresistor (1 1 ) It is used to sense the luminous flux (lumen) of the outdoor light source (L2), and then transmit the signal to the central processing unit (CPU) (30), so that the central processing unit (CPU) (30) is adjusted by the power switch (40). The current, then the current required to fill the indoor light source (L1) to the preset luminous flux, for example: the standard luminous flux is 1800 lumens, and the outdoor light source (L2) shines into the room with a luminous flux of 1500 lumens, when the photoresistor ( 1 1) After sensing the luminous flux of the outdoor light source (L2), the message is transmitted to the central processing unit (CPU) (30), and the current is supplied by the fine-tuned power supply of the power switch (40) to make up 300 currents. Illumination luminous flux can be maintained at 1800 lumens, so that the lamps (10) can reach Saving electricity and eliminating unnecessary power supply; then the central processor (30) can add a variable resistor (1 3 ) that regulates the luminous flux (lumens) standard value of the photoresistor (1 1 ) , so that the indoor luminous flux reference value can be increased or decreased according to the demand; a thermistor (1 2 ), which is connected to the central processing unit (CPU) (30), when the luminaire (10) is high temperature When the heat reaches a limit value, the thermistor (1 2 ) transmits a message to the central processing unit (30), and the power switch (40) is forcibly turned off, so that the lamp (10) can prevent overheating. It causes lightning or fire, and has the function of protecting the lamps (10). 5 M418231 An infrared human body sensor (2 Ο ), which is connected to the central processing unit (CPU) (30), transmits a message to the central processing when it detects that there is a dynamic human body in the space. (3 0) turns on the power switch (40), otherwise, when the room to be detected is in a static state (when no one is available) to a preset time, the message is sent to the central processing unit (3 0) to turn off the power switch (40) The infrared body sensor (20) is provided with a timer (2 1 ) between the central processing unit (30), and the timer (2 1 ) can be adjusted to adjust the power supply to be turned off. The time of the switch (4 0 ). Accordingly, the lamp (10) of the present invention can save the excess current supply of the lamp (10) by using the photoresistor (1 1 ) and the infrared body sensor (20), and can greatly reduce the power shortage. The expenditure and waste's make this creation a practical and progressive person to save energy and energy. By summarizing the above description, the design of the above structure can effectively overcome the shortcomings faced by the creation of the formula, and further has the above-mentioned numerous advantages and practical value, so this creation is an innovative new creation, and in the same The same or similar product creation or public use has not been seen in the technical field. Therefore, this creation has met the requirements of the novelty of "newness" and "progressiveness", and is applied according to law. [Simple description of the drawing] Fig. 1 is a corresponding perspective view of the indoor light source and the outdoor light source of the present creation. Figure 2: A perspective view of the lamp of this creation. Figure 3: The block diagram of the central processor structure of this creation. 6 M418231 [Explanation of main component symbols] Indoor light source (L1) Transparent glass (S) Photosensitive resistor (1 1 ) Variable resistor (1 3 ) Timer (2 1 ) Power switch (4 0 ) Outdoor light source (L2) Lamp ( 1 0 ) Thermistor (1 2 ) Infrared body sensor (2 0 ) Central processing unit (3 0 )