M357675 五、新型說明： 【新型所屬之技術領域】 本創作係有關省電型號誌燈，為一種藉由光感 測器所感測環境之亮度，以控制電路調控LED燈號 之亮度，達成節能減碳與增進辨識度之作用者。 【先前技術】 習用號誌燈，係應用於交通號誌之顯示作動，雖具 有顯示燈號之基本功效，但受限於傳統恆定亮度輸出之 燈號設計，無法針對外界環境亮度作適當之調整作動， 在節能省電等方面之表現，缺乏適應性，其節能省電性 與技術層面仍有很大的待改善空間，缺乏使用之經濟性 及產業應用專屬性。 上述習用之號誌燈最大的缺點在於： 1. 不論日光強弱，紅綠燈之亮度固定，但視覺 所需之亮度隨空間之亮度而改變，故日光亮度低 時，紅綠燈無法相對減少亮度，造成耗電現象。 2. 無法根據外界之日光強弱調整紅綠燈之亮 度，造成某些狀況〔如強光〕下，紅綠燈之燈號顯 示不易辨識之狀況發生。 前述所提及關於習用之號誌燈，儘管能夠達成在顯 示燈號等方面所應具備之基本要求，但在實際應用時之 經濟性、適用性及產業應用專屬性上，皆存在諸多缺點 與不足的情況下，無法發揮更具體之產業應用性。 M357675 綜上所述，由於習用之號誌燈，存在上述之缺失與 不足，基於產業進步之未來趨勢前提下，實在有必要提 出具體的改善方案，以符合產業進步之所需，更進一步 提供業界更多的技術性選擇。 【新型内容】 本創作係以解決習用之號誌燈在經濟性、適用性及 產業應用專屬性等方面不足之缺點，以及在實用化技術 等方面受到限制之問題，一方面在達成提升與強化隨環 境亮度調整改變燈號亮度以增加辨識度為首要目的，另 一方面提升在節能省電功能性方面之經濟性、適用性及 應用範圍，以達成所應具備顯示燈號之基本功能外，並 使其兼具產業應用性之實際發展與要求。 所以不論由主客觀條件觀之，具自動感應外界環 境亮度以進行調光之號誌燈，因具備市場無可取代之 自動化光感應調光輸出技術及節能減碳功效之優 勢，適合應用於交通號誌燈相關市場，勢必可以帶 來自動調整亮度號誌燈生產設備與製造產業相關市 場之莫大商機。 為了達成上述目的及功能，其具體採行的技術手段 及方案包括： 一種省電型號諸燈，包括： 紅綠燈本體，係包含LED燈號及電性連接之控制 電路。 光感測器，係感測外界環境之亮度，光感測器與 M357675 控制電路電性連接。 上述光感測器所感測之環境亮度與LED燈號亮度 間’藉由控制電路達成特定正比輸出關係。 本創作之具體特點與功效在於： 1 ·由外界免度調整號諸燈亮度，達到省電功效。 2.由外界亮度調整號誌燈亮度，以提高辨識度。 【實施方式】 請參閱第一圖，為本創作一實施例之整體裝置 ’系統架構圖，其中，紅綠燈本體（丨），係包含LED 燈號（11)及電性連接之控制電路（12);紅綠燈本 體（1)之控制電路（12)分別與led燈號（π)及 光感測器（2 )電性連接；光感測器（2 )所感測環 境之亮度，藉由控制電路（12)以調控LED燈號（11) 之亮度。 请參閱第二圖，為本創作一實施例之整體裝置立 • 體不意圖，其中，一種省電型號誌燈，包括： 紅綠燈本體（1)，係包含LED燈號（11)及電性 連接之控制電路（12)。 光感測器（2)，係感測外界環境之亮度，光感測 器（2)與控制電路（12 )電性連接。 上述，感測器（2)所感測之環境亮度與LE])燈 號（11)党度間，藉由控制電路（12)達成特定正 比輸出關係；亦即當光感測器（2)所感測之外界環 境亮度較低〔即較暗〕時，因為反差效應，控制電M357675 V. New description: [New technical field] This creation is about the power saving model light, which is a kind of brightness sensed by the light sensor, and the brightness of the LED light is controlled by the control circuit to achieve energy saving. Carbon and the role of enhanced recognition. [Prior Art] The used loyalty light is applied to the display of traffic signs. Although it has the basic function of displaying the light number, it is limited by the traditional constant brightness output signal design, and cannot be properly adjusted for the external environment brightness. Acting, in terms of energy saving and other aspects of performance, lack of adaptability, its energy saving and technical aspects still have a lot of room for improvement, lack of economics of use and industrial application specificity. The biggest disadvantages of the above-mentioned conventional lamp are: 1. Regardless of the intensity of daylight, the brightness of the traffic light is fixed, but the brightness required for vision changes with the brightness of the space, so when the daylight brightness is low, the traffic light cannot reduce the brightness relatively, resulting in power consumption. phenomenon. 2. It is impossible to adjust the brightness of the traffic light according to the intensity of the outside world. Under certain conditions (such as strong light), the signal of the traffic light indicates that the situation is difficult to identify. The above-mentioned reference to the customary lamp, although it can achieve the basic requirements in terms of display lights, etc., there are many shortcomings in the economics, applicability and industrial application specificity of the actual application. Insufficient circumstances, it is impossible to exert more specific industrial applicability. M357675 In summary, due to the above-mentioned shortcomings and deficiencies, it is necessary to propose specific improvement plans to meet the needs of industrial progress and further provide the industry. More technical options. [New Content] This creation is to solve the problems of the lack of economics, applicability and industrial application specificity, as well as the limitations of practical technology. Adjusting the brightness of the light with the brightness of the environment to increase the recognition is the primary purpose. On the other hand, it improves the economy, applicability and application range of the energy-saving and power-saving functions, in order to achieve the basic functions of the display signal. And make it both practical development and requirements of industrial application. Therefore, regardless of the subjective and objective conditions, the number of lights that automatically sense