200950597 •九、發明說明： 【發明所屬之技術領域】 本創作為一種具感測功能之發光裝置，以感測器罩蓋 . 做為上殼體，利用感測器罩蓋之透明度使光源具有明亮或 均勻的照明，並以紅外線感測器，感測熱輻射，做為提供 發光元件電源供應之訊號，達到節約能源之目的。 ® 【先前技術】 隨著感測元件的發展’應用於曰常生活的比例亦逐漸 的提高’以紅外線感測元件而言，便經常被使用於電源的 啟動或中斷’藉以控制光元件或照明裝置以達節省能源之 目的。 以紅外線感測器搭配照明裝置，如傳統鎢絲燈泡，藉 ⑩ 由紅外線感測熱輻射，當熱源進入感測範圍時，燈泡自動 亮起，反之，則感測器訊號控制内部線路停止供應電源於 傳統燈泡，達到節省能源的功能，然傳統燈泡使用時所產 生的南溫，經常影響紅外線感測器的功能，故兩者於設置 時必須保持適當距離’使得該結構體積過大，而燈泡所產 生的高溫亦會讓高分子聚合物製成的殼體或燈罩產生硬化 及霧化’縮紐整體結構的使用壽命，此外傳統燈泡或一般 垂直式的發光二極體的體積較大，於相同的體積下無法設 5 200950597 置大里的發光元件，僅能達到基本的照明功能，對於照明 的亮度及效率不足已滿足現今消費者的需求，急待進一步 之改良。 【發明内容】 有鑑於上述各種情況及問題之存在，創作人積於多年 從事相關行業之開發經驗且潛心鑽研，並整合上述習用結 © 構等缺失，本創作人繼美國專利US 7, 327, 254及中華民國 專利M2720 35之後，遂創作出更符合現代使用者需求的具 感測功能之發光裝置。 傳統燈泡的亮度要達到室外照明的需求，在使用上的 高溫容易影響紅外線感測器，因此必須與紅外線感測器保 持適當的距離設置，造成體積龐大及裝設困難’而本創作 ® 之具感測功能之發光裝置，以紅外線感測器配合體積小光 指向性良好的發光二極體，於使用時不會產生高溫，因此 在同一體積或面積上可將其緊密的排列，而不致影響紅外 線感測器的靈敏度，且本創作之下端係可配合一般燈泡電 源輸出端的設置，因此可達到方便連接及裝設。 本創作具感測功能之發光裝置，另一目的在於減少製 程工序且提幵其使用功能，因此，利用紅外線感測器必要 的感測器罩蓋做為上殼體，使上殼體可直接做為擴大感測 200950597 ^ 角度及穩定訊號的功能，並藉由改變上殼體之透明度，使 發光元件發出之光源透過上殼體發出均勻且接近自然光 之光源或是足以用於夜間室外照明之明亮光源，以提昇具 • 感測功能之發光裝置的功能及運用範圍。 • 【實施方式】 以下就本創作之結構功能，採一較佳可行之實施例 ® ，並配合圖式詳細說明於後，俾能增加對本創作整體結構 之瞭解；請參閱如第一〜三圖中圖面所示，本創作為一種 具感測功能之發光裝置，其主要結構包含下殼體丨、上殼 體2、電路板3、控制板4、紅外線感測器6及發光元件7等 構成，其中： 如第二圖所示，本創作之較佳的實施例，係將發光元 ❹ 件7採用數個以多晶片封裝技術製成的發光二極體，體積 薄小且發光效率高，將發光元件7及紅外線感測器6設置於 電路板3，而上殼體2具有紅外線感測器罩蓋的功能，設置 於發光元件7及紅外線感測器6上方，且位置及距離需與紅 外線感測器6相對應’並可與下殼體1嵌合，以達到擴大感 測角度及穩定接收訊號的功能，亦可如第四圖所示，配合 不同的使用環境，選擇不裝設上殼體2,而採用一般的感 測器罩蓋61裝設於外線感測器6上方，設置於電路板3的發 200950597 光元件7及紅外線感測器6，以導線與設置於 下殼體内部之200950597 • Nine, invention description: [Technical field of invention] This creation is a sensing device with a sensor cover. As the upper case, the light source has the transparency of the sensor cover. Bright or uniform illumination, with infrared sensors, sensing thermal radiation, as a signal to provide power supply for light-emitting components, to save energy. ® [Prior Art] With the development of sensing components, the proportion of applications in normal life has gradually increased. In the case of infrared sensing components, it is often used in the startup or interruption of power supplies to control optical components or illumination. The device is designed to save energy. Infrared sensor with lighting device, such as traditional tungsten light bulb, borrowing 10 infrared radiation to sense heat radiation, when the heat source enters the sensing range, the light bulb automatically lights up, otherwise, the sensor signal controls the internal line to stop supplying power. In traditional light bulbs, energy-saving functions are achieved. However, the south temperature generated by conventional light bulbs often affects the function of the infrared sensor. Therefore, the two must be kept at an appropriate distance when setting up, so that the structure is too large, and the bulb is The high temperature generated will also cause the hardening and atomization of the shell or the lampshade made of polymer to have a long service life. In addition, the conventional bulb or the general vertical LED has a larger volume and the same size. Under the volume, it is impossible to set 5 200950597. The light-emitting components of the Dali can only achieve the basic lighting function. The lack of brightness and efficiency of the lighting has met the needs of today's consumers, and it is urgent to further improve. SUMMARY OF THE INVENTION In view of the above various situations and problems, the creator has accumulated many years of experience in the development of related industries and has devoted himself to research and integration, and the creators have followed the US patent US 7,327. After 254 and the