M364167 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種護眼檯燈，特別係一種省電又可 外在環境的亮 度與色溫調整自身亮度與色溫，中和刺激光源或補強微弱光源，藉以營造 出適合眼睛視物之穩定光源的檯燈。 【先前技術】 - 按，眼睛是人的靈魂之窗，透過雙眸的眼波流轉可以表達出個人的氣 • 質神韻，而透過眼睛對光與熱的感受，更得以清晰觀賞這多釆多姿的大千 世界，而這對看似小巧的視覺器官中卻是以極為精密的組織、神經及血管 所構成，且任何一個部位都可能因為疏忽或不愛惜而受到損傷或感染疾 病’造成眼睛無法彌補的損害。 眼睛能夠得見萬物乃是藉由光線的折反射、投影來感受見物，大自然 的光波可分為可見光及不可見光兩大類，在可見光中，波長介於4〇〇〜 500μι之間的藍光能量最高，拜現今的科技所賜，藍光充斥於電視、電腦、 • 閱讀檯燈、公共路燈、偏藍紫色室内燈光及戶外陽光等家電用品或照 明光源之中’根據最新的醫學研究指出，波長短能量高的藍光會刺激眼 睛，造成畏光及眼睛疲勞，且視覺細胞若長時間慢性照射藍光，細胞中 ’ 的色素分子會促發光毒性反應，造成細胞受損與病變，例如引發光角膜 . 炎、白内障以及黃班部退化等疾病； 另外’在視網膜上有二種不同型態的視覺細胞:錐細胞(cones cell)和 桿細胞(rods cell)，二種細胞大約有一億六千萬一一億八千萬個，錐細胞 他主要的功此在於分辨顏色和看清影像之細部，桿細胞的主要功能則在於 M364167 可區別明暗及對黑暗的適應，但是目前普遍的工作或閱翻的檯燈，係以 鎢絲燈泡或水銀燈管作為光源，由於鎢絲燈泡耗電高，水銀燈管容易閃燦， 故使用上都存有轉效益或晴雜的缺點，而且這祕燈—般只能調整 光源的亮度大小，卻無法調整光源的色溫，所以當開啟檯燈照明時，檯燈 光源的既定色溫可能與外在環_色溫不協調，或者形成高色溫的冷色系 (即藍、紫色光），再加上工作場所的電腦所發出的光線中也含有大量的藍 光，如此容易使得眼睛因色溫的不協調而感到疲勞，或者因為藍光而造成 桿細胞退化； 田㈣澄的免度係依照使用者自身感覺而手動控制，當使用者 於從事工錢_前依照料外在環賴亮朗餅檯麵辆^，經過 -段時間的工作或外在環境的亮度已隨時間遞移而有所變化，尤其 是在黃昏至傍晚或凌晨至破曉的時肋，但使財可輯埋首卫讀而未感 受到整體亮度的差異，域健岐的亮度可齡_外在環境^亮變暗 而顯得不t或者由暗轉亮而_眼，無形中加劇眼睛的疲勞或造成錐 細胞的退化； j我們所生活的世界中現今充斥著藍光，很容易使人們的眼 ^月感到疲勞或增純睛損傷、病變的機率，尤以長時間盯著電腦螢幕姐 =:群為甚:加Γ供_燈本身不具有隨外在環境自_ 物之統也外麵境罐色溫，無法提供—_合眼睛視 物之光源，實有加以改良的必要。 【新型内容】 本創作係提供一種舰檯燈，_崎低外在環境中喊光對眼睛的 M364167 影響’並改善㈣《不具概外麵境自觸整亮度及色溫的功能，導 致眼目月因不舒適的光源而容易疲勞或損傷病變的問題。 . 錢成前述目的，本創作係為-燈體，該燈體係包括-定位用的座部 與一發出光源的照明部，其中： 該照明部係設有-白光LED燈組與複數内含紅、綠、藍通的三原色 燈該白光LED燈組與該些三原色燈係與一内建於該燈體内的感應控制模 - 組作電性連接； ' • 該感應控制模組係包括相互作電性連接的-感應單元、-亮度調整單 元與-色溫難單元，該感應單元係自動錢外在觀的亮度或色溫，再 透過該亮度調整單元將該白光LED燈組或該些三原色燈的亮度作對應調 整’或透過該色溫調整單元將該些三原色燈的色溫作對應調整； ▲错由上述結構’該燈體可配合外在環境的亮度與色溫調整該照明部的 党度與色溫，用以補強或中和外在環境的亮度與色溫，營造出適合眼睛視 物的光源。 ♦料’該照明部亦可改設置複數各具不同色溫的咖燈，以該些· - 有感鮮讀梵度離單元械應控職組，利㈣應控制模組 對LED燈的亮度調整，使得各具色溫的·燈能夠藉由自身亮度的強弱形 ，成色溫差，繼而改變照明部整體光源的色溫，營造出適合眼睛視物的光源。 【實施方式】 本創作係有關—種護眼檯燈，請參閱第—圖至第三圖所示，本實施例 係以閱讀用》為說_ (但實際之實施態樣並不以此為限），其係為一燈 體卜該燈體i係包括—定位用的座部1G與—發出光源的照明部^，該座 5 M364167 部10與該照明部11之間係以-長柄狀的頸部12相連接，該頸部12上係 設有-活動關節13 ’可該活動卿13的枢擺控制酬部n的高低， 藉以供使用者依照需求自行調整調整照射面積，盆中： 該照明部11係設有-白光LED燈組11()與複數内含江腦m、綠 LED1112、藍1^1)1113的二原色燈m，利用LED燈泡具有不閃爍及耗電量 低的特點，提供較穩定的閱讀光源並節省電費的開支，在照明部n的排列 方式上，係可採用將該些三原色燈m呈線狀排列，而該白光led燈組ιι〇 係圍合成型於該些三原色燈111的外圍賴列方式，或者賴些三原色燈 111呈圈狀排列’該白光LED燈組11〇係與該些三原色燈1U呈同心圓狀成 型於外圍的排列方S，於本實施例中，係以四個三原色燈lu線狀排列於 該照明部11的中間，再將該白光LED燈組11()繞著該照明部u的邊緣圍 合成型於該些三原色燈111❹卜圍，如此的湖方式可杨於該白光⑽ 燈組110與該些三原色燈111構成均勻亮度與適當色溫的光源； 又，該白光LED燈組110與該些三原色燈ηι係與一内建於該燈體【 内的感應控繼組2作電性連接，該祕控麵組2係包括相互作電性連 接的一感應單元20、一亮度調整單元21、一色溫調整單元22及—定時單 元23;該燈體1於燈座上係設有一設定面板3並在頸部12設有一顯示面板 4，該設定面板3與該顯示面板4係與該控制感應模組電性連接； 在該照明部11之光源開啟與關閉的模式方面： 一、 利用該設定面板3直接將該白光LED燈組11〇及該些三原色卢I。 單獨或一併啟閉； 二、 利用該設定面板3先在定時單元23内設定開啟或關閉的時間以 M364167 定時控制方式將該白光LH)燈組110及該些三原色燈U1單獨或一併啟閉； 三、 利用該設定面板3的設定將該白光LED燈組11〇及該些三原色燈 111單獨或一併以漸亮方式開啟或漸暗方式關閉； 四、 利用該設定面板3的設定並配合該定時單元23所設定的日寺間將該 白光LED燈組110及該些三原色燈lu單獨或一併以漸妓式開啟或漸暗 方式關閉。 - 而在該照明部11之光源亮度與色溫的調整方面： 一、 利用該設定面板3依照使用者的自我感覺主動控制，透過該感應 控制模組2之亮度調整單元21控制該白光LED燈組11〇或該些三原色燈ιη 的冗度、透過該色溫調整單元22控制該些三原色燈⑴的色溫； 二、 利用該感應單元20自動感測外在環境的亮度與色溫，再透過該亮 度調整單元21將該白光LED燈組11〇或該些三原色燈⑴的亮度作對應調 整，以及透過該色溫碰單元22將該些三原色燈⑴的色溫作對應調整。 而該白光LED燈組110或該些三原色燈i j i被調整過後的亮度及色溫， 丨將分職流明㈤及纟睛溫標（κ)鱗鋪雜該齡單元上； 續請配合參照第四’第五騎示，鮮圖係為本辦自動感應外在 、環境之亮度與色溫時的使用情境模擬範例，如第四圖，當外在環境為明亮 的白天時，室内自然光的照明亮度較高，所以在該感應單元的自動感測 下’可透過戎党度調整單凡21令該照明部η之白光LED燈組11〇對應自 然光發出補麵的光源，並城照朗自然光的色溫，透過該色溫調整單 疋22變換二原色燈111内紅LEDUll、綠腦112與藍腦ιΐ3的亮度配 比，連帶改變該白光LED燈組110所發出亮光，使照明部η的光源與自然 M364167 光的光源調和，營造出適合職的絲並降低整體的藍光比例； 又如第五圖，當外在環境為幽暗的黑夜時，室内自然光的照明亮度明 臟弱甚至m所以在賊辭元2()的自動制τ，可透過該亮度 調整單70 21令該照明部1丨之白光LED燈組11()及三原色燈lu全面發光 以克服室内自然光的不足，且該色溫調整單元22仍可變換三原色燈nl内 紅LED1111、綠LED1112與藍LED1113的亮度配比，降低照明部11整體光 源的藍光比例。 是以’本實施例的特點在於： 、利用LED不閃燦及省電的特性，提供穩定的光源及大幅節省更換 燈泡與電力消耗的開支。 一利用該白光LED燈組11〇於照射範圍外圍形成較高亮度的光線， 居中的該些二原色燈lu卿成略低亮度的光線，使得整體統照射於書 本或螢幕上時’整师面或螢幕受刺⑽照明而不會有局部舰反光或 灰暗模糊的情形。 三、 利用感應單元20與亮度調整單元21可防止使用者忽略自然光源 的變化而因整體辆（自然統無體1統之調和）不足或過強而損害 眼睛健康。 