the brightness of the external environment for dimming, because of the market's irreplaceable automatic light-sensing dimming output technology and energy-saving carbon reduction advantages, suitable for traffic The market related to the Zhiguang lamp is bound to bring about great opportunities to automatically adjust the market for the production of lighting and lighting equipment. In order to achieve the above purposes and functions, the specific technical means and solutions adopted include: A power saving type lamp, comprising: a traffic light body, which is a control circuit including an LED light number and an electrical connection. The light sensor senses the brightness of the external environment, and the light sensor is electrically connected to the M357675 control circuit. The brightness of the ambient light sensed by the light sensor and the brightness of the LED light lamp ' achieve a specific proportional output relationship by the control circuit. The specific features and functions of this creation are as follows: 1 · The brightness of the lamps is adjusted by the outside world to achieve the power saving effect. 2. Adjust the brightness of the signal light from the external brightness to improve the recognition. [Embodiment] Please refer to the first figure, which is a system architecture diagram of an overall device according to an embodiment of the present invention, wherein the traffic light body (丨) is a control circuit (12) including an LED signal (11) and an electrical connection. The control circuit (12) of the traffic light body (1) is electrically connected to the LED light (π) and the light sensor (2) respectively; the light sensor (2) senses the brightness of the environment, by the control circuit ( 12) to adjust the brightness of the LED light (11). Please refer to the second figure, which is a schematic diagram of the overall device of the present invention. Among them, a power saving model lamp includes: a traffic light body (1), which includes an LED light (11) and an electrical connection. Control circuit (12). The photo sensor (2) senses the brightness of the external environment, and the photo sensor (2) is electrically connected to the control circuit (12). In the above, between the ambient brightness sensed by the sensor (2) and the LE]) signal (11), the control circuit (12) achieves a specific proportional output relationship; that is, when the light sensor (2) senses When measuring the brightness of the outer boundary environment is relatively low (ie, darker), because of the contrast effect, control the electricity
(1) 紅綠燈本體 (11) LED燈號 (2) 光感測器 M357675 路（12)可以降低LED燈號（11)之輸出功率〔即低 冗度〕，而當光感測器（2 )所感測之外界環境亮度 車乂尚〔即較冗〕時，因為反差效應，控制電路（12) 可以增加LED燈號（11)之輸出功率〔即高亮度〕， 如此隨環境亮度改變LED燈號（11)之亮度，以達到 省電之功效。 /綜合上述，本創作係針對省電型號誌燈之應用 技術，特指-種藉由光感測器（2)所感測環境之亮 度，以控制電路（12)調控LED燈號（11)之亮度， 達成節能減碳與增進辨識度之作動功能性，作一最 ，之改良與設計，為本創作對於省電㈣諸燈所作 最具體之精進。 【圖式簡單說明】 第-圖：本創作-實_之#體裳置“架構圖。 第二圖：賴作-實施狀整體裝置立體示意圖。 【主要元件符號說明】 ^2) 控制電路(1) Traffic light body (11) LED light (2) Light sensor M357675 Road (12) can reduce the output power of LED light (11) [ie low redundancy], and when light sensor (2) When the brightness of the external environment is sensed (that is, it is more redundant), the control circuit (12) can increase the output power of the LED (11) (ie, high brightness) due to the contrast effect, so that the LED signal is changed according to the ambient brightness. (11) The brightness to achieve power saving effect. /Integrated above, this creation is based on the application technology of the power-saving model lamp, specifically refers to the brightness of the environment sensed by the light sensor (2), and the control circuit (12) regulates the LED light number (11). Brightness, the achievement of energy-saving and carbon-reducing and enhanced recognition function, as one of the most improved and designed, for the creation of the most energy-saving (four) lamps. [Simple description of the diagram] The first picture: the creation of the creation - the actual _ # body skirt placed "architectural diagram. The second picture: Lai Zuo - implementation of the overall device stereoscopic diagram. [Main component symbol description] ^2) Control circuit