Republic of China patent M2720 35, 遂 created a sensing device that is more in line with the needs of modern users. The brightness of traditional light bulbs needs to meet the needs of outdoor lighting. The high temperature in use tends to affect the infrared sensor. Therefore, it must be set at an appropriate distance from the infrared sensor, resulting in bulky and difficult installation. The illuminating device with sensing function, the infrared illuminator is combined with the light-emitting diode with good directivity of small light, and does not generate high temperature when used, so it can be closely arranged in the same volume or area without affecting The sensitivity of the infrared sensor, and the end of the creation can be matched with the setting of the output of the general bulb power supply, so that it can be easily connected and installed. The illuminating device with sensing function is designed to reduce the process and improve the function of the device. Therefore, the sensor cover required for the infrared sensor is used as the upper casing, so that the upper casing can be directly As an extension of the sensing function of the 200950597^ angle and stabilization signal, and by changing the transparency of the upper casing, the light source emitted by the illuminating element transmits a uniform and near natural light source through the upper casing or is sufficient for nighttime outdoor illumination. Bright light source to enhance the function and scope of the illuminator with sensing function. • [Embodiment] The following is a more practical example of the structure and function of this creation, and with the detailed description of the drawings, you can increase the understanding of the overall structure of the creation; please refer to the first to third figures. As shown in the middle, the present invention is a light-emitting device with a sensing function, and the main structure thereof includes a lower casing 丨, an upper casing 2, a circuit board 3, a control board 4, an infrared sensor 6, and a light-emitting element 7. In the preferred embodiment of the present invention, as shown in the second figure, the light-emitting element device 7 is made of a plurality of light-emitting diodes fabricated by a multi-chip package technology, which is small in size and high in luminous efficiency. The light-emitting element 7 and the infrared sensor 6 are disposed on the circuit board 3, and the upper casing 2 has the function of an infrared sensor cover, which is disposed above the light-emitting element 7 and the infrared sensor 6, and the position and distance are required. Corresponding to the infrared sensor 6 'and can be fitted with the lower casing 1 to achieve the function of expanding the sensing angle and stably receiving the signal, or as shown in the fourth figure, with different use environments, the selection is not installed. Set the upper casing 2 and adopt one The sensing device 61 is mounted above the cover outside sensor 6 provided on the circuit board 7 and the hair 200,950,597 light IR sensor element 63 to an internal wire and disposed in the housing
J裔b的傳輸訊號 亦可經由設置於 ，以繼電器控制電源供應於發光元件7，亦可經The transmission signal of the J-b can also be supplied to the light-emitting element 7 via a relay control power supply, or
〇 裝置42調節發光元件7之亮度。 如第二圖及第三圖所示’鎢絲燈泡於使用時經常產生 設置於感測器旁容易影響感測器的訊號接收 收，因此The device 42 adjusts the brightness of the light-emitting element 7. As shown in the second and third figures, the tungsten filament bulb is often used in the vicinity of the sensor, which easily affects the signal reception of the sensor.