四、 利用設定面板3與定時單元23定時控制照明部^的開啟與關閉， 可作為使用者稍事休息或繼續讀的提示，而漸亮開啟或漸暗_的方式 可以提供循序漸進的提示情境，例如照明部u的漸亮開啟可以引領正在伏 桌小睡的使用者逐漸重賴續讀的心理狀態，而其漸暗關關可讓開始 休息的使用者慢慢放鬆心情，提升休息品質。 M364167 五、利用感應單元20及色溫調整單元22控制該些三原色燈lu内紅 LEmm、綠LEDU12及藍腦113的亮度比例，可隨時配合外在環境自然 .光的色/1^1化改^:燈體1所發出的光源，調和&利於眼睛視物的工作或閱 讀環境，有效降低藍光減緩眼睛疲勞及預防眼睛病變。 請再參照第六圖與第七圖所示，該等圖縣創作第二實施例，其中功 -能結構與結構功效鮮—實施例相同者，誠*膽述，以下僅就相異處 . 加以說明。 _ 該A明w|U1亦可將該白光LED燈組110及該些三原色燈111改由複數 各具不同色溫的LED燈112所取代，如此該感應控制模組2便可將内建的 色溫調整單元22省略，直接透過該亮度調整單元21對該些⑽燈112做 儿度π周整或者控制其部分明亮、部分暗滅，這麼一來可調整照明部η整體 光源的亮度，二來該些LED燈112在各自亮度的強弱不同時，亦能形成不 同的色溫差，繼而改變該照明部u整體光源的色溫，再與外部環境的色溫 做調和，營造出適合眼睛視物的光源。 # *上所述者僅為用以解釋本創作之較佳實施例，並非企圖據以對本創 作做任何形式上之限制，是以，凡有在相同之創作精神下所做有關本創作 之任何修飾·更者，皆仍應包括在本創作意聽護之範嘴内。 、’τ'上所述，本創作「護眼檯燈」在結構設計、使用實用性及成本效益 上’確實是完全符合產業上發展所需，且賴露之結構創作亦是具有前所 未有的創新構造’所以其財「新雛」應級慮，又本創作可較之習知 結構更具功效之魏，@此亦具有「進步性」，其完全符合朗專利法有關 新型專利之申請要件的規定，乃依法提起專利申請，並敬請釣局早曰審 M364167 查，並給予肯定。 【圖式簡單說明】 弟一圖係為本創作護眼檯燈之外觀立體圖。 第二圖係為本創作之照明部之結構示意圖。 對應改變之狀態示意圖 第三圖係為娜纖、顯_、照_峨賴組之關係圖。 弟四圖與第五_林_於各具統與色溫料在魏下麵照明光源 第六圖係為本創作第二實施例之照明部之結構示音圖 第七圖係為第二實施例之設定、顯示面板 圖。 照明部與控制感應模組之關係 【主要元件符號說明】 燈體1 座部10 白光LED燈組110 綠 LE：D1112 頸部12活 感應單元20 定時單元23 三原色燈Π1 藍 UD1113 動關節13 亮度調整單元21 設定面板3 照明部11 紅LED1111 LH)燈 112 感應控制模組2 色溫調整單元22 顯示面板4M364167 V. New description: [New technical field] This creation is related to an eye protection table lamp, especially a kind of power saving and external environment brightness and color temperature to adjust its own brightness and color temperature, neutralizing the stimulating light source or reinforcing the weak light source In order to create a table lamp suitable for the stable light source of the eye. [Prior Art] - Press, the eyes are the window of the human soul, and the flow of eyes through the eyes can express the individual's temperament, and the feeling of light and heat through the eyes can clearly see this multi-faceted The world of big, and this seemingly small visual organ is made up of extremely precise tissues, nerves and blood vessels, and any part may be damaged or infected by negligence or ignorance. Damage. The eyes can see everything through the reflection and projection of light. The light waves of nature can be divided into two categories: visible light and invisible light. In visible light, blue light energy with wavelength between 4〇〇~500μιη The highest, thanks to today's technology, Blu-ray is full of televisions, computers, reading lamps, public street lights, blue-violet indoor lighting and outdoor sunlight, etc. Home appliances or lighting sources, according to the latest medical research, short wavelength energy High blue light can irritate the eyes, causing photophobia and eye fatigue, and if the visual cells are chronically exposed to blue light, the pigment molecules in the cells will promote toxic reaction, causing cell damage and pathological changes, such as triggering the cornea. Cataracts and diseases such as degeneration of the yellow class; In addition, there are two different types of visual cells on the retina: cones and rods, and the two cells are about 1600 million. Eight hundred and eighty million, the main function of cone cells is to distinguish the color and see the details of the image. The main function of the rod cell is M364167. It can distinguish between light and dark and adapt to the darkness. However, the current work or reading lamp is a tungsten light bulb or a mercury tube. As the tungsten light bulb consumes a lot of power, the mercury tube is easy to flash, so it is stored. There are disadvantages of turning the benefits or clear, and this secret light can only adjust the brightness of the light source, but it can't adjust the color temperature of the light source. Therefore, when the desk lighting is turned on, the set color temperature of the desk light source may not be the external ring color temperature. Coordination, or the formation of a cool color system with high color temperature (ie blue, purple light), plus the light emitted by the computer in the workplace also contains a lot of blue light, so it is easy to make the eyes feel tired due to the color temperature imbalance, or because The blue light causes the rod cells to degenerate; the field (four) Cheng exemption is manually controlled according to the user's own feelings, and when the user engages in the labor _ before the material is outside the ring, the cake is on the surface of the cake, after a period of time The brightness of work or the external environment has changed with time, especially at dusk to evening or early morning to dawn, but the wealth can be buried by the head guard. Feel the difference in overall brightness, the brightness of the domain can be aged _ external environment ^ bright and dark and appear not t or from dark to bright _ eye, invisibly exacerbate eye fatigue or cause cone cell degradation; The world in which you live is now full of blue light, which makes it easy for people's eyes to feel tired or increase their chances of eye damage and lesions, especially for a long time staring at the computer screen sister =: group is why: Γ _ lights It does not have the external environment and the color of the outer tank. It cannot provide the light source of the eye. It is necessary to improve it. [New content] This creation department provides a kind of ship lamp, _ saki low external environment shouting light on the eye M364167' and improve (four) "does not have the external environment self-touch brightness and color temperature function, resulting in eyesight due to no A comfortable light source that is prone to fatigue or damage to the lesion. For the above purpose, the present invention is a lamp body, and the lamp system includes a seat for positioning and an illumination portion for emitting a light source, wherein: the illumination portion is provided with a white LED lamp group and a plurality of red bodies. , green, blue pass three primary color lights, the white LED light group and the three primary color lights are electrically connected with an inductive control die set built in the lamp body; ' • the inductive control module includes mutual interaction The electrically connected-sensing unit, the brightness adjusting unit and the color temperature hardening unit, the sensing unit is automatically controlling the brightness or color temperature of the external view, and then the white light LED lamp group or the three primary color lights are transmitted through the brightness adjusting unit The brightness is adjusted correspondingly or the color temperature of the three primary color lights is adjusted correspondingly by the color temperature adjusting unit; ▲ wrongly, the lamp body can adjust the party degree and color temperature of the lighting part according to the brightness and color temperature of the external environment. It is used to reinforce or neutralize the brightness and color temperature of the external environment to create a light source suitable for the eye. ♦Materials' The lighting department can also be changed to set a plurality of coffee lights with different color temperatures, so that there is a sense of reading the brightness of the LED lights. Therefore, each color temperature lamp can change the color temperature of the overall light source of the illumination unit by the intensity of its own brightness, the color temperature difference, and create a light source suitable for the eye. [Embodiment] This creation is related to a kind of eye protection table lamp, please