發展，係以數個多晶片封裝技術製成的發光二極體，體積 ❹ 薄小且發光效率尚，配合時間調節裝置4 1及亮度調節裝置 42調整適合的使用時間及亮度’而電源輸入端η較佳的實 %方式可设置為配合一般燈泡的電源輸出端螺旋鎖合結 構，方便裝設或替換，而當人體進入紅外線感測器6的範 圍内’透過上殼體2，紅外線感測器6將接收到的訊號傳輸 至控制板4 ’以供應電源於發光元件7，人體離開紅外線感 測器6的範圍後’則停止供應電源於發光元件7，此外，發 光裝置若使用於室外照明，其需要較高的亮度，但高亮度 200950597 的發光裝置於使用上容易使眼睛疲勞，為因應不同使用情 形’本劍作可替換以透明度不同的上殼體2，達到均勾柔 和的照明效果’以提昇具感測功能之發光裝置的功能及運 用範H以上所述者，僅為本創作之—較佳實施範例 ，當不能以之作為限定本創作實 施之範圍，凡依本創作申 涵 φ 料利範圍所作之均等變化或修飾，仍應屬本創作專利 蓋之範圍内。 【圖式簡單說明】 第一圖：為本創作結構之立體圖。 第二圖：為本創作結構之系統圖。 第三圖：為本創作結構之剖面圖。 第四圖：為本創作結構之實施例參考圖。 ❹ 【主要元件符號說明】 42亮度調節裝置 6 紅外線感測器 61感測器罩蓋 7 發光元件 8電阻 1下殼體 11電源輸入端 2 上殼體 3 電路板 4 控制板 41時間調節裝置Development, which is a light-emitting diode made by several multi-chip package technologies, which is small in size and luminous efficiency, and adjusts the appropriate use time and brightness with the time adjustment device 41 and the brightness adjusting device 42. The preferred real % mode of η can be set to match the screw-locking structure of the power output end of the general bulb, which is convenient to install or replace, and when the human body enters the range of the infrared sensor 6, 'through the upper casing 2, infrared sensing The device 6 transmits the received signal to the control board 4' to supply power to the light-emitting element 7, and after the human body leaves the range of the infrared sensor 6, it stops supplying power to the light-emitting element 7, and further, the light-emitting device is used for outdoor illumination. It requires high brightness, but the high-brightness 200950597 illuminating device is easy to cause eye fatigue in use. In response to different use cases, the sword can be replaced with the upper case 2 with different transparency to achieve a soft lighting effect. 'To enhance the function and application of the illuminating device with sensing function, the above is only the best example of this creation, when it can not be used Define the scope of the present writing implement, where under this creation, made by Shin Han uniformly feed Lee range φ changes or modifications are still within the scope of this patent cover the creation should belong. [Simple description of the diagram] The first picture: a perspective view of the creation structure. The second picture: the system diagram of the creation structure. The third picture: a cross-sectional view of the creation structure. The fourth figure is a reference picture of an embodiment of the creation structure. ❹ [Main component symbol description] 42 Brightness adjustment device 6 Infrared sensor 61 Sensor cover 7 Light-emitting element 8 Resistor 1 Lower case 11 Power input terminal 2 Upper case 3 Circuit board 4 Control board 41 Time adjustment device