refer to the figures - to the third figure. This embodiment is based on reading _ (but the actual implementation is not limited to this). The lamp body i includes a seat portion 1G for positioning and an illumination portion that emits a light source, and the seat 5 M364167 portion 10 and the illumination portion 11 are connected by a long handle. The neck 12 is connected, and the neck 12 is provided with a movable joint 13', and the pivoting control portion of the activity 13 can be adjusted and adjusted by the user according to the demand. The illuminating unit 11 is provided with a white light LED lamp set 11 () and a plurality of primary color lights m containing a river brain m, a green LED 1112, and a blue 1^1) 1113, and the LED light bulb has the characteristics of no flicker and low power consumption. Providing a relatively stable reading light source and saving the cost of electricity. In the arrangement of the illumination part n, the three primary color lights m can be arranged in a line, and the white light led light set is integrated into the The periphery of the three primary color lamps 111 is arranged in a circle, or the three primary color lamps 111 are arranged in a circle. The white LED The group 11 is formed in a concentric manner with the three primary color lamps 1U in a peripheral arrangement S. In this embodiment, four trichromatic lamps are arranged in a line in the middle of the illumination portion 11, and the white light is The LED lamp group 11 () is formed around the edge of the illumination portion u and is formed in the three primary color lamps 111. Such a lake mode can be formed by the white light (10) lamp group 110 and the three primary color lamps 111 to form uniform brightness and appropriate. a color temperature light source; further, the white LED lamp group 110 and the three primary color lights ηι are electrically connected to an induction control group 2 built in the lamp body, and the secret control surface group 2 includes mutual interaction A sensing unit 20, a brightness adjusting unit 21, a color temperature adjusting unit 22 and a timing unit 23 are electrically connected; the lamp body 1 is provided with a setting panel 3 on the lamp holder and a display panel 4 on the neck 12. The setting panel 3 and the display panel 4 are electrically connected to the control sensing module; in the mode of turning on and off the light source of the lighting portion 11: 1. The white LED group 11 is directly used by the setting panel 3. And the three primary colors I. Separately or collectively opening and closing; 2. Using the setting panel 3 to first set the time of opening or closing in the timing unit 23, the white light LH) light group 110 and the three primary color lights U1 are separately or separately started by the M364167 timing control mode. Closely; 3. Using the setting of the setting panel 3, the white LED lamp group 11 and the three primary color lamps 111 are turned on or off in a fade-in manner in a fade-in manner or in a dimmed manner; 4. Using the setting of the setting panel 3 The white LED light group 110 and the three primary color lights lu are turned on or off in a gradual manner or in a dimmed manner, in conjunction with the Japanese temple set by the timing unit 23. - In the adjustment of the brightness of the light source and the color temperature of the illumination unit 11 : 1. The setting panel 3 is actively controlled according to the user's self-feeling, and the brightness adjustment unit 21 of the sensing control module 2 controls the white LED group. 11〇 or the redundancy of the three primary color lights ιη, the color temperature of the three primary color lights (1) is controlled by the color temperature adjusting unit 22; 2. The sensing unit 20 automatically senses the brightness and color temperature of the external environment, and then adjusts the brightness through the brightness The unit 21 adjusts the brightness of the white LED lamp group 11〇 or the three primary color lamps (1), and adjusts the color temperature of the three primary color lamps (1) through the color temperature touch unit 22. And the white LED light group 110 or the three primary color lights iji are adjusted after the brightness and color temperature, 分 will divide the lumens (5) and the eye temperature scale (κ) scales on the age unit; Continue with the reference to the fourth ' Wuqi shows that the fresh map is an example of the use situation simulation when the automatic sensing external and ambient brightness and color temperature are used. As shown in the fourth figure, when the external environment is bright during the day, the indoor natural light has high illumination brightness. Therefore, under the automatic sensing of the sensing unit, the light source of the white light LED lamp group 11 corresponding to the natural light can be adjusted by the party degree, and the color temperature of the natural light is transmitted through the color temperature of the city. Adjusting the brightness ratio of the red LED U11, the green brain 112 and the blue brain ιΐ3 in the two primary color lights 111, and changing the light emitted by the white LED light group 110, so that the light source of the illumination part η and the natural M364167 light source are harmonized. , to create a suitable silk and reduce the overall proportion of blue light; and as shown in the fifth picture, when the external environment is dark night, the brightness of the indoor natural light is dirty and even m, so the automatic in the thief 2 () τ The brightness adjustment unit 70 can be used to make the white LED lamp group 11() and the three primary color lamps lu of the illumination unit 1 illuminate to overcome the lack of natural light in the room, and the color temperature adjustment unit 22 can still change the red LED 1111 in the three primary color lamps n1. The ratio of the brightness of the green LED 1112 and the blue LED 1113 reduces the proportion of blue light of the overall light source of the illumination unit 11. Therefore, the features of the present embodiment are as follows: The use of LEDs without flashing and power saving features provides a stable light source and greatly reduces the expense of replacing the bulb and power consumption. The light-emitting LED lamp group 11 is used to form a high-intensity light on the periphery of the illumination range, and the two primary color lights of the center are lured into a slightly low-intensity light, so that the whole system is illuminated on the book or the screen. The surface or screen is punctured (10) without the local ship being reflected or grayed out. 3. The use of the sensing unit 20 and the brightness adjusting unit 21 can prevent the user from ignoring the change of the natural light source and impairing the eye health due to insufficient or excessive strength of the whole vehicle (the natural system is not harmonious). 4. Using the setting panel 3 and the timing unit 23 to periodically control the opening and closing of the lighting unit ^, as a prompt for the user to take a break or continue reading, and the method of gradually turning on or dimming can provide a stepwise prompting situation. For example, the gradual opening of the lighting unit u can lead the user who is taking a nap to the table to gradually rely on the mental state of continuing reading, and the gradual darkness can make the user who starts the rest slowly relax and improve the quality of rest. M364167 5. Using the sensing unit 20 and the color temperature adjusting unit 22 to control the brightness ratios of the red primary light LEmm, the green LED U12 and the blue brain 113 of the three primary color lights, and can be matched with the external environment at any time. The color of the light/1^1 is changed ^ : The light source emitted by the lamp body 1, reconciling & is conducive to the working or reading environment of the eye, effectively reducing blue light to reduce eye fatigue and prevent eye lesions. Please refer to the sixth and seventh diagrams again, and the second embodiment of the drawing of the county, in which the power-energy structure and the structural function are fresh - the same embodiment, sincerely, the following are only different. Explain. _ The A light w|U1 can also replace the white LED light group 110 and the three primary color lights 111 by a plurality of LED lights 112 having different color temperatures, so that the sensing control module 2 can have a built-in color temperature The adjusting unit 22 is omitted, and the brightness of the (10) lamp 112 is directly adjusted by the brightness adjusting unit 21 or the part thereof is brightly and partially darkened, so that the brightness of the overall light source of the illumination part η can be adjusted. When the intensity of the respective brightness is different, the LED lamps 112 can also form different color temperature differences, and then change the color temperature of the overall light source of the illumination unit u, and then reconcile with the color temperature of the external environment to create a light source suitable for the eye. # * The above is only a preferred embodiment for explaining the present creation, and is not intended to impose any form restrictions on the creation, so that any of the creations under the same creative spirit may be Modifications and more, should still be included in the mouth of this creative care. As described in 'τ', the creation of the "eye protection table lamp" in terms of structural design, practicality and cost-effectiveness is indeed in full compliance with the development of the industry, and Lai Lu's structural creation is also an unprecedented innovative structure. 'So the "new chick" of the wealth should be considered, and the creation can be more effective than the conventional structure. @This is also "progressive", which fully complies with the requirements of the application requirements for the new patent in the Long Patent Law. Is to file a patent application in accordance with the law, and please ask the fishing bureau to review M364167 early and give affirmation. [Simple description of the drawing] The picture of the younger brother is the stereoscopic view of the appearance of the eye-protecting table lamp. The second picture is a schematic diagram of the structure of the lighting department of the creation. The state diagram of the corresponding change is shown in the diagram of the relationship between the Na, _, and _ _ 峨 groups. The fourth picture and the fifth _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Set and display the panel image. Relationship between lighting department and control sensor module [Main component symbol description] Lamp body 1 Seat 10 White LED light group 110 Green LE: D1112 Neck 12 live sensing unit 20 Timing unit 23 Three primary color lamp Π 1 Blue UD1113 Dynamic joint 13 Brightness adjustment Unit 21 Setting panel 3 Illumination part 11 Red LED1111 LH) Lamp 112 Induction control module 2 Color temperature adjustment unit 22 Display